/*! For license information please see cocos_worker.js.LICENSE.txt */
var _050c3e31727995d1749ba30b8ad948d6;

() => {
  var t = {
    991: function(t, e, i) {
      "use strict";
      var s = this && this.__importDefault || function(t) {
        return t && t.__esModule ? t : {
          default: t
        };
      };
      Object.defineProperty(e, "__esModule", {
        value: !0
      });
      e.launchEngine = e.loadModule = void 0;
      const n = s(i(582));
      const r = {
        "/src/application.js"() {
          i(915);
        },
        "/src/chunks/bundle.js"() {
          i(513);
        },
        "/src/cocos-js/cc.js"() {
          i(61);
        },
        "assets/internal/index.js"() {
          i(390);
        },
        "assets/main/index.js"() {
          i(289);
        }
      };
      function o(t) {
        const e = r[t];
        null == e || e();
      }
      e.loadModule = o;
      const a = {};
      console.time = function(t) {
        a[t] = Date.now();
      };
      console.timeEnd = function(t) {
        console.log(t + " " + (Date.now() - a[t]));
        delete a[t];
      };
      e.launchEngine = function() {
        return new Promise(((t, e) => {
          window.global = window;
          i(935)().then((() => {
            window.oh.loadModule = o;
            try {
              i(693);
            } catch (t) {
              console.error("error in builtin ", t.stack, t.message);
            }
            i(457);
            System.warmup({
              importMap: n.default,
              importMapUrl: "./src/import-map.js",
              defaultHandler: t => {
                console.info("urlNoSchema ", t);
                o(t);
              }
            });
            System.import("./src/application.js").then((({Application: t}) => new t)).then((t => {
              System.import("cc").then((e => {
                i(48);
                e.macro.CLEANUP_IMAGE_CACHE = !1;
                return t.init(e);
              })).then((() => t.start())).catch((t => {
                console.log("error in importing cc " + t.stack);
              }));
            })).catch((t => {
              console.error("imported failed", t.message, t.stack);
              e(t);
            }));
          }));
        }));
      };
    },
    31: (t, e) => {
      "use strict";
      Object.defineProperty(e, "__esModule", {
        value: !0
      });
      e.Constants = e.ContextType = void 0;
      !function(t) {
        t[t.APP_LIFECYCLE = 0] = "APP_LIFECYCLE";
        t[t.JSPAGE_LIFECYCLE = 1] = "JSPAGE_LIFECYCLE";
        t[t.XCOMPONENT_CONTEXT = 2] = "XCOMPONENT_CONTEXT";
        t[t.XCOMPONENT_REGISTER_LIFECYCLE_CALLBACK = 3] = "XCOMPONENT_REGISTER_LIFECYCLE_CALLBACK";
        t[t.NATIVE_RENDER_API = 4] = "NATIVE_RENDER_API";
        t[t.WORKER_INIT = 5] = "WORKER_INIT";
        t[t.ENGINE_UTILS = 6] = "ENGINE_UTILS";
        t[t.UV_ASYNC_SEND = 7] = "UV_ASYNC_SEND";
      }(e.ContextType || (e.ContextType = {}));
      class i {}
      e.Constants = i;
      i.APP_KEY_WORKER_MANAGER = "app_key_worker_manager";
    },
    565: function(t, e, i) {
      "use strict";
      this && this.__importDefault;
      Object.defineProperty(e, "__esModule", {
        value: !0
      });
      var s = globalThis.requireNapi("worker") || (isSystemplugin("worker", "ohos") ? globalThis.ohosplugin.worker : isSystemplugin("worker", "system") ? globalThis.systemplugin.worker : void 0);
      var n = globalThis.requireNapi("cocos", !0);
      const r = i(31);
      const o = i(991);
      n.getContext(r.ContextType.WORKER_INIT).workerInit();
      s.parentPort.onmessage = function(t) {
        if ("onXCLoad" === t.data.type) {
          const t = n.getContext(r.ContextType.NATIVE_RENDER_API);
          t.nativeEngineInit();
          o.launchEngine().then((() => {
            console.info("launch CC engien finished");
          })).catch((t => {
            console.error("launch CC engien failed");
          }));
          t.nativeEngineStart();
        } else console.error("cocos worker: message type unknown");
      };
    },
    390: () => {
      "use strict";
      System.register("chunks:///_virtual/internal", [], (function() {
        return {
          execute: function() {}
        };
      }));
      t = "virtual:///prerequisite-imports/internal", e = "chunks:///_virtual/internal", 
      System.register(t, [ e ], (function(t, e) {
        return {
          setters: [ function(e) {
            var i = {};
            for (var s in e) "default" !== s && "__esModule" !== s && (i[s] = e[s]);
            t(i);
          } ],
          execute: function() {}
        };
      }));
      var t, e;
    },
    289: () => {
      "use strict";
      System.register("chunks:///_virtual/AudioManager.ts", [ "./rollupPluginModLoBabelHelpers.js", "cc" ], (function(t) {
        var e, i, s, n, r, o, a;
        return {
          setters: [ function(t) {
            e = t.applyDecoratedDescriptor;
            i = t.initializerDefineProperty;
          }, function(t) {
            s = t.cclegacy;
            n = t.AudioClip;
            r = t._decorator;
            o = t.Component;
            a = t.AudioSource;
          } ],
          execute: function() {
            var l, h, c, u, _;
            s._RF.push({}, "cf05c4BsxJE975rw6fkExNU", "AudioManager", void 0);
            const {ccclass: d, property: p} = r;
            t("AudioManager", (l = d("AudioManager"), h = p([ n ]), l(c = (_ = e((u = class extends o {
              constructor(...t) {
                super(...t);
                i(this, "audioList", _, this);
                this._dict = {};
                this._audioSource = null;
              }
              start() {
                for (let t = 0; t < this.audioList.length; t++) {
                  const e = this.audioList[t];
                  this._dict[e.name] = e;
                }
                this._audioSource = this.getComponent(a);
              }
              play(t) {
                const e = this._dict[t];
                void 0 !== e && this._audioSource.playOneShot(e);
              }
            }).prototype, "audioList", [ h ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), u)) || c));
            s._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/Bullet.ts", [ "cc", "./Constant.ts", "./PoolManager.ts" ], (function(t) {
        var e, i, s, n, r, o;
        return {
          setters: [ function(t) {
            e = t.cclegacy;
            i = t.Component;
            s = t.Collider;
            n = t._decorator;
          }, function(t) {
            r = t.Constant;
          }, function(t) {
            o = t.PoolManager;
          } ],
          execute: function() {
            var a;
            e._RF.push({}, "016d0bZIrlBGY2GbVGZZg1M", "Bullet", void 0);
            const {ccclass: l, property: h} = n;
            t("Bullet", l("Bullet")(a = class extends i {
              constructor(...t) {
                super(...t);
                this._bulletSpeed = 0;
                this._direction = r.Direction.MIDDLE;
                this._isEnemyBullet = !1;
              }
              onEnable() {
                this.getComponent(s).on("onTriggerEnter", this._onTriggerEnter, this);
              }
              onDisable() {
                this.getComponent(s).off("onTriggerEnter", this._onTriggerEnter, this);
              }
              update(t) {
                const e = this.node.position;
                let i = 0;
                if (this._isEnemyBullet) {
                  i = e.z + this._bulletSpeed;
                  this.node.setPosition(e.x, e.y, i);
                  i > 50 && o.instance().putNode(this.node);
                } else {
                  i = e.z - this._bulletSpeed;
                  this._direction === r.Direction.LEFT ? this.node.setPosition(e.x - .2 * this._bulletSpeed, e.y, i) : this._direction === r.Direction.RIGHT ? this.node.setPosition(e.x + .2 * this._bulletSpeed, e.y, i) : this.node.setPosition(e.x, e.y, i);
                  i < -50 && o.instance().putNode(this.node);
                }
              }
              show(t, e, i = r.Direction.MIDDLE) {
                this._bulletSpeed = t;
                this._isEnemyBullet = e;
                this._direction = i;
              }
              _onTriggerEnter(t) {
                o.instance().putNode(this.node);
              }
            }) || a);
            e._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/BulletProp.ts", [ "cc", "./Constant.ts", "./PoolManager.ts" ], (function(t) {
        var e, i, s, n, r, o;
        return {
          setters: [ function(t) {
            e = t.cclegacy;
            i = t.Component;
            s = t.Collider;
            n = t._decorator;
          }, function(t) {
            r = t.Constant;
          }, function(t) {
            o = t.PoolManager;
          } ],
          execute: function() {
            var a;
            e._RF.push({}, "83e2f0O6xJMU7LXZMbv8Q8U", "BulletProp", void 0);
            const {ccclass: l, property: h} = n;
            t("BulletProp", l("BulletProp")(a = class extends i {
              constructor(...t) {
                super(...t);
                this._propSpeed = .3;
                this._propXSpeed = .3;
                this._gameManager = null;
              }
              onEnable() {
                this.getComponent(s).on("onTriggerEnter", this._onTriggerEnter, this);
              }
              onDisable() {
                this.getComponent(s).off("onTriggerEnter", this._onTriggerEnter, this);
              }
              update(t) {
                let e = this.node.position;
                e.x >= 15 ? this._propXSpeed = this._propSpeed : e.x <= -15 && (this._propXSpeed = -this._propSpeed);
                this.node.setPosition(e.x + this._propXSpeed, e.y, e.z - this._propSpeed);
                e = this.node.position;
                e.z > 50 && o.instance().putNode(this.node);
              }
              show(t, e) {
                this._gameManager = t;
                this._propSpeed = e;
              }
              _onTriggerEnter(t) {
                const e = t.selfCollider.node.name;
                "bulletH" === e ? this._gameManager.changeBulletType(r.BulletPropType.BULLET_H) : "bulletS" === e ? this._gameManager.changeBulletType(r.BulletPropType.BULLET_S) : this._gameManager.changeBulletType(r.BulletPropType.BULLET_M);
                o.instance().putNode(this.node);
              }
            }) || a);
            e._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/Constant.ts", [ "cc" ], (function(t) {
        var e;
        return {
          setters: [ function(t) {
            e = t.cclegacy;
          } ],
          execute: function() {
            e._RF.push({}, "9ba7ak0TVBK4bJaIq49qiJK", "Constant", void 0);
            class i {}
            t("Constant", i);
            i.EnemyType = {
              TYPE1: 1,
              TYPE2: 2
            };
            i.Combination = {
              PLAN1: 1,
              PLAN2: 2,
              PLAN3: 3
            };
            i.CollisionType = {
              SELF_PLANE: 2,
              ENEMY_PLANE: 4,
              SELF_BULLET: 8,
              ENEMY_BULLET: 16,
              BULLET_PROP: 32
            };
            i.BulletPropType = {
              BULLET_M: 1,
              BULLET_H: 2,
              BULLET_S: 3
            };
            i.Direction = {
              LEFT: 1,
              MIDDLE: 2,
              RIGHT: 3
            };
            e._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/EnemyPlane.ts", [ "./rollupPluginModLoBabelHelpers.js", "cc", "./Constant.ts", "./PoolManager.ts" ], (function(t) {
        var e, i, s, n, r, o, a, l;
        return {
          setters: [ function(t) {
            e = t.applyDecoratedDescriptor;
            i = t.initializerDefineProperty;
          }, function(t) {
            s = t.cclegacy;
            n = t._decorator;
            r = t.Component;
            o = t.Collider;
          }, function(t) {
            a = t.Constant;
          }, function(t) {
            l = t.PoolManager;
          } ],
          execute: function() {
            var h, c, u;
            s._RF.push({}, "e4b84GYhj9IHoWH4mrALeYo", "EnemyPlane", void 0);
            const {ccclass: _, property: d} = n;
            t("EnemyPlane", _("EnemyPlane")(h = (u = e((c = class extends r {
              constructor(...t) {
                super(...t);
                i(this, "createBulletTime", u, this);
                this._enemySpeed = 0;
                this._needBullet = !1;
                this._gameManager = null;
                this._currCreateBulletTime = 0;
              }
              onEnable() {
                this.getComponent(o).on("onTriggerEnter", this._onTriggerEnter, this);
              }
              onDisable() {
                this.getComponent(o).off("onTriggerEnter", this._onTriggerEnter, this);
              }
              update(t) {
                const e = this.node.position;
                const i = e.z + this._enemySpeed;
                this.node.setPosition(e.x, e.y, i);
                if (this._needBullet) {
                  this._currCreateBulletTime += t;
                  if (this._currCreateBulletTime > this.createBulletTime) {
                    this._gameManager.createEnemyBullet(this.node.position);
                    this._currCreateBulletTime = 0;
                  }
                }
                i > 50 && l.instance().putNode(this.node);
              }
              show(t, e, i) {
                this._gameManager = t;
                this._enemySpeed = e;
                this._needBullet = i;
              }
              _onTriggerEnter(t) {
                const e = t.otherCollider.getGroup();
                if (e === a.CollisionType.SELF_PLANE || e === a.CollisionType.SELF_BULLET) {
                  this._gameManager.playAudioEffect("enemy");
                  l.instance().putNode(this.node);
                  this._gameManager.addScore();
                  this._gameManager.createEnemyEffect(this.node.position);
                }
              }
            }).prototype, "createBulletTime", [ d ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), c)) || h);
            s._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/Explode.ts", [ "cc", "./PoolManager.ts" ], (function(t) {
        var e, i, s, n;
        return {
          setters: [ function(t) {
            e = t.cclegacy;
            i = t.Component;
            s = t._decorator;
          }, function(t) {
            n = t.PoolManager;
          } ],
          execute: function() {
            var r;
            e._RF.push({}, "aa341Z9YJdBX5Rd640Hxh42", "Explode", void 0);
            const {ccclass: o, property: a} = s;
            t("Explode", o("Explode")(r = class extends i {
              onEnable() {
                this.scheduleOnce(this._putBack, 1);
              }
              _putBack() {
                n.instance().putNode(this.node);
              }
            }) || r);
            e._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/GameManager.ts", [ "./rollupPluginModLoBabelHelpers.js", "cc", "./Bullet.ts", "./BulletProp.ts", "./EnemyPlane.ts", "./SelfPlane.ts", "./AudioManager.ts", "./Constant.ts", "./PoolManager.ts" ], (function(t) {
        var e, i, s, n, r, o, a, l, h, c, u, _, d, p, m, f, g, y, b;
        return {
          setters: [ function(t) {
            e = t.applyDecoratedDescriptor;
            i = t.initializerDefineProperty;
          }, function(t) {
            s = t.cclegacy;
            n = t.Prefab;
            r = t.Node;
            o = t.Label;
            a = t.Animation;
            l = t._decorator;
            h = t.Component;
            c = t.math;
            u = t.BoxCollider;
            _ = t.macro;
          }, function(t) {
            d = t.Bullet;
          }, function(t) {
            p = t.BulletProp;
          }, function(t) {
            m = t.EnemyPlane;
          }, function(t) {
            f = t.SelfPlane;
          }, function(t) {
            g = t.AudioManager;
          }, function(t) {
            y = t.Constant;
          }, function(t) {
            b = t.PoolManager;
          } ],
          execute: function() {
            var S, A, T, v, E, C, x, w, R, I, M, B, D, P, O, N, L, F, V, k, U, G, z, H, j, X, W, Y, q, K, J, Z, Q, $, tt, et, it, st, nt, rt, ot, at, lt, ht, ct, ut, _t;
            s._RF.push({}, "83611dElfRHkaQJyGfbjwko", "GameManager", void 0);
            const {ccclass: dt, property: pt} = l;
            t("GameManager", (S = dt("GameManager"), A = pt(f), T = pt(n), v = pt(n), E = pt(n), 
            C = pt(n), x = pt(n), w = pt(r), R = pt(n), I = pt(n), M = pt(n), B = pt(n), D = pt(n), 
            P = pt(n), O = pt(r), N = pt(r), L = pt(o), F = pt(o), V = pt(a), k = pt(g), S(U = (z = e((G = class extends h {
              constructor(...t) {
                super(...t);
                i(this, "playerPlane", z, this);
                i(this, "bullet01", H, this);
                i(this, "bullet02", j, this);
                i(this, "bullet03", X, this);
                i(this, "bullet04", W, this);
                i(this, "bullet05", Y, this);
                i(this, "shootTime", q, this);
                i(this, "bulletSpeed", K, this);
                i(this, "bulletRoot", J, this);
                i(this, "enemy01", Z, this);
                i(this, "enemy02", Q, this);
                i(this, "createEnemyTime", $, this);
                i(this, "enemy1Speed", tt, this);
                i(this, "enemy2Speed", et, this);
                i(this, "enemyExplode", it, this);
                i(this, "bulletPropM", st, this);
                i(this, "bulletPropH", nt, this);
                i(this, "bulletPropS", rt, this);
                i(this, "bulletPropSpeed", ot, this);
                i(this, "gamePage", at, this);
                i(this, "gameOverPage", lt, this);
                i(this, "gameScore", ht, this);
                i(this, "gameOverScore", ct, this);
                i(this, "overAnim", ut, this);
                i(this, "audioEffect", _t, this);
                this.isGameStart = !1;
                this._currShootTime = 0;
                this._isShooting = !1;
                this._currCreateEnemyTime = 0;
                this._combinationInterval = y.Combination.PLAN1;
                this._bulletType = y.BulletPropType.BULLET_M;
                this._score = 0;
              }
              start() {
                this._init();
              }
              update(t) {
                if (this.isGameStart) if (this.playerPlane.isDie) this.gameOver(); else {
                  this._currShootTime += t;
                  if (this._isShooting && this._currShootTime > this.shootTime) {
                    this._bulletType === y.BulletPropType.BULLET_H ? this.createPlayerBulletH() : this._bulletType === y.BulletPropType.BULLET_S ? this.createPlayerBulletS() : this.createPlayerBulletM();
                    const t = "bullet" + (this._bulletType % 2 + 1);
                    this.playAudioEffect(t);
                    this._currShootTime = 0;
                  }
                  this._currCreateEnemyTime += t;
                  if (this._combinationInterval === y.Combination.PLAN1) {
                    if (this._currCreateEnemyTime > this.createEnemyTime) {
                      this.createEnemyPlane();
                      this._currCreateEnemyTime = 0;
                    }
                  } else if (this._combinationInterval === y.Combination.PLAN2) {
                    if (this._currCreateEnemyTime > 3 * this.createEnemyTime) {
                      c.randomRangeInt(1, 3) === y.Combination.PLAN2 ? this.createCombination1() : this.createEnemyPlane();
                      this._currCreateEnemyTime = 0;
                    }
                  } else if (this._currCreateEnemyTime > 2 * this.createEnemyTime) {
                    const t = c.randomRangeInt(1, 4);
                    t === y.Combination.PLAN2 ? this.createCombination1() : t === y.Combination.PLAN3 ? this.createCombination2() : this.createEnemyPlane();
                    this._currCreateEnemyTime = 0;
                  }
                }
              }
              returnMain() {
                this._currShootTime = 0;
                this._currCreateEnemyTime = 0;
                this._combinationInterval = y.Combination.PLAN1;
                this._bulletType = y.BulletPropType.BULLET_M;
                this.playerPlane.node.setPosition(0, 0, 15);
                this._score = 0;
              }
              gameStart() {
                this.isGameStart = !0;
                this._changePlaneMode();
                this._score = 0;
                this.gameScore.string = this._score.toString();
                this.playerPlane.init();
              }
              gameReStart() {
                this.gameStart();
                this._currShootTime = 0;
                this._currCreateEnemyTime = 0;
                this._combinationInterval = y.Combination.PLAN1;
                this._bulletType = y.BulletPropType.BULLET_M;
                this.playerPlane.node.setPosition(0, 0, 15);
              }
              gameOver() {
                this.isGameStart = !1;
                this.gamePage.active = !1;
                this.gameOverPage.active = !0;
                this.gameOverScore.string = this._score.toString();
                this.overAnim.play();
                this._isShooting = !1;
                this.unschedule(this._modeChanged);
                this._destroyAll();
              }
              addScore() {
                this._score++;
                this.gameScore.string = this._score.toString();
              }
              createPlayerBulletM() {
                const t = b.instance().getNode(this.bullet01, this.bulletRoot);
                const e = this.playerPlane.node.position;
                t.setPosition(e.x, e.y, e.z - 7);
                t.getComponent(d).show(this.bulletSpeed, !1);
              }
              createPlayerBulletH() {
                const t = this.playerPlane.node.position;
                const e = b.instance().getNode(this.bullet03, this.bulletRoot);
                e.setPosition(t.x - 2.5, t.y, t.z - 7);
                e.getComponent(d).show(this.bulletSpeed, !1);
                const i = b.instance().getNode(this.bullet03, this.bulletRoot);
                i.setPosition(t.x + 2.5, t.y, t.z - 7);
                i.getComponent(d).show(this.bulletSpeed, !1);
              }
              createPlayerBulletS() {
                const t = this.playerPlane.node.position;
                const e = b.instance().getNode(this.bullet05, this.bulletRoot);
                e.setPosition(t.x, t.y, t.z - 7);
                e.getComponent(d).show(this.bulletSpeed, !1);
                const i = b.instance().getNode(this.bullet05, this.bulletRoot);
                i.setPosition(t.x - 4, t.y, t.z - 7);
                i.getComponent(d).show(this.bulletSpeed, !1, y.Direction.LEFT);
                const s = b.instance().getNode(this.bullet05, this.bulletRoot);
                s.setPosition(t.x + 4, t.y, t.z - 7);
                s.getComponent(d).show(this.bulletSpeed, !1, y.Direction.RIGHT);
              }
              createEnemyBullet(t) {
                const e = b.instance().getNode(this.bullet02, this.bulletRoot);
                e.setPosition(t.x, t.y, t.z + 6);
                e.getComponent(d).show(1, !0);
                const i = e.getComponent(u);
                i.setGroup(y.CollisionType.ENEMY_BULLET);
                i.setMask(y.CollisionType.SELF_PLANE);
              }
              createEnemyPlane() {
                let t = null;
                let e = 0;
                if (c.randomRangeInt(1, 3) === y.EnemyType.TYPE1) {
                  t = this.enemy01;
                  e = this.enemy1Speed;
                } else {
                  t = this.enemy02;
                  e = this.enemy2Speed;
                }
                const i = b.instance().getNode(t, this.node);
                i.getComponent(m).show(this, e, !0);
                const s = c.randomRangeInt(-25, 26);
                i.setPosition(s, 0, -50);
              }
              createCombination1() {
                const t = new Array(5);
                for (let e = 0; e < t.length; e++) {
                  t[e] = b.instance().getNode(this.enemy01, this.node);
                  const i = t[e];
                  i.setPosition(10 * e - 20, 0, -50);
                  i.getComponent(m).show(this, this.enemy1Speed, !1);
                }
              }
              createCombination2() {
                const t = new Array(7);
                const e = [ -21, 0, -60, -14, 0, -55, -7, 0, -50, 0, 0, -45, 7, 0, -50, 14, 0, -55, 21, 0, -60 ];
                for (let i = 0; i < t.length; i++) {
                  t[i] = b.instance().getNode(this.enemy02, this.node);
                  const s = t[i];
                  s.parent = this.node;
                  const n = 3 * i;
                  s.setPosition(e[n], e[n + 1], e[n + 2]);
                  s.getComponent(m).show(this, this.enemy2Speed, !1);
                }
              }
              createEnemyEffect(t) {
                b.instance().getNode(this.enemyExplode, this.node).setPosition(t);
              }
              createBulletProp() {
                const t = c.randomRangeInt(1, 4);
                let e = null;
                e = t === y.BulletPropType.BULLET_H ? this.bulletPropH : t === y.BulletPropType.BULLET_H ? this.bulletPropS : this.bulletPropM;
                const i = b.instance().getNode(e, this.node);
                i.setPosition(15, 0, -50);
                i.getComponent(p).show(this, -this.bulletPropSpeed);
              }
              isShooting(t) {
                this._isShooting = t;
              }
              changeBulletType(t) {
                this._bulletType = t;
              }
              playAudioEffect(t) {
                this.audioEffect.play(t);
              }
              _init() {
                this._currShootTime = this.shootTime;
                this.playerPlane.init();
              }
              _changePlaneMode() {
                this.schedule(this._modeChanged, 10, _.REPEAT_FOREVER);
              }
              _modeChanged() {
                this._combinationInterval++;
                this.createBulletProp();
              }
              _destroyAll() {
                let t = this.node.children;
                let e = t.length;
                let i = 0;
                for (i = e - 1; i >= 0; i--) {
                  const e = t[i];
                  b.instance().putNode(e);
                }
                t = this.bulletRoot.children;
                e = t.length;
                for (i = e - 1; i >= 0; i--) {
                  const e = t[i];
                  b.instance().putNode(e);
                }
              }
            }).prototype, "playerPlane", [ A ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), H = e(G.prototype, "bullet01", [ T ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), j = e(G.prototype, "bullet02", [ v ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), X = e(G.prototype, "bullet03", [ E ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), W = e(G.prototype, "bullet04", [ C ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Y = e(G.prototype, "bullet05", [ x ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), q = e(G.prototype, "shootTime", [ pt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .3;
              }
            }), K = e(G.prototype, "bulletSpeed", [ pt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), J = e(G.prototype, "bulletRoot", [ w ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Z = e(G.prototype, "enemy01", [ R ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Q = e(G.prototype, "enemy02", [ I ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), $ = e(G.prototype, "createEnemyTime", [ pt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), tt = e(G.prototype, "enemy1Speed", [ pt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), et = e(G.prototype, "enemy2Speed", [ pt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .7;
              }
            }), it = e(G.prototype, "enemyExplode", [ M ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), st = e(G.prototype, "bulletPropM", [ B ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), nt = e(G.prototype, "bulletPropH", [ D ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), rt = e(G.prototype, "bulletPropS", [ P ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), ot = e(G.prototype, "bulletPropSpeed", [ pt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .3;
              }
            }), at = e(G.prototype, "gamePage", [ O ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), lt = e(G.prototype, "gameOverPage", [ N ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), ht = e(G.prototype, "gameScore", [ L ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), ct = e(G.prototype, "gameOverScore", [ F ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), ut = e(G.prototype, "overAnim", [ V ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), _t = e(G.prototype, "audioEffect", [ k ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), G)) || U));
            s._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/main", [ "./Explode.ts", "./MovingSceneBg.ts", "./Bullet.ts", "./BulletProp.ts", "./AudioManager.ts", "./Constant.ts", "./GameManager.ts", "./PoolManager.ts", "./EnemyPlane.ts", "./SelfPlane.ts", "./UIMain.ts" ], (function() {
        return {
          setters: [ null, null, null, null, null, null, null, null, null, null, null ],
          execute: function() {}
        };
      }));
      System.register("chunks:///_virtual/MovingSceneBg.ts", [ "./rollupPluginModLoBabelHelpers.js", "cc" ], (function(t) {
        var e, i, s, n, r, o;
        return {
          setters: [ function(t) {
            e = t.applyDecoratedDescriptor;
            i = t.initializerDefineProperty;
          }, function(t) {
            s = t.cclegacy;
            n = t.Node;
            r = t._decorator;
            o = t.Component;
          } ],
          execute: function() {
            var a, l, h, c, u, _, d;
            s._RF.push({}, "96ab9fWUgFHu4WZkXRj7lzH", "MovingSceneBg", void 0);
            const {ccclass: p, property: m} = r;
            t("MovingSceneBg", (a = p("MovingSceneBg"), l = m(n), h = m(n), a(c = (_ = e((u = class extends o {
              constructor(...t) {
                super(...t);
                i(this, "bg01", _, this);
                i(this, "bg02", d, this);
                this._bgSpeed = 10;
                this._bgMovingRange = 90;
              }
              start() {
                this._init();
              }
              update(t) {
                this._moveBackground(t);
              }
              _init() {
                this.bg01.setPosition(0, 0, 0);
                this.bg02.setPosition(0, 0, -this._bgMovingRange);
              }
              _moveBackground(t) {
                this.bg01.setPosition(0, 0, this.bg01.position.z + this._bgSpeed * t);
                this.bg02.setPosition(0, 0, this.bg02.position.z + this._bgSpeed * t);
                this.bg01.position.z > this._bgMovingRange ? this.bg01.setPosition(0, 0, this.bg02.position.z - this._bgMovingRange) : this.bg02.position.z > this._bgMovingRange && this.bg02.setPosition(0, 0, this.bg01.position.z - this._bgMovingRange);
              }
            }).prototype, "bg01", [ l ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), d = e(u.prototype, "bg02", [ h ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), u)) || c));
            s._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/PoolManager.ts", [ "cc" ], (function(t) {
        var e, i, s, n;
        return {
          setters: [ function(t) {
            e = t.cclegacy;
            i = t._decorator;
            s = t.instantiate;
            n = t.NodePool;
          } ],
          execute: function() {
            var r, o;
            e._RF.push({}, "f490aFvLS9C/bqwLGmSZgIL", "PoolManager", void 0);
            const {ccclass: a, property: l} = i;
            t("PoolManager", a("PoolManager")(r = (o = class t {
              constructor() {
                this._dictPool = {};
                this._dictPrefab = {};
              }
              static instance() {
                this._instance || (this._instance = new t);
                return this._instance;
              }
              getNode(t, e) {
                let i = t.data.name;
                let r = null;
                this._dictPrefab[i] = t;
                const o = this._dictPool[i];
                if (o) r = o.size() > 0 ? o.get() : s(t); else {
                  this._dictPool[i] = new n;
                  r = s(t);
                }
                r.parent = e;
                r.active = !0;
                return r;
              }
              putNode(t) {
                let e = t.name;
                t.parent = null;
                this._dictPool[e] || (this._dictPool[e] = new n);
                this._dictPool[e].put(t);
              }
            }, o._instance = void 0, o)) || r);
            e._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/SelfPlane.ts", [ "./rollupPluginModLoBabelHelpers.js", "cc", "./Constant.ts" ], (function(t) {
        var e, i, s, n, r, o, a, l, h;
        return {
          setters: [ function(t) {
            e = t.applyDecoratedDescriptor;
            i = t.initializerDefineProperty;
          }, function(t) {
            s = t.cclegacy;
            n = t.Node;
            r = t._decorator;
            o = t.Component;
            a = t.AudioSource;
            l = t.Collider;
          }, function(t) {
            h = t.Constant;
          } ],
          execute: function() {
            var c, u, _, d, p, m, f, g, y;
            s._RF.push({}, "c839482eSFDR5T6mXfibPxw", "SelfPlane", void 0);
            const {ccclass: b, property: S} = r;
            t("SelfPlane", (c = b("SelfPlane"), u = S(n), _ = S(n), d = S(n), c(p = (f = e((m = class extends o {
              constructor(...t) {
                super(...t);
                i(this, "explode", f, this);
                i(this, "bloodFace", g, this);
                i(this, "blood", y, this);
                this.lifeValue = 5;
                this.isDie = !1;
                this._currLife = 0;
                this._audioEffect = null;
              }
              start() {
                this._audioEffect = this.getComponent(a);
              }
              onEnable() {
                this.getComponent(l).on("onTriggerEnter", this._onTriggerEnter, this);
              }
              onDisable() {
                this.getComponent(l).off("onTriggerEnter", this._onTriggerEnter, this);
              }
              init() {
                this._currLife = this.lifeValue;
                this.isDie = !1;
                this.explode.active = !1;
                this.bloodFace.setScale(1, 1, 1);
              }
              _onTriggerEnter(t) {
                if (100 == t.otherCollider.material.friction) return;
                const e = t.otherCollider.getGroup();
                if (e === h.CollisionType.ENEMY_PLANE || e === h.CollisionType.ENEMY_BULLET) {
                  this._currLife === this.lifeValue && (this.blood.active = !0);
                  this._currLife--;
                  this.bloodFace.setScale(this._currLife / this.lifeValue, 1, 1);
                  if (this._currLife <= 0) {
                    this.isDie = !0;
                    this._audioEffect.play();
                    this.explode.active = !0;
                    this.blood.active = !1;
                    console.log("self plane is die");
                  }
                }
              }
            }).prototype, "explode", [ u ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), g = e(m.prototype, "bloodFace", [ _ ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), y = e(m.prototype, "blood", [ d ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), m)) || p));
            s._RF.pop();
          }
        };
      }));
      System.register("chunks:///_virtual/UIMain.ts", [ "./rollupPluginModLoBabelHelpers.js", "cc", "./GameManager.ts" ], (function(t) {
        var e, i, s, n, r, o, a, l;
        return {
          setters: [ function(t) {
            e = t.applyDecoratedDescriptor;
            i = t.initializerDefineProperty;
          }, function(t) {
            s = t.cclegacy;
            n = t.Node;
            r = t._decorator;
            o = t.Component;
            a = t.SystemEvent;
          }, function(t) {
            l = t.GameManager;
          } ],
          execute: function() {
            var h, c, u, _, d, p, m, f, g, y, b, S, A, T;
            s._RF.push({}, "e690bV0ZVNGGaTOefuPwiRP", "UIMain", void 0);
            const {ccclass: v, property: E} = r;
            t("UIMain", (h = v("UIMain"), c = E(n), u = E(l), _ = E(n), d = E(n), p = E(n), 
            h(m = (g = e((f = class extends o {
              constructor(...t) {
                super(...t);
                i(this, "planeSpeed", g, this);
                i(this, "playerPlane", y, this);
                i(this, "gameManager", b, this);
                i(this, "gameStart", S, this);
                i(this, "game", A, this);
                i(this, "gameOver", T, this);
              }
              start() {
                this.node.on(a.EventType.TOUCH_START, this._touchStart, this);
                this.node.on(a.EventType.TOUCH_MOVE, this._touchMove, this);
                this.node.on(a.EventType.TOUCH_END, this._touchEnd, this);
                this.gameStart.active = !0;
              }
              reStart() {
                this.gameOver.active = !1;
                this.game.active = !0;
                this.gameManager.playAudioEffect("button");
                this.gameManager.gameReStart();
              }
              returnMain() {
                this.gameOver.active = !1;
                this.gameStart.active = !0;
                this.gameManager.playAudioEffect("button");
                this.gameManager.returnMain();
              }
              _touchStart(t, e) {
                if (this.gameManager.isGameStart) this.gameManager.isShooting(!0); else {
                  this.gameStart.active = !1;
                  this.game.active = !0;
                  this.gameManager.playAudioEffect("button");
                  this.gameManager.gameStart();
                }
              }
              _touchMove(t, e) {
                if (!this.gameManager.isGameStart) return;
                const i = t.getDelta();
                let s = this.playerPlane.position;
                this.playerPlane.setPosition(s.x + .01 * this.planeSpeed * i.x, s.y, s.z - .01 * this.planeSpeed * i.y);
              }
              _touchEnd(t, e) {
                this.gameManager.isGameStart && this.gameManager.isShooting(!1);
              }
            }).prototype, "planeSpeed", [ E ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), y = e(f.prototype, "playerPlane", [ c ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), b = e(f.prototype, "gameManager", [ u ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), S = e(f.prototype, "gameStart", [ _ ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), A = e(f.prototype, "game", [ d ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), T = e(f.prototype, "gameOver", [ p ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), f)) || m));
            s._RF.pop();
          }
        };
      }));
      t = "virtual:///prerequisite-imports/main", e = "chunks:///_virtual/main", System.register(t, [ e ], (function(t, e) {
        return {
          setters: [ function(e) {
            var i = {};
            for (var s in e) "default" !== s && "__esModule" !== s && (i[s] = e[s]);
            t(i);
          } ],
          execute: function() {}
        };
      }));
      var t, e;
    },
    48: () => {
      "use strict";
      !function t(e, i, s) {
        function n(o, a) {
          if (!i[o]) {
            if (!e[o]) {
              if (r) return r(o, !0);
              var l = new Error("Cannot find module '" + o + "'");
              throw l.code = "MODULE_NOT_FOUND", l;
            }
            var h = i[o] = {
              exports: {}
            };
            e[o][0].call(h.exports, (function(t) {
              return n(e[o][1][t] || t);
            }), h, h.exports, t, e, i, s);
          }
          return i[o].exports;
        }
        for (var r = void 0, o = 0; o < s.length; o++) n(s[o]);
        return n;
      }({
        1: [ function(t, e, i) {
          t("./jsb-assets-manager.js");
          t("./jsb-game.js");
          t("./jsb-gfx.js");
          t("./jsb-loader.js");
          t("./jsb-videoplayer.js");
          t("./jsb-webview.js");
          t("./jsb-editbox.js");
          t("./jsb-editor-support.js");
          t("./jsb-spine-skeleton.js");
          t("./jsb-dragonbones.js");
          cc.physics && cc.physics.PhysicsSystem.PHYSICS_PHYSX && t("./jsb-physics.js");
        }, {
          "./jsb-assets-manager.js": 2,
          "./jsb-dragonbones.js": 4,
          "./jsb-editbox.js": 5,
          "./jsb-editor-support.js": 6,
          "./jsb-game.js": 8,
          "./jsb-gfx.js": 9,
          "./jsb-loader.js": 10,
          "./jsb-physics.js": 11,
          "./jsb-spine-skeleton.js": 12,
          "./jsb-videoplayer.js": 13,
          "./jsb-webview.js": 14
        } ],
        2: [ function(t, e, i) {
          if (jsb.AssetsManager) {
            jsb.AssetsManager.State = {
              UNINITED: 0,
              UNCHECKED: 1,
              PREDOWNLOAD_VERSION: 2,
              DOWNLOADING_VERSION: 3,
              VERSION_LOADED: 4,
              PREDOWNLOAD_MANIFEST: 5,
              DOWNLOADING_MANIFEST: 6,
              MANIFEST_LOADED: 7,
              NEED_UPDATE: 8,
              READY_TO_UPDATE: 9,
              UPDATING: 10,
              UNZIPPING: 11,
              UP_TO_DATE: 12,
              FAIL_TO_UPDATE: 13
            };
            jsb.Manifest.DownloadState = {
              UNSTARTED: 0,
              DOWNLOADING: 1,
              SUCCESSED: 2,
              UNMARKED: 3
            };
            jsb.EventAssetsManager.ERROR_NO_LOCAL_MANIFEST = 0;
            jsb.EventAssetsManager.ERROR_DOWNLOAD_MANIFEST = 1;
            jsb.EventAssetsManager.ERROR_PARSE_MANIFEST = 2;
            jsb.EventAssetsManager.NEW_VERSION_FOUND = 3;
            jsb.EventAssetsManager.ALREADY_UP_TO_DATE = 4;
            jsb.EventAssetsManager.UPDATE_PROGRESSION = 5;
            jsb.EventAssetsManager.ASSET_UPDATED = 6;
            jsb.EventAssetsManager.ERROR_UPDATING = 7;
            jsb.EventAssetsManager.UPDATE_FINISHED = 8;
            jsb.EventAssetsManager.UPDATE_FAILED = 9;
            jsb.EventAssetsManager.ERROR_DECOMPRESS = 10;
          }
        }, {} ],
        3: [ function(t, e, i) {
          const {getUserDataPath: s, readJsonSync: n, makeDirSync: r, writeFileSync: o, deleteFile: a, rmdirSync: l} = t("./jsb-fs-utils");
          var h = null;
          var c = !1;
          const u = /^\w+:\/\/.*/;
          var _ = {
            cacheDir: "gamecaches",
            cachedFileName: "cacheList.json",
            deleteInterval: 500,
            writeFileInterval: 2e3,
            cachedFiles: null,
            version: "1.1",
            getCache(t) {
              this.updateLastTime(t);
              return this.cachedFiles.has(t) ? `${this.cacheDir}/${this.cachedFiles.get(t).url}` : "";
            },
            getTemp: t => "",
            init() {
              this.cacheDir = s() + "/" + this.cacheDir;
              var t = this.cacheDir + "/" + this.cachedFileName;
              var e = n(t);
              if (e instanceof Error || !e.version || e.version !== this.version) {
                e instanceof Error || l(this.cacheDir, !0);
                this.cachedFiles = new cc.AssetManager.Cache;
                r(this.cacheDir, !0);
                o(t, JSON.stringify({
                  files: this.cachedFiles._map,
                  version: this.version
                }), "utf8");
              } else this.cachedFiles = new cc.AssetManager.Cache(e.files);
            },
            updateLastTime(t) {
              if (this.cachedFiles.has(t)) {
                this.cachedFiles.get(t).lastTime = Date.now();
              }
            },
            _write() {
              h = null;
              o(this.cacheDir + "/" + this.cachedFileName, JSON.stringify({
                files: this.cachedFiles._map,
                version: this.version
              }), "utf8");
            },
            writeCacheFile() {
              h || (h = setTimeout(this._write.bind(this), this.writeFileInterval));
            },
            cacheFile(t, e, i) {
              this.cachedFiles.add(t, {
                bundle: i,
                url: e,
                lastTime: Date.now()
              });
              this.writeCacheFile();
            },
            clearCache() {
              l(this.cacheDir, !0);
              this.cachedFiles = new cc.AssetManager.Cache;
              r(this.cacheDir, !0);
              clearTimeout(h);
              this._write();
              cc.assetManager.bundles.forEach((t => {
                u.test(t.base) && this.makeBundleFolder(t.name);
              }));
            },
            clearLRU() {
              if (!c) {
                c = !0;
                var t = [];
                var e = this;
                this.cachedFiles.forEach(((e, i) => {
                  "internal" !== e.bundle && t.push({
                    originUrl: i,
                    url: this.getCache(i),
                    lastTime: e.lastTime
                  });
                }));
                t.sort((function(t, e) {
                  return t.lastTime - e.lastTime;
                }));
                t.length = Math.floor(t.length / 3);
                if (0 !== t.length) {
                  for (var i = 0, s = t.length; i < s; i++) this.cachedFiles.remove(t[i].originUrl);
                  clearTimeout(h);
                  this._write();
                  setTimeout((function i() {
                    var s = t.pop();
                    a(s.url);
                    t.length > 0 ? setTimeout(i, e.deleteInterval) : c = !1;
                  }), e.deleteInterval);
                }
              }
            },
            removeCache(t) {
              if (this.cachedFiles.has(t)) {
                var e = this.getCache(t);
                this.cachedFiles.remove(t);
                clearTimeout(h);
                this._write();
                a(e);
              }
            },
            makeBundleFolder(t) {
              r(this.cacheDir + "/" + t, !0);
            }
          };
          cc.assetManager.cacheManager = e.exports = _;
        }, {
          "./jsb-fs-utils": 7
        } ],
        4: [ function(t, e, i) {
          const s = t("./jsb-cache-manager");
          !function() {
            if (void 0 === window.dragonBones || void 0 === window.middleware) return;
            const t = cc.internal.ArmatureDisplay;
            if (void 0 === t) return;
            const e = window.dragonBones;
            const i = window.middleware;
            Object.defineProperty(e, "timeScale", {
              get() {
                return this._timeScale;
              },
              set(t) {
                this._timeScale = t;
                this.CCFactory.getInstance().setTimeScale(t);
              },
              configurable: !0
            });
            i.generateGetSet(e);
            const n = cc.color(0, 0, 255, 255);
            const r = cc.color(255, 0, 0, 255);
            const o = cc.color(0, 255, 0, 255);
            e.EventObject.START = "start";
            e.EventObject.LOOP_COMPLETE = "loopComplete";
            e.EventObject.COMPLETE = "complete";
            e.EventObject.FADE_IN = "fadeIn";
            e.EventObject.FADE_IN_COMPLETE = "fadeInComplete";
            e.EventObject.FADE_OUT = "fadeOut";
            e.EventObject.FADE_OUT_COMPLETE = "fadeOutComplete";
            e.EventObject.FRAME_EVENT = "frameEvent";
            e.EventObject.SOUND_EVENT = "soundEvent";
            e.DragonBones = {
              ANGLE_TO_RADIAN: Math.PI / 180,
              RADIAN_TO_ANGLE: 180 / Math.PI
            };
            const a = e.CCFactory.prototype;
            a.createArmatureNode = function(e, i, s) {
              let n = (s = s || new cc.Node).getComponent(t);
              n || (n = s.addComponent(t));
              s.name = i;
              n._armatureName = i;
              n._dragonAsset = e.dragonAsset;
              n._dragonAtlasAsset = e.dragonAtlasAsset;
              n._init();
              return n;
            };
            const l = a.replaceSkin;
            a.replaceSkin = function(t, e, i, s) {
              void 0 === i && (i = !1);
              s = s || [];
              l.call(this, t, e, i, s);
            };
            const h = a.changeSkin;
            a.changeSkin = function(t, e, i) {
              h.call(this, t, e, i);
            };
            e.CCFactory.getInstance = function() {
              return e.CCFactory.getFactory();
            };
            const c = e.AnimationState.prototype;
            const u = c.isPlaying;
            Object.defineProperty(c, "isPlaying", {
              get() {
                return u.call(this);
              }
            });
            const _ = e.Armature.prototype;
            _.addEventListener = function(t, e, i) {
              this.__persistentDisplay__ = this.getDisplay();
              this.__persistentDisplay__.on(t, e, i);
            };
            _.removeEventListener = function(t, e, i) {
              this.__persistentDisplay__ = this.getDisplay();
              this.__persistentDisplay__.off(t, e, i);
            };
            const d = e.CCArmatureDisplay.prototype;
            Object.defineProperty(d, "node", {
              get() {
                return this;
              }
            });
            d.getRootNode = function() {
              const t = this.getRootDisplay();
              return t && t._ccNode;
            };
            d.convertToWorldSpace = function(t) {
              let e = this.convertToRootSpace(t.x, t.y);
              e = cc.v3(e.x, e.y, 0);
              const i = this.getRootNode();
              if (!i) return e;
              return i._uiProps.uiTransformComp.convertToWorldSpaceAR(e);
            };
            d.initEvent = function() {
              if (!this._eventTarget) {
                this._eventTarget = new cc.EventTarget;
                this.setDBEventCallback((function(t) {
                  this._eventTarget.emit(t.type, t);
                }));
              }
            };
            d.on = function(t, e, i) {
              this.initEvent();
              this._eventTarget.on(t, e, i);
              this.addDBEventListener(t, e);
            };
            d.off = function(t, e, i) {
              this.initEvent();
              this._eventTarget.off(t, e, i);
              this.removeDBEventListener(t, e);
            };
            d.once = function(t, e, i) {
              this.initEvent();
              this._eventTarget.once(t, e, i);
              this.addDBEventListener(t, e);
            };
            const p = cc.internal.DragonBonesAtlasAsset.prototype;
            let m = 1;
            const f = {};
            const g = new WeakMap;
            const y = {};
            p.removeRecordTexture = function(t) {
              if (!t) return;
              delete y[t.image.url];
              const e = t.__textureIndex__;
              if (e) {
                const t = f[e];
                if (t && g.has(t)) {
                  g.delete(t);
                  delete f[e];
                }
              }
            };
            p.recordTexture = function() {
              if (this._texture && this._oldTexture !== this._texture) {
                this.removeRecordTexture(this._oldTexture);
                const t = f[m] = {
                  key: m
                };
                g.set(t, this._texture);
                this._oldTexture = this._texture;
                this._texture.__textureIndex__ = m;
                m++;
              }
            };
            p.getTextureByIndex = function(t) {
              const e = f[t];
              return e ? g.get(e) : null;
            };
            p.updateTextureAtlasData = function(t) {
              const e = this._texture.image.url;
              const s = y[e];
              let n;
              if (s) {
                n = s.index;
                this._textureAtlasData = t.getTextureAtlasDataByIndex(s.name, n);
                const e = f[s.index];
                g.set(e, this._texture);
                this._texture.__textureIndex__ = n;
                if (this._textureAtlasData) return;
              } else this.recordTexture();
              n = this._texture.__textureIndex__;
              this.jsbTexture = new i.Texture2D;
              this.jsbTexture.setRealTextureIndex(n);
              this.jsbTexture.setPixelsWide(this._texture.width);
              this.jsbTexture.setPixelsHigh(this._texture.height);
              this._textureAtlasData = t.parseTextureAtlasData(this.atlasJson, this.jsbTexture, this._uuid);
              y[e] = {
                name: this._textureAtlasData.name,
                index: n
              };
            };
            p.init = function(t) {
              this._factory = t;
              if (!this._uuid) {
                const t = JSON.parse(this.atlasJson);
                this._uuid = t.name;
              }
              this._textureAtlasData ? t.addTextureAtlasData(this._textureAtlasData, this._uuid) : this.updateTextureAtlasData(t);
            };
            p._clear = function(t) {
              if (this._factory) {
                this._factory.removeTextureAtlasData(this._uuid, !0);
                this._factory.removeDragonBonesDataByUUID(this._uuid, !0);
              }
              this._textureAtlasData = null;
              t || this.recordTexture();
            };
            p.destroy = function() {
              this.removeRecordTexture(this._texture);
              this._clear(!0);
              cc.Asset.prototype.destroy.call(this);
            };
            const b = cc.internal.DragonBonesAsset.prototype;
            b.init = function(t, e) {
              this._factory = t;
              if (!this._uuid && this.dragonBonesJson) {
                const t = JSON.parse(this.dragonBonesJson);
                this._uuid = t.name;
              }
              const i = `${this._uuid}#${e}`;
              if (this._factory.getDragonBonesData(i)) return i;
              let n = null;
              n = this.dragonBonesJson ? this.dragonBonesJson : s.getCache(this.nativeUrl) || this.nativeUrl;
              this._factory.parseDragonBonesDataByPath(n, i);
              return i;
            };
            const S = e.ArmatureCacheMgr.getInstance();
            e.armatureCacheMgr = S;
            b._clear = function() {
              this._factory && this._factory.removeDragonBonesDataByUUID(this._uuid, !0);
              S.removeArmatureCache(this._uuid);
            };
            const A = cc.internal.UIRenderer.prototype;
            const T = cc.internal.ArmatureDisplay.prototype;
            const v = cc.internal.ArmatureDisplay.AnimationCacheMode;
            const E = cc.internal.ArmatureSystem;
            T.initFactory = function() {
              this._factory = e.CCFactory.getFactory();
            };
            Object.defineProperty(T, "armatureName", {
              get() {
                return this._armatureName;
              },
              set(t) {
                this._armatureName = t;
                const e = this.getAnimationNames(this._armatureName);
                (!this.animationName || e.indexOf(this.animationName) < 0) && (this.animationName = "");
                const i = this._armature;
                if (this._armature) {
                  this.isAnimationCached() || this._factory.remove(this._armature);
                  this._armature = null;
                }
                this._nativeDisplay = null;
                this._refresh();
                i && i !== this._armature && i.dispose();
                this._armature && !this.isAnimationCached() && this._factory.add(this._armature);
              },
              visible: !1
            });
            Object.defineProperty(T, "premultipliedAlpha", {
              get() {
                return void 0 !== this._premultipliedAlpha && this._premultipliedAlpha;
              },
              set(t) {
                this._premultipliedAlpha = t;
                this._nativeDisplay && this._nativeDisplay.setOpacityModifyRGB(this._premultipliedAlpha);
              }
            });
            const C = T._initDebugDraw;
            T._initDebugDraw = function() {
              C.call(this);
              this._armature && !this.isAnimationCached() && this._nativeDisplay.setDebugBonesEnabled(this.debugBones);
            };
            T._buildArmature = function() {
              if (!this.dragonAsset || !this.dragonAtlasAsset || !this.armatureName) return;
              if (this._nativeDisplay) {
                this._nativeDisplay.dispose();
                this._nativeDisplay._comp = null;
                this._nativeDisplay = null;
              }
              const t = this.dragonAtlasAsset._uuid;
              this._armatureKey = this.dragonAsset.init(this._factory, t);
              if (this.isAnimationCached()) {
                const i = this._cacheMode === v.SHARED_CACHE;
                this._nativeDisplay = new e.CCArmatureCacheDisplay(this.armatureName, this._armatureKey, t, i);
                this._armature = this._nativeDisplay.armature();
              } else {
                this._nativeDisplay = this._factory.buildArmatureDisplay(this.armatureName, this._armatureKey, "", t);
                if (!this._nativeDisplay) return;
                this._nativeDisplay.setDebugBonesEnabled(this.debugBones);
                this._armature = this._nativeDisplay.armature();
                this._armature.animation.timeScale = this.timeScale;
                this._factory.add(this._armature);
              }
              const i = this._eventTarget._callbackTable;
              const s = function() {};
              for (const t in i) {
                const e = i[t];
                e && e.callbackInfos && e.callbackInfos.length && (this.isAnimationCached() ? this._nativeDisplay.addDBEventListener(t) : this._nativeDisplay.addDBEventListener(t, s));
              }
              this._preCacheMode = this._cacheMode;
              this._nativeDisplay._ccNode = this.node;
              this._nativeDisplay._comp = this;
              this._nativeDisplay._eventTarget = this._eventTarget;
              this._sharedBufferOffset = this._nativeDisplay.getSharedBufferOffset();
              this._sharedBufferOffset[0] = 0;
              this._useAttach = !1;
              this._renderOrder = -1;
              this._paramsBuffer = this._nativeDisplay.getParamsBuffer();
              this._paramsBuffer[0] = -1;
              this._nativeDisplay.setOpacityModifyRGB(this.premultipliedAlpha);
              const n = this.color;
              this._nativeDisplay.setColor(n.r, n.g, n.b, n.a);
              this._nativeDisplay.setDBEventCallback((function(t) {
                this._eventTarget.emit(t.type, t);
              }));
              this.attachUtil.init(this);
              this.animationName && this.playAnimation(this.animationName, this.playTimes);
              this.syncTransform(!0);
              this.markForUpdateRenderData();
            };
            T._updateColor = function() {
              if (this._nativeDisplay) {
                const t = this.color;
                this._nativeDisplay.setColor(t.r, t.g, t.b, t.a);
              }
            };
            T.playAnimation = function(t, e) {
              this.playTimes = void 0 === e ? -1 : e;
              this.animationName = t;
              if (this._nativeDisplay) {
                if (this.isAnimationCached()) return this._nativeDisplay.playAnimation(t, this.playTimes);
                if (this._armature) return this._armature.animation.play(t, this.playTimes);
              }
              return null;
            };
            T.updateAnimationCache = function(t) {
              this.isAnimationCached() && this._nativeDisplay && (t ? this._nativeDisplay.updateAnimationCache(t) : this._nativeDisplay.updateAllAnimationCache());
            };
            T.invalidAnimationCache = function() {
              this.isAnimationCached() && this._nativeDisplay && this._nativeDisplay.updateAllAnimationCache();
            };
            const x = A.onEnable;
            T.onEnable = function() {
              x && x.call(this);
              this._armature && !this.isAnimationCached() && this._factory.add(this._armature);
              this.syncTransform(!0);
              this._flushAssembler();
              E.getInstance().add(this);
              i.retain();
            };
            const w = A.onDisable;
            T.onDisable = function() {
              w && w.call(this);
              this._armature && !this.isAnimationCached() && this._factory.remove(this._armature);
              E.getInstance().remove(this);
              i.release();
            };
            T.once = function(t, e, i) {
              this._nativeDisplay && (this.isAnimationCached() ? this._nativeDisplay.addDBEventListener(t) : this._nativeDisplay.addDBEventListener(t, e));
              this._eventTarget.once(t, e, i);
            };
            T.addEventListener = function(t, e, i) {
              this._nativeDisplay && (this.isAnimationCached() ? this._nativeDisplay.addDBEventListener(t) : this._nativeDisplay.addDBEventListener(t, e));
              this._eventTarget.on(t, e, i);
            };
            T.removeEventListener = function(t, e, i) {
              this._nativeDisplay && (this.isAnimationCached() ? this._nativeDisplay.removeDBEventListener(t) : this._nativeDisplay.removeDBEventListener(t, e));
              this._eventTarget.off(t, e, i);
            };
            const R = T.onDestroy;
            T.onDestroy = function() {
              R.call(this);
              if (this._nativeDisplay) {
                this._nativeDisplay.dispose();
                this._nativeDisplay._comp = null;
                this._nativeDisplay = null;
              }
            };
            T.syncTransform = function(t) {
              const e = this.node;
              if (!e) return;
              const i = this._paramsBuffer;
              if (i && (t || e.hasChangedFlags || e._dirtyFlags)) {
                const t = e.getWorldMatrix();
                i[1] = t.m00;
                i[2] = t.m01;
                i[3] = t.m02;
                i[4] = t.m03;
                i[5] = t.m04;
                i[6] = t.m05;
                i[7] = t.m06;
                i[8] = t.m07;
                i[9] = t.m08;
                i[10] = t.m09;
                i[11] = t.m10;
                i[12] = t.m11;
                i[13] = t.m12;
                i[14] = t.m13;
                i[15] = t.m14;
                i[16] = t.m15;
              }
            };
            T.setAnimationCacheMode = function(t) {
              if (this._preCacheMode !== t) {
                this._cacheMode = t;
                this._buildArmature();
                this._armature && !this.isAnimationCached() && this._factory.add(this._armature);
                this._updateSocketBindings();
                this.markForUpdateRenderData();
              }
            };
            T.updateAnimation = function() {
              const t = this._nativeDisplay;
              if (!t) return;
              if (!this.node) return;
              const e = this._paramsBuffer;
              if (this._renderOrder !== i.renderOrder) {
                e[0] = i.renderOrder;
                this._renderOrder = i.renderOrder;
                i.renderOrder++;
              }
              this.syncTransform();
              if (void 0 === this.__preColor__ || !this.color.equals(this.__preColor__)) {
                const e = this.color;
                t.setColor(e.r, e.g, e.b, e.a);
                this.__preColor__ = e;
              }
              const s = this.socketNodes;
              if (!this._useAttach && s.size > 0) {
                this._useAttach = !0;
                t.setAttachEnabled(!0);
              }
              this.markForUpdateRenderData();
              if (!this.isAnimationCached() && this._debugDraw && this.debugBones) {
                const t = this._nativeDisplay;
                this._debugData = this._debugData || t.getDebugData();
                if (!this._debugData) return;
                const e = this._debugDraw;
                e.clear();
                const i = this._debugData;
                let s = 0;
                e.lineWidth = 5;
                e.strokeColor = r;
                e.fillColor = n;
                const a = i[s++];
                for (let t = 0; t < a; t += 4) {
                  const n = i[s++];
                  const r = i[s++];
                  const a = i[s++];
                  const l = i[s++];
                  e.moveTo(n, r);
                  e.lineTo(a, l);
                  e.stroke();
                  e.circle(n, r, 2 * Math.PI);
                  e.fill();
                  0 === t && (e.fillColor = o);
                }
              }
            };
            const I = cc.mat4();
            let M;
            let B;
            let D;
            T._render = function(t) {
              if (!this._nativeDisplay) return;
              if (!this.node) return;
              const e = this.renderEntity;
              e.clearDynamicRenderDrawInfos();
              const s = this._sharedBufferOffset;
              if (!s) return;
              const n = s[0];
              s[0] = 0;
              const r = this.sockets;
              if (r.length > 0) {
                const t = i.attachInfoMgr.attachInfo;
                const e = s[1];
                s[1] = 0;
                const n = this.socketNodes;
                for (let i = r.length - 1; i >= 0; i--) {
                  const s = r[i];
                  const o = s.target;
                  const a = s.boneIndex;
                  if (!o) continue;
                  if (!o.isValid) {
                    n.delete(s.path);
                    r.splice(i, 1);
                    continue;
                  }
                  const l = I;
                  const h = e + 16 * a;
                  l.m00 = t[h];
                  l.m01 = t[h + 1];
                  l.m04 = t[h + 4];
                  l.m05 = t[h + 5];
                  l.m12 = t[h + 12];
                  l.m13 = t[h + 13];
                  o.matrix = l;
                }
              }
              const o = i.renderInfoMgr.renderInfo;
              let a = 0;
              let l;
              let h;
              if (4294967295 !== o[n + a++]) return;
              const c = o[n + a++];
              if (0 !== c) for (let t = 0; t < c; t++) {
                l = o[n + a++];
                h = this.dragonAtlasAsset.getTextureByIndex(l);
                if (!h) return;
                const s = this.material;
                this.material = this.getMaterialForBlend(o[n + a++], o[n + a++]);
                M = o[n + a++];
                B = o[n + a++];
                D = o[n + a++];
                const r = i.RenderInfoLookup[i.vfmtPosUvColor][M];
                const c = this.requestDrawInfo(t);
                c.setDrawInfoType(r.drawInfoType);
                c.setAccAndBuffer(r.accessor.id, r.chunk.bufferId);
                c.setTexture(h.getGFXTexture());
                c.setSampler(h.getGFXSampler());
                c.setMaterial(this.material);
                c.setIndexOffset(B);
                c.setIBCount(D);
                e.setDynamicRenderDrawInfo(c, t);
                this.material = s;
              }
            };
            const P = cc.internal.DragonBonesAssembler;
            P.createData = function(t) {};
            P.updateRenderData = function(t) {
              t._render();
            };
            P.fillBuffers = function(t, e) {};
          }();
        }, {
          "./jsb-cache-manager": 3
        } ],
        5: [ function(t, e, i) {
          !function() {
            if (!(cc && cc.internal && cc.internal.EditBox)) return;
            const t = cc.internal.EditBox;
            const e = t.KeyboardReturnType;
            const i = t.InputMode;
            const s = t.InputFlag;
            const n = cc.mat4();
            function r(t) {
              switch (t) {
               case e.DEFAULT:
               case e.DONE:
                return "done";

               case e.SEND:
                return "send";

               case e.SEARCH:
                return "search";

               case e.GO:
                return "go";

               case e.NEXT:
                return "next";
              }
              return "done";
            }
            const o = t._EditBoxImpl;
            t._EditBoxImpl = class extends o {
              init(t) {
                t ? this._delegate = t : cc.error("EditBox init failed");
              }
              beginEditing() {
                const t = this;
                const e = this._delegate;
                const n = e.inputMode === i.ANY;
                const o = this._getRect();
                this.setMaxLength(e.maxLength);
                let a = function(t) {
                  switch (t) {
                   case i.EMAIL_ADDR:
                    return "email";

                   case i.NUMERIC:
                   case i.DECIMAL:
                    return "number";

                   case i.PHONE_NUMBER:
                    return "phone";

                   case i.URL:
                    return "url";

                   case i.SINGLE_LINE:
                   case i.ANY:
                   default:
                    return "text";
                  }
                }(e.inputMode);
                e.inputFlag === s.PASSWORD && (a = "password");
                jsb.inputBox.onInput((function(i) {
                  i.value.length > t._maxLength && (i.value = i.value.slice(0, t._maxLength));
                  e.string !== i.value && e._editBoxTextChanged(i.value);
                }));
                jsb.inputBox.onConfirm((function(t) {
                  e._editBoxEditingReturn();
                }));
                jsb.inputBox.onComplete((function(e) {
                  t.endEditing();
                }));
                cc.sys.isMobile || e._hideLabels();
                const l = e.textLabel;
                jsb.inputBox.show({
                  defaultValue: e.string,
                  maxLength: t._maxLength,
                  multiple: n,
                  confirmHold: !1,
                  confirmType: r(e.returnType),
                  inputType: a,
                  originX: o.x,
                  originY: o.y,
                  width: o.width,
                  height: o.height,
                  isBold: l.isBold,
                  isItalic: l.isItalic,
                  isUnderline: l.isUnderline,
                  underlineColor: 0,
                  fontSize: l.fontSize,
                  fontColor: l.color.toRGBValue(),
                  backColor: 16777215,
                  backgroundColor: e.placeholderLabel.color.toRGBValue(),
                  textAlignment: l.horizontalAlign
                });
                this._editing = !0;
                e._editBoxEditingDidBegan();
              }
              endEditing() {
                this._editing = !1;
                cc.sys.isMobile || this._delegate._showLabels();
                jsb.inputBox.offConfirm();
                jsb.inputBox.offInput();
                jsb.inputBox.offComplete();
                jsb.inputBox.hide();
                this._delegate._editBoxEditingDidEnded();
              }
              setMaxLength(t) {
                if (!isNaN(t)) {
                  t < 0 && (t = 65535);
                  this._maxLength = t;
                }
              }
              _getRect() {
                const t = this._delegate.node;
                let e = cc.view._scaleX;
                let i = cc.view._scaleY;
                const s = jsb.device.getDevicePixelRatio() || 1;
                t.getWorldMatrix(n);
                const r = t._uiProps.uiTransformComp;
                const o = cc.v3();
                let a = 0;
                let l = 0;
                if (r) {
                  const t = r.contentSize;
                  const e = r.anchorPoint;
                  a = t.width;
                  l = t.height;
                  o.x = -e.x * a;
                  o.y = -e.y * l;
                }
                cc.Mat4.translate(n, n, o);
                e /= s;
                i /= s;
                const h = n.m00 * e;
                const c = n.m05 * i;
                const u = cc.view._viewportRect;
                const _ = u.x / s;
                const d = u.y / s;
                return {
                  x: n.m12 * e + _,
                  y: n.m13 * i + d,
                  width: a * h,
                  height: l * c
                };
              }
            };
          }();
        }, {} ],
        6: [ function(t, e, i) {
          !function() {
            if (!window.middleware) return;
            const t = window.middleware;
            const e = t.MiddlewareManager.getInstance();
            let i = 0;
            const s = cc.director;
            const n = cc.game;
            const r = [];
            const o = t.vfmtPosUvColor = 6;
            const a = t.vfmtPosUvTwoColor = 7;
            const l = cc.internal.vfmtPosUvColor4B;
            const h = cc.internal.vfmtPosUvTwoColor4B;
            const c = t.RenderInfoLookup = {};
            c[o] = [];
            c[a] = [];
            t.reset = function() {
              t.preRenderComponent = null;
              t.preRenderBufferIndex = 0;
              t.preRenderBufferType = o;
              t.renderOrder = 0;
              t.indicesStart = 0;
              t.resetIndicesStart = !1;
            };
            t.reset();
            t.retain = function() {
              i++;
            };
            t.release = function() {
              if (0 !== i) {
                i--;
                if (0 === i) {
                  const t = c[o];
                  for (let e = 0; e < t.length; e++) cc.UI.RenderData.remove(t[e]);
                  t.length = 0;
                  const e = c[a];
                  for (let t = 0; t < e.length; t++) cc.UI.RenderData.remove(e[t]);
                  e.length = 0;
                  r.forEach((t => {
                    t.destroy();
                  }));
                }
              } else cc.warn("middleware reference error: reference count should be greater than 0");
            };
            function u(t, i, s) {
              if (!t) return;
              const n = e.getBufferCount(i);
              for (let t = 0; t < n; t++) {
                let e = c[i][t];
                if (!e) {
                  r[s] || (r[s] = cc.UI.RenderData.createStaticVBAccessor(s, 65535, 524280));
                  e = cc.UI.RenderData.add(s, r[s]);
                  e.multiOwner = !0;
                  e.drawInfoType = 2;
                  e.resize(65535, 524280);
                  e.getMeshBuffer().useLinkedData = !0;
                  c[i][t] = e;
                }
              }
            }
            s.on(cc.Director.EVENT_BEFORE_UPDATE, (() => {
              0 !== i && e.update(n.deltaTime);
            }));
            s.on(cc.Director.EVENT_BEFORE_DRAW, (() => {
              if (0 === i) return;
              e.render(n.deltaTime);
              t.reset();
              const r = s.root.batcher2D;
              u(r, o, l);
              u(r, a, h);
              if (window.dragonBones) {
                cc.internal.ArmatureSystem.getInstance().prepareRenderData();
              }
              if (window.spine) {
                cc.internal.SpineSkeletonSystem.getInstance().prepareRenderData();
              }
            }));
            const _ = e.getRenderInfoMgr();
            _.renderInfo = _.getSharedBuffer();
            _.setResizeCallback((function() {
              this.attachInfo = this.getSharedBuffer();
            }));
            _.__middleware__ = t;
            const d = e.getAttachInfoMgr();
            d.attachInfo = d.getSharedBuffer();
            d.setResizeCallback((function() {
              this.attachInfo = this.getSharedBuffer();
            }));
            t.renderInfoMgr = _;
            t.attachInfoMgr = d;
            t.generateGetSet = function(t) {
              for (const e in t) {
                const i = t[e] && t[e].prototype;
                if (i) for (const t in i) {
                  if (-1 === t.search(/^get/)) continue;
                  let e = t.replace(/^get/, "");
                  const s = e.split("");
                  const n = s[0].toLowerCase();
                  const r = s[0].toUpperCase();
                  s.splice(0, 1);
                  const o = s.join("");
                  e = n + o;
                  const a = `set${r}${o}`;
                  if (i.hasOwnProperty(e)) continue;
                  "function" == typeof i[a] ? Object.defineProperty(i, e, {
                    get() {
                      return this[t]();
                    },
                    set(t) {
                      this[a](t);
                    },
                    configurable: !0
                  }) : Object.defineProperty(i, e, {
                    get() {
                      return this[t]();
                    },
                    configurable: !0
                  });
                }
              }
            };
          }();
        }, {} ],
        7: [ function(t, e, i) {
          const s = jsb.fileUtils;
          let n = null;
          const r = new cc.AssetManager.Cache;
          let o = "";
          window.oh || (jsb.Downloader.prototype._ctor = function() {
            this.__nativeRefs = {};
          });
          var a = {
            fs: s,
            initJsbDownloader(t, e) {
              n = new jsb.Downloader({
                countOfMaxProcessingTasks: t || 32,
                timeoutInSeconds: e || 30,
                tempFileNameSuffix: ".tmp"
              });
              o = `${a.getUserDataPath()}/temp`;
              !s.isDirectoryExist(o) && s.createDirectory(o);
              n.onSuccess = t => {
                if (!r.has(t.requestURL)) return;
                const {onComplete: e} = r.remove(t.requestURL);
                e && e(null, t.storagePath);
              };
              n.onError = (t, e, i, s) => {
                if (!r.has(t.requestURL)) return;
                const {onComplete: n} = r.remove(t.requestURL);
                cc.error(`Download file failed: path: ${t.requestURL} message: ${s}, ${e}`);
                n(new Error(s), null);
              };
              n.onProgress = (t, e, i, s) => {
                if (!r.has(t.requestURL)) return;
                const {onProgress: n} = r.get(t.requestURL);
                n && n(i, s);
              };
            },
            getUserDataPath: () => s.getWritablePath().replace(/[\/\\]*$/, ""),
            checkFsValid() {
              if (!s) {
                cc.warn("can not get the file system!");
                return !1;
              }
              return !0;
            },
            deleteFile(t, e) {
              if (!0 === s.removeFile(t)) e && e(null); else {
                cc.warn(`Delete file failed: path: ${t}`);
                e && e(new Error("delete file failed"));
              }
            },
            downloadFile(t, e, i, s, a) {
              r.add(t, {
                onProgress: s,
                onComplete: a
              });
              let l = e;
              l || (l = `${o}/${performance.now()}${cc.path.extname(t)}`);
              n.createDownloadTask(t, l, i);
            },
            saveFile(t, e, i) {
              let n = null;
              const r = s.writeDataToFile(s.getDataFromFile(t), e);
              s.removeFile(t);
              if (!r) {
                n = new Error(`Save file failed: path: ${t}`);
                cc.warn(n.message);
              }
              i && i(n);
            },
            copyFile(t, e, i) {
              let n = null;
              if (!s.writeDataToFile(s.getDataFromFile(t), e)) {
                n = new Error(`Copy file failed: path: ${t}`);
                cc.warn(n.message);
              }
              i && i(n);
            },
            writeFile(t, e, i, n) {
              let r = null;
              let o = null;
              r = "utf-8" === i || "utf8" === i ? s.writeStringToFile(e, t) : s.writeDataToFile(e, t);
              if (!r) {
                o = new Error(`Write file failed: path: ${t}`);
                cc.warn(o.message);
              }
              n && n(o);
            },
            writeFileSync(t, e, i) {
              let n = null;
              n = "utf-8" === i || "utf8" === i ? s.writeStringToFile(e, t) : s.writeDataToFile(e, t);
              if (!n) {
                cc.warn(`Write file failed: path: ${t}`);
                return new Error(`Write file failed: path: ${t}`);
              }
            },
            readFile(t, e, i) {
              let n = null;
              let r = null;
              n = "utf-8" === e || "utf8" === e ? s.getStringFromFile(t) : s.getDataFromFile(t);
              if (!n) {
                r = new Error(`Read file failed: path: ${t}`);
                cc.warn(r.message);
              }
              i && i(r, n);
            },
            readDir(t, e) {
              let i = null;
              let n = null;
              try {
                i = s.listFiles(t);
              } catch (e) {
                cc.warn(`Read dir failed: path: ${t} message: ${e.message}`);
                n = new Error(e.message);
              }
              e && e(n, i);
            },
            readText(t, e) {
              a.readFile(t, "utf8", e);
            },
            readArrayBuffer(t, e) {
              a.readFile(t, "", e);
            },
            readJson(t, e) {
              a.readFile(t, "utf8", ((i, s) => {
                let n = null;
                if (!i) try {
                  n = JSON.parse(s);
                } catch (e) {
                  cc.warn(`Read json failed: path: ${t} message: ${e.message}`);
                  i = new Error(e.message);
                }
                e && e(i, n);
              }));
            },
            readJsonSync(t) {
              try {
                const e = s.getStringFromFile(t);
                return JSON.parse(e);
              } catch (e) {
                cc.warn(`Read json failed: path: ${t} message: ${e.message}`);
                return new Error(e.message);
              }
            },
            makeDirSync(t, e) {
              if (!s.createDirectory(t)) {
                cc.warn(`Make directory failed: path: ${t}`);
                return new Error(`Make directory failed: path: ${t}`);
              }
            },
            rmdirSync(t, e) {
              if (!s.removeDirectory(t)) {
                cc.warn(`rm directory failed: path: ${t}`);
                return new Error(`rm directory failed: path: ${t}`);
              }
            },
            exists(t, e) {
              const i = s.isFileExist(t);
              e && e(i);
            },
            loadSubpackage(t, e, i) {
              throw new Error("not implement");
            }
          };
          window.fsUtils = e.exports = a;
        }, {} ],
        8: [ function(t, e, i) {
          cc.game.restart = function() {
            cc.director.getScene().destroy();
            cc.Object._deferredDestroy();
            __restartVM();
          };
          jsb.onError((function(t, e, i) {
            console.error(t, e, i);
          }));
          jsb.onMemoryWarning = function() {
            cc.game.emit(cc.Game.EVENT_LOW_MEMORY);
          };
        }, {} ],
        9: [ function(t, e, i) {
          const s = gfx.Device.prototype;
          const n = gfx.Swapchain.prototype;
          const r = gfx.Buffer.prototype;
          const o = gfx.Texture.prototype;
          const a = gfx.DescriptorSet.prototype;
          const l = s.copyTexImagesToTexture;
          s.copyTexImagesToTexture = function(t, e, i) {
            const s = [];
            if (t) for (let e = 0; e < t.length; ++e) {
              const i = t[e];
              if (i instanceof HTMLCanvasElement) s.push(i._data.data); else {
                if (!(i instanceof HTMLImageElement)) {
                  console.log("copyTexImagesToTexture: Convert texImages to data buffers failed");
                  return;
                }
                s.push(i._data);
              }
            }
            l.call(this, s, e, i);
          };
          const h = s.createSwapchain;
          s.createSwapchain = function(t) {
            t.windowHandle = window.oh ? jsb.device.getWindowHandle() : window.windowHandler;
            return h.call(this, t);
          };
          const c = n.initialize;
          n.initialize = function(t) {
            t.windowHandle = window.windowHandler;
            c.call(this, t);
          };
          const u = r.update;
          r.update = function(t, e) {
            if (0 === t.byteLength) return;
            let i;
            if (64 & this.cachedUsage) {
              const {drawInfos: e} = t;
              t = new Uint32Array(7 * e.length);
              let s = 0;
              let n;
              for (let i = 0; i < e.length; ++i) {
                s = 7 * i;
                n = e[i];
                t[s] = n.vertexCount;
                t[s + 1] = n.firstVertex;
                t[s + 2] = n.indexCount;
                t[s + 3] = n.firstIndex;
                t[s + 4] = n.vertexOffset;
                t[s + 5] = n.instanceCount;
                t[s + 6] = n.firstInstance;
              }
              i = t.byteLength;
            } else i = void 0 !== e ? e : t.byteLength;
            u.call(this, t, i);
          };
          const _ = s.createBuffer;
          s.createBuffer = function(t) {
            let e;
            e = t.buffer ? _.call(this, t, !0) : _.call(this, t, !1);
            e.cachedUsage = t.usage;
            return e;
          };
          const d = r.initialize;
          r.initialize = function(t) {
            t.buffer ? d.call(this, t, !0) : d.call(this, t, !1);
          };
          const p = s.createTexture;
          s.createTexture = function(t) {
            return t.texture ? p.call(this, t, !0) : p.call(this, t, !1);
          };
          const m = o.initialize;
          o.initialize = function(t) {
            t.texture ? m.call(this, t, !0) : m.call(this, t, !1);
          };
          a.bindBuffer = function(t, e, i) {
            this.dirtyJSB = a.bindBufferJSB.call(this, t, e, i || 0);
          };
          a.bindSampler = function(t, e, i) {
            this.dirtyJSB = a.bindSamplerJSB.call(this, t, e, i || 0);
          };
          a.bindTexture = function(t, e, i) {
            this.dirtyJSB = a.bindTextureJSB.call(this, t, e, i || 0);
          };
          const f = a.update;
          a.update = function() {
            if (this.dirtyJSB) {
              f.call(this);
              this.dirtyJSB = !1;
            }
          };
          Object.defineProperty(s, "uboOffsetAlignment", {
            get() {
              void 0 === this.cachedUboOffsetAlignment && (this.cachedUboOffsetAlignment = this.getUboOffsetAlignment());
              return this.cachedUboOffsetAlignment;
            }
          });
        }, {} ],
        10: [ function(t, e, i) {
          const s = t("./jsb-cache-manager");
          const {downloadFile: n, readText: r, readArrayBuffer: o, readJson: a, getUserDataPath: l, initJsbDownloader: h} = t("./jsb-fs-utils");
          const c = /^\w+:\/\/.*/;
          const u = cc.assetManager.downloader;
          const _ = cc.assetManager.parser;
          const d = cc.assetManager.presets;
          u.maxConcurrency = 30;
          u.maxRequestsPerFrame = 60;
          d.preload.maxConcurrency = 15;
          d.preload.maxRequestsPerFrame = 30;
          d.scene.maxConcurrency = 32;
          d.scene.maxRequestsPerFrame = 64;
          d.bundle.maxConcurrency = 32;
          d.bundle.maxRequestsPerFrame = 64;
          let p = 0;
          const m = {};
          const f = {};
          function g(t, e, i) {
            if ("function" == typeof e) {
              i = e;
              e = null;
            }
            if (f[t]) return i && i();
            y(t, (function(e, i, s) {
              window.oh ? window.oh.loadModule(e) : window.require(e);
              f[t] = !0;
              s && s(null);
            }), e, e.onFileProgress, i);
          }
          function y(t, e, i, r, o) {
            var a = function(t, e) {
              var i = !1;
              var n = !1;
              if (c.test(t)) {
                if (e.reload) return {
                  url: t
                };
                var r = s.getCache(t);
                if (r) {
                  n = !0;
                  t = r;
                }
              } else i = !0;
              return {
                url: t,
                inLocal: i,
                inCache: n
              };
            }(t, i);
            if (a.inLocal) e(a.url, i, o); else if (a.inCache) {
              s.updateLastTime(t);
              e(a.url, i, (function(e, i) {
                e && s.removeCache(t);
                o(e, i);
              }));
            } else {
              var l = Date.now();
              var h = "";
              var u = m[t];
              h = u ? u.storagePath : i.__cacheBundleRoot__ ? `${i.__cacheBundleRoot__}/${l}${p++}${cc.path.extname(t)}` : `${l}${p++}${cc.path.extname(t)}`;
              n(t, `${s.cacheDir}/${h}`, i.header, r, (function(n, r) {
                if (n) {
                  if (u) {
                    u.retryCount++;
                    u.retryCount >= 5 && delete m[t];
                  } else m[t] = {
                    retryCount: 0,
                    storagePath: h
                  };
                  o(n, null);
                } else {
                  delete m[t];
                  e(r, i, (function(e, n) {
                    e || s.cacheFile(t, h, i.__cacheBundleRoot__);
                    o(e, n);
                  }));
                }
              }));
            }
          }
          function b(t, e, i) {
            i(null, t);
          }
          function S(t, e, i) {
            y(t, b, e, e.onFileProgress, i);
          }
          function A(t, e, i) {
            r(t, i);
          }
          function T(t, e, i) {
            a(t, i);
          }
          function v(t, e, i) {
            o(t, i);
          }
          function E(t, e, i) {
            y(t, T, e, e.onFileProgress, i);
          }
          function C(t, e, i) {
            y(t, v, e, e.onFileProgress, i);
          }
          function x(t, e, i) {
            let s = function(t) {
              var e = t.lastIndexOf(".ttf");
              if (-1 === e) return t;
              var i = t.lastIndexOf("/");
              var s;
              -1 !== (s = -1 === i ? t.substring(0, e) + "_LABEL" : t.substring(i + 1, e) + "_LABEL").indexOf(" ") && (s = '"' + s + '"');
              return s;
            }(t);
            let n = new FontFace(s, "url('" + t + "')");
            document.fonts.add(n);
            n.load();
            n.loaded.then((function() {
              i(null, s);
            }), (function() {
              cc.warnID(4933, s);
              i(null, s);
            }));
          }
          const w = _.parsePlist;
          let R = function(t, e, i) {
            r(t, (function(t, s) {
              if (t) return i(t);
              w(s, e, i);
            }));
          };
          _.parsePVRTex = u.downloadDomImage;
          _.parsePKMTex = u.downloadDomImage;
          _.parseASTCTex = u.downloadDomImage;
          _.parsePlist = R;
          u.downloadScript = g;
          function I(t, e, i) {
            cc.AudioPlayer.load(t).then((e => {
              const s = {
                player: e,
                url: t,
                duration: e.duration,
                type: e.type
              };
              i(null, s);
            })).catch((t => {
              i(t);
            }));
          }
          u.register({
            ".js": g,
            ".jsc": g,
            ".png": S,
            ".jpg": S,
            ".bmp": S,
            ".jpeg": S,
            ".gif": S,
            ".ico": S,
            ".tiff": S,
            ".webp": S,
            ".image": S,
            ".pvr": S,
            ".pkm": S,
            ".astc": S,
            ".mp3": S,
            ".ogg": S,
            ".wav": S,
            ".m4a": S,
            ".ccon": (t, e, i) => {
              E(t, e, ((e, s) => {
                if (e) {
                  i(e);
                  return;
                }
                const n = cc.internal.parseCCONJson(s);
                Promise.all(n.chunks.map((e => new Promise(((i, s) => {
                  C(`${cc.path.mainFileName(t)}${e}`, {}, ((t, e) => {
                    t ? s(t) : i(new Uint8Array(e));
                  }));
                }))))).then((t => {
                  const e = new cc.internal.CCON(n.document, t);
                  i(null, e);
                })).catch((t => {
                  i(t);
                }));
              }));
            },
            ".cconb": (t, e, i) => {
              C(t, e, ((t, e) => {
                if (t) i(t); else try {
                  const t = cc.internal.decodeCCONBinary(new Uint8Array(e));
                  i(null, t);
                } catch (t) {
                  i(t);
                }
              }));
            },
            ".mp4": S,
            ".avi": S,
            ".mov": S,
            ".mpg": S,
            ".mpeg": S,
            ".rm": S,
            ".rmvb": S,
            ".txt": S,
            ".xml": S,
            ".vsh": S,
            ".fsh": S,
            ".atlas": S,
            ".tmx": S,
            ".tsx": S,
            ".fnt": S,
            ".plist": S,
            ".json": E,
            ".ExportJson": S,
            ".binary": S,
            ".bin": S,
            ".dbbin": S,
            ".skel": S,
            ".font": S,
            ".eot": S,
            ".ttf": S,
            ".woff": S,
            ".svg": S,
            ".ttc": S,
            bundle: function(t, e, i) {
              let n = cc.path.basename(t);
              var r = e.version || u.bundleVers[n];
              let o;
              if (c.test(t) || t.startsWith(l())) {
                o = t;
                s.makeBundleFolder(n);
              } else if (-1 !== u.remoteBundles.indexOf(n)) {
                o = `${u.remoteServerAddress}remote/${n}`;
                s.makeBundleFolder(n);
              } else o = `assets/${n}`;
              var a = `${o}/cc.config.${r ? r + "." : ""}json`;
              e.__cacheBundleRoot__ = n;
              E(a, e, (function(t, s) {
                if (t) return i(t, null);
                let n = s;
                n && (n.base = o + "/");
                g(`${o}/index.${r ? r + "." : ""}${n.encrypted ? "jsc" : "js"}`, e, (function(t) {
                  if (t) return i(t, null);
                  i(null, n);
                }));
              }));
            },
            default: function(t, e, i) {
              y(t, A, e, e.onFileProgress, i);
            }
          });
          _.register({
            ".png": u.downloadDomImage,
            ".jpg": u.downloadDomImage,
            ".bmp": u.downloadDomImage,
            ".jpeg": u.downloadDomImage,
            ".gif": u.downloadDomImage,
            ".ico": u.downloadDomImage,
            ".tiff": u.downloadDomImage,
            ".webp": u.downloadDomImage,
            ".image": u.downloadDomImage,
            ".mp3": I,
            ".ogg": I,
            ".wav": I,
            ".m4a": I,
            ".pvr": u.downloadDomImage,
            ".pkm": u.downloadDomImage,
            ".astc": u.downloadDomImage,
            ".binary": v,
            ".bin": v,
            ".dbbin": v,
            ".skel": v,
            ".txt": A,
            ".xml": A,
            ".vsh": A,
            ".fsh": A,
            ".atlas": A,
            ".tmx": A,
            ".tsx": A,
            ".fnt": A,
            ".plist": R,
            ".font": x,
            ".eot": x,
            ".ttf": x,
            ".woff": x,
            ".svg": x,
            ".ttc": x,
            ".ExportJson": T
          });
          cc.assetManager.transformPipeline.append((function(t) {
            var e = t.output = t.input;
            for (var i = 0, s = e.length; i < s; i++) {
              var n = e[i];
              n.config && (n.options.__cacheBundleRoot__ = n.config.name);
              ".cconb" === n.ext ? n.url = n.url.replace(n.ext, ".bin") : ".ccon" === n.ext && (n.url = n.url.replace(n.ext, ".json"));
            }
          }));
          var M = cc.assetManager.init;
          cc.assetManager.init = function(t) {
            M.call(cc.assetManager, t);
            if (!window.oh) {
              const t = cc.settings.querySettings("assets", "jsbDownloaderMaxTasks");
              const e = cc.settings.querySettings("assets", "jsbDownloaderTimeout");
              h(t, e);
            }
            s.init();
          };
        }, {
          "./jsb-cache-manager": 3,
          "./jsb-fs-utils": 7
        } ],
        11: [ function(t, e, i) {
          const s = globalThis["jsb.physics"];
          s.CACHE = {
            trimesh: {},
            convex: {},
            height: {},
            material: {}
          };
          s.OBJECT = {
            books: [],
            ptrToObj: {},
            raycastOptions: {
              origin: null,
              unitDir: null,
              distance: 0,
              mask: 0,
              queryTrigger: !0
            }
          };
          s.CONFIG = {
            heightScale: 1 / 512
          };
          const n = s.OBJECT.books;
          const r = s.OBJECT.ptrToObj;
          const o = s.OBJECT.raycastOptions;
          const a = {
            type: "onTriggerEnter",
            selfCollider: null,
            otherCollider: null,
            impl: null
          };
          const l = {
            type: "onCollisionEnter",
            selfCollider: null,
            otherCollider: null,
            contacts: [],
            impl: null
          };
          function h(t, e, i, s) {
            a.type = t;
            a.impl = s;
            if (e.needTriggerEvent) {
              a.selfCollider = e;
              a.otherCollider = i;
              e.emit(t, a);
            }
            if (i.needTriggerEvent) {
              a.selfCollider = i;
              a.otherCollider = e;
              i.emit(t, a);
            }
          }
          const c = new cc.Quat;
          const u = [];
          class _ {
            constructor(t) {
              this.event = t;
              this.impl = null;
              this.colliderA = null;
              this.colliderB = null;
              this.index = 0;
            }
            get isBodyA() {
              return this.colliderA.uuid === this.event.selfCollider.uuid;
            }
            getLocalPointOnA(t) {
              this.getWorldPointOnB(t);
              cc.Vec3.subtract(t, t, this.colliderA.node.worldPosition);
            }
            getLocalPointOnB(t) {
              this.getWorldPointOnB(t);
              cc.Vec3.subtract(t, t, this.colliderB.node.worldPosition);
            }
            getWorldPointOnA(t) {
              this.getWorldPointOnB(t);
            }
            getWorldPointOnB(t) {
              const e = 12 * this.index;
              t.x = this.impl[e];
              t.y = this.impl[e + 1];
              t.z = this.impl[e + 2];
            }
            getLocalNormalOnA(t) {
              this.getWorldNormalOnA(t);
              cc.Quat.conjugate(c, this.colliderA.node.worldRotation);
              cc.Vec3.transformQuat(t, t, c);
            }
            getLocalNormalOnB(t) {
              this.getWorldNormalOnB(t);
              cc.Quat.conjugate(c, this.colliderB.node.worldRotation);
              cc.Vec3.transformQuat(out, out, c);
            }
            getWorldNormalOnA(t) {
              this.getWorldNormalOnB(t);
              this.isBodyA || cc.Vec3.negate(t, t);
            }
            getWorldNormalOnB(t) {
              const e = 12 * this.index + 3;
              t.x = this.impl[e];
              t.y = this.impl[e + 1];
              t.z = this.impl[e + 2];
            }
          }
          function d(t, e, i, s, n) {
            l.type = t;
            l.impl = s;
            const r = l.contacts;
            u.push.apply(u, r);
            r.length = 0;
            const o = n.length / 12;
            for (let t = 0; t < o; t++) {
              const s = u.length > 0 ? u.pop() : new _(l);
              s.colliderA = e;
              s.colliderB = i;
              s.impl = n;
              s.index = t;
              r.push(s);
            }
            if (e.needCollisionEvent) {
              l.selfCollider = e;
              l.otherCollider = i;
              e.emit(t, l);
            }
            if (i.needCollisionEvent) {
              l.selfCollider = i;
              l.otherCollider = e;
              i.emit(t, l);
            }
          }
          function p(t) {
            if (void 0 === t._physicsBookIndex) {
              t._physicsBookIndex = n.length;
              n.push(t);
            }
          }
          function m(t) {
            const e = t._physicsBookIndex;
            if (void 0 !== e) {
              n[e] = n[n.length - 1];
              n[e]._physicsBookIndex = e;
              n.length -= 1;
              t._physicsBookIndex = void 0;
            }
          }
          function f() {
            const t = cc.PhysicsSystem.instance;
            const e = t.physicsWorld.impl;
            const i = t.collisionMatrix;
            if (i.updateArray && i.updateArray.length > 0) {
              i.updateArray.forEach((t => {
                const s = i["" + (1 << t)];
                e.setCollisionMatrix(t, s);
              }));
              i.updateArray.length = 0;
            }
          }
          const g = {
            NONE: 0,
            QUERY_FILTER: 1,
            QUERY_SINGLE_HIT: 4,
            DETECT_TRIGGER_EVENT: 8,
            DETECT_CONTACT_EVENT: 16,
            DETECT_CONTACT_POINT: 32,
            DETECT_CONTACT_CCD: 64
          };
          class y {
            get impl() {
              return this._impl;
            }
            get collider() {
              return this._com;
            }
            get attachedRigidBody() {
              return this._attachedRigidBody;
            }
            constructor() {
              f();
            }
            initialize(t) {
              t.node.updateWorldTransform();
              this._com = t;
              this._impl.initialize(t.node);
              r[this._impl.getObjectID()] = this;
              p(t.node);
            }
            onLoad() {
              this.setMaterial(this._com.sharedMaterial);
              this.setCenter(this._com.center);
              this.setAsTrigger(this._com.isTrigger);
            }
            onEnable() {
              this._impl.onEnable();
            }
            onDisable() {
              this._impl.onDisable();
            }
            onDestroy() {
              m(this._com.node);
              delete r[this._impl.getObjectID()];
              r[this._impl.getObjectID()] = null;
              this._impl.onDestroy();
            }
            setMaterial(t) {
              const e = cc.PhysicsSystem.instance;
              t || (t = e.defaultMaterial);
              s.CACHE.material[t.id] || (s.CACHE.material[t.id] = e.physicsWorld.impl.createMaterial(t.id, t.friction, t.friction, t.restitution, 2, 2));
              this._impl.setMaterial(t.id, t.friction, t.friction, t.restitution, 2, 2);
            }
            setAsTrigger(t) {
              this._impl.setAsTrigger(t);
            }
            setCenter(t) {
              this._impl.setCenter(t.x, t.y, t.z);
            }
            getAABB(t) {
              t.copy(this._impl.getAABB());
            }
            getBoundingSphere(t) {
              t.copy(this._impl.getBoundingSphere());
            }
            updateEventListener() {
              let t = 0;
              t |= g.DETECT_CONTACT_CCD;
              this._com.isTrigger && (t |= g.IS_TRIGGER);
              (this._com.needTriggerEvent || this._com.needCollisionEvent) && (t |= g.NEED_EVENT);
              this._impl.updateEventListener(t);
            }
            setGroup(t) {
              this._impl.setGroup(t);
            }
            getGroup() {
              return this._impl.getGroup();
            }
            addGroup(t) {
              this.setGroup(this.getGroup() | t);
            }
            removeGroup(t) {
              this.setGroup(this.getGroup() & ~t);
            }
            setMask(t) {
              this._impl.setMask(t >>> 0);
            }
            getMask() {
              return this._impl.getMask();
            }
            addMask(t) {
              this.setMask(this.getMask() | t);
            }
            removeMask(t) {
              this.setMask(this.getMask() & ~t);
            }
          }
          class b {
            get impl() {
              return this._impl;
            }
            get joint() {
              return this._com;
            }
            setEnableCollision(t) {
              this._impl.setEnableCollision(t);
            }
            setConnectedBody(t) {
              this._impl.setConnectedBody(t ? t.body.impl.getObjectID() : 0);
            }
            initialize(t) {
              this._com = t;
              this._impl.initialize(t.node);
              r[this._impl.getObjectID()] = this;
              this.onLoad();
            }
            onLoad() {
              this.setConnectedBody(this._com.connectedBody);
              this.setEnableCollision(this._com.enableCollision);
            }
            onEnable() {
              this._impl.onEnable();
            }
            onDisable() {
              this._impl.onDisable();
            }
            onDestroy() {
              delete r[this._impl.getObjectID()];
              r[this._impl.getObjectID()] = null;
              this._impl.onDestroy();
            }
          }
          cc.physics.selector.register("physx", {
            PhysicsWorld: class {
              get impl() {
                return this._impl;
              }
              constructor() {
                this._impl = new s.World;
              }
              setGravity(t) {
                this._impl.setGravity(t.x, t.y, t.z);
              }
              setAllowSleep(t) {
                this._impl.setAllowSleep(t);
              }
              setDefaultMaterial(t) {}
              step(t, e, i) {
                this._impl.step(t);
              }
              raycast(t, e, i, s) {
                o.origin = t.o;
                o.unitDir = t.d;
                o.mask = e.mask >>> 0;
                o.distance = e.maxDistance;
                o.queryTrigger = !!e.queryTrigger;
                const n = this._impl.raycast(o);
                if (n) {
                  const t = this._impl.raycastResult();
                  for (let e = 0; e < t.length; e++) {
                    const n = t[e];
                    const o = i.add();
                    o._assign(n.hitPoint, n.distance, r[n.shape].collider, n.hitNormal);
                    s.push(o);
                  }
                }
                return n;
              }
              raycastClosest(t, e, i) {
                o.origin = t.o;
                o.unitDir = t.d;
                o.mask = e.mask >>> 0;
                o.distance = e.maxDistance;
                o.queryTrigger = !!e.queryTrigger;
                const s = this._impl.raycastClosest(o);
                if (s) {
                  const t = this._impl.raycastClosestResult();
                  i._assign(t.hitPoint, t.distance, r[t.shape].collider, t.hitNormal);
                }
                return s;
              }
              emitEvents() {
                this.emitTriggerEvent();
                this.emitCollisionEvent();
                this._impl.emitEvents();
              }
              syncSceneToPhysics() {
                this._impl.syncSceneToPhysics();
              }
              syncAfterEvents() {}
              destroy() {
                this._impl.destroy();
              }
              emitTriggerEvent() {
                const t = this._impl.getTriggerEventPairs();
                const e = t.length / 3;
                for (let i = 0; i < e; i++) {
                  const e = 3 * i;
                  const s = r[t[e + 0]];
                  const n = r[t[e + 1]];
                  if (!s || !n) continue;
                  const o = s.collider;
                  const a = n.collider;
                  if (!(o && o.isValid && a && a.isValid)) continue;
                  if (!o.needTriggerEvent && !a.needTriggerEvent) continue;
                  const l = t[e + 2];
                  h(1 === l ? "onTriggerStay" : 0 === l ? "onTriggerEnter" : "onTriggerExit", o, a, t);
                }
              }
              emitCollisionEvent() {
                const t = this._impl.getContactEventPairs();
                const e = t.length / 4;
                for (let i = 0; i < e; i++) {
                  const e = 4 * i;
                  const s = r[t[e + 0]];
                  const n = r[t[e + 1]];
                  if (!s || !n) continue;
                  const o = s.collider;
                  const a = n.collider;
                  if (!(o && o.isValid && a && a.isValid)) continue;
                  if (!o.needCollisionEvent && !a.needCollisionEvent) continue;
                  const l = t[e + 2];
                  d(1 === l ? "onCollisionStay" : 0 === l ? "onCollisionEnter" : "onCollisionExit", o, a, t, t[e + 3]);
                }
              }
            },
            RigidBody: class {
              get impl() {
                return this._impl;
              }
              get rigidBody() {
                return this._com;
              }
              get isAwake() {
                return this._impl.isAwake();
              }
              get isSleepy() {
                return !1;
              }
              get isSleeping() {
                return this._impl.isSleeping();
              }
              constructor() {
                f();
                this._impl = new s.RigidBody;
                this._isUsingCCD = !1;
              }
              initialize(t) {
                t.node.updateWorldTransform();
                this._com = t;
                this._impl.initialize(t.node, t.type, t._group);
                p(t.node);
              }
              onEnable() {
                this.setType(this._com.type);
                this.setMass(this._com.mass);
                this.setAllowSleep(this._com.allowSleep);
                this.setLinearDamping(this._com.linearDamping);
                this.setAngularDamping(this._com.angularDamping);
                this.setLinearFactor(this._com.linearFactor);
                this.setAngularFactor(this._com.angularFactor);
                this.useGravity(this._com.useGravity);
                this._impl.onEnable();
              }
              onDisable() {
                this._impl.onDisable();
              }
              onDestroy() {
                m(this._com.node);
                this._impl.onDestroy();
              }
              setGroup(t) {
                this._impl.setGroup(t);
              }
              getGroup() {
                return this._impl.getGroup();
              }
              addGroup(t) {
                this.setGroup(this.getGroup() | t);
              }
              removeGroup(t) {
                this.setGroup(this.getGroup() & ~t);
              }
              setMask(t) {
                this._impl.setMask(t >>> 0);
              }
              getMask() {
                return this._impl.getMask();
              }
              addMask(t) {
                this.setMask(this.getMask() | t);
              }
              removeMask(t) {
                this.setMask(this.getMask() & ~t);
              }
              setType(t) {
                this._impl.setType(t);
              }
              setMass(t) {
                this._impl.setMass(t);
              }
              setAllowSleep(t) {
                this._impl.setAllowSleep(t);
              }
              setLinearDamping(t) {
                const e = cc.PhysicsSystem.instance.fixedTimeStep;
                this._impl.setLinearDamping((1 - (1 - t) ** e) / e);
              }
              setAngularDamping(t) {
                const e = cc.PhysicsSystem.instance.fixedTimeStep;
                this._impl.setAngularDamping((1 - (1 - t) ** e) / e);
              }
              isUsingCCD() {
                return this._isUsingCCD;
              }
              useCCD(t) {
                this._isUsingCCD = t;
                return this._impl.useCCD(t);
              }
              useGravity(t) {
                this._impl.useGravity(t);
              }
              setLinearFactor(t) {
                this._impl.setLinearFactor(t.x, t.y, t.z);
              }
              setAngularFactor(t) {
                this._impl.setAngularFactor(t.x, t.y, t.z);
              }
              wakeUp() {
                this._impl.wakeUp();
              }
              sleep() {
                this._impl.sleep();
              }
              clearState() {
                this._impl.clearState();
              }
              clearForces() {
                this._impl.clearForces();
              }
              clearVelocity() {
                this._impl.clearVelocity();
              }
              setSleepThreshold(t) {
                this._impl.setSleepThreshold(t);
              }
              getSleepThreshold() {
                return this._impl.getSleepThreshold();
              }
              getLinearVelocity(t) {
                t.set(this._impl.getLinearVelocity());
              }
              setLinearVelocity(t) {
                this._impl.setLinearVelocity(t.x, t.y, t.z);
              }
              getAngularVelocity(t) {
                t.set(this._impl.getAngularVelocity());
              }
              setAngularVelocity(t) {
                this._impl.setAngularVelocity(t.x, t.y, t.z);
              }
              applyForce(t, e) {
                null == e && (e = cc.Vec3.ZERO);
                this._impl.applyForce(t.x, t.y, t.z, e.x, e.y, e.z);
              }
              applyLocalForce(t, e) {
                null == e && (e = cc.Vec3.ZERO);
                this._impl.applyLocalForce(t.x, t.y, t.z, e.x, e.y, e.z);
              }
              applyImpulse(t, e) {
                null == e && (e = cc.Vec3.ZERO);
                this._impl.applyImpulse(t.x, t.y, t.z, e.x, e.y, e.z);
              }
              applyLocalImpulse(t, e) {
                null == e && (e = cc.Vec3.ZERO);
                this._impl.applyLocalImpulse(t.x, t.y, t.z, e.x, e.y, e.z);
              }
              applyTorque(t) {
                this._impl.applyTorque(t.x, t.y, t.z);
              }
              applyLocalTorque(t) {
                this._impl.applyLocalTorque(t.x, t.y, t.z);
              }
            },
            SphereShape: class extends y {
              constructor() {
                super();
                this._impl = new s.SphereShape;
              }
              updateRadius() {
                this._impl.setRadius(this.collider.radius);
              }
              onLoad() {
                super.onLoad();
                this.updateRadius();
              }
            },
            BoxShape: class extends y {
              constructor() {
                super();
                this._impl = new s.BoxShape;
              }
              updateSize() {
                const t = this.collider.size;
                this._impl.setSize(t.x, t.y, t.z);
              }
              onLoad() {
                super.onLoad();
                this.updateSize();
              }
            },
            PlaneShape: class extends y {
              constructor() {
                super();
                this._impl = new s.PlaneShape;
              }
              setConstant(t) {
                this._impl.setConstant(t);
              }
              setNormal(t) {
                this._impl.setNormal(t.x, t.y, t.z);
              }
              onLoad() {
                super.onLoad();
                this.setNormal(this._com.normal);
                this.setConstant(this._com.constant);
              }
            },
            CapsuleShape: class extends y {
              constructor() {
                super();
                this._impl = new s.CapsuleShape;
              }
              setRadius(t) {
                this._impl.setRadius(t);
              }
              setDirection(t) {
                this._impl.setDirection(t);
              }
              setCylinderHeight(t) {
                this._impl.setCylinderHeight(t);
              }
              onLoad() {
                super.onLoad();
                this.setRadius(this._com.radius);
                this.setDirection(this._com.direction);
                this.setCylinderHeight(this._com.cylinderHeight);
              }
            },
            ConeShape: class extends y {
              constructor() {
                super();
                this._impl = new s.ConeShape;
              }
              setRadius(t) {
                this.updateGeometry();
              }
              setDirection(t) {
                this.updateGeometry();
              }
              setHeight(t) {
                this.updateGeometry();
              }
              updateGeometry() {
                this._impl.setCone(this._com.radius, this._com.height, this._com.direction);
              }
              initialize(t) {
                if (!s.CACHE.convex.CONE) {
                  const t = cc.physics.utils.cylinder(0, .5, 1, {
                    radialSegments: 32,
                    heightSegments: 1
                  });
                  const e = cc.physics.utils.shrinkPositions(t.positions);
                  const i = {
                    positions: new Float32Array(e),
                    positionLength: e.length / 3
                  };
                  const n = cc.PhysicsSystem.instance.physicsWorld.impl.createConvex(i);
                  s.CACHE.convex.CONE = n;
                }
                this._com = t;
                this._impl.setCone(t.radius, t.height, t.direction);
                this._impl.setConvex(s.CACHE.convex.CONE);
                super.initialize(t);
              }
            },
            CylinderShape: class extends y {
              constructor() {
                super();
                this._impl = new s.CylinderShape;
              }
              setRadius(t) {
                this.updateGeometry();
              }
              setDirection(t) {
                this.updateGeometry();
              }
              setHeight(t) {
                this.updateGeometry();
              }
              updateGeometry() {
                this._impl.setCylinder(this._com.radius, this._com.height, this._com.direction);
              }
              initialize(t) {
                if (!s.CACHE.convex.CYLINDER) {
                  const t = cc.physics.utils.cylinder(.5, .5, 2, {
                    radialSegments: 32,
                    heightSegments: 1
                  });
                  const e = cc.physics.utils.shrinkPositions(t.positions);
                  const i = {
                    positions: new Float32Array(e),
                    positionLength: e.length / 3
                  };
                  const n = cc.PhysicsSystem.instance.physicsWorld.impl.createConvex(i);
                  s.CACHE.convex.CYLINDER = n;
                }
                this._com = t;
                this._impl.setCylinder(t.radius, t.height, t.direction);
                this._impl.setConvex(s.CACHE.convex.CYLINDER);
                super.initialize(t);
              }
            },
            TrimeshShape: class extends y {
              constructor() {
                super();
                this._impl = new s.TrimeshShape;
              }
              setConvex(t) {
                this._impl.useConvex(t);
              }
              setMesh(t) {
                if (!t) return;
                const e = this._com.convex;
                this._impl.useConvex(e);
                const i = e ? function(t) {
                  if (!s.CACHE.convex[t._uuid]) {
                    const e = cc.physics.utils.shrinkPositions(t.readAttribute(0, "a_position"));
                    const i = cc.PhysicsSystem.instance.physicsWorld.impl;
                    const n = {
                      positions: new Float32Array(e),
                      positionLength: e.length / 3
                    };
                    s.CACHE.convex[t._uuid] = i.createConvex(n);
                  }
                  return s.CACHE.convex[t._uuid];
                }(t) : function(t) {
                  if (!s.CACHE.trimesh[t._uuid]) {
                    const e = t.readIndices(0);
                    const i = t.readAttribute(0, "a_position");
                    const n = cc.PhysicsSystem.instance.physicsWorld.impl;
                    const r = {
                      positions: new Float32Array(i),
                      positionLength: i.length / 3,
                      triangles: new Uint16Array(e),
                      triangleLength: e.length / 3,
                      isU16: !0
                    };
                    s.CACHE.trimesh[t._uuid] = n.createTrimesh(r);
                  }
                  return s.CACHE.trimesh[t._uuid];
                }(t);
                this._impl.setMesh(i);
              }
              initialize(t) {
                this._com = t;
                this.setConvex(t.convex);
                this.setMesh(t.mesh);
                super.initialize(t);
              }
            },
            TerrainShape: class extends y {
              constructor() {
                super();
                this._impl = new s.TerrainShape;
              }
              setTerrain(t) {
                if (!t) return;
                const e = function(t) {
                  if (!s.CACHE.height[t._uuid]) {
                    const e = t.getVertexCountI();
                    const i = t.getVertexCountJ();
                    const n = new Int16Array(e * i);
                    const r = s.CONFIG.heightScale;
                    for (let s = 0; s < e; s++) for (let e = 0; e < i; e++) n[e + s * i] = t.getHeight(s, e) / r;
                    const o = {
                      rows: e,
                      columns: i,
                      samples: n
                    };
                    const a = cc.PhysicsSystem.instance.physicsWorld.impl;
                    s.CACHE.height[t._uuid] = a.createHeightField(o);
                  }
                  return s.CACHE.height[t._uuid];
                }(t);
                this._impl.setTerrain(e, t.tileSize, t.tileSize, s.CONFIG.heightScale);
              }
              initialize(t) {
                this._com = t;
                this.setTerrain(t.terrain);
                super.initialize(t);
              }
            },
            PointToPointConstraint: class extends b {
              constructor() {
                super();
                this._impl = new s.DistanceJoint;
              }
              setPivotA(t) {
                this._impl.setPivotA(t.x, t.y, t.z);
              }
              setPivotB(t) {
                this._impl.setPivotB(t.x, t.y, t.z);
              }
              onLoad() {
                super.onLoad();
                this.setPivotA(this._com.pivotA);
                this.setPivotB(this._com.pivotB);
              }
            },
            HingeConstraint: class extends b {
              constructor() {
                super();
                this._impl = new s.RevoluteJoint;
              }
              setAxis(t) {
                this._impl.setAxis(t.x, t.y, t.z);
              }
              setPivotA(t) {
                this._impl.setPivotA(t.x, t.y, t.z);
              }
              setPivotB(t) {
                this._impl.setPivotB(t.x, t.y, t.z);
              }
              onLoad() {
                super.onLoad();
                this.setAxis(this._com.axis);
                this.setPivotA(this._com.pivotA);
                this.setPivotB(this._com.pivotB);
              }
            }
          });
        }, {} ],
        12: [ function(t, e, i) {
          const s = t("./jsb-cache-manager");
          !function() {
            if (void 0 === window.spine || void 0 === window.middleware) return;
            if (void 0 === cc.internal.SpineSkeletonData) return;
            const t = window.spine;
            const e = window.middleware;
            e.generateGetSet(t);
            Object.defineProperty(t, "timeScale", {
              get() {
                return this._timeScale;
              },
              set(e) {
                this._timeScale = e;
                t.SkeletonAnimation.setGlobalTimeScale(e);
              },
              configurable: !0
            });
            const i = cc.color(0, 0, 255, 255);
            const n = cc.color(255, 0, 0, 255);
            const r = cc.color(255, 255, 0, 255);
            const o = cc.color(0, 255, 0, 255);
            const a = cc.internal.SpineSkeletonData.prototype;
            let l = 1;
            const h = {};
            const c = new WeakMap;
            const u = t.SkeletonDataMgr.getInstance();
            t.skeletonDataMgr = u;
            u.setDestroyCallback((t => {
              if (!t) return;
              const e = h[t];
              if (e && c.has(e)) {
                c.delete(e);
                delete h[t];
              }
            }));
            const _ = t.SkeletonCacheMgr.getInstance();
            t.skeletonCacheMgr = _;
            a.destroy = function() {
              this.reset();
              _.removeSkeletonCache(this._uuid);
              cc.Asset.prototype.destroy.call(this);
            };
            a.reset = function() {
              if (this._skeletonCache) {
                t.disposeSkeletonData(this._uuid);
                this._jsbTextures = null;
                this._skeletonCache = null;
              }
              this._atlasCache = null;
            };
            a.getRuntimeData = function() {
              this._skeletonCache || this.init();
              return this._skeletonCache;
            };
            a.init = function() {
              if (this._skeletonCache) return;
              const i = this._uuid;
              if (!i) {
                cc.errorID(7504);
                return;
              }
              const n = this.atlasText;
              if (!n) {
                cc.errorID(7508, this.name);
                return;
              }
              const r = this.textures;
              const o = this.textureNames;
              if (!(r && r.length > 0 && o && o.length > 0)) {
                cc.errorID(7507, this.name);
                return;
              }
              const a = {};
              for (let t = 0; t < r.length; ++t) {
                const i = r[t];
                const s = this.recordTexture(i);
                const n = new e.Texture2D;
                n.setRealTextureIndex(s);
                n.setPixelsWide(i.width);
                n.setPixelsHigh(i.height);
                a[o[t]] = n;
              }
              this._jsbTextures = a;
              let l = null;
              l = this.skeletonJsonStr ? this.skeletonJsonStr : s.getCache(this.nativeUrl) || this.nativeUrl;
              this._skeletonCache = t.initSkeletonData(i, l, n, a, this.scale);
              if (this._skeletonCache) {
                this.width = this._skeletonCache.getWidth();
                this.height = this._skeletonCache.getHeight();
              }
            };
            a.recordTexture = function(t) {
              const e = l;
              const i = h[e] = {
                key: e
              };
              c.set(i, t);
              l++;
              return e;
            };
            a.getTextureByIndex = function(t) {
              const e = h[t];
              return e ? c.get(e) : null;
            };
            const d = t.SkeletonAnimation.prototype;
            d.setCompleteListener = function(t) {
              this._compeleteListener = t;
              this.setCompleteListenerNative((function(t) {
                const e = Math.floor(t.trackTime / t.animationEnd);
                this._compeleteListener && this._compeleteListener(t, e);
              }));
            };
            d.setTrackCompleteListener = function(t, e) {
              this._trackCompeleteListener = e;
              this.setTrackCompleteListenerNative(t, (function(t) {
                const e = Math.floor(t.trackTime / t.animationEnd);
                this._trackCompeleteListener && this._trackCompeleteListener(t, e);
              }));
            };
            d.setAnimationListener = function(t, e) {
              this._target = t;
              this._callback = e;
              const i = legacyCC.internal.SpineAnimationEventType;
              this.setStartListener((function(t) {
                this._target && this._callback && this._callback.call(this._target, this, t, i.START, null, 0);
              }));
              this.setInterruptListener((function(t) {
                this._target && this._callback && this._callback.call(this._target, this, t, i.INTERRUPT, null, 0);
              }));
              this.setEndListener((function(t) {
                this._target && this._callback && this._callback.call(this._target, this, t, i.END, null, 0);
              }));
              this.setDisposeListener((function(t) {
                this._target && this._callback && this._callback.call(this._target, this, t, i.DISPOSE, null, 0);
              }));
              this.setCompleteListener((function(t, e) {
                this._target && this._callback && this._callback.call(this._target, this, t, i.COMPLETE, null, e);
              }));
              this.setEventListener((function(t, e) {
                this._target && this._callback && this._callback.call(this._target, this, t, i.EVENT, e, 0);
              }));
            };
            const p = cc.internal.SpineSkeleton.prototype;
            const m = cc.internal.SpineSkeleton.AnimationCacheMode;
            Object.defineProperty(p, "paused", {
              get() {
                return this._paused || !1;
              },
              set(t) {
                this._paused = t;
                this._nativeSkeleton && this._nativeSkeleton.paused(t);
              }
            });
            Object.defineProperty(p, "premultipliedAlpha", {
              get() {
                return void 0 === this._premultipliedAlpha || this._premultipliedAlpha;
              },
              set(t) {
                this._premultipliedAlpha = t;
                this._nativeSkeleton && this._nativeSkeleton.setOpacityModifyRGB(this._premultipliedAlpha);
              }
            });
            Object.defineProperty(p, "timeScale", {
              get() {
                return void 0 === this._timeScale ? 1 : this._timeScale;
              },
              set(t) {
                this._timeScale = t;
                this._nativeSkeleton && this._nativeSkeleton.setTimeScale(this._timeScale);
              }
            });
            const f = p._updateDebugDraw;
            p._updateDebugDraw = function() {
              f.call(this);
              if (this._nativeSkeleton && !this.isAnimationCached()) {
                this._nativeSkeleton.setDebugMeshEnabled(this.debugMesh);
                this._nativeSkeleton.setDebugSlotsEnabled(this.debugSlots);
                this._nativeSkeleton.setDebugBonesEnabled(this.debugBones);
              }
            };
            const g = p._updateUseTint;
            p._updateUseTint = function() {
              g.call(this);
              this._nativeSkeleton && this._nativeSkeleton.setUseTint(this.useTint);
            };
            p.setSkeletonData = function(e) {
              if (null != e.width && null != e.height) {
                this.node._uiProps.uiTransformComp.setContentSize(e.width, e.height);
              }
              const i = e._uuid;
              if (!i) {
                cc.errorID(7504);
                return;
              }
              const s = e.textures;
              const n = e.textureNames;
              if (!(s && s.length > 0 && n && n.length > 0)) {
                cc.errorID(7507, e.name);
                return;
              }
              if (this._nativeSkeleton) {
                this._nativeSkeleton.stopSchedule();
                this._nativeSkeleton._comp = null;
                this._nativeSkeleton = null;
              }
              let r = null;
              if (this.isAnimationCached()) r = new t.SkeletonCacheAnimation(i, this._cacheMode === m.SHARED_CACHE); else {
                r = new t.SkeletonAnimation;
                try {
                  t.initSkeletonRenderer(r, i);
                } catch (t) {
                  cc._throw(t);
                  return;
                }
                r.setDebugSlotsEnabled(this.debugSlots);
                r.setDebugMeshEnabled(this.debugMesh);
                r.setDebugBonesEnabled(this.debugBones);
              }
              this._nativeSkeleton = r;
              r._comp = this;
              r.setUseTint(this.useTint);
              r.setOpacityModifyRGB(this.premultipliedAlpha);
              r.setTimeScale(this.timeScale);
              r.setBatchEnabled(this.enableBatch);
              const o = this.color;
              r.setColor(o.r, o.g, o.b, o.a);
              this._skeleton = r.getSkeleton();
              this._startListener && this.setStartListener(this._startListener);
              this._endListener && this.setEndListener(this._endListener);
              this._completeListener && this.setCompleteListener(this._completeListener);
              this._eventListener && this.setEventListener(this._eventListener);
              this._interruptListener && this.setInterruptListener(this._interruptListener);
              this._disposeListener && this.setDisposeListener(this._disposeListener);
              this._sharedBufferOffset = r.getSharedBufferOffset();
              this._sharedBufferOffset[0] = 0;
              this._useAttach = !1;
              this._renderOrder = -1;
              this._paramsBuffer = r.getParamsBuffer();
              this.syncTransform(!0);
              this.markForUpdateRenderData();
            };
            p._updateColor = function() {
              if (this._nativeSkeleton) {
                const t = this.color;
                this._nativeSkeleton.setColor(t.r, t.g, t.b, t.a);
                this.markForUpdateRenderData();
              }
            };
            p.setAnimationStateData = function(t) {
              if (this._nativeSkeleton && !this.isAnimationCached()) {
                this._stateData = t;
                this._nativeSkeleton.setAnimationStateData(t);
              }
            };
            const y = p.onEnable;
            p.onEnable = function() {
              y && y.call(this);
              this._nativeSkeleton && this._nativeSkeleton.onEnable();
              this.syncTransform(!0);
              e.retain();
            };
            const b = p.onDisable;
            p.onDisable = function() {
              b && b.call(this);
              this._nativeSkeleton && this._nativeSkeleton.onDisable();
              e.release();
            };
            p.setVertexEffectDelegate = function(t) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setVertexEffectDelegate(t);
            };
            p.syncTransform = function(t) {
              const e = this.node;
              if (!e) return;
              const i = this._paramsBuffer;
              if (i && (t || e.hasChangedFlags || e._dirtyFlags)) {
                const t = e.getWorldMatrix();
                i[1] = t.m00;
                i[2] = t.m01;
                i[3] = t.m02;
                i[4] = t.m03;
                i[5] = t.m04;
                i[6] = t.m05;
                i[7] = t.m06;
                i[8] = t.m07;
                i[9] = t.m08;
                i[10] = t.m09;
                i[11] = t.m10;
                i[12] = t.m11;
                i[13] = t.m12;
                i[14] = t.m13;
                i[15] = t.m14;
                i[16] = t.m15;
              }
            };
            p.updateAnimation = function(t) {
              const s = this._nativeSkeleton;
              if (!s) return;
              if (!this.node) return;
              const a = this._paramsBuffer;
              if (this._renderOrder !== e.renderOrder) {
                a[0] = e.renderOrder;
                this._renderOrder = e.renderOrder;
                e.renderOrder++;
              }
              this.syncTransform();
              if (void 0 === this.__preColor__ || !this.color.equals(this.__preColor__)) {
                const t = this.color;
                s.setColor(t.r, t.g, t.b, t.a);
                this.__preColor__ = t;
              }
              const l = this.socketNodes;
              if (!this._useAttach && l.size > 0) {
                this._useAttach = !0;
                s.setAttachEnabled(!0);
              }
              if (!this.isAnimationCached() && (this.debugBones || this.debugSlots || this.debugMesh) && this._debugRenderer) {
                const t = this._debugRenderer;
                t.clear();
                t.lineWidth = 5;
                const e = this._debugData || s.getDebugData();
                if (!e) return;
                let a = 0;
                let l = 0;
                let h = 0;
                l = e[a++];
                for (;0 !== l; ) {
                  h = e[a++];
                  switch (l) {
                   case 1:
                    t.strokeColor = i;
                    for (let i = 0; i < h; i += 8) {
                      t.moveTo(e[a++], e[a++]);
                      t.lineTo(e[a++], e[a++]);
                      t.lineTo(e[a++], e[a++]);
                      t.lineTo(e[a++], e[a++]);
                      t.close();
                      t.stroke();
                    }
                    break;

                   case 2:
                    t.strokeColor = r;
                    for (let i = 0; i < h; i += 6) {
                      t.moveTo(e[a++], e[a++]);
                      t.lineTo(e[a++], e[a++]);
                      t.lineTo(e[a++], e[a++]);
                      t.close();
                      t.stroke();
                    }
                    break;

                   case 3:
                    t.strokeColor = n;
                    t.fillColor = i;
                    for (let i = 0; i < h; i += 4) {
                      const s = e[a++];
                      const n = e[a++];
                      const r = e[a++];
                      const l = e[a++];
                      t.moveTo(s, n);
                      t.lineTo(r, l);
                      t.stroke();
                      t.circle(s, n, 1.5 * Math.PI);
                      t.fill();
                      0 === i && (t.fillColor = o);
                    }
                    break;

                   default:
                    return;
                  }
                  l = e[a++];
                }
              }
            };
            p.updateWorldTransform = function() {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.updateWorldTransform();
            };
            p.setToSetupPose = function() {
              this._nativeSkeleton && this._nativeSkeleton.setToSetupPose();
            };
            p.setBonesToSetupPose = function() {
              this._nativeSkeleton && this._nativeSkeleton.setBonesToSetupPose();
            };
            p.setSlotsToSetupPose = function() {
              this._nativeSkeleton && this._nativeSkeleton.setSlotsToSetupPose();
            };
            p.setSlotsRange = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setSlotsRange(t, e);
            };
            p.updateAnimationCache = function(t) {
              this.isAnimationCached() && this._nativeSkeleton && (t ? this._nativeSkeleton.updateAnimationCache(t) : this._nativeSkeleton.updateAllAnimationCache());
            };
            p.invalidAnimationCache = function() {
              this.isAnimationCached() && this._nativeSkeleton && this._nativeSkeleton.updateAllAnimationCache();
            };
            p.findBone = function(t) {
              return this._nativeSkeleton ? this._nativeSkeleton.findBone(t) : null;
            };
            p.findSlot = function(t) {
              return this._nativeSkeleton ? this._nativeSkeleton.findSlot(t) : null;
            };
            p.setSkin = function(t) {
              return this._nativeSkeleton ? this._nativeSkeleton.setSkin(t) : null;
            };
            p.getAttachment = function(t, e) {
              return this._nativeSkeleton ? this._nativeSkeleton.getAttachment(t, e) : null;
            };
            p.setAttachment = function(t, e) {
              this._nativeSkeleton && this._nativeSkeleton.setAttachment(t, e);
            };
            p.getTextureAtlas = function(t) {
              cc.warn("Spine Skeleton getTextureAtlas not support in native");
              return null;
            };
            p.setMix = function(t, e, i) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setMix(t, e, i);
            };
            p.setAnimation = function(t, e, i) {
              const s = e.toString();
              this._animationName = s;
              this._playTimes = i ? 0 : 1;
              let n = null;
              if (this._nativeSkeleton) {
                n = this.isAnimationCached() ? this._nativeSkeleton.setAnimation(s, i) : this._nativeSkeleton.setAnimation(t, s, i);
                this._nativeSkeleton.update(0);
              }
              return n;
            };
            p.addAnimation = function(t, e, i, s) {
              if (this._nativeSkeleton) {
                s = s || 0;
                return this.isAnimationCached() ? this._nativeSkeleton.addAnimation(e, i, s) : this._nativeSkeleton.addAnimation(t, e, i, s);
              }
              return null;
            };
            p.findAnimation = function(t) {
              return this._nativeSkeleton ? this._nativeSkeleton.findAnimation(t) : null;
            };
            p.getCurrent = function(t) {
              return this._nativeSkeleton && !this.isAnimationCached() ? this._nativeSkeleton.getCurrent(t) : null;
            };
            p.clearTracks = function() {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.clearTracks();
            };
            p.clearTrack = function(t) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.clearTrack(t);
            };
            p.setStartListener = function(t) {
              this._startListener = t;
              this._nativeSkeleton && (this.isAnimationCached() ? this._nativeSkeleton.setStartListener((function(t) {
                const e = this._comp;
                e._startEntry.animation.name = t;
                e._startListener && e._startListener(e._startEntry);
              })) : this._nativeSkeleton.setStartListener(t));
            };
            p.setInterruptListener = function(t) {
              this._interruptListener = t;
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setInterruptListener(t);
            };
            p.setEndListener = function(t) {
              this._endListener = t;
              this._nativeSkeleton && (this.isAnimationCached() ? this._nativeSkeleton.setEndListener((function(t) {
                const e = this._comp;
                e._endEntry.animation.name = t;
                e._endListener && e._endListener(e._endEntry);
              })) : this._nativeSkeleton.setEndListener(t));
            };
            p.setDisposeListener = function(t) {
              this._disposeListener = t;
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setDisposeListener(t);
            };
            p.setCompleteListener = function(t) {
              this._completeListener = t;
              this._nativeSkeleton && (this.isAnimationCached() ? this._nativeSkeleton.setCompleteListener((function(t) {
                const e = this._comp;
                e._endEntry.animation.name = t;
                e._completeListener && e._completeListener(e._endEntry);
              })) : this._nativeSkeleton.setCompleteListener(t));
            };
            p.setEventListener = function(t) {
              this._eventListener = t;
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setEventListener(t);
            };
            p.setTrackStartListener = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setTrackStartListener(t, e);
            };
            p.setTrackInterruptListener = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setTrackInterruptListener(t, e);
            };
            p.setTrackEndListener = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setTrackEndListener(t, e);
            };
            p.setTrackDisposeListener = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setTrackDisposeListener(t, e);
            };
            p.setTrackCompleteListener = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setTrackCompleteListener(t, e);
            };
            p.setTrackEventListener = function(t, e) {
              this._nativeSkeleton && !this.isAnimationCached() && this._nativeSkeleton.setTrackEventListener(t, e);
            };
            p.getState = function() {
              return this._nativeSkeleton && !this.isAnimationCached() ? this._nativeSkeleton.getState() : null;
            };
            p._ensureListener = function() {
              cc.warn("Spine Skeleton _ensureListener not need in native");
            };
            p._updateSkeletonData = function() {
              if (this.skeletonData) {
                this.skeletonData.init();
                this.setSkeletonData(this.skeletonData);
                this._indexBoneSockets();
                this.attachUtil.init(this);
                this._preCacheMode = this._cacheMode;
                this.defaultSkin && this._nativeSkeleton.setSkin(this.defaultSkin);
                this.animation = this.defaultAnimation;
              } else if (this._nativeSkeleton) {
                this._nativeSkeleton.stopSchedule();
                this._nativeSkeleton._comp = null;
                this._nativeSkeleton = null;
              }
              this._needUpdateSkeltonData = !1;
            };
            const S = p.onDestroy;
            p.onDestroy = function() {
              S.call(this);
              if (this._nativeSkeleton) {
                this._nativeSkeleton.stopSchedule();
                this._nativeSkeleton._comp = null;
                this._nativeSkeleton = null;
              }
              this._stateData = null;
            };
            const A = cc.mat4();
            let T;
            let v;
            let E;
            let C;
            p._render = function(t) {
              if (!this._nativeSkeleton) return;
              if (!this.node) return;
              const i = this.renderEntity;
              i.clearDynamicRenderDrawInfos();
              const s = this._sharedBufferOffset;
              if (!s) return;
              const n = s[0];
              s[0] = 0;
              const r = this.socketNodes;
              if (r.size > 0) {
                const t = e.attachInfoMgr.attachInfo;
                const i = s[1];
                s[1] = 0;
                for (const e of r.keys()) {
                  const s = r.get(e);
                  if (!s || !s.isValid) {
                    r.delete(e);
                    continue;
                  }
                  const n = A;
                  const o = i + 16 * e;
                  n.m00 = t[o];
                  n.m01 = t[o + 1];
                  n.m04 = t[o + 4];
                  n.m05 = t[o + 5];
                  n.m12 = t[o + 12];
                  n.m13 = t[o + 13];
                  s.matrix = n;
                }
              }
              const o = e.renderInfoMgr.renderInfo;
              let a = 0;
              let l;
              let h;
              if (4294967295 !== o[n + a++]) return;
              const c = o[n + a++];
              const u = this.useTint || this.isAnimationCached();
              const _ = u ? e.vfmtPosUvTwoColor : e.vfmtPosUvColor;
              T = _;
              if (0 !== c) for (let t = 0; t < c; t++) {
                l = o[n + a++];
                h = this.skeletonData.getTextureByIndex(l);
                if (!h) return;
                const s = this.material;
                this.material = this.getMaterialForBlendAndTint(o[n + a++], o[n + a++], u ? 1 : 0);
                v = o[n + a++];
                E = o[n + a++];
                C = o[n + a++];
                const r = e.RenderInfoLookup[T][v];
                const c = this.requestDrawInfo(t);
                c.setDrawInfoType(r.drawInfoType);
                c.setAccAndBuffer(r.accessor.id, r.chunk.bufferId);
                c.setTexture(h.getGFXTexture());
                c.setSampler(h.getGFXSampler());
                c.setMaterial(this.material);
                c.setIndexOffset(E);
                c.setIBCount(C);
                i.setDynamicRenderDrawInfo(c, t);
                this.material = s;
              }
            };
            const x = cc.internal.SpineAssembler;
            x.createData = function(t) {};
            x.updateRenderData = function(t) {
              t._render();
            };
            x.fillBuffers = function(t, e) {};
          }();
        }, {
          "./jsb-cache-manager": 3
        } ],
        13: [ function(t, e, i) {
          if (cc.internal.VideoPlayer) {
            const {EventType: t} = cc.internal.VideoPlayer;
            let e = cc.Vec3;
            let i = cc.Mat4;
            let s = new i;
            let n = new e;
            let r = new e;
            cc.internal.VideoPlayerImplManager.getImpl = function(t) {
              return new o(t);
            };
            class o extends cc.internal.VideoPlayerImpl {
              constructor(t) {
                super(t);
                this._matViewProj_temp = new i;
              }
              syncClip(t) {
                this.removeVideoPlayer();
                t && this.createVideoPlayer(t._nativeAsset);
              }
              syncURL(t) {
                this.removeVideoPlayer();
                t && this.createVideoPlayer(t);
              }
              onCanplay() {
                if (!this._loaded) {
                  this._loaded = !0;
                  this.video.setVisible(this._visible);
                  this.dispatchEvent(t.READY_TO_PLAY);
                  this.delayedPlay();
                }
              }
              _bindEvent() {
                this.video.addEventListener("loadedmetadata", this.onLoadedMetadata.bind(this));
                this.video.addEventListener("suspend", this.onCanPlay.bind(this));
                this.video.addEventListener("play", this.onPlay.bind(this));
                this.video.addEventListener("pause", this.onPause.bind(this));
                this.video.addEventListener("stoped", this.onStoped.bind(this));
                this.video.addEventListener("click", this.onClick.bind(this));
                this.video.addEventListener("ended", this.onEnded.bind(this));
              }
              onLoadedMetadata() {
                this._loadedMeta = !0;
                this._forceUpdate = !0;
                this._visible ? this.enable() : this.disable();
                this.dispatchEvent(t.META_LOADED);
                this.delayedFullScreen();
                this.delayedPlay();
              }
              createVideoPlayer(t) {
                this._video = new jsb.VideoPlayer;
                this._bindEvent();
                this._video.setVisible(this._visible);
                this._video.setURL(t);
                this._forceUpdate = !0;
              }
              removeVideoPlayer() {
                let t = this.video;
                if (t) {
                  t.stop();
                  t.setVisible(!1);
                  t.destroy();
                  this._playing = !1;
                  this._loaded = !1;
                  this._loadedMeta = !1;
                  this._ignorePause = !1;
                  this._cachedCurrentTime = 0;
                  this._video = null;
                }
              }
              getDuration() {
                return this.video ? this.video.duration() : -1;
              }
              syncPlaybackRate() {
                cc.warn("The platform does not support");
              }
              syncVolume() {
                cc.warn("The platform does not support");
              }
              syncMute() {
                cc.warn("The platform does not support");
              }
              syncLoop() {
                cc.warn("The platform does not support");
              }
              syncStayOnBottom() {
                cc.warn("The platform does not support");
              }
              getCurrentTime() {
                if (this.video) {
                  this._cachedCurrentTime = this.video.currentTime();
                  return this._cachedCurrentTime;
                }
                return -1;
              }
              seekTo(t) {
                let e = this._video;
                if (e) {
                  e.seekTo(t);
                  this._cachedCurrentTime = t;
                }
              }
              disable(t) {
                if (this.video) {
                  t || this.video.pause();
                  this.video.setVisible(!1);
                  this._visible = !1;
                }
              }
              enable() {
                if (this.video) {
                  this.video.setVisible(!0);
                  this._visible = !0;
                }
              }
              canPlay() {
                this.video.play();
                this.syncCurrentTime();
              }
              resume() {
                if (this.video) {
                  this.video.resume();
                  this.syncCurrentTime();
                  this._playing = !0;
                }
              }
              pause() {
                if (this.video) {
                  this._cachedCurrentTime = this.video.currentTime();
                  this.video.pause();
                }
              }
              stop() {
                if (this.video) {
                  this._ignorePause = !0;
                  this.video.seekTo(0);
                  this._cachedCurrentTime = 0;
                  this.video.stop();
                }
              }
              canFullScreen(t) {
                this.video && this.video.setFullScreenEnabled(t);
              }
              syncKeepAspectRatio(t) {
                this.video && this.video.setKeepAspectRatioEnabled(t);
              }
              syncMatrix() {
                if (!this._video || !this._component || !this._uiTrans) return;
                const t = this.UICamera;
                if (!t) return;
                this._component.node.getWorldMatrix(s);
                const {width: i, height: o} = this._uiTrans.contentSize;
                if (!this._forceUpdate && t.matViewProj.equals(this._matViewProj_temp) && this._m00 === s.m00 && this._m01 === s.m01 && this._m04 === s.m04 && this._m05 === s.m05 && this._m12 === s.m12 && this._m13 === s.m13 && this._w === i && this._h === o) return;
                this._matViewProj_temp.set(t.matViewProj);
                this._m00 = s.m00;
                this._m01 = s.m01;
                this._m04 = s.m04;
                this._m05 = s.m05;
                this._m12 = s.m12;
                this._m13 = s.m13;
                this._w = i;
                this._h = o;
                cc.game.canvas.width;
                let a = cc.game.canvas.height;
                let l = this._uiTrans.anchorPoint;
                e.set(n, -l.x * this._w, (1 - l.y) * this._h, 0);
                e.set(r, (1 - l.x) * this._w, -l.y * this._h, 0);
                e.transformMat4(n, n, s);
                e.transformMat4(r, r, s);
                t.update();
                t.worldToScreen(n, n);
                t.worldToScreen(r, r);
                let h = r.x - n.x;
                let c = n.y - r.y;
                this._video.setFrame(n.x, a - n.y, h, c);
                this._forceUpdate = !1;
              }
            }
          }
        }, {} ],
        14: [ function(t, e, i) {
          if (cc.internal.WebView) {
            const {EventType: t} = cc.internal.WebView;
            let e = cc.Vec3;
            let i = cc.Mat4;
            let s = new i;
            let n = new e;
            let r = new e;
            cc.internal.WebViewImplManager.getImpl = function(t) {
              return new o(t);
            };
            class o extends cc.internal.WebViewImpl {
              constructor(t) {
                super(t);
                this.jsCallback = null;
                this.interfaceSchema = null;
                this._matViewProj_temp = new i;
              }
              _bindEvent() {
                this.webview.setOnDidFinishLoading((() => {
                  this._forceUpdate = !0;
                  this.dispatchEvent(t.LOADED);
                }));
                this.webview.setOnDidFailLoading((() => {
                  this.dispatchEvent(t.ERROR);
                }));
                this.jsCallback && this.setOnJSCallback(this.jsCallback);
                this.interfaceSchema && this.setJavascriptInterfaceScheme(this.interfaceSchema);
                this.jsCallback = null;
                this.interfaceSchema = null;
              }
              createWebView() {
                if (jsb.WebView) {
                  this._webview = jsb.WebView.create();
                  this._bindEvent();
                } else console.warn("jsb.WebView is null");
              }
              removeWebView() {
                if (this.webview) {
                  this.webview.destroy();
                  this.reset();
                }
              }
              disable() {
                this.webview && this.webview.setVisible(!1);
              }
              enable() {
                this.webview && this.webview.setVisible(!0);
              }
              setOnJSCallback(t) {
                let e = this.webview;
                e ? e.setOnJSCallback(t) : this.jsCallback = t;
              }
              setJavascriptInterfaceScheme(t) {
                let e = this.webview;
                e ? e.setJavascriptInterfaceScheme(t) : this.interfaceSchema = t;
              }
              loadURL(e) {
                let i = this.webview;
                if (i) {
                  i.src = e;
                  i.loadURL(e);
                  this.dispatchEvent(t.LOADING);
                }
              }
              evaluateJS(t) {
                let e = this.webview;
                if (e) return e.evaluateJS(t);
              }
              syncMatrix() {
                if (!this._webview || !this._component || !this._uiTrans) return;
                const t = this.UICamera;
                if (!t) return;
                this._component.node.getWorldMatrix(s);
                const {width: i, height: o} = this._uiTrans.contentSize;
                if (!this._forceUpdate && t.matViewProj.equals(this._matViewProj_temp) && this._m00 === s.m00 && this._m01 === s.m01 && this._m04 === s.m04 && this._m05 === s.m05 && this._m12 === s.m12 && this._m13 === s.m13 && this._w === i && this._h === o) return;
                this._matViewProj_temp.set(t.matViewProj);
                this._m00 = s.m00;
                this._m01 = s.m01;
                this._m04 = s.m04;
                this._m05 = s.m05;
                this._m12 = s.m12;
                this._m13 = s.m13;
                this._w = i;
                this._h = o;
                cc.game.canvas.width;
                let a = cc.game.canvas.height;
                let l = this._uiTrans.anchorPoint;
                e.set(n, -l.x * this._w, (1 - l.y) * this._h, 0);
                e.set(r, (1 - l.x) * this._w, -l.y * this._h, 0);
                e.transformMat4(n, n, s);
                e.transformMat4(r, r, s);
                t.update();
                t.worldToScreen(n, n);
                t.worldToScreen(r, r);
                let h = r.x - n.x;
                let c = n.y - r.y;
                this._webview.setFrame(n.x, a - n.y, h, c);
                this._forceUpdate = !1;
              }
            }
          }
        }, {} ]
      }, {}, [ 1 ]);
    },
    935: t => {
      "use strict";
      var e = globalThis.requireNapi("display") || (isSystemplugin("display", "ohos") ? globalThis.ohosplugin.display : isSystemplugin("display", "system") ? globalThis.systemplugin.display : void 0);
      window.oh = {};
      t.exports = function() {
        return new Promise((t => {
          "undefined" == typeof XMLHttpRequest && (window.XMLHttpRequest = function() {});
          e.getDefaultDisplay(((t, e) => {
            window.oh.display = e;
          }));
          t();
        }));
      };
    },
    693: (t, e, i) => {
      "use strict";
      var s;
      var n, r;
      !function t(e, i, s) {
        function n(o, a) {
          if (!i[o]) {
            if (!e[o]) {
              if (r) return r(o, !0);
              var l = new Error("Cannot find module '" + o + "'");
              throw l.code = "MODULE_NOT_FOUND", l;
            }
            var h = i[o] = {
              exports: {}
            };
            e[o][0].call(h.exports, (function(t) {
              return n(e[o][1][t] || t);
            }), h, h.exports, t, e, i, s);
          }
          return i[o].exports;
        }
        for (var r = void 0, o = 0; o < s.length; o++) n(s[o]);
        return n;
      }({
        1: [ function(t, e, i) {
          var s = e.exports = {};
          var n;
          var r;
          function o() {
            throw new Error("setTimeout has not been defined");
          }
          function a() {
            throw new Error("clearTimeout has not been defined");
          }
          !function() {
            try {
              n = "function" == typeof setTimeout ? setTimeout : o;
            } catch (t) {
              n = o;
            }
            try {
              r = "function" == typeof clearTimeout ? clearTimeout : a;
            } catch (t) {
              r = a;
            }
          }();
          function l(t) {
            if (n === setTimeout) return setTimeout(t, 0);
            if ((n === o || !n) && setTimeout) {
              n = setTimeout;
              return setTimeout(t, 0);
            }
            try {
              return n(t, 0);
            } catch (e) {
              try {
                return n.call(null, t, 0);
              } catch (e) {
                return n.call(this, t, 0);
              }
            }
          }
          var h = [];
          var c = !1;
          var u;
          var _ = -1;
          function d() {
            if (c && u) {
              c = !1;
              u.length ? h = u.concat(h) : _ = -1;
              h.length && p();
            }
          }
          function p() {
            if (!c) {
              var t = l(d);
              c = !0;
              var e = h.length;
              for (;e; ) {
                u = h;
                h = [];
                for (;++_ < e; ) u && u[_].run();
                _ = -1;
                e = h.length;
              }
              u = null;
              c = !1;
              !function(t) {
                if (r === clearTimeout) return clearTimeout(t);
                if ((r === a || !r) && clearTimeout) {
                  r = clearTimeout;
                  return clearTimeout(t);
                }
                try {
                  r(t);
                } catch (e) {
                  try {
                    return r.call(null, t);
                  } catch (e) {
                    return r.call(this, t);
                  }
                }
              }(t);
            }
          }
          s.nextTick = function(t) {
            var e = new Array(arguments.length - 1);
            if (arguments.length > 1) for (var i = 1; i < arguments.length; i++) e[i - 1] = arguments[i];
            h.push(new m(t, e));
            1 !== h.length || c || l(p);
          };
          function m(t, e) {
            this.fun = t;
            this.array = e;
          }
          m.prototype.run = function() {
            this.fun.apply(null, this.array);
          };
          s.title = "browser";
          s.browser = !0;
          s.env = {};
          s.argv = [];
          s.version = "";
          s.versions = {};
          function f() {}
          s.on = f;
          s.addListener = f;
          s.once = f;
          s.off = f;
          s.removeListener = f;
          s.removeAllListeners = f;
          s.emit = f;
          s.prependListener = f;
          s.prependOnceListener = f;
          s.listeners = function(t) {
            return [];
          };
          s.binding = function(t) {
            throw new Error("process.binding is not supported");
          };
          s.cwd = function() {
            return "/";
          };
          s.chdir = function(t) {
            throw new Error("process.chdir is not supported");
          };
          s.umask = function() {
            return 0;
          };
        }, {} ],
        2: [ function(t, e, i) {
          (function(e, s) {
            (function() {
              var n = t("process/browser.js").nextTick;
              var r = Function.prototype.apply;
              var o = Array.prototype.slice;
              var a = {};
              var l = 0;
              i.setTimeout = function() {
                return new h(r.call(setTimeout, window, arguments), clearTimeout);
              };
              i.setInterval = function() {
                return new h(r.call(setInterval, window, arguments), clearInterval);
              };
              i.clearTimeout = i.clearInterval = function(t) {
                t.close();
              };
              function h(t, e) {
                this._id = t;
                this._clearFn = e;
              }
              h.prototype.unref = h.prototype.ref = function() {};
              h.prototype.close = function() {
                this._clearFn.call(window, this._id);
              };
              i.enroll = function(t, e) {
                clearTimeout(t._idleTimeoutId);
                t._idleTimeout = e;
              };
              i.unenroll = function(t) {
                clearTimeout(t._idleTimeoutId);
                t._idleTimeout = -1;
              };
              i._unrefActive = i.active = function(t) {
                clearTimeout(t._idleTimeoutId);
                var e = t._idleTimeout;
                e >= 0 && (t._idleTimeoutId = setTimeout((function() {
                  t._onTimeout && t._onTimeout();
                }), e));
              };
              i.setImmediate = "function" == typeof e ? e : function(t) {
                var e = l++;
                var s = !(arguments.length < 2) && o.call(arguments, 1);
                a[e] = !0;
                n((function() {
                  if (a[e]) {
                    s ? t.apply(null, s) : t.call(null);
                    i.clearImmediate(e);
                  }
                }));
                return e;
              };
              i.clearImmediate = "function" == typeof s ? s : function(t) {
                delete a[t];
              };
            }).call(this);
          }).call(this, t("timers").setImmediate, t("timers").clearImmediate);
        }, {
          "process/browser.js": 1,
          timers: 2
        } ],
        3: [ function(t, e, i) {
          (function(t) {
            (function() {
              !function(t) {
                s = [ i ], n = function(e) {
                  e.URL = t.URL || t.webkitURL;
                  if (t.Blob && t.URL) try {
                    new Blob;
                    return;
                  } catch (t) {}
                  var i = t.BlobBuilder || t.WebKitBlobBuilder || t.MozBlobBuilder || function() {
                    var i = function(t) {
                      return Object.prototype.toString.call(t).match(/^\[object\s(.*)\]$/)[1];
                    }, s = function() {
                      this.data = [];
                    }, n = function(t, e, i) {
                      this.data = t;
                      this.size = t.length;
                      this.type = e;
                      this.encoding = i;
                    }, r = s.prototype, o = n.prototype, a = t.FileReaderSync, l = function(t) {
                      this.code = this[this.name = t];
                    }, h = "NOT_FOUND_ERR SECURITY_ERR ABORT_ERR NOT_READABLE_ERR ENCODING_ERR NO_MODIFICATION_ALLOWED_ERR INVALID_STATE_ERR SYNTAX_ERR".split(" "), c = h.length, u = t.URL || t.webkitURL || e, _ = u.createObjectURL, d = u.revokeObjectURL, p = u, m = t.btoa, f = t.atob, g = t.ArrayBuffer, y = t.Uint8Array, b = /^[\w-]+:\/*\[?[\w\.:-]+\]?(?::[0-9]+)?/;
                    n.fake = o.fake = !0;
                    for (;c--; ) l.prototype[h[c]] = c + 1;
                    u.createObjectURL || (p = e.URL = function(t) {
                      var e, i = document.createElementNS("http://www.w3.org/1999/xhtml", "a");
                      i.href = t;
                      if (!("origin" in i)) if ("data:" === i.protocol.toLowerCase()) i.origin = null; else {
                        e = t.match(b);
                        i.origin = e && e[1];
                      }
                      return i;
                    });
                    p.createObjectURL = function(t) {
                      var e, i = t.type;
                      null === i && (i = "application/octet-stream");
                      if (t instanceof n) {
                        e = "data:" + i;
                        return "base64" === t.encoding ? e + ";base64," + t.data : "URI" === t.encoding ? e + "," + decodeURIComponent(t.data) : m ? e + ";base64," + m(t.data) : e + "," + encodeURIComponent(t.data);
                      }
                      if (_) return _.call(u, t);
                    };
                    p.revokeObjectURL = function(t) {
                      "data:" !== t.substring(0, 5) && d && d.call(u, t);
                    };
                    r.append = function(t) {
                      var e = this.data;
                      if (y && (t instanceof g || t instanceof y)) {
                        var s = "", r = new y(t), o = 0, h = r.length;
                        for (;o < h; o++) s += String.fromCharCode(r[o]);
                        e.push(s);
                      } else if ("Blob" === i(t) || "File" === i(t)) {
                        if (!a) throw new l("NOT_READABLE_ERR");
                        var c = new a;
                        e.push(c.readAsBinaryString(t));
                      } else if (t instanceof n) "base64" === t.encoding && f ? e.push(f(t.data)) : "URI" === t.encoding ? e.push(decodeURIComponent(t.data)) : "raw" === t.encoding && e.push(t.data); else {
                        "string" != typeof t && (t += "");
                        e.push(unescape(encodeURIComponent(t)));
                      }
                    };
                    r.getBlob = function(t) {
                      arguments.length || (t = null);
                      return new n(this.data.join(""), t, "raw");
                    };
                    r.toString = function() {
                      return "[object BlobBuilder]";
                    };
                    o.slice = function(t, e, i) {
                      var s = arguments.length;
                      s < 3 && (i = null);
                      return new n(this.data.slice(t, s > 1 ? e : this.data.length), i, this.encoding);
                    };
                    o.toString = function() {
                      return "[object Blob]";
                    };
                    o.close = function() {
                      this.size = 0;
                      delete this.data;
                    };
                    return s;
                  }();
                  e.Blob = function(t, e) {
                    var s = e && e.type || "";
                    var n = new i;
                    if (t) for (var r = 0, o = t.length; r < o; r++) Uint8Array && t[r] instanceof Uint8Array ? n.append(t[r].buffer) : n.append(t[r]);
                    var a = n.getBlob(s);
                    !a.slice && a.webkitSlice && (a.slice = a.webkitSlice);
                    return a;
                  };
                  var s = Object.getPrototypeOf || function(t) {
                    return t.__proto__;
                  };
                  e.Blob.prototype = s(new e.Blob);
                }, void 0 !== (r = "function" == typeof n ? n.apply(i, s) : n) && (e.exports = r);
              }("undefined" != typeof self && self || "undefined" != typeof window && window || void 0 !== t && t || (void 0).content || void 0);
            }).call(this);
          }).call(this, "undefined" != typeof global ? global : "undefined" != typeof self ? self : "undefined" != typeof window ? window : {});
        }, {} ],
        4: [ function(t, e, i) {
          !function() {
            function t(t) {
              this.message = t;
            }
            var e = void 0 !== i ? i : "undefined" != typeof self ? self : $.global, s = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";
            t.prototype = new Error, t.prototype.name = "InvalidCharacterError", e.btoa || (e.btoa = function(e) {
              for (var i, n, r = String(e), o = 0, a = s, l = ""; r.charAt(0 | o) || (a = "=", 
              o % 1); l += a.charAt(63 & i >> 8 - o % 1 * 8)) {
                if ((n = r.charCodeAt(o += .75)) > 255) throw new t("'btoa' failed: The string to be encoded contains characters outside of the Latin1 range.");
                i = i << 8 | n;
              }
              return l;
            }), e.atob || (e.atob = function(e) {
              var i = String(e).replace(/[=]+$/, "");
              if (i.length % 4 == 1) throw new t("'atob' failed: The string to be decoded is not correctly encoded.");
              for (var n, r, o = 0, a = 0, l = ""; r = i.charAt(a++); ~r && (n = o % 4 ? 64 * n + r : r, 
              o++ % 4) ? l += String.fromCharCode(255 & n >> (-2 * o & 6)) : 0) r = s.indexOf(r);
              return l;
            });
          }();
        }, {} ],
        5: [ function(t, e, i) {
          jsb.device = jsb.Device;
          const {btoa: s, atob: n} = t("./base64/base64.min");
          window.btoa = s;
          window.atob = n;
          const {Blob: r, URL: o} = t("./Blob");
          window.Blob = r;
          window.URL = o;
          window.DOMParser = t("./xmldom/dom-parser").DOMParser;
          t("./jsb_prepare");
          t("./jsb-adapter");
          t("./jsb_audioengine");
          t("./jsb_input");
          let a = null;
          let l = 0;
          let h = {};
          let c = !0;
          window.requestAnimationFrame = function(t) {
            let e = ++l;
            h[e] = t;
            return e;
          };
          window.cancelAnimationFrame = function(t) {
            delete h[t];
          };
          let u = 0;
          class _ {
            constructor(t, e, i, s, n) {
              this.cb = t;
              this.id = ++u;
              this.start = performance.now();
              this.delay = e;
              this.isRepeat = i;
              this.target = s;
              this.args = n;
            }
          }
          let d = {};
          function p(t, e) {
            let i = t[0];
            if (!i) {
              console.error("createTimeoutInfo doesn't pass a callback ...");
              return 0;
            }
            let s = t.length > 1 ? t[1] : 0;
            let n;
            t.length > 2 && (n = Array.prototype.slice.call(t, 2));
            let r = new _(i, s, e, this, n);
            d[r.id] = r;
            return r.id;
          }
          if (!window.oh) {
            window.setTimeout = function(t) {
              return p(arguments, !1);
            };
            window.clearTimeout = function(t) {
              delete d[t];
            };
            window.setInterval = function(t) {
              return p(arguments, !0);
            };
            window.clearInterval = window.clearTimeout;
          }
          window.alert = console.error.bind(console);
          if (void 0 !== jsb.FileUtils) {
            jsb.fileUtils = jsb.FileUtils.getInstance();
            delete jsb.FileUtils;
          }
          XMLHttpRequest.prototype.addEventListener = function(t, e, i) {
            this["on" + t] = e;
          };
          XMLHttpRequest.prototype.removeEventListener = function(t, e, i) {
            this["on" + t] = null;
          };
          if (window.SocketIO) {
            window.io = window.SocketIO;
            SocketIO.prototype._Emit = SocketIO.prototype.emit;
            SocketIO.prototype.emit = function(t, e) {
              "object" == typeof e && (e = JSON.stringify(e));
              this._Emit(t, e);
            };
          }
          window.gameTick = function(t) {
            if (c) {
              c = !1;
              if (window.onload) {
                var e = new Event("load");
                e._target = window;
                window.onload(e);
              }
            }
            !function(t) {
              let e;
              for (let i in d) {
                e = d[i];
                if (e && e.cb && t - e.start >= e.delay) {
                  "string" == typeof e.cb ? Function(e.cb)() : "function" == typeof e.cb && e.cb.apply(e.target, e.args);
                  e.isRepeat ? e.start = t : delete d[i];
                }
              }
            }(t);
            for (let e in h) {
              a = h[e];
              if (a) {
                delete h[e];
                a(t);
              }
            }
          };
          jsb.generateGetSet = function(t) {
            for (let e in t) {
              let i = t[e] && t[e].prototype;
              if (i) for (let t in i) {
                if (-1 == t.search(/^get/)) continue;
                let e = t.replace(/^get/, "");
                let s = e.split("");
                let n = s[0].toLowerCase();
                let r = s[0].toUpperCase();
                s.splice(0, 1);
                let o = s.join("");
                e = n + o;
                let a = "set" + r + o;
                if (i.hasOwnProperty(e)) continue;
                "function" == typeof i[a] ? Object.defineProperty(i, e, {
                  get() {
                    return this[t]();
                  },
                  set(t) {
                    this[a](t);
                  },
                  configurable: !0
                }) : Object.defineProperty(i, e, {
                  get() {
                    return this[t]();
                  },
                  configurable: !0
                });
              }
            }
          };
          t("./promise.min");
        }, {
          "./Blob": 3,
          "./base64/base64.min": 4,
          "./jsb-adapter": 30,
          "./jsb_audioengine": 35,
          "./jsb_input": 36,
          "./jsb_prepare": 37,
          "./promise.min": 38,
          "./xmldom/dom-parser": 39
        } ],
        6: [ function(t, e, i) {
          const s = t("./ImageData");
          class n {
            constructor() {
              this.lineWidth = void 0;
              this.lineJoin = void 0;
              this.fillStyle = void 0;
              this.font = void 0;
              this.lineCap = void 0;
              this.textAlign = void 0;
              this.textBaseline = void 0;
              this.strokeStyle = void 0;
              this.globalCompositeOperation = void 0;
              this.shadowBlur = void 0;
              this.shadowColor = void 0;
              this.shadowOffsetX = void 0;
              this.shadowOffsetY = void 0;
            }
          }
          jsb.CanvasRenderingContext2D.prototype._ctor = function() {
            this.__nativeRefs = {};
          };
          e.exports = class {
            constructor(t, e) {
              this._nativeObj = new jsb.CanvasRenderingContext2D(t, e);
              this._attris = new n;
            }
            get width() {
              return this._nativeObj.width;
            }
            set width(t) {
              this._nativeObj.width = t;
            }
            get height() {
              return this._nativeObj.height;
            }
            set height(t) {
              this._nativeObj.height = t;
            }
            get lineWidth() {
              return this._attris.lineWidth;
            }
            set lineWidth(t) {
              this._attris.lineWidth = t;
            }
            get lineJoin() {
              return this._attris.lineJoin;
            }
            set lineJoin(t) {
              this._attris.lineJoin = t;
            }
            get fillStyle() {
              return this._attris.fillStyle;
            }
            set fillStyle(t) {
              this._attris.fillStyle = t;
            }
            get font() {
              return this._attris.font;
            }
            set font(t) {
              this._attris.font = t;
            }
            get lineCap() {
              return this._attris.lineCap;
            }
            set lineCap(t) {
              this._attris.lineCap = t;
            }
            get textAlign() {
              return this._attris.textAlign;
            }
            set textAlign(t) {
              this._attris.textAlign = t;
            }
            get textBaseline() {
              return this._attris.textBaseline;
            }
            set textBaseline(t) {
              this._attris.textBaseline = t;
            }
            get strokeStyle() {
              return this._attris.strokeStyle;
            }
            set strokeStyle(t) {
              this._attris.strokeStyle = t;
            }
            get globalCompositeOperation() {
              return this._attris.globalCompositeOperation;
            }
            set globalCompositeOperation(t) {
              this._attris.globalCompositeOperation = t;
            }
            get shadowBlur() {
              return this._attris.shadowBlur;
            }
            set shadowBlur(t) {
              this._attris.shadowBlur = t;
            }
            get shadowColor() {
              return this._attris.shadowColor;
            }
            set shadowColor(t) {
              this._attris.shadowColor = t;
            }
            get shadowOffsetX() {
              return this._attris.shadowOffsetX;
            }
            set shadowOffsetX(t) {
              this._attris.shadowOffsetX = t;
            }
            get shadowOffsetY() {
              return this._attris.shadowOffsetY;
            }
            set shadowOffsetY(t) {
              this._attris.shadowOffsetY = t;
            }
            restore() {
              this._nativeObj.restore();
            }
            moveTo(t, e) {
              this._nativeObj.moveTo(t, e);
            }
            lineTo(t, e) {
              this._nativeObj.lineTo(t, e);
            }
            setTransform(t, e, i, s, n, r) {
              this._nativeObj.setTransform(t, e, i, s, n, r);
            }
            stroke() {
              this._canvas._dataInner = null;
              this._nativeObj.stroke();
            }
            measureText(t) {
              return this._nativeObj.measureText(t, this._attris);
            }
            fill() {
              this._canvas._dataInner = null;
              this._nativeObj.fill();
            }
            _fillImageData(t, e, i, s, n) {
              this._canvas._dataInner = null;
              this._nativeObj._fillImageData(t, e, i, s, n);
            }
            scale(t, e) {
              this._nativeObj.scale(t, e);
            }
            clearRect(t, e, i, s) {
              this._canvas._dataInner = null;
              this._nativeObj.clearRect(t, e, i, s);
            }
            transform(t, e, i, s, n, r) {
              this._nativeObj.transform(t, e, i, s, n, r);
            }
            fillText(t, e, i, s) {
              this._canvas._dataInner = null;
              this._nativeObj.fillText(t, e, i, s, this._attris);
            }
            strokeText(t, e, i, s) {
              this._canvas._dataInner = null;
              this._nativeObj.strokeText(t, e, i, s, this._attris);
            }
            save() {
              this._nativeObj.save();
            }
            fillRect(t, e, i, s) {
              this._canvas._dataInner = null;
              this._nativeObj.fillRect(t, e, i, s, this._attris);
            }
            fetchData() {
              void 0 !== this._nativeObj.fetchData && this._nativeObj.fetchData();
            }
            rotate(t) {
              this._nativeObj.rotate(t);
            }
            beginPath() {
              this._nativeObj.beginPath();
            }
            rect(t, e, i, s) {
              this._nativeObj.rect(t, e, i, s);
            }
            translate(t, e) {
              this._nativeObj.translate(t, e);
            }
            createLinearGradient(t, e, i, s) {
              return this._nativeObj.createLinearGradient(t, e, i, s);
            }
            closePath() {
              this._nativeObj.closePath();
            }
            putImageData(t, e, i, s, n, r, o) {
              this._canvas._data = t;
            }
            createImageData(t, e) {
              return "number" == typeof t && "number" == typeof e ? new s(t, e) : t instanceof s ? new s(t.data, t.width, t.height) : void 0;
            }
            _setCanvasBufferUpdatedCallback(t) {
              this._nativeObj._setCanvasBufferUpdatedCallback(t);
            }
          };
        }, {
          "./ImageData": 22
        } ],
        7: [ function(t, e, i) {
          e.exports = class {
            constructor(t, e, i, s) {
              this.x = t || 0;
              this.y = e || 0;
              this.width = i || 0;
              this.height = s || 0;
              this.left = this.x;
              this.top = this.y;
              this.right = this.x + this.width;
              this.bottom = this.y + this.height;
            }
          };
        }, {} ],
        8: [ function(t, e, i) {
          const s = t("./Event");
          e.exports = class extends s {
            constructor(t) {
              super("devicemotion");
              if (t) {
                this._acceleration = t.acceleration ? t.acceleration : {
                  x: 0,
                  y: 0,
                  z: 0
                };
                this._accelerationIncludingGravity = t.accelerationIncludingGravity ? t.accelerationIncludingGravity : {
                  x: 0,
                  y: 0,
                  z: 0
                };
                this._rotationRate = t.rotationRate ? t.rotationRate : {
                  alpha: 0,
                  beta: 0,
                  gamma: 0
                };
                this._interval = t.interval;
              } else {
                this._acceleration = {
                  x: 0,
                  y: 0,
                  z: 0
                };
                this._accelerationIncludingGravity = {
                  x: 0,
                  y: 0,
                  z: 0
                };
                this._rotationRate = {
                  alpha: 0,
                  beta: 0,
                  gamma: 0
                };
                this._interval = 0;
              }
            }
            get acceleration() {
              return this._acceleration;
            }
            get accelerationIncludingGravity() {
              return this._accelerationIncludingGravity;
            }
            get rotationRate() {
              return this._rotationRate;
            }
            get interval() {
              return this._interval;
            }
          };
        }, {
          "./Event": 10
        } ],
        9: [ function(t, e, i) {
          const s = t("./Node");
          const n = t("./DOMRect");
          e.exports = class extends s {
            constructor() {
              super();
              this.className = "";
              this.children = [];
              this.clientLeft = 0;
              this.clientTop = 0;
              this.scrollLeft = 0;
              this.scrollTop = 0;
            }
            get clientWidth() {
              return 0;
            }
            get clientHeight() {
              return 0;
            }
            getBoundingClientRect() {
              return new n(0, 0, window.innerWidth, window.innerHeight);
            }
            removeAttribute(t) {}
          };
        }, {
          "./DOMRect": 7,
          "./Node": 26
        } ],
        10: [ function(t, e, i) {
          class s {
            constructor(t, e) {
              this._type = t;
              this._target = null;
              this._eventPhase = 2;
              this._currentTarget = null;
              this._canceled = !1;
              this._stopped = !1;
              this._passiveListener = null;
              this._timeStamp = Date.now();
            }
            get type() {
              return this._type;
            }
            get target() {
              return this._target;
            }
            get currentTarget() {
              return this._currentTarget;
            }
            get isTrusted() {
              return !1;
            }
            get timeStamp() {
              return this._timeStamp;
            }
            composedPath() {
              const t = this._currentTarget;
              return null === t ? [] : [ t ];
            }
            get eventPhase() {
              return this._eventPhase;
            }
            stopPropagation() {}
            stopImmediatePropagation() {
              this._stopped = !0;
            }
            get bubbles() {
              return !1;
            }
            get cancelable() {
              return !0;
            }
            preventDefault() {
              null === this._passiveListener ? this.cancelable && (this._canceled = !0) : console.warn("Event#preventDefault() was called from a passive listener:", this._passiveListener);
            }
            get defaultPrevented() {
              return this._canceled;
            }
            get composed() {
              return !1;
            }
            get timeStamp() {
              return this._timeStamp;
            }
          }
          s.NONE = 0;
          s.CAPTURING_PHASE = 1;
          s.AT_TARGET = 2;
          s.BUBBLING_PHASE = 3;
          e.exports = s;
        }, {} ],
        11: [ function(t, e, i) {
          var s = 0;
          var n = {
            touch: {},
            mouse: {},
            keyboard: {},
            devicemotion: {}
          };
          var r = {
            touch: 0,
            mouse: 0,
            keyboard: 0,
            devicemotion: 0
          };
          var o = {
            touch: null,
            mouse: null,
            keyboard: null,
            devicemotion: null
          };
          var a = {
            touch: null,
            mouse: null,
            keyboard: null,
            devicemotion: null
          };
          const l = {
            touch: [ "touchstart", "touchmove", "touchend", "touchcancel" ],
            mouse: [ "mousedown", "mousemove", "mouseup", "mousewheel" ],
            keyboard: [ "keydown", "keyup", "keypress" ],
            devicemotion: [ "devicemotion" ]
          };
          function h(t) {
            return t && "object" == typeof t;
          }
          e.exports = class {
            constructor() {
              this._targetID = ++s;
              this._listenerCount = {
                touch: 0,
                mouse: 0,
                keyboard: 0,
                devicemotion: 0
              };
              this._listeners = new Map;
            }
            _associateSystemEventListener(t) {
              for (var e in l) if (l[e].indexOf(t) > -1) {
                o[e] && 0 === r[e] && o[e]();
                0 === this._listenerCount[e] && (n[e][this._targetID] = this);
                ++this._listenerCount[e];
                ++r[e];
                break;
              }
            }
            _dissociateSystemEventListener(t) {
              for (var e in l) if (l[e].indexOf(t) > -1) {
                this._listenerCount[e] <= 0 && delete n[e][this._targetID];
                --r[e];
                a[e] && 0 === r[e] && a[e]();
                break;
              }
            }
            addEventListener(t, e, i) {
              if (!e) return !1;
              if ("function" != typeof e && !h(e)) throw new TypeError("'listener' should be a function or an object.");
              const s = this._listeners;
              const n = h(i);
              const r = (n ? Boolean(i.capture) : Boolean(i)) ? 1 : 2;
              const o = {
                listener: e,
                listenerType: r,
                passive: n && Boolean(i.passive),
                once: n && Boolean(i.once),
                next: null
              };
              let a = s.get(t);
              if (void 0 === a) {
                s.set(t, o);
                this._associateSystemEventListener(t);
                return !0;
              }
              let l = null;
              for (;a; ) {
                if (a.listener === e && a.listenerType === r) return !1;
                l = a;
                a = a.next;
              }
              l.next = o;
              this._associateSystemEventListener(t);
              return !0;
            }
            removeEventListener(t, e, i) {
              if (!e) return !1;
              const s = this._listeners;
              const n = (h(i) ? Boolean(i.capture) : Boolean(i)) ? 1 : 2;
              let r = null;
              let o = s.get(t);
              for (;o; ) {
                if (o.listener === e && o.listenerType === n) {
                  r ? r.next = o.next : o.next ? s.set(t, o.next) : s.delete(t);
                  this._dissociateSystemEventListener(t);
                  return !0;
                }
                r = o;
                o = o.next;
              }
              return !1;
            }
            dispatchEvent(t) {
              if (!t || "string" != typeof t.type) throw new TypeError('"event.type" should be a string.');
              const e = t.type;
              var i = this["on" + e];
              if (i && "function" == typeof i) {
                t._target = t._currentTarget = this;
                i.call(this, t);
                t._target = t._currentTarget = null;
                t._eventPhase = 0;
                t._passiveListener = null;
                if (t.defaultPrevented) return !1;
              }
              const s = this._listeners;
              let n = s.get(e);
              if (!n) return !0;
              t._target = t._currentTarget = this;
              let r = null;
              for (;n; ) {
                n.once ? r ? r.next = n.next : n.next ? s.set(e, n.next) : s.delete(e) : r = n;
                t._passiveListener = n.passive ? n.listener : null;
                "function" == typeof n.listener && n.listener.call(this, t);
                if (t._stopped) break;
                n = n.next;
              }
              t._target = t._currentTarget = null;
              t._eventPhase = 0;
              t._passiveListener = null;
              return !t.defaultPrevented;
            }
          };
        }, {} ],
        12: [ function(t, e, i) {
          const s = t("./EventTarget");
          e.exports = class extends s {
            construct() {
              this.result = null;
            }
            abort() {}
            readAsArrayBuffer() {}
            readAsDataURL(t) {
              this.result = "data:image/png;base64," + window.btoa(t);
              var e = new Event("load");
              this.dispatchEvent(e);
            }
            readAsText() {}
          };
        }, {
          "./EventTarget": 11
        } ],
        13: [ function(t, e, i) {
          e.exports = class {
            constructor(t, e, i) {
              this.family = t;
              this.source = e;
              this.descriptors = i;
              this._status = "unloaded";
              this._loaded = new Promise(((t, e) => {
                this._resolveCB = t;
                this._rejectCB = e;
              }));
            }
            load() {}
            get status() {
              return this._status;
            }
            get loaded() {
              return this._loaded;
            }
          };
        }, {} ],
        14: [ function(t, e, i) {
          const s = t("./EventTarget");
          const n = t("./Event");
          e.exports = class extends s {
            constructor() {
              super();
              this._status = "loading";
            }
            get status() {
              return this._status;
            }
            set onloading(t) {
              this.addEventListener("loading", t);
            }
            set onloadingdone(t) {
              this.addEventListener("loadingdone", t);
            }
            set onloadingerror(t) {
              this.addEventListener("loadingerror", t);
            }
            add(t) {
              this._status = t._status = "loading";
              this.dispatchEvent(new n("loading"));
              let e = jsb.loadFont(t.family, t.source);
              setTimeout((() => {
                if (e) {
                  t._status = this._status = "loaded";
                  t._resolveCB();
                  this.dispatchEvent(new n("loadingdone"));
                } else {
                  t._status = this._status = "error";
                  t._rejectCB();
                  this.dispatchEvent(new n("loadingerror"));
                }
              }), 0);
            }
            clear() {}
            delete() {}
            load() {}
            ready() {}
          };
        }, {
          "./Event": 10,
          "./EventTarget": 11
        } ],
        15: [ function(t, e, i) {
          const s = t("./HTMLElement");
          const n = t("./ImageData");
          const r = t("./DOMRect");
          const o = t("./CanvasRenderingContext2D");
          e.exports = class extends s {
            constructor(t, e) {
              super("canvas");
              this.id = "glcanvas";
              this.type = "canvas";
              this.top = 0;
              this.left = 0;
              this._width = t ? Math.ceil(t) : 0;
              this._height = e ? Math.ceil(e) : 0;
              this._context2D = null;
              this._dataInner = null;
            }
            getContext(t, e) {
              const i = this;
              if ("2d" === t) {
                if (!this._context2D) {
                  this._context2D = new o(this._width, this._height);
                  this._context2D._canvas = this;
                  this._context2D._setCanvasBufferUpdatedCallback((t => {
                    i._dataInner = new n(t, i._width, i._height);
                  }));
                }
                return this._context2D;
              }
              return null;
            }
            get _data() {
              if (null === this._context2D) return null;
              this._dataInner || this._context2D.fetchData();
              return this._dataInner;
            }
            set _data(t) {
              this._dataInner = t;
            }
            set width(t) {
              t = Math.ceil(t);
              if (this._width !== t) {
                this._dataInner = null;
                this._width = t;
                this._context2D && (this._context2D.width = t);
              }
            }
            get width() {
              return this._width;
            }
            set height(t) {
              t = Math.ceil(t);
              if (this._height !== t) {
                this._dataInner = null;
                this._height = t;
                this._context2D && (this._context2D.height = t);
              }
            }
            get height() {
              return this._height;
            }
            get clientWidth() {
              return window.innerWidth;
            }
            get clientHeight() {
              return window.innerHeight;
            }
            get data() {
              return this._data ? this._data.data : null;
            }
            getBoundingClientRect() {
              return new r(0, 0, window.innerWidth, window.innerHeight);
            }
            requestPointerLock() {
              jsb.setCursorEnabled(!1);
            }
          };
        }, {
          "./CanvasRenderingContext2D": 6,
          "./DOMRect": 7,
          "./HTMLElement": 16,
          "./ImageData": 22
        } ],
        16: [ function(t, e, i) {
          const s = t("./Element");
          const {noop: n} = t("./util");
          e.exports = class extends s {
            constructor(t = "") {
              super();
              this.tagName = t.toUpperCase();
              this.className = "";
              this.children = [];
              this.style = {
                width: `${window.innerWidth}px`,
                height: `${window.innerHeight}px`
              };
              this.innerHTML = "";
              this.parentElement = window.__canvas;
            }
            setAttribute(t, e) {
              this[t] = e;
            }
            getAttribute(t) {
              return this[t];
            }
            focus() {}
          };
        }, {
          "./Element": 9,
          "./util": 33
        } ],
        17: [ function(t, e, i) {
          const s = t("./HTMLElement");
          const n = t("./Event");
          e.exports = class extends s {
            constructor(t, e, i) {
              if (!i) throw new TypeError("Illegal constructor, use 'new Image(w, h); instead!'");
              super("img");
              this.width = t || 0;
              this.height = e || 0;
              this._data = null;
              this._src = null;
              this.complete = !1;
              this.crossOrigin = null;
            }
            destroy() {
              if (this._data) {
                jsb.destroyImage(this._data);
                this._data = null;
              }
              this._src = null;
            }
            set src(t) {
              this._src = t;
              "" !== t && jsb.loadImage(t, (t => {
                if (t) {
                  this.width = this.naturalWidth = t.width;
                  this.height = this.naturalHeight = t.height;
                  this._data = t.data;
                  this.complete = !0;
                  e = new n("load");
                  this.dispatchEvent(e);
                } else {
                  this._data = null;
                  var e = new n("error");
                  this.dispatchEvent(e);
                }
              }));
            }
            get src() {
              return this._src;
            }
            get clientWidth() {
              return this.width;
            }
            get clientHeight() {
              return this.height;
            }
            getBoundingClientRect() {
              return new DOMRect(0, 0, this.width, this.height);
            }
          };
        }, {
          "./Event": 10,
          "./HTMLElement": 16
        } ],
        18: [ function(t, e, i) {
          const s = t("./HTMLElement");
          const n = t("./MediaError");
          e.exports = class extends s {
            constructor(t) {
              super(t);
              this._volume = 1;
              this._duration = 0;
              this._isEnded = !1;
              this._isMute = !1;
              this._readyState = 0;
              this._error = new n;
            }
            addTextTrack() {}
            captureStream() {}
            fastSeek() {}
            load() {}
            pause() {}
            play() {}
            canPlayType(t) {
              return "";
            }
            set volume(t) {
              this._volume = t;
            }
            get volume() {
              return this._volume;
            }
            get duration() {
              return this._duration;
            }
            get ended() {
              return this._isEnded;
            }
            get muted() {
              return this._isMute;
            }
            get readyState() {
              return this._readyState;
            }
            get error() {
              return this._error;
            }
            get currentTime() {
              return 0;
            }
          };
        }, {
          "./HTMLElement": 16,
          "./MediaError": 24
        } ],
        19: [ function(t, e, i) {
          const s = t("./HTMLElement");
          const n = t("./Event");
          const r = [];
          class o extends s {
            constructor(t, e) {
              super("script");
            }
            set type(t) {
              "systemjs-importmap" === t && -1 === r.indexOf(this) && r.push(this);
            }
            set src(e) {
              setTimeout((() => {
                t(e);
                this.dispatchEvent(new n("load"));
              }), 0);
            }
          }
          o._getAllScriptElementsSystemJSImportType = function() {
            return r;
          };
          e.exports = o;
        }, {
          "./Event": 10,
          "./HTMLElement": 16
        } ],
        20: [ function(t, e, i) {
          const s = t("./HTMLMediaElement");
          e.exports = class extends s {
            constructor() {
              super("video");
            }
            canPlayType(t) {
              return "video/mp4" === t;
            }
          };
        }, {
          "./HTMLMediaElement": 18
        } ],
        21: [ function(t, e, i) {
          let s = t("./HTMLImageElement");
          e.exports = class extends s {
            constructor(t, e) {
              super(t, e, !0);
            }
          };
        }, {
          "./HTMLImageElement": 17
        } ],
        22: [ function(t, e, i) {
          e.exports = class {
            constructor(t, e, i) {
              if ("number" == typeof t && "number" == typeof e) {
                i = e;
                e = t;
                t = null;
              }
              this._data = null === t ? new Uint8ClampedArray(e * i * 4) : t;
              this._width = e;
              this._height = i;
            }
            get data() {
              return this._data;
            }
            get width() {
              return this._width;
            }
            get height() {
              return this._height;
            }
          };
        }, {} ],
        23: [ function(t, e, i) {
          const s = t("./Event");
          const n = {
            48: ")",
            49: "!",
            50: "@",
            51: "#",
            52: "$",
            53: "%",
            54: "^",
            55: "&",
            56: "*",
            57: "("
          };
          var r = !1;
          e.exports = class extends s {
            constructor(t, e) {
              super(t);
              if ("object" == typeof e) {
                this._altKeyActive = !!e.altKey && e.altKey;
                this._ctrlKeyActive = !!e.ctrlKey && e.ctrlKey;
                this._metaKeyActive = !!e.metaKey && e.metaKey;
                this._shiftKeyActive = !!e.shiftKey && e.shiftKey;
                this._keyCode = e.keyCode ? e.keyCode : -1;
                this._repeat = !!e.repeat && e.repeat;
              } else {
                this._altKeyActive = !1;
                this._ctrlKeyActive = !1;
                this._metaKeyActive = !1;
                this._shiftKeyActive = !1;
                this._keyCode = -1;
                this._repeat = !1;
              }
              var i = this._keyCode;
              if (i >= 48 && i <= 57) {
                var s = i - 48;
                this._code = "Digit" + s;
                this._key = this._shiftKeyActive ? n[i] : "" + s;
              } else if (i >= 10048 && i <= 10057) {
                s = (i = this._keyCode = i - 1e4) - 48;
                this._code = "Numpad" + s;
                this._key = "" + s;
              } else if (i >= 65 && i <= 90) {
                var o = String.fromCharCode(i);
                this._code = "Key" + o;
                this._key = this._shiftKeyActive ^ r ? o : o.toLowerCase();
              } else if (i >= 97 && i <= 122) {
                o = String.fromCharCode(i);
                this._keyCode = i - 32;
                this._code = "Key" + o;
                this._key = this._shiftKeyActive ^ r ? o.toUpperCase() : o;
              } else if (i >= 112 && i <= 123) this._code = this._key = "F" + (i - 111); else if (27 === i) this._code = this._key = "Escape"; else if (189 === i) {
                this._code = "Minus";
                this._key = this._shiftKeyActive ? "_" : "-";
              } else if (187 === i) {
                this._code = "Equal";
                this._key = this._shiftKeyActive ? "+" : "=";
              } else if (220 === i) {
                this._code = "Backslash";
                this._key = this._shiftKeyActive ? "|" : "\\";
              } else if (192 === i) {
                this._code = "Backquote";
                this._key = this._shiftKeyActive ? "~" : "`";
              } else if (8 === i) this._code = this._key = "Backspace"; else if (13 === i) this._code = this._key = "Enter"; else if (219 === i) {
                this._code = "BracketLeft";
                this._key = this._shiftKeyActive ? "{" : "[";
              } else if (221 === i) {
                this._code = "BracketRight";
                this._key = this._shiftKeyActive ? "}" : "]";
              } else if (186 === i) {
                this._code = "Semicolon";
                this._key = this._shiftKeyActive ? ":" : ";";
              } else if (222 === i) {
                this._code = "Quote";
                this._key = this._shiftKeyActive ? '"' : "'";
              } else if (9 === i) this._code = this._key = "Tab"; else if (17 === i) {
                this._code = "ControlLeft";
                this._key = "Control";
              } else if (20017 === i) {
                this._keyCode = 17;
                this._code = "ControlRight";
                this._key = "Control";
              } else if (16 === i) {
                this._code = "ShiftLeft";
                this._key = "Shift";
              } else if (20016 === i) {
                this._keyCode = 16;
                this._code = "ShiftRight";
                this._key = "Shift";
              } else if (18 === i) {
                this._code = "AltLeft";
                this._key = "Alt";
              } else if (20018 === i) {
                this._keyCode = 18;
                this._code = "AltRight";
                this._key = "Alt";
              } else if (91 === i) {
                this._code = "MetaLeft";
                this._key = "Meta";
              } else if (93 === i) {
                this._code = "MetaRight";
                this._key = "Meta";
              } else if (37 === i) this._code = this._key = "ArrowLeft"; else if (38 === i) this._code = this._key = "ArrowUp"; else if (39 === i) this._code = this._key = "ArrowRight"; else if (40 === i) this._code = this._key = "ArrowDown"; else if (20093 === i) {
                this._keyCode = 93;
                this._code = this._key = "ContextMenu";
              } else if (20013 === i) {
                this._keyCode = 13;
                this._code = "NumpadEnter";
                this._key = "Enter";
              } else if (107 === i) {
                this._code = "NumpadAdd";
                this._key = "+";
              } else if (109 === i) {
                this._code = "NumpadSubtract";
                this._key = "-";
              } else if (106 === i) {
                this._code = "NumpadMultiply";
                this._key = "*";
              } else if (111 === i) {
                this._code = "NumpadDivide";
                this._key = "/";
              } else if (12 === i) {
                this._code = "NumLock";
                this._key = "Clear";
              } else if (124 === i) this._code = this._key = "F13"; else if (36 === i) this._code = this._key = "Home"; else if (33 === i) this._code = this._key = "PageUp"; else if (34 === i) this._code = this._key = "PageDown"; else if (35 === i) this._code = this._key = "End"; else if (188 === i) {
                this._code = "Comma";
                this._key = this._shiftKeyActive ? "<" : ",";
              } else if (190 === i) {
                this._code = "Period";
                this._key = this._shiftKeyActive ? ">" : ".";
              } else if (191 === i) {
                this._code = "Slash";
                this._key = this._shiftKeyActive ? "?" : "/";
              } else if (32 === i) {
                this._code = "Space";
                this._key = " ";
              } else if (46 === i) this._code = this._key = "Delete"; else if (110 === i) {
                this._code = "NumpadDecimal";
                this._key = ".";
              } else if (20 === i) {
                this._code = this._key = "CapsLock";
                "keyup" === t && (r = !r);
              } else console.log("Unknown keyCode: " + this._keyCode);
            }
            getModifierState() {
              return !1;
            }
            get altKey() {
              return this._altKeyActive;
            }
            get code() {
              return this._code;
            }
            get ctrlKey() {
              return this._ctrlKeyActive;
            }
            get isComposing() {
              return !1;
            }
            get key() {
              return this._key;
            }
            get keyCode() {
              return this._keyCode;
            }
            get location() {
              return 0;
            }
            get metaKey() {
              return this._metaKeyActive;
            }
            get repeat() {
              return this._repeat;
            }
            get shiftKey() {
              return this._shiftKeyActive;
            }
          };
        }, {
          "./Event": 10
        } ],
        24: [ function(t, e, i) {
          e.exports = class {
            constructor() {}
            get code() {
              return 1;
            }
            get message() {
              return "";
            }
          };
        }, {} ],
        25: [ function(t, e, i) {
          const s = t("./Event");
          e.exports = class extends s {
            constructor(t, e) {
              super(t);
              this._button = e.button;
              this._which = e.which;
              this._wheelDelta = e.wheelDelta;
              this._clientX = e.clientX;
              this._clientY = e.clientY;
              this._screenX = e.screenX;
              this._screenY = e.screenY;
              this._pageX = e.pageX;
              this._pageY = e.pageY;
            }
            get button() {
              return this._button;
            }
            get which() {
              return this._which;
            }
            get wheelDelta() {
              return this._wheelDelta;
            }
            get clientX() {
              return this._clientX;
            }
            get clientY() {
              return this._clientY;
            }
            get screenX() {
              return this._screenX;
            }
            get screenY() {
              return this._screenY;
            }
            get pageX() {
              return this._pageX;
            }
            get pageY() {
              return this._pageY;
            }
          };
        }, {
          "./Event": 10
        } ],
        26: [ function(t, e, i) {
          const s = t("./EventTarget");
          class n extends s {
            constructor() {
              super();
              this.childNodes = [];
              this.parentNode = window.__canvas;
            }
            appendChild(t) {
              if (!(t instanceof n)) throw new TypeError("Failed to executed 'appendChild' on 'Node': parameter 1 is not of type 'Node'.");
              this.childNodes.push(t);
            }
            insertBefore(t, e) {
              return t;
            }
            replaceChild(t, e) {
              return e;
            }
            cloneNode() {
              const t = Object.create(this);
              Object.assign(t, this);
              return t;
            }
            removeChild(t) {
              const e = this.childNodes.findIndex((e => e === t));
              return e > -1 ? this.childNodes.splice(e, 1) : null;
            }
            contains(t) {
              return this.childNodes.indexOf(t) > -1;
            }
          }
          e.exports = n;
        }, {
          "./EventTarget": 11
        } ],
        27: [ function(t, e, i) {
          const s = t("./Event");
          e.exports = class extends s {
            constructor(t, e) {
              super(t);
              this.touches = [];
              this.targetTouches = [];
              this.changedTouches = [];
            }
          };
        }, {
          "./Event": 10
        } ],
        28: [ function(t, e, i) {
          const s = t("./HTMLElement");
          const n = t("./Image");
          const r = t("./HTMLCanvasElement");
          const o = t("./HTMLVideoElement");
          const a = t("./HTMLScriptElement");
          const l = t("./Node");
          const h = t("./FontFaceSet");
          let c = new class extends l {
            constructor() {
              super();
              this.readyState = "complete";
              this.visibilityState = "visible";
              this.documentElement = window;
              this.hidden = !1;
              this.style = {};
              this.location = t("./location");
              this.head = new s("head");
              this.body = new s("body");
              this.fonts = new h;
              this.scripts = [];
            }
            createElementNS(t, e, i) {
              return this.createElement(e);
            }
            createElement(t) {
              return "canvas" === t ? new r(1, 1) : "img" === t ? new n : "video" === t ? new o : "script" === t ? new a : new s(t);
            }
            getElementById(t) {
              return t === window.__canvas.id || "canvas" === t ? window.__canvas : new s(t);
            }
            getElementsByTagName(t) {
              return "head" === t ? [ c.head ] : "body" === t ? [ c.body ] : "canvas" === t ? [ window.__canvas ] : [ new s(t) ];
            }
            getElementsByName(t) {
              return "head" === t ? [ c.head ] : "body" === t ? [ c.body ] : "canvas" === t ? [ window.__canvas ] : [ new s(t) ];
            }
            querySelector(t) {
              return "head" === t ? c.head : "body" === t ? c.body : "canvas" === t || t === `#${window.__canvas.id}` ? window.__canvas : new s(t);
            }
            querySelectorAll(t) {
              return "head" === t ? [ c.head ] : "body" === t ? [ c.body ] : "canvas" === t ? [ window.__canvas ] : t.startsWith('script[type="systemjs-importmap"]') ? a._getAllScriptElementsSystemJSImportType() : [ new s(t) ];
            }
            createTextNode() {
              return new s("text");
            }
            elementFromPoint() {
              return window.canvas;
            }
            createEvent(t) {
              return window[t] ? new window[t] : null;
            }
            exitPointerLock() {
              jsb.setCursorEnabled(!0);
            }
          };
          e.exports = c;
        }, {
          "./FontFaceSet": 14,
          "./HTMLCanvasElement": 15,
          "./HTMLElement": 16,
          "./HTMLScriptElement": 19,
          "./HTMLVideoElement": 20,
          "./Image": 21,
          "./Node": 26,
          "./location": 31
        } ],
        29: [ function(t, e, i) {
          Object.defineProperty(i, "__esModule", {
            value: !0
          });
          i.Headers = p;
          i.Request = A;
          i.Response = E;
          i.fetch = w;
          i.DOMException = void 0;
          var s = window;
          var n = "URLSearchParams" in s, r = "Symbol" in s && "iterator" in Symbol, o = "FileReader" in s && "Blob" in s && function() {
            try {
              new Blob;
              return !0;
            } catch (t) {
              return !1;
            }
          }(), a = "FormData" in s, l = "ArrayBuffer" in s;
          if (l) {
            var h = [ "[object Int8Array]", "[object Uint8Array]", "[object Uint8ClampedArray]", "[object Int16Array]", "[object Uint16Array]", "[object Int32Array]", "[object Uint32Array]", "[object Float32Array]", "[object Float64Array]" ];
            var c = ArrayBuffer.isView || function(t) {
              return t && h.indexOf(Object.prototype.toString.call(t)) > -1;
            };
          }
          function u(t) {
            "string" != typeof t && (t = String(t));
            if (/[^a-z0-9\-#$%&'*+.^_`|~]/i.test(t) || "" === t) throw new TypeError("Invalid character in header field name");
            return t.toLowerCase();
          }
          function _(t) {
            "string" != typeof t && (t = String(t));
            return t;
          }
          function d(t) {
            var e = {
              next: function() {
                var e = t.shift();
                return {
                  done: void 0 === e,
                  value: e
                };
              }
            };
            r && (e[Symbol.iterator] = function() {
              return e;
            });
            return e;
          }
          function p(t) {
            this.map = {};
            t instanceof p ? t.forEach((function(t, e) {
              this.append(e, t);
            }), this) : Array.isArray(t) ? t.forEach((function(t) {
              this.append(t[0], t[1]);
            }), this) : t && Object.getOwnPropertyNames(t).forEach((function(e) {
              this.append(e, t[e]);
            }), this);
          }
          p.prototype.append = function(t, e) {
            t = u(t);
            e = _(e);
            var i = this.map[t];
            this.map[t] = i ? i + ", " + e : e;
          };
          p.prototype.delete = function(t) {
            delete this.map[u(t)];
          };
          p.prototype.get = function(t) {
            t = u(t);
            return this.has(t) ? this.map[t] : null;
          };
          p.prototype.has = function(t) {
            return this.map.hasOwnProperty(u(t));
          };
          p.prototype.set = function(t, e) {
            this.map[u(t)] = _(e);
          };
          p.prototype.forEach = function(t, e) {
            for (var i in this.map) this.map.hasOwnProperty(i) && t.call(e, this.map[i], i, this);
          };
          p.prototype.keys = function() {
            var t = [];
            this.forEach((function(e, i) {
              t.push(i);
            }));
            return d(t);
          };
          p.prototype.values = function() {
            var t = [];
            this.forEach((function(e) {
              t.push(e);
            }));
            return d(t);
          };
          p.prototype.entries = function() {
            var t = [];
            this.forEach((function(e, i) {
              t.push([ i, e ]);
            }));
            return d(t);
          };
          r && (p.prototype[Symbol.iterator] = p.prototype.entries);
          function m(t) {
            if (t.bodyUsed) return Promise.reject(new TypeError("Already read"));
            t.bodyUsed = !0;
          }
          function f(t) {
            return new Promise((function(e, i) {
              t.onload = function() {
                e(t.result);
              };
              t.onerror = function() {
                i(t.error);
              };
            }));
          }
          function g(t) {
            var e = new FileReader;
            var i = f(e);
            e.readAsArrayBuffer(t);
            return i;
          }
          function y(t) {
            if (t.slice) return t.slice(0);
            var e = new Uint8Array(t.byteLength);
            e.set(new Uint8Array(t));
            return e.buffer;
          }
          function b() {
            this.bodyUsed = !1;
            this._initBody = function(t) {
              this._bodyInit = t;
              if (t) if ("string" == typeof t) this._bodyText = t; else if (o && Blob.prototype.isPrototypeOf(t)) this._bodyBlob = t; else if (a && FormData.prototype.isPrototypeOf(t)) this._bodyFormData = t; else if (n && URLSearchParams.prototype.isPrototypeOf(t)) this._bodyText = t.toString(); else if (l && o && ((e = t) && DataView.prototype.isPrototypeOf(e))) {
                this._bodyArrayBuffer = y(t.buffer);
                this._bodyInit = new Blob([ this._bodyArrayBuffer ]);
              } else l && (ArrayBuffer.prototype.isPrototypeOf(t) || c(t)) ? this._bodyArrayBuffer = y(t) : this._bodyText = t = Object.prototype.toString.call(t); else this._bodyText = "";
              var e;
              this.headers.get("content-type") || ("string" == typeof t ? this.headers.set("content-type", "text/plain;charset=UTF-8") : this._bodyBlob && this._bodyBlob.type ? this.headers.set("content-type", this._bodyBlob.type) : n && URLSearchParams.prototype.isPrototypeOf(t) && this.headers.set("content-type", "application/x-www-form-urlencoded;charset=UTF-8"));
            };
            if (o) {
              this.blob = function() {
                var t = m(this);
                if (t) return t;
                if (this._bodyBlob) return Promise.resolve(this._bodyBlob);
                if (this._bodyArrayBuffer) return Promise.resolve(new Blob([ this._bodyArrayBuffer ]));
                if (this._bodyFormData) throw new Error("could not read FormData body as blob");
                return Promise.resolve(new Blob([ this._bodyText ]));
              };
              this.arrayBuffer = function() {
                return this._bodyArrayBuffer ? m(this) || Promise.resolve(this._bodyArrayBuffer) : this.blob().then(g);
              };
            }
            this.text = function() {
              var t = m(this);
              if (t) return t;
              if (this._bodyBlob) return function(t) {
                var e = new FileReader;
                var i = f(e);
                e.readAsText(t);
                return i;
              }(this._bodyBlob);
              if (this._bodyArrayBuffer) return Promise.resolve(function(t) {
                var e = new Uint8Array(t);
                var i = new Array(e.length);
                for (var s = 0; s < e.length; s++) i[s] = String.fromCharCode(e[s]);
                return i.join("");
              }(this._bodyArrayBuffer));
              if (this._bodyFormData) throw new Error("could not read FormData body as text");
              return Promise.resolve(this._bodyText);
            };
            a && (this.formData = function() {
              return this.text().then(T);
            });
            this.json = function() {
              return this.text().then(JSON.parse);
            };
            return this;
          }
          var S = [ "DELETE", "GET", "HEAD", "OPTIONS", "POST", "PUT" ];
          function A(t, e) {
            var i = (e = e || {}).body;
            if (t instanceof A) {
              if (t.bodyUsed) throw new TypeError("Already read");
              this.url = t.url;
              this.credentials = t.credentials;
              e.headers || (this.headers = new p(t.headers));
              this.method = t.method;
              this.mode = t.mode;
              this.signal = t.signal;
              if (!i && null != t._bodyInit) {
                i = t._bodyInit;
                t.bodyUsed = !0;
              }
            } else this.url = String(t);
            this.credentials = e.credentials || this.credentials || "same-origin";
            !e.headers && this.headers || (this.headers = new p(e.headers));
            this.method = (s = e.method || this.method || "GET", n = s.toUpperCase(), S.indexOf(n) > -1 ? n : s);
            var s, n;
            this.mode = e.mode || this.mode || null;
            this.signal = e.signal || this.signal;
            this.referrer = null;
            if (("GET" === this.method || "HEAD" === this.method) && i) throw new TypeError("Body not allowed for GET or HEAD requests");
            this._initBody(i);
          }
          A.prototype.clone = function() {
            return new A(this, {
              body: this._bodyInit
            });
          };
          function T(t) {
            var e = new FormData;
            t.trim().split("&").forEach((function(t) {
              if (t) {
                var i = t.split("=");
                var s = i.shift().replace(/\+/g, " ");
                var n = i.join("=").replace(/\+/g, " ");
                e.append(decodeURIComponent(s), decodeURIComponent(n));
              }
            }));
            return e;
          }
          function v(t) {
            var e = new p;
            t.replace(/\r?\n[\t ]+/g, " ").split(/\r?\n/).forEach((function(t) {
              var i = t.split(":");
              var s = i.shift().trim();
              if (s) {
                var n = i.join(":").trim();
                e.append(s, n);
              }
            }));
            return e;
          }
          b.call(A.prototype);
          function E(t, e) {
            e || (e = {});
            this.type = "default";
            this.status = void 0 === e.status ? 200 : e.status;
            this.ok = this.status >= 200 && this.status < 300;
            this.statusText = "statusText" in e ? e.statusText : "OK";
            this.headers = new p(e.headers);
            this.url = e.url || "";
            this._initBody(t);
          }
          b.call(E.prototype);
          E.prototype.clone = function() {
            return new E(this._bodyInit, {
              status: this.status,
              statusText: this.statusText,
              headers: new p(this.headers),
              url: this.url
            });
          };
          E.error = function() {
            var t = new E(null, {
              status: 0,
              statusText: ""
            });
            t.type = "error";
            return t;
          };
          var C = [ 301, 302, 303, 307, 308 ];
          E.redirect = function(t, e) {
            if (-1 === C.indexOf(e)) throw new RangeError("Invalid status code");
            return new E(null, {
              status: e,
              headers: {
                location: t
              }
            });
          };
          var x = s.DOMException;
          i.DOMException = x;
          try {
            new x;
          } catch (t) {
            i.DOMException = x = function(t, e) {
              this.message = t;
              this.name = e;
              var i = Error(t);
              this.stack = i.stack;
            };
            x.prototype = Object.create(Error.prototype);
            x.prototype.constructor = x;
          }
          function w(t, e) {
            return new Promise((function(i, s) {
              var n = new A(t, e);
              if (n.signal && n.signal.aborted) return s(new x("Aborted", "AbortError"));
              var r = new XMLHttpRequest;
              function a() {
                r.abort();
              }
              r.onload = function() {
                var t = {
                  status: r.status,
                  statusText: r.statusText,
                  headers: v(r.getAllResponseHeaders() || "")
                };
                t.url = "responseURL" in r ? r.responseURL : t.headers.get("X-Request-URL");
                var e = "response" in r ? r.response : r.responseText;
                i(new E(e, t));
              };
              r.onerror = function() {
                s(new TypeError("Network request failed"));
              };
              r.ontimeout = function() {
                s(new TypeError("Network request failed"));
              };
              r.onabort = function() {
                s(new x("Aborted", "AbortError"));
              };
              r.open(n.method, n.url, !0);
              "include" === n.credentials ? r.withCredentials = !0 : "omit" === n.credentials && (r.withCredentials = !1);
              "responseType" in r && o && (r.responseType = "blob");
              n.headers.forEach((function(t, e) {
                r.setRequestHeader(e, t);
              }));
              if (n.signal) {
                n.signal.addEventListener("abort", a);
                r.onreadystatechange = function() {
                  4 === r.readyState && n.signal.removeEventListener("abort", a);
                };
              }
              r.send(void 0 === n._bodyInit ? null : n._bodyInit);
            }));
          }
          w.polyfill = !0;
        }, {} ],
        30: [ function(t, e, i) {
          t("./window");
        }, {
          "./window": 34
        } ],
        31: [ function(t, e, i) {
          const s = {
            href: "game.js",
            pathname: "game.js",
            search: "",
            hash: "",
            protocol: "",
            reload() {}
          };
          e.exports = s;
        }, {} ],
        32: [ function(t, e, i) {
          let {noop: s} = t("./util");
          const n = {
            platform: __getOS(),
            language: __getCurrentLanguage(),
            appVersion: "5.0 (iPhone; CPU iPhone OS 9_1 like Mac OS X) AppleWebKit/601.1.46 (KHTML, like Gecko) Version/9.0 Mobile/13B143 Safari/601.1",
            userAgent: "Mozilla/5.0 (iPhone; CPU iPhone OS 10_3_1 like Mac OS X) AppleWebKit/603.1.30 (KHTML, like Gecko) Mobile/14E8301 NetType/WIFI Language/zh_CN",
            onLine: !0,
            geolocation: {
              getCurrentPosition: s,
              watchPosition: s,
              clearWatch: s
            },
            maxTouchPoints: 10
          };
          e.exports = n;
        }, {
          "./util": 33
        } ],
        33: [ function(t, e, i) {
          e.exports = function() {};
        }, {} ],
        34: [ function(t, e, i) {
          window._isInjected || function() {
            window.top = window.parent = window;
            window.ontouchstart = null;
            window.ontouchmove = null;
            window.ontouchend = null;
            window.ontouchcancel = null;
            window.pageXOffset = window.pageYOffset = window.clientTop = window.clientLeft = 0;
            window.outerWidth = window.innerWidth;
            window.outerHeight = window.innerHeight;
            window.clientWidth = window.innerWidth;
            window.clientHeight = window.innerHeight;
            window.location = t("./location");
            window.document = t("./document");
            window.CanvasRenderingContext2D = t("./CanvasRenderingContext2D");
            window.Element = t("./Element");
            window.HTMLElement = t("./HTMLElement");
            window.HTMLCanvasElement = t("./HTMLCanvasElement");
            window.HTMLImageElement = t("./HTMLImageElement");
            window.HTMLMediaElement = t("./HTMLMediaElement");
            window.HTMLVideoElement = t("./HTMLVideoElement");
            window.HTMLScriptElement = t("./HTMLScriptElement");
            window.__canvas = new HTMLCanvasElement;
            window.__canvas._width = window.innerWidth;
            window.__canvas._height = window.innerHeight;
            window.navigator = t("./navigator");
            window.Image = t("./Image");
            window.FileReader = t("./FileReader");
            window.FontFace = t("./FontFace");
            window.FontFaceSet = t("./FontFaceSet");
            window.EventTarget = t("./EventTarget");
            window.Event = t("./Event");
            window.TouchEvent = t("./TouchEvent");
            window.MouseEvent = t("./MouseEvent");
            window.KeyboardEvent = t("./KeyboardEvent");
            window.DeviceMotionEvent = t("./DeviceMotionEvent");
            var e = t("./fetch");
            window.fetch = e.fetch;
            window.Headers = e.Headers;
            window.Request = e.Request;
            window.Response = e.Response;
            window.orientation = jsb.device.getDeviceOrientation();
            Object.defineProperty(window, "devicePixelRatio", {
              get: function() {
                return jsb.device.getDevicePixelRatio ? jsb.device.getDevicePixelRatio() : 1;
              },
              set: function(t) {},
              enumerable: !0,
              configurable: !0
            });
            window.screen = {
              availTop: 0,
              availLeft: 0,
              availHeight: window.innerWidth,
              availWidth: window.innerHeight,
              colorDepth: 8,
              pixelDepth: 8,
              left: 0,
              top: 0,
              width: window.innerWidth,
              height: window.innerHeight,
              orientation: {
                type: "portrait-primary"
              },
              onorientationchange: function(t) {}
            };
            window.addEventListener = function(t, e, i) {
              window.__canvas.addEventListener(t, e, i);
            };
            window.removeEventListener = function(t, e, i) {
              window.__canvas.removeEventListener(t, e, i);
            };
            window.dispatchEvent = function(t) {
              window.__canvas.dispatchEvent(t);
            };
            window.getComputedStyle = function(t) {
              return {
                position: "absolute",
                left: "0px",
                top: "0px",
                height: "0px"
              };
            };
            window.resize = function(t, e) {
              window.innerWidth = t;
              window.innerHeight = e;
              window.outerWidth = window.innerWidth;
              window.outerHeight = window.innerHeight;
              window.__canvas._width = window.innerWidth;
              window.__canvas._height = window.innerHeight;
              window.screen.availWidth = window.innerWidth;
              window.screen.availHeight = window.innerHeight;
              window.screen.width = window.innerWidth;
              window.screen.height = window.innerHeight;
              window.clientWidth = window.innerWidth;
              window.clientHeight = window.innerHeight;
              let i = new Event("resize");
              i._target = window;
              window.dispatchEvent(i);
            };
            window.focus = function() {};
            window.scroll = function() {};
            window._isInjected = !0;
          }();
          window.localStorage = sys.localStorage;
        }, {
          "./CanvasRenderingContext2D": 6,
          "./DeviceMotionEvent": 8,
          "./Element": 9,
          "./Event": 10,
          "./EventTarget": 11,
          "./FileReader": 12,
          "./FontFace": 13,
          "./FontFaceSet": 14,
          "./HTMLCanvasElement": 15,
          "./HTMLElement": 16,
          "./HTMLImageElement": 17,
          "./HTMLMediaElement": 18,
          "./HTMLScriptElement": 19,
          "./HTMLVideoElement": 20,
          "./Image": 21,
          "./KeyboardEvent": 23,
          "./MouseEvent": 25,
          "./TouchEvent": 27,
          "./document": 28,
          "./fetch": 29,
          "./location": 31,
          "./navigator": 32
        } ],
        35: [ function(t, e, i) {
          !function(t) {
            if (t && t.AudioEngine) {
              t.AudioEngine.AudioState = {
                ERROR: -1,
                INITIALZING: 0,
                PLAYING: 1,
                PAUSED: 2,
                STOPPED: 3
              };
              t.AudioEngine.INVALID_AUDIO_ID = -1;
              t.AudioEngine.TIME_UNKNOWN = -1;
              t.AudioEngine.play = t.AudioEngine.play2d;
              t.AudioEngine.setErrorCallback = () => {};
            }
          }(jsb);
        }, {} ],
        36: [ function(t, e, i) {
          const s = t("./jsb-adapter/EventTarget");
          const n = t("./jsb-adapter/Event");
          var r = new s;
          var o = {};
          var a = {};
          var l = 1;
          var h = function(t) {
            if (!t) return null;
            var e = function(e) {
              t({
                value: e.text
              });
            };
            t.___index = l++;
            o[t.___index] = e;
            return e;
          };
          var c = function(t, e) {
            if (e) r.removeEventListener(t, function(t) {
              if (t && t.___index) {
                var e = o[t.___index];
                delete o[t.___index];
                return e;
              }
              return null;
            }(e)); else {
              var i = a[t];
              if (!i) return;
              for (var s = 0, n = i.length; s < n; ++s) r.removeEventListener(t, i[s]);
              delete a[t];
            }
          };
          var u = function(t, e) {
            if (e && t && "" !== t) {
              a[t] || (a[t] = []);
              a[t].push(e);
            }
          };
          jsb.inputBox = {
            onConfirm: function(t) {
              var e = h(t);
              r.addEventListener("confirm", e);
              u("confirm", e);
            },
            offConfirm: function(t) {
              c("confirm", t);
            },
            onComplete: function(t) {
              var e = h(t);
              r.addEventListener("complete", e);
              u("complete", e);
            },
            offComplete: function(t) {
              c("complete", t);
            },
            onInput: function(t) {
              var e = h(t);
              r.addEventListener("input", e);
              u("input", e);
            },
            offInput: function(t) {
              c("input", t);
            },
            show: function(t) {
              jsb.showInputBox(t);
            },
            hide: function() {
              jsb.hideInputBox();
            }
          };
          jsb.onTextInput = function(t, e) {
            var i = new n(t);
            i.text = e;
            r.dispatchEvent(i);
          };
        }, {
          "./jsb-adapter/Event": 10,
          "./jsb-adapter/EventTarget": 11
        } ],
        37: [ function(t, e, i) {
          jsb.__obj_ref_id = 0;
          jsb.registerNativeRef = function(t, e) {
            if (t && e && t !== e) {
              let i = e.__jsb_ref_id;
              void 0 === i && (i = e.__jsb_ref_id = jsb.__obj_ref_id++);
              let s = t.__nativeRefs;
              s || (s = t.__nativeRefs = {});
              s[i] = e;
            }
          };
          jsb.unregisterNativeRef = function(t, e) {
            if (t && e && t !== e) {
              let i = e.__jsb_ref_id;
              if (void 0 === i) return;
              let s = t.__nativeRefs;
              if (!s) return;
              delete s[i];
            }
          };
          jsb.unregisterAllNativeRefs = function(t) {
            t && delete t.__nativeRefs;
          };
          jsb.unregisterChildRefsForNode = function(t, e) {
            e = !!e;
            let i, s, n, r = t.getChildren();
            for (i = 0, s = r.length; i < s; ++i) {
              n = r[i];
              jsb.unregisterNativeRef(t, n);
              e && jsb.unregisterChildRefsForNode(n, e);
            }
          };
        }, {} ],
        38: [ function(t, e, s) {
          (function(t, o) {
            (function() {
              a = function() {
                function e(t) {
                  var e = this.constructor;
                  return this.then((function(i) {
                    return e.resolve(t()).then((function() {
                      return i;
                    }));
                  }), (function(i) {
                    return e.resolve(t()).then((function() {
                      return e.reject(i);
                    }));
                  }));
                }
                function i() {}
                function s(t) {
                  if (!(this instanceof s)) throw new TypeError("Promises must be constructed via new");
                  if ("function" != typeof t) throw new TypeError("not a function");
                  this._state = 0, this._handled = !1, this._value = void 0, this._deferreds = [], 
                  h(t, this);
                }
                function n(t, e) {
                  for (;3 === t._state; ) t = t._value;
                  0 !== t._state ? (t._handled = !0, s._immediateFn((function() {
                    var i = 1 === t._state ? e.onFulfilled : e.onRejected;
                    if (null !== i) {
                      var s;
                      try {
                        s = i(t._value);
                      } catch (t) {
                        return void a(e.promise, t);
                      }
                      r(e.promise, s);
                    } else (1 === t._state ? r : a)(e.promise, t._value);
                  }))) : t._deferreds.push(e);
                }
                function r(t, e) {
                  try {
                    if (e === t) throw new TypeError("A promise cannot be resolved with itself.");
                    if (e && ("object" == typeof e || "function" == typeof e)) {
                      var i = e.then;
                      if (e instanceof s) return t._state = 3, t._value = e, void l(t);
                      if ("function" == typeof i) return void h(function(t, e) {
                        return function() {
                          t.apply(e, arguments);
                        };
                      }(i, e), t);
                    }
                    t._state = 1, t._value = e, l(t);
                  } catch (e) {
                    a(t, e);
                  }
                }
                function a(t, e) {
                  t._state = 2, t._value = e, l(t);
                }
                function l(t) {
                  2 === t._state && 0 === t._deferreds.length && s._immediateFn((function() {
                    t._handled || s._unhandledRejectionFn(t._value);
                  }));
                  for (var e = 0, i = t._deferreds.length; i > e; e++) n(t, t._deferreds[e]);
                  t._deferreds = null;
                }
                function h(t, e) {
                  var i = !1;
                  try {
                    t((function(t) {
                      i || (i = !0, r(e, t));
                    }), (function(t) {
                      i || (i = !0, a(e, t));
                    }));
                  } catch (t) {
                    if (i) return;
                    i = !0, a(e, t);
                  }
                }
                var c = setTimeout;
                s.prototype.catch = function(t) {
                  return this.then(null, t);
                }, s.prototype.then = function(t, e) {
                  var s = new this.constructor(i);
                  return n(this, new function(t, e, i) {
                    this.onFulfilled = "function" == typeof t ? t : null, this.onRejected = "function" == typeof e ? e : null, 
                    this.promise = i;
                  }(t, e, s)), s;
                }, s.prototype.finally = e, s.all = function(t) {
                  return new s((function(e, i) {
                    function s(t, o) {
                      try {
                        if (o && ("object" == typeof o || "function" == typeof o)) {
                          var a = o.then;
                          if ("function" == typeof a) return void a.call(o, (function(e) {
                            s(t, e);
                          }), i);
                        }
                        n[t] = o, 0 == --r && e(n);
                      } catch (t) {
                        i(t);
                      }
                    }
                    if (!t || void 0 === t.length) throw new TypeError("Promise.all accepts an array");
                    var n = Array.prototype.slice.call(t);
                    if (0 === n.length) return e([]);
                    for (var r = n.length, o = 0; n.length > o; o++) s(o, n[o]);
                  }));
                }, s.resolve = function(t) {
                  return t && "object" == typeof t && t.constructor === s ? t : new s((function(e) {
                    e(t);
                  }));
                }, s.reject = function(t) {
                  return new s((function(e, i) {
                    i(t);
                  }));
                }, s.race = function(t) {
                  return new s((function(e, i) {
                    for (var s = 0, n = t.length; n > s; s++) t[s].then(e, i);
                  }));
                }, s._immediateFn = "function" == typeof o && function(t) {
                  o(t);
                } || function(t) {
                  c(t, 0);
                }, s._unhandledRejectionFn = function(t) {
                  void 0 !== console && console && console.warn("Possible Unhandled Promise Rejection:", t);
                };
                var u = function() {
                  if ("undefined" != typeof self) return self;
                  if ("undefined" != typeof window) return window;
                  if (void 0 !== t) return t;
                  throw Error("unable to locate global object");
                }();
                "Promise" in u ? u.Promise.prototype.finally || (u.Promise.prototype.finally = e) : u.Promise = s;
              }, "object" == typeof s && void 0 !== e ? a() : void 0 !== (r = "function" == typeof (n = a) ? n.call(s, i, s, e) : n) && (e.exports = r);
              var a;
            }).call(this);
          }).call(this, "undefined" != typeof global ? global : "undefined" != typeof self ? self : "undefined" != typeof window ? window : {}, t("timers").setImmediate);
        }, {
          timers: 2
        } ],
        39: [ function(t, e, i) {
          function s(t) {
            this.options = t || {
              locator: {}
            };
          }
          s.prototype.parseFromString = function(t, e) {
            var i = this.options;
            var s = new c;
            var r = i.domBuilder || new n;
            var a = i.errorHandler;
            var l = i.locator;
            var u = i.xmlns || {};
            var _ = /\/x?html?$/.test(e);
            var d = _ ? h.entityMap : {
              lt: "<",
              gt: ">",
              amp: "&",
              quot: '"',
              apos: "'"
            };
            l && r.setDocumentLocator(l);
            s.errorHandler = function(t, e, i) {
              if (!t) {
                if (e instanceof n) return e;
                t = e;
              }
              var s = {};
              var r = t instanceof Function;
              i = i || {};
              function a(e) {
                var n = t[e];
                !n && r && (n = 2 == t.length ? function(i) {
                  t(e, i);
                } : t);
                s[e] = n && function(t) {
                  n("[xmldom " + e + "]\t" + t + o(i));
                } || function() {};
              }
              a("warning");
              a("error");
              a("fatalError");
              return s;
            }(a, r, l);
            s.domBuilder = i.domBuilder || r;
            _ && (u[""] = "http://www.w3.org/1999/xhtml");
            u.xml = u.xml || "http://www.w3.org/XML/1998/namespace";
            t ? s.parse(t, u, d) : s.errorHandler.error("invalid doc source");
            return r.doc;
          };
          function n() {
            this.cdata = !1;
          }
          function r(t, e) {
            e.lineNumber = t.lineNumber;
            e.columnNumber = t.columnNumber;
          }
          n.prototype = {
            startDocument: function() {
              this.doc = (new u).createDocument(null, null, null);
              this.locator && (this.doc.documentURI = this.locator.systemId);
            },
            startElement: function(t, e, i, s) {
              var n = this.doc;
              var o = n.createElementNS(t, i || e);
              var a = s.length;
              l(this, o);
              this.currentElement = o;
              this.locator && r(this.locator, o);
              for (var h = 0; h < a; h++) {
                t = s.getURI(h);
                var c = s.getValue(h);
                i = s.getQName(h);
                var u = n.createAttributeNS(t, i);
                this.locator && r(s.getLocator(h), u);
                u.value = u.nodeValue = c;
                o.setAttributeNode(u);
              }
            },
            endElement: function(t, e, i) {
              var s = this.currentElement;
              s.tagName;
              this.currentElement = s.parentNode;
            },
            startPrefixMapping: function(t, e) {},
            endPrefixMapping: function(t) {},
            processingInstruction: function(t, e) {
              var i = this.doc.createProcessingInstruction(t, e);
              this.locator && r(this.locator, i);
              l(this, i);
            },
            ignorableWhitespace: function(t, e, i) {},
            characters: function(t, e, i) {
              if (t = a.apply(this, arguments)) {
                if (this.cdata) var s = this.doc.createCDATASection(t); else s = this.doc.createTextNode(t);
                this.currentElement ? this.currentElement.appendChild(s) : /^\s*$/.test(t) && this.doc.appendChild(s);
                this.locator && r(this.locator, s);
              }
            },
            skippedEntity: function(t) {},
            endDocument: function() {
              this.doc.normalize();
            },
            setDocumentLocator: function(t) {
              (this.locator = t) && (t.lineNumber = 0);
            },
            comment: function(t, e, i) {
              t = a.apply(this, arguments);
              var s = this.doc.createComment(t);
              this.locator && r(this.locator, s);
              l(this, s);
            },
            startCDATA: function() {
              this.cdata = !0;
            },
            endCDATA: function() {
              this.cdata = !1;
            },
            startDTD: function(t, e, i) {
              var s = this.doc.implementation;
              if (s && s.createDocumentType) {
                var n = s.createDocumentType(t, e, i);
                this.locator && r(this.locator, n);
                l(this, n);
              }
            },
            warning: function(t) {
              console.warn("[xmldom warning]\t" + t, o(this.locator));
            },
            error: function(t) {
              console.error("[xmldom error]\t" + t, o(this.locator));
            },
            fatalError: function(t) {
              console.error("[xmldom fatalError]\t" + t, o(this.locator));
              throw t;
            }
          };
          function o(t) {
            if (t) return "\n@" + (t.systemId || "") + "#[line:" + t.lineNumber + ",col:" + t.columnNumber + "]";
          }
          function a(t, e, i) {
            return "string" == typeof t ? t.substr(e, i) : t.length >= e + i || e ? new java.lang.String(t, e, i) + "" : t;
          }
          "endDTD,startEntity,endEntity,attributeDecl,elementDecl,externalEntityDecl,internalEntityDecl,resolveEntity,getExternalSubset,notationDecl,unparsedEntityDecl".replace(/\w+/g, (function(t) {
            n.prototype[t] = function() {
              return null;
            };
          }));
          function l(t, e) {
            t.currentElement ? t.currentElement.appendChild(e) : t.doc.appendChild(e);
          }
          var h = t("./entities");
          var c = t("./sax").XMLReader;
          var u = i.DOMImplementation = t("./dom").DOMImplementation;
          i.XMLSerializer = t("./dom").XMLSerializer;
          i.DOMParser = s;
        }, {
          "./dom": 40,
          "./entities": 41,
          "./sax": 42
        } ],
        40: [ function(t, e, i) {
          function s(t, e) {
            for (var i in t) e[i] = t[i];
          }
          function n(t, e) {
            var i = t.prototype;
            if (!(i instanceof e)) {
              function n() {}
              n.prototype = e.prototype;
              s(i, n = new n);
              t.prototype = i = n;
            }
            if (i.constructor != t) {
              "function" != typeof t && console.error("unknow Class:" + t);
              i.constructor = t;
            }
          }
          var r = {};
          var o = r.ELEMENT_NODE = 1;
          var a = r.ATTRIBUTE_NODE = 2;
          var l = r.TEXT_NODE = 3;
          var h = r.CDATA_SECTION_NODE = 4;
          var c = r.ENTITY_REFERENCE_NODE = 5;
          var u = r.ENTITY_NODE = 6;
          var _ = r.PROCESSING_INSTRUCTION_NODE = 7;
          var d = r.COMMENT_NODE = 8;
          var p = r.DOCUMENT_NODE = 9;
          var m = r.DOCUMENT_TYPE_NODE = 10;
          var f = r.DOCUMENT_FRAGMENT_NODE = 11;
          var g = r.NOTATION_NODE = 12;
          var y = {};
          var b = {};
          y.INDEX_SIZE_ERR = (b[1] = "Index size error", 1);
          y.DOMSTRING_SIZE_ERR = (b[2] = "DOMString size error", 2);
          var S = y.HIERARCHY_REQUEST_ERR = (b[3] = "Hierarchy request error", 3);
          y.WRONG_DOCUMENT_ERR = (b[4] = "Wrong document", 4);
          y.INVALID_CHARACTER_ERR = (b[5] = "Invalid character", 5);
          y.NO_DATA_ALLOWED_ERR = (b[6] = "No data allowed", 6);
          y.NO_MODIFICATION_ALLOWED_ERR = (b[7] = "No modification allowed", 7);
          var A = y.NOT_FOUND_ERR = (b[8] = "Not found", 8);
          y.NOT_SUPPORTED_ERR = (b[9] = "Not supported", 9);
          var T = y.INUSE_ATTRIBUTE_ERR = (b[10] = "Attribute in use", 10);
          y.INVALID_STATE_ERR = (b[11] = "Invalid state", 11);
          y.SYNTAX_ERR = (b[12] = "Syntax error", 12);
          y.INVALID_MODIFICATION_ERR = (b[13] = "Invalid modification", 13);
          y.NAMESPACE_ERR = (b[14] = "Invalid namespace", 14);
          y.INVALID_ACCESS_ERR = (b[15] = "Invalid access", 15);
          function v(t, e) {
            if (e instanceof Error) var i = e; else {
              i = this;
              Error.call(this, b[t]);
              this.message = b[t];
              Error.captureStackTrace && Error.captureStackTrace(this, v);
            }
            i.code = t;
            e && (this.message = this.message + ": " + e);
            return i;
          }
          v.prototype = Error.prototype;
          s(y, v);
          function E() {}
          E.prototype = {
            length: 0,
            item: function(t) {
              return this[t] || null;
            },
            toString: function(t, e) {
              for (var i = [], s = 0; s < this.length; s++) et(this[s], i, t, e);
              return i.join("");
            }
          };
          function C(t, e) {
            this._node = t;
            this._refresh = e;
            x(this);
          }
          function x(t) {
            var e = t._node._inc || t._node.ownerDocument._inc;
            if (t._inc != e) {
              var i = t._refresh(t._node);
              nt(t, "length", i.length);
              s(i, t);
              t._inc = e;
            }
          }
          C.prototype.item = function(t) {
            x(this);
            return this[t];
          };
          n(C, E);
          function w() {}
          function R(t, e) {
            var i = t.length;
            for (;i--; ) if (t[i] === e) return i;
          }
          function I(t, e, i, s) {
            s ? e[R(e, s)] = i : e[e.length++] = i;
            if (t) {
              i.ownerElement = t;
              var n = t.ownerDocument;
              if (n) {
                s && L(n, t, s);
                !function(t, e, i) {
                  t && t._inc++;
                  "http://www.w3.org/2000/xmlns/" == i.namespaceURI && (e._nsMap[i.prefix ? i.localName : ""] = i.value);
                }(n, t, i);
              }
            }
          }
          function M(t, e, i) {
            var s = R(e, i);
            if (!(s >= 0)) throw v(A, new Error(t.tagName + "@" + i));
            var n = e.length - 1;
            for (;s < n; ) e[s] = e[++s];
            e.length = n;
            if (t) {
              var r = t.ownerDocument;
              if (r) {
                L(r, t, i);
                i.ownerElement = null;
              }
            }
          }
          w.prototype = {
            length: 0,
            item: E.prototype.item,
            getNamedItem: function(t) {
              var e = this.length;
              for (;e--; ) {
                var i = this[e];
                if (i.nodeName == t) return i;
              }
            },
            setNamedItem: function(t) {
              var e = t.ownerElement;
              if (e && e != this._ownerElement) throw new v(T);
              var i = this.getNamedItem(t.nodeName);
              I(this._ownerElement, this, t, i);
              return i;
            },
            setNamedItemNS: function(t) {
              var e, i = t.ownerElement;
              if (i && i != this._ownerElement) throw new v(T);
              e = this.getNamedItemNS(t.namespaceURI, t.localName);
              I(this._ownerElement, this, t, e);
              return e;
            },
            removeNamedItem: function(t) {
              var e = this.getNamedItem(t);
              M(this._ownerElement, this, e);
              return e;
            },
            removeNamedItemNS: function(t, e) {
              var i = this.getNamedItemNS(t, e);
              M(this._ownerElement, this, i);
              return i;
            },
            getNamedItemNS: function(t, e) {
              var i = this.length;
              for (;i--; ) {
                var s = this[i];
                if (s.localName == e && s.namespaceURI == t) return s;
              }
              return null;
            }
          };
          function B(t) {
            this._features = {};
            if (t) for (var e in t) this._features = t[e];
          }
          B.prototype = {
            hasFeature: function(t, e) {
              var i = this._features[t.toLowerCase()];
              return !(!i || e && !(e in i));
            },
            createDocument: function(t, e, i) {
              var s = new N;
              s.implementation = this;
              s.childNodes = new E;
              s.doctype = i;
              i && s.appendChild(i);
              if (e) {
                var n = s.createElementNS(t, e);
                s.appendChild(n);
              }
              return s;
            },
            createDocumentType: function(t, e, i) {
              var s = new W;
              s.name = t;
              s.nodeName = t;
              s.publicId = e;
              s.systemId = i;
              return s;
            }
          };
          function D() {}
          D.prototype = {
            firstChild: null,
            lastChild: null,
            previousSibling: null,
            nextSibling: null,
            attributes: null,
            parentNode: null,
            childNodes: null,
            ownerDocument: null,
            nodeValue: null,
            namespaceURI: null,
            prefix: null,
            localName: null,
            insertBefore: function(t, e) {
              return k(this, t, e);
            },
            replaceChild: function(t, e) {
              this.insertBefore(t, e);
              e && this.removeChild(e);
            },
            removeChild: function(t) {
              return V(this, t);
            },
            appendChild: function(t) {
              return this.insertBefore(t, null);
            },
            hasChildNodes: function() {
              return null != this.firstChild;
            },
            cloneNode: function(t) {
              return st(this.ownerDocument || this, this, t);
            },
            normalize: function() {
              var t = this.firstChild;
              for (;t; ) {
                var e = t.nextSibling;
                if (e && e.nodeType == l && t.nodeType == l) {
                  this.removeChild(e);
                  t.appendData(e.data);
                } else {
                  t.normalize();
                  t = e;
                }
              }
            },
            isSupported: function(t, e) {
              return this.ownerDocument.implementation.hasFeature(t, e);
            },
            hasAttributes: function() {
              return this.attributes.length > 0;
            },
            lookupPrefix: function(t) {
              var e = this;
              for (;e; ) {
                var i = e._nsMap;
                if (i) for (var s in i) if (i[s] == t) return s;
                e = e.nodeType == a ? e.ownerDocument : e.parentNode;
              }
              return null;
            },
            lookupNamespaceURI: function(t) {
              var e = this;
              for (;e; ) {
                var i = e._nsMap;
                if (i && t in i) return i[t];
                e = e.nodeType == a ? e.ownerDocument : e.parentNode;
              }
              return null;
            },
            isDefaultNamespace: function(t) {
              return null == this.lookupPrefix(t);
            }
          };
          function P(t) {
            return ("<" == t ? "&lt;" : ">" == t && "&gt;") || "&" == t && "&amp;" || '"' == t && "&quot;" || "&#" + t.charCodeAt() + ";";
          }
          s(r, D);
          s(r, D.prototype);
          function O(t, e) {
            if (e(t)) return !0;
            if (t = t.firstChild) do {
              if (O(t, e)) return !0;
            } while (t = t.nextSibling);
          }
          function N() {}
          function L(t, e, i, s) {
            t && t._inc++;
            "http://www.w3.org/2000/xmlns/" == i.namespaceURI && delete e._nsMap[i.prefix ? i.localName : ""];
          }
          function F(t, e, i) {
            if (t && t._inc) {
              t._inc++;
              var s = e.childNodes;
              if (i) s[s.length++] = i; else {
                var n = e.firstChild;
                var r = 0;
                for (;n; ) {
                  s[r++] = n;
                  n = n.nextSibling;
                }
                s.length = r;
              }
            }
          }
          function V(t, e) {
            var i = e.previousSibling;
            var s = e.nextSibling;
            i ? i.nextSibling = s : t.firstChild = s;
            s ? s.previousSibling = i : t.lastChild = i;
            F(t.ownerDocument, t);
            return e;
          }
          function k(t, e, i) {
            var s = e.parentNode;
            s && s.removeChild(e);
            if (e.nodeType === f) {
              var n = e.firstChild;
              if (null == n) return e;
              var r = e.lastChild;
            } else n = r = e;
            var o = i ? i.previousSibling : t.lastChild;
            n.previousSibling = o;
            r.nextSibling = i;
            o ? o.nextSibling = n : t.firstChild = n;
            null == i ? t.lastChild = r : i.previousSibling = r;
            do {
              n.parentNode = t;
            } while (n !== r && (n = n.nextSibling));
            F(t.ownerDocument || t, t);
            e.nodeType == f && (e.firstChild = e.lastChild = null);
            return e;
          }
          N.prototype = {
            nodeName: "#document",
            nodeType: p,
            doctype: null,
            documentElement: null,
            _inc: 1,
            insertBefore: function(t, e) {
              if (t.nodeType == f) {
                var i = t.firstChild;
                for (;i; ) {
                  var s = i.nextSibling;
                  this.insertBefore(i, e);
                  i = s;
                }
                return t;
              }
              null == this.documentElement && t.nodeType == o && (this.documentElement = t);
              return k(this, t, e), t.ownerDocument = this, t;
            },
            removeChild: function(t) {
              this.documentElement == t && (this.documentElement = null);
              return V(this, t);
            },
            importNode: function(t, e) {
              return it(this, t, e);
            },
            getElementById: function(t) {
              var e = null;
              O(this.documentElement, (function(i) {
                if (i.nodeType == o && i.getAttribute("id") == t) {
                  e = i;
                  return !0;
                }
              }));
              return e;
            },
            createElement: function(t) {
              var e = new U;
              e.ownerDocument = this;
              e.nodeName = t;
              e.tagName = t;
              e.childNodes = new E;
              (e.attributes = new w)._ownerElement = e;
              return e;
            },
            createDocumentFragment: function() {
              var t = new J;
              t.ownerDocument = this;
              t.childNodes = new E;
              return t;
            },
            createTextNode: function(t) {
              var e = new H;
              e.ownerDocument = this;
              e.appendData(t);
              return e;
            },
            createComment: function(t) {
              var e = new j;
              e.ownerDocument = this;
              e.appendData(t);
              return e;
            },
            createCDATASection: function(t) {
              var e = new X;
              e.ownerDocument = this;
              e.appendData(t);
              return e;
            },
            createProcessingInstruction: function(t, e) {
              var i = new Z;
              i.ownerDocument = this;
              i.tagName = i.target = t;
              i.nodeValue = i.data = e;
              return i;
            },
            createAttribute: function(t) {
              var e = new G;
              e.ownerDocument = this;
              e.name = t;
              e.nodeName = t;
              e.localName = t;
              e.specified = !0;
              return e;
            },
            createEntityReference: function(t) {
              var e = new K;
              e.ownerDocument = this;
              e.nodeName = t;
              return e;
            },
            createElementNS: function(t, e) {
              var i = new U;
              var s = e.split(":");
              var n = i.attributes = new w;
              i.childNodes = new E;
              i.ownerDocument = this;
              i.nodeName = e;
              i.tagName = e;
              i.namespaceURI = t;
              if (2 == s.length) {
                i.prefix = s[0];
                i.localName = s[1];
              } else i.localName = e;
              n._ownerElement = i;
              return i;
            },
            createAttributeNS: function(t, e) {
              var i = new G;
              var s = e.split(":");
              i.ownerDocument = this;
              i.nodeName = e;
              i.name = e;
              i.namespaceURI = t;
              i.specified = !0;
              if (2 == s.length) {
                i.prefix = s[0];
                i.localName = s[1];
              } else i.localName = e;
              return i;
            }
          };
          n(N, D);
          function U() {
            this._nsMap = {};
          }
          U.prototype = {
            nodeType: o,
            hasAttribute: function(t) {
              return null != this.getAttributeNode(t);
            },
            getAttribute: function(t) {
              var e = this.getAttributeNode(t);
              return e && e.value || "";
            },
            getAttributeNode: function(t) {
              return this.attributes.getNamedItem(t);
            },
            setAttribute: function(t, e) {
              var i = this.ownerDocument.createAttribute(t);
              i.value = i.nodeValue = "" + e;
              this.setAttributeNode(i);
            },
            removeAttribute: function(t) {
              var e = this.getAttributeNode(t);
              e && this.removeAttributeNode(e);
            },
            appendChild: function(t) {
              return t.nodeType === f ? this.insertBefore(t, null) : function(t, e) {
                var i = e.parentNode;
                if (i) {
                  var s = t.lastChild;
                  i.removeChild(e);
                  s = t.lastChild;
                }
                s = t.lastChild;
                e.parentNode = t;
                e.previousSibling = s;
                e.nextSibling = null;
                s ? s.nextSibling = e : t.firstChild = e;
                t.lastChild = e;
                F(t.ownerDocument, t, e);
                return e;
              }(this, t);
            },
            setAttributeNode: function(t) {
              return this.attributes.setNamedItem(t);
            },
            setAttributeNodeNS: function(t) {
              return this.attributes.setNamedItemNS(t);
            },
            removeAttributeNode: function(t) {
              return this.attributes.removeNamedItem(t.nodeName);
            },
            removeAttributeNS: function(t, e) {
              var i = this.getAttributeNodeNS(t, e);
              i && this.removeAttributeNode(i);
            },
            hasAttributeNS: function(t, e) {
              return null != this.getAttributeNodeNS(t, e);
            },
            getAttributeNS: function(t, e) {
              var i = this.getAttributeNodeNS(t, e);
              return i && i.value || "";
            },
            setAttributeNS: function(t, e, i) {
              var s = this.ownerDocument.createAttributeNS(t, e);
              s.value = s.nodeValue = "" + i;
              this.setAttributeNode(s);
            },
            getAttributeNodeNS: function(t, e) {
              return this.attributes.getNamedItemNS(t, e);
            },
            getElementsByTagName: function(t) {
              return new C(this, (function(e) {
                var i = [];
                O(e, (function(s) {
                  s === e || s.nodeType != o || "*" !== t && s.tagName != t || i.push(s);
                }));
                return i;
              }));
            },
            getElementsByTagNameNS: function(t, e) {
              return new C(this, (function(i) {
                var s = [];
                O(i, (function(n) {
                  n === i || n.nodeType !== o || "*" !== t && n.namespaceURI !== t || "*" !== e && n.localName != e || s.push(n);
                }));
                return s;
              }));
            }
          };
          N.prototype.getElementsByTagName = U.prototype.getElementsByTagName;
          N.prototype.getElementsByTagNameNS = U.prototype.getElementsByTagNameNS;
          n(U, D);
          function G() {}
          G.prototype.nodeType = a;
          n(G, D);
          function z() {}
          z.prototype = {
            data: "",
            substringData: function(t, e) {
              return this.data.substring(t, t + e);
            },
            appendData: function(t) {
              t = this.data + t;
              this.nodeValue = this.data = t;
              this.length = t.length;
            },
            insertData: function(t, e) {
              this.replaceData(t, 0, e);
            },
            appendChild: function(t) {
              throw new Error(b[S]);
            },
            deleteData: function(t, e) {
              this.replaceData(t, e, "");
            },
            replaceData: function(t, e, i) {
              i = this.data.substring(0, t) + i + this.data.substring(t + e);
              this.nodeValue = this.data = i;
              this.length = i.length;
            }
          };
          n(z, D);
          function H() {}
          H.prototype = {
            nodeName: "#text",
            nodeType: l,
            splitText: function(t) {
              var e = this.data;
              var i = e.substring(t);
              e = e.substring(0, t);
              this.data = this.nodeValue = e;
              this.length = e.length;
              var s = this.ownerDocument.createTextNode(i);
              this.parentNode && this.parentNode.insertBefore(s, this.nextSibling);
              return s;
            }
          };
          n(H, z);
          function j() {}
          j.prototype = {
            nodeName: "#comment",
            nodeType: d
          };
          n(j, z);
          function X() {}
          X.prototype = {
            nodeName: "#cdata-section",
            nodeType: h
          };
          n(X, z);
          function W() {}
          W.prototype.nodeType = m;
          n(W, D);
          function Y() {}
          Y.prototype.nodeType = g;
          n(Y, D);
          function q() {}
          q.prototype.nodeType = u;
          n(q, D);
          function K() {}
          K.prototype.nodeType = c;
          n(K, D);
          function J() {}
          J.prototype.nodeName = "#document-fragment";
          J.prototype.nodeType = f;
          n(J, D);
          function Z() {}
          Z.prototype.nodeType = _;
          n(Z, D);
          function Q() {}
          Q.prototype.serializeToString = function(t, e, i) {
            return $.call(t, e, i);
          };
          D.prototype.toString = $;
          function $(t, e) {
            var i = [];
            var s = 9 == this.nodeType && this.documentElement || this;
            var n = s.prefix;
            var r = s.namespaceURI;
            if (r && null == n) {
              if (null == (n = s.lookupPrefix(r))) var o = [ {
                namespace: r,
                prefix: null
              } ];
            }
            et(this, i, t, e, o);
            return i.join("");
          }
          function tt(t, e, i) {
            var s = t.prefix || "";
            var n = t.namespaceURI;
            if (!s && !n) return !1;
            if ("xml" === s && "http://www.w3.org/XML/1998/namespace" === n || "http://www.w3.org/2000/xmlns/" == n) return !1;
            var r = i.length;
            for (;r--; ) {
              var o = i[r];
              if (o.prefix == s) return o.namespace != n;
            }
            return !0;
          }
          function et(t, e, i, s, n) {
            if (s) {
              if (!(t = s(t))) return;
              if ("string" == typeof t) {
                e.push(t);
                return;
              }
            }
            switch (t.nodeType) {
             case o:
              n || (n = []);
              n.length;
              var r = t.attributes;
              var u = r.length;
              var g = t.firstChild;
              var y = t.tagName;
              i = "http://www.w3.org/1999/xhtml" === t.namespaceURI || i;
              e.push("<", y);
              for (var b = 0; b < u; b++) {
                "xmlns" == (S = r.item(b)).prefix ? n.push({
                  prefix: S.localName,
                  namespace: S.value
                }) : "xmlns" == S.nodeName && n.push({
                  prefix: "",
                  namespace: S.value
                });
              }
              for (b = 0; b < u; b++) {
                var S;
                if (tt(S = r.item(b), 0, n)) {
                  var A = S.prefix || "";
                  var T = S.namespaceURI;
                  var v = A ? " xmlns:" + A : " xmlns";
                  e.push(v, '="', T, '"');
                  n.push({
                    prefix: A,
                    namespace: T
                  });
                }
                et(S, e, i, s, n);
              }
              if (tt(t, 0, n)) {
                A = t.prefix || "";
                T = t.namespaceURI;
                v = A ? " xmlns:" + A : " xmlns";
                e.push(v, '="', T, '"');
                n.push({
                  prefix: A,
                  namespace: T
                });
              }
              if (g || i && !/^(?:meta|link|img|br|hr|input)$/i.test(y)) {
                e.push(">");
                if (i && /^script$/i.test(y)) for (;g; ) {
                  g.data ? e.push(g.data) : et(g, e, i, s, n);
                  g = g.nextSibling;
                } else for (;g; ) {
                  et(g, e, i, s, n);
                  g = g.nextSibling;
                }
                e.push("</", y, ">");
              } else e.push("/>");
              return;

             case p:
             case f:
              g = t.firstChild;
              for (;g; ) {
                et(g, e, i, s, n);
                g = g.nextSibling;
              }
              return;

             case a:
              return e.push(" ", t.name, '="', t.value.replace(/[<&"]/g, P), '"');

             case l:
              return e.push(t.data.replace(/[<&]/g, P));

             case h:
              return e.push("<![CDATA[", t.data, "]]>");

             case d:
              return e.push("\x3c!--", t.data, "--\x3e");

             case m:
              var E = t.publicId;
              var C = t.systemId;
              e.push("<!DOCTYPE ", t.name);
              if (E) {
                e.push(' PUBLIC "', E);
                C && "." != C && e.push('" "', C);
                e.push('">');
              } else if (C && "." != C) e.push(' SYSTEM "', C, '">'); else {
                var x = t.internalSubset;
                x && e.push(" [", x, "]");
                e.push(">");
              }
              return;

             case _:
              return e.push("<?", t.target, " ", t.data, "?>");

             case c:
              return e.push("&", t.nodeName, ";");

             default:
              e.push("??", t.nodeName);
            }
          }
          function it(t, e, i) {
            var s;
            switch (e.nodeType) {
             case o:
              (s = e.cloneNode(!1)).ownerDocument = t;

             case f:
              break;

             case a:
              i = !0;
            }
            s || (s = e.cloneNode(!1));
            s.ownerDocument = t;
            s.parentNode = null;
            if (i) {
              var n = e.firstChild;
              for (;n; ) {
                s.appendChild(it(t, n, i));
                n = n.nextSibling;
              }
            }
            return s;
          }
          function st(t, e, i) {
            var s = new e.constructor;
            for (var n in e) {
              var r = e[n];
              "object" != typeof r && r != s[n] && (s[n] = r);
            }
            e.childNodes && (s.childNodes = new E);
            s.ownerDocument = t;
            switch (s.nodeType) {
             case o:
              var l = e.attributes;
              var h = s.attributes = new w;
              var c = l.length;
              h._ownerElement = s;
              for (var u = 0; u < c; u++) s.setAttributeNode(st(t, l.item(u), !0));
              break;

             case a:
              i = !0;
            }
            if (i) {
              var _ = e.firstChild;
              for (;_; ) {
                s.appendChild(st(t, _, i));
                _ = _.nextSibling;
              }
            }
            return s;
          }
          function nt(t, e, i) {
            t[e] = i;
          }
          try {
            if (Object.defineProperty) {
              Object.defineProperty(C.prototype, "length", {
                get: function() {
                  x(this);
                  return this.$$length;
                }
              });
              Object.defineProperty(D.prototype, "textContent", {
                get: function() {
                  return rt(this);
                },
                set: function(t) {
                  switch (this.nodeType) {
                   case o:
                   case f:
                    for (;this.firstChild; ) this.removeChild(this.firstChild);
                    (t || String(t)) && this.appendChild(this.ownerDocument.createTextNode(t));
                    break;

                   default:
                    this.data = t;
                    this.value = t;
                    this.nodeValue = t;
                  }
                }
              });
              function rt(t) {
                switch (t.nodeType) {
                 case o:
                 case f:
                  var e = [];
                  t = t.firstChild;
                  for (;t; ) {
                    7 !== t.nodeType && 8 !== t.nodeType && e.push(rt(t));
                    t = t.nextSibling;
                  }
                  return e.join("");

                 default:
                  return t.nodeValue;
                }
              }
              nt = function(t, e, i) {
                t["$$" + e] = i;
              };
            }
          } catch (ot) {}
          i.DOMImplementation = B;
          i.XMLSerializer = Q;
        }, {} ],
        41: [ function(t, e, i) {
          i.entityMap = {
            lt: "<",
            gt: ">",
            amp: "&",
            quot: '"',
            apos: "'",
            Agrave: "À",
            Aacute: "Á",
            Acirc: "Â",
            Atilde: "Ã",
            Auml: "Ä",
            Aring: "Å",
            AElig: "Æ",
            Ccedil: "Ç",
            Egrave: "È",
            Eacute: "É",
            Ecirc: "Ê",
            Euml: "Ë",
            Igrave: "Ì",
            Iacute: "Í",
            Icirc: "Î",
            Iuml: "Ï",
            ETH: "Ð",
            Ntilde: "Ñ",
            Ograve: "Ò",
            Oacute: "Ó",
            Ocirc: "Ô",
            Otilde: "Õ",
            Ouml: "Ö",
            Oslash: "Ø",
            Ugrave: "Ù",
            Uacute: "Ú",
            Ucirc: "Û",
            Uuml: "Ü",
            Yacute: "Ý",
            THORN: "Þ",
            szlig: "ß",
            agrave: "à",
            aacute: "á",
            acirc: "â",
            atilde: "ã",
            auml: "ä",
            aring: "å",
            aelig: "æ",
            ccedil: "ç",
            egrave: "è",
            eacute: "é",
            ecirc: "ê",
            euml: "ë",
            igrave: "ì",
            iacute: "í",
            icirc: "î",
            iuml: "ï",
            eth: "ð",
            ntilde: "ñ",
            ograve: "ò",
            oacute: "ó",
            ocirc: "ô",
            otilde: "õ",
            ouml: "ö",
            oslash: "ø",
            ugrave: "ù",
            uacute: "ú",
            ucirc: "û",
            uuml: "ü",
            yacute: "ý",
            thorn: "þ",
            yuml: "ÿ",
            nbsp: " ",
            iexcl: "¡",
            cent: "¢",
            pound: "£",
            curren: "¤",
            yen: "¥",
            brvbar: "¦",
            sect: "§",
            uml: "¨",
            copy: "©",
            ordf: "ª",
            laquo: "«",
            not: "¬",
            shy: "­­",
            reg: "®",
            macr: "¯",
            deg: "°",
            plusmn: "±",
            sup2: "²",
            sup3: "³",
            acute: "´",
            micro: "µ",
            para: "¶",
            middot: "·",
            cedil: "¸",
            sup1: "¹",
            ordm: "º",
            raquo: "»",
            frac14: "¼",
            frac12: "½",
            frac34: "¾",
            iquest: "¿",
            times: "×",
            divide: "÷",
            forall: "∀",
            part: "∂",
            exist: "∃",
            empty: "∅",
            nabla: "∇",
            isin: "∈",
            notin: "∉",
            ni: "∋",
            prod: "∏",
            sum: "∑",
            minus: "−",
            lowast: "∗",
            radic: "√",
            prop: "∝",
            infin: "∞",
            ang: "∠",
            and: "∧",
            or: "∨",
            cap: "∩",
            cup: "∪",
            int: "∫",
            there4: "∴",
            sim: "∼",
            cong: "≅",
            asymp: "≈",
            ne: "≠",
            equiv: "≡",
            le: "≤",
            ge: "≥",
            sub: "⊂",
            sup: "⊃",
            nsub: "⊄",
            sube: "⊆",
            supe: "⊇",
            oplus: "⊕",
            otimes: "⊗",
            perp: "⊥",
            sdot: "⋅",
            Alpha: "Α",
            Beta: "Β",
            Gamma: "Γ",
            Delta: "Δ",
            Epsilon: "Ε",
            Zeta: "Ζ",
            Eta: "Η",
            Theta: "Θ",
            Iota: "Ι",
            Kappa: "Κ",
            Lambda: "Λ",
            Mu: "Μ",
            Nu: "Ν",
            Xi: "Ξ",
            Omicron: "Ο",
            Pi: "Π",
            Rho: "Ρ",
            Sigma: "Σ",
            Tau: "Τ",
            Upsilon: "Υ",
            Phi: "Φ",
            Chi: "Χ",
            Psi: "Ψ",
            Omega: "Ω",
            alpha: "α",
            beta: "β",
            gamma: "γ",
            delta: "δ",
            epsilon: "ε",
            zeta: "ζ",
            eta: "η",
            theta: "θ",
            iota: "ι",
            kappa: "κ",
            lambda: "λ",
            mu: "μ",
            nu: "ν",
            xi: "ξ",
            omicron: "ο",
            pi: "π",
            rho: "ρ",
            sigmaf: "ς",
            sigma: "σ",
            tau: "τ",
            upsilon: "υ",
            phi: "φ",
            chi: "χ",
            psi: "ψ",
            omega: "ω",
            thetasym: "ϑ",
            upsih: "ϒ",
            piv: "ϖ",
            OElig: "Œ",
            oelig: "œ",
            Scaron: "Š",
            scaron: "š",
            Yuml: "Ÿ",
            fnof: "ƒ",
            circ: "ˆ",
            tilde: "˜",
            ensp: " ",
            emsp: " ",
            thinsp: " ",
            zwnj: "‌",
            zwj: "‍",
            lrm: "‎",
            rlm: "‏",
            ndash: "–",
            mdash: "—",
            lsquo: "‘",
            rsquo: "’",
            sbquo: "‚",
            ldquo: "“",
            rdquo: "”",
            bdquo: "„",
            dagger: "†",
            Dagger: "‡",
            bull: "•",
            hellip: "…",
            permil: "‰",
            prime: "′",
            Prime: "″",
            lsaquo: "‹",
            rsaquo: "›",
            oline: "‾",
            euro: "€",
            trade: "™",
            larr: "←",
            uarr: "↑",
            rarr: "→",
            darr: "↓",
            harr: "↔",
            crarr: "↵",
            lceil: "⌈",
            rceil: "⌉",
            lfloor: "⌊",
            rfloor: "⌋",
            loz: "◊",
            spades: "♠",
            clubs: "♣",
            hearts: "♥",
            diams: "♦"
          };
        }, {} ],
        42: [ function(t, e, i) {
          var s = /[A-Z_a-z\xC0-\xD6\xD8-\xF6\u00F8-\u02FF\u0370-\u037D\u037F-\u1FFF\u200C-\u200D\u2070-\u218F\u2C00-\u2FEF\u3001-\uD7FF\uF900-\uFDCF\uFDF0-\uFFFD]/;
          var n = new RegExp("[\\-\\.0-9" + s.source.slice(1, -1) + "\\u00B7\\u0300-\\u036F\\u203F-\\u2040]");
          var r = new RegExp("^" + s.source + n.source + "*(?::" + s.source + n.source + "*)?$");
          function o() {}
          o.prototype = {
            parse: function(t, e, i) {
              var s = this.domBuilder;
              s.startDocument();
              _(e, e = {});
              !function(t, e, i, s, n) {
                function r(t) {
                  if (t > 65535) {
                    var e = 55296 + ((t -= 65536) >> 10), i = 56320 + (1023 & t);
                    return String.fromCharCode(e, i);
                  }
                  return String.fromCharCode(t);
                }
                function o(t) {
                  var e = t.slice(1, -1);
                  if (e in i) return i[e];
                  if ("#" === e.charAt(0)) return r(parseInt(e.substr(1).replace("x", "0x")));
                  n.error("entity not found:" + t);
                  return t;
                }
                function _(e) {
                  if (e > v) {
                    var i = t.substring(v, e).replace(/&#?\w+;/g, o);
                    S && f(v);
                    s.characters(i, 0, e - v);
                    v = e;
                  }
                }
                function f(e, i) {
                  for (;e >= y && (i = b.exec(t)); ) {
                    g = i.index;
                    y = g + i[0].length;
                    S.lineNumber++;
                  }
                  S.columnNumber = e - g + 1;
                }
                var g = 0;
                var y = 0;
                var b = /.*(?:\r\n?|\n)|.*$/g;
                var S = s.locator;
                var A = [ {
                  currentNSMap: e
                } ];
                var T = {};
                var v = 0;
                for (;;) {
                  try {
                    var E = t.indexOf("<", v);
                    if (E < 0) {
                      if (!t.substr(v).match(/^\s*$/)) {
                        var C = s.doc;
                        var x = C.createTextNode(t.substr(v));
                        C.appendChild(x);
                        s.currentElement = x;
                      }
                      return;
                    }
                    E > v && _(E);
                    switch (t.charAt(E + 1)) {
                     case "/":
                      var w = t.indexOf(">", E + 3);
                      var R = t.substring(E + 2, w);
                      var I = A.pop();
                      if (w < 0) {
                        R = t.substring(E + 2).replace(/[\s<].*/, "");
                        n.error("end tag name: " + R + " is not complete:" + I.tagName);
                        w = E + 1 + R.length;
                      } else if (R.match(/\s</)) {
                        R = R.replace(/[\s<].*/, "");
                        n.error("end tag name: " + R + " maybe not complete");
                        w = E + 1 + R.length;
                      }
                      var M = I.localNSMap;
                      var B = I.tagName == R;
                      if (B || I.tagName && I.tagName.toLowerCase() == R.toLowerCase()) {
                        s.endElement(I.uri, I.localName, R);
                        if (M) for (var D in M) s.endPrefixMapping(D);
                        B || n.fatalError("end tag name: " + R + " is not match the current start tagName:" + I.tagName);
                      } else A.push(I);
                      w++;
                      break;

                     case "?":
                      S && f(E);
                      w = p(t, E, s);
                      break;

                     case "!":
                      S && f(E);
                      w = d(t, E, s, n);
                      break;

                     default:
                      S && f(E);
                      var P = new m;
                      var O = A[A.length - 1].currentNSMap;
                      w = l(t, E, P, O, o, n);
                      var N = P.length;
                      if (!P.closed && u(t, w, P.tagName, T)) {
                        P.closed = !0;
                        i.nbsp || n.warning("unclosed xml attribute");
                      }
                      if (S && N) {
                        var L = a(S, {});
                        for (var F = 0; F < N; F++) {
                          var V = P[F];
                          f(V.offset);
                          V.locator = a(S, {});
                        }
                        s.locator = L;
                        h(P, s, O) && A.push(P);
                        s.locator = S;
                      } else h(P, s, O) && A.push(P);
                      "http://www.w3.org/1999/xhtml" !== P.uri || P.closed ? w++ : w = c(t, w, P.tagName, o, s);
                    }
                  } catch (t) {
                    n.error("element parse error: " + t);
                    w = -1;
                  }
                  w > v ? v = w : _(Math.max(E, v) + 1);
                }
              }(t, e, i, s, this.errorHandler);
              s.endDocument();
            }
          };
          function a(t, e) {
            e.lineNumber = t.lineNumber;
            e.columnNumber = t.columnNumber;
            return e;
          }
          function l(t, e, i, s, n, r) {
            var o;
            var a = ++e;
            var l = 0;
            for (;;) {
              var h = t.charAt(a);
              switch (h) {
               case "=":
                if (1 === l) {
                  o = t.slice(e, a);
                  l = 3;
                } else {
                  if (2 !== l) throw new Error("attribute equal must after attrName");
                  l = 3;
                }
                break;

               case "'":
               case '"':
                if (3 === l || 1 === l) {
                  if (1 === l) {
                    r.warning('attribute value must after "="');
                    o = t.slice(e, a);
                  }
                  e = a + 1;
                  if (!((a = t.indexOf(h, e)) > 0)) throw new Error("attribute value no end '" + h + "' match");
                  c = t.slice(e, a).replace(/&#?\w+;/g, n);
                  i.add(o, c, e - 1);
                  l = 5;
                } else {
                  if (4 != l) throw new Error('attribute value must after "="');
                  c = t.slice(e, a).replace(/&#?\w+;/g, n);
                  i.add(o, c, e);
                  r.warning('attribute "' + o + '" missed start quot(' + h + ")!!");
                  e = a + 1;
                  l = 5;
                }
                break;

               case "/":
                switch (l) {
                 case 0:
                  i.setTagName(t.slice(e, a));

                 case 5:
                 case 6:
                 case 7:
                  l = 7;
                  i.closed = !0;

                 case 4:
                 case 1:
                 case 2:
                  break;

                 default:
                  throw new Error("attribute invalid close char('/')");
                }
                break;

               case "":
                r.error("unexpected end of input");
                0 == l && i.setTagName(t.slice(e, a));
                return a;

               case ">":
                switch (l) {
                 case 0:
                  i.setTagName(t.slice(e, a));

                 case 5:
                 case 6:
                 case 7:
                  break;

                 case 4:
                 case 1:
                  if ("/" === (c = t.slice(e, a)).slice(-1)) {
                    i.closed = !0;
                    c = c.slice(0, -1);
                  }

                 case 2:
                  2 === l && (c = o);
                  if (4 == l) {
                    r.warning('attribute "' + c + '" missed quot(")!!');
                    i.add(o, c.replace(/&#?\w+;/g, n), e);
                  } else {
                    "http://www.w3.org/1999/xhtml" === s[""] && c.match(/^(?:disabled|checked|selected)$/i) || r.warning('attribute "' + c + '" missed value!! "' + c + '" instead!!');
                    i.add(c, c, e);
                  }
                  break;

                 case 3:
                  throw new Error("attribute value missed!!");
                }
                return a;

               case "€":
                h = " ";

               default:
                if (h <= " ") switch (l) {
                 case 0:
                  i.setTagName(t.slice(e, a));
                  l = 6;
                  break;

                 case 1:
                  o = t.slice(e, a);
                  l = 2;
                  break;

                 case 4:
                  var c = t.slice(e, a).replace(/&#?\w+;/g, n);
                  r.warning('attribute "' + c + '" missed quot(")!!');
                  i.add(o, c, e);

                 case 5:
                  l = 6;
                } else switch (l) {
                 case 2:
                  i.tagName;
                  "http://www.w3.org/1999/xhtml" === s[""] && o.match(/^(?:disabled|checked|selected)$/i) || r.warning('attribute "' + o + '" missed value!! "' + o + '" instead2!!');
                  i.add(o, o, e);
                  e = a;
                  l = 1;
                  break;

                 case 5:
                  r.warning('attribute space is required"' + o + '"!!');

                 case 6:
                  l = 1;
                  e = a;
                  break;

                 case 3:
                  l = 4;
                  e = a;
                  break;

                 case 7:
                  throw new Error("elements closed character '/' and '>' must be connected to");
                }
              }
              a++;
            }
          }
          function h(t, e, i) {
            var s = t.tagName;
            var n = null;
            var r = t.length;
            for (;r--; ) {
              var o = t[r];
              var a = o.qName;
              var l = o.value;
              if ((d = a.indexOf(":")) > 0) {
                var h = o.prefix = a.slice(0, d);
                var c = a.slice(d + 1);
                var u = "xmlns" === h && c;
              } else {
                c = a;
                h = null;
                u = "xmlns" === a && "";
              }
              o.localName = c;
              if (!1 !== u) {
                if (null == n) {
                  n = {};
                  _(i, i = {});
                }
                i[u] = n[u] = l;
                o.uri = "http://www.w3.org/2000/xmlns/";
                e.startPrefixMapping(u, l);
              }
            }
            r = t.length;
            for (;r--; ) {
              if (h = (o = t[r]).prefix) {
                "xml" === h && (o.uri = "http://www.w3.org/XML/1998/namespace");
                "xmlns" !== h && (o.uri = i[h || ""]);
              }
            }
            var d;
            if ((d = s.indexOf(":")) > 0) {
              h = t.prefix = s.slice(0, d);
              c = t.localName = s.slice(d + 1);
            } else {
              h = null;
              c = t.localName = s;
            }
            var p = t.uri = i[h || ""];
            e.startElement(p, c, s, t);
            if (!t.closed) {
              t.currentNSMap = i;
              t.localNSMap = n;
              return !0;
            }
            e.endElement(p, c, s);
            if (n) for (h in n) e.endPrefixMapping(h);
          }
          function c(t, e, i, s, n) {
            if (/^(?:script|textarea)$/i.test(i)) {
              var r = t.indexOf("</" + i + ">", e);
              var o = t.substring(e + 1, r);
              if (/[&<]/.test(o)) {
                if (/^script$/i.test(i)) {
                  n.characters(o, 0, o.length);
                  return r;
                }
                o = o.replace(/&#?\w+;/g, s);
                n.characters(o, 0, o.length);
                return r;
              }
            }
            return e + 1;
          }
          function u(t, e, i, s) {
            var n = s[i];
            if (null == n) {
              (n = t.lastIndexOf("</" + i + ">")) < e && (n = t.lastIndexOf("</" + i));
              s[i] = n;
            }
            return n < e;
          }
          function _(t, e) {
            for (var i in t) e[i] = t[i];
          }
          function d(t, e, i, s) {
            if ("-" === t.charAt(e + 2)) {
              if ("-" === t.charAt(e + 3)) {
                if ((n = t.indexOf("--\x3e", e + 4)) > e) {
                  i.comment(t, e + 4, n - e - 4);
                  return n + 3;
                }
                s.error("Unclosed comment");
                return -1;
              }
              return -1;
            }
            if ("CDATA[" == t.substr(e + 3, 6)) {
              var n = t.indexOf("]]>", e + 9);
              i.startCDATA();
              i.characters(t, e + 9, n - e - 9);
              i.endCDATA();
              return n + 3;
            }
            var r = function(t, e) {
              var i;
              var s = [];
              var n = /'[^']+'|"[^"]+"|[^\s<>\/=]+=?|(\/?\s*>|<)/g;
              n.lastIndex = e;
              n.exec(t);
              for (;i = n.exec(t); ) {
                s.push(i);
                if (i[1]) return s;
              }
            }(t, e);
            var o = r.length;
            if (o > 1 && /!doctype/i.test(r[0][0])) {
              var a = r[1][0];
              var l = o > 3 && /^public$/i.test(r[2][0]) && r[3][0];
              var h = o > 4 && r[4][0];
              var c = r[o - 1];
              i.startDTD(a, l && l.replace(/^(['"])(.*?)\1$/, "$2"), h && h.replace(/^(['"])(.*?)\1$/, "$2"));
              i.endDTD();
              return c.index + c[0].length;
            }
            return -1;
          }
          function p(t, e, i) {
            var s = t.indexOf("?>", e);
            if (s) {
              var n = t.substring(e, s).match(/^<\?(\S*)\s*([\s\S]*?)\s*$/);
              if (n) {
                n[0].length;
                i.processingInstruction(n[1], n[2]);
                return s + 2;
              }
              return -1;
            }
            return -1;
          }
          function m(t) {}
          m.prototype = {
            setTagName: function(t) {
              if (!r.test(t)) throw new Error("invalid tagName:" + t);
              this.tagName = t;
            },
            add: function(t, e, i) {
              if (!r.test(t)) throw new Error("invalid attribute:" + t);
              this[this.length++] = {
                qName: t,
                value: e,
                offset: i
              };
            },
            length: 0,
            getLocalName: function(t) {
              return this[t].localName;
            },
            getLocator: function(t) {
              return this[t].locator;
            },
            getQName: function(t) {
              return this[t].qName;
            },
            getURI: function(t) {
              return this[t].uri;
            },
            getValue: function(t) {
              return this[t].value;
            }
          };
          i.XMLReader = o;
        }, {} ]
      }, {}, [ 5 ]);
    },
    915: () => {
      "use strict";
      System.register([], (function(t, e) {
        var i;
        t("Application", void 0);
        return {
          setters: [],
          execute: function() {
            t("Application", class {
              constructor() {
                this.settingsPath = "src/settings.json";
                this.showFPS = !0;
              }
              init(t) {
                (i = t).game.onPostBaseInitDelegate.add(this.onPostInitBase.bind(this));
                i.game.onPostSubsystemInitDelegate.add(this.onPostSystemInit.bind(this));
              }
              onPostInitBase() {}
              onPostSystemInit() {}
              start() {
                return i.game.init({
                  debugMode: i.DebugMode.INFO,
                  settingsPath: this.settingsPath,
                  overrideSettings: {
                    profiling: {
                      showFPS: this.showFPS
                    }
                  }
                }).then((() => i.game.run()));
              }
            });
          }
        };
      }));
    },
    513: () => {
      "use strict";
      System.register([], (function(t, e) {
        return {
          execute: function() {
            System.register("chunks:///_virtual/rollupPluginModLoBabelHelpers.js", [], (function(t) {
              return {
                execute: function() {
                  t({
                    applyDecoratedDescriptor: function(t, e, i, s, n) {
                      var r = {};
                      Object.keys(s).forEach((function(t) {
                        r[t] = s[t];
                      }));
                      r.enumerable = !!r.enumerable;
                      r.configurable = !!r.configurable;
                      ("value" in r || r.initializer) && (r.writable = !0);
                      r = i.slice().reverse().reduce((function(i, s) {
                        return s(t, e, i) || i;
                      }), r);
                      if (n && void 0 !== r.initializer) {
                        r.value = r.initializer ? r.initializer.call(n) : void 0;
                        r.initializer = void 0;
                      }
                      if (void 0 === r.initializer) {
                        Object.defineProperty(t, e, r);
                        r = null;
                      }
                      return r;
                    },
                    initializerDefineProperty: function(t, e, i, s) {
                      if (!i) return;
                      Object.defineProperty(t, e, {
                        enumerable: i.enumerable,
                        configurable: i.configurable,
                        writable: i.writable,
                        value: i.initializer ? i.initializer.call(s) : void 0
                      });
                    }
                  });
                }
              };
            }));
          }
        };
      }));
    },
    61: (t, e, i) => {
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      System.register([], (function(t, e) {
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              BitMask: ie,
              CCClass: si,
              CacheMode: void 0,
              DebugMode: void 0,
              DeviceType: void 0,
              EAxisDirection: void 0,
              ECollider2DType: void 0,
              EJoint2DType: void 0,
              EPhysics2DDrawFlags: void 0,
              ERaycast2DType: void 0,
              ERigidBody2DType: void 0,
              ERigidBodyType: void 0,
              Enum: oe,
              Eventify: To,
              ExtrapolationMode: void 0,
              HorizontalTextAlignment: void 0,
              InstanceMaterialType: void 0,
              KeyCode: void 0,
              NodeEventType: void 0,
              Overflow: void 0,
              Physics2DManifoldType: void 0,
              PhysicsGroup: void 0,
              PipelineEventType: void 0,
              QuatInterpolationMode: void 0,
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              SystemEventType: void 0,
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              XrControlEventType: void 0,
              XrKeyboardEventType: void 0,
              XrUIPressEventType: void 0,
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                st || (st = "undefined" == typeof Proxy ? {} : new Proxy(t, {
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                    it(e);
                    return Reflect.get(t, e, i);
                  }
                }));
                return st;
              },
              __checkObsolete__: function(t) {
                for (let e of t) it(e);
              },
              absMax: Ri,
              absMaxComponent: wi,
              approx: ui,
              assert: w,
              assertID: k,
              bezier: Qd,
              bezierByTime: rp,
              buildShadowPass: hI,
              buildShadowPasses: uI,
              ccenum: he,
              clamp: _i,
              clamp01: di,
              color: Di,
              computeRatioByType: KZ,
              debug: R,
              deprecateModuleExportedName: et,
              deserialize: o_,
              earcut: Dk,
              enumerableProps: Ii,
              equals: ci,
              error: x,
              errorID: F,
              find: mv,
              fragmentText: MM,
              getBaselineOffset: fM,
              getCameraUniqueID: dI,
              getEnglishWordPartAtFirst: RM,
              getEnglishWordPartAtLast: IM,
              getError: G,
              getLoadOpOfClearFlag: pI,
              getPathFromRoot: function(t, e) {
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                let s = "";
                for (;null !== i && i !== e; ) {
                  s = `${i.name}/${s}`;
                  i = i.parent;
                }
                return s.slice(0, -1);
              },
              getRenderArea: lI,
              getSerializationMetadata: function(t) {
                return t[Wl];
              },
              getWorldTransformUntilRoot: KW,
              instantiate: d_,
              inverseLerp: xi,
              isDisplayStats: z,
              isEnglishWordPartAtFirst: function(t) {
                return vM.test(t);
              },
              isEnglishWordPartAtLast: function(t) {
                return TM.test(t);
              },
              isUnicodeCJK: EM,
              isUnicodeSpace: CM,
              isValid: po,
              lerp: pi,
              log: E,
              logID: P,
              markAsWarning: void 0,
              mat4: Zi,
              murmurhash2_32_gc: Ur,
              nextPow2: vi,
              pingPong: Ci,
              pseudoRandom: Si,
              pseudoRandomRange: Ai,
              pseudoRandomRangeInt: Ti,
              quat: Wi,
              randomRange: yi,
              randomRangeInt: bi,
              rect: ls,
              removeProperty: void 0,
              repeat: Ei,
              replaceProperty: void 0,
              safeMeasureText: xM,
              sampleAnimationCurve: qZ,
              setDefaultLogTimes: function(t) {
                t > 0 && (X = t);
              },
              setDisplayStats: H,
              size: os,
              toDegree: fi,
              toRadian: mi,
              tween: _Ft,
              tweenUtil: dFt,
              v2: es,
              v3: Li,
              v4: ss,
              validPunctualLightsCulling: gI,
              warn: C,
              warnID: N
            });
            const s = 2147483647;
            function n(t) {
              return (t > 0) - (t < 0);
            }
            function r(t) {
              let e;
              let i;
              e = (t > 65535) << 4;
              i = ((t >>>= e) > 255) << 3;
              e |= i;
              i = ((t >>>= i) > 15) << 2;
              e |= i;
              i = ((t >>>= i) > 3) << 1;
              e |= i;
              return e | (t >>>= i) >> 1;
            }
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              return 16843009 * ((t = (858993459 & (t -= t >>> 1 & 1431655765)) + (t >>> 2 & 858993459)) + (t >>> 4) & 252645135) >>> 24;
            }
            function a(t) {
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              65535 & t && (e -= 16);
              16711935 & t && (e -= 8);
              252645135 & t && (e -= 4);
              858993459 & t && (e -= 2);
              1431655765 & t && (e -= 1);
              return e;
            }
            function l(t) {
              --t;
              t |= t >>> 1;
              t |= t >>> 2;
              t |= t >>> 4;
              t |= t >>> 8;
              return (t |= t >>> 16) + 1;
            }
            const h = new Array(256);
            (t => {
              for (let e = 0; e < 256; ++e) {
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                let s = e;
                let n = 7;
                for (i >>>= 1; i; i >>>= 1) {
                  s <<= 1;
                  s |= 1 & i;
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                t[e] = s << n & 255;
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              INT_MAX: s,
              INT_MIN: -2147483648,
              sign: n,
              abs: function(t) {
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                return (t ^ e) - e;
              },
              min: function(t, e) {
                return e ^ (t ^ e) & -(t < e);
              },
              max: function(t, e) {
                return t ^ (t ^ e) & -(t < e);
              },
              isPow2: function(t) {
                return !(t & t - 1 || !t);
              },
              log2: r,
              log10: function(t) {
                return t >= 1e9 ? 9 : t >= 1e8 ? 8 : t >= 1e7 ? 7 : t >= 1e6 ? 6 : t >= 1e5 ? 5 : t >= 1e4 ? 4 : t >= 1e3 ? 3 : t >= 100 ? 2 : t >= 10 ? 1 : 0;
              },
              popCount: o,
              countTrailingZeros: a,
              nextPow2: l,
              prevPow2: function(t) {
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                t |= t >>> 4;
                t |= t >>> 8;
                return (t |= t >>> 16) - (t >>> 1);
              },
              parity: function(t) {
                t ^= t >>> 16;
                t ^= t >>> 8;
                t ^= t >>> 4;
                return 27030 >>> (t &= 15) & 1;
              },
              reverse: function(t) {
                return h[255 & t] << 24 | h[t >>> 8 & 255] << 16 | h[t >>> 16 & 255] << 8 | h[t >>> 24 & 255];
              },
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                return (t = 1431655765 & ((t = 858993459 & ((t = 252645135 & ((t = 16711935 & ((t &= 65535) | t << 8)) | t << 4)) | t << 2)) | t << 1)) | (e = 1431655765 & ((e = 858993459 & ((e = 252645135 & ((e = 16711935 & ((e &= 65535) | e << 8)) | e << 4)) | e << 2)) | e << 1)) << 1;
              },
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              },
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                return (t |= (e = 1227133513 & ((e = 3272356035 & ((e = 251719695 & ((e = 4278190335 & ((e &= 1023) | e << 16)) | e << 8)) | e << 4)) | e << 2)) << 1) | (i = 1227133513 & ((i = 3272356035 & ((i = 251719695 & ((i = 4278190335 & ((i &= 1023) | i << 16)) | i << 8)) | i << 4)) | i << 2)) << 2;
              },
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              },
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                return e + 1 | (~e & -~e) - 1 >>> a(t) + 1;
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            }
            u("CC_WECHAT", !1);
            u("CC_BAIDU", !1);
            u("CC_XIAOMI", !1);
            u("CC_ALIPAY", !1);
            u("CC_BYTEDANCE", !1);
            u("CC_OPPO", !1);
            u("CC_VIVO", !1);
            u("CC_HIJ", !1);
            u("CC_COCOSPLAY", !1);
            u("CC_QTT", !1);
            u("CC_LINKSURE", !1);
            const _ = !1;
            u("CC_EDITOR", !1);
            u("CC_PREVIEW", !1);
            u("CC_BUILD", !0);
            u("CC_TEST", !1);
            u("CC_DEBUG", !0);
            u("CC_DEV", !1);
            u("CC_MINIGAME", !1);
            u("CC_RUNTIME_BASED", !1);
            u("CC_SUPPORT_JIT", !1);
            u("CC_JSB", !0);
            var d = {
              1006: "[Action step]. override me",
              1007: "[Action update]. override me",
              1008: "[Action reverse]. override me",
              1100: "Expected 'data' dict, but not found. Config file: %s",
              1101: "Please load the resource first : %s",
              1200: "cocos2d: Director: Error in gettimeofday",
              1204: "Running scene should not be null",
              1205: "The scene should not be null",
              1206: "loadScene: The scene index to load (%s) is out of range.",
              1207: "loadScene: Unknown name type to load: '%s'",
              1208: "loadScene: Failed to load scene '%s' because '%s' is already being loaded.",
              1209: "loadScene: Can not load the scene '%s' because it was not in the build settings before playing.",
              1210: "Failed to preload '%s', %s",
              1211: "loadScene: The scene index to load (%s) is out of range.",
              1212: "loadScene: Unknown name type to load: '%s'",
              1213: "loadScene: Failed to load scene '%s' because '%s' is already loading",
              1214: "loadScene: Can not load the scene '%s' because it was not in the build settings before playing.",
              1215: "Failed to preload '%s', %s",
              1216: "Director.runSceneImmediate: scene is not valid",
              1217: "Director._initOnEngineInitialized: renderer root initialization failed",
              1218: "Forward render pipeline initialized.",
              1219: "Deferred render pipeline initialized. Note that non-transparent materials with no lighting will not be rendered, such as builtin-unlit.",
              1220: "Failed to set shading scale, pipelineSceneData is invalid.",
              1221: "Setting orientation is not supported yet.",
              1300: "%s is not in the model pool and cannot be destroyed by destroyModel.",
              1400: "'%s' is deprecated, please use '%s' instead.",
              1404: "cc.spriteFrameCache is removed, please use cc.loader to load and cache sprite frames of atlas format.",
              1406: "'%s.%s' is removed",
              1408: "'%s' is removed",
              1409: "element type is wrong!",
              1502: "cc.scheduler.scheduleCallbackForTarget(): target should be non-null.",
              1503: "cc.Scheduler.pauseTarget():target should be non-null",
              1504: "cc.Scheduler.resumeTarget():target should be non-null",
              1505: "cc.Scheduler.isTargetPaused():target should be non-null",
              1506: "warning: you CANNOT change update priority in scheduled function",
              1507: "scheduler#scheduleSelector. Selector already scheduled. Updating interval from: %.4f to %.4f",
              1508: "Argument callback must not be empty",
              1509: "Argument target must be non-nullptr",
              1510: "cc.Scheduler: Illegal target which doesn't have id, you should do Scheduler.enableForTarget(target) before all scheduler API usage on target",
              1511: "cc.Scheduler: pause state of the scheduled task doesn't match the element pause state in Scheduler, the given paused state will be ignored.",
              1513: "cc.Scheduler: scheduler stopped using `__instanceId` as id since v2.0, you should do Scheduler.enableForTarget(target) before all scheduler API usage on target",
              1607: "removeFromParentAndCleanup is deprecated. Use removeFromParent instead",
              1619: "callback function must be non-null",
              1620: "interval must be positive",
              1623: "Set '%s' to normal node (not persist root node).",
              1624: "Replacing with the same sgNode",
              1625: "The replacement sgNode should not contain any child.",
              1626: "Should not set alpha via 'color', set 'opacity' please.",
              1627: "Not support for asynchronous creating node in SG",
              1632: "Node name can not include '/'.",
              1633: "Internal error, should not remove unknown node from parent.",
              1635: "reorderChild: this child is not in children list.",
              1636: "Node's zIndex value can't be greater than cc.macro.MAX_ZINDEX, setting to the maximum value",
              1637: "Node's zIndex value can't be smaller than cc.macro.MIN_ZINDEX, setting to the minimum value",
              1638: "Private node's zIndex can't be set, it will keep cc.macro.MIN_ZINDEX as its value",
              1800: "cc._EventListenerKeyboard.checkAvailable(): Invalid EventListenerKeyboard!",
              1801: "cc._EventListenerTouchOneByOne.checkAvailable(): Invalid EventListenerTouchOneByOne!",
              1802: "cc._EventListenerTouchAllAtOnce.checkAvailable(): Invalid EventListenerTouchAllAtOnce!",
              1803: "cc._EventListenerAcceleration.checkAvailable():_onAccelerationEvent must be non-nil",
              1900: "Invalid parameter.",
              2104: "Layer collision. The name of layer (%s) is collided with the name or value of some layer",
              2200: "Design resolution not valid",
              2201: "should set resolutionPolicy",
              2300: "The touches is more than MAX_TOUCHES, nUnusedIndex = %s",
              2402: "Forward pipeline startup failed!",
              3103: "cc.Texture.addImage(): path should be non-null",
              3119: "Lazy init texture with image element failed due to image loading failure: %s",
              3120: "Loading texture with unsupported type: '%s'. Add '%s' into 'cc.macro.SUPPORT_TEXTURE_FORMATS' please.",
              3121: "Can't find a texture format supported by the current platform! Please add a fallback format in the editor.",
              3122: "Error Texture in %s.",
              3123: "Set same texture %s.",
              3124: "Texture: setMipRange failed because base level is larger than max level",
              3300: "Rect width exceeds maximum margin: %s",
              3301: "Rect height exceeds maximum margin: %s",
              3500: "0 priority is forbidden for fixed priority since it's used for scene graph based priority.",
              3501: "Invalid listener type!",
              3502: "Can't set fixed priority with scene graph based listener.",
              3503: "Invalid parameters.",
              3504: "listener must be a cc.EventListener object when adding a fixed priority listener",
              3505: "The listener has been registered, please don't register it again.",
              3506: "Unsupported listener target.",
              3507: "Invalid scene graph priority!",
              3508: "If program goes here, there should be event in dispatch.",
              3509: "_inDispatch should be 1 here.",
              3510: "%s's scene graph node not contains in the parent's children",
              3511: "event is undefined",
              3512: "Event manager only support scene graph priority for ui nodes which contain UIComponent",
              3520: "Device Motion Event request permission: %s",
              3521: "Device Motion Event request permission failed: %s",
              3601: "The editor property 'playOnFocus' should be used with 'executeInEditMode' in class '%s'",
              3602: "Unknown editor property '%s' in class '%s'.",
              3603: "Use 'cc.Float' or 'cc.Integer' instead of 'cc.Number' please.",
              3604: "Can only indicate one type attribute for %s.",
              3605: "The default value of %s is not instance of %s.",
              3606: "No needs to indicate the '%s' attribute for %s, which its default value is type of %s.",
              3607: "The default value of %s must be an empty string.",
              3608: "The type of %s must be CCString, not String.",
              3609: "The type of %s must be CCBoolean, not Boolean.",
              3610: "The type of %s must be CCFloat or CCInteger, not Number.",
              3611: "Can not indicate the '%s' attribute for %s, which its default value is type of %s.",
              3612: "%s Just set the default value to 'new %s()' and it will be handled properly.",
              3613: "'No need to use 'serializable: false' or 'editorOnly: true' for the getter of '%s.%s', every getter is actually non-serialized.",
              3614: "Should not define constructor for cc.Component %s.",
              3615: "Each script can have at most one Component.",
              3616: "Should not specify class name %s for Component which defines in project.",
              3618: "ctor of '%s' can not be another CCClass",
              3623: "Can not use 'editor' attribute, '%s' not inherits from Components.",
              3625: "[isChildClassOf] superclass should be function type, not",
              3626: "Can't remove '%s' because '%s' depends on it.",
              3627: "Should not add renderer component (%s) to a Canvas node.",
              3628: "Should not add %s to a node which size is already used by its other component.",
              3633: "Properties function of '%s' should return an object!",
              3634: "Disallow to use '.' in property name",
              3637: "Can not declare %s.%s, it is already defined in the prototype of %s",
              3639: "Can not apply the specified attribute to the getter of '%s.%s', attribute index: %s",
              3640: "'%s': the setter of '%s' is already defined!",
              3641: "Can not construct %s because it contains object property.",
              3644: "Please define 'type' parameter of %s.%s as the actual constructor.",
              3645: "Please define 'type' parameter of %s.%s as the constructor of %s.",
              3646: "Unknown 'type' parameter of %s.%s：%s",
              3647: "The length of range array must be equal or greater than 2",
              3648: "Can not declare %s.%s method, it is already defined in the properties of %s.",
              3652: "Failed to `new %s()` under the hood, %s\nIt is used for getting default values declared in TypeScript in the first place.\nPlease ensure the constructor can be called during the script's initialization.",
              3653: 'Please do not specifiy "default" attribute in decorator of "%s" property in "%s" class.\nDefault value must be initialized at their declaration:\n\n \n// Before:\n@property({\n  type: cc.SpriteFrame\n  default: null  // <--\n})\nmyProp;\n// After:\n@property({\n  type: cc.SpriteFrame\n})\nmyProp = null;   // <--',
              3654: 'Please specifiy a default value for "%s.%s" property at its declaration:\n\n \n// Before:\n@property(...)\nmyProp;\n// After:\n@property(...)\nmyProp = 0;',
              3655: 'Can not specifiy "get" or "set"  attribute in decorator for "%s" property in "%s" class.\nPlease use:\n\n \n@property(...)\nget %s () {\n    ...\n}\n@property\nset %s (value) {\n    ...\n}',
              3659: "Violation error: extending enumerations shall have non-overlaped member names or member values",
              3660: "You are explicitly specifying `undefined` type to cc property \"%s\" of cc class \"%s\".\nIs this intended? If not, this may indicate a circular reference.\nFor example:\n\n \n// foo.ts\nimport { _decorator } from 'cc';\nimport { Bar } from './bar';  // Given that './bar' also reference 'foo.ts'.\n                              // When importing './bar', execution of './bar' is hung on to wait execution of 'foo.ts',\n                              // the `Bar` imported here is `undefined` until './bar' finish its execution.\n                              // It leads to that\n@_decorator.ccclass           //  ↓\nexport class Foo {            //  ↓\n    @_decorator.type(Bar)     //  → is equivalent to `@_decorator.type(undefined)`\n    public bar: Bar;          // To eliminate this error, either:\n                              // - Refactor your module structure(recommended), or\n                              // - specify the type as cc class name: `@_decorator.type('Bar'/* or any name you specified for `Bar` */)`\n}",
              3700: "internal error: _prefab is undefined",
              3701: "Failed to load prefab asset for node '%s'",
              3800: "The target can not be made persist because it's not a cc.Node or it doesn't have _id property.",
              3801: "The node can not be made persist because it's not under root node.",
              3802: "The node can not be made persist because it's not in current scene.",
              3803: "The target can not be made persist because it's not a cc.Node or it doesn't have _id property.",
              3804: "getComponent: Type must be non-nil",
              3805: "Can't add component '%s' because %s already contains the same component.",
              3806: "Can't add component '%s' to %s because it conflicts with the existing '%s' derived component.",
              3807: "addComponent: Failed to get class '%s'",
              3808: "addComponent: Should not add component ('%s') when the scripts are still loading.",
              3809: "addComponent: The component to add must be a constructor",
              3810: "addComponent: The component to add must be child class of cc.Component",
              3811: "_addComponentAt: The component to add must be a constructor",
              3812: "_addComponentAt: Index out of range",
              3813: "removeComponent: Component must be non-nil",
              3814: "Argument must be non-nil",
              3815: "Component not owned by this entity",
              3816: "Node '%s' is already activating",
              3817: "Sorry, the component of '%s' which with an index of %s is corrupted! It has been removed.",
              3818: "Failed to read or parse project.json",
              3819: "Warning: target element is not a DIV or CANVAS",
              3820: "The renderer doesn't support the renderMode %s",
              3821: "Cannot change hierarchy while activating or deactivating the parent.",
              3822: "addComponent: Cannot add any component to the scene.",
              3823: "The enabled component (id: %s, name: %s) doesn't have a valid node",
              3900: "Invalid clip to add",
              3901: "Invalid clip to remove",
              3902: "clip is defaultClip, set force to true to force remove clip and animation state",
              3903: "animation state is playing, set force to true to force stop and remove clip and animation state",
              3904: "motion path of target [%s] in prop [%s] frame [%s] is not valid",
              3905: "sprite frames must be an Array.",
              3906: "Can't find easing type [%s]",
              3907: "Animation state is not playing or already removed",
              3912: "already-playing",
              3920: "Current context does not allow root motion.",
              3921: "You provided a ill-formed track path. The last component of track path should be property key, or the setter should not be empty.",
              3923: "Root motion is ignored since root bone could not be located in animation.",
              3924: "Root motion is ignored since the root bone could not be located in scene.",
              3925: "Target of hierarchy path should be of type Node.",
              3926: 'Node "%s" has no path "%s".',
              3927: "Target of component path should be of type Node.",
              3928: 'Node "%s" has no component "%s".',
              3929: 'Target object has no property "%s".',
              3930: "Can not decide type for untyped track: runtime binding does not provide a getter.",
              3931: "Can not decide type for untyped track: got a unsupported value from runtime binding.",
              3932: "Common targets should only target Vectors/`Size`/`Color`.",
              3933: "Each curve that has common target should be numeric curve and targets string property.",
              3934: "Misconfigured legacy curve: the first keyframe value is number but others aren't.",
              3935: "We don't currently support conversion of \\`CubicSplineQuatValue\\`.",
              3936: "Instancing/Batching enabled for non-baked skinning model '%s', this may result in unexpected rendering artifacts. Consider turning it off in the material if you do not intend to do this.",
              3937: "Previous error occurred when instantiating animation clip %s on node %s.",
              3938: "'%s' is not found from '%s'. It's specified as the root node to play animation clip '%s'.",
              4003: "Label font size can't be shirnked less than 0!",
              4004: "force notify all fonts loaded!",
              4011: "Property spriteFrame of Font '%s' is invalid. Using system font instead.",
              4012: "The texture of Font '%s' must be already loaded on JSB. Using system font instead.",
              4013: "Sorry, lineHeight of system font not supported on JSB.",
              4200: "MaskType: IMAGE_STENCIL only support WebGL mode.",
              4201: "The alphaThreshold invalid in Canvas Mode.",
              4202: "The inverted invalid in Canvas Mode.",
              4300: "Can not found the %s page.",
              4301: "Can not add a page without UITransform.",
              4302: "Can not set the scroll view content when it hasn't UITransform or its parent hasn't UITransform.",
              4400: "Invalid RichText img tag! The sprite frame name can't be found in the ImageAtlas!",
              4500: "Graphics: There is no model in %s.",
              4600: "Script attached to '%s' is missing or invalid.",
              4700: "The dom control is not created!",
              4800: "unknown asset type",
              4901: "loadRes: should not specify the extname in %s %s",
              4902: "No need to release non-cached asset.",
              4914: "Resources url '%s' does not exist.",
              4915: "Pack indices and data do not match in size",
              4916: "Failed to download package for %s",
              4921: "Invalid pipe or invalid index provided!",
              4922: "The pipe to be inserted is already in the pipeline!",
              4923: "Uuid Loader: Parse asset [ %s ] failed : %s",
              4924: "JSON Loader: Input item doesn't contain string content",
              4925: "Uuid Loader: Deserialize asset [ %s ] failed : %s",
              4926: "Audio Downloader: no web audio context.",
              4927: "Audio Downloader: audio not supported on this browser!",
              4928: "Load %s failed!",
              4929: "Load Webp ( %s ) failed",
              4930: "Load image ( %s ) failed",
              4932: 'Since v1.10, for any atlas ("%s") in the "resources" directory, it is not possible to find the contained SpriteFrames via `loadRes`, `getRes` or `releaseRes`. Load the SpriteAtlas first and then use `spriteAtlas.getSpriteFrame(name)` instead please.',
              4933: "Download Font [ %s ] failed, using Arial or system default font instead",
              4934: "Please assure that the full path of sub asset is correct!",
              4935: "Failed to skip prefab asset while deserializing PrefabInfo",
              5e3: "You are trying to destroy a object twice or more.",
              5001: "object not yet destroyed",
              5100: "Not a plist file!",
              5200: "Warning: localStorage isn't enabled. Please confirm browser cookie or privacy option",
              5201: "browser don't support web audio",
              5202: "This feature supports WebGL render mode only.",
              5300: "Type of target to deserialize not matched with data: target is %s, data is %s",
              5301: "Can not find script '%s'",
              5302: "Can not find class '%s'",
              5303: "Failed to deserialize %s, missing _deserialize function.",
              5304: "Unable to deserialize version %s data.",
              5402: "cc.js.addon called on non-object:",
              5403: "cc.js.mixin: arguments must be type object:",
              5404: "The base class to extend from must be non-nil",
              5405: "The class to extend must be non-nil",
              5406: "Class should be extended before assigning any prototype members.",
              5500: "'notify' can not be used in 'get/set' !",
              5501: "'notify' must be used with 'default' !",
              5507: "The 'default' attribute of '%s.%s' must be an array",
              5508: "Invalid type of %s.%s",
              5510: "The 'type' attribute of '%s.%s' can not be 'Number', use cc.Float or cc.Integer instead please.",
              5511: "The 'type' attribute of '%s.%s' is undefined when loading script",
              5512: "Can not serialize '%s.%s' because the specified type is anonymous, please provide a class name or set the 'serializable' attribute of '%s.%s' to 'false'.",
              5513: "The 'default' value of '%s.%s' should not be used with a 'get' function.",
              5514: "The 'default' value of '%s.%s' should not be used with a 'set' function.",
              5515: "The 'default' value of '%s.%s' can not be an constructor. Set default to null please.",
              5517: "'%s.%s' hides inherited property '%s.%s'. To make the current property override that implementation, add the `override: true` attribute please.",
              5601: "Can not get current scene.",
              5602: "Scene is destroyed",
              5603: "reference node is destroyed",
              5700: "no %s or %s on %s",
              5800: "%s.lerp not yet implemented.",
              5801: "%s.clone not yet implemented.",
              5802: "%s.equals not yet implemented.",
              5900: "MotionStreak only support WebGL mode.",
              5901: "cc.MotionStreak.getOpacity has not been supported.",
              5902: "cc.MotionStreak.setOpacity has not been supported.",
              6e3: "Custom should not be false if file is not specified.",
              6001: "The new %s must not be NaN",
              6017: "Incomplete or corrupt PNG file",
              6018: "Invalid filter algorithm: %s",
              6019: "Invalid byte order value.",
              6020: "You forgot your towel!",
              6021: "Unknown Field Tag: %s",
              6022: "Too many bits requested",
              6023: "No bits requested",
              6024: "Cannot recover from missing StripByteCounts",
              6025: "Cannot handle sub-byte bits per sample",
              6026: "Cannot handle sub-byte bits per pixel",
              6027: "Palette image missing color map",
              6028: "Unknown Photometric Interpretation: %s",
              6029: "Unkown error",
              6030: "cc.ParticleSystem: error decoding or ungzipping textureImageData",
              6031: "cc.ParticleSystem: unknown image format with Data",
              6032: "cc.ParticleSystem.initWithDictionary() : error loading the texture",
              6033: "cc.ParticleSystem: not allowing create to be invoked twice with different particle system",
              6034: "cc.ParticleSystem: shouldn't be initialized repetitively, otherwise there will be potential leak",
              6035: "cc.ParticleSystem: change material failed, please use proper particle material",
              6036: "cc.ParticleSystem: life time should bigger than 1 or buffer will be insufficient",
              6400: "asset.url is not usable in core process",
              6402: "AssetLibrary has already been initialized!",
              6500: "Widget target must be one of the parent nodes of it",
              6600: "collider not added or already removed",
              6601: "Can't find testFunc for (%s, $s).",
              6700: "Can't init canvas '%s' because it conflicts with the existing '%s', the scene should only have one active canvas at the same time.",
              6705: "Argument must be non-nil",
              6706: "Priority can't be set in RenderRoot2D node",
              6800: "Callback of event must be non-nil",
              6801: "The message must be provided",
              6900: "The thing you want to instantiate must be an object",
              6901: "The thing you want to instantiate is nil",
              6902: "The thing you want to instantiate is destroyed",
              6903: "The instantiate method for given asset do not implemented",
              6904: "Can not instantiate array",
              6905: "Can not instantiate DOM element",
              7100: "%s already defined in Enum.",
              7101: "Sorry, 'cc.Enum' not available on this platform, please report this error here: <https://github.com/cocos-creator/engine/issues/new>",
              7200: "Method 'initWithTMXFile' is no effect now, please set property 'tmxAsset' instead.",
              7201: "Method 'initWithXML' is no effect now, please set property 'tmxAsset' instead.",
              7202: "Add component TiledLayer into node failed.",
              7203: "Property 'mapLoaded' is unused now. Please write the logic to the callback 'start'.",
              7210: "TMX Hexa zOrder not supported",
              7211: "TMX invalid value",
              7215: "cocos2d: Warning: TMX Layer %s has no tiles",
              7216: "cocos2d: TMXFormat: Unsupported TMX version: %s",
              7217: "cocos2d: TMXFomat: Unsupported orientation: %s",
              7218: "cc.TMXMapInfo.parseXMLFile(): unsupported compression method",
              7219: "cc.TMXMapInfo.parseXMLFile(): Only base64 and/or gzip/zlib maps are supported",
              7221: "cc.TMXMapInfo.parseXMLFile(): Texture '%s' not found.",
              7222: "Parse %s failed.",
              7236: "cc.TMXLayer.getTileAt(): TMXLayer: the tiles map has been released",
              7237: "cc.TMXLayer.getTileGIDAt(): TMXLayer: the tiles map has been released",
              7238: "cc.TMXLayer.setTileGID(): TMXLayer: the tiles map has been released",
              7239: "cc.TMXLayer.setTileGID(): invalid gid: %s",
              7240: "cc.TMXLayer.getTileFlagsAt(): TMXLayer: the tiles map has been released",
              7241: "cc.TiledMap.initWithXML(): Map not found. Please check the filename.",
              7401: "Failed to set _defaultArmatureIndex for '%s' because the index is out of range.",
              7402: "Failed to set _animationIndex for '%s' because the index is out of range.",
              7501: "Failed to set _defaultSkinIndex for '%s' because the index is out of range.",
              7502: "Failed to set _animationIndex for '%s' because its skeletonData is invalid.",
              7503: "Failed to set _animationIndex for '%s' because the index is out of range.",
              7504: "Can not render dynamic created SkeletonData",
              7506: "Failed to load spine atlas '$s'",
              7507: "Please re-import '%s' because its textures is not initialized! (This workflow will be improved in the future.)",
              7508: "The atlas asset of '%s' is not exists!",
              7509: "Spine: Animation not found: %s",
              7510: "Spine: Animation not found: %s",
              7600: "The context of RenderTexture is invalid.",
              7601: "cc.RenderTexture._initWithWidthAndHeightForWebGL() : only RGB and RGBA formats are valid for a render texture;",
              7602: "Could not attach texture to the framebuffer",
              7603: "clearDepth isn't supported on Cocos2d-Html5",
              7604: "saveToFile isn't supported on Cocos2d-Html5",
              7605: "newCCImage isn't supported on Cocos2d-Html5",
              7606: "GFXTexture is null",
              7607: "readPixels buffer size smaller than %d",
              7700: "On the web is always keep the aspect ratio",
              7701: "Can't know status",
              7702: "Video player's duration is not ready to get now!",
              7703: "Video Downloader: video not supported on this browser!",
              7800: "Web does not support loading",
              7801: "Web does not support query history",
              7802: "Web does not support query history",
              7803: "The current browser does not support the GoBack",
              7804: "The current browser does not support the GoForward",
              7805: "Web does not support zoom",
              7900: "cc.math.Matrix3.assign(): current matrix equals matIn",
              7901: "cc.math.mat4Assign(): pOut equals pIn",
              7902: "cc.mat.Matrix4.assignFrom(): mat4 equals current matrix",
              7903: "cc.math.Matrix4 equal: pMat1 and pMat2 are same object.",
              7904: "cc.math.Matrix4.extractPlane: Invalid plane index",
              7905: "cc.math.mat4Assign(): pOut equals pIn",
              7906: "cc.mat.Matrix4.assignFrom(): mat4 equals current matrix",
              7907: "cc.math.Matrix4 equals: pMat1 and pMat2 are same object.",
              7908: "Invalid matrix mode specified",
              7909: "current quaternion is an invalid value",
              8e3: "Can't handle this field type or size",
              8001: "No bytes requested",
              8002: "Too many bytes requested",
              8003: "Missing StripByteCounts!",
              8100: "cocos2d: ERROR: Failed to compile shader:\n %s",
              8101: "cocos2d: ERROR: Failed to compile vertex shader",
              8102: "cocos2d: ERROR: Failed to compile fragment shader",
              8103: "cc.GLProgram.link(): Cannot link invalid program",
              8104: "cocos2d: ERROR: Failed to link program: %s",
              8105: "cocos2d: cc.shaderCache._loadDefaultShader, error shader type",
              8106: "Please load the resource firset : %s",
              8107: "cc.GLProgram.getUniformLocationForName(): uniform name should be non-null",
              8108: "cc.GLProgram.getUniformLocationForName(): Invalid operation. Cannot get uniform location when program is not initialized",
              8109: "modelView matrix is undefined.",
              8200: "Please set node's active instead of rigidbody's enabled.",
              8300: "Should only one camera exists, please check your project.",
              8301: "Camera does not support Canvas Mode.",
              8302: "Camera.viewport is deprecated, please use setViewportInOrientedSpace instead.",
              8400: "Wrong type arguments, 'filePath' must be a String.",
              9e3: "Stencil manager does not support level bigger than %d in this device.",
              9001: "Stencil manager is already empty, cannot pop any mask",
              9002: "Failed to request any buffer from a mesh buffer without accessor",
              9003: "The internal state of LinearBufferAccessor have severe issue and irreversible, please check the reason",
              9004: "Failed to allocate chunk in StaticVBAccessor, the requested buffer might be too large: %d bytes",
              9005: "BATCHER2D_MEM_INCREMENT is too large, the Max value for BATCHER2D_MEM_INCREMENT is 2303KB (smaller than 65536 *9* 4 / 1024 = 2304KB)",
              9006: "QuadRenderData is removed, please use MeshRenderData instead.",
              9007: "Since v3.6, Because mask changes the inheritance relationship, you can directly manipulate the rendering components under the same node to complete the operation.",
              9100: "texture size exceeds current device limits %d/%d",
              9201: "Cannot access game frame or container.",
              9202: "Setting window size is not supported.",
              9300: "The current buffer beyond the limit in ui static component, please reduce the amount",
              9301: "The UI has not been initialized",
              9302: "Can't getGFXSampler with out device",
              9600: "[Physics]: please check to see if physics modules are included",
              9610: "[Physics]: cannon.js physics system doesn't support capsule collider",
              9611: "[Physics]: builtin physics system doesn't support mesh collider",
              9612: "[Physics]: builtin physics system doesn't support cylinder collider",
              9620: "[Physics][Ammo]: changing the mesh is not supported after the initialization is completed",
              10001: "The sub-mesh contains %d vertices, which beyonds the capability (%d vertices most) of renderer of your platform.",
              10002: "Sub-mesh may include at most %d morph targets, but you specified %d.",
              11e3: "WebGL context lost.",
              12001: "BlendFactors are disabled when using custom material, please modify the blend state in the material instead.",
              12002: "Can't add renderable component to this node because it already have one.",
              12004: "SubModel can only support %d passes.",
              12005: "Material already initialized, request aborted.",
              12006: "Pass already destroyed.",
              12007: "This is old usage, please swap the parameters.",
              12008: "GeometryRenderer: too many lines.",
              12009: "GeometryRenderer: too many triangles.",
              12100: "The font size is too big to be fitted into texture atlas. Please switch to other label cache modes or choose a smaller font size.",
              12101: "The asset %s has been destroyed!",
              13100: "Incorrect CCON magic.",
              13101: "Unknown CCON version number: %d.",
              13102: "CCON Format error.",
              13103: "Can not encode CCON binary: lack of text encoder.",
              13104: "Can not decode CCON binary: lack of text decoder.",
              14e3: "Graph update has been interrupted since too many transitions(greater than %s) occurred during one frame.",
              14100: "Pool.destroy no longer take a function as parameter, Please specify destruct function in the construction of Pool instead",
              14200: "Can not update a static mesh.",
              14201: "The primitiveIndex is out of range.",
              14300: "Can not keep world transform due to the zero scaling of parent node",
              14400: "Spline error: less than 2 knots.",
              14401: "Spline error: less than 4 knots or not a multiple of 4.\n\n\x3c!-- Rendering algorithm reserved: 15000 - 16000 --\x3e",
              15e3: "Can not find corresponding diffuse map for environment lighting, use hemisphere diffuse instead, change environment lighting type to regenerate diffuse map",
              15001: "Can not find environment map, disable IBL lighting",
              15002: "Diffuse map resource is missing, please change environment lighting type to regenerate resource",
              15003: "The shadow visible distance is so small that CSM stratification is not effective, Please change the value of shadowDistance so that it is 10 times greater than 0.1",
              15004: "The native folder may be generated from older versions, please refer https://docs.cocos.com/creator/manual/en/release-notes/ to upgrade.",
              16e3: "'%s' is deprecated since v%s.",
              16001: "'%s' is deprecated since v%s, please use '%s' instead.",
              16002: "'%s' is removed since v%s.",
              16003: "'%s' is removed since v%s, please use '%s' instead.",
              16101: "The effect('%s') you are looking for does not exist, please confirm the effect name in the editor. NOTE: Since 3.6, the name of the built-in effect has been changed to its name in the editor, please check it out. More information please refer to https://docs.cocos.com/creator/manual/en/shader/effect-inspector.html",
              16201: "The asset replacing failed, can not found override asset('%s') for '%s'",
              "0100": "%s not yet implemented.",
              "0200": "You should specify a valid DOM canvas element."
            };
            const p = "undefined" == typeof window ? global : window;
            const m = t("cclegacy", {
              _global: p
            });
            m.internal = {};
            const f = t("VERSION", "3.6.1");
            p.CocosEngine = m.ENGINE_VERSION = f;
            p.cc = m;
            let g = null;
            let y = console.log.bind(console);
            let b = y;
            let S = y;
            let A = (t, e, ...i) => {
              t || console.log(`ASSERT: ${v(e, ...i)}`);
            };
            let T = y;
            function v(t, ...e) {
              return m.js.formatStr.apply(null, [ t ].concat(e));
            }
            function E(t, ...e) {
              return y(t, ...e);
            }
            function C(t, ...e) {
              return b(t, ...e);
            }
            function x(t, ...e) {
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            function w(t, e, ...i) {
              return A(t, e, ...i);
            }
            function R(...t) {
              return T(...t);
            }
            function I(t) {
              y = b = S = A = T = () => {};
              if (t !== U.NONE) {
                if (t > U.ERROR) {
                  const e = t => {
                    if (m.game.canvas) {
                      if (!g) {
                        const t = document.createElement("Div");
                        t.setAttribute("id", "logInfoDiv");
                        t.setAttribute("width", "200");
                        t.setAttribute("height", m.game.canvas.height);
                        const e = t.style;
                        e.zIndex = "99999";
                        e.position = "absolute";
                        e.top = e.left = "0";
                        g = document.createElement("textarea");
                        g.setAttribute("rows", "20");
                        g.setAttribute("cols", "30");
                        g.setAttribute("disabled", "true");
                        const i = g.style;
                        i.backgroundColor = "transparent";
                        i.borderBottom = "1px solid #cccccc";
                        i.borderTopWidth = i.borderLeftWidth = i.borderRightWidth = "0px";
                        i.borderTopStyle = i.borderLeftStyle = i.borderRightStyle = "none";
                        i.padding = "0px";
                        i.margin = "0px";
                        t.appendChild(g);
                        m.game.canvas.parentNode.appendChild(t);
                      }
                      g.value = `${g.value + t}\r\n`;
                      g.scrollTop = g.scrollHeight;
                    }
                  };
                  S = (t, ...i) => {
                    e(`ERROR :  ${v(t, ...i)}`);
                  };
                  A = (t, i, ...s) => {
                    t || e(`ASSERT: ${v(i, ...s)}`);
                  };
                  t !== U.ERROR_FOR_WEB_PAGE && (b = (t, ...i) => {
                    e(`WARN :  ${v(t, ...i)}`);
                  });
                  t === U.INFO_FOR_WEB_PAGE && (y = (t, ...i) => {
                    e(v(t, ...i));
                  });
                } else if (console) {
                  console.error || (console.error = console.log);
                  console.warn || (console.warn = console.log);
                  S = console.error.bind ? console.error.bind(console) : console.error;
                  A = (t, e, ...i) => {
                    if (!t) {
                      const t = v(e, ...i);
                      throw new Error(t);
                    }
                  };
                }
                t !== U.ERROR && (b = console.warn.bind && !window.oh ? console.warn.bind(console) : console.warn);
                t <= U.INFO && (y = "JavaScriptCore" === scriptEngineType ? (t, ...e) => console.log.apply(console, [ t, ...e ]) : console.log);
                if (t <= U.VERBOSE && "function" == typeof console.debug) {
                  const t = console.debug.bind(console);
                  T = (...e) => t(...e);
                }
              }
            }
            function M(t) {
              {
                const e = t.stack;
                x(e ? `${t}\n${e}` : t);
                return;
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            }
            function B(t) {
              return (t, ...e) => {
                const i = d[t] || "unknown id";
                return 0 === e.length ? i : v(i, ...e);
              };
            }
            const D = B();
            function P(t, ...e) {
              E(D(t, ...e));
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            const O = B();
            function N(t, ...e) {
              C(O(t, ...e));
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            const L = B();
            function F(t, ...e) {
              x(L(t, ...e));
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            const V = B();
            function k(t, e, ...i) {
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            let U;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.VERBOSE = 1] = "VERBOSE";
              t[t.INFO = 2] = "INFO";
              t[t.WARN = 3] = "WARN";
              t[t.ERROR = 4] = "ERROR";
              t[t.INFO_FOR_WEB_PAGE = 5] = "INFO_FOR_WEB_PAGE";
              t[t.WARN_FOR_WEB_PAGE = 6] = "WARN_FOR_WEB_PAGE";
              t[t.ERROR_FOR_WEB_PAGE = 7] = "ERROR_FOR_WEB_PAGE";
            }(U || (U = t("DebugMode", {})));
            function G(t, ...e) {
              return L(t, ...e);
            }
            function z() {
              return !!m.profiler && m.profiler.isShowingStats();
            }
            function H(t) {
              m.profiler && (t ? m.profiler.showStats() : m.profiler.hideStats());
            }
            var j = Object.freeze({
              __proto__: null,
              log: E,
              warn: C,
              error: x,
              assert: w,
              debug: R,
              _resetDebugSetting: I,
              _throw: M,
              logID: P,
              warnID: N,
              errorID: F,
              assertID: k,
              get DebugMode() {
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              getError: G,
              isDisplayStats: z,
              setDisplayStats: H
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            let X = 10;
            let W;
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            let Q = 0;
            const $ = new Map;
            K = (t, e, i, s, n, r, o) => {
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                n(`'%s' is deprecated, please use '%s' instead. ${o}`, `${t}.${e}`, `${i}.${s}`);
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            W = t("replaceProperty", ((t, e, i) => {
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            function kt(t) {
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            function re(t, e) {
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                  r = ++e;
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              }
              Array.isArray(t.__enums__) && le(t);
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            oe || (oe = t("Enum", {}));
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            function le(t) {
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                  value: s
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            }
            function he(t) {
              "__enums__" in t || bt(t, "__enums__", null, !0);
            }
            m.Enum = oe;
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              t.RENDERING = "rendering";
              t.LAUNCH = "launch";
              t.SCREEN = "screen";
              t.SPLASH_SCREEN = "splashScreen";
              t.ANIMATION = "animation";
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              t.PLUGINS = "plugins";
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                return new Promise(((e, i) => {
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                      e();
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                  }
                }));
              }
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                this._override[t][e] = i;
              }
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                e = 0 === e.indexOf("#") ? e.substring(1) : e;
                t.r = parseInt(e.substr(0, 2), 16) || 0;
                t.g = parseInt(e.substr(2, 2), 16) || 0;
                t.b = parseInt(e.substr(4, 2), 16) || 0;
                const i = parseInt(e.substr(6, 2), 16);
                t.a = Number.isNaN(i) ? 255 : i;
                t._val = (t.a << 24 >>> 0) + (t.b << 16) + (t.g << 8) + t.r;
                return t;
              }
              static add(t, e, i) {
                t.r = e.r + i.r;
                t.g = e.g + i.g;
                t.b = e.b + i.b;
                t.a = e.a + i.a;
                return t;
              }
              static subtract(t, e, i) {
                t.r = e.r - i.r;
                t.g = e.g - i.g;
                t.b = e.b - i.b;
                t.a = e.a - i.a;
                return t;
              }
              static multiply(t, e, i) {
                t.r = e.r * i.r;
                t.g = e.g * i.g;
                t.b = e.b * i.b;
                t.a = e.a * i.a;
                return t;
              }
              static divide(t, e, i) {
                t.r = e.r / i.r;
                t.g = e.g / i.g;
                t.b = e.b / i.b;
                t.a = e.a / i.a;
                return t;
              }
              static scale(t, e, i) {
                t.r = e.r * i;
                t.g = e.g * i;
                t.b = e.b * i;
                t.a = e.a * i;
                return t;
              }
              static lerp(t, e, i, s) {
                let n = e.r;
                let r = e.g;
                let o = e.b;
                let a = e.a;
                n += (i.r - n) * s;
                r += (i.g - r) * s;
                o += (i.b - o) * s;
                a += (i.a - a) * s;
                t._val = Math.floor((a << 24 >>> 0) + (o << 16) + (r << 8) + n);
                return t;
              }
              static toArray(t, e, i = 0) {
                const s = e instanceof Bi || e.a > 1 ? 1 / 255 : 1;
                t[i + 0] = e.r * s;
                t[i + 1] = e.g * s;
                t[i + 2] = e.b * s;
                t[i + 3] = e.a * s;
                return t;
              }
              static fromArray(t, e, i = 0) {
                e.r = 255 * t[i + 0];
                e.g = 255 * t[i + 1];
                e.b = 255 * t[i + 2];
                e.a = 255 * t[i + 3];
                return e;
              }
              static strictEquals(t, e) {
                return t.r === e.r && t.g === e.g && t.b === e.b && t.a === e.a;
              }
              static equals(t, e, i = hi) {
                return Math.abs(t.r - e.r) <= i * Math.max(1, Math.abs(t.r), Math.abs(e.r)) && Math.abs(t.g - e.g) <= i * Math.max(1, Math.abs(t.g), Math.abs(e.g)) && Math.abs(t.b - e.b) <= i * Math.max(1, Math.abs(t.b), Math.abs(e.b)) && Math.abs(t.a - e.a) <= i * Math.max(1, Math.abs(t.a), Math.abs(e.a));
              }
              static hex(t) {
                return (255 * t.r << 24 | 255 * t.g << 16 | 255 * t.b << 8 | 255 * t.a) >>> 0;
              }
              get r() {
                return 255 & this._val;
              }
              set r(t) {
                t = ~~_i(t, 0, 255);
                this._val = (4294967040 & this._val | t) >>> 0;
              }
              get g() {
                return (65280 & this._val) >> 8;
              }
              set g(t) {
                t = ~~_i(t, 0, 255);
                this._val = (4294902015 & this._val | t << 8) >>> 0;
              }
              get b() {
                return (16711680 & this._val) >> 16;
              }
              set b(t) {
                t = ~~_i(t, 0, 255);
                this._val = (4278255615 & this._val | t << 16) >>> 0;
              }
              get a() {
                return (4278190080 & this._val) >>> 24;
              }
              set a(t) {
                t = ~~_i(t, 0, 255);
                this._val = (16777215 & this._val | t << 24) >>> 0;
              }
              get x() {
                return this.r * Mi;
              }
              set x(t) {
                this.r = 255 * t;
              }
              get y() {
                return this.g * Mi;
              }
              set y(t) {
                this.g = 255 * t;
              }
              get z() {
                return this.b * Mi;
              }
              set z(t) {
                this.b = 255 * t;
              }
              get w() {
                return this.a * Mi;
              }
              set w(t) {
                this.a = 255 * t;
              }
              constructor(t, e, i, s) {
                super();
                this._val = 0;
                "string" == typeof t ? this.fromHEX(t) : void 0 !== e ? this.set(t, e, i, s) : this.set(t);
              }
              clone() {
                const t = new Bi;
                t._val = this._val;
                return t;
              }
              equals(t) {
                return t && this._val === t._val;
              }
              lerp(t, e) {
                let i = this.r;
                let s = this.g;
                let n = this.b;
                let r = this.a;
                i += (t.r - i) * e;
                s += (t.g - s) * e;
                n += (t.b - n) * e;
                r += (t.a - r) * e;
                this._val = Math.floor((r << 24 >>> 0) + (n << 16) + (s << 8) + i);
                return this;
              }
              toString() {
                return `rgba(${this.r.toFixed()}, ${this.g.toFixed()}, ${this.b.toFixed()}, ${this.a.toFixed()})`;
              }
              toCSS(t = "rgba") {
                return "rgba" === t ? `rgba(${this.r},${this.g},${this.b},${(this.a * Mi).toFixed(2)})` : "rgb" === t ? `rgb(${this.r},${this.g},${this.b})` : `#${this.toHEX(t)}`;
              }
              fromHEX(t) {
                t = 0 === t.indexOf("#") ? t.substring(1) : t;
                const e = parseInt(t.substr(0, 2), 16) || 0;
                const i = parseInt(t.substr(2, 2), 16) || 0;
                const s = parseInt(t.substr(4, 2), 16) || 0;
                let n = parseInt(t.substr(6, 2), 16);
                n = Number.isNaN(n) ? 255 : n;
                this._val = (n << 24 >>> 0) + (s << 16) + (i << 8) + (0 | e);
                return this;
              }
              toHEX(t = "#rrggbb") {
                const e = "0";
                const i = [ (this.r < 16 ? e : "") + this.r.toString(16), (this.g < 16 ? e : "") + this.g.toString(16), (this.b < 16 ? e : "") + this.b.toString(16) ];
                if ("#rgb" === t) {
                  i[0] = i[0][0];
                  i[1] = i[1][0];
                  i[2] = i[2][0];
                } else "#rrggbbaa" === t && i.push((this.a < 16 ? e : "") + this.a.toString(16));
                return i.join("");
              }
              toRGBValue() {
                return 16777215 & this._val;
              }
              fromHSV(t, e, i) {
                let s = 0;
                let n = 0;
                let r = 0;
                if (0 === e) s = n = r = i; else if (0 === i) s = n = r = 0; else {
                  1 === t && (t = 0);
                  t *= 6;
                  const o = Math.floor(t);
                  const a = t - o;
                  const l = i * (1 - e);
                  const h = i * (1 - e * a);
                  const c = i * (1 - e * (1 - a));
                  switch (o) {
                   case 0:
                    s = i;
                    n = c;
                    r = l;
                    break;

                   case 1:
                    s = h;
                    n = i;
                    r = l;
                    break;

                   case 2:
                    s = l;
                    n = i;
                    r = c;
                    break;

                   case 3:
                    s = l;
                    n = h;
                    r = i;
                    break;

                   case 4:
                    s = c;
                    n = l;
                    r = i;
                    break;

                   case 5:
                    s = i;
                    n = l;
                    r = h;
                  }
                }
                s *= 255;
                n *= 255;
                r *= 255;
                this._val = (this.a << 24 >>> 0) + (r << 16) + (n << 8) + (0 | s);
                return this;
              }
              toHSV() {
                const t = this.r * Mi;
                const e = this.g * Mi;
                const i = this.b * Mi;
                const s = {
                  h: 0,
                  s: 0,
                  v: 0
                };
                const n = Math.max(t, e, i);
                const r = Math.min(t, e, i);
                let o = 0;
                s.v = n;
                s.s = n ? (n - r) / n : 0;
                if (s.s) {
                  o = n - r;
                  s.h = t === n ? (e - i) / o : e === n ? 2 + (i - t) / o : 4 + (t - e) / o;
                  s.h /= 6;
                  s.h < 0 && (s.h += 1);
                } else s.h = 0;
                return s;
              }
              set(t, e, i, s) {
                if ("object" == typeof t) if (null != t._val) this._val = t._val; else {
                  e = t.g || 0;
                  i = t.b || 0;
                  s = "number" == typeof t.a ? t.a : 255;
                  t = t.r || 0;
                  this._val = (s << 24 >>> 0) + (i << 16) + (e << 8) + (0 | t);
                } else {
                  t = t || 0;
                  e = e || 0;
                  i = i || 0;
                  s = "number" == typeof s ? s : 255;
                  this._val = (s << 24 >>> 0) + (i << 16) + (e << 8) + (0 | t);
                }
                return this;
              }
              multiply(t) {
                const e = (255 & this._val) * t.r >> 8;
                const i = (65280 & this._val) * t.g >> 8;
                const s = (16711680 & this._val) * t.b >> 8;
                const n = ((4278190080 & this._val) >>> 8) * t.a;
                this._val = 4278190080 & n | 16711680 & s | 65280 & i | 255 & e;
                return this;
              }
              _set_r_unsafe(t) {
                this._val = (4294967040 & this._val | t) >>> 0;
                return this;
              }
              _set_g_unsafe(t) {
                this._val = (4294902015 & this._val | t << 8) >>> 0;
                return this;
              }
              _set_b_unsafe(t) {
                this._val = (4278255615 & this._val | t << 16) >>> 0;
                return this;
              }
              _set_a_unsafe(t) {
                this._val = (16777215 & this._val | t << 24) >>> 0;
                return this;
              }
            }
            t("Color", Bi);
            Bi.WHITE = Object.freeze(new Bi(255, 255, 255, 255));
            Bi.GRAY = Object.freeze(new Bi(127, 127, 127, 255));
            Bi.BLACK = Object.freeze(new Bi(0, 0, 0, 255));
            Bi.TRANSPARENT = Object.freeze(new Bi(0, 0, 0, 0));
            Bi.RED = Object.freeze(new Bi(255, 0, 0, 255));
            Bi.GREEN = Object.freeze(new Bi(0, 255, 0, 255));
            Bi.BLUE = Object.freeze(new Bi(0, 0, 255, 255));
            Bi.CYAN = Object.freeze(new Bi(0, 255, 255, 255));
            Bi.MAGENTA = Object.freeze(new Bi(255, 0, 255, 255));
            Bi.YELLOW = Object.freeze(new Bi(255, 255, 0, 255));
            si.fastDefine("cc.Color", Bi, {
              r: 0,
              g: 0,
              b: 0,
              a: 255
            });
            m.Color = Bi;
            function Di(t, e, i, s) {
              return new Bi(t, e, i, s);
            }
            m.color = Di;
            class Pi extends ce {
              static zero(t) {
                t.x = 0;
                t.y = 0;
                t.z = 0;
                return t;
              }
              static clone(t) {
                return new Pi(t.x, t.y, t.z);
              }
              static copy(t, e) {
                t.x = e.x;
                t.y = e.y;
                t.z = e.z;
                return t;
              }
              static set(t, e, i, s) {
                t.x = e;
                t.y = i;
                t.z = s;
                return t;
              }
              static add(t, e, i) {
                t.x = e.x + i.x;
                t.y = e.y + i.y;
                t.z = e.z + i.z;
                return t;
              }
              static subtract(t, e, i) {
                t.x = e.x - i.x;
                t.y = e.y - i.y;
                t.z = e.z - i.z;
                return t;
              }
              static multiply(t, e, i) {
                t.x = e.x * i.x;
                t.y = e.y * i.y;
                t.z = e.z * i.z;
                return t;
              }
              static divide(t, e, i) {
                t.x = e.x / i.x;
                t.y = e.y / i.y;
                t.z = e.z / i.z;
                return t;
              }
              static ceil(t, e) {
                t.x = Math.ceil(e.x);
                t.y = Math.ceil(e.y);
                t.z = Math.ceil(e.z);
                return t;
              }
              static floor(t, e) {
                t.x = Math.floor(e.x);
                t.y = Math.floor(e.y);
                t.z = Math.floor(e.z);
                return t;
              }
              static min(t, e, i) {
                t.x = Math.min(e.x, i.x);
                t.y = Math.min(e.y, i.y);
                t.z = Math.min(e.z, i.z);
                return t;
              }
              static max(t, e, i) {
                t.x = Math.max(e.x, i.x);
                t.y = Math.max(e.y, i.y);
                t.z = Math.max(e.z, i.z);
                return t;
              }
              static round(t, e) {
                t.x = Math.round(e.x);
                t.y = Math.round(e.y);
                t.z = Math.round(e.z);
                return t;
              }
              static multiplyScalar(t, e, i) {
                t.x = e.x * i;
                t.y = e.y * i;
                t.z = e.z * i;
                return t;
              }
              static scaleAndAdd(t, e, i, s) {
                t.x = e.x + i.x * s;
                t.y = e.y + i.y * s;
                t.z = e.z + i.z * s;
                return t;
              }
              static distance(t, e) {
                const i = e.x - t.x;
                const s = e.y - t.y;
                const n = e.z - t.z;
                return Math.sqrt(i * i + s * s + n * n);
              }
              static squaredDistance(t, e) {
                const i = e.x - t.x;
                const s = e.y - t.y;
                const n = e.z - t.z;
                return i * i + s * s + n * n;
              }
              static len(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                return Math.sqrt(e * e + i * i + s * s);
              }
              static lengthSqr(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                return e * e + i * i + s * s;
              }
              static negate(t, e) {
                t.x = -e.x;
                t.y = -e.y;
                t.z = -e.z;
                return t;
              }
              static invert(t, e) {
                t.x = 1 / e.x;
                t.y = 1 / e.y;
                t.z = 1 / e.z;
                return t;
              }
              static invertSafe(t, e) {
                const i = e.x;
                const s = e.y;
                const n = e.z;
                Math.abs(i) < hi ? t.x = 0 : t.x = 1 / i;
                Math.abs(s) < hi ? t.y = 0 : t.y = 1 / s;
                Math.abs(n) < hi ? t.z = 0 : t.z = 1 / n;
                return t;
              }
              static normalize(t, e) {
                const i = e.x;
                const s = e.y;
                const n = e.z;
                let r = i * i + s * s + n * n;
                if (r > 0) {
                  r = 1 / Math.sqrt(r);
                  t.x = i * r;
                  t.y = s * r;
                  t.z = n * r;
                }
                return t;
              }
              static dot(t, e) {
                return t.x * e.x + t.y * e.y + t.z * e.z;
              }
              static cross(t, e, i) {
                const {x: s, y: n, z: r} = e;
                const {x: o, y: a, z: l} = i;
                t.x = n * l - r * a;
                t.y = r * o - s * l;
                t.z = s * a - n * o;
                return t;
              }
              static lerp(t, e, i, s) {
                t.x = e.x + s * (i.x - e.x);
                t.y = e.y + s * (i.y - e.y);
                t.z = e.z + s * (i.z - e.z);
                return t;
              }
              static random(t, e) {
                e = e || 1;
                const i = 2 * gi() * Math.PI;
                const s = 2 * gi() - 1;
                const n = Math.sqrt(1 - s * s);
                t.x = n * Math.cos(i) * e;
                t.y = n * Math.sin(i) * e;
                t.z = s * e;
                return t;
              }
              static transformMat4(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                let o = i.m03 * s + i.m07 * n + i.m11 * r + i.m15;
                o = o ? Math.abs(1 / o) : 1;
                t.x = (i.m00 * s + i.m04 * n + i.m08 * r + i.m12) * o;
                t.y = (i.m01 * s + i.m05 * n + i.m09 * r + i.m13) * o;
                t.z = (i.m02 * s + i.m06 * n + i.m10 * r + i.m14) * o;
                return t;
              }
              static transformMat4Normal(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                let o = i.m03 * s + i.m07 * n + i.m11 * r;
                o = o ? Math.abs(1 / o) : 1;
                t.x = (i.m00 * s + i.m04 * n + i.m08 * r) * o;
                t.y = (i.m01 * s + i.m05 * n + i.m09 * r) * o;
                t.z = (i.m02 * s + i.m06 * n + i.m10 * r) * o;
                return t;
              }
              static transformMat3(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                t.x = s * i.m00 + n * i.m03 + r * i.m06;
                t.y = s * i.m01 + n * i.m04 + r * i.m07;
                t.z = s * i.m02 + n * i.m05 + r * i.m08;
                return t;
              }
              static transformAffine(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                t.x = i.m00 * s + i.m04 * n + i.m08 * r + i.m12;
                t.y = i.m01 * s + i.m05 * n + i.m09 * r + i.m13;
                t.z = i.m02 * s + i.m06 * n + i.m10 * r + i.m14;
                return t;
              }
              static transformQuat(t, e, i) {
                const s = i.w * e.x + i.y * e.z - i.z * e.y;
                const n = i.w * e.y + i.z * e.x - i.x * e.z;
                const r = i.w * e.z + i.x * e.y - i.y * e.x;
                const o = -i.x * e.x - i.y * e.y - i.z * e.z;
                t.x = s * i.w + o * -i.x + n * -i.z - r * -i.y;
                t.y = n * i.w + o * -i.y + r * -i.x - s * -i.z;
                t.z = r * i.w + o * -i.z + s * -i.y - n * -i.x;
                return t;
              }
              static transformRTS(t, e, i, s, n) {
                const r = e.x * n.x;
                const o = e.y * n.y;
                const a = e.z * n.z;
                const l = i.w * r + i.y * a - i.z * o;
                const h = i.w * o + i.z * r - i.x * a;
                const c = i.w * a + i.x * o - i.y * r;
                const u = -i.x * r - i.y * o - i.z * a;
                t.x = l * i.w + u * -i.x + h * -i.z - c * -i.y + s.x;
                t.y = h * i.w + u * -i.y + c * -i.x - l * -i.z + s.y;
                t.z = c * i.w + u * -i.z + l * -i.y - h * -i.x + s.z;
                return t;
              }
              static transformInverseRTS(t, e, i, s, n) {
                const r = e.x - s.x;
                const o = e.y - s.y;
                const a = e.z - s.z;
                const l = i.w * r - i.y * a + i.z * o;
                const h = i.w * o - i.z * r + i.x * a;
                const c = i.w * a - i.x * o + i.y * r;
                const u = i.x * r + i.y * o + i.z * a;
                t.x = (l * i.w + u * i.x + h * i.z - c * i.y) / n.x;
                t.y = (h * i.w + u * i.y + c * i.x - l * i.z) / n.y;
                t.z = (c * i.w + u * i.z + l * i.y - h * i.x) / n.z;
                return t;
              }
              static rotateX(t, e, i, s) {
                const n = e.x - i.x;
                const r = e.y - i.y;
                const o = e.z - i.z;
                const a = Math.cos(s);
                const l = Math.sin(s);
                const h = n;
                const c = r * a - o * l;
                const u = r * l + o * a;
                t.x = h + i.x;
                t.y = c + i.y;
                t.z = u + i.z;
                return t;
              }
              static rotateY(t, e, i, s) {
                const n = e.x - i.x;
                const r = e.y - i.y;
                const o = e.z - i.z;
                const a = Math.cos(s);
                const l = Math.sin(s);
                const h = o * l + n * a;
                const c = r;
                const u = o * a - n * l;
                t.x = h + i.x;
                t.y = c + i.y;
                t.z = u + i.z;
                return t;
              }
              static rotateZ(t, e, i, s) {
                const n = e.x - i.x;
                const r = e.y - i.y;
                const o = e.z - i.z;
                const a = Math.cos(s);
                const l = Math.sin(s);
                const h = n * a - r * l;
                const c = n * l + r * a;
                const u = o;
                t.x = h + i.x;
                t.y = c + i.y;
                t.z = u + i.z;
                return t;
              }
              static toArray(t, e, i = 0) {
                t[i + 0] = e.x;
                t[i + 1] = e.y;
                t[i + 2] = e.z;
                return t;
              }
              static fromArray(t, e, i = 0) {
                t.x = e[i + 0];
                t.y = e[i + 1];
                t.z = e[i + 2];
                return t;
              }
              static strictEquals(t, e) {
                return t.x === e.x && t.y === e.y && t.z === e.z;
              }
              static equals(t, e, i = hi) {
                const {x: s, y: n, z: r} = t;
                const {x: o, y: a, z: l} = e;
                return Math.abs(s - o) <= i * Math.max(1, Math.abs(s), Math.abs(o)) && Math.abs(n - a) <= i * Math.max(1, Math.abs(n), Math.abs(a)) && Math.abs(r - l) <= i * Math.max(1, Math.abs(r), Math.abs(l));
              }
              static angle(t, e) {
                Pi.normalize(Oi, t);
                Pi.normalize(Ni, e);
                const i = Pi.dot(Oi, Ni);
                return i > 1 ? 0 : i < -1 ? Math.PI : Math.acos(i);
              }
              static projectOnPlane(t, e, i) {
                return Pi.subtract(t, e, Pi.project(t, e, i));
              }
              static project(t, e, i) {
                const s = Pi.lengthSqr(i);
                return s < 1e-6 ? Pi.set(t, 0, 0, 0) : Pi.multiplyScalar(t, i, Pi.dot(e, i) / s);
              }
              constructor(t, e, i) {
                super();
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.z = t.z;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.z = i || 0;
                }
              }
              clone() {
                return new Pi(this.x, this.y, this.z);
              }
              set(t, e, i) {
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.z = t.z;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.z = i || 0;
                }
                return this;
              }
              equals(t, e = hi) {
                return Math.abs(this.x - t.x) <= e * Math.max(1, Math.abs(this.x), Math.abs(t.x)) && Math.abs(this.y - t.y) <= e * Math.max(1, Math.abs(this.y), Math.abs(t.y)) && Math.abs(this.z - t.z) <= e * Math.max(1, Math.abs(this.z), Math.abs(t.z));
              }
              equals3f(t, e, i, s = hi) {
                return Math.abs(this.x - t) <= s * Math.max(1, Math.abs(this.x), Math.abs(t)) && Math.abs(this.y - e) <= s * Math.max(1, Math.abs(this.y), Math.abs(e)) && Math.abs(this.z - i) <= s * Math.max(1, Math.abs(this.z), Math.abs(i));
              }
              strictEquals(t) {
                return this.x === t.x && this.y === t.y && this.z === t.z;
              }
              strictEquals3f(t, e, i) {
                return this.x === t && this.y === e && this.z === i;
              }
              toString() {
                return `(${this.x.toFixed(2)}, ${this.y.toFixed(2)}, ${this.z.toFixed(2)})`;
              }
              lerp(t, e) {
                this.x += e * (t.x - this.x);
                this.y += e * (t.y - this.y);
                this.z += e * (t.z - this.z);
                return this;
              }
              add(t) {
                this.x += t.x;
                this.y += t.y;
                this.z += t.z;
                return this;
              }
              add3f(t, e, i) {
                this.x += t;
                this.y += e;
                this.z += i;
                return this;
              }
              subtract(t) {
                this.x -= t.x;
                this.y -= t.y;
                this.z -= t.z;
                return this;
              }
              subtract3f(t, e, i) {
                this.x -= t;
                this.y -= e;
                this.z -= i;
                return this;
              }
              multiplyScalar(t) {
                "object" == typeof t && console.warn("should use Vec3.multiply for vector * vector operation");
                this.x *= t;
                this.y *= t;
                this.z *= t;
                return this;
              }
              multiply(t) {
                "object" != typeof t && console.warn("should use Vec3.scale for vector * scalar operation");
                this.x *= t.x;
                this.y *= t.y;
                this.z *= t.z;
                return this;
              }
              multiply3f(t, e, i) {
                this.x *= t;
                this.y *= e;
                this.z *= i;
                return this;
              }
              divide(t) {
                this.x /= t.x;
                this.y /= t.y;
                this.z /= t.z;
                return this;
              }
              divide3f(t, e, i) {
                this.x /= t;
                this.y /= e;
                this.z /= i;
                return this;
              }
              negative() {
                this.x = -this.x;
                this.y = -this.y;
                this.z = -this.z;
                return this;
              }
              clampf(t, e) {
                this.x = _i(this.x, t.x, e.x);
                this.y = _i(this.y, t.y, e.y);
                this.z = _i(this.z, t.z, e.z);
                return this;
              }
              dot(t) {
                return this.x * t.x + this.y * t.y + this.z * t.z;
              }
              cross(t) {
                const {x: e, y: i, z: s} = this;
                const {x: n, y: r, z: o} = t;
                this.x = i * o - s * r;
                this.y = s * n - e * o;
                this.z = e * r - i * n;
                return this;
              }
              length() {
                return Math.sqrt(this.x * this.x + this.y * this.y + this.z * this.z);
              }
              lengthSqr() {
                return this.x * this.x + this.y * this.y + this.z * this.z;
              }
              normalize() {
                const t = this.x;
                const e = this.y;
                const i = this.z;
                let s = t * t + e * e + i * i;
                if (s > 0) {
                  s = 1 / Math.sqrt(s);
                  this.x = t * s;
                  this.y = e * s;
                  this.z = i * s;
                }
                return this;
              }
              transformMat4(t) {
                const e = this.x;
                const i = this.y;
                const s = this.z;
                let n = t.m03 * e + t.m07 * i + t.m11 * s + t.m15;
                n = n ? 1 / n : 1;
                this.x = (t.m00 * e + t.m04 * i + t.m08 * s + t.m12) * n;
                this.y = (t.m01 * e + t.m05 * i + t.m09 * s + t.m13) * n;
                this.z = (t.m02 * e + t.m06 * i + t.m10 * s + t.m14) * n;
                return this;
              }
            }
            t("Vec3", Pi);
            Pi.UNIT_X = Object.freeze(new Pi(1, 0, 0));
            Pi.UNIT_Y = Object.freeze(new Pi(0, 1, 0));
            Pi.UNIT_Z = Object.freeze(new Pi(0, 0, 1));
            Pi.RIGHT = Object.freeze(new Pi(1, 0, 0));
            Pi.UP = Object.freeze(new Pi(0, 1, 0));
            Pi.FORWARD = Object.freeze(new Pi(0, 0, -1));
            Pi.ZERO = Object.freeze(new Pi(0, 0, 0));
            Pi.ONE = Object.freeze(new Pi(1, 1, 1));
            Pi.NEG_ONE = Object.freeze(new Pi(-1, -1, -1));
            const Oi = new Pi;
            const Ni = new Pi;
            si.fastDefine("cc.Vec3", Pi, {
              x: 0,
              y: 0,
              z: 0
            });
            m.Vec3 = Pi;
            function Li(t, e, i) {
              return new Pi(t, e, i);
            }
            m.v3 = Li;
            class Fi extends ce {
              static clone(t) {
                return new Fi(t.m00, t.m01, t.m02, t.m03, t.m04, t.m05, t.m06, t.m07, t.m08);
              }
              static copy(t, e) {
                t.m00 = e.m00;
                t.m01 = e.m01;
                t.m02 = e.m02;
                t.m03 = e.m03;
                t.m04 = e.m04;
                t.m05 = e.m05;
                t.m06 = e.m06;
                t.m07 = e.m07;
                t.m08 = e.m08;
                return t;
              }
              static set(t, e, i, s, n, r, o, a, l, h) {
                t.m00 = e;
                t.m01 = i;
                t.m02 = s;
                t.m03 = n;
                t.m04 = r;
                t.m05 = o;
                t.m06 = a;
                t.m07 = l;
                t.m08 = h;
                return t;
              }
              static identity(t) {
                t.m00 = 1;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 1;
                t.m05 = 0;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 1;
                return t;
              }
              static transpose(t, e) {
                if (t === e) {
                  const i = e.m01;
                  const s = e.m02;
                  const n = e.m05;
                  t.m01 = e.m03;
                  t.m02 = e.m06;
                  t.m03 = i;
                  t.m05 = e.m07;
                  t.m06 = s;
                  t.m07 = n;
                } else {
                  t.m00 = e.m00;
                  t.m01 = e.m03;
                  t.m02 = e.m06;
                  t.m03 = e.m01;
                  t.m04 = e.m04;
                  t.m05 = e.m07;
                  t.m06 = e.m02;
                  t.m07 = e.m05;
                  t.m08 = e.m08;
                }
                return t;
              }
              static invert(t, e) {
                const i = e.m00;
                const s = e.m01;
                const n = e.m02;
                const r = e.m03;
                const o = e.m04;
                const a = e.m05;
                const l = e.m06;
                const h = e.m07;
                const c = e.m08;
                const u = c * o - a * h;
                const _ = -c * r + a * l;
                const d = h * r - o * l;
                let p = i * u + s * _ + n * d;
                if (0 === p) {
                  t.m00 = 0;
                  t.m01 = 0;
                  t.m02 = 0;
                  t.m03 = 0;
                  t.m04 = 0;
                  t.m05 = 0;
                  t.m06 = 0;
                  t.m07 = 0;
                  t.m08 = 0;
                  return t;
                }
                p = 1 / p;
                t.m00 = u * p;
                t.m01 = (-c * s + n * h) * p;
                t.m02 = (a * s - n * o) * p;
                t.m03 = _ * p;
                t.m04 = (c * i - n * l) * p;
                t.m05 = (-a * i + n * r) * p;
                t.m06 = d * p;
                t.m07 = (-h * i + s * l) * p;
                t.m08 = (o * i - s * r) * p;
                return t;
              }
              static determinant(t) {
                const e = t.m00;
                const i = t.m01;
                const s = t.m02;
                const n = t.m03;
                const r = t.m04;
                const o = t.m05;
                const a = t.m06;
                const l = t.m07;
                const h = t.m08;
                return e * (h * r - o * l) + i * (-h * n + o * a) + s * (l * n - r * a);
              }
              static multiply(t, e, i) {
                const s = e.m00;
                const n = e.m01;
                const r = e.m02;
                const o = e.m03;
                const a = e.m04;
                const l = e.m05;
                const h = e.m06;
                const c = e.m07;
                const u = e.m08;
                const _ = i.m00;
                const d = i.m01;
                const p = i.m02;
                const m = i.m03;
                const f = i.m04;
                const g = i.m05;
                const y = i.m06;
                const b = i.m07;
                const S = i.m08;
                t.m00 = _ * s + d * o + p * h;
                t.m01 = _ * n + d * a + p * c;
                t.m02 = _ * r + d * l + p * u;
                t.m03 = m * s + f * o + g * h;
                t.m04 = m * n + f * a + g * c;
                t.m05 = m * r + f * l + g * u;
                t.m06 = y * s + b * o + S * h;
                t.m07 = y * n + b * a + S * c;
                t.m08 = y * r + b * l + S * u;
                return t;
              }
              static multiplyMat4(t, e, i) {
                const s = e.m00;
                const n = e.m01;
                const r = e.m02;
                const o = e.m03;
                const a = e.m04;
                const l = e.m05;
                const h = e.m06;
                const c = e.m07;
                const u = e.m08;
                const _ = i.m00;
                const d = i.m01;
                const p = i.m02;
                const m = i.m04;
                const f = i.m05;
                const g = i.m06;
                const y = i.m08;
                const b = i.m09;
                const S = i.m10;
                t.m00 = _ * s + d * o + p * h;
                t.m01 = _ * n + d * a + p * c;
                t.m02 = _ * r + d * l + p * u;
                t.m03 = m * s + f * o + g * h;
                t.m04 = m * n + f * a + g * c;
                t.m05 = m * r + f * l + g * u;
                t.m06 = y * s + b * o + S * h;
                t.m07 = y * n + b * a + S * c;
                t.m08 = y * r + b * l + S * u;
                return t;
              }
              static transform(t, e, i) {
                const s = e.m00;
                const n = e.m01;
                const r = e.m02;
                const o = e.m03;
                const a = e.m04;
                const l = e.m05;
                const h = e.m06;
                const c = e.m07;
                const u = e.m08;
                const _ = i.x;
                const d = i.y;
                t.m00 = s;
                t.m01 = n;
                t.m02 = r;
                t.m03 = o;
                t.m04 = a;
                t.m05 = l;
                t.m06 = _ * s + d * o + h;
                t.m07 = _ * n + d * a + c;
                t.m08 = _ * r + d * l + u;
                return t;
              }
              static scale(t, e, i) {
                const s = i.x;
                const n = i.y;
                t.m00 = s * e.m00;
                t.m01 = s * e.m01;
                t.m02 = s * e.m02;
                t.m03 = n * e.m03;
                t.m04 = n * e.m04;
                t.m05 = n * e.m05;
                t.m06 = e.m06;
                t.m07 = e.m07;
                t.m08 = e.m08;
                return t;
              }
              static rotate(t, e, i) {
                const s = e.m00;
                const n = e.m01;
                const r = e.m02;
                const o = e.m03;
                const a = e.m04;
                const l = e.m05;
                const h = e.m06;
                const c = e.m07;
                const u = e.m08;
                const _ = Math.sin(i);
                const d = Math.cos(i);
                t.m00 = d * s + _ * o;
                t.m01 = d * n + _ * a;
                t.m02 = d * r + _ * l;
                t.m03 = d * o - _ * s;
                t.m04 = d * a - _ * n;
                t.m05 = d * l - _ * r;
                t.m06 = h;
                t.m07 = c;
                t.m08 = u;
                return t;
              }
              static fromMat4(t, e) {
                t.m00 = e.m00;
                t.m01 = e.m01;
                t.m02 = e.m02;
                t.m03 = e.m04;
                t.m04 = e.m05;
                t.m05 = e.m06;
                t.m06 = e.m08;
                t.m07 = e.m09;
                t.m08 = e.m10;
                return t;
              }
              static fromViewUp(t, e, i) {
                if (Pi.lengthSqr(e) < hi * hi) {
                  Fi.identity(t);
                  return t;
                }
                i = i || Pi.UNIT_Y;
                Pi.normalize(Vi, Pi.cross(Vi, i, e));
                if (Pi.lengthSqr(Vi) < hi * hi) {
                  Fi.identity(t);
                  return t;
                }
                Pi.cross(ki, e, Vi);
                Fi.set(t, Vi.x, Vi.y, Vi.z, ki.x, ki.y, ki.z, e.x, e.y, e.z);
                return t;
              }
              static fromTranslation(t, e) {
                t.m00 = 1;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 1;
                t.m05 = 0;
                t.m06 = e.x;
                t.m07 = e.y;
                t.m08 = 1;
                return t;
              }
              static fromScaling(t, e) {
                t.m00 = e.x;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = e.y;
                t.m05 = 0;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 1;
                return t;
              }
              static fromRotation(t, e) {
                const i = Math.sin(e);
                const s = Math.cos(e);
                t.m00 = s;
                t.m01 = i;
                t.m02 = 0;
                t.m03 = -i;
                t.m04 = s;
                t.m05 = 0;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 1;
                return t;
              }
              static fromQuat(t, e) {
                const i = e.x;
                const s = e.y;
                const n = e.z;
                const r = e.w;
                const o = i + i;
                const a = s + s;
                const l = n + n;
                const h = i * o;
                const c = s * o;
                const u = s * a;
                const _ = n * o;
                const d = n * a;
                const p = n * l;
                const m = r * o;
                const f = r * a;
                const g = r * l;
                t.m00 = 1 - u - p;
                t.m03 = c - g;
                t.m06 = _ + f;
                t.m01 = c + g;
                t.m04 = 1 - h - p;
                t.m07 = d - m;
                t.m02 = _ - f;
                t.m05 = d + m;
                t.m08 = 1 - h - u;
                return t;
              }
              static inverseTransposeMat4(t, e) {
                const i = e.m00;
                const s = e.m01;
                const n = e.m02;
                const r = e.m03;
                const o = e.m04;
                const a = e.m05;
                const l = e.m06;
                const h = e.m07;
                const c = e.m08;
                const u = e.m09;
                const _ = e.m10;
                const d = e.m11;
                const p = e.m12;
                const m = e.m13;
                const f = e.m14;
                const g = e.m15;
                const y = i * a - s * o;
                const b = i * l - n * o;
                const S = i * h - r * o;
                const A = s * l - n * a;
                const T = s * h - r * a;
                const v = n * h - r * l;
                const E = c * m - u * p;
                const C = c * f - _ * p;
                const x = c * g - d * p;
                const w = u * f - _ * m;
                const R = u * g - d * m;
                const I = _ * g - d * f;
                let M = y * I - b * R + S * w + A * x - T * C + v * E;
                if (!M) return null;
                M = 1 / M;
                t.m00 = (a * I - l * R + h * w) * M;
                t.m01 = (l * x - o * I - h * C) * M;
                t.m02 = (o * R - a * x + h * E) * M;
                t.m03 = (n * R - s * I - r * w) * M;
                t.m04 = (i * I - n * x + r * C) * M;
                t.m05 = (s * x - i * R - r * E) * M;
                t.m06 = (m * v - f * T + g * A) * M;
                t.m07 = (f * S - p * v - g * b) * M;
                t.m08 = (p * T - m * S + g * y) * M;
                return t;
              }
              static toArray(t, e, i = 0) {
                t[i + 0] = e.m00;
                t[i + 1] = e.m01;
                t[i + 2] = e.m02;
                t[i + 3] = e.m03;
                t[i + 4] = e.m04;
                t[i + 5] = e.m05;
                t[i + 6] = e.m06;
                t[i + 7] = e.m07;
                t[i + 8] = e.m08;
                return t;
              }
              static fromArray(t, e, i = 0) {
                t.m00 = e[i + 0];
                t.m01 = e[i + 1];
                t.m02 = e[i + 2];
                t.m03 = e[i + 3];
                t.m04 = e[i + 4];
                t.m05 = e[i + 5];
                t.m06 = e[i + 6];
                t.m07 = e[i + 7];
                t.m08 = e[i + 8];
                return t;
              }
              static add(t, e, i) {
                t.m00 = e.m00 + i.m00;
                t.m01 = e.m01 + i.m01;
                t.m02 = e.m02 + i.m02;
                t.m03 = e.m03 + i.m03;
                t.m04 = e.m04 + i.m04;
                t.m05 = e.m05 + i.m05;
                t.m06 = e.m06 + i.m06;
                t.m07 = e.m07 + i.m07;
                t.m08 = e.m08 + i.m08;
                return t;
              }
              static subtract(t, e, i) {
                t.m00 = e.m00 - i.m00;
                t.m01 = e.m01 - i.m01;
                t.m02 = e.m02 - i.m02;
                t.m03 = e.m03 - i.m03;
                t.m04 = e.m04 - i.m04;
                t.m05 = e.m05 - i.m05;
                t.m06 = e.m06 - i.m06;
                t.m07 = e.m07 - i.m07;
                t.m08 = e.m08 - i.m08;
                return t;
              }
              static multiplyScalar(t, e, i) {
                t.m00 = e.m00 * i;
                t.m01 = e.m01 * i;
                t.m02 = e.m02 * i;
                t.m03 = e.m03 * i;
                t.m04 = e.m04 * i;
                t.m05 = e.m05 * i;
                t.m06 = e.m06 * i;
                t.m07 = e.m07 * i;
                t.m08 = e.m08 * i;
                return t;
              }
              static multiplyScalarAndAdd(t, e, i, s) {
                t.m00 = i.m00 * s + e.m00;
                t.m01 = i.m01 * s + e.m01;
                t.m02 = i.m02 * s + e.m02;
                t.m03 = i.m03 * s + e.m03;
                t.m04 = i.m04 * s + e.m04;
                t.m05 = i.m05 * s + e.m05;
                t.m06 = i.m06 * s + e.m06;
                t.m07 = i.m07 * s + e.m07;
                t.m08 = i.m08 * s + e.m08;
                return t;
              }
              static strictEquals(t, e) {
                return t.m00 === e.m00 && t.m01 === e.m01 && t.m02 === e.m02 && t.m03 === e.m03 && t.m04 === e.m04 && t.m05 === e.m05 && t.m06 === e.m06 && t.m07 === e.m07 && t.m08 === e.m08;
              }
              static equals(t, e, i = hi) {
                return Math.abs(t.m00 - e.m00) <= i * Math.max(1, Math.abs(t.m00), Math.abs(e.m00)) && Math.abs(t.m01 - e.m01) <= i * Math.max(1, Math.abs(t.m01), Math.abs(e.m01)) && Math.abs(t.m02 - e.m02) <= i * Math.max(1, Math.abs(t.m02), Math.abs(e.m02)) && Math.abs(t.m03 - e.m03) <= i * Math.max(1, Math.abs(t.m03), Math.abs(e.m03)) && Math.abs(t.m04 - e.m04) <= i * Math.max(1, Math.abs(t.m04), Math.abs(e.m04)) && Math.abs(t.m05 - e.m05) <= i * Math.max(1, Math.abs(t.m05), Math.abs(e.m05)) && Math.abs(t.m06 - e.m06) <= i * Math.max(1, Math.abs(t.m06), Math.abs(e.m06)) && Math.abs(t.m07 - e.m07) <= i * Math.max(1, Math.abs(t.m07), Math.abs(e.m07)) && Math.abs(t.m08 - e.m08) <= i * Math.max(1, Math.abs(t.m08), Math.abs(e.m08));
              }
              constructor(t = 1, e = 0, i = 0, s = 0, n = 1, r = 0, o = 0, a = 0, l = 1) {
                super();
                if ("object" == typeof t) {
                  this.m00 = t.m00;
                  this.m01 = t.m01;
                  this.m02 = t.m02;
                  this.m03 = t.m03;
                  this.m04 = t.m04;
                  this.m05 = t.m05;
                  this.m06 = t.m06;
                  this.m07 = t.m07;
                  this.m08 = t.m08;
                } else {
                  this.m00 = t;
                  this.m01 = e;
                  this.m02 = i;
                  this.m03 = s;
                  this.m04 = n;
                  this.m05 = r;
                  this.m06 = o;
                  this.m07 = a;
                  this.m08 = l;
                }
              }
              clone() {
                const t = this;
                return new Fi(t.m00, t.m01, t.m02, t.m03, t.m04, t.m05, t.m06, t.m07, t.m08);
              }
              set(t = 1, e = 0, i = 0, s = 0, n = 1, r = 0, o = 0, a = 0, l = 1) {
                if ("object" == typeof t) {
                  this.m00 = t.m00;
                  this.m01 = t.m01;
                  this.m02 = t.m02;
                  this.m03 = t.m03;
                  this.m04 = t.m04;
                  this.m05 = t.m05;
                  this.m06 = t.m06;
                  this.m07 = t.m07;
                  this.m08 = t.m08;
                } else {
                  this.m00 = t;
                  this.m01 = e;
                  this.m02 = i;
                  this.m03 = s;
                  this.m04 = n;
                  this.m05 = r;
                  this.m06 = o;
                  this.m07 = a;
                  this.m08 = l;
                }
                return this;
              }
              equals(t, e = hi) {
                return Math.abs(this.m00 - t.m00) <= e * Math.max(1, Math.abs(this.m00), Math.abs(t.m00)) && Math.abs(this.m01 - t.m01) <= e * Math.max(1, Math.abs(this.m01), Math.abs(t.m01)) && Math.abs(this.m02 - t.m02) <= e * Math.max(1, Math.abs(this.m02), Math.abs(t.m02)) && Math.abs(this.m03 - t.m03) <= e * Math.max(1, Math.abs(this.m03), Math.abs(t.m03)) && Math.abs(this.m04 - t.m04) <= e * Math.max(1, Math.abs(this.m04), Math.abs(t.m04)) && Math.abs(this.m05 - t.m05) <= e * Math.max(1, Math.abs(this.m05), Math.abs(t.m05)) && Math.abs(this.m06 - t.m06) <= e * Math.max(1, Math.abs(this.m06), Math.abs(t.m06)) && Math.abs(this.m07 - t.m07) <= e * Math.max(1, Math.abs(this.m07), Math.abs(t.m07)) && Math.abs(this.m08 - t.m08) <= e * Math.max(1, Math.abs(this.m08), Math.abs(t.m08));
              }
              strictEquals(t) {
                return this.m00 === t.m00 && this.m01 === t.m01 && this.m02 === t.m02 && this.m03 === t.m03 && this.m04 === t.m04 && this.m05 === t.m05 && this.m06 === t.m06 && this.m07 === t.m07 && this.m08 === t.m08;
              }
              toString() {
                const t = this;
                return `[\n${t.m00}, ${t.m01}, ${t.m02},\n${t.m03},\n${t.m04}, ${t.m05},\n${t.m06}, ${t.m07},\n${t.m08}\n]`;
              }
              identity() {
                this.m00 = 1;
                this.m01 = 0;
                this.m02 = 0;
                this.m03 = 0;
                this.m04 = 1;
                this.m05 = 0;
                this.m06 = 0;
                this.m07 = 0;
                this.m08 = 1;
                return this;
              }
              transpose() {
                const t = this.m01;
                const e = this.m02;
                const i = this.m05;
                this.m01 = this.m03;
                this.m02 = this.m06;
                this.m03 = t;
                this.m05 = this.m07;
                this.m06 = e;
                this.m07 = i;
                return this;
              }
              invert() {
                const t = this.m00;
                const e = this.m01;
                const i = this.m02;
                const s = this.m03;
                const n = this.m04;
                const r = this.m05;
                const o = this.m06;
                const a = this.m07;
                const l = this.m08;
                const h = l * n - r * a;
                const c = -l * s + r * o;
                const u = a * s - n * o;
                let _ = t * h + e * c + i * u;
                if (0 === _) {
                  this.set(0, 0, 0, 0, 0, 0, 0, 0, 0);
                  return this;
                }
                _ = 1 / _;
                this.m00 = h * _;
                this.m01 = (-l * e + i * a) * _;
                this.m02 = (r * e - i * n) * _;
                this.m03 = c * _;
                this.m04 = (l * t - i * o) * _;
                this.m05 = (-r * t + i * s) * _;
                this.m06 = u * _;
                this.m07 = (-a * t + e * o) * _;
                this.m08 = (n * t - e * s) * _;
                return this;
              }
              determinant() {
                const t = this.m00;
                const e = this.m01;
                const i = this.m02;
                const s = this.m03;
                const n = this.m04;
                const r = this.m05;
                const o = this.m06;
                const a = this.m07;
                const l = this.m08;
                return t * (l * n - r * a) + e * (-l * s + r * o) + i * (a * s - n * o);
              }
              add(t) {
                this.m00 += t.m00;
                this.m01 += t.m01;
                this.m02 += t.m02;
                this.m03 += t.m03;
                this.m04 += t.m04;
                this.m05 += t.m05;
                this.m06 += t.m06;
                this.m07 += t.m07;
                this.m08 += t.m08;
                return this;
              }
              subtract(t) {
                this.m00 -= t.m00;
                this.m01 -= t.m01;
                this.m02 -= t.m02;
                this.m03 -= t.m03;
                this.m04 -= t.m04;
                this.m05 -= t.m05;
                this.m06 -= t.m06;
                this.m07 -= t.m07;
                this.m08 -= t.m08;
                return this;
              }
              multiply(t) {
                const e = this.m00;
                const i = this.m01;
                const s = this.m02;
                const n = this.m03;
                const r = this.m04;
                const o = this.m05;
                const a = this.m06;
                const l = this.m07;
                const h = this.m08;
                const c = t.m00;
                const u = t.m01;
                const _ = t.m02;
                const d = t.m03;
                const p = t.m04;
                const m = t.m05;
                const f = t.m06;
                const g = t.m07;
                const y = t.m08;
                this.m00 = c * e + u * n + _ * a;
                this.m01 = c * i + u * r + _ * l;
                this.m02 = c * s + u * o + _ * h;
                this.m03 = d * e + p * n + m * a;
                this.m04 = d * i + p * r + m * l;
                this.m05 = d * s + p * o + m * h;
                this.m06 = f * e + g * n + y * a;
                this.m07 = f * i + g * r + y * l;
                this.m08 = f * s + g * o + y * h;
                return this;
              }
              multiplyScalar(t) {
                this.m00 *= t;
                this.m01 *= t;
                this.m02 *= t;
                this.m03 *= t;
                this.m04 *= t;
                this.m05 *= t;
                this.m06 *= t;
                this.m07 *= t;
                this.m08 *= t;
                return this;
              }
              scale(t) {
                const e = t.x;
                const i = t.y;
                this.m00 = e * this.m00;
                this.m01 = e * this.m01;
                this.m02 = e * this.m02;
                this.m03 = i * this.m03;
                this.m04 = i * this.m04;
                this.m05 = i * this.m05;
                this.m06 = this.m06;
                this.m07 = this.m07;
                this.m08 = this.m08;
                return this;
              }
              rotate(t) {
                const e = this.m00;
                const i = this.m01;
                const s = this.m02;
                const n = this.m03;
                const r = this.m04;
                const o = this.m05;
                const a = this.m06;
                const l = this.m07;
                const h = this.m08;
                const c = Math.sin(t);
                const u = Math.cos(t);
                this.m00 = u * e + c * n;
                this.m01 = u * i + c * r;
                this.m02 = u * s + c * o;
                this.m03 = u * n - c * e;
                this.m04 = u * r - c * i;
                this.m05 = u * o - c * s;
                this.m06 = a;
                this.m07 = l;
                this.m08 = h;
                return this;
              }
              fromQuat(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                const n = t.w;
                const r = e + e;
                const o = i + i;
                const a = s + s;
                const l = e * r;
                const h = i * r;
                const c = i * o;
                const u = s * r;
                const _ = s * o;
                const d = s * a;
                const p = n * r;
                const m = n * o;
                const f = n * a;
                this.m00 = 1 - c - d;
                this.m03 = h - f;
                this.m06 = u + m;
                this.m01 = h + f;
                this.m04 = 1 - l - d;
                this.m07 = _ - p;
                this.m02 = u - m;
                this.m05 = _ + p;
                this.m08 = 1 - l - c;
                return this;
              }
            }
            t("Mat3", Fi);
            Fi.IDENTITY = Object.freeze(new Fi);
            const Vi = new Pi;
            const ki = new Pi;
            si.fastDefine("cc.Mat3", Fi, {
              m00: 1,
              m01: 0,
              m02: 0,
              m03: 0,
              m04: 1,
              m05: 0,
              m06: 0,
              m07: 0,
              m08: 1
            });
            m.Mat3 = Fi;
            class Ui extends ce {
              static clone(t) {
                return new Ui(t.x, t.y, t.z, t.w);
              }
              static copy(t, e) {
                t.x = e.x;
                t.y = e.y;
                t.z = e.z;
                t.w = e.w;
                return t;
              }
              static set(t, e, i, s, n) {
                t.x = e;
                t.y = i;
                t.z = s;
                t.w = n;
                return t;
              }
              static identity(t) {
                t.x = 0;
                t.y = 0;
                t.z = 0;
                t.w = 1;
                return t;
              }
              static rotationTo(t, e, i) {
                const s = Pi.dot(e, i);
                if (s < -.999999) {
                  Pi.cross(Hi, Pi.UNIT_X, e);
                  Hi.length() < 1e-6 && Pi.cross(Hi, Pi.UNIT_Y, e);
                  Pi.normalize(Hi, Hi);
                  Ui.fromAxisAngle(t, Hi, Math.PI);
                  return t;
                }
                if (s > .999999) {
                  t.x = 0;
                  t.y = 0;
                  t.z = 0;
                  t.w = 1;
                  return t;
                }
                Pi.cross(Hi, e, i);
                t.x = Hi.x;
                t.y = Hi.y;
                t.z = Hi.z;
                t.w = 1 + s;
                return Ui.normalize(t, t);
              }
              static getAxisAngle(t, e) {
                const i = 2 * Math.acos(e.w);
                const s = Math.sin(i / 2);
                if (0 !== s) {
                  t.x = e.x / s;
                  t.y = e.y / s;
                  t.z = e.z / s;
                } else {
                  t.x = 1;
                  t.y = 0;
                  t.z = 0;
                }
                return i;
              }
              static multiply(t, e, i) {
                const s = e.x * i.w + e.w * i.x + e.y * i.z - e.z * i.y;
                const n = e.y * i.w + e.w * i.y + e.z * i.x - e.x * i.z;
                const r = e.z * i.w + e.w * i.z + e.x * i.y - e.y * i.x;
                const o = e.w * i.w - e.x * i.x - e.y * i.y - e.z * i.z;
                t.x = s;
                t.y = n;
                t.z = r;
                t.w = o;
                return t;
              }
              static multiplyScalar(t, e, i) {
                t.x = e.x * i;
                t.y = e.y * i;
                t.z = e.z * i;
                t.w = e.w * i;
                return t;
              }
              static scaleAndAdd(t, e, i, s) {
                t.x = e.x + i.x * s;
                t.y = e.y + i.y * s;
                t.z = e.z + i.z * s;
                t.w = e.w + i.w * s;
                return t;
              }
              static rotateX(t, e, i) {
                i *= .5;
                const s = Math.sin(i);
                const n = Math.cos(i);
                const {x: r, y: o, z: a, w: l} = e;
                t.x = r * n + l * s;
                t.y = o * n + a * s;
                t.z = a * n - o * s;
                t.w = l * n - r * s;
                return t;
              }
              static rotateY(t, e, i) {
                i *= .5;
                const s = Math.sin(i);
                const n = Math.cos(i);
                const {x: r, y: o, z: a, w: l} = e;
                t.x = r * n - a * s;
                t.y = o * n + l * s;
                t.z = a * n + r * s;
                t.w = l * n - o * s;
                return t;
              }
              static rotateZ(t, e, i) {
                i *= .5;
                const s = Math.sin(i);
                const n = Math.cos(i);
                const {x: r, y: o, z: a, w: l} = e;
                t.x = r * n + o * s;
                t.y = o * n - r * s;
                t.z = a * n + l * s;
                t.w = l * n - a * s;
                return t;
              }
              static rotateAround(t, e, i, s) {
                Ui.invert(Gi, e);
                Pi.transformQuat(Hi, i, Gi);
                Ui.fromAxisAngle(Gi, Hi, s);
                Ui.multiply(t, e, Gi);
                return t;
              }
              static rotateAroundLocal(t, e, i, s) {
                Ui.fromAxisAngle(Gi, i, s);
                Ui.multiply(t, e, Gi);
                return t;
              }
              static calculateW(t, e) {
                t.x = e.x;
                t.y = e.y;
                t.z = e.z;
                t.w = Math.sqrt(Math.abs(1 - e.x * e.x - e.y * e.y - e.z * e.z));
                return t;
              }
              static dot(t, e) {
                return t.x * e.x + t.y * e.y + t.z * e.z + t.w * e.w;
              }
              static lerp(t, e, i, s) {
                t.x = e.x + s * (i.x - e.x);
                t.y = e.y + s * (i.y - e.y);
                t.z = e.z + s * (i.z - e.z);
                t.w = e.w + s * (i.w - e.w);
                return t;
              }
              static slerp(t, e, i, s) {
                let n = 0;
                let r = 0;
                let o = i.x;
                let a = i.y;
                let l = i.z;
                let h = i.w;
                let c = e.x * i.x + e.y * i.y + e.z * i.z + e.w * i.w;
                if (c < 0) {
                  c = -c;
                  o = -o;
                  a = -a;
                  l = -l;
                  h = -h;
                }
                if (1 - c > 1e-6) {
                  const t = Math.acos(c);
                  const e = Math.sin(t);
                  n = Math.sin((1 - s) * t) / e;
                  r = Math.sin(s * t) / e;
                } else {
                  n = 1 - s;
                  r = s;
                }
                t.x = n * e.x + r * o;
                t.y = n * e.y + r * a;
                t.z = n * e.z + r * l;
                t.w = n * e.w + r * h;
                return t;
              }
              static sqlerp(t, e, i, s, n, r) {
                Ui.slerp(Gi, e, n, r);
                Ui.slerp(zi, i, s, r);
                Ui.slerp(t, Gi, zi, 2 * r * (1 - r));
                return t;
              }
              static invert(t, e) {
                const i = e.x * e.x + e.y * e.y + e.z * e.z + e.w * e.w;
                const s = i ? 1 / i : 0;
                t.x = -e.x * s;
                t.y = -e.y * s;
                t.z = -e.z * s;
                t.w = e.w * s;
                return t;
              }
              static conjugate(t, e) {
                t.x = -e.x;
                t.y = -e.y;
                t.z = -e.z;
                t.w = e.w;
                return t;
              }
              static len(t) {
                return Math.sqrt(t.x * t.x + t.y * t.y + t.z * t.z + t.w * t.w);
              }
              static lengthSqr(t) {
                return t.x * t.x + t.y * t.y + t.z * t.z + t.w * t.w;
              }
              static normalize(t, e) {
                let i = e.x * e.x + e.y * e.y + e.z * e.z + e.w * e.w;
                if (i > 0) {
                  i = 1 / Math.sqrt(i);
                  t.x = e.x * i;
                  t.y = e.y * i;
                  t.z = e.z * i;
                  t.w = e.w * i;
                }
                return t;
              }
              static fromAxes(t, e, i, s) {
                Fi.set(ji, e.x, e.y, e.z, i.x, i.y, i.z, s.x, s.y, s.z);
                return Ui.normalize(t, Ui.fromMat3(t, ji));
              }
              static fromViewUp(t, e, i) {
                Fi.fromViewUp(ji, e, i);
                return Ui.normalize(t, Ui.fromMat3(t, ji));
              }
              static fromAxisAngle(t, e, i) {
                i *= .5;
                const s = Math.sin(i);
                t.x = s * e.x;
                t.y = s * e.y;
                t.z = s * e.z;
                t.w = Math.cos(i);
                return t;
              }
              static fromMat3(t, e) {
                const {m00: i, m03: s, m06: n, m01: r, m04: o, m07: a, m02: l, m05: h, m08: c} = e;
                const u = i + o + c;
                if (u > 0) {
                  const e = .5 / Math.sqrt(u + 1);
                  t.w = .25 / e;
                  t.x = (h - a) * e;
                  t.y = (n - l) * e;
                  t.z = (r - s) * e;
                } else if (i > o && i > c) {
                  const e = 2 * Math.sqrt(1 + i - o - c);
                  t.w = (h - a) / e;
                  t.x = .25 * e;
                  t.y = (s + r) / e;
                  t.z = (n + l) / e;
                } else if (o > c) {
                  const e = 2 * Math.sqrt(1 + o - i - c);
                  t.w = (n - l) / e;
                  t.x = (s + r) / e;
                  t.y = .25 * e;
                  t.z = (a + h) / e;
                } else {
                  const e = 2 * Math.sqrt(1 + c - i - o);
                  t.w = (r - s) / e;
                  t.x = (n + l) / e;
                  t.y = (a + h) / e;
                  t.z = .25 * e;
                }
                return t;
              }
              static fromEuler(t, e, i, s) {
                e *= Xi;
                i *= Xi;
                s *= Xi;
                const n = Math.sin(e);
                const r = Math.cos(e);
                const o = Math.sin(i);
                const a = Math.cos(i);
                const l = Math.sin(s);
                const h = Math.cos(s);
                t.x = n * a * h + r * o * l;
                t.y = r * o * h + n * a * l;
                t.z = r * a * l - n * o * h;
                t.w = r * a * h - n * o * l;
                return t;
              }
              static fromAngleZ(t, e) {
                e *= Xi;
                t.x = t.y = 0;
                t.z = Math.sin(e);
                t.w = Math.cos(e);
                return t;
              }
              static toAxisX(t, e) {
                const i = 2 * e.y;
                const s = 2 * e.z;
                t.x = 1 - i * e.y - s * e.z;
                t.y = i * e.x + s * e.w;
                t.z = s * e.x + i * e.w;
                return t;
              }
              static toAxisY(t, e) {
                const i = 2 * e.x;
                const s = 2 * e.y;
                const n = 2 * e.z;
                t.x = s * e.x - n * e.w;
                t.y = 1 - i * e.x - n * e.z;
                t.z = n * e.y + i * e.w;
                return t;
              }
              static toAxisZ(t, e) {
                const i = 2 * e.x;
                const s = 2 * e.y;
                const n = 2 * e.z;
                t.x = n * e.x - s * e.w;
                t.y = n * e.y - i * e.w;
                t.z = 1 - i * e.x - s * e.y;
                return t;
              }
              static toEuler(t, e, i) {
                const {x: s, y: n, z: r, w: o} = e;
                let a = 0;
                let l = 0;
                let h = 0;
                const c = s * n + r * o;
                if (c > .499999) {
                  a = 0;
                  l = fi(2 * Math.atan2(s, o));
                  h = 90;
                } else if (c < -.499999) {
                  a = 0;
                  l = -fi(2 * Math.atan2(s, o));
                  h = -90;
                } else {
                  const t = s * s;
                  const e = n * n;
                  const u = r * r;
                  a = fi(Math.atan2(2 * s * o - 2 * n * r, 1 - 2 * t - 2 * u));
                  l = fi(Math.atan2(2 * n * o - 2 * s * r, 1 - 2 * e - 2 * u));
                  h = fi(Math.asin(2 * c));
                  if (i) {
                    a = -180 * Math.sign(a + 1e-6) + a;
                    l = -180 * Math.sign(l + 1e-6) + l;
                    h = 180 * Math.sign(h + 1e-6) - h;
                  }
                }
                t.x = a;
                t.y = l;
                t.z = h;
                return t;
              }
              static toArray(t, e, i = 0) {
                t[i + 0] = e.x;
                t[i + 1] = e.y;
                t[i + 2] = e.z;
                t[i + 3] = e.w;
                return t;
              }
              static fromArray(t, e, i = 0) {
                t.x = e[i + 0];
                t.y = e[i + 1];
                t.z = e[i + 2];
                t.w = e[i + 3];
                return t;
              }
              static strictEquals(t, e) {
                return t.x === e.x && t.y === e.y && t.z === e.z && t.w === e.w;
              }
              static equals(t, e, i = hi) {
                return Math.abs(t.x - e.x) <= i * Math.max(1, Math.abs(t.x), Math.abs(e.x)) && Math.abs(t.y - e.y) <= i * Math.max(1, Math.abs(t.y), Math.abs(e.y)) && Math.abs(t.z - e.z) <= i * Math.max(1, Math.abs(t.z), Math.abs(e.z)) && Math.abs(t.w - e.w) <= i * Math.max(1, Math.abs(t.w), Math.abs(e.w));
              }
              constructor(t, e, i, s) {
                super();
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.z = t.z;
                  this.w = t.w;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.z = i || 0;
                  this.w = null != s ? s : 1;
                }
              }
              clone() {
                return new Ui(this.x, this.y, this.z, this.w);
              }
              set(t, e, i, s) {
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.z = t.z;
                  this.w = t.w;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.z = i || 0;
                  this.w = null != s ? s : 1;
                }
                return this;
              }
              equals(t, e = hi) {
                return Math.abs(this.x - t.x) <= e * Math.max(1, Math.abs(this.x), Math.abs(t.x)) && Math.abs(this.y - t.y) <= e * Math.max(1, Math.abs(this.y), Math.abs(t.y)) && Math.abs(this.z - t.z) <= e * Math.max(1, Math.abs(this.z), Math.abs(t.z)) && Math.abs(this.w - t.w) <= e * Math.max(1, Math.abs(this.w), Math.abs(t.w));
              }
              strictEquals(t) {
                return t && this.x === t.x && this.y === t.y && this.z === t.z && this.w === t.w;
              }
              getEulerAngles(t) {
                return Ui.toEuler(t, this);
              }
              lerp(t, e) {
                this.x += e * (t.x - this.x);
                this.y += e * (t.y - this.y);
                this.z += e * (t.z - this.z);
                this.w += e * (t.w - this.w);
                return this;
              }
              slerp(t, e) {
                return Ui.slerp(this, this, t, e);
              }
              length() {
                return Math.sqrt(this.x * this.x + this.y * this.y + this.z * this.z + this.w * this.w);
              }
              lengthSqr() {
                return this.x * this.x + this.y * this.y + this.z * this.z + this.w * this.w;
              }
            }
            t("Quat", Ui);
            Ui.IDENTITY = Object.freeze(new Ui);
            const Gi = new Ui;
            const zi = new Ui;
            const Hi = new Pi;
            const ji = new Fi;
            const Xi = .5 * Math.PI / 180;
            si.fastDefine("cc.Quat", Ui, {
              x: 0,
              y: 0,
              z: 0,
              w: 1
            });
            m.Quat = Ui;
            function Wi(t = 0, e = 0, i = 0, s = 1) {
              return new Ui(t, e, i, s);
            }
            m.quat = Wi;
            const Yi = Object.freeze([ Object.freeze([ 1, 0, 0, 1 ]), Object.freeze([ 0, 1, -1, 0 ]), Object.freeze([ -1, 0, 0, -1 ]), Object.freeze([ 0, -1, 1, 0 ]) ]);
            class qi extends ce {
              static clone(t) {
                return new qi(t.m00, t.m01, t.m02, t.m03, t.m04, t.m05, t.m06, t.m07, t.m08, t.m09, t.m10, t.m11, t.m12, t.m13, t.m14, t.m15);
              }
              static copy(t, e) {
                t.m00 = e.m00;
                t.m01 = e.m01;
                t.m02 = e.m02;
                t.m03 = e.m03;
                t.m04 = e.m04;
                t.m05 = e.m05;
                t.m06 = e.m06;
                t.m07 = e.m07;
                t.m08 = e.m08;
                t.m09 = e.m09;
                t.m10 = e.m10;
                t.m11 = e.m11;
                t.m12 = e.m12;
                t.m13 = e.m13;
                t.m14 = e.m14;
                t.m15 = e.m15;
                return t;
              }
              static set(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p, m, f) {
                t.m00 = e;
                t.m01 = i;
                t.m02 = s;
                t.m03 = n;
                t.m04 = r;
                t.m05 = o;
                t.m06 = a;
                t.m07 = l;
                t.m08 = h;
                t.m09 = c;
                t.m10 = u;
                t.m11 = _;
                t.m12 = d;
                t.m13 = p;
                t.m14 = m;
                t.m15 = f;
                return t;
              }
              static identity(t) {
                t.m00 = 1;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 0;
                t.m05 = 1;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = 0;
                t.m10 = 1;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static transpose(t, e) {
                if (t === e) {
                  const i = e.m01;
                  const s = e.m02;
                  const n = e.m03;
                  const r = e.m06;
                  const o = e.m07;
                  const a = e.m11;
                  t.m01 = e.m04;
                  t.m02 = e.m08;
                  t.m03 = e.m12;
                  t.m04 = i;
                  t.m06 = e.m09;
                  t.m07 = e.m13;
                  t.m08 = s;
                  t.m09 = r;
                  t.m11 = e.m14;
                  t.m12 = n;
                  t.m13 = o;
                  t.m14 = a;
                } else {
                  t.m00 = e.m00;
                  t.m01 = e.m04;
                  t.m02 = e.m08;
                  t.m03 = e.m12;
                  t.m04 = e.m01;
                  t.m05 = e.m05;
                  t.m06 = e.m09;
                  t.m07 = e.m13;
                  t.m08 = e.m02;
                  t.m09 = e.m06;
                  t.m10 = e.m10;
                  t.m11 = e.m14;
                  t.m12 = e.m03;
                  t.m13 = e.m07;
                  t.m14 = e.m11;
                  t.m15 = e.m15;
                }
                return t;
              }
              static invert(t, e) {
                const i = e.m00;
                const s = e.m01;
                const n = e.m02;
                const r = e.m03;
                const o = e.m04;
                const a = e.m05;
                const l = e.m06;
                const h = e.m07;
                const c = e.m08;
                const u = e.m09;
                const _ = e.m10;
                const d = e.m11;
                const p = e.m12;
                const m = e.m13;
                const f = e.m14;
                const g = e.m15;
                const y = i * a - s * o;
                const b = i * l - n * o;
                const S = i * h - r * o;
                const A = s * l - n * a;
                const T = s * h - r * a;
                const v = n * h - r * l;
                const E = c * m - u * p;
                const C = c * f - _ * p;
                const x = c * g - d * p;
                const w = u * f - _ * m;
                const R = u * g - d * m;
                const I = _ * g - d * f;
                let M = y * I - b * R + S * w + A * x - T * C + v * E;
                if (0 === M) {
                  t.m00 = 0;
                  t.m01 = 0;
                  t.m02 = 0;
                  t.m03 = 0;
                  t.m04 = 0;
                  t.m05 = 0;
                  t.m06 = 0;
                  t.m07 = 0;
                  t.m08 = 0;
                  t.m09 = 0;
                  t.m10 = 0;
                  t.m11 = 0;
                  t.m12 = 0;
                  t.m13 = 0;
                  t.m14 = 0;
                  t.m15 = 0;
                  return t;
                }
                M = 1 / M;
                t.m00 = (a * I - l * R + h * w) * M;
                t.m01 = (n * R - s * I - r * w) * M;
                t.m02 = (m * v - f * T + g * A) * M;
                t.m03 = (_ * T - u * v - d * A) * M;
                t.m04 = (l * x - o * I - h * C) * M;
                t.m05 = (i * I - n * x + r * C) * M;
                t.m06 = (f * S - p * v - g * b) * M;
                t.m07 = (c * v - _ * S + d * b) * M;
                t.m08 = (o * R - a * x + h * E) * M;
                t.m09 = (s * x - i * R - r * E) * M;
                t.m10 = (p * T - m * S + g * y) * M;
                t.m11 = (u * S - c * T - d * y) * M;
                t.m12 = (a * C - o * w - l * E) * M;
                t.m13 = (i * w - s * C + n * E) * M;
                t.m14 = (m * b - p * A - f * y) * M;
                t.m15 = (c * A - u * b + _ * y) * M;
                return t;
              }
              static determinant(t) {
                const e = t.m00;
                const i = t.m01;
                const s = t.m02;
                const n = t.m03;
                const r = t.m04;
                const o = t.m05;
                const a = t.m06;
                const l = t.m07;
                const h = t.m08;
                const c = t.m09;
                const u = t.m10;
                const _ = t.m11;
                const d = t.m12;
                const p = t.m13;
                const m = t.m14;
                const f = t.m15;
                return (e * o - i * r) * (u * f - _ * m) - (e * a - s * r) * (c * f - _ * p) + (e * l - n * r) * (c * m - u * p) + (i * a - s * o) * (h * f - _ * d) - (i * l - n * o) * (h * m - u * d) + (s * l - n * a) * (h * p - c * d);
              }
              static multiply(t, e, i) {
                const s = e.m00;
                const n = e.m01;
                const r = e.m02;
                const o = e.m03;
                const a = e.m04;
                const l = e.m05;
                const h = e.m06;
                const c = e.m07;
                const u = e.m08;
                const _ = e.m09;
                const d = e.m10;
                const p = e.m11;
                const m = e.m12;
                const f = e.m13;
                const g = e.m14;
                const y = e.m15;
                let b = i.m00;
                let S = i.m01;
                let A = i.m02;
                let T = i.m03;
                t.m00 = b * s + S * a + A * u + T * m;
                t.m01 = b * n + S * l + A * _ + T * f;
                t.m02 = b * r + S * h + A * d + T * g;
                t.m03 = b * o + S * c + A * p + T * y;
                b = i.m04;
                S = i.m05;
                A = i.m06;
                T = i.m07;
                t.m04 = b * s + S * a + A * u + T * m;
                t.m05 = b * n + S * l + A * _ + T * f;
                t.m06 = b * r + S * h + A * d + T * g;
                t.m07 = b * o + S * c + A * p + T * y;
                b = i.m08;
                S = i.m09;
                A = i.m10;
                T = i.m11;
                t.m08 = b * s + S * a + A * u + T * m;
                t.m09 = b * n + S * l + A * _ + T * f;
                t.m10 = b * r + S * h + A * d + T * g;
                t.m11 = b * o + S * c + A * p + T * y;
                b = i.m12;
                S = i.m13;
                A = i.m14;
                T = i.m15;
                t.m12 = b * s + S * a + A * u + T * m;
                t.m13 = b * n + S * l + A * _ + T * f;
                t.m14 = b * r + S * h + A * d + T * g;
                t.m15 = b * o + S * c + A * p + T * y;
                return t;
              }
              static transform(t, e, i) {
                const s = i.x;
                const n = i.y;
                const r = i.z;
                if (e === t) {
                  t.m12 = e.m00 * s + e.m04 * n + e.m08 * r + e.m12;
                  t.m13 = e.m01 * s + e.m05 * n + e.m09 * r + e.m13;
                  t.m14 = e.m02 * s + e.m06 * n + e.m10 * r + e.m14;
                  t.m15 = e.m03 * s + e.m07 * n + e.m11 * r + e.m15;
                } else {
                  const i = e.m00;
                  const o = e.m01;
                  const a = e.m02;
                  const l = e.m03;
                  const h = e.m04;
                  const c = e.m05;
                  const u = e.m06;
                  const _ = e.m07;
                  const d = e.m08;
                  const p = e.m09;
                  const m = e.m10;
                  const f = e.m11;
                  e.m12;
                  e.m13;
                  e.m14;
                  e.m15;
                  t.m00 = i;
                  t.m01 = o;
                  t.m02 = a;
                  t.m03 = l;
                  t.m04 = h;
                  t.m05 = c;
                  t.m06 = u;
                  t.m07 = _;
                  t.m08 = d;
                  t.m09 = p;
                  t.m10 = m;
                  t.m11 = f;
                  t.m12 = i * s + h * n + d * r + e.m12;
                  t.m13 = o * s + c * n + p * r + e.m13;
                  t.m14 = a * s + u * n + m * r + e.m14;
                  t.m15 = l * s + _ * n + f * r + e.m15;
                }
                return t;
              }
              static translate(t, e, i) {
                if (e === t) {
                  t.m12 += i.x;
                  t.m13 += i.y;
                  t.m14 += i.z;
                } else {
                  t.m00 = e.m00;
                  t.m01 = e.m01;
                  t.m02 = e.m02;
                  t.m03 = e.m03;
                  t.m04 = e.m04;
                  t.m05 = e.m05;
                  t.m06 = e.m06;
                  t.m07 = e.m07;
                  t.m08 = e.m08;
                  t.m09 = e.m09;
                  t.m10 = e.m10;
                  t.m11 = e.m11;
                  t.m12 += i.x;
                  t.m13 += i.y;
                  t.m14 += i.z;
                  t.m15 = e.m15;
                }
                return t;
              }
              static scale(t, e, i) {
                const s = i.x;
                const n = i.y;
                const r = i.z;
                t.m00 = e.m00 * s;
                t.m01 = e.m01 * s;
                t.m02 = e.m02 * s;
                t.m03 = e.m03 * s;
                t.m04 = e.m04 * n;
                t.m05 = e.m05 * n;
                t.m06 = e.m06 * n;
                t.m07 = e.m07 * n;
                t.m08 = e.m08 * r;
                t.m09 = e.m09 * r;
                t.m10 = e.m10 * r;
                t.m11 = e.m11 * r;
                t.m12 = e.m12;
                t.m13 = e.m13;
                t.m14 = e.m14;
                t.m15 = e.m15;
                return t;
              }
              static rotate(t, e, i, s) {
                let n = s.x;
                let r = s.y;
                let o = s.z;
                let a = Math.sqrt(n * n + r * r + o * o);
                if (Math.abs(a) < hi) return null;
                a = 1 / a;
                n *= a;
                r *= a;
                o *= a;
                const l = Math.sin(i);
                const h = Math.cos(i);
                const c = 1 - h;
                const u = e.m00;
                const _ = e.m01;
                const d = e.m02;
                const p = e.m03;
                const m = e.m04;
                const f = e.m05;
                const g = e.m06;
                const y = e.m07;
                const b = e.m08;
                const S = e.m09;
                const A = e.m10;
                const T = e.m11;
                const v = n * n * c + h;
                const E = r * n * c + o * l;
                const C = o * n * c - r * l;
                const x = n * r * c - o * l;
                const w = r * r * c + h;
                const R = o * r * c + n * l;
                const I = n * o * c + r * l;
                const M = r * o * c - n * l;
                const B = o * o * c + h;
                t.m00 = u * v + m * E + b * C;
                t.m01 = _ * v + f * E + S * C;
                t.m02 = d * v + g * E + A * C;
                t.m03 = p * v + y * E + T * C;
                t.m04 = u * x + m * w + b * R;
                t.m05 = _ * x + f * w + S * R;
                t.m06 = d * x + g * w + A * R;
                t.m07 = p * x + y * w + T * R;
                t.m08 = u * I + m * M + b * B;
                t.m09 = _ * I + f * M + S * B;
                t.m10 = d * I + g * M + A * B;
                t.m11 = p * I + y * M + T * B;
                if (e !== t) {
                  t.m12 = e.m12;
                  t.m13 = e.m13;
                  t.m14 = e.m14;
                  t.m15 = e.m15;
                }
                return t;
              }
              static rotateX(t, e, i) {
                const s = Math.sin(i);
                const n = Math.cos(i);
                const r = e.m04;
                const o = e.m05;
                const a = e.m06;
                const l = e.m07;
                const h = e.m08;
                const c = e.m09;
                const u = e.m10;
                const _ = e.m11;
                if (e !== t) {
                  t.m00 = e.m00;
                  t.m01 = e.m01;
                  t.m02 = e.m02;
                  t.m03 = e.m03;
                  t.m12 = e.m12;
                  t.m13 = e.m13;
                  t.m14 = e.m14;
                  t.m15 = e.m15;
                }
                t.m04 = r * n + h * s;
                t.m05 = o * n + c * s;
                t.m06 = a * n + u * s;
                t.m07 = l * n + _ * s;
                t.m08 = h * n - r * s;
                t.m09 = c * n - o * s;
                t.m10 = u * n - a * s;
                t.m11 = _ * n - l * s;
                return t;
              }
              static rotateY(t, e, i) {
                const s = Math.sin(i);
                const n = Math.cos(i);
                const r = e.m00;
                const o = e.m01;
                const a = e.m02;
                const l = e.m03;
                const h = e.m08;
                const c = e.m09;
                const u = e.m10;
                const _ = e.m11;
                if (e !== t) {
                  t.m04 = e.m04;
                  t.m05 = e.m05;
                  t.m06 = e.m06;
                  t.m07 = e.m07;
                  t.m12 = e.m12;
                  t.m13 = e.m13;
                  t.m14 = e.m14;
                  t.m15 = e.m15;
                }
                t.m00 = r * n - h * s;
                t.m01 = o * n - c * s;
                t.m02 = a * n - u * s;
                t.m03 = l * n - _ * s;
                t.m08 = r * s + h * n;
                t.m09 = o * s + c * n;
                t.m10 = a * s + u * n;
                t.m11 = l * s + _ * n;
                return t;
              }
              static rotateZ(t, e, i) {
                const s = Math.sin(i);
                const n = Math.cos(i);
                const r = e.m00;
                const o = e.m01;
                const a = e.m02;
                const l = e.m03;
                const h = e.m04;
                const c = e.m05;
                const u = e.m06;
                const _ = e.m07;
                if (e !== t) {
                  t.m08 = e.m08;
                  t.m09 = e.m09;
                  t.m10 = e.m10;
                  t.m11 = e.m11;
                  t.m12 = e.m12;
                  t.m13 = e.m13;
                  t.m14 = e.m14;
                  t.m15 = e.m15;
                }
                t.m00 = r * n + h * s;
                t.m01 = o * n + c * s;
                t.m02 = a * n + u * s;
                t.m03 = l * n + _ * s;
                t.m04 = h * n - r * s;
                t.m05 = c * n - o * s;
                t.m06 = u * n - a * s;
                t.m07 = _ * n - l * s;
                return t;
              }
              static fromTranslation(t, e) {
                t.m00 = 1;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 0;
                t.m05 = 1;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = 0;
                t.m10 = 1;
                t.m11 = 0;
                t.m12 = e.x;
                t.m13 = e.y;
                t.m14 = e.z;
                t.m15 = 1;
                return t;
              }
              static fromScaling(t, e) {
                t.m00 = e.x;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 0;
                t.m05 = e.y;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = 0;
                t.m10 = e.z;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static fromRotation(t, e, i) {
                let s = i.x;
                let n = i.y;
                let r = i.z;
                let o = Math.sqrt(s * s + n * n + r * r);
                if (Math.abs(o) < hi) return null;
                o = 1 / o;
                s *= o;
                n *= o;
                r *= o;
                const a = Math.sin(e);
                const l = Math.cos(e);
                const h = 1 - l;
                t.m00 = s * s * h + l;
                t.m01 = n * s * h + r * a;
                t.m02 = r * s * h - n * a;
                t.m03 = 0;
                t.m04 = s * n * h - r * a;
                t.m05 = n * n * h + l;
                t.m06 = r * n * h + s * a;
                t.m07 = 0;
                t.m08 = s * r * h + n * a;
                t.m09 = n * r * h - s * a;
                t.m10 = r * r * h + l;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static fromXRotation(t, e) {
                const i = Math.sin(e);
                const s = Math.cos(e);
                t.m00 = 1;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 0;
                t.m05 = s;
                t.m06 = i;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = -i;
                t.m10 = s;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static fromYRotation(t, e) {
                const i = Math.sin(e);
                const s = Math.cos(e);
                t.m00 = s;
                t.m01 = 0;
                t.m02 = -i;
                t.m03 = 0;
                t.m04 = 0;
                t.m05 = 1;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = i;
                t.m09 = 0;
                t.m10 = s;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static fromZRotation(t, e) {
                const i = Math.sin(e);
                const s = Math.cos(e);
                t.m00 = s;
                t.m01 = i;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = -i;
                t.m05 = s;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = 0;
                t.m10 = 1;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static fromRT(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                const o = e.w;
                const a = s + s;
                const l = n + n;
                const h = r + r;
                const c = s * a;
                const u = s * l;
                const _ = s * h;
                const d = n * l;
                const p = n * h;
                const m = r * h;
                const f = o * a;
                const g = o * l;
                const y = o * h;
                t.m00 = 1 - (d + m);
                t.m01 = u + y;
                t.m02 = _ - g;
                t.m03 = 0;
                t.m04 = u - y;
                t.m05 = 1 - (c + m);
                t.m06 = p + f;
                t.m07 = 0;
                t.m08 = _ + g;
                t.m09 = p - f;
                t.m10 = 1 - (c + d);
                t.m11 = 0;
                t.m12 = i.x;
                t.m13 = i.y;
                t.m14 = i.z;
                t.m15 = 1;
                return t;
              }
              static getTranslation(t, e) {
                t.x = e.m12;
                t.y = e.m13;
                t.z = e.m14;
                return t;
              }
              static getScaling(t, e) {
                const i = Ji.m00 = e.m00;
                const s = Ji.m01 = e.m01;
                const n = Ji.m02 = e.m02;
                const r = Ji.m03 = e.m04;
                const o = Ji.m04 = e.m05;
                const a = Ji.m05 = e.m06;
                const l = Ji.m06 = e.m08;
                const h = Ji.m07 = e.m09;
                const c = Ji.m08 = e.m10;
                t.x = Math.sqrt(i * i + s * s + n * n);
                t.y = Math.sqrt(r * r + o * o + a * a);
                t.z = Math.sqrt(l * l + h * h + c * c);
                Fi.determinant(Ji) < 0 && (t.x *= -1);
                return t;
              }
              static getRotation(t, e) {
                const i = e.m00 + e.m05 + e.m10;
                let s = 0;
                if (i > 0) {
                  s = 2 * Math.sqrt(i + 1);
                  t.w = .25 * s;
                  t.x = (e.m06 - e.m09) / s;
                  t.y = (e.m08 - e.m02) / s;
                  t.z = (e.m01 - e.m04) / s;
                } else if (e.m00 > e.m05 && e.m00 > e.m10) {
                  s = 2 * Math.sqrt(1 + e.m00 - e.m05 - e.m10);
                  t.w = (e.m06 - e.m09) / s;
                  t.x = .25 * s;
                  t.y = (e.m01 + e.m04) / s;
                  t.z = (e.m08 + e.m02) / s;
                } else if (e.m05 > e.m10) {
                  s = 2 * Math.sqrt(1 + e.m05 - e.m00 - e.m10);
                  t.w = (e.m08 - e.m02) / s;
                  t.x = (e.m01 + e.m04) / s;
                  t.y = .25 * s;
                  t.z = (e.m06 + e.m09) / s;
                } else {
                  s = 2 * Math.sqrt(1 + e.m10 - e.m00 - e.m05);
                  t.w = (e.m01 - e.m04) / s;
                  t.x = (e.m08 + e.m02) / s;
                  t.y = (e.m06 + e.m09) / s;
                  t.z = .25 * s;
                }
                return t;
              }
              static toRTS(t, e, i, s) {
                s.x = Pi.set(Ki, t.m00, t.m01, t.m02).length();
                Ji.m00 = t.m00 / s.x;
                Ji.m01 = t.m01 / s.x;
                Ji.m02 = t.m02 / s.x;
                s.y = Pi.set(Ki, t.m04, t.m05, t.m06).length();
                Ji.m03 = t.m04 / s.y;
                Ji.m04 = t.m05 / s.y;
                Ji.m05 = t.m06 / s.y;
                s.z = Pi.set(Ki, t.m08, t.m09, t.m10).length();
                Ji.m06 = t.m08 / s.z;
                Ji.m07 = t.m09 / s.z;
                Ji.m08 = t.m10 / s.z;
                if (Fi.determinant(Ji) < 0) {
                  s.x *= -1;
                  Ji.m00 *= -1;
                  Ji.m01 *= -1;
                  Ji.m02 *= -1;
                }
                Ui.fromMat3(e, Ji);
                Pi.set(i, t.m12, t.m13, t.m14);
              }
              static fromRTS(t, e, i, s) {
                const n = e.x;
                const r = e.y;
                const o = e.z;
                const a = e.w;
                const l = n + n;
                const h = r + r;
                const c = o + o;
                const u = n * l;
                const _ = n * h;
                const d = n * c;
                const p = r * h;
                const m = r * c;
                const f = o * c;
                const g = a * l;
                const y = a * h;
                const b = a * c;
                const S = s.x;
                const A = s.y;
                const T = s.z;
                t.m00 = (1 - (p + f)) * S;
                t.m01 = (_ + b) * S;
                t.m02 = (d - y) * S;
                t.m03 = 0;
                t.m04 = (_ - b) * A;
                t.m05 = (1 - (u + f)) * A;
                t.m06 = (m + g) * A;
                t.m07 = 0;
                t.m08 = (d + y) * T;
                t.m09 = (m - g) * T;
                t.m10 = (1 - (u + p)) * T;
                t.m11 = 0;
                t.m12 = i.x;
                t.m13 = i.y;
                t.m14 = i.z;
                t.m15 = 1;
                return t;
              }
              static fromRTSOrigin(t, e, i, s, n) {
                const r = e.x;
                const o = e.y;
                const a = e.z;
                const l = e.w;
                const h = r + r;
                const c = o + o;
                const u = a + a;
                const _ = r * h;
                const d = r * c;
                const p = r * u;
                const m = o * c;
                const f = o * u;
                const g = a * u;
                const y = l * h;
                const b = l * c;
                const S = l * u;
                const A = s.x;
                const T = s.y;
                const v = s.z;
                const E = n.x;
                const C = n.y;
                const x = n.z;
                t.m00 = (1 - (m + g)) * A;
                t.m01 = (d + S) * A;
                t.m02 = (p - b) * A;
                t.m03 = 0;
                t.m04 = (d - S) * T;
                t.m05 = (1 - (_ + g)) * T;
                t.m06 = (f + y) * T;
                t.m07 = 0;
                t.m08 = (p + b) * v;
                t.m09 = (f - y) * v;
                t.m10 = (1 - (_ + m)) * v;
                t.m11 = 0;
                t.m12 = i.x + E - (t.m00 * E + t.m04 * C + t.m08 * x);
                t.m13 = i.y + C - (t.m01 * E + t.m05 * C + t.m09 * x);
                t.m14 = i.z + x - (t.m02 * E + t.m06 * C + t.m10 * x);
                t.m15 = 1;
                return t;
              }
              static fromQuat(t, e) {
                const i = e.x;
                const s = e.y;
                const n = e.z;
                const r = e.w;
                const o = i + i;
                const a = s + s;
                const l = n + n;
                const h = i * o;
                const c = s * o;
                const u = s * a;
                const _ = n * o;
                const d = n * a;
                const p = n * l;
                const m = r * o;
                const f = r * a;
                const g = r * l;
                t.m00 = 1 - u - p;
                t.m01 = c + g;
                t.m02 = _ - f;
                t.m03 = 0;
                t.m04 = c - g;
                t.m05 = 1 - h - p;
                t.m06 = d + m;
                t.m07 = 0;
                t.m08 = _ + f;
                t.m09 = d - m;
                t.m10 = 1 - h - u;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static frustum(t, e, i, s, n, r, o) {
                const a = 1 / (i - e);
                const l = 1 / (n - s);
                const h = 1 / (r - o);
                t.m00 = 2 * r * a;
                t.m01 = 0;
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = 0;
                t.m05 = 2 * r * l;
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = (i + e) * a;
                t.m09 = (n + s) * l;
                t.m10 = (o + r) * h;
                t.m11 = -1;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = o * r * 2 * h;
                t.m15 = 0;
                return t;
              }
              static perspective(t, e, i, s, n, r = !0, o = -1, a = 1, l = 0) {
                const h = 1 / Math.tan(e / 2);
                const c = 1 / (s - n);
                const u = r ? h / i : h;
                const _ = (r ? h : h * i) * a;
                const d = Yi[l];
                t.m00 = u * d[0];
                t.m01 = u * d[1];
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = _ * d[2];
                t.m05 = _ * d[3];
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = 0;
                t.m10 = (n - o * s) * c;
                t.m11 = -1;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = n * s * c * (1 - o);
                t.m15 = 0;
                return t;
              }
              static ortho(t, e, i, s, n, r, o, a = -1, l = 1, h = 0) {
                const c = 1 / (e - i);
                const u = 1 / (s - n) * l;
                const _ = 1 / (r - o);
                const d = -2 * c;
                const p = -2 * u;
                const m = (e + i) * c;
                const f = (n + s) * u;
                const g = Yi[h];
                t.m00 = d * g[0];
                t.m01 = d * g[1];
                t.m02 = 0;
                t.m03 = 0;
                t.m04 = p * g[2];
                t.m05 = p * g[3];
                t.m06 = 0;
                t.m07 = 0;
                t.m08 = 0;
                t.m09 = 0;
                t.m10 = _ * (1 - a);
                t.m11 = 0;
                t.m12 = m * g[0] + f * g[2];
                t.m13 = m * g[1] + f * g[3];
                t.m14 = (r - a * o) * _;
                t.m15 = 1;
                return t;
              }
              static lookAt(t, e, i, s) {
                const n = e.x;
                const r = e.y;
                const o = e.z;
                const a = s.x;
                const l = s.y;
                const h = s.z;
                let c = n - i.x;
                let u = r - i.y;
                let _ = o - i.z;
                let d = 1 / Math.sqrt(c * c + u * u + _ * _);
                c *= d;
                u *= d;
                _ *= d;
                let p = l * _ - h * u;
                let m = h * c - a * _;
                let f = a * u - l * c;
                d = 1 / Math.sqrt(p * p + m * m + f * f);
                p *= d;
                m *= d;
                f *= d;
                const g = u * f - _ * m;
                const y = _ * p - c * f;
                const b = c * m - u * p;
                t.m00 = p;
                t.m01 = g;
                t.m02 = c;
                t.m03 = 0;
                t.m04 = m;
                t.m05 = y;
                t.m06 = u;
                t.m07 = 0;
                t.m08 = f;
                t.m09 = b;
                t.m10 = _;
                t.m11 = 0;
                t.m12 = -(p * n + m * r + f * o);
                t.m13 = -(g * n + y * r + b * o);
                t.m14 = -(c * n + u * r + _ * o);
                t.m15 = 1;
                return t;
              }
              static inverseTranspose(t, e) {
                const i = e.m00;
                const s = e.m01;
                const n = e.m02;
                const r = e.m03;
                const o = e.m04;
                const a = e.m05;
                const l = e.m06;
                const h = e.m07;
                const c = e.m08;
                const u = e.m09;
                const _ = e.m10;
                const d = e.m11;
                const p = e.m12;
                const m = e.m13;
                const f = e.m14;
                const g = e.m15;
                const y = i * a - s * o;
                const b = i * l - n * o;
                const S = i * h - r * o;
                const A = s * l - n * a;
                const T = s * h - r * a;
                const v = n * h - r * l;
                const E = c * m - u * p;
                const C = c * f - _ * p;
                const x = c * g - d * p;
                const w = u * f - _ * m;
                const R = u * g - d * m;
                const I = _ * g - d * f;
                let M = y * I - b * R + S * w + A * x - T * C + v * E;
                if (!M) return null;
                M = 1 / M;
                t.m00 = (a * I - l * R + h * w) * M;
                t.m01 = (l * x - o * I - h * C) * M;
                t.m02 = (o * R - a * x + h * E) * M;
                t.m03 = 0;
                t.m04 = (n * R - s * I - r * w) * M;
                t.m05 = (i * I - n * x + r * C) * M;
                t.m06 = (s * x - i * R - r * E) * M;
                t.m07 = 0;
                t.m08 = (m * v - f * T + g * A) * M;
                t.m09 = (f * S - p * v - g * b) * M;
                t.m10 = (p * T - m * S + g * y) * M;
                t.m11 = 0;
                t.m12 = 0;
                t.m13 = 0;
                t.m14 = 0;
                t.m15 = 1;
                return t;
              }
              static toArray(t, e, i = 0) {
                t[i + 0] = e.m00;
                t[i + 1] = e.m01;
                t[i + 2] = e.m02;
                t[i + 3] = e.m03;
                t[i + 4] = e.m04;
                t[i + 5] = e.m05;
                t[i + 6] = e.m06;
                t[i + 7] = e.m07;
                t[i + 8] = e.m08;
                t[i + 9] = e.m09;
                t[i + 10] = e.m10;
                t[i + 11] = e.m11;
                t[i + 12] = e.m12;
                t[i + 13] = e.m13;
                t[i + 14] = e.m14;
                t[i + 15] = e.m15;
                return t;
              }
              static fromArray(t, e, i = 0) {
                t.m00 = e[i + 0];
                t.m01 = e[i + 1];
                t.m02 = e[i + 2];
                t.m03 = e[i + 3];
                t.m04 = e[i + 4];
                t.m05 = e[i + 5];
                t.m06 = e[i + 6];
                t.m07 = e[i + 7];
                t.m08 = e[i + 8];
                t.m09 = e[i + 9];
                t.m10 = e[i + 10];
                t.m11 = e[i + 11];
                t.m12 = e[i + 12];
                t.m13 = e[i + 13];
                t.m14 = e[i + 14];
                t.m15 = e[i + 15];
                return t;
              }
              static add(t, e, i) {
                t.m00 = e.m00 + i.m00;
                t.m01 = e.m01 + i.m01;
                t.m02 = e.m02 + i.m02;
                t.m03 = e.m03 + i.m03;
                t.m04 = e.m04 + i.m04;
                t.m05 = e.m05 + i.m05;
                t.m06 = e.m06 + i.m06;
                t.m07 = e.m07 + i.m07;
                t.m08 = e.m08 + i.m08;
                t.m09 = e.m09 + i.m09;
                t.m10 = e.m10 + i.m10;
                t.m11 = e.m11 + i.m11;
                t.m12 = e.m12 + i.m12;
                t.m13 = e.m13 + i.m13;
                t.m14 = e.m14 + i.m14;
                t.m15 = e.m15 + i.m15;
                return t;
              }
              static subtract(t, e, i) {
                t.m00 = e.m00 - i.m00;
                t.m01 = e.m01 - i.m01;
                t.m02 = e.m02 - i.m02;
                t.m03 = e.m03 - i.m03;
                t.m04 = e.m04 - i.m04;
                t.m05 = e.m05 - i.m05;
                t.m06 = e.m06 - i.m06;
                t.m07 = e.m07 - i.m07;
                t.m08 = e.m08 - i.m08;
                t.m09 = e.m09 - i.m09;
                t.m10 = e.m10 - i.m10;
                t.m11 = e.m11 - i.m11;
                t.m12 = e.m12 - i.m12;
                t.m13 = e.m13 - i.m13;
                t.m14 = e.m14 - i.m14;
                t.m15 = e.m15 - i.m15;
                return t;
              }
              static multiplyScalar(t, e, i) {
                t.m00 = e.m00 * i;
                t.m01 = e.m01 * i;
                t.m02 = e.m02 * i;
                t.m03 = e.m03 * i;
                t.m04 = e.m04 * i;
                t.m05 = e.m05 * i;
                t.m06 = e.m06 * i;
                t.m07 = e.m07 * i;
                t.m08 = e.m08 * i;
                t.m09 = e.m09 * i;
                t.m10 = e.m10 * i;
                t.m11 = e.m11 * i;
                t.m12 = e.m12 * i;
                t.m13 = e.m13 * i;
                t.m14 = e.m14 * i;
                t.m15 = e.m15 * i;
                return t;
              }
              static multiplyScalarAndAdd(t, e, i, s) {
                t.m00 = e.m00 + i.m00 * s;
                t.m01 = e.m01 + i.m01 * s;
                t.m02 = e.m02 + i.m02 * s;
                t.m03 = e.m03 + i.m03 * s;
                t.m04 = e.m04 + i.m04 * s;
                t.m05 = e.m05 + i.m05 * s;
                t.m06 = e.m06 + i.m06 * s;
                t.m07 = e.m07 + i.m07 * s;
                t.m08 = e.m08 + i.m08 * s;
                t.m09 = e.m09 + i.m09 * s;
                t.m10 = e.m10 + i.m10 * s;
                t.m11 = e.m11 + i.m11 * s;
                t.m12 = e.m12 + i.m12 * s;
                t.m13 = e.m13 + i.m13 * s;
                t.m14 = e.m14 + i.m14 * s;
                t.m15 = e.m15 + i.m15 * s;
                return t;
              }
              static strictEquals(t, e) {
                return t.m00 === e.m00 && t.m01 === e.m01 && t.m02 === e.m02 && t.m03 === e.m03 && t.m04 === e.m04 && t.m05 === e.m05 && t.m06 === e.m06 && t.m07 === e.m07 && t.m08 === e.m08 && t.m09 === e.m09 && t.m10 === e.m10 && t.m11 === e.m11 && t.m12 === e.m12 && t.m13 === e.m13 && t.m14 === e.m14 && t.m15 === e.m15;
              }
              static equals(t, e, i = hi) {
                return Math.abs(t.m00 - e.m00) <= i * Math.max(1, Math.abs(t.m00), Math.abs(e.m00)) && Math.abs(t.m01 - e.m01) <= i * Math.max(1, Math.abs(t.m01), Math.abs(e.m01)) && Math.abs(t.m02 - e.m02) <= i * Math.max(1, Math.abs(t.m02), Math.abs(e.m02)) && Math.abs(t.m03 - e.m03) <= i * Math.max(1, Math.abs(t.m03), Math.abs(e.m03)) && Math.abs(t.m04 - e.m04) <= i * Math.max(1, Math.abs(t.m04), Math.abs(e.m04)) && Math.abs(t.m05 - e.m05) <= i * Math.max(1, Math.abs(t.m05), Math.abs(e.m05)) && Math.abs(t.m06 - e.m06) <= i * Math.max(1, Math.abs(t.m06), Math.abs(e.m06)) && Math.abs(t.m07 - e.m07) <= i * Math.max(1, Math.abs(t.m07), Math.abs(e.m07)) && Math.abs(t.m08 - e.m08) <= i * Math.max(1, Math.abs(t.m08), Math.abs(e.m08)) && Math.abs(t.m09 - e.m09) <= i * Math.max(1, Math.abs(t.m09), Math.abs(e.m09)) && Math.abs(t.m10 - e.m10) <= i * Math.max(1, Math.abs(t.m10), Math.abs(e.m10)) && Math.abs(t.m11 - e.m11) <= i * Math.max(1, Math.abs(t.m11), Math.abs(e.m11)) && Math.abs(t.m12 - e.m12) <= i * Math.max(1, Math.abs(t.m12), Math.abs(e.m12)) && Math.abs(t.m13 - e.m13) <= i * Math.max(1, Math.abs(t.m13), Math.abs(e.m13)) && Math.abs(t.m14 - e.m14) <= i * Math.max(1, Math.abs(t.m14), Math.abs(e.m14)) && Math.abs(t.m15 - e.m15) <= i * Math.max(1, Math.abs(t.m15), Math.abs(e.m15));
              }
              constructor(t = 1, e = 0, i = 0, s = 0, n = 0, r = 1, o = 0, a = 0, l = 0, h = 0, c = 1, u = 0, _ = 0, d = 0, p = 0, m = 1) {
                super();
                this.m00 = void 0;
                this.m01 = void 0;
                this.m02 = void 0;
                this.m03 = void 0;
                this.m04 = void 0;
                this.m05 = void 0;
                this.m06 = void 0;
                this.m07 = void 0;
                this.m08 = void 0;
                this.m09 = void 0;
                this.m10 = void 0;
                this.m11 = void 0;
                this.m12 = void 0;
                this.m13 = void 0;
                this.m14 = void 0;
                this.m15 = void 0;
                if ("object" == typeof t) {
                  this.m00 = t.m00;
                  this.m01 = t.m01;
                  this.m02 = t.m02;
                  this.m03 = t.m03;
                  this.m04 = t.m04;
                  this.m05 = t.m05;
                  this.m06 = t.m06;
                  this.m07 = t.m07;
                  this.m08 = t.m08;
                  this.m09 = t.m09;
                  this.m10 = t.m10;
                  this.m11 = t.m11;
                  this.m12 = t.m12;
                  this.m13 = t.m13;
                  this.m14 = t.m14;
                  this.m15 = t.m15;
                } else {
                  this.m00 = t;
                  this.m01 = e;
                  this.m02 = i;
                  this.m03 = s;
                  this.m04 = n;
                  this.m05 = r;
                  this.m06 = o;
                  this.m07 = a;
                  this.m08 = l;
                  this.m09 = h;
                  this.m10 = c;
                  this.m11 = u;
                  this.m12 = _;
                  this.m13 = d;
                  this.m14 = p;
                  this.m15 = m;
                }
              }
              clone() {
                return new qi(this.m00, this.m01, this.m02, this.m03, this.m04, this.m05, this.m06, this.m07, this.m08, this.m09, this.m10, this.m11, this.m12, this.m13, this.m14, this.m15);
              }
              set(t = 1, e = 0, i = 0, s = 0, n = 0, r = 1, o = 0, a = 0, l = 0, h = 0, c = 1, u = 0, _ = 0, d = 0, p = 0, m = 1) {
                if ("object" == typeof t) {
                  this.m01 = t.m01;
                  this.m02 = t.m02;
                  this.m03 = t.m03;
                  this.m04 = t.m04;
                  this.m05 = t.m05;
                  this.m06 = t.m06;
                  this.m07 = t.m07;
                  this.m08 = t.m08;
                  this.m09 = t.m09;
                  this.m10 = t.m10;
                  this.m11 = t.m11;
                  this.m12 = t.m12;
                  this.m13 = t.m13;
                  this.m14 = t.m14;
                  this.m15 = t.m15;
                  this.m00 = t.m00;
                } else {
                  this.m01 = e;
                  this.m02 = i;
                  this.m03 = s;
                  this.m04 = n;
                  this.m05 = r;
                  this.m06 = o;
                  this.m07 = a;
                  this.m08 = l;
                  this.m09 = h;
                  this.m10 = c;
                  this.m11 = u;
                  this.m12 = _;
                  this.m13 = d;
                  this.m14 = p;
                  this.m15 = m;
                  this.m00 = t;
                }
                return this;
              }
              equals(t, e = hi) {
                return Math.abs(this.m00 - t.m00) <= e * Math.max(1, Math.abs(this.m00), Math.abs(t.m00)) && Math.abs(this.m01 - t.m01) <= e * Math.max(1, Math.abs(this.m01), Math.abs(t.m01)) && Math.abs(this.m02 - t.m02) <= e * Math.max(1, Math.abs(this.m02), Math.abs(t.m02)) && Math.abs(this.m03 - t.m03) <= e * Math.max(1, Math.abs(this.m03), Math.abs(t.m03)) && Math.abs(this.m04 - t.m04) <= e * Math.max(1, Math.abs(this.m04), Math.abs(t.m04)) && Math.abs(this.m05 - t.m05) <= e * Math.max(1, Math.abs(this.m05), Math.abs(t.m05)) && Math.abs(this.m06 - t.m06) <= e * Math.max(1, Math.abs(this.m06), Math.abs(t.m06)) && Math.abs(this.m07 - t.m07) <= e * Math.max(1, Math.abs(this.m07), Math.abs(t.m07)) && Math.abs(this.m08 - t.m08) <= e * Math.max(1, Math.abs(this.m08), Math.abs(t.m08)) && Math.abs(this.m09 - t.m09) <= e * Math.max(1, Math.abs(this.m09), Math.abs(t.m09)) && Math.abs(this.m10 - t.m10) <= e * Math.max(1, Math.abs(this.m10), Math.abs(t.m10)) && Math.abs(this.m11 - t.m11) <= e * Math.max(1, Math.abs(this.m11), Math.abs(t.m11)) && Math.abs(this.m12 - t.m12) <= e * Math.max(1, Math.abs(this.m12), Math.abs(t.m12)) && Math.abs(this.m13 - t.m13) <= e * Math.max(1, Math.abs(this.m13), Math.abs(t.m13)) && Math.abs(this.m14 - t.m14) <= e * Math.max(1, Math.abs(this.m14), Math.abs(t.m14)) && Math.abs(this.m15 - t.m15) <= e * Math.max(1, Math.abs(this.m15), Math.abs(t.m15));
              }
              strictEquals(t) {
                return this.m00 === t.m00 && this.m01 === t.m01 && this.m02 === t.m02 && this.m03 === t.m03 && this.m04 === t.m04 && this.m05 === t.m05 && this.m06 === t.m06 && this.m07 === t.m07 && this.m08 === t.m08 && this.m09 === t.m09 && this.m10 === t.m10 && this.m11 === t.m11 && this.m12 === t.m12 && this.m13 === t.m13 && this.m14 === t.m14 && this.m15 === t.m15;
              }
              toString() {
                return `[\n${this.m00}, ${this.m01}, ${this.m02}, ${this.m03},\n${this.m04}, ${this.m05}, ${this.m06}, ${this.m07},\n${this.m08}, ${this.m09}, ${this.m10}, ${this.m11},\n${this.m12}, ${this.m13}, ${this.m14}, ${this.m15}\n]`;
              }
              identity() {
                this.m00 = 1;
                this.m01 = 0;
                this.m02 = 0;
                this.m03 = 0;
                this.m04 = 0;
                this.m05 = 1;
                this.m06 = 0;
                this.m07 = 0;
                this.m08 = 0;
                this.m09 = 0;
                this.m10 = 1;
                this.m11 = 0;
                this.m12 = 0;
                this.m13 = 0;
                this.m14 = 0;
                this.m15 = 1;
                return this;
              }
              zero() {
                this.m00 = 0;
                this.m01 = 0;
                this.m02 = 0;
                this.m03 = 0;
                this.m04 = 0;
                this.m05 = 0;
                this.m06 = 0;
                this.m07 = 0;
                this.m08 = 0;
                this.m09 = 0;
                this.m10 = 0;
                this.m11 = 0;
                this.m12 = 0;
                this.m13 = 0;
                this.m14 = 0;
                this.m15 = 0;
                return this;
              }
              transpose() {
                const t = this.m01;
                const e = this.m02;
                const i = this.m03;
                const s = this.m06;
                const n = this.m07;
                const r = this.m11;
                this.m01 = this.m04;
                this.m02 = this.m08;
                this.m03 = this.m12;
                this.m04 = t;
                this.m06 = this.m09;
                this.m07 = this.m13;
                this.m08 = e;
                this.m09 = s;
                this.m11 = this.m14;
                this.m12 = i;
                this.m13 = n;
                this.m14 = r;
                return this;
              }
              invert() {
                const t = this.m00;
                const e = this.m01;
                const i = this.m02;
                const s = this.m03;
                const n = this.m04;
                const r = this.m05;
                const o = this.m06;
                const a = this.m07;
                const l = this.m08;
                const h = this.m09;
                const c = this.m10;
                const u = this.m11;
                const _ = this.m12;
                const d = this.m13;
                const p = this.m14;
                const m = this.m15;
                const f = t * r - e * n;
                const g = t * o - i * n;
                const y = t * a - s * n;
                const b = e * o - i * r;
                const S = e * a - s * r;
                const A = i * a - s * o;
                const T = l * d - h * _;
                const v = l * p - c * _;
                const E = l * m - u * _;
                const C = h * p - c * d;
                const x = h * m - u * d;
                const w = c * m - u * p;
                let R = f * w - g * x + y * C + b * E - S * v + A * T;
                if (0 === R) {
                  this.set(0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
                  return this;
                }
                R = 1 / R;
                this.m00 = (r * w - o * x + a * C) * R;
                this.m01 = (i * x - e * w - s * C) * R;
                this.m02 = (d * A - p * S + m * b) * R;
                this.m03 = (c * S - h * A - u * b) * R;
                this.m04 = (o * E - n * w - a * v) * R;
                this.m05 = (t * w - i * E + s * v) * R;
                this.m06 = (p * y - _ * A - m * g) * R;
                this.m07 = (l * A - c * y + u * g) * R;
                this.m08 = (n * x - r * E + a * T) * R;
                this.m09 = (e * E - t * x - s * T) * R;
                this.m10 = (_ * S - d * y + m * f) * R;
                this.m11 = (h * y - l * S - u * f) * R;
                this.m12 = (r * v - n * C - o * T) * R;
                this.m13 = (t * C - e * v + i * T) * R;
                this.m14 = (d * g - _ * b - p * f) * R;
                this.m15 = (l * b - h * g + c * f) * R;
                return this;
              }
              determinant() {
                const t = this.m00;
                const e = this.m01;
                const i = this.m02;
                const s = this.m03;
                const n = this.m04;
                const r = this.m05;
                const o = this.m06;
                const a = this.m07;
                const l = this.m08;
                const h = this.m09;
                const c = this.m10;
                const u = this.m11;
                const _ = this.m12;
                const d = this.m13;
                const p = this.m14;
                const m = this.m15;
                return (t * r - e * n) * (c * m - u * p) - (t * o - i * n) * (h * m - u * d) + (t * a - s * n) * (h * p - c * d) + (e * o - i * r) * (l * m - u * _) - (e * a - s * r) * (l * p - c * _) + (i * a - s * o) * (l * d - h * _);
              }
              add(t) {
                this.m00 += t.m00;
                this.m01 += t.m01;
                this.m02 += t.m02;
                this.m03 += t.m03;
                this.m04 += t.m04;
                this.m05 += t.m05;
                this.m06 += t.m06;
                this.m07 += t.m07;
                this.m08 += t.m08;
                this.m09 += t.m09;
                this.m10 += t.m10;
                this.m11 += t.m11;
                this.m12 += t.m12;
                this.m13 += t.m13;
                this.m14 += t.m14;
                this.m15 += t.m15;
                return this;
              }
              subtract(t) {
                this.m00 -= t.m00;
                this.m01 -= t.m01;
                this.m02 -= t.m02;
                this.m03 -= t.m03;
                this.m04 -= t.m04;
                this.m05 -= t.m05;
                this.m06 -= t.m06;
                this.m07 -= t.m07;
                this.m08 -= t.m08;
                this.m09 -= t.m09;
                this.m10 -= t.m10;
                this.m11 -= t.m11;
                this.m12 -= t.m12;
                this.m13 -= t.m13;
                this.m14 -= t.m14;
                this.m15 -= t.m15;
                return this;
              }
              multiply(t) {
                const e = this.m00;
                const i = this.m01;
                const s = this.m02;
                const n = this.m03;
                const r = this.m04;
                const o = this.m05;
                const a = this.m06;
                const l = this.m07;
                const h = this.m08;
                const c = this.m09;
                const u = this.m10;
                const _ = this.m11;
                const d = this.m12;
                const p = this.m13;
                const m = this.m14;
                const f = this.m15;
                let g = t.m00;
                let y = t.m01;
                let b = t.m02;
                let S = t.m03;
                this.m00 = g * e + y * r + b * h + S * d;
                this.m01 = g * i + y * o + b * c + S * p;
                this.m02 = g * s + y * a + b * u + S * m;
                this.m03 = g * n + y * l + b * _ + S * f;
                g = t.m04;
                y = t.m05;
                b = t.m06;
                S = t.m07;
                this.m04 = g * e + y * r + b * h + S * d;
                this.m05 = g * i + y * o + b * c + S * p;
                this.m06 = g * s + y * a + b * u + S * m;
                this.m07 = g * n + y * l + b * _ + S * f;
                g = t.m08;
                y = t.m09;
                b = t.m10;
                S = t.m11;
                this.m08 = g * e + y * r + b * h + S * d;
                this.m09 = g * i + y * o + b * c + S * p;
                this.m10 = g * s + y * a + b * u + S * m;
                this.m11 = g * n + y * l + b * _ + S * f;
                g = t.m12;
                y = t.m13;
                b = t.m14;
                S = t.m15;
                this.m12 = g * e + y * r + b * h + S * d;
                this.m13 = g * i + y * o + b * c + S * p;
                this.m14 = g * s + y * a + b * u + S * m;
                this.m15 = g * n + y * l + b * _ + S * f;
                return this;
              }
              multiplyScalar(t) {
                this.m00 *= t;
                this.m01 *= t;
                this.m02 *= t;
                this.m03 *= t;
                this.m04 *= t;
                this.m05 *= t;
                this.m06 *= t;
                this.m07 *= t;
                this.m08 *= t;
                this.m09 *= t;
                this.m10 *= t;
                this.m11 *= t;
                this.m12 *= t;
                this.m13 *= t;
                this.m14 *= t;
                this.m15 *= t;
                return this;
              }
              translate(t) {
                this.m12 += t.x;
                this.m13 += t.y;
                this.m14 += t.z;
                return this;
              }
              scale(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                this.m00 *= e;
                this.m01 *= e;
                this.m02 *= e;
                this.m03 *= e;
                this.m04 *= i;
                this.m05 *= i;
                this.m06 *= i;
                this.m07 *= i;
                this.m08 *= s;
                this.m09 *= s;
                this.m10 *= s;
                this.m11 *= s;
                return this;
              }
              rotate(t, e) {
                let i = e.x;
                let s = e.y;
                let n = e.z;
                let r = Math.sqrt(i * i + s * s + n * n);
                if (Math.abs(r) < hi) return null;
                r = 1 / r;
                i *= r;
                s *= r;
                n *= r;
                const o = Math.sin(t);
                const a = Math.cos(t);
                const l = 1 - a;
                const h = this.m00;
                const c = this.m01;
                const u = this.m02;
                const _ = this.m03;
                const d = this.m04;
                const p = this.m05;
                const m = this.m06;
                const f = this.m07;
                const g = this.m08;
                const y = this.m09;
                const b = this.m10;
                const S = this.m11;
                const A = i * i * l + a;
                const T = s * i * l + n * o;
                const v = n * i * l - s * o;
                const E = i * s * l - n * o;
                const C = s * s * l + a;
                const x = n * s * l + i * o;
                const w = i * n * l + s * o;
                const R = s * n * l - i * o;
                const I = n * n * l + a;
                this.m00 = h * A + d * T + g * v;
                this.m01 = c * A + p * T + y * v;
                this.m02 = u * A + m * T + b * v;
                this.m03 = _ * A + f * T + S * v;
                this.m04 = h * E + d * C + g * x;
                this.m05 = c * E + p * C + y * x;
                this.m06 = u * E + m * C + b * x;
                this.m07 = _ * E + f * C + S * x;
                this.m08 = h * w + d * R + g * I;
                this.m09 = c * w + p * R + y * I;
                this.m10 = u * w + m * R + b * I;
                this.m11 = _ * w + f * R + S * I;
                return this;
              }
              getTranslation(t) {
                t.x = this.m12;
                t.y = this.m13;
                t.z = this.m14;
                return t;
              }
              getScale(t) {
                const e = Ji.m00 = this.m00;
                const i = Ji.m01 = this.m01;
                const s = Ji.m02 = this.m02;
                const n = Ji.m03 = this.m04;
                const r = Ji.m04 = this.m05;
                const o = Ji.m05 = this.m06;
                const a = Ji.m06 = this.m08;
                const l = Ji.m07 = this.m09;
                const h = Ji.m08 = this.m10;
                t.x = Math.sqrt(e * e + i * i + s * s);
                t.y = Math.sqrt(n * n + r * r + o * o);
                t.z = Math.sqrt(a * a + l * l + h * h);
                Fi.determinant(Ji) < 0 && (t.x *= -1);
                return t;
              }
              getRotation(t) {
                const e = this.m00 + this.m05 + this.m10;
                let i = 0;
                if (e > 0) {
                  i = 2 * Math.sqrt(e + 1);
                  t.w = .25 * i;
                  t.x = (this.m06 - this.m09) / i;
                  t.y = (this.m08 - this.m02) / i;
                  t.z = (this.m01 - this.m04) / i;
                } else if (this.m00 > this.m05 && this.m00 > this.m10) {
                  i = 2 * Math.sqrt(1 + this.m00 - this.m05 - this.m10);
                  t.w = (this.m06 - this.m09) / i;
                  t.x = .25 * i;
                  t.y = (this.m01 + this.m04) / i;
                  t.z = (this.m08 + this.m02) / i;
                } else if (this.m05 > this.m10) {
                  i = 2 * Math.sqrt(1 + this.m05 - this.m00 - this.m10);
                  t.w = (this.m08 - this.m02) / i;
                  t.x = (this.m01 + this.m04) / i;
                  t.y = .25 * i;
                  t.z = (this.m06 + this.m09) / i;
                } else {
                  i = 2 * Math.sqrt(1 + this.m10 - this.m00 - this.m05);
                  t.w = (this.m01 - this.m04) / i;
                  t.x = (this.m08 + this.m02) / i;
                  t.y = (this.m06 + this.m09) / i;
                  t.z = .25 * i;
                }
                return t;
              }
              fromRTS(t, e, i) {
                const s = t.x;
                const n = t.y;
                const r = t.z;
                const o = t.w;
                const a = s + s;
                const l = n + n;
                const h = r + r;
                const c = s * a;
                const u = s * l;
                const _ = s * h;
                const d = n * l;
                const p = n * h;
                const m = r * h;
                const f = o * a;
                const g = o * l;
                const y = o * h;
                const b = i.x;
                const S = i.y;
                const A = i.z;
                this.m00 = (1 - (d + m)) * b;
                this.m01 = (u + y) * b;
                this.m02 = (_ - g) * b;
                this.m03 = 0;
                this.m04 = (u - y) * S;
                this.m05 = (1 - (c + m)) * S;
                this.m06 = (p + f) * S;
                this.m07 = 0;
                this.m08 = (_ + g) * A;
                this.m09 = (p - f) * A;
                this.m10 = (1 - (c + d)) * A;
                this.m11 = 0;
                this.m12 = e.x;
                this.m13 = e.y;
                this.m14 = e.z;
                this.m15 = 1;
                return this;
              }
              fromQuat(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                const n = t.w;
                const r = e + e;
                const o = i + i;
                const a = s + s;
                const l = e * r;
                const h = i * r;
                const c = i * o;
                const u = s * r;
                const _ = s * o;
                const d = s * a;
                const p = n * r;
                const m = n * o;
                const f = n * a;
                this.m00 = 1 - c - d;
                this.m01 = h + f;
                this.m02 = u - m;
                this.m03 = 0;
                this.m04 = h - f;
                this.m05 = 1 - l - d;
                this.m06 = _ + p;
                this.m07 = 0;
                this.m08 = u + m;
                this.m09 = _ - p;
                this.m10 = 1 - l - c;
                this.m11 = 0;
                this.m12 = 0;
                this.m13 = 0;
                this.m14 = 0;
                this.m15 = 1;
                return this;
              }
            }
            t("Mat4", qi);
            qi.IDENTITY = Object.freeze(new qi);
            const Ki = new Pi;
            const Ji = new Fi;
            si.fastDefine("cc.Mat4", qi, {
              m00: 1,
              m01: 0,
              m02: 0,
              m03: 0,
              m04: 0,
              m05: 1,
              m06: 0,
              m07: 0,
              m08: 0,
              m09: 0,
              m10: 1,
              m11: 0,
              m12: 0,
              m13: 0,
              m14: 0,
              m15: 1
            });
            m.Mat4 = qi;
            function Zi(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p, m) {
              return new qi(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p, m);
            }
            m.mat4 = Zi;
            class Qi extends ce {
              static clone(t) {
                return new Qi(t.x, t.y);
              }
              static copy(t, e) {
                t.x = e.x;
                t.y = e.y;
                return t;
              }
              static set(t, e, i) {
                t.x = e;
                t.y = i;
                return t;
              }
              static add(t, e, i) {
                t.x = e.x + i.x;
                t.y = e.y + i.y;
                return t;
              }
              static subtract(t, e, i) {
                t.x = e.x - i.x;
                t.y = e.y - i.y;
                return t;
              }
              static multiply(t, e, i) {
                t.x = e.x * i.x;
                t.y = e.y * i.y;
                return t;
              }
              static divide(t, e, i) {
                t.x = e.x / i.x;
                t.y = e.y / i.y;
                return t;
              }
              static ceil(t, e) {
                t.x = Math.ceil(e.x);
                t.y = Math.ceil(e.y);
                return t;
              }
              static floor(t, e) {
                t.x = Math.floor(e.x);
                t.y = Math.floor(e.y);
                return t;
              }
              static min(t, e, i) {
                t.x = Math.min(e.x, i.x);
                t.y = Math.min(e.y, i.y);
                return t;
              }
              static max(t, e, i) {
                t.x = Math.max(e.x, i.x);
                t.y = Math.max(e.y, i.y);
                return t;
              }
              static round(t, e) {
                t.x = Math.round(e.x);
                t.y = Math.round(e.y);
                return t;
              }
              static multiplyScalar(t, e, i) {
                t.x = e.x * i;
                t.y = e.y * i;
                return t;
              }
              static scaleAndAdd(t, e, i, s) {
                t.x = e.x + i.x * s;
                t.y = e.y + i.y * s;
                return t;
              }
              static distance(t, e) {
                const i = e.x - t.x;
                const s = e.y - t.y;
                return Math.sqrt(i * i + s * s);
              }
              static squaredDistance(t, e) {
                const i = e.x - t.x;
                const s = e.y - t.y;
                return i * i + s * s;
              }
              static len(t) {
                const e = t.x;
                const i = t.y;
                return Math.sqrt(e * e + i * i);
              }
              static lengthSqr(t) {
                const e = t.x;
                const i = t.y;
                return e * e + i * i;
              }
              static negate(t, e) {
                t.x = -e.x;
                t.y = -e.y;
                return t;
              }
              static inverse(t, e) {
                t.x = 1 / e.x;
                t.y = 1 / e.y;
                return t;
              }
              static inverseSafe(t, e) {
                const i = e.x;
                const s = e.y;
                Math.abs(i) < hi ? t.x = 0 : t.x = 1 / i;
                Math.abs(s) < hi ? t.y = 0 : t.y = 1 / s;
                return t;
              }
              static normalize(t, e) {
                const i = e.x;
                const s = e.y;
                let n = i * i + s * s;
                if (n > 0) {
                  n = 1 / Math.sqrt(n);
                  t.x = i * n;
                  t.y = s * n;
                }
                return t;
              }
              static dot(t, e) {
                return t.x * e.x + t.y * e.y;
              }
              static cross(t, e, i) {
                if (t instanceof Pi) {
                  t.x = t.y = 0;
                  t.z = e.x * i.y - e.y * i.x;
                  return t;
                }
                return t.x * e.y - t.y * e.x;
              }
              static lerp(t, e, i, s) {
                const n = e.x;
                const r = e.y;
                t.x = n + s * (i.x - n);
                t.y = r + s * (i.y - r);
                return t;
              }
              static random(t, e) {
                e = e || 1;
                const i = 2 * gi() * Math.PI;
                t.x = Math.cos(i) * e;
                t.y = Math.sin(i) * e;
                return t;
              }
              static transformMat3(t, e, i) {
                const s = e.x;
                const n = e.y;
                t.x = i.m00 * s + i.m03 * n + i.m06;
                t.y = i.m01 * s + i.m04 * n + i.m07;
                return t;
              }
              static transformMat4(t, e, i) {
                const s = e.x;
                const n = e.y;
                t.x = i.m00 * s + i.m04 * n + i.m12;
                t.y = i.m01 * s + i.m05 * n + i.m13;
                return t;
              }
              static str(t) {
                return `Vec2(${t.x}, ${t.y})`;
              }
              static toArray(t, e, i = 0) {
                t[i + 0] = e.x;
                t[i + 1] = e.y;
                return t;
              }
              static fromArray(t, e, i = 0) {
                t.x = e[i + 0];
                t.y = e[i + 1];
                return t;
              }
              static strictEquals(t, e) {
                return t.x === e.x && t.y === e.y;
              }
              static equals(t, e, i = hi) {
                return Math.abs(t.x - e.x) <= i * Math.max(1, Math.abs(t.x), Math.abs(e.x)) && Math.abs(t.y - e.y) <= i * Math.max(1, Math.abs(t.y), Math.abs(e.y));
              }
              static angle(t, e) {
                Qi.normalize($i, t);
                Qi.normalize(ts, e);
                const i = Qi.dot($i, ts);
                return i > 1 ? 0 : i < -1 ? Math.PI : Math.acos(i);
              }
              constructor(t, e) {
                super();
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                }
              }
              clone() {
                return new Qi(this.x, this.y);
              }
              set(t, e) {
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                }
                return this;
              }
              equals(t, e = hi) {
                return Math.abs(this.x - t.x) <= e * Math.max(1, Math.abs(this.x), Math.abs(t.x)) && Math.abs(this.y - t.y) <= e * Math.max(1, Math.abs(this.y), Math.abs(t.y));
              }
              equals2f(t, e, i = hi) {
                return Math.abs(this.x - t) <= i * Math.max(1, Math.abs(this.x), Math.abs(t)) && Math.abs(this.y - e) <= i * Math.max(1, Math.abs(this.y), Math.abs(e));
              }
              strictEquals(t) {
                return t && this.x === t.x && this.y === t.y;
              }
              strictEquals2f(t, e) {
                return this.x === t && this.y === e;
              }
              toString() {
                return `(${this.x.toFixed(2)}, ${this.y.toFixed(2)})`;
              }
              lerp(t, e) {
                const i = this.x;
                const s = this.y;
                this.x = i + e * (t.x - i);
                this.y = s + e * (t.y - s);
                return this;
              }
              clampf(t, e) {
                this.x = _i(this.x, t.x, e.x);
                this.y = _i(this.y, t.y, e.y);
                return this;
              }
              add(t) {
                this.x += t.x;
                this.y += t.y;
                return this;
              }
              add2f(t, e) {
                this.x += t;
                this.y += e;
                return this;
              }
              subtract(t) {
                this.x -= t.x;
                this.y -= t.y;
                return this;
              }
              subtract2f(t, e) {
                this.x -= t;
                this.y -= e;
                return this;
              }
              multiplyScalar(t) {
                "object" == typeof t && console.warn("should use Vec2.multiply for vector * vector operation");
                this.x *= t;
                this.y *= t;
                return this;
              }
              multiply(t) {
                "object" != typeof t && console.warn("should use Vec2.scale for vector * scalar operation");
                this.x *= t.x;
                this.y *= t.y;
                return this;
              }
              multiply2f(t, e) {
                this.x *= t;
                this.y *= e;
                return this;
              }
              divide(t) {
                this.x /= t.x;
                this.y /= t.y;
                return this;
              }
              divide2f(t, e) {
                this.x /= t;
                this.y /= e;
                return this;
              }
              negative() {
                this.x = -this.x;
                this.y = -this.y;
                return this;
              }
              dot(t) {
                return this.x * t.x + this.y * t.y;
              }
              cross(t) {
                return this.x * t.y - this.y * t.x;
              }
              length() {
                return Math.sqrt(this.x * this.x + this.y * this.y);
              }
              lengthSqr() {
                return this.x * this.x + this.y * this.y;
              }
              normalize() {
                const t = this.x;
                const e = this.y;
                let i = t * t + e * e;
                if (i > 0) {
                  i = 1 / Math.sqrt(i);
                  this.x *= i;
                  this.y *= i;
                }
                return this;
              }
              angle(t) {
                const e = this.lengthSqr();
                const i = t.lengthSqr();
                if (0 === e || 0 === i) {
                  console.warn("Can't get angle between zero vector");
                  return 0;
                }
                let s = this.dot(t) / Math.sqrt(e * i);
                s = _i(s, -1, 1);
                return Math.acos(s);
              }
              signAngle(t) {
                const e = this.angle(t);
                return this.cross(t) < 0 ? -e : e;
              }
              rotate(t) {
                const e = this.x;
                const i = this.y;
                const s = Math.sin(t);
                const n = Math.cos(t);
                this.x = n * e - s * i;
                this.y = s * e + n * i;
                return this;
              }
              project(t) {
                const e = this.dot(t) / t.dot(t);
                this.x = t.x * e;
                this.y = t.y * e;
                return this;
              }
              transformMat4(t) {
                const e = this.x;
                const i = this.y;
                this.x = t.m00 * e + t.m04 * i + t.m12;
                this.y = t.m01 * e + t.m05 * i + t.m13;
                return this;
              }
            }
            t("Vec2", Qi);
            Qi.ZERO = Object.freeze(new Qi(0, 0));
            Qi.ONE = Object.freeze(new Qi(1, 1));
            Qi.NEG_ONE = Object.freeze(new Qi(-1, -1));
            Qi.UNIT_X = Object.freeze(new Qi(1, 0));
            Qi.UNIT_Y = Object.freeze(new Qi(0, 1));
            const $i = new Qi;
            const ts = new Qi;
            si.fastDefine("cc.Vec2", Qi, {
              x: 0,
              y: 0
            });
            m.Vec2 = Qi;
            function es(t, e) {
              return new Qi(t, e);
            }
            m.v2 = es;
            class is extends ce {
              static clone(t) {
                return new is(t.x, t.y, t.z, t.w);
              }
              static copy(t, e) {
                t.x = e.x;
                t.y = e.y;
                t.z = e.z;
                t.w = e.w;
                return t;
              }
              static set(t, e, i, s, n) {
                t.x = e;
                t.y = i;
                t.z = s;
                t.w = n;
                return t;
              }
              static add(t, e, i) {
                t.x = e.x + i.x;
                t.y = e.y + i.y;
                t.z = e.z + i.z;
                t.w = e.w + i.w;
                return t;
              }
              static subtract(t, e, i) {
                t.x = e.x - i.x;
                t.y = e.y - i.y;
                t.z = e.z - i.z;
                t.w = e.w - i.w;
                return t;
              }
              static multiply(t, e, i) {
                t.x = e.x * i.x;
                t.y = e.y * i.y;
                t.z = e.z * i.z;
                t.w = e.w * i.w;
                return t;
              }
              static divide(t, e, i) {
                t.x = e.x / i.x;
                t.y = e.y / i.y;
                t.z = e.z / i.z;
                t.w = e.w / i.w;
                return t;
              }
              static ceil(t, e) {
                t.x = Math.ceil(e.x);
                t.y = Math.ceil(e.y);
                t.z = Math.ceil(e.z);
                t.w = Math.ceil(e.w);
                return t;
              }
              static floor(t, e) {
                t.x = Math.floor(e.x);
                t.y = Math.floor(e.y);
                t.z = Math.floor(e.z);
                t.w = Math.floor(e.w);
                return t;
              }
              static min(t, e, i) {
                t.x = Math.min(e.x, i.x);
                t.y = Math.min(e.y, i.y);
                t.z = Math.min(e.z, i.z);
                t.w = Math.min(e.w, i.w);
                return t;
              }
              static max(t, e, i) {
                t.x = Math.max(e.x, i.x);
                t.y = Math.max(e.y, i.y);
                t.z = Math.max(e.z, i.z);
                t.w = Math.max(e.w, i.w);
                return t;
              }
              static round(t, e) {
                t.x = Math.round(e.x);
                t.y = Math.round(e.y);
                t.z = Math.round(e.z);
                t.w = Math.round(e.w);
                return t;
              }
              static multiplyScalar(t, e, i) {
                t.x = e.x * i;
                t.y = e.y * i;
                t.z = e.z * i;
                t.w = e.w * i;
                return t;
              }
              static scaleAndAdd(t, e, i, s) {
                t.x = e.x + i.x * s;
                t.y = e.y + i.y * s;
                t.z = e.z + i.z * s;
                t.w = e.w + i.w * s;
                return t;
              }
              static distance(t, e) {
                const i = e.x - t.x;
                const s = e.y - t.y;
                const n = e.z - t.z;
                const r = e.w - t.w;
                return Math.sqrt(i * i + s * s + n * n + r * r);
              }
              static squaredDistance(t, e) {
                const i = e.x - t.x;
                const s = e.y - t.y;
                const n = e.z - t.z;
                const r = e.w - t.w;
                return i * i + s * s + n * n + r * r;
              }
              static len(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                const n = t.w;
                return Math.sqrt(e * e + i * i + s * s + n * n);
              }
              static lengthSqr(t) {
                const e = t.x;
                const i = t.y;
                const s = t.z;
                const n = t.w;
                return e * e + i * i + s * s + n * n;
              }
              static negate(t, e) {
                t.x = -e.x;
                t.y = -e.y;
                t.z = -e.z;
                t.w = -e.w;
                return t;
              }
              static inverse(t, e) {
                t.x = 1 / e.x;
                t.y = 1 / e.y;
                t.z = 1 / e.z;
                t.w = 1 / e.w;
                return t;
              }
              static inverseSafe(t, e) {
                const i = e.x;
                const s = e.y;
                const n = e.z;
                const r = e.w;
                Math.abs(i) < hi ? t.x = 0 : t.x = 1 / i;
                Math.abs(s) < hi ? t.y = 0 : t.y = 1 / s;
                Math.abs(n) < hi ? t.z = 0 : t.z = 1 / n;
                Math.abs(r) < hi ? t.w = 0 : t.w = 1 / r;
                return t;
              }
              static normalize(t, e) {
                const i = e.x;
                const s = e.y;
                const n = e.z;
                const r = e.w;
                let o = i * i + s * s + n * n + r * r;
                if (o > 0) {
                  o = 1 / Math.sqrt(o);
                  t.x = i * o;
                  t.y = s * o;
                  t.z = n * o;
                  t.w = r * o;
                }
                return t;
              }
              static dot(t, e) {
                return t.x * e.x + t.y * e.y + t.z * e.z + t.w * e.w;
              }
              static lerp(t, e, i, s) {
                t.x = e.x + s * (i.x - e.x);
                t.y = e.y + s * (i.y - e.y);
                t.z = e.z + s * (i.z - e.z);
                t.w = e.w + s * (i.w - e.w);
                return t;
              }
              static random(t, e) {
                e = e || 1;
                const i = 2 * gi() * Math.PI;
                const s = 2 * gi() - 1;
                const n = Math.sqrt(1 - s * s);
                t.x = n * Math.cos(i) * e;
                t.y = n * Math.sin(i) * e;
                t.z = s * e;
                t.w = 0;
                return t;
              }
              static transformMat4(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                const o = e.w;
                t.x = i.m00 * s + i.m04 * n + i.m08 * r + i.m12 * o;
                t.y = i.m01 * s + i.m05 * n + i.m09 * r + i.m13 * o;
                t.z = i.m02 * s + i.m06 * n + i.m10 * r + i.m14 * o;
                t.w = i.m03 * s + i.m07 * n + i.m11 * r + i.m15 * o;
                return t;
              }
              static transformAffine(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.z;
                const o = e.w;
                t.x = i.m00 * s + i.m04 * n + i.m08 * r + i.m12 * o;
                t.y = i.m01 * s + i.m05 * n + i.m09 * r + i.m13 * o;
                t.z = i.m02 * s + i.m06 * n + i.m10 * r + i.m14 * o;
                t.w = e.w;
                return t;
              }
              static transformQuat(t, e, i) {
                const {x: s, y: n, z: r} = e;
                const o = i.x;
                const a = i.y;
                const l = i.z;
                const h = i.w;
                const c = h * s + a * r - l * n;
                const u = h * n + l * s - o * r;
                const _ = h * r + o * n - a * s;
                const d = -o * s - a * n - l * r;
                t.x = c * h + d * -o + u * -l - _ * -a;
                t.y = u * h + d * -a + _ * -o - c * -l;
                t.z = _ * h + d * -l + c * -a - u * -o;
                t.w = e.w;
                return t;
              }
              static toArray(t, e, i = 0) {
                t[i + 0] = e.x;
                t[i + 1] = e.y;
                t[i + 2] = e.z;
                t[i + 3] = e.w;
                return t;
              }
              static fromArray(t, e, i = 0) {
                t.x = e[i + 0];
                t.y = e[i + 1];
                t.z = e[i + 2];
                t.w = e[i + 3];
                return t;
              }
              static strictEquals(t, e) {
                return t.x === e.x && t.y === e.y && t.z === e.z && t.w === e.w;
              }
              static equals(t, e, i = hi) {
                return Math.abs(t.x - e.x) <= i * Math.max(1, Math.abs(t.x), Math.abs(e.x)) && Math.abs(t.y - e.y) <= i * Math.max(1, Math.abs(t.y), Math.abs(e.y)) && Math.abs(t.z - e.z) <= i * Math.max(1, Math.abs(t.z), Math.abs(e.z)) && Math.abs(t.w - e.w) <= i * Math.max(1, Math.abs(t.w), Math.abs(e.w));
              }
              constructor(t, e, i, s) {
                super();
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.z = t.z;
                  this.w = t.w;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.z = i || 0;
                  this.w = s || 0;
                }
              }
              clone() {
                return new is(this.x, this.y, this.z, this.w);
              }
              set(t, e, i, s) {
                if (t && "object" == typeof t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.z = t.z;
                  this.w = t.w;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.z = i || 0;
                  this.w = s || 0;
                }
                return this;
              }
              equals(t, e = hi) {
                return Math.abs(this.x - t.x) <= e * Math.max(1, Math.abs(this.x), Math.abs(t.x)) && Math.abs(this.y - t.y) <= e * Math.max(1, Math.abs(this.y), Math.abs(t.y)) && Math.abs(this.z - t.z) <= e * Math.max(1, Math.abs(this.z), Math.abs(t.z)) && Math.abs(this.w - t.w) <= e * Math.max(1, Math.abs(this.w), Math.abs(t.w));
              }
              equals4f(t, e, i, s, n = hi) {
                return Math.abs(this.x - t) <= n * Math.max(1, Math.abs(this.x), Math.abs(t)) && Math.abs(this.y - e) <= n * Math.max(1, Math.abs(this.y), Math.abs(e)) && Math.abs(this.z - i) <= n * Math.max(1, Math.abs(this.z), Math.abs(i)) && Math.abs(this.w - s) <= n * Math.max(1, Math.abs(this.w), Math.abs(s));
              }
              strictEquals(t) {
                return this.x === t.x && this.y === t.y && this.z === t.z && this.w === t.w;
              }
              strictEquals4f(t, e, i, s) {
                return this.x === t && this.y === e && this.z === i && this.w === s;
              }
              lerp(t, e) {
                const i = this.x;
                const s = this.y;
                const n = this.z;
                const r = this.w;
                this.x = i + e * (t.x - i);
                this.y = s + e * (t.y - s);
                this.z = n + e * (t.z - n);
                this.w = r + e * (t.w - r);
                return this;
              }
              toString() {
                return `(${this.x.toFixed(2)}, ${this.y.toFixed(2)}, ${this.z.toFixed(2)}, ${this.w.toFixed(2)})`;
              }
              clampf(t, e) {
                this.x = _i(this.x, t.x, e.x);
                this.y = _i(this.y, t.y, e.y);
                this.z = _i(this.z, t.z, e.z);
                this.w = _i(this.w, t.w, e.w);
                return this;
              }
              add(t) {
                this.x += t.x;
                this.y += t.y;
                this.z += t.z;
                this.w += t.w;
                return this;
              }
              add4f(t, e, i, s) {
                this.x += t;
                this.y += e;
                this.z += i;
                this.w += s;
                return this;
              }
              subtract(t) {
                this.x -= t.x;
                this.y -= t.y;
                this.z -= t.z;
                this.w -= t.w;
                return this;
              }
              subtract4f(t, e, i, s) {
                this.x -= t;
                this.y -= e;
                this.z -= i;
                this.w -= s;
                return this;
              }
              multiplyScalar(t) {
                "object" == typeof t && console.warn("should use Vec4.multiply for vector * vector operation");
                this.x *= t;
                this.y *= t;
                this.z *= t;
                this.w *= t;
                return this;
              }
              multiply(t) {
                "object" != typeof t && console.warn("should use Vec4.scale for vector * scalar operation");
                this.x *= t.x;
                this.y *= t.y;
                this.z *= t.z;
                this.w *= t.w;
                return this;
              }
              multiply4f(t, e, i, s) {
                this.x *= t;
                this.y *= e;
                this.z *= i;
                this.w *= s;
                return this;
              }
              divide(t) {
                this.x /= t.x;
                this.y /= t.y;
                this.z /= t.z;
                this.w /= t.w;
                return this;
              }
              divide4f(t, e, i, s) {
                this.x /= t;
                this.y /= e;
                this.z /= i;
                this.w /= s;
                return this;
              }
              negative() {
                this.x = -this.x;
                this.y = -this.y;
                this.z = -this.z;
                this.w = -this.w;
                return this;
              }
              dot(t) {
                return this.x * t.x + this.y * t.y + this.z * t.z + this.w * t.w;
              }
              cross(t) {
                const {x: e, y: i, z: s} = this;
                const {x: n, y: r, z: o} = t;
                this.x = i * o - s * r;
                this.y = s * n - e * o;
                this.z = e * r - i * n;
                return this;
              }
              length() {
                const t = this.x;
                const e = this.y;
                const i = this.z;
                const s = this.w;
                return Math.sqrt(t * t + e * e + i * i + s * s);
              }
              lengthSqr() {
                const t = this.x;
                const e = this.y;
                const i = this.z;
                const s = this.w;
                return t * t + e * e + i * i + s * s;
              }
              normalize() {
                const t = this.x;
                const e = this.y;
                const i = this.z;
                const s = this.w;
                let n = t * t + e * e + i * i + s * s;
                if (n > 0) {
                  n = 1 / Math.sqrt(n);
                  this.x = t * n;
                  this.y = e * n;
                  this.z = i * n;
                  this.w = s * n;
                }
                return this;
              }
              transformMat4(t) {
                const e = this.x;
                const i = this.y;
                const s = this.z;
                const n = this.w;
                this.x = t.m00 * e + t.m04 * i + t.m08 * s + t.m12 * n;
                this.y = t.m01 * e + t.m05 * i + t.m09 * s + t.m13 * n;
                this.z = t.m02 * e + t.m06 * i + t.m10 * s + t.m14 * n;
                this.w = t.m03 * e + t.m07 * i + t.m11 * s + t.m15 * n;
                return this;
              }
            }
            t("Vec4", is);
            is.ZERO = Object.freeze(new is(0, 0, 0, 0));
            is.ONE = Object.freeze(new is(1, 1, 1, 1));
            is.NEG_ONE = Object.freeze(new is(-1, -1, -1, -1));
            si.fastDefine("cc.Vec4", is, {
              x: 0,
              y: 0,
              z: 0,
              w: 0
            });
            m.Vec4 = is;
            function ss(t, e, i, s) {
              return new is(t, e, i, s);
            }
            m.v4 = ss;
            W(Qi, "Vec2", [ {
              name: "sub",
              newName: "subtract",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "mul",
              newName: "multiply",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "div",
              newName: "divide",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "dist",
              newName: "distance",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "sqrDist",
              newName: "squaredDistance",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "mag",
              newName: "len",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "sqrMag",
              newName: "lengthSqr",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: Qi,
              targetName: "Vec2"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Qi,
              targetName: "Vec2"
            } ]);
            W(Qi.prototype, "Vec2", [ {
              name: "mag",
              newName: "length",
              target: Qi.prototype,
              targetName: "Vec2"
            }, {
              name: "magSqr",
              newName: "lengthSqr",
              target: Qi.prototype,
              targetName: "Vec2"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: Qi.prototype,
              targetName: "Vec2"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Qi.prototype,
              targetName: "Vec2"
            } ]);
            W(Pi, "Vec3", [ {
              name: "sub",
              newName: "subtract",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "mul",
              newName: "multiply",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "div",
              newName: "divide",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "dist",
              newName: "distance",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "sqrDist",
              newName: "squaredDistance",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "mag",
              newName: "len",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "sqrMag",
              newName: "lengthSqr",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: Pi,
              targetName: "Vec3"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Pi,
              targetName: "Vec3"
            } ]);
            W(Pi.prototype, "Vec3", [ {
              name: "mag",
              newName: "length",
              target: Pi.prototype,
              targetName: "Vec3"
            }, {
              name: "magSqr",
              newName: "lengthSqr",
              target: Pi.prototype,
              targetName: "Vec3"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: Pi.prototype,
              targetName: "Vec3"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Pi.prototype,
              targetName: "Vec3"
            } ]);
            W(is, "Vec4", [ {
              name: "sub",
              newName: "subtract",
              target: is,
              targetName: "Vec4"
            }, {
              name: "mul",
              newName: "multiply",
              target: is,
              targetName: "Vec4"
            }, {
              name: "div",
              newName: "divide",
              target: is,
              targetName: "Vec4"
            }, {
              name: "dist",
              newName: "distance",
              target: is,
              targetName: "Vec4"
            }, {
              name: "sqrDist",
              newName: "squaredDistance",
              target: is,
              targetName: "Vec4"
            }, {
              name: "mag",
              newName: "len",
              target: is,
              targetName: "Vec4"
            }, {
              name: "sqrMag",
              newName: "lengthSqr",
              target: is,
              targetName: "Vec4"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: is,
              targetName: "Vec4"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: is,
              targetName: "Vec4"
            } ]);
            W(is.prototype, "Vec4", [ {
              name: "mag",
              newName: "length",
              target: is.prototype,
              targetName: "Vec4"
            }, {
              name: "magSqr",
              newName: "lengthSqr",
              target: is.prototype,
              targetName: "Vec4"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: is.prototype,
              targetName: "Vec4"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: is.prototype,
              targetName: "Vec4"
            } ]);
            W(Ui, "Quat", [ {
              name: "mag",
              newName: "len",
              target: Ui,
              targetName: "Quat"
            }, {
              name: "mul",
              newName: "multiply",
              target: Ui,
              targetName: "Quat"
            }, {
              name: "sqrMag",
              newName: "lengthSqr",
              target: Ui,
              targetName: "Quat"
            }, {
              name: "scale",
              newName: "multiplyScalar",
              target: Ui,
              targetName: "Quat"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Ui,
              targetName: "Quat"
            } ]);
            W(Ui.prototype, "Quat", [ {
              name: "scale",
              newName: "multiplyScalar",
              target: Ui.prototype,
              targetName: "Quat"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Ui.prototype,
              targetName: "Quat"
            } ]);
            W(Bi, "Color", [ {
              name: "sub",
              newName: "subtract",
              target: Bi,
              targetName: "Color"
            }, {
              name: "mul",
              newName: "multiply",
              target: Bi,
              targetName: "Color"
            }, {
              name: "div",
              newName: "divide",
              target: Bi,
              targetName: "Color"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Bi,
              targetName: "Color"
            }, {
              name: "fromHex",
              newName: "fromHEX",
              customFunction(...t) {
                const e = t[1].toString(16);
                return m.Color.fromHEX(t[0], e);
              }
            } ]);
            W(Fi, "Mat3", [ {
              name: "sub",
              newName: "subtract",
              target: Fi,
              targetName: "Mat3"
            }, {
              name: "mul",
              newName: "multiply",
              target: Fi,
              targetName: "Mat3"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Fi,
              targetName: "Mat3"
            }, {
              name: "transfrom",
              newName: "transform",
              target: Fi,
              targetName: "Mat3"
            } ]);
            W(Fi.prototype, "Mat3", [ {
              name: "sub",
              newName: "subtract",
              target: Fi.prototype,
              targetName: "Mat3"
            }, {
              name: "mul",
              newName: "multiply",
              target: Fi.prototype,
              targetName: "Mat3"
            }, {
              name: "mulScalar",
              newName: "multiplyScalar",
              target: Fi.prototype,
              targetName: "Mat3"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: Fi.prototype,
              targetName: "Mat3"
            } ]);
            W(qi, "Mat4", [ {
              name: "sub",
              newName: "subtract",
              target: qi,
              targetName: "Mat4"
            }, {
              name: "mul",
              newName: "multiply",
              target: qi,
              targetName: "Mat4"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: qi,
              targetName: "Mat4"
            } ]);
            W(qi.prototype, "Mat4", [ {
              name: "sub",
              newName: "subtract",
              target: qi.prototype,
              targetName: "Mat4"
            }, {
              name: "mul",
              newName: "multiply",
              target: qi.prototype,
              targetName: "Mat4"
            }, {
              name: "mulScalar",
              newName: "multiplyScalar",
              target: qi.prototype,
              targetName: "Mat4"
            }, {
              name: "exactEquals",
              newName: "strictEquals",
              target: qi.prototype,
              targetName: "Mat4"
            } ]);
            class ns {
              static identity() {
                return new ns;
              }
              static clone(t) {
                return new ns(t.a, t.b, t.c, t.d, t.tx, t.ty);
              }
              static concat(t, e, i) {
                const s = e.a;
                const n = e.b;
                const r = e.c;
                const o = e.d;
                const a = e.tx;
                const l = e.ty;
                t.a = s * i.a + n * i.c;
                t.b = s * i.b + n * i.d;
                t.c = r * i.a + o * i.c;
                t.d = r * i.b + o * i.d;
                t.tx = a * i.a + l * i.c + i.tx;
                t.ty = a * i.b + l * i.d + i.ty;
              }
              static invert(t, e) {
                const i = 1 / (e.a * e.d - e.b * e.c);
                t.a = i * e.d;
                t.b = -i * e.b;
                t.c = -i * e.c;
                t.d = i * e.a;
                t.tx = i * (e.c * e.ty - e.d * e.tx);
                t.ty = i * (e.b * e.tx - e.a * e.ty);
              }
              static fromMat4(t, e) {
                t.a = e.m00;
                t.b = e.m01;
                t.c = e.m04;
                t.d = e.m05;
                t.tx = e.m12;
                t.ty = e.m13;
              }
              static transformVec2(t, e, i, s) {
                let n;
                let r;
                if (s) {
                  n = e;
                  r = i;
                } else {
                  s = i;
                  n = e.x;
                  r = e.y;
                }
                t.x = s.a * n + s.c * r + s.tx;
                t.y = s.b * n + s.d * r + s.ty;
              }
              static transformSize(t, e, i) {
                t.width = i.a * e.width + i.c * e.height;
                t.height = i.b * e.width + i.d * e.height;
              }
              static transformRect(t, e, i) {
                const s = e.x + e.width;
                const n = e.y + e.height;
                const r = i.a * e.x + i.c * e.y + i.tx;
                const o = i.b * e.x + i.d * e.y + i.ty;
                const a = i.a * s + i.c * e.y + i.tx;
                const l = i.b * s + i.d * e.y + i.ty;
                const h = i.a * e.x + i.c * n + i.tx;
                const c = i.b * e.x + i.d * n + i.ty;
                const u = i.a * s + i.c * n + i.tx;
                const _ = i.b * s + i.d * n + i.ty;
                const d = Math.min(r, a, h, u);
                const p = Math.max(r, a, h, u);
                const m = Math.min(o, l, c, _);
                const f = Math.max(o, l, c, _);
                t.x = d;
                t.y = m;
                t.width = p - d;
                t.height = f - m;
              }
              static transformObb(t, e, i, s, n, r) {
                const o = r.a * n.x + r.c * n.y + r.tx;
                const a = r.b * n.x + r.d * n.y + r.ty;
                const l = r.a * n.width;
                const h = r.b * n.width;
                const c = r.c * n.height;
                const u = r.d * n.height;
                e.x = o;
                e.y = a;
                i.x = l + o;
                i.y = h + a;
                t.x = c + o;
                t.y = u + a;
                s.x = l + c + o;
                s.y = h + u + a;
              }
              constructor(t = 1, e = 0, i = 0, s = 1, n = 0, r = 0) {
                this.a = t;
                this.b = e;
                this.c = i;
                this.d = s;
                this.tx = n;
                this.ty = r;
              }
            }
            t("AffineTransform", ns);
            m.AffineTransform = ns;
            class rs extends ce {
              static lerp(t, e, i, s) {
                t.width = e.width + (i.width - e.width) * s;
                t.height = e.height + (i.height - e.height) * s;
                return t;
              }
              set x(t) {
                this.width = t;
              }
              get x() {
                return this.width;
              }
              set y(t) {
                this.height = t;
              }
              get y() {
                return this.height;
              }
              constructor(t, e) {
                super();
                if (t && "object" == typeof t) {
                  this.width = t.width;
                  this.height = t.height;
                } else {
                  this.width = t || 0;
                  this.height = e || 0;
                }
              }
              clone() {
                return new rs(this.width, this.height);
              }
              set(t, e) {
                if (t && "object" == typeof t) {
                  this.height = t.height;
                  this.width = t.width;
                } else {
                  this.width = t || 0;
                  this.height = e || 0;
                }
                return this;
              }
              equals(t) {
                return this.width === t.width && this.height === t.height;
              }
              lerp(t, e) {
                this.width += (t.width - this.width) * e;
                this.height += (t.height - this.height) * e;
                return this;
              }
              toString() {
                return `(${this.width.toFixed(2)}, ${this.height.toFixed(2)})`;
              }
            }
            t("Size", rs);
            rs.ZERO = Object.freeze(new rs(0, 0));
            rs.ONE = Object.freeze(new rs(1, 1));
            si.fastDefine("cc.Size", rs, {
              width: 0,
              height: 0
            });
            function os(t = 0, e = 0) {
              return new rs(t, e);
            }
            m.size = os;
            m.Size = rs;
            class as extends ce {
              static fromMinMax(t, e, i) {
                const s = Math.min(e.x, i.x);
                const n = Math.min(e.y, i.y);
                const r = Math.max(e.x, i.x);
                const o = Math.max(e.y, i.y);
                t.x = s;
                t.y = n;
                t.width = r - s;
                t.height = o - n;
                return t;
              }
              static lerp(t, e, i, s) {
                const n = e.x;
                const r = e.y;
                const o = e.width;
                const a = e.height;
                t.x = n + (i.x - n) * s;
                t.y = r + (i.y - r) * s;
                t.width = o + (i.width - o) * s;
                t.height = a + (i.height - a) * s;
                return t;
              }
              static intersection(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.x + e.width;
                const o = e.y + e.height;
                const a = i.x;
                const l = i.y;
                const h = i.x + i.width;
                const c = i.y + i.height;
                t.x = Math.max(s, a);
                t.y = Math.max(n, l);
                t.width = Math.min(r, h) - t.x;
                t.height = Math.min(o, c) - t.y;
                return t;
              }
              static union(t, e, i) {
                const s = e.x;
                const n = e.y;
                const r = e.width;
                const o = e.height;
                const a = i.x;
                const l = i.y;
                const h = i.width;
                const c = i.height;
                t.x = Math.min(s, a);
                t.y = Math.min(n, l);
                t.width = Math.max(s + r, a + h) - t.x;
                t.height = Math.max(n + o, l + c) - t.y;
                return t;
              }
              get xMin() {
                return this.x;
              }
              set xMin(t) {
                this.width += this.x - t;
                this.x = t;
              }
              get yMin() {
                return this.y;
              }
              set yMin(t) {
                this.height += this.y - t;
                this.y = t;
              }
              get xMax() {
                return this.x + this.width;
              }
              set xMax(t) {
                this.width = t - this.x;
              }
              get yMax() {
                return this.y + this.height;
              }
              set yMax(t) {
                this.height = t - this.y;
              }
              get center() {
                return new Qi(this.x + .5 * this.width, this.y + .5 * this.height);
              }
              set center(t) {
                this.x = t.x - .5 * this.width;
                this.y = t.y - .5 * this.height;
              }
              get origin() {
                return new Qi(this.x, this.y);
              }
              set origin(t) {
                this.x = t.x;
                this.y = t.y;
              }
              get size() {
                return new rs(this.width, this.height);
              }
              set size(t) {
                this.width = t.width;
                this.height = t.height;
              }
              set z(t) {
                this.width = t;
              }
              get z() {
                return this.width;
              }
              set w(t) {
                this.height = t;
              }
              get w() {
                return this.height;
              }
              constructor(t, e, i, s) {
                super();
                if (t && "object" == typeof t) {
                  this.y = t.y;
                  this.width = t.width;
                  this.height = t.height;
                  this.x = t.x;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.width = i || 0;
                  this.height = s || 0;
                }
              }
              clone() {
                return new as(this.x, this.y, this.width, this.height);
              }
              set(t, e, i, s) {
                if (t && "object" == typeof t) {
                  this.y = t.y;
                  this.width = t.width;
                  this.height = t.height;
                  this.x = t.x;
                } else {
                  this.x = t || 0;
                  this.y = e || 0;
                  this.width = i || 0;
                  this.height = s || 0;
                }
                return this;
              }
              equals(t) {
                return this.x === t.x && this.y === t.y && this.width === t.width && this.height === t.height;
              }
              lerp(t, e) {
                const i = this.x;
                const s = this.y;
                const n = this.width;
                const r = this.height;
                this.x = i + (t.x - i) * e;
                this.y = s + (t.y - s) * e;
                this.width = n + (t.width - n) * e;
                this.height = r + (t.height - r) * e;
                return this;
              }
              toString() {
                return `(${this.x.toFixed(2)}, ${this.y.toFixed(2)}, ${this.width.toFixed(2)}, ${this.height.toFixed(2)})`;
              }
              intersects(t) {
                const e = this.x + this.width;
                const i = this.y + this.height;
                const s = t.x + t.width;
                const n = t.y + t.height;
                return !(e < t.x || s < this.x || i < t.y || n < this.y);
              }
              contains(t) {
                return this.x <= t.x && this.x + this.width >= t.x && this.y <= t.y && this.y + this.height >= t.y;
              }
              containsRect(t) {
                return this.x <= t.x && this.x + this.width >= t.x + t.width && this.y <= t.y && this.y + this.height >= t.y + t.height;
              }
              transformMat4(t) {
                const e = this.x;
                const i = this.y;
                const s = e + this.width;
                const n = i + this.height;
                const r = t.m00 * e + t.m04 * i + t.m12;
                const o = t.m01 * e + t.m05 * i + t.m13;
                const a = t.m00 * s + t.m04 * i + t.m12;
                const l = t.m01 * s + t.m05 * i + t.m13;
                const h = t.m00 * e + t.m04 * n + t.m12;
                const c = t.m01 * e + t.m05 * n + t.m13;
                const u = t.m00 * s + t.m04 * n + t.m12;
                const _ = t.m01 * s + t.m05 * n + t.m13;
                const d = Math.min(r, a, h, u);
                const p = Math.max(r, a, h, u);
                const m = Math.min(o, l, c, _);
                const f = Math.max(o, l, c, _);
                this.x = d;
                this.y = m;
                this.width = p - d;
                this.height = f - m;
                return this;
              }
              transformMat4ToPoints(t, e, i, s, n) {
                const r = this.x;
                const o = this.y;
                const a = r + this.width;
                const l = o + this.height;
                e.x = t.m00 * r + t.m04 * o + t.m12;
                e.y = t.m01 * r + t.m05 * o + t.m13;
                n.x = t.m00 * a + t.m04 * o + t.m12;
                n.y = t.m01 * a + t.m05 * o + t.m13;
                i.x = t.m00 * r + t.m04 * l + t.m12;
                i.y = t.m01 * r + t.m05 * l + t.m13;
                s.x = t.m00 * a + t.m04 * l + t.m12;
                s.y = t.m01 * a + t.m05 * l + t.m13;
              }
            }
            t("Rect", as);
            si.fastDefine("cc.Rect", as, {
              x: 0,
              y: 0,
              width: 0,
              height: 0
            });
            m.Rect = as;
            function ls(t = 0, e = 0, i = 0, s = 0) {
              return new as(t, e, i, s);
            }
            m.rect = ls;
            const hs = t("MATH_FLOAT_ARRAY", Float32Array);
            class cs extends ce {
              static createFloatArray(t) {
                return new hs(t);
              }
              get array() {
                return this._array;
              }
            }
            t("MathBase", cs);
            var us = Object.freeze({
              __proto__: null,
              bits: c,
              Vec2: Qi,
              v2: es,
              Vec3: Pi,
              v3: Li,
              Vec4: is,
              v4: ss,
              Quat: Ui,
              quat: Wi,
              Mat3: Fi,
              Mat4: qi,
              mat4: Zi,
              AffineTransform: ns,
              Size: rs,
              size: os,
              Rect: as,
              rect: ls,
              Color: Bi,
              color: Di,
              EPSILON: hi,
              equals: ci,
              approx: ui,
              clamp: _i,
              clamp01: di,
              lerp: pi,
              toRadian: mi,
              toDegree: fi,
              random: gi,
              randomRange: yi,
              randomRangeInt: bi,
              pseudoRandom: Si,
              pseudoRandomRange: Ai,
              pseudoRandomRangeInt: Ti,
              nextPow2: vi,
              repeat: Ei,
              pingPong: Ci,
              inverseLerp: xi,
              absMaxComponent: wi,
              absMax: Ri,
              enumerableProps: Ii,
              MATH_FLOAT_ARRAY: hs,
              MathBase: cs
            });
            t("math", us);
            const _s = new class {
              constructor() {
                this._finalizationRegistry = null;
                this._gcObjects = new WeakMap;
              }
              registerGCObject(t) {
                return t;
              }
              init() {}
              finalizationRegistryCallback(t) {
                const e = this._gcObjects.get(t);
                if (e) {
                  this._gcObjects.delete(t);
                  e.destroy();
                }
                this._finalizationRegistry.unregister(t);
              }
              destroy() {}
            };
            const ds = (t, e, i) => {
              for (let s = 0; s < e.length; ++s) {
                t.length <= s && t.push(new i);
                t[s].copy(e[s]);
              }
              t.length = e.length;
            };
            let ps;
            !function(t) {
              t[t.UNKNOWN = 0] = "UNKNOWN";
              t[t.SWAPCHAIN = 1] = "SWAPCHAIN";
              t[t.BUFFER = 2] = "BUFFER";
              t[t.TEXTURE = 3] = "TEXTURE";
              t[t.RENDER_PASS = 4] = "RENDER_PASS";
              t[t.FRAMEBUFFER = 5] = "FRAMEBUFFER";
              t[t.SAMPLER = 6] = "SAMPLER";
              t[t.SHADER = 7] = "SHADER";
              t[t.DESCRIPTOR_SET_LAYOUT = 8] = "DESCRIPTOR_SET_LAYOUT";
              t[t.PIPELINE_LAYOUT = 9] = "PIPELINE_LAYOUT";
              t[t.PIPELINE_STATE = 10] = "PIPELINE_STATE";
              t[t.DESCRIPTOR_SET = 11] = "DESCRIPTOR_SET";
              t[t.INPUT_ASSEMBLER = 12] = "INPUT_ASSEMBLER";
              t[t.COMMAND_BUFFER = 13] = "COMMAND_BUFFER";
              t[t.QUEUE = 14] = "QUEUE";
              t[t.QUERY_POOL = 15] = "QUERY_POOL";
              t[t.GLOBAL_BARRIER = 16] = "GLOBAL_BARRIER";
              t[t.TEXTURE_BARRIER = 17] = "TEXTURE_BARRIER";
              t[t.BUFFER_BARRIER = 18] = "BUFFER_BARRIER";
              t[t.COUNT = 19] = "COUNT";
            }(ps || (ps = {}));
            let ms;
            !function(t) {
              t[t.UNREADY = 0] = "UNREADY";
              t[t.FAILED = 1] = "FAILED";
              t[t.SUCCESS = 2] = "SUCCESS";
            }(ms || (ms = {}));
            let fs;
            !function(t) {
              t[t.UNKNOWN = 0] = "UNKNOWN";
              t[t.GLES2 = 1] = "GLES2";
              t[t.GLES3 = 2] = "GLES3";
              t[t.METAL = 3] = "METAL";
              t[t.VULKAN = 4] = "VULKAN";
              t[t.NVN = 5] = "NVN";
              t[t.WEBGL = 6] = "WEBGL";
              t[t.WEBGL2 = 7] = "WEBGL2";
              t[t.WEBGPU = 8] = "WEBGPU";
            }(fs || (fs = {}));
            let gs;
            !function(t) {
              t[t.IDENTITY = 0] = "IDENTITY";
              t[t.ROTATE_90 = 1] = "ROTATE_90";
              t[t.ROTATE_180 = 2] = "ROTATE_180";
              t[t.ROTATE_270 = 3] = "ROTATE_270";
            }(gs || (gs = {}));
            let ys;
            !function(t) {
              t[t.ELEMENT_INDEX_UINT = 0] = "ELEMENT_INDEX_UINT";
              t[t.INSTANCED_ARRAYS = 1] = "INSTANCED_ARRAYS";
              t[t.MULTIPLE_RENDER_TARGETS = 2] = "MULTIPLE_RENDER_TARGETS";
              t[t.BLEND_MINMAX = 3] = "BLEND_MINMAX";
              t[t.COMPUTE_SHADER = 4] = "COMPUTE_SHADER";
              t[t.INPUT_ATTACHMENT_BENEFIT = 5] = "INPUT_ATTACHMENT_BENEFIT";
              t[t.COUNT = 6] = "COUNT";
            }(ys || (ys = {}));
            let bs;
            !function(t) {
              t[t.UNKNOWN = 0] = "UNKNOWN";
              t[t.A8 = 1] = "A8";
              t[t.L8 = 2] = "L8";
              t[t.LA8 = 3] = "LA8";
              t[t.R8 = 4] = "R8";
              t[t.R8SN = 5] = "R8SN";
              t[t.R8UI = 6] = "R8UI";
              t[t.R8I = 7] = "R8I";
              t[t.R16F = 8] = "R16F";
              t[t.R16UI = 9] = "R16UI";
              t[t.R16I = 10] = "R16I";
              t[t.R32F = 11] = "R32F";
              t[t.R32UI = 12] = "R32UI";
              t[t.R32I = 13] = "R32I";
              t[t.RG8 = 14] = "RG8";
              t[t.RG8SN = 15] = "RG8SN";
              t[t.RG8UI = 16] = "RG8UI";
              t[t.RG8I = 17] = "RG8I";
              t[t.RG16F = 18] = "RG16F";
              t[t.RG16UI = 19] = "RG16UI";
              t[t.RG16I = 20] = "RG16I";
              t[t.RG32F = 21] = "RG32F";
              t[t.RG32UI = 22] = "RG32UI";
              t[t.RG32I = 23] = "RG32I";
              t[t.RGB8 = 24] = "RGB8";
              t[t.SRGB8 = 25] = "SRGB8";
              t[t.RGB8SN = 26] = "RGB8SN";
              t[t.RGB8UI = 27] = "RGB8UI";
              t[t.RGB8I = 28] = "RGB8I";
              t[t.RGB16F = 29] = "RGB16F";
              t[t.RGB16UI = 30] = "RGB16UI";
              t[t.RGB16I = 31] = "RGB16I";
              t[t.RGB32F = 32] = "RGB32F";
              t[t.RGB32UI = 33] = "RGB32UI";
              t[t.RGB32I = 34] = "RGB32I";
              t[t.RGBA8 = 35] = "RGBA8";
              t[t.BGRA8 = 36] = "BGRA8";
              t[t.SRGB8_A8 = 37] = "SRGB8_A8";
              t[t.RGBA8SN = 38] = "RGBA8SN";
              t[t.RGBA8UI = 39] = "RGBA8UI";
              t[t.RGBA8I = 40] = "RGBA8I";
              t[t.RGBA16F = 41] = "RGBA16F";
              t[t.RGBA16UI = 42] = "RGBA16UI";
              t[t.RGBA16I = 43] = "RGBA16I";
              t[t.RGBA32F = 44] = "RGBA32F";
              t[t.RGBA32UI = 45] = "RGBA32UI";
              t[t.RGBA32I = 46] = "RGBA32I";
              t[t.R5G6B5 = 47] = "R5G6B5";
              t[t.R11G11B10F = 48] = "R11G11B10F";
              t[t.RGB5A1 = 49] = "RGB5A1";
              t[t.RGBA4 = 50] = "RGBA4";
              t[t.RGB10A2 = 51] = "RGB10A2";
              t[t.RGB10A2UI = 52] = "RGB10A2UI";
              t[t.RGB9E5 = 53] = "RGB9E5";
              t[t.DEPTH = 54] = "DEPTH";
              t[t.DEPTH_STENCIL = 55] = "DEPTH_STENCIL";
              t[t.BC1 = 56] = "BC1";
              t[t.BC1_ALPHA = 57] = "BC1_ALPHA";
              t[t.BC1_SRGB = 58] = "BC1_SRGB";
              t[t.BC1_SRGB_ALPHA = 59] = "BC1_SRGB_ALPHA";
              t[t.BC2 = 60] = "BC2";
              t[t.BC2_SRGB = 61] = "BC2_SRGB";
              t[t.BC3 = 62] = "BC3";
              t[t.BC3_SRGB = 63] = "BC3_SRGB";
              t[t.BC4 = 64] = "BC4";
              t[t.BC4_SNORM = 65] = "BC4_SNORM";
              t[t.BC5 = 66] = "BC5";
              t[t.BC5_SNORM = 67] = "BC5_SNORM";
              t[t.BC6H_UF16 = 68] = "BC6H_UF16";
              t[t.BC6H_SF16 = 69] = "BC6H_SF16";
              t[t.BC7 = 70] = "BC7";
              t[t.BC7_SRGB = 71] = "BC7_SRGB";
              t[t.ETC_RGB8 = 72] = "ETC_RGB8";
              t[t.ETC2_RGB8 = 73] = "ETC2_RGB8";
              t[t.ETC2_SRGB8 = 74] = "ETC2_SRGB8";
              t[t.ETC2_RGB8_A1 = 75] = "ETC2_RGB8_A1";
              t[t.ETC2_SRGB8_A1 = 76] = "ETC2_SRGB8_A1";
              t[t.ETC2_RGBA8 = 77] = "ETC2_RGBA8";
              t[t.ETC2_SRGB8_A8 = 78] = "ETC2_SRGB8_A8";
              t[t.EAC_R11 = 79] = "EAC_R11";
              t[t.EAC_R11SN = 80] = "EAC_R11SN";
              t[t.EAC_RG11 = 81] = "EAC_RG11";
              t[t.EAC_RG11SN = 82] = "EAC_RG11SN";
              t[t.PVRTC_RGB2 = 83] = "PVRTC_RGB2";
              t[t.PVRTC_RGBA2 = 84] = "PVRTC_RGBA2";
              t[t.PVRTC_RGB4 = 85] = "PVRTC_RGB4";
              t[t.PVRTC_RGBA4 = 86] = "PVRTC_RGBA4";
              t[t.PVRTC2_2BPP = 87] = "PVRTC2_2BPP";
              t[t.PVRTC2_4BPP = 88] = "PVRTC2_4BPP";
              t[t.ASTC_RGBA_4X4 = 89] = "ASTC_RGBA_4X4";
              t[t.ASTC_RGBA_5X4 = 90] = "ASTC_RGBA_5X4";
              t[t.ASTC_RGBA_5X5 = 91] = "ASTC_RGBA_5X5";
              t[t.ASTC_RGBA_6X5 = 92] = "ASTC_RGBA_6X5";
              t[t.ASTC_RGBA_6X6 = 93] = "ASTC_RGBA_6X6";
              t[t.ASTC_RGBA_8X5 = 94] = "ASTC_RGBA_8X5";
              t[t.ASTC_RGBA_8X6 = 95] = "ASTC_RGBA_8X6";
              t[t.ASTC_RGBA_8X8 = 96] = "ASTC_RGBA_8X8";
              t[t.ASTC_RGBA_10X5 = 97] = "ASTC_RGBA_10X5";
              t[t.ASTC_RGBA_10X6 = 98] = "ASTC_RGBA_10X6";
              t[t.ASTC_RGBA_10X8 = 99] = "ASTC_RGBA_10X8";
              t[t.ASTC_RGBA_10X10 = 100] = "ASTC_RGBA_10X10";
              t[t.ASTC_RGBA_12X10 = 101] = "ASTC_RGBA_12X10";
              t[t.ASTC_RGBA_12X12 = 102] = "ASTC_RGBA_12X12";
              t[t.ASTC_SRGBA_4X4 = 103] = "ASTC_SRGBA_4X4";
              t[t.ASTC_SRGBA_5X4 = 104] = "ASTC_SRGBA_5X4";
              t[t.ASTC_SRGBA_5X5 = 105] = "ASTC_SRGBA_5X5";
              t[t.ASTC_SRGBA_6X5 = 106] = "ASTC_SRGBA_6X5";
              t[t.ASTC_SRGBA_6X6 = 107] = "ASTC_SRGBA_6X6";
              t[t.ASTC_SRGBA_8X5 = 108] = "ASTC_SRGBA_8X5";
              t[t.ASTC_SRGBA_8X6 = 109] = "ASTC_SRGBA_8X6";
              t[t.ASTC_SRGBA_8X8 = 110] = "ASTC_SRGBA_8X8";
              t[t.ASTC_SRGBA_10X5 = 111] = "ASTC_SRGBA_10X5";
              t[t.ASTC_SRGBA_10X6 = 112] = "ASTC_SRGBA_10X6";
              t[t.ASTC_SRGBA_10X8 = 113] = "ASTC_SRGBA_10X8";
              t[t.ASTC_SRGBA_10X10 = 114] = "ASTC_SRGBA_10X10";
              t[t.ASTC_SRGBA_12X10 = 115] = "ASTC_SRGBA_12X10";
              t[t.ASTC_SRGBA_12X12 = 116] = "ASTC_SRGBA_12X12";
              t[t.COUNT = 117] = "COUNT";
            }(bs || (bs = {}));
            let Ss;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.UNORM = 1] = "UNORM";
              t[t.SNORM = 2] = "SNORM";
              t[t.UINT = 3] = "UINT";
              t[t.INT = 4] = "INT";
              t[t.UFLOAT = 5] = "UFLOAT";
              t[t.FLOAT = 6] = "FLOAT";
            }(Ss || (Ss = {}));
            let As;
            !function(t) {
              t[t.UNKNOWN = 0] = "UNKNOWN";
              t[t.BOOL = 1] = "BOOL";
              t[t.BOOL2 = 2] = "BOOL2";
              t[t.BOOL3 = 3] = "BOOL3";
              t[t.BOOL4 = 4] = "BOOL4";
              t[t.INT = 5] = "INT";
              t[t.INT2 = 6] = "INT2";
              t[t.INT3 = 7] = "INT3";
              t[t.INT4 = 8] = "INT4";
              t[t.UINT = 9] = "UINT";
              t[t.UINT2 = 10] = "UINT2";
              t[t.UINT3 = 11] = "UINT3";
              t[t.UINT4 = 12] = "UINT4";
              t[t.FLOAT = 13] = "FLOAT";
              t[t.FLOAT2 = 14] = "FLOAT2";
              t[t.FLOAT3 = 15] = "FLOAT3";
              t[t.FLOAT4 = 16] = "FLOAT4";
              t[t.MAT2 = 17] = "MAT2";
              t[t.MAT2X3 = 18] = "MAT2X3";
              t[t.MAT2X4 = 19] = "MAT2X4";
              t[t.MAT3X2 = 20] = "MAT3X2";
              t[t.MAT3 = 21] = "MAT3";
              t[t.MAT3X4 = 22] = "MAT3X4";
              t[t.MAT4X2 = 23] = "MAT4X2";
              t[t.MAT4X3 = 24] = "MAT4X3";
              t[t.MAT4 = 25] = "MAT4";
              t[t.SAMPLER1D = 26] = "SAMPLER1D";
              t[t.SAMPLER1D_ARRAY = 27] = "SAMPLER1D_ARRAY";
              t[t.SAMPLER2D = 28] = "SAMPLER2D";
              t[t.SAMPLER2D_ARRAY = 29] = "SAMPLER2D_ARRAY";
              t[t.SAMPLER3D = 30] = "SAMPLER3D";
              t[t.SAMPLER_CUBE = 31] = "SAMPLER_CUBE";
              t[t.SAMPLER = 32] = "SAMPLER";
              t[t.TEXTURE1D = 33] = "TEXTURE1D";
              t[t.TEXTURE1D_ARRAY = 34] = "TEXTURE1D_ARRAY";
              t[t.TEXTURE2D = 35] = "TEXTURE2D";
              t[t.TEXTURE2D_ARRAY = 36] = "TEXTURE2D_ARRAY";
              t[t.TEXTURE3D = 37] = "TEXTURE3D";
              t[t.TEXTURE_CUBE = 38] = "TEXTURE_CUBE";
              t[t.IMAGE1D = 39] = "IMAGE1D";
              t[t.IMAGE1D_ARRAY = 40] = "IMAGE1D_ARRAY";
              t[t.IMAGE2D = 41] = "IMAGE2D";
              t[t.IMAGE2D_ARRAY = 42] = "IMAGE2D_ARRAY";
              t[t.IMAGE3D = 43] = "IMAGE3D";
              t[t.IMAGE_CUBE = 44] = "IMAGE_CUBE";
              t[t.SUBPASS_INPUT = 45] = "SUBPASS_INPUT";
              t[t.COUNT = 46] = "COUNT";
            }(As || (As = {}));
            let Ts;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.TRANSFER_SRC = 1] = "TRANSFER_SRC";
              t[t.TRANSFER_DST = 2] = "TRANSFER_DST";
              t[t.INDEX = 4] = "INDEX";
              t[t.VERTEX = 8] = "VERTEX";
              t[t.UNIFORM = 16] = "UNIFORM";
              t[t.STORAGE = 32] = "STORAGE";
              t[t.INDIRECT = 64] = "INDIRECT";
            }(Ts || (Ts = {}));
            let vs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
            }(vs || (vs = {}));
            let Es;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.READ_ONLY = 1] = "READ_ONLY";
              t[t.WRITE_ONLY = 2] = "WRITE_ONLY";
              t[t.READ_WRITE = 3] = "READ_WRITE";
            }(Es || (Es = {}));
            let Cs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.DEVICE = 1] = "DEVICE";
              t[t.HOST = 2] = "HOST";
            }(Cs || (Cs = {}));
            let xs;
            !function(t) {
              t[t.TEX1D = 0] = "TEX1D";
              t[t.TEX2D = 1] = "TEX2D";
              t[t.TEX3D = 2] = "TEX3D";
              t[t.CUBE = 3] = "CUBE";
              t[t.TEX1D_ARRAY = 4] = "TEX1D_ARRAY";
              t[t.TEX2D_ARRAY = 5] = "TEX2D_ARRAY";
            }(xs || (xs = {}));
            let ws;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.TRANSFER_SRC = 1] = "TRANSFER_SRC";
              t[t.TRANSFER_DST = 2] = "TRANSFER_DST";
              t[t.SAMPLED = 4] = "SAMPLED";
              t[t.STORAGE = 8] = "STORAGE";
              t[t.COLOR_ATTACHMENT = 16] = "COLOR_ATTACHMENT";
              t[t.DEPTH_STENCIL_ATTACHMENT = 32] = "DEPTH_STENCIL_ATTACHMENT";
              t[t.INPUT_ATTACHMENT = 64] = "INPUT_ATTACHMENT";
            }(ws || (ws = {}));
            let Rs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.GEN_MIPMAP = 1] = "GEN_MIPMAP";
              t[t.GENERAL_LAYOUT = 2] = "GENERAL_LAYOUT";
            }(Rs || (Rs = {}));
            let Is;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.RENDER_TARGET = 1] = "RENDER_TARGET";
              t[t.SAMPLED_TEXTURE = 2] = "SAMPLED_TEXTURE";
              t[t.LINEAR_FILTER = 4] = "LINEAR_FILTER";
              t[t.STORAGE_TEXTURE = 8] = "STORAGE_TEXTURE";
              t[t.VERTEX_ATTRIBUTE = 16] = "VERTEX_ATTRIBUTE";
            }(Is || (Is = {}));
            let Ms;
            !function(t) {
              t[t.ONE = 0] = "ONE";
              t[t.MULTIPLE_PERFORMANCE = 1] = "MULTIPLE_PERFORMANCE";
              t[t.MULTIPLE_BALANCE = 2] = "MULTIPLE_BALANCE";
              t[t.MULTIPLE_QUALITY = 3] = "MULTIPLE_QUALITY";
            }(Ms || (Ms = {}));
            let Bs;
            !function(t) {
              t[t.OFF = 0] = "OFF";
              t[t.ON = 1] = "ON";
              t[t.RELAXED = 2] = "RELAXED";
              t[t.MAILBOX = 3] = "MAILBOX";
              t[t.HALF = 4] = "HALF";
            }(Bs || (Bs = {}));
            let Ds;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.POINT = 1] = "POINT";
              t[t.LINEAR = 2] = "LINEAR";
              t[t.ANISOTROPIC = 3] = "ANISOTROPIC";
            }(Ds || (Ds = {}));
            let Ps;
            !function(t) {
              t[t.WRAP = 0] = "WRAP";
              t[t.MIRROR = 1] = "MIRROR";
              t[t.CLAMP = 2] = "CLAMP";
              t[t.BORDER = 3] = "BORDER";
            }(Ps || (Ps = {}));
            let Os;
            !function(t) {
              t[t.NEVER = 0] = "NEVER";
              t[t.LESS = 1] = "LESS";
              t[t.EQUAL = 2] = "EQUAL";
              t[t.LESS_EQUAL = 3] = "LESS_EQUAL";
              t[t.GREATER = 4] = "GREATER";
              t[t.NOT_EQUAL = 5] = "NOT_EQUAL";
              t[t.GREATER_EQUAL = 6] = "GREATER_EQUAL";
              t[t.ALWAYS = 7] = "ALWAYS";
            }(Os || (Os = {}));
            let Ns;
            !function(t) {
              t[t.ZERO = 0] = "ZERO";
              t[t.KEEP = 1] = "KEEP";
              t[t.REPLACE = 2] = "REPLACE";
              t[t.INCR = 3] = "INCR";
              t[t.DECR = 4] = "DECR";
              t[t.INVERT = 5] = "INVERT";
              t[t.INCR_WRAP = 6] = "INCR_WRAP";
              t[t.DECR_WRAP = 7] = "DECR_WRAP";
            }(Ns || (Ns = {}));
            let Ls;
            !function(t) {
              t[t.ZERO = 0] = "ZERO";
              t[t.ONE = 1] = "ONE";
              t[t.SRC_ALPHA = 2] = "SRC_ALPHA";
              t[t.DST_ALPHA = 3] = "DST_ALPHA";
              t[t.ONE_MINUS_SRC_ALPHA = 4] = "ONE_MINUS_SRC_ALPHA";
              t[t.ONE_MINUS_DST_ALPHA = 5] = "ONE_MINUS_DST_ALPHA";
              t[t.SRC_COLOR = 6] = "SRC_COLOR";
              t[t.DST_COLOR = 7] = "DST_COLOR";
              t[t.ONE_MINUS_SRC_COLOR = 8] = "ONE_MINUS_SRC_COLOR";
              t[t.ONE_MINUS_DST_COLOR = 9] = "ONE_MINUS_DST_COLOR";
              t[t.SRC_ALPHA_SATURATE = 10] = "SRC_ALPHA_SATURATE";
              t[t.CONSTANT_COLOR = 11] = "CONSTANT_COLOR";
              t[t.ONE_MINUS_CONSTANT_COLOR = 12] = "ONE_MINUS_CONSTANT_COLOR";
              t[t.CONSTANT_ALPHA = 13] = "CONSTANT_ALPHA";
              t[t.ONE_MINUS_CONSTANT_ALPHA = 14] = "ONE_MINUS_CONSTANT_ALPHA";
            }(Ls || (Ls = {}));
            let Fs;
            !function(t) {
              t[t.ADD = 0] = "ADD";
              t[t.SUB = 1] = "SUB";
              t[t.REV_SUB = 2] = "REV_SUB";
              t[t.MIN = 3] = "MIN";
              t[t.MAX = 4] = "MAX";
            }(Fs || (Fs = {}));
            let Vs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.R = 1] = "R";
              t[t.G = 2] = "G";
              t[t.B = 4] = "B";
              t[t.A = 8] = "A";
              t[t.ALL = 15] = "ALL";
            }(Vs || (Vs = {}));
            let ks;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.VERTEX = 1] = "VERTEX";
              t[t.CONTROL = 2] = "CONTROL";
              t[t.EVALUATION = 4] = "EVALUATION";
              t[t.GEOMETRY = 8] = "GEOMETRY";
              t[t.FRAGMENT = 16] = "FRAGMENT";
              t[t.COMPUTE = 32] = "COMPUTE";
              t[t.ALL = 63] = "ALL";
            }(ks || (ks = {}));
            let Us;
            !function(t) {
              t[t.LOAD = 0] = "LOAD";
              t[t.CLEAR = 1] = "CLEAR";
              t[t.DISCARD = 2] = "DISCARD";
            }(Us || (Us = {}));
            let Gs;
            !function(t) {
              t[t.STORE = 0] = "STORE";
              t[t.DISCARD = 1] = "DISCARD";
            }(Gs || (Gs = {}));
            let zs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.INDIRECT_BUFFER = 1] = "INDIRECT_BUFFER";
              t[t.INDEX_BUFFER = 2] = "INDEX_BUFFER";
              t[t.VERTEX_BUFFER = 4] = "VERTEX_BUFFER";
              t[t.VERTEX_SHADER_READ_UNIFORM_BUFFER = 8] = "VERTEX_SHADER_READ_UNIFORM_BUFFER";
              t[t.VERTEX_SHADER_READ_TEXTURE = 16] = "VERTEX_SHADER_READ_TEXTURE";
              t[t.VERTEX_SHADER_READ_OTHER = 32] = "VERTEX_SHADER_READ_OTHER";
              t[t.FRAGMENT_SHADER_READ_UNIFORM_BUFFER = 64] = "FRAGMENT_SHADER_READ_UNIFORM_BUFFER";
              t[t.FRAGMENT_SHADER_READ_TEXTURE = 128] = "FRAGMENT_SHADER_READ_TEXTURE";
              t[t.FRAGMENT_SHADER_READ_COLOR_INPUT_ATTACHMENT = 256] = "FRAGMENT_SHADER_READ_COLOR_INPUT_ATTACHMENT";
              t[t.FRAGMENT_SHADER_READ_DEPTH_STENCIL_INPUT_ATTACHMENT = 512] = "FRAGMENT_SHADER_READ_DEPTH_STENCIL_INPUT_ATTACHMENT";
              t[t.FRAGMENT_SHADER_READ_OTHER = 1024] = "FRAGMENT_SHADER_READ_OTHER";
              t[t.COLOR_ATTACHMENT_READ = 2048] = "COLOR_ATTACHMENT_READ";
              t[t.DEPTH_STENCIL_ATTACHMENT_READ = 4096] = "DEPTH_STENCIL_ATTACHMENT_READ";
              t[t.COMPUTE_SHADER_READ_UNIFORM_BUFFER = 8192] = "COMPUTE_SHADER_READ_UNIFORM_BUFFER";
              t[t.COMPUTE_SHADER_READ_TEXTURE = 16384] = "COMPUTE_SHADER_READ_TEXTURE";
              t[t.COMPUTE_SHADER_READ_OTHER = 32768] = "COMPUTE_SHADER_READ_OTHER";
              t[t.TRANSFER_READ = 65536] = "TRANSFER_READ";
              t[t.HOST_READ = 131072] = "HOST_READ";
              t[t.PRESENT = 262144] = "PRESENT";
              t[t.VERTEX_SHADER_WRITE = 524288] = "VERTEX_SHADER_WRITE";
              t[t.FRAGMENT_SHADER_WRITE = 1048576] = "FRAGMENT_SHADER_WRITE";
              t[t.COLOR_ATTACHMENT_WRITE = 2097152] = "COLOR_ATTACHMENT_WRITE";
              t[t.DEPTH_STENCIL_ATTACHMENT_WRITE = 4194304] = "DEPTH_STENCIL_ATTACHMENT_WRITE";
              t[t.COMPUTE_SHADER_WRITE = 8388608] = "COMPUTE_SHADER_WRITE";
              t[t.TRANSFER_WRITE = 16777216] = "TRANSFER_WRITE";
              t[t.HOST_PREINITIALIZED = 33554432] = "HOST_PREINITIALIZED";
              t[t.HOST_WRITE = 67108864] = "HOST_WRITE";
            }(zs || (zs = {}));
            let Hs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.SAMPLE_ZERO = 1] = "SAMPLE_ZERO";
              t[t.AVERAGE = 2] = "AVERAGE";
              t[t.MIN = 3] = "MIN";
              t[t.MAX = 4] = "MAX";
            }(Hs || (Hs = {}));
            let js;
            !function(t) {
              t[t.GRAPHICS = 0] = "GRAPHICS";
              t[t.COMPUTE = 1] = "COMPUTE";
              t[t.RAY_TRACING = 2] = "RAY_TRACING";
            }(js || (js = {}));
            let Xs;
            !function(t) {
              t[t.POINT_LIST = 0] = "POINT_LIST";
              t[t.LINE_LIST = 1] = "LINE_LIST";
              t[t.LINE_STRIP = 2] = "LINE_STRIP";
              t[t.LINE_LOOP = 3] = "LINE_LOOP";
              t[t.LINE_LIST_ADJACENCY = 4] = "LINE_LIST_ADJACENCY";
              t[t.LINE_STRIP_ADJACENCY = 5] = "LINE_STRIP_ADJACENCY";
              t[t.ISO_LINE_LIST = 6] = "ISO_LINE_LIST";
              t[t.TRIANGLE_LIST = 7] = "TRIANGLE_LIST";
              t[t.TRIANGLE_STRIP = 8] = "TRIANGLE_STRIP";
              t[t.TRIANGLE_FAN = 9] = "TRIANGLE_FAN";
              t[t.TRIANGLE_LIST_ADJACENCY = 10] = "TRIANGLE_LIST_ADJACENCY";
              t[t.TRIANGLE_STRIP_ADJACENCY = 11] = "TRIANGLE_STRIP_ADJACENCY";
              t[t.TRIANGLE_PATCH_ADJACENCY = 12] = "TRIANGLE_PATCH_ADJACENCY";
              t[t.QUAD_PATCH_LIST = 13] = "QUAD_PATCH_LIST";
            }(Xs || (Xs = {}));
            let Ws;
            !function(t) {
              t[t.FILL = 0] = "FILL";
              t[t.POINT = 1] = "POINT";
              t[t.LINE = 2] = "LINE";
            }(Ws || (Ws = {}));
            let Ys;
            !function(t) {
              t[t.GOURAND = 0] = "GOURAND";
              t[t.FLAT = 1] = "FLAT";
            }(Ys || (Ys = {}));
            let qs;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.FRONT = 1] = "FRONT";
              t[t.BACK = 2] = "BACK";
            }(qs || (qs = {}));
            let Ks;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.LINE_WIDTH = 1] = "LINE_WIDTH";
              t[t.DEPTH_BIAS = 2] = "DEPTH_BIAS";
              t[t.BLEND_CONSTANTS = 4] = "BLEND_CONSTANTS";
              t[t.DEPTH_BOUNDS = 8] = "DEPTH_BOUNDS";
              t[t.STENCIL_WRITE_MASK = 16] = "STENCIL_WRITE_MASK";
              t[t.STENCIL_COMPARE_MASK = 32] = "STENCIL_COMPARE_MASK";
            }(Ks || (Ks = {}));
            let Js;
            !function(t) {
              t[t.FRONT = 1] = "FRONT";
              t[t.BACK = 2] = "BACK";
              t[t.ALL = 3] = "ALL";
            }(Js || (Js = {}));
            let Zs;
            !function(t) {
              t[t.UNKNOWN = 0] = "UNKNOWN";
              t[t.UNIFORM_BUFFER = 1] = "UNIFORM_BUFFER";
              t[t.DYNAMIC_UNIFORM_BUFFER = 2] = "DYNAMIC_UNIFORM_BUFFER";
              t[t.STORAGE_BUFFER = 4] = "STORAGE_BUFFER";
              t[t.DYNAMIC_STORAGE_BUFFER = 8] = "DYNAMIC_STORAGE_BUFFER";
              t[t.SAMPLER_TEXTURE = 16] = "SAMPLER_TEXTURE";
              t[t.SAMPLER = 32] = "SAMPLER";
              t[t.TEXTURE = 64] = "TEXTURE";
              t[t.STORAGE_IMAGE = 128] = "STORAGE_IMAGE";
              t[t.INPUT_ATTACHMENT = 256] = "INPUT_ATTACHMENT";
            }(Zs || (Zs = {}));
            let Qs;
            !function(t) {
              t[t.GRAPHICS = 0] = "GRAPHICS";
              t[t.COMPUTE = 1] = "COMPUTE";
              t[t.TRANSFER = 2] = "TRANSFER";
            }(Qs || (Qs = {}));
            let $s;
            !function(t) {
              t[t.OCCLUSION = 0] = "OCCLUSION";
              t[t.PIPELINE_STATISTICS = 1] = "PIPELINE_STATISTICS";
              t[t.TIMESTAMP = 2] = "TIMESTAMP";
            }($s || ($s = {}));
            let tn;
            !function(t) {
              t[t.PRIMARY = 0] = "PRIMARY";
              t[t.SECONDARY = 1] = "SECONDARY";
            }(tn || (tn = {}));
            let en;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.COLOR = 1] = "COLOR";
              t[t.DEPTH = 2] = "DEPTH";
              t[t.STENCIL = 4] = "STENCIL";
              t[t.DEPTH_STENCIL = 6] = "DEPTH_STENCIL";
              t[t.ALL = 7] = "ALL";
            }(en || (en = {}));
            let sn;
            !function(t) {
              t[t.FULL = 0] = "FULL";
              t[t.SPLIT_BEGIN = 1] = "SPLIT_BEGIN";
              t[t.SPLIT_END = 2] = "SPLIT_END";
            }(sn || (sn = {}));
            let nn;
            !function(t) {
              t[t.RASTER = 0] = "RASTER";
              t[t.COMPUTE = 1] = "COMPUTE";
              t[t.COPY = 2] = "COPY";
              t[t.MOVE = 3] = "MOVE";
              t[t.RAYTRACE = 4] = "RAYTRACE";
              t[t.PRESENT = 5] = "PRESENT";
            }(nn || (nn = {}));
            class rn {
              constructor(t = 0, e = 0, i = 0) {
                this.x = t;
                this.y = e;
                this.z = i;
              }
              copy(t) {
                this.x = t.x;
                this.y = t.y;
                this.z = t.z;
                return this;
              }
            }
            class on {
              constructor(t = 0, e = 0, i = 0, s = 0, n = 0, r = 0, o = 0, a = 0, l = 0, h = 0, c = 0, u = 0, _ = 0, d = 1, p = 0, m = 0, f = new rn, g = new rn, y = !1, b = -1, S = 1, A = 1) {
                this.maxVertexAttributes = t;
                this.maxVertexUniformVectors = e;
                this.maxFragmentUniformVectors = i;
                this.maxTextureUnits = s;
                this.maxImageUnits = n;
                this.maxVertexTextureUnits = r;
                this.maxColorRenderTargets = o;
                this.maxShaderStorageBufferBindings = a;
                this.maxShaderStorageBlockSize = l;
                this.maxUniformBufferBindings = h;
                this.maxUniformBlockSize = c;
                this.maxTextureSize = u;
                this.maxCubeMapTextureSize = _;
                this.uboOffsetAlignment = d;
                this.maxComputeSharedMemorySize = p;
                this.maxComputeWorkGroupInvocations = m;
                this.maxComputeWorkGroupSize = f;
                this.maxComputeWorkGroupCount = g;
                this.supportQuery = y;
                this.clipSpaceMinZ = b;
                this.screenSpaceSignY = S;
                this.clipSpaceSignY = A;
              }
              copy(t) {
                this.maxVertexAttributes = t.maxVertexAttributes;
                this.maxVertexUniformVectors = t.maxVertexUniformVectors;
                this.maxFragmentUniformVectors = t.maxFragmentUniformVectors;
                this.maxTextureUnits = t.maxTextureUnits;
                this.maxImageUnits = t.maxImageUnits;
                this.maxVertexTextureUnits = t.maxVertexTextureUnits;
                this.maxColorRenderTargets = t.maxColorRenderTargets;
                this.maxShaderStorageBufferBindings = t.maxShaderStorageBufferBindings;
                this.maxShaderStorageBlockSize = t.maxShaderStorageBlockSize;
                this.maxUniformBufferBindings = t.maxUniformBufferBindings;
                this.maxUniformBlockSize = t.maxUniformBlockSize;
                this.maxTextureSize = t.maxTextureSize;
                this.maxCubeMapTextureSize = t.maxCubeMapTextureSize;
                this.uboOffsetAlignment = t.uboOffsetAlignment;
                this.maxComputeSharedMemorySize = t.maxComputeSharedMemorySize;
                this.maxComputeWorkGroupInvocations = t.maxComputeWorkGroupInvocations;
                this.maxComputeWorkGroupSize.copy(t.maxComputeWorkGroupSize);
                this.maxComputeWorkGroupCount.copy(t.maxComputeWorkGroupCount);
                this.supportQuery = t.supportQuery;
                this.clipSpaceMinZ = t.clipSpaceMinZ;
                this.screenSpaceSignY = t.screenSpaceSignY;
                this.clipSpaceSignY = t.clipSpaceSignY;
                return this;
              }
            }
            class an {
              constructor(t = !0) {
                this.enableBarrierDeduce = t;
              }
              copy(t) {
                this.enableBarrierDeduce = t.enableBarrierDeduce;
                return this;
              }
            }
            class ln {
              constructor(t = 0, e = 0, i = 0) {
                this.x = t;
                this.y = e;
                this.z = i;
              }
              copy(t) {
                this.x = t.x;
                this.y = t.y;
                this.z = t.z;
                return this;
              }
            }
            class hn {
              constructor(t = 0, e = 0, i = 0, s = 0) {
                this.x = t;
                this.y = e;
                this.width = i;
                this.height = s;
              }
              copy(t) {
                this.x = t.x;
                this.y = t.y;
                this.width = t.width;
                this.height = t.height;
                return this;
              }
            }
            class cn {
              constructor(t = 0, e = 0, i = 1) {
                this.width = t;
                this.height = e;
                this.depth = i;
              }
              copy(t) {
                this.width = t.width;
                this.height = t.height;
                this.depth = t.depth;
                return this;
              }
            }
            class un {
              constructor(t = 0, e = 0, i = 1) {
                this.mipLevel = t;
                this.baseArrayLayer = e;
                this.layerCount = i;
              }
              copy(t) {
                this.mipLevel = t.mipLevel;
                this.baseArrayLayer = t.baseArrayLayer;
                this.layerCount = t.layerCount;
                return this;
              }
            }
            class _n {
              constructor(t = 0, e = 1, i = 0, s = 1) {
                this.baseMipLevel = t;
                this.levelCount = e;
                this.baseArrayLayer = i;
                this.layerCount = s;
              }
              copy(t) {
                this.baseMipLevel = t.baseMipLevel;
                this.levelCount = t.levelCount;
                this.baseArrayLayer = t.baseArrayLayer;
                this.layerCount = t.layerCount;
                return this;
              }
            }
            class dn {
              constructor(t = new un, e = new ln, i = new un, s = new ln, n = new cn) {
                this.srcSubres = t;
                this.srcOffset = e;
                this.dstSubres = i;
                this.dstOffset = s;
                this.extent = n;
              }
              copy(t) {
                this.srcSubres.copy(t.srcSubres);
                this.srcOffset.copy(t.srcOffset);
                this.dstSubres.copy(t.dstSubres);
                this.dstOffset.copy(t.dstOffset);
                this.extent.copy(t.extent);
                return this;
              }
            }
            class pn {
              constructor(t = new un, e = new ln, i = new cn, s = new un, n = new ln, r = new cn) {
                this.srcSubres = t;
                this.srcOffset = e;
                this.srcExtent = i;
                this.dstSubres = s;
                this.dstOffset = n;
                this.dstExtent = r;
              }
              copy(t) {
                this.srcSubres.copy(t.srcSubres);
                this.srcOffset.copy(t.srcOffset);
                this.srcExtent.copy(t.srcExtent);
                this.dstSubres.copy(t.dstSubres);
                this.dstOffset.copy(t.dstOffset);
                this.dstExtent.copy(t.dstExtent);
                return this;
              }
            }
            class mn {
              constructor(t = 0, e = 0, i = 0, s = new ln, n = new cn, r = new un) {
                this.buffOffset = t;
                this.buffStride = e;
                this.buffTexHeight = i;
                this.texOffset = s;
                this.texExtent = n;
                this.texSubres = r;
              }
              copy(t) {
                this.buffOffset = t.buffOffset;
                this.buffStride = t.buffStride;
                this.buffTexHeight = t.buffTexHeight;
                this.texOffset.copy(t.texOffset);
                this.texExtent.copy(t.texExtent);
                this.texSubres.copy(t.texSubres);
                return this;
              }
            }
            class fn {
              constructor(t = 0, e = 0, i = 0, s = 0, n = 0, r = 1) {
                this.left = t;
                this.top = e;
                this.width = i;
                this.height = s;
                this.minDepth = n;
                this.maxDepth = r;
              }
              copy(t) {
                this.left = t.left;
                this.top = t.top;
                this.width = t.width;
                this.height = t.height;
                this.minDepth = t.minDepth;
                this.maxDepth = t.maxDepth;
                return this;
              }
            }
            class gn {
              constructor(t = 0, e = 0, i = 0, s = 0) {
                this.x = t;
                this.y = e;
                this.z = i;
                this.w = s;
              }
              copy(t) {
                this.x = t.x;
                this.y = t.y;
                this.z = t.z;
                this.w = t.w;
                return this;
              }
            }
            class yn {
              constructor(t = [ 0 ], e = [ 0 ], i = [ 0 ], s = [ 0 ], n = [ 0 ], r = [ 0 ], o = [ 0 ], a = [ 0 ]) {
                this.maxBlockCounts = t;
                this.maxSamplerTextureCounts = e;
                this.maxSamplerCounts = i;
                this.maxTextureCounts = s;
                this.maxBufferCounts = n;
                this.maxImageCounts = r;
                this.maxSubpassInputCounts = o;
                this.setIndices = a;
              }
              copy(t) {
                this.maxBlockCounts = t.maxBlockCounts.slice();
                this.maxSamplerTextureCounts = t.maxSamplerTextureCounts.slice();
                this.maxSamplerCounts = t.maxSamplerCounts.slice();
                this.maxTextureCounts = t.maxTextureCounts.slice();
                this.maxBufferCounts = t.maxBufferCounts.slice();
                this.maxImageCounts = t.maxImageCounts.slice();
                this.maxSubpassInputCounts = t.maxSubpassInputCounts.slice();
                this.setIndices = t.setIndices.slice();
                return this;
              }
            }
            class bn {
              constructor(t = null, e = Bs.ON, i = 0, s = 0) {
                this.windowHandle = t;
                this.vsyncMode = e;
                this.width = i;
                this.height = s;
              }
              copy(t) {
                this.windowHandle = t.windowHandle;
                this.vsyncMode = t.vsyncMode;
                this.width = t.width;
                this.height = t.height;
                return this;
              }
            }
            class Sn {
              constructor(t = new yn) {
                this.bindingMappingInfo = t;
              }
              copy(t) {
                this.bindingMappingInfo.copy(t.bindingMappingInfo);
                return this;
              }
            }
            class An {
              constructor(t = Ts.NONE, e = Cs.NONE, i = 0, s = 1, n = vs.NONE) {
                this.usage = t;
                this.memUsage = e;
                this.size = i;
                this.stride = s;
                this.flags = n;
              }
              copy(t) {
                this.usage = t.usage;
                this.memUsage = t.memUsage;
                this.size = t.size;
                this.stride = t.stride;
                this.flags = t.flags;
                return this;
              }
            }
            class Tn {
              constructor(t = null, e = 0, i = 0) {
                this.buffer = t;
                this.offset = e;
                this.range = i;
              }
              copy(t) {
                this.buffer = t.buffer;
                this.offset = t.offset;
                this.range = t.range;
                return this;
              }
            }
            class vn {
              constructor(t = 0, e = 0, i = 0, s = 0, n = 0, r = 0, o = 0) {
                this.vertexCount = t;
                this.firstVertex = e;
                this.indexCount = i;
                this.firstIndex = s;
                this.vertexOffset = n;
                this.instanceCount = r;
                this.firstInstance = o;
              }
              copy(t) {
                this.vertexCount = t.vertexCount;
                this.firstVertex = t.firstVertex;
                this.indexCount = t.indexCount;
                this.firstIndex = t.firstIndex;
                this.vertexOffset = t.vertexOffset;
                this.instanceCount = t.instanceCount;
                this.firstInstance = t.firstInstance;
                return this;
              }
            }
            class En {
              constructor(t = 0, e = 0, i = 0, s = null, n = 0) {
                this.groupCountX = t;
                this.groupCountY = e;
                this.groupCountZ = i;
                this.indirectBuffer = s;
                this.indirectOffset = n;
              }
              copy(t) {
                this.groupCountX = t.groupCountX;
                this.groupCountY = t.groupCountY;
                this.groupCountZ = t.groupCountZ;
                this.indirectBuffer = t.indirectBuffer;
                this.indirectOffset = t.indirectOffset;
                return this;
              }
            }
            class Cn {
              constructor(t = []) {
                this.drawInfos = t;
              }
              copy(t) {
                ds(this.drawInfos, t.drawInfos, vn);
                return this;
              }
            }
            class xn {
              constructor(t = xs.TEX2D, e = ws.NONE, i = bs.UNKNOWN, s = 0, n = 0, r = Rs.NONE, o = 1, a = 1, l = Ms.ONE, h = 1, c = 0) {
                this.type = t;
                this.usage = e;
                this.format = i;
                this.width = s;
                this.height = n;
                this.flags = r;
                this.layerCount = o;
                this.levelCount = a;
                this.samples = l;
                this.depth = h;
                this.externalRes = c;
              }
              copy(t) {
                this.type = t.type;
                this.usage = t.usage;
                this.format = t.format;
                this.width = t.width;
                this.height = t.height;
                this.flags = t.flags;
                this.layerCount = t.layerCount;
                this.levelCount = t.levelCount;
                this.samples = t.samples;
                this.depth = t.depth;
                this.externalRes = t.externalRes;
                return this;
              }
            }
            class wn {
              constructor(t = null, e = xs.TEX2D, i = bs.UNKNOWN, s = 0, n = 1, r = 0, o = 1) {
                this.texture = t;
                this.type = e;
                this.format = i;
                this.baseLevel = s;
                this.levelCount = n;
                this.baseLayer = r;
                this.layerCount = o;
              }
              copy(t) {
                this.texture = t.texture;
                this.type = t.type;
                this.format = t.format;
                this.baseLevel = t.baseLevel;
                this.levelCount = t.levelCount;
                this.baseLayer = t.baseLayer;
                this.layerCount = t.layerCount;
                return this;
              }
            }
            class Rn {
              constructor(t = Ds.LINEAR, e = Ds.LINEAR, i = Ds.NONE, s = Ps.WRAP, n = Ps.WRAP, r = Ps.WRAP, o = 0, a = Os.ALWAYS) {
                this.minFilter = t;
                this.magFilter = e;
                this.mipFilter = i;
                this.addressU = s;
                this.addressV = n;
                this.addressW = r;
                this.maxAnisotropy = o;
                this.cmpFunc = a;
              }
              copy(t) {
                this.minFilter = t.minFilter;
                this.magFilter = t.magFilter;
                this.mipFilter = t.mipFilter;
                this.addressU = t.addressU;
                this.addressV = t.addressV;
                this.addressW = t.addressW;
                this.maxAnisotropy = t.maxAnisotropy;
                this.cmpFunc = t.cmpFunc;
                return this;
              }
            }
            class In {
              constructor(t = "", e = As.UNKNOWN, i = 0) {
                this.name = t;
                this.type = e;
                this.count = i;
              }
              copy(t) {
                this.name = t.name;
                this.type = t.type;
                this.count = t.count;
                return this;
              }
            }
            class Mn {
              constructor(t = 0, e = 0, i = "", s = [], n = 0) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.members = s;
                this.count = n;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                ds(this.members, t.members, In);
                this.count = t.count;
                return this;
              }
            }
            class Bn {
              constructor(t = 0, e = 0, i = "", s = As.UNKNOWN, n = 0) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.type = s;
                this.count = n;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                this.type = t.type;
                this.count = t.count;
                return this;
              }
            }
            class Dn {
              constructor(t = 0, e = 0, i = "", s = 0) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.count = s;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                this.count = t.count;
                return this;
              }
            }
            class Pn {
              constructor(t = 0, e = 0, i = "", s = As.UNKNOWN, n = 0) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.type = s;
                this.count = n;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                this.type = t.type;
                this.count = t.count;
                return this;
              }
            }
            class On {
              constructor(t = 0, e = 0, i = "", s = As.UNKNOWN, n = 0, r = Es.READ_WRITE) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.type = s;
                this.count = n;
                this.memoryAccess = r;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                this.type = t.type;
                this.count = t.count;
                this.memoryAccess = t.memoryAccess;
                return this;
              }
            }
            class Nn {
              constructor(t = 0, e = 0, i = "", s = 0, n = Es.READ_WRITE) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.count = s;
                this.memoryAccess = n;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                this.count = t.count;
                this.memoryAccess = t.memoryAccess;
                return this;
              }
            }
            class Ln {
              constructor(t = 0, e = 0, i = "", s = 0) {
                this.set = t;
                this.binding = e;
                this.name = i;
                this.count = s;
              }
              copy(t) {
                this.set = t.set;
                this.binding = t.binding;
                this.name = t.name;
                this.count = t.count;
                return this;
              }
            }
            class Fn {
              constructor(t = ks.NONE, e = "") {
                this.stage = t;
                this.source = e;
              }
              copy(t) {
                this.stage = t.stage;
                this.source = t.source;
                return this;
              }
            }
            class Vn {
              constructor(t = "", e = bs.UNKNOWN, i = !1, s = 0, n = !1, r = 0) {
                this.name = t;
                this.format = e;
                this.isNormalized = i;
                this.stream = s;
                this.isInstanced = n;
                this.location = r;
              }
              copy(t) {
                this.name = t.name;
                this.format = t.format;
                this.isNormalized = t.isNormalized;
                this.stream = t.stream;
                this.isInstanced = t.isInstanced;
                this.location = t.location;
                return this;
              }
            }
            class kn {
              constructor(t = "", e = [], i = [], s = [], n = [], r = [], o = [], a = [], l = [], h = []) {
                this.name = t;
                this.stages = e;
                this.attributes = i;
                this.blocks = s;
                this.buffers = n;
                this.samplerTextures = r;
                this.samplers = o;
                this.textures = a;
                this.images = l;
                this.subpassInputs = h;
              }
              copy(t) {
                this.name = t.name;
                ds(this.stages, t.stages, Fn);
                ds(this.attributes, t.attributes, Vn);
                ds(this.blocks, t.blocks, Mn);
                ds(this.buffers, t.buffers, Nn);
                ds(this.samplerTextures, t.samplerTextures, Bn);
                ds(this.samplers, t.samplers, Dn);
                ds(this.textures, t.textures, Pn);
                ds(this.images, t.images, On);
                ds(this.subpassInputs, t.subpassInputs, Ln);
                return this;
              }
            }
            class Un {
              constructor(t = [], e = [], i = null, s = null) {
                this.attributes = t;
                this.vertexBuffers = e;
                this.indexBuffer = i;
                this.indirectBuffer = s;
              }
              copy(t) {
                ds(this.attributes, t.attributes, Vn);
                this.vertexBuffers = t.vertexBuffers.slice();
                this.indexBuffer = t.indexBuffer;
                this.indirectBuffer = t.indirectBuffer;
                return this;
              }
            }
            class Gn {
              constructor(t = bs.UNKNOWN, e = Ms.ONE, i = Us.CLEAR, s = Gs.STORE, n = null, r = !1) {
                this.format = t;
                this.sampleCount = e;
                this.loadOp = i;
                this.storeOp = s;
                this.barrier = n;
                this.isGeneralLayout = r;
              }
              copy(t) {
                this.format = t.format;
                this.sampleCount = t.sampleCount;
                this.loadOp = t.loadOp;
                this.storeOp = t.storeOp;
                this.barrier = t.barrier;
                this.isGeneralLayout = t.isGeneralLayout;
                return this;
              }
            }
            class zn {
              constructor(t = bs.UNKNOWN, e = Ms.ONE, i = Us.CLEAR, s = Gs.STORE, n = Us.CLEAR, r = Gs.STORE, o = null, a = !1) {
                this.format = t;
                this.sampleCount = e;
                this.depthLoadOp = i;
                this.depthStoreOp = s;
                this.stencilLoadOp = n;
                this.stencilStoreOp = r;
                this.barrier = o;
                this.isGeneralLayout = a;
              }
              copy(t) {
                this.format = t.format;
                this.sampleCount = t.sampleCount;
                this.depthLoadOp = t.depthLoadOp;
                this.depthStoreOp = t.depthStoreOp;
                this.stencilLoadOp = t.stencilLoadOp;
                this.stencilStoreOp = t.stencilStoreOp;
                this.barrier = t.barrier;
                this.isGeneralLayout = t.isGeneralLayout;
                return this;
              }
            }
            class Hn {
              constructor(t = [], e = [], i = [], s = [], n = -1, r = -1, o = Hs.NONE, a = Hs.NONE) {
                this.inputs = t;
                this.colors = e;
                this.resolves = i;
                this.preserves = s;
                this.depthStencil = n;
                this.depthStencilResolve = r;
                this.depthResolveMode = o;
                this.stencilResolveMode = a;
              }
              copy(t) {
                this.inputs = t.inputs.slice();
                this.colors = t.colors.slice();
                this.resolves = t.resolves.slice();
                this.preserves = t.preserves.slice();
                this.depthStencil = t.depthStencil;
                this.depthStencilResolve = t.depthStencilResolve;
                this.depthResolveMode = t.depthResolveMode;
                this.stencilResolveMode = t.stencilResolveMode;
                return this;
              }
            }
            class jn {
              constructor(t = 0, e = 0, i = null, s = null, n = null, r = 0, o = null, a = null, l = 0) {
                this.srcSubpass = t;
                this.dstSubpass = e;
                this.generalBarrier = i;
                this.bufferBarriers = s;
                this.buffers = n;
                this.bufferBarrierCount = r;
                this.textureBarriers = o;
                this.textures = a;
                this.textureBarrierCount = l;
              }
              copy(t) {
                this.srcSubpass = t.srcSubpass;
                this.dstSubpass = t.dstSubpass;
                this.generalBarrier = t.generalBarrier;
                this.bufferBarriers = t.bufferBarriers;
                this.buffers = t.buffers;
                this.bufferBarrierCount = t.bufferBarrierCount;
                this.textureBarriers = t.textureBarriers;
                this.textures = t.textures;
                this.textureBarrierCount = t.textureBarrierCount;
                return this;
              }
            }
            class Xn {
              constructor(t = [], e = new zn, i = [], s = []) {
                this.colorAttachments = t;
                this.depthStencilAttachment = e;
                this.subpasses = i;
                this.dependencies = s;
              }
              copy(t) {
                ds(this.colorAttachments, t.colorAttachments, Gn);
                this.depthStencilAttachment.copy(t.depthStencilAttachment);
                ds(this.subpasses, t.subpasses, Hn);
                ds(this.dependencies, t.dependencies, jn);
                return this;
              }
            }
            class Wn {
              constructor(t = zs.NONE, e = zs.NONE, i = sn.FULL) {
                this.prevAccesses = t;
                this.nextAccesses = e;
                this.type = i;
              }
              copy(t) {
                this.prevAccesses = t.prevAccesses;
                this.nextAccesses = t.nextAccesses;
                this.type = t.type;
                return this;
              }
            }
            class Yn {
              constructor(t = zs.NONE, e = zs.NONE, i = sn.FULL, s = 0, n = 1, r = 0, o = 1, a = !1, l = null, h = null) {
                this.prevAccesses = t;
                this.nextAccesses = e;
                this.type = i;
                this.baseMipLevel = s;
                this.levelCount = n;
                this.baseSlice = r;
                this.sliceCount = o;
                this.discardContents = a;
                this.srcQueue = l;
                this.dstQueue = h;
              }
              copy(t) {
                this.prevAccesses = t.prevAccesses;
                this.nextAccesses = t.nextAccesses;
                this.type = t.type;
                this.baseMipLevel = t.baseMipLevel;
                this.levelCount = t.levelCount;
                this.baseSlice = t.baseSlice;
                this.sliceCount = t.sliceCount;
                this.discardContents = t.discardContents;
                this.srcQueue = t.srcQueue;
                this.dstQueue = t.dstQueue;
                return this;
              }
            }
            class qn {
              constructor(t = zs.NONE, e = zs.NONE, i = sn.FULL, s = 0, n = 0, r = !1, o = null, a = null) {
                this.prevAccesses = t;
                this.nextAccesses = e;
                this.type = i;
                this.offset = s;
                this.size = n;
                this.discardContents = r;
                this.srcQueue = o;
                this.dstQueue = a;
              }
              copy(t) {
                this.prevAccesses = t.prevAccesses;
                this.nextAccesses = t.nextAccesses;
                this.type = t.type;
                this.offset = t.offset;
                this.size = t.size;
                this.discardContents = t.discardContents;
                this.srcQueue = t.srcQueue;
                this.dstQueue = t.dstQueue;
                return this;
              }
            }
            class Kn {
              constructor(t = null, e = [], i = null) {
                this.renderPass = t;
                this.colorTextures = e;
                this.depthStencilTexture = i;
              }
              copy(t) {
                this.renderPass = t.renderPass;
                this.colorTextures = t.colorTextures.slice();
                this.depthStencilTexture = t.depthStencilTexture;
                return this;
              }
            }
            class Jn {
              constructor(t = -1, e = Zs.UNKNOWN, i = 0, s = ks.NONE, n = []) {
                this.binding = t;
                this.descriptorType = e;
                this.count = i;
                this.stageFlags = s;
                this.immutableSamplers = n;
              }
              copy(t) {
                this.binding = t.binding;
                this.descriptorType = t.descriptorType;
                this.count = t.count;
                this.stageFlags = t.stageFlags;
                this.immutableSamplers = t.immutableSamplers.slice();
                return this;
              }
            }
            class Zn {
              constructor(t = []) {
                this.bindings = t;
              }
              copy(t) {
                ds(this.bindings, t.bindings, Jn);
                return this;
              }
            }
            class Qn {
              constructor(t = null) {
                this.layout = t;
              }
              copy(t) {
                this.layout = t.layout;
                return this;
              }
            }
            class $n {
              constructor(t = []) {
                this.setLayouts = t;
              }
              copy(t) {
                this.setLayouts = t.setLayouts.slice();
                return this;
              }
            }
            class tr {
              constructor(t = []) {
                this.attributes = t;
              }
              copy(t) {
                ds(this.attributes, t.attributes, Vn);
                return this;
              }
            }
            class er {
              constructor(t = null, e = tn.PRIMARY) {
                this.queue = t;
                this.type = e;
              }
              copy(t) {
                this.queue = t.queue;
                this.type = t.type;
                return this;
              }
            }
            class ir {
              constructor(t = Qs.GRAPHICS) {
                this.type = t;
              }
              copy(t) {
                this.type = t.type;
                return this;
              }
            }
            class sr {
              constructor(t = $s.OCCLUSION, e = 32767, i = !0) {
                this.type = t;
                this.maxQueryObjects = e;
                this.forceWait = i;
              }
              copy(t) {
                this.type = t.type;
                this.maxQueryObjects = t.maxQueryObjects;
                this.forceWait = t.forceWait;
                return this;
              }
            }
            class rr {
              constructor(t = "", e = 0, i = 0, s = Ss.NONE, n = !1, r = !1, o = !1, a = !1) {
                this.name = t;
                this.size = e;
                this.count = i;
                this.type = s;
                this.hasAlpha = n;
                this.hasDepth = r;
                this.hasStencil = o;
                this.isCompressed = a;
              }
            }
            class or {
              constructor(t = 0, e = 0) {
                this.bufferSize = t;
                this.textureSize = e;
              }
              copy(t) {
                this.bufferSize = t.bufferSize;
                this.textureSize = t.textureSize;
                return this;
              }
            }
            class ar {
              constructor(t = 0, e = 0, i = 0) {
                this.writeMask = t;
                this.compareMask = e;
                this.reference = i;
              }
              copy(t) {
                this.writeMask = t.writeMask;
                this.compareMask = t.compareMask;
                this.reference = t.reference;
                return this;
              }
            }
            class lr {
              constructor(t = new fn, e = new hn, i = new gn, s = 1, n = 0, r = 0, o = 0, a = 0, l = 0, h = new ar, c = new ar) {
                this.viewport = t;
                this.scissor = e;
                this.blendConstant = i;
                this.lineWidth = s;
                this.depthBiasConstant = n;
                this.depthBiasClamp = r;
                this.depthBiasSlope = o;
                this.depthMinBounds = a;
                this.depthMaxBounds = l;
                this.stencilStatesFront = h;
                this.stencilStatesBack = c;
              }
              copy(t) {
                this.viewport.copy(t.viewport);
                this.scissor.copy(t.scissor);
                this.blendConstant.copy(t.blendConstant);
                this.lineWidth = t.lineWidth;
                this.depthBiasConstant = t.depthBiasConstant;
                this.depthBiasClamp = t.depthBiasClamp;
                this.depthBiasSlope = t.depthBiasSlope;
                this.depthMinBounds = t.depthMinBounds;
                this.depthMaxBounds = t.depthMaxBounds;
                this.stencilStatesFront.copy(t.stencilStatesFront);
                this.stencilStatesBack.copy(t.stencilStatesBack);
                return this;
              }
            }
            class hr extends class {
              constructor() {
                return _s.registerGCObject(this);
              }
              destroy() {}
            } {
              get objectType() {
                return this._objectType;
              }
              get objectID() {
                return this._objectID;
              }
              get typedID() {
                return this._typedID;
              }
              constructor(t) {
                super();
                this._objectType = ps.UNKNOWN;
                this._objectID = 0;
                this._typedID = 0;
                this._objectType = t;
                this._objectID = hr._idTable[ps.UNKNOWN]++;
                this._typedID = hr._idTable[t]++;
              }
            }
            hr._idTable = Array(ps.COUNT).fill(65536);
            let cr;
            !function(t) {
              t.ATTR_POSITION = "a_position";
              t.ATTR_NORMAL = "a_normal";
              t.ATTR_TANGENT = "a_tangent";
              t.ATTR_BITANGENT = "a_bitangent";
              t.ATTR_WEIGHTS = "a_weights";
              t.ATTR_JOINTS = "a_joints";
              t.ATTR_COLOR = "a_color";
              t.ATTR_COLOR1 = "a_color1";
              t.ATTR_COLOR2 = "a_color2";
              t.ATTR_TEX_COORD = "a_texCoord";
              t.ATTR_TEX_COORD1 = "a_texCoord1";
              t.ATTR_TEX_COORD2 = "a_texCoord2";
              t.ATTR_TEX_COORD3 = "a_texCoord3";
              t.ATTR_TEX_COORD4 = "a_texCoord4";
              t.ATTR_TEX_COORD5 = "a_texCoord5";
              t.ATTR_TEX_COORD6 = "a_texCoord6";
              t.ATTR_TEX_COORD7 = "a_texCoord7";
              t.ATTR_TEX_COORD8 = "a_texCoord8";
              t.ATTR_BATCH_ID = "a_batch_id";
              t.ATTR_BATCH_UV = "a_batch_uv";
            }(cr || (cr = {}));
            const ur = Object.freeze([ new rr("UNKNOWN", 0, 0, Ss.NONE, !1, !1, !1, !1), new rr("A8", 1, 1, Ss.UNORM, !0, !1, !1, !1), new rr("L8", 1, 1, Ss.UNORM, !1, !1, !1, !1), new rr("LA8", 1, 2, Ss.UNORM, !0, !1, !1, !1), new rr("R8", 1, 1, Ss.UNORM, !1, !1, !1, !1), new rr("R8SN", 1, 1, Ss.SNORM, !1, !1, !1, !1), new rr("R8UI", 1, 1, Ss.UINT, !1, !1, !1, !1), new rr("R8I", 1, 1, Ss.INT, !1, !1, !1, !1), new rr("R16F", 2, 1, Ss.FLOAT, !1, !1, !1, !1), new rr("R16UI", 2, 1, Ss.UINT, !1, !1, !1, !1), new rr("R16I", 2, 1, Ss.INT, !1, !1, !1, !1), new rr("R32F", 4, 1, Ss.FLOAT, !1, !1, !1, !1), new rr("R32UI", 4, 1, Ss.UINT, !1, !1, !1, !1), new rr("R32I", 4, 1, Ss.INT, !1, !1, !1, !1), new rr("RG8", 2, 2, Ss.UNORM, !1, !1, !1, !1), new rr("RG8SN", 2, 2, Ss.SNORM, !1, !1, !1, !1), new rr("RG8UI", 2, 2, Ss.UINT, !1, !1, !1, !1), new rr("RG8I", 2, 2, Ss.INT, !1, !1, !1, !1), new rr("RG16F", 4, 2, Ss.FLOAT, !1, !1, !1, !1), new rr("RG16UI", 4, 2, Ss.UINT, !1, !1, !1, !1), new rr("RG16I", 4, 2, Ss.INT, !1, !1, !1, !1), new rr("RG32F", 8, 2, Ss.FLOAT, !1, !1, !1, !1), new rr("RG32UI", 8, 2, Ss.UINT, !1, !1, !1, !1), new rr("RG32I", 8, 2, Ss.INT, !1, !1, !1, !1), new rr("RGB8", 3, 3, Ss.UNORM, !1, !1, !1, !1), new rr("SRGB8", 3, 3, Ss.UNORM, !1, !1, !1, !1), new rr("RGB8SN", 3, 3, Ss.SNORM, !1, !1, !1, !1), new rr("RGB8UI", 3, 3, Ss.UINT, !1, !1, !1, !1), new rr("RGB8I", 3, 3, Ss.INT, !1, !1, !1, !1), new rr("RGB16F", 6, 3, Ss.FLOAT, !1, !1, !1, !1), new rr("RGB16UI", 6, 3, Ss.UINT, !1, !1, !1, !1), new rr("RGB16I", 6, 3, Ss.INT, !1, !1, !1, !1), new rr("RGB32F", 12, 3, Ss.FLOAT, !1, !1, !1, !1), new rr("RGB32UI", 12, 3, Ss.UINT, !1, !1, !1, !1), new rr("RGB32I", 12, 3, Ss.INT, !1, !1, !1, !1), new rr("RGBA8", 4, 4, Ss.UNORM, !0, !1, !1, !1), new rr("BGRA8", 4, 4, Ss.UNORM, !0, !1, !1, !1), new rr("SRGB8_A8", 4, 4, Ss.UNORM, !0, !1, !1, !1), new rr("RGBA8SN", 4, 4, Ss.SNORM, !0, !1, !1, !1), new rr("RGBA8UI", 4, 4, Ss.UINT, !0, !1, !1, !1), new rr("RGBA8I", 4, 4, Ss.INT, !0, !1, !1, !1), new rr("RGBA16F", 8, 4, Ss.FLOAT, !0, !1, !1, !1), new rr("RGBA16UI", 8, 4, Ss.UINT, !0, !1, !1, !1), new rr("RGBA16I", 8, 4, Ss.INT, !0, !1, !1, !1), new rr("RGBA32F", 16, 4, Ss.FLOAT, !0, !1, !1, !1), new rr("RGBA32UI", 16, 4, Ss.UINT, !0, !1, !1, !1), new rr("RGBA32I", 16, 4, Ss.INT, !0, !1, !1, !1), new rr("R5G6B5", 2, 3, Ss.UNORM, !1, !1, !1, !1), new rr("R11G11B10F", 4, 3, Ss.FLOAT, !1, !1, !1, !1), new rr("RGB5A1", 2, 4, Ss.UNORM, !0, !1, !1, !1), new rr("RGBA4", 2, 4, Ss.UNORM, !0, !1, !1, !1), new rr("RGB10A2", 2, 4, Ss.UNORM, !0, !1, !1, !1), new rr("RGB10A2UI", 2, 4, Ss.UINT, !0, !1, !1, !1), new rr("RGB9E5", 2, 4, Ss.FLOAT, !0, !1, !1, !1), new rr("DEPTH", 4, 1, Ss.FLOAT, !1, !0, !1, !1), new rr("DEPTH_STENCIL", 5, 2, Ss.FLOAT, !1, !0, !0, !1), new rr("BC1", 1, 3, Ss.UNORM, !1, !1, !1, !0), new rr("BC1_ALPHA", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC1_SRGB", 1, 3, Ss.UNORM, !1, !1, !1, !0), new rr("BC1_SRGB_ALPHA", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC2", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC2_SRGB", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC3", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC3_SRGB", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC4", 1, 1, Ss.UNORM, !1, !1, !1, !0), new rr("BC4_SNORM", 1, 1, Ss.SNORM, !1, !1, !1, !0), new rr("BC5", 1, 2, Ss.UNORM, !1, !1, !1, !0), new rr("BC5_SNORM", 1, 2, Ss.SNORM, !1, !1, !1, !0), new rr("BC6H_UF16", 1, 3, Ss.UFLOAT, !1, !1, !1, !0), new rr("BC6H_SF16", 1, 3, Ss.FLOAT, !1, !1, !1, !0), new rr("BC7", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("BC7_SRGB", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ETC_RGB8", 1, 3, Ss.UNORM, !1, !1, !1, !0), new rr("ETC2_RGB8", 1, 3, Ss.UNORM, !1, !1, !1, !0), new rr("ETC2_SRGB8", 1, 3, Ss.UNORM, !1, !1, !1, !0), new rr("ETC2_RGB8_A1", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ETC2_SRGB8_A1", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ETC2_RGBA8", 2, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ETC2_SRGB8_A8", 2, 4, Ss.UNORM, !0, !1, !1, !0), new rr("EAC_R11", 1, 1, Ss.UNORM, !1, !1, !1, !0), new rr("EAC_R11SN", 1, 1, Ss.SNORM, !1, !1, !1, !0), new rr("EAC_RG11", 2, 2, Ss.UNORM, !1, !1, !1, !0), new rr("EAC_RG11SN", 2, 2, Ss.SNORM, !1, !1, !1, !0), new rr("PVRTC_RGB2", 2, 3, Ss.UNORM, !1, !1, !1, !0), new rr("PVRTC_RGBA2", 2, 4, Ss.UNORM, !0, !1, !1, !0), new rr("PVRTC_RGB4", 2, 3, Ss.UNORM, !1, !1, !1, !0), new rr("PVRTC_RGBA4", 2, 4, Ss.UNORM, !0, !1, !1, !0), new rr("PVRTC2_2BPP", 2, 4, Ss.UNORM, !0, !1, !1, !0), new rr("PVRTC2_4BPP", 2, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_4x4", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_5x4", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_5x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_6x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_6x6", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_8x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_8x6", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_8x8", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_10x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_10x6", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_10x8", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_10x10", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_12x10", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_RGBA_12x12", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_4x4", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_5x4", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_5x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_6x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_6x6", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_8x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_8x6", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_8x8", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_10x5", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_10x6", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_10x8", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_10x10", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_12x10", 1, 4, Ss.UNORM, !0, !1, !1, !0), new rr("ASTC_SRGBA_12x12", 1, 4, Ss.UNORM, !0, !1, !1, !0) ]);
            const _r = Zs.UNIFORM_BUFFER | Zs.DYNAMIC_UNIFORM_BUFFER | Zs.STORAGE_BUFFER | Zs.DYNAMIC_STORAGE_BUFFER;
            const dr = Zs.SAMPLER_TEXTURE | Zs.SAMPLER | Zs.TEXTURE | Zs.STORAGE_IMAGE | Zs.INPUT_ATTACHMENT;
            const pr = Zs.DYNAMIC_STORAGE_BUFFER | Zs.DYNAMIC_UNIFORM_BUFFER;
            const mr = 28;
            function fr(t) {
              return t > 0 && 0 == (t & t - 1);
            }
            function gr(t, e, i, s) {
              if (!ur[t].isCompressed) return e * i * s * ur[t].size;
              switch (t) {
               case bs.BC1:
               case bs.BC1_ALPHA:
               case bs.BC1_SRGB:
               case bs.BC1_SRGB_ALPHA:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 8 * s;

               case bs.BC2:
               case bs.BC2_SRGB:
               case bs.BC3:
               case bs.BC3_SRGB:
               case bs.BC4:
               case bs.BC4_SNORM:
               case bs.BC6H_SF16:
               case bs.BC6H_UF16:
               case bs.BC7:
               case bs.BC7_SRGB:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 16 * s;

               case bs.BC5:
               case bs.BC5_SNORM:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 32 * s;

               case bs.ETC_RGB8:
               case bs.ETC2_RGB8:
               case bs.ETC2_SRGB8:
               case bs.ETC2_RGB8_A1:
               case bs.EAC_R11:
               case bs.EAC_R11SN:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 8 * s;

               case bs.ETC2_RGBA8:
               case bs.ETC2_SRGB8_A1:
               case bs.EAC_RG11:
               case bs.EAC_RG11SN:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 16 * s;

               case bs.PVRTC_RGB2:
               case bs.PVRTC_RGBA2:
               case bs.PVRTC2_2BPP:
                return Math.ceil(e / 8) * Math.ceil(i / 4) * 8 * s;

               case bs.PVRTC_RGB4:
               case bs.PVRTC_RGBA4:
               case bs.PVRTC2_4BPP:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 8 * s;

               case bs.ASTC_RGBA_4X4:
               case bs.ASTC_SRGBA_4X4:
                return Math.ceil(e / 4) * Math.ceil(i / 4) * 16 * s;

               case bs.ASTC_RGBA_5X4:
               case bs.ASTC_SRGBA_5X4:
                return Math.ceil(e / 5) * Math.ceil(i / 4) * 16 * s;

               case bs.ASTC_RGBA_5X5:
               case bs.ASTC_SRGBA_5X5:
                return Math.ceil(e / 5) * Math.ceil(i / 5) * 16 * s;

               case bs.ASTC_RGBA_6X5:
               case bs.ASTC_SRGBA_6X5:
                return Math.ceil(e / 6) * Math.ceil(i / 5) * 16 * s;

               case bs.ASTC_RGBA_6X6:
               case bs.ASTC_SRGBA_6X6:
                return Math.ceil(e / 6) * Math.ceil(i / 6) * 16 * s;

               case bs.ASTC_RGBA_8X5:
               case bs.ASTC_SRGBA_8X5:
                return Math.ceil(e / 8) * Math.ceil(i / 5) * 16 * s;

               case bs.ASTC_RGBA_8X6:
               case bs.ASTC_SRGBA_8X6:
                return Math.ceil(e / 8) * Math.ceil(i / 6) * 16 * s;

               case bs.ASTC_RGBA_8X8:
               case bs.ASTC_SRGBA_8X8:
                return Math.ceil(e / 8) * Math.ceil(i / 8) * 16 * s;

               case bs.ASTC_RGBA_10X5:
               case bs.ASTC_SRGBA_10X5:
                return Math.ceil(e / 10) * Math.ceil(i / 5) * 16 * s;

               case bs.ASTC_RGBA_10X6:
               case bs.ASTC_SRGBA_10X6:
                return Math.ceil(e / 10) * Math.ceil(i / 6) * 16 * s;

               case bs.ASTC_RGBA_10X8:
               case bs.ASTC_SRGBA_10X8:
                return Math.ceil(e / 10) * Math.ceil(i / 8) * 16 * s;

               case bs.ASTC_RGBA_10X10:
               case bs.ASTC_SRGBA_10X10:
                return Math.ceil(e / 10) * Math.ceil(i / 10) * 16 * s;

               case bs.ASTC_RGBA_12X10:
               case bs.ASTC_SRGBA_12X10:
                return Math.ceil(e / 12) * Math.ceil(i / 10) * 16 * s;

               case bs.ASTC_RGBA_12X12:
               case bs.ASTC_SRGBA_12X12:
                return Math.ceil(e / 12) * Math.ceil(i / 12) * 16 * s;

               default:
                return 0;
              }
            }
            function yr(t, e, i, s, n) {
              let r = 0;
              for (let o = 0; o < n; ++o) {
                r += gr(t, e, i, s);
                e = Math.max(e >> 1, 1);
                i = Math.max(i >> 1, 1);
              }
              return r;
            }
            const br = [ 0, 4, 8, 12, 16, 4, 8, 12, 16, 4, 8, 12, 16, 4, 8, 12, 16, 16, 24, 32, 24, 36, 48, 32, 48, 64, 4, 4, 4, 4, 4, 4 ];
            function Sr(t) {
              return br[t] || 0;
            }
            function Ar(t) {
              if (t.isCompressed) return Uint8Array;
              const e = t.size / t.count;
              switch (t.type) {
               case Ss.UNORM:
               case Ss.UINT:
                switch (e) {
                 case 1:
                 default:
                  return Uint8Array;

                 case 2:
                  return Uint16Array;

                 case 4:
                  return Uint32Array;
                }

               case Ss.SNORM:
               case Ss.INT:
                switch (e) {
                 case 1:
                 default:
                  return Int8Array;

                 case 2:
                  return Int16Array;

                 case 4:
                  return Int32Array;
                }

               case Ss.FLOAT:
                return Float32Array;
              }
              return Float32Array;
            }
            function Tr(t) {
              switch (t) {
               case bs.BC1:
               case bs.BC1_ALPHA:
               case bs.BC1_SRGB:
               case bs.BC1_SRGB_ALPHA:
               case bs.BC2:
               case bs.BC2_SRGB:
               case bs.BC3:
               case bs.BC3_SRGB:
               case bs.BC4:
               case bs.BC4_SNORM:
               case bs.BC6H_SF16:
               case bs.BC6H_UF16:
               case bs.BC7:
               case bs.BC7_SRGB:
               case bs.BC5:
               case bs.BC5_SNORM:
               case bs.ETC_RGB8:
               case bs.ETC2_RGB8:
               case bs.ETC2_SRGB8:
               case bs.ETC2_RGB8_A1:
               case bs.EAC_R11:
               case bs.EAC_R11SN:
               case bs.ETC2_RGBA8:
               case bs.ETC2_SRGB8_A1:
               case bs.EAC_RG11:
               case bs.EAC_RG11SN:
                return {
                  width: 4,
                  height: 4
                };

               case bs.PVRTC_RGB2:
               case bs.PVRTC_RGBA2:
               case bs.PVRTC2_2BPP:
                return {
                  width: 8,
                  height: 4
                };

               case bs.PVRTC_RGB4:
               case bs.PVRTC_RGBA4:
               case bs.PVRTC2_4BPP:
               case bs.ASTC_RGBA_4X4:
               case bs.ASTC_SRGBA_4X4:
                return {
                  width: 4,
                  height: 4
                };

               case bs.ASTC_RGBA_5X4:
               case bs.ASTC_SRGBA_5X4:
                return {
                  width: 5,
                  height: 4
                };

               case bs.ASTC_RGBA_5X5:
               case bs.ASTC_SRGBA_5X5:
                return {
                  width: 5,
                  height: 5
                };

               case bs.ASTC_RGBA_6X5:
               case bs.ASTC_SRGBA_6X5:
                return {
                  width: 6,
                  height: 5
                };

               case bs.ASTC_RGBA_6X6:
               case bs.ASTC_SRGBA_6X6:
                return {
                  width: 6,
                  height: 6
                };

               case bs.ASTC_RGBA_8X5:
               case bs.ASTC_SRGBA_8X5:
                return {
                  width: 8,
                  height: 5
                };

               case bs.ASTC_RGBA_8X6:
               case bs.ASTC_SRGBA_8X6:
                return {
                  width: 8,
                  height: 6
                };

               case bs.ASTC_RGBA_8X8:
               case bs.ASTC_SRGBA_8X8:
                return {
                  width: 8,
                  height: 8
                };

               case bs.ASTC_RGBA_10X5:
               case bs.ASTC_SRGBA_10X5:
                return {
                  width: 10,
                  height: 5
                };

               case bs.ASTC_RGBA_10X6:
               case bs.ASTC_SRGBA_10X6:
                return {
                  width: 10,
                  height: 6
                };

               case bs.ASTC_RGBA_10X8:
               case bs.ASTC_SRGBA_10X8:
                return {
                  width: 10,
                  height: 8
                };

               case bs.ASTC_RGBA_10X10:
               case bs.ASTC_SRGBA_10X10:
                return {
                  width: 10,
                  height: 10
                };

               case bs.ASTC_RGBA_12X10:
               case bs.ASTC_SRGBA_12X10:
                return {
                  width: 12,
                  height: 10
                };

               case bs.ASTC_RGBA_12X12:
               case bs.ASTC_SRGBA_12X12:
                return {
                  width: 12,
                  height: 12
                };

               default:
                return {
                  width: 1,
                  height: 1
                };
              }
            }
            function vr(t, e) {
              return Math.ceil(t / e) * e;
            }
            var Er = Object.freeze({
              __proto__: null,
              get ObjectType() {
                return ps;
              },
              get Status() {
                return ms;
              },
              get API() {
                return fs;
              },
              get SurfaceTransform() {
                return gs;
              },
              get Feature() {
                return ys;
              },
              get Format() {
                return bs;
              },
              get FormatType() {
                return Ss;
              },
              get Type() {
                return As;
              },
              get BufferUsageBit() {
                return Ts;
              },
              get BufferFlagBit() {
                return vs;
              },
              get MemoryAccessBit() {
                return Es;
              },
              get MemoryUsageBit() {
                return Cs;
              },
              get TextureType() {
                return xs;
              },
              get TextureUsageBit() {
                return ws;
              },
              get TextureFlagBit() {
                return Rs;
              },
              get FormatFeatureBit() {
                return Is;
              },
              get SampleCount() {
                return Ms;
              },
              get VsyncMode() {
                return Bs;
              },
              get Filter() {
                return Ds;
              },
              get Address() {
                return Ps;
              },
              get ComparisonFunc() {
                return Os;
              },
              get StencilOp() {
                return Ns;
              },
              get BlendFactor() {
                return Ls;
              },
              get BlendOp() {
                return Fs;
              },
              get ColorMask() {
                return Vs;
              },
              get ShaderStageFlagBit() {
                return ks;
              },
              get LoadOp() {
                return Us;
              },
              get StoreOp() {
                return Gs;
              },
              get AccessFlagBit() {
                return zs;
              },
              get ResolveMode() {
                return Hs;
              },
              get PipelineBindPoint() {
                return js;
              },
              get PrimitiveMode() {
                return Xs;
              },
              get PolygonMode() {
                return Ws;
              },
              get ShadeModel() {
                return Ys;
              },
              get CullMode() {
                return qs;
              },
              get DynamicStateFlagBit() {
                return Ks;
              },
              get StencilFace() {
                return Js;
              },
              get DescriptorType() {
                return Zs;
              },
              get QueueType() {
                return Qs;
              },
              get QueryType() {
                return $s;
              },
              get CommandBufferType() {
                return tn;
              },
              get ClearFlagBit() {
                return en;
              },
              get BarrierType() {
                return sn;
              },
              get PassType() {
                return nn;
              },
              Size: rn,
              DeviceCaps: on,
              DeviceOptions: an,
              Offset: ln,
              Rect: hn,
              Extent: cn,
              TextureSubresLayers: un,
              TextureSubresRange: _n,
              TextureCopy: dn,
              TextureBlit: pn,
              BufferTextureCopy: mn,
              Viewport: fn,
              Color: gn,
              BindingMappingInfo: yn,
              SwapchainInfo: bn,
              DeviceInfo: Sn,
              BufferInfo: An,
              BufferViewInfo: Tn,
              DrawInfo: vn,
              DispatchInfo: En,
              IndirectBuffer: Cn,
              TextureInfo: xn,
              TextureViewInfo: wn,
              SamplerInfo: Rn,
              Uniform: In,
              UniformBlock: Mn,
              UniformSamplerTexture: Bn,
              UniformSampler: Dn,
              UniformTexture: Pn,
              UniformStorageImage: On,
              UniformStorageBuffer: Nn,
              UniformInputAttachment: Ln,
              ShaderStage: Fn,
              Attribute: Vn,
              ShaderInfo: kn,
              InputAssemblerInfo: Un,
              ColorAttachment: Gn,
              DepthStencilAttachment: zn,
              SubpassInfo: Hn,
              SubpassDependency: jn,
              RenderPassInfo: Xn,
              GeneralBarrierInfo: Wn,
              TextureBarrierInfo: Yn,
              BufferBarrierInfo: qn,
              FramebufferInfo: Kn,
              DescriptorSetLayoutBinding: Jn,
              DescriptorSetLayoutInfo: Zn,
              DescriptorSetInfo: Qn,
              PipelineLayoutInfo: $n,
              InputState: tr,
              CommandBufferInfo: er,
              QueueInfo: ir,
              QueryPoolInfo: sr,
              FormatInfo: rr,
              MemoryStatus: or,
              DynamicStencilStates: ar,
              DynamicStates: lr,
              GFXObject: hr,
              get AttributeName() {
                return cr;
              },
              FormatInfos: ur,
              DESCRIPTOR_BUFFER_TYPE: _r,
              DESCRIPTOR_SAMPLER_TYPE: dr,
              DESCRIPTOR_DYNAMIC_TYPE: pr,
              DRAW_INFO_SIZE: mr,
              IsPowerOf2: fr,
              FormatSize: gr,
              FormatSurfaceSize: yr,
              GetTypeSize: Sr,
              getTypedArrayConstructor: Ar,
              formatAlignment: Tr,
              alignTo: vr
            });
            class Cr {
              constructor(t = !1, e = Ws.FILL, i = Ys.GOURAND, s = qs.BACK, n = !0, r = !1, o = 0, a = 0, l = 0, h = !0, c = !1, u = 1) {
                this._nativeObj = void 0;
                this._isDiscard = !1;
                this._polygonMode = Ws.FILL;
                this._shadeModel = Ys.GOURAND;
                this._cullMode = qs.BACK;
                this._isFrontFaceCCW = !0;
                this._depthBiasEnabled = !1;
                this._depthBias = 0;
                this._depthBiasClamp = 0;
                this._depthBiasSlop = 0;
                this._isDepthClip = !0;
                this._isMultisample = !1;
                this._lineWidth = 1;
                this._nativeObj = new gfx.RasterizerState;
                this.assignProperties(t, e, i, s, n, r, o, a, l, h, c, u);
              }
              get native() {
                return this._nativeObj;
              }
              get isDiscard() {
                return this._isDiscard;
              }
              set isDiscard(t) {
                this._isDiscard = t;
                this._nativeObj.isDiscard = t;
              }
              get polygonMode() {
                return this._polygonMode;
              }
              set polygonMode(t) {
                this._polygonMode = t;
                this._nativeObj.polygonMode = t;
              }
              get shadeModel() {
                return this._shadeModel;
              }
              set shadeModel(t) {
                this._shadeModel = t;
                this._nativeObj.shadeModel = t;
              }
              get cullMode() {
                return this._cullMode;
              }
              set cullMode(t) {
                this._cullMode = t;
                this._nativeObj.cullMode = t;
              }
              get isFrontFaceCCW() {
                return this._isFrontFaceCCW;
              }
              set isFrontFaceCCW(t) {
                this._isFrontFaceCCW = t;
                this._nativeObj.isFrontFaceCCW = t;
              }
              get depthBiasEnabled() {
                return this._depthBiasEnabled;
              }
              set depthBiasEnabled(t) {
                this._depthBiasEnabled = t;
                this._nativeObj.depthBiasEnabled = t;
              }
              get depthBias() {
                return this._depthBias;
              }
              set depthBias(t) {
                this._depthBias = t;
                this._nativeObj.depthBias = t;
              }
              get depthBiasClamp() {
                return this._depthBiasClamp;
              }
              set depthBiasClamp(t) {
                this._depthBiasClamp = t;
                this._nativeObj.depthBiasClamp = t;
              }
              get depthBiasSlop() {
                return this._depthBiasSlop;
              }
              set depthBiasSlop(t) {
                this._depthBiasSlop = t;
                this._nativeObj.depthBiasSlop = t;
              }
              get isDepthClip() {
                return this._isDepthClip;
              }
              set isDepthClip(t) {
                this._isDepthClip = t;
                this._nativeObj.isDepthClip = t;
              }
              get isMultisample() {
                return this._isMultisample;
              }
              set isMultisample(t) {
                this._isMultisample = t;
                this._nativeObj.isMultisample = t;
              }
              get lineWidth() {
                return this._lineWidth;
              }
              set lineWidth(t) {
                this._lineWidth = t;
                this._nativeObj.lineWidth = t;
              }
              reset() {
                this.assignProperties(!1, Ws.FILL, Ys.GOURAND, qs.BACK, !0, !1, 0, 0, 0, !0, !1, 1);
              }
              assign(t) {
                t && this.assignProperties(t.isDiscard, t.polygonMode, t.shadeModel, t.cullMode, t.isFrontFaceCCW, t.depthBiasEnabled, t.depthBias, t.depthBiasClamp, t.depthBiasSlop, t.isDepthClip, t.isMultisample, t.lineWidth);
              }
              destroy() {
                this._nativeObj = null;
              }
              assignProperties(t, e, i, s, n, r, o, a, l, h, c, u) {
                void 0 !== t && (this.isDiscard = t);
                void 0 !== e && (this.polygonMode = e);
                void 0 !== i && (this.shadeModel = i);
                void 0 !== s && (this.cullMode = s);
                void 0 !== n && (this.isFrontFaceCCW = n);
                void 0 !== r && (this.depthBiasEnabled = r);
                void 0 !== o && (this.depthBias = o);
                void 0 !== a && (this.depthBiasClamp = a);
                void 0 !== l && (this.depthBiasSlop = l);
                void 0 !== h && (this.isDepthClip = h);
                void 0 !== c && (this.isMultisample = c);
                void 0 !== u && (this.lineWidth = u);
              }
            }
            class wr {
              constructor(t = !0, e = !0, i = Os.LESS, s = !1, n = Os.ALWAYS, r = 65535, o = 65535, a = Ns.KEEP, l = Ns.KEEP, h = Ns.KEEP, c = 1, u = !1, _ = Os.ALWAYS, d = 65535, p = 65535, m = Ns.KEEP, f = Ns.KEEP, g = Ns.KEEP, y = 1) {
                this._nativeObj = void 0;
                this._depthTest = !0;
                this._depthWrite = !0;
                this._depthFunc = Os.LESS;
                this._stencilTestFront = !1;
                this._stencilFuncFront = Os.ALWAYS;
                this._stencilReadMaskFront = 65535;
                this._stencilWriteMaskFront = 65535;
                this._stencilFailOpFront = Ns.KEEP;
                this._stencilZFailOpFront = Ns.KEEP;
                this._stencilPassOpFront = Ns.KEEP;
                this._stencilRefFront = 1;
                this._stencilTestBack = !1;
                this._stencilFuncBack = Os.ALWAYS;
                this._stencilReadMaskBack = 65535;
                this._stencilWriteMaskBack = 65535;
                this._stencilFailOpBack = Ns.KEEP;
                this._stencilZFailOpBack = Ns.KEEP;
                this._stencilPassOpBack = Ns.KEEP;
                this._stencilRefBack = 1;
                this._nativeObj = new gfx.DepthStencilState;
                this.assignProperties(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p, m, f, g, y);
              }
              get native() {
                return this._nativeObj;
              }
              get depthTest() {
                return this._depthTest;
              }
              set depthTest(t) {
                this._depthTest = t;
                this._nativeObj.depthTest = t;
              }
              get depthWrite() {
                return this._depthWrite;
              }
              set depthWrite(t) {
                this._depthWrite = t;
                this._nativeObj.depthWrite = t;
              }
              get depthFunc() {
                return this._depthFunc;
              }
              set depthFunc(t) {
                this._depthFunc = t;
                this._nativeObj.depthFunc = t;
              }
              get stencilTestFront() {
                return this._stencilTestFront;
              }
              set stencilTestFront(t) {
                this._stencilTestFront = t;
                this._nativeObj.stencilTestFront = t;
              }
              get stencilFuncFront() {
                return this._stencilFuncFront;
              }
              set stencilFuncFront(t) {
                this._stencilFuncFront = t;
                this._nativeObj.stencilFuncFront = t;
              }
              get stencilReadMaskFront() {
                return this._stencilReadMaskFront;
              }
              set stencilReadMaskFront(t) {
                this._stencilReadMaskFront = t;
                this._nativeObj.stencilReadMaskFront = t;
              }
              get stencilWriteMaskFront() {
                return this._stencilWriteMaskFront;
              }
              set stencilWriteMaskFront(t) {
                this._stencilWriteMaskFront = t;
                this._nativeObj.stencilWriteMaskFront = t;
              }
              get stencilFailOpFront() {
                return this._stencilFailOpFront;
              }
              set stencilFailOpFront(t) {
                this._stencilFailOpFront = t;
                this._nativeObj.stencilFailOpFront = t;
              }
              get stencilZFailOpFront() {
                return this._stencilZFailOpFront;
              }
              set stencilZFailOpFront(t) {
                this._stencilZFailOpFront = t;
                this._nativeObj.stencilZFailOpFront = t;
              }
              get stencilPassOpFront() {
                return this._stencilPassOpFront;
              }
              set stencilPassOpFront(t) {
                this._stencilPassOpFront = t;
                this._nativeObj.stencilPassOpFront = t;
              }
              get stencilRefFront() {
                return this._stencilRefFront;
              }
              set stencilRefFront(t) {
                this._stencilRefFront = t;
                this._nativeObj.stencilRefFront = t;
              }
              get stencilTestBack() {
                return this._stencilTestBack;
              }
              set stencilTestBack(t) {
                this._stencilTestBack = t;
                this._nativeObj.stencilTestBack = t;
              }
              get stencilFuncBack() {
                return this._stencilFuncBack;
              }
              set stencilFuncBack(t) {
                this._stencilFuncBack = t;
                this._nativeObj.stencilFuncBack = t;
              }
              get stencilReadMaskBack() {
                return this._stencilReadMaskBack;
              }
              set stencilReadMaskBack(t) {
                this._stencilReadMaskBack = t;
                this._nativeObj.stencilReadMaskBack = t;
              }
              get stencilWriteMaskBack() {
                return this._stencilWriteMaskBack;
              }
              set stencilWriteMaskBack(t) {
                this._stencilWriteMaskBack = t;
                this._nativeObj.stencilWriteMaskBack = t;
              }
              get stencilFailOpBack() {
                return this._stencilFailOpBack;
              }
              set stencilFailOpBack(t) {
                this._stencilFailOpBack = t;
                this._nativeObj.stencilFailOpBack = t;
              }
              get stencilZFailOpBack() {
                return this._stencilZFailOpBack;
              }
              set stencilZFailOpBack(t) {
                this._stencilZFailOpBack = t;
                this._nativeObj.stencilZFailOpBack = t;
              }
              get stencilPassOpBack() {
                return this._stencilPassOpBack;
              }
              set stencilPassOpBack(t) {
                this._stencilPassOpBack = t;
                this._nativeObj.stencilPassOpBack = t;
              }
              get stencilRefBack() {
                return this._stencilRefBack;
              }
              set stencilRefBack(t) {
                this._stencilRefBack = t;
                this._nativeObj.stencilRefBack = t;
              }
              reset() {
                this.assignProperties(!0, !0, Os.LESS, !1, Os.ALWAYS, 65535, 65535, Ns.KEEP, Ns.KEEP, Ns.KEEP, 1, !1, Os.ALWAYS, 65535, 65535, Ns.KEEP, Ns.KEEP, Ns.KEEP, 1);
              }
              assign(t) {
                t && this.assignProperties(t.depthTest, t.depthWrite, t.depthFunc, t.stencilTestFront, t.stencilFuncFront, t.stencilReadMaskFront, t.stencilWriteMaskFront, t.stencilFailOpFront, t.stencilZFailOpFront, t.stencilPassOpFront, t.stencilRefFront, t.stencilTestBack, t.stencilFuncBack, t.stencilReadMaskBack, t.stencilWriteMaskBack, t.stencilFailOpBack, t.stencilZFailOpBack, t.stencilPassOpBack, t.stencilRefBack);
              }
              destroy() {
                this._nativeObj = null;
              }
              assignProperties(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p, m, f, g, y) {
                void 0 !== t && (this.depthTest = t);
                void 0 !== e && (this.depthWrite = e);
                void 0 !== i && (this.depthFunc = i);
                void 0 !== s && (this.stencilTestFront = s);
                void 0 !== n && (this.stencilFuncFront = n);
                void 0 !== r && (this.stencilReadMaskFront = r);
                void 0 !== o && (this.stencilWriteMaskFront = o);
                void 0 !== a && (this.stencilFailOpFront = a);
                void 0 !== l && (this.stencilZFailOpFront = l);
                void 0 !== h && (this.stencilPassOpFront = h);
                void 0 !== c && (this.stencilRefFront = c);
                void 0 !== u && (this.stencilTestBack = u);
                void 0 !== _ && (this.stencilFuncBack = _);
                void 0 !== d && (this.stencilReadMaskBack = d);
                void 0 !== p && (this.stencilWriteMaskBack = p);
                void 0 !== m && (this.stencilFailOpBack = m);
                void 0 !== f && (this.stencilZFailOpBack = f);
                void 0 !== g && (this.stencilPassOpBack = g);
                void 0 !== y && (this.stencilRefBack = y);
              }
            }
            class Rr {
              get native() {
                return this._nativeObj;
              }
              constructor(t = !1, e = Ls.ONE, i = Ls.ZERO, s = Fs.ADD, n = Ls.ONE, r = Ls.ZERO, o = Fs.ADD, a = Vs.ALL) {
                this._nativeObj = void 0;
                this._blend = !1;
                this._blendSrc = Ls.ONE;
                this._blendDst = Ls.ZERO;
                this._blendEq = Fs.ADD;
                this._blendSrcAlpha = Ls.ONE;
                this._blendDstAlpha = Ls.ZERO;
                this._blendAlphaEq = Fs.ADD;
                this._blendColorMask = Vs.ALL;
                this._nativeObj = new gfx.BlendTarget;
                this.assignProperties(t, e, i, s, n, r, o, a);
              }
              get blend() {
                return this._blend;
              }
              set blend(t) {
                this._blend = t;
                this._nativeObj.blend = t;
              }
              get blendSrc() {
                return this._blendSrc;
              }
              set blendSrc(t) {
                this._blendSrc = t;
                this._nativeObj.blendSrc = t;
              }
              get blendDst() {
                return this._blendDst;
              }
              set blendDst(t) {
                this._blendDst = t;
                this._nativeObj.blendDst = t;
              }
              get blendEq() {
                return this._blendEq;
              }
              set blendEq(t) {
                this._blendEq = t;
                this._nativeObj.blendEq = t;
              }
              get blendSrcAlpha() {
                return this._blendSrcAlpha;
              }
              set blendSrcAlpha(t) {
                this._blendSrcAlpha = t;
                this._nativeObj.blendSrcAlpha = t;
              }
              get blendDstAlpha() {
                return this._blendDstAlpha;
              }
              set blendDstAlpha(t) {
                this._blendDstAlpha = t;
                this._nativeObj.blendDstAlpha = t;
              }
              get blendAlphaEq() {
                return this._blendAlphaEq;
              }
              set blendAlphaEq(t) {
                this._blendAlphaEq = t;
                this._nativeObj.blendAlphaEq = t;
              }
              get blendColorMask() {
                return this._blendColorMask;
              }
              set blendColorMask(t) {
                this._blendColorMask = t;
                this._nativeObj.blendColorMask = t;
              }
              reset() {
                this.assignProperties(!1, Ls.ONE, Ls.ZERO, Fs.ADD, Ls.ONE, Ls.ZERO, Fs.ADD, Vs.ALL);
              }
              destroy() {
                this._nativeObj = null;
              }
              assign(t) {
                t && this.assignProperties(t.blend, t.blendSrc, t.blendDst, t.blendEq, t.blendSrcAlpha, t.blendDstAlpha, t.blendAlphaEq, t.blendColorMask);
              }
              assignProperties(t, e, i, s, n, r, o, a) {
                void 0 !== t && (this.blend = t);
                void 0 !== e && (this.blendSrc = e);
                void 0 !== i && (this.blendDst = i);
                void 0 !== s && (this.blendEq = s);
                void 0 !== n && (this.blendSrcAlpha = n);
                void 0 !== r && (this.blendDstAlpha = r);
                void 0 !== o && (this.blendAlphaEq = o);
                void 0 !== a && (this.blendColorMask = a);
              }
            }
            class Ir {
              _setTargets(t) {
                this.targets = t;
                const e = "$__nativeObj";
                this._syncTargetsToNativeObj(e);
                !function(t, e, i, s, n) {
                  for (let r = 0, o = e.length; r < o; r++) {
                    let o = e[r];
                    let a = o[i][s] || o[i];
                    o[i] = new Proxy(a, {
                      get: (t, e) => e === s ? t : Reflect.get(t, e),
                      set: (e, i, s) => {
                        Reflect.set(e, i, s);
                        n(t, r, e, i, s);
                        return !0;
                      }
                    });
                  }
                }(this, this.targets, "_nativeObj", e, ((t, i, s, n, r) => {
                  t._syncTargetsToNativeObj(e);
                }));
              }
              _syncTargetsToNativeObj(t) {
                const e = this.targets.map((e => e.native[t] || e.native));
                this._nativeObj.targets = e;
              }
              get native() {
                return this._nativeObj;
              }
              constructor(t = !1, e = !1, i = new gn, s = [ new Rr ]) {
                this.targets = void 0;
                this._blendColor = void 0;
                this._nativeObj = void 0;
                this._isA2C = !1;
                this._isIndepend = !1;
                this._nativeObj = new gfx.BlendState;
                this._setTargets(s);
                this.blendColor = i;
                this.isA2c = t;
                this.isIndepend = e;
              }
              get isA2c() {
                return this._isA2C;
              }
              set isA2c(t) {
                this._isA2C = t;
                this._nativeObj.isA2C = t;
              }
              get isIndepend() {
                return this._isIndepend;
              }
              set isIndepend(t) {
                this._isIndepend = t;
                this._nativeObj.isIndepend = t;
              }
              get blendColor() {
                return this._blendColor;
              }
              set blendColor(t) {
                this._blendColor = t;
                this._nativeObj.blendColor = t;
              }
              setTarget(t, e) {
                let i = this.targets[t];
                i || (i = this.targets[t] = new Rr);
                i.assign(e);
                this._setTargets(this.targets);
              }
              reset() {
                this.isA2c = !1;
                this.isIndepend = !1;
                this.blendColor = new gn(0, 0, 0, 0);
                const t = this.targets;
                for (let e = 1, i = t.length; e < i; ++e) t[e].destroy();
                t.length = 1;
                t[0].reset();
                this._setTargets(t);
              }
              destroy() {
                for (let t = 0, e = this.targets.length; t < e; ++t) this.targets[t].destroy();
                this.targets = null;
                this._nativeObj = null;
              }
            }
            const Mr = gfx.PipelineState;
            const Br = gfx.PipelineStateInfo;
            class Dr extends hr {
              get layout() {
                return this._layout;
              }
              constructor() {
                super(ps.DESCRIPTOR_SET);
                this._layout = null;
                this._buffers = [];
                this._textures = [];
                this._samplers = [];
                this._isDirty = !1;
              }
              bindBuffer(t, e, i = 0) {
                const s = this._layout.bindingIndices[t];
                const n = this._layout.bindings[s];
                if (n && n.descriptorType & _r) {
                  const s = this._layout.descriptorIndices[t];
                  if (this._buffers[s + i] !== e) {
                    this._buffers[s + i] = e;
                    this._isDirty = !0;
                  }
                }
              }
              bindSampler(t, e, i = 0) {
                const s = this._layout.bindingIndices[t];
                const n = this._layout.bindings[s];
                if (n && n.descriptorType & dr) {
                  const s = this._layout.descriptorIndices[t];
                  if (this._samplers[s + i] !== e) {
                    this._samplers[s + i] = e;
                    this._isDirty = !0;
                  }
                }
              }
              bindTexture(t, e, i = 0) {
                const s = this._layout.bindingIndices[t];
                const n = this._layout.bindings[s];
                if (n && n.descriptorType & dr) {
                  const s = this._layout.descriptorIndices[t];
                  if (this._textures[s + i] !== e) {
                    this._textures[s + i] = e;
                    this._isDirty = !0;
                  }
                }
              }
              getBuffer(t, e = 0) {
                const i = this._layout.descriptorIndices[t];
                return this._buffers[i + e];
              }
              getSampler(t, e = 0) {
                const i = this._layout.descriptorIndices[t];
                return this._samplers[i + e];
              }
              getTexture(t, e = 0) {
                const i = this._layout.descriptorIndices[t];
                return this._textures[i + e];
              }
            }
            class Pr extends hr {
              get usage() {
                return this._usage;
              }
              get memUsage() {
                return this._memUsage;
              }
              get size() {
                return this._size;
              }
              get stride() {
                return this._stride;
              }
              get count() {
                return this._count;
              }
              get flags() {
                return this._flags;
              }
              constructor() {
                super(ps.BUFFER);
                this._usage = Ts.NONE;
                this._memUsage = Cs.NONE;
                this._size = 0;
                this._stride = 1;
                this._count = 0;
                this._flags = vs.NONE;
                this._isBufferView = !1;
              }
            }
            class Or extends hr {
              get type() {
                return this._type;
              }
              get queue() {
                return this._queue;
              }
              get numDrawCalls() {
                return this._numDrawCalls;
              }
              get numInstances() {
                return this._numInstances;
              }
              get numTris() {
                return this._numTris;
              }
              constructor() {
                super(ps.COMMAND_BUFFER);
                this._queue = null;
                this._type = tn.PRIMARY;
                this._numDrawCalls = 0;
                this._numInstances = 0;
                this._numTris = 0;
              }
            }
            class Nr {
              constructor() {
                this._gfxAPI = fs.UNKNOWN;
                this._renderer = "";
                this._vendor = "";
                this._features = new Array(ys.COUNT);
                this._formatFeatures = new Array(bs.COUNT);
                this._queue = null;
                this._cmdBuff = null;
                this._numDrawCalls = 0;
                this._numInstances = 0;
                this._numTris = 0;
                this._memoryStatus = new or;
                this._caps = new on;
                this._bindingMappingInfo = new yn;
                this._samplers = new Map;
                this._generalBarrierss = new Map;
                this._textureBarriers = new Map;
                this._bufferBarriers = new Map;
              }
              get gfxAPI() {
                return this._gfxAPI;
              }
              get queue() {
                return this._queue;
              }
              get commandBuffer() {
                return this._cmdBuff;
              }
              get renderer() {
                return this._renderer;
              }
              get vendor() {
                return this._vendor;
              }
              get numDrawCalls() {
                return this._numDrawCalls;
              }
              get numInstances() {
                return this._numInstances;
              }
              get numTris() {
                return this._numTris;
              }
              get memoryStatus() {
                return this._memoryStatus;
              }
              get capabilities() {
                return this._caps;
              }
              get bindingMappingInfo() {
                return this._bindingMappingInfo;
              }
              hasFeature(t) {
                return this._features[t];
              }
              getFormatFeatures(t) {
                return this._formatFeatures[t];
              }
            }
            Nr.canvas = void 0;
            class Lr extends hr {
              get colorTexture() {
                return this._colorTexture;
              }
              get depthStencilTexture() {
                return this._depthStencilTexture;
              }
              get surfaceTransform() {
                return this._transform;
              }
              get width() {
                return this._colorTexture.width;
              }
              get height() {
                return this._colorTexture.height;
              }
              constructor() {
                super(ps.SWAPCHAIN);
                this._transform = gs.IDENTITY;
                this._colorTexture = null;
                this._depthStencilTexture = null;
              }
            }
            class Fr extends hr {
              get renderPass() {
                return this._renderPass;
              }
              get colorTextures() {
                return this._colorTextures;
              }
              get depthStencilTexture() {
                return this._depthStencilTexture;
              }
              constructor() {
                super(ps.FRAMEBUFFER);
                this._renderPass = null;
                this._colorTextures = [];
                this._depthStencilTexture = null;
              }
            }
            const Vr = String.prototype.charCodeAt;
            function kr(t) {
              return this[t];
            }
            function Ur(t, e) {
              let i = t.length;
              let s = e ^ i;
              let n = 0;
              const r = "string" == typeof t ? Vr : kr;
              for (;i >= 4; ) {
                let e = 255 & r.call(t, n) | (255 & r.call(t, ++n)) << 8 | (255 & r.call(t, ++n)) << 16 | (255 & r.call(t, ++n)) << 24;
                e = 1540483477 * (65535 & e) + ((1540483477 * (e >>> 16) & 65535) << 16);
                e ^= e >>> 24;
                e = 1540483477 * (65535 & e) + ((1540483477 * (e >>> 16) & 65535) << 16);
                s = 1540483477 * (65535 & s) + ((1540483477 * (s >>> 16) & 65535) << 16) ^ e;
                i -= 4;
                ++n;
              }
              switch (i) {
               case 3:
                s ^= (255 & r.call(t, n + 2)) << 16;

               case 2:
                s ^= (255 & r.call(t, n + 1)) << 8;

               case 1:
                s ^= 255 & r.call(t, n);
                s = 1540483477 * (65535 & s) + ((1540483477 * (s >>> 16) & 65535) << 16);
              }
              s ^= s >>> 13;
              s = 1540483477 * (65535 & s) + ((1540483477 * (s >>> 16) & 65535) << 16);
              s ^= s >>> 15;
              return s >>> 0;
            }
            class Gr extends hr {
              get attributes() {
                return this._attributes;
              }
              get vertexBuffers() {
                return this._vertexBuffers;
              }
              get indexBuffer() {
                return this._indexBuffer;
              }
              get indirectBuffer() {
                return this._indirectBuffer;
              }
              get attributesHash() {
                return this._attributesHash;
              }
              set vertexCount(t) {
                this._drawInfo.vertexCount = t;
              }
              get vertexCount() {
                return this._drawInfo.vertexCount;
              }
              set firstVertex(t) {
                this._drawInfo.firstVertex = t;
              }
              get firstVertex() {
                return this._drawInfo.firstVertex;
              }
              set indexCount(t) {
                this._drawInfo.indexCount = t;
              }
              get indexCount() {
                return this._drawInfo.indexCount;
              }
              set firstIndex(t) {
                this._drawInfo.firstIndex = t;
              }
              get firstIndex() {
                return this._drawInfo.firstIndex;
              }
              set vertexOffset(t) {
                this._drawInfo.vertexOffset = t;
              }
              get vertexOffset() {
                return this._drawInfo.vertexOffset;
              }
              set instanceCount(t) {
                this._drawInfo.instanceCount = t;
              }
              get instanceCount() {
                return this._drawInfo.instanceCount;
              }
              set firstInstance(t) {
                this._drawInfo.firstInstance = t;
              }
              get firstInstance() {
                return this._drawInfo.firstInstance;
              }
              set drawInfo(t) {
                this._drawInfo = t;
              }
              get drawInfo() {
                return this._drawInfo;
              }
              constructor() {
                super(ps.INPUT_ASSEMBLER);
                this._attributes = [];
                this._attributesHash = 0;
                this._vertexBuffers = [];
                this._indexBuffer = null;
                this._indirectBuffer = null;
                this._drawInfo = new vn;
              }
              getVertexBuffer(t = 0) {
                return t < this._vertexBuffers.length ? this._vertexBuffers[t] : null;
              }
              computeAttributesHash() {
                let t = "attrs";
                for (let e = 0; e < this.attributes.length; ++e) {
                  const i = this.attributes[e];
                  t += `,${i.name},${i.format},${i.isNormalized},${i.stream},${i.isInstanced},${i.location}`;
                }
                return Ur(t, 666);
              }
            }
            class zr extends hr {
              get bindings() {
                return this._bindings;
              }
              get bindingIndices() {
                return this._bindingIndices;
              }
              get descriptorIndices() {
                return this._descriptorIndices;
              }
              constructor() {
                super(ps.DESCRIPTOR_SET_LAYOUT);
                this._bindings = [];
                this._bindingIndices = [];
                this._descriptorIndices = [];
              }
            }
            class Hr extends hr {
              get setLayouts() {
                return this._setLayouts;
              }
              constructor() {
                super(ps.PIPELINE_LAYOUT);
                this._setLayouts = [];
              }
            }
            class jr extends hr {
              get type() {
                return this._type;
              }
              constructor() {
                super(ps.QUEUE);
                this._type = Qs.GRAPHICS;
              }
            }
            class Xr extends hr {
              get colorAttachments() {
                return this._colorInfos;
              }
              get depthStencilAttachment() {
                return this._depthStencilInfo;
              }
              get subPasses() {
                return this._subpasses;
              }
              get hash() {
                return this._hash;
              }
              constructor() {
                super(ps.RENDER_PASS);
                this._colorInfos = [];
                this._depthStencilInfo = null;
                this._subpasses = [];
                this._hash = 0;
              }
              computeHash() {
                let t = "";
                if (this._subpasses.length) for (let e = 0; e < this._subpasses.length; ++e) {
                  const i = this._subpasses[e];
                  if (i.inputs.length) {
                    t += "ia";
                    for (let e = 0; e < i.inputs.length; ++e) {
                      const s = this._colorInfos[i.inputs[e]];
                      t += `,${s.format},${s.sampleCount}`;
                    }
                  }
                  if (i.colors.length) {
                    t += "ca";
                    for (let e = 0; e < i.inputs.length; ++e) {
                      const s = this._colorInfos[i.inputs[e]];
                      t += `,${s.format},${s.sampleCount}`;
                    }
                  }
                  if (i.depthStencil >= 0) {
                    const e = this._colorInfos[i.depthStencil];
                    t += `ds,${e.format},${e.sampleCount}`;
                  }
                } else {
                  t += "ca";
                  for (let e = 0; e < this._colorInfos.length; ++e) {
                    const i = this._colorInfos[e];
                    t += `,${i.format},${i.sampleCount}`;
                  }
                  const e = this._depthStencilInfo;
                  e && (t += `ds,${e.format},${e.sampleCount}`);
                }
                return Ur(t, 666);
              }
            }
            class Wr extends hr {
              get name() {
                return this._name;
              }
              get attributes() {
                return this._attributes;
              }
              get blocks() {
                return this._blocks;
              }
              get samplers() {
                return this._samplers;
              }
              constructor() {
                super(ps.SHADER);
                this._name = "";
                this._stages = [];
                this._attributes = [];
                this._blocks = [];
                this._samplers = [];
              }
            }
            class Yr extends hr {
              get type() {
                return this._info.type;
              }
              get usage() {
                return this._info.usage;
              }
              get format() {
                return this._info.format;
              }
              get width() {
                return this._info.width;
              }
              get height() {
                return this._info.height;
              }
              get depth() {
                return this._info.depth;
              }
              get layerCount() {
                return this._info.layerCount;
              }
              get levelCount() {
                return this._info.levelCount;
              }
              get samples() {
                return this._info.samples;
              }
              get flags() {
                return this._info.flags;
              }
              get size() {
                return this._size;
              }
              get info() {
                return this._info;
              }
              get viewInfo() {
                return this._viewInfo;
              }
              get isTextureView() {
                return this._isTextureView;
              }
              constructor() {
                super(ps.TEXTURE);
                this._info = new xn;
                this._viewInfo = new wn;
                this._isPowerOf2 = !1;
                this._isTextureView = !1;
                this._size = 0;
              }
              static getLevelCount(t, e) {
                return Math.floor(Math.log2(Math.max(t, e)));
              }
            }
            class qr extends hr {
              get info() {
                return this._info;
              }
              get hash() {
                return this._hash;
              }
              constructor(t, e) {
                super(ps.SAMPLER);
                this._info = new Rn;
                this._hash = 0;
                this._info.copy(t);
                this._hash = e;
              }
              static computeHash(t) {
                let e = t.minFilter;
                e |= t.magFilter << 2;
                e |= t.mipFilter << 4;
                e |= t.addressU << 6;
                e |= t.addressV << 8;
                e |= t.addressW << 10;
                e |= t.maxAnisotropy << 12;
                e |= t.cmpFunc << 16;
                return e;
              }
              static unpackFromHash(t) {
                const e = new Rn;
                e.minFilter = (3 & t) >> 0;
                e.magFilter = (3 & t) >> 2;
                e.mipFilter = (3 & t) >> 4;
                e.addressU = (3 & t) >> 6;
                e.addressV = (3 & t) >> 8;
                e.addressW = (3 & t) >> 10;
                e.maxAnisotropy = (15 & t) >> 12;
                e.cmpFunc = (7 & t) >> 16;
                return e;
              }
            }
            class Kr extends hr {
              get info() {
                return this._info;
              }
              get hash() {
                return this._hash;
              }
              constructor(t, e) {
                super(ps.GLOBAL_BARRIER);
                this._info = new Wn;
                this._hash = 0;
                this._info.copy(t);
                this._hash = e;
              }
              static computeHash(t) {
                return Ur(`${t.prevAccesses} ${t.nextAccesses} ${t.type}`, 666);
              }
            }
            class Jr extends hr {
              get info() {
                return this._info;
              }
              get hash() {
                return this._hash;
              }
              constructor(t, e) {
                super(ps.TEXTURE_BARRIER);
                this._info = new Yn;
                this._hash = 0;
                this._info.copy(t);
                this._hash = e;
              }
              static computeHash(t) {
                let e = `${t.prevAccesses} ${t.nextAccesses}`;
                e += t.type;
                e += t.baseMipLevel;
                e += t.levelCount;
                e += t.baseSlice;
                e += t.sliceCount;
                e += t.discardContents;
                e += t.srcQueue ? t.srcQueue.type : 0;
                e += t.dstQueue ? t.dstQueue.type : 0;
                return Ur(e, 666);
              }
            }
            const Zr = new class {
              constructor() {
                this._pools = [];
                this._lastShrinkPassed = 0;
                this.shrinkTimeSpan = 5;
              }
              addContainer(t) {
                if (-1 === t._poolHandle) {
                  t._poolHandle = this._pools.length;
                  this._pools.push(t);
                }
              }
              removeContainer(t) {
                if (-1 !== t._poolHandle) {
                  this._pools[this._pools.length - 1]._poolHandle = t._poolHandle;
                  ot(this._pools, t._poolHandle);
                  t._poolHandle = -1;
                }
              }
              tryShrink() {
                for (let t = 0; t < this._pools.length; t++) this._pools[t].tryShrink();
              }
              update(t) {
                this._lastShrinkPassed += t;
                if (this._lastShrinkPassed > this.shrinkTimeSpan) {
                  this.tryShrink();
                  this._lastShrinkPassed -= this.shrinkTimeSpan;
                }
              }
            };
            class Qr {
              constructor() {
                this._poolHandle = -1;
                Zr.addContainer(this);
              }
              destroy() {
                Zr.removeContainer(this);
              }
            }
            class $r extends Qr {
              constructor(t, e, i) {
                super();
                this._ctor = void 0;
                this._elementsPerBatch = void 0;
                this._nextAvail = void 0;
                this._freepool = [];
                this._dtor = void 0;
                this._ctor = t;
                this._dtor = i || null;
                this._elementsPerBatch = Math.max(e, 1);
                this._nextAvail = this._elementsPerBatch - 1;
                for (let e = 0; e < this._elementsPerBatch; ++e) this._freepool.push(t());
              }
              alloc() {
                if (this._nextAvail < 0) {
                  this._freepool.length = this._elementsPerBatch;
                  for (let t = 0; t < this._elementsPerBatch; t++) this._freepool[t] = this._ctor();
                  this._nextAvail = this._elementsPerBatch - 1;
                }
                return this._freepool[this._nextAvail--];
              }
              free(t) {
                this._freepool[++this._nextAvail] = t;
              }
              freeArray(t) {
                this._freepool.length = this._nextAvail + 1;
                Array.prototype.push.apply(this._freepool, t);
                this._nextAvail += t.length;
              }
              tryShrink() {
                if (this._nextAvail >> 1 > this._elementsPerBatch) {
                  if (this._dtor) for (let t = this._nextAvail >> 1; t <= this._nextAvail; t++) this._dtor(this._freepool[t]);
                  this._freepool.length = this._nextAvail >> 1;
                  this._nextAvail = this._freepool.length - 1;
                }
              }
              destroy() {
                const t = arguments.length > 0 ? arguments[0] : null;
                t && N(14100);
                const e = t || this._dtor;
                if (e) for (let t = 0; t <= this._nextAvail; t++) e(this._freepool[t]);
                this._freepool.length = 0;
                this._nextAvail = -1;
                super.destroy();
              }
            }
            t("Pool", $r);
            class to extends Qr {
              constructor(t, e, i) {
                super();
                this._fn = void 0;
                this._dtor = null;
                this._count = 0;
                this._data = void 0;
                this._initSize = 0;
                this._fn = t;
                this._dtor = i || null;
                this._data = new Array(e);
                this._initSize = e;
                for (let i = 0; i < e; ++i) this._data[i] = t();
              }
              get length() {
                return this._count;
              }
              get data() {
                return this._data;
              }
              reset() {
                this._count = 0;
              }
              resize(t) {
                if (t > this._data.length) for (let e = this._data.length; e < t; ++e) this._data[e] = this._fn();
              }
              add() {
                this._count >= this._data.length && this.resize(this._data.length << 1);
                return this._data[this._count++];
              }
              destroy() {
                if (this._dtor) for (let t = 0; t < this._data.length; t++) this._dtor(this._data[t]);
                this._data.length = 0;
                this._count = 0;
                super.destroy();
              }
              tryShrink() {
                if (this._data.length >> 2 > this._count) {
                  const t = Math.max(this._initSize, this._data.length >> 1);
                  if (this._dtor) for (let e = t; e < this._data.length; e++) this._dtor(this._data[e]);
                  this._data.length = t;
                }
              }
              removeAt(t) {
                if (t >= this._count) return;
                const e = this._count - 1;
                const i = this._data[t];
                this._data[t] = this._data[e];
                this._data[e] = i;
                this._count -= 1;
              }
            }
            t("RecyclePool", to);
            class eo extends Qr {
              constructor(t, e) {
                super();
                this.array = void 0;
                this.length = 0;
                this._compareFn = void 0;
                this._initSize = 0;
                this.array = new Array(t);
                this._initSize = t;
                this.length = 0;
                this._compareFn = e;
              }
              push(t) {
                this.array[this.length++] = t;
              }
              pop() {
                return this.array[--this.length];
              }
              get(t) {
                return this.array[t];
              }
              clear() {
                this.length = 0;
              }
              destroy() {
                this.length = 0;
                this.array.length = 0;
                super.destroy();
              }
              tryShrink() {
                this.array.length >> 2 > this.length && (this.array.length = Math.max(this._initSize, this.array.length >> 1));
              }
              sort() {
                this.array.length = this.length;
                this.array.sort(this._compareFn);
              }
              concat(t) {
                for (let e = 0; e < t.length; ++e) this.array[this.length++] = t[e];
              }
              fastRemove(t) {
                if (t >= this.length || t < 0) return;
                const e = --this.length;
                this.array[t] = this.array[e];
              }
              indexOf(t) {
                for (let e = 0, i = this.length; e < i; ++e) if (this.array[e] === t) return e;
                return -1;
              }
            }
            t("CachedArray", eo);
            t("memop", Object.freeze({
              __proto__: null,
              Pool: $r,
              RecyclePool: to,
              CachedArray: eo
            }));
            const io = t("editorExtrasTag", "__editorExtras__");
            const so = 1 << 17;
            const no = 1 << 18;
            const ro = 1 << 19;
            const oo = 1 << 20;
            const ao = 1 << 21;
            const lo = 1 << 22;
            const ho = [];
            class co {
              static _deferredDestroy() {
                const t = ho.length;
                for (let e = 0; e < t; ++e) {
                  const t = ho[e];
                  1 & t._objFlags || t._destroyImmediate();
                }
                t === ho.length ? ho.length = 0 : ho.splice(0, t);
              }
              constructor(t = "") {
                this._objFlags = void 0;
                this._name = void 0;
                this._name = t;
                this._objFlags = 0;
              }
              get name() {
                return this._name;
              }
              set name(t) {
                this._name = t;
              }
              set hideFlags(t) {
                const e = t & co.Flags.AllHideMasks;
                this._objFlags = this._objFlags & ~co.Flags.AllHideMasks | e;
              }
              get hideFlags() {
                return this._objFlags & co.Flags.AllHideMasks;
              }
              set replicated(t) {
                t ? this._objFlags |= lo : this._objFlags &= -4194305;
              }
              get replicated() {
                return !!(this._objFlags & lo);
              }
              get isValid() {
                return !(1 & this._objFlags);
              }
              destroy() {
                if (1 & this._objFlags) {
                  N(5e3);
                  return !1;
                }
                if (4 & this._objFlags) return !1;
                this._objFlags |= 4;
                ho.push(this);
                this._destroy();
                return !0;
              }
              _destruct() {
                const t = this.constructor;
                let e = t.__destruct__;
                if (!e) {
                  e = function(t, e) {
                    const i = t instanceof m._BaseNode || t instanceof m.Component;
                    const s = i ? "_id" : null;
                    let n;
                    const r = {};
                    for (n in t) if (t.hasOwnProperty(n)) {
                      if (n === s) continue;
                      switch (typeof t[n]) {
                       case "string":
                        r[n] = "";
                        break;

                       case "object":
                       case "function":
                        r[n] = null;
                      }
                    }
                    if (si._isCCClass(e)) {
                      const t = m.Class.Attr.getClassAttrs(e);
                      const s = e.__props__;
                      for (let e = 0; e < s.length; e++) {
                        n = s[e];
                        const o = `${n}`;
                        if (o in t) {
                          if (i && "_id" === n) continue;
                          switch (typeof t[o]) {
                           case "string":
                            r[n] = "";
                            break;

                           case "object":
                           case "function":
                            r[n] = null;
                            break;

                           case "undefined":
                            r[n] = void 0;
                          }
                        }
                      }
                    }
                    return t => {
                      for (const e in r) t[e] = r[e];
                    };
                  }(this, t);
                  bt(t, "__destruct__", e, !0);
                }
                e(this);
              }
              _destroyImmediate() {
                if (1 & this._objFlags) F(5e3); else {
                  this._onPreDestroy && this._onPreDestroy();
                  this._destruct();
                  this._objFlags |= 1;
                }
              }
            }
            t("CCObject", co);
            const uo = co.prototype;
            uo._deserialize = null;
            uo._onPreDestroy = null;
            si.fastDefine("cc.Object", co, {
              _name: "",
              _objFlags: 0,
              [io]: {}
            });
            si.Attr.setClassAttr(co, io, "editorOnly", !0);
            si.Attr.setClassAttr(co, "replicated", "visible", !1);
            bt(co, "Flags", {
              Destroyed: 1,
              DontSave: 8,
              EditorOnly: 16,
              Dirty: 32,
              DontDestroy: 64,
              PersistentMask: -4192741,
              Destroying: 128,
              Deactivating: 256,
              LockedInEditor: 512,
              HideInHierarchy: 1024,
              AllHideMasks: 1560,
              IsPreloadStarted: 8192,
              IsOnLoadStarted: 32768,
              IsOnLoadCalled: 16384,
              IsOnEnableCalled: 2048,
              IsStartCalled: 65536,
              IsEditorOnEnableCalled: 4096,
              IsPositionLocked: ao,
              IsRotationLocked: so,
              IsScaleLocked: no,
              IsAnchorLocked: ro,
              IsSizeLocked: oo
            });
            function _o(t) {
              return t instanceof co;
            }
            function po(t, e) {
              return "object" == typeof t ? !(!t || t._objFlags & (e ? 5 : 1)) : void 0 !== t;
            }
            m.isValid = po;
            Pt(co, jsb.CCObject, [ "prototype", "length", "name" ]);
            Pt(co.prototype, jsb.CCObject.prototype, [ "constructor", "name", "hideFlags", "replicated", "isValid" ]);
            co = t("CCObject", jsb.CCObject);
            m.Object = co;
            const mo = te.fastRemoveAt;
            function fo() {}
            class go {
              constructor() {
                this.callback = fo;
                this.target = void 0;
                this.once = !1;
              }
              set(t, e, i) {
                this.callback = t || fo;
                this.target = e;
                this.once = !!i;
              }
              reset() {
                this.target = void 0;
                this.callback = fo;
                this.once = !1;
              }
              check() {
                return !(_o(this.target) && !po(this.target, !0));
              }
            }
            const yo = new $r((() => new go), 32);
            class bo {
              constructor() {
                this.callbackInfos = [];
                this.isInvoking = !1;
                this.containCanceled = !1;
              }
              removeByCallback(t) {
                for (let e = 0; e < this.callbackInfos.length; ++e) {
                  const i = this.callbackInfos[e];
                  if (i && i.callback === t) {
                    i.reset();
                    yo.free(i);
                    mo(this.callbackInfos, e);
                    --e;
                  }
                }
              }
              removeByTarget(t) {
                for (let e = 0; e < this.callbackInfos.length; ++e) {
                  const i = this.callbackInfos[e];
                  if (i && i.target === t) {
                    i.reset();
                    yo.free(i);
                    mo(this.callbackInfos, e);
                    --e;
                  }
                }
              }
              cancel(t) {
                const e = this.callbackInfos[t];
                if (e) {
                  e.reset();
                  this.isInvoking ? this.callbackInfos[t] = null : mo(this.callbackInfos, t);
                  yo.free(e);
                }
                this.containCanceled = !0;
              }
              cancelAll() {
                for (let t = 0; t < this.callbackInfos.length; t++) {
                  const e = this.callbackInfos[t];
                  if (e) {
                    e.reset();
                    yo.free(e);
                    this.callbackInfos[t] = null;
                  }
                }
                this.containCanceled = !0;
              }
              purgeCanceled() {
                for (let t = this.callbackInfos.length - 1; t >= 0; --t) {
                  this.callbackInfos[t] || mo(this.callbackInfos, t);
                }
                this.containCanceled = !1;
              }
              clear() {
                this.cancelAll();
                this.callbackInfos.length = 0;
                this.isInvoking = !1;
                this.containCanceled = !1;
              }
            }
            const So = new $r((() => new bo), 16);
            class Ao {
              constructor() {
                this._callbackTable = vt(!0);
                this._offCallback = void 0;
              }
              on(t, e, i, s) {
                if (!this.hasEventListener(t, e, i)) {
                  let n = this._callbackTable[t];
                  n || (n = this._callbackTable[t] = So.alloc());
                  const r = yo.alloc();
                  r.set(e, i, s);
                  n.callbackInfos.push(r);
                }
                return e;
              }
              hasEventListener(t, e, i) {
                const s = this._callbackTable && this._callbackTable[t];
                if (!s) return !1;
                const n = s.callbackInfos;
                if (!e) {
                  if (s.isInvoking) {
                    for (let t = 0; t < n.length; ++t) if (n[t]) return !0;
                    return !1;
                  }
                  return n.length > 0;
                }
                for (let t = 0; t < n.length; ++t) {
                  const s = n[t];
                  if (s && s.check() && s.callback === e && s.target === i) return !0;
                }
                return !1;
              }
              removeAll(t) {
                const e = typeof t;
                if ("string" === e || "number" === e) {
                  const e = this._callbackTable && this._callbackTable[t];
                  if (e) if (e.isInvoking) e.cancelAll(); else {
                    e.clear();
                    So.free(e);
                    delete this._callbackTable[t];
                  }
                } else if (t) for (const e in this._callbackTable) {
                  const i = this._callbackTable[e];
                  if (i.isInvoking) {
                    const e = i.callbackInfos;
                    for (let s = 0; s < e.length; ++s) {
                      const n = e[s];
                      n && n.target === t && i.cancel(s);
                    }
                  } else i.removeByTarget(t);
                }
              }
              off(t, e, i) {
                var s;
                const n = this._callbackTable && this._callbackTable[t];
                if (n) {
                  const s = n.callbackInfos;
                  if (e) for (let t = 0; t < s.length; ++t) {
                    const r = s[t];
                    if (r && r.callback === e && r.target === i) {
                      n.cancel(t);
                      break;
                    }
                  } else this.removeAll(t);
                }
                null === (s = this._offCallback) || void 0 === s || s.call(this);
              }
              emit(t, e, i, s, n, r) {
                const o = this._callbackTable && this._callbackTable[t];
                if (o) {
                  const a = !o.isInvoking;
                  o.isInvoking = !0;
                  const l = o.callbackInfos;
                  for (let o = 0, a = l.length; o < a; ++o) {
                    const a = l[o];
                    if (a) {
                      const o = a.callback;
                      const l = a.target;
                      a.once && this.off(t, o, l);
                      a.check() ? l ? o.call(l, e, i, s, n, r) : o(e, i, s, n, r) : this.off(t, o, l);
                    }
                  }
                  if (a) {
                    o.isInvoking = !1;
                    o.containCanceled && o.purgeCanceled();
                  }
                }
              }
              clear() {
                for (const t in this._callbackTable) {
                  const e = this._callbackTable[t];
                  if (e) {
                    e.clear();
                    So.free(e);
                    delete this._callbackTable[t];
                  }
                }
              }
              _registerOffCallback(t) {
                this._offCallback = t;
              }
            }
            function To(t) {
              class e extends t {
                constructor(...t) {
                  super(...t);
                  this._callbackTable = vt(!0);
                }
                once(t, e, i) {
                  return this.on(t, e, i, !0);
                }
                targetOff(t) {
                  this.removeAll(t);
                }
              }
              const i = Ao.prototype;
              const s = Object.getOwnPropertyNames(i).concat(Object.getOwnPropertySymbols(i));
              for (let t = 0; t < s.length; ++t) {
                const n = s[t];
                if (!(n in e.prototype)) {
                  const t = Object.getOwnPropertyDescriptor(i, n);
                  t && Object.defineProperty(e.prototype, n, t);
                }
              }
              return e;
            }
            const vo = t("EventTarget", To(class {}));
            m.EventTarget = vo;
            class Eo {
              constructor() {
                this._delegates = [];
              }
              add(t) {
                this._delegates.includes(t) || this._delegates.push(t);
              }
              hasListener(t) {
                return this._delegates.includes(t);
              }
              remove(t) {
                ee.array.fastRemove(this._delegates, t);
              }
              dispatch(...t) {
                return Promise.all(this._delegates.map((t => t(...arguments))).filter(Boolean));
              }
            }
            t("AsyncDelegate", Eo);
            let Co;
            !function(t) {
              t.UNKNOWN = "unknown";
              t.WECHAT = "wechat";
              t.ABC = "abcbrowser";
              t.IE = "ie";
              t.EDGE = "edge";
              t.QQ = "qqbrowser";
              t.MOBILE_QQ = "mqqbrowser";
              t.UC = "ucbrowser";
              t.UCBS = "ucbs";
              t.BROWSER_360 = "360browser";
              t.BAIDU_APP = "baiduboxapp";
              t.BAIDU = "baidubrowser";
              t.MAXTHON = "maxthon";
              t.OPERA = "opera";
              t.OUPENG = "oupeng";
              t.MIUI = "miuibrowser";
              t.FIREFOX = "firefox";
              t.SAFARI = "safari";
              t.CDE = "cde";
              t.LIEBAO = "liebao";
              t.QZONE = "qzone";
              t.SOUGOU = "sogou";
              t.HIJ = "hij";
            }(Co || (Co = {}));
            let xo;
            !function(t) {
              t.UNKNOWN = "unknown";
              t.ENGLISH = "en";
              t.CHINESE = "zh";
              t.FRENCH = "fr";
              t.ITALIAN = "it";
              t.GERMAN = "de";
              t.SPANISH = "es";
              t.DUTCH = "du";
              t.RUSSIAN = "ru";
              t.KOREAN = "ko";
              t.JAPANESE = "ja";
              t.HUNGARIAN = "hu";
              t.PORTUGUESE = "pt";
              t.ARABIC = "ar";
              t.NORWEGIAN = "no";
              t.POLISH = "pl";
              t.TURKISH = "tr";
              t.UKRAINIAN = "uk";
              t.ROMANIAN = "ro";
              t.BULGARIAN = "bg";
            }(xo || (xo = {}));
            let wo;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.LAN = 1] = "LAN";
              t[t.WWAN = 2] = "WWAN";
            }(wo || (wo = {}));
            let Ro;
            !function(t) {
              t.UNKNOWN = "Unknown";
              t.IOS = "iOS";
              t.ABC = "Abc";
              t.WINDOWS = "Windows";
              t.LINUX = "Linux";
              t.OSX = "OS X";
              t.OHOS = "OHOS";
            }(Ro || (Ro = {}));
            let Io;
            !function(t) {
              t.UNKNOWN = "UNKNOWN";
              t.EDITOR_PAGE = "EDITOR_PAGE";
              t.EDITOR_CORE = "EDITOR_CORE";
              t.MOBILE_BROWSER = "MOBILE_BROWSER";
              t.DESKTOP_BROWSER = "DESKTOP_BROWSER";
              t.WIN32 = "WIN32";
              t.ABC = "ABC";
              t.IOS = "IOS";
              t.MACOS = "MACOS";
              t.OHOS = "OHOS";
              t.WECHAT_GAME = "WECHAT_GAME";
              t.BAIDU_MINI_GAME = "BAIDU_MINI_GAME";
              t.XIAOMI_QUICK_GAME = "XIAOMI_QUICK_GAME";
              t.ALIPAY_MINI_GAME = "ALIPAY_MINI_GAME";
              t.BYTEDANCE_MINI_GAME = "BYTEDANCE_MINI_GAME";
              t.OPPO_MINI_GAME = "OPPO_MINI_GAME";
              t.VIVO_MINI_GAME = "VIVO_MINI_GAME";
              t.HIJ_QUICK_GAME = "HIJ_QUICK_GAME";
              t.COCOSPLAY = "COCOSPLAY";
              t.LINKSURE_MINI_GAME = "LINKSURE_MINI_GAME";
              t.QTT_MINI_GAME = "QTT_MINI_GAME";
            }(Io || (Io = {}));
            let Mo;
            !function(t) {
              t.WEBP = "WEBP";
              t.IMAGE_BITMAP = "IMAGE_BITMAP";
              t.WEB_VIEW = "WEB_VIEW";
              t.VIDEO_PLAYER = "VIDEO_PLAYER";
              t.SAFE_AREA = "SAFE_AREA";
              t.INPUT_TOUCH = "INPUT_TOUCH";
              t.EVENT_KEYBOARD = "EVENT_KEYBOARD";
              t.EVENT_MOUSE = "EVENT_MOUSE";
              t.EVENT_TOUCH = "EVENT_TOUCH";
              t.EVENT_ACCELEROMETER = "EVENT_ACCELEROMETER";
              t.EVENT_GAMEPAD = "EVENT_GAMEPAD";
              t.EVENT_HANDLE = "EVENT_HANDLE";
              t.EVENT_HMD = "EVENT_HMD";
            }(Mo || (Mo = {}));
            const Bo = {
              0: wo.NONE,
              1: wo.LAN,
              2: wo.WWAN
            };
            const Do = {
              0: Io.WIN32,
              2: Io.MACOS,
              3: Io.ABC,
              4: Io.IOS,
              5: Io.IOS,
              6: Io.OHOS
            };
            const Po = new class extends vo {
              get networkType() {
                return Bo[jsb.device.getNetworkType()];
              }
              constructor() {
                super();
                this.isNative = void 0;
                this.isBrowser = void 0;
                this.isMobile = void 0;
                this.isLittleEndian = void 0;
                this.platform = void 0;
                this.language = void 0;
                this.nativeLanguage = void 0;
                this.os = void 0;
                this.osVersion = void 0;
                this.osMainVersion = void 0;
                this.browserType = void 0;
                this.browserVersion = void 0;
                this.isXR = void 0;
                this._featureMap = void 0;
                this.isNative = !0;
                this.isBrowser = !1;
                this.platform = Do[__getPlatform()];
                this.isMobile = this.platform === Io.ABC || this.platform === Io.IOS || this.platform === Io.OHOS;
                this.isLittleEndian = (() => {
                  const t = new ArrayBuffer(2);
                  new DataView(t).setInt16(0, 256, !0);
                  return 256 === new Int16Array(t)[0];
                })();
                const t = __getCurrentLanguageCode();
                this.nativeLanguage = t ? t.toLowerCase() : xo.UNKNOWN;
                this.language = __getCurrentLanguage();
                this.os = __getOS();
                this.osVersion = __getOSVersion();
                this.osMainVersion = parseInt(this.osVersion);
                this.browserType = Co.UNKNOWN;
                this.browserVersion = "";
                this.isXR = "undefined" != typeof xr;
                this._featureMap = {
                  [Mo.WEBP]: !0,
                  [Mo.IMAGE_BITMAP]: !1,
                  [Mo.WEB_VIEW]: this.isMobile,
                  [Mo.VIDEO_PLAYER]: this.isMobile,
                  [Mo.SAFE_AREA]: this.isMobile,
                  [Mo.INPUT_TOUCH]: this.isMobile,
                  [Mo.EVENT_KEYBOARD]: !0,
                  [Mo.EVENT_MOUSE]: !this.isMobile,
                  [Mo.EVENT_TOUCH]: !0,
                  [Mo.EVENT_ACCELEROMETER]: this.isMobile,
                  [Mo.EVENT_GAMEPAD]: !0,
                  [Mo.EVENT_HANDLE]: this.isXR,
                  [Mo.EVENT_HMD]: this.isXR
                };
                this._registerEvent();
              }
              _registerEvent() {
                jsb.onPause = () => {
                  this.emit("hide");
                };
                jsb.onResume = () => {
                  this.emit("show");
                };
                jsb.onClose = () => {
                  this.emit("close");
                };
              }
              hasFeature(t) {
                return this._featureMap[t];
              }
              getBatteryLevel() {
                return jsb.device.getBatteryLevel();
              }
              triggerGC() {
                jsb.garbageCollect();
              }
              openURL(t) {
                jsb.openURL(t);
              }
              now() {
                return Date.now ? Date.now() : +new Date;
              }
              restartJSVM() {
                __restartVM();
              }
              close() {
                __close();
              }
            };
            let Oo;
            !function(t) {
              t[t.PORTRAIT = 1] = "PORTRAIT";
              t[t.PORTRAIT_UPSIDE_DOWN = 2] = "PORTRAIT_UPSIDE_DOWN";
              t[t.LANDSCAPE_LEFT = 4] = "LANDSCAPE_LEFT";
              t[t.LANDSCAPE_RIGHT = 8] = "LANDSCAPE_RIGHT";
              t[t.LANDSCAPE = 12] = "LANDSCAPE";
              t[t.AUTO = 13] = "AUTO";
            }(Oo || (Oo = {}));
            const No = {
              0: Oo.PORTRAIT,
              "-90": Oo.LANDSCAPE_LEFT,
              90: Oo.LANDSCAPE_RIGHT,
              180: Oo.PORTRAIT_UPSIDE_DOWN
            };
            const Lo = new class extends vo {
              get supportFullScreen() {
                return !1;
              }
              get isFullScreen() {
                return !1;
              }
              get devicePixelRatio() {
                return jsb.device.getDevicePixelRatio() || 1;
              }
              get windowSize() {
                const t = this.devicePixelRatio;
                const e = globalThis.oh ? jsb.device.getInnerWidth() : window.innerWidth;
                const i = globalThis.oh ? jsb.device.getInnerHeight() : window.innerHeight;
                const s = Math.round(e);
                const n = Math.round(i);
                return new rs(s * t, n * t);
              }
              set windowSize(t) {
                console.warn("Setting window size is not supported yet.");
              }
              get resolution() {
                const t = this.windowSize;
                const e = this.resolutionScale;
                return new rs(t.width * e, t.height * e);
              }
              get resolutionScale() {
                return this._resolutionScale;
              }
              set resolutionScale(t) {
                var e;
                if (t !== this._resolutionScale) {
                  this._resolutionScale = t;
                  null === (e = this._cbToUpdateFrameBuffer) || void 0 === e || e.call(this);
                }
              }
              get orientation() {
                return No[jsb.device.getDeviceOrientation()];
              }
              set orientation(t) {
                console.warn("Setting orientation is not supported yet.");
              }
              get safeAreaEdge() {
                const t = jsb.device.getSafeAreaEdge();
                const e = this.devicePixelRatio;
                let i = t.x * e;
                let s = t.z * e;
                let n = t.y * e;
                let r = t.w * e;
                this.orientation === Oo.PORTRAIT ? i < s ? i = s : s = i : n < r ? n = r : r = n;
                return {
                  top: i,
                  bottom: s,
                  left: n,
                  right: r
                };
              }
              get isProportionalToFrame() {
                return this._isProportionalToFrame;
              }
              set isProportionalToFrame(t) {}
              constructor() {
                super();
                this.isFrameRotated = !1;
                this.handleResizeEvent = !0;
                this._cbToUpdateFrameBuffer = void 0;
                this._resolutionScale = 1;
                this._isProportionalToFrame = !1;
                this._registerEvent();
              }
              init(t, e) {
                this._cbToUpdateFrameBuffer = e;
                this._cbToUpdateFrameBuffer();
              }
              requestFullScreen() {
                return Promise.reject(new Error("request fullscreen has not been supported yet on this platform."));
              }
              exitFullScreen() {
                return Promise.reject(new Error("exit fullscreen has not been supported yet on this platform."));
              }
              _registerEvent() {
                jsb.onResize = t => {
                  if (0 !== t.width && 0 !== t.height) {
                    t.width /= this.devicePixelRatio;
                    t.height /= this.devicePixelRatio;
                    window.resize(t.width, t.height);
                    this.emit("window-resize");
                  }
                };
                jsb.onOrientationChanged = t => {
                  this.emit("orientation-change");
                };
              }
            };
            const Fo = t("screen", new class {
              init() {
                var t, e;
                const i = null === (t = de.querySettings(_e.Category.SCREEN, "exactFitScreen")) || void 0 === t || t;
                const s = null !== (e = de.querySettings(_e.Category.SCREEN, "orientation")) && void 0 !== e ? e : "auto";
                Lo.init({
                  exactFitScreen: i,
                  configOrientation: s
                }, (() => {
                  var t;
                  const e = m.director;
                  (null === (t = e.root) || void 0 === t ? void 0 : t.pipeline) ? e.root.pipeline.shadingScale = Lo.resolutionScale : N(1220);
                }));
              }
              get devicePixelRatio() {
                return Lo.devicePixelRatio;
              }
              get windowSize() {
                return Lo.windowSize;
              }
              set windowSize(t) {
                Lo.windowSize = t;
              }
              get resolution() {
                return Lo.resolution;
              }
              get supportsFullScreen() {
                return Lo.supportFullScreen;
              }
              fullScreen() {
                return Lo.isFullScreen;
              }
              requestFullScreen(t, e, i) {
                arguments.length > 0 && N(1400, "screen.requestFullScreen(element, onFullScreenChange?, onFullScreenError?)", "screen.requestFullScreen(): Promise");
                return Lo.requestFullScreen().then((() => {
                  null == e || e();
                })).catch((t => {
                  console.error(t);
                  null == i || i();
                }));
              }
              exitFullScreen() {
                return Lo.exitFullScreen();
              }
              autoFullScreen(t, e) {
                var i;
                null === (i = this.requestFullScreen(t, e)) || void 0 === i || i.catch((t => {}));
              }
              disableAutoFullScreen(t) {}
            });
            m.screen = Fo;
            const Vo = t("sys", {
              Feature: Mo,
              hasFeature: t => Po.hasFeature(t),
              NetworkType: wo,
              Language: xo,
              OS: Ro,
              Platform: Io,
              BrowserType: Co,
              isNative: Po.isNative,
              isBrowser: Po.isBrowser,
              isMobile: Po.isMobile,
              isLittleEndian: Po.isLittleEndian,
              platform: Po.platform,
              language: Po.language,
              languageCode: Po.nativeLanguage,
              os: Po.os,
              osVersion: Po.osVersion,
              osMainVersion: Po.osMainVersion,
              browserType: Po.browserType,
              browserVersion: Po.browserVersion,
              isXR: Po.isXR,
              windowPixelResolution: Fo.windowSize,
              capabilities: {
                canvas: !0,
                opengl: !0,
                webp: Po.hasFeature(Mo.WEBP),
                imageBitmap: Po.hasFeature(Mo.IMAGE_BITMAP),
                touches: Po.hasFeature(Mo.INPUT_TOUCH),
                mouse: Po.hasFeature(Mo.EVENT_MOUSE),
                keyboard: Po.hasFeature(Mo.EVENT_KEYBOARD),
                accelerometer: Po.hasFeature(Mo.EVENT_ACCELEROMETER)
              },
              localStorage: {},
              getNetworkType: () => Po.networkType,
              getBatteryLevel: () => Po.getBatteryLevel(),
              garbageCollect() {
                Po.triggerGC();
              },
              isObjectValid: t => null != t,
              dump() {
                let t = "";
                t += `isMobile : ${this.isMobile}\r\n`;
                t += `language : ${this.language}\r\n`;
                t += `browserType : ${this.browserType}\r\n`;
                t += `browserVersion : ${this.browserVersion}\r\n`;
                t += `capabilities : ${JSON.stringify(this.capabilities)}\r\n`;
                t += `os : ${this.os}\r\n`;
                t += `osVersion : ${this.osVersion}\r\n`;
                t += `platform : ${this.platform}\r\n`;
                t += `Using ${m.game.renderType === m.game.RENDER_TYPE_WEBGL ? "WEBGL" : "CANVAS"} renderer.\r\n`;
                E(t);
              },
              openURL(t) {
                Po.openURL(t);
              },
              init() {
                try {
                  let t = Vo.localStorage = window.localStorage;
                  t.setItem("storage", "");
                  t.removeItem("storage");
                  t = null;
                } catch (t) {
                  const e = function() {
                    N(5200);
                  };
                  this.localStorage = {
                    getItem: e,
                    setItem: e,
                    clear: e,
                    removeItem: e
                  };
                }
                this.__isWebIOS14OrIPadOS14Env = (Vo.os === Ro.IOS || Vo.os === Ro.OSX) && Po.isBrowser && /(OS 14)|(Version\/14)/.test(window.navigator.userAgent);
              },
              now: () => Po.now(),
              restartVM() {
                Po.restartJSVM();
              },
              getSafeAreaRect() {
                const t = m.view;
                const e = Lo.safeAreaEdge;
                const i = Lo.windowSize;
                const s = new Qi(e.left, e.bottom);
                const n = new Qi(i.width - e.right, i.height - e.top);
                t._convertToUISpace(s);
                t._convertToUISpace(n);
                const r = s.x;
                const o = s.y;
                const a = n.x - s.x;
                const l = n.y - s.y;
                return new as(r, o, a, l);
              }
            });
            m.sys = Vo;
            let ko;
            !function(t) {
              t[t.AUTO = 0] = "AUTO";
              t[t.CANVAS = 1] = "CANVAS";
              t[t.WEBGL = 2] = "WEBGL";
              t[t.HEADLESS = 3] = "HEADLESS";
            }(ko || (ko = {}));
            let Uo;
            !function(t) {
              t[t.UNKNOWN = -1] = "UNKNOWN";
              t[t.CANVAS = 0] = "CANVAS";
              t[t.WEBGL = 1] = "WEBGL";
              t[t.OPENGL = 2] = "OPENGL";
              t[t.HEADLESS = 3] = "HEADLESS";
            }(Uo || (Uo = {}));
            class Go {
              constructor() {
                this.initialized = !1;
                this._canvas = null;
                this._renderType = Uo.UNKNOWN;
              }
              get gfxDevice() {
                return this._gfxDevice;
              }
              get swapchain() {
                return this._swapchain;
              }
              init(t, e) {
                if (this.initialized) return;
                const i = de.querySettings(_e.Category.RENDERING, "renderMode");
                this._canvas = t;
                this._renderType = this._determineRenderType(i);
                if (this._renderType === Uo.WEBGL) {
                  const i = new Sn(e);
                  if (window.gfx) this._gfxDevice = gfx.DeviceManager.create(i); else {
                    let e = !!window.WebGL2RenderingContext;
                    const s = window.navigator.userAgent.toLowerCase();
                    (-1 !== s.indexOf("safari") && -1 === s.indexOf("cde") || Vo.browserType === Co.UC) && (e = !1);
                    const n = [];
                    e && m.WebGL2Device && n.push(m.WebGL2Device);
                    m.WebGLDevice && n.push(m.WebGLDevice);
                    m.EmptyDevice && n.push(m.EmptyDevice);
                    Nr.canvas = t;
                    for (let t = 0; t < n.length; t++) {
                      this._gfxDevice = new n[t];
                      if (this._gfxDevice.initialize(i)) break;
                    }
                  }
                } else if (this._renderType === Uo.HEADLESS && m.EmptyDevice) {
                  this._gfxDevice = new m.EmptyDevice;
                  this._gfxDevice.initialize(new Sn(e));
                }
                if (!this._gfxDevice) {
                  x("can not support canvas rendering in 3D");
                  this._renderType = Uo.UNKNOWN;
                  return;
                }
                const s = new bn(this._canvas);
                const n = Fo.windowSize;
                s.width = n.width;
                s.height = n.height;
                this._swapchain = this._gfxDevice.createSwapchain(s);
                this._canvas && (this._canvas.oncontextmenu = () => !1);
              }
              _determineRenderType(t) {
                ("number" != typeof t || t > Uo.HEADLESS || t < ko.AUTO) && (t = ko.AUTO);
                let e = Uo.CANVAS;
                let i = !1;
                if (t === ko.CANVAS) {
                  e = Uo.CANVAS;
                  i = !0;
                } else if (t === ko.AUTO || t === ko.WEBGL) {
                  e = Uo.WEBGL;
                  i = !0;
                } else if (t === ko.HEADLESS) {
                  e = Uo.HEADLESS;
                  i = !0;
                }
                if (!i) throw new Error(G(3820, t));
                return e;
              }
            }
            const zo = new Go;
            const Ho = {
              GFXDevice: !0,
              GFXBuffer: !0,
              GFXTexture: !0,
              GFXSampler: !0,
              GFXShader: !0,
              GFXInputAssembler: !0,
              GFXRenderPass: !0,
              GFXFramebuffer: !0,
              GFXPipelineState: !0,
              GFXCommandBuffer: !0,
              GFXQueue: !0,
              GFXObjectType: !0,
              GFXObject: !1,
              GFXAttributeName: !0,
              GFXType: !0,
              GFXFormat: !0,
              GFXBufferUsageBit: !0,
              GFXMemoryUsageBit: !0,
              GFXBufferFlagBit: !0,
              GFXBufferAccessBit: "MemoryAccessBit",
              GFXPrimitiveMode: !0,
              GFXPolygonMode: !0,
              GFXShadeModel: !0,
              GFXCullMode: !0,
              GFXComparisonFunc: !0,
              GFXStencilOp: !0,
              GFXBlendOp: !0,
              GFXBlendFactor: !0,
              GFXColorMask: !0,
              GFXFilter: !0,
              GFXAddress: !0,
              GFXTextureType: !0,
              GFXTextureUsageBit: !0,
              GFXSampleCount: !0,
              GFXTextureFlagBit: !0,
              GFXShaderStageFlagBit: !0,
              GFXDescriptorType: !0,
              GFXCommandBufferType: !0,
              GFXLoadOp: !0,
              GFXStoreOp: !0,
              GFXPipelineBindPoint: !0,
              GFXDynamicStateFlagBit: !0,
              GFXStencilFace: !0,
              GFXQueueType: !0,
              GFXRect: !0,
              GFXViewport: !0,
              GFXColor: !0,
              GFXClearFlag: !0,
              GFXOffset: !0,
              GFXExtent: !0,
              GFXTextureSubres: "TextureSubresLayers",
              GFXTextureCopy: !0,
              GFXBufferTextureCopy: !0,
              GFXFormatType: !0,
              GFXFormatInfo: !0,
              GFXMemoryStatus: !0,
              GFXFormatInfos: !0,
              GFXFormatSize: !0,
              GFXFormatSurfaceSize: !0,
              GFXGetTypeSize: !0,
              getTypedArrayConstructor: !1
            };
            for (const t in Ho) {
              let e = Ho[t];
              !0 === e ? e = t.slice(3) : !1 === e && (e = t);
              W(m, "cc", [ {
                name: t,
                newName: e,
                target: m.gfx,
                targetName: "cc.gfx"
              } ]);
            }
            Y(m, "cc", [ {
              name: "GFX_MAX_VERTEX_ATTRIBUTES"
            }, {
              name: "GFX_MAX_TEXTURE_UNITS"
            }, {
              name: "GFX_MAX_ATTACHMENTS"
            }, {
              name: "GFX_MAX_BUFFER_BINDINGS"
            }, {
              name: "GFXTextureLayout"
            } ]);
            const jo = Object.assign({}, Er);
            jo.Device = gfx.Device;
            jo.Swapchain = gfx.Swapchain;
            jo.Buffer = gfx.Buffer;
            jo.Texture = gfx.Texture;
            jo.Sampler = gfx.Sampler;
            jo.Shader = gfx.Shader;
            jo.InputAssembler = gfx.InputAssembler;
            jo.RenderPass = gfx.RenderPass;
            jo.Framebuffer = gfx.Framebuffer;
            jo.DescriptorSet = gfx.DescriptorSet;
            jo.DescriptorSetLayout = gfx.DescriptorSetLayout;
            jo.PipelineLayout = gfx.PipelineLayout;
            jo.PipelineState = gfx.PipelineState;
            jo.CommandBuffer = gfx.CommandBuffer;
            jo.Queue = gfx.Queue;
            m.gfx = jo;
            jo.BlendTarget = Rr;
            jo.BlendState = Ir;
            jo.RasterizerState = Cr;
            jo.DepthStencilState = wr;
            jo.PipelineStateInfo = Br;
            t("gfx", Object.freeze({
              __proto__: null,
              DescriptorSet: Dr,
              Buffer: Pr,
              CommandBuffer: Or,
              get ObjectType() {
                return ps;
              },
              get Status() {
                return ms;
              },
              get API() {
                return fs;
              },
              get SurfaceTransform() {
                return gs;
              },
              get Feature() {
                return ys;
              },
              get Format() {
                return bs;
              },
              get FormatType() {
                return Ss;
              },
              get Type() {
                return As;
              },
              get BufferUsageBit() {
                return Ts;
              },
              get BufferFlagBit() {
                return vs;
              },
              get MemoryAccessBit() {
                return Es;
              },
              get MemoryUsageBit() {
                return Cs;
              },
              get TextureType() {
                return xs;
              },
              get TextureUsageBit() {
                return ws;
              },
              get TextureFlagBit() {
                return Rs;
              },
              get FormatFeatureBit() {
                return Is;
              },
              get SampleCount() {
                return Ms;
              },
              get VsyncMode() {
                return Bs;
              },
              get Filter() {
                return Ds;
              },
              get Address() {
                return Ps;
              },
              get ComparisonFunc() {
                return Os;
              },
              get StencilOp() {
                return Ns;
              },
              get BlendFactor() {
                return Ls;
              },
              get BlendOp() {
                return Fs;
              },
              get ColorMask() {
                return Vs;
              },
              get ShaderStageFlagBit() {
                return ks;
              },
              get LoadOp() {
                return Us;
              },
              get StoreOp() {
                return Gs;
              },
              get AccessFlagBit() {
                return zs;
              },
              get ResolveMode() {
                return Hs;
              },
              get PipelineBindPoint() {
                return js;
              },
              get PrimitiveMode() {
                return Xs;
              },
              get PolygonMode() {
                return Ws;
              },
              get ShadeModel() {
                return Ys;
              },
              get CullMode() {
                return qs;
              },
              get DynamicStateFlagBit() {
                return Ks;
              },
              get StencilFace() {
                return Js;
              },
              get DescriptorType() {
                return Zs;
              },
              get QueueType() {
                return Qs;
              },
              get QueryType() {
                return $s;
              },
              get CommandBufferType() {
                return tn;
              },
              get ClearFlagBit() {
                return en;
              },
              get BarrierType() {
                return sn;
              },
              get PassType() {
                return nn;
              },
              Size: rn,
              DeviceCaps: on,
              DeviceOptions: an,
              Offset: ln,
              Rect: hn,
              Extent: cn,
              TextureSubresLayers: un,
              TextureSubresRange: _n,
              TextureCopy: dn,
              TextureBlit: pn,
              BufferTextureCopy: mn,
              Viewport: fn,
              Color: gn,
              BindingMappingInfo: yn,
              SwapchainInfo: bn,
              DeviceInfo: Sn,
              BufferInfo: An,
              BufferViewInfo: Tn,
              DrawInfo: vn,
              DispatchInfo: En,
              IndirectBuffer: Cn,
              TextureInfo: xn,
              TextureViewInfo: wn,
              SamplerInfo: Rn,
              Uniform: In,
              UniformBlock: Mn,
              UniformSamplerTexture: Bn,
              UniformSampler: Dn,
              UniformTexture: Pn,
              UniformStorageImage: On,
              UniformStorageBuffer: Nn,
              UniformInputAttachment: Ln,
              ShaderStage: Fn,
              Attribute: Vn,
              ShaderInfo: kn,
              InputAssemblerInfo: Un,
              ColorAttachment: Gn,
              DepthStencilAttachment: zn,
              SubpassInfo: Hn,
              SubpassDependency: jn,
              RenderPassInfo: Xn,
              GeneralBarrierInfo: Wn,
              TextureBarrierInfo: Yn,
              BufferBarrierInfo: qn,
              FramebufferInfo: Kn,
              DescriptorSetLayoutBinding: Jn,
              DescriptorSetLayoutInfo: Zn,
              DescriptorSetInfo: Qn,
              PipelineLayoutInfo: $n,
              InputState: tr,
              CommandBufferInfo: er,
              QueueInfo: ir,
              QueryPoolInfo: sr,
              FormatInfo: rr,
              MemoryStatus: or,
              DynamicStencilStates: ar,
              DynamicStates: lr,
              GFXObject: hr,
              get AttributeName() {
                return cr;
              },
              FormatInfos: ur,
              DESCRIPTOR_BUFFER_TYPE: _r,
              DESCRIPTOR_SAMPLER_TYPE: dr,
              DESCRIPTOR_DYNAMIC_TYPE: pr,
              DRAW_INFO_SIZE: mr,
              IsPowerOf2: fr,
              FormatSize: gr,
              FormatSurfaceSize: yr,
              GetTypeSize: Sr,
              getTypedArrayConstructor: Ar,
              formatAlignment: Tr,
              alignTo: vr,
              Device: Nr,
              Swapchain: Lr,
              Framebuffer: Fr,
              InputAssembler: Gr,
              DescriptorSetLayout: zr,
              PipelineLayout: Hr,
              RasterizerState: Cr,
              DepthStencilState: wr,
              BlendTarget: Rr,
              BlendState: Ir,
              PipelineState: Mr,
              PipelineStateInfo: Br,
              Queue: jr,
              RenderPass: Xr,
              Shader: Wr,
              Texture: Yr,
              Sampler: qr,
              GeneralBarrier: Kr,
              TextureBarrier: Jr,
              get LegacyRenderMode() {
                return ko;
              },
              get RenderType() {
                return Uo;
              },
              DeviceManager: Go,
              deviceManager: zo
            }));
            const Xo = new Pi;
            const Wo = new Pi;
            const Yo = new Pi;
            const qo = new Pi;
            const Ko = new Pi;
            const Jo = new Pi;
            const Zo = new Array(3);
            const Qo = new Array(3);
            function $o(t, e) {
              return Pi.dot(e.n, t) - e.d;
            }
            function ta(t, e, i) {
              Pi.copy(t, e);
              Pi.subtract(Ko, i.center, i.halfExtents);
              Pi.add(Jo, i.center, i.halfExtents);
              t.x = t.x < Ko.x ? Ko.x : t.x;
              t.y = t.y < Ko.y ? Ko.y : t.y;
              t.z = t.z < Ko.z ? Ko.z : t.z;
              t.x = t.x > Jo.x ? Jo.x : t.x;
              t.y = t.y > Jo.y ? Jo.y : t.y;
              t.z = t.z > Jo.z ? Jo.z : t.z;
              return t;
            }
            function ea(t, e, i) {
              Pi.set(Xo, i.orientation.m00, i.orientation.m01, i.orientation.m02);
              Pi.set(Wo, i.orientation.m03, i.orientation.m04, i.orientation.m05);
              Pi.set(Yo, i.orientation.m06, i.orientation.m07, i.orientation.m08);
              Zo[0] = Xo;
              Zo[1] = Wo;
              Zo[2] = Yo;
              Qo[0] = i.halfExtents.x;
              Qo[1] = i.halfExtents.y;
              Qo[2] = i.halfExtents.z;
              Pi.subtract(qo, e, i.center);
              Pi.set(t, i.center.x, i.center.y, i.center.z);
              for (let e = 0; e < 3; e++) {
                let i = Pi.dot(qo, Zo[e]);
                i > Qo[e] && (i = Qo[e]);
                i < -Qo[e] && (i = -Qo[e]);
                t.x += i * Zo[e].x;
                t.y += i * Zo[e].y;
                t.z += i * Zo[e].z;
              }
              return t;
            }
            var ia = Object.freeze({
              __proto__: null,
              point_plane: $o,
              pt_point_plane: function(t, e, i) {
                const s = $o(e, i);
                return Pi.subtract(t, e, Pi.multiplyScalar(t, i.n, s));
              },
              pt_point_aabb: ta,
              pt_point_obb: ea,
              pt_point_line: function(t, e, i, s) {
                Pi.subtract(Xo, i, s);
                const n = Xo;
                const r = Pi.lengthSqr(n);
                if (0 == r) Pi.copy(t, i); else {
                  Pi.subtract(Xo, e, i);
                  const o = Pi.dot(Xo, n) / r;
                  o < 0 ? Pi.copy(t, i) : o > 1 ? Pi.copy(t, s) : Pi.scaleAndAdd(t, i, n, o);
                }
              }
            });
            var sa = {
              SHAPE_RAY: 1,
              SHAPE_LINE: 2,
              SHAPE_SPHERE: 4,
              SHAPE_AABB: 8,
              SHAPE_OBB: 16,
              SHAPE_PLANE: 32,
              SHAPE_TRIANGLE: 64,
              SHAPE_FRUSTUM: 128,
              SHAPE_FRUSTUM_ACCURATE: 256,
              SHAPE_CAPSULE: 512,
              SHAPE_SPLINE: 1024
            };
            class na {
              static create(t, e, i, s, n, r) {
                return new na(t, e, i, s, n, r);
              }
              static clone(t) {
                return new na(t.s.x, t.s.y, t.s.z, t.e.x, t.e.y, t.e.z);
              }
              static copy(t, e) {
                Pi.copy(t.s, e.s);
                Pi.copy(t.e, e.e);
                return t;
              }
              static fromPoints(t, e, i) {
                Pi.copy(t.s, e);
                Pi.copy(t.e, i);
                return t;
              }
              static set(t, e, i, s, n, r, o) {
                t.s.x = e;
                t.s.y = i;
                t.s.z = s;
                t.e.x = n;
                t.e.y = r;
                t.e.z = o;
                return t;
              }
              static len(t) {
                return Pi.distance(t.s, t.e);
              }
              get type() {
                return this._type;
              }
              constructor(t = 0, e = 0, i = 0, s = 0, n = 0, r = -1) {
                this.s = void 0;
                this.e = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_LINE;
                this.s = new Pi(t, e, i);
                this.e = new Pi(s, n, r);
              }
              length() {
                return Pi.distance(this.s, this.e);
              }
            }
            class ra {
              static create(t = 0, e = 0, i = 0, s = 0, n = 0, r = 1) {
                return new ra(t, e, i, s, n, r);
              }
              static clone(t) {
                return new ra(t.o.x, t.o.y, t.o.z, t.d.x, t.d.y, t.d.z);
              }
              static copy(t, e) {
                Pi.copy(t.o, e.o);
                Pi.copy(t.d, e.d);
                return t;
              }
              static fromPoints(t, e, i) {
                Pi.copy(t.o, e);
                Pi.normalize(t.d, Pi.subtract(t.d, i, e));
                return t;
              }
              static set(t, e, i, s, n, r, o) {
                t.o.x = e;
                t.o.y = i;
                t.o.z = s;
                t.d.x = n;
                t.d.y = r;
                t.d.z = o;
                return t;
              }
              get type() {
                return this._type;
              }
              constructor(t = 0, e = 0, i = 0, s = 0, n = 0, r = -1) {
                this.o = void 0;
                this.d = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_RAY;
                this.o = new Pi(t, e, i);
                this.d = new Pi(s, n, r);
              }
              computeHit(t, e) {
                Pi.normalize(t, this.d);
                Pi.scaleAndAdd(t, this.o, t, e);
              }
            }
            const oa = new Pi;
            const aa = new Pi;
            const la = new Pi;
            const ha = new Pi;
            function ca(t) {
              return Math.max(Math.max(t.x, t.y), t.z);
            }
            class ua {
              static create(t, e, i, s) {
                return new ua(t, e, i, s);
              }
              static clone(t) {
                return new ua(t.center.x, t.center.y, t.center.z, t.radius);
              }
              static copy(t, e) {
                Pi.copy(t.center, e.center);
                t.radius = e.radius;
                return t;
              }
              static fromPoints(t, e, i) {
                Pi.multiplyScalar(t.center, Pi.add(oa, e, i), .5);
                t.radius = .5 * Pi.subtract(oa, i, e).length();
                return t;
              }
              static set(t, e, i, s, n) {
                t.center.x = e;
                t.center.y = i;
                t.center.z = s;
                t.radius = n;
                return t;
              }
              get center() {
                return this._center;
              }
              set center(t) {
                this._center = t;
              }
              get radius() {
                return this._radius;
              }
              set radius(t) {
                this._radius = t;
              }
              get type() {
                return this._type;
              }
              constructor(t = 0, e = 0, i = 0, s = 1) {
                this._center = new Pi(0, 0, 0);
                this._radius = 0;
                this._type = void 0;
                this._type = sa.SHAPE_SPHERE;
                this._center = new Pi(t, e, i);
                this._radius = s;
              }
              destroy() {}
              clone() {
                return ua.clone(this);
              }
              copy(t) {
                return ua.copy(this, t);
              }
              getBoundary(t, e) {
                Pi.set(t, this.center.x - this.radius, this.center.y - this.radius, this.center.z - this.radius);
                Pi.set(e, this.center.x + this.radius, this.center.y + this.radius, this.center.z + this.radius);
              }
              transform(t, e, i, s, n) {
                Pi.transformMat4(n.center, this.center, t);
                n.radius = this.radius * ca(s);
              }
              translateAndRotate(t, e, i) {
                Pi.transformMat4(i.center, this.center, t);
              }
              setScale(t, e) {
                e.radius = this.radius * ca(t);
              }
              mergePoint(t) {
                if (this.radius < 0) {
                  this.center.set(t);
                  this.radius = 0;
                }
                Pi.subtract(aa, t, this.center);
                const e = aa.length();
                if (e > this.radius) {
                  const t = .5 * (e - this.radius);
                  this.radius += t;
                  Pi.multiplyScalar(aa, aa, t / e);
                  Pi.add(this.center, this.center, aa);
                }
              }
              mergePoints(t) {
                const e = t.length;
                if (!(e < 1)) {
                  this.radius = -1;
                  for (let i = 0; i < e; i++) this.mergePoint(t[i]);
                }
              }
              mergeAABB(t) {
                t.getBoundary(la, ha);
                this.mergePoint(la);
                this.mergePoint(ha);
              }
            }
            class _a {
              static create(t = 1, e = 0, i = 0, s = 0, n = 0, r = 0, o = 0, a = 0, l = 1) {
                return new _a(t, e, i, s, n, r, o, a, l);
              }
              static clone(t) {
                return new _a(t.a.x, t.a.y, t.a.z, t.b.x, t.b.y, t.b.z, t.c.x, t.c.y, t.c.z);
              }
              static copy(t, e) {
                Pi.copy(t.a, e.a);
                Pi.copy(t.b, e.b);
                Pi.copy(t.c, e.c);
                return t;
              }
              static fromPoints(t, e, i, s) {
                Pi.copy(t.a, e);
                Pi.copy(t.b, i);
                Pi.copy(t.c, s);
                return t;
              }
              static set(t, e, i, s, n, r, o, a, l, h) {
                t.a.x = e;
                t.a.y = i;
                t.a.z = s;
                t.b.x = n;
                t.b.y = r;
                t.b.z = o;
                t.c.x = a;
                t.c.y = l;
                t.c.z = h;
                return t;
              }
              get type() {
                return this._type;
              }
              constructor(t = 0, e = 0, i = 0, s = 1, n = 0, r = 0, o = 0, a = 1, l = 0) {
                this.a = void 0;
                this.b = void 0;
                this.c = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_TRIANGLE;
                this.a = new Pi(t, e, i);
                this.b = new Pi(s, n, r);
                this.c = new Pi(o, a, l);
              }
            }
            let da;
            !function(t) {
              t[t.ALL = 0] = "ALL";
              t[t.CLOSEST = 1] = "CLOSEST";
              t[t.ANY = 2] = "ANY";
            }(da || (da = {}));
            const pa = function() {
              const t = new Pi(0, 0, 0);
              return function(e, i) {
                const s = Pi.dot(e.d, i.n);
                if (Math.abs(s) < Number.EPSILON) return 0;
                Pi.multiplyScalar(t, i.n, i.d);
                const n = Pi.dot(Pi.subtract(t, t, e.o), i.n) / s;
                return n < 0 ? 0 : n;
              };
            }();
            const ma = function() {
              const t = new Pi(0, 0, 0);
              const e = new Pi(0, 0, 0);
              const i = new Pi(0, 0, 0);
              const s = new Pi(0, 0, 0);
              const n = new Pi(0, 0, 0);
              return function(r, o, a) {
                Pi.subtract(t, o.b, o.a);
                Pi.subtract(e, o.c, o.a);
                Pi.cross(i, r.d, e);
                const l = Pi.dot(t, i);
                if (l < Number.EPSILON && (!a || l > -Number.EPSILON)) return 0;
                const h = 1 / l;
                Pi.subtract(s, r.o, o.a);
                const c = Pi.dot(s, i) * h;
                if (c < 0 || c > 1) return 0;
                Pi.cross(n, s, t);
                const u = Pi.dot(r.d, n) * h;
                if (u < 0 || c + u > 1) return 0;
                const _ = Pi.dot(e, n) * h;
                return _ < 0 ? 0 : _;
              };
            }();
            const fa = function() {
              const t = new Pi(0, 0, 0);
              return function(e, i) {
                const s = i.radius;
                const n = i.center;
                const r = e.o;
                const o = e.d;
                const a = s * s;
                Pi.subtract(t, n, r);
                const l = t.lengthSqr();
                const h = Pi.dot(t, o);
                const c = a - (l - h * h);
                if (c < 0) return 0;
                const u = Math.sqrt(c);
                const _ = l < a ? h + u : h - u;
                return _ < 0 ? 0 : _;
              };
            }();
            const ga = function() {
              const t = new Pi;
              const e = new Pi;
              return function(i, s) {
                Pi.subtract(t, s.center, s.halfExtents);
                Pi.add(e, s.center, s.halfExtents);
                return ya(i, t, e);
              };
            }();
            function ya(t, e, i) {
              const s = t.o;
              const n = t.d;
              const r = 1 / n.x;
              const o = 1 / n.y;
              const a = 1 / n.z;
              const l = (e.x - s.x) * r;
              const h = (i.x - s.x) * r;
              const c = (e.y - s.y) * o;
              const u = (i.y - s.y) * o;
              const _ = (e.z - s.z) * a;
              const d = (i.z - s.z) * a;
              const p = Math.max(Math.max(Math.min(l, h), Math.min(c, u)), Math.min(_, d));
              const m = Math.min(Math.min(Math.max(l, h), Math.max(c, u)), Math.max(_, d));
              return m < 0 || p > m ? 0 : p > 0 ? p : m;
            }
            const ba = function() {
              let t = new Pi;
              let e = new Pi;
              let i = new Pi;
              const s = new Pi;
              const n = new Pi;
              const r = new Pi;
              const o = new Pi;
              const a = new Array(3);
              const l = new Array(3);
              const h = new Array(3);
              const c = new Array(6);
              return function(u, _) {
                a[0] = _.halfExtents.x;
                a[1] = _.halfExtents.y;
                a[2] = _.halfExtents.z;
                t = _.center;
                e = u.o;
                i = u.d;
                Pi.set(s, _.orientation.m00, _.orientation.m01, _.orientation.m02);
                Pi.set(n, _.orientation.m03, _.orientation.m04, _.orientation.m05);
                Pi.set(r, _.orientation.m06, _.orientation.m07, _.orientation.m08);
                Pi.subtract(o, t, e);
                l[0] = Pi.dot(s, i);
                l[1] = Pi.dot(n, i);
                l[2] = Pi.dot(r, i);
                h[0] = Pi.dot(s, o);
                h[1] = Pi.dot(n, o);
                h[2] = Pi.dot(r, o);
                for (let t = 0; t < 3; ++t) {
                  if (0 === l[t]) {
                    if (-h[t] - a[t] > 0 || -h[t] + a[t] < 0) return 0;
                    l[t] = 1e-7;
                  }
                  c[2 * t + 0] = (h[t] + a[t]) / l[t];
                  c[2 * t + 1] = (h[t] - a[t]) / l[t];
                }
                const d = Math.max(Math.max(Math.min(c[0], c[1]), Math.min(c[2], c[3])), Math.min(c[4], c[5]));
                const p = Math.min(Math.min(Math.max(c[0], c[1]), Math.max(c[2], c[3])), Math.max(c[4], c[5]));
                return p < 0 || d > p ? 0 : d > 0 ? d : p;
              };
            }();
            const Sa = function() {
              const t = new Pi;
              const e = new Pi;
              const i = new Pi;
              const s = new Pi;
              const n = new Pi;
              const r = new Pi;
              const o = new Pi;
              const a = new ua;
              return function(l, h) {
                const c = h.radius * h.radius;
                const u = Pi.normalize(t, l.d);
                const _ = h.ellipseCenter0;
                const d = h.ellipseCenter1;
                const p = Pi.subtract(e, d, _);
                if (p.equals(Pi.ZERO)) {
                  a.radius = h.radius;
                  a.center.set(h.ellipseCenter0);
                  return Za.raySphere(l, a);
                }
                const m = l.o;
                const f = Pi.subtract(i, m, _);
                const g = Pi.cross(s, u, p);
                const y = g.lengthSqr();
                if (0 === y) {
                  a.radius = h.radius;
                  const t = Pi.subtract(n, d, m);
                  f.lengthSqr() < t.lengthSqr() ? a.center.set(h.ellipseCenter0) : a.center.set(h.ellipseCenter1);
                  return Za.raySphere(l, a);
                }
                const b = Pi.cross(n, f, p);
                const S = p.lengthSqr();
                const A = 2 * Pi.dot(g, b);
                const T = A * A - 4 * y * (b.lengthSqr() - c * S);
                if (T < 0) return 0;
                const v = (-A - Math.sqrt(T)) / (2 * y);
                if (v < 0) {
                  a.radius = h.radius;
                  const t = Pi.subtract(r, d, m);
                  f.lengthSqr() < t.lengthSqr() ? a.center.set(h.ellipseCenter0) : a.center.set(h.ellipseCenter1);
                  return Za.raySphere(l, a);
                }
                {
                  const t = Pi.scaleAndAdd(r, l.o, u, v);
                  const e = Pi.subtract(o, t, _);
                  const i = Pi.dot(e, p) / S;
                  if (i >= 0 && i <= 1) return v;
                  if (i < 0) {
                    a.radius = h.radius;
                    a.center.set(h.ellipseCenter0);
                    return Za.raySphere(l, a);
                  }
                  if (i > 1) {
                    a.radius = h.radius;
                    a.center.set(h.ellipseCenter1);
                    return Za.raySphere(l, a);
                  }
                  return 0;
                }
              };
            }();
            const Aa = function() {
              const t = _a.create();
              const e = {
                distance: 1 / 0,
                doubleSided: !1,
                mode: da.ANY
              };
              let i = 0;
              const s = (t, e, s, n, r, o) => {
                if (t === da.CLOSEST) {
                  if (i > e || 0 === i) {
                    i = e;
                    if (o) if (0 === o.length) o.push({
                      distance: e,
                      vertexIndex0: s / 3,
                      vertexIndex1: n / 3,
                      vertexIndex2: r / 3
                    }); else {
                      o[0].distance = e;
                      o[0].vertexIndex0 = s / 3;
                      o[0].vertexIndex1 = n / 3;
                      o[0].vertexIndex2 = r / 3;
                    }
                  }
                } else {
                  i = e;
                  o && o.push({
                    distance: e,
                    vertexIndex0: s / 3,
                    vertexIndex1: n / 3,
                    vertexIndex2: r / 3
                  });
                }
              };
              return function(n, r, o) {
                i = 0;
                if (0 === r.geometricInfo.positions.length) return i;
                const a = void 0 === o ? e : o;
                if (ya(n, r.geometricInfo.boundingBox.min, r.geometricInfo.boundingBox.max)) {
                  const e = r.primitiveMode;
                  const {positions: i, indices: o} = r.geometricInfo;
                  ((e, i, n, r, o) => {
                    if (n === Xs.TRIANGLE_LIST) {
                      const n = i.length;
                      for (let a = 0; a < n; a += 3) {
                        const n = 3 * i[a];
                        const l = 3 * i[a + 1];
                        const h = 3 * i[a + 2];
                        Pi.set(t.a, e[n], e[n + 1], e[n + 2]);
                        Pi.set(t.b, e[l], e[l + 1], e[l + 2]);
                        Pi.set(t.c, e[h], e[h + 1], e[h + 2]);
                        const c = Za.rayTriangle(r, t, o.doubleSided);
                        if (!(0 === c || c > o.distance)) {
                          s(o.mode, c, n, l, h, o.result);
                          if (o.mode === da.ANY) return c;
                        }
                      }
                    } else if (n === Xs.TRIANGLE_STRIP) {
                      const n = i.length - 2;
                      let a = 0;
                      for (let l = 0; l < n; l += 1) {
                        const n = 3 * i[l - a];
                        const h = 3 * i[l + a + 1];
                        const c = 3 * i[l + 2];
                        Pi.set(t.a, e[n], e[n + 1], e[n + 2]);
                        Pi.set(t.b, e[h], e[h + 1], e[h + 2]);
                        Pi.set(t.c, e[c], e[c + 1], e[c + 2]);
                        a = ~a;
                        const u = Za.rayTriangle(r, t, o.doubleSided);
                        if (!(0 === u || u > o.distance)) {
                          s(o.mode, u, n, h, c, o.result);
                          if (o.mode === da.ANY) return u;
                        }
                      }
                    } else if (n === Xs.TRIANGLE_FAN) {
                      const n = i.length - 1;
                      const a = 3 * i[0];
                      Pi.set(t.a, e[a], e[a + 1], e[a + 2]);
                      for (let l = 1; l < n; l += 1) {
                        const n = 3 * i[l];
                        const h = 3 * i[l + 1];
                        Pi.set(t.b, e[n], e[n + 1], e[n + 2]);
                        Pi.set(t.c, e[h], e[h + 1], e[h + 2]);
                        const c = Za.rayTriangle(r, t, o.doubleSided);
                        if (!(0 === c || c > o.distance)) {
                          s(o.mode, c, a, n, h, o.result);
                          if (o.mode === da.ANY) return c;
                        }
                      }
                    }
                  })(i, o, e, n, a);
                }
                return i;
              };
            }();
            const Ta = function() {
              let t = 0;
              const e = {
                distance: 1 / 0,
                doubleSided: !1,
                mode: da.ANY
              };
              return function(i, s, n) {
                t = 0;
                const r = void 0 === n ? e : n;
                const o = s.renderingSubMeshes.length;
                const a = s.struct.minPosition;
                const l = s.struct.maxPosition;
                if (a && l && !ya(i, a, l)) return t;
                for (let e = 0; e < o; e++) {
                  const n = s.renderingSubMeshes[e];
                  const o = Aa(i, n, r);
                  if (o) if (r.mode === da.CLOSEST) {
                    if (0 === t || t > o) {
                      t = o;
                      r.subIndices && (r.subIndices[0] = e);
                    }
                  } else {
                    t = o;
                    r.subIndices && r.subIndices.push(e);
                    if (r.mode === da.ANY) return o;
                  }
                }
                if (t && r.mode === da.CLOSEST) {
                  if (r.result) {
                    r.result[0].distance = t;
                    r.result.length = 1;
                  }
                  r.subIndices && (r.subIndices.length = 1);
                }
                return t;
              };
            }();
            const va = function() {
              let t = 0;
              const e = {
                distance: 1 / 0,
                doubleSided: !1,
                mode: da.ANY
              };
              const i = new ra;
              const s = new qi;
              return function(n, r, o) {
                t = 0;
                const a = void 0 === o ? e : o;
                const l = r.worldBounds;
                if (l && !ga(n, l)) return t;
                ra.copy(i, n);
                if (r.node) {
                  qi.invert(s, r.node.getWorldMatrix(s));
                  Pi.transformMat4(i.o, n.o, s);
                  Pi.transformMat4Normal(i.d, n.d, s);
                }
                const h = r.subModels;
                for (let e = 0; e < h.length; e++) {
                  const s = h[e].subMesh;
                  const n = Aa(i, s, a);
                  if (n) if (a.mode === da.CLOSEST) {
                    if (0 === t || t > n) {
                      t = n;
                      a.subIndices && (a.subIndices[0] = e);
                    }
                  } else {
                    t = n;
                    a.subIndices && a.subIndices.push(e);
                    if (a.mode === da.ANY) return n;
                  }
                }
                if (t && a.mode === da.CLOSEST) {
                  if (a.result) {
                    a.result[0].distance = t;
                    a.result.length = 1;
                  }
                  a.subIndices && (a.subIndices.length = 1);
                }
                return t;
              };
            }();
            const Ea = function() {
              const t = new Pi(0, 0, 0);
              return function(e, i) {
                Pi.subtract(t, e.e, e.s);
                const s = (i.d - Pi.dot(e.s, i.n)) / Pi.dot(t, i.n);
                return s < 0 || s > 1 ? 0 : s;
              };
            }();
            const Ca = function() {
              const t = new Pi(0, 0, 0);
              const e = new Pi(0, 0, 0);
              const i = new Pi(0, 0, 0);
              const s = new Pi(0, 0, 0);
              const n = new Pi(0, 0, 0);
              const r = new Pi(0, 0, 0);
              return function(o, a, l) {
                Pi.subtract(t, a.b, a.a);
                Pi.subtract(e, a.c, a.a);
                Pi.subtract(i, o.s, o.e);
                Pi.cross(n, t, e);
                const h = Pi.dot(i, n);
                if (h <= 0) return 0;
                Pi.subtract(s, o.s, a.a);
                const c = Pi.dot(s, n);
                if (c < 0 || c > h) return 0;
                Pi.cross(r, i, s);
                let u = Pi.dot(e, r);
                if (u < 0 || u > h) return 0;
                let _ = -Pi.dot(t, r);
                if (_ < 0 || u + _ > h) return 0;
                if (l) {
                  const t = 1 / h;
                  u *= t;
                  _ *= t;
                  const e = 1 - u - _;
                  Pi.set(l, a.a.x * e + a.b.x * u + a.c.x * _, a.a.y * e + a.b.y * u + a.c.y * _, a.a.z * e + a.b.z * u + a.c.z * _);
                }
                return 1;
              };
            }();
            const xa = new ra;
            function wa(t, e) {
              xa.o.set(t.s);
              Pi.subtract(xa.d, t.e, t.s);
              xa.d.normalize();
              const i = ga(xa, e);
              return i <= t.length() ? i : 0;
            }
            function Ra(t, e) {
              xa.o.set(t.s);
              Pi.subtract(xa.d, t.e, t.s);
              xa.d.normalize();
              const i = ba(xa, e);
              return i <= t.length() ? i : 0;
            }
            function Ia(t, e) {
              xa.o.set(t.s);
              Pi.subtract(xa.d, t.e, t.s);
              xa.d.normalize();
              const i = fa(xa, e);
              return i <= t.length() ? i : 0;
            }
            const Ma = function() {
              const t = new Pi;
              const e = new Pi;
              const i = new Pi;
              const s = new Pi;
              return function(n, r) {
                Pi.subtract(t, n.center, n.halfExtents);
                Pi.add(e, n.center, n.halfExtents);
                Pi.subtract(i, r.center, r.halfExtents);
                Pi.add(s, r.center, r.halfExtents);
                return t.x <= s.x && e.x >= i.x && t.y <= s.y && e.y >= i.y && t.z <= s.z && e.z >= i.z;
              };
            }();
            function Ba(t, e, i, s, n, r) {
              Pi.set(r[0], t.x + i.x * e.x + s.x * e.y + n.x * e.z, t.y + i.y * e.x + s.y * e.y + n.y * e.z, t.z + i.z * e.x + s.z * e.y + n.z * e.z);
              Pi.set(r[1], t.x - i.x * e.x + s.x * e.y + n.x * e.z, t.y - i.y * e.x + s.y * e.y + n.y * e.z, t.z - i.z * e.x + s.z * e.y + n.z * e.z);
              Pi.set(r[2], t.x + i.x * e.x - s.x * e.y + n.x * e.z, t.y + i.y * e.x - s.y * e.y + n.y * e.z, t.z + i.z * e.x - s.z * e.y + n.z * e.z);
              Pi.set(r[3], t.x + i.x * e.x + s.x * e.y - n.x * e.z, t.y + i.y * e.x + s.y * e.y - n.y * e.z, t.z + i.z * e.x + s.z * e.y - n.z * e.z);
              Pi.set(r[4], t.x - i.x * e.x - s.x * e.y - n.x * e.z, t.y - i.y * e.x - s.y * e.y - n.y * e.z, t.z - i.z * e.x - s.z * e.y - n.z * e.z);
              Pi.set(r[5], t.x + i.x * e.x - s.x * e.y - n.x * e.z, t.y + i.y * e.x - s.y * e.y - n.y * e.z, t.z + i.z * e.x - s.z * e.y - n.z * e.z);
              Pi.set(r[6], t.x - i.x * e.x + s.x * e.y - n.x * e.z, t.y - i.y * e.x + s.y * e.y - n.y * e.z, t.z - i.z * e.x + s.z * e.y - n.z * e.z);
              Pi.set(r[7], t.x - i.x * e.x - s.x * e.y + n.x * e.z, t.y - i.y * e.x - s.y * e.y + n.y * e.z, t.z - i.z * e.x - s.z * e.y + n.z * e.z);
            }
            function Da(t, e) {
              let i = Pi.dot(e, t[0]);
              let s = i;
              for (let n = 1; n < 8; ++n) {
                const r = Pi.dot(e, t[n]);
                i = r < i ? r : i;
                s = r > s ? r : s;
              }
              return [ i, s ];
            }
            const Pa = function() {
              const t = new Array(15);
              for (let e = 0; e < 15; e++) t[e] = new Pi(0, 0, 0);
              const e = new Array(8);
              const i = new Array(8);
              for (let t = 0; t < 8; t++) {
                e[t] = new Pi(0, 0, 0);
                i[t] = new Pi(0, 0, 0);
              }
              const s = new Pi;
              const n = new Pi;
              return function(r, o) {
                Pi.set(t[0], 1, 0, 0);
                Pi.set(t[1], 0, 1, 0);
                Pi.set(t[2], 0, 0, 1);
                Pi.set(t[3], o.orientation.m00, o.orientation.m01, o.orientation.m02);
                Pi.set(t[4], o.orientation.m03, o.orientation.m04, o.orientation.m05);
                Pi.set(t[5], o.orientation.m06, o.orientation.m07, o.orientation.m08);
                for (let e = 0; e < 3; ++e) {
                  Pi.cross(t[6 + 3 * e + 0], t[e], t[3]);
                  Pi.cross(t[6 + 3 * e + 1], t[e], t[4]);
                  Pi.cross(t[6 + 3 * e + 1], t[e], t[5]);
                }
                Pi.subtract(s, r.center, r.halfExtents);
                Pi.add(n, r.center, r.halfExtents);
                !function(t, e, i) {
                  Pi.set(i[0], t.x, e.y, e.z);
                  Pi.set(i[1], t.x, e.y, t.z);
                  Pi.set(i[2], t.x, t.y, e.z);
                  Pi.set(i[3], t.x, t.y, t.z);
                  Pi.set(i[4], e.x, e.y, e.z);
                  Pi.set(i[5], e.x, e.y, t.z);
                  Pi.set(i[6], e.x, t.y, e.z);
                  Pi.set(i[7], e.x, t.y, t.z);
                }(s, n, e);
                Ba(o.center, o.halfExtents, t[3], t[4], t[5], i);
                for (let s = 0; s < 15; ++s) {
                  const n = Da(e, t[s]);
                  const r = Da(i, t[s]);
                  if (r[0] > n[1] || n[0] > r[1]) return 0;
                }
                return 1;
              };
            }();
            const Oa = function(t, e) {
              const i = t.halfExtents.x * Math.abs(e.n.x) + t.halfExtents.y * Math.abs(e.n.y) + t.halfExtents.z * Math.abs(e.n.z);
              const s = Pi.dot(e.n, t.center);
              return s + i < e.d ? -1 : s - i > e.d ? 0 : 1;
            };
            const Na = function(t, e) {
              for (let i = 0; i < e.planes.length; i++) if (-1 === Oa(t, e.planes[i])) return 0;
              return 1;
            };
            const La = function() {
              const t = new Array(8);
              let e = 0;
              let i = 0;
              for (let e = 0; e < t.length; e++) t[e] = new Pi(0, 0, 0);
              return function(s, n) {
                let r = 0;
                let o = !1;
                for (let t = 0; t < n.planes.length; t++) {
                  r = Oa(s, n.planes[t]);
                  if (-1 === r) return 0;
                  1 === r && (o = !0);
                }
                if (!o) return 1;
                for (let e = 0; e < n.vertices.length; e++) Pi.subtract(t[e], n.vertices[e], s.center);
                e = 0, i = 0;
                for (let r = 0; r < n.vertices.length; r++) t[r].x > s.halfExtents.x ? e++ : t[r].x < -s.halfExtents.x && i++;
                if (e === n.vertices.length || i === n.vertices.length) return 0;
                e = 0;
                i = 0;
                for (let r = 0; r < n.vertices.length; r++) t[r].y > s.halfExtents.y ? e++ : t[r].y < -s.halfExtents.y && i++;
                if (e === n.vertices.length || i === n.vertices.length) return 0;
                e = 0;
                i = 0;
                for (let r = 0; r < n.vertices.length; r++) t[r].z > s.halfExtents.z ? e++ : t[r].z < -s.halfExtents.z && i++;
                return e === n.vertices.length || i === n.vertices.length ? 0 : 1;
              };
            }();
            const Fa = function() {
              const t = new Pi(0, 0, 0);
              const e = new Fi;
              return function(i, s) {
                Pi.subtract(t, s, i.center);
                Pi.transformMat3(t, t, Fi.transpose(e, i.orientation));
                return n = t, r = i.halfExtents, Math.abs(n.x) < r.x && Math.abs(n.y) < r.y && Math.abs(n.z) < r.z;
                var n, r;
              };
            }();
            const Va = function() {
              const t = function(t, e, i, s) {
                return Math.abs(t.x * e + t.y * i + t.z * s);
              };
              return function(e, i) {
                const s = e.halfExtents.x * t(i.n, e.orientation.m00, e.orientation.m01, e.orientation.m02) + e.halfExtents.y * t(i.n, e.orientation.m03, e.orientation.m04, e.orientation.m05) + e.halfExtents.z * t(i.n, e.orientation.m06, e.orientation.m07, e.orientation.m08);
                const n = Pi.dot(i.n, e.center);
                return n + s < i.d ? -1 : n - s > i.d ? 0 : 1;
              };
            }();
            const ka = function(t, e) {
              for (let i = 0; i < e.planes.length; i++) if (-1 === Va(t, e.planes[i])) return 0;
              return 1;
            };
            const Ua = function() {
              const t = new Array(8);
              let e = 0;
              let i = 0;
              let s = 0;
              for (let e = 0; e < t.length; e++) t[e] = new Pi(0, 0, 0);
              const n = function(t, e, i, s) {
                return t.x * e + t.y * i + t.z * s;
              };
              return function(r, o) {
                let a = 0;
                let l = !1;
                for (let t = 0; t < o.planes.length; t++) {
                  a = Va(r, o.planes[t]);
                  if (-1 === a) return 0;
                  1 === a && (l = !0);
                }
                if (!l) return 1;
                for (let e = 0; e < o.vertices.length; e++) Pi.subtract(t[e], o.vertices[e], r.center);
                i = 0, s = 0;
                for (let a = 0; a < o.vertices.length; a++) {
                  e = n(t[a], r.orientation.m00, r.orientation.m01, r.orientation.m02);
                  e > r.halfExtents.x ? i++ : e < -r.halfExtents.x && s++;
                }
                if (i === o.vertices.length || s === o.vertices.length) return 0;
                i = 0;
                s = 0;
                for (let a = 0; a < o.vertices.length; a++) {
                  e = n(t[a], r.orientation.m03, r.orientation.m04, r.orientation.m05);
                  e > r.halfExtents.y ? i++ : e < -r.halfExtents.y && s++;
                }
                if (i === o.vertices.length || s === o.vertices.length) return 0;
                i = 0;
                s = 0;
                for (let a = 0; a < o.vertices.length; a++) {
                  e = n(t[a], r.orientation.m06, r.orientation.m07, r.orientation.m08);
                  e > r.halfExtents.z ? i++ : e < -r.halfExtents.z && s++;
                }
                return i === o.vertices.length || s === o.vertices.length ? 0 : 1;
              };
            }();
            const Ga = function() {
              const t = new Array(15);
              for (let e = 0; e < 15; e++) t[e] = new Pi(0, 0, 0);
              const e = new Array(8);
              const i = new Array(8);
              for (let t = 0; t < 8; t++) {
                e[t] = new Pi(0, 0, 0);
                i[t] = new Pi(0, 0, 0);
              }
              return function(s, n) {
                Pi.set(t[0], s.orientation.m00, s.orientation.m01, s.orientation.m02);
                Pi.set(t[1], s.orientation.m03, s.orientation.m04, s.orientation.m05);
                Pi.set(t[2], s.orientation.m06, s.orientation.m07, s.orientation.m08);
                Pi.set(t[3], n.orientation.m00, n.orientation.m01, n.orientation.m02);
                Pi.set(t[4], n.orientation.m03, n.orientation.m04, n.orientation.m05);
                Pi.set(t[5], n.orientation.m06, n.orientation.m07, n.orientation.m08);
                for (let e = 0; e < 3; ++e) {
                  Pi.cross(t[6 + 3 * e + 0], t[e], t[3]);
                  Pi.cross(t[6 + 3 * e + 1], t[e], t[4]);
                  Pi.cross(t[6 + 3 * e + 2], t[e], t[5]);
                }
                Ba(s.center, s.halfExtents, t[0], t[1], t[2], e);
                Ba(n.center, n.halfExtents, t[3], t[4], t[5], i);
                for (let s = 0; s < 15; ++s) {
                  const n = Da(e, t[s]);
                  const r = Da(i, t[s]);
                  if (r[0] > n[1] || n[0] > r[1]) return 0;
                }
                return 1;
              };
            }();
            const za = function() {
              const t = new ua;
              const e = new Pi;
              const i = new Pi;
              const s = new Pi;
              const n = new Array(8);
              for (let t = 0; t < 8; t++) n[t] = new Pi;
              const r = new Array(8);
              for (let t = 0; t < 8; t++) r[t] = new Pi;
              return function(o, a) {
                if (0 === Pi.squaredDistance(a.ellipseCenter0, a.ellipseCenter1)) {
                  t.radius = a.radius;
                  t.center.set(a.ellipseCenter0);
                  return Za.sphereOBB(t, o);
                }
                {
                  e.x = o.orientation.m00;
                  e.y = o.orientation.m01;
                  e.z = o.orientation.m02;
                  i.x = o.orientation.m03;
                  i.y = o.orientation.m04;
                  i.z = o.orientation.m05;
                  s.x = o.orientation.m06;
                  s.y = o.orientation.m07;
                  s.z = o.orientation.m08;
                  Ba(o.center, o.halfExtents, e, i, s, n);
                  const t = r;
                  const l = Pi.copy(t[0], e);
                  const h = Pi.copy(t[1], i);
                  const c = Pi.copy(t[2], s);
                  Pi.subtract(t[3], a.center, o.center).normalize();
                  const u = Pi.subtract(t[4], a.ellipseCenter0, a.ellipseCenter1);
                  u.normalize();
                  Pi.cross(t[5], l, u);
                  Pi.cross(t[6], h, u);
                  Pi.cross(t[7], c, u);
                  for (let e = 0; e < 8; ++e) {
                    const i = Da(n, t[e]);
                    const s = Pi.dot(t[e], a.ellipseCenter0);
                    const r = Pi.dot(t[e], a.ellipseCenter1);
                    const o = Math.max(s, r);
                    const l = Math.min(s, r) - a.radius;
                    const h = o + a.radius;
                    if (l > i[1] || i[0] > h) return 0;
                  }
                  return 1;
                }
              };
            }();
            const Ha = function(t, e) {
              const i = Pi.dot(e.n, t.center);
              const s = t.radius * e.n.length();
              return i + s < e.d ? -1 : i - s > e.d ? 0 : 1;
            };
            const ja = function(t, e) {
              for (let i = 0; i < e.planes.length; i++) if (-1 === Ha(t, e.planes[i])) return 0;
              return 1;
            };
            const Xa = function() {
              const t = new Pi(0, 0, 0);
              const e = [ 1, -1, 1, -1, 1, -1 ];
              return function(i, s) {
                for (let n = 0; n < 6; n++) {
                  const r = s.planes[n];
                  const o = i.radius;
                  const a = i.center;
                  const l = r.n;
                  const h = r.d;
                  const c = Pi.dot(l, a);
                  if (c + o < h) return 0;
                  if (!(c - o > h)) {
                    Pi.add(t, a, Pi.multiplyScalar(t, l, o));
                    for (let i = 0; i < 6; i++) {
                      if (i === n || i === n + e[n]) continue;
                      const r = s.planes[i];
                      if (Pi.dot(r.n, t) < r.d) return 0;
                    }
                  }
                }
                return 1;
              };
            }();
            const Wa = function(t, e) {
              const i = t.radius + e.radius;
              return Pi.squaredDistance(t.center, e.center) < i * i;
            };
            const Ya = function() {
              const t = new Pi;
              return function(e, i) {
                ta(t, e.center, i);
                return Pi.squaredDistance(e.center, t) < e.radius * e.radius;
              };
            }();
            const qa = function() {
              const t = new Pi;
              return function(e, i) {
                ea(t, e.center, i);
                return Pi.squaredDistance(e.center, t) < e.radius * e.radius;
              };
            }();
            const Ka = function() {
              const t = new Pi;
              const e = new Pi;
              return function(i, s) {
                const n = i.radius + s.radius;
                const r = n * n;
                const o = Pi.squaredDistance(s.ellipseCenter0, s.ellipseCenter1);
                if (0 === o) return Pi.squaredDistance(i.center, s.center) < r;
                {
                  Pi.subtract(t, i.center, s.ellipseCenter0);
                  Pi.subtract(e, s.ellipseCenter1, s.ellipseCenter0);
                  const n = Pi.dot(t, e) / o;
                  if (n < 0) return Pi.squaredDistance(i.center, s.ellipseCenter0) < r;
                  if (n > 1) return Pi.squaredDistance(i.center, s.ellipseCenter1) < r;
                  Pi.scaleAndAdd(t, s.ellipseCenter0, e, n);
                  return Pi.squaredDistance(i.center, t) < r;
                }
              };
            }();
            const Ja = function() {
              const t = new Pi;
              const e = new Pi;
              const i = new Pi;
              const s = new Pi;
              const n = new Pi;
              const r = new Pi;
              return function(o, a) {
                const l = Pi.subtract(t, o.ellipseCenter1, o.ellipseCenter0);
                const h = Pi.subtract(e, a.ellipseCenter1, a.ellipseCenter0);
                const c = Pi.subtract(i, o.ellipseCenter0, a.ellipseCenter0);
                const u = Pi.dot(l, l);
                const _ = Pi.dot(l, h);
                const d = Pi.dot(h, h);
                const p = Pi.dot(l, c);
                const m = Pi.dot(h, c);
                const f = u * d - _ * _;
                let g;
                let y = f;
                let b;
                let S = f;
                if (f < hi) {
                  g = 0;
                  y = 1;
                  b = m;
                  S = d;
                } else {
                  g = _ * m - d * p;
                  b = u * m - _ * p;
                  if (g < 0) {
                    g = 0;
                    b = m;
                    S = d;
                  } else if (g > y) {
                    g = y;
                    b = m + _;
                    S = d;
                  }
                }
                if (b < 0) {
                  b = 0;
                  if (-p < 0) g = 0; else if (-p > u) g = y; else {
                    g = -p;
                    y = u;
                  }
                } else if (b > S) {
                  b = S;
                  if (-p + _ < 0) g = 0; else if (-p + _ > u) g = y; else {
                    g = -p + _;
                    y = u;
                  }
                }
                const A = Math.abs(g) < hi ? 0 : g / y;
                const T = Math.abs(b) < hi ? 0 : b / S;
                const v = s;
                v.set(c);
                v.add(Pi.multiplyScalar(n, l, A));
                v.subtract(Pi.multiplyScalar(r, h, T));
                const E = o.radius + a.radius;
                return v.lengthSqr() < E * E;
              };
            }();
            const Za = {
              raySphere: fa,
              rayAABB: ga,
              rayOBB: ba,
              rayPlane: pa,
              rayTriangle: ma,
              rayCapsule: Sa,
              raySubMesh: Aa,
              rayMesh: Ta,
              rayModel: va,
              lineSphere: Ia,
              lineAABB: wa,
              lineOBB: Ra,
              linePlane: Ea,
              lineTriangle: Ca,
              sphereWithSphere: Wa,
              sphereAABB: Ya,
              sphereOBB: qa,
              spherePlane: Ha,
              sphereFrustum: ja,
              sphereFrustumAccurate: Xa,
              sphereCapsule: Ka,
              aabbWithAABB: Ma,
              aabbWithOBB: Pa,
              aabbPlane: Oa,
              aabbFrustum: Na,
              aabbFrustumAccurate: La,
              obbWithOBB: Ga,
              obbPlane: Va,
              obbFrustum: ka,
              obbFrustumAccurate: Ua,
              obbPoint: Fa,
              obbCapsule: za,
              aabbFrustumCompletelyInside: function(t, e) {
                for (let i = 0; i < e.planes.length; i++) if (0 !== Oa(t, e.planes[i])) return 0;
                return 1;
              },
              capsuleWithCapsule: Ja,
              resolve(t, e, i = null) {
                const s = t._type;
                const n = e._type;
                const r = this[s | n];
                return s < n ? r(t, e, i) : r(e, t, i);
              }
            };
            Za[sa.SHAPE_RAY | sa.SHAPE_SPHERE] = fa;
            Za[sa.SHAPE_RAY | sa.SHAPE_AABB] = ga;
            Za[sa.SHAPE_RAY | sa.SHAPE_OBB] = ba;
            Za[sa.SHAPE_RAY | sa.SHAPE_PLANE] = pa;
            Za[sa.SHAPE_RAY | sa.SHAPE_TRIANGLE] = ma;
            Za[sa.SHAPE_RAY | sa.SHAPE_CAPSULE] = Sa;
            Za[sa.SHAPE_LINE | sa.SHAPE_SPHERE] = Ia;
            Za[sa.SHAPE_LINE | sa.SHAPE_AABB] = wa;
            Za[sa.SHAPE_LINE | sa.SHAPE_OBB] = Ra;
            Za[sa.SHAPE_LINE | sa.SHAPE_PLANE] = Ea;
            Za[sa.SHAPE_LINE | sa.SHAPE_TRIANGLE] = Ca;
            Za[sa.SHAPE_SPHERE] = Wa;
            Za[sa.SHAPE_SPHERE | sa.SHAPE_AABB] = Ya;
            Za[sa.SHAPE_SPHERE | sa.SHAPE_OBB] = qa;
            Za[sa.SHAPE_SPHERE | sa.SHAPE_PLANE] = Ha;
            Za[sa.SHAPE_SPHERE | sa.SHAPE_FRUSTUM] = ja;
            Za[sa.SHAPE_SPHERE | sa.SHAPE_FRUSTUM_ACCURATE] = Xa;
            Za[sa.SHAPE_SPHERE | sa.SHAPE_CAPSULE] = Ka;
            Za[sa.SHAPE_AABB] = Ma;
            Za[sa.SHAPE_AABB | sa.SHAPE_OBB] = Pa;
            Za[sa.SHAPE_AABB | sa.SHAPE_PLANE] = Oa;
            Za[sa.SHAPE_AABB | sa.SHAPE_FRUSTUM] = Na;
            Za[sa.SHAPE_AABB | sa.SHAPE_FRUSTUM_ACCURATE] = La;
            Za[sa.SHAPE_OBB] = Ga;
            Za[sa.SHAPE_OBB | sa.SHAPE_PLANE] = Va;
            Za[sa.SHAPE_OBB | sa.SHAPE_FRUSTUM] = ka;
            Za[sa.SHAPE_OBB | sa.SHAPE_FRUSTUM_ACCURATE] = Ua;
            Za[sa.SHAPE_OBB | sa.SHAPE_CAPSULE] = za;
            Za[sa.SHAPE_CAPSULE] = Ja;
            W(na.prototype, "line", [ {
              name: "mag",
              newName: "len"
            }, {
              name: "magnitude",
              newName: "len"
            } ]);
            Y(Za, "intersect", [ {
              name: "line_quad"
            } ]);
            const Qa = new Pi(0, 0, 0);
            const $a = new Pi(0, 0, 0);
            const tl = m.mat4();
            const el = m.v4();
            class il {
              static create(t, e, i, s) {
                return new il(t, e, i, s);
              }
              static clone(t) {
                return new il(t.n.x, t.n.y, t.n.z, t.d);
              }
              static copy(t, e) {
                Pi.copy(t.n, e.n);
                t.d = e.d;
                return t;
              }
              static fromPoints(t, e, i, s) {
                Pi.subtract(Qa, i, e);
                Pi.subtract($a, s, e);
                Pi.normalize(t.n, Pi.cross(t.n, Qa, $a));
                t.d = Pi.dot(t.n, e);
                return t;
              }
              static set(t, e, i, s, n) {
                t.n.x = e;
                t.n.y = i;
                t.n.z = s;
                t.d = n;
                return t;
              }
              static fromNormalAndPoint(t, e, i) {
                Pi.copy(t.n, e);
                t.d = Pi.dot(e, i);
                return t;
              }
              static normalize(t, e) {
                const i = e.n.length();
                Pi.normalize(t.n, e.n);
                i > 0 && (t.d = e.d / i);
                return t;
              }
              get type() {
                return this._type;
              }
              set x(t) {
                this.n.x = t;
              }
              get x() {
                return this.n.x;
              }
              set y(t) {
                this.n.y = t;
              }
              get y() {
                return this.n.y;
              }
              set z(t) {
                this.n.z = t;
              }
              get z() {
                return this.n.z;
              }
              set w(t) {
                this.d = t;
              }
              get w() {
                return this.d;
              }
              constructor(t = 0, e = 1, i = 0, s = 0) {
                this.n = void 0;
                this.d = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_PLANE;
                this.n = new Pi(t, e, i);
                this.d = s;
              }
              transform(t) {
                qi.invert(tl, t);
                qi.transpose(tl, tl);
                is.set(el, this.n.x, this.n.y, this.n.z, this.d);
                is.transformMat4(el, el, tl);
                Pi.set(this.n, el.x, el.y, el.z);
                this.d = el.w;
              }
            }
            const sl = new Pi;
            const nl = new Pi;
            const rl = new Pi;
            const ol = new Pi;
            const al = new Fi;
            const ll = (t, e, i) => {
              al.m00 = Math.abs(i.m00);
              al.m01 = Math.abs(i.m01);
              al.m02 = Math.abs(i.m02);
              al.m03 = Math.abs(i.m04);
              al.m04 = Math.abs(i.m05);
              al.m05 = Math.abs(i.m06);
              al.m06 = Math.abs(i.m08);
              al.m07 = Math.abs(i.m09);
              al.m08 = Math.abs(i.m10);
              Pi.transformMat3(t, e, al);
            };
            class hl {
              static create(t, e, i, s, n, r) {
                return new hl(t, e, i, s, n, r);
              }
              static clone(t) {
                return new hl(t.center.x, t.center.y, t.center.z, t.halfExtents.x, t.halfExtents.y, t.halfExtents.z);
              }
              static copy(t, e) {
                Pi.copy(t.center, e.center);
                Pi.copy(t.halfExtents, e.halfExtents);
                return t;
              }
              static fromPoints(t, e, i) {
                Pi.add(sl, i, e);
                Pi.subtract(nl, i, e);
                Pi.multiplyScalar(t.center, sl, .5);
                Pi.multiplyScalar(t.halfExtents, nl, .5);
                return t;
              }
              static set(t, e, i, s, n, r, o) {
                t.center.set(e, i, s);
                t.halfExtents.set(n, r, o);
                return t;
              }
              static merge(t, e, i) {
                Pi.subtract(sl, e.center, e.halfExtents);
                Pi.subtract(nl, i.center, i.halfExtents);
                Pi.add(rl, e.center, e.halfExtents);
                Pi.add(ol, i.center, i.halfExtents);
                Pi.max(ol, rl, ol);
                Pi.min(rl, sl, nl);
                return hl.fromPoints(t, rl, ol);
              }
              static toBoundingSphere(t, e) {
                t.center.set(e.center);
                t.radius = e.halfExtents.length();
                return t;
              }
              static transform(t, e, i) {
                Pi.transformMat4(t.center, e.center, i);
                ll(t.halfExtents, e.halfExtents, i);
                return t;
              }
              get type() {
                return this._type;
              }
              constructor(t = 0, e = 0, i = 0, s = 1, n = 1, r = 1) {
                this.center = void 0;
                this.halfExtents = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_AABB;
                this.center = new Pi(t, e, i);
                this.halfExtents = new Pi(s, n, r);
              }
              getBoundary(t, e) {
                Pi.subtract(t, this.center, this.halfExtents);
                Pi.add(e, this.center, this.halfExtents);
              }
              transform(t, e, i, s, n) {
                Pi.transformMat4(n.center, this.center, t);
                ll(n.halfExtents, this.halfExtents, t);
              }
              clone() {
                return hl.clone(this);
              }
              copy(t) {
                return hl.copy(this, t);
              }
              mergePoint(t) {
                this.getBoundary(sl, nl);
                t.x < sl.x && (sl.x = t.x);
                t.y < sl.y && (sl.y = t.y);
                t.z < sl.z && (sl.z = t.z);
                t.x > nl.x && (nl.x = t.x);
                t.y > nl.y && (nl.y = t.y);
                t.z > nl.z && (nl.z = t.z);
                Pi.add(rl, sl, nl);
                this.center.set(Pi.multiplyScalar(rl, rl, .5));
                this.halfExtents.set(nl.x - rl.x, nl.y - rl.y, nl.z - rl.z);
              }
              mergePoints(t) {
                if (!(t.length < 1)) for (let e = 0; e < t.length; e++) this.mergePoint(t[e]);
              }
              mergeFrustum(t) {
                return this.mergePoints(t.vertices);
              }
            }
            const cl = new Pi;
            const ul = new Pi;
            const _l = new Fi;
            class dl {
              static create(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p) {
                return new dl(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p);
              }
              static clone(t) {
                return new dl(t.center.x, t.center.y, t.center.z, t.halfExtents.x, t.halfExtents.y, t.halfExtents.z, t.orientation.m00, t.orientation.m01, t.orientation.m02, t.orientation.m03, t.orientation.m04, t.orientation.m05, t.orientation.m06, t.orientation.m07, t.orientation.m08);
              }
              static copy(t, e) {
                Pi.copy(t.center, e.center);
                Pi.copy(t.halfExtents, e.halfExtents);
                Fi.copy(t.orientation, e.orientation);
                return t;
              }
              static fromPoints(t, e, i) {
                Pi.multiplyScalar(t.center, Pi.add(cl, e, i), .5);
                Pi.multiplyScalar(t.halfExtents, Pi.subtract(ul, i, e), .5);
                Fi.identity(t.orientation);
                return t;
              }
              static set(t, e, i, s, n, r, o, a, l, h, c, u, _, d, p, m) {
                Pi.set(t.center, e, i, s);
                Pi.set(t.halfExtents, n, r, o);
                Fi.set(t.orientation, a, l, h, c, u, _, d, p, m);
                return t;
              }
              get type() {
                return this._type;
              }
              constructor(t = 0, e = 0, i = 0, s = 1, n = 1, r = 1, o = 1, a = 0, l = 0, h = 0, c = 1, u = 0, _ = 0, d = 0, p = 1) {
                this.center = void 0;
                this.halfExtents = void 0;
                this.orientation = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_OBB;
                this.center = new Pi(t, e, i);
                this.halfExtents = new Pi(s, n, r);
                this.orientation = new Fi(o, a, l, h, c, u, _, d, p);
              }
              getBoundary(t, e) {
                ((t, e, i) => {
                  _l.m00 = Math.abs(i.m00);
                  _l.m01 = Math.abs(i.m01);
                  _l.m02 = Math.abs(i.m02);
                  _l.m03 = Math.abs(i.m03);
                  _l.m04 = Math.abs(i.m04);
                  _l.m05 = Math.abs(i.m05);
                  _l.m06 = Math.abs(i.m06);
                  _l.m07 = Math.abs(i.m07);
                  _l.m08 = Math.abs(i.m08);
                  Pi.transformMat3(t, e, _l);
                })(cl, this.halfExtents, this.orientation);
                Pi.subtract(t, this.center, cl);
                Pi.add(e, this.center, cl);
              }
              transform(t, e, i, s, n) {
                Pi.transformMat4(n.center, this.center, t);
                Fi.fromQuat(n.orientation, i);
                Pi.multiply(n.halfExtents, this.halfExtents, s);
              }
              translateAndRotate(t, e, i) {
                Pi.transformMat4(i.center, this.center, t);
                Fi.fromQuat(i.orientation, e);
              }
              setScale(t, e) {
                Pi.multiply(e.halfExtents, this.halfExtents, t);
              }
            }
            class pl {
              get type() {
                return this._type;
              }
              constructor(t = .5, e = .5, i = 1) {
                this._type = void 0;
                this.radius = void 0;
                this.halfHeight = void 0;
                this.axis = void 0;
                this.center = void 0;
                this.rotation = void 0;
                this.ellipseCenter0 = void 0;
                this.ellipseCenter1 = void 0;
                this._type = sa.SHAPE_CAPSULE;
                this.radius = t;
                this.halfHeight = e;
                this.axis = i;
                this.center = new Pi;
                this.rotation = new Ui;
                this.ellipseCenter0 = new Pi(0, e, 0);
                this.ellipseCenter1 = new Pi(0, -e, 0);
                this.updateCache();
              }
              transform(t, e, i, s, n) {
                const r = s;
                const o = wi(r);
                n.radius = this.radius * Math.abs(o);
                let a = (this.halfHeight + this.radius) * Math.abs(r.y) - n.radius;
                a < 0 && (a = 0);
                n.halfHeight = a;
                Pi.transformMat4(n.center, this.center, t);
                Ui.multiply(n.rotation, this.rotation, i);
                n.updateCache();
              }
              updateCache() {
                this.updateLocalCenter();
                Pi.transformQuat(this.ellipseCenter0, this.ellipseCenter0, this.rotation);
                Pi.transformQuat(this.ellipseCenter1, this.ellipseCenter1, this.rotation);
                this.ellipseCenter0.add(this.center);
                this.ellipseCenter1.add(this.center);
              }
              updateLocalCenter() {
                const t = this.halfHeight;
                switch (this.axis) {
                 case 0:
                  this.ellipseCenter0.set(t, 0, 0);
                  this.ellipseCenter1.set(-t, 0, 0);
                  break;

                 case 1:
                  this.ellipseCenter0.set(0, t, 0);
                  this.ellipseCenter1.set(0, -t, 0);
                  break;

                 case 2:
                  this.ellipseCenter0.set(0, 0, t);
                  this.ellipseCenter1.set(0, 0, -t);
                }
              }
            }
            const ml = new Array(8);
            ml[0] = new Pi(1, 1, 1);
            ml[1] = new Pi(-1, 1, 1);
            ml[2] = new Pi(-1, -1, 1);
            ml[3] = new Pi(1, -1, 1);
            ml[4] = new Pi(1, 1, -1);
            ml[5] = new Pi(-1, 1, -1);
            ml[6] = new Pi(-1, -1, -1);
            ml[7] = new Pi(1, -1, -1);
            const fl = new Pi;
            const gl = new Pi;
            const yl = new Pi;
            class bl {
              static createFromAABB(t, e) {
                const i = new Pi;
                const s = new Pi;
                Pi.subtract(i, e.center, e.halfExtents);
                Pi.add(s, e.center, e.halfExtents);
                t.vertices[0].set(i.x, s.y, i.z);
                t.vertices[1].set(s.x, s.y, i.z);
                t.vertices[2].set(s.x, i.y, i.z);
                t.vertices[3].set(i.x, i.y, i.z);
                t.vertices[4].set(i.x, s.y, s.z);
                t.vertices[5].set(s.x, s.y, s.z);
                t.vertices[6].set(s.x, i.y, s.z);
                t.vertices[7].set(i.x, i.y, s.z);
                if (t._type !== sa.SHAPE_FRUSTUM_ACCURATE) return t;
                t.updatePlanes();
                return t;
              }
              static split(t, e, i, s, n) {
                const r = Math.tan(.5 * e.fov);
                const o = r * e.aspect;
                fl.set(s * o, s * r, s);
                gl.set(n * o, n * r, n);
                const a = t.vertices;
                yl.set(fl.x, fl.y, fl.z);
                Pi.transformMat4(a[0], yl, i);
                yl.set(-fl.x, fl.y, fl.z);
                Pi.transformMat4(a[1], yl, i);
                yl.set(-fl.x, -fl.y, fl.z);
                Pi.transformMat4(a[2], yl, i);
                yl.set(fl.x, -fl.y, fl.z);
                Pi.transformMat4(a[3], yl, i);
                yl.set(gl.x, gl.y, gl.z);
                Pi.transformMat4(a[4], yl, i);
                yl.set(-gl.x, gl.y, gl.z);
                Pi.transformMat4(a[5], yl, i);
                yl.set(-gl.x, -gl.y, gl.z);
                Pi.transformMat4(a[6], yl, i);
                yl.set(gl.x, -gl.y, gl.z);
                Pi.transformMat4(a[7], yl, i);
                t.updatePlanes();
                return t;
              }
              static create() {
                return new bl;
              }
              static clone(t) {
                return bl.copy(new bl, t);
              }
              static copy(t, e) {
                t._type = e.type;
                for (let i = 0; i < 6; ++i) il.copy(t.planes[i], e.planes[i]);
                for (let i = 0; i < 8; ++i) Pi.copy(t.vertices[i], e.vertices[i]);
                return t;
              }
              set accurate(t) {
                this._type = t ? sa.SHAPE_FRUSTUM_ACCURATE : sa.SHAPE_FRUSTUM;
              }
              get type() {
                return this._type;
              }
              constructor() {
                this.planes = void 0;
                this.vertices = void 0;
                this._type = void 0;
                this._type = sa.SHAPE_FRUSTUM;
                this.planes = new Array(6);
                for (let t = 0; t < 6; ++t) this.planes[t] = il.create(0, 0, 0, 0);
                this.vertices = new Array(8);
                for (let t = 0; t < 8; ++t) this.vertices[t] = new Pi;
              }
              update(t, e) {
                Pi.set(this.planes[0].n, t.m03 + t.m00, t.m07 + t.m04, t.m11 + t.m08);
                this.planes[0].d = -(t.m15 + t.m12);
                Pi.set(this.planes[1].n, t.m03 - t.m00, t.m07 - t.m04, t.m11 - t.m08);
                this.planes[1].d = -(t.m15 - t.m12);
                Pi.set(this.planes[2].n, t.m03 + t.m01, t.m07 + t.m05, t.m11 + t.m09);
                this.planes[2].d = -(t.m15 + t.m13);
                Pi.set(this.planes[3].n, t.m03 - t.m01, t.m07 - t.m05, t.m11 - t.m09);
                this.planes[3].d = -(t.m15 - t.m13);
                Pi.set(this.planes[4].n, t.m03 + t.m02, t.m07 + t.m06, t.m11 + t.m10);
                this.planes[4].d = -(t.m15 + t.m14);
                Pi.set(this.planes[5].n, t.m03 - t.m02, t.m07 - t.m06, t.m11 - t.m10);
                this.planes[5].d = -(t.m15 - t.m14);
                if (this._type === sa.SHAPE_FRUSTUM_ACCURATE) {
                  for (let t = 0; t < 6; t++) {
                    const e = this.planes[t];
                    const i = 1 / e.n.length();
                    Pi.multiplyScalar(e.n, e.n, i);
                    e.d *= i;
                  }
                  for (let t = 0; t < 8; t++) Pi.transformMat4(this.vertices[t], ml[t], e);
                }
              }
              transform(t) {
                if (this._type === sa.SHAPE_FRUSTUM_ACCURATE) {
                  for (let e = 0; e < 8; e++) Pi.transformMat4(this.vertices[e], this.vertices[e], t);
                  this.updatePlanes();
                }
              }
              zero() {
                for (let t = 0; t < 8; t++) this.vertices[t].set(0, 0, 0);
                this.updatePlanes();
              }
              updatePlanes() {
                il.fromPoints(this.planes[0], this.vertices[1], this.vertices[6], this.vertices[5]);
                il.fromPoints(this.planes[1], this.vertices[3], this.vertices[4], this.vertices[7]);
                il.fromPoints(this.planes[2], this.vertices[6], this.vertices[3], this.vertices[7]);
                il.fromPoints(this.planes[3], this.vertices[0], this.vertices[5], this.vertices[4]);
                il.fromPoints(this.planes[4], this.vertices[2], this.vertices[0], this.vertices[3]);
                il.fromPoints(this.planes[5], this.vertices[7], this.vertices[5], this.vertices[6]);
              }
            }
            bl.createOrtho = (t, e, i, s, n, r) => {
              const o = e / 2;
              const a = i / 2;
              Pi.set(yl, o, a, -s);
              Pi.transformMat4(t.vertices[0], yl, r);
              Pi.set(yl, -o, a, -s);
              Pi.transformMat4(t.vertices[1], yl, r);
              Pi.set(yl, -o, -a, -s);
              Pi.transformMat4(t.vertices[2], yl, r);
              Pi.set(yl, o, -a, -s);
              Pi.transformMat4(t.vertices[3], yl, r);
              Pi.set(yl, o, a, -n);
              Pi.transformMat4(t.vertices[4], yl, r);
              Pi.set(yl, -o, a, -n);
              Pi.transformMat4(t.vertices[5], yl, r);
              Pi.set(yl, -o, -a, -n);
              Pi.transformMat4(t.vertices[6], yl, r);
              Pi.set(yl, o, -a, -n);
              Pi.transformMat4(t.vertices[7], yl, r);
              il.fromPoints(t.planes[0], t.vertices[1], t.vertices[6], t.vertices[5]);
              il.fromPoints(t.planes[1], t.vertices[3], t.vertices[4], t.vertices[7]);
              il.fromPoints(t.planes[2], t.vertices[6], t.vertices[3], t.vertices[7]);
              il.fromPoints(t.planes[3], t.vertices[0], t.vertices[5], t.vertices[4]);
              il.fromPoints(t.planes[4], t.vertices[2], t.vertices[0], t.vertices[3]);
              il.fromPoints(t.planes[5], t.vertices[7], t.vertices[5], t.vertices[6]);
            };
            let Sl;
            !function(t) {
              t[t.Default = 0] = "Default";
              t[t.Normal = 1] = "Normal";
              t[t.Loop = 2] = "Loop";
              t[t.ShouldWrap = 4] = "ShouldWrap";
              t[t.Clamp = 8] = "Clamp";
              t[t.PingPong = 22] = "PingPong";
              t[t.Reverse = 36] = "Reverse";
            }(Sl || (Sl = {}));
            let Al;
            !function(t) {
              t[t.Default = Sl.Default] = "Default";
              t[t.Normal = Sl.Normal] = "Normal";
              t[t.Reverse = Sl.Reverse] = "Reverse";
              t[t.Loop = Sl.Loop] = "Loop";
              t[t.LoopReverse = Sl.Loop | Sl.Reverse] = "LoopReverse";
              t[t.PingPong = Sl.PingPong] = "PingPong";
              t[t.PingPongReverse = Sl.PingPong | Sl.Reverse] = "PingPongReverse";
            }(Al || (Al = {}));
            he(Al);
            class Tl {
              constructor(t) {
                this.ratio = 0;
                this.time = 0;
                this.direction = 1;
                this.stopped = !0;
                this.iterations = 0;
                this.frameIndex = void 0;
                t && this.set(t);
              }
              set(t) {
                this.ratio = t.ratio;
                this.time = t.time;
                this.direction = t.direction;
                this.stopped = t.stopped;
                this.iterations = t.iterations;
                this.frameIndex = t.frameIndex;
              }
            }
            function vl(t, e, i = 1e-6) {
              let s = 0;
              let n = t.length - 1;
              let r = n >>> 1;
              for (;s <= n; r = s + n >>> 1) {
                const o = t[r];
                if (o > e + i) n = r - 1; else {
                  if (!(o < e - i)) return r;
                  s = r + 1;
                }
              }
              return ~s;
            }
            let El;
            El = Symbol.iterator;
            class Cl {
              constructor() {
                this._times = [];
                this._values = [];
              }
              get keyFramesCount() {
                return this._times.length;
              }
              get rangeMin() {
                return this._times[0];
              }
              get rangeMax() {
                return this._times[this._values.length - 1];
              }
              [El]() {
                let t = 0;
                return {
                  next: () => {
                    if (t >= this._times.length) return {
                      done: !0,
                      value: void 0
                    };
                    {
                      const e = [ this._times[t], this._values[t] ];
                      ++t;
                      return {
                        done: !1,
                        value: e
                      };
                    }
                  }
                };
              }
              keyframes() {
                return this;
              }
              times() {
                return this._times;
              }
              values() {
                return this._values;
              }
              getKeyframeTime(t) {
                return this._times[t];
              }
              getKeyframeValue(t) {
                return this._values[t];
              }
              addKeyFrame(t, e) {
                return this._insertNewKeyframe(t, e);
              }
              removeKeyframe(t) {
                this._times.splice(t, 1);
                this._values.splice(t, 1);
              }
              indexOfKeyframe(t) {
                return vl(this._times, t);
              }
              updateTime(t, e) {
                const i = this._values[t];
                this.removeKeyframe(t);
                this._insertNewKeyframe(e, i);
              }
              assignSorted(t, e) {
                if (void 0 !== e) {
                  ne(Array.isArray(t));
                  this.setKeyframes(t.slice(), e.slice());
                } else {
                  const e = Array.from(t);
                  this.setKeyframes(e.map((([t]) => t)), e.map((([, t]) => t)));
                }
              }
              clear() {
                this._times.length = 0;
                this._values.length = 0;
              }
              searchKeyframe(t) {
                return vl(this._times, t);
              }
              setKeyframes(t, e) {
                ne(t.length === e.length);
                ne(function(t) {
                  return t.every(((t, e, i) => 0 === e || t > i[e - 1] || ui(t, i[e - 1], 1e-6)));
                }(t));
                this._times = t;
                this._values = e;
              }
              _insertNewKeyframe(t, e) {
                const i = this._times;
                const s = this._values;
                const n = i.length;
                const r = vl(i, t);
                if (r >= 0) return r;
                const o = ~r;
                if (0 === o) {
                  i.unshift(t);
                  s.unshift(e);
                } else if (o === n) {
                  i.push(t);
                  s.push(e);
                } else {
                  ne(n > 1);
                  i.splice(o - 1, 0, t);
                  s.splice(o - 1, 0, e);
                }
                return o;
              }
            }
            si.fastDefine("cc.KeyframeCurve", Cl, {
              _times: [],
              _values: []
            });
            let xl;
            !function(t) {
              t[t.LINEAR = 0] = "LINEAR";
              t[t.CONSTANT = 1] = "CONSTANT";
              t[t.CUBIC = 2] = "CUBIC";
            }(xl || (xl = t("RealInterpolationMode", {})));
            let wl;
            !function(t) {
              t[t.LINEAR = 0] = "LINEAR";
              t[t.CLAMP = 1] = "CLAMP";
              t[t.LOOP = 2] = "LOOP";
              t[t.PING_PONG = 3] = "PING_PONG";
            }(wl || (wl = t("ExtrapolationMode", {})));
            let Rl;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.LEFT = 1] = "LEFT";
              t[t.RIGHT = 2] = "RIGHT";
              t[t.BOTH = 3] = "BOTH";
            }(Rl || (Rl = t("TangentWeightMode", {})));
            function Il(t) {
              return t > -1e-9 && t < 1e-9;
            }
            function Ml(t, e, i, s) {
              i && Object.defineProperty(t, e, {
                enumerable: i.enumerable,
                configurable: i.configurable,
                writable: i.writable,
                value: i.initializer ? i.initializer.call(s) : void 0
              });
            }
            function Bl(t, e, i, s, n) {
              var r = {};
              Object.keys(s).forEach((function(t) {
                r[t] = s[t];
              }));
              r.enumerable = !!r.enumerable;
              r.configurable = !!r.configurable;
              ("value" in r || r.initializer) && (r.writable = !0);
              r = i.slice().reverse().reduce((function(i, s) {
                return s(t, e, i) || i;
              }), r);
              if (n && void 0 !== r.initializer) {
                r.value = r.initializer ? r.initializer.call(n) : void 0;
                r.initializer = void 0;
              }
              if (void 0 === r.initializer) {
                Object.defineProperty(t, e, r);
                r = null;
              }
              return r;
            }
            const Dl = () => {};
            const Pl = () => Dl;
            const Ol = Nl((() => {}));
            function Nl(t) {
              return function(e) {
                return "function" == typeof e ? t(e) : function(i) {
                  return t(i, e);
                };
              };
            }
            function Ll(t) {
              return e => i => {
                !function(t, e, i) {
                  const s = Vl(t);
                  if (s) {
                    const t = kl(s, "proto");
                    kl(t, "editor")[e] = i;
                  }
                }(i, t, e);
              };
            }
            const Fl = "__ccclassCache__";
            function Vl(t, e) {
              return kl(t, Fl);
            }
            function kl(t, e) {
              return t[e] || (t[e] = {});
            }
            const Ul = Nl(((t, e) => {
              let i = ee.getSuper(t);
              i === Object && (i = null);
              const s = {
                name: e,
                extends: i,
                ctor: t
              };
              const n = t[Fl];
              if (n) {
                const e = n.proto;
                e && ee.mixin(s, e);
                t[Fl] = void 0;
              }
              return si(s);
            }));
            const Gl = Ll("requireComponent");
            const zl = Ll("executionOrder");
            const Hl = Ol;
            function jl(t, e, i) {
              let s = null;
              function n(t, e, i) {
                !function(t) {
                  Vl(t.constructor);
                }(t);
                const n = function(t, e) {
                  var i, s;
                  const n = kl(Vl(t.constructor), "proto");
                  const r = kl(n, "properties");
                  return null !== (s = r[i = e]) && void 0 !== s ? s : r[i] = {};
                }(t, e);
                t.constructor;
                !function(t, e, i, s, n, r) {
                  let o;
                  const a = r && (r.get || r.set);
                  n && (o = je(n, a));
                  const l = ee.mixin(e, o || n || {});
                  if (a) {
                    r.get && (l.get = r.get);
                    r.set && (l.set = r.set);
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                }(0, n, 0, 0, s, i);
              }
              if (void 0 === t) return jl({
                type: void 0
              });
              if (void 0 === e) {
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                return n;
              }
              n(t, e, i);
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            function Xl(t, e, i) {
              var s, n;
              const r = Vl(t.constructor);
              const o = kl(r, "proto");
              const a = kl(o, "properties");
              const l = null !== (n = a[s = e]) && void 0 !== n ? n : a[s] = {};
              l.__internalFlags |= Ye.STANDALONE;
              if (i && (i.get || i.set)) {
                i.get && (l.get = i.get);
                i.set && (l.set = i.set);
              } else t.constructor;
              return l;
            }
            const Wl = Symbol("cc:SerializationMetadata");
            const Yl = (t, e, i) => {
              Jl(Xl(t, e, i));
            };
            function ql(t) {
              return (e, i, s) => {
                const n = Xl(e, i, s);
                n.formerlySerializedAs = t;
                Jl(n);
              };
            }
            const Kl = (t, e, i) => {
              const s = Xl(t, e, i);
              s.editorOnly = !0;
              Jl(s);
            };
            function Jl(t) {
              t.__internalFlags |= Ye.IMPLICIT_SERIALIZABLE;
            }
            const Zl = Dl;
            const Ql = Ol;
            const $l = Pl;
            const th = Ol;
            const eh = Pl;
            const ih = Pl;
            const sh = Pl;
            const nh = Dl;
            const rh = Pl;
            const oh = Dl;
            const ah = Pl;
            const lh = Pl;
            const hh = Pl;
            const ch = Pl;
            const uh = Pl;
            const _h = Pl;
            const dh = Dl;
            const ph = Pl;
            const mh = Dl;
            const fh = Dl;
            const gh = Dl;
            const yh = Th(Oe);
            const bh = Th(Ne);
            const Sh = Th(Le);
            const Ah = Th(Fe);
            function Th(t) {
              return jl({
                type: t
              });
            }
            const vh = (t, e, i) => {
              Xl(t, e, i).override = !0;
            };
            class Eh {}
            const Ch = null != xh ? xh : Eh;
            var xh;
            ne("__editorExtras__" === io, "editorExtrasTag needs to be updated.");
            var wh = Object.freeze({
              __proto__: null,
              uniquelyReferenced: Zl,
              ccclass: Ul,
              property: jl,
              requireComponent: Gl,
              executionOrder: zl,
              disallowMultiple: Hl,
              allowReplicated: t => {
                si.Attr.setClassAttr(t, "replicated", "visible", !0);
              },
              executeInEditMode: Ql,
              menu: $l,
              playOnFocus: th,
              inspector: eh,
              icon: ih,
              help: sh,
              type: Th,
              integer: yh,
              float: bh,
              boolean: Sh,
              string: Ah
            });
            t("_decorator", wh);
            class Rh {
              constructor(t) {
                this._map = null;
                this._count = 0;
                if (t) {
                  this._map = t;
                  this._count = Object.keys(t).length;
                } else {
                  this._map = ee.createMap(!0);
                  this._count = 0;
                }
              }
              add(t, e) {
                t in this._map || this._count++;
                return this._map[t] = e;
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              get(t) {
                return this._map[t];
              }
              has(t) {
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              remove(t) {
                const e = this._map[t];
                if (t in this._map) {
                  delete this._map[t];
                  this._count--;
                }
                return e;
              }
              clear() {
                if (0 !== this._count) {
                  this._map = ee.createMap(!0);
                  this._count = 0;
                }
              }
              forEach(t) {
                for (const e in this._map) t(this._map[e], e);
              }
              find(t) {
                for (const e in this._map) if (t(this._map[e], e)) return this._map[e];
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              get count() {
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              destroy() {
                this._map = null;
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            }
            class Ih {
              constructor(t, e) {
                this.id = Ih._pipelineId++;
                this.name = "";
                this.pipes = [];
                this.name = t;
                for (let t = 0, i = e.length; t < i; t++) this.pipes.push(e[t]);
              }
              insert(t, e) {
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                  N(4921);
                  return this;
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                this.pipes.splice(e, 0, t);
                return this;
              }
              append(t) {
                this.pipes.push(t);
                return this;
              }
              remove(t) {
                this.pipes.splice(t, 1);
                return this;
              }
              sync(t) {
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                t.isFinish = !1;
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                  const n = (0, e[i])(t);
                  if (n) {
                    t.isFinish = !0;
                    return n;
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                  i++;
                  if (i !== s) {
                    t.input = t.output;
                    t.output = null;
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                }
                t.isFinish = !0;
                return t.output;
              }
              async(t) {
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                  t.isFinish = !1;
                  this._flow(0, t);
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              }
              _flow(t, e) {
                (0, this.pipes[t])(e, (i => {
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                    e.isFinish = !0;
                    e.dispatch("complete", i);
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                    e.output = null;
                    this._flow(t, e);
                  } else {
                    e.isFinish = !0;
                    e.dispatch("complete", i, e.output);
                  }
                }));
              }
            }
            Ih._pipelineId = 0;
            const Mh = new Rh;
            const Bh = new Rh;
            const Dh = new Rh;
            const Ph = new Rh;
            const Oh = new Ih("normal load", []);
            const Nh = new Ih("fetch", []);
            const Lh = new Ih("transform url", []);
            const Fh = new Map;
            let Vh;
            !function(t) {
              t.UUID = "uuid";
              t.PATH = "path";
              t.DIR = "dir";
              t.URL = "url";
              t.SCENE = "scene";
            }(Vh || (Vh = {}));
            const kh = {
              default: {
                priority: 0
              },
              preload: {
                maxConcurrency: 6,
                maxRequestsPerFrame: 2,
                priority: -1
              },
              scene: {
                maxConcurrency: 20,
                maxRequestsPerFrame: 20,
                priority: 1
              },
              bundle: {
                maxConcurrency: 20,
                maxRequestsPerFrame: 20,
                priority: 2
              },
              remote: {
                maxRetryCount: 4
              }
            };
            let Uh;
            !function(t) {
              t.INTERNAL = "internal";
              t.RESOURCES = "resources";
              t.MAIN = "main";
              t.START_SCENE = "start-scene";
            }(Uh || (Uh = {}));
            class Gh {
              static create(t) {
                let e;
                if (0 !== Gh._deadPool.length) {
                  e = Gh._deadPool.pop();
                  e.set(t);
                } else e = new Gh(t);
                return e;
              }
              constructor(t) {
                this.id = Gh._taskId++;
                this.onComplete = null;
                this.onProgress = null;
                this.onError = null;
                this.source = null;
                this.output = null;
                this.input = null;
                this.progress = null;
                this.options = null;
                this.isFinish = !0;
                this.set(t);
              }
              set(t = Object.create(null)) {
                this.onComplete = t.onComplete || null;
                this.onProgress = t.onProgress || null;
                this.onError = t.onError || null;
                this.source = this.input = t.input;
                this.output = null;
                this.progress = t.progress;
                this.options = t.options || Object.create(null);
              }
              dispatch(t, e, i, s, n) {
                switch (t) {
                 case "complete":
                  this.onComplete && this.onComplete(e, i);
                  break;

                 case "progress":
                  this.onProgress && this.onProgress(e, i, s, n);
                  break;

                 case "error":
                  this.onError && this.onError(e, i, s, n);
                  break;

                 default:
                  {
                    const r = `on${t[0].toUpperCase()}${t.substr(1)}`;
                    "function" == typeof this[r] && this[r](e, i, s, n);
                    break;
                  }
                }
              }
              recycle() {
                if (Gh._deadPool.length !== Gh.MAX_DEAD_NUM) {
                  this.onComplete = null;
                  this.onProgress = null;
                  this.onError = null;
                  this.source = this.output = this.input = null;
                  this.progress = null;
                  this.options = null;
                  Gh._deadPool.push(this);
                }
              }
            }
            Gh.MAX_DEAD_NUM = 500;
            Gh._taskId = 0;
            Gh._deadPool = [];
            const zh = "0123456789abcdef".split("");
            const Hh = [ "", "", "", "" ];
            const jh = Hh.concat(Hh, "-", Hh, "-", Hh, "-", Hh, "-", Hh, Hh, Hh);
            const Xh = jh.map(((t, e) => "-" === t ? NaN : e)).filter(isFinite);
            function Wh(t) {
              const e = t.split("@")[0];
              if (22 !== e.length) return t;
              jh[0] = t[0];
              jh[1] = t[1];
              for (let e = 2, i = 2; e < 22; e += 2) {
                const s = ge[t.charCodeAt(e)];
                const n = ge[t.charCodeAt(e + 1)];
                jh[Xh[i++]] = zh[s >> 2];
                jh[Xh[i++]] = zh[(3 & s) << 2 | n >> 4];
                jh[Xh[i++]] = zh[15 & n];
              }
              return t.replace(e, jh.join(""));
            }
            const Yh = /.*[/\\][0-9a-fA-F]{2}[/\\]([0-9a-fA-F-@]{8,}).*/;
            function qh(t) {
              const e = Yh.exec(t);
              return e ? e[1] : "";
            }
            function Kh(t, e) {
              (e = e || Object.create(null)).__isNative__ = e.isNative;
              e.nativeExt && (e.ext = e.nativeExt);
              const i = Ph.find((e => !!e.getAssetInfo(t)));
              i && (e.bundle = i.name);
              return Qh(t, e);
            }
            function Jh(t) {
              return !!t && (t instanceof m.SceneAsset || t instanceof m.Scene);
            }
            function Zh(t) {
              t && (46 === t.charCodeAt(0) && 47 === t.charCodeAt(1) ? t = t.slice(2) : 47 === t.charCodeAt(0) && (t = t.slice(1)));
              return t;
            }
            function Qh(t, e) {
              const i = Gh.create({
                input: t,
                options: e
              });
              const s = [];
              try {
                const t = Lh.sync(i);
                for (const e of t) {
                  const t = e.url;
                  e.recycle();
                  s.push(t);
                }
              } catch (t) {
                for (const t of i.output) t.recycle();
                x(t.message, t.stack);
              }
              i.recycle();
              return s.length > 1 ? s : s[0];
            }
            var $h = Object.freeze({
              __proto__: null,
              getUuidFromURL: qh,
              getUrlWithUuid: Kh,
              isScene: Jh,
              normalize: Zh,
              transform: Qh,
              decodeUuid: Wh
            });
            const tc = /(\.[^\.\/\?\\]*)(\?.*)?$/;
            const ec = /((.*)(\/|\\|\\\\))?(.*?\..*$)?/;
            const ic = /[^\.\/]+\/\.\.\//;
            function sc(...t) {
              let e = "";
              for (const i of t) e = (e + ("" === e ? "" : "/") + i).replace(/(\/|\\\\)$/, "");
              return e;
            }
            function nc(t) {
              const e = tc.exec(t);
              return e ? e[1] : "";
            }
            function rc(t) {
              if (t) {
                const e = t.lastIndexOf(".");
                if (-1 !== e) return t.substring(0, e);
              }
              return t;
            }
            function oc(t, e) {
              const i = t.indexOf("?");
              i > 0 && (t = t.substring(0, i));
              const s = /(\/|\\)([^\/\\]+)$/g.exec(t.replace(/(\/|\\)$/, ""));
              if (!s) return t;
              const n = s[2];
              return e && t.substring(t.length - e.length).toLowerCase() === e.toLowerCase() ? n.substring(0, n.length - e.length) : n;
            }
            function ac(t) {
              const e = ec.exec(t);
              return e ? e[2] : "";
            }
            function lc(t, e) {
              e = e || "";
              let i = t.indexOf("?");
              let s = "";
              if (i > 0) {
                s = t.substring(i);
                t = t.substring(0, i);
              }
              i = t.lastIndexOf(".");
              return i < 0 ? t + e + s : t.substring(0, i) + e + s;
            }
            function hc(t, e, i) {
              if (0 === e.indexOf(".")) return lc(t, e);
              let s = t.indexOf("?");
              let n = "";
              const r = i ? nc(t) : "";
              if (s > 0) {
                n = t.substring(s);
                t = t.substring(0, s);
              }
              s = t.lastIndexOf("/");
              s = s <= 0 ? 0 : s + 1;
              return t.substring(0, s) + e + r + n;
            }
            function cc(t) {
              let e = t = String(t);
              do {
                e = t;
                t = t.replace(ic, "");
              } while (e.length !== t.length);
              return t;
            }
            function uc(t) {
              return t.replace(/[\/\\]$/, "");
            }
            function _c() {
              return Po.os === Ro.WINDOWS ? "\\" : "/";
            }
            t("path", Object.freeze({
              __proto__: null,
              join: sc,
              extname: nc,
              mainFileName: rc,
              basename: oc,
              dirname: ac,
              changeExtname: lc,
              changeBasename: hc,
              _normalize: cc,
              stripSep: uc,
              getSeperator: _c
            }));
            function dc(t) {
              if (!t) return;
              const e = t._children;
              if (!e) return;
              const i = e.length;
              if (i) {
                t._setChildren(e);
                for (let t = 0; t < i; ++t) {
                  dc(e[t]);
                }
              }
            }
            function pc() {}
            pc.prototype.once = function(t, e, i) {
              return this.on(t, e, i, !0);
            };
            pc.prototype.targetOff = function(t) {
              this.removeAll(t);
            };
            mc = jsb.Asset, [ Ao, pc ].forEach((t => {
              Object.getOwnPropertyNames(t.prototype).forEach((e => {
                "constructor" !== e && Object.defineProperty(mc.prototype, e, Object.getOwnPropertyDescriptor(t.prototype, e));
              }));
            }));
            var mc;
            const fc = jsb.Asset.prototype;
            fc._ctor = function() {
              this._ref = 0;
              this.__nativeRefs = {};
              this.__jsb_ref_id = void 0;
              this._iN$t = null;
              this.__editorExtras__ = {
                editorOnly: !0
              };
              this._callbackTable = vt(!0);
              this._file = null;
            };
            Object.defineProperty(fc, "_nativeAsset", {
              get() {
                return this._file;
              },
              set(t) {
                this._file = t;
              }
            });
            Object.defineProperty(fc, "nativeUrl", {
              get() {
                if (!this._nativeUrl) {
                  if (!this._native) return "";
                  const t = this._native;
                  if (47 === t.charCodeAt(0)) return t.slice(1);
                  46 === t.charCodeAt(0) ? this._nativeUrl = Kh(this._uuid, {
                    nativeExt: t,
                    isNative: !0
                  }) : this._nativeUrl = Kh(this._uuid, {
                    __nativeName__: t,
                    nativeExt: nc(t),
                    isNative: !0
                  });
                }
                return this._nativeUrl;
              }
            });
            Object.defineProperty(fc, "refCount", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._ref;
              }
            });
            fc.addRef = function() {
              this._ref++;
              this.addAssetRef();
              return this;
            };
            fc.decRef = function(t = !0) {
              this.decAssetRef();
              this._ref > 0 && this._ref--;
              t && m.assetManager._releaseManager.tryRelease(this);
              return this;
            };
            fc.toString = function() {
              return this.nativeUrl;
            };
            fc.createNode = null;
            const gc = t("Asset", jsb.Asset);
            m.Asset = jsb.Asset;
            const yc = gc.prototype;
            Yl(yc, "_native");
            jl(yc, "_nativeAsset", Object.getOwnPropertyDescriptor(yc, "_nativeAsset"));
            Ul("cc.Asset")(gc);
            var bc, Sc, Ac;
            let Tc = t("Script", Ul("cc.Script")(bc = class extends gc {}) || bc);
            m._Script = Tc;
            let vc = t("JavaScript", Ul("cc.JavaScript")(Sc = class extends Tc {}) || Sc);
            m._JavaScript = vc;
            let Ec = t("TypeScript", Ul("cc.TypeScript")(Ac = class extends Tc {}) || Ac);
            m._TypeScript = Ec;
            var Cc, xc, wc, Rc, Ic, Mc, Bc, Dc, Pc, Oc, Nc, Lc, Fc;
            let Vc = t("EventHandler", (Cc = Ul("cc.ClickEvent"), xc = lh(), wc = lh(), Rc = lh(), 
            Ic = lh(), Cc(Mc = (Bc = (Fc = class t {
              constructor() {
                Ml(this, "target", Dc, this);
                Ml(this, "component", Pc, this);
                Ml(this, "_componentId", Oc, this);
                Ml(this, "handler", Nc, this);
                Ml(this, "customEventData", Lc, this);
              }
              get _componentName() {
                this._genCompIdIfNeeded();
                return this._compId2Name(this._componentId);
              }
              set _componentName(t) {
                this._componentId = this._compName2Id(t);
              }
              static emitEvents(e, ...i) {
                for (let s = 0, n = e.length; s < n; s++) {
                  const n = e[s];
                  n instanceof t && n.emit(i);
                }
              }
              emit(t) {
                const e = this.target;
                if (!m.isValid(e)) return;
                this._genCompIdIfNeeded();
                const i = m.js.getClassById(this._componentId);
                const s = e.getComponent(i);
                if (!m.isValid(s)) return;
                const n = s[this.handler];
                if ("function" == typeof n) {
                  null != this.customEventData && "" !== this.customEventData && (t = t.slice()).push(this.customEventData);
                  n.apply(s, t);
                }
              }
              _compName2Id(t) {
                const e = m.js.getClassByName(t);
                return m.js.getClassId(e);
              }
              _compId2Name(t) {
                const e = m.js.getClassById(t);
                return m.js.getClassName(e);
              }
              _genCompIdIfNeeded() {
                if (!this._componentId) {
                  this._componentName = this.component;
                  this.component = "";
                }
              }
            }, Fc), Dc = Bl(Bc.prototype, "target", [ Yl, xc ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Pc = Bl(Bc.prototype, "component", [ Yl, nh, wc ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), Oc = Bl(Bc.prototype, "_componentId", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), Nc = Bl(Bc.prototype, "handler", [ Yl, nh, Rc ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), Lc = Bl(Bc.prototype, "customEventData", [ Yl, nh, Ic ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), Bc)) || Mc));
            var kc, Uc, Gc, zc, Hc, jc, Xc, Wc, Yc, qc, Kc;
            const Jc = new ut("Comp");
            const Zc = co.Flags.IsOnLoadCalled;
            let Qc = t("Component", (kc = Ul("cc.Component"), Uc = ah(), Gc = Th(Tc), zc = lh(), 
            kc(Hc = (jc = (Kc = qc = class extends co {
              constructor(...t) {
                super(...t);
                Ml(this, "node", Xc, this);
                Ml(this, "_enabled", Wc, this);
                Ml(this, "__prefab", Yc, this);
                this._sceneGetter = null;
                this._id = Jc.getNewId();
              }
              get name() {
                if (this._name) return this._name;
                let t = Et(this);
                const e = t.lastIndexOf(".");
                e >= 0 && (t = t.slice(e + 1));
                return this.node ? `${this.node.name}<${t}>` : t;
              }
              set name(t) {
                this._name = t;
              }
              get uuid() {
                return this._id;
              }
              get __scriptAsset() {
                return null;
              }
              get enabled() {
                return this._enabled;
              }
              set enabled(t) {
                if (this._enabled !== t) {
                  this._enabled = t;
                  if (this.node.activeInHierarchy) {
                    const e = m.director._compScheduler;
                    t ? e.enableComp(this) : e.disableComp(this);
                  }
                }
              }
              get enabledInHierarchy() {
                return this._enabled && this.node && this.node.activeInHierarchy;
              }
              get _isOnLoadCalled() {
                return this._objFlags & Zc;
              }
              _getRenderScene() {
                return this._sceneGetter ? this._sceneGetter() : this.node.scene.renderScene;
              }
              addComponent(t) {
                return this.node.addComponent(t);
              }
              getComponent(t) {
                return this.node.getComponent(t);
              }
              getComponents(t) {
                return this.node.getComponents(t);
              }
              getComponentInChildren(t) {
                return this.node.getComponentInChildren(t);
              }
              getComponentsInChildren(t) {
                return this.node.getComponentsInChildren(t);
              }
              destroy() {
                if (super.destroy()) {
                  this._enabled && this.node.activeInHierarchy && m.director._compScheduler.disableComp(this);
                  return !0;
                }
                return !1;
              }
              _onPreDestroy() {
                this.unscheduleAllCallbacks();
                m.director._nodeActivator.destroyComp(this);
                this.node._removeComponent(this);
              }
              _instantiate(t) {
                t || (t = m.instantiate._clone(this, this));
                t && (t.node = null);
                return t;
              }
              schedule(t, e = 0, i = m.macro.REPEAT_FOREVER, s = 0) {
                k(t, 1619);
                k((e = e || 0) >= 0, 1620);
                i = Number.isNaN(i) ? m.macro.REPEAT_FOREVER : i;
                s = s || 0;
                const n = m.director.getScheduler();
                const r = n.isTargetPaused(this);
                n.schedule(t, this, e, i, s, r);
              }
              scheduleOnce(t, e = 0) {
                this.schedule(t, 0, 0, e);
              }
              unschedule(t) {
                t && m.director.getScheduler().unschedule(t, this);
              }
              unscheduleAllCallbacks() {
                m.director.getScheduler().unscheduleAllForTarget(this);
              }
            }, qc.EventHandler = Vc, qc.system = null, Kc), Bl(jc.prototype, "__scriptAsset", [ Uc, Gc, zc, gh ], Object.getOwnPropertyDescriptor(jc.prototype, "__scriptAsset"), jc.prototype), 
            Xc = Bl(jc.prototype, "node", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Wc = Bl(jc.prototype, "_enabled", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Yc = Bl(jc.prototype, "__prefab", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), jc)) || Hc));
            const $c = Qc.prototype;
            $c.update = null;
            $c.lateUpdate = null;
            $c.__preload = null;
            $c.onLoad = null;
            $c.start = null;
            $c.onEnable = null;
            $c.onDisable = null;
            $c.onDestroy = null;
            $c.onFocusInEditor = null;
            $c.onLostFocusInEditor = null;
            $c.resetInEditor = null;
            $c._getLocalBounds = null;
            $c.onRestore = null;
            Qc._requireComponent = null;
            Qc._executionOrder = 0;
            bt(Qc, "_registerEditorProps", ((t, e) => {
              let i = e.requireComponent;
              if (i) {
                Array.isArray(i) && (i = i.filter(Boolean));
                t._requireComponent = i;
              }
              const s = e.executionOrder;
              s && "number" == typeof s && (t._executionOrder = s);
            }));
            m.Component = Qc;
            var tu, eu, iu;
            let su = t("MissingScript", Ul("cc.MissingScript")(tu = eh()(tu = (eu = class extends Qc {
              static safeFindClass(t) {
                const e = Kt(t);
                if (e) return e;
                m.deserialize.reportMissingClass(t);
              }
              constructor() {
                super();
                Ml(this, "_$erialized", iu, this);
              }
              onLoad() {
                N(4600, this.node.name);
              }
            }, iu = Bl(eu.prototype, "_$erialized", [ Yl, Kl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), eu)) || tu) || tu);
            m._MissingScript = su;
            try {
              const t = su.__values__;
              if (0 === t.length || "_$erialized" !== t[t.length - 1]) {
                x("The '_$erialized' prop in MissingScript is missing. Please contact jare.");
                x(`    Error props: ['${t}']`);
              }
            } catch (Qo) {
              x(`Error when checking MissingScript 5, ${Qo}`);
            }
            const nu = t("serializeTag", Symbol("[[Serialize]]"));
            const ru = t("deserializeTag", Symbol("[[Deserialize]]"));
            class ou {
              constructor(t, e) {
                this._document = void 0;
                this._chunks = void 0;
                this._document = t;
                this._chunks = e;
              }
              get document() {
                return this._document;
              }
              get chunks() {
                return this._chunks;
              }
            }
            function au(t) {
              const e = t;
              return {
                chunks: e.chunks,
                document: e.document
              };
            }
            function lu(t) {
              if (t.length < 16) throw new hu(G(13102));
              const e = new DataView(t.buffer, t.byteOffset, t.byteLength);
              if (1313817411 !== e.getUint32(0, !0)) throw new hu(G(13100));
              const i = e.getUint32(4, !0);
              if (1 !== i) throw new hu(G(13101, i));
              if (e.getUint32(8, !0) !== e.byteLength) throw new hu(G(13102));
              let s = 12;
              const n = e.getUint32(s, !0);
              s += 4;
              const r = new Uint8Array(e.buffer, s + e.byteOffset, n);
              s += n;
              const o = function(t) {
                if ("undefined" != typeof TextDecoder) return (new TextDecoder).decode(t);
                if ("Buffer" in globalThis) {
                  const {Buffer: e} = globalThis;
                  return e.from(t.buffer, t.byteOffset, t.byteLength).toString();
                }
                throw new Error(G(13104));
              }(r);
              let a;
              try {
                a = JSON.parse(o);
              } catch (t) {
                throw new hu(t);
              }
              const l = [];
              for (;s < e.byteLength; ) {
                if (s % 8 != 0) {
                  s += 8 - s % 8;
                }
                const t = e.getUint32(s, !0);
                s += 4;
                l.push(new Uint8Array(e.buffer, s + e.byteOffset, t));
                s += t;
              }
              if (s !== e.byteLength) throw new hu(G(13102));
              return new ou(a, l);
            }
            class hu extends Error {}
            m.internal.parseCCONJson = au;
            m.internal.decodeCCONBinary = lu;
            m.internal.CCON = ou;
            const cu = function(t, e) {
              const i = me.test(Qt(e));
              const s = Vt(e, m._BaseNode) || Vt(e, m.Component);
              let n = !1;
              const r = [];
              let o = r;
              const a = [];
              let l = a;
              const h = [];
              (() => {
                const t = e.__values__;
                n = "_$erialized" === t[t.length - 1];
                const s = Be(e);
                for (let e = 0; e < t.length; e++) {
                  const n = t[e];
                  let c = n;
                  s[n + du] && (c = s[n + du]);
                  const u = si.getDefault(s[n + _u]);
                  const _ = s[n + uu];
                  let d = !1;
                  if (i && (void 0 !== u || _)) if (void 0 === u) d = _ instanceof Pe || _ === Je || _ === Ze; else {
                    const t = typeof u;
                    d = "string" === t || "number" === t || "boolean" === t;
                  }
                  if (i && d) {
                    c !== n && o === r && (o = r.slice());
                    r.push(n);
                    o !== r && o.push(c);
                  } else {
                    c !== n && l === a && (l = a.slice());
                    a.push(n);
                    l !== a && l.push(c);
                    h.push(u instanceof m.ValueType && u.constructor);
                  }
                }
              })();
              return (t, e, c, u) => {
                for (let t = 0; t < r.length; ++t) {
                  const i = c[o[t]];
                  void 0 !== i && (e[r[t]] = i);
                }
                for (let s = 0; s < a.length; ++s) {
                  const n = a[s];
                  const r = c[l[s]];
                  if (void 0 !== r) if ("object" != typeof r) e[n] = r; else {
                    const o = h[s];
                    o ? i || r ? t._deserializeFastDefinedObject(e[n], r, o) : e[n] = null : r ? t._deserializeAndAssignField(e, r, n) : e[n] = null;
                  }
                }
                s && c._id && (e._id = c._id);
                if (n) {
                  e._$erialized = JSON.parse(JSON.stringify(c));
                  t._fillPlainObject(e._$erialized, c);
                }
              };
            };
            const uu = "$_$type";
            const _u = "$_$default";
            const du = "$_$formerlySerializedAs";
            class pu {
              constructor(t, e, i, s, n) {
                this.deserializedList = void 0;
                this.deserializedData = void 0;
                this._ignoreEditorOnly = void 0;
                this.result = t;
                this.customEnv = s;
                this.deserializedList = [];
                this.deserializedData = null;
                this._classFinder = e;
                this._reportMissingClass = i;
                this._onDereferenced = null == e ? void 0 : e.onDereferenced;
              }
              reset(t, e, i, s, n) {
                this.result = t;
                this.customEnv = s;
                this._classFinder = e;
                this._reportMissingClass = i;
                this._onDereferenced = null == e ? void 0 : e.onDereferenced;
              }
              clear() {
                this.result = null;
                this.customEnv = null;
                this.deserializedList.length = 0;
                this.deserializedData = null;
                this._classFinder = null;
                this._reportMissingClass = null;
                this._onDereferenced = null;
              }
              deserialize(t) {
                let e = !1;
                let i;
                if (t instanceof ou) {
                  e = !0;
                  i = t.document;
                  if (t.chunks.length > 0) {
                    ne(1 === t.chunks.length);
                    this._mainBinChunk = t.chunks[0];
                  }
                } else i = t;
                this._serializedData = i;
                this._context = {
                  fromCCON: e
                };
                const s = Array.isArray(i) ? i[0] : i;
                this.deserializedData = this._deserializeObject(s, 0);
                this._serializedData = void 0;
                this._mainBinChunk = void 0;
                this._context = void 0;
                return this.deserializedData;
              }
              _deserializeObject(t, e, i, s) {
                switch (t.__type__) {
                 case "TypedArray":
                  return this._deserializeTypedArrayView(t);

                 case "TypedArrayRef":
                  return this._deserializeTypedArrayViewRef(t);

                 default:
                  return t.__type__ ? this._deserializeTypeTaggedObject(t, e, i, s) : Array.isArray(t) ? this._deserializeArray(t) : this._deserializePlainObject(t);
                }
              }
              _deserializeTypedArrayView(t) {
                return globalThis[t.ctor].from(t.array);
              }
              _deserializeTypedArrayViewRef(t) {
                const {offset: e, length: i, ctor: s} = t;
                return new globalThis[s](this._mainBinChunk.buffer, this._mainBinChunk.byteOffset + e, i);
              }
              _deserializeArray(t) {
                const e = new Array(t.length);
                let i;
                for (let s = 0; s < t.length; s++) {
                  i = t[s];
                  if ("object" == typeof i && i) {
                    this._deserializeAndAssignField(e, i, `${s}`) && (e[s] = null);
                  } else e[s] = i;
                }
                return e;
              }
              _deserializePlainObject(t) {
                const e = {};
                this._fillPlainObject(e, t);
                return e;
              }
              _deserializeTypeTaggedObject(t, e, i, s) {
                const n = t.__type__;
                const r = this._classFinder(n, t, i, s);
                if (!r) {
                  this._classFinder === Kt && this._reportMissingClass(n);
                  return null;
                }
                const o = t => {
                  const i = new t;
                  e >= 0 && (this.deserializedList[e] = i);
                  return i;
                };
                {
                  const e = o(r);
                  this._deserializeInto(t, e, r);
                  return e;
                }
              }
              _deserializeInto(t, e, i, s = !1) {
                s || !e[ru] ? e._deserialize ? e._deserialize(t.content, this) : m.Class._isCCClass(i) ? this._deserializeFireClass(e, t, i) : this._deserializeFastDefinedObject(e, t, i) : this._runCustomizedDeserialize(t, e, i);
              }
              _runCustomizedDeserialize(t, e, i) {
                const s = {
                  readProperty: e => {
                    const i = t[e];
                    return "object" == typeof i && i ? this._deserializeObjectField(i) : i;
                  },
                  readThis: () => {
                    this._deserializeInto(t, e, i, !0);
                  },
                  readSuper: () => {
                    const s = Ft(i);
                    s && this._deserializeInto(t, e, s);
                  }
                };
                e[ru](s, this._context);
              }
              _deserializeFireClass(t, e, i) {
                let s;
                if (i.hasOwnProperty("__deserialize__")) s = i.__deserialize__; else {
                  s = cu(this, i);
                  try {
                    if (i === su) {
                      const t = i.__values__;
                      if (0 === t.length || "_$erialized" !== t[t.length - 1]) {
                        x("The '_$erialized' prop of MissingScript is missing. Will force the raw data to be save.");
                        x(`    Error props: ['${t}']. Please contact jare.`);
                      }
                      const e = s;
                      s = function(t, i, s, n) {
                        e(t, i, s, n);
                        i._$erialized || x(`Unable to stash previously serialized data. ${JSON.stringify(s)}`);
                      };
                    }
                  } catch (t) {
                    x(`Error when checking MissingScript 6, ${t}`);
                  }
                  bt(i, "__deserialize__", s, !0);
                }
                s(this, t, e, i);
              }
              _deserializeAndAssignField(t, e, i) {
                const s = e.__id__;
                if ("number" == typeof s) {
                  const e = this.deserializedList[s];
                  if (e) t[i] = e; else {
                    var n;
                    const e = this._serializedData[s];
                    t[i] = this._deserializeObject(e, s, void 0, i);
                    null === (n = this._onDereferenced) || void 0 === n || n.call(this, this.deserializedList, s, t, i);
                  }
                } else {
                  const s = e.__uuid__;
                  if (s) {
                    const n = e.__expectedType__;
                    this.result.push(t, i, s, n);
                  } else t[i] = this._deserializeObject(e, -1);
                }
                return !1;
              }
              _deserializeObjectField(t) {
                const e = t.__id__;
                if ("number" == typeof e) {
                  const t = this.deserializedList[e];
                  if (t) return t;
                  {
                    const t = this._serializedData[e];
                    return this._deserializeObject(t, e, void 0, void 0);
                  }
                }
                if (t.__uuid__) {
                  t.__expectedType__;
                  throw new Error("Asset reference field serialization is currently not supported in custom serialization.");
                }
                return this._deserializeObject(t, -1);
              }
              _fillPlainObject(t, e) {
                for (const i in e) {
                  if (!e.hasOwnProperty(i)) continue;
                  const s = e[i];
                  if ("object" != typeof s) "__type__" !== i && (t[i] = s); else if (s) {
                    this._deserializeAndAssignField(t, s, i) && (t[i] = null);
                  } else t[i] = null;
                }
              }
              _deserializeFastDefinedObject(t, e, i) {
                if (i === m.Vec2) {
                  t.x = e.x || 0;
                  t.y = e.y || 0;
                  return;
                }
                if (i === m.Vec3) {
                  t.x = e.x || 0;
                  t.y = e.y || 0;
                  t.z = e.z || 0;
                  return;
                }
                if (i === m.Color) {
                  t.r = e.r || 0;
                  t.g = e.g || 0;
                  t.b = e.b || 0;
                  const i = e.a;
                  t.a = void 0 === i ? 255 : i;
                  return;
                }
                if (i === m.Size) {
                  t.width = e.width || 0;
                  t.height = e.height || 0;
                  return;
                }
                const s = Be(i);
                const n = i.__values__;
                n || x(`Unable to deserialize ${Et(i)}. For non-CCClass types, they can only be marked as serializable by \`CCClass.fastDefine\`.`);
                for (let i = 0; i < n.length; i++) {
                  const r = n[i];
                  let o = e[r];
                  void 0 !== o || e.hasOwnProperty(r) || (o = si.getDefault(s[r + _u]));
                  "object" != typeof o ? t[r] = o : o ? this._deserializeAndAssignField(t, o, r) : t[r] = null;
                }
              }
            }
            pu.pool = new class extends $t {
              constructor() {
                super((t => {
                  t.clear();
                }), 1);
              }
              get(t, e, i, s, n) {
                const r = this._get();
                if (r) {
                  r.reset(t, e, i, s, n);
                  return r;
                }
                return new pu(t, e, i, s, n);
              }
            };
            const mu = [ Qi, Pi, is, Ui, Bi, rs, as, qi ];
            function fu(t, e) {
              t.x = e[1];
              t.y = e[2];
              t.z = e[3];
              t.w = e[4];
            }
            const gu = [ (t, e) => {
              t.x = e[1];
              t.y = e[2];
            }, (t, e) => {
              t.x = e[1];
              t.y = e[2];
              t.z = e[3];
            }, fu, fu, (t, e) => {
              t._val = e[1];
            }, (t, e) => {
              t.width = e[1];
              t.height = e[2];
            }, (t, e) => {
              t.x = e[1];
              t.y = e[2];
              t.width = e[3];
              t.height = e[4];
            }, (t, e) => {
              qi.fromArray(t, e, 1);
            } ];
            const yu = 0, bu = 1, Su = 2, Au = 3, Tu = 4, vu = 5, Eu = 6, Cu = 7, xu = 8, wu = 9, Ru = 10, Iu = 11, Mu = 12, Bu = 13;
            const Du = 3, Pu = 1, Ou = 2;
            const Nu = 0, Lu = 0, Fu = 1, Vu = 2, ku = 3, Uu = 4, Gu = 5, zu = 6, Hu = 7, ju = 8, Xu = 9, Wu = 10;
            const Yu = Gu;
            class qu {
              constructor() {
                this.uuidObjList = null;
                this.uuidPropList = null;
                this.uuidList = null;
                this.uuidTypeList = [];
              }
              init(t) {
                if (t) {
                  this.uuidObjList = t[ju];
                  this.uuidPropList = t[Xu];
                  this.uuidList = t[Wu];
                } else {
                  if (!this.uuidList) {
                    this.uuidList = [];
                    this.uuidObjList = [];
                    this.uuidPropList = [];
                    this.uuidTypeList = [];
                  }
                }
              }
              reset() {
                if (this.uuidList) {
                  this.uuidList.length = 0;
                  this.uuidObjList.length = 0;
                  this.uuidPropList.length = 0;
                  this.uuidTypeList.length = 0;
                }
              }
              push(t, e, i, s) {
                this.uuidObjList.push(t);
                this.uuidPropList.push(e);
                this.uuidList.push(i);
                this.uuidTypeList.push(s || "");
              }
            }
            t("Details", qu);
            qu.pool = new $t((t => {
              t.reset();
            }), 5);
            qu.pool.get = function() {
              return this._get() || new qu;
            };
            function Ku(t, e) {
              const i = t[Uu][e[0]];
              const s = i[0];
              const n = new (0, s[0]);
              const r = s[1];
              const o = s[2];
              const a = i[i.length - 1];
              let l = 1;
              for (;l < a; ++l) {
                n[r[i[l]]] = e[l];
              }
              for (;l < e.length; ++l) {
                const a = r[i[l]];
                const h = s[i[l] + o];
                (0, e_[h])(t, n, a, e[l]);
              }
              return n;
            }
            function Ju(t, e, i) {
              const s = new e;
              s._deserialize ? s._deserialize(i, t[Lu]) : F(5303, Et(e));
              return s;
            }
            function Zu(t, e, i, s) {
              s >= 0 ? e[i] = t[Gu][s] : t[Hu][~s * Du] = e;
            }
            function Qu(t) {
              return (e, i, s, n) => {
                i[s] = n;
                for (let i = 0; i < n.length; ++i) t(e, n, i, n[i]);
              };
            }
            function $u(t, e, i, s) {
              e[i] = null;
              t[ju][s] = e;
            }
            function t_(t, e, i, s) {
              e[i] = Ku(t, s);
            }
            const e_ = new Array(Bu);
            e_[yu] = function(t, e, i, s) {
              e[i] = s;
            };
            e_[bu] = Zu;
            e_[Su] = Qu(Zu);
            e_[Au] = Qu($u);
            e_[Tu] = t_;
            e_[vu] = function(t, e, i, s) {
              {
                const t = e[i];
                gu[s[0]](t, s);
                e[i] = t;
              }
            };
            e_[Eu] = $u;
            e_[Cu] = function(t, e, i, s) {
              e[i].set(s);
            };
            e_[xu] = function(t, e, i, s) {
              const n = new mu[s[0]];
              gu[s[0]](n, s);
              e[i] = n;
            };
            e_[wu] = Qu(t_);
            e_[Ru] = function(t, e, i, s) {
              const n = t[ku][s[0]];
              e[i] = Ju(t, n, s[1]);
            };
            e_[Iu] = function(t, e, i, s) {
              const n = s[0];
              e[i] = n;
              for (let e = 1; e < s.length; e += 3) {
                const i = s[e];
                const r = s[e + 1];
                const o = s[e + 2];
                (0, e_[r])(t, n, i, o);
              }
            };
            e_[Mu] = function(t, e, i, s) {
              const n = s[0];
              e[i] = n;
              for (let e = 0; e < n.length; ++e) {
                const i = n[e];
                const r = s[e + 1];
                if (r !== yu) {
                  (0, e_[r])(t, n, e, i);
                }
              }
            };
            function i_(t, e, i) {
              t || i(e);
              return Object;
            }
            function s_(t, e, i, s, n, r, o) {
              let a = t(e);
              if (!a) {
                if (n) {
                  i[s] = (l = i, h = s, c = e, function() {
                    const e = t(c) || i_(r, c, o);
                    l[h] = e;
                    return new e;
                  });
                  return;
                }
                a = i_(r, e, o);
              }
              var l, h, c;
              i[s] = a;
            }
            function n_(t, e, i, s) {
              const n = i || Kt;
              const r = t[ku];
              for (let t = 0; t < r.length; ++t) {
                const o = r[t];
                if ("string" != typeof o) {
                  if ("function" == typeof o[0]) throw new Error("Can not deserialize the same JSON data again.");
                  s_(n, o[0], o, 0, e, i, s);
                } else s_(n, o, r, t, e, i, s);
              }
            }
            function r_(t) {
              const e = t[Uu];
              if (e) {
                const i = t[ku];
                for (let t = 0; t < e.length; ++t) {
                  const s = e[t];
                  s[0] = i[s[0]];
                }
              }
            }
            function o_(t, e, i) {
              "string" == typeof t && (t = JSON.parse(t));
              const s = !e;
              e = e || qu.pool.get();
              let n;
              if (function(t) {
                if (Array.isArray(t)) {
                  const e = t[0];
                  return "number" == typeof e || e instanceof a_;
                }
                return !1;
              }(t)) {
                e.init(t);
                i = i || {};
                let s = t[Nu];
                let o = !1;
                if ("object" == typeof s) {
                  o = s.preprocessed;
                  s = s.version;
                }
                if (s < 1) throw new Error(G(5304, s));
                i._version = s;
                i.result = e;
                t[Lu] = i;
                if (!o) {
                  var r;
                  n_(t, !1, i.classFinder, null !== (r = i.reportMissingClass) && void 0 !== r ? r : o_.reportMissingClass);
                  r_(t);
                }
                m.game._isCloning = !0;
                const a = t[Gu];
                const l = function(t) {
                  const e = t[Gu];
                  const i = t[zu];
                  const s = 0 === i ? 0 : i.length;
                  let n = e[e.length - 1];
                  let r = e.length - s;
                  if ("number" != typeof n) n = 0; else {
                    n < 0 && (n = ~n);
                    --r;
                  }
                  let o = 0;
                  for (;o < r; ++o) e[o] = Ku(t, e[o]);
                  const a = t[ku];
                  for (let n = 0; n < s; ++n, ++o) {
                    let s = i[n];
                    const r = e[o];
                    if (s >= 0) {
                      const i = a[s];
                      e[o] = Ju(t, i, r);
                    } else {
                      s = ~s;
                      (0, e_[s])(t, e, o, r);
                    }
                  }
                  return n;
                }(t);
                m.game._isCloning = !1;
                t[Hu] && function(t, e, i) {
                  const s = t.length - 1;
                  let n = 0;
                  const r = t[s] * Du;
                  for (;n < r; n += Du) {
                    const s = t[n];
                    const r = e[t[n + Ou]];
                    const o = t[n + Pu];
                    o >= 0 ? s[i[o]] = r : s[~o] = r;
                  }
                  for (;n < s; n += Du) {
                    const s = e[t[n]];
                    const r = e[t[n + Ou]];
                    const o = t[n + Pu];
                    o >= 0 ? s[i[o]] = r : s[~o] = r;
                  }
                }(t[Hu], a, t[Vu]);
                !function(t) {
                  const e = t[Gu];
                  const i = t[Vu];
                  const s = t[Fu];
                  const n = t[ju];
                  const r = t[Xu];
                  const o = t[Wu];
                  for (let t = 0; t < n.length; ++t) {
                    const a = n[t];
                    "number" == typeof a && (n[t] = e[a]);
                    let l = r[t];
                    if ("number" == typeof l) {
                      l = l >= 0 ? i[l] : ~l;
                      r[t] = l;
                    }
                    const h = o[t];
                    "number" == typeof h && (o[t] = s[h]);
                  }
                }(t);
                n = a[l];
              } else n = function(t, e, i) {
                var s;
                const n = (i = i || {}).classFinder || Kt;
                const r = i.createAssetRefs || Vo.platform === Io.EDITOR_CORE;
                const o = i.customEnv;
                const a = i.ignoreEditorOnly;
                const l = null !== (s = i.reportMissingClass) && void 0 !== s ? s : m.deserialize.reportMissingClass;
                e.init();
                const h = pu.pool.get(e, n, l, o, a);
                m.game._isCloning = !0;
                const c = h.deserialize(t);
                m.game._isCloning = !1;
                pu.pool.put(h);
                r && e.assignAssetsBy(((t, e) => EditorExtends.serialize.asAsset(t, e.type)));
                return c;
              }(t, e, i);
              s && qu.pool.put(e);
              return n;
            }
            o_.Details = qu;
            o_.reportMissingClass = function(t) {
              F(5302, t);
            };
            class a_ {
              constructor(t) {
                this.preprocessed = !0;
                this.version = t;
              }
            }
            function l_(t, e, i) {
              return [ 1, 0, 0, [ t ], 0, i ? [ e, -1 ] : [ e ], [ 0 ], 0, [], [], [] ];
            }
            function h_(t) {
              return function(t) {
                const e = t[Fu];
                return t[Wu].map((t => e[t]));
              }(t);
            }
            m.deserialize = o_;
            const c_ = co.Flags.Destroyed;
            const u_ = co.Flags.PersistentMask;
            const __ = [];
            function d_(t, e) {
              let i;
              if (_o(t)) {
                if (t._instantiate) {
                  m.game._isCloning = !0;
                  i = t._instantiate(null, !0);
                  m.game._isCloning = !1;
                  dc(i);
                  return i;
                }
                if (t instanceof m.Asset) throw new TypeError(G(6903));
              }
              m.game._isCloning = !0;
              i = p_(t);
              m.game._isCloning = !1;
              dc(i);
              return i;
            }
            function p_(t, e) {
              let i;
              if (t._iN$t) i = t._iN$t; else if (t.constructor) {
                i = new (0, t.constructor);
              } else i = Object.create(null);
              m_(t, i, e);
              for (let t = 0, e = __.length; t < e; ++t) __[t]._iN$t = null;
              __.length = 0;
              return i;
            }
            function m_(t, e, i) {
              ee.value(t, "_iN$t", e, !0);
              __.push(t);
              const s = t.constructor;
              if (ni(s)) !function(t, e, i, s) {
                const n = t.__values__;
                for (let t = 0; t < n.length; t++) {
                  const r = n[t];
                  const o = e[r];
                  if ("object" == typeof o && o) {
                    const t = i[r];
                    t instanceof ce && t.constructor === o.constructor ? t.set(o) : i[r] = o._iN$t || f_(o, s);
                  } else i[r] = o;
                }
              }(s, t, e, i); else for (const s in t) {
                if (!t.hasOwnProperty(s) || 95 === s.charCodeAt(0) && 95 === s.charCodeAt(1) && "__type__" !== s && "__prefab" !== s) continue;
                const n = t[s];
                if ("object" == typeof n && n) {
                  if (n === e) continue;
                  e[s] = n._iN$t || f_(n, i);
                } else e[s] = n;
              }
              _o(t) && (e._objFlags &= u_);
            }
            function f_(t, e) {
              if (t instanceof ce) return t.clone();
              if (t instanceof m.Asset) return t;
              let i;
              if (ArrayBuffer.isView(t)) {
                const e = t.length;
                i = new t.constructor(e);
                t._iN$t = i;
                __.push(t);
                for (let s = 0; s < e; ++s) i[s] = t[s];
                return i;
              }
              if (Array.isArray(t)) {
                const s = t.length;
                i = new Array(s);
                t._iN$t = i;
                __.push(t);
                for (let n = 0; n < s; ++n) {
                  const s = t[n];
                  i[n] = "object" == typeof s && s ? s._iN$t || f_(s, e) : s;
                }
                return i;
              }
              if (t._objFlags & c_) return null;
              const s = t.constructor;
              if (ni(s)) {
                if (e) if (e instanceof m.Component) {
                  if (t instanceof m._BaseNode || t instanceof m.Component) return t;
                } else if (e instanceof m._BaseNode) if (t instanceof m._BaseNode) {
                  if (!t.isChildOf(e)) return t;
                } else if (t instanceof m.Component && t.node && !t.node.isChildOf(e)) return t;
                i = new s;
              } else if (s === Object) i = {}; else {
                if (s) return t;
                i = Object.create(null);
              }
              m_(t, i, e);
              return i;
            }
            d_._clone = p_;
            m.instantiate = d_;
            var g_, y_, b_, S_, A_, T_, v_, E_;
            let C_;
            !function(t) {
              t[t.Uint8 = 0] = "Uint8";
              t[t.Uint16 = 1] = "Uint16";
              t[t.Uint32 = 2] = "Uint32";
              t[t.Int8 = 3] = "Int8";
              t[t.Int16 = 4] = "Int16";
              t[t.Int32 = 5] = "Int32";
              t[t.Float32 = 6] = "Float32";
              t[t.Float64 = 7] = "Float64";
            }(C_ || (C_ = {}));
            let x_;
            !function(t) {
              t[t.Scalar = 0] = "Scalar";
              t[t.Vec2 = 1] = "Vec2";
              t[t.Vec3 = 2] = "Vec3";
              t[t.Vec4 = 3] = "Vec4";
              t[t.Quat = 4] = "Quat";
              t[t.Mat4 = 5] = "Mat4";
            }(x_ || (x_ = {}));
            function w_(t, e) {
              return (e << 3) + t;
            }
            t("CompactValueTypeArray", Ul("cc.CompactValueTypeArray")(g_ = (y_ = (E_ = v_ = class t {
              constructor() {
                Ml(this, "_byteOffset", b_, this);
                Ml(this, "_unitCount", S_, this);
                Ml(this, "_unitElement", A_, this);
                Ml(this, "_length", T_, this);
              }
              static lengthFor(t, e, i) {
                return R_(e).requiredUnits * t.length * I_(i).BYTES_PER_ELEMENT;
              }
              static compress(e, i, s, n, r, o) {
                const a = R_(i);
                const l = I_(s);
                const h = a.requiredUnits * e.length;
                const c = new l(n, r, h);
                for (let t = 0; t < e.length; ++t) a.compress(c, t, e[t]);
                const u = new t;
                u._unitElement = w_(s, i);
                u._byteOffset = o;
                u._unitCount = h;
                u._length = e.length;
                return u;
              }
              decompress(t) {
                const {storageUnit: e, elementType: i} = {
                  storageUnit: 7 & (s = this._unitElement),
                  elementType: s >> 3
                };
                var s;
                const n = R_(i);
                const r = new (I_(e))(t, this._byteOffset, this._unitCount);
                const o = new Array(this._length);
                for (let t = 0; t < this._length; ++t) o[t] = n.decompress(r, t);
                return o;
              }
            }, v_.StorageUnit = C_, v_.ElementType = x_, E_), b_ = Bl(y_.prototype, "_byteOffset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), S_ = Bl(y_.prototype, "_unitCount", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), A_ = Bl(y_.prototype, "_unitElement", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return w_(C_.Uint8, x_.Scalar);
              }
            }), T_ = Bl(y_.prototype, "_length", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), y_)) || g_);
            function R_(t) {
              return M_[t];
            }
            function I_(t) {
              switch (t) {
               case C_.Uint8:
                return Uint8Array;

               case C_.Uint16:
                return Uint16Array;

               case C_.Uint32:
                return Uint32Array;

               case C_.Int8:
                return Int8Array;

               case C_.Int16:
                return Int16Array;

               case C_.Int32:
                return Int32Array;

               case C_.Float32:
                return Float32Array;

               case C_.Float64:
                return Float64Array;
              }
            }
            const M_ = {
              [x_.Scalar]: {
                requiredUnits: 1,
                compress(t, e, i) {
                  t[e] = i;
                },
                decompress: (t, e) => t[e]
              },
              [x_.Vec2]: {
                requiredUnits: 2,
                compress(t, e, i) {
                  t[2 * e] = i.x;
                  t[2 * e + 1] = i.y;
                },
                decompress: (t, e) => new Pi(t[2 * e], t[2 * e + 1])
              },
              [x_.Vec3]: {
                requiredUnits: 3,
                compress(t, e, i) {
                  t[3 * e] = i.x;
                  t[3 * e + 1] = i.y;
                  t[3 * e + 2] = i.z;
                },
                decompress: (t, e) => new Pi(t[3 * e], t[3 * e + 1], t[3 * e + 2])
              },
              [x_.Vec4]: {
                requiredUnits: 4,
                compress(t, e, i) {
                  t[4 * e] = i.x;
                  t[4 * e + 1] = i.y;
                  t[4 * e + 2] = i.z;
                  t[4 * e + 3] = i.w;
                },
                decompress: (t, e) => new is(t[4 * e], t[4 * e + 1], t[4 * e + 2], t[4 * e + 3])
              },
              [x_.Quat]: {
                requiredUnits: 4,
                compress(t, e, i) {
                  t[4 * e] = i.x;
                  t[4 * e + 1] = i.y;
                  t[4 * e + 2] = i.z;
                  t[4 * e + 3] = i.w;
                },
                decompress: (t, e) => new Ui(t[4 * e], t[4 * e + 1], t[4 * e + 2], t[4 * e + 3])
              },
              [x_.Mat4]: {
                requiredUnits: 16,
                compress(t, e, i) {
                  qi.toArray(t, i, 16 * e);
                },
                decompress: (t, e) => qi.fromArray(new qi, t, 16 * e)
              }
            };
            m._decorator = wh;
            function B_() {
              return 0;
            }
            function D_(t) {
              return t;
            }
            function P_(t) {
              return t * t;
            }
            function O_(t) {
              return t * (2 - t);
            }
            function N_(t) {
              return (t *= 2) < 1 ? .5 * t * t : -.5 * (--t * (t - 2) - 1);
            }
            function L_(t) {
              return t * t * t;
            }
            function F_(t) {
              return --t * t * t + 1;
            }
            function V_(t) {
              return (t *= 2) < 1 ? .5 * t * t * t : .5 * ((t -= 2) * t * t + 2);
            }
            function k_(t) {
              return t * t * t * t;
            }
            function U_(t) {
              return 1 - --t * t * t * t;
            }
            function G_(t) {
              return (t *= 2) < 1 ? .5 * t * t * t * t : -.5 * ((t -= 2) * t * t * t - 2);
            }
            function z_(t) {
              return t * t * t * t * t;
            }
            function H_(t) {
              return --t * t * t * t * t + 1;
            }
            function j_(t) {
              return (t *= 2) < 1 ? .5 * t * t * t * t * t : .5 * ((t -= 2) * t * t * t * t + 2);
            }
            function X_(t) {
              return 1 === t ? 1 : 1 - Math.cos(t * Math.PI / 2);
            }
            function W_(t) {
              return Math.sin(t * Math.PI / 2);
            }
            function Y_(t) {
              return .5 * (1 - Math.cos(Math.PI * t));
            }
            function q_(t) {
              return 0 === t ? 0 : Math.pow(1024, t - 1);
            }
            function K_(t) {
              return 1 === t ? 1 : 1 - Math.pow(2, -10 * t);
            }
            function J_(t) {
              return 0 === t ? 0 : 1 === t ? 1 : (t *= 2) < 1 ? .5 * Math.pow(1024, t - 1) : .5 * (2 - Math.pow(2, -10 * (t - 1)));
            }
            function Z_(t) {
              return 1 - Math.sqrt(1 - t * t);
            }
            function Q_(t) {
              return Math.sqrt(1 - --t * t);
            }
            function $_(t) {
              return (t *= 2) < 1 ? -.5 * (Math.sqrt(1 - t * t) - 1) : .5 * (Math.sqrt(1 - (t -= 2) * t) + 1);
            }
            function td(t) {
              let e;
              let i = .1;
              if (0 === t) return 0;
              if (1 === t) return 1;
              if (!i || i < 1) {
                i = 1;
                e = .1;
              } else e = .4 * Math.asin(1 / i) / (2 * Math.PI);
              return -i * Math.pow(2, 10 * (t -= 1)) * Math.sin((t - e) * (2 * Math.PI) / .4);
            }
            function ed(t) {
              let e;
              let i = .1;
              if (0 === t) return 0;
              if (1 === t) return 1;
              if (!i || i < 1) {
                i = 1;
                e = .1;
              } else e = .4 * Math.asin(1 / i) / (2 * Math.PI);
              return i * Math.pow(2, -10 * t) * Math.sin((t - e) * (2 * Math.PI) / .4) + 1;
            }
            function id(t) {
              let e;
              let i = .1;
              const s = .4;
              if (0 === t) return 0;
              if (1 === t) return 1;
              if (!i || i < 1) {
                i = 1;
                e = .1;
              } else e = s * Math.asin(1 / i) / (2 * Math.PI);
              return (t *= 2) < 1 ? i * Math.pow(2, 10 * (t -= 1)) * Math.sin((t - e) * (2 * Math.PI) / s) * -.5 : i * Math.pow(2, -10 * (t -= 1)) * Math.sin((t - e) * (2 * Math.PI) / s) * .5 + 1;
            }
            function sd(t) {
              if (1 === t) return 1;
              const e = 1.70158;
              return t * t * ((e + 1) * t - e);
            }
            function nd(t) {
              if (0 === t) return 0;
              const e = 1.70158;
              return --t * t * ((e + 1) * t + e) + 1;
            }
            function rd(t) {
              const e = 2.5949095;
              return (t *= 2) < 1 ? t * t * ((e + 1) * t - e) * .5 : .5 * ((t -= 2) * t * ((e + 1) * t + e) + 2);
            }
            function od(t) {
              return 1 - ad(1 - t);
            }
            function ad(t) {
              return t < 1 / 2.75 ? 7.5625 * t * t : t < 2 / 2.75 ? 7.5625 * (t -= 1.5 / 2.75) * t + .75 : t < 2.5 / 2.75 ? 7.5625 * (t -= 2.25 / 2.75) * t + .9375 : 7.5625 * (t -= 2.625 / 2.75) * t + .984375;
            }
            function ld(t) {
              return t < .5 ? .5 * od(2 * t) : .5 * ad(2 * t - 1) + .5;
            }
            function hd(t) {
              return t <= 0 ? 0 : t >= 1 ? 1 : t * t * (3 - 2 * t);
            }
            function cd(t) {
              return t <= 0 ? 0 : t >= 1 ? 1 : t * t * t * (t * (6 * t - 15) + 10);
            }
            const ud = Ad(P_, O_);
            const _d = Ad(L_, F_);
            const dd = Ad(k_, U_);
            const pd = Ad(z_, H_);
            const md = Ad(X_, W_);
            const fd = Ad(q_, K_);
            const gd = Ad(Z_, Q_);
            const yd = Ad(td, ed);
            const bd = Ad(sd, nd);
            const Sd = Ad(od, ad);
            function Ad(t, e) {
              return i => i < .5 ? e(2 * i) / 2 : t(2 * i - 1) / 2 + .5;
            }
            var Td = Object.freeze({
              __proto__: null,
              constant: B_,
              linear: D_,
              quadIn: P_,
              quadOut: O_,
              quadInOut: N_,
              cubicIn: L_,
              cubicOut: F_,
              cubicInOut: V_,
              quartIn: k_,
              quartOut: U_,
              quartInOut: G_,
              quintIn: z_,
              quintOut: H_,
              quintInOut: j_,
              sineIn: X_,
              sineOut: W_,
              sineInOut: Y_,
              expoIn: q_,
              expoOut: K_,
              expoInOut: J_,
              circIn: Z_,
              circOut: Q_,
              circInOut: $_,
              elasticIn: td,
              elasticOut: ed,
              elasticInOut: id,
              backIn: sd,
              backOut: nd,
              backInOut: rd,
              bounceIn: od,
              bounceOut: ad,
              bounceInOut: ld,
              smooth: hd,
              fade: cd,
              quadOutIn: ud,
              cubicOutIn: _d,
              quartOutIn: dd,
              quintOutIn: pd,
              sineOutIn: md,
              expoOutIn: fd,
              circOutIn: gd,
              elasticOutIn: yd,
              backOutIn: bd,
              bounceOutIn: Sd
            });
            t("easing", Td);
            let vd;
            !function(t) {
              t[t.LINEAR = 0] = "LINEAR";
              t[t.CONSTANT = 1] = "CONSTANT";
              t[t.QUAD_IN = 2] = "QUAD_IN";
              t[t.QUAD_OUT = 3] = "QUAD_OUT";
              t[t.QUAD_IN_OUT = 4] = "QUAD_IN_OUT";
              t[t.QUAD_OUT_IN = 5] = "QUAD_OUT_IN";
              t[t.CUBIC_IN = 6] = "CUBIC_IN";
              t[t.CUBIC_OUT = 7] = "CUBIC_OUT";
              t[t.CUBIC_IN_OUT = 8] = "CUBIC_IN_OUT";
              t[t.CUBIC_OUT_IN = 9] = "CUBIC_OUT_IN";
              t[t.QUART_IN = 10] = "QUART_IN";
              t[t.QUART_OUT = 11] = "QUART_OUT";
              t[t.QUART_IN_OUT = 12] = "QUART_IN_OUT";
              t[t.QUART_OUT_IN = 13] = "QUART_OUT_IN";
              t[t.QUINT_IN = 14] = "QUINT_IN";
              t[t.QUINT_OUT = 15] = "QUINT_OUT";
              t[t.QUINT_IN_OUT = 16] = "QUINT_IN_OUT";
              t[t.QUINT_OUT_IN = 17] = "QUINT_OUT_IN";
              t[t.SINE_IN = 18] = "SINE_IN";
              t[t.SINE_OUT = 19] = "SINE_OUT";
              t[t.SINE_IN_OUT = 20] = "SINE_IN_OUT";
              t[t.SINE_OUT_IN = 21] = "SINE_OUT_IN";
              t[t.EXPO_IN = 22] = "EXPO_IN";
              t[t.EXPO_OUT = 23] = "EXPO_OUT";
              t[t.EXPO_IN_OUT = 24] = "EXPO_IN_OUT";
              t[t.EXPO_OUT_IN = 25] = "EXPO_OUT_IN";
              t[t.CIRC_IN = 26] = "CIRC_IN";
              t[t.CIRC_OUT = 27] = "CIRC_OUT";
              t[t.CIRC_IN_OUT = 28] = "CIRC_IN_OUT";
              t[t.CIRC_OUT_IN = 29] = "CIRC_OUT_IN";
              t[t.ELASTIC_IN = 30] = "ELASTIC_IN";
              t[t.ELASTIC_OUT = 31] = "ELASTIC_OUT";
              t[t.ELASTIC_IN_OUT = 32] = "ELASTIC_IN_OUT";
              t[t.ELASTIC_OUT_IN = 33] = "ELASTIC_OUT_IN";
              t[t.BACK_IN = 34] = "BACK_IN";
              t[t.BACK_OUT = 35] = "BACK_OUT";
              t[t.BACK_IN_OUT = 36] = "BACK_IN_OUT";
              t[t.BACK_OUT_IN = 37] = "BACK_OUT_IN";
              t[t.BOUNCE_IN = 38] = "BOUNCE_IN";
              t[t.BOUNCE_OUT = 39] = "BOUNCE_OUT";
              t[t.BOUNCE_IN_OUT = 40] = "BOUNCE_IN_OUT";
              t[t.BOUNCE_OUT_IN = 41] = "BOUNCE_OUT_IN";
              t[t.SMOOTH = 42] = "SMOOTH";
              t[t.FADE = 43] = "FADE";
            }(vd || (vd = {}));
            const Ed = {
              [vd.CONSTANT]: B_,
              [vd.LINEAR]: D_,
              [vd.QUAD_IN]: P_,
              [vd.QUAD_OUT]: O_,
              [vd.QUAD_IN_OUT]: N_,
              [vd.QUAD_OUT_IN]: ud,
              [vd.CUBIC_IN]: L_,
              [vd.CUBIC_OUT]: F_,
              [vd.CUBIC_IN_OUT]: V_,
              [vd.CUBIC_OUT_IN]: _d,
              [vd.QUART_IN]: k_,
              [vd.QUART_OUT]: U_,
              [vd.QUART_IN_OUT]: G_,
              [vd.QUART_OUT_IN]: dd,
              [vd.QUINT_IN]: z_,
              [vd.QUINT_OUT]: H_,
              [vd.QUINT_IN_OUT]: j_,
              [vd.QUINT_OUT_IN]: pd,
              [vd.SINE_IN]: X_,
              [vd.SINE_OUT]: W_,
              [vd.SINE_IN_OUT]: Y_,
              [vd.SINE_OUT_IN]: md,
              [vd.EXPO_IN]: q_,
              [vd.EXPO_OUT]: K_,
              [vd.EXPO_IN_OUT]: J_,
              [vd.EXPO_OUT_IN]: fd,
              [vd.CIRC_IN]: Z_,
              [vd.CIRC_OUT]: Q_,
              [vd.CIRC_IN_OUT]: $_,
              [vd.CIRC_OUT_IN]: gd,
              [vd.ELASTIC_IN]: td,
              [vd.ELASTIC_OUT]: ed,
              [vd.ELASTIC_IN_OUT]: id,
              [vd.ELASTIC_OUT_IN]: yd,
              [vd.BACK_IN]: sd,
              [vd.BACK_OUT]: nd,
              [vd.BACK_IN_OUT]: rd,
              [vd.BACK_OUT_IN]: bd,
              [vd.BOUNCE_IN]: od,
              [vd.BOUNCE_OUT]: ad,
              [vd.BOUNCE_IN_OUT]: ld,
              [vd.BOUNCE_OUT_IN]: Sd,
              [vd.SMOOTH]: hd,
              [vd.FADE]: cd
            };
            function Cd(t) {
              ne(t in Ed);
              return Ed[t];
            }
            const xd = 65280;
            const wd = 255 << 16;
            ne(8 === 0 + o(255));
            ne(16 === 8 + o(xd));
            const Rd = xl.LINEAR << 0 | Rl.NONE << 8 | vd.LINEAR << 16;
            class Id extends Ch {
              constructor(...t) {
                super(...t);
                this.value = 0;
                this.rightTangent = 0;
                this.rightTangentWeight = 0;
                this.leftTangent = 0;
                this.leftTangentWeight = 0;
                this._flags = Rd;
              }
              get interpolationMode() {
                return (255 & this._flags) >> 0;
              }
              set interpolationMode(t) {
                this._flags &= -256;
                this._flags |= t << 0;
              }
              get tangentWeightMode() {
                return (this._flags & xd) >> 8;
              }
              set tangentWeightMode(t) {
                this._flags &= -65281;
                this._flags |= t << 8;
              }
              get easingMethod() {
                return (this._flags & wd) >> 16;
              }
              set easingMethod(t) {
                this._flags &= -16711681;
                this._flags |= t << 16;
              }
            }
            si.fastDefine("cc.RealKeyframeValue", Id, {
              interpolationMode: xl.LINEAR,
              tangentWeightMode: Rl.NONE,
              value: 0,
              rightTangent: 0,
              rightTangentWeight: 0,
              leftTangent: 0,
              leftTangentWeight: 0,
              easingMethod: vd.LINEAR,
              [io]: void 0
            });
            si.Attr.setClassAttr(Id, io, "editorOnly", !0);
            (Md = Id, null !== (Dd = (Bd = Md)[Wl]) && void 0 !== Dd ? Dd : Bd[Wl] = {}).uniquelyReferenced = !0;
            var Md, Bd, Dd;
            function Pd(t) {
              const e = new Id;
              if ("number" == typeof t) e.value = t; else {
                const {interpolationMode: i, tangentWeightMode: s, value: n, rightTangent: r, rightTangentWeight: o, leftTangent: a, leftTangentWeight: l, easingMethod: h, [io]: c} = t;
                e.value = null != n ? n : e.value;
                e.rightTangent = null != r ? r : e.rightTangent;
                e.rightTangentWeight = null != o ? o : e.rightTangentWeight;
                e.leftTangent = null != a ? a : e.leftTangent;
                e.leftTangentWeight = null != l ? l : e.leftTangentWeight;
                e.interpolationMode = null != i ? i : e.interpolationMode;
                e.tangentWeightMode = null != s ? s : e.tangentWeightMode;
                e.easingMethod = null != h ? h : e.easingMethod;
                c && (e[io] = c);
              }
              return e;
            }
            class Od extends Cl {
              constructor(...t) {
                super(...t);
                this.preExtrapolation = wl.CLAMP;
                this.postExtrapolation = wl.CLAMP;
              }
              evaluate(t) {
                const {_times: e, _values: i} = this;
                const s = e.length;
                if (0 === s) return 0;
                const n = e[0];
                const r = e[s - 1];
                if (t < n) {
                  const {preExtrapolation: o} = this;
                  const a = i[0];
                  if (o === wl.CLAMP || s < 2) return a.value;
                  switch (o) {
                   case wl.LINEAR:
                    return Jd(n, i[0].value, e[1], i[1].value, t);

                   case wl.LOOP:
                    t = qd(t, n, r);
                    break;

                   case wl.PING_PONG:
                    t = Kd(t, n, r);
                    break;

                   default:
                    return a.value;
                  }
                } else if (t > r) {
                  const {postExtrapolation: o} = this;
                  const a = i[s - 1];
                  if (o === wl.CLAMP || s < 2) return a.value;
                  switch (o) {
                   case wl.LINEAR:
                    return Jd(r, a.value, e[s - 2], i[s - 2].value, t);

                   case wl.LOOP:
                    t = qd(t, n, r);
                    break;

                   case wl.PING_PONG:
                    t = Kd(t, n, r);
                    break;

                   default:
                    return a.value;
                  }
                }
                const o = vl(e, t);
                if (o >= 0) return i[o].value;
                const a = ~o;
                ne(0 !== a && a !== s && s > 1);
                const l = a - 1;
                const h = e[l];
                const c = i[l];
                const u = e[a];
                const _ = i[a];
                ne(u > t && t > h);
                return function(t, e, i, s, n) {
                  const r = i - t;
                  switch (e.interpolationMode) {
                   default:
                   case xl.CONSTANT:
                    return e.value;

                   case xl.LINEAR:
                    {
                      const t = e.easingMethod === vd.LINEAR ? n : Cd(e.easingMethod)(n);
                      return pi(e.value, s.value, t);
                    }

                   case xl.CUBIC:
                    {
                      const o = 1 / 3;
                      const {rightTangent: a, rightTangentWeight: l} = e;
                      const h = 0 != (e.tangentWeightMode & Rl.RIGHT);
                      const {leftTangent: c, leftTangentWeight: u} = s;
                      const _ = function(t) {
                        return 0 != (t & Rl.LEFT);
                      }(s.tangentWeightMode);
                      if (h || _) {
                        let d = 0;
                        if (h) d = l; else {
                          const t = r;
                          const e = r * a;
                          d = Math.sqrt(t * t + e * e) * o;
                        }
                        const p = Math.atan(a);
                        const m = Math.cos(p) * d + t;
                        const f = Math.sin(p) * d + e.value;
                        let g = 0;
                        if (_) g = u; else {
                          const t = r;
                          const e = r * c;
                          g = Math.sqrt(t * t + e * e) * o;
                        }
                        const y = Math.atan(c);
                        const b = (m - t) / r;
                        const S = (-Math.cos(y) * g + i - t) / r;
                        const A = f;
                        const T = -Math.sin(y) * g + s.value;
                        const v = [ 0, 0, 0 ];
                        const E = function(t, e, i, s, n) {
                          const r = i / s;
                          const o = e / s;
                          const a = r * r;
                          const l = 1 / 3 * (-1 / 3 * a + o);
                          const h = .5 * (2 / 27 * r * a - 1 / 3 * r * o + t / s);
                          const c = l * l * l;
                          const u = h * h + c;
                          let _ = 0;
                          if (Il(u)) {
                            if (Il(h)) {
                              n[0] = 0;
                              return 1;
                            }
                            {
                              const t = Math.cbrt(-h);
                              n[0] = 2 * t;
                              n[1] = -t;
                              return 2;
                            }
                          }
                          if (u < 0) {
                            const t = 1 / 3 * Math.acos(-h / Math.sqrt(-c));
                            const e = 2 * Math.sqrt(-l);
                            n[0] = e * Math.cos(t);
                            n[1] = -e * Math.cos(t + Math.PI / 3);
                            n[2] = -e * Math.cos(t - Math.PI / 3);
                            _ = 3;
                          } else {
                            const t = Math.sqrt(u);
                            const e = Math.cbrt(t - h);
                            const i = -Math.cbrt(t + h);
                            n[0] = e + i;
                            _ = 1;
                          }
                          const d = 1 / 3 * r;
                          for (let t = 0; t < _; ++t) n[t] -= d;
                          return _;
                        }(0 - n, 3 * b, 3 * S - 6 * b, 3 * (b - S) + 1, v);
                        const C = function(t, e, i) {
                          let s = i;
                          if (1 === e) s = t[0]; else {
                            s = -1 / 0;
                            for (let i = 0; i < e; ++i) {
                              const e = t[i];
                              e >= 0 && e <= 1 && e > s && (s = e);
                            }
                            s === -1 / 0 && (s = 0);
                          }
                          return s;
                        }(v, E, n);
                        return Zd(e.value, A, T, s.value, C);
                      }
                      {
                        const t = e.value + o * a * r;
                        const i = s.value - o * c * r;
                        return Zd(e.value, t, i, s.value, n);
                      }
                    }
                  }
                }(h, c, u, _, (t - h) / (u - h));
              }
              addKeyFrame(t, e) {
                return super.addKeyFrame(t, Pd(e));
              }
              assignSorted(t, e) {
                if (void 0 !== e) {
                  ne(Array.isArray(t));
                  this.setKeyframes(t.slice(), e.map((t => Pd(t))));
                } else {
                  const e = Array.from(t);
                  this.setKeyframes(e.map((([t]) => t)), e.map((([, t]) => Pd(t))));
                }
              }
              isConstant(t) {
                if (this._values.length <= 1) return !0;
                const e = this._values[0].value;
                return this._values.every((i => ui(i.value, e, t)));
              }
              [nu](t, e) {
                if (!e.toCCON) {
                  t.writeThis();
                  return;
                }
                const {_times: i, _values: s} = this;
                const n = i.length;
                const r = new DataView(new ArrayBuffer(0 + Ld + Ld + Fd + Vd * n + Xd * n));
                let o = 0;
                r.setUint8(o, this.preExtrapolation);
                o += Ld;
                r.setUint8(o, this.postExtrapolation);
                o += Ld;
                r.setUint32(o, n, !0);
                o += Fd;
                i.forEach(((t, e) => r.setFloat32(o + Vd * e, t, !0)));
                o += Vd * n;
                for (const t of s) o = Wd(r, t, o);
                const a = new Uint8Array(r.buffer, 0, o);
                t.writeProperty("bytes", a);
                const l = s.map((t => t[io]));
                l.some((t => void 0 !== t)) && t.writeProperty("keyframeValueEditorExtras", l);
              }
              [ru](t, e) {
                if (!e.fromCCON) {
                  t.readThis();
                  return;
                }
                const i = t.readProperty("bytes");
                const s = new DataView(i.buffer, i.byteOffset, i.byteLength);
                let n = 0;
                this.preExtrapolation = s.getUint8(n);
                n += Ld;
                this.postExtrapolation = s.getUint8(n);
                n += Ld;
                const r = s.getUint32(n, !0);
                n += Fd;
                const o = Array.from({
                  length: r
                }, ((t, e) => s.getFloat32(n + Vd * e, !0)));
                n += Vd * r;
                const a = new Array(r);
                for (let t = 0; t < r; ++t) {
                  const e = Pd({});
                  n = Yd(s, e, n);
                  a[t] = e;
                }
                ne(n === i.byteLength);
                const l = t.readProperty("keyframeValueEditorExtras");
                if (l) {
                  ne(l.length === r);
                  l.forEach(((t, e) => a[e][io] = t));
                }
                this._times = o;
                this._values = a;
              }
            }
            t("RealCurve", Od);
            si.fastDefine("cc.RealCurve", Od, {
              _times: [],
              _values: [],
              preExtrapolation: wl.CLAMP,
              postExtrapolation: wl.CLAMP
            });
            var Nd;
            !function(t) {
              t[t.VALUE = 1] = "VALUE";
              t[t.INTERPOLATION_MODE = 2] = "INTERPOLATION_MODE";
              t[t.TANGENT_WEIGHT_MODE = 4] = "TANGENT_WEIGHT_MODE";
              t[t.LEFT_TANGENT = 8] = "LEFT_TANGENT";
              t[t.LEFT_TANGENT_WEIGHT = 16] = "LEFT_TANGENT_WEIGHT";
              t[t.RIGHT_TANGENT = 32] = "RIGHT_TANGENT";
              t[t.RIGHT_TANGENT_WEIGHT = 64] = "RIGHT_TANGENT_WEIGHT";
            }(Nd || (Nd = {}));
            const Ld = 1;
            const Fd = 4;
            const Vd = 4;
            const {interpolationMode: kd, tangentWeightMode: Ud, leftTangent: Gd, leftTangentWeight: zd, rightTangent: Hd, rightTangentWeight: jd} = Pd({});
            const Xd = 26;
            function Wd(t, e, i) {
              let s = 0;
              let n = i;
              const r = n;
              n += 4;
              const {value: o, interpolationMode: a, tangentWeightMode: l, rightTangent: h, rightTangentWeight: c, leftTangent: u, leftTangentWeight: _, easingMethod: d} = e;
              t.setFloat32(n, o, !0);
              n += 4;
              if (a !== kd) {
                s |= Nd.INTERPOLATION_MODE;
                t.setUint8(n, a);
                n += 1;
              }
              if (l !== Ud) {
                s |= Nd.TANGENT_WEIGHT_MODE;
                t.setUint8(n, l);
                n += 1;
              }
              if (u !== Gd) {
                s |= Nd.LEFT_TANGENT;
                t.setFloat32(n, u, !0);
                n += 4;
              }
              if (_ !== zd) {
                s |= Nd.LEFT_TANGENT_WEIGHT;
                t.setFloat32(n, _, !0);
                n += 4;
              }
              if (h !== Hd) {
                s |= Nd.RIGHT_TANGENT;
                t.setFloat32(n, h, !0);
                n += 4;
              }
              if (c !== jd) {
                s |= Nd.RIGHT_TANGENT_WEIGHT;
                t.setFloat32(n, c, !0);
                n += 4;
              }
              s |= d << 8;
              t.setUint32(r, s, !0);
              return n;
            }
            function Yd(t, e, i) {
              let s = i;
              const n = t.getUint32(s, !0);
              s += 4;
              e.value = t.getFloat32(s, !0);
              s += 4;
              if (n & Nd.INTERPOLATION_MODE) {
                e.interpolationMode = t.getUint8(s);
                s += 1;
              }
              if (n & Nd.TANGENT_WEIGHT_MODE) {
                e.tangentWeightMode = t.getUint8(s);
                s += 1;
              }
              if (n & Nd.LEFT_TANGENT) {
                e.leftTangent = t.getFloat32(s, !0);
                s += 4;
              }
              if (n & Nd.LEFT_TANGENT_WEIGHT) {
                e.leftTangentWeight = t.getFloat32(s, !0);
                s += 4;
              }
              if (n & Nd.RIGHT_TANGENT) {
                e.rightTangent = t.getFloat32(s, !0);
                s += 4;
              }
              if (n & Nd.RIGHT_TANGENT_WEIGHT) {
                e.rightTangentWeight = t.getFloat32(s, !0);
                s += 4;
              }
              const r = (65280 & n) >> 8;
              e.easingMethod = r;
              return s;
            }
            function qd(t, e, i) {
              return e + Ei(t - e, i - e);
            }
            function Kd(t, e, i) {
              return e + Ci(t - e, i - e);
            }
            function Jd(t, e, i, s, n) {
              return e + (n - t) * ((s - e) / (i - t));
            }
            function Zd(t, e, i, s, n) {
              const r = 1 - n;
              return r * r * r * t + 3 * r * r * n * e + 3 * r * n * n * i + n * n * n * s;
            }
            function Qd(t, e, i, s, n) {
              const r = 1 - n;
              return r * (r * (t + (3 * e - t) * n) + 3 * i * n * n) + s * n * n * n;
            }
            m.bezier = Qd;
            const $d = Math.cos;
            const tp = Math.acos;
            const ep = Math.max;
            const ip = 2 * Math.PI;
            const sp = Math.sqrt;
            function np(t) {
              return t < 0 ? -Math.pow(-t, 1 / 3) : Math.pow(t, 1 / 3);
            }
            function rp(t, e) {
              const i = function(t, e) {
                const i = e - 0;
                const s = e - t[0];
                const n = 3 * i;
                const r = 3 * s;
                const o = 3 * (e - t[2]);
                const a = 1 / (-i + r - o + (e - 1));
                const l = 1 / 3;
                const h = (n - 6 * s + o) * a;
                const c = h * l;
                const u = (-n + r) * a;
                const _ = (3 * u - h * h) * l;
                const d = _ * l;
                const p = (2 * h * h * h - 9 * h * u + i * a * 27) / 27;
                const m = p / 2;
                const f = m * m + d * d * d;
                let g;
                let y;
                let b;
                let S;
                let A;
                if (f < 0) {
                  const t = -_ * l;
                  const e = sp(t * t * t);
                  const i = -p / (2 * e);
                  const s = tp(i < -1 ? -1 : i > 1 ? 1 : i);
                  const n = 2 * np(e);
                  b = n * $d(s * l) - c;
                  S = n * $d((s + ip) * l) - c;
                  A = n * $d((s + 2 * ip) * l) - c;
                  return b >= 0 && b <= 1 ? S >= 0 && S <= 1 ? A >= 0 && A <= 1 ? ep(b, S, A) : ep(b, S) : A >= 0 && A <= 1 ? ep(b, A) : b : S >= 0 && S <= 1 ? A >= 0 && A <= 1 ? ep(S, A) : S : A;
                }
                if (0 === f) {
                  g = m < 0 ? np(-m) : -np(m);
                  b = 2 * g - c;
                  S = -g - c;
                  return b >= 0 && b <= 1 ? S >= 0 && S <= 1 ? ep(b, S) : b : S;
                }
                {
                  const t = sp(f);
                  g = np(-m + t);
                  y = np(m + t);
                  b = g - y - c;
                  return b;
                }
              }(t, e);
              const s = t[1];
              return ((1 - i) * (s + (t[3] - s) * i) * 3 + i * i) * i;
            }
            m.bezierByTime = rp;
            var op, ap, lp, hp, cp, up, _p, dp, pp, mp, fp;
            let gp;
            !function(t) {
              t[t.SLERP = 0] = "SLERP";
              t[t.CONSTANT = 1] = "CONSTANT";
            }(gp || (gp = t("QuatInterpolationMode", {})));
            let yp = Ul("cc.QuatKeyframeValue")(op = Zl(op = (ap = (up = class {
              constructor({value: t, interpolationMode: e, easingMethod: i} = {}) {
                Ml(this, "interpolationMode", lp, this);
                Ml(this, "value", hp, this);
                Ml(this, "easingMethod", cp, this);
                this.value = t ? Ui.clone(t) : this.value;
                this.interpolationMode = null != e ? e : this.interpolationMode;
                this.easingMethod = null != i ? i : this.easingMethod;
              }
            }, up), lp = Bl(ap.prototype, "interpolationMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return gp.SLERP;
              }
            }), hp = Bl(ap.prototype, "value", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Ui.clone(Ui.IDENTITY);
              }
            }), cp = Bl(ap.prototype, "easingMethod", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return vd.LINEAR;
              }
            }), ap)) || op) || op;
            function bp(t) {
              return new yp(t);
            }
            let Sp = t("QuatCurve", Ul("cc.QuatCurve")(_p = (dp = (fp = class extends Cl {
              constructor(...t) {
                super(...t);
                Ml(this, "preExtrapolation", pp, this);
                Ml(this, "postExtrapolation", mp, this);
              }
              evaluate(t, e) {
                var i;
                null !== (i = e) && void 0 !== i || (e = new Ui);
                const {_times: s, _values: n, postExtrapolation: r, preExtrapolation: o} = this;
                const a = s.length;
                if (0 === a) return e;
                const l = s[0];
                const h = s[a - 1];
                if (t < l) {
                  const i = n[0];
                  switch (o) {
                   case wl.LOOP:
                    t = l + Ei(t - l, h - l);
                    break;

                   case wl.PING_PONG:
                    t = l + Ci(t - l, h - l);
                    break;

                   case wl.CLAMP:
                   default:
                    return Ui.copy(e, i.value);
                  }
                } else if (t > h) {
                  const i = n[a - 1];
                  switch (r) {
                   case wl.LOOP:
                    t = l + Ei(t - l, h - l);
                    break;

                   case wl.PING_PONG:
                    t = l + Ci(t - l, h - l);
                    break;

                   case wl.CLAMP:
                   default:
                    return Ui.copy(e, i.value);
                  }
                }
                const c = vl(s, t);
                if (c >= 0) return Ui.copy(e, n[c].value);
                const u = ~c;
                ne(0 !== u && u !== a && a > 1);
                const _ = u - 1;
                const d = s[_];
                const p = n[_];
                const m = s[u];
                const f = n[u];
                ne(m > t && t > d);
                const g = (t - d) / (m - d);
                switch (p.interpolationMode) {
                 default:
                 case gp.CONSTANT:
                  return Ui.copy(e, p.value);

                 case gp.SLERP:
                  {
                    const {easingMethod: t} = p;
                    const i = t === vd.LINEAR ? g : Array.isArray(t) ? rp(t, g) : Cd(t)(g);
                    return Ui.slerp(e, p.value, f.value, i);
                  }
                }
              }
              addKeyFrame(t, e) {
                const i = new yp(e);
                return super.addKeyFrame(t, i);
              }
              assignSorted(t, e) {
                if (void 0 !== e) {
                  ne(Array.isArray(t));
                  this.setKeyframes(t.slice(), e.map((t => bp(t))));
                } else {
                  const e = Array.from(t);
                  this.setKeyframes(e.map((([t]) => t)), e.map((([, t]) => bp(t))));
                }
              }
              [nu](t, e) {
                if (!e.toCCON) {
                  t.writeThis();
                  return;
                }
                const {_times: i, _values: s} = this;
                let n = !0;
                s.forEach(((t, e, [i]) => {
                  n && t.interpolationMode !== i.interpolationMode && (n = !1);
                }));
                const r = i.length;
                const o = xp * (n ? 1 : r);
                const a = s.reduce(((t, {easingMethod: e}) => t + (Array.isArray(e) ? wp + 4 * Ip : wp)), 0);
                let l = 0;
                l += Tp + vp + Ep * r + 4 * Cp * r + a + o + 0;
                const h = new DataView(new ArrayBuffer(l));
                let c = 0;
                let u = 0;
                n && (u |= Ap.INTERPOLATION_MODE);
                h.setUint32(c, u, !0);
                c += Tp;
                h.setUint32(c, r, !0);
                c += vp;
                i.forEach(((t, e) => h.setFloat32(c + Ep * e, t, !0)));
                c += Ep * r;
                s.forEach((({value: {x: t, y: e, z: i, w: s}}, n) => {
                  const r = c + 4 * Cp * n;
                  h.setFloat32(r + 0 * Cp, t, !0);
                  h.setFloat32(r + 1 * Cp, e, !0);
                  h.setFloat32(r + 2 * Cp, i, !0);
                  h.setFloat32(r + 3 * Cp, s, !0);
                }));
                c += 4 * Cp * r;
                s.forEach((({easingMethod: t}, e) => {
                  if (Array.isArray(t)) {
                    h.setUint8(c, Rp);
                    ++c;
                    h.setFloat32(c + 0 * Ip, t[0], !0);
                    h.setFloat32(c + 1 * Ip, t[1], !0);
                    h.setFloat32(c + 2 * Ip, t[2], !0);
                    h.setFloat32(c + 3 * Ip, t[3], !0);
                    c += 4 * Ip;
                  } else {
                    h.setUint8(c, t);
                    ++c;
                  }
                }));
                const _ = c;
                c += o;
                let d = _;
                s.forEach((({interpolationMode: t}) => {
                  h.setUint8(d, t);
                  n || (d += xp);
                }));
                const p = new Uint8Array(h.buffer);
                t.writeProperty("bytes", p);
              }
              [ru](t, e) {
                if (!e.fromCCON) {
                  t.readThis();
                  return;
                }
                const i = t.readProperty("bytes");
                const s = new DataView(i.buffer, i.byteOffset, i.byteLength);
                let n = 0;
                const r = s.getUint32(n, !0);
                n += Tp;
                const o = r & Ap.INTERPOLATION_MODE;
                const a = s.getUint32(n, !0);
                n += vp;
                const l = Array.from({
                  length: a
                }, ((t, e) => s.getFloat32(n + Ep * e, !0)));
                n += Ep * a;
                const h = n;
                n += 4 * Cp * a;
                const c = Array.from({
                  length: a
                }, ((t, e) => {
                  const i = h + 4 * Cp * e;
                  const r = s.getFloat32(i + 0 * Cp, !0);
                  const o = s.getFloat32(i + 1 * Cp, !0);
                  const a = s.getFloat32(i + 2 * Cp, !0);
                  const l = s.getFloat32(i + 3 * Cp, !0);
                  const c = s.getUint8(n);
                  ++n;
                  const u = bp({
                    value: {
                      x: r,
                      y: o,
                      z: a,
                      w: l
                    }
                  });
                  if (c !== Rp) u.easingMethod = c; else {
                    u.easingMethod = [ s.getFloat32(n + 0 * Ip, !0), s.getFloat32(n + 1 * Ip, !0), s.getFloat32(n + 2 * Ip, !0), s.getFloat32(n + 3 * Ip, !0) ];
                    n += 4 * Ip;
                  }
                  return u;
                }));
                if (o) {
                  const t = s.getUint8(n);
                  ++n;
                  for (let e = 0; e < a; ++e) c[e].interpolationMode = t;
                } else {
                  for (let t = 0; t < a; ++t) {
                    const e = s.getUint8(n + t);
                    c[t].interpolationMode = e;
                  }
                  n += a;
                }
                this._times = l;
                this._values = c;
              }
            }, fp), pp = Bl(dp.prototype, "preExtrapolation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return wl.CLAMP;
              }
            }), mp = Bl(dp.prototype, "postExtrapolation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return wl.CLAMP;
              }
            }), dp)) || _p);
            var Ap;
            !function(t) {
              t[t.INTERPOLATION_MODE = 1] = "INTERPOLATION_MODE";
            }(Ap || (Ap = {}));
            const Tp = 1;
            const vp = 4;
            const Ep = 4;
            const Cp = 4;
            const xp = 1;
            const wp = 1;
            const Rp = 255;
            const Ip = 4;
            var Mp;
            let Bp = t("ObjectCurve", Ul("cc.ObjectCurve")(Mp = class extends Cl {
              evaluate(t) {
                const e = this.searchKeyframe(t);
                if (e >= 0) return this._values[e];
                const i = _i(~e - 1, 0, this._values.length - 1);
                return this._values[i];
              }
            }) || Mp);
            class Dp {
              constructor() {
                this.time = 0;
                this.value = 0;
                this.inTangent = 0;
                this.outTangent = 0;
              }
            }
            si.fastDefine("cc.Keyframe", Dp, {
              time: 0,
              value: 0,
              inTangent: 0,
              outTangent: 0
            });
            class Pp {
              constructor() {
                this.index = void 0;
                this.time = void 0;
                this.endTime = void 0;
                this.coefficient = void 0;
                this.index = -1;
                this.time = 0;
                this.endTime = 0;
                this.coefficient = new Float32Array(4);
              }
              evaluate(t) {
                return function(t, e) {
                  return t * (t * (t * e[0] + e[1]) + e[2]) + e[3];
                }(t - this.time, this.coefficient);
              }
            }
            class Op {
              get _internalCurve() {
                return this._curve;
              }
              get keyFrames() {
                return Array.from(this._curve.keyframes()).map((([t, e]) => {
                  const i = new Dp;
                  i.time = t;
                  i.value = e.value;
                  i.inTangent = e.leftTangent;
                  i.outTangent = e.rightTangent;
                  return i;
                }));
              }
              set keyFrames(t) {
                this._curve.assignSorted(t.map((t => [ t.time, {
                  interpolationMode: xl.CUBIC,
                  value: t.value,
                  leftTangent: t.inTangent,
                  rightTangent: t.outTangent
                } ])));
              }
              get preWrapMode() {
                return Lp(this._curve.preExtrapolation);
              }
              set preWrapMode(t) {
                this._curve.preExtrapolation = Np(t);
              }
              get postWrapMode() {
                return Lp(this._curve.postExtrapolation);
              }
              set postWrapMode(t) {
                this._curve.postExtrapolation = Np(t);
              }
              constructor(t = null) {
                this.cachedKey = void 0;
                if (t instanceof Od) this._curve = t; else {
                  const e = new Od;
                  this._curve = e;
                  e.preExtrapolation = wl.LOOP;
                  e.postExtrapolation = wl.CLAMP;
                  t ? e.assignSorted(t.map((t => [ t.time, {
                    interpolationMode: xl.CUBIC,
                    value: t.value,
                    leftTangent: t.inTangent,
                    rightTangent: t.outTangent
                  } ]))) : e.assignSorted([ [ 0, {
                    interpolationMode: xl.CUBIC,
                    value: 1
                  } ], [ 1, {
                    interpolationMode: xl.CUBIC,
                    value: 1
                  } ] ]);
                }
                this.cachedKey = new Pp;
              }
              addKey(t) {
                t ? this._curve.addKeyFrame(t.time, {
                  interpolationMode: xl.CUBIC,
                  value: t.value,
                  leftTangent: t.inTangent,
                  rightTangent: t.outTangent
                }) : this._curve.clear();
              }
              evaluate_slow(t) {
                return this._curve.evaluate(t);
              }
              evaluate(t) {
                const {cachedKey: e, _curve: i} = this;
                const s = i.keyFramesCount - 1;
                let n = t;
                const r = t < 0 ? i.preExtrapolation : i.postExtrapolation;
                const o = i.getKeyframeTime(0);
                const a = i.getKeyframeTime(s);
                switch (r) {
                 case wl.LOOP:
                  n = Ei(t - o, a - o) + o;
                  break;

                 case wl.PING_PONG:
                  n = Ci(t - o, a - o) + o;
                  break;

                 case wl.CLAMP:
                 default:
                  n = _i(t, o, a);
                }
                if (n >= e.time && n < e.endTime) return e.evaluate(n);
                const l = this.findIndex(e, n);
                const h = Math.min(l + 1, s);
                this.calcOptimizedKey(e, l, h);
                return e.evaluate(n);
              }
              calcOptimizedKey(t, e, i) {
                const s = this._curve.getKeyframeTime(e);
                const n = this._curve.getKeyframeTime(i);
                const {value: r, leftTangent: o} = this._curve.getKeyframeValue(e);
                const {value: a, rightTangent: l} = this._curve.getKeyframeValue(i);
                t.index = e;
                t.time = s;
                t.endTime = n;
                const h = n - s;
                const c = a - r;
                const u = 1 / (h * h);
                const _ = o * h;
                const d = l * h;
                t.coefficient[0] = (_ + d - c - c) * u / h;
                t.coefficient[1] = (c + c + c - _ - _ - d) * u;
                t.coefficient[2] = o;
                t.coefficient[3] = r;
              }
              findIndex(t, e) {
                const {_curve: i} = this;
                const s = i.keyFramesCount;
                const n = t.index;
                if (-1 !== n) {
                  if (e > i.getKeyframeTime(n)) for (let t = 0; t < 3; t++) {
                    const r = n + t;
                    if (r + 1 < s && i.getKeyframeTime(r + 1) > e) return r;
                  } else for (let t = 0; t < 3; t++) {
                    const s = n - t;
                    if (s >= 0 && i.getKeyframeTime(s - 1) <= e) return s - 1;
                  }
                }
                let r = 0;
                let o = s;
                let a;
                for (;o - r > 1; ) {
                  a = Math.floor((r + o) / 2);
                  i.getKeyframeTime(a) >= e ? o = a : r = a;
                }
                return r;
              }
            }
            Op.defaultKF = [ {
              time: 0,
              value: 1,
              inTangent: 0,
              outTangent: 0
            }, {
              time: 1,
              value: 1,
              inTangent: 0,
              outTangent: 0
            } ];
            si.fastDefine("cc.AnimationCurve", Op, {
              _curve: null
            });
            function Np(t) {
              switch (t) {
               default:
               case Sl.Default:
               case Sl.Normal:
               case Sl.Clamp:
                return wl.CLAMP;

               case Sl.PingPong:
                return wl.PING_PONG;

               case Sl.Loop:
                return wl.LOOP;
              }
            }
            function Lp(t) {
              switch (t) {
               default:
               case wl.LINEAR:
               case wl.CLAMP:
                return Sl.Clamp;

               case wl.PING_PONG:
                return Sl.PingPong;

               case wl.LOOP:
                return Sl.Loop;
              }
            }
            function Fp() {
              const t = new Od;
              t.assignSorted([ [ 0, {
                interpolationMode: xl.CUBIC,
                value: 1
              } ], [ 1, {
                interpolationMode: xl.CUBIC,
                value: 1
              } ] ]);
              return t;
            }
            let Vp;
            !function(t) {
              t[t.LINEAR = 0] = "LINEAR";
              t[t.BEZIER = 1] = "BEZIER";
              t[t.CATMULL_ROM = 2] = "CATMULL_ROM";
            }(Vp || (Vp = {}));
            const kp = 4294967295;
            const Up = new Pi;
            const Gp = new Pi;
            const zp = new Pi;
            const Hp = new Pi;
            class jp {
              constructor(t = Vp.CATMULL_ROM, e = []) {
                this._type = void 0;
                this._mode = Vp.CATMULL_ROM;
                this._knots = [];
                this._type = sa.SHAPE_SPLINE;
                this._mode = t;
                for (let t = 0; t < e.length; t++) this._knots[t] = new Pi(e[t]);
              }
              static create(t, e = []) {
                return new jp(t, e);
              }
              static clone(t) {
                return new jp(t.mode, t.knots);
              }
              static copy(t, e) {
                t._mode = e.mode;
                t._knots.length = 0;
                const i = e.knots;
                const s = i.length;
                for (let e = 0; e < s; e++) t._knots[e] = new Pi(i[e]);
                return t;
              }
              get type() {
                return this._type;
              }
              get mode() {
                return this._mode;
              }
              get knots() {
                return this._knots;
              }
              setModeAndKnots(t, e) {
                this._mode = t;
                this._knots.length = 0;
                for (let t = 0; t < e.length; t++) this._knots[t] = new Pi(e[t]);
              }
              clearKnots() {
                this._knots.length = 0;
              }
              getKnotCount() {
                return this._knots.length;
              }
              addKnot(t) {
                this._knots.push(new Pi(t));
              }
              insertKnot(t, e) {
                const i = new Pi(e);
                t >= this._knots.length ? this._knots.push(i) : this._knots.splice(t, 0, i);
              }
              removeKnot(t) {
                ne(t >= 0 && t < this._knots.length, "Spline: invalid index");
                this._knots.splice(t, 1);
              }
              setKnot(t, e) {
                ne(t >= 0 && t < this._knots.length, "Spline: invalid index");
                this._knots[t].set(e);
              }
              getKnot(t) {
                ne(t >= 0 && t < this._knots.length, "Spline: invalid index");
                return this._knots[t];
              }
              getPoint(t, e = 4294967295) {
                t = _i(t, 0, 1);
                const i = this.getSegments();
                if (0 == i) return new Pi(0, 0, 0);
                if (e == kp) {
                  const s = 1 / i;
                  e = Math.floor(t / s);
                  t = t % s / s;
                }
                if (e >= i) return new Pi(this._knots[this._knots.length - 1]);
                switch (this._mode) {
                 case Vp.LINEAR:
                  return jp.calcLinear(this._knots[e], this._knots[e + 1], t);

                 case Vp.BEZIER:
                  return jp.calcBezier(this._knots[4 * e], this._knots[4 * e + 1], this._knots[4 * e + 2], this._knots[4 * e + 3], t);

                 case Vp.CATMULL_ROM:
                  {
                    const i = e > 0 ? this._knots[e - 1] : this._knots[e];
                    const s = e + 2 < this._knots.length ? this._knots[e + 2] : this._knots[e + 1];
                    return jp.calcCatmullRom(i, this._knots[e], this._knots[e + 1], s, t);
                  }

                 default:
                  return new Pi(0, 0, 0);
                }
              }
              getPoints(t, e = 4294967295) {
                if (0 == t) return [];
                if (1 == t) {
                  return [ this.getPoint(0, e) ];
                }
                const i = [];
                const s = 1 / (t - 1);
                for (let n = 0; n < t; n++) {
                  const t = n * s;
                  const r = this.getPoint(t, e);
                  i.push(r);
                }
                return i;
              }
              getSegments() {
                const t = this._knots.length;
                switch (this._mode) {
                 case Vp.LINEAR:
                 case Vp.CATMULL_ROM:
                  if (t < 2) {
                    N(14300);
                    return 0;
                  }
                  return t - 1;

                 case Vp.BEZIER:
                  if (t < 4 || t % 4 != 0) {
                    N(14301);
                    return 0;
                  }
                  return t / 4;

                 default:
                  ne(!1, "Spline error: invalid mode");
                }
              }
              static calcLinear(t, e, i) {
                const s = new Pi;
                Pi.multiplyScalar(Up, t, 1 - i);
                Pi.multiplyScalar(Gp, e, i);
                Pi.add(s, Up, Gp);
                return s;
              }
              static calcBezier(t, e, i, s, n) {
                const r = new Pi;
                const o = 1 - n;
                Pi.multiplyScalar(Up, t, o * o * o);
                Pi.multiplyScalar(Gp, e, 3 * n * o * o);
                Pi.multiplyScalar(zp, i, 3 * n * n * o);
                Pi.multiplyScalar(Hp, s, n * n * n);
                Pi.add(Up, Up, Gp);
                Pi.add(zp, zp, Hp);
                Pi.add(r, Up, zp);
                return r;
              }
              static calcCatmullRom(t, e, i, s, n) {
                const r = new Pi;
                const o = n * n;
                const a = o * n;
                Pi.multiplyScalar(Up, t, -.5 * a + o - .5 * n);
                Pi.multiplyScalar(Gp, e, 1.5 * a - 2.5 * o + 1);
                Pi.multiplyScalar(zp, i, -1.5 * a + 2 * o + .5 * n);
                Pi.multiplyScalar(Hp, s, .5 * a - .5 * o);
                Pi.add(Up, Up, Gp);
                Pi.add(zp, zp, Hp);
                Pi.add(r, Up, zp);
                return r;
              }
            }
            W(Za, "intersect", [ {
              name: "ray_aabb",
              newName: "rayAABB"
            }, {
              name: "ray_plane",
              newName: "rayPlane"
            }, {
              name: "ray_triangle",
              newName: "rayTriangle"
            }, {
              name: "ray_sphere",
              newName: "raySphere"
            }, {
              name: "ray_obb",
              newName: "rayOBB"
            }, {
              name: "ray_capsule",
              newName: "rayCapsule"
            }, {
              name: "ray_subMesh",
              newName: "raySubMesh"
            }, {
              name: "ray_mesh",
              newName: "rayMesh"
            }, {
              name: "ray_model",
              newName: "rayModel"
            }, {
              name: "line_plane",
              newName: "linePlane"
            }, {
              name: "line_triangle",
              newName: "lineTriangle"
            }, {
              name: "line_aabb",
              newName: "lineAABB"
            }, {
              name: "line_obb",
              newName: "lineOBB"
            }, {
              name: "line_sphere",
              newName: "lineSphere"
            }, {
              name: "aabb_aabb",
              newName: "aabbWithAABB"
            }, {
              name: "aabb_obb",
              newName: "aabbWithOBB"
            }, {
              name: "aabb_plane",
              newName: "aabbPlane"
            }, {
              name: "aabb_frustum",
              newName: "aabbFrustum"
            }, {
              name: "aabbFrustum_accurate",
              newName: "aabbFrustumAccurate"
            }, {
              name: "obb_point",
              newName: "obbPoint"
            }, {
              name: "obb_plane",
              newName: "obbPlane"
            }, {
              name: "obb_frustum",
              newName: "obbFrustum"
            }, {
              name: "obbFrustum_accurate",
              newName: "obbFrustumAccurate"
            }, {
              name: "obb_obb",
              newName: "obbWithOBB"
            }, {
              name: "obb_capsule",
              newName: "obbCapsule"
            }, {
              name: "sphere_plane",
              newName: "spherePlane"
            }, {
              name: "sphere_frustum",
              newName: "sphereFrustum"
            }, {
              name: "sphereFrustum_accurate",
              newName: "sphereFrustumAccurate"
            }, {
              name: "sphere_sphere",
              newName: "sphereWithSphere"
            }, {
              name: "sphere_aabb",
              newName: "sphereAABB"
            }, {
              name: "sphere_obb",
              newName: "sphereOBB"
            }, {
              name: "sphere_capsule",
              newName: "sphereCapsule"
            }, {
              name: "capsule_capsule",
              newName: "capsuleWithCapsule"
            } ]);
            function Xp(t, e) {
              console.warn(`${t} is deprecated, please use ${e} instead.`);
            }
            var Wp = Object.freeze({
              __proto__: null,
              distance: ia,
              enums: sa,
              intersect: Za,
              Line: na,
              Plane: il,
              Ray: ra,
              Triangle: _a,
              Sphere: ua,
              AABB: hl,
              OBB: dl,
              Capsule: pl,
              Frustum: bl,
              Keyframe: Dp,
              AnimationCurve: Op,
              get SplineMode() {
                return Vp;
              },
              Spline: jp,
              get ERaycastMode() {
                return da;
              },
              line: class extends na {
                constructor() {
                  super();
                  Xp("line", "Line");
                }
              },
              plane: class extends il {
                constructor() {
                  super();
                  Xp("plane", "Plane");
                }
              },
              ray: class extends ra {
                constructor() {
                  super();
                  Xp("ray", "Ray");
                }
              },
              triangle: class extends _a {
                constructor() {
                  super();
                  Xp("triangle", "Triangle");
                }
              },
              sphere: class extends ua {
                constructor() {
                  super();
                  Xp("sphere", "Sphere");
                }
              },
              aabb: class extends hl {
                constructor() {
                  super();
                  Xp("aabb", "AABB");
                }
              },
              obb: class extends dl {
                constructor() {
                  super();
                  Xp("obb", "OBB");
                }
              },
              capsule: class extends pl {
                constructor() {
                  super();
                  Xp("capsule", "Capsule");
                }
              },
              frustum: class extends bl {
                constructor() {
                  super();
                  Xp("frustum", "Frustum");
                }
              }
            });
            t("geometry", Wp);
            const Yp = t("EffectAsset", jsb.EffectAsset);
            m.EffectAsset = Yp;
            Yp.prototype._ctor = function() {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this.hideInEditor = !1;
            };
            const qp = Yp.prototype;
            Yl(qp, "techniques");
            Yl(qp, "shaders");
            Yl(qp, "combinations");
            Kl(qp, "hideInEditor");
            Yl(qp, "hideInEditor");
            Ul("cc.EffectAsset")(Yp);
            const Kp = 1024;
            let Jp;
            !function(t) {
              t[t.RGB565 = bs.R5G6B5] = "RGB565";
              t[t.RGB5A1 = bs.RGB5A1] = "RGB5A1";
              t[t.RGBA4444 = bs.RGBA4] = "RGBA4444";
              t[t.RGB888 = bs.RGB8] = "RGB888";
              t[t.RGB32F = bs.RGB32F] = "RGB32F";
              t[t.RGBA8888 = bs.RGBA8] = "RGBA8888";
              t[t.RGBA32F = bs.RGBA32F] = "RGBA32F";
              t[t.A8 = bs.A8] = "A8";
              t[t.I8 = bs.L8] = "I8";
              t[t.AI8 = bs.LA8] = "AI8";
              t[t.RGB_PVRTC_2BPPV1 = bs.PVRTC_RGB2] = "RGB_PVRTC_2BPPV1";
              t[t.RGBA_PVRTC_2BPPV1 = bs.PVRTC_RGBA2] = "RGBA_PVRTC_2BPPV1";
              t[t.RGB_A_PVRTC_2BPPV1 = Kp] = "RGB_A_PVRTC_2BPPV1";
              t[t.RGB_PVRTC_4BPPV1 = bs.PVRTC_RGB4] = "RGB_PVRTC_4BPPV1";
              t[t.RGBA_PVRTC_4BPPV1 = bs.PVRTC_RGBA4] = "RGBA_PVRTC_4BPPV1";
              t[t.RGB_A_PVRTC_4BPPV1 = 1025] = "RGB_A_PVRTC_4BPPV1";
              t[t.RGB_ETC1 = bs.ETC_RGB8] = "RGB_ETC1";
              t[t.RGBA_ETC1 = 1026] = "RGBA_ETC1";
              t[t.RGB_ETC2 = bs.ETC2_RGB8] = "RGB_ETC2";
              t[t.RGBA_ETC2 = bs.ETC2_RGBA8] = "RGBA_ETC2";
              t[t.RGBA_ASTC_4x4 = bs.ASTC_RGBA_4X4] = "RGBA_ASTC_4x4";
              t[t.RGBA_ASTC_5x4 = bs.ASTC_RGBA_5X4] = "RGBA_ASTC_5x4";
              t[t.RGBA_ASTC_5x5 = bs.ASTC_RGBA_5X5] = "RGBA_ASTC_5x5";
              t[t.RGBA_ASTC_6x5 = bs.ASTC_RGBA_6X5] = "RGBA_ASTC_6x5";
              t[t.RGBA_ASTC_6x6 = bs.ASTC_RGBA_6X6] = "RGBA_ASTC_6x6";
              t[t.RGBA_ASTC_8x5 = bs.ASTC_RGBA_8X5] = "RGBA_ASTC_8x5";
              t[t.RGBA_ASTC_8x6 = bs.ASTC_RGBA_8X6] = "RGBA_ASTC_8x6";
              t[t.RGBA_ASTC_8x8 = bs.ASTC_RGBA_8X8] = "RGBA_ASTC_8x8";
              t[t.RGBA_ASTC_10x5 = bs.ASTC_RGBA_10X5] = "RGBA_ASTC_10x5";
              t[t.RGBA_ASTC_10x6 = bs.ASTC_RGBA_10X6] = "RGBA_ASTC_10x6";
              t[t.RGBA_ASTC_10x8 = bs.ASTC_RGBA_10X8] = "RGBA_ASTC_10x8";
              t[t.RGBA_ASTC_10x10 = bs.ASTC_RGBA_10X10] = "RGBA_ASTC_10x10";
              t[t.RGBA_ASTC_12x10 = bs.ASTC_RGBA_12X10] = "RGBA_ASTC_12x10";
              t[t.RGBA_ASTC_12x12 = bs.ASTC_RGBA_12X12] = "RGBA_ASTC_12x12";
            }(Jp || (Jp = {}));
            let Zp;
            !function(t) {
              t[t.REPEAT = Ps.WRAP] = "REPEAT";
              t[t.CLAMP_TO_EDGE = Ps.CLAMP] = "CLAMP_TO_EDGE";
              t[t.MIRRORED_REPEAT = Ps.MIRROR] = "MIRRORED_REPEAT";
              t[t.CLAMP_TO_BORDER = Ps.BORDER] = "CLAMP_TO_BORDER";
            }(Zp || (Zp = {}));
            let Qp;
            !function(t) {
              t[t.NONE = Ds.NONE] = "NONE";
              t[t.LINEAR = Ds.LINEAR] = "LINEAR";
              t[t.NEAREST = Ds.POINT] = "NEAREST";
            }(Qp || (Qp = {}));
            const $p = jsb.TextureBase.prototype;
            $p._serialize = function(t) {
              return EDITOR || TEST ? `${this._minFilter},${this._magFilter},${this._wrapS},${this._wrapT},${this._mipFilter},${this._anisotropy}` : "";
            };
            $p._deserialize = function(t, e) {
              const i = t.split(",");
              i.unshift("");
              if (i.length >= 5) {
                this.setFilters(parseInt(i[1]), parseInt(i[2]));
                this.setWrapMode(parseInt(i[3]), parseInt(i[4]));
              }
              if (i.length >= 7) {
                this.setMipFilter(parseInt(i[5]));
                this.setAnisotropy(parseInt(i[6]));
              }
            };
            $p._getGFXDevice = function() {
              return zo.gfxDevice;
            };
            $p._getGFXFormat = function() {
              return this._getGFXPixelFormat(this.format);
            };
            $p._setGFXFormat = function(t) {
              this.format = void 0 === t ? Jp.RGBA8888 : t;
            };
            $p._getGFXPixelFormat = function(t) {
              t === Jp.RGBA_ETC1 ? t = Jp.RGB_ETC1 : t === Jp.RGB_A_PVRTC_4BPPV1 ? t = Jp.RGB_PVRTC_4BPPV1 : t === Jp.RGB_A_PVRTC_2BPPV1 && (t = Jp.RGB_PVRTC_2BPPV1);
              return t;
            };
            $p.createNode = null;
            const tm = jsb.TextureBase;
            tm.Filter = Qp;
            tm.PixelFormat = Jp;
            tm.WrapMode = Zp;
            $p._ctor = function() {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._gfxSampler = null;
              this._samplerInfo = null;
              this._textureHash = 0;
              this._registerGFXSamplerUpdatedListener();
            };
            const em = $p.getGFXSampler;
            $p.getGFXSampler = function() {
              this._gfxSampler || (this._gfxSampler = em.call(this));
              return this._gfxSampler;
            };
            const im = $p.getHash;
            $p.getHash = function() {
              0 === this._textureHash && (this._textureHash = im.call(this));
              return this._textureHash;
            };
            const sm = $p.getSamplerInfo;
            $p.getSamplerInfo = function() {
              this._samplerInfo || (this._samplerInfo = sm.call(this));
              return this._samplerInfo;
            };
            const nm = $p.destroy;
            $p.destroy = function() {
              var t;
              (null === (t = m.director.root) || void 0 === t ? void 0 : t.batcher2D) && m.director.root.batcher2D._releaseDescriptorSetCache(this.getGFXTexture(), this.getGFXSampler());
              return nm.call(this);
            };
            $p._onGFXSamplerUpdated = function(t, e) {
              this._gfxSampler = t;
              this._samplerInfo = e;
            };
            m.TextureBase = jsb.TextureBase;
            const rm = tm.prototype;
            Yl(rm, "_format");
            Yl(rm, "_minFilter");
            Yl(rm, "_magFilter");
            Yl(rm, "_mipFilter");
            Yl(rm, "_wrapS");
            Yl(rm, "_wrapT");
            Yl(rm, "_wrapR");
            Yl(rm, "_anisotropy");
            Ul("cc.TextureBase")(tm);
            const om = jsb.Material.prototype;
            function am(t, e, i, s, n) {
              null != n ? t.call(e, i, s, n) : t.call(e, i, s);
            }
            var lm;
            !function(t) {
              t[t.VEC2 = 0] = "VEC2";
              t[t.VEC3 = 1] = "VEC3";
              t[t.VEC4 = 2] = "VEC4";
              t[t.QUATERNION = 3] = "QUATERNION";
              t[t.MAT3 = 4] = "MAT3";
              t[t.MAT4 = 5] = "MAT4";
              t[t.SIZE = 6] = "SIZE";
              t[t.RECT = 7] = "RECT";
              t[t.COLOR = 8] = "COLOR";
            }(lm || (lm = {}));
            om.setProperty = function(t, e, i) {
              if (Array.isArray(e)) {
                const s = e[0];
                "number" == typeof s ? Number.isInteger(s) ? am(this.setPropertyInt32Array, this, t, e, i) : am(this.setPropertyFloat32Array, this, t, e, i) : s instanceof Qi ? am(this.setPropertyVec2Array, this, t, e, i) : s instanceof Pi ? am(this.setPropertyVec3Array, this, t, e, i) : s instanceof is ? am(this.setPropertyVec4Array, this, t, e, i) : s instanceof Bi ? am(this.setPropertyColorArray, this, t, e, i) : s instanceof Fi ? am(this.setPropertyMat3Array, this, t, e, i) : s instanceof qi ? am(this.setPropertyMat4Array, this, t, e, i) : s instanceof Ui ? am(this.setPropertyQuatArray, this, t, e, i) : s instanceof tm ? am(this.setPropertyTextureBaseArray, this, t, e, i) : s instanceof Yr ? am(this.setPropertyGFXTextureArray, this, t, e, i) : m.error(`Material.setProperty Unknown type: ${e}`);
              } else "number" == typeof e ? Number.isInteger(e) ? am(this.setPropertyInt32, this, t, e, i) : am(this.setPropertyFloat32, this, t, e, i) : e instanceof Qi ? am(this.setPropertyVec2, this, t, e, i) : e instanceof Pi ? am(this.setPropertyVec3, this, t, e, i) : e instanceof is ? am(this.setPropertyVec4, this, t, e, i) : e instanceof Bi ? am(this.setPropertyColor, this, t, e, i) : e instanceof Fi ? am(this.setPropertyMat3, this, t, e, i) : e instanceof qi ? am(this.setPropertyMat4, this, t, e, i) : e instanceof Ui ? am(this.setPropertyQuat, this, t, e, i) : e instanceof tm ? am(this.setPropertyTextureBase, this, t, e, i) : e instanceof Yr ? am(this.setPropertyGFXTexture, this, t, e, i) : null === e ? i ? this.setPropertyNull(t, i) : this.setPropertyNull(t) : m.error(`Material.setProperty Unknown type: ${e}`);
            };
            om.getProperty = function(t, e) {
              let i;
              i = void 0 !== e ? this._getProperty(t, e) : this._getProperty(t);
              if (Array.isArray(i)) {
                const t = i[0];
                const e = [];
                if (t instanceof jsb.Vec2 || t.type === lm.VEC2) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new Qi(s.x, s.y));
                } else if (t.type === lm.VEC3) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new Pi(s.x, s.y, s.z));
                } else if (t.type === lm.VEC4) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new is(s.x, s.y, s.z, s.w));
                } else if (t instanceof jsb.Color) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new Bi(s.r, s.g, s.b, s.a));
                } else if (t.type === lm.MAT3) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new Fi(s[0], s[1], s[2], s[3], s[4], s[5], s[6], s[7], s[8]));
                } else if (t.type === lm.MAT4) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new qi(s[0], s[1], s[2], s[3], s[4], s[5], s[6], s[7], s[8], s[9], s[10], s[11], s[12], s[13], s[14], s[15]));
                } else if (t.type === lm.QUATERNION) for (let t = 0, s = i.length; t < s; ++t) {
                  const s = i[t];
                  e.push(new Ui(s.x, s.y, s.z, s.w));
                }
                return e || i;
              }
              let s;
              const n = i;
              i instanceof jsb.Vec2 || i.type === lm.VEC2 ? s = new Pi(n.x, n.y) : i.type === lm.VEC3 ? s = new Pi(n.x, n.y, n.z) : i.type === lm.VEC4 ? s = new is(n.x, n.y, n.z, n.w) : i instanceof jsb.Color ? s = new Bi(n.r, n.g, n.b, n.a) : i.type === lm.MAT3 ? s = new Fi(n[0], n[1], n[2], n[3], n[4], n[5], n[6], n[7], n[8]) : i.type === lm.MAT4 ? s = new qi(n[0], n[1], n[2], n[3], n[4], n[5], n[6], n[7], n[8], n[9], n[10], n[11], n[12], n[13], n[14], n[15]) : i.type === lm.QUATERNION && (s = new Ui(n.x, n.y, n.z, n.w));
              return s || i;
            };
            const hm = t("Material", jsb.Material);
            m.Material = hm;
            const cm = hm.prototype;
            cm._ctor = function() {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._props = [];
              this._passes = [];
              this._registerPassesUpdatedListener();
              this._isCtorCalled = !0;
            };
            const um = cm.onLoaded;
            cm.onLoaded = function() {
              this._propsInternal = this._props;
              um.call(this);
            };
            cm._onPassesUpdated = function() {
              this._passes = this.getPasses();
            };
            Object.defineProperty(cm, "passes", {
              enumerable: !0,
              configurable: !0,
              get() {
                if (!this._isCtorCalled) {
                  this._ctor();
                  this._passes = this.getPasses();
                }
                return this._passes;
              }
            });
            const _m = hm.prototype;
            Th(Yp)(_m, "_effectAsset");
            Yl(_m, "_techIdx");
            Yl(_m, "_defines");
            Yl(_m, "_states");
            Yl(_m, "_props");
            Ul("cc.Material")(hm);
            const dm = (() => {
              const t = new Map;
              let e = 0;
              return i => {
                if ("number" == typeof i) return i;
                if (!t.has(i)) {
                  t.set(i, 1 << e);
                  e++;
                }
                return t.get(i);
              };
            })();
            const pm = {
              NONE: 0,
              IGNORE_RAYCAST: 1 << 20,
              GIZMOS: 1 << 21,
              EDITOR: 1 << 22,
              UI_3D: 1 << 23,
              SCENE_GIZMO: 1 << 24,
              UI_2D: 1 << 25,
              PROFILER: 1 << 28,
              DEFAULT: 1 << 30,
              ALL: 4294967295
            };
            class mm {
              static init() {
                const t = de.querySettings(_e.Category.ENGINE, "customLayers");
                if (t) for (let e = 0; e < t.length; e++) {
                  const i = t[e];
                  mm.addLayer(i.name, i.bit);
                }
              }
              static makeMaskInclude(t) {
                let e = 0;
                for (const i of t) e |= i;
                return e;
              }
              static makeMaskExclude(t) {
                return ~mm.makeMaskInclude(t);
              }
              static addLayer(t, e) {
                if (void 0 === e) {
                  console.warn("bitNum can't be undefined");
                  return;
                }
                if (e > 19 || e < 0) {
                  console.warn("maximum layers reached.");
                  return;
                }
                const i = 1 << e;
                ne(!mm.Enum[t], G(2104, t));
                mm.Enum[t] = i;
                ee.value(mm.Enum, String(i), t);
                mm.BitMask[t] = i;
                ee.value(mm.BitMask, String(i), t);
              }
              static deleteLayer(t) {
                if (t > 19 || t < 0) {
                  console.warn("do not change buildin layers.");
                  return;
                }
                const e = 1 << t;
                delete mm.Enum[mm.Enum[e]];
                delete mm.Enum[e];
                delete mm.BitMask[mm.BitMask[e]];
                delete mm.BitMask[e];
              }
              static nameToLayer(t) {
                if (void 0 === t) {
                  console.warn("name can't be undefined");
                  return -1;
                }
                return r(mm.Enum[t]);
              }
              static layerToName(t) {
                if (t > 31 || t < 0) {
                  console.warn("Unable to access unknown layer.");
                  return "";
                }
                return mm.Enum[1 << t];
              }
            }
            t("Layers", mm);
            mm.Enum = oe(pm);
            mm.BitMask = ie({
              ...pm
            });
            m.Layers = mm;
            let fm;
            !function(t) {
              t[t.DEFAULT = 100] = "DEFAULT";
              t[t.UI = 200] = "UI";
            }(fm || (fm = {}));
            m.RenderPassStage = fm;
            let gm;
            !function(t) {
              t[t.MIN = 0] = "MIN";
              t[t.MAX = 255] = "MAX";
              t[t.DEFAULT = 128] = "DEFAULT";
            }(gm || (gm = {}));
            const ym = {
              bindings: [],
              layouts: {}
            };
            const bm = {
              bindings: [],
              layouts: {}
            };
            let Sm;
            !function(t) {
              t[t.UBO_GLOBAL = 0] = "UBO_GLOBAL";
              t[t.UBO_CAMERA = 1] = "UBO_CAMERA";
              t[t.UBO_SHADOW = 2] = "UBO_SHADOW";
              t[t.UBO_CSM = 3] = "UBO_CSM";
              t[t.SAMPLER_SHADOWMAP = 4] = "SAMPLER_SHADOWMAP";
              t[t.SAMPLER_ENVIRONMENT = 5] = "SAMPLER_ENVIRONMENT";
              t[t.SAMPLER_SPOT_SHADOW_MAP = 6] = "SAMPLER_SPOT_SHADOW_MAP";
              t[t.SAMPLER_DIFFUSEMAP = 7] = "SAMPLER_DIFFUSEMAP";
              t[t.COUNT = 8] = "COUNT";
            }(Sm || (Sm = {}));
            const Am = Sm.SAMPLER_SHADOWMAP;
            const Tm = Sm.COUNT - Am;
            let vm;
            !function(t) {
              t[t.UBO_LOCAL = 0] = "UBO_LOCAL";
              t[t.UBO_FORWARD_LIGHTS = 1] = "UBO_FORWARD_LIGHTS";
              t[t.UBO_SKINNING_ANIMATION = 2] = "UBO_SKINNING_ANIMATION";
              t[t.UBO_SKINNING_TEXTURE = 3] = "UBO_SKINNING_TEXTURE";
              t[t.UBO_MORPH = 4] = "UBO_MORPH";
              t[t.UBO_UI_LOCAL = 5] = "UBO_UI_LOCAL";
              t[t.SAMPLER_JOINTS = 6] = "SAMPLER_JOINTS";
              t[t.SAMPLER_MORPH_POSITION = 7] = "SAMPLER_MORPH_POSITION";
              t[t.SAMPLER_MORPH_NORMAL = 8] = "SAMPLER_MORPH_NORMAL";
              t[t.SAMPLER_MORPH_TANGENT = 9] = "SAMPLER_MORPH_TANGENT";
              t[t.SAMPLER_LIGHTMAP = 10] = "SAMPLER_LIGHTMAP";
              t[t.SAMPLER_SPRITE = 11] = "SAMPLER_SPRITE";
              t[t.SAMPLER_REFLECTION = 12] = "SAMPLER_REFLECTION";
              t[t.STORAGE_REFLECTION = 13] = "STORAGE_REFLECTION";
              t[t.COUNT = 14] = "COUNT";
            }(vm || (vm = {}));
            const Em = vm.SAMPLER_JOINTS;
            const Cm = vm.STORAGE_REFLECTION - Em;
            const xm = vm.COUNT - Em - Cm;
            let wm;
            !function(t) {
              t[t.GLOBAL = 0] = "GLOBAL";
              t[t.MATERIAL = 1] = "MATERIAL";
              t[t.LOCAL = 2] = "LOCAL";
            }(wm || (wm = {}));
            const Rm = new yn([ Am, 0, Em ], [ Tm, 0, Cm ], [ 0, 0, 0 ], [ 0, 0, 0 ], [ 0, 0, 0 ], [ 0, 0, xm ], [ 0, 0, 0 ], [ 0, 2, 1 ]);
            class Im {}
            Im.TIME_OFFSET = 0;
            Im.SCREEN_SIZE_OFFSET = Im.TIME_OFFSET + 4;
            Im.NATIVE_SIZE_OFFSET = Im.SCREEN_SIZE_OFFSET + 4;
            Im.DEBUG_VIEW_MODE_OFFSET = Im.NATIVE_SIZE_OFFSET + 4;
            Im.DEBUG_VIEW_COMPOSITE_PACK_1_OFFSET = Im.DEBUG_VIEW_MODE_OFFSET + 4;
            Im.DEBUG_VIEW_COMPOSITE_PACK_2_OFFSET = Im.DEBUG_VIEW_COMPOSITE_PACK_1_OFFSET + 4;
            Im.DEBUG_VIEW_COMPOSITE_PACK_3_OFFSET = Im.DEBUG_VIEW_COMPOSITE_PACK_2_OFFSET + 4;
            Im.COUNT = Im.DEBUG_VIEW_COMPOSITE_PACK_3_OFFSET + 4;
            Im.SIZE = 4 * Im.COUNT;
            Im.NAME = "CCGlobal";
            Im.BINDING = Sm.UBO_GLOBAL;
            Im.DESCRIPTOR = new Jn(Im.BINDING, Zs.UNIFORM_BUFFER, 1, ks.ALL);
            Im.LAYOUT = new Mn(wm.GLOBAL, Im.BINDING, Im.NAME, [ new In("cc_time", As.FLOAT4, 1), new In("cc_screenSize", As.FLOAT4, 1), new In("cc_nativeSize", As.FLOAT4, 1), new In("cc_debug_view_mode", As.FLOAT, 4), new In("cc_debug_view_composite_pack_1", As.FLOAT, 4), new In("cc_debug_view_composite_pack_2", As.FLOAT, 4), new In("cc_debug_view_composite_pack_3", As.FLOAT, 4) ], 1);
            ym.layouts[Im.NAME] = Im.LAYOUT;
            ym.bindings[Im.BINDING] = Im.DESCRIPTOR;
            class Mm {}
            Mm.MAT_VIEW_OFFSET = 0;
            Mm.MAT_VIEW_INV_OFFSET = Mm.MAT_VIEW_OFFSET + 16;
            Mm.MAT_PROJ_OFFSET = Mm.MAT_VIEW_INV_OFFSET + 16;
            Mm.MAT_PROJ_INV_OFFSET = Mm.MAT_PROJ_OFFSET + 16;
            Mm.MAT_VIEW_PROJ_OFFSET = Mm.MAT_PROJ_INV_OFFSET + 16;
            Mm.MAT_VIEW_PROJ_INV_OFFSET = Mm.MAT_VIEW_PROJ_OFFSET + 16;
            Mm.CAMERA_POS_OFFSET = Mm.MAT_VIEW_PROJ_INV_OFFSET + 16;
            Mm.SURFACE_TRANSFORM_OFFSET = Mm.CAMERA_POS_OFFSET + 4;
            Mm.SCREEN_SCALE_OFFSET = Mm.SURFACE_TRANSFORM_OFFSET + 4;
            Mm.EXPOSURE_OFFSET = Mm.SCREEN_SCALE_OFFSET + 4;
            Mm.MAIN_LIT_DIR_OFFSET = Mm.EXPOSURE_OFFSET + 4;
            Mm.MAIN_LIT_COLOR_OFFSET = Mm.MAIN_LIT_DIR_OFFSET + 4;
            Mm.AMBIENT_SKY_OFFSET = Mm.MAIN_LIT_COLOR_OFFSET + 4;
            Mm.AMBIENT_GROUND_OFFSET = Mm.AMBIENT_SKY_OFFSET + 4;
            Mm.GLOBAL_FOG_COLOR_OFFSET = Mm.AMBIENT_GROUND_OFFSET + 4;
            Mm.GLOBAL_FOG_BASE_OFFSET = Mm.GLOBAL_FOG_COLOR_OFFSET + 4;
            Mm.GLOBAL_FOG_ADD_OFFSET = Mm.GLOBAL_FOG_BASE_OFFSET + 4;
            Mm.NEAR_FAR_OFFSET = Mm.GLOBAL_FOG_ADD_OFFSET + 4;
            Mm.VIEW_PORT_OFFSET = Mm.NEAR_FAR_OFFSET + 4;
            Mm.COUNT = Mm.VIEW_PORT_OFFSET + 4;
            Mm.SIZE = 4 * Mm.COUNT;
            Mm.NAME = "CCCamera";
            Mm.BINDING = Sm.UBO_CAMERA;
            Mm.DESCRIPTOR = new Jn(Mm.BINDING, Zs.UNIFORM_BUFFER, 1, ks.ALL);
            Mm.LAYOUT = new Mn(wm.GLOBAL, Mm.BINDING, Mm.NAME, [ new In("cc_matView", As.MAT4, 1), new In("cc_matViewInv", As.MAT4, 1), new In("cc_matProj", As.MAT4, 1), new In("cc_matProjInv", As.MAT4, 1), new In("cc_matViewProj", As.MAT4, 1), new In("cc_matViewProjInv", As.MAT4, 1), new In("cc_cameraPos", As.FLOAT4, 1), new In("cc_surfaceTransform", As.FLOAT4, 1), new In("cc_screenScale", As.FLOAT4, 1), new In("cc_exposure", As.FLOAT4, 1), new In("cc_mainLitDir", As.FLOAT4, 1), new In("cc_mainLitColor", As.FLOAT4, 1), new In("cc_ambientSky", As.FLOAT4, 1), new In("cc_ambientGround", As.FLOAT4, 1), new In("cc_fogColor", As.FLOAT4, 1), new In("cc_fogBase", As.FLOAT4, 1), new In("cc_fogAdd", As.FLOAT4, 1), new In("cc_nearFar", As.FLOAT4, 1), new In("cc_viewPort", As.FLOAT4, 1) ], 1);
            ym.layouts[Mm.NAME] = Mm.LAYOUT;
            ym.bindings[Mm.BINDING] = Mm.DESCRIPTOR;
            class Bm {}
            Bm.MAT_LIGHT_VIEW_OFFSET = 0;
            Bm.MAT_LIGHT_VIEW_PROJ_OFFSET = Bm.MAT_LIGHT_VIEW_OFFSET + 16;
            Bm.SHADOW_INV_PROJ_DEPTH_INFO_OFFSET = Bm.MAT_LIGHT_VIEW_PROJ_OFFSET + 16;
            Bm.SHADOW_PROJ_DEPTH_INFO_OFFSET = Bm.SHADOW_INV_PROJ_DEPTH_INFO_OFFSET + 4;
            Bm.SHADOW_PROJ_INFO_OFFSET = Bm.SHADOW_PROJ_DEPTH_INFO_OFFSET + 4;
            Bm.SHADOW_NEAR_FAR_LINEAR_SATURATION_INFO_OFFSET = Bm.SHADOW_PROJ_INFO_OFFSET + 4;
            Bm.SHADOW_WIDTH_HEIGHT_PCF_BIAS_INFO_OFFSET = Bm.SHADOW_NEAR_FAR_LINEAR_SATURATION_INFO_OFFSET + 4;
            Bm.SHADOW_LIGHT_PACKING_NBIAS_NULL_INFO_OFFSET = Bm.SHADOW_WIDTH_HEIGHT_PCF_BIAS_INFO_OFFSET + 4;
            Bm.SHADOW_COLOR_OFFSET = Bm.SHADOW_LIGHT_PACKING_NBIAS_NULL_INFO_OFFSET + 4;
            Bm.PLANAR_NORMAL_DISTANCE_INFO_OFFSET = Bm.SHADOW_COLOR_OFFSET + 4;
            Bm.COUNT = Bm.PLANAR_NORMAL_DISTANCE_INFO_OFFSET + 4;
            Bm.SIZE = 4 * Bm.COUNT;
            Bm.NAME = "CCShadow";
            Bm.BINDING = Sm.UBO_SHADOW;
            Bm.DESCRIPTOR = new Jn(Bm.BINDING, Zs.UNIFORM_BUFFER, 1, ks.ALL);
            Bm.LAYOUT = new Mn(wm.GLOBAL, Bm.BINDING, Bm.NAME, [ new In("cc_matLightView", As.MAT4, 1), new In("cc_matLightViewProj", As.MAT4, 1), new In("cc_shadowInvProjDepthInfo", As.FLOAT4, 1), new In("cc_shadowProjDepthInfo", As.FLOAT4, 1), new In("cc_shadowProjInfo", As.FLOAT4, 1), new In("cc_shadowNFLSInfo", As.FLOAT4, 1), new In("cc_shadowWHPBInfo", As.FLOAT4, 1), new In("cc_shadowLPNNInfo", As.FLOAT4, 1), new In("cc_shadowColor", As.FLOAT4, 1), new In("cc_planarNDInfo", As.FLOAT4, 1) ], 1);
            ym.layouts[Bm.NAME] = Bm.LAYOUT;
            ym.bindings[Bm.BINDING] = Bm.DESCRIPTOR;
            class Dm {}
            Dm.CSM_LEVEL_COUNT = 4;
            Dm.CSM_VIEW_DIR_0_OFFSET = 0;
            Dm.CSM_VIEW_DIR_1_OFFSET = Dm.CSM_VIEW_DIR_0_OFFSET + 4 * Dm.CSM_LEVEL_COUNT;
            Dm.CSM_VIEW_DIR_2_OFFSET = Dm.CSM_VIEW_DIR_1_OFFSET + 4 * Dm.CSM_LEVEL_COUNT;
            Dm.CSM_ATLAS_OFFSET = Dm.CSM_VIEW_DIR_2_OFFSET + 4 * Dm.CSM_LEVEL_COUNT;
            Dm.MAT_CSM_VIEW_PROJ_OFFSET = Dm.CSM_ATLAS_OFFSET + 4 * Dm.CSM_LEVEL_COUNT;
            Dm.CSM_PROJ_DEPTH_INFO_OFFSET = Dm.MAT_CSM_VIEW_PROJ_OFFSET + 16 * Dm.CSM_LEVEL_COUNT;
            Dm.CSM_PROJ_INFO_OFFSET = Dm.CSM_PROJ_DEPTH_INFO_OFFSET + 4 * Dm.CSM_LEVEL_COUNT;
            Dm.CSM_SPLITS_INFO_OFFSET = Dm.CSM_PROJ_INFO_OFFSET + 4 * Dm.CSM_LEVEL_COUNT;
            Dm.COUNT = Dm.CSM_SPLITS_INFO_OFFSET + 4;
            Dm.SIZE = 4 * Dm.COUNT;
            Dm.NAME = "CCCSM";
            Dm.BINDING = Sm.UBO_CSM;
            Dm.DESCRIPTOR = new Jn(Dm.BINDING, Zs.UNIFORM_BUFFER, 1, ks.ALL);
            Dm.LAYOUT = new Mn(wm.GLOBAL, Dm.BINDING, Dm.NAME, [ new In("cc_csmViewDir0", As.FLOAT4, Dm.CSM_LEVEL_COUNT), new In("cc_csmViewDir1", As.FLOAT4, Dm.CSM_LEVEL_COUNT), new In("cc_csmViewDir2", As.FLOAT4, Dm.CSM_LEVEL_COUNT), new In("cc_csmAtlas", As.FLOAT4, Dm.CSM_LEVEL_COUNT), new In("cc_matCSMViewProj", As.MAT4, Dm.CSM_LEVEL_COUNT), new In("cc_csmProjDepthInfo", As.FLOAT4, Dm.CSM_LEVEL_COUNT), new In("cc_csmProjInfo", As.FLOAT4, Dm.CSM_LEVEL_COUNT), new In("cc_csmSplitsInfo", As.FLOAT4, 1) ], 1);
            ym.layouts[Dm.NAME] = Dm.LAYOUT;
            ym.bindings[Dm.BINDING] = Dm.DESCRIPTOR;
            const Pm = "cc_shadowMap";
            const Om = Sm.SAMPLER_SHADOWMAP;
            const Nm = new Jn(Om, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const Lm = new Bn(wm.GLOBAL, Om, Pm, As.SAMPLER2D, 1);
            ym.layouts.cc_shadowMap = Lm;
            ym.bindings[Om] = Nm;
            const Fm = "cc_environment";
            const Vm = Sm.SAMPLER_ENVIRONMENT;
            const km = new Jn(Vm, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const Um = new Bn(wm.GLOBAL, Vm, Fm, As.SAMPLER_CUBE, 1);
            ym.layouts.cc_environment = Um;
            ym.bindings[Vm] = km;
            const Gm = "cc_diffuseMap";
            const zm = Sm.SAMPLER_DIFFUSEMAP;
            const Hm = new Jn(zm, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const jm = new Bn(wm.GLOBAL, zm, Gm, As.SAMPLER_CUBE, 1);
            ym.layouts.cc_diffuseMap = jm;
            ym.bindings[zm] = Hm;
            const Xm = "cc_spotShadowMap";
            const Wm = Sm.SAMPLER_SPOT_SHADOW_MAP;
            const Ym = new Jn(Wm, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const qm = new Bn(wm.GLOBAL, Wm, Xm, As.SAMPLER2D, 1);
            ym.layouts.cc_spotShadowMap = qm;
            ym.bindings[Wm] = Ym;
            class Km {}
            Km.MAT_WORLD_OFFSET = 0;
            Km.MAT_WORLD_IT_OFFSET = Km.MAT_WORLD_OFFSET + 16;
            Km.LIGHTINGMAP_UVPARAM = Km.MAT_WORLD_IT_OFFSET + 16;
            Km.LOCAL_SHADOW_BIAS = Km.LIGHTINGMAP_UVPARAM + 4;
            Km.COUNT = Km.LOCAL_SHADOW_BIAS + 4;
            Km.SIZE = 4 * Km.COUNT;
            Km.NAME = "CCLocal";
            Km.BINDING = vm.UBO_LOCAL;
            Km.DESCRIPTOR = new Jn(Km.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX | ks.COMPUTE);
            Km.LAYOUT = new Mn(wm.LOCAL, Km.BINDING, Km.NAME, [ new In("cc_matWorld", As.MAT4, 1), new In("cc_matWorldIT", As.MAT4, 1), new In("cc_lightingMapUVParam", As.FLOAT4, 1), new In("cc_localShadowBias", As.FLOAT4, 1) ], 1);
            bm.layouts[Km.NAME] = Km.LAYOUT;
            bm.bindings[Km.BINDING] = Km.DESCRIPTOR;
            class Jm {}
            Jm.WORLD_BOUND_CENTER = 0;
            Jm.WORLD_BOUND_HALF_EXTENTS = Jm.WORLD_BOUND_CENTER + 4;
            Jm.COUNT = Jm.WORLD_BOUND_HALF_EXTENTS + 4;
            Jm.SIZE = 4 * Jm.COUNT;
            Jm.NAME = "CCWorldBound";
            Jm.BINDING = vm.UBO_LOCAL;
            Jm.DESCRIPTOR = new Jn(Jm.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX | ks.COMPUTE);
            Jm.LAYOUT = new Mn(wm.LOCAL, Jm.BINDING, Jm.NAME, [ new In("cc_worldBoundCenter", As.FLOAT4, 1), new In("cc_worldBoundHalfExtents", As.FLOAT4, 1) ], 1);
            bm.layouts[Jm.NAME] = Jm.LAYOUT;
            bm.bindings[Jm.BINDING] = Jm.DESCRIPTOR;
            class Zm {}
            Zm.BATCHING_COUNT = 10;
            Zm.MAT_WORLDS_OFFSET = 0;
            Zm.COUNT = 16 * Zm.BATCHING_COUNT;
            Zm.SIZE = 4 * Zm.COUNT;
            Zm.NAME = "CCLocalBatched";
            Zm.BINDING = vm.UBO_LOCAL;
            Zm.DESCRIPTOR = new Jn(Zm.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX | ks.COMPUTE);
            Zm.LAYOUT = new Mn(wm.LOCAL, Zm.BINDING, Zm.NAME, [ new In("cc_matWorlds", As.MAT4, Zm.BATCHING_COUNT) ], 1);
            bm.layouts[Zm.NAME] = Zm.LAYOUT;
            bm.bindings[Zm.BINDING] = Zm.DESCRIPTOR;
            class Qm {}
            Qm.LIGHTS_PER_PASS = 1;
            Qm.LIGHT_POS_OFFSET = 0;
            Qm.LIGHT_COLOR_OFFSET = Qm.LIGHT_POS_OFFSET + 4 * Qm.LIGHTS_PER_PASS;
            Qm.LIGHT_SIZE_RANGE_ANGLE_OFFSET = Qm.LIGHT_COLOR_OFFSET + 4 * Qm.LIGHTS_PER_PASS;
            Qm.LIGHT_DIR_OFFSET = Qm.LIGHT_SIZE_RANGE_ANGLE_OFFSET + 4 * Qm.LIGHTS_PER_PASS;
            Qm.COUNT = Qm.LIGHT_DIR_OFFSET + 4 * Qm.LIGHTS_PER_PASS;
            Qm.SIZE = 4 * Qm.COUNT;
            Qm.NAME = "CCForwardLight";
            Qm.BINDING = vm.UBO_FORWARD_LIGHTS;
            Qm.DESCRIPTOR = new Jn(Qm.BINDING, Zs.DYNAMIC_UNIFORM_BUFFER, 1, ks.FRAGMENT);
            Qm.LAYOUT = new Mn(wm.LOCAL, Qm.BINDING, Qm.NAME, [ new In("cc_lightPos", As.FLOAT4, Qm.LIGHTS_PER_PASS), new In("cc_lightColor", As.FLOAT4, Qm.LIGHTS_PER_PASS), new In("cc_lightSizeRangeAngle", As.FLOAT4, Qm.LIGHTS_PER_PASS), new In("cc_lightDir", As.FLOAT4, Qm.LIGHTS_PER_PASS) ], 1);
            bm.layouts[Qm.NAME] = Qm.LAYOUT;
            bm.bindings[Qm.BINDING] = Qm.DESCRIPTOR;
            class $m {}
            $m.LIGHTS_PER_PASS = 10;
            class tf {}
            tf.JOINTS_TEXTURE_INFO_OFFSET = 0;
            tf.COUNT = tf.JOINTS_TEXTURE_INFO_OFFSET + 4;
            tf.SIZE = 4 * tf.COUNT;
            tf.NAME = "CCSkinningTexture";
            tf.BINDING = vm.UBO_SKINNING_TEXTURE;
            tf.DESCRIPTOR = new Jn(tf.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX);
            tf.LAYOUT = new Mn(wm.LOCAL, tf.BINDING, tf.NAME, [ new In("cc_jointTextureInfo", As.FLOAT4, 1) ], 1);
            bm.layouts[tf.NAME] = tf.LAYOUT;
            bm.bindings[tf.BINDING] = tf.DESCRIPTOR;
            class ef {}
            ef.JOINTS_ANIM_INFO_OFFSET = 0;
            ef.COUNT = ef.JOINTS_ANIM_INFO_OFFSET + 4;
            ef.SIZE = 4 * ef.COUNT;
            ef.NAME = "CCSkinningAnimation";
            ef.BINDING = vm.UBO_SKINNING_ANIMATION;
            ef.DESCRIPTOR = new Jn(ef.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX);
            ef.LAYOUT = new Mn(wm.LOCAL, ef.BINDING, ef.NAME, [ new In("cc_jointAnimInfo", As.FLOAT4, 1) ], 1);
            bm.layouts[ef.NAME] = ef.LAYOUT;
            bm.bindings[ef.BINDING] = ef.DESCRIPTOR;
            class sf {
              static get JOINT_UNIFORM_CAPACITY() {
                return sf._jointUniformCapacity;
              }
              static get COUNT() {
                return sf._count;
              }
              static get SIZE() {
                return sf._size;
              }
              static initLayout(t) {
                sf._jointUniformCapacity = t;
                sf._count = 12 * t;
                sf._size = 4 * sf._count;
                sf.LAYOUT.members[0].count = 3 * t;
              }
            }
            sf._jointUniformCapacity = 0;
            sf._count = 0;
            sf._size = 0;
            sf.NAME = "CCSkinning";
            sf.BINDING = vm.UBO_SKINNING_TEXTURE;
            sf.DESCRIPTOR = new Jn(sf.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX);
            sf.LAYOUT = new Mn(wm.LOCAL, sf.BINDING, sf.NAME, [ new In("cc_joints", As.FLOAT4, 1) ], 1);
            class nf {}
            nf.MAX_MORPH_TARGET_COUNT = 60;
            nf.OFFSET_OF_WEIGHTS = 0;
            nf.OFFSET_OF_DISPLACEMENT_TEXTURE_WIDTH = 4 * nf.MAX_MORPH_TARGET_COUNT;
            nf.OFFSET_OF_DISPLACEMENT_TEXTURE_HEIGHT = nf.OFFSET_OF_DISPLACEMENT_TEXTURE_WIDTH + 4;
            nf.OFFSET_OF_VERTICES_COUNT = nf.OFFSET_OF_DISPLACEMENT_TEXTURE_HEIGHT + 4;
            nf.COUNT_BASE_4_BYTES = 4 * Math.ceil(nf.MAX_MORPH_TARGET_COUNT / 4) + 4;
            nf.SIZE = 4 * nf.COUNT_BASE_4_BYTES;
            nf.NAME = "CCMorph";
            nf.BINDING = vm.UBO_MORPH;
            nf.DESCRIPTOR = new Jn(nf.BINDING, Zs.UNIFORM_BUFFER, 1, ks.VERTEX);
            nf.LAYOUT = new Mn(wm.LOCAL, nf.BINDING, nf.NAME, [ new In("cc_displacementWeights", As.FLOAT4, nf.MAX_MORPH_TARGET_COUNT / 4), new In("cc_displacementTextureInfo", As.FLOAT4, 1) ], 1);
            bm.layouts[nf.NAME] = nf.LAYOUT;
            bm.bindings[nf.BINDING] = nf.DESCRIPTOR;
            class rf {}
            rf.NAME = "CCUILocal";
            rf.BINDING = vm.UBO_UI_LOCAL;
            rf.DESCRIPTOR = new Jn(rf.BINDING, Zs.DYNAMIC_UNIFORM_BUFFER, 1, ks.VERTEX);
            rf.LAYOUT = new Mn(wm.LOCAL, rf.BINDING, rf.NAME, [ new In("cc_local_data", As.FLOAT4, 1) ], 1);
            bm.layouts[rf.NAME] = rf.LAYOUT;
            bm.bindings[rf.BINDING] = rf.DESCRIPTOR;
            const of = "cc_jointTexture";
            const af = vm.SAMPLER_JOINTS;
            const lf = new Jn(af, Zs.SAMPLER_TEXTURE, 1, ks.VERTEX);
            const hf = new Bn(wm.LOCAL, af, of, As.SAMPLER2D, 1);
            bm.layouts.cc_jointTexture = hf;
            bm.bindings[af] = lf;
            const cf = "cc_realtimeJoint";
            const uf = vm.SAMPLER_JOINTS;
            const _f = new Jn(uf, Zs.SAMPLER_TEXTURE, 1, ks.VERTEX);
            const df = new Bn(wm.LOCAL, uf, cf, As.SAMPLER2D, 1);
            bm.layouts.cc_realtimeJoint = df;
            bm.bindings[uf] = _f;
            const pf = "cc_PositionDisplacements";
            const mf = vm.SAMPLER_MORPH_POSITION;
            const ff = new Jn(mf, Zs.SAMPLER_TEXTURE, 1, ks.VERTEX);
            const gf = new Bn(wm.LOCAL, mf, pf, As.SAMPLER2D, 1);
            bm.layouts.cc_PositionDisplacements = gf;
            bm.bindings[mf] = ff;
            const yf = "cc_NormalDisplacements";
            const bf = vm.SAMPLER_MORPH_NORMAL;
            const Sf = new Jn(bf, Zs.SAMPLER_TEXTURE, 1, ks.VERTEX);
            const Af = new Bn(wm.LOCAL, bf, yf, As.SAMPLER2D, 1);
            bm.layouts.cc_NormalDisplacements = Af;
            bm.bindings[bf] = Sf;
            const Tf = "cc_TangentDisplacements";
            const vf = vm.SAMPLER_MORPH_TANGENT;
            const Ef = new Jn(vf, Zs.SAMPLER_TEXTURE, 1, ks.VERTEX);
            const Cf = new Bn(wm.LOCAL, vf, Tf, As.SAMPLER2D, 1);
            bm.layouts.cc_TangentDisplacements = Cf;
            bm.bindings[vf] = Ef;
            const xf = "cc_lightingMap";
            const wf = vm.SAMPLER_LIGHTMAP;
            const Rf = new Jn(wf, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const If = new Bn(wm.LOCAL, wf, xf, As.SAMPLER2D, 1);
            bm.layouts.cc_lightingMap = If;
            bm.bindings[wf] = Rf;
            const Mf = "cc_spriteTexture";
            const Bf = vm.SAMPLER_SPRITE;
            const Df = new Jn(Bf, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const Pf = new Bn(wm.LOCAL, Bf, Mf, As.SAMPLER2D, 1);
            bm.layouts.cc_spriteTexture = Pf;
            bm.bindings[Bf] = Df;
            const Of = "cc_reflectionTexture";
            const Nf = vm.SAMPLER_REFLECTION;
            const Lf = new Jn(Nf, Zs.SAMPLER_TEXTURE, 1, ks.FRAGMENT);
            const Ff = new Bn(wm.LOCAL, Nf, Of, As.SAMPLER2D, 1);
            bm.layouts.cc_reflectionTexture = Ff;
            bm.bindings[Nf] = Lf;
            const Vf = "cc_reflectionStorage";
            const kf = vm.STORAGE_REFLECTION;
            const Uf = new Jn(kf, Zs.STORAGE_IMAGE, 1, ks.COMPUTE);
            const Gf = new On(wm.LOCAL, kf, Vf, As.IMAGE2D, 1);
            bm.layouts.cc_reflectionStorage = Gf;
            bm.bindings[kf] = Uf;
            const zf = mm.makeMaskExclude([ mm.BitMask.UI_2D, mm.BitMask.GIZMOS, mm.BitMask.EDITOR, mm.BitMask.SCENE_GIZMO, mm.BitMask.PROFILER ]);
            const Hf = mm.makeMaskExclude([ mm.BitMask.UI_2D, mm.BitMask.PROFILER ]);
            const jf = mm.Enum.ALL;
            function Xf(t) {
              return (t.getFormatFeatures(bs.R32F) & (Is.RENDER_TARGET | Is.SAMPLED_TEXTURE)) == (Is.RENDER_TARGET | Is.SAMPLED_TEXTURE);
            }
            t("pipeline", Object.freeze({
              __proto__: null,
              PIPELINE_FLOW_MAIN: "MainFlow",
              PIPELINE_FLOW_FORWARD: "ForwardFlow",
              PIPELINE_FLOW_SHADOW: "ShadowFlow",
              PIPELINE_FLOW_SMAA: "SMAAFlow",
              PIPELINE_FLOW_TONEMAP: "ToneMapFlow",
              get RenderPassStage() {
                return fm;
              },
              get RenderPriority() {
                return gm;
              },
              globalDescriptorSetLayout: ym,
              localDescriptorSetLayout: bm,
              get PipelineGlobalBindings() {
                return Sm;
              },
              get ModelLocalBindings() {
                return vm;
              },
              get SetIndex() {
                return wm;
              },
              bindingMappingInfo: Rm,
              UBOGlobal: Im,
              UBOCamera: Mm,
              UBOShadow: Bm,
              UBOCSM: Dm,
              UNIFORM_SHADOWMAP_BINDING: Om,
              UNIFORM_ENVIRONMENT_BINDING: Vm,
              UNIFORM_DIFFUSEMAP_BINDING: zm,
              UNIFORM_SPOT_SHADOW_MAP_TEXTURE_BINDING: Wm,
              UBOLocal: Km,
              UBOWorldBound: Jm,
              INST_MAT_WORLD: "a_matWorld0",
              UBOLocalBatched: Zm,
              UBOForwardLight: Qm,
              UBODeferredLight: $m,
              JOINT_UNIFORM_CAPACITY: 30,
              UBOSkinningTexture: tf,
              UBOSkinningAnimation: ef,
              INST_JOINT_ANIM_INFO: "a_jointAnimInfo",
              UBOSkinning: sf,
              localDescriptorSetLayout_ResizeMaxJoints: function(t) {
                sf.initLayout(t);
                bm.layouts[sf.NAME] = sf.LAYOUT;
                bm.bindings[sf.BINDING] = sf.DESCRIPTOR;
              },
              UBOMorph: nf,
              UBOUILocal: rf,
              UNIFORM_JOINT_TEXTURE_BINDING: af,
              UNIFORM_REALTIME_JOINT_TEXTURE_BINDING: uf,
              UNIFORM_POSITION_MORPH_TEXTURE_BINDING: mf,
              UNIFORM_NORMAL_MORPH_TEXTURE_BINDING: bf,
              UNIFORM_TANGENT_MORPH_TEXTURE_BINDING: vf,
              UNIFORM_LIGHTMAP_TEXTURE_BINDING: wf,
              UNIFORM_SPRITE_TEXTURE_BINDING: Bf,
              UNIFORM_REFLECTION_TEXTURE_BINDING: Nf,
              UNIFORM_REFLECTION_STORAGE_BINDING: kf,
              CAMERA_DEFAULT_MASK: zf,
              CAMERA_EDITOR_MASK: Hf,
              MODEL_ALWAYS_MASK: jf,
              supportsR16HalfFloatTexture: function(t) {
                return (t.getFormatFeatures(bs.R16F) & (Is.RENDER_TARGET | Is.SAMPLED_TEXTURE)) == (Is.RENDER_TARGET | Is.SAMPLED_TEXTURE);
              },
              supportsR32FloatTexture: Xf
            }));
            let Wf;
            !function(t) {
              t.RENDER_FRAME_BEGIN = "render-frame-begin";
              t.RENDER_FRAME_END = "render-frame-end";
              t.RENDER_CAMERA_BEGIN = "render-camera-begin";
              t.RENDER_CAMERA_END = "render-camera-end";
              t.ATTACHMENT_SCALE_CAHNGED = "attachment-scale-changed";
            }(Wf || (Wf = t("PipelineEventType", {})));
            nr.getPhaseID = dm;
            t("RenderPipeline", nr.RenderPipeline);
            t("RenderFlow", nr.RenderFlow);
            t("RenderStage", nr.RenderStage);
            t("InstancedBuffer", nr.InstancedBuffer);
            const Yf = t("PipelineStateManager", nr.PipelineStateManager);
            const qf = t("ForwardPipeline", nr.ForwardPipeline);
            const Kf = t("ForwardFlow", nr.ForwardFlow);
            const Jf = t("ShadowFlow", nr.ShadowFlow);
            const Zf = t("ForwardStage", nr.ForwardStage);
            const Qf = t("ShadowStage", nr.ShadowStage);
            const $f = t("DeferredPipeline", nr.DeferredPipeline);
            const tg = t("MainFlow", nr.MainFlow);
            const eg = t("LightingStage", nr.LightingStage);
            const ig = t("PostProcessStage", nr.PostProcessStage);
            const sg = t("GbufferStage", nr.GbufferStage);
            const ng = t("BloomStage", nr.BloomStage);
            let rg = nr.PipelineStateManager.getOrCreatePipelineState;
            nr.PipelineStateManager.getOrCreatePipelineState = function(t, e, i, s, n) {
              return rg(e, i, s, n);
            };
            const og = qf.prototype;
            og._ctor = function() {
              this._tag = 0;
              this._flows = [];
            };
            og.init = function() {
              for (let t = 0; t < this._flows.length; t++) this._flows[t].init(this);
              const t = new nr.RenderPipelineInfo(this._tag, this._flows);
              this.initialize(t);
            };
            const ag = og.onLoaded;
            og.onLoaded = function() {
              ag && ag.call(this);
              for (let t = 0; t < this._flows.length; t++) this._flows[t].init(this);
              const t = new nr.RenderPipelineInfo(this._tag, this._flows);
              this.initialize(t);
            };
            const lg = Kf.prototype;
            lg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this._stages = [];
            };
            lg.init = function(t) {
              for (let e = 0; e < this._stages.length; e++) this._stages[e].init(t);
              const e = new nr.RenderFlowInfo(this._name, this._priority, this._tag, this._stages);
              this.initialize(e);
            };
            const hg = Jf.prototype;
            hg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this._stages = [];
            };
            hg.init = function(t) {
              for (let e = 0; e < this._stages.length; e++) this._stages[e].init(t);
              const e = new nr.RenderFlowInfo(this._name, this._priority, this._tag, this._stages);
              this.initialize(e);
            };
            const cg = Zf.prototype;
            cg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this.renderQueues = [];
            };
            cg.init = function(t) {
              const e = [];
              for (let t = 0; t < this.renderQueues.length; t++) e.push(this.renderQueues[t].init());
              const i = new nr.RenderStageInfo(this._name, this._priority, this._tag, e);
              this.initialize(i);
            };
            const ug = Qf.prototype;
            ug._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
            };
            ug.init = function(t) {
              const e = new nr.RenderStageInfo(this._name, this._priority, this._tag, []);
              this.initialize(e);
            };
            class _g {
              constructor() {
                this.isTransparent = !1;
                this.sortMode = 0;
                this.stages = [];
                this.isTransparent = !1;
                this.sortMode = 0;
                this.stages = [];
              }
              init() {
                return new nr.RenderQueueDesc(this.isTransparent, this.sortMode, this.stages);
              }
            }
            t("RenderQueueDesc", _g);
            const dg = $f.prototype;
            dg._ctor = function() {
              this._tag = 0;
              this._flows = [];
              this.renderTextures = [];
              this.materials = [];
            };
            const pg = dg.onLoaded;
            dg.onLoaded = function() {
              pg && pg.call(this);
              for (let t = 0; t < this._flows.length; t++) this._flows[t].init(this);
              let t = new nr.RenderPipelineInfo(this._tag, this._flows);
              this.initialize(t);
            };
            const mg = tg.prototype;
            mg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this._stages = [];
            };
            mg.init = function(t) {
              for (let e = 0; e < this._stages.length; e++) this._stages[e].init(t);
              let e = new nr.RenderFlowInfo(this._name, this._priority, this._tag, this._stages);
              this.initialize(e);
            };
            const fg = sg.prototype;
            fg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this.renderQueues = [];
            };
            fg.init = function(t) {
              const e = [];
              for (let t = 0; t < this.renderQueues.length; t++) e.push(this.renderQueues[t].init());
              let i = new nr.RenderStageInfo(this._name, this._priority, this._tag, e);
              this.initialize(i);
            };
            const gg = eg.prototype;
            gg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this.renderQueues = [];
              this._deferredMaterial = null;
            };
            gg.init = function(t) {
              const e = [];
              for (let t = 0; t < this.renderQueues.length; t++) e.push(this.renderQueues[t].init());
              t.pipelineSceneData.deferredLightingMaterial = this._deferredMaterial;
              let i = new nr.RenderStageInfo(this._name, this._priority, this._tag, e);
              this.initialize(i);
            };
            const yg = ng.prototype;
            yg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this.renderQueues = [];
              this._bloomMaterial = null;
            };
            yg.init = function(t) {
              const e = [];
              for (let t = 0; t < this.renderQueues.length; t++) e.push(this.renderQueues[t].init());
              t.pipelineSceneData.bloomMaterial = this._bloomMaterial;
              let i = new nr.RenderStageInfo(this._name, this._priority, this._tag, e);
              this.initialize(i);
            };
            const bg = ig.prototype;
            bg._ctor = function() {
              this._name = 0;
              this._priority = 0;
              this._tag = 0;
              this.renderQueues = [];
              this._postProcessMaterial = null;
            };
            bg.init = function(t) {
              const e = [];
              for (let t = 0; t < this.renderQueues.length; t++) e.push(this.renderQueues[t].init());
              t.pipelineSceneData.postProcessMaterial = this._postProcessMaterial;
              let i = new nr.RenderStageInfo(this._name, this._priority, this._tag, e);
              this.initialize(i);
            };
            Xt("DeferredPipeline", $f);
            Xt("MainFlow", tg);
            Xt("GbufferStage", sg);
            Xt("LightingStage", eg);
            Xt("BloomStage", ng);
            Xt("PostProcessStage", ig);
            Xt("ForwardPipeline", qf);
            Xt("ForwardFlow", Kf);
            Xt("ShadowFlow", Jf);
            Xt("ForwardStage", Zf);
            Xt("ShadowStage", Qf);
            Xt("RenderQueueDesc", _g);
            const Sg = new Qi;
            class Ag {
              get isFinished() {
                return this._curTime >= this.settings.totalTime;
              }
              set curTime(t) {
                this._curTime = t;
              }
              get curTime() {
                return this._curTime;
              }
              init() {
                var t, e, i, s, n, r, o;
                this.settings = {
                  enabled: null === (t = de.querySettings(_e.Category.SPLASH_SCREEN, "enabled")) || void 0 === t || t,
                  totalTime: null !== (e = de.querySettings(_e.Category.SPLASH_SCREEN, "totalTime")) && void 0 !== e ? e : 3e3,
                  base64src: null !== (i = de.querySettings(_e.Category.SPLASH_SCREEN, "base64src")) && void 0 !== i ? i : "",
                  effect: null !== (s = de.querySettings(_e.Category.SPLASH_SCREEN, "effect")) && void 0 !== s ? s : "FADE-INOUT",
                  clearColor: null !== (n = de.querySettings(_e.Category.SPLASH_SCREEN, "clearColor")) && void 0 !== n ? n : new gn(.88, .88, .88, 1),
                  displayRatio: null !== (r = de.querySettings(_e.Category.SPLASH_SCREEN, "displayRatio")) && void 0 !== r ? r : .4,
                  displayWatermark: null === (o = de.querySettings(_e.Category.SPLASH_SCREEN, "displayWatermark")) || void 0 === o || o
                };
                this._curTime = 0;
                if (this.settings.enabled && "" !== this.settings.base64src && !(this.settings.totalTime <= 0)) {
                  this.device = m.director.root.device;
                  this.swapchain = m.director.root.mainWindow.swapchain;
                  this.framebuffer = m.director.root.mainWindow.framebuffer;
                  this.preInit();
                  this.settings.displayWatermark && this.initWarterMark();
                  return new Promise(((t, e) => {
                    this.logoImage = new Image;
                    this.logoImage.onload = () => {
                      this.initLogo();
                      t();
                    };
                    this.logoImage.onerror = () => {
                      e();
                    };
                    this.logoImage.src = this.settings.base64src;
                  }));
                }
                this.settings.totalTime = 0;
                return Promise.resolve();
              }
              preInit() {
                const t = this.settings.clearColor;
                this.clearColors = [ new gn(t.x, t.y, t.z, t.w) ];
                const {device: e, swapchain: i} = this;
                this.renderArea = new hn(0, 0, i.width, i.height);
                this.cmdBuff = e.commandBuffer;
                const s = new Float32Array([ .5, .5, 1, 0, -.5, .5, 0, 0, .5, -.5, 1, 1, -.5, -.5, 0, 1 ]);
                const n = 4 * Float32Array.BYTES_PER_ELEMENT;
                const r = 4 * n;
                this.vertexBuffers = e.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, r, n));
                this.vertexBuffers.update(s);
                const o = new Uint16Array([ 0, 1, 2, 1, 3, 2 ]);
                const a = Uint16Array.BYTES_PER_ELEMENT;
                const l = 6 * a;
                this.indicesBuffers = e.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, l, a));
                this.indicesBuffers.update(o);
                const h = [ new Vn("a_position", bs.RG32F), new Vn("a_texCoord", bs.RG32F) ];
                const c = new Un(h, [ this.vertexBuffers ], this.indicesBuffers);
                this.quadAssmebler = e.createInputAssembler(c);
                this.projection = new qi;
                qi.ortho(this.projection, -1, 1, -1, 1, -1, 1, e.capabilities.clipSpaceMinZ, e.capabilities.clipSpaceSignY, i.surfaceTransform);
              }
              update(t) {
                const e = this.settings;
                const {device: i, swapchain: s} = this;
                qi.ortho(this.projection, -1, 1, -1, 1, -1, 1, i.capabilities.clipSpaceMinZ, i.capabilities.clipSpaceSignY, s.surfaceTransform);
                const n = s.width;
                const r = s.height;
                const o = n < r ? n : r;
                this._curTime += 1e3 * t;
                let a = F_(di(this._curTime / e.totalTime));
                "NONE" === e.effect && (a = 1);
                const l = this.logoTexture.width;
                const h = this.logoTexture.height;
                const c = o * e.displayRatio;
                let u = c * l / h;
                let _ = c;
                if (s.surfaceTransform === gs.ROTATE_90 || s.surfaceTransform === gs.ROTATE_270) {
                  u = c * n / r;
                  _ = c * h / l * r / n;
                }
                this.logoMat.setProperty("resolution", Sg.set(n, r), 0);
                this.logoMat.setProperty("scale", Sg.set(u, _), 0);
                this.logoMat.setProperty("translate", Sg.set(.5 * n, .5 * r), 0);
                this.logoMat.setProperty("percent", a);
                this.logoMat.setProperty("u_projection", this.projection);
                this.logoMat.passes[0].update();
                if (e.displayWatermark && this.watermarkMat) {
                  const t = .5 * o;
                  const e = this.watermarkTexture.width;
                  let i = t;
                  let l = t * this.watermarkTexture.height / e;
                  if (s.surfaceTransform === gs.ROTATE_90 || s.surfaceTransform === gs.ROTATE_270) {
                    i = .5 * t;
                    l = t * n / r * .5;
                  }
                  this.watermarkMat.setProperty("resolution", Sg.set(n, r), 0);
                  this.watermarkMat.setProperty("scale", Sg.set(i, l), 0);
                  this.watermarkMat.setProperty("translate", Sg.set(.5 * n, .1 * r), 0);
                  this.watermarkMat.setProperty("percent", a);
                  this.watermarkMat.setProperty("u_projection", this.projection);
                  this.watermarkMat.passes[0].update();
                }
                this.frame();
              }
              initLogo() {
                const t = this.device;
                this.logoMat = new hm;
                this.logoMat.initialize({
                  effectName: "util/splash-screen"
                });
                const e = new Rn;
                e.addressU = Ps.CLAMP;
                e.addressV = Ps.CLAMP;
                e.addressW = Ps.CLAMP;
                this.sampler = t.getSampler(e);
                this.logoTexture = t.createTexture(new xn(xs.TEX2D, ws.SAMPLED | ws.TRANSFER_DST, bs.RGBA8, this.logoImage.width, this.logoImage.height));
                const i = this.logoMat.passes[0];
                const s = i.getBinding("mainTexture");
                i.bindTexture(s, this.logoTexture);
                this.shader = i.getShaderVariant();
                const n = i.descriptorSet;
                n.bindSampler(s, this.sampler);
                n.update();
                const r = new mn;
                r.texExtent.width = this.logoImage.width;
                r.texExtent.height = this.logoImage.height;
                r.texExtent.depth = 1;
                t.copyTexImagesToTexture([ this.logoImage ], this.logoTexture, [ r ]);
              }
              initWarterMark() {
                const t = document.createElement("canvas");
                t.width = 330;
                t.height = 30;
                t.style.width = `${t.width}`;
                t.style.height = `${t.height}`;
                const e = t.getContext("2d");
                e.font = "18px Arial";
                e.textBaseline = "top";
                e.textAlign = "left";
                e.fillStyle = "`#424242`";
                const i = "Powered by Cocos Creator";
                const s = e.measureText(i);
                e.fillText(i, (330 - s.width) / 2, 6);
                const n = new mn;
                n.texExtent.width = t.width;
                n.texExtent.height = t.height;
                n.texExtent.depth = 1;
                this.watermarkTexture = this.device.createTexture(new xn(xs.TEX2D, ws.SAMPLED | ws.TRANSFER_DST, bs.RGBA8, t.width, t.height));
                this.device.copyTexImagesToTexture([ t ], this.watermarkTexture, [ n ]);
                this.watermarkMat = new hm;
                this.watermarkMat.initialize({
                  effectName: "util/splash-screen"
                });
                const r = this.watermarkMat.passes[0];
                const o = r.getBinding("mainTexture");
                r.bindTexture(o, this.watermarkTexture);
                r.descriptorSet.update();
              }
              frame() {
                const {device: t, swapchain: e} = this;
                if (!Vo.isXR || xr.entry.isRenderAllowable()) {
                  const i = Vo.isXR ? 2 : 1;
                  for (let s = 0; s < i; s++) {
                    Vo.isXR && xr.entry.renderLoopStart(s);
                    t.acquire([ e ]);
                    const i = this.cmdBuff;
                    const n = this.framebuffer;
                    const r = this.renderArea;
                    r.width = e.width;
                    r.height = e.height;
                    i.begin();
                    i.beginRenderPass(n.renderPass, n, r, this.clearColors, 1, 0);
                    const o = this.logoMat.passes[0];
                    const a = Yf.getOrCreatePipelineState(t, o, this.shader, n.renderPass, this.quadAssmebler);
                    i.bindPipelineState(a);
                    i.bindDescriptorSet(wm.MATERIAL, o.descriptorSet);
                    i.bindInputAssembler(this.quadAssmebler);
                    i.draw(this.quadAssmebler);
                    if (this.settings.displayWatermark && this.watermarkMat) {
                      const e = this.watermarkMat.passes[0];
                      const s = Yf.getOrCreatePipelineState(t, e, this.shader, n.renderPass, this.quadAssmebler);
                      i.bindPipelineState(s);
                      i.bindDescriptorSet(wm.MATERIAL, e.descriptorSet);
                      i.bindInputAssembler(this.quadAssmebler);
                      i.draw(this.quadAssmebler);
                    }
                    i.endRenderPass();
                    i.end();
                    t.flushCommands([ i ]);
                    t.queue.submit([ i ]);
                    t.present();
                    Vo.isXR && xr.entry.renderLoopEnd(s);
                  }
                }
              }
              destroy() {
                this.device = null;
                this.swapchain = null;
                this.clearColors = null;
                this.logoImage.destroy && this.logoImage.destroy();
                this.logoImage = null;
                this.framebuffer = null;
                this.renderArea = null;
                this.cmdBuff = null;
                this.shader = null;
                this.logoMat.destroy();
                this.logoMat = null;
                this.logoTexture.destroy();
                this.logoTexture = null;
                this.quadAssmebler.destroy();
                this.quadAssmebler = null;
                this.vertexBuffers.destroy();
                this.vertexBuffers = null;
                this.indicesBuffers.destroy();
                this.indicesBuffers = null;
                this.sampler = null;
                if (this.watermarkTexture) {
                  this.watermarkMat.destroy();
                  this.watermarkMat = null;
                  this.watermarkTexture.destroy();
                  this.watermarkTexture = null;
                }
                this.settings = null;
              }
              static get instance() {
                Ag._ins || (Ag._ins = new Ag);
                return Ag._ins;
              }
              constructor() {
                this._curTime = 0;
              }
            }
            Ag._ins = void 0;
            m.internal.SplashScreen = Ag;
            class Tg {
              constructor() {
                this._id = "";
                this._priority = 0;
                this._executeInEditMode = !1;
              }
              set priority(t) {
                this._priority = t;
              }
              get priority() {
                return this._priority;
              }
              set id(t) {
                this._id = t;
              }
              get id() {
                return this._id;
              }
              static sortByPriority(t, e) {
                return t._priority < e._priority ? 1 : t._priority > e.priority ? -1 : 0;
              }
              init() {}
              update(t) {}
              postUpdate(t) {}
              destroy() {}
            }
            t("System", Tg);
            Tg.Priority = oe({
              LOW: 0,
              MEDIUM: 100,
              HIGH: 200,
              SCHEDULER: 1 << 31 >>> 0
            });
            const vg = new ut("Scheduler");
            class Eg {
              constructor(t, e, i, s) {
                this.target = void 0;
                this.priority = void 0;
                this.paused = void 0;
                this.markedForDeletion = void 0;
                this.target = t;
                this.priority = e;
                this.paused = i;
                this.markedForDeletion = s;
              }
            }
            Eg.get = (t, e, i, s) => {
              let n = Eg._listEntries.pop();
              if (n) {
                n.target = t;
                n.priority = e;
                n.paused = i;
                n.markedForDeletion = s;
              } else n = new Eg(t, e, i, s);
              return n;
            };
            Eg.put = t => {
              if (Eg._listEntries.length < 20) {
                t.target = null;
                Eg._listEntries.push(t);
              }
            };
            Eg._listEntries = [];
            class Cg {
              constructor(t, e, i, s) {
                this.list = void 0;
                this.entry = void 0;
                this.target = void 0;
                this.callback = void 0;
                this.list = t;
                this.entry = e;
                this.target = i;
                this.callback = s;
              }
            }
            Cg.get = (t, e, i, s) => {
              let n = Cg._hashUpdateEntries.pop();
              if (n) {
                n.list = t;
                n.entry = e;
                n.target = i;
                n.callback = s;
              } else n = new Cg(t, e, i, s);
              return n;
            };
            Cg.put = t => {
              if (Cg._hashUpdateEntries.length < 20) {
                t.list = t.entry = t.target = t.callback = null;
                Cg._hashUpdateEntries.push(t);
              }
            };
            Cg._hashUpdateEntries = [];
            class xg {
              constructor(t, e, i, s, n, r) {
                this.timers = void 0;
                this.target = void 0;
                this.timerIndex = void 0;
                this.currentTimer = void 0;
                this.currentTimerSalvaged = void 0;
                this.paused = void 0;
                this.timers = t;
                this.target = e;
                this.timerIndex = i;
                this.currentTimer = s;
                this.currentTimerSalvaged = n;
                this.paused = r;
              }
            }
            xg.get = (t, e, i, s, n, r) => {
              let o = xg._hashTimerEntries.pop();
              if (o) {
                o.timers = t;
                o.target = e;
                o.timerIndex = i;
                o.currentTimer = s;
                o.currentTimerSalvaged = n;
                o.paused = r;
              } else o = new xg(t, e, i, s, n, r);
              return o;
            };
            xg.put = t => {
              if (xg._hashTimerEntries.length < 20) {
                t.timers = t.target = t.currentTimer = null;
                xg._hashTimerEntries.push(t);
              }
            };
            xg._hashTimerEntries = [];
            class wg {
              constructor() {
                this._lock = void 0;
                this._scheduler = void 0;
                this._elapsed = void 0;
                this._runForever = void 0;
                this._useDelay = void 0;
                this._timesExecuted = void 0;
                this._repeat = void 0;
                this._delay = void 0;
                this._interval = void 0;
                this._target = void 0;
                this._callback = void 0;
                this._lock = !1;
                this._scheduler = null;
                this._elapsed = -1;
                this._runForever = !1;
                this._useDelay = !1;
                this._timesExecuted = 0;
                this._repeat = 0;
                this._delay = 0;
                this._interval = 0;
                this._target = null;
                this._callback = null;
              }
              initWithCallback(t, e, i, s, n, r) {
                this._lock = !1;
                this._scheduler = t;
                this._target = i;
                this._callback = e;
                this._elapsed = -1;
                this._interval = s;
                this._delay = r;
                this._useDelay = this._delay > 0;
                this._repeat = n;
                this._runForever = this._repeat === m.macro.REPEAT_FOREVER;
                return !0;
              }
              getInterval() {
                return this._interval;
              }
              setInterval(t) {
                this._interval = t;
              }
              update(t) {
                if (-1 === this._elapsed) {
                  this._elapsed = 0;
                  this._timesExecuted = 0;
                } else {
                  this._elapsed += t;
                  if (this._runForever && !this._useDelay) {
                    if (this._elapsed >= this._interval) {
                      this.trigger();
                      this._elapsed = 0;
                    }
                  } else {
                    if (this._useDelay) {
                      if (this._elapsed >= this._delay) {
                        this.trigger();
                        this._elapsed -= this._delay;
                        this._timesExecuted += 1;
                        this._useDelay = !1;
                      }
                    } else if (this._elapsed >= this._interval) {
                      this.trigger();
                      this._elapsed = 0;
                      this._timesExecuted += 1;
                    }
                    this._callback && !this._runForever && this._timesExecuted > this._repeat && this.cancel();
                  }
                }
              }
              getCallback() {
                return this._callback;
              }
              trigger() {
                if (this._target && this._callback) {
                  this._lock = !0;
                  this._callback.call(this._target, this._elapsed);
                  this._lock = !1;
                }
              }
              cancel() {
                this._scheduler.unschedule(this._callback, this._target);
              }
            }
            wg._timers = [];
            wg.get = () => wg._timers.pop() || new wg;
            wg.put = t => {
              if (wg._timers.length < 20 && !t._lock) {
                t._scheduler = t._target = t._callback = null;
                wg._timers.push(t);
              }
            };
            class Rg extends Tg {
              static enableForTarget(t) {
                let e = !1;
                (t.uuid || t.id) && (e = !0);
                e || (t.__instanceId ? N(1513) : t.id = vg.getNewId());
              }
              constructor() {
                super();
                this._timeScale = void 0;
                this._updatesNegList = void 0;
                this._updates0List = void 0;
                this._updatesPosList = void 0;
                this._hashForUpdates = void 0;
                this._hashForTimers = void 0;
                this._currentTarget = void 0;
                this._currentTargetSalvaged = void 0;
                this._updateHashLocked = void 0;
                this._arrayForTimers = void 0;
                this._timeScale = 1;
                this._updatesNegList = [];
                this._updates0List = [];
                this._updatesPosList = [];
                this._hashForUpdates = vt(!0);
                this._hashForTimers = vt(!0);
                this._currentTarget = null;
                this._currentTargetSalvaged = !1;
                this._updateHashLocked = !1;
                this._arrayForTimers = [];
              }
              setTimeScale(t) {
                this._timeScale = t;
              }
              getTimeScale() {
                return this._timeScale;
              }
              update(t) {
                this._updateHashLocked = !0;
                1 !== this._timeScale && (t *= this._timeScale);
                let e;
                let i;
                let s;
                let n;
                for (e = 0, i = this._updatesNegList, s = i.length; e < s; e++) {
                  n = i[e];
                  n.paused || n.markedForDeletion || n.target.update(t);
                }
                for (e = 0, i = this._updates0List, s = i.length; e < s; e++) {
                  n = i[e];
                  n.paused || n.markedForDeletion || n.target.update(t);
                }
                for (e = 0, i = this._updatesPosList, s = i.length; e < s; e++) {
                  n = i[e];
                  n.paused || n.markedForDeletion || n.target.update(t);
                }
                let r;
                const o = this._arrayForTimers;
                for (e = 0; e < o.length; e++) {
                  r = o[e];
                  this._currentTarget = r;
                  this._currentTargetSalvaged = !1;
                  if (!r.paused) for (r.timerIndex = 0; r.timerIndex < r.timers.length; ++r.timerIndex) {
                    r.currentTimer = r.timers[r.timerIndex];
                    r.currentTimerSalvaged = !1;
                    r.currentTimer.update(t);
                    r.currentTimer = null;
                  }
                  if (this._currentTargetSalvaged && 0 === this._currentTarget.timers.length) {
                    this._removeHashElement(this._currentTarget);
                    --e;
                  }
                }
                for (e = 0, i = this._updatesNegList; e < i.length; ) {
                  n = i[e];
                  n.markedForDeletion ? this._removeUpdateFromHash(n) : e++;
                }
                for (e = 0, i = this._updates0List; e < i.length; ) {
                  n = i[e];
                  n.markedForDeletion ? this._removeUpdateFromHash(n) : e++;
                }
                for (e = 0, i = this._updatesPosList; e < i.length; ) {
                  n = i[e];
                  n.markedForDeletion ? this._removeUpdateFromHash(n) : e++;
                }
                this._updateHashLocked = !1;
                this._currentTarget = null;
              }
              schedule(t, e, i, s, n, r) {
                if ("function" != typeof t) {
                  const i = t;
                  t = e;
                  e = i;
                }
                if (3 === arguments.length || 4 === arguments.length || 5 === arguments.length) {
                  r = !!s;
                  s = m.macro.REPEAT_FOREVER;
                  n = 0;
                }
                k(e, 1502);
                const o = e.uuid || e.id;
                if (!o) {
                  F(1510);
                  return;
                }
                let a = this._hashForTimers[o];
                if (a) a.paused !== r && N(1511); else {
                  a = xg.get(null, e, 0, null, null, r);
                  this._arrayForTimers.push(a);
                  this._hashForTimers[o] = a;
                }
                let l;
                let h;
                if (null == a.timers) a.timers = []; else for (h = 0; h < a.timers.length; ++h) {
                  l = a.timers[h];
                  if (l && t === l._callback) {
                    P(1507, l.getInterval(), i);
                    l._interval = i;
                    return;
                  }
                }
                l = wg.get();
                l.initWithCallback(this, t, e, i, s, n);
                a.timers.push(l);
                this._currentTarget === a && this._currentTargetSalvaged && (this._currentTargetSalvaged = !1);
              }
              scheduleUpdate(t, e, i) {
                const s = t.uuid || t.id;
                if (!s) {
                  F(1510);
                  return;
                }
                const n = this._hashForUpdates[s];
                if (n && n.entry) {
                  if (n.entry.priority === e) {
                    n.entry.markedForDeletion = !1;
                    n.entry.paused = i;
                    return;
                  }
                  if (this._updateHashLocked) {
                    P(1506);
                    n.entry.markedForDeletion = !1;
                    n.entry.paused = i;
                    return;
                  }
                  this.unscheduleUpdate(t);
                }
                const r = Eg.get(t, e, i, !1);
                let o;
                if (0 === e) {
                  o = this._updates0List;
                  this._appendIn(o, r);
                } else {
                  o = e < 0 ? this._updatesNegList : this._updatesPosList;
                  this._priorityIn(o, r, e);
                }
                this._hashForUpdates[s] = Cg.get(o, r, t, null);
              }
              unschedule(t, e) {
                if (!e || !t) return;
                const i = e.uuid || e.id;
                if (!i) {
                  F(1510);
                  return;
                }
                const s = this._hashForTimers[i];
                if (s) {
                  const e = s.timers;
                  for (let i = 0, n = e.length; i < n; i++) {
                    const n = e[i];
                    if (t === n._callback) {
                      n !== s.currentTimer || s.currentTimerSalvaged || (s.currentTimerSalvaged = !0);
                      e.splice(i, 1);
                      wg.put(n);
                      s.timerIndex >= i && s.timerIndex--;
                      0 === e.length && (this._currentTarget === s ? this._currentTargetSalvaged = !0 : this._removeHashElement(s));
                      return;
                    }
                  }
                }
              }
              unscheduleUpdate(t) {
                if (!t) return;
                const e = t.uuid || t.id;
                if (!e) {
                  F(1510);
                  return;
                }
                const i = this._hashForUpdates[e];
                i && (this._updateHashLocked ? i.entry.markedForDeletion = !0 : this._removeUpdateFromHash(i.entry));
              }
              unscheduleAllForTarget(t) {
                if (!t) return;
                const e = t.uuid || t.id;
                if (!e) {
                  F(1510);
                  return;
                }
                const i = this._hashForTimers[e];
                if (i) {
                  const t = i.timers;
                  t.indexOf(i.currentTimer) > -1 && !i.currentTimerSalvaged && (i.currentTimerSalvaged = !0);
                  for (let e = 0, i = t.length; e < i; e++) wg.put(t[e]);
                  t.length = 0;
                  this._currentTarget === i ? this._currentTargetSalvaged = !0 : this._removeHashElement(i);
                }
                this.unscheduleUpdate(t);
              }
              unscheduleAll() {
                this.unscheduleAllWithMinPriority(Tg.Priority.SCHEDULER);
              }
              unscheduleAllWithMinPriority(t) {
                let e;
                let i;
                const s = this._arrayForTimers;
                for (e = s.length - 1; e >= 0; e--) {
                  i = s[e];
                  this.unscheduleAllForTarget(i.target);
                }
                let n;
                let r = 0;
                if (t < 0) for (e = 0; e < this._updatesNegList.length; ) {
                  r = this._updatesNegList.length;
                  n = this._updatesNegList[e];
                  n && n.priority >= t && this.unscheduleUpdate(n.target);
                  r === this._updatesNegList.length && e++;
                }
                if (t <= 0) for (e = 0; e < this._updates0List.length; ) {
                  r = this._updates0List.length;
                  n = this._updates0List[e];
                  n && this.unscheduleUpdate(n.target);
                  r === this._updates0List.length && e++;
                }
                for (e = 0; e < this._updatesPosList.length; ) {
                  r = this._updatesPosList.length;
                  n = this._updatesPosList[e];
                  n && n.priority >= t && this.unscheduleUpdate(n.target);
                  r === this._updatesPosList.length && e++;
                }
              }
              isScheduled(t, e) {
                k(t, 1508);
                k(e, 1509);
                const i = e.uuid || e.id;
                if (!i) {
                  F(1510);
                  return !1;
                }
                const s = this._hashForTimers[i];
                if (!s) return !1;
                if (null == s.timers) return !1;
                {
                  const e = s.timers;
                  for (let i = 0; i < e.length; ++i) {
                    if (t === e[i]._callback) return !0;
                  }
                  return !1;
                }
              }
              pauseAllTargets() {
                return this.pauseAllTargetsWithMinPriority(Tg.Priority.SCHEDULER);
              }
              pauseAllTargetsWithMinPriority(t) {
                const e = [];
                let i;
                const s = this._arrayForTimers;
                let n;
                let r;
                for (n = 0, r = s.length; n < r; n++) {
                  i = s[n];
                  if (i) {
                    i.paused = !0;
                    e.push(i.target);
                  }
                }
                let o;
                if (t < 0) for (n = 0; n < this._updatesNegList.length; n++) {
                  o = this._updatesNegList[n];
                  if (o && o.priority >= t) {
                    o.paused = !0;
                    e.push(o.target);
                  }
                }
                if (t <= 0) for (n = 0; n < this._updates0List.length; n++) {
                  o = this._updates0List[n];
                  if (o) {
                    o.paused = !0;
                    e.push(o.target);
                  }
                }
                for (n = 0; n < this._updatesPosList.length; n++) {
                  o = this._updatesPosList[n];
                  if (o && o.priority >= t) {
                    o.paused = !0;
                    e.push(o.target);
                  }
                }
                return e;
              }
              resumeTargets(t) {
                if (t) for (let e = 0; e < t.length; e++) this.resumeTarget(t[e]);
              }
              pauseTarget(t) {
                k(t, 1503);
                const e = t.uuid || t.id;
                if (!e) {
                  F(1510);
                  return;
                }
                const i = this._hashForTimers[e];
                i && (i.paused = !0);
                const s = this._hashForUpdates[e];
                s && (s.entry.paused = !0);
              }
              resumeTarget(t) {
                k(t, 1504);
                const e = t.uuid || t.id;
                if (!e) {
                  F(1510);
                  return;
                }
                const i = this._hashForTimers[e];
                i && (i.paused = !1);
                const s = this._hashForUpdates[e];
                s && (s.entry.paused = !1);
              }
              isTargetPaused(t) {
                k(t, 1505);
                const e = t.uuid || t.id;
                if (!e) {
                  F(1510);
                  return !1;
                }
                const i = this._hashForTimers[e];
                if (i) return i.paused;
                const s = this._hashForUpdates[e];
                return !!s && s.entry.paused;
              }
              _removeHashElement(t) {
                const e = t.target.uuid || t.target.id;
                delete this._hashForTimers[e];
                const i = this._arrayForTimers;
                for (let e = 0, s = i.length; e < s; e++) if (i[e] === t) {
                  i.splice(e, 1);
                  break;
                }
                xg.put(t);
              }
              _removeUpdateFromHash(t) {
                const e = t.target.uuid || t.target.id;
                const i = this._hashForUpdates[e];
                if (i) {
                  const t = i.list;
                  const s = i.entry;
                  for (let e = 0, i = t.length; e < i; e++) if (t[e] === s) {
                    t.splice(e, 1);
                    break;
                  }
                  delete this._hashForUpdates[e];
                  Eg.put(s);
                  Cg.put(i);
                }
              }
              _priorityIn(t, e, i) {
                for (let s = 0; s < t.length; s++) if (i < t[s].priority) {
                  t.splice(s, 0, e);
                  return;
                }
                t.push(e);
              }
              _appendIn(t, e) {
                t.push(e);
              }
            }
            t("Scheduler", Rg);
            Rg.ID = "scheduler";
            m.Scheduler = Rg;
            const Ig = jsb.SubModel;
            const Mg = 0, Bg = 1, Dg = 2;
            const Pg = 0;
            const Og = 12;
            class Ng {
              get singleMode() {
                return this._singleMode;
              }
              set singleMode(t) {
                this._singleMode = t;
                this._updatePipeline();
                this._nativeConfig && (this._nativeConfig.singleMode = this._singleMode);
              }
              get lightingWithAlbedo() {
                return this._lightingWithAlbedo;
              }
              set lightingWithAlbedo(t) {
                this._lightingWithAlbedo = t;
                this._updatePipeline();
                this._nativeConfig && (this._nativeConfig.lightingWithAlbedo = this._lightingWithAlbedo);
              }
              get csmLayerColoration() {
                return this._csmLayerColoration;
              }
              set csmLayerColoration(t) {
                this._csmLayerColoration = t;
                this._updatePipeline();
                this._nativeConfig && (this._nativeConfig.csmLayerColoration = this._csmLayerColoration);
              }
              constructor() {
                this._singleMode = Pg;
                this._compositeModeValue = 0;
                this._lightingWithAlbedo = !0;
                this._csmLayerColoration = !1;
                this._nativeConfig = null;
                this._activate();
                if (null === this._nativeConfig) {
                  this._nativeConfig = new jsb.DebugViewConfig;
                  this._nativeConfig.compositeModeBitCount = Og;
                }
              }
              isCompositeModeEnabled(t) {
                return 0 !== (this._compositeModeValue & 1 << t);
              }
              enableCompositeMode(t, e) {
                this._enableCompositeMode(t, e);
                this._updatePipeline();
              }
              enableAllCompositeMode(t) {
                this._enableAllCompositeMode(t);
                this._updatePipeline();
              }
              isEnabled() {
                return this._getType() !== Mg;
              }
              reset() {
                this._activate();
                this._updatePipeline();
              }
              _activate() {
                this._singleMode = Pg;
                this._enableAllCompositeMode(!0);
                this._lightingWithAlbedo = !0;
                this._csmLayerColoration = !1;
                if (this._nativeConfig) {
                  this._nativeConfig.singleMode = this._singleMode;
                  this._nativeConfig.compositeModeValue = this._compositeModeValue;
                  this._nativeConfig.lightingWithAlbedo = this._lightingWithAlbedo;
                  this._nativeConfig.csmLayerColoration = this._csmLayerColoration;
                }
              }
              _updatePipeline() {
                const t = m.director.root;
                const e = t.pipeline;
                const i = this._getType();
                if (e.macros.CC_USE_DEBUG_VIEW !== i) {
                  e.macros.CC_USE_DEBUG_VIEW = i;
                  t.onGlobalPipelineStateChanged();
                }
              }
              _enableCompositeMode(t, e) {
                e ? this._compositeModeValue |= 1 << t : this._compositeModeValue &= ~(1 << t);
                this._nativeConfig && (this._nativeConfig.compositeModeValue = this._compositeModeValue);
              }
              _enableAllCompositeMode(t) {
                for (let e = 0; e < Og; e++) {
                  t ? this._compositeModeValue |= 1 << e : this._compositeModeValue &= ~(1 << e);
                  this._nativeConfig && (this._nativeConfig.compositeModeValue = this._compositeModeValue);
                }
              }
              _getType() {
                if (this._singleMode !== Pg) return Bg;
                if (!0 !== this._lightingWithAlbedo || !1 !== this._csmLayerColoration) return Dg;
                for (let t = 0; t < Og; t++) if (!this.isCompositeModeEnabled(t)) return Dg;
                return Mg;
              }
            }
            const Lg = jsb.RenderTexture.prototype;
            const Fg = jsb.TextureBase.prototype;
            Lg.createNode = null;
            const Vg = t("RenderTexture", jsb.RenderTexture);
            Vg.Filter = Qp;
            Vg.PixelFormat = Jp;
            Vg.WrapMode = Zp;
            Lg._serialize = function(t) {
              return {};
            };
            Lg._deserialize = function(t, e) {
              const i = t;
              this._width = i.w;
              this._height = i.h;
              this._name = i.n;
              Fg._deserialize.call(this, i.base, e);
            };
            const kg = Lg.readPixels;
            Lg.readPixels = function(t, e, i, s, n) {
              t = t || 0;
              e = e || 0;
              i = i || this.width;
              s = s || this.height;
              let r = kg.call(this, t, e, i, s);
              return 0 == r.length ? null : r;
            };
            m.RenderTexture = jsb.RenderTexture;
            Ul("cc.RenderTexture")(Vg);
            Y(tm.prototype, "TextureBase.prototype", [ {
              name: "hasPremultipliedAlpha"
            }, {
              name: "setPremultiplyAlpha"
            }, {
              name: "setFlipY"
            } ]);
            W(Vg.prototype, "RenderTexture.prototype", [ {
              name: "getGFXWindow",
              customFunction() {
                return this._window;
              }
            } ]);
            const Ug = t("BufferAsset", jsb.BufferAsset);
            m.BufferAsset = jsb.BufferAsset;
            const Gg = Ug.prototype;
            vh(Gg, "_nativeAsset", Object.getOwnPropertyDescriptor(Gg, "_nativeAsset"));
            Ul("cc.BufferAsset")(Ug);
            function zg(t, e) {
              for (const i of e) Array.isArray(i) ? zg(t, i) : t.push(i);
            }
            function Hg(t) {
              const e = [];
              zg(e, t);
              return e.join("");
            }
            const jg = co.Flags.Destroyed;
            const Xg = co.Flags.PersistentMask;
            const Wg = si.IDENTIFIER_RE;
            const Yg = "var ";
            const qg = "o";
            const Kg = {
              "cc.ClickEvent": !1,
              "cc.PrefabInfo": !1
            };
            const Jg = si.escapeForJS;
            class Zg {
              constructor(t, e) {
                this.varName = void 0;
                this.expression = void 0;
                this.varName = t;
                this.expression = e;
              }
              toString() {
                return `${Yg + this.varName}=${this.expression};`;
              }
            }
            function Qg(t, e) {
              return e instanceof Zg ? new Zg(e.varName, t + e.expression) : t + e;
            }
            function $g(t, e, i) {
              if (Array.isArray(i)) {
                i[0] = Qg(e, i[0]);
                t.push(i);
              } else t.push(`${Qg(e, i)};`);
            }
            class ty {
              constructor(t) {
                this._exps = void 0;
                this._targetExp = void 0;
                this._exps = [];
                this._targetExp = t;
              }
              append(t, e) {
                this._exps.push([ t, e ]);
              }
              writeCode(t) {
                let e;
                if (this._exps.length > 1) {
                  t.push(`t=${this._targetExp};`);
                  e = "t";
                } else {
                  if (1 !== this._exps.length) return;
                  e = this._targetExp;
                }
                for (let i = 0; i < this._exps.length; i++) {
                  const s = this._exps[i];
                  $g(t, `${e + ey(s[0])}=`, s[1]);
                }
              }
            }
            ty.pool = void 0;
            ty.pool = new $t((t => {
              t._exps.length = 0;
              t._targetExp = null;
            }), 1);
            ty.pool.get = function(t) {
              const e = this._get() || new ty;
              e._targetExp = t;
              return e;
            };
            function ey(t) {
              return Wg.test(t) ? `.${t}` : `[${Jg(t)}]`;
            }
            class iy {
              constructor(t, e) {
                this.parent = void 0;
                this.objsToClear_iN$t = void 0;
                this.codeArray = void 0;
                this.objs = void 0;
                this.funcs = void 0;
                this.funcModuleCache = void 0;
                this.globalVariables = void 0;
                this.globalVariableId = void 0;
                this.localVariableId = void 0;
                this.result = void 0;
                this.parent = e;
                this.objsToClear_iN$t = [];
                this.codeArray = [];
                this.objs = [];
                this.funcs = [];
                this.funcModuleCache = vt();
                Nt(this.funcModuleCache, Kg);
                this.globalVariables = [];
                this.globalVariableId = 0;
                this.localVariableId = 0;
                this.codeArray.push("var o,t;", "if(R){", "o=R;", "}else{", `o=R=new ${this.getFuncModule(t.constructor, !0)}();`, "}");
                t._iN$t = {
                  globalVar: "R"
                };
                this.objsToClear_iN$t.push(t);
                this.enumerateObject(this.codeArray, t);
                let i;
                this.globalVariables.length > 0 && (i = `${Yg + this.globalVariables.join(",")};`);
                const s = Hg([ "return (function(R){", i || [], this.codeArray, "return o;", "})" ]);
                this.result = Function("O", "F", s)(this.objs, this.funcs);
                for (let t = 0, e = this.objsToClear_iN$t.length; t < e; ++t) this.objsToClear_iN$t[t]._iN$t = null;
                this.objsToClear_iN$t.length = 0;
              }
              getFuncModule(t, e) {
                const i = Et(t);
                if (i) {
                  const e = this.funcModuleCache[i];
                  if (e) return e;
                  if (void 0 === e) {
                    let e = -1 !== i.indexOf(".");
                    if (e) try {
                      e = t === Function(`return ${i}`)();
                      if (e) {
                        this.funcModuleCache[i] = i;
                        return i;
                      }
                    } catch (t) {}
                  }
                }
                let s = this.funcs.indexOf(t);
                if (s < 0) {
                  s = this.funcs.length;
                  this.funcs.push(t);
                }
                let n = `F[${s}]`;
                e && (n = `(${n})`);
                this.funcModuleCache[i] = n;
                return n;
              }
              getObjRef(t) {
                let e = this.objs.indexOf(t);
                if (e < 0) {
                  e = this.objs.length;
                  this.objs.push(t);
                }
                return `O[${e}]`;
              }
              setValueType(t, e, i, s) {
                const n = ty.pool.get(s);
                let r = e.constructor.__props__;
                r || (r = Object.keys(e));
                for (let t = 0; t < r.length; t++) {
                  const s = r[t];
                  const o = i[s];
                  if (e[s] === o) continue;
                  const a = this.enumerateField(i, s, o);
                  n.append(s, a);
                }
                n.writeCode(t);
                ty.pool.put(n);
              }
              enumerateCCClass(t, e, i) {
                const s = i.__values__;
                const n = Be(i);
                for (let i = 0; i < s.length; i++) {
                  const r = s[i];
                  const o = e[r];
                  let a = n[r + "$_$default"];
                  if (!sy(a, o)) {
                    if ("object" == typeof o && o instanceof m.ValueType) {
                      a = si.getDefault(a);
                      if (a && a.constructor === o.constructor) {
                        const e = qg + ey(r);
                        this.setValueType(t, a, o, e);
                        continue;
                      }
                    }
                    this.setObjProp(t, e, r, o);
                  }
                }
              }
              instantiateArray(t) {
                if (0 === t.length) return "[]";
                const e = "a" + ++this.localVariableId;
                const i = [ new Zg(e, `new Array(${t.length})`) ];
                t._iN$t = {
                  globalVar: "",
                  source: i
                };
                this.objsToClear_iN$t.push(t);
                for (let s = 0; s < t.length; ++s) {
                  $g(i, `${e}[${s}]=`, this.enumerateField(t, s, t[s]));
                }
                return i;
              }
              instantiateTypedArray(t) {
                const e = t.constructor.name;
                if (0 === t.length) return `new ${e}`;
                const i = "a" + ++this.localVariableId;
                const s = [ new Zg(i, `new ${e}(${t.length})`) ];
                t._iN$t = {
                  globalVar: "",
                  source: s
                };
                this.objsToClear_iN$t.push(t);
                for (let e = 0; e < t.length; ++e) if (0 !== t[e]) {
                  $g(s, `${i}[${e}]=`, t[e]);
                }
                return s;
              }
              enumerateField(t, e, i) {
                if ("object" == typeof i && i) {
                  const t = i._iN$t;
                  if (t) {
                    let e = t.globalVar;
                    if (!e) {
                      e = t.globalVar = "v" + ++this.globalVariableId;
                      this.globalVariables.push(e);
                      const i = t.source[0];
                      t.source[0] = Qg(`${e}=`, i);
                    }
                    return e;
                  }
                  return ArrayBuffer.isView(i) ? this.instantiateTypedArray(i) : Array.isArray(i) ? this.instantiateArray(i) : this.instantiateObj(i);
                }
                if ("function" == typeof i) return this.getFuncModule(i);
                if ("string" == typeof i) return Jg(i);
                "_objFlags" === e && _o(t) && (i &= Xg);
                return i;
              }
              setObjProp(t, e, i, s) {
                $g(t, `${qg + ey(i)}=`, this.enumerateField(e, i, s));
              }
              enumerateObject(t, e) {
                const i = e.constructor;
                if (ni(i)) this.enumerateCCClass(t, e, i); else for (const i in e) {
                  if (!e.hasOwnProperty(i) || 95 === i.charCodeAt(0) && 95 === i.charCodeAt(1) && "__type__" !== i) continue;
                  const s = e[i];
                  "object" == typeof s && s && s === e._iN$t || this.setObjProp(t, e, i, s);
                }
              }
              instantiateObj(t) {
                if (t instanceof m.ValueType) return si.getNewValueTypeCode(t);
                if (t instanceof m.Asset) return this.getObjRef(t);
                if (t._objFlags & jg) return null;
                let e;
                const i = t.constructor;
                if (ni(i)) {
                  if (this.parent) if (this.parent instanceof m.Component) {
                    if (t instanceof m._BaseNode || t instanceof m.Component) return this.getObjRef(t);
                  } else if (this.parent instanceof m._BaseNode) if (t instanceof m._BaseNode) {
                    if (!t.isChildOf(this.parent)) return this.getObjRef(t);
                  } else if (t instanceof m.Component) {
                    var s;
                    if (!(null === (s = t.node) || void 0 === s ? void 0 : s.isChildOf(this.parent))) return this.getObjRef(t);
                  }
                  e = new Zg(qg, `new ${this.getFuncModule(i, !0)}()`);
                } else if (i === Object) e = new Zg(qg, "{}"); else {
                  if (i) return this.getObjRef(t);
                  e = new Zg(qg, "Object.create(null)");
                }
                const n = [ e ];
                t._iN$t = {
                  globalVar: "",
                  source: n
                };
                this.objsToClear_iN$t.push(t);
                this.enumerateObject(n, t);
                return [ "(function(){", n, "return o;})();" ];
              }
            }
            function sy(t, e) {
              if ("function" == typeof t) try {
                t = t();
              } catch (t) {
                return !1;
              }
              if (t === e) return !0;
              if (t && e && "object" == typeof t && "object" == typeof e && t.constructor === e.constructor) if (t instanceof m.ValueType) {
                if (t.equals(e)) return !0;
              } else {
                if (Array.isArray(t)) return 0 === t.length && 0 === e.length;
                if (t.constructor === Object) return yt(t) && yt(e);
              }
              return !1;
            }
            let ny;
            !function(t) {
              t.TOUCH_START = "touch-start";
              t.TOUCH_MOVE = "touch-move";
              t.TOUCH_END = "touch-end";
              t.TOUCH_CANCEL = "touch-cancel";
              t.MOUSE_DOWN = "mouse-down";
              t.MOUSE_MOVE = "mouse-move";
              t.MOUSE_UP = "mouse-up";
              t.MOUSE_WHEEL = "mouse-wheel";
              t.MOUSE_ENTER = "mouse-enter";
              t.MOUSE_LEAVE = "mouse-leave";
              t.KEY_DOWN = "keydown";
              t.KEY_UP = "keyup";
              t.DEVICEMOTION = "devicemotion";
              t.TRANSFORM_CHANGED = "transform-changed";
              t.SCENE_CHANGED_FOR_PERSISTS = "scene-changed-for-persists";
              t.SIZE_CHANGED = "size-changed";
              t.ANCHOR_CHANGED = "anchor-changed";
              t.COLOR_CHANGED = "color-changed";
              t.CHILD_ADDED = "child-added";
              t.CHILD_REMOVED = "child-removed";
              t.PARENT_CHANGED = "parent-changed";
              t.NODE_DESTROYED = "node-destroyed";
              t.LAYER_CHANGED = "layer-changed";
              t.SIBLING_ORDER_CHANGED = "sibling-order-changed";
              t.ACTIVE_IN_HIERARCHY_CHANGED = "active-in-hierarchy-changed";
              t.COMPONENT_ADDED = "component-added";
              t.COMPONENT_REMOVED = "component-removed";
            }(ny || (ny = t("NodeEventType", {})));
            class ry {
              get uiTransformComp() {
                this._uiTransformComp || (this._uiTransformComp = this._node.getComponent("cc.UITransform"));
                return this._uiTransformComp;
              }
              set uiTransformComp(t) {
                this._uiTransformComp = t;
              }
              get uiComp() {
                return this._uiComp;
              }
              set uiComp(t) {
                this._uiComp && t ? N(12002) : this._uiComp = t;
              }
              get opacity() {
                return this._opacity;
              }
              get localOpacity() {
                return this._localOpacity;
              }
              set localOpacity(t) {
                this._localOpacity = t;
                this.colorDirty = !0;
              }
              constructor(t) {
                this._uiComp = null;
                this._opacity = 1;
                this._localOpacity = 1;
                this.colorDirty = !0;
                this._uiTransformComp = null;
                this._node = void 0;
                this._node = t;
              }
              applyOpacity(t) {
                this._opacity = this._localOpacity * t;
              }
              static markOpacityTree(t, e = !0) {}
            }
            let oy;
            !function(t) {
              t[t.LOCAL = 0] = "LOCAL";
              t[t.WORLD = 1] = "WORLD";
            }(oy || (oy = {}));
            let ay;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.POSITION = 1] = "POSITION";
              t[t.ROTATION = 2] = "ROTATION";
              t[t.SCALE = 4] = "SCALE";
              t[t.RS = t.ROTATION | t.SCALE] = "RS";
              t[t.TRS = t.POSITION | t.ROTATION | t.SCALE] = "TRS";
              t[t.TRS_MASK = ~t.TRS] = "TRS_MASK";
            }(ay || (ay = {}));
            m.internal.TransformBit = ay;
            const ly = new Float32Array(jsb.createExternalArrayBuffer(80));
            const hy = function(t) {
              qi.set(t, ly[0], ly[1], ly[2], ly[3], ly[4], ly[5], ly[6], ly[7], ly[8], ly[9], ly[10], ly[11], ly[12], ly[13], ly[14], ly[15]);
            };
            co.Flags.Destroying;
            jsb.BaseNode.prototype.createNode = null;
            const cy = jsb.BaseNode;
            m._BaseNode = cy;
            Ul("cc.BaseNode")(cy);
            const uy = Symbol("ReserveContentsForAllSyncablePrefab");
            const _y = t("Node", jsb.Node);
            m.Node = _y;
            const dy = _y;
            dy.reserveContentsForAllSyncablePrefabTag = uy;
            dy.EventType = ny;
            dy.NodeSpace = oy;
            dy.TransformDirtyBit = ay;
            dy.TransformBit = ay;
            const py = ay.TRS;
            const my = jsb.Node.prototype;
            const fy = t("TRANSFORM_ON", 1);
            const gy = co.Flags.Destroying;
            _y._setTempFloatArray(ly.buffer);
            function yy(t) {
              return t ? "string" == typeof t ? Jt(t) : t : null;
            }
            my.attr = function(t) {
              Nt(this, t);
            };
            my.getComponent = function(t) {
              const e = yy(t);
              return e ? dy._findComponent(this, e) : null;
            };
            my.getComponents = function(t) {
              const e = yy(t);
              const i = [];
              e && dy._findComponents(this, e, i);
              return i;
            };
            my.getComponentInChildren = function(t) {
              const e = yy(t);
              return e ? dy._findChildComponent(this._children, e) : null;
            };
            my.getComponentsInChildren = function(t) {
              const e = yy(t);
              const i = [];
              if (e) {
                dy._findComponents(this, e, i);
                dy._findChildComponents(this.children, e, i);
              }
              return i;
            };
            my.addComponent = function(t) {
              let e;
              if ("string" == typeof t) {
                e = Jt(t);
                if (!e) {
                  m._RF.peek() && F(3808, t);
                  throw TypeError(G(3807, t));
                }
              } else {
                if (!t) throw TypeError(G(3804));
                e = t;
              }
              if ("function" != typeof e) throw TypeError(G(3809));
              if (!Vt(e, Qc)) throw TypeError(G(3810));
              const i = e._requireComponent;
              i && !this.getComponent(i) && this.addComponent(i);
              const s = new e;
              s.node = this;
              this._components.push(s);
              this.emit(ny.COMPONENT_ADDED, s);
              this._activeInHierarchy && m.director._nodeActivator.activateComp(s);
              return s;
            };
            my.removeComponent = function(t) {
              if (!t) {
                F(3813);
                return;
              }
              let e = null;
              e = t instanceof Qc ? t : this.getComponent(t);
              e && e.destroy();
            };
            my.on = function(t, e, i, s = !1) {
              switch (t) {
               case ny.TRANSFORM_CHANGED:
                this._eventMask |= fy;
                if (!(1 & this._registeredNodeEventTypeMask)) {
                  this._registerOnTransformChanged();
                  this._registeredNodeEventTypeMask |= 1;
                }
                break;

               case ny.PARENT_CHANGED:
                if (!(2 & this._registeredNodeEventTypeMask)) {
                  this._registerOnParentChanged();
                  this._registeredNodeEventTypeMask |= 2;
                }
                break;

               case ny.LAYER_CHANGED:
                if (!(4 & this._registeredNodeEventTypeMask)) {
                  this._registerOnLayerChanged();
                  this._registeredNodeEventTypeMask |= 4;
                }
                break;

               case ny.CHILD_REMOVED:
                if (!(8 & this._registeredNodeEventTypeMask)) {
                  this._registerOnChildRemoved();
                  this._registeredNodeEventTypeMask |= 8;
                }
                break;

               case ny.CHILD_ADDED:
                if (!(16 & this._registeredNodeEventTypeMask)) {
                  this._registerOnChildAdded();
                  this._registeredNodeEventTypeMask |= 16;
                }
                break;

               case ny.SIBLING_ORDER_CHANGED:
                if (!(32 & this._registeredNodeEventTypeMask)) {
                  this._registerOnSiblingOrderChanged();
                  this._registeredNodeEventTypeMask |= 32;
                }
              }
              this._eventProcessor.on(t, e, i, s);
            };
            my.off = function(t, e, i, s = !1) {
              this._eventProcessor.off(t, e, i, s);
              if (!this._eventProcessor.hasEventListener(t) && t === ny.TRANSFORM_CHANGED) this._eventMask &= ~fy;
            };
            my.once = function(t, e, i, s) {
              this._eventProcessor.once(t, e, i, s);
            };
            my.emit = function(t, e, i, s, n, r) {
              this._eventProcessor.emit(t, e, i, s, n, r);
            };
            my.dispatchEvent = function(t) {
              this._eventProcessor.dispatchEvent(t);
            };
            my.hasEventListener = function(t, e, i) {
              return this._eventProcessor.hasEventListener(t, e, i);
            };
            my.targetOff = function(t) {
              this._eventMask & fy && !this._eventProcessor.hasEventListener(ny.TRANSFORM_CHANGED) && (this._eventMask &= ~fy);
            };
            my._removeComponent = function(t) {
              if (t) {
                if (!(this._objFlags & gy)) {
                  const e = this._components.indexOf(t);
                  if (-1 !== e) {
                    this._components.splice(e, 1);
                    this.emit(ny.COMPONENT_REMOVED, t);
                  } else t.node !== this && F(3815);
                }
              } else F(3814);
            };
            my._registerIfAttached = void 0;
            my._onTransformChanged = function(t) {
              this.emit(ny.TRANSFORM_CHANGED, t);
            };
            my._onParentChanged = function(t) {
              this.emit(ny.PARENT_CHANGED, t);
            };
            my._onReAttach = function() {
              this._eventProcessor.reattach();
            };
            my._onEditorAttached = function(t) {};
            my._onRemovePersistRootNode = function() {
              m.game.removePersistRootNode(this);
            };
            my._onDestroyComponents = function() {
              this._eventProcessor.destroy();
              const t = this._components;
              for (let e = 0; e < t.length; ++e) t[e]._destroyImmediate();
            };
            my._onLayerChanged = function(t) {
              this.emit(ny.LAYER_CHANGED, t);
            };
            my._onChildRemoved = function(t) {
              this.emit(ny.CHILD_REMOVED, t);
            };
            my._onChildAdded = function(t) {
              this.emit(ny.CHILD_ADDED, t);
            };
            my._onNodeDestroyed = function() {
              this.emit(ny.NODE_DESTROYED, this);
              const t = this._children;
              for (let e = 0; e < t.length; ++e) t[e]._destroyImmediate();
            };
            const by = my._onPreDestroy;
            my._onPreDestroy = function() {
              const t = by.call(this);
              this.emit(ny.NODE_DESTROYED, this);
              this._eventProcessor.destroy();
              const e = this._children;
              for (let t = 0; t < e.length; ++t) e[t]._destroyImmediate();
              const i = this._components;
              for (let t = 0; t < i.length; ++t) i[t]._destroyImmediate();
              return t;
            };
            my.destroyAllChildren = function() {
              const t = this._children;
              for (let e = 0, i = t.length; e < i; ++e) t[e].destroy();
            };
            my._onSiblingOrderChanged = function() {
              this.emit(ny.SIBLING_ORDER_CHANGED);
            };
            my._onActivateNode = function(t) {
              m.director._nodeActivator.activateNode(this, t);
            };
            my._onPostActivated = function(t) {
              if (t) {
                this._eventProcessor.setEnabled(!0);
                this.invalidateChildren(ay.TRS);
                if (this._uiProps && this._uiProps.uiComp) {
                  this._uiProps.uiComp.setNodeDirty();
                  this._uiProps.uiComp.setTextureDirty();
                  this._uiProps.uiComp.markForUpdateRenderData();
                }
              } else this._eventProcessor.setEnabled(!1);
            };
            dy._findComponent = function(t, e) {
              const i = e;
              const s = t._components;
              if (i._sealed) for (let t = 0; t < s.length; ++t) {
                const i = s[t];
                if (i.constructor === e) return i;
              } else for (let t = 0; t < s.length; ++t) {
                const i = s[t];
                if (i instanceof e) return i;
              }
              return null;
            };
            dy._findComponents = function(t, e, i) {
              const s = e;
              const n = t._components;
              if (s._sealed) for (let t = 0; t < n.length; ++t) {
                const s = n[t];
                s.constructor === e && i.push(s);
              } else for (let t = 0; t < n.length; ++t) {
                const s = n[t];
                s instanceof e && i.push(s);
              }
            };
            dy._findChildComponent = function(t, e) {
              for (let i = 0; i < t.length; ++i) {
                const s = t[i];
                let n = dy._findComponent(s, e);
                if (n) return n;
                const r = s.children;
                if (r.length > 0) {
                  n = dy._findChildComponent(r, e);
                  if (n) return n;
                }
              }
              return null;
            };
            dy._findChildComponents = function(t, e, i) {
              for (let s = 0; s < t.length; ++s) {
                const n = t[s];
                dy._findComponents(n, e, i);
                const r = n.children;
                r.length > 0 && dy._findChildComponents(r, e, i);
              }
            };
            dy.isNode = function(t) {
              return t instanceof jsb.Node && (t.constructor === jsb.Node || !(t instanceof m.Scene));
            };
            let Sy = new Ui;
            my.setRTS = function(t, e, i) {
              if (t) {
                let e = Sy;
                t instanceof Ui ? e = t : Ui.fromEuler(e, t.x, t.y, t.z);
                ly[0] = 4;
                ly[1] = e.x;
                ly[2] = e.y;
                ly[3] = e.z;
                ly[4] = e.w;
                this._lrot.set(e.x, e.y, e.z, e.w);
              } else ly[0] = 0;
              if (e) {
                ly[5] = 3;
                ly[6] = e.x;
                ly[7] = e.y;
                ly[8] = e.z;
                this._lpos.set(e.x, e.y, e.z);
              } else ly[5] = 0;
              if (i) {
                ly[9] = 3;
                ly[10] = i.x;
                ly[11] = i.y;
                ly[12] = i.z;
                this._lscale.set(i.x, i.y, i.z);
              } else ly[9] = 0;
              this._setRTS();
            };
            my.getPosition = function(t) {
              return t ? Pi.set(t, this._lpos.x, this._lpos.y, this._lpos.z) : Pi.copy(new Pi, this._lpos);
            };
            my.setPosition = function(t, e, i) {
              if (void 0 === e && void 0 === i) {
                ly[0] = 3;
                const e = t;
                this._lpos.x = ly[1] = e.x;
                this._lpos.y = ly[2] = e.y;
                this._lpos.z = ly[3] = e.z;
              } else if (void 0 === i) {
                ly[0] = 2;
                this._lpos.x = ly[1] = t;
                this._lpos.y = ly[2] = e;
              } else {
                ly[0] = 3;
                this._lpos.x = ly[1] = t;
                this._lpos.y = ly[2] = e;
                this._lpos.z = ly[3] = i;
              }
              this._setPosition();
            };
            my.getRotation = function(t) {
              const e = this._lrot;
              return t ? Ui.set(t, e.x, e.y, e.z, e.w) : Ui.copy(new Ui, e);
            };
            my.setRotation = function(t, e, i, s) {
              if (void 0 === e || void 0 === i || void 0 === s) {
                const e = t;
                this._lrot.x = ly[0] = e.x;
                this._lrot.y = ly[1] = e.y;
                this._lrot.z = ly[2] = e.z;
                this._lrot.w = ly[3] = e.w;
              } else {
                this._lrot.x = ly[0] = t;
                this._lrot.y = ly[1] = e;
                this._lrot.z = ly[2] = i;
                this._lrot.w = ly[3] = s;
              }
              this._setRotation();
            };
            my.setRotationFromEuler = function(t, e, i) {
              const s = void 0 === i ? this._euler.z : i;
              if (void 0 === e) {
                const e = t;
                this._euler.x = ly[0] = e.x;
                this._euler.y = ly[1] = e.y;
                this._euler.z = ly[2] = e.z;
              } else {
                this._euler.x = ly[0] = t;
                this._euler.y = ly[1] = e;
                this._euler.z = ly[2] = s;
              }
              this._setRotationFromEuler();
            };
            my.getScale = function(t) {
              return t ? Pi.set(t, this._lscale.x, this._lscale.y, this._lscale.z) : Pi.copy(new Pi, this._lscale);
            };
            my.setScale = function(t, e, i) {
              if (void 0 === e && void 0 === i) {
                ly[0] = 3;
                const e = t;
                this._lscale.x = ly[1] = e.x;
                this._lscale.y = ly[2] = e.y;
                this._lscale.z = ly[3] = e.z;
              } else if (void 0 === i) {
                ly[0] = 2;
                this._lscale.x = ly[1] = t;
                this._lscale.y = ly[2] = e;
              } else {
                ly[0] = 3;
                this._lscale.x = ly[1] = t;
                this._lscale.y = ly[2] = e;
                this._lscale.z = ly[3] = i;
              }
              this._setScale();
            };
            my.getWorldPosition = function(t) {
              this._getWorldPosition();
              return (t = t || new Pi).set(ly[0], ly[1], ly[2]);
            };
            my.getWorldRotation = function(t) {
              this._getWorldRotation();
              return (t = t || new Ui).set(ly[0], ly[1], ly[2], ly[3]);
            };
            my.getWorldScale = function(t) {
              this._getWorldScale();
              return (t = t || new Pi).set(ly[0], ly[1], ly[2]);
            };
            my.getWorldMatrix = function(t) {
              this._getWorldMatrix();
              t = t || new qi;
              hy(t);
              return t;
            };
            my.getEulerAngles = function(t) {
              this._getEulerAngles();
              return (t = t || new Pi).set(ly[0], ly[1], ly[2]);
            };
            my.getForward = function(t) {
              this._getForward();
              return (t = t || new Pi).set(ly[0], ly[1], ly[2]);
            };
            my.getUp = function(t) {
              this._getUp();
              return (t = t || new Pi).set(ly[0], ly[1], ly[2]);
            };
            my.getRight = function(t) {
              this._getRight();
              return (t = t || new Pi).set(ly[0], ly[1], ly[2]);
            };
            my.inverseTransformPoint = function(t, e) {
              ly[0] = e.x;
              ly[1] = e.y;
              ly[2] = e.z;
              this._inverseTransformPoint();
              t.x = ly[0];
              t.y = ly[1];
              t.z = ly[2];
              return t;
            };
            my.getWorldRT = function(t) {
              t = t || new qi;
              this._getWorldRT();
              hy(t);
              return t;
            };
            my.getWorldRS = function(t) {
              t = t || new qi;
              this._getWorldRS();
              hy(t);
              return t;
            };
            Object.defineProperty(my, "position", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._lpos;
              },
              set(t) {
                this.setPosition(t);
              }
            });
            Object.defineProperty(my, "rotation", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._lrot;
              },
              set(t) {
                this.setRotation(t);
              }
            });
            Object.defineProperty(my, "scale", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._lscale;
              },
              set(t) {
                this.setScale(t);
              }
            });
            Object.defineProperty(my, "worldPosition", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldPosition();
              },
              set(t) {
                this.setWorldPosition(t);
              }
            });
            Object.defineProperty(my, "worldRotation", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldRotation();
              },
              set(t) {
                this.setWorldRotation(t);
              }
            });
            Object.defineProperty(my, "worldScale", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldScale();
              },
              set(t) {
                this.setWorldScale(t);
              }
            });
            Object.defineProperty(my, "_pos", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldPosition();
              }
            });
            Object.defineProperty(my, "_rot", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldRotation();
              }
            });
            Object.defineProperty(my, "_scale", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldScale();
              }
            });
            Object.defineProperty(my, "eulerAngles", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getEulerAngles();
              },
              set(t) {
                this.setRotationFromEuler(t.x, t.y, t.z);
              }
            });
            Object.defineProperty(my, "worldMatrix", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldMatrix();
              }
            });
            Object.defineProperty(my, "_mat", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getWorldMatrix();
              }
            });
            Object.defineProperty(my, "activeInHierarchy", {
              configurable: !0,
              enumerable: !0,
              get() {
                return 0 != this._sharedUint8Arr[0];
              },
              set(t) {
                this._sharedUint8Arr[0] = t ? 1 : 0;
              }
            });
            Object.defineProperty(my, "_activeInHierarchy", {
              configurable: !0,
              enumerable: !0,
              get() {
                return 0 != this._sharedUint8Arr[0];
              },
              set(t) {
                this._sharedUint8Arr[0] = t ? 1 : 0;
              }
            });
            Object.defineProperty(my, "layer", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._sharedUint32Arr[1];
              },
              set(t) {
                this._sharedUint32Arr[1] = t;
                if (this._uiProps && this._uiProps.uiComp) {
                  this._uiProps.uiComp.setNodeDirty();
                  this._uiProps.uiComp.markForUpdateRenderData();
                }
                this.emit(ny.LAYER_CHANGED, t);
              }
            });
            Object.defineProperty(my, "_layer", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._sharedUint32Arr[1];
              },
              set(t) {
                this._sharedUint32Arr[1] = t;
              }
            });
            Object.defineProperty(my, "_eventMask", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._sharedUint32Arr[0];
              },
              set(t) {
                this._sharedUint32Arr[0] = t;
              }
            });
            Object.defineProperty(my, "_siblingIndex", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._sharedInt32Arr[0];
              },
              set(t) {
                this._sharedInt32Arr[0] = t;
              }
            });
            my.getSiblingIndex = function() {
              return this._sharedInt32Arr[0];
            };
            Object.defineProperty(my, "_dirtyFlags", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._sharedUint32Arr[2];
              },
              set(t) {
                this._sharedUint32Arr[2] = t;
              }
            });
            Object.defineProperty(my, "_active", {
              configurable: !0,
              enumerable: !0,
              get() {
                return 0 != this._sharedUint8Arr[1];
              },
              set(t) {
                this._sharedUint8Arr[1] = t ? 1 : 0;
              }
            });
            Object.defineProperty(my, "active", {
              configurable: !0,
              enumerable: !0,
              get() {
                return 0 != this._sharedUint8Arr[1];
              },
              set(t) {
                this.setActive(!!t);
              }
            });
            Object.defineProperty(my, "_static", {
              configurable: !0,
              enumerable: !0,
              get() {
                return 0 != this._sharedUint8Arr[2];
              },
              set(t) {
                this._sharedUint8Arr[2] = t ? 1 : 0;
              }
            });
            Object.defineProperty(my, "forward", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getForward();
              },
              set(t) {
                this.setForward(t);
              }
            });
            Object.defineProperty(my, "up", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getUp();
              }
            });
            Object.defineProperty(my, "right", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getRight();
              }
            });
            Object.defineProperty(my, "eventProcessor", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._eventProcessor;
              }
            });
            Object.defineProperty(my, "components", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._components;
              }
            });
            Object.defineProperty(my, "_parent", {
              configurable: !0,
              enumerable: !0,
              get() {
                this._parentRef = this._parentInternal;
                return this._parentRef;
              },
              set(t) {
                this._parentRef = this._parentInternal = t;
              }
            });
            Object.defineProperty(my, "parent", {
              configurable: !0,
              enumerable: !0,
              get() {
                this._parentRef = this.getParent();
                return this._parentRef;
              },
              set(t) {
                this._parentRef = t;
                this.setParent(t);
              }
            });
            Object.defineProperty(my, "children", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._children;
              },
              set(t) {
                this._children = t;
              }
            });
            Object.defineProperty(my, "scene", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._scene;
              }
            });
            my.rotate = function(t, e) {
              ly[1] = t.x;
              ly[2] = t.y;
              ly[3] = t.z;
              ly[4] = t.w;
              if (e) {
                ly[5] = e;
                ly[0] = 5;
              } else ly[0] = 4;
              this._rotateForJS();
              const i = this._lrot;
              i.x = ly[0];
              i.y = ly[1];
              i.z = ly[2];
              i.w = ly[3];
            };
            my.addChild = function(t) {
              t.setParent(this);
            };
            my.insertChild = function(t, e) {
              t.parent = this;
              t.setSiblingIndex(e);
            };
            my[nu] = function(t, e) {
              t.writeThis();
              const i = () => {
                var t;
                return !!(null === (t = this[io]) || void 0 === t ? void 0 : t.mountedRoot);
              };
              const s = () => {
                var t, e, s, n;
                return (null === (t = this._prefab) || void 0 === t || null === (e = t.root) || void 0 === e || null === (s = e._prefab) || void 0 === s ? void 0 : s.instance) && ((null == this || null === (n = this._prefab) || void 0 === n ? void 0 : n.instance) || !i());
              };
              if ((() => !(e.customArguments[uy] || !s() || e.root === this))()) {
                var n;
                if ((null === (n = this._prefab) || void 0 === n ? void 0 : n.root) === this) {
                  t.writeProperty("_objFlags", this._objFlags);
                  t.writeProperty("_parent", this._parent);
                  t.writeProperty("_prefab", this._prefab);
                  e.customArguments.keepNodeUuid && t.writeProperty("_id", this._id);
                  t.writeProperty(io, this[io]);
                }
              } else t.writeThis();
            };
            my._onActiveNode = function(t) {
              m.director._nodeActivator.activateNode(this, t);
            };
            my._onBatchCreated = function(t) {
              this.hasChangedFlags = py;
              this._dirtyFlags |= py;
              const e = this._children;
              const i = e.length;
              let s;
              for (let n = 0; n < i; ++n) {
                s = e[n];
                s._siblingIndex = n;
                s._onBatchCreated(t);
              }
              !function(t) {
                const e = t._lpos;
                t.setPositionForJS(e.x, e.y, e.z);
                const i = t._lscale;
                t.setScaleForJS(i.x, i.y, i.z);
                const s = t._lrot;
                t.setRotationForJS(s.x, s.y, s.z, s.w);
                const n = t._euler;
                t.setRotationFromEulerForJS(n.x, n.y, n.z);
              }(this);
            };
            my._onSceneUpdated = function(t) {
              this._scene = t;
            };
            my._onLocalPositionUpdated = function(t, e, i) {
              const s = this._lpos;
              s.x = t;
              s.y = e;
              s.z = i;
            };
            my._onLocalRotationUpdated = function(t, e, i, s) {
              const n = this._lrot;
              n.x = t;
              n.y = e;
              n.z = i;
              n.w = s;
            };
            my._onLocalScaleUpdated = function(t, e, i) {
              const s = this._lscale;
              s.x = t;
              s.y = e;
              s.z = i;
            };
            my._onLocalPositionRotationScaleUpdated = function(t, e, i, s, n, r, o, a, l, h) {
              const c = this._lpos;
              c.x = t;
              c.y = e;
              c.z = i;
              const u = this._lrot;
              u.x = s;
              u.y = n;
              u.z = r;
              u.w = o;
              const _ = this._lscale;
              _.x = a;
              _.y = l;
              _.z = h;
            };
            my._instantiate = function(t, e) {
              t || (t = m.instantiate._clone(this, this));
              t._prefab;
              t._parent = null;
              t._onBatchCreated(e);
              return t;
            };
            my._ctor = function(t) {
              this.__nativeRefs = {};
              this._parentRef = null;
              this.__jsb_ref_id = void 0;
              this._iN$t = null;
              this.__editorExtras__ = {
                editorOnly: !0
              };
              this._components = [];
              this._eventProcessor = new m.NodeEventProcessor(this);
              this._uiProps = new ry(this);
              const e = this._getSharedArrayBufferObject();
              this._sharedUint32Arr = new Uint32Array(e, 0, 3);
              this._sharedInt32Arr = new Int32Array(e, 12, 1);
              this._sharedUint8Arr = new Uint8Array(e, 16, 3);
              this._sharedUint32Arr[1] = mm.Enum.DEFAULT;
              this._scene = null;
              this._prefab = null;
              this._originalSceneId = "";
              this._registerListeners();
              this._children = [];
              this._lpos = new Pi;
              this._lrot = new Ui;
              this._lscale = new Pi(1, 1, 1);
              this._euler = new Pi;
              this._registeredNodeEventTypeMask = 0;
              this.on(ny.CHILD_ADDED, (t => {
                this._children.push(t);
              }));
              this.on(ny.CHILD_REMOVED, (t => {
                const e = this._children.indexOf(t);
                e < 0 ? F(1633) : this._children.splice(e, 1);
              }));
              this._onSiblingIndexChanged = function(t) {
                const e = this._parent._children;
                t = -1 !== t ? t : e.length - 1;
                const i = e.indexOf(this);
                if (t !== i) {
                  e.splice(i, 1);
                  t < e.length ? e.splice(t, 0, this) : e.push(this);
                }
              };
            };
            const Ay = _y.prototype;
            jl(Ay, "_persistNode", Object.getOwnPropertyDescriptor(Ay, "_persistNode"));
            Yl(Ay, "_parent");
            Yl(Ay, "_children");
            Yl(Ay, "_active");
            Yl(Ay, "_components");
            Yl(Ay, "_prefab");
            Yl(Ay, "_lpos");
            Yl(Ay, "_lrot");
            Yl(Ay, "_lscale");
            Yl(Ay, "_layer");
            Yl(Ay, "_euler");
            const Ty = Object.getOwnPropertyDescriptor(Ay, "eulerAngles");
            Th(Pi)(Ay, "eulerAngles", Ty);
            Ul("cc.Node")(_y);
            si.Attr.setClassAttr(Vc, "target", "type", "Object");
            si.Attr.setClassAttr(Vc, "target", "ctor", _y);
            let vy;
            !function(t) {
              t[t.VERTICAL = 0] = "VERTICAL";
              t[t.HORIZONTAL = 1] = "HORIZONTAL";
            }(vy || (vy = {}));
            let Ey;
            !function(t) {
              t[t.ORTHO = 0] = "ORTHO";
              t[t.PERSPECTIVE = 1] = "PERSPECTIVE";
            }(Ey || (Ey = {}));
            let Cy;
            !function(t) {
              t[t.F1_8 = 0] = "F1_8";
              t[t.F2_0 = 1] = "F2_0";
              t[t.F2_2 = 2] = "F2_2";
              t[t.F2_5 = 3] = "F2_5";
              t[t.F2_8 = 4] = "F2_8";
              t[t.F3_2 = 5] = "F3_2";
              t[t.F3_5 = 6] = "F3_5";
              t[t.F4_0 = 7] = "F4_0";
              t[t.F4_5 = 8] = "F4_5";
              t[t.F5_0 = 9] = "F5_0";
              t[t.F5_6 = 10] = "F5_6";
              t[t.F6_3 = 11] = "F6_3";
              t[t.F7_1 = 12] = "F7_1";
              t[t.F8_0 = 13] = "F8_0";
              t[t.F9_0 = 14] = "F9_0";
              t[t.F10_0 = 15] = "F10_0";
              t[t.F11_0 = 16] = "F11_0";
              t[t.F13_0 = 17] = "F13_0";
              t[t.F14_0 = 18] = "F14_0";
              t[t.F16_0 = 19] = "F16_0";
              t[t.F18_0 = 20] = "F18_0";
              t[t.F20_0 = 21] = "F20_0";
              t[t.F22_0 = 22] = "F22_0";
            }(Cy || (Cy = {}));
            let xy;
            !function(t) {
              t[t.ISO100 = 0] = "ISO100";
              t[t.ISO200 = 1] = "ISO200";
              t[t.ISO400 = 2] = "ISO400";
              t[t.ISO800 = 3] = "ISO800";
            }(xy || (xy = {}));
            let wy;
            !function(t) {
              t[t.D1 = 0] = "D1";
              t[t.D2 = 1] = "D2";
              t[t.D4 = 2] = "D4";
              t[t.D8 = 3] = "D8";
              t[t.D15 = 4] = "D15";
              t[t.D30 = 5] = "D30";
              t[t.D60 = 6] = "D60";
              t[t.D125 = 7] = "D125";
              t[t.D250 = 8] = "D250";
              t[t.D500 = 9] = "D500";
              t[t.D1000 = 10] = "D1000";
              t[t.D2000 = 11] = "D2000";
              t[t.D4000 = 12] = "D4000";
            }(wy || (wy = {}));
            let Ry;
            !function(t) {
              t[t.DEFAULT = -1] = "DEFAULT";
              t[t.LEFT_EYE = 0] = "LEFT_EYE";
              t[t.RIGHT_EYE = 1] = "RIGHT_EYE";
              t[t.MAIN = 2] = "MAIN";
            }(Ry || (Ry = {}));
            let Iy;
            !function(t) {
              t[t.NO_TRACKING = 0] = "NO_TRACKING";
              t[t.POSITION_AND_ROTATION = 1] = "POSITION_AND_ROTATION";
              t[t.POSITION = 2] = "POSITION";
              t[t.ROTATION = 3] = "ROTATION";
            }(Iy || (Iy = {}));
            const My = en.STENCIL << 1;
            const By = jsb.Camera;
            const Dy = jsb.Camera.prototype;
            Object.defineProperty(By, "standardExposureValue", {
              configurable: !0,
              enumerable: !0,
              get: () => By.getStandardExposureValue()
            });
            Object.defineProperty(By, "standardLightMeterScale", {
              configurable: !0,
              enumerable: !0,
              get: () => By.getStandardLightMeterScale()
            });
            Object.defineProperty(Dy, "matView", {
              configurable: !0,
              enumerable: !0,
              get() {
                this.getMatView();
                hy(this._matView);
                return this._matView;
              }
            });
            Object.defineProperty(Dy, "matProj", {
              configurable: !0,
              enumerable: !0,
              get() {
                this.getMatProj();
                hy(this._matProj);
                return this._matProj;
              }
            });
            Object.defineProperty(Dy, "matProjInv", {
              configurable: !0,
              enumerable: !0,
              get() {
                this.getMatProjInv();
                hy(this._matProjInv);
                return this._matProjInv;
              }
            });
            Object.defineProperty(Dy, "matViewProj", {
              configurable: !0,
              enumerable: !0,
              get() {
                this.getMatViewProj();
                hy(this._matViewProj);
                return this._matViewProj;
              }
            });
            Object.defineProperty(Dy, "matViewProjInv", {
              configurable: !0,
              enumerable: !0,
              get() {
                this.getMatViewProjInv();
                hy(this._matViewProjInv);
                return this._matViewProjInv;
              }
            });
            const Py = Dy.initialize;
            Dy.initialize = function() {
              Py.apply(this, arguments);
              this._matView = new qi;
              this._matProj = new qi;
              this._matProjInv = new qi;
              this._matViewProj = new qi;
              this._matViewProjInv = new qi;
            };
            const Oy = Dy.screenPointToRay;
            const Ny = Dy.screenToWorld;
            const Ly = Dy.worldToScreen;
            const Fy = Dy.worldMatrixToScreen;
            Dy.screenPointToRay = function(t, e, i) {
              ly[0] = e;
              ly[1] = i;
              Oy.call(this);
              t.o.x = ly[0];
              t.o.y = ly[1];
              t.o.z = ly[2];
              t.d.x = ly[3];
              t.d.y = ly[4];
              t.d.z = ly[5];
              return t;
            };
            Dy.screenToWorld = function(t, e) {
              ly[0] = e.x;
              ly[1] = e.y;
              ly[2] = e.z;
              Ny.call(this);
              Pi.set(t, ly[0], ly[1], ly[2]);
              return t;
            };
            Dy.worldToScreen = function(t, e) {
              ly[0] = e.x;
              ly[1] = e.y;
              ly[2] = e.z;
              Ly.call(this);
              Pi.set(t, ly[0], ly[1], ly[2]);
              return t;
            };
            Dy.worldMatrixToScreen = function(t, e, i, s) {
              ly[0] = e.m00;
              ly[1] = e.m01;
              ly[2] = e.m02;
              ly[3] = e.m03;
              ly[4] = e.m04;
              ly[5] = e.m05;
              ly[6] = e.m06;
              ly[7] = e.m07;
              ly[8] = e.m08;
              ly[9] = e.m09;
              ly[10] = e.m10;
              ly[11] = e.m11;
              ly[12] = e.m12;
              ly[13] = e.m13;
              ly[14] = e.m14;
              ly[15] = e.m15;
              ly[16] = i;
              ly[17] = s;
              Fy.call(this);
              hy(t);
              return t;
            };
            var Vy, ky, Uy, Gy, zy, Hy, jy, Xy, Wy, Yy, qy, Ky, Jy, Zy, Qy, $y, tb, eb, ib, sb, nb, rb, ob, ab, lb, hb, cb, ub, _b, db, pb, mb, fb, gb, yb, bb, Sb, Ab, Tb, vb, Eb, Cb, xb, wb, Rb, Ib, Mb, Bb, Db, Pb, Ob, Nb, Lb, Fb, Vb, kb, Ub, Gb, zb, Hb, jb, Xb, Wb, Yb, qb, Kb, Jb, Zb, Qb, $b, tS, eS;
            const iS = new Pi;
            const sS = oe(Ey);
            const nS = oe(vy);
            const rS = oe(Cy);
            const oS = oe(wy);
            const aS = oe(xy);
            const lS = oe({
              SKYBOX: My | en.DEPTH_STENCIL,
              SOLID_COLOR: en.ALL,
              DEPTH_ONLY: en.DEPTH_STENCIL,
              DONT_CLEAR: en.NONE
            });
            let hS = (cS = (Vy = Ul("cc.Camera"), ky = sh(), Uy = $l(), Gy = ph(), zy = lh(), 
            Hy = Th(mm.BitMask), jy = ph(), Xy = lh(), Wy = Th(lS), Yy = ph(), qy = lh(), Ky = ph(), 
            Jy = lh(), Zy = ph(), Qy = lh(), $y = ph(), tb = lh(), eb = Th(sS), ib = ph(), sb = lh(), 
            nb = Th(nS), rb = ph(), ob = rh(), ab = lh(), lb = ph(), hb = rh(), cb = lh(), ub = ph(), 
            _b = rh(), db = lh(), pb = ph(), mb = lh(), fb = ph(), gb = lh(), yb = Th(rS), bb = ph(), 
            Sb = lh(), Ab = Th(oS), Tb = ph(), vb = lh(), Eb = Th(aS), Cb = ph(), xb = lh(), 
            wb = ph(), Rb = lh(), Ib = Th(Vg), Mb = ph(), Bb = lh(), Vy(Db = ky(Db = Uy(Db = Ql(Db = (Pb = (eS = tS = class t extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_projection", Ob, this);
                Ml(this, "_priority", Nb, this);
                Ml(this, "_fov", Lb, this);
                Ml(this, "_fovAxis", Fb, this);
                Ml(this, "_orthoHeight", Vb, this);
                Ml(this, "_near", kb, this);
                Ml(this, "_far", Ub, this);
                Ml(this, "_color", Gb, this);
                Ml(this, "_depth", zb, this);
                Ml(this, "_stencil", Hb, this);
                Ml(this, "_clearFlags", jb, this);
                Ml(this, "_rect", Xb, this);
                Ml(this, "_aperture", Wb, this);
                Ml(this, "_shutter", Yb, this);
                Ml(this, "_iso", qb, this);
                Ml(this, "_screenScale", Kb, this);
                Ml(this, "_visibility", Jb, this);
                Ml(this, "_targetTexture", Zb, this);
                this._camera = null;
                this._inEditorMode = !1;
                this._flows = void 0;
                Ml(this, "_cameraType", Qb, this);
                Ml(this, "_trackingType", $b, this);
              }
              get camera() {
                return this._camera;
              }
              get priority() {
                return this._priority;
              }
              set priority(t) {
                this._priority = t;
                this._camera && (this._camera.priority = t);
              }
              get visibility() {
                return this._visibility;
              }
              set visibility(t) {
                this._visibility = t;
                this._camera && (this._camera.visibility = t);
              }
              get clearFlags() {
                return this._clearFlags;
              }
              set clearFlags(t) {
                this._clearFlags = t;
                this._camera && (this._camera.clearFlag = t);
              }
              get clearColor() {
                return this._color;
              }
              set clearColor(t) {
                this._color.set(t);
                this._camera && (this._camera.clearColor = this._color);
              }
              get clearDepth() {
                return this._depth;
              }
              set clearDepth(t) {
                this._depth = t;
                this._camera && (this._camera.clearDepth = t);
              }
              get clearStencil() {
                return this._stencil;
              }
              set clearStencil(t) {
                this._stencil = t;
                this._camera && (this._camera.clearStencil = t);
              }
              get projection() {
                return this._projection;
              }
              set projection(t) {
                this._projection = t;
                this._camera && (this._camera.projectionType = t);
              }
              get fovAxis() {
                return this._fovAxis;
              }
              set fovAxis(t) {
                if (t !== this._fovAxis) {
                  this._fovAxis = t;
                  if (this._camera) {
                    this._camera.fovAxis = t;
                    t === vy.VERTICAL ? this.fov = this._fov * this._camera.aspect : this.fov = this._fov / this._camera.aspect;
                  }
                }
              }
              get fov() {
                return this._fov;
              }
              set fov(t) {
                this._fov = t;
                this._camera && (this._camera.fov = mi(t));
              }
              get orthoHeight() {
                return this._orthoHeight;
              }
              set orthoHeight(t) {
                this._orthoHeight = t;
                this._camera && (this._camera.orthoHeight = t);
              }
              get near() {
                return this._near;
              }
              set near(t) {
                this._near = t;
                this._camera && (this._camera.nearClip = t);
              }
              get far() {
                return this._far;
              }
              set far(t) {
                this._far = t;
                this._camera && (this._camera.farClip = t);
              }
              get aperture() {
                return this._aperture;
              }
              set aperture(t) {
                this._aperture = t;
                this._camera && (this._camera.aperture = t);
              }
              get shutter() {
                return this._shutter;
              }
              set shutter(t) {
                this._shutter = t;
                this._camera && (this._camera.shutter = t);
              }
              get iso() {
                return this._iso;
              }
              set iso(t) {
                this._iso = t;
                this._camera && (this._camera.iso = t);
              }
              get rect() {
                return this._rect;
              }
              set rect(t) {
                this._rect = t;
                this._camera && this._camera.setViewportInOrientedSpace(t);
              }
              get targetTexture() {
                return this._targetTexture;
              }
              set targetTexture(e) {
                if (this._targetTexture === e) return;
                const i = this._targetTexture;
                this._targetTexture = e;
                this._checkTargetTextureEvent(i);
                this._updateTargetTexture();
                if (!e && this._camera) {
                  this._camera.changeTargetWindow(null);
                  this._camera.isWindowSize = !0;
                }
                this.node.emit(t.TARGET_TEXTURE_CHANGE, this);
              }
              get screenScale() {
                return this._screenScale;
              }
              set screenScale(t) {
                this._screenScale = t;
                this._camera && (this._camera.screenScale = t);
              }
              get inEditorMode() {
                return this._inEditorMode;
              }
              set inEditorMode(t) {
                this._inEditorMode = t;
                this._camera && this._camera.changeTargetWindow(t ? m.director.root && m.director.root.mainWindow : m.director.root && m.director.root.tempWindow);
              }
              get cameraType() {
                return this._cameraType;
              }
              set cameraType(t) {
                if (this._cameraType !== t) {
                  this._cameraType = t;
                  this.camera && (this.camera.cameraType = t);
                }
              }
              get trackingType() {
                return this._trackingType;
              }
              set trackingType(t) {
                if (this._trackingType !== t) {
                  this._trackingType = t;
                  this.camera && (this.camera.trackingType = t);
                }
              }
              onLoad() {
                this._createCamera();
              }
              onEnable() {
                this.node.hasChangedFlags |= ay.POSITION;
                this._camera && this._attachToScene();
              }
              onDisable() {
                this._camera && this._detachFromScene();
              }
              onDestroy() {
                if (this._camera) {
                  this._camera.destroy();
                  this._camera = null;
                }
                this._targetTexture && this._targetTexture.off("resize");
              }
              screenPointToRay(t, e, i) {
                i || (i = ra.create());
                this._camera && this._camera.screenPointToRay(i, t, e);
                return i;
              }
              worldToScreen(t, e) {
                e || (e = new Pi);
                this._camera && this._camera.worldToScreen(e, t);
                return e;
              }
              screenToWorld(t, e) {
                e || (e = this.node.getWorldPosition());
                this._camera && this._camera.screenToWorld(e, t);
                return e;
              }
              convertToUINode(t, e, i) {
                i || (i = new Pi);
                if (!this._camera) return i;
                this.worldToScreen(t, iS);
                const s = e.getComponent("cc.UITransform");
                const n = m.view.getVisibleSize();
                const r = iS.x - .5 * this._camera.width;
                const o = iS.y - .5 * this._camera.height;
                iS.x = r / m.view.getScaleX() + .5 * n.width;
                iS.y = o / m.view.getScaleY() + .5 * n.height;
                s && s.convertToNodeSpaceAR(iS, i);
                return i;
              }
              _createCamera() {
                if (!this._camera) {
                  this._camera = m.director.root.createCamera();
                  this._camera.initialize({
                    name: this.node.name,
                    node: this.node,
                    projection: this._projection,
                    window: this._inEditorMode ? m.director.root && m.director.root.mainWindow : m.director.root && m.director.root.tempWindow,
                    priority: this._priority,
                    cameraType: this.cameraType,
                    trackingType: this.trackingType
                  });
                  this._camera.setViewportInOrientedSpace(this._rect);
                  this._camera.fovAxis = this._fovAxis;
                  this._camera.fov = mi(this._fov);
                  this._camera.orthoHeight = this._orthoHeight;
                  this._camera.nearClip = this._near;
                  this._camera.farClip = this._far;
                  this._camera.clearColor = this._color;
                  this._camera.clearDepth = this._depth;
                  this._camera.clearStencil = this._stencil;
                  this._camera.clearFlag = this._clearFlags;
                  this._camera.visibility = this._visibility;
                  this._camera.aperture = this._aperture;
                  this._camera.shutter = this._shutter;
                  this._camera.iso = this._iso;
                }
                this._updateTargetTexture();
              }
              _attachToScene() {
                if (this.node.scene && this._camera) {
                  this._camera && this._camera.scene && this._camera.scene.removeCamera(this._camera);
                  this._getRenderScene().addCamera(this._camera);
                }
              }
              _detachFromScene() {
                this._camera && this._camera.scene && this._camera.scene.removeCamera(this._camera);
              }
              _checkTargetTextureEvent(t) {
                t && t.off("resize");
                this._targetTexture && this._targetTexture.on("resize", (t => {
                  this._camera && this._camera.setFixedSize(t.width, t.height);
                }), this);
              }
              _updateTargetTexture() {
                if (this._camera && this._targetTexture) {
                  const t = this._targetTexture.window;
                  this._camera.changeTargetWindow(t);
                  this._camera.setFixedSize(t.width, t.height);
                }
              }
            }, tS.ProjectionType = sS, tS.FOVAxis = nS, tS.ClearFlag = lS, tS.Aperture = rS, 
            tS.Shutter = oS, tS.ISO = aS, tS.TARGET_TEXTURE_CHANGE = "tex-change", eS), Ob = Bl(Pb.prototype, "_projection", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return sS.PERSPECTIVE;
              }
            }), Nb = Bl(Pb.prototype, "_priority", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Lb = Bl(Pb.prototype, "_fov", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 45;
              }
            }), Fb = Bl(Pb.prototype, "_fovAxis", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return nS.VERTICAL;
              }
            }), Vb = Bl(Pb.prototype, "_orthoHeight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), kb = Bl(Pb.prototype, "_near", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Ub = Bl(Pb.prototype, "_far", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e3;
              }
            }), Gb = Bl(Pb.prototype, "_color", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi("#333333");
              }
            }), zb = Bl(Pb.prototype, "_depth", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Hb = Bl(Pb.prototype, "_stencil", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), jb = Bl(Pb.prototype, "_clearFlags", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return lS.SOLID_COLOR;
              }
            }), Xb = Bl(Pb.prototype, "_rect", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new as(0, 0, 1, 1);
              }
            }), Wb = Bl(Pb.prototype, "_aperture", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return rS.F16_0;
              }
            }), Yb = Bl(Pb.prototype, "_shutter", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return oS.D125;
              }
            }), qb = Bl(Pb.prototype, "_iso", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return aS.ISO100;
              }
            }), Kb = Bl(Pb.prototype, "_screenScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Jb = Bl(Pb.prototype, "_visibility", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return zf;
              }
            }), Zb = Bl(Pb.prototype, "_targetTexture", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Qb = Bl(Pb.prototype, "_cameraType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Ry.DEFAULT;
              }
            }), $b = Bl(Pb.prototype, "_trackingType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Iy.NO_TRACKING;
              }
            }), Bl(Pb.prototype, "priority", [ Gy, zy ], Object.getOwnPropertyDescriptor(Pb.prototype, "priority"), Pb.prototype), 
            Bl(Pb.prototype, "visibility", [ Hy, jy, Xy ], Object.getOwnPropertyDescriptor(Pb.prototype, "visibility"), Pb.prototype), 
            Bl(Pb.prototype, "clearFlags", [ Wy, Yy, qy ], Object.getOwnPropertyDescriptor(Pb.prototype, "clearFlags"), Pb.prototype), 
            Bl(Pb.prototype, "clearColor", [ Ky, Jy ], Object.getOwnPropertyDescriptor(Pb.prototype, "clearColor"), Pb.prototype), 
            Bl(Pb.prototype, "clearDepth", [ Zy, Qy ], Object.getOwnPropertyDescriptor(Pb.prototype, "clearDepth"), Pb.prototype), 
            Bl(Pb.prototype, "clearStencil", [ $y, tb ], Object.getOwnPropertyDescriptor(Pb.prototype, "clearStencil"), Pb.prototype), 
            Bl(Pb.prototype, "projection", [ eb, ib, sb ], Object.getOwnPropertyDescriptor(Pb.prototype, "projection"), Pb.prototype), 
            Bl(Pb.prototype, "fovAxis", [ nb, rb, ob, ab ], Object.getOwnPropertyDescriptor(Pb.prototype, "fovAxis"), Pb.prototype), 
            Bl(Pb.prototype, "fov", [ lb, hb, cb ], Object.getOwnPropertyDescriptor(Pb.prototype, "fov"), Pb.prototype), 
            Bl(Pb.prototype, "orthoHeight", [ ub, _b, db ], Object.getOwnPropertyDescriptor(Pb.prototype, "orthoHeight"), Pb.prototype), 
            Bl(Pb.prototype, "near", [ pb, mb ], Object.getOwnPropertyDescriptor(Pb.prototype, "near"), Pb.prototype), 
            Bl(Pb.prototype, "far", [ fb, gb ], Object.getOwnPropertyDescriptor(Pb.prototype, "far"), Pb.prototype), 
            Bl(Pb.prototype, "aperture", [ yb, bb, Sb ], Object.getOwnPropertyDescriptor(Pb.prototype, "aperture"), Pb.prototype), 
            Bl(Pb.prototype, "shutter", [ Ab, Tb, vb ], Object.getOwnPropertyDescriptor(Pb.prototype, "shutter"), Pb.prototype), 
            Bl(Pb.prototype, "iso", [ Eb, Cb, xb ], Object.getOwnPropertyDescriptor(Pb.prototype, "iso"), Pb.prototype), 
            Bl(Pb.prototype, "rect", [ wb, Rb ], Object.getOwnPropertyDescriptor(Pb.prototype, "rect"), Pb.prototype), 
            Bl(Pb.prototype, "targetTexture", [ Ib, Mb, Bb ], Object.getOwnPropertyDescriptor(Pb.prototype, "targetTexture"), Pb.prototype), 
            Pb)) || Db) || Db) || Db) || Db), t({
              Camera: cS,
              CameraComponent: cS
            }), cS);
            var cS;
            m.Camera = hS;
            const uS = jsb.MaterialInstance;
            const _S = jsb.MaterialInstance.prototype;
            Object.defineProperty(_S, "parent", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._parent;
              }
            });
            Object.defineProperty(_S, "owner", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._owner;
              }
            });
            _S._ctor = function(t) {
              jsb.Material.prototype._ctor.apply(this, arguments);
              this._registerListeners();
              this._parent = t.parent;
              this._owner = t.owner || null;
              this._subModelIdx = t.subModelIdx || 0;
              this._passes = this.getPasses();
            };
            _S._onRebuildPSO = function() {
              this._owner && this._owner._onRebuildPSO(this._subModelIdx, this);
            };
            var dS, pS, mS, fS, gS, yS, bS, SS, AS;
            const TS = {
              parent: null,
              owner: null,
              subModelIdx: 0
            };
            let vS = t("Renderer", (dS = Ul("cc.Renderer"), pS = Th(hm), mS = ph(), fS = ah(), 
            gS = Th([ hm ]), dS(yS = Hl(yS = (bS = (AS = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_materials", SS, this);
                this._materialInstances = [];
              }
              get sharedMaterial() {
                return this.getMaterial(0);
              }
              get sharedMaterials() {
                return this._materials;
              }
              set sharedMaterials(t) {
                for (let e = 0; e < t.length; e++) t[e] !== this._materials[e] && this.setMaterial(t[e], e);
                if (t.length < this._materials.length) {
                  for (let e = t.length; e < this._materials.length; e++) this.setMaterial(null, e);
                  this._materials.splice(t.length);
                }
              }
              get material() {
                return this.getMaterialInstance(0);
              }
              set material(t) {
                (1 !== this._materials.length || this._materialInstances[0] || this._materials[0] !== t) && this.setMaterialInstance(t, 0);
              }
              get materials() {
                for (let t = 0; t < this._materials.length; t++) this._materialInstances[t] = this.getMaterialInstance(t);
                return this._materialInstances;
              }
              set materials(t) {
                const e = t.length;
                const i = this._materials.length;
                for (let t = e; t < i; t++) this.setMaterialInstance(null, t);
                this._materials.length = e;
                this._materialInstances.length = e;
                for (let i = 0; i < e; i++) this._materialInstances[i] != t[i] && this.setMaterialInstance(t[i], i);
              }
              getMaterial(t) {
                return t < 0 || t >= this._materials.length ? null : this._materials[t];
              }
              setMaterial(t, e) {
                t && t instanceof uS && console.error("Can't set a material instance to a sharedMaterial slot");
                this._materials[e] = t;
                const i = this._materialInstances[e];
                if (i) {
                  i.destroy();
                  this._materialInstances[e] = null;
                }
                this._onMaterialModified(e, this._materials[e]);
              }
              getMaterialInstance(t) {
                if (!this._materials[t]) return null;
                if (!this._materialInstances[t]) {
                  TS.parent = this._materials[t];
                  TS.owner = this;
                  TS.subModelIdx = t;
                  const e = new uS(TS);
                  TS.parent = null;
                  TS.owner = null;
                  TS.subModelIdx = 0;
                  this.setMaterialInstance(e, t);
                }
                return this._materialInstances[t];
              }
              setMaterialInstance(t, e) {
                if ("number" == typeof t) {
                  N(12007);
                  const i = t;
                  t = e;
                  e = i;
                }
                const i = this._materialInstances[e];
                if (t && t.parent) {
                  if (t !== i) {
                    this._materialInstances[e] = t;
                    this._onMaterialModified(e, t);
                  }
                } else (t !== this._materials[e] || i) && this.setMaterial(t, e);
              }
              getRenderMaterial(t) {
                return this._materialInstances[t] || this._materials[t];
              }
              _onMaterialModified(t, e) {}
              _onRebuildPSO(t, e) {}
              _clearMaterials() {}
            }, AS), Bl(bS.prototype, "sharedMaterials", [ pS, mS, fS ], Object.getOwnPropertyDescriptor(bS.prototype, "sharedMaterials"), bS.prototype), 
            SS = Bl(bS.prototype, "_materials", [ gS ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), bS)) || yS) || yS));
            var ES, CS, xS;
            let wS = function(e) {
              return t({
                ModelRenderer: e,
                RenderableComponent: e
              }), e;
            }(Ul("cc.ModelRenderer")(ES = (CS = class extends vS {
              constructor(...t) {
                super(...t);
                Ml(this, "_visFlags", xS, this);
                this._models = [];
                this._priority = 0;
              }
              get visibility() {
                return this._visFlags;
              }
              set visibility(t) {
                this._visFlags = t;
                this._onVisibilityChange(t);
              }
              get priority() {
                return this._priority;
              }
              set priority(t) {
                if (t !== this._priority) {
                  this._priority = t;
                  this._updatePriority();
                }
              }
              _collectModels() {
                return this._models;
              }
              onEnable() {
                this._updatePriority();
              }
              _attachToScene() {}
              _detachFromScene() {}
              _onVisibilityChange(t) {}
              _updatePriority() {
                if (this._models.length > 0) for (let t = 0; t < this._models.length; t++) this._models[t].priority = this._priority;
              }
            }, xS = Bl(CS.prototype, "_visFlags", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return mm.Enum.NONE;
              }
            }), CS)) || ES);
            W(hS, "Camera", [ {
              name: "CameraClearFlag",
              newName: "ClearFlag"
            } ]);
            W(hS.prototype, "Camera.prototype", [ {
              name: "color",
              newName: "clearColor"
            }, {
              name: "depth",
              newName: "clearDepth"
            }, {
              name: "stencil",
              newName: "clearStencil"
            } ]);
            m.CameraComponent = hS;
            ee.setClassAlias(hS, "cc.CameraComponent");
            m.RenderableComponent = wS;
            ee.setClassAlias(wS, "cc.RenderableComponent");
            class RS {
              constructor(t, e) {
                this.type = void 0;
                this.bubbles = void 0;
                this.target = null;
                this.currentTarget = null;
                this.eventPhase = 0;
                this.propagationStopped = !1;
                this.propagationImmediateStopped = !1;
                this.type = t;
                this.bubbles = !!e;
              }
              unuse() {
                this.type = RS.NO_TYPE;
                this.target = null;
                this.currentTarget = null;
                this.eventPhase = RS.NONE;
                this.propagationStopped = !1;
                this.propagationImmediateStopped = !1;
              }
              reuse(t, e) {
                this.type = t;
                this.bubbles = e || !1;
              }
              isStopped() {
                return this.propagationStopped || this.propagationImmediateStopped;
              }
              getCurrentTarget() {
                return this.currentTarget;
              }
              getType() {
                return this.type;
              }
            }
            t("Event", RS);
            RS.NO_TYPE = "no_type";
            RS.TOUCH = "touch";
            RS.MOUSE = "mouse";
            RS.KEYBOARD = "keyboard";
            RS.ACCELERATION = "acceleration";
            RS.NONE = 0;
            RS.CAPTURING_PHASE = 1;
            RS.AT_TARGET = 2;
            RS.BUBBLING_PHASE = 3;
            m.Event = RS;
            let IS;
            !function(t) {
              t.TOUCH_START = "touch-start";
              t.TOUCH_MOVE = "touch-move";
              t.TOUCH_END = "touch-end";
              t.TOUCH_CANCEL = "touch-cancel";
              t.MOUSE_DOWN = "mouse-down";
              t.MOUSE_MOVE = "mouse-move";
              t.MOUSE_UP = "mouse-up";
              t.MOUSE_WHEEL = "mouse-wheel";
              t.MOUSE_ENTER = "mouse-enter";
              t.MOUSE_LEAVE = "mouse-leave";
              t.KEY_DOWN = "keydown";
              t.KEY_UP = "keyup";
              t.DEVICEMOTION = "devicemotion";
              t.TRANSFORM_CHANGED = "transform-changed";
              t.SCENE_CHANGED_FOR_PERSISTS = "scene-changed-for-persists";
              t.SIZE_CHANGED = "size-changed";
              t.ANCHOR_CHANGED = "anchor-changed";
              t.COLOR_CHANGED = "color-changed";
              t.CHILD_ADDED = "child-added";
              t.CHILD_REMOVED = "child-removed";
              t.PARENT_CHANGED = "parent-changed";
              t.NODE_DESTROYED = "node-destroyed";
              t.LAYER_CHANGED = "layer-changed";
              t.SIBLING_ORDER_CHANGED = "sibling-order-changed";
            }(IS || (IS = t("SystemEventType", {})));
            let MS;
            !function(t) {
              t.TOUCH_START = "touch-start";
              t.TOUCH_MOVE = "touch-move";
              t.TOUCH_END = "touch-end";
              t.TOUCH_CANCEL = "touch-cancel";
              t.MOUSE_DOWN = "mouse-down";
              t.MOUSE_MOVE = "mouse-move";
              t.MOUSE_UP = "mouse-up";
              t.MOUSE_WHEEL = "mouse-wheel";
              t.KEY_DOWN = "keydown";
              t.KEY_PRESSING = "key-pressing";
              t.KEY_UP = "keyup";
              t.DEVICEMOTION = "devicemotion";
              t.GAMEPAD_INPUT = "gamepad-input";
              t.GAMEPAD_CHANGE = "gamepad-change";
              t.HANDLE_INPUT = "handle-input";
              t.HANDLE_POSE_INPUT = "handle-pose-input";
              t.HMD_POSE_INPUT = "hmd-pose-input";
            }(MS || (MS = {}));
            m.SystemEventType = IS;
            class BS extends RS {
              constructor(t, e) {
                super(IS.DEVICEMOTION, e);
                this.acc = void 0;
                this.acc = t;
              }
            }
            t("EventAcceleration", BS);
            RS.EventAcceleration = BS;
            class DS extends RS {
              get isPressed() {
                return this._isPressed;
              }
              constructor(t, e, i) {
                if ("boolean" == typeof e) {
                  e = e ? IS.KEY_DOWN : IS.KEY_UP;
                }
                super(e, i);
                this.keyCode = void 0;
                this.rawEvent = void 0;
                this._isPressed = void 0;
                this._isPressed = e !== IS.KEY_UP;
                if ("number" == typeof t) this.keyCode = t; else {
                  this.keyCode = t.keyCode;
                  this.rawEvent = t;
                }
              }
            }
            t("EventKeyboard", DS);
            RS.EventKeyboard = DS;
            class PS extends RS {
              get eventType() {
                return this._eventType;
              }
              constructor(t, e, i) {
                super(t, e);
                this.movementX = 0;
                this.movementY = 0;
                this.preventSwallow = !1;
                this._eventType = void 0;
                this._button = PS.BUTTON_MISSING;
                this._x = 0;
                this._y = 0;
                this._prevX = 0;
                this._prevY = 0;
                this._scrollX = 0;
                this._scrollY = 0;
                this._eventType = t;
                if (i) {
                  this._prevX = i.x;
                  this._prevY = i.y;
                }
              }
              setScrollData(t, e) {
                this._scrollX = t;
                this._scrollY = e;
              }
              getScrollX() {
                return this._scrollX;
              }
              getScrollY() {
                return this._scrollY;
              }
              setLocation(t, e) {
                this._x = t;
                this._y = e;
              }
              getLocation(t) {
                t || (t = new Qi);
                Qi.set(t, this._x, this._y);
                return t;
              }
              getLocationInView(t) {
                t || (t = new Qi);
                Qi.set(t, this._x, m.view._designResolutionSize.height - this._y);
                return t;
              }
              getUILocation(t) {
                t || (t = new Qi);
                Qi.set(t, this._x, this._y);
                m.view._convertToUISpace(t);
                return t;
              }
              getPreviousLocation(t) {
                t || (t = new Qi);
                Qi.set(t, this._prevX, this._prevY);
                return t;
              }
              getUIPreviousLocation(t) {
                t || (t = new Qi);
                Qi.set(t, this._prevX, this._prevY);
                m.view._convertToUISpace(t);
                return t;
              }
              getDelta(t) {
                t || (t = new Qi);
                Qi.set(t, this._x - this._prevX, this._y - this._prevY);
                return t;
              }
              getDeltaX() {
                return this._x - this._prevX;
              }
              getDeltaY() {
                return this._y - this._prevY;
              }
              getUIDelta(t) {
                t || (t = new Qi);
                Qi.set(t, (this._x - this._prevX) / m.view.getScaleX(), (this._y - this._prevY) / m.view.getScaleY());
                return t;
              }
              getUIDeltaX() {
                return (this._x - this._prevX) / m.view.getScaleX();
              }
              getUIDeltaY() {
                return (this._y - this._prevY) / m.view.getScaleY();
              }
              setButton(t) {
                this._button = t;
              }
              getButton() {
                return this._button;
              }
              getLocationX() {
                return this._x;
              }
              getLocationY() {
                return this._y;
              }
              getUILocationX() {
                const t = m.view.getViewportRect();
                return (this._x - t.x) / m.view.getScaleX();
              }
              getUILocationY() {
                const t = m.view.getViewportRect();
                return (this._y - t.y) / m.view.getScaleY();
              }
            }
            t("EventMouse", PS);
            PS.BUTTON_MISSING = -1;
            PS.BUTTON_LEFT = 0;
            PS.BUTTON_RIGHT = 2;
            PS.BUTTON_MIDDLE = 1;
            PS.BUTTON_4 = 3;
            PS.BUTTON_5 = 4;
            PS.BUTTON_6 = 5;
            PS.BUTTON_7 = 6;
            PS.BUTTON_8 = 7;
            RS.EventMouse = PS;
            const OS = new Qi;
            class NS extends RS {
              constructor(t, e, i, s = []) {
                super(i, e);
                this.touch = null;
                this.simulate = !1;
                this.preventSwallow = !1;
                this._eventCode = void 0;
                this._touches = void 0;
                this._allTouches = void 0;
                this._eventCode = i;
                this._touches = t || [];
                this._allTouches = s;
              }
              getEventCode() {
                return this._eventCode;
              }
              getTouches() {
                return this._touches;
              }
              getAllTouches() {
                return this._allTouches;
              }
              setLocation(t, e) {
                this.touch && this.touch.setTouchInfo(this.touch.getID(), t, e);
              }
              getLocation(t) {
                return this.touch ? this.touch.getLocation(t) : new Qi;
              }
              getUILocation(t) {
                return this.touch ? this.touch.getUILocation(t) : new Qi;
              }
              getLocationInView(t) {
                return this.touch ? this.touch.getLocationInView(t) : new Qi;
              }
              getPreviousLocation(t) {
                return this.touch ? this.touch.getPreviousLocation(t) : new Qi;
              }
              getStartLocation(t) {
                return this.touch ? this.touch.getStartLocation(t) : new Qi;
              }
              getUIStartLocation(t) {
                return this.touch ? this.touch.getUIStartLocation(t) : new Qi;
              }
              getID() {
                return this.touch ? this.touch.getID() : null;
              }
              getDelta(t) {
                return this.touch ? this.touch.getDelta(t) : new Qi;
              }
              getUIDelta(t) {
                return this.touch ? this.touch.getUIDelta(t) : new Qi;
              }
              getDeltaX() {
                return this.touch ? this.touch.getDelta(OS).x : 0;
              }
              getDeltaY() {
                return this.touch ? this.touch.getDelta(OS).y : 0;
              }
              getLocationX() {
                return this.touch ? this.touch.getLocationX() : 0;
              }
              getLocationY() {
                return this.touch ? this.touch.getLocationY() : 0;
              }
            }
            t("EventTouch", NS);
            NS.MAX_TOUCHES = 5;
            RS.EventTouch = NS;
            class LS extends RS {
              constructor(t, e) {
                super(t, !1);
                this.gamepad = void 0;
                this.gamepad = e;
              }
            }
            t("EventGamepad", LS);
            class FS extends RS {
              constructor(t, e) {
                super(t, !1);
                this.handleInputDevice = void 0;
                this.handleInputDevice = e;
              }
            }
            t("EventHandle", FS);
            class VS extends RS {
              constructor(t, e) {
                super(t, !1);
                this.hmdInputDevice = void 0;
                this.hmdInputDevice = e;
              }
            }
            t("EventHMD", VS);
            class kS {
              constructor(t = 0, e = 0, i = 0, s = 0) {
                this.x = void 0;
                this.y = void 0;
                this.z = void 0;
                this.timestamp = void 0;
                this.x = t;
                this.y = e;
                this.z = i;
                this.timestamp = s;
              }
            }
            t("Acceleration", kS);
            let US;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.MOBILE_BACK = 6] = "MOBILE_BACK";
              t[t.BACKSPACE = 8] = "BACKSPACE";
              t[t.TAB = 9] = "TAB";
              t[t.ENTER = 13] = "ENTER";
              t[t.SHIFT_LEFT = 16] = "SHIFT_LEFT";
              t[t.CTRL_LEFT = 17] = "CTRL_LEFT";
              t[t.ALT_LEFT = 18] = "ALT_LEFT";
              t[t.PAUSE = 19] = "PAUSE";
              t[t.CAPS_LOCK = 20] = "CAPS_LOCK";
              t[t.ESCAPE = 27] = "ESCAPE";
              t[t.SPACE = 32] = "SPACE";
              t[t.PAGE_UP = 33] = "PAGE_UP";
              t[t.PAGE_DOWN = 34] = "PAGE_DOWN";
              t[t.END = 35] = "END";
              t[t.HOME = 36] = "HOME";
              t[t.ARROW_LEFT = 37] = "ARROW_LEFT";
              t[t.ARROW_UP = 38] = "ARROW_UP";
              t[t.ARROW_RIGHT = 39] = "ARROW_RIGHT";
              t[t.ARROW_DOWN = 40] = "ARROW_DOWN";
              t[t.INSERT = 45] = "INSERT";
              t[t.DELETE = 46] = "DELETE";
              t[t.DIGIT_0 = 48] = "DIGIT_0";
              t[t.DIGIT_1 = 49] = "DIGIT_1";
              t[t.DIGIT_2 = 50] = "DIGIT_2";
              t[t.DIGIT_3 = 51] = "DIGIT_3";
              t[t.DIGIT_4 = 52] = "DIGIT_4";
              t[t.DIGIT_5 = 53] = "DIGIT_5";
              t[t.DIGIT_6 = 54] = "DIGIT_6";
              t[t.DIGIT_7 = 55] = "DIGIT_7";
              t[t.DIGIT_8 = 56] = "DIGIT_8";
              t[t.DIGIT_9 = 57] = "DIGIT_9";
              t[t.KEY_A = 65] = "KEY_A";
              t[t.KEY_B = 66] = "KEY_B";
              t[t.KEY_C = 67] = "KEY_C";
              t[t.KEY_D = 68] = "KEY_D";
              t[t.KEY_E = 69] = "KEY_E";
              t[t.KEY_F = 70] = "KEY_F";
              t[t.KEY_G = 71] = "KEY_G";
              t[t.KEY_H = 72] = "KEY_H";
              t[t.KEY_I = 73] = "KEY_I";
              t[t.KEY_J = 74] = "KEY_J";
              t[t.KEY_K = 75] = "KEY_K";
              t[t.KEY_L = 76] = "KEY_L";
              t[t.KEY_M = 77] = "KEY_M";
              t[t.KEY_N = 78] = "KEY_N";
              t[t.KEY_O = 79] = "KEY_O";
              t[t.KEY_P = 80] = "KEY_P";
              t[t.KEY_Q = 81] = "KEY_Q";
              t[t.KEY_R = 82] = "KEY_R";
              t[t.KEY_S = 83] = "KEY_S";
              t[t.KEY_T = 84] = "KEY_T";
              t[t.KEY_U = 85] = "KEY_U";
              t[t.KEY_V = 86] = "KEY_V";
              t[t.KEY_W = 87] = "KEY_W";
              t[t.KEY_X = 88] = "KEY_X";
              t[t.KEY_Y = 89] = "KEY_Y";
              t[t.KEY_Z = 90] = "KEY_Z";
              t[t.NUM_0 = 96] = "NUM_0";
              t[t.NUM_1 = 97] = "NUM_1";
              t[t.NUM_2 = 98] = "NUM_2";
              t[t.NUM_3 = 99] = "NUM_3";
              t[t.NUM_4 = 100] = "NUM_4";
              t[t.NUM_5 = 101] = "NUM_5";
              t[t.NUM_6 = 102] = "NUM_6";
              t[t.NUM_7 = 103] = "NUM_7";
              t[t.NUM_8 = 104] = "NUM_8";
              t[t.NUM_9 = 105] = "NUM_9";
              t[t.NUM_MULTIPLY = 106] = "NUM_MULTIPLY";
              t[t.NUM_PLUS = 107] = "NUM_PLUS";
              t[t.NUM_SUBTRACT = 109] = "NUM_SUBTRACT";
              t[t.NUM_DECIMAL = 110] = "NUM_DECIMAL";
              t[t.NUM_DIVIDE = 111] = "NUM_DIVIDE";
              t[t.F1 = 112] = "F1";
              t[t.F2 = 113] = "F2";
              t[t.F3 = 114] = "F3";
              t[t.F4 = 115] = "F4";
              t[t.F5 = 116] = "F5";
              t[t.F6 = 117] = "F6";
              t[t.F7 = 118] = "F7";
              t[t.F8 = 119] = "F8";
              t[t.F9 = 120] = "F9";
              t[t.F10 = 121] = "F10";
              t[t.F11 = 122] = "F11";
              t[t.F12 = 123] = "F12";
              t[t.NUM_LOCK = 144] = "NUM_LOCK";
              t[t.SCROLL_LOCK = 145] = "SCROLL_LOCK";
              t[t.SEMICOLON = 186] = "SEMICOLON";
              t[t.EQUAL = 187] = "EQUAL";
              t[t.COMMA = 188] = "COMMA";
              t[t.DASH = 189] = "DASH";
              t[t.PERIOD = 190] = "PERIOD";
              t[t.SLASH = 191] = "SLASH";
              t[t.BACK_QUOTE = 192] = "BACK_QUOTE";
              t[t.BRACKET_LEFT = 219] = "BRACKET_LEFT";
              t[t.BACKSLASH = 220] = "BACKSLASH";
              t[t.BRACKET_RIGHT = 221] = "BRACKET_RIGHT";
              t[t.QUOTE = 222] = "QUOTE";
              t[t.SHIFT_RIGHT = 2e3] = "SHIFT_RIGHT";
              t[t.CTRL_RIGHT = 2001] = "CTRL_RIGHT";
              t[t.ALT_RIGHT = 2002] = "ALT_RIGHT";
              t[t.NUM_ENTER = 2003] = "NUM_ENTER";
            }(US || (US = t("KeyCode", {})));
            const GS = new Qi;
            class zS {
              get lastModified() {
                return this._lastModified;
              }
              constructor(t, e, i = 0) {
                this._point = new Qi;
                this._prevPoint = new Qi;
                this._lastModified = 0;
                this._id = 0;
                this._startPoint = new Qi;
                this._startPointCaptured = !1;
                this.setTouchInfo(i, t, e);
              }
              getLocation(t) {
                t || (t = new Qi);
                t.set(this._point.x, this._point.y);
                return t;
              }
              getLocationX() {
                return this._point.x;
              }
              getLocationY() {
                return this._point.y;
              }
              getUILocation(t) {
                t || (t = new Qi);
                t.set(this._point.x, this._point.y);
                m.view._convertToUISpace(t);
                return t;
              }
              getUILocationX() {
                const t = m.view.getViewportRect();
                return (this._point.x - t.x) / m.view.getScaleX();
              }
              getUILocationY() {
                const t = m.view.getViewportRect();
                return (this._point.y - t.y) / m.view.getScaleY();
              }
              getPreviousLocation(t) {
                t || (t = new Qi);
                t.set(this._prevPoint.x, this._prevPoint.y);
                return t;
              }
              getUIPreviousLocation(t) {
                t || (t = new Qi);
                t.set(this._prevPoint.x, this._prevPoint.y);
                m.view._convertToUISpace(t);
                return t;
              }
              getStartLocation(t) {
                t || (t = new Qi);
                t.set(this._startPoint.x, this._startPoint.y);
                return t;
              }
              getUIStartLocation(t) {
                t || (t = new Qi);
                t.set(this._startPoint.x, this._startPoint.y);
                m.view._convertToUISpace(t);
                return t;
              }
              getDelta(t) {
                t || (t = new Qi);
                t.set(this._point);
                t.subtract(this._prevPoint);
                return t;
              }
              getUIDelta(t) {
                t || (t = new Qi);
                GS.set(this._point);
                GS.subtract(this._prevPoint);
                t.set(m.view.getScaleX(), m.view.getScaleY());
                Qi.divide(t, GS, t);
                return t;
              }
              getLocationInView(t) {
                t || (t = new Qi);
                t.set(this._point.x, m.view._designResolutionSize.height - this._point.y);
                return t;
              }
              getPreviousLocationInView(t) {
                t || (t = new Qi);
                t.set(this._prevPoint.x, m.view._designResolutionSize.height - this._prevPoint.y);
                return t;
              }
              getStartLocationInView(t) {
                t || (t = new Qi);
                t.set(this._startPoint.x, m.view._designResolutionSize.height - this._startPoint.y);
                return t;
              }
              getID() {
                return this._id;
              }
              setTouchInfo(t = 0, e, i) {
                this._prevPoint = this._point;
                this._point = new Qi(e || 0, i || 0);
                this._id = t;
                if (!this._startPointCaptured) {
                  this._startPoint = new Qi(this._point);
                  this._startPointCaptured = !0;
                }
              }
              setPoint(t, e) {
                if ("object" == typeof t) {
                  this._point.x = t.x;
                  this._point.y = t.y;
                } else {
                  this._point.x = t || 0;
                  this._point.y = e || 0;
                }
                this._lastModified = m.game.frameStartTime;
              }
              setPrevPoint(t, e) {
                this._prevPoint = "object" == typeof t ? new Qi(t.x, t.y) : new Qi(t || 0, e || 0);
                this._lastModified = m.game.frameStartTime;
              }
            }
            t("Touch", zS);
            m.Touch = zS;
            const HS = new Array(16);
            let jS = null;
            const XS = new Qi;
            const WS = [ ny.TOUCH_START, ny.TOUCH_MOVE, ny.TOUCH_END, ny.TOUCH_CANCEL ];
            const YS = [ ny.MOUSE_DOWN, ny.MOUSE_ENTER, ny.MOUSE_MOVE, ny.MOUSE_LEAVE, ny.MOUSE_UP, ny.MOUSE_WHEEL ];
            let qS;
            !function(t) {
              t[t.ADD_POINTER_EVENT_PROCESSOR = 0] = "ADD_POINTER_EVENT_PROCESSOR";
              t[t.REMOVE_POINTER_EVENT_PROCESSOR = 1] = "REMOVE_POINTER_EVENT_PROCESSOR";
              t[t.MARK_LIST_DIRTY = 2] = "MARK_LIST_DIRTY";
            }(qS || (qS = {}));
            class KS {
              get isEnabled() {
                return this._isEnabled;
              }
              get node() {
                return this._node;
              }
              constructor(t) {
                this.claimedTouchIdList = [];
                this.maskList = null;
                this.cachedCameraPriority = 0;
                this.previousMouseIn = !1;
                this.bubblingTarget = null;
                this.capturingTarget = null;
                this.shouldHandleEventMouse = !1;
                this.shouldHandleEventTouch = !1;
                this._dispatchingTouch = null;
                this._isEnabled = !1;
                this._node = void 0;
                this._node = t;
              }
              setEnabled(t, e = !1) {
                if (this._isEnabled === t) return;
                this._isEnabled = t;
                const i = this.node.children;
                t && this._attachMask();
                KS.callbacksInvoker.emit(qS.MARK_LIST_DIRTY);
                if (e && i.length > 0) for (let e = 0; e < i.length; ++e) {
                  i[e]._eventProcessor.setEnabled(t, !0);
                }
              }
              reattach() {
                let t;
                this.node.walk((e => {
                  t || (t = this._searchComponentsInParent(KS._maskComp));
                  e.eventProcessor.maskList = t;
                }));
              }
              destroy() {
                jS === this._node && (jS = null);
                this.capturingTarget && this.capturingTarget.clear();
                this.bubblingTarget && this.bubblingTarget.clear();
                KS.callbacksInvoker.emit(qS.REMOVE_POINTER_EVENT_PROCESSOR, this);
                if (this._dispatchingTouch) {
                  const t = new NS([ this._dispatchingTouch ], !0, MS.TOUCH_CANCEL);
                  t.touch = this._dispatchingTouch;
                  this.dispatchEvent(t);
                  this._dispatchingTouch = null;
                }
              }
              on(t, e, i, s) {
                this._tryEmittingAddEvent(t);
                let n;
                if (s = !!s) {
                  var r;
                  n = null !== (r = this.capturingTarget) && void 0 !== r ? r : this.capturingTarget = this._newCallbacksInvoker();
                } else {
                  var o;
                  n = null !== (o = this.bubblingTarget) && void 0 !== o ? o : this.bubblingTarget = this._newCallbacksInvoker();
                }
                n.on(t, e, i);
                return e;
              }
              once(t, e, i, s) {
                this._tryEmittingAddEvent(t);
                let n;
                if (s = !!s) {
                  var r;
                  n = null !== (r = this.capturingTarget) && void 0 !== r ? r : this.capturingTarget = this._newCallbacksInvoker();
                } else {
                  var o;
                  n = null !== (o = this.bubblingTarget) && void 0 !== o ? o : this.bubblingTarget = this._newCallbacksInvoker();
                }
                n.on(t, e, i, !0);
                return e;
              }
              off(t, e, i, s) {
                var n;
                let r;
                r = (s = !!s) ? this.capturingTarget : this.bubblingTarget;
                null === (n = r) || void 0 === n || n.off(t, e, i);
              }
              targetOff(t) {
                var e, i;
                null === (e = this.capturingTarget) || void 0 === e || e.removeAll(t);
                null === (i = this.bubblingTarget) || void 0 === i || i.removeAll(t);
                this.shouldHandleEventTouch && !this._hasTouchListeners() && (this.shouldHandleEventTouch = !1);
                this.shouldHandleEventMouse && !this._hasMouseListeners() && (this.shouldHandleEventMouse = !1);
                this._hasPointerListeners() || KS.callbacksInvoker.emit(qS.REMOVE_POINTER_EVENT_PROCESSOR, this);
              }
              emit(t, e, i, s, n, r) {
                var o;
                null === (o = this.bubblingTarget) || void 0 === o || o.emit(t, e, i, s, n, r);
              }
              dispatchEvent(t) {
                const e = this.node;
                let i;
                let s = 0;
                t.target = e;
                HS.length = 0;
                this.getCapturingTargets(t.type, HS);
                t.eventPhase = 1;
                for (s = HS.length - 1; s >= 0; --s) {
                  i = HS[s];
                  if (i.eventProcessor.capturingTarget) {
                    t.currentTarget = i;
                    i.eventProcessor.capturingTarget.emit(t.type, t, HS);
                    if (t.propagationStopped) {
                      HS.length = 0;
                      return;
                    }
                  }
                }
                HS.length = 0;
                t.eventPhase = 2;
                t.currentTarget = e;
                this.capturingTarget && this.capturingTarget.emit(t.type, t);
                !t.propagationImmediateStopped && this.bubblingTarget && this.bubblingTarget.emit(t.type, t);
                if (!t.propagationStopped && t.bubbles) {
                  this.getBubblingTargets(t.type, HS);
                  t.eventPhase = 3;
                  for (s = 0; s < HS.length; ++s) {
                    i = HS[s];
                    if (i.eventProcessor.bubblingTarget) {
                      t.currentTarget = i;
                      i.eventProcessor.bubblingTarget.emit(t.type, t);
                      if (t.propagationStopped) {
                        HS.length = 0;
                        return;
                      }
                    }
                  }
                }
                HS.length = 0;
              }
              hasEventListener(t, e, i) {
                let s = !1;
                this.bubblingTarget && (s = this.bubblingTarget.hasEventListener(t, e, i));
                !s && this.capturingTarget && (s = this.capturingTarget.hasEventListener(t, e, i));
                return s;
              }
              getCapturingTargets(t, e) {
                let i = this._node.parent;
                for (;i; ) {
                  var s;
                  (null === (s = i.eventProcessor.capturingTarget) || void 0 === s ? void 0 : s.hasEventListener(t)) && e.push(i);
                  i = i.parent;
                }
              }
              getBubblingTargets(t, e) {
                let i = this._node.parent;
                for (;i; ) {
                  var s;
                  (null === (s = i.eventProcessor.bubblingTarget) || void 0 === s ? void 0 : s.hasEventListener(t)) && e.push(i);
                  i = i.parent;
                }
              }
              _searchComponentsInParent(t) {
                const e = this.node;
                if (t) {
                  let i = 0;
                  let s = [];
                  for (let n = e; n && _y.isNode(n); n = n.parent, ++i) {
                    const e = n.getComponent(t);
                    if (e) {
                      const t = {
                        index: i,
                        comp: e
                      };
                      s ? s.push(t) : s = [ t ];
                    }
                  }
                  return s.length > 0 ? s : null;
                }
                return null;
              }
              _attachMask() {
                this.maskList = this._searchComponentsInParent(KS._maskComp);
              }
              _isTouchEvent(t) {
                return -1 !== WS.indexOf(t);
              }
              _isMouseEvent(t) {
                return -1 !== YS.indexOf(t);
              }
              _hasTouchListeners() {
                for (let t = 0; t < WS.length; ++t) {
                  const e = WS[t];
                  if (this.hasEventListener(e)) return !0;
                }
                return !1;
              }
              _hasMouseListeners() {
                for (let t = 0; t < YS.length; ++t) {
                  const e = YS[t];
                  if (this.hasEventListener(e)) return !0;
                }
                return !1;
              }
              _hasPointerListeners() {
                return !!this._hasTouchListeners() || this._hasMouseListeners();
              }
              _tryEmittingAddEvent(t) {
                const e = this._isTouchEvent(t);
                const i = this._isMouseEvent(t);
                e ? this.shouldHandleEventTouch = !0 : i && (this.shouldHandleEventMouse = !0);
                !e && !i || this._hasPointerListeners() || KS.callbacksInvoker.emit(qS.ADD_POINTER_EVENT_PROCESSOR, this);
              }
              _newCallbacksInvoker() {
                const t = new Ao;
                t._registerOffCallback((() => {
                  this.shouldHandleEventTouch && !this._hasTouchListeners() && (this.shouldHandleEventTouch = !1);
                  this.shouldHandleEventMouse && !this._hasMouseListeners() && (this.shouldHandleEventMouse = !1);
                  this._hasPointerListeners() || KS.callbacksInvoker.emit(qS.REMOVE_POINTER_EVENT_PROCESSOR, this);
                }));
                return t;
              }
              _handleEventMouse(t) {
                switch (t.type) {
                 case MS.MOUSE_DOWN:
                  return this._handleMouseDown(t);

                 case MS.MOUSE_MOVE:
                  return this._handleMouseMove(t);

                 case MS.MOUSE_UP:
                  return this._handleMouseUp(t);

                 case MS.MOUSE_WHEEL:
                  return this._handleMouseWheel(t);

                 default:
                  return !1;
                }
              }
              _handleMouseDown(t) {
                const e = this._node;
                if (!e || !e._uiProps.uiTransformComp) return !1;
                t.getLocation(XS);
                if (e._uiProps.uiTransformComp.hitTest(XS)) {
                  t.type = ny.MOUSE_DOWN;
                  t.bubbles = !0;
                  e.dispatchEvent(t);
                  t.propagationStopped = !0;
                  return !0;
                }
                return !1;
              }
              _handleMouseMove(t) {
                const e = this._node;
                if (!e || !e._uiProps.uiTransformComp) return !1;
                t.getLocation(XS);
                if (e._uiProps.uiTransformComp.hitTest(XS)) {
                  if (!this.previousMouseIn) {
                    if (jS && jS !== e) {
                      t.type = ny.MOUSE_LEAVE;
                      jS.dispatchEvent(t);
                      jS.eventProcessor.previousMouseIn = !1;
                    }
                    jS = e;
                    t.type = ny.MOUSE_ENTER;
                    e.dispatchEvent(t);
                    this.previousMouseIn = !0;
                  }
                  t.type = ny.MOUSE_MOVE;
                  t.bubbles = !0;
                  e.dispatchEvent(t);
                  t.propagationStopped = !0;
                  return !0;
                }
                if (this.previousMouseIn) {
                  t.type = ny.MOUSE_LEAVE;
                  e.dispatchEvent(t);
                  this.previousMouseIn = !1;
                  jS = null;
                }
                return !1;
              }
              _handleMouseUp(t) {
                const e = this._node;
                if (!e || !e._uiProps.uiTransformComp) return !1;
                t.getLocation(XS);
                if (e._uiProps.uiTransformComp.hitTest(XS)) {
                  t.type = ny.MOUSE_UP;
                  t.bubbles = !0;
                  e.dispatchEvent(t);
                  t.propagationStopped = !0;
                  return !0;
                }
                return !1;
              }
              _handleMouseWheel(t) {
                const e = this._node;
                if (!e || !e._uiProps.uiTransformComp) return !1;
                t.getLocation(XS);
                if (e._uiProps.uiTransformComp.hitTest(XS)) {
                  t.type = ny.MOUSE_WHEEL;
                  t.bubbles = !0;
                  e.dispatchEvent(t);
                  t.propagationStopped = !0;
                  return !0;
                }
                return !1;
              }
              _handleEventTouch(t) {
                switch (t.type) {
                 case MS.TOUCH_START:
                  return this._handleTouchStart(t);

                 case MS.TOUCH_MOVE:
                  return this._handleTouchMove(t);

                 case MS.TOUCH_END:
                  return this._handleTouchEnd(t);

                 case MS.TOUCH_CANCEL:
                  return this._handleTouchCancel(t);

                 default:
                  return !1;
                }
              }
              _handleTouchStart(t) {
                const e = this.node;
                if (!e || !e._uiProps.uiTransformComp) return !1;
                t.getLocation(XS);
                if (e._uiProps.uiTransformComp.hitTest(XS)) {
                  t.type = ny.TOUCH_START;
                  t.bubbles = !0;
                  this._dispatchingTouch = t.touch;
                  e.dispatchEvent(t);
                  return !0;
                }
                return !1;
              }
              _handleTouchMove(t) {
                const e = this.node;
                if (!e || !e._uiProps.uiTransformComp) return !1;
                t.type = ny.TOUCH_MOVE;
                t.bubbles = !0;
                this._dispatchingTouch = t.touch;
                e.dispatchEvent(t);
                return !0;
              }
              _handleTouchEnd(t) {
                const e = this.node;
                if (e && e._uiProps.uiTransformComp) {
                  t.getLocation(XS);
                  e._uiProps.uiTransformComp.hitTest(XS) ? t.type = ny.TOUCH_END : t.type = ny.TOUCH_CANCEL;
                  t.bubbles = !0;
                  e.dispatchEvent(t);
                  this._dispatchingTouch = null;
                }
              }
              _handleTouchCancel(t) {
                const e = this.node;
                if (e && e._uiProps.uiTransformComp) {
                  t.type = ny.TOUCH_CANCEL;
                  t.bubbles = !0;
                  e.dispatchEvent(t);
                }
              }
            }
            KS._maskComp = null;
            KS.callbacksInvoker = new Ao;
            m.NodeEventProcessor = KS;
            function JS(t) {
              const e = t._prefab;
              if (!e) return;
              if (!e.instance) return;
              if (!e.asset) {
                F(3701, t.name);
                e.instance = void 0;
                return;
              }
              const i = t._objFlags;
              const s = t._parent;
              const n = t._id;
              const r = t._prefab;
              t[io];
              m.game._isCloning = !0;
              {
                const i = e.asset.data;
                i._iN$t = t;
                m.instantiate._clone(i, i);
              }
              m.game._isCloning = !1;
              t._objFlags = i;
              t._parent = s;
              t._id = n;
              t._prefab && (t._prefab.instance = null == r ? void 0 : r.instance);
            }
            function ZS(t, e, i) {
              var s;
              if (!e) return;
              if (!t) return;
              let n = e;
              const r = null === (s = t._prefab) || void 0 === s ? void 0 : s.instance;
              if (!i && r) {
                e[r.fileId] = {};
                n = e[r.fileId];
              }
              const o = t._prefab;
              o && (n[o.fileId] = t);
              const a = t.components;
              for (let t = 0; t < a.length; t++) {
                const e = a[t];
                e.__prefab && (n[e.__prefab.fileId] = e);
              }
              for (let e = 0; e < t.children.length; e++) {
                ZS(t.children[e], n, !1);
              }
            }
            function QS(t, e) {
              if (!t) return null;
              let i = null;
              let s = e;
              for (let e = 0; e < t.length; e++) {
                if (!s) return null;
                s = s[t[e]];
              }
              i = s;
              return i;
            }
            function $S(t, e, i) {
              if (e) for (let t = 0; t < e.length; t++) {
                const s = e[t];
                if (s && s.targetInfo) {
                  const t = QS(s.targetInfo.localID, i);
                  if (!t) continue;
                  let e = i;
                  const n = s.targetInfo.localID;
                  if (n.length > 0) for (let t = 0; t < n.length - 1; t++) e = e[n[t]];
                  if (s.nodes) for (let i = 0; i < s.nodes.length; i++) {
                    const n = s.nodes[i];
                    if (n && !t._children.includes(n)) {
                      t._children.push(n);
                      n._parent = t;
                      ZS(n, e, !1);
                      n._siblingIndex = t._children.length - 1;
                      nA(n, !0);
                    }
                  }
                }
              }
            }
            function tA(t, e, i) {
              if (e) for (let t = 0; t < e.length; t++) {
                const s = e[t];
                if (s && s.targetInfo) {
                  const t = QS(s.targetInfo.localID, i);
                  if (!t) continue;
                  if (s.components) for (let e = 0; e < s.components.length; e++) {
                    const i = s.components[e];
                    if (i) {
                      i.node = t;
                      t._components.push(i);
                    }
                  }
                }
              }
            }
            function eA(t, e, i) {
              if (e) for (let t = 0; t < e.length; t++) {
                const s = e[t];
                if (s) {
                  const t = QS(s.localID, i);
                  if (!t || !t.node) continue;
                  const e = t.node.components.indexOf(t);
                  e >= 0 && t.node._components.splice(e, 1);
                }
              }
            }
            function iA(t, e, i) {
              if (e.length <= 0) return;
              let s = null;
              for (let t = 0; t < e.length; t++) {
                const n = e[t];
                if (n && n.targetInfo) {
                  s = QS(n.targetInfo.localID, i);
                  if (!s) continue;
                  let t = s;
                  const e = n.propertyPath.slice();
                  if (e.length > 0) {
                    const i = e.pop();
                    if (!i) continue;
                    for (let i = 0; i < e.length; i++) {
                      t = t[e[i]];
                      if (!t) break;
                    }
                    if (!t) continue;
                    if (Array.isArray(t)) if ("length" === i) t[i] = n.value; else {
                      const e = Number.parseInt(i);
                      Number.isInteger(e) && e < t.length && (t[i] = n.value);
                    } else t[i] instanceof ce ? t[i].set(n.value) : t[i] = n.value;
                  }
                }
              }
            }
            function sA(t) {
              var e;
              const i = null === (e = t._prefab) || void 0 === e ? void 0 : e.targetOverrides;
              if (i) for (let t = 0; t < i.length; t++) {
                var s, n;
                const e = i[t];
                let a = e.source;
                const l = e.sourceInfo;
                if (l) {
                  var r, o;
                  const t = null === (r = e.source) || void 0 === r || null === (o = r._prefab) || void 0 === o ? void 0 : o.instance;
                  t && t.targetMap && (a = QS(l.localID, t.targetMap));
                }
                if (!a) continue;
                let h = null;
                const c = e.targetInfo;
                if (!c) continue;
                const u = null === (s = e.target) || void 0 === s || null === (n = s._prefab) || void 0 === n ? void 0 : n.instance;
                if (!u || !u.targetMap) continue;
                h = QS(c.localID, u.targetMap);
                if (!h) continue;
                const _ = e.propertyPath.slice();
                let d = a;
                if (_.length > 0) {
                  const t = _.pop();
                  if (!t) return;
                  for (let t = 0; t < _.length; t++) {
                    d = d[_[t]];
                    if (!d) break;
                  }
                  if (!d) continue;
                  d[t] = h;
                }
              }
            }
            function nA(t, e = !1) {
              const i = t._prefab;
              const s = null == i ? void 0 : i.instance;
              if (s && !s.expanded) {
                JS(t);
                e && t && t.children && t.children.forEach((t => {
                  nA(t, !0);
                }));
                const i = {};
                s.targetMap = i;
                ZS(t, i, !0);
                $S(0, s.mountedChildren, i);
                eA(0, s.removedComponents, i);
                tA(0, s.mountedComponents, i);
                iA(0, s.propertyOverrides, i);
                s.expanded = !0;
              } else e && t && t.children && t.children.forEach((t => {
                nA(t, !0);
              }));
            }
            function rA(t) {
              const e = t._prefab;
              e && e.nestedPrefabInstanceRoots && e.nestedPrefabInstanceRoots.forEach((t => {
                nA(t);
              }));
            }
            const oA = t("Scene", jsb.Scene);
            m.Scene = oA;
            const aA = oA.prototype;
            Object.defineProperty(aA, "_globals", {
              enumerable: !0,
              configurable: !0,
              get() {
                return this.getSceneGlobals();
              },
              set(t) {
                this._globalRef = t;
                this.setSceneGlobals(t);
              }
            });
            Object.defineProperty(aA, "globals", {
              enumerable: !0,
              configurable: !0,
              get() {
                return this.getSceneGlobals();
              }
            });
            Object.defineProperty(aA, "_renderScene", {
              enumerable: !0,
              configurable: !0,
              get() {
                this._renderSceneInternal || (this._renderSceneInternal = this.getRenderScene());
                return this._renderSceneInternal;
              }
            });
            Object.defineProperty(aA, "renderScene", {
              enumerable: !0,
              configurable: !0,
              get() {
                this._renderSceneInternal || (this._renderSceneInternal = this.getRenderScene());
                return this._renderSceneInternal;
              }
            });
            aA._ctor = function() {
              _y.prototype._ctor.apply(this, arguments);
              this._inited = !1;
              this._renderSceneInternal = null;
              this._globalRef = null;
              this._prefabSyncedInLiveReload = !1;
            };
            aA._onBatchCreated = function(t) {
              this._parent && (this._siblingIndex = this._parent.children.indexOf(this));
              const e = this._children.length;
              for (let i = 0; i < e; ++i) {
                this.children[i]._siblingIndex = i;
                this._children[i]._onBatchCreated(t);
              }
            };
            const lA = aA._load;
            aA._load = function() {
              this._scene = this;
              if (!this._inited) {
                rA(this);
                sA(this);
                this._onBatchCreated(_);
                this._inited = !0;
              }
              dc(this);
              lA.call(this);
            };
            aA._activate = function(t) {
              t = !1 !== t;
              m.director._nodeActivator.activateNode(this, t);
              this._globals.activate();
              this._renderScene && this._renderScene.activate();
            };
            const hA = oA.prototype;
            Yl(hA, "autoReleaseAssets");
            Yl(hA, "_globals");
            Ul("cc.Scene")(oA);
            const cA = new WeakMap;
            const uA = new WeakSet;
            const _A = new WeakSet;
            function dA(t, e) {
              let i;
              i = su.safeFindClass;
              const s = qu.pool.get();
              let n;
              try {
                n = o_(t, s, {
                  classFinder: i,
                  customEnv: e
                });
              } catch (t) {
                x(t);
                qu.pool.put(s);
                throw t;
              }
              n._uuid = e.__uuid__ || "";
              const r = s.uuidList;
              const o = s.uuidObjList;
              const a = s.uuidPropList;
              const l = s.uuidTypeList || [];
              const h = [];
              for (let t = 0; t < r.length; t++) {
                const e = r[t];
                h[t] = {
                  uuid: Wh(e),
                  owner: o[t],
                  prop: a[t],
                  type: ee.getClassById(l[t])
                };
              }
              cA.set(n, h);
              n._native && uA.add(n);
              qu.pool.put(s);
              return n;
            }
            var pA = new class {
              constructor() {
                this._depends = new Rh;
              }
              init() {
                this._depends.clear();
              }
              getNativeDep(t) {
                const e = this._depends.get(t);
                return e && e.nativeDep ? {
                  ...e.nativeDep
                } : null;
              }
              getDeps(t) {
                return this._depends.has(t) ? this._depends.get(t).deps : [];
              }
              getDepsRecursively(t) {
                const e = Object.create(null);
                const i = [];
                this._descend(t, e, i);
                return i;
              }
              remove(t) {
                this._depends.remove(t);
              }
              parse(t, e) {
                let i = null;
                if (Array.isArray(e) || e.__type__ || e instanceof ou) {
                  if (this._depends.has(t)) return this._depends.get(t);
                  if (Array.isArray(e) && !function(t) {
                    const e = t[Gu];
                    const i = e[e.length - 1];
                    return "number" == typeof i && i < 0;
                  }(e)) i = {
                    deps: this._parseDepsFromJson(e)
                  }; else try {
                    const s = dA(e, {
                      __uuid__: t
                    });
                    i = this._parseDepsFromAsset(s);
                    i.nativeDep && (i.nativeDep.uuid = t);
                    Dh.add(`${t}@import`, s);
                  } catch (e) {
                    Bh.remove(`${t}@import`);
                    i = {
                      deps: []
                    };
                  }
                } else {
                  if (this._depends.has(t)) {
                    i = this._depends.get(t);
                    if (i.parsedFromExistAsset) return i;
                  }
                  i = this._parseDepsFromAsset(e);
                }
                this._depends.add(t, i);
                return i;
              }
              _parseDepsFromAsset(t) {
                const e = {
                  deps: [],
                  parsedFromExistAsset: !0
                };
                const i = cA.get(t);
                se(i);
                for (let t = 0, s = i.length; t < s; t++) e.deps.push(i[t].uuid);
                uA.has(t) && (e.nativeDep = t._nativeDep);
                return e;
              }
              _parseDepsFromJson(t) {
                const e = h_(t);
                e.forEach(((t, i) => e[i] = Wh(t)));
                return e;
              }
              _descend(t, e, i) {
                const s = this.getDeps(t);
                for (let t = 0; t < s.length; t++) {
                  const n = s[t];
                  if (!e[n]) {
                    e[n] = !0;
                    i.push(n);
                    this._descend(n, e, i);
                  }
                }
              }
            };
            const mA = jsb.SimpleTexture;
            mA.Filter = Qp;
            mA.PixelFormat = Jp;
            mA.WrapMode = Zp;
            const fA = jsb.SimpleTexture.prototype;
            const gA = fA.uploadData;
            fA.uploadData = function(t, e = 0, i = 0) {
              let s;
              t instanceof HTMLCanvasElement ? s = t.data : t instanceof HTMLImageElement ? s = t._data : ArrayBuffer.isView(t) && (s = t.buffer);
              gA.call(this, s, e, i);
            };
            const yA = Ul("cc.SimpleTexture");
            fA._ctor = function() {
              jsb.TextureBase.prototype._ctor.apply(this, arguments);
              this._gfxTexture = null;
              this._registerListeners();
            };
            const bA = fA.getGFXTexture;
            fA.getGFXTexture = function() {
              this._gfxTexture || (this._gfxTexture = bA.call(this));
              return this._gfxTexture;
            };
            fA._onGFXTextureUpdated = function(t) {
              this._gfxTexture = t;
            };
            fA._onAfterAssignImage = function(t) {
              if (pe.CLEANUP_IMAGE_CACHE) {
                const e = pA.getDeps(this._uuid);
                const i = e.indexOf(t._uuid);
                if (-1 !== i) {
                  ot(e, i);
                  t.decRef();
                }
              }
            };
            yA(mA);
            m.SimpleTexture = jsb.SimpleTexture;
            const SA = jsb.TextureCube.prototype;
            var AA;
            !function(t) {
              t[t.right = 0] = "right";
              t[t.left = 1] = "left";
              t[t.top = 2] = "top";
              t[t.bottom = 3] = "bottom";
              t[t.front = 4] = "front";
              t[t.back = 5] = "back";
            }(AA || (AA = {}));
            var TA;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.AUTO = 1] = "AUTO";
              t[t.BAKED_CONVOLUTION_MAP = 2] = "BAKED_CONVOLUTION_MAP";
            }(TA || (TA = {}));
            SA.createNode = null;
            const vA = t("TextureCube", jsb.TextureCube);
            vA.Filter = Qp;
            vA.PixelFormat = Jp;
            vA.WrapMode = Zp;
            SA._ctor = function() {
              jsb.SimpleTexture.prototype._ctor.apply(this, arguments);
              this._mipmaps = null;
              this._mipmapAtlas = null;
            };
            Object.defineProperty(SA, "mipmaps", {
              get() {
                return this._mipmaps;
              },
              set(t) {
                this._mipmaps = t;
                this.setMipmaps(t);
              }
            });
            Object.defineProperty(SA, "image", {
              get() {
                return 0 === this._mipmaps.length ? null : this._mipmaps[0];
              },
              set(t) {
                this.mipmaps = t ? [ t ] : [];
              }
            });
            const EA = SA.onLoaded;
            SA.onLoaded = function() {
              this._mipmapMode === TA.BAKED_CONVOLUTION_MAP ? this.setMipmapAtlasForJS(this._mipmapAtlas) : this.setMipmapsForJS(this._mipmaps);
              EA.apply(this);
            };
            SA._serialize = function(t) {
              return null;
            };
            SA._deserialize = function(t, e) {
              const i = t;
              jsb.TextureBase.prototype._deserialize.call(this, i.base, e);
              this.isRGBE = i.rgbe;
              null != i.mipmapMode && (this._mipmapMode = i.mipmapMode);
              if (this._mipmapMode === TA.BAKED_CONVOLUTION_MAP) {
                const t = i.mipmapAtlas;
                const s = i.mipmapLayout;
                this._mipmapAtlas = {
                  atlas: {},
                  layout: s
                };
                this._mipmapAtlas.atlas = {
                  front: new jsb.ImageAsset,
                  back: new jsb.ImageAsset,
                  left: new jsb.ImageAsset,
                  right: new jsb.ImageAsset,
                  top: new jsb.ImageAsset,
                  bottom: new jsb.ImageAsset
                };
                if (t) {
                  const i = ee.getClassId(jsb.ImageAsset);
                  e.result.push(this._mipmapAtlas.atlas, "front", t.front, i);
                  e.result.push(this._mipmapAtlas.atlas, "back", t.back, i);
                  e.result.push(this._mipmapAtlas.atlas, "left", t.left, i);
                  e.result.push(this._mipmapAtlas.atlas, "right", t.right, i);
                  e.result.push(this._mipmapAtlas.atlas, "top", t.top, i);
                  e.result.push(this._mipmapAtlas.atlas, "bottom", t.bottom, i);
                }
              } else {
                this._mipmaps = new Array(i.mipmaps.length);
                for (let t = 0; t < i.mipmaps.length; ++t) {
                  this._mipmaps[t] = {
                    front: new jsb.ImageAsset,
                    back: new jsb.ImageAsset,
                    left: new jsb.ImageAsset,
                    right: new jsb.ImageAsset,
                    top: new jsb.ImageAsset,
                    bottom: new jsb.ImageAsset
                  };
                  const s = i.mipmaps[t];
                  const n = ee.getClassId(jsb.ImageAsset);
                  e.result.push(this._mipmaps[t], "front", s.front, n);
                  e.result.push(this._mipmaps[t], "back", s.back, n);
                  e.result.push(this._mipmaps[t], "left", s.left, n);
                  e.result.push(this._mipmaps[t], "right", s.right, n);
                  e.result.push(this._mipmaps[t], "top", s.top, n);
                  e.result.push(this._mipmaps[t], "bottom", s.bottom, n);
                }
              }
            };
            m.TextureCube = jsb.TextureCube;
            const CA = vA.prototype;
            Yl(CA, "isRGBE");
            Yl(CA, "_mipmaps");
            Yl(CA, "_mipmapMode");
            Yl(CA, "_mipmapAtlas");
            Ul("cc.TextureCube")(vA);
            let xA;
            !function(t) {
              t[t.DEFAULT = 0] = "DEFAULT";
              t[t.SKINNING = 1] = "SKINNING";
              t[t.BAKED_SKINNING = 2] = "BAKED_SKINNING";
              t[t.BATCH_2D = 3] = "BATCH_2D";
              t[t.PARTICLE_BATCH = 4] = "PARTICLE_BATCH";
              t[t.LINE = 5] = "LINE";
            }(xA || (xA = {}));
            const wA = jsb.Model;
            const RA = wA.prototype;
            RA._ctor = function() {
              this._device = zo.gfxDevice;
            };
            const IA = RA.createBoundingShape;
            RA.createBoundingShape = function(t, e) {
              t && e && IA.call(this, t, e);
            };
            const MA = jsb.Ambient;
            m.Ambient = MA;
            let BA;
            !function(t) {
              t[t.DIRECTIONAL = 0] = "DIRECTIONAL";
              t[t.SPHERE = 1] = "SPHERE";
              t[t.SPOT = 2] = "SPOT";
              t[t.UNKNOWN = 3] = "UNKNOWN";
            }(BA || (BA = {}));
            const DA = t => 4 * Math.PI * Math.PI * t * t;
            const PA = jsb.Light;
            m.Light = jsb.Light;
            const OA = jsb.DirectionalLight;
            m.DirectionalLight = jsb.DirectionalLight;
            const NA = jsb.SpotLight;
            m.SpotLight = jsb.SpotLight;
            const LA = jsb.SphereLight;
            m.SphereLight = jsb.SphereLight;
            const FA = oe({
              LINEAR: 0,
              EXP: 1,
              EXP_SQUARED: 2,
              LAYERED: 3
            });
            const VA = jsb.FogInfo;
            const kA = jsb.Fog;
            m.Fog = kA;
            const UA = oe({
              Low_256x256: 256,
              Medium_512x512: 512,
              High_1024x1024: 1024,
              Ultra_2048x2048: 2048
            });
            const GA = oe({
              Planar: 0,
              ShadowMap: 1
            });
            const zA = oe({
              HARD: 0,
              SOFT: 1,
              SOFT_2X: 2
            });
            const HA = oe({
              LEVEL_1: 1,
              LEVEL_2: 2,
              LEVEL_3: 3,
              LEVEL_4: 4
            });
            const jA = oe({
              NONE: 1,
              RemoveDuplicates: 2,
              DisableRotaitonFix: 3
            });
            const XA = oe({
              HEMISPHERE_DIFFUSE: 0,
              AUTOGEN_HEMISPHERE_DIFFUSE_WITH_REFLECTION: 1,
              DIFFUSEMAP_WITH_REFLECTION: 2
            });
            const WA = jsb.ShadowsInfo;
            const YA = jsb.Shadow;
            m.Shadows = YA;
            const qA = jsb.Skybox;
            m.Skybox = qA;
            var KA = Object.freeze({
              __proto__: null,
              get ModelType() {
                return xA;
              },
              Model: wA,
              SubModel: Ig,
              get CameraFOVAxis() {
                return vy;
              },
              get CameraProjection() {
                return Ey;
              },
              get CameraAperture() {
                return Cy;
              },
              get CameraISO() {
                return xy;
              },
              get CameraShutter() {
                return wy;
              },
              get CameraType() {
                return Ry;
              },
              get TrackingType() {
                return Iy;
              },
              SKYBOX_FLAG: My,
              Camera: By,
              Ambient: MA,
              ColorTemperatureToRGB: function(t, e) {
                e < 1e3 ? e = 1e3 : e > 15e3 && (e = 15e3);
                const i = e * e;
                const s = (.860117757 + .000154118254 * e + 1.28641212e-7 * i) / (1 + .000842420235 * e + 7.08145163e-7 * i);
                const n = (.317398726 + 422806245e-13 * e + 4.20481691e-8 * i) / (1 - 289741816e-13 * e + 1.61456053e-7 * i);
                const r = 2 * s - 8 * n + 4;
                const o = 3 * s / r;
                const a = 2 * n / r;
                const l = 1 / a * o;
                const h = 1 / a * (1 - o - a);
                t.x = 3.2404542 * l - 1.5371385 + -.4985314 * h;
                t.y = -.969266 * l + 1.8760108 + .041556 * h;
                t.z = .0556434 * l - .2040259 + 1.0572252 * h;
              },
              get LightType() {
                return BA;
              },
              nt2lm: DA,
              Light: PA,
              DirectionalLight: OA,
              SpotLight: NA,
              SphereLight: LA,
              FogType: FA,
              FogInfo: VA,
              Fog: kA,
              ShadowSize: UA,
              ShadowType: GA,
              PCFType: zA,
              CSMLevel: HA,
              CSMOptimizationMode: jA,
              EnvironmentLightingType: XA,
              ShadowsInfo: WA,
              Shadows: YA,
              Skybox: qA
            });
            const JA = t("FogType", oe({
              LINEAR: 0,
              EXP: 1,
              EXP_SQUARED: 2,
              LAYERED: 3
            }));
            const ZA = t("ShadowSize", oe({
              Low_256x256: 256,
              Medium_512x512: 512,
              High_1024x1024: 1024,
              Ultra_2048x2048: 2048
            }));
            const QA = t("ShadowType", oe({
              Planar: 0,
              ShadowMap: 1
            }));
            const $A = t("AmbientInfo", jsb.AmbientInfo);
            m.AmbientInfo = $A;
            const tT = t("SkyboxInfo", jsb.SkyboxInfo);
            m.SkyboxInfo = tT;
            const eT = t("FogInfo", jsb.FogInfo);
            m.FogInfo = eT;
            eT.FogType = JA;
            const iT = t("ShadowsInfo", jsb.ShadowsInfo);
            m.ShadowsInfo = iT;
            const sT = t("OctreeInfo", jsb.OctreeInfo);
            m.OctreeInfo = sT;
            const nT = t("SceneGlobals", jsb.SceneGlobals);
            m.SceneGlobals = nT;
            !function() {
              const t = nT.prototype;
              t._ctor = function() {
                this._ambientRef = null;
                this._shadowsRef = null;
                this._skyboxRef = null;
                this._fogRef = null;
                this._octreeRef = null;
              };
              Object.defineProperty(t, "ambient", {
                enumerable: !0,
                configurable: !0,
                get() {
                  return this._ambientRef;
                },
                set(t) {
                  this._ambientRef = t;
                  this.setAmbientInfo(t);
                }
              });
              Object.defineProperty(t, "shadows", {
                enumerable: !0,
                configurable: !0,
                get() {
                  return this._shadowsRef;
                },
                set(t) {
                  this._shadowsRef = t;
                  this.setShadowsInfo(t);
                }
              });
              Object.defineProperty(t, "_skybox", {
                enumerable: !0,
                configurable: !0,
                get() {
                  return this._skyboxRef;
                },
                set(t) {
                  this._skyboxRef = t;
                  this.setSkyboxInfo(t);
                }
              });
              Object.defineProperty(t, "skybox", {
                enumerable: !0,
                configurable: !0,
                get() {
                  return this._skyboxRef;
                },
                set(t) {
                  this._skyboxRef = t;
                  this.setSkyboxInfo(t);
                }
              });
              Object.defineProperty(t, "fog", {
                enumerable: !0,
                configurable: !0,
                get() {
                  return this._fogRef;
                },
                set(t) {
                  this._fogRef = t;
                  this.setFogInfo(t);
                }
              });
              Object.defineProperty(t, "octree", {
                enumerable: !0,
                configurable: !0,
                get() {
                  return this._octreeRef;
                },
                set(t) {
                  this._octreeRef = t;
                  this.setOctreeInfo(t);
                }
              });
            }();
            const rT = nT.prototype;
            Yl(rT, "ambient");
            Yl(rT, "shadows");
            Yl(rT, "_skybox");
            Yl(rT, "fog");
            const oT = Object.getOwnPropertyDescriptor(rT, "skybox");
            Th(tT)(rT, "skybox", oT);
            Yl(rT, "octree");
            Ul("cc.SceneGlobals")(nT);
            const aT = sT.prototype;
            Yl(aT, "_enabled");
            Yl(aT, "_minPos");
            Yl(aT, "_maxPos");
            Yl(aT, "_depth");
            const lT = Object.getOwnPropertyDescriptor(aT, "depth");
            Th(Oe)(aT, "depth", lT);
            Ul("cc.OctreeInfo")(sT);
            const hT = iT.prototype;
            Yl(hT, "_enabled");
            Yl(hT, "_type");
            Yl(hT, "_normal");
            Yl(hT, "_distance");
            Yl(hT, "_shadowColor");
            Yl(hT, "_maxReceived");
            Yl(hT, "_size");
            const cT = Object.getOwnPropertyDescriptor(hT, "type");
            Th(QA)(hT, "type", cT);
            const uT = Object.getOwnPropertyDescriptor(hT, "planeHeight");
            Th(Ne)(hT, "planeHeight", uT);
            const _T = Object.getOwnPropertyDescriptor(hT, "maxReceived");
            Th(Oe)(hT, "maxReceived", _T);
            const dT = Object.getOwnPropertyDescriptor(hT, "shadowMapSize");
            Th(ZA)(hT, "shadowMapSize", dT);
            Ul("cc.ShadowsInfo")(iT);
            const pT = eT.prototype;
            Yl(pT, "_type");
            Yl(pT, "_fogColor");
            Yl(pT, "_enabled");
            Yl(pT, "_fogDensity");
            Yl(pT, "_fogStart");
            Yl(pT, "_fogEnd");
            Yl(pT, "_fogAtten");
            Yl(pT, "_fogTop");
            Yl(pT, "_fogRange");
            Yl(pT, "_accurate");
            const mT = Object.getOwnPropertyDescriptor(pT, "type");
            Th(JA)(pT, "type", mT);
            const fT = Object.getOwnPropertyDescriptor(pT, "fogDensity");
            Th(Ne)(pT, "fogDensity", fT);
            const gT = Object.getOwnPropertyDescriptor(pT, "fogStart");
            Th(Ne)(pT, "fogStart", gT);
            const yT = Object.getOwnPropertyDescriptor(pT, "fogEnd");
            Th(Ne)(pT, "fogEnd", yT);
            const bT = Object.getOwnPropertyDescriptor(pT, "fogAtten");
            Th(Ne)(pT, "fogAtten", bT);
            const ST = Object.getOwnPropertyDescriptor(pT, "fogTop");
            Th(Ne)(pT, "fogTop", ST);
            const AT = Object.getOwnPropertyDescriptor(pT, "fogRange");
            Th(Ne)(pT, "fogRange", AT);
            Ul("cc.FogInfo")(eT);
            const TT = tT.prototype;
            Yl(TT, "_envLightingType");
            ql("_envmap")(TT, "_envmapHDR");
            Th(vA)(TT, "_envmapHDR");
            Yl(TT, "_envmapHDR");
            Th(vA)(TT, "_envmapLDR");
            Yl(TT, "_envmapLDR");
            Th(vA)(TT, "_diffuseMapHDR");
            Yl(TT, "_diffuseMapHDR");
            Th(vA)(TT, "_diffuseMapLDR");
            Yl(TT, "_diffuseMapLDR");
            Yl(TT, "_enabled");
            Yl(TT, "_useHDR");
            Th(hm)(TT, "_editableMaterial");
            Yl(TT, "_editableMaterial");
            Th(vA)(TT, "_reflectionHDR");
            Yl(TT, "_reflectionHDR");
            Th(vA)(TT, "_reflectionLDR");
            Yl(TT, "_reflectionLDR");
            const vT = Object.getOwnPropertyDescriptor(TT, "envLightingType");
            Th(XA)(TT, "envLightingType", vT);
            const ET = Object.getOwnPropertyDescriptor(TT, "envmap");
            Th(vA)(TT, "envmap", ET);
            const CT = Object.getOwnPropertyDescriptor(TT, "diffuseMap");
            Th(vA)(TT, "diffuseMap", CT);
            const xT = Object.getOwnPropertyDescriptor(TT, "skyboxMaterial");
            Th(hm)(TT, "skyboxMaterial", xT);
            Ul("cc.SkyboxInfo")(tT);
            const wT = $A.prototype;
            ql("_skyColor")(wT, "_skyColorHDR");
            Yl(wT, "_skyColorHDR");
            ql("_skyIllum")(wT, "_skyIllumHDR");
            Yl(wT, "_skyIllumHDR");
            ql("_groundAlbedo")(wT, "_groundAlbedoHDR");
            Yl(wT, "_groundAlbedoHDR");
            Yl(wT, "_skyColorLDR");
            Yl(wT, "_skyIllumLDR");
            Yl(wT, "_groundAlbedoLDR");
            const RT = Object.getOwnPropertyDescriptor(wT, "skyIllum");
            Th(Ne)(wT, "skyIllum", RT);
            Ul("cc.AmbientInfo")($A);
            et({
              SystemEventType: {
                newName: "Input.EventType",
                since: "3.3.0",
                removed: !1
              }
            });
            et({
              SystemEvent: {
                newName: "Input",
                since: "3.4.0",
                removed: !1
              },
              systemEvent: {
                newName: "input",
                since: "3.4.0",
                removed: !1
              }
            });
            class IT {
              constructor() {
                this._intervalInSeconds = .2;
                this._intervalId = void 0;
                this._isEnabled = !1;
                this._eventTarget = new vo;
                this._didAccelerateFunc = void 0;
                this._didAccelerateFunc = this._didAccelerate.bind(this);
              }
              _didAccelerate() {
                const t = jsb.device.getDeviceMotionValue();
                let e = .1 * t[3];
                let i = .1 * t[4];
                const s = .1 * t[5];
                const n = Lo.orientation;
                const r = e;
                if (n === Oo.LANDSCAPE_RIGHT) {
                  e = -i;
                  i = r;
                } else if (n === Oo.LANDSCAPE_LEFT) {
                  e = i;
                  i = -r;
                } else if (n === Oo.PORTRAIT_UPSIDE_DOWN) {
                  e = -e;
                  i = -i;
                }
                if (Po.os === Ro.ABC || Po.os === Ro.OHOS) {
                  e = -e;
                  i = -i;
                }
                const o = performance.now();
                const a = new kS(e, i, s, o);
                const l = new BS(a);
                this._eventTarget.emit(MS.DEVICEMOTION, l);
              }
              start() {
                this._intervalId && clearInterval(this._intervalId);
                this._intervalId = setInterval(this._didAccelerateFunc, 1e3 * this._intervalInSeconds);
                jsb.device.setAccelerometerInterval(this._intervalInSeconds);
                jsb.device.setAccelerometerEnabled(!0);
                this._isEnabled = !0;
              }
              stop() {
                if (this._intervalId) {
                  clearInterval(this._intervalId);
                  this._intervalId = void 0;
                }
                jsb.device.setAccelerometerEnabled(!1);
                this._isEnabled = !1;
              }
              setInterval(t) {
                this._intervalInSeconds = t / 1e3;
                jsb.device.setAccelerometerInterval(this._intervalInSeconds);
                if (this._isEnabled) {
                  jsb.device.setAccelerometerEnabled(!1);
                  jsb.device.setAccelerometerEnabled(!0);
                }
              }
              on(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
            }
            class MT {}
            class BT extends MT {
              getValue() {
                throw new Error("Method not implemented.");
              }
            }
            class DT extends MT {
              getValue() {
                throw new Error("Method not implemented.");
              }
            }
            class PT extends MT {
              getValue() {
                throw new Error("Method not implemented.");
              }
            }
            class OT extends MT {
              getValue() {
                throw new Error("Method not implemented.");
              }
            }
            class NT extends BT {
              constructor(t) {
                super();
                this.positive = void 0;
                this.negative = void 0;
                this.positive = t.positive;
                this.negative = t.negative;
              }
              getValue() {
                const t = this.positive.getValue();
                const e = this.negative.getValue();
                return Math.abs(t) > Math.abs(e) ? t : -e;
              }
            }
            class LT extends DT {
              constructor(t) {
                super();
                this.up = void 0;
                this.down = void 0;
                this.left = void 0;
                this.right = void 0;
                this.xAxis = void 0;
                this.yAxis = void 0;
                this.up = t.up;
                this.down = t.down;
                this.left = t.left;
                this.right = t.right;
                this.xAxis = new NT({
                  positive: this.right,
                  negative: this.left
                });
                this.yAxis = new NT({
                  positive: this.up,
                  negative: this.down
                });
              }
              getValue() {
                return new Qi(this.xAxis.getValue(), this.yAxis.getValue());
              }
            }
            class FT extends BT {
              getValue() {
                return super.getValue();
              }
            }
            class VT extends LT {}
            class kT extends LT {}
            class UT extends OT {
              getValue() {
                return super.getValue();
              }
            }
            class GT extends PT {
              getValue() {
                return super.getValue();
              }
            }
            var zT;
            !function(t) {
              t[t.BUTTON_SOUTH = 0] = "BUTTON_SOUTH";
              t[t.BUTTON_EAST = 1] = "BUTTON_EAST";
              t[t.BUTTON_WEST = 2] = "BUTTON_WEST";
              t[t.BUTTON_NORTH = 3] = "BUTTON_NORTH";
              t[t.NS_MINUS = 4] = "NS_MINUS";
              t[t.NS_PLUS = 5] = "NS_PLUS";
              t[t.BUTTON_L1 = 6] = "BUTTON_L1";
              t[t.BUTTON_L2 = 7] = "BUTTON_L2";
              t[t.BUTTON_L3 = 8] = "BUTTON_L3";
              t[t.BUTTON_R1 = 9] = "BUTTON_R1";
              t[t.BUTTON_R2 = 10] = "BUTTON_R2";
              t[t.BUTTON_R3 = 11] = "BUTTON_R3";
              t[t.DPAD_UP = 12] = "DPAD_UP";
              t[t.DPAD_DOWN = 13] = "DPAD_DOWN";
              t[t.DPAD_LEFT = 14] = "DPAD_LEFT";
              t[t.DPAD_RIGHT = 15] = "DPAD_RIGHT";
              t[t.LEFT_STICK_UP = 16] = "LEFT_STICK_UP";
              t[t.LEFT_STICK_DOWN = 17] = "LEFT_STICK_DOWN";
              t[t.LEFT_STICK_LEFT = 18] = "LEFT_STICK_LEFT";
              t[t.LEFT_STICK_RIGHT = 19] = "LEFT_STICK_RIGHT";
              t[t.RIGHT_STICK_UP = 20] = "RIGHT_STICK_UP";
              t[t.RIGHT_STICK_DOWN = 21] = "RIGHT_STICK_DOWN";
              t[t.RIGHT_STICK_LEFT = 22] = "RIGHT_STICK_LEFT";
              t[t.RIGHT_STICK_RIGHT = 23] = "RIGHT_STICK_RIGHT";
              t[t.ROKID_MENU = 24] = "ROKID_MENU";
              t[t.ROKID_START = 25] = "ROKID_START";
            }(zT || (zT = {}));
            const HT = {
              1: zT.BUTTON_EAST,
              2: zT.BUTTON_SOUTH,
              3: zT.BUTTON_NORTH,
              4: zT.BUTTON_WEST,
              5: zT.BUTTON_L1,
              6: zT.BUTTON_R1,
              7: zT.NS_MINUS,
              8: zT.NS_PLUS,
              9: zT.BUTTON_L3,
              10: zT.BUTTON_R3,
              11: zT.ROKID_MENU,
              12: zT.ROKID_START
            };
            class jT {
              get buttonNorth() {
                return this._buttonNorth;
              }
              get buttonEast() {
                return this._buttonEast;
              }
              get buttonWest() {
                return this._buttonWest;
              }
              get buttonSouth() {
                return this._buttonSouth;
              }
              get buttonL1() {
                return this._buttonL1;
              }
              get buttonL2() {
                return this._buttonL2;
              }
              get buttonL3() {
                return this._buttonL3;
              }
              get buttonR1() {
                return this._buttonR1;
              }
              get buttonR2() {
                return this._buttonR2;
              }
              get buttonR3() {
                return this._buttonR3;
              }
              get buttonShare() {
                return this._buttonShare;
              }
              get buttonOptions() {
                return this._buttonOptions;
              }
              get dpad() {
                return this._dpad;
              }
              get leftStick() {
                return this._leftStick;
              }
              get rightStick() {
                return this._rightStick;
              }
              get buttonStart() {
                return this._buttonStart;
              }
              get deviceId() {
                return this._deviceId;
              }
              get connected() {
                return this._connected;
              }
              constructor(t) {
                this._deviceId = -1;
                this._connected = !1;
                this._nativeButtonState = {
                  [zT.BUTTON_SOUTH]: 0,
                  [zT.BUTTON_EAST]: 0,
                  [zT.BUTTON_WEST]: 0,
                  [zT.BUTTON_NORTH]: 0,
                  [zT.NS_MINUS]: 0,
                  [zT.NS_PLUS]: 0,
                  [zT.BUTTON_L1]: 0,
                  [zT.BUTTON_L2]: 0,
                  [zT.BUTTON_L3]: 0,
                  [zT.BUTTON_R1]: 0,
                  [zT.BUTTON_R2]: 0,
                  [zT.BUTTON_R3]: 0,
                  [zT.DPAD_UP]: 0,
                  [zT.DPAD_DOWN]: 0,
                  [zT.DPAD_LEFT]: 0,
                  [zT.DPAD_RIGHT]: 0,
                  [zT.LEFT_STICK_UP]: 0,
                  [zT.LEFT_STICK_DOWN]: 0,
                  [zT.LEFT_STICK_LEFT]: 0,
                  [zT.LEFT_STICK_RIGHT]: 0,
                  [zT.RIGHT_STICK_UP]: 0,
                  [zT.RIGHT_STICK_DOWN]: 0,
                  [zT.RIGHT_STICK_LEFT]: 0,
                  [zT.RIGHT_STICK_RIGHT]: 0,
                  [zT.ROKID_MENU]: 0,
                  [zT.ROKID_START]: 0
                };
                this._deviceId = t;
                this._initInputSource();
              }
              static _init() {
                Po.hasFeature(Mo.EVENT_GAMEPAD) && jT._registerEvent();
              }
              static _on(t, e, i) {
                jT._eventTarget.on(t, e, i);
              }
              static _removeInputDevice(t) {
                const e = jT.all.findIndex((e => e.deviceId === t));
                -1 !== e && ot(jT.all, e);
              }
              static _getInputDevice(t) {
                return jT.all.find((e => e.deviceId === t));
              }
              static _createInputDevice(t, e) {
                const i = new jT(t);
                i._connected = e;
                jT.all.push(i);
                return i;
              }
              static _getOrCreateInputDevice(t, e) {
                let i = jT._getInputDevice(t);
                i || (i = jT._createInputDevice(t, e));
                i._connected = e;
                return i;
              }
              static _registerEvent() {
                jsb.onControllerInput = t => {
                  for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    const s = jT._getOrCreateInputDevice(i.id, !0);
                    s._updateNativeButtonState(i);
                    jT._eventTarget.emit(MS.GAMEPAD_INPUT, new LS(MS.GAMEPAD_INPUT, s));
                  }
                };
                jsb.onControllerChange = t => {
                  for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    let s = jT._getInputDevice(i);
                    if (!s) {
                      s = jT._createInputDevice(i, !0);
                      jT._eventTarget.emit(MS.GAMEPAD_CHANGE, new LS(MS.GAMEPAD_CHANGE, s));
                    }
                  }
                  const e = jT.all;
                  for (let i = 0; i < e.length; ++i) {
                    const s = e[i];
                    if (!t.includes(s.deviceId)) {
                      jT._removeInputDevice(s.deviceId);
                      s._connected = !1;
                      jT._eventTarget.emit(MS.GAMEPAD_CHANGE, new LS(MS.GAMEPAD_CHANGE, s));
                    }
                  }
                };
              }
              _axisToButtons(t) {
                const e = Math.abs(t);
                return t > 0 ? {
                  negative: 0,
                  positive: e
                } : t < 0 ? {
                  negative: e,
                  positive: 0
                } : {
                  negative: 0,
                  positive: 0
                };
              }
              _updateNativeButtonState(t) {
                const {buttonInfoList: e, axisInfoList: i} = t;
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  const s = HT[i.code];
                  this._nativeButtonState[s] = i.isPressed ? 1 : 0;
                }
                for (let t = 0; t < i.length; ++t) {
                  const e = i[t];
                  const {code: s, value: n} = e;
                  let r;
                  let o;
                  let a;
                  switch (s) {
                   case 1:
                    r = zT.DPAD_LEFT;
                    o = zT.DPAD_RIGHT;
                    a = this._axisToButtons(n);
                    break;

                   case 2:
                    r = zT.DPAD_DOWN;
                    o = zT.DPAD_UP;
                    a = this._axisToButtons(n);
                    break;

                   case 3:
                    r = zT.LEFT_STICK_LEFT;
                    o = zT.LEFT_STICK_RIGHT;
                    a = this._axisToButtons(n);
                    break;

                   case 4:
                    r = zT.LEFT_STICK_DOWN;
                    o = zT.LEFT_STICK_UP;
                    a = this._axisToButtons(n);
                    break;

                   case 5:
                    r = zT.RIGHT_STICK_LEFT;
                    o = zT.RIGHT_STICK_RIGHT;
                    a = this._axisToButtons(n);
                    break;

                   case 6:
                    r = zT.RIGHT_STICK_DOWN;
                    o = zT.RIGHT_STICK_UP;
                    a = this._axisToButtons(n);
                    break;

                   default:
                    7 === s ? this._nativeButtonState[zT.BUTTON_L2] = n : 8 === s && (this._nativeButtonState[zT.BUTTON_R2] = n);
                  }
                  if (r && o && a) {
                    this._nativeButtonState[r] = a.negative;
                    this._nativeButtonState[o] = a.positive;
                  }
                }
              }
              _initInputSource() {
                this._buttonNorth = new FT;
                this._buttonNorth.getValue = () => this._nativeButtonState[zT.BUTTON_NORTH];
                this._buttonEast = new FT;
                this._buttonEast.getValue = () => this._nativeButtonState[zT.BUTTON_EAST];
                this._buttonWest = new FT;
                this._buttonWest.getValue = () => this._nativeButtonState[zT.BUTTON_WEST];
                this._buttonSouth = new FT;
                this._buttonSouth.getValue = () => this._nativeButtonState[zT.BUTTON_SOUTH];
                this._buttonL1 = new FT;
                this._buttonL1.getValue = () => this._nativeButtonState[zT.BUTTON_L1];
                this._buttonL2 = new FT;
                this._buttonL2.getValue = () => this._nativeButtonState[zT.BUTTON_L2];
                this._buttonL3 = new FT;
                this._buttonL3.getValue = () => this._nativeButtonState[zT.BUTTON_L3];
                this._buttonR1 = new FT;
                this._buttonR1.getValue = () => this._nativeButtonState[zT.BUTTON_R1];
                this._buttonR2 = new FT;
                this._buttonR2.getValue = () => this._nativeButtonState[zT.BUTTON_R2];
                this._buttonR3 = new FT;
                this._buttonR3.getValue = () => this._nativeButtonState[zT.BUTTON_R3];
                this._buttonShare = new FT;
                this._buttonShare.getValue = () => this._nativeButtonState[zT.NS_MINUS];
                this._buttonOptions = new FT;
                this._buttonOptions.getValue = () => this._nativeButtonState[zT.NS_PLUS] || this._nativeButtonState[zT.ROKID_MENU];
                const t = new FT;
                t.getValue = () => this._nativeButtonState[zT.DPAD_UP];
                const e = new FT;
                e.getValue = () => this._nativeButtonState[zT.DPAD_DOWN];
                const i = new FT;
                i.getValue = () => this._nativeButtonState[zT.DPAD_LEFT];
                const s = new FT;
                s.getValue = () => this._nativeButtonState[zT.DPAD_RIGHT];
                this._dpad = new VT({
                  up: t,
                  down: e,
                  left: i,
                  right: s
                });
                const n = new FT;
                n.getValue = () => this._nativeButtonState[zT.LEFT_STICK_UP];
                const r = new FT;
                r.getValue = () => this._nativeButtonState[zT.LEFT_STICK_DOWN];
                const o = new FT;
                o.getValue = () => this._nativeButtonState[zT.LEFT_STICK_LEFT];
                const a = new FT;
                a.getValue = () => this._nativeButtonState[zT.LEFT_STICK_RIGHT];
                this._leftStick = new kT({
                  up: n,
                  down: r,
                  left: o,
                  right: a
                });
                const l = new FT;
                l.getValue = () => this._nativeButtonState[zT.RIGHT_STICK_UP];
                const h = new FT;
                h.getValue = () => this._nativeButtonState[zT.RIGHT_STICK_DOWN];
                const c = new FT;
                c.getValue = () => this._nativeButtonState[zT.RIGHT_STICK_LEFT];
                const u = new FT;
                u.getValue = () => this._nativeButtonState[zT.RIGHT_STICK_RIGHT];
                this._rightStick = new kT({
                  up: l,
                  down: h,
                  left: c,
                  right: u
                });
                this._buttonStart = new FT;
                this._buttonStart.getValue = () => this._nativeButtonState[zT.ROKID_START];
              }
            }
            jT.all = [];
            jT._eventTarget = new vo;
            var XT;
            !function(t) {
              t[t.BUTTON_EAST = 0] = "BUTTON_EAST";
              t[t.BUTTON_SOUTH = 1] = "BUTTON_SOUTH";
              t[t.BUTTON_WEST = 2] = "BUTTON_WEST";
              t[t.BUTTON_NORTH = 3] = "BUTTON_NORTH";
              t[t.BUTTON_TRIGGER_LEFT = 4] = "BUTTON_TRIGGER_LEFT";
              t[t.BUTTON_TRIGGER_RIGHT = 5] = "BUTTON_TRIGGER_RIGHT";
              t[t.TRIGGER_LEFT = 6] = "TRIGGER_LEFT";
              t[t.TRIGGER_RIGHT = 7] = "TRIGGER_RIGHT";
              t[t.GRIP_LEFT = 8] = "GRIP_LEFT";
              t[t.GRIP_RIGHT = 9] = "GRIP_RIGHT";
              t[t.BUTTON_LEFT_STICK = 10] = "BUTTON_LEFT_STICK";
              t[t.LEFT_STICK_UP = 11] = "LEFT_STICK_UP";
              t[t.LEFT_STICK_DOWN = 12] = "LEFT_STICK_DOWN";
              t[t.LEFT_STICK_LEFT = 13] = "LEFT_STICK_LEFT";
              t[t.LEFT_STICK_RIGHT = 14] = "LEFT_STICK_RIGHT";
              t[t.BUTTON_RIGHT_STICK = 15] = "BUTTON_RIGHT_STICK";
              t[t.RIGHT_STICK_UP = 16] = "RIGHT_STICK_UP";
              t[t.RIGHT_STICK_DOWN = 17] = "RIGHT_STICK_DOWN";
              t[t.RIGHT_STICK_LEFT = 18] = "RIGHT_STICK_LEFT";
              t[t.RIGHT_STICK_RIGHT = 19] = "RIGHT_STICK_RIGHT";
            }(XT || (XT = {}));
            var WT;
            !function(t) {
              t[t.HAND_LEFT = 0] = "HAND_LEFT";
              t[t.HAND_RIGHT = 1] = "HAND_RIGHT";
              t[t.AIM_LEFT = 2] = "AIM_LEFT";
              t[t.AIM_RIGHT = 3] = "AIM_RIGHT";
            }(WT || (WT = {}));
            const YT = {
              1: XT.BUTTON_EAST,
              2: XT.BUTTON_SOUTH,
              3: XT.BUTTON_NORTH,
              4: XT.BUTTON_WEST,
              9: XT.BUTTON_LEFT_STICK,
              10: XT.BUTTON_RIGHT_STICK,
              13: XT.BUTTON_TRIGGER_LEFT,
              14: XT.BUTTON_TRIGGER_RIGHT
            };
            class qT {
              get buttonNorth() {
                return this._buttonNorth;
              }
              get buttonEast() {
                return this._buttonEast;
              }
              get buttonWest() {
                return this._buttonWest;
              }
              get buttonSouth() {
                return this._buttonSouth;
              }
              get buttonTriggerLeft() {
                return this._buttonTriggerLeft;
              }
              get buttonTriggerRight() {
                return this._buttonTriggerRight;
              }
              get triggerLeft() {
                return this._triggerLeft;
              }
              get triggerRight() {
                return this._triggerRight;
              }
              get gripLeft() {
                return this._gripLeft;
              }
              get gripRight() {
                return this._gripRight;
              }
              get leftStick() {
                return this._leftStick;
              }
              get rightStick() {
                return this._rightStick;
              }
              get buttonLeftStick() {
                return this._buttonLeftStick;
              }
              get buttonRightStick() {
                return this._buttonRightStick;
              }
              get handLeftPosition() {
                return this._handLeftPosition;
              }
              get handLeftOrientation() {
                return this._handLeftOrientation;
              }
              get handRightPosition() {
                return this._handRightPosition;
              }
              get handRightOrientation() {
                return this._handRightOrientation;
              }
              get aimLeftPosition() {
                return this._aimLeftPosition;
              }
              get aimLeftOrientation() {
                return this._aimLeftOrientation;
              }
              get aimRightPosition() {
                return this._aimRightPosition;
              }
              get aimRightOrientation() {
                return this._aimRightOrientation;
              }
              constructor() {
                this._eventTarget = new vo;
                this._nativeButtonState = {
                  [XT.BUTTON_SOUTH]: 0,
                  [XT.BUTTON_EAST]: 0,
                  [XT.BUTTON_WEST]: 0,
                  [XT.BUTTON_NORTH]: 0,
                  [XT.BUTTON_TRIGGER_LEFT]: 0,
                  [XT.BUTTON_TRIGGER_RIGHT]: 0,
                  [XT.TRIGGER_LEFT]: 0,
                  [XT.TRIGGER_RIGHT]: 0,
                  [XT.GRIP_LEFT]: 0,
                  [XT.GRIP_RIGHT]: 0,
                  [XT.LEFT_STICK_UP]: 0,
                  [XT.LEFT_STICK_DOWN]: 0,
                  [XT.LEFT_STICK_LEFT]: 0,
                  [XT.LEFT_STICK_RIGHT]: 0,
                  [XT.RIGHT_STICK_UP]: 0,
                  [XT.RIGHT_STICK_DOWN]: 0,
                  [XT.RIGHT_STICK_LEFT]: 0,
                  [XT.RIGHT_STICK_RIGHT]: 0,
                  [XT.BUTTON_LEFT_STICK]: 0,
                  [XT.BUTTON_RIGHT_STICK]: 0
                };
                this._nativePoseState = {
                  [WT.HAND_LEFT]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  },
                  [WT.HAND_RIGHT]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  },
                  [WT.AIM_LEFT]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  },
                  [WT.AIM_RIGHT]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  }
                };
                this._initInputSource();
                this._registerEvent();
              }
              _registerEvent() {
                jsb.onHandleInput = t => {
                  for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    this._updateNativeButtonState(i);
                    this._eventTarget.emit(MS.HANDLE_INPUT, new FS(MS.HANDLE_INPUT, this));
                  }
                };
                jsb.onHandlePoseInput = t => {
                  for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    this._updateNativePoseState(i);
                  }
                  this._eventTarget.emit(MS.HANDLE_POSE_INPUT, new FS(MS.HANDLE_POSE_INPUT, this));
                };
              }
              _on(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
              _axisToButtons(t) {
                const e = Math.abs(t);
                return t > 0 ? {
                  negative: 0,
                  positive: e
                } : t < 0 ? {
                  negative: e,
                  positive: 0
                } : {
                  negative: 0,
                  positive: 0
                };
              }
              _updateNativeButtonState(t) {
                const {buttonInfoList: e, axisInfoList: i} = t;
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  const s = YT[i.code];
                  this._nativeButtonState[s] = i.isPressed ? 1 : 0;
                }
                for (let t = 0; t < i.length; ++t) {
                  const e = i[t];
                  const {code: s, value: n} = e;
                  let r;
                  let o;
                  let a;
                  switch (s) {
                   case 3:
                    r = XT.LEFT_STICK_LEFT;
                    o = XT.LEFT_STICK_RIGHT;
                    a = this._axisToButtons(n);
                    break;

                   case 4:
                    r = XT.LEFT_STICK_DOWN;
                    o = XT.LEFT_STICK_UP;
                    a = this._axisToButtons(n);
                    break;

                   case 5:
                    r = XT.RIGHT_STICK_LEFT;
                    o = XT.RIGHT_STICK_RIGHT;
                    a = this._axisToButtons(n);
                    break;

                   case 6:
                    r = XT.RIGHT_STICK_DOWN;
                    o = XT.RIGHT_STICK_UP;
                    a = this._axisToButtons(n);
                    break;

                   default:
                    7 === s ? this._nativeButtonState[XT.TRIGGER_LEFT] = n : 8 === s ? this._nativeButtonState[XT.TRIGGER_RIGHT] = n : 9 === s ? this._nativeButtonState[XT.GRIP_LEFT] = n : 10 === s && (this._nativeButtonState[XT.GRIP_RIGHT] = n);
                  }
                  if (r && o && a) {
                    this._nativeButtonState[r] = a.negative;
                    this._nativeButtonState[o] = a.positive;
                  }
                }
              }
              _updateNativePoseState(t) {
                switch (t.code) {
                 case 1:
                  this._nativePoseState[WT.HAND_LEFT] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                  break;

                 case 2:
                  this._nativePoseState[WT.AIM_LEFT] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                  break;

                 case 4:
                  this._nativePoseState[WT.HAND_RIGHT] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                  break;

                 case 5:
                  this._nativePoseState[WT.AIM_RIGHT] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                }
              }
              _initInputSource() {
                this._buttonNorth = new FT;
                this._buttonNorth.getValue = () => this._nativeButtonState[XT.BUTTON_NORTH];
                this._buttonEast = new FT;
                this._buttonEast.getValue = () => this._nativeButtonState[XT.BUTTON_EAST];
                this._buttonWest = new FT;
                this._buttonWest.getValue = () => this._nativeButtonState[XT.BUTTON_WEST];
                this._buttonSouth = new FT;
                this._buttonSouth.getValue = () => this._nativeButtonState[XT.BUTTON_SOUTH];
                this._buttonTriggerLeft = new FT;
                this._buttonTriggerLeft.getValue = () => this._nativeButtonState[XT.BUTTON_TRIGGER_LEFT];
                this._buttonTriggerRight = new FT;
                this._buttonTriggerRight.getValue = () => this._nativeButtonState[XT.BUTTON_TRIGGER_RIGHT];
                this._triggerLeft = new FT;
                this._triggerLeft.getValue = () => this._nativeButtonState[XT.TRIGGER_LEFT];
                this._triggerRight = new FT;
                this._triggerRight.getValue = () => this._nativeButtonState[XT.TRIGGER_RIGHT];
                this._gripLeft = new FT;
                this._gripLeft.getValue = () => this._nativeButtonState[XT.GRIP_LEFT];
                this._gripRight = new FT;
                this._gripRight.getValue = () => this._nativeButtonState[XT.GRIP_RIGHT];
                this._buttonLeftStick = new FT;
                this._buttonLeftStick.getValue = () => this._nativeButtonState[XT.BUTTON_LEFT_STICK];
                const t = new FT;
                t.getValue = () => this._nativeButtonState[XT.LEFT_STICK_UP];
                const e = new FT;
                e.getValue = () => this._nativeButtonState[XT.LEFT_STICK_DOWN];
                const i = new FT;
                i.getValue = () => this._nativeButtonState[XT.LEFT_STICK_LEFT];
                const s = new FT;
                s.getValue = () => this._nativeButtonState[XT.LEFT_STICK_RIGHT];
                this._leftStick = new kT({
                  up: t,
                  down: e,
                  left: i,
                  right: s
                });
                this._buttonRightStick = new FT;
                this._buttonRightStick.getValue = () => this._nativeButtonState[XT.BUTTON_RIGHT_STICK];
                const n = new FT;
                n.getValue = () => this._nativeButtonState[XT.RIGHT_STICK_UP];
                const r = new FT;
                r.getValue = () => this._nativeButtonState[XT.RIGHT_STICK_DOWN];
                const o = new FT;
                o.getValue = () => this._nativeButtonState[XT.RIGHT_STICK_LEFT];
                const a = new FT;
                a.getValue = () => this._nativeButtonState[XT.RIGHT_STICK_RIGHT];
                this._rightStick = new kT({
                  up: n,
                  down: r,
                  left: o,
                  right: a
                });
                this._handLeftPosition = new GT;
                this._handLeftPosition.getValue = () => this._nativePoseState[WT.HAND_LEFT].position;
                this._handLeftOrientation = new UT;
                this._handLeftOrientation.getValue = () => this._nativePoseState[WT.HAND_LEFT].orientation;
                this._handRightPosition = new GT;
                this._handRightPosition.getValue = () => this._nativePoseState[WT.HAND_RIGHT].position;
                this._handRightOrientation = new UT;
                this._handRightOrientation.getValue = () => this._nativePoseState[WT.HAND_RIGHT].orientation;
                this._aimLeftPosition = new GT;
                this._aimLeftPosition.getValue = () => this._nativePoseState[WT.AIM_LEFT].position;
                this._aimLeftOrientation = new UT;
                this._aimLeftOrientation.getValue = () => this._nativePoseState[WT.AIM_LEFT].orientation;
                this._aimRightPosition = new GT;
                this._aimRightPosition.getValue = () => this._nativePoseState[WT.AIM_RIGHT].position;
                this._aimRightOrientation = new UT;
                this._aimRightOrientation.getValue = () => this._nativePoseState[WT.AIM_RIGHT].orientation;
              }
            }
            var KT;
            !function(t) {
              t[t.VIEW_LEFT = 0] = "VIEW_LEFT";
              t[t.VIEW_RIGHT = 1] = "VIEW_RIGHT";
              t[t.HEAD_MIDDLE = 2] = "HEAD_MIDDLE";
            }(KT || (KT = {}));
            class JT {
              get viewLeftPosition() {
                return this._viewLeftPosition;
              }
              get viewLeftOrientation() {
                return this._viewLeftOrientation;
              }
              get viewRightPosition() {
                return this._viewRightPosition;
              }
              get viewRightOrientation() {
                return this._viewRightOrientation;
              }
              get headMiddlePosition() {
                return this._headMiddlePosition;
              }
              get headMiddleOrientation() {
                return this._headMiddleOrientation;
              }
              constructor() {
                this._eventTarget = new vo;
                this._nativePoseState = {
                  [KT.VIEW_LEFT]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  },
                  [KT.VIEW_RIGHT]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  },
                  [KT.HEAD_MIDDLE]: {
                    position: Pi.ZERO,
                    orientation: Ui.IDENTITY
                  }
                };
                this._initInputSource();
                this._registerEvent();
              }
              _registerEvent() {
                jsb.onHMDPoseInput = t => {
                  for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    this._updateNativePoseState(i);
                  }
                  this._eventTarget.emit(MS.HMD_POSE_INPUT, new VS(MS.HMD_POSE_INPUT, this));
                };
              }
              _on(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
              _updateNativePoseState(t) {
                switch (t.code) {
                 case 0:
                  this._nativePoseState[KT.VIEW_LEFT] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                  break;

                 case 3:
                  this._nativePoseState[KT.VIEW_RIGHT] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                  break;

                 case 6:
                  this._nativePoseState[KT.HEAD_MIDDLE] = {
                    position: new Pi(t.x, t.y, t.z),
                    orientation: new Ui(t.quaternionX, t.quaternionY, t.quaternionZ, t.quaternionW)
                  };
                }
              }
              _initInputSource() {
                this._viewLeftPosition = new GT;
                this._viewLeftPosition.getValue = () => this._nativePoseState[KT.VIEW_LEFT].position;
                this._viewLeftOrientation = new UT;
                this._viewLeftOrientation.getValue = () => this._nativePoseState[KT.VIEW_LEFT].orientation;
                this._viewRightPosition = new GT;
                this._viewRightPosition.getValue = () => this._nativePoseState[KT.VIEW_RIGHT].position;
                this._viewRightOrientation = new UT;
                this._viewRightOrientation.getValue = () => this._nativePoseState[KT.VIEW_RIGHT].orientation;
                this._headMiddlePosition = new GT;
                this._headMiddlePosition.getValue = () => this._nativePoseState[KT.HEAD_MIDDLE].position;
                this._headMiddleOrientation = new UT;
                this._headMiddleOrientation.getValue = () => this._nativePoseState[KT.HEAD_MIDDLE].orientation;
              }
            }
            const ZT = {
              12: US.NUM_LOCK,
              10048: US.NUM_0,
              10049: US.NUM_1,
              10050: US.NUM_2,
              10051: US.NUM_3,
              10052: US.NUM_4,
              10053: US.NUM_5,
              10054: US.NUM_6,
              10055: US.NUM_7,
              10056: US.NUM_8,
              10057: US.NUM_9,
              20013: US.NUM_ENTER,
              20016: US.SHIFT_RIGHT,
              20017: US.CTRL_RIGHT,
              20018: US.ALT_RIGHT
            };
            function QT(t) {
              return ZT[t] || t;
            }
            class $T {
              constructor() {
                this._eventTarget = new vo;
                this._keyStateMap = {};
                this._registerEvent();
              }
              _registerEvent() {
                jsb.onKeyDown = t => {
                  const e = QT(t.keyCode);
                  if (this._keyStateMap[e]) {
                    const e = this._getInputEvent(t, MS.KEY_PRESSING);
                    this._eventTarget.emit(MS.KEY_PRESSING, e);
                  } else {
                    const e = this._getInputEvent(t, MS.KEY_DOWN);
                    this._eventTarget.emit(MS.KEY_DOWN, e);
                  }
                  this._keyStateMap[e] = !0;
                };
                jsb.onKeyUp = t => {
                  const e = QT(t.keyCode);
                  const i = this._getInputEvent(t, MS.KEY_UP);
                  this._keyStateMap[e] = !1;
                  this._eventTarget.emit(MS.KEY_UP, i);
                };
              }
              _getInputEvent(t, e) {
                const i = QT(t.keyCode);
                return new DS(i, e);
              }
              on(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
            }
            class tv {
              constructor() {
                this._eventTarget = new vo;
                this._preMousePos = new Qi;
                this._isPressed = !1;
                this._registerEvent();
              }
              _getLocation(t) {
                const e = Lo.windowSize;
                const i = Lo.devicePixelRatio;
                const s = t.x * i;
                const n = e.height - t.y * i;
                return new Qi(s, n);
              }
              _registerEvent() {
                jsb.onMouseDown = this._createCallback(MS.MOUSE_DOWN);
                jsb.onMouseMove = this._createCallback(MS.MOUSE_MOVE);
                jsb.onMouseUp = this._createCallback(MS.MOUSE_UP);
                jsb.onMouseWheel = this._handleMouseWheel.bind(this);
              }
              _createCallback(t) {
                return e => {
                  const i = this._getLocation(e);
                  let s = e.button;
                  switch (t) {
                   case MS.MOUSE_DOWN:
                    this._isPressed = !0;
                    break;

                   case MS.MOUSE_UP:
                    this._isPressed = !1;
                    break;

                   case MS.MOUSE_MOVE:
                    this._isPressed || (s = PS.BUTTON_MISSING);
                  }
                  const n = new PS(t, !1, this._preMousePos);
                  n.setLocation(i.x, i.y);
                  n.setButton(s);
                  n.movementX = i.x - this._preMousePos.x;
                  n.movementY = this._preMousePos.y - i.y;
                  this._preMousePos.set(i.x, i.y);
                  this._eventTarget.emit(t, n);
                };
              }
              _handleMouseWheel(t) {
                const e = MS.MOUSE_WHEEL;
                const i = this._getLocation(t);
                const s = t.button;
                const n = new PS(e, !1, this._preMousePos);
                n.setLocation(i.x, i.y);
                n.setButton(s);
                n.movementX = i.x - this._preMousePos.x;
                n.movementY = this._preMousePos.y - i.y;
                n.setScrollData(120 * t.wheelDeltaX, 120 * t.wheelDeltaY);
                this._preMousePos.set(i.x, i.y);
                this._eventTarget.emit(e, n);
              }
              on(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
            }
            const ev = new Qi;
            const iv = new class {
              constructor() {
                this._touchMap = void 0;
                this._maxTouches = 8;
                this._touchMap = new Map;
              }
              _cloneTouch(t) {
                const e = t.getID();
                t.getStartLocation(ev);
                const i = new zS(ev.x, ev.y, e);
                t.getLocation(ev);
                i.setPoint(ev.x, ev.y);
                t.getPreviousLocation(ev);
                i.setPrevPoint(ev);
                return i;
              }
              _createTouch(t, e, i) {
                if (this._touchMap.has(t)) {
                  console.log("Cannot create the same touch object.");
                  return;
                }
                if (this._checkTouchMapSizeMoreThanMax(t)) {
                  console.log("The touches is more than MAX_TOUCHES.");
                  return;
                }
                const s = new zS(e, i, t);
                this._touchMap.set(t, s);
                this._updateTouch(s, e, i);
                return this._cloneTouch(s);
              }
              releaseTouch(t) {
                this._touchMap.has(t) && this._touchMap.delete(t);
              }
              getTouch(t, e, i) {
                let s = this._touchMap.get(t);
                s ? this._updateTouch(s, e, i) : s = this._createTouch(t, e, i);
                return s ? this._cloneTouch(s) : void 0;
              }
              getAllTouches() {
                const t = [];
                this._touchMap.forEach((e => {
                  if (e) {
                    const i = this._cloneTouch(e);
                    t.push(i);
                  }
                }));
                return t;
              }
              _updateTouch(t, e, i) {
                t.getLocation(ev);
                t.setPrevPoint(ev);
                t.setPoint(e, i);
              }
              _checkTouchMapSizeMoreThanMax(t) {
                if (this._touchMap.has(t)) return !1;
                const e = pe.ENABLE_MULTI_TOUCH ? this._maxTouches : 1;
                if (this._touchMap.size < e) return !1;
                const i = performance.now();
                this._touchMap.forEach((t => {
                  if (i - t.lastModified > pe.TOUCH_TIMEOUT) {
                    console.log(`The touches is more than MAX_TOUCHES, release touch id ${t.getID()}.`);
                    this.releaseTouch(t.getID());
                  }
                }));
                return e >= this._touchMap.size;
              }
            };
            class sv {
              constructor() {
                this._eventTarget = new vo;
                this._registerEvent();
              }
              _registerEvent() {
                jsb.onTouchStart = this._createCallback(MS.TOUCH_START);
                jsb.onTouchMove = this._createCallback(MS.TOUCH_MOVE);
                jsb.onTouchEnd = this._createCallback(MS.TOUCH_END);
                jsb.onTouchCancel = this._createCallback(MS.TOUCH_CANCEL);
              }
              _createCallback(t) {
                return e => {
                  const i = [];
                  const s = e.length;
                  const n = Lo.windowSize;
                  for (let r = 0; r < s; ++r) {
                    const s = e[r];
                    const o = s.identifier;
                    if (null === o) continue;
                    const a = this._getLocation(s, n);
                    const l = iv.getTouch(o, a.x, a.y);
                    if (l) {
                      t !== MS.TOUCH_END && t !== MS.TOUCH_CANCEL || iv.releaseTouch(o);
                      i.push(l);
                    }
                  }
                  if (i.length > 0) {
                    const e = new NS(i, !1, t, pe.ENABLE_MULTI_TOUCH ? iv.getAllTouches() : i);
                    this._eventTarget.emit(t, e);
                  }
                };
              }
              _getLocation(t, e) {
                const i = Lo.devicePixelRatio;
                const s = t.clientX * i;
                const n = e.height - t.clientY * i;
                return new Qi(s, n);
              }
              on(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
            }
            let nv;
            !function(t) {
              t[t.GLOBAL = 0] = "GLOBAL";
              t[t.UI = 1] = "UI";
            }(nv || (nv = {}));
            class rv {
              constructor(t) {
                this.priority = nv.GLOBAL;
                this._inputEventTarget = void 0;
                this._inputEventTarget = t;
              }
              dispatchEvent(t) {
                this._inputEventTarget.emit(t.type, t);
                return !0;
              }
            }
            const ov = {
              [MS.MOUSE_DOWN]: MS.TOUCH_START,
              [MS.MOUSE_MOVE]: MS.TOUCH_MOVE,
              [MS.MOUSE_UP]: MS.TOUCH_END
            };
            class av {
              constructor() {
                this._dispatchImmediately = !1;
                this._eventTarget = new vo;
                this._touchInput = new sv;
                this._mouseInput = new tv;
                this._keyboardInput = new $T;
                this._accelerometerInput = new IT;
                this._handleInput = new qT;
                this._hmdInput = new JT;
                this._eventTouchList = [];
                this._eventMouseList = [];
                this._eventKeyboardList = [];
                this._eventAccelerationList = [];
                this._eventGamepadList = [];
                this._eventHandleList = [];
                this._eventHMDList = [];
                this._needSimulateTouchMoveEvent = !1;
                this._inputEventDispatcher = void 0;
                this._eventDispatcherList = [];
                this._registerEvent();
                this._inputEventDispatcher = new rv(this._eventTarget);
                this._registerEventDispatcher(this._inputEventDispatcher);
                jT._init();
              }
              _dispatchMouseDownEvent(t) {
                var e, i;
                null === (e = (i = this._mouseInput).dispatchMouseDownEvent) || void 0 === e || e.call(i, t);
              }
              _dispatchMouseMoveEvent(t) {
                var e, i;
                null === (e = (i = this._mouseInput).dispatchMouseMoveEvent) || void 0 === e || e.call(i, t);
              }
              _dispatchMouseUpEvent(t) {
                var e, i;
                null === (e = (i = this._mouseInput).dispatchMouseUpEvent) || void 0 === e || e.call(i, t);
              }
              _dispatchMouseScrollEvent(t) {
                var e, i;
                null === (e = (i = this._mouseInput).dispatchScrollEvent) || void 0 === e || e.call(i, t);
              }
              _dispatchKeyboardDownEvent(t) {
                var e, i;
                null === (e = (i = this._keyboardInput).dispatchKeyboardDownEvent) || void 0 === e || e.call(i, t);
              }
              _dispatchKeyboardUpEvent(t) {
                var e, i;
                null === (e = (i = this._keyboardInput).dispatchKeyboardUpEvent) || void 0 === e || e.call(i, t);
              }
              on(t, e, i) {
                this._eventTarget.on(t, e, i);
                return e;
              }
              once(t, e, i) {
                this._eventTarget.once(t, e, i);
                return e;
              }
              off(t, e, i) {
                this._eventTarget.off(t, e, i);
              }
              setAccelerometerEnabled(t) {
                t ? this._accelerometerInput.start() : this._accelerometerInput.stop();
              }
              setAccelerometerInterval(t) {
                this._accelerometerInput.setInterval(t);
              }
              _simulateEventTouch(t) {
                const e = ov[t.type];
                const i = iv.getTouch(0, t.getLocationX(), t.getLocationY());
                if (!i) return;
                const s = [ i ];
                const n = new NS(s, !1, e, e === MS.TOUCH_END ? [] : s);
                e === MS.TOUCH_END && iv.releaseTouch(0);
                this._dispatchOrPushEventTouch(n, this._eventTouchList);
              }
              _registerEventDispatcher(t) {
                this._eventDispatcherList.push(t);
                this._eventDispatcherList.sort(((t, e) => e.priority - t.priority));
              }
              _emitEvent(t) {
                const e = this._eventDispatcherList.length;
                for (let i = 0; i < e; ++i) {
                  if (!this._eventDispatcherList[i].dispatchEvent(t)) break;
                }
              }
              _registerEvent() {
                if (Vo.hasFeature(Vo.Feature.INPUT_TOUCH)) {
                  const t = this._eventTouchList;
                  this._touchInput.on(MS.TOUCH_START, (e => {
                    this._dispatchOrPushEventTouch(e, t);
                  }));
                  this._touchInput.on(MS.TOUCH_MOVE, (e => {
                    this._dispatchOrPushEventTouch(e, t);
                  }));
                  this._touchInput.on(MS.TOUCH_END, (e => {
                    this._dispatchOrPushEventTouch(e, t);
                  }));
                  this._touchInput.on(MS.TOUCH_CANCEL, (e => {
                    this._dispatchOrPushEventTouch(e, t);
                  }));
                }
                if (Vo.hasFeature(Vo.Feature.EVENT_MOUSE)) {
                  const t = this._eventMouseList;
                  this._mouseInput.on(MS.MOUSE_DOWN, (e => {
                    this._needSimulateTouchMoveEvent = !0;
                    this._simulateEventTouch(e);
                    this._dispatchOrPushEvent(e, t);
                  }));
                  this._mouseInput.on(MS.MOUSE_MOVE, (e => {
                    this._needSimulateTouchMoveEvent && this._simulateEventTouch(e);
                    this._dispatchOrPushEvent(e, t);
                  }));
                  this._mouseInput.on(MS.MOUSE_UP, (e => {
                    this._needSimulateTouchMoveEvent = !1;
                    this._simulateEventTouch(e);
                    this._dispatchOrPushEvent(e, t);
                  }));
                  this._mouseInput.on(MS.MOUSE_WHEEL, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                }
                if (Vo.hasFeature(Vo.Feature.EVENT_KEYBOARD)) {
                  const t = this._eventKeyboardList;
                  this._keyboardInput.on(MS.KEY_DOWN, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                  this._keyboardInput.on(MS.KEY_PRESSING, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                  this._keyboardInput.on(MS.KEY_UP, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                }
                if (Vo.hasFeature(Vo.Feature.EVENT_ACCELEROMETER)) {
                  const t = this._eventAccelerationList;
                  this._accelerometerInput.on(MS.DEVICEMOTION, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                }
                if (Vo.hasFeature(Vo.Feature.EVENT_GAMEPAD)) {
                  const t = this._eventGamepadList;
                  jT._on(MS.GAMEPAD_CHANGE, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                  jT._on(MS.GAMEPAD_INPUT, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                }
                if (Vo.hasFeature(Vo.Feature.EVENT_HANDLE)) {
                  const t = this._eventHandleList;
                  this._handleInput._on(MS.HANDLE_INPUT, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                  this._handleInput._on(MS.HANDLE_POSE_INPUT, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                }
                if (Vo.hasFeature(Vo.Feature.EVENT_HMD)) {
                  const t = this._eventHMDList;
                  this._hmdInput._on(MS.HMD_POSE_INPUT, (e => {
                    this._dispatchOrPushEvent(e, t);
                  }));
                }
              }
              _clearEvents() {
                this._eventMouseList.length = 0;
                this._eventTouchList.length = 0;
                this._eventKeyboardList.length = 0;
                this._eventAccelerationList.length = 0;
                this._eventGamepadList.length = 0;
                this._eventHandleList.length = 0;
                this._eventHMDList.length = 0;
              }
              _dispatchOrPushEvent(t, e) {
                this._dispatchImmediately ? this._emitEvent(t) : e.push(t);
              }
              _dispatchOrPushEventTouch(t, e) {
                if (this._dispatchImmediately) {
                  const e = t.getTouches();
                  const i = e.length;
                  for (let s = 0; s < i; ++s) {
                    t.touch = e[s];
                    t.propagationStopped = t.propagationImmediateStopped = !1;
                    this._emitEvent(t);
                  }
                } else e.push(t);
              }
              _frameDispatchEvents() {
                const t = this._eventMouseList;
                for (let e = 0, i = t.length; e < i; ++e) {
                  const i = t[e];
                  this._emitEvent(i);
                }
                const e = this._eventTouchList;
                for (let t = 0, i = e.length; t < i; ++t) {
                  const i = e[t];
                  const s = i.getTouches();
                  const n = s.length;
                  for (let t = 0; t < n; ++t) {
                    i.touch = s[t];
                    i.propagationStopped = i.propagationImmediateStopped = !1;
                    this._emitEvent(i);
                  }
                }
                const i = this._eventKeyboardList;
                for (let t = 0, e = i.length; t < e; ++t) {
                  const e = i[t];
                  this._emitEvent(e);
                }
                const s = this._eventAccelerationList;
                for (let t = 0, e = s.length; t < e; ++t) {
                  const e = s[t];
                  this._emitEvent(e);
                }
                const n = this._eventGamepadList;
                for (let t = 0, e = n.length; t < e; ++t) {
                  const e = n[t];
                  this._emitEvent(e);
                }
                const r = this._eventHandleList;
                for (let t = 0, e = r.length; t < e; ++t) {
                  const e = r[t];
                  this._emitEvent(e);
                }
                const o = this._eventHMDList;
                for (let t = 0, e = o.length; t < e; ++t) {
                  const e = o[t];
                  this._emitEvent(e);
                }
                this._clearEvents();
              }
            }
            t("Input", av);
            av.EventType = MS;
            const lv = t("input", new av);
            class hv extends vo {
              constructor() {
                super();
                lv.on(MS.MOUSE_DOWN, (t => {
                  this.emit(IS.MOUSE_DOWN, t);
                }));
                lv.on(MS.MOUSE_MOVE, (t => {
                  this.emit(IS.MOUSE_MOVE, t);
                }));
                lv.on(MS.MOUSE_UP, (t => {
                  this.emit(IS.MOUSE_UP, t);
                }));
                lv.on(MS.MOUSE_WHEEL, (t => {
                  this.emit(IS.MOUSE_WHEEL, t);
                }));
                lv.on(MS.TOUCH_START, (t => {
                  this.emit(IS.TOUCH_START, t.touch, t);
                }));
                lv.on(MS.TOUCH_MOVE, (t => {
                  this.emit(IS.TOUCH_MOVE, t.touch, t);
                }));
                lv.on(MS.TOUCH_END, (t => {
                  this.emit(IS.TOUCH_END, t.touch, t);
                }));
                lv.on(MS.TOUCH_CANCEL, (t => {
                  this.emit(IS.TOUCH_CANCEL, t.touch, t);
                }));
                lv.on(MS.KEY_DOWN, (t => {
                  this.emit(IS.KEY_DOWN, t);
                }));
                lv.on(MS.KEY_PRESSING, (t => {
                  this.emit(IS.KEY_DOWN, t);
                }));
                lv.on(MS.KEY_UP, (t => {
                  this.emit(IS.KEY_UP, t);
                }));
                lv.on(MS.DEVICEMOTION, (t => {
                  this.emit(IS.DEVICEMOTION, t);
                }));
              }
              setAccelerometerEnabled(t) {
                lv.setAccelerometerEnabled(t);
              }
              setAccelerometerInterval(t) {
                lv.setAccelerometerInterval(t);
              }
              on(t, e, i, s) {
                super.on(t, e, i, s);
                return e;
              }
              off(t, e, i) {
                super.off(t, e, i);
              }
            }
            t("SystemEvent", hv);
            hv.EventType = IS;
            m.SystemEvent = hv;
            const cv = t("systemEvent", new hv);
            m.systemEvent = cv;
            W(IS, "Node.EventType", [ {
              name: "POSITION_PART",
              newName: "TRANSFORM_CHANGED"
            }, {
              name: "ROTATION_PART",
              newName: "TRANSFORM_CHANGED"
            }, {
              name: "SCALE_PART",
              newName: "TRANSFORM_CHANGED"
            } ]);
            W(RS, "Event", [ {
              name: "ACCELERATION",
              newName: "DEVICEMOTION",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            q(RS, "Event", [ {
              name: "TOUCH",
              suggest: "please use SystemEvent.EventType.TOUCH_START, SystemEvent.EventType.TOUCH_MOVE, SystemEvent.EventType.TOUCH_END and SystemEvent.EventType.TOUCH_CANCEL instead"
            }, {
              name: "MOUSE",
              suggest: "please use SystemEvent.EventType.MOUSE_DOWN, SystemEvent.EventType.MOUSE_MOVE, SystemEvent.EventType.MOUSE_UP, SystemEvent.EventType.MOUSE_WHEEL, Node.EventType.MOUSE_ENTER and Node.EventType.MOUSE_LEAVE instead"
            }, {
              name: "KEYBOARD",
              suggest: "please use SystemEvent.EventType.KEY_DOWN and SystemEvent.EventType.KEY_UP instead"
            } ]);
            W(PS, "EventMouse", [ "DOWN", "UP", "MOVE" ].map((t => ({
              name: t,
              newName: `MOUSE_${t}`,
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            }))));
            W(PS, "EventMouse", [ {
              name: "SCROLL",
              newName: "MOUSE_WHEEL",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            q(PS.prototype, "EventMouse.prototype", [ {
              name: "eventType",
              suggest: "please use EventMouse.prototype.type instead"
            } ]);
            W(NS, "EventTouch", [ {
              name: "BEGAN",
              newName: "TOUCH_START",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            W(NS, "EventTouch", [ {
              name: "MOVED",
              newName: "TOUCH_MOVE",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            W(NS, "EventTouch", [ {
              name: "ENDED",
              newName: "TOUCH_END",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            W(NS, "EventTouch", [ {
              name: "CANCELLED",
              newName: "TOUCH_CANCEL",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            q(NS.prototype, "EventTouch.prototype", [ {
              name: "getEventCode",
              suggest: "please use EventTouch.prototype.type instead"
            } ]);
            W(NS.prototype, "EventTouch.prototype", [ {
              name: "getUILocationInView",
              newName: "getLocationInView",
              target: NS,
              targetName: "EventTouch"
            } ]);
            q(pe.KEY, "macro.KEY", [ "back", "menu", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "*", "+", "-", "/", ";", "=", ",", ".", "[", "]", "dpadLeft", "dpadRight", "dpadUp", "dpadDown", "dpadCenter" ].map((t => ({
              name: t
            }))));
            q(pe.KEY, "macro.KEY", [ {
              name: "shift",
              suggest: "please use KeyCode.SHIFT_LEFT instead"
            } ]);
            q(pe.KEY, "macro.KEY", [ {
              name: "ctrl",
              suggest: "please use KeyCode.CTRL_LEFT instead"
            } ]);
            q(pe.KEY, "macro.KEY", [ {
              name: "alt",
              suggest: "please use KeyCode.ALT_LEFT instead"
            } ]);
            q(pe, "macro", [ {
              name: "KEY",
              suggest: "please use KeyCode instead"
            } ]);
            var uv;
            W(_y.prototype, "Node", [ {
              name: "childrenCount",
              newName: "children.length",
              customGetter() {
                return this.children.length;
              }
            } ]);
            W(_y.prototype, "Node", [ {
              name: "width",
              targetName: "node.getComponent(UITransform)",
              customGetter() {
                return this._uiProps.uiTransformComp.width;
              },
              customSetter(t) {
                this._uiProps.uiTransformComp.width = t;
              }
            }, {
              name: "height",
              targetName: "node.getComponent(UITransform)",
              customGetter() {
                return this._uiProps.uiTransformComp.height;
              },
              customSetter(t) {
                this._uiProps.uiTransformComp.height = t;
              }
            }, {
              name: "anchorX",
              targetName: "node.getComponent(UITransform)",
              customGetter() {
                return this._uiProps.uiTransformComp.anchorX;
              },
              customSetter(t) {
                this._uiProps.uiTransformComp.anchorX = t;
              }
            }, {
              name: "anchorY",
              targetName: "node.getComponent(UITransform)",
              customGetter() {
                return this._uiProps.uiTransformComp.anchorY;
              },
              customSetter(t) {
                this._uiProps.uiTransformComp.anchorY = t;
              }
            }, {
              name: "getAnchorPoint",
              targetName: "node.getComponent(UITransform)",
              customFunction(t) {
                t || (t = new Qi);
                t.set(this._uiProps.uiTransformComp.anchorPoint);
                return t;
              }
            }, {
              name: "setAnchorPoint",
              targetName: "node.getComponent(UITransform)",
              customFunction(t, e) {
                this._uiProps.uiTransformComp.setAnchorPoint(t, e);
              }
            }, {
              name: "getContentSize",
              targetName: "node.getComponent(UITransform)",
              customFunction(t) {
                t || (t = new rs);
                t.set(this._uiProps.uiTransformComp.contentSize);
                return t;
              }
            }, {
              name: "setContentSize",
              targetName: "node.getComponent(UITransform)",
              customFunction(t, e) {
                "number" == typeof t ? this._uiProps.uiTransformComp.setContentSize(t, e) : this._uiProps.uiTransformComp.setContentSize(t);
              }
            } ]);
            Y(nT.prototype, "SceneGlobals.prototype", [ {
              name: "aspect"
            }, {
              name: "selfShadow"
            }, {
              name: "linear"
            }, {
              name: "packing"
            }, {
              name: "autoAdapt"
            }, {
              name: "fixedArea"
            }, {
              name: "pcf"
            }, {
              name: "bias"
            }, {
              name: "normalBias"
            }, {
              name: "near"
            }, {
              name: "far"
            }, {
              name: "shadowDistance"
            }, {
              name: "invisibleOcclusionRange"
            }, {
              name: "orthoSize"
            }, {
              name: "saturation"
            } ]);
            W(nT.prototype, "SceneGlobals.prototype", [ {
              name: "distance",
              newName: "planeHeight"
            }, {
              name: "normal",
              newName: "planeDirection"
            }, {
              name: "size",
              newName: "shadowMapSize"
            } ]);
            Y(_y.prototype, "Node.prototype", [ {
              name: "addLayer"
            }, {
              name: "removeLayer"
            } ]);
            W(ry.prototype, "NodeUIProperties", [ {
              name: "opacityDirty",
              newName: "colorDirty"
            } ]);
            Y(mm, "Layers", [ {
              name: "All"
            }, {
              name: "RaycastMask"
            }, {
              name: "check"
            } ]);
            W(mm, "Layers", [ {
              name: "Default",
              newName: "DEFAULT",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "Always",
              newName: "ALWAYS",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "IgnoreRaycast",
              newName: "IGNORE_RAYCAST",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "Gizmos",
              newName: "GIZMOS",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "Editor",
              newName: "EDITOR",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "UI",
              newName: "UI_3D",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "UI2D",
              newName: "UI_2D",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "SceneGizmo",
              newName: "SCENE_GIZMO",
              target: mm.Enum,
              targetName: "Layers.Enum"
            }, {
              name: "makeInclusiveMask",
              newName: "makeMaskInclude",
              target: mm,
              targetName: "Layers"
            }, {
              name: "makeExclusiveMask",
              newName: "makeMaskExclude",
              target: mm,
              targetName: "Layers"
            } ]);
            Y(mm.Enum, "Layers.Enum", [ {
              name: "ALWAYS"
            } ]);
            Y(mm.BitMask, "Layers.BitMask", [ {
              name: "ALWAYS"
            } ]);
            const _v = co.Flags.HideInHierarchy;
            const dv = co.Flags.DontSave;
            let pv = t("PrivateNode", Ul("cc.PrivateNode")(uv = class extends _y {
              constructor(t) {
                super(t);
                N(12003, this.name);
                this.hideFlags |= dv | _v;
              }
            }) || uv);
            W(IS, "SystemEventType", [ "MOUSE_ENTER", "MOUSE_LEAVE", "TRANSFORM_CHANGED", "SCENE_CHANGED_FOR_PERSISTS", "SIZE_CHANGED", "ANCHOR_CHANGED", "COLOR_CHANGED", "CHILD_ADDED", "CHILD_REMOVED", "PARENT_CHANGED", "NODE_DESTROYED", "LAYER_CHANGED", "SIBLING_ORDER_CHANGED" ].map((t => ({
              name: t,
              target: _y.EventType,
              targetName: "Node.EventType"
            }))));
            W(_y.EventType, "Node.EventType", [ {
              name: "DEVICEMOTION",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            }, {
              name: "KEY_DOWN",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            }, {
              name: "KEY_UP",
              target: hv.EventType,
              targetName: "SystemEvent.EventType"
            } ]);
            m.PrivateNode = pv;
            function mv(t, e) {
              if (!e) {
                const t = m.director.getScene();
                if (!t) return null;
                e = t;
              }
              return e.getChildByPath(t);
            }
            m.find = mv;
            const fv = te.fastRemoveAt;
            const gv = co.Flags.IsStartCalled;
            const yv = co.Flags.IsOnEnableCalled;
            co.Flags.IsEditorOnEnableCalled;
            function bv(t, e) {
              const i = e.constructor._executionOrder;
              const s = e._id;
              let n = 0;
              for (let e = t.length - 1, r = e >>> 1; n <= e; r = n + e >>> 1) {
                const o = t[r];
                const a = o.constructor._executionOrder;
                if (a > i) e = r - 1; else if (a < i) n = r + 1; else {
                  const t = o._id;
                  if (t > s) e = r - 1; else {
                    if (!(t < s)) return r;
                    n = r + 1;
                  }
                }
              }
              return ~n;
            }
            function Sv(t, e) {
              const i = t.array;
              let s = t.i + 1;
              for (;s < i.length; ) {
                const n = i[s];
                if (n.node._activeInHierarchy) ++s; else {
                  t.removeAt(s);
                  e && (n._objFlags &= ~e);
                }
              }
            }
            class Av {
              constructor(t) {
                this._zero = void 0;
                this._neg = void 0;
                this._pos = void 0;
                this._invoke = void 0;
                const e = nt;
                this._zero = new e([]);
                this._neg = new e([]);
                this._pos = new e([]);
                this._invoke = t;
              }
            }
            Av.stableRemoveInactive = Sv;
            function Tv(t, e) {
              return t.constructor._executionOrder - e.constructor._executionOrder;
            }
            class vv extends Av {
              add(t) {
                const e = t.constructor._executionOrder;
                (0 === e ? this._zero : e < 0 ? this._neg : this._pos).array.push(t);
              }
              remove(t) {
                const e = t.constructor._executionOrder;
                (0 === e ? this._zero : e < 0 ? this._neg : this._pos).fastRemove(t);
              }
              cancelInactive(t) {
                Sv(this._zero, t);
                Sv(this._neg, t);
                Sv(this._pos, t);
              }
              invoke() {
                const t = this._neg;
                if (t.array.length > 0) {
                  t.array.sort(Tv);
                  this._invoke(t);
                  t.array.length = 0;
                }
                this._invoke(this._zero);
                this._zero.array.length = 0;
                const e = this._pos;
                if (e.array.length > 0) {
                  e.array.sort(Tv);
                  this._invoke(e);
                  e.array.length = 0;
                }
              }
            }
            class Ev extends Av {
              add(t) {
                const e = t.constructor._executionOrder;
                if (0 === e) this._zero.array.push(t); else {
                  const i = e < 0 ? this._neg.array : this._pos.array;
                  const s = bv(i, t);
                  s < 0 && i.splice(~s, 0, t);
                }
              }
              remove(t) {
                const e = t.constructor._executionOrder;
                if (0 === e) this._zero.fastRemove(t); else {
                  const i = e < 0 ? this._neg : this._pos;
                  const s = bv(i.array, t);
                  s >= 0 && i.removeAt(s);
                }
              }
              invoke(t) {
                this._neg.array.length > 0 && this._invoke(this._neg, t);
                this._invoke(this._zero, t);
                this._pos.array.length > 0 && this._invoke(this._pos, t);
              }
            }
            function Cv(t, e, i) {
              return (s, n) => {
                try {
                  e(s, n);
                } catch (e) {
                  m._throw(e);
                  const r = s.array;
                  i && (r[s.i]._objFlags |= i);
                  ++s.i;
                  for (;s.i < r.length; ++s.i) try {
                    t(r[s.i], n);
                  } catch (t) {
                    m._throw(t);
                    i && (r[s.i]._objFlags |= i);
                  }
                }
              };
            }
            const xv = Cv((t => {
              t.start();
              t._objFlags |= gv;
            }), (t => {
              const e = t.array;
              for (t.i = 0; t.i < e.length; ++t.i) {
                const i = e[t.i];
                i.start();
                i._objFlags |= gv;
              }
            }), gv);
            const wv = Cv(((t, e) => {
              t.update(e);
            }), ((t, e) => {
              const i = t.array;
              for (t.i = 0; t.i < i.length; ++t.i) i[t.i].update(e);
            }));
            const Rv = Cv(((t, e) => {
              t.lateUpdate(e);
            }), ((t, e) => {
              const i = t.array;
              for (t.i = 0; t.i < i.length; ++t.i) i[t.i].lateUpdate(e);
            }));
            const Iv = t => {
              const e = m.director._compScheduler;
              const i = t.array;
              for (t.i = 0; t.i < i.length; ++t.i) {
                const s = i[t.i];
                if (s._enabled) {
                  s.onEnable();
                  !s.node._activeInHierarchy || e._onEnabled(s);
                }
              }
            };
            class Mv {
              constructor() {
                this._deferredComps = [];
                this.unscheduleAll();
              }
              unscheduleAll() {
                this.startInvoker = new vv(xv);
                this.updateInvoker = new Ev(wv);
                this.lateUpdateInvoker = new Ev(Rv);
                this._updating = !1;
              }
              _onEnabled(t) {
                m.director.getScheduler().resumeTarget(t);
                t._objFlags |= yv;
                this._updating ? this._deferredComps.push(t) : this._scheduleImmediate(t);
              }
              _onDisabled(t) {
                m.director.getScheduler().pauseTarget(t);
                t._objFlags &= ~yv;
                const e = this._deferredComps.indexOf(t);
                if (e >= 0) fv(this._deferredComps, e); else {
                  !t.start || t._objFlags & gv || this.startInvoker.remove(t);
                  t.update && this.updateInvoker.remove(t);
                  t.lateUpdate && this.lateUpdateInvoker.remove(t);
                }
              }
              enableComp(t, e) {
                if (!(t._objFlags & yv)) {
                  if (t.onEnable) {
                    if (e) {
                      e.add(t);
                      return;
                    }
                    t.onEnable();
                    if (!t.node._activeInHierarchy) return;
                  }
                  this._onEnabled(t);
                }
              }
              disableComp(t) {
                if (t._objFlags & yv) {
                  t.onDisable && t.onDisable();
                  this._onDisabled(t);
                }
              }
              startPhase() {
                this._updating = !0;
                this.startInvoker.invoke();
                this._startForNewComps();
              }
              updatePhase(t) {
                this.updateInvoker.invoke(t);
              }
              lateUpdatePhase(t) {
                this.lateUpdateInvoker.invoke(t);
                this._updating = !1;
                this._startForNewComps();
              }
              _startForNewComps() {
                if (this._deferredComps.length > 0) {
                  this._deferredSchedule();
                  this.startInvoker.invoke();
                }
              }
              _scheduleImmediate(t) {
                "function" != typeof t.start || t._objFlags & gv || this.startInvoker.add(t);
                "function" == typeof t.update && this.updateInvoker.add(t);
                "function" == typeof t.lateUpdate && this.lateUpdateInvoker.add(t);
              }
              _deferredSchedule() {
                const t = this._deferredComps;
                for (let e = 0, i = t.length; e < i; e++) this._scheduleImmediate(t[e]);
                t.length = 0;
              }
            }
            const Bv = co.Flags.IsPreloadStarted;
            const Dv = co.Flags.IsOnLoadStarted;
            const Pv = co.Flags.IsOnLoadCalled;
            const Ov = co.Flags.Deactivating;
            class Nv extends Av {
              add(t) {
                this._zero.array.push(t);
              }
              remove(t) {
                this._zero.fastRemove(t);
              }
              cancelInactive(t) {
                Av.stableRemoveInactive(this._zero, t);
              }
              invoke() {
                this._invoke(this._zero);
                this._zero.array.length = 0;
              }
            }
            const Lv = Cv((t => {
              t.__preload();
            }), (t => {
              const e = t.array;
              for (t.i = 0; t.i < e.length; ++t.i) e[t.i].__preload();
            }));
            const Fv = Cv((t => {
              t.onLoad();
              t._objFlags |= Pv;
            }), (t => {
              const e = t.array;
              for (t.i = 0; t.i < e.length; ++t.i) {
                const i = e[t.i];
                i.onLoad();
                i._objFlags |= Pv;
              }
            }), Pv);
            const Vv = new $t(4);
            Vv.get = function() {
              const t = this._get() || {
                preload: new Nv(Lv),
                onLoad: new vv(Fv),
                onEnable: new vv(Iv)
              };
              t.preload._zero.i = -1;
              let e = t.onLoad;
              e._zero.i = -1;
              e._neg.i = -1;
              e._pos.i = -1;
              e = t.onEnable;
              e._zero.i = -1;
              e._neg.i = -1;
              e._pos.i = -1;
              return t;
            };
            function kv(t, e, i) {
              F(3817, t.name, i);
              console.log("Corrupted component value:", e);
              e ? t._removeComponent(e) : te.removeAt(t._components, i);
            }
            class Uv {
              constructor() {
                this.resetComp = void 0;
                this.reset();
              }
              reset() {
                this._activatingStack = [];
              }
              activateNode(t, e) {
                if (e) {
                  const e = Vv.get();
                  this._activatingStack.push(e);
                  this._activateNodeRecursively(t, e.preload, e.onLoad, e.onEnable);
                  e.preload.invoke();
                  e.onLoad.invoke();
                  e.onEnable.invoke();
                  this._activatingStack.pop();
                  Vv.put(e);
                } else {
                  this._deactivateNodeRecursively(t);
                  const e = this._activatingStack;
                  for (const t of e) {
                    t.preload.cancelInactive(Bv);
                    t.onLoad.cancelInactive(Dv);
                    t.onEnable.cancelInactive();
                  }
                }
                t.emit(ny.ACTIVE_IN_HIERARCHY_CHANGED, t);
              }
              activateComp(t, e, i, s) {
                if (po(t, !0)) {
                  if (!(t._objFlags & Bv)) {
                    t._objFlags |= Bv;
                    t.__preload && (e ? e.add(t) : t.__preload());
                  }
                  if (!(t._objFlags & Dv)) {
                    t._objFlags |= Dv;
                    if (t.onLoad) if (i) i.add(t); else {
                      t.onLoad();
                      t._objFlags |= Pv;
                    } else t._objFlags |= Pv;
                  }
                  if (t._enabled) {
                    ne(t.node, G(3823, t.uuid, t.name));
                    if (!t.node._activeInHierarchy) return;
                    m.director._compScheduler.enableComp(t, s);
                  }
                }
              }
              destroyComp(t) {
                m.director._compScheduler.disableComp(t);
                t.onDestroy && t._objFlags & Pv && t.onDestroy();
              }
              _activateNodeRecursively(t, e, i, s) {
                if (t._objFlags & Ov) {
                  F(3816, t.name);
                  return;
                }
                t._activeInHierarchy = !0;
                let n = t._components.length;
                for (let r = 0; r < n; ++r) {
                  const o = t._components[r];
                  if (o instanceof m.Component) this.activateComp(o, e, i, s); else {
                    kv(t, o, r);
                    --r;
                    --n;
                  }
                }
                for (let n = 0, r = t._children.length; n < r; ++n) {
                  const r = t._children[n];
                  r._active && this._activateNodeRecursively(r, e, i, s);
                }
                t._onPostActivated(!0);
              }
              _deactivateNodeRecursively(t) {
                t._objFlags |= Ov;
                t._activeInHierarchy = !1;
                const e = t._components.length;
                for (let i = 0; i < e; ++i) {
                  const e = t._components[i];
                  if (e._enabled) {
                    m.director._compScheduler.disableComp(e);
                    if (t._activeInHierarchy) {
                      t._objFlags &= ~Ov;
                      return;
                    }
                  }
                }
                for (let e = 0, i = t._children.length; e < i; ++e) {
                  const i = t._children[e];
                  if (i._activeInHierarchy) {
                    this._deactivateNodeRecursively(i);
                    if (t._activeInHierarchy) {
                      t._objFlags &= ~Ov;
                      return;
                    }
                  }
                }
                t._onPostActivated(!1);
                t._objFlags &= ~Ov;
              }
            }
            t("NodeActivator", Uv);
            var Gv, zv, Hv, jv, Xv, Wv, Yv, qv, Kv, Jv, Zv, Qv, $v, tE, eE, iE, sE, nE, rE, oE, aE, lE, hE, cE, uE, _E, dE, pE, mE, fE, gE, yE, bE, SE, AE, TE, vE, EE, CE, xE, wE, RE, IE, ME, BE, DE, PE, OE, NE, LE, FE, VE, kE, UE, GE, zE, HE, jE, XE, WE, YE, qE, KE, JE, ZE;
            let QE = Ul("cc.TargetInfo")(Gv = (zv = class {
              constructor() {
                Ml(this, "localID", Hv, this);
              }
            }, Hv = Bl(zv.prototype, "localID", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), zv)) || Gv;
            let $E = (jv = Ul("cc.TargetOverrideInfo"), Xv = Th(co), Wv = Th(QE), Yv = Th(_y), 
            qv = Th(QE), jv(Kv = (Jv = class {
              constructor() {
                Ml(this, "source", Zv, this);
                Ml(this, "sourceInfo", Qv, this);
                Ml(this, "propertyPath", $v, this);
                Ml(this, "target", tE, this);
                Ml(this, "targetInfo", eE, this);
              }
            }, Zv = Bl(Jv.prototype, "source", [ Yl, Xv ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Qv = Bl(Jv.prototype, "sourceInfo", [ Yl, Wv ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), $v = Bl(Jv.prototype, "propertyPath", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), tE = Bl(Jv.prototype, "target", [ Yl, Yv ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), eE = Bl(Jv.prototype, "targetInfo", [ Yl, qv ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Jv)) || Kv);
            let tC = Ul("cc.CompPrefabInfo")(iE = (sE = class {
              constructor() {
                Ml(this, "fileId", nE, this);
              }
            }, nE = Bl(sE.prototype, "fileId", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), sE)) || iE;
            let eC = (rE = Ul("CCPropertyOverrideInfo"), oE = Th(QE), rE(aE = (lE = class {
              constructor() {
                Ml(this, "targetInfo", hE, this);
                Ml(this, "propertyPath", cE, this);
                Ml(this, "value", uE, this);
              }
              isTarget(t, e) {}
            }, hE = Bl(lE.prototype, "targetInfo", [ Yl, oE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), cE = Bl(lE.prototype, "propertyPath", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), uE = Bl(lE.prototype, "value", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), lE)) || aE);
            let iC = (_E = Ul("cc.MountedChildrenInfo"), dE = Th(QE), pE = Th([ _y ]), _E(mE = (fE = class {
              constructor() {
                Ml(this, "targetInfo", gE, this);
                Ml(this, "nodes", yE, this);
              }
              isTarget(t) {}
            }, gE = Bl(fE.prototype, "targetInfo", [ Yl, dE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), yE = Bl(fE.prototype, "nodes", [ Yl, pE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), fE)) || mE);
            let sC = (bE = Ul("cc.MountedComponentsInfo"), SE = Th(QE), AE = Th([ Qc ]), bE(TE = (vE = class {
              constructor() {
                Ml(this, "targetInfo", EE, this);
                Ml(this, "components", CE, this);
              }
              isTarget(t) {}
            }, EE = Bl(vE.prototype, "targetInfo", [ Yl, SE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), CE = Bl(vE.prototype, "components", [ Yl, AE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), vE)) || TE);
            let nC = (xE = Ul("cc.PrefabInstance"), wE = Th(_y), RE = Th([ iC ]), IE = Th([ sC ]), 
            ME = Th([ eC ]), BE = Th([ QE ]), xE(DE = (PE = class {
              constructor() {
                Ml(this, "fileId", OE, this);
                Ml(this, "prefabRootNode", NE, this);
                Ml(this, "mountedChildren", LE, this);
                Ml(this, "mountedComponents", FE, this);
                Ml(this, "propertyOverrides", VE, this);
                Ml(this, "removedComponents", kE, this);
                this.targetMap = {};
                this.expanded = !1;
              }
              findPropertyOverride(t, e) {}
              removePropertyOverride(t, e) {}
            }, OE = Bl(PE.prototype, "fileId", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), NE = Bl(PE.prototype, "prefabRootNode", [ Yl, wE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), LE = Bl(PE.prototype, "mountedChildren", [ Yl, RE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), FE = Bl(PE.prototype, "mountedComponents", [ Yl, IE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), VE = Bl(PE.prototype, "propertyOverrides", [ Yl, ME ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), kE = Bl(PE.prototype, "removedComponents", [ Yl, BE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), PE)) || DE);
            let rC = (UE = Ul("cc.PrefabInfo"), GE = Th(_y), zE = Th(nC), HE = Th([ $E ]), UE(jE = (XE = class {
              constructor() {
                Ml(this, "root", WE, this);
                Ml(this, "asset", YE, this);
                Ml(this, "fileId", qE, this);
                Ml(this, "instance", KE, this);
                Ml(this, "targetOverrides", JE, this);
                Ml(this, "nestedPrefabInstanceRoots", ZE, this);
              }
            }, WE = Bl(XE.prototype, "root", [ Yl, GE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), YE = Bl(XE.prototype, "asset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), qE = Bl(XE.prototype, "fileId", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), KE = Bl(XE.prototype, "instance", [ Yl, zE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), JE = Bl(XE.prototype, "targetOverrides", [ Yl, HE ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), ZE = Bl(XE.prototype, "nestedPrefabInstanceRoots", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), XE)) || jE);
            m._PrefabInfo = rC;
            var oC = Object.freeze({
              __proto__: null,
              TargetInfo: QE,
              TargetOverrideInfo: $E,
              CompPrefabInfo: tC,
              PropertyOverrideInfo: eC,
              MountedChildrenInfo: iC,
              MountedComponentsInfo: sC,
              PrefabInstance: nC,
              PrefabInfo: rC,
              createNodeWithPrefab: JS,
              generateTargetMap: ZS,
              getTarget: QS,
              applyMountedChildren: $S,
              applyMountedComponents: tA,
              applyRemovedComponents: eA,
              applyPropertyOverrides: iA,
              applyTargetOverrides: sA,
              expandPrefabInstanceNode: nA,
              expandNestedPrefabInstanceNode: rA,
              applyNodeAndComponentId: function t(e, i) {
                const {components: s, children: n} = e;
                for (let t = 0; t < s.length; t++) {
                  var r;
                  const e = s[t];
                  e._id = `${i}${null === (r = e.__prefab) || void 0 === r ? void 0 : r.fileId}`;
                }
                for (let e = 0; e < n.length; e++) {
                  var o;
                  const s = n[e];
                  s._id = `${i}${null === (o = s._prefab) || void 0 === o ? void 0 : o.fileId}`;
                  t(s, i);
                }
              }
            });
            var aC, lC, hC, cC, uC, _C, dC;
            const pC = oe({
              AUTO: 0,
              SINGLE_INSTANCE: 1,
              MULTI_INSTANCE: 2
            });
            let mC = t("Prefab", Ul("cc.Prefab")(aC = (lC = (dC = _C = class extends gc {
              constructor() {
                super();
                Ml(this, "data", hC, this);
                Ml(this, "optimizationPolicy", cC, this);
                Ml(this, "persistent", uC, this);
                this._createFunction = void 0;
                this._instantiatedTimes = void 0;
                this._createFunction = null;
                this._instantiatedTimes = 0;
              }
              createNode(t) {
                const e = m.instantiate(this);
                e.name = this.name;
                t(null, e);
              }
              compileCreateFunction() {
                this._createFunction = function(t) {
                  const e = t instanceof m._BaseNode && t;
                  return new iy(t, e).result;
                }(this.data);
              }
              _doInstantiate(t) {
                this.data._prefab || N(3700);
                this._createFunction || this.compileCreateFunction();
                return this._createFunction(t);
              }
              _instantiate() {
                let t;
                t = this.data._instantiate();
                ++this._instantiatedTimes;
                return t;
              }
              initDefault(t) {
                super.initDefault(t);
                this.data = new _y;
                this.data.name = "(Missing Node)";
                const e = new m._PrefabInfo;
                e.asset = this;
                e.root = this.data;
                this.data._prefab = e;
              }
              validate() {
                return !!this.data;
              }
              onLoaded() {
                const t = this.data;
                rA(t);
                sA(t);
              }
            }, _C.OptimizationPolicy = pC, _C.OptimizationPolicyThreshold = 3, dC), hC = Bl(lC.prototype, "data", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), cC = Bl(lC.prototype, "optimizationPolicy", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return pC.AUTO;
              }
            }), uC = Bl(lC.prototype, "persistent", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), lC)) || aC);
            ee.value(mC, "_utils", oC);
            m.Prefab = mC;
            Ct(m, "cc._Prefab", "Prefab");
            const fC = t("RenderingSubMesh", jsb.RenderingSubMesh);
            const gC = fC.prototype;
            gC._ctor = function(t, e, i, s = null, n = null) {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._attributes = e;
              this._vertexBuffers = t;
              this._indexBuffer = s;
              this._indirectBuffer = n;
            };
            Object.defineProperty(gC, "geometricInfo", {
              configurable: !0,
              enumerable: !0,
              get() {
                let t = this.getGeometricInfo();
                if (!t.positions && !t.indices) {
                  t.positions = new Float32Array;
                  t.indices = new Uint8Array;
                }
                return t;
              }
            });
            Object.defineProperty(gC, "attributes", {
              configurable: !0,
              enumerable: !0,
              get() {
                this._attributes || (this._attributes = this.getAttributes());
                return this._attributes;
              }
            });
            Object.defineProperty(gC, "vertexBuffers", {
              configurable: !0,
              enumerable: !0,
              get() {
                this._vertexBuffers || (this._vertexBuffers = this.getVertexBuffers());
                return this._vertexBuffers;
              }
            });
            Object.defineProperty(gC, "indexBuffer", {
              configurable: !0,
              enumerable: !0,
              get() {
                this._indexBuffer || (this._indexBuffer = this.getIndexBuffer());
                return this._indexBuffer;
              }
            });
            Object.defineProperty(gC, "indirectBuffer", {
              configurable: !0,
              enumerable: !0,
              get() {
                this._indirectBuffer || (this._indirectBuffer = this.getIndexBuffer());
                return this._indirectBuffer;
              }
            });
            const yC = t("SceneAsset", jsb.SceneAsset);
            m.SceneAsset = yC;
            const bC = yC.prototype;
            Object.defineProperty(bC, "scene", {
              enumerable: !0,
              configurable: !0,
              get() {
                this._scene || (this._scene = this.getScene());
                return this._scene;
              },
              set(t) {
                this._scene = t;
                this.setScene(t);
              }
            });
            bC._ctor = function() {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._scene = null;
            };
            const SC = yC.prototype;
            Yl(SC, "scene");
            Ul("cc.SceneAsset")(yC);
            var AC, TC, vC;
            let EC = t("TextAsset", Ul("cc.TextAsset")(AC = (TC = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "text", vC, this);
              }
              toString() {
                return this.text;
              }
            }, vC = Bl(TC.prototype, "text", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), TC)) || AC);
            m.TextAsset = EC;
            var CC, xC, wC;
            let RC = t("JsonAsset", Ul("cc.JsonAsset")(CC = (xC = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "json", wC, this);
              }
            }, wC = Bl(xC.prototype, "json", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), xC)) || CC);
            m.JsonAsset = RC;
            const IC = t("ImageAsset", jsb.ImageAsset);
            const MC = [ ".png", ".jpg", ".jpeg", ".bmp", ".webp", ".pvr", ".pkm", ".astc" ];
            function BC(t) {
              return !!(Vo.hasFeature(Vo.Feature.IMAGE_BITMAP) && t instanceof ImageBitmap);
            }
            const DC = IC.prototype;
            DC._ctor = function(t) {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._width = 0;
              this._height = 0;
              this._nativeData = {
                _data: null,
                width: 0,
                height: 0,
                format: 0,
                _compressed: !1
              };
              void 0 !== t && this.reset(t);
            };
            Object.defineProperty(DC, "_nativeAsset", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._nativeData;
              },
              set(t) {
                t instanceof HTMLElement || BC(t) || (t.format = t.format || this.format);
                this.reset(t);
              }
            });
            Object.defineProperty(DC, "data", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._nativeData && (!0 !== (t = this._nativeData)._compressed && (t instanceof HTMLImageElement || t instanceof HTMLCanvasElement || BC(t))) ? this._nativeData : this._nativeData && this._nativeData._data;
                var t;
              }
            });
            DC._setRawAsset = function(t, e = !0) {
              this._native = !1 !== e ? t || "" : `/${t}`;
            };
            DC.reset = function(t) {
              this._nativeData = t;
              t instanceof HTMLElement || (this.format = t.format);
              this._syncDataToNative();
            };
            const PC = jsb.Asset.prototype.destroy;
            DC.destroy = function() {
              if (this.data && this.data instanceof HTMLImageElement) {
                this.data.src = "";
                this._setRawAsset("");
                this.data.destroy();
              } else BC(this.data) && this.data.close && this.data.close();
              return PC.call(this);
            };
            Object.defineProperty(DC, "width", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._nativeData.width || this._width;
              }
            });
            Object.defineProperty(DC, "height", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._nativeData.height || this._height;
              }
            });
            DC._syncDataToNative = function() {
              const t = this._nativeData;
              this._width = t.width;
              this._height = t.height;
              this.setWidth(this._width);
              this.setHeight(this._height);
              this.url = this.nativeUrl;
              t instanceof HTMLCanvasElement ? this.setData(t._data.data) : t instanceof HTMLImageElement ? this.setData(t._data) : this.setData(this._nativeData._data);
            };
            DC._serialize = function() {
              if (EDITOR) {
                let t;
                this._native && (t = [ this._native ]);
                if (!t) return "";
                const e = [];
                for (const i of t) {
                  const t = i.split("@");
                  const s = MC.indexOf(t[0]);
                  let n = s < 0 ? i : `${s}`;
                  t[1] && (n += `@${t[1]}`);
                  e.push(n);
                }
                return {
                  fmt: e.join("_"),
                  w: this.width,
                  h: this.height
                };
              }
            };
            DC._deserialize = function(t) {
              let e = "";
              if ("string" == typeof t) e = t; else {
                this._width = t.w;
                this._height = t.h;
                e = t.fmt;
              }
              const i = zo.gfxDevice;
              const s = e.split("_");
              let n = Number.MAX_VALUE;
              let r = this.format;
              let o = "";
              const a = pe.SUPPORT_TEXTURE_FORMATS;
              for (const t of s) {
                const e = t.split("@");
                const s = parseInt(e[0], void 0);
                const l = MC[s] || e[0];
                const h = a.indexOf(l);
                if (-1 !== h && h < n) {
                  const t = e[1] ? parseInt(e[1]) : this.format;
                  if (!(".astc" !== l || i && i.getFormatFeatures(bs.ASTC_RGBA_4X4) & Is.SAMPLED_TEXTURE)) continue;
                  if (!(".pvr" !== l || i && i.getFormatFeatures(bs.PVRTC_RGBA4) & Is.SAMPLED_TEXTURE)) continue;
                  if (!(t !== Jp.RGB_ETC1 && t !== Jp.RGBA_ETC1 || i && i.getFormatFeatures(bs.ETC_RGB8) & Is.SAMPLED_TEXTURE)) continue;
                  if (!(t !== Jp.RGB_ETC2 && t !== Jp.RGBA_ETC2 || i && i.getFormatFeatures(bs.ETC2_RGB8) & Is.SAMPLED_TEXTURE)) continue;
                  if (".webp" === l && !Vo.hasFeature(Vo.Feature.WEBP)) continue;
                  n = h;
                  o = l;
                  r = t;
                }
              }
              if (o) {
                this._setRawAsset(o);
                this.format = r;
              } else N(3121);
            };
            m.ImageAsset = jsb.ImageAsset;
            const OC = IC.prototype;
            vh(OC, "_nativeAsset", Object.getOwnPropertyDescriptor(OC, "_nativeAsset"));
            Ul("cc.ImageAsset")(IC);
            const NC = jsb.Texture2D.prototype;
            NC.createNode = null;
            const LC = t("Texture2D", jsb.Texture2D);
            LC.Filter = Qp;
            LC.PixelFormat = Jp;
            LC.WrapMode = Zp;
            NC._ctor = function() {
              mA.prototype._ctor.apply(this, arguments);
              this._mipmaps = [];
            };
            NC._serialize = function(t) {
              return EDITOR || TEST ? {
                base: tm.prototype._serialize(t),
                mipmaps: this._mipmaps.map((e => e && e._uuid ? t && t._compressUuid ? EditorExtends.UuidUtils.compressUuid(e._uuid, !0) : e._uuid : null))
              } : null;
            };
            NC._deserialize = function(t, e) {
              const i = t;
              tm.prototype._deserialize.call(this, i.base);
              this._mipmaps = new Array(i.mipmaps.length);
              for (let t = 0; t < i.mipmaps.length; ++t) {
                this._mipmaps[t] = new IC;
                if (!i.mipmaps[t]) continue;
                const s = i.mipmaps[t];
                e.result.push(this._mipmaps, `${t}`, s, ee.getClassId(IC));
              }
            };
            const FC = NC.onLoaded;
            NC.onLoaded = function() {
              this.syncMipmapsForJS(this._mipmaps);
              FC.call(this);
            };
            Object.defineProperty(NC, "image", {
              configurable: !0,
              enumerable: !0,
              get() {
                return 0 === this._mipmaps.length ? null : this._mipmaps[0];
              },
              set(t) {
                this.mipmaps = t ? [ t ] : [];
              }
            });
            Object.defineProperty(NC, "mipmaps", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._mipmaps;
              },
              set(t) {
                for (let e = 0, i = t.length; e < i; ++e) t[e]._syncDataToNative();
                this._mipmaps = t;
                this.setMipmaps(t);
              }
            });
            m.Texture2D = jsb.Texture2D;
            const VC = LC.prototype;
            Th([ IC ])(VC, "_mipmaps");
            Ul("cc.Texture2D")(LC);
            let kC, UC, GC;
            const zC = 2;
            const HC = 1;
            const jC = 1, XC = 2, WC = 4, YC = 8;
            class qC {
              constructor(t, e) {
                this.source = void 0;
                this.target = void 0;
                this.source = t;
                this.target = e;
              }
              equals(t) {
                return this.source === t.source && this.target === t.target;
              }
            }
            class KC {
              constructor(t) {
                this.target = void 0;
                this.target = t;
              }
              equals(t) {
                return this.target === t.target;
              }
            }
            kC = Symbol.iterator;
            class JC {
              constructor(t, e) {
                this.iterator = void 0;
                this.source = void 0;
                this.iterator = t;
                this.source = e;
              }
              [kC]() {
                return this;
              }
              next() {
                const t = this.iterator.next();
                return t.done ? {
                  value: void 0,
                  done: !0
                } : {
                  value: new qC(this.source, t.value.target),
                  done: !1
                };
              }
            }
            UC = Symbol.iterator;
            class ZC {
              constructor(t, e) {
                this.iterator = void 0;
                this.source = void 0;
                this.iterator = t;
                this.source = e;
              }
              [UC]() {
                return this;
              }
              next() {
                const t = this.iterator.next();
                return t.done ? {
                  value: void 0,
                  done: !0
                } : {
                  value: new qC(t.value.target, this.source),
                  done: !1
                };
              }
            }
            GC = Symbol.iterator;
            class QC {
              constructor(t, e) {
                this.graph = void 0;
                this.iterator = void 0;
                this.graph = t;
                this.iterator = e;
              }
              [GC]() {
                return this;
              }
              next() {
                const t = this.iterator.next();
                return t.done ? {
                  value: void 0,
                  done: !0
                } : {
                  value: this.graph.target(t.value),
                  done: !1
                };
              }
            }
            function $C(t, e) {
              for (const i of t) i.target > e && --i.target;
            }
            function tx(t, e, i) {
              const s = t.nullVertex();
              const n = i.split("/");
              if (0 === n.length) return e;
              let r = e;
              let o = 0;
              if ("" === n[0]) {
                r = s;
                ++o;
              }
              for (let e = o; e !== n.length; ++e) {
                const i = n[e];
                if ("" !== i && "." !== i) if (".." !== i) {
                  r = t.locateChild(r, i);
                  if (r === s) return s;
                } else {
                  if (r === s) return s;
                  r = t.getParent(r);
                }
              }
              return r;
            }
            class ex {
              terminate(t, e) {
                return !1;
              }
            }
            function ix(t) {
              const e = t.vertices().next();
              return e.done ? t.nullVertex() : e.value;
            }
            let sx;
            !function(t) {
              t[t.WHITE = 0] = "WHITE";
              t[t.GRAY = 1] = "GRAY";
              t[t.GREEN = 2] = "GREEN";
              t[t.RED = 3] = "RED";
              t[t.BLACK = 4] = "BLACK";
            }(sx || (sx = {}));
            class nx {
              constructor(t, e, i) {
                this.v = void 0;
                this.e = void 0;
                this.iter = void 0;
                this.v = t;
                this.e = e;
                this.iter = i;
              }
            }
            function rx(t, e, i, s, n) {
              let r = null;
              let o = null;
              const a = new Array;
              s.put(e, sx.GRAY);
              i.discoverVertex(e, t);
              o = t.outEdges(e);
              n.terminate(e, t) ? a.push(new nx(e, null, null)) : a.push(new nx(e, null, o));
              for (;a.length; ) {
                const l = a.pop();
                e = l.v;
                r = l.e;
                o = l.iter;
                null !== r && i.finishEdge(r, t);
                if (o) for (let l = o.next(); !l.done; l = o.next()) {
                  const h = l.value;
                  const c = h.target;
                  i.examineEdge(h, t);
                  const u = s.get(c);
                  if (u === sx.WHITE) {
                    i.treeEdge(h, t);
                    r = h;
                    a.push(new nx(e, r, o));
                    e = c;
                    s.put(e, sx.GRAY);
                    i.discoverVertex(e, t);
                    o = t.outEdges(e);
                    if (n.terminate(e, t)) break;
                  } else {
                    u === sx.GRAY ? i.backEdge(h, t) : i.forwardOrCrossEdge(h, t);
                    i.finishEdge(h, t);
                  }
                }
                s.put(e, sx.BLACK);
                i.finishVertex(e, t);
              }
            }
            const ox = 0, ax = 1, lx = 2, hx = 3;
            const cx = 0, ux = 4;
            const _x = 0;
            const dx = 0, px = 1, mx = 3;
            const fx = 0, gx = 1, yx = 2, bx = 4, Sx = 8, Ax = 16, Tx = 32, vx = 64, Ex = 256, Cx = 512, xx = 1024;
            const wx = 0, Rx = 1;
            const Ix = 0, Mx = 2;
            class Bx {
              constructor(t = "", e = Mx, i = wx, s = Us.LOAD, n = Gs.STORE, r = en.ALL, o = new gn) {
                this.slotName = void 0;
                this.accessType = void 0;
                this.attachmentType = void 0;
                this.loadOp = void 0;
                this.storeOp = void 0;
                this.clearFlags = void 0;
                this.clearColor = void 0;
                this.slotName = t;
                this.accessType = e;
                this.attachmentType = i;
                this.loadOp = s;
                this.storeOp = n;
                this.clearFlags = r;
                this.clearColor = o;
              }
            }
            const Dx = 0;
            class Px {
              constructor() {
                this.name = "";
                this.accessType = Ix;
                this.clearFlags = en.NONE;
                this.clearColor = new gn;
                this.clearValueType = Dx;
              }
            }
            class Ox {
              constructor(t = null, e = 0) {
                this.light = void 0;
                this.level = void 0;
                this.light = t;
                this.level = e;
              }
            }
            const Nx = 0, Lx = 1, Fx = 2, Vx = 3, kx = 4, Ux = 5, Gx = 7, zx = 8;
            class Hx {
              constructor(t = As.UNKNOWN) {
                this.type = void 0;
                this.count = 1;
                this.type = t;
              }
            }
            class jx {
              constructor() {
                this.descriptors = new Map;
                this.uniformBlocks = new Map;
                this.capacity = 0;
                this.count = 0;
              }
            }
            class Xx {
              constructor() {
                this.descriptorNames = [];
                this.uniformBlockNames = [];
                this.descriptors = [];
                this.uniformBlocks = [];
                this.capacity = 0;
                this.count = 0;
              }
            }
            class Wx {
              constructor(t = ox, e = cx, i = Nx, s = ks.NONE) {
                this.updateFrequency = void 0;
                this.parameterType = void 0;
                this.descriptorType = void 0;
                this.visibility = void 0;
                this.updateFrequency = t;
                this.parameterType = e;
                this.descriptorType = i;
                this.visibility = s;
              }
            }
            class Yx {
              constructor() {
                this.blocks = new Map;
              }
            }
            class qx {
              constructor() {
                this.shaders = new Set;
              }
            }
            const Kx = 0, Jx = 1;
            class Zx {
              constructor(t, e) {
                this._outEdges = [];
                this._inEdges = [];
                this._id = void 0;
                this._object = void 0;
                this.id = t;
                this.object = e;
                this._id = t;
                this._object = e;
              }
            }
            class Qx {
              constructor(t) {
                this._names = void 0;
                this.names = t;
                this._names = t;
              }
              get(t) {
                return this._names[t];
              }
            }
            class $x {
              constructor(t) {
                this._descriptors = void 0;
                this.descriptors = t;
                this._descriptors = t;
              }
              get(t) {
                return this._descriptors[t];
              }
            }
            const tw = 0, ew = 1;
            class iw {
              constructor() {
                this.directed_category = zC;
                this.edge_parallel_category = HC;
                this.traversal_category = jC | XC | WC | YC;
                this.components = [ "Name", "Descriptors" ];
                this._vertices = [];
                this._names = [];
                this._descriptors = [];
              }
              nullVertex() {
                return 4294967295;
              }
              edge(t, e) {
                for (const i of this._vertices[t]._outEdges) if (e === i.target) return !0;
                return !1;
              }
              source(t) {
                return t.source;
              }
              target(t) {
                return t.target;
              }
              outEdges(t) {
                return new JC(this._vertices[t]._outEdges.values(), t);
              }
              outDegree(t) {
                return this._vertices[t]._outEdges.length;
              }
              inEdges(t) {
                return new ZC(this._vertices[t]._inEdges.values(), t);
              }
              inDegree(t) {
                return this._vertices[t]._inEdges.length;
              }
              degree(t) {
                return this.outDegree(t) + this.inDegree(t);
              }
              adjacentVertices(t) {
                return new QC(this, this.outEdges(t));
              }
              vertices() {
                return this._vertices.keys();
              }
              numVertices() {
                return this._vertices.length;
              }
              clear() {
                this._names.length = 0;
                this._descriptors.length = 0;
                this._vertices.length = 0;
              }
              addVertex(t, e, i, s, n = 4294967295) {
                const r = new Zx(t, e);
                const o = this._vertices.length;
                this._vertices.push(r);
                this._names.push(i);
                this._descriptors.push(s);
                4294967295 !== n && this.addEdge(n, o);
                return o;
              }
              clearVertex(t) {
                const e = this._vertices[t];
                for (const i of e._outEdges) {
                  const e = this._vertices[i.target];
                  for (let i = 0; i !== e._inEdges.length; ) e._inEdges[i].target === t ? e._inEdges.splice(i, 1) : ++i;
                }
                e._outEdges.length = 0;
                for (const i of e._inEdges) {
                  const e = this._vertices[i.target];
                  for (let i = 0; i !== e._outEdges.length; ) e._outEdges[i].target === t ? e._outEdges.splice(i, 1) : ++i;
                }
                e._inEdges.length = 0;
              }
              removeVertex(t) {
                this._vertices.splice(t, 1);
                this._names.splice(t, 1);
                this._descriptors.splice(t, 1);
                const e = this._vertices.length;
                if (t !== e) for (let i = 0; i !== e; ++i) {
                  const e = this._vertices[i];
                  $C(e._outEdges, t);
                  $C(e._inEdges, t);
                }
              }
              addEdge(t, e) {
                this._vertices[t]._outEdges.push(new KC(e));
                this._vertices[e]._inEdges.push(new KC(t));
                return new qC(t, e);
              }
              removeEdges(t, e) {
                const i = this._vertices[t];
                for (let t = 0; t !== i._outEdges.length; ) i._outEdges[t].target === e ? i._outEdges.splice(t, 1) : ++t;
                const s = this._vertices[e];
                for (let e = 0; e !== s._inEdges.length; ) s._inEdges[e].target === t ? s._inEdges.splice(e, 1) : ++e;
              }
              removeEdge(t) {
                const e = t.source;
                const i = t.target;
                const s = this._vertices[e];
                for (let t = 0; t !== s._outEdges.length; ) {
                  if (s._outEdges[t].target === i) {
                    s._outEdges.splice(t, 1);
                    break;
                  }
                  ++t;
                }
                const n = this._vertices[i];
                for (let t = 0; t !== n._inEdges.length; ) {
                  if (n._inEdges[t].target === e) {
                    n._inEdges.splice(t, 1);
                    break;
                  }
                  ++t;
                }
              }
              vertexName(t) {
                return this._names[t];
              }
              vertexNameMap() {
                return new Qx(this._names);
              }
              get(t) {
                switch (t) {
                 case "Name":
                  return new Qx(this._names);

                 case "Descriptors":
                  return new $x(this._descriptors);

                 default:
                  throw Error("property map not found");
                }
              }
              component(t, e) {
                switch (t) {
                 case tw:
                  return this._names[e];

                 case ew:
                  return this._descriptors[e];

                 default:
                  throw Error("component not found");
                }
              }
              componentMap(t) {
                switch (t) {
                 case tw:
                  return new Qx(this._names);

                 case ew:
                  return new $x(this._descriptors);

                 default:
                  throw Error("component map not found");
                }
              }
              getName(t) {
                return this._names[t];
              }
              getDescriptors(t) {
                return this._descriptors[t];
              }
              holds(t, e) {
                return this._vertices[e]._id === t;
              }
              id(t) {
                return this._vertices[t]._id;
              }
              object(t) {
                return this._vertices[t]._object;
              }
              value(t, e) {
                if (this._vertices[e]._id === t) return this._vertices[e]._object;
                throw Error("value id not match");
              }
              tryValue(t, e) {
                return this._vertices[e]._id === t ? this._vertices[e]._object : null;
              }
              visitVertex(t, e) {
                const i = this._vertices[e];
                switch (i._id) {
                 case Kx:
                  return t.renderStage(i._object);

                 case Jx:
                  return t.renderPhase(i._object);

                 default:
                  throw Error("polymorphic type not found");
                }
              }
              getRenderStage(t) {
                if (this._vertices[t]._id === Kx) return this._vertices[t]._object;
                throw Error("value id not match");
              }
              getRenderPhase(t) {
                if (this._vertices[t]._id === Jx) return this._vertices[t]._object;
                throw Error("value id not match");
              }
              tryGetRenderStage(t) {
                return this._vertices[t]._id === Kx ? this._vertices[t]._object : null;
              }
              tryGetRenderPhase(t) {
                return this._vertices[t]._id === Jx ? this._vertices[t]._object : null;
              }
              reference(t, e) {
                for (const i of this._vertices[t]._outEdges) if (e === i.target) return !0;
                return !1;
              }
              parent(t) {
                return t.source;
              }
              child(t) {
                return t.target;
              }
              parents(t) {
                return new ZC(this._vertices[t]._inEdges.values(), t);
              }
              children(t) {
                return new JC(this._vertices[t]._outEdges.values(), t);
              }
              numParents(t) {
                return this._vertices[t]._inEdges.length;
              }
              numChildren(t) {
                return this._vertices[t]._outEdges.length;
              }
              getParent(t) {
                if (4294967295 === t) return 4294967295;
                const e = this._vertices[t]._inEdges;
                return 0 === e.length ? 4294967295 : e[0].target;
              }
              isAncestor(t, e) {
                const i = 4294967295;
                if (t === e) return !1;
                if (t === i) return !0;
                if (e === i) return !1;
                for (let s = this.getParent(e); s !== i; ) {
                  if (t === s) return !0;
                  s = this.getParent(s);
                }
                return !1;
              }
              addReference(t, e) {
                return this.addEdge(t, e);
              }
              removeReference(t) {
                return this.removeEdge(t);
              }
              removeReferences(t, e) {
                return this.removeEdges(t, e);
              }
              locateChild(t, e) {
                if (4294967295 === t) {
                  for (const t of this._vertices.keys()) {
                    if (0 === this._vertices[t]._inEdges.length && this._names[t] === e) return t;
                  }
                  return 4294967295;
                }
                for (const i of this._vertices[t]._outEdges) {
                  const t = i.target;
                  if (e === this._names[t]) return t;
                }
                return 4294967295;
              }
              addressable(t) {
                return 4294967295 !== tx(this, 4294967295, t);
              }
              locate(t) {
                return tx(this, 4294967295, t);
              }
              locateRelative(t, e = 4294967295) {
                return tx(this, e, t);
              }
              path(t) {
                return function(t, e) {
                  if (e === t.nullVertex()) return "";
                  const i = [];
                  for (;e !== t.nullVertex(); e = t.getParent(e)) i.push(t.vertexName(e));
                  let s = "";
                  for (let t = i.length; t-- > 0; ) {
                    s += "/";
                    s += i[t];
                  }
                  return s;
                }(this, t);
              }
            }
            class sw {
              constructor() {
                this.uniformBlockIndex = void 0;
                this.blockMerged = void 0;
                this.dbsToMerge = void 0;
                this._layoutGraph = void 0;
                this._layoutGraph = new iw;
                this.uniformBlockIndex = new Map;
                this.blockMerged = new Map;
                this.dbsToMerge = new Map;
              }
              getLayoutBlock(t, e, i, s, n) {
                const r = new Wx(t, e, i, s);
                const o = JSON.stringify(r);
                if (void 0 === n.blocks.get(o)) {
                  const t = new jx;
                  n.blocks.set(o, t);
                  this.uniformBlockIndex.set(t, r);
                }
                return n.blocks.get(o);
              }
              getLayoutBlockByKey(t, e) {
                if (void 0 === e.blocks.get(t)) {
                  const i = new jx;
                  e.blocks.set(t, i);
                  const s = JSON.parse(t);
                  this.uniformBlockIndex.set(i, s);
                }
                return e.blocks.get(t);
              }
              getUniformBlock(t, e, i, s) {
                if (void 0 === s.uniformBlocks.get(i)) {
                  const n = new Mn(t, e, i, [], 1);
                  s.uniformBlocks.set(i, n);
                }
                return s.uniformBlocks.get(i);
              }
              setUniform(t, e, i, s) {
                const n = new In(e, i, s);
                t.members.push(n);
              }
              setDescriptor(t, e, i) {
                const s = new Hx(i);
                t.descriptors.set(e, s);
              }
              merge(t) {
                for (const i of t.blocks) {
                  const t = i[1];
                  const s = new Map;
                  for (const e of t.descriptors) {
                    const i = e[1].type;
                    if (void 0 === s.get(i)) s.set(i, 1); else {
                      const t = s.get(i);
                      s.set(i, t + 1);
                    }
                    t.capacity++;
                  }
                  for (const i of s) {
                    const s = i[0];
                    const n = i[1];
                    if (n > 0) {
                      var e;
                      const i = new Hx(s);
                      i.count = n;
                      let r;
                      if (void 0 === this.blockMerged.get(t)) {
                        r = new Map;
                        this.blockMerged.set(t, r);
                      }
                      null === (e = this.blockMerged.get(t)) || void 0 === e || e.set(s, i);
                    }
                  }
                }
              }
              mergeDBs(t, e) {
                for (let i = 0; i < t.length; ++i) {
                  const s = t[i];
                  for (const t of s.blocks) {
                    const i = t[0];
                    const s = t[1];
                    let n;
                    if (void 0 === this.blockMerged.get(s)) {
                      n = new Map;
                      this.blockMerged.set(s, n);
                    } else n = this.blockMerged.get(s);
                    if (n.size > 0) {
                      const t = this.getLayoutBlockByKey(i, e);
                      let r;
                      if (void 0 === this.blockMerged.get(t)) {
                        r = new Map;
                        this.blockMerged.set(t, r);
                      } else r = this.blockMerged.get(t);
                      for (const t of n) {
                        const e = t[0];
                        const i = t[1];
                        if (r.has(e)) {
                          const t = r.get(e);
                          void 0 !== t && (t.count = t.count > i.count ? t.count : i.count);
                        } else {
                          const t = new Hx(i.type);
                          t.count = i.count;
                          r.set(e, t);
                        }
                      }
                      t.capacity = s.capacity > t.capacity ? s.capacity : t.capacity;
                    }
                  }
                }
              }
              sort(t) {
                const e = new Map(Array.from(t.blocks).sort(((t, e) => String(t[0]).localeCompare(e[0]))));
                t.blocks.clear();
                for (const i of e) t.blocks.set(i[0], i[1]);
              }
              addEffect(t, e) {
                const i = t.shaders.length;
                for (let n = 0; n !== i; ++n) {
                  var s;
                  const i = t.shaders[n];
                  const r = new Yx;
                  for (let t = 0; t < i.blocks.length; ++t) {
                    const e = i.blocks[t];
                    const s = this.getLayoutBlock(ox, ux, Nx, e.stageFlags, r);
                    const n = this.getUniformBlock(wm.MATERIAL, e.binding, e.name, s);
                    for (let t = 0; t < e.members.length; ++t) {
                      const i = e.members[t];
                      n.members.push(i);
                    }
                  }
                  for (let t = 0; t < i.buffers.length; ++t) {
                    const e = i.buffers[t];
                    const s = this.getLayoutBlock(ax, ux, Ux, e.stageFlags, r);
                    this.setDescriptor(s, e.name, As.UNKNOWN);
                  }
                  for (let t = 0; t < i.images.length; ++t) {
                    const e = i.images[t];
                    const s = this.getLayoutBlock(ax, ux, Gx, e.stageFlags, r);
                    this.setDescriptor(s, e.name, e.type);
                  }
                  for (let t = 0; t < i.samplerTextures.length; ++t) {
                    const e = i.samplerTextures[t];
                    const s = this.getLayoutBlock(ax, ux, Fx, e.stageFlags, r);
                    this.setDescriptor(s, e.name, e.type);
                  }
                  for (let t = 0; t < i.samplers.length; ++t) {
                    const e = i.samplers[t];
                    const s = this.getLayoutBlock(ax, ux, Vx, e.stageFlags, r);
                    this.setDescriptor(s, e.name, As.SAMPLER);
                  }
                  for (let t = 0; t < i.textures.length; ++t) {
                    const e = i.textures[t];
                    const s = this.getLayoutBlock(ax, ux, kx, e.stageFlags, r);
                    this.setDescriptor(s, e.name, e.type);
                  }
                  for (let t = 0; t < i.subpassInputs.length; ++t) {
                    const e = i.subpassInputs[t];
                    const s = this.getLayoutBlock(ax, ux, zx, e.stageFlags, r);
                    this.setDescriptor(s, e.name, As.SUBPASS_INPUT);
                  }
                  const o = this.getLayoutBlock(ox, ux, Nx, ks.VERTEX, r);
                  const a = this.getLayoutBlock(ax, ux, Lx, ks.FRAGMENT, r);
                  const l = this.getLayoutBlock(ox, ux, Lx, ks.VERTEX, r);
                  const h = this.getLayoutBlock(ox, ux, Nx, ks.VERTEX | ks.COMPUTE, r);
                  const c = this.getLayoutBlock(ax, ux, Fx, ks.VERTEX, r);
                  const u = this.getLayoutBlock(ax, ux, Fx, ks.FRAGMENT, r);
                  const _ = this.getLayoutBlock(ax, ux, Fx, ks.COMPUTE, r);
                  for (let t = 0; t < i.builtins.locals.blocks.length; ++t) {
                    const e = i.builtins.locals.blocks[t].name;
                    if ("CCMorph" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, nf.BINDING, "CCMorph", o);
                      this.setUniform(t, "cc_displacementWeights", As.FLOAT4, nf.MAX_MORPH_TARGET_COUNT / 4);
                      this.setUniform(t, "cc_displacementTextureInfo", As.FLOAT4, 1);
                    } else if ("CCSkinningTexture" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, tf.BINDING, "CCSkinningTexture", o);
                      this.setUniform(t, "cc_jointTextureInfo", As.FLOAT4, 1);
                    } else if ("CCSkinningAnimation" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, ef.BINDING, "CCSkinningAnimation", o);
                      this.setUniform(t, "cc_jointAnimInfo", As.FLOAT4, 1);
                    } else if ("CCSkinning" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, sf.BINDING, "CCSkinning", o);
                      this.setUniform(t, "cc_joints", As.FLOAT4, 90);
                    } else if ("CCUILocal" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, rf.BINDING, "CCUILocal", l);
                      this.setUniform(t, "cc_local_data", As.FLOAT4, 1);
                    } else if ("CCForwardLight" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, Qm.BINDING, "CCForwardLight", a);
                      this.setUniform(t, "cc_lightPos", As.FLOAT4, Qm.LIGHTS_PER_PASS);
                      this.setUniform(t, "cc_lightColor", As.FLOAT4, Qm.LIGHTS_PER_PASS);
                      this.setUniform(t, "cc_lightSizeRangeAngle", As.FLOAT4, Qm.LIGHTS_PER_PASS);
                      this.setUniform(t, "cc_lightDir", As.FLOAT4, Qm.LIGHTS_PER_PASS);
                    } else if ("CCLocal" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, Km.BINDING, "CCLocal", h);
                      this.setUniform(t, "cc_matWorld", As.MAT4, 1);
                      this.setUniform(t, "cc_matWorldIT", As.MAT4, 1);
                      this.setUniform(t, "cc_lightingMapUVParam", As.FLOAT4, 1);
                    } else if ("CCLocalBatched" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, Zm.BINDING, "CCLocalBatched", h);
                      this.setUniform(t, "cc_matWorlds", As.MAT4, Zm.BATCHING_COUNT);
                    } else if ("CCWorldBound" === e) {
                      const t = this.getUniformBlock(wm.LOCAL, Jm.BINDING, "CCWorldBound", h);
                      this.setUniform(t, "cc_worldBoundCenter", As.FLOAT4, 1);
                      this.setUniform(t, "cc_worldBoundHalfExtents", As.FLOAT4, 1);
                    }
                  }
                  for (let t = 0; t < i.builtins.locals.samplerTextures.length; ++t) {
                    const e = i.builtins.locals.samplerTextures[t].name;
                    "cc_jointTexture" === e ? this.setDescriptor(c, "cc_jointTexture", As.SAMPLER2D) : "cc_PositionDisplacements" === e ? this.setDescriptor(c, "cc_PositionDisplacements", As.SAMPLER2D) : "cc_NormalDisplacements" === e ? this.setDescriptor(c, "cc_NormalDisplacements", As.SAMPLER2D) : "cc_TangentDisplacements" === e ? this.setDescriptor(c, "cc_TangentDisplacements", As.SAMPLER2D) : "cc_lightingMap" === e ? this.setDescriptor(u, "cc_lightingMap", As.SAMPLER2D) : "cc_spriteTexture" === e ? this.setDescriptor(u, "cc_spriteTexture", As.SAMPLER2D) : "cc_reflectionTexture" === e && this.setDescriptor(u, "cc_reflectionTexture", As.SAMPLER2D);
                  }
                  for (let t = 0; t < i.builtins.locals.images.length; ++t) {
                    "cc_reflectionStorage" === i.builtins.locals.images[t].name && this.setDescriptor(_, "cc_reflectionStorage", As.IMAGE2D);
                  }
                  const d = new qx;
                  d.shaders.add(i.name);
                  this._layoutGraph.addVertex(Jx, d, i.name, r, e);
                  this.merge(r);
                  this.sort(r);
                  const p = this._layoutGraph.getDescriptors(e);
                  void 0 === this.dbsToMerge.get(p) && this.dbsToMerge.set(p, []);
                  null === (s = this.dbsToMerge.get(p)) || void 0 === s || s.push(r);
                }
              }
              addGlobal(t, e, i, s, n, r, o, a) {
                const l = new Yx;
                const h = this.getLayoutBlock(hx, ux, Nx, ks.ALL, l);
                const c = this.getLayoutBlock(hx, ux, Fx, ks.FRAGMENT, l);
                if (e) {
                  const t = this.getUniformBlock(wm.GLOBAL, Im.BINDING, "CCGlobal", h);
                  this.setUniform(t, "cc_time", As.FLOAT4, 1);
                  this.setUniform(t, "cc_screenSize", As.FLOAT4, 1);
                  this.setUniform(t, "cc_nativeSize", As.FLOAT4, 1);
                  this.setDescriptor(h, "CCGlobal", As.UNKNOWN);
                }
                if (i) {
                  const t = this.getUniformBlock(wm.GLOBAL, Mm.BINDING, "CCCamera", h);
                  this.setUniform(t, "cc_matView", As.MAT4, 1);
                  this.setUniform(t, "cc_matViewInv", As.MAT4, 1);
                  this.setUniform(t, "cc_matProj", As.MAT4, 1);
                  this.setUniform(t, "cc_matProjInv", As.MAT4, 1);
                  this.setUniform(t, "cc_matViewProj", As.MAT4, 1);
                  this.setUniform(t, "cc_matViewProjInv", As.MAT4, 1);
                  this.setUniform(t, "cc_cameraPos", As.FLOAT4, 1);
                  this.setUniform(t, "cc_surfaceTransform", As.FLOAT4, 1);
                  this.setUniform(t, "cc_screenScale", As.FLOAT4, 1);
                  this.setUniform(t, "cc_exposure", As.FLOAT4, 1);
                  this.setUniform(t, "cc_mainLitDir", As.FLOAT4, 1);
                  this.setUniform(t, "cc_mainLitColor", As.FLOAT4, 1);
                  this.setUniform(t, "cc_ambientSky", As.FLOAT4, 1);
                  this.setUniform(t, "cc_ambientGround", As.FLOAT4, 1);
                  this.setUniform(t, "cc_fogColor", As.FLOAT4, 1);
                  this.setUniform(t, "cc_fogBase", As.FLOAT4, 1);
                  this.setUniform(t, "cc_fogAdd", As.FLOAT4, 1);
                  this.setUniform(t, "cc_nearFar", As.FLOAT4, 1);
                  this.setUniform(t, "cc_viewPort", As.FLOAT4, 1);
                  this.setDescriptor(h, "CCCamera", As.UNKNOWN);
                }
                if (s) {
                  const t = this.getUniformBlock(wm.GLOBAL, Bm.BINDING, "CCShadow", h);
                  this.setUniform(t, "cc_matLightView", As.MAT4, 1);
                  this.setUniform(t, "cc_matLightViewProj", As.MAT4, 1);
                  this.setUniform(t, "cc_shadowInvProjDepthInfo", As.FLOAT4, 1);
                  this.setUniform(t, "cc_shadowProjDepthInfo", As.FLOAT4, 1);
                  this.setUniform(t, "cc_shadowProjInfo", As.FLOAT4, 1);
                  this.setUniform(t, "cc_shadowNFLSInfo", As.FLOAT4, 1);
                  this.setUniform(t, "cc_shadowWHPBInfo", As.FLOAT4, 1);
                  this.setUniform(t, "cc_shadowLPNNInfo", As.FLOAT4, 1);
                  this.setUniform(t, "cc_shadowColor", As.FLOAT4, 1);
                  this.setUniform(t, "cc_planarNDInfo", As.FLOAT4, 1);
                  this.setDescriptor(h, "CCShadow", As.UNKNOWN);
                }
                n && this.setDescriptor(c, "cc_shadowMap", As.SAMPLER2D);
                r && this.setDescriptor(c, "cc_environment", As.SAMPLER_CUBE);
                o && this.setDescriptor(c, "cc_diffuseMap", As.SAMPLER_CUBE);
                a && this.setDescriptor(c, "cc_spotShadowMap", As.SAMPLER2D);
                this.merge(l);
                return this._layoutGraph.addVertex(Kx, fm.DEFAULT, t, l);
              }
              mergeDescriptors(t) {
                const e = this._layoutGraph.getDescriptors(t);
                const i = this.dbsToMerge.get(e);
                if (void 0 !== i) {
                  this.mergeDBs(i, e);
                  this.sort(e);
                }
              }
              addRenderStage(t, e) {
                const i = new Yx;
                return this._layoutGraph.addVertex(Kx, e, t, i);
              }
              addRenderPhase(t, e) {
                const i = new Yx;
                return this._layoutGraph.addVertex(Jx, new qx, t, i, e);
              }
              get layoutGraph() {
                return this._layoutGraph;
              }
            }
            class nw extends class {
              initializeVertex(t, e) {}
              startVertex(t, e) {}
              discoverVertex(t, e) {}
              examineEdge(t, e) {}
              treeEdge(t, e) {}
              backEdge(t, e) {}
              forwardOrCrossEdge(t, e) {}
              finishEdge(t, e) {}
              finishVertex(t, e) {}
            } {
              constructor(...t) {
                super(...t);
                this._error = "";
              }
              getFrequency(t, e) {
                let i;
                i = t.holds(Kx, e) ? hx : lx;
                return i;
              }
              mergeDescriptors(t, e) {
                for (const [n, r] of t.descriptors) {
                  const t = e.descriptors.get(n);
                  if (void 0 !== t) {
                    if (!(i = r, s = t, i.type === s.type && i.count === s.count)) return `Descriptor ${n} is inconsistent`;
                  } else e.descriptors.set(n, r);
                }
                var i, s;
                return "";
              }
              mergeParent(t, e, i) {
                for (const [s, n] of e.blocks) {
                  let e = i.blocks.get(s);
                  if (void 0 === e) {
                    e = new jx;
                    i.blocks.set(s, e);
                  }
                  if (JSON.parse(s).updateFrequency > t) {
                    const t = this.mergeDescriptors(n, e);
                    if (t) return t;
                  }
                }
                return "";
              }
              updateInfo(t, e) {
                e.blocks.forEach(((e, i) => {
                  if (JSON.parse(i).updateFrequency >= t) {
                    e.count = function(t) {
                      let e = 0;
                      for (const [, i] of t.descriptors) e += i.count;
                      return e;
                    }(e);
                    e.capacity = e.count;
                  }
                }));
              }
              backEdge(t, e) {
                this._error = "Cycle detected in graph";
              }
              finishEdge(t, e) {
                if ("" !== this._error) return;
                const i = e.source(t);
                const s = e.target(t);
                const n = e.getDescriptors(i);
                const r = e.getDescriptors(s);
                const o = this.getFrequency(e, s);
                this.mergeParent(o, r, n);
              }
              finishVertex(t, e) {
                if ("" !== this._error) return;
                const i = this.getFrequency(e, t);
                const s = e.getDescriptors(t);
                this.updateInfo(i, s);
              }
              get error() {
                return this._error;
              }
            }
            function rw(t, e) {
              t.descriptors.forEach(((t, i) => {
                const s = i;
                const n = t;
                e.descriptorNames.push(s);
                e.descriptors.push(n);
              }));
              t.uniformBlocks.forEach(((t, i) => {
                const s = i;
                const n = t;
                e.uniformBlockNames.push(s);
                e.uniformBlocks.push(n);
              }));
              e.count = t.count;
              e.capacity = t.capacity;
            }
            function ow(t, e) {
              for (const i of t.vertices()) {
                const s = t.getDescriptors(i);
                let n = 0;
                t.id(i) === Kx && (n = e.addRenderStage(t.getName(i)));
                if (t.id(i) === Jx) {
                  n = e.addRenderPhase(t.getName(i), t.getParent(i));
                  const s = t.getRenderPhase(n);
                  for (const t of s.shaders) e.addShader(t, n);
                }
                s.blocks.forEach(((t, i) => {
                  const s = JSON.parse(i);
                  const r = t;
                  const o = new Xx;
                  rw(r, o);
                  r.capacity > 0 && e.addDescriptorBlock(n, s, o);
                  for (let t = 0; t < o.uniformBlockNames.length; ++t) e.addUniformBlock(n, s, o.uniformBlockNames[t], o.uniformBlocks[t]);
                }));
              }
            }
            var aw;
            !function(t) {
              t[t.GEOMETRY = 0] = "GEOMETRY";
              t[t.LIGHTING = 1] = "LIGHTING";
              t[t.POST = 2] = "POST";
            }(aw || (aw = {}));
            class lw {
              constructor(t) {
                this.colors = void 0;
                this.colors = new Array(t);
              }
              get(t) {
                return this.colors[t];
              }
              put(t, e) {
                this.colors[t] = e;
              }
            }
            function hw(t) {
              const e = new sw;
              const i = e.addGlobal("default", !0, !0, !0, !0, !0, !0, !0);
              e.mergeDescriptors(i);
              const s = e.addRenderStage("Geometry", aw.GEOMETRY);
              const n = e.addRenderStage("Lighting", aw.LIGHTING);
              const r = e.addRenderStage("Postprocess", aw.POST);
              e.addRenderPhase("Queue", s);
              const o = e.addRenderPhase("Queue", n);
              e.addRenderPhase("Queue", r);
              const a = e.layoutGraph.getDescriptors(o);
              const l = e.getLayoutBlock(hx, ux, Fx, ks.FRAGMENT, a);
              e.setDescriptor(l, "gbuffer_albedoMap", As.FLOAT4);
              e.setDescriptor(l, "gbuffer_normalMap", As.FLOAT4);
              e.setDescriptor(l, "gbuffer_emissiveMap", As.FLOAT4);
              e.setDescriptor(l, "depth_stencil", As.FLOAT4);
              const h = new nw;
              const c = new lw(e.layoutGraph.numVertices());
              !function(t, e, i, s = null) {
                if (null === (s = s || ix(t)) || 0 === t.numVertices()) return;
                for (const s of t.vertices()) {
                  i.put(s, sx.WHITE);
                  e.initializeVertex(s, t);
                }
                const n = new ex;
                if (s !== ix(t)) {
                  e.startVertex(s, t);
                  rx(t, s, e, i, n);
                }
                for (const s of t.vertices()) if (i.get(s) === sx.WHITE) {
                  e.startVertex(s, t);
                  rx(t, s, e, i, n);
                }
              }(e.layoutGraph, h, c);
              e.mergeDescriptors(n);
              const u = e.layoutGraph.getDescriptors(r);
              const _ = e.getLayoutBlock(hx, ux, Fx, ks.FRAGMENT, u);
              e.setDescriptor(_, "outputResultMap", As.FLOAT4);
              e.merge(u);
              e.mergeDescriptors(r);
              h.error && console.log(h.error);
              const d = t.layoutGraphBuilder;
              d.clear();
              ow(e.layoutGraph, d);
            }
            const cw = t("Root", jsb.Root);
            var uw;
            !function(t) {
              t[t.DIRECTIONAL = 0] = "DIRECTIONAL";
              t[t.SPHERE = 1] = "SPHERE";
              t[t.SPOT = 2] = "SPOT";
              t[t.UNKNOWN = 3] = "UNKNOWN";
            }(uw || (uw = {}));
            const _w = cw.prototype;
            _w._createBatcher2D = function() {
              if (!this._batcher && m.internal.Batcher2D) {
                this._batcher = new m.internal.Batcher2D(this);
                if (!this._batcher.initialize()) {
                  this._batcher = null;
                  this.destroy();
                  return;
                }
                this._batcher._nativeObj = this.getBatcher2D();
              }
            };
            Object.defineProperty(_w, "batcher2D", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._batcher;
              }
            });
            Object.defineProperty(_w, "dataPoolManager", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._dataPoolMgr;
              }
            });
            Object.defineProperty(_w, "pipelineEvent", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._pipelineEvent;
              }
            });
            Object.defineProperty(_w, "debugView", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this._debugView;
              }
            });
            class dw {
              on(t, e, i, s) {}
              once(t, e, i) {}
              off(t, e, i) {}
              emit(t, e, i, s, n, r) {}
              targetOff(t) {}
              removeAll(t) {}
              hasEventListener(t, e, i) {
                return !1;
              }
            }
            _w._ctor = function(t) {
              this._device = t;
              this._dataPoolMgr = m.internal.DataPoolManager && new m.internal.DataPoolManager(t);
              this._modelPools = new Map;
              this._lightPools = new Map;
              this._batcher = null;
              this._pipelineEvent = new dw;
              this._debugView = new Ng;
              this.setDebugViewConfig(this._debugView._nativeConfig);
              this._registerListeners();
            };
            _w.initialize = function(t) {
              var e;
              this._initialize(zo.swapchain);
              const i = de.querySettings(_e.Category.ANIMATION, "customJointTextureLayouts") || [];
              null === (e = this._dataPoolMgr) || void 0 === e || e.jointTexturePool.registerCustomTextureLayouts(i);
            };
            _w.createModel = function(t) {
              let e = this._modelPools.get(t);
              if (!e) {
                this._modelPools.set(t, new $r((() => new t), 10, (t => t.destroy())));
                e = this._modelPools.get(t);
              }
              const i = e.alloc();
              i.initialize();
              return i;
            };
            _w.removeModel = function(t) {
              const e = this._modelPools.get(t.constructor);
              if (e) {
                e.free(t);
                t.destroy();
                t.scene && t.scene.removeModel(t);
              } else N(1300, t.constructor.name);
            };
            _w.createLight = function(t) {
              let e = this._lightPools.get(t);
              if (!e) {
                this._lightPools.set(t, new $r((() => new t), 4, (t => t.destroy())));
                e = this._lightPools.get(t);
              }
              const i = e.alloc();
              i.initialize();
              return i;
            };
            _w.destroyLight = function(t) {
              if (t.scene) switch (t.type) {
               case uw.DIRECTIONAL:
                t.scene.removeDirectionalLight(t);
                break;

               case uw.SPHERE:
                t.scene.removeSphereLight(t);
                break;

               case uw.SPOT:
                t.scene.removeSpotLight(t);
              }
              t.destroy();
            };
            _w.recycleLight = function(t) {
              const e = this._lightPools.get(t.constructor);
              if (e) {
                e.free(t);
                if (t.scene) switch (t.type) {
                 case uw.DIRECTIONAL:
                  t.scene.removeDirectionalLight(t);
                  break;

                 case uw.SPHERE:
                  t.scene.removeSphereLight(t);
                  break;

                 case uw.SPOT:
                  t.scene.removeSpotLight(t);
                }
              }
            };
            _w._onDirectorBeforeCommit = function() {
              m.director.emit(m.Director.EVENT_BEFORE_COMMIT);
            };
            const pw = _w.frameMove;
            _w.frameMove = function(t) {
              pw.call(this, t, m.director.getTotalFrames());
            };
            const mw = _w.setRenderPipeline;
            _w.setRenderPipeline = function(t) {
              let e;
              if (this.usesCustomPipeline) {
                const t = mw.call(this, null);
                const e = this.customPipeline;
                this.useDeferredPipeline ? hw(e) : function(t) {
                  const e = new sw;
                  {
                    const t = e.addGlobal("default", !0, !0, !0, !0, !0, !0, !0);
                    e.mergeDescriptors(t);
                  }
                  const i = t.layoutGraphBuilder;
                  i.clear();
                  ow(e.layoutGraph, i);
                }(e);
                e.layoutGraphBuilder.compile();
                return t;
              }
              t || (t = new nr.ForwardPipeline).init();
              e = mw.call(this, t);
              this._createBatcher2D();
              return e;
            };
            _w.addBatch = function(t) {
              console.error("The Draw Batch class is implemented differently in the native platform and does not support this interface.");
            };
            _w.removeBatch = function(t) {
              console.error("The Draw Batch class is implemented differently in the native platform and does not support this interface.");
            };
            _w.removeBatches = function() {
              console.error("The Draw Batch class is implemented differently in the native platform and does not support this interface.");
            };
            class fw {
              constructor() {
                this._rafHandle = 0;
                this._onTick = null;
                this._targetFrameRate = 60;
                this._isPlaying = !1;
                this._updateCallback = void 0;
                this._updateCallback = () => {
                  this._isPlaying && (this._rafHandle = requestAnimationFrame(this._updateCallback));
                  this._onTick && this._onTick();
                };
              }
              get targetFrameRate() {
                return this._targetFrameRate;
              }
              set targetFrameRate(t) {
                if (this._targetFrameRate !== t) {
                  ne(t > 0);
                  this._targetFrameRate = t;
                  jsb.setPreferredFramesPerSecond(this._targetFrameRate);
                  if (this._isPlaying) {
                    this.stop();
                    this.start();
                  }
                }
              }
              set onTick(t) {
                this._onTick = t;
              }
              get onTick() {
                return this._onTick;
              }
              start() {
                if (!this._isPlaying) {
                  this._rafHandle = requestAnimationFrame(this._updateCallback);
                  this._isPlaying = !0;
                }
              }
              stop() {
                if (this._isPlaying) {
                  cancelAnimationFrame(this._rafHandle);
                  this._rafHandle = 0;
                  this._isPlaying = !1;
                }
              }
            }
            class gw {
              constructor() {
                this.name = "";
                this.base = "";
                this.importBase = "";
                this.nativeBase = "";
                this.deps = null;
                this.assetInfos = new Rh;
                this.scenes = new Rh;
                this.paths = new Rh;
              }
              init(t) {
                (t => {
                  let e = t.uuids;
                  const i = t.paths;
                  const s = t.types;
                  const n = t.deps;
                  const r = t.paths = Object.create(null);
                  if (!1 === t.debug) {
                    for (let t = 0, i = e.length; t < i; t++) e[t] = Wh(e[t]);
                    for (const t in i) {
                      const e = i[t];
                      const n = e[1];
                      e[1] = s[n];
                    }
                  } else {
                    const t = Object.create(null);
                    for (let i = 0, s = e.length; i < s; i++) {
                      const s = e[i];
                      e[i] = t[s] = Wh(s);
                    }
                    e = t;
                  }
                  for (const t in i) {
                    const s = i[t];
                    r[e[t]] = s;
                  }
                  const o = t.scenes;
                  for (const t in o) {
                    const i = o[t];
                    o[t] = e[i];
                  }
                  const a = t.packs;
                  for (const t in a) {
                    const i = a[t];
                    for (let t = 0; t < i.length; ++t) i[t] = e[i[t]];
                  }
                  const l = t.versions;
                  if (l) for (const t in l) {
                    const i = l[t];
                    for (let t = 0; t < i.length; t += 2) {
                      const s = i[t];
                      i[t] = e[s] || s;
                    }
                  }
                  const h = t.redirect;
                  if (h) for (let t = 0; t < h.length; t += 2) {
                    h[t] = e[h[t]];
                    h[t + 1] = n[h[t + 1]];
                  }
                  if (t.extensionMap) for (const i in t.extensionMap) Object.prototype.hasOwnProperty.call(t.extensionMap, i) && t.extensionMap[i].forEach(((s, n) => {
                    t.extensionMap[i][n] = e[s] || s;
                  }));
                })(t);
                this.importBase = t.importBase || "";
                this.nativeBase = t.nativeBase || "";
                this.base = t.base || "";
                this.name = t.name || "";
                this.deps = t.deps || [];
                this._initUuid(t.uuids);
                this._initPath(t.paths);
                this._initScene(t.scenes);
                this._initPackage(t.packs);
                this._initVersion(t.versions);
                this._initRedirect(t.redirect);
                for (const e in t.extensionMap) Object.prototype.hasOwnProperty.call(t.extensionMap, e) && t.extensionMap[e].forEach((t => {
                  const i = this.assetInfos.get(t);
                  i && (i.extension = e);
                }));
              }
              getInfoWithPath(t, e) {
                if (!t) return null;
                t = Zh(t);
                const i = this.paths.get(t);
                if (i) {
                  if (!e) return i[0];
                  for (let t = 0, s = i.length; t < s; t++) {
                    const s = i[t];
                    if (ee.isChildClassOf(s.ctor, e)) return s;
                  }
                }
                return null;
              }
              getDirWithPath(t, e, i) {
                "/" === (t = Zh(t))[t.length - 1] && (t = t.slice(0, -1));
                const s = i || [];
                this.paths.forEach(((i, n) => {
                  if (n.startsWith(t) && ((t, e) => {
                    if (t.length > e.length) return 47 === t.charCodeAt(e.length);
                    return !0;
                  })(n, t) || !t) for (let t = 0, n = i.length; t < n; t++) {
                    const n = i[t];
                    e && !ee.isChildClassOf(n.ctor, e) || s.push(n);
                  }
                }));
                return s;
              }
              getAssetInfo(t) {
                return this.assetInfos.get(t) || null;
              }
              getSceneInfo(t) {
                t.endsWith(".scene") || (t += ".scene");
                "/" === t[0] || t.startsWith("db://") || (t = `/${t}`);
                const e = this.scenes.find(((e, i) => i.endsWith(t)));
                return e;
              }
              destroy() {
                this.paths.destroy();
                this.scenes.destroy();
                this.assetInfos.destroy();
              }
              _initUuid(t) {
                if (t) {
                  this.assetInfos.clear();
                  for (let e = 0, i = t.length; e < i; e++) {
                    const i = t[e];
                    this.assetInfos.add(i, {
                      uuid: i
                    });
                  }
                }
              }
              _initPath(t) {
                if (!t) return;
                const e = this.paths;
                e.clear();
                for (const i in t) {
                  const s = t[i];
                  const n = s[0];
                  const r = s[1];
                  const o = 3 === s.length;
                  const a = this.assetInfos.get(i);
                  a.path = n;
                  a.ctor = ee.getClassById(r);
                  e.has(n) ? o ? e.get(n).push(a) : e.get(n).unshift(a) : e.add(n, [ a ]);
                }
              }
              _initScene(t) {
                if (!t) return;
                const e = this.scenes;
                e.clear();
                const i = this.assetInfos;
                for (const s in t) {
                  const n = t[s];
                  const r = i.get(n);
                  r.url = s;
                  e.add(s, r);
                }
              }
              _initPackage(t) {
                if (!t) return;
                const e = this.assetInfos;
                for (const i in t) {
                  const s = t[i];
                  const n = {
                    uuid: i,
                    packedUuids: s,
                    ext: ".json"
                  };
                  e.add(i, n);
                  for (let t = 0, i = s.length; t < i; t++) {
                    const r = s[t];
                    const o = e.get(r);
                    const a = o.packs;
                    a ? 1 === i ? a.unshift(n) : a.push(n) : o.packs = [ n ];
                  }
                }
              }
              _initVersion(t) {
                if (!t) return;
                const e = this.assetInfos;
                let i = t.import;
                if (i) for (let t = 0, s = i.length; t < s; t += 2) {
                  const s = i[t];
                  e.get(s).ver = i[t + 1];
                }
                i = t.native;
                if (i) for (let t = 0, s = i.length; t < s; t += 2) {
                  const s = i[t];
                  e.get(s).nativeVer = i[t + 1];
                }
              }
              _initRedirect(t) {
                if (!t) return;
                const e = this.assetInfos;
                for (let i = 0, s = t.length; i < s; i += 2) {
                  const s = t[i];
                  e.get(s).redirect = t[i + 1];
                }
              }
            }
            function yw(t, e) {
              t._uuid && e.push(t._uuid);
            }
            function bw(t, e) {
              const i = Object.getOwnPropertyNames(t);
              for (let s = 0; s < i.length; s++) {
                const n = i[s];
                if ("node" === n || "__eventTargets" === n) continue;
                const r = t[n];
                if ("object" == typeof r && r) if (Array.isArray(r)) for (let t = 0; t < r.length; t++) {
                  const i = r[t];
                  i instanceof gc && yw(i, e);
                } else if (r.constructor && r.constructor !== Object) r instanceof gc && yw(r, e); else {
                  const t = Object.getOwnPropertyNames(r);
                  for (let i = 0; i < t.length; i++) {
                    const s = r[t[i]];
                    s instanceof gc && yw(s, e);
                  }
                }
              }
            }
            function Sw(t, e) {
              for (let i = 0; i < t._components.length; i++) bw(t._components[i], e);
              for (let i = 0; i < t._children.length; i++) Sw(t._children[i], e);
            }
            function Aw(t, e, i, s) {
              i.push(t._uuid);
              const n = pA.getDeps(t._uuid);
              for (let t = 0, r = n.length; t < r; t++) {
                const r = Mh.get(n[t]);
                if (!r) continue;
                const o = r._uuid;
                o in e ? e[o] += s : e[o] = r.refCount + s;
                i.includes(o) || Aw(r, e, i, s);
              }
            }
            const Tw = [];
            var vw = new class {
              constructor() {
                this._persistNodeDeps = new Rh;
                this._toDelete = new Rh;
                this._eventListener = !1;
                this._dontDestroyAssets = [];
              }
              addIgnoredAsset(t) {
                this._dontDestroyAssets.push(t._uuid);
              }
              init() {
                this._persistNodeDeps.clear();
                this._toDelete.clear();
              }
              _addPersistNodeRef(t) {
                const e = [];
                Sw(t, e);
                for (let t = 0, i = e.length; t < i; t++) {
                  const i = Mh.get(e[t]);
                  i && i.addRef();
                }
                this._persistNodeDeps.add(t.uuid, e);
              }
              _removePersistNodeRef(t) {
                if (!this._persistNodeDeps.has(t.uuid)) return;
                const e = this._persistNodeDeps.get(t.uuid);
                for (let t = 0, i = e.length; t < i; t++) {
                  const i = Mh.get(e[t]);
                  i && i.decRef();
                }
                this._persistNodeDeps.remove(t.uuid);
              }
              _autoRelease(t, e, i) {
                if (t) {
                  const i = pA.getDeps(t.uuid);
                  for (let e = 0, s = i.length; e < s; e++) {
                    const s = Mh.get(i[e]);
                    s && s.decRef(t.autoReleaseAssets);
                  }
                  const s = pA._depends.get(t.uuid);
                  if (s && s.persistDeps) {
                    const e = s.persistDeps;
                    for (let i = 0, s = e.length; i < s; i++) {
                      const s = Mh.get(e[i]);
                      s && s.decRef(t.autoReleaseAssets);
                    }
                  }
                  t.uuid !== e.uuid && pA.remove(t.uuid);
                }
                const s = pA._depends.get(e.uuid);
                s && (s.persistDeps = []);
                for (const t in i) {
                  const e = i[t];
                  const n = this._persistNodeDeps.get(e.uuid);
                  for (const t of n) {
                    const e = Mh.get(t);
                    e && e.addRef();
                  }
                  s && s.persistDeps.push(...n);
                }
              }
              tryRelease(t, e = !1) {
                if (t instanceof gc) if (e) this._free(t, e); else {
                  this._toDelete.add(t._uuid, t);
                  if (!this._eventListener) {
                    this._eventListener = !0;
                    Te(this._freeAssets.bind(this));
                  }
                }
              }
              _freeAssets() {
                this._eventListener = !1;
                this._toDelete.forEach((t => {
                  this._free(t);
                }));
                this._toDelete.clear();
              }
              _free(t, e = !1) {
                const i = t._uuid;
                this._toDelete.remove(i);
                if (!po(t, !0) || -1 !== this._dontDestroyAssets.indexOf(i)) return;
                if (!e && t.refCount > 0 && function(t) {
                  const e = Object.create(null);
                  e[t._uuid] = t.refCount;
                  Aw(t, e, Tw, -1);
                  Tw.length = 0;
                  if (0 !== e[t._uuid]) return e[t._uuid];
                  for (const t in e) 0 !== e[t] && Aw(Mh.get(t), e, Tw, 1);
                  Tw.length = 0;
                  return e[t._uuid];
                }(t) > 0) return;
                Mh.remove(i);
                const s = pA.getDeps(i);
                for (let t = 0, e = s.length; t < e; t++) {
                  const e = Mh.get(s[t]);
                  if (e) {
                    e.decRef(!1);
                    this._free(e, !1);
                  }
                }
                t.destroy();
                pA.remove(i);
              }
            };
            let Ew = null;
            function Cw(t, e) {
              for (let i = 0, s = t.input.length; i < s; i++) {
                const s = t.input[i];
                e && !s.isNative && s.content instanceof gc && s.content.decRef(!1);
                s.recycle();
              }
              t.input = null;
            }
            function xw(t, e) {
              return e ? /\?/.test(t) ? `${t}&_t=${Date.now()}` : `${t}?_t=${Date.now()}` : t;
            }
            function ww(t, e, i, s, n = 0) {
              t(n, ((r, o) => {
                n++;
                !r || n > e ? s && s(r, o) : setTimeout((() => {
                  ww(t, e, i, s, n);
                }), i);
              }));
            }
            function Rw(t, e, i, s, n) {
              try {
                const r = pA.parse(t, e);
                for (let t = 0, e = r.deps.length; t < e; t++) {
                  const e = r.deps[t];
                  if (!(e in i)) {
                    i[e] = !0;
                    s.push({
                      uuid: e,
                      bundle: n && n.name
                    });
                  }
                }
                if (r.nativeDep) {
                  n && (r.nativeDep.bundle = n.name);
                  s.push({
                    ...r.nativeDep
                  });
                }
              } catch (t) {
                x(t.message, t.stack);
              }
            }
            function Iw(t, e, i) {
              if (e) {
                i = void 0 !== i ? i : m.assetManager.cacheAsset;
                Jh(e) || !i || e.isDefault || Mh.add(t, e);
              }
            }
            function Mw(t, e, i) {
              let s = 0;
              const n = [];
              const r = t.length;
              0 === r && i && i(n);
              const o = t => {
                t && n.push(t);
                s++;
                s === r && i && i(n);
              };
              for (let i = 0; i < r; i++) e(t[i], o);
            }
            function Bw(t, e, i) {
              let s = t;
              let n = e;
              let r = i;
              if (void 0 === i) {
                const i = "function" == typeof t;
                if (e) {
                  r = e;
                  i || (n = null);
                } else if (void 0 === e && i) {
                  r = t;
                  s = null;
                  n = null;
                }
                if (void 0 !== e && i) {
                  n = t;
                  s = null;
                }
              }
              return {
                options: s || Object.create(null),
                onProgress: n,
                onComplete: r
              };
            }
            function Dw(t, e, i) {
              let s = t;
              let n = e;
              let r = i;
              if (void 0 === i) {
                const i = ee.isChildClassOf(t, gc);
                if (e) {
                  r = e;
                  i && (n = null);
                } else if (void 0 === e && !i) {
                  r = t;
                  n = null;
                  s = null;
                }
                if (void 0 !== e && !i) {
                  n = t;
                  s = null;
                }
              }
              return {
                type: s,
                onProgress: n || Ew,
                onComplete: r
              };
            }
            function Pw(t, e, i, s = {}) {
              if (!i[e] || s[e]) return !1;
              s[e] = !0;
              let n = !1;
              const r = pA.getDeps(e);
              if (r) for (let e = 0, o = r.length; e < o; e++) {
                const o = r[e];
                if (o === t || Pw(t, o, i, s)) {
                  n = !0;
                  break;
                }
              }
              return n;
            }
            function Ow(t) {
              return (e, i) => {
                if (!t) return;
                const s = [];
                Array.isArray(i) ? i.forEach((t => t instanceof gc && s.push(t.addRef()))) : i instanceof gc && s.push(i.addRef());
                Te((() => {
                  s.forEach((t => t.decRef(!1)));
                  t(e, i);
                }));
              };
            }
            class Nw {
              constructor() {
                this._config = new gw;
              }
              get config() {
                return this._config;
              }
              get name() {
                return this._config.name;
              }
              get deps() {
                return this._config.deps;
              }
              get base() {
                return this._config.base;
              }
              getInfoWithPath(t, e) {
                return this._config.getInfoWithPath(t, e);
              }
              getDirWithPath(t, e, i) {
                return this._config.getDirWithPath(t, e, i);
              }
              getAssetInfo(t) {
                return this._config.getAssetInfo(t);
              }
              getSceneInfo(t) {
                return this._config.getSceneInfo(t);
              }
              init(t) {
                this._config.init(t);
                Ph.add(t.name, this);
              }
              load(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = Dw(e, i, s);
                const a = {
                  __requestType__: Vh.PATH,
                  type: n,
                  bundle: this.name,
                  __outputAsArray__: Array.isArray(t)
                };
                m.assetManager.loadAny(t, a, r, o);
              }
              preload(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = Dw(e, i, s);
                m.assetManager.preloadAny(t, {
                  __requestType__: Vh.PATH,
                  type: n,
                  bundle: this.name
                }, r, o);
              }
              loadDir(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = Dw(e, i, s);
                m.assetManager.loadAny(t, {
                  __requestType__: Vh.DIR,
                  type: n,
                  bundle: this.name,
                  __outputAsArray__: !0
                }, r, o);
              }
              preloadDir(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = Dw(e, i, s);
                m.assetManager.preloadAny(t, {
                  __requestType__: Vh.DIR,
                  type: n,
                  bundle: this.name
                }, r, o);
              }
              loadScene(t, e, i, s) {
                const {options: n, onProgress: r, onComplete: o} = Bw(e, i, s);
                n.preset = n.preset || "scene";
                n.bundle = this.name;
                m.assetManager.loadAny({
                  scene: t
                }, n, r, ((t, e) => {
                  if (t) x(t.message, t.stack); else if (e.scene) {
                    const t = e.scene;
                    t._id = e._uuid;
                    t.name = e.name;
                  } else t = new Error(`The asset ${e._uuid} is not a scene`);
                  o && o(t, e);
                }));
              }
              preloadScene(t, e, i, s) {
                const {options: n, onProgress: r, onComplete: o} = Bw(e, i, s);
                n.bundle = this.name;
                m.assetManager.preloadAny({
                  scene: t
                }, n, r, (e => {
                  e && F(1210, t, e.message);
                  o && o(e);
                }));
              }
              get(t, e) {
                const i = this.getInfoWithPath(t, e);
                return i && Mh.get(i.uuid) || null;
              }
              release(t, e) {
                const i = this.get(t, e);
                i && vw.tryRelease(i, !0);
              }
              releaseUnusedAssets() {
                Mh.forEach((t => {
                  const e = this.getAssetInfo(t._uuid);
                  e && !e.redirect && vw.tryRelease(t);
                }));
              }
              releaseAll() {
                Mh.forEach((t => {
                  const e = this.getAssetInfo(t._uuid);
                  e && !e.redirect && vw.tryRelease(t, !0);
                }));
              }
              _destroy() {
                this._config.destroy();
              }
            }
            const Lw = t("resources", new Nw);
            m.resources = Lw;
            function Fw(t, e, i) {
              const s = new Image;
              "file:" !== window.location.protocol && (s.crossOrigin = "anonymous");
              function n() {
                s.removeEventListener("load", n);
                s.removeEventListener("error", r);
                i && i(null, s);
              }
              function r() {
                s.removeEventListener("load", n);
                s.removeEventListener("error", r);
                i && i(new Error(G(4930, t)));
              }
              s.addEventListener("load", n);
              s.addEventListener("error", r);
              s.src = t;
              return s;
            }
            function Vw(t, e, i, s) {
              const n = new XMLHttpRequest;
              const r = `download failed: ${t}, status: `;
              n.open("GET", t, !0);
              void 0 !== e.xhrResponseType && (n.responseType = e.xhrResponseType);
              void 0 !== e.xhrWithCredentials && (n.withCredentials = e.xhrWithCredentials);
              void 0 !== e.xhrMimeType && n.overrideMimeType && n.overrideMimeType(e.xhrMimeType);
              void 0 !== e.xhrTimeout && (n.timeout = e.xhrTimeout);
              if (e.xhrHeader) for (const t in e.xhrHeader) n.setRequestHeader(t, e.xhrHeader[t]);
              n.onload = () => {
                200 === n.status || 0 === n.status ? s && s(null, n.response) : s && s(new Error(`${r}${n.status}(no response)`));
              };
              i && (n.onprogress = t => {
                t.lengthComputable && i(t.loaded, t.total);
              });
              n.onerror = () => {
                s && s(new Error(`${r}${n.status}(error)`));
              };
              n.ontimeout = () => {
                s && s(new Error(`${r}${n.status}(time out)`));
              };
              n.onabort = () => {
                s && s(new Error(`${r}${n.status}(abort)`));
              };
              n.send(null);
              return n;
            }
            const kw = {};
            function Uw(t, e, i) {
              if (kw[t]) {
                i && i(null);
                return null;
              }
              const s = document.createElement("script");
              "file:" !== window.location.protocol && (s.crossOrigin = "anonymous");
              s.async = e.scriptAsyncLoading || !1;
              s.src = t;
              function n() {
                s.parentNode.removeChild(s);
                s.removeEventListener("load", n, !1);
                s.removeEventListener("error", r, !1);
                kw[t] = !0;
                i && i(null);
              }
              function r() {
                s.parentNode.removeChild(s);
                s.removeEventListener("load", n, !1);
                s.removeEventListener("error", r, !1);
                i && i(new Error(G(4928, t)));
              }
              s.addEventListener("load", n, !1);
              s.addEventListener("error", r, !1);
              document.body.appendChild(s);
              return s;
            }
            const Gw = /^(?:\w+:\/\/|\.+\/).+/;
            const zw = (t, e, i) => {
              (Vo.hasFeature(Vo.Feature.IMAGE_BITMAP) && m.assetManager.allowImageBitmap ? Hw : Fw)(t, e, i);
            };
            const Hw = (t, e, i) => {
              e.xhrResponseType = "blob";
              Vw(t, e, e.onFileProgress, i);
            };
            const jw = (t, e, i) => {
              e.xhrResponseType = "json";
              Vw(t, e, e.onFileProgress, i);
            };
            const Xw = (t, e, i) => {
              e.xhrResponseType = "arraybuffer";
              Vw(t, e, e.onFileProgress, i);
            };
            const Ww = (t, e, i) => {
              jw(t, e, ((e, s) => {
                if (e) {
                  i(e);
                  return;
                }
                const n = au(s);
                Promise.all(n.chunks.map((i => new Promise(((s, n) => {
                  Xw(`${rc(t)}${i}`, {}, ((t, i) => {
                    e ? n(e) : s(new Uint8Array(i));
                  }));
                }))))).then((t => {
                  const e = new ou(n.document, t);
                  i(null, e);
                })).catch((t => {
                  i(t);
                }));
              }));
            };
            const Yw = (t, e, i) => {
              Xw(t, e, ((t, e) => {
                if (t) i(t); else try {
                  const t = lu(new Uint8Array(e));
                  i(null, t);
                } catch (t) {
                  i(t);
                }
              }));
            };
            const qw = (t, e, i) => {
              e.xhrResponseType = "text";
              Vw(t, e, e.onFileProgress, i);
            };
            const Kw = (t, e, i) => {
              const s = oc(t);
              let n = t;
              Gw.test(n) || (n = -1 !== Jw.remoteBundles.indexOf(s) ? `${Jw.remoteServerAddress}remote/${s}` : `assets/${s}`);
              const r = e.version || Jw.bundleVers[s];
              let o = 0;
              let a = null;
              let l = null;
              jw(`${n}/config.${r ? `${r}.` : ""}json`, e, ((t, e) => {
                l = t;
                a = e;
                a && (a.base = `${n}/`);
                2 == ++o && i(l, a);
              }));
              Uw(`${n}/index.${r ? `${r}.` : ""}js`, e, (t => {
                l = t;
                2 == ++o && i(t, a);
              }));
            };
            const Jw = new class {
              constructor() {
                this.maxConcurrency = 6;
                this.maxRequestsPerFrame = 6;
                this.maxRetryCount = 3;
                this.appendTimeStamp = !1;
                this.limited = !0;
                this.retryInterval = 2e3;
                this.bundleVers = null;
                this.remoteBundles = [];
                this.downloadDomImage = Fw;
                this.downloadDomAudio = null;
                this.downloadFile = Vw;
                this.downloadScript = Uw;
                this._downloaders = {
                  ".png": zw,
                  ".jpg": zw,
                  ".bmp": zw,
                  ".jpeg": zw,
                  ".gif": zw,
                  ".ico": zw,
                  ".tiff": zw,
                  ".webp": zw,
                  ".image": zw,
                  ".pvr": Xw,
                  ".pkm": Xw,
                  ".astc": Xw,
                  ".txt": qw,
                  ".xml": qw,
                  ".vsh": qw,
                  ".fsh": qw,
                  ".atlas": qw,
                  ".tmx": qw,
                  ".tsx": qw,
                  ".json": jw,
                  ".ExportJson": jw,
                  ".plist": qw,
                  ".ccon": Ww,
                  ".cconb": Yw,
                  ".fnt": qw,
                  ".binary": Xw,
                  ".bin": Xw,
                  ".dbbin": Xw,
                  ".skel": Xw,
                  ".js": Uw,
                  bundle: Kw,
                  default: qw
                };
                this._downloading = new Rh;
                this._queue = [];
                this._queueDirty = !1;
                this._totalNum = 0;
                this._totalNumThisPeriod = 0;
                this._lastDate = -1;
                this._checkNextPeriod = !1;
                this._remoteServerAddress = "";
                this._maxInterval = 1 / 30;
              }
              get remoteServerAddress() {
                return this._remoteServerAddress;
              }
              init(t = "", e = {}, i = []) {
                this._downloading.clear();
                this._queue.length = 0;
                this._remoteServerAddress = t;
                this.bundleVers = e;
                this.remoteBundles = i;
              }
              register(t, e) {
                "object" == typeof t ? ee.mixin(this._downloaders, t) : this._downloaders[t] = e;
              }
              download(t, e, i, s, n) {
                const r = Bh.get(t);
                if (r) {
                  n(null, r);
                  return;
                }
                const o = this._downloading.get(t);
                if (o) {
                  o.push(n);
                  const e = this._queue.find((e => e.id === t));
                  if (!e) return;
                  const i = s.priority || 0;
                  if (e.priority < i) {
                    e.priority = i;
                    this._queueDirty = !0;
                  }
                  return;
                }
                const a = void 0 !== s.maxRetryCount ? s.maxRetryCount : this.maxRetryCount;
                const l = void 0 !== s.maxConcurrency ? s.maxConcurrency : this.maxConcurrency;
                const h = void 0 !== s.maxRequestsPerFrame ? s.maxRequestsPerFrame : this.maxRequestsPerFrame;
                const c = this._downloaders[i] || this._downloaders.default;
                ww(((i, r) => {
                  0 === i && this._downloading.add(t, [ n ]);
                  if (!this.limited) {
                    c(xw(e, this.appendTimeStamp), s, r);
                    return;
                  }
                  this._updateTime();
                  const o = (t, e) => {
                    this._totalNum--;
                    this._handleQueueInNextFrame(l, h);
                    r(t, e);
                  };
                  if (this._totalNum < l && this._totalNumThisPeriod < h) {
                    c(xw(e, this.appendTimeStamp), s, o);
                    this._totalNum++;
                    this._totalNumThisPeriod++;
                  } else {
                    this._queue.push({
                      id: t,
                      priority: s.priority || 0,
                      url: e,
                      options: s,
                      done: o,
                      handler: c
                    });
                    this._queueDirty = !0;
                    this._totalNum < l && this._handleQueueInNextFrame(l, h);
                  }
                }), a, this.retryInterval, ((e, i) => {
                  e || Bh.add(t, i);
                  const s = this._downloading.remove(t);
                  for (let t = 0, n = s.length; t < n; t++) s[t](e, i);
                }));
              }
              loadSubpackage(t, e) {
                m.assetManager.loadBundle(t, null, e);
              }
              _updateTime() {
                const t = performance.now();
                const e = m.game.deltaTime;
                const i = e > this._maxInterval ? this._maxInterval : e;
                if (t - this._lastDate > 1e3 * i) {
                  this._totalNumThisPeriod = 0;
                  this._lastDate = t;
                }
              }
              _handleQueue(t, e) {
                this._checkNextPeriod = !1;
                this._updateTime();
                for (;this._queue.length > 0 && this._totalNum < t && this._totalNumThisPeriod < e; ) {
                  if (this._queueDirty) {
                    this._queue.sort(((t, e) => t.priority - e.priority));
                    this._queueDirty = !1;
                  }
                  const t = this._queue.pop();
                  if (!t) break;
                  this._totalNum++;
                  this._totalNumThisPeriod++;
                  t.handler(xw(t.url, this.appendTimeStamp), t.options, t.done);
                }
                this._handleQueueInNextFrame(t, e);
              }
              _handleQueueInNextFrame(t, e) {
                if (!this._checkNextPeriod && this._queue.length > 0) {
                  Te(this._handleQueue.bind(this), t, e);
                  this._checkNextPeriod = !0;
                }
              }
            };
            function Zw(t, e, i, s) {
              let n = null;
              let r = null;
              try {
                n = new IC;
                n._nativeUrl = t;
                n._nativeAsset = e;
              } catch (t) {
                r = t;
              }
              s(r, n);
            }
            function Qw(t, e, i, s) {
              const n = new RC;
              n.json = e;
              s(null, n);
            }
            function $w(t, e, i, s) {
              const n = new EC;
              n.text = e;
              s(null, n);
            }
            function tR(t, e, i, s) {
              const n = new Ug;
              n._nativeUrl = t;
              n._nativeAsset = e;
              s(null, n);
            }
            function eR(t, e, i, s) {
              const n = new gc;
              n._nativeUrl = t;
              n._nativeAsset = e;
              s(null, n);
            }
            function iR(t, i, s, n) {
              let r = Ph.get(i.name);
              if (!r) {
                r = i.name === Uh.RESOURCES ? Lw : new Nw;
                i.base = i.base || `${t}/`;
                r.init(i);
              }
              e.import(`virtual:///prerequisite-imports/${r.name}`).then((() => {
                n(null, r);
              })).catch(n);
            }
            var sR = new class {
              constructor() {
                this._creating = new Rh;
                this._producers = {
                  ".png": Zw,
                  ".jpg": Zw,
                  ".bmp": Zw,
                  ".jpeg": Zw,
                  ".gif": Zw,
                  ".ico": Zw,
                  ".tiff": Zw,
                  ".webp": Zw,
                  ".image": Zw,
                  ".pvr": Zw,
                  ".pkm": Zw,
                  ".txt": $w,
                  ".xml": $w,
                  ".vsh": $w,
                  ".fsh": $w,
                  ".atlas": $w,
                  ".tmx": $w,
                  ".tsx": $w,
                  ".fnt": $w,
                  ".json": Qw,
                  ".ExportJson": Qw,
                  ".binary": tR,
                  ".bin": tR,
                  ".dbbin": tR,
                  ".skel": tR,
                  bundle: iR,
                  default: eR
                };
              }
              register(t, e) {
                "object" == typeof t ? ee.mixin(this._producers, t) : this._producers[t] = e;
              }
              create(t, e, i, s, n) {
                const r = this._producers[i] || this._producers.default;
                const o = Mh.get(t);
                if (!s.reloadAsset && o) {
                  n(null, o);
                  return;
                }
                const a = this._creating.get(t);
                if (a) a.push(n); else {
                  this._creating.add(t, [ n ]);
                  r(t, e, s, ((e, i) => {
                    if (!e && i instanceof gc) {
                      i._uuid = t;
                      Iw(t, i, s.cacheAsset);
                    }
                    const n = this._creating.remove(t);
                    for (let t = 0, s = n.length; t < s; t++) n[t](e, i);
                  }));
                }
              }
            };
            var nR = new class {
              constructor() {
                this._loading = new Rh;
                this._unpackers = {
                  ".json": this.unpackJson
                };
              }
              unpackJson(t, e, i, s) {
                let n = ee.createMap(!0);
                let r = null;
                if (Array.isArray(e)) {
                  e = function(t, e, i) {
                    if (t[Nu] < 1) throw new Error(G(5304, t[Nu]));
                    n_(t, !0, e, null != i ? i : o_.reportMissingClass);
                    r_(t);
                    const s = new a_(t[Nu]);
                    const n = t[Fu];
                    const r = t[Vu];
                    const o = t[ku];
                    const a = t[Uu];
                    const l = t[Yu];
                    for (let t = 0; t < l.length; ++t) l[t].unshift(s, n, r, o, a);
                    return l;
                  }(e);
                  e.length !== t.length && F(4915);
                  for (let i = 0; i < t.length; i++) n[`${t[i]}@import`] = e[i];
                } else {
                  const i = ee.getClassId(LC);
                  const s = ee.getClassId(IC);
                  if (e.type === i && e.data) {
                    const s = e.data;
                    s.length !== t.length && F(4915);
                    for (let e = 0; e < t.length; e++) n[`${t[e]}@import`] = l_(i, {
                      base: s[e][0],
                      mipmaps: s[e][1]
                    });
                  } else if (e.type === s && e.data) {
                    const i = e.data;
                    i.length !== t.length && F(4915);
                    for (let e = 0; e < t.length; e++) n[`${t[e]}@import`] = i[e];
                  } else {
                    r = new Error("unmatched type pack!");
                    n = null;
                  }
                }
                s(r, n);
              }
              init() {
                this._loading.clear();
              }
              register(t, e) {
                "object" == typeof t ? ee.mixin(this._unpackers, t) : this._unpackers[t] = e;
              }
              unpack(t, e, i, s, n) {
                if (!e) {
                  n(new Error("package data is wrong!"));
                  return;
                }
                (0, this._unpackers[i])(t, e, s, n);
              }
              load(t, e, i) {
                if (t.isNative || !t.info || !t.info.packs) {
                  Jw.download(t.id, t.url, t.ext, t.options, i);
                  return;
                }
                if (Bh.has(t.id)) {
                  i(null, Bh.get(t.id));
                  return;
                }
                const s = t.info.packs;
                let n = s.find((t => this._loading.has(t.uuid)));
                if (n) {
                  this._loading.get(n.uuid).push({
                    onComplete: i,
                    id: t.id
                  });
                  return;
                }
                n = s[0];
                this._loading.add(n.uuid, [ {
                  onComplete: i,
                  id: t.id
                } ]);
                const r = Qh(n.uuid, {
                  ext: n.ext,
                  bundle: t.config.name
                });
                Jw.download(n.uuid, r, n.ext, t.options, ((e, i) => {
                  Bh.remove(n.uuid);
                  e && x(e.message, e.stack);
                  this.unpack(n.packedUuids, i, n.ext, t.options, ((t, i) => {
                    if (!t) for (const t in i) Bh.add(t, i[t]);
                    const s = this._loading.remove(n.uuid);
                    for (let n = 0, r = s.length; n < r; n++) {
                      const r = s[n];
                      if (e || t) {
                        r.onComplete(e || t);
                        continue;
                      }
                      const o = i[r.id];
                      o ? r.onComplete(null, o) : r.onComplete(new Error("can not retrieve data from package"));
                    }
                  }));
                }));
              }
            };
            function rR(t, e) {
              let i = !1;
              if (!t.progress) {
                t.progress = {
                  finish: 0,
                  total: t.input.length,
                  canInvoke: !0
                };
                i = !0;
              }
              const {options: s, progress: n} = t;
              const r = [];
              const o = n.total;
              const a = s.__exclude__ = s.__exclude__ || Object.create(null);
              t.output = [];
              Mw(t.input, ((s, l) => {
                if (s.isNative || !Mh.has(s.uuid)) nR.load(s, t.options, ((h, c) => {
                  if (h) {
                    if (!t.isFinish) if (!m.assetManager.force || i) {
                      x(h.message, h.stack);
                      n.canInvoke = !1;
                      e(h);
                    } else {
                      t.output.push(s);
                      n.canInvoke && t.dispatch("progress", ++n.finish, n.total, s);
                    }
                  } else if (!t.isFinish) {
                    s.file = c;
                    t.output.push(s);
                    if (!s.isNative) {
                      a[s.uuid] = !0;
                      Rw(s.uuid, c, a, r, s.config);
                      n.total = o + r.length;
                    }
                    n.canInvoke && t.dispatch("progress", ++n.finish, n.total, s);
                  }
                  l();
                })); else {
                  const e = Mh.get(s.uuid);
                  s.content = e.addRef();
                  t.output.push(s);
                  n.canInvoke && t.dispatch("progress", ++n.finish, n.total, s);
                  l();
                }
              }), (() => {
                if (t.isFinish) {
                  Cw(t, !0);
                  t.dispatch("error");
                } else if (r.length > 0) {
                  const o = Gh.create({
                    input: r,
                    progress: n,
                    options: s,
                    onProgress: t.onProgress,
                    onError: Gh.prototype.recycle,
                    onComplete: s => {
                      if (!s) {
                        t.output.push(...o.output);
                        o.recycle();
                      }
                      i && oR(t);
                      e(s);
                    }
                  });
                  Nh.async(o);
                } else {
                  i && oR(t);
                  e();
                }
              }));
            }
            function oR(t) {
              const e = t.output;
              for (let t = 0, i = e.length; t < i; t++) e[t].content && e[t].content.decRef(!1);
            }
            class aR {
              constructor() {
                this._parser = null;
                window.DOMParser && (this._parser = new DOMParser);
              }
              parse(t) {
                return this._parseXML(t);
              }
              _parseXML(t) {
                if (this._parser) return this._parser.parseFromString(t, "text/xml");
                throw new Error("Dom parser is not supported in this platform!");
              }
            }
            const lR = new class extends aR {
              parse(t) {
                const e = this._parseXML(t).documentElement;
                if ("plist" !== e.tagName) {
                  N(5100);
                  return {};
                }
                let i = null;
                for (let t = 0, s = e.childNodes.length; t < s; t++) {
                  i = e.childNodes[t];
                  if (1 === i.nodeType) break;
                }
                return this._parseNode(i);
              }
              _parseNode(t) {
                let e = null;
                const i = t.tagName;
                if ("dict" === i) e = this._parseDict(t); else if ("array" === i) e = this._parseArray(t); else if ("string" === i) if (1 === t.childNodes.length) e = t.firstChild.nodeValue; else {
                  e = "";
                  for (let i = 0; i < t.childNodes.length; i++) e += t.childNodes[i].nodeValue;
                } else "false" === i ? e = !1 : "true" === i ? e = !0 : "real" === i ? e = parseFloat(t.firstChild.nodeValue) : "integer" === i && (e = parseInt(t.firstChild.nodeValue, 10));
                return e;
              }
              _parseArray(t) {
                const e = [];
                for (let i = 0, s = t.childNodes.length; i < s; i++) {
                  const s = t.childNodes[i];
                  1 === s.nodeType && e.push(this._parseNode(s));
                }
                return e;
              }
              _parseDict(t) {
                const e = {};
                let i = "";
                for (let s = 0, n = t.childNodes.length; s < n; s++) {
                  const n = t.childNodes[s];
                  1 === n.nodeType && ("key" === n.tagName ? i = n.firstChild.nodeValue : e[i] = this._parseNode(n));
                }
                return e;
              }
            };
            function hR(t, e) {
              return t[e] << 8 | t[e + 1];
            }
            var cR = new class {
              constructor() {
                this._parsing = new Rh;
                this._parsers = {
                  ".png": this.parseImage,
                  ".jpg": this.parseImage,
                  ".bmp": this.parseImage,
                  ".jpeg": this.parseImage,
                  ".gif": this.parseImage,
                  ".ico": this.parseImage,
                  ".tiff": this.parseImage,
                  ".webp": this.parseImage,
                  ".image": this.parseImage,
                  ".pvr": this.parsePVRTex,
                  ".pkm": this.parsePKMTex,
                  ".astc": this.parseASTCTex,
                  ".plist": this.parsePlist,
                  import: this.parseImport,
                  ".ccon": this.parseImport,
                  ".cconb": this.parseImport
                };
              }
              parseImage(t, e, i) {
                t instanceof HTMLImageElement ? i(null, t) : createImageBitmap(t, {
                  premultiplyAlpha: "none"
                }).then((t => {
                  i(null, t);
                }), (t => {
                  i(t, null);
                }));
              }
              parsePVRTex(t, e, i) {
                let s = null;
                let n = null;
                try {
                  const e = t instanceof ArrayBuffer ? t : t.buffer;
                  const i = new Int32Array(e, 0, 13);
                  if (55727696 === i[0]) {
                    const t = i[7];
                    const s = i[6];
                    const r = i[12] + 52;
                    n = {
                      _data: new Uint8Array(e, r),
                      _compressed: !0,
                      width: t,
                      height: s,
                      format: 0
                    };
                  } else {
                    if (559044176 !== i[11]) throw new Error("Invalid magic number in PVR header");
                    {
                      const t = i[0];
                      const s = i[1];
                      const r = i[2];
                      n = {
                        _data: new Uint8Array(e, t),
                        _compressed: !0,
                        width: r,
                        height: s,
                        format: 0
                      };
                    }
                  }
                } catch (t) {
                  s = t;
                }
                i(s, n);
              }
              parsePKMTex(t, e, i) {
                let s = null;
                let n = null;
                try {
                  const e = t instanceof ArrayBuffer ? t : t.buffer;
                  const i = new Uint8Array(e);
                  const s = hR(i, 6);
                  if (0 !== s && 1 !== s && 3 !== s) throw new Error("Invalid magic number in ETC header");
                  const r = hR(i, 12);
                  const o = hR(i, 14);
                  hR(i, 8);
                  hR(i, 10);
                  n = {
                    _data: new Uint8Array(e, 16),
                    _compressed: !0,
                    width: r,
                    height: o,
                    format: 0
                  };
                } catch (t) {
                  s = t;
                }
                i(s, n);
              }
              parseASTCTex(t, e, i) {
                let s = null;
                let n = null;
                try {
                  const e = t instanceof ArrayBuffer ? t : t.buffer;
                  const i = new Uint8Array(e);
                  if (1554098963 !== i[0] + (i[1] << 8) + (i[2] << 16) + (i[3] << 24)) throw new Error("Invalid magic number in ASTC header");
                  const s = i[4];
                  const r = i[5];
                  const o = i[6];
                  if ((s < 3 || s > 6 || r < 3 || r > 6 || o < 3 || o > 6) && (s < 4 || 7 === s || 9 === s || 11 === s || s > 12 || r < 4 || 7 === r || 9 === r || 11 === r || r > 12 || 1 !== o)) throw new Error("Invalid block number in ASTC header");
                  const a = function(t, e) {
                    return 4 === t ? Jp.RGBA_ASTC_4x4 : 5 === t ? 4 === e ? Jp.RGBA_ASTC_5x4 : Jp.RGBA_ASTC_5x5 : 6 === t ? 5 === e ? Jp.RGBA_ASTC_6x5 : Jp.RGBA_ASTC_6x6 : 8 === t ? 5 === e ? Jp.RGBA_ASTC_8x5 : 6 === e ? Jp.RGBA_ASTC_8x6 : Jp.RGBA_ASTC_8x8 : 10 === t ? 5 === e ? Jp.RGBA_ASTC_10x5 : 6 === e ? Jp.RGBA_ASTC_10x6 : 8 === e ? Jp.RGBA_ASTC_10x8 : Jp.RGBA_ASTC_10x10 : 10 === e ? Jp.RGBA_ASTC_12x10 : Jp.RGBA_ASTC_12x12;
                  }(s, r);
                  const l = i[7] + (i[8] << 8) + (i[9] << 16);
                  const h = i[10] + (i[11] << 8) + (i[12] << 16);
                  i[13], i[14], i[15];
                  n = {
                    _data: new Uint8Array(e, 16),
                    _compressed: !0,
                    width: l,
                    height: h,
                    format: a
                  };
                } catch (t) {
                  s = t;
                }
                i(s, n);
              }
              parsePlist(t, e, i) {
                let s = null;
                const n = lR.parse(t);
                n || (s = new Error("parse failed"));
                i(s, n);
              }
              parseImport(t, e, i) {
                if (!t) {
                  i(new Error(`The json file of asset ${e.__uuid__} is empty or missing`));
                  return;
                }
                let s = null;
                let n = null;
                try {
                  s = dA(t, e);
                } catch (t) {
                  n = t;
                }
                i(n, s);
              }
              init() {
                this._parsing.clear();
              }
              register(t, e) {
                "object" == typeof t ? ee.mixin(this._parsers, t) : this._parsers[t] = e;
              }
              parse(t, e, i, s, n) {
                const r = Dh.get(t);
                if (r) {
                  n(null, r);
                  return;
                }
                const o = this._parsing.get(t);
                if (o) {
                  o.push(n);
                  return;
                }
                const a = this._parsers[i];
                if (a) {
                  this._parsing.add(t, [ n ]);
                  a(e, s, ((e, i) => {
                    e ? Bh.remove(t) : Jh(i) || Dh.add(t, i);
                    const s = this._parsing.remove(t);
                    for (let t = 0, n = s.length; t < n; t++) s[t](e, i);
                  }));
                } else n(null, e);
              }
            };
            function uR(t, e) {
              let i = !1;
              if (!t.progress) {
                t.progress = {
                  finish: 0,
                  total: t.input.length,
                  canInvoke: !0
                };
                i = !0;
              }
              const {options: s, progress: n} = t;
              s.__exclude__ = s.__exclude__ || Object.create(null);
              t.output = [];
              Mw(t.input, ((r, o) => {
                const a = Gh.create({
                  input: r,
                  onProgress: t.onProgress,
                  options: s,
                  progress: n,
                  onComplete: (s, l) => {
                    if (s && !t.isFinish) if (!m.assetManager.force || i) {
                      x(s.message, s.stack);
                      n.canInvoke = !1;
                      e(s);
                    } else n.canInvoke && t.dispatch("progress", ++n.finish, n.total, r);
                    t.output.push(l);
                    a.recycle();
                    o(null);
                  }
                });
                _R.async(a);
              }), (() => {
                s.__exclude__ = null;
                if (t.isFinish) {
                  Cw(t, !0);
                  t.dispatch("error");
                } else {
                  !function(t) {
                    const e = t.source;
                    if (t.options.__outputAsArray__ || 1 !== e.length) {
                      const i = t.output = [];
                      for (let t = 0, s = e.length; t < s; t++) i.push(e[t].content);
                    } else t.output = e[0].content;
                  }(t);
                  Cw(t, !0);
                  e();
                }
              }));
            }
            const _R = new Ih("loadOneAsset", [ function(t, e) {
              const i = t.output = t.input;
              const {options: s, isNative: n, uuid: r, file: o} = i;
              const {reloadAsset: a} = s;
              o || !a && !n && Mh.has(r) ? e() : nR.load(i, t.options, ((t, s) => {
                i.file = s;
                e(t);
              }));
            }, function(t, e) {
              const i = t.output = t.input;
              const s = t.progress;
              const n = t.options.__exclude__;
              const {id: r, file: o, options: a} = i;
              if (i.isNative) cR.parse(r, o, i.ext, a, ((n, o) => {
                if (n) e(n); else {
                  i.content = o;
                  s.canInvoke && t.dispatch("progress", ++s.finish, s.total, i);
                  Bh.remove(r);
                  Dh.remove(r);
                  e();
                }
              })); else {
                const {uuid: l} = i;
                if (l in n) {
                  const {finish: r, content: o, err: a, callbacks: h} = n[l];
                  s.canInvoke && t.dispatch("progress", ++s.finish, s.total, i);
                  if (r || Pw(l, l, n)) {
                    o && o.addRef();
                    i.content = o;
                    e(a);
                  } else h.push({
                    done: e,
                    item: i
                  });
                } else if (!a.reloadAsset && Mh.has(l)) {
                  const n = Mh.get(l);
                  i.content = n.addRef();
                  s.canInvoke && t.dispatch("progress", ++s.finish, s.total, i);
                  e();
                } else {
                  a.__uuid__ = l;
                  cR.parse(r, o, "import", a, ((i, s) => {
                    i ? e(i) : function(t, e, i) {
                      const {input: s, progress: n} = t;
                      const {uuid: r, id: o, options: a, config: l} = s;
                      const {cacheAsset: h} = a;
                      const c = [];
                      e.addRef && e.addRef();
                      Rw(r, e, Object.create(null), c, l);
                      n.canInvoke && t.dispatch("progress", ++n.finish, n.total += c.length, s);
                      const u = t.options.__exclude__[r] = {
                        content: e,
                        finish: !1,
                        callbacks: [ {
                          done: i,
                          item: s
                        } ]
                      };
                      const _ = Gh.create({
                        input: c,
                        options: t.options,
                        onProgress: t.onProgress,
                        onError: Gh.prototype.recycle,
                        progress: n,
                        onComplete: t => {
                          e.decRef && e.decRef(!1);
                          u.finish = !0;
                          u.err = t;
                          if (!t) {
                            const t = Array.isArray(_.output) ? _.output : [ _.output ];
                            const i = Object.create(null);
                            for (const e of t) e && (i[e instanceof gc ? `${e._uuid}@import` : `${r}@native`] = e);
                            !function(t, e, i) {
                              let s = !1;
                              const n = cA.get(e);
                              if (n) {
                                for (let t = 0, e = n.length; t < e; t++) {
                                  const e = n[t];
                                  const r = i[`${e.uuid}@import`];
                                  if (r) e.owner[e.prop] = r.addRef(); else {
                                    x(`The asset ${e.uuid} is missing!`);
                                    if (e.type && e.type !== gc) {
                                      const t = new e.type;
                                      t.initDefault(e.uuid);
                                      e.owner[e.prop] = t;
                                    }
                                    s = !0;
                                  }
                                }
                                cA.delete(e);
                              }
                              if (uA.has(e)) {
                                if (i[`${t}@native`]) e._nativeAsset = i[`${t}@native`]; else {
                                  s = !0;
                                  console.error(`the native asset of ${t} is missing!`);
                                }
                                uA.delete(e);
                              }
                            }(r, e, i);
                            try {
                              if ("function" == typeof e.onLoaded && !_A.has(e) && !uA.has(e)) {
                                e.onLoaded();
                                _A.add(e);
                              }
                            } catch (t) {
                              x(`The asset ${r} is invalid for some reason, detail message: ${t.message}, stack: ${t.stack}`);
                            }
                            Bh.remove(o);
                            Dh.remove(o);
                            Iw(r, e, h);
                            _.recycle();
                          }
                          const i = u.callbacks;
                          for (let s = 0, n = i.length; s < n; s++) {
                            const n = i[s];
                            e.addRef && e.addRef();
                            n.item.content = e;
                            n.done(t);
                          }
                          i.length = 0;
                        }
                      });
                      Oh.async(_);
                    }(t, s, e);
                  }));
                }
              }
            } ]);
            function dR(t, e) {
              const i = t.options;
              const s = Object.create(null);
              const n = Object.create(null);
              for (const t in i) switch (t) {
               case Vh.PATH:
               case Vh.UUID:
               case Vh.DIR:
               case Vh.SCENE:
               case Vh.URL:
                break;

               case "__requestType__":
               case "__isNative__":
               case "ext":
               case "type":
               case "__nativeName__":
               case "audioLoadMode":
               case "bundle":
                s[t] = i[t];
                break;

               case "__exclude__":
               case "__outputAsArray__":
                n[t] = i[t];
                break;

               default:
                s[t] = i[t];
                n[t] = i[t];
              }
              t.options = n;
              const r = Gh.create({
                input: t.input,
                options: s
              });
              let o = null;
              try {
                t.output = t.source = Lh.sync(r);
              } catch (t) {
                o = t;
                for (let t = 0, e = r.output.length; t < e; t++) r.output[t].recycle();
              }
              r.recycle();
              e(o);
            }
            class pR {
              constructor() {
                this.uuid = "";
                this.overrideUuid = "";
                this.url = "";
                this.ext = ".json";
                this.content = null;
                this.file = null;
                this.info = null;
                this.config = null;
                this.isNative = !1;
                this.options = Object.create(null);
                this._id = "";
              }
              get id() {
                this._id || (this._id = `${this.overrideUuid || this.uuid}@${this.isNative ? "native" : "import"}`);
                return this._id;
              }
              static create() {
                let t;
                t = 0 !== pR._deadPool.length ? pR._deadPool.pop() : new pR;
                return t;
              }
              recycle() {
                if (pR._deadPool.length !== pR.MAX_DEAD_NUM) {
                  this._id = "";
                  this.uuid = "";
                  this.overrideUuid = "";
                  this.url = "";
                  this.ext = ".json";
                  this.content = null;
                  this.file = null;
                  this.info = null;
                  this.config = null;
                  this.isNative = !1;
                  this.options = Object.create(null);
                  pR._deadPool.push(this);
                }
              }
            }
            pR.MAX_DEAD_NUM = 500;
            pR._deadPool = [];
            const mR = [];
            function fR(t) {
              var e;
              const i = t.options;
              const s = Array.isArray(t.input) ? t.input : [ t.input ];
              t.output = [];
              for (let r = 0; r < s.length; r++) {
                let o = s[r];
                let a = pR.create();
                let l = null;
                let h = null;
                if ("string" == typeof o) {
                  o = Object.create(null);
                  o[i.__requestType__ || Vh.UUID] = s[r];
                }
                if ("object" == typeof o) {
                  ee.addon(o, i);
                  o.preset && ee.addon(o, kh[o.preset]);
                  const t = Object.keys(o);
                  for (let i = 0; i < t.length; ++i) {
                    const r = t[i];
                    switch (r) {
                     case Vh.UUID:
                      {
                        var n;
                        const t = a.uuid = Wh(o.uuid);
                        if (!o.bundle) {
                          const e = Ph.find((e => !!e.getAssetInfo(t)));
                          o.bundle = e && e.name;
                        }
                        if (Ph.has(o.bundle)) {
                          l = Ph.get(o.bundle).config;
                          h = l.getAssetInfo(t);
                          if (h && h.redirect) {
                            if (!Ph.has(h.redirect)) throw new Error(`Please load bundle ${h.redirect} first`);
                            l = Ph.get(h.redirect).config;
                            h = l.getAssetInfo(t);
                          }
                          a.config = l;
                          a.info = h;
                        }
                        a.ext = o.ext || (null === (n = h) || void 0 === n ? void 0 : n.extension) || ".json";
                        break;
                      }

                     case "__requestType__":
                     case "ext":
                     case "bundle":
                     case "preset":
                     case "type":
                      break;

                     case Vh.DIR:
                      if (Ph.has(o.bundle)) {
                        Ph.get(o.bundle).config.getDirWithPath(o.dir, o.type, mR);
                        for (const t of mR) s.push({
                          uuid: t.uuid,
                          __isNative__: !1,
                          ext: t.extension || ".json",
                          bundle: o.bundle
                        });
                        mR.length = 0;
                      }
                      a.recycle();
                      a = null;
                      break;

                     case Vh.PATH:
                      if (Ph.has(o.bundle)) {
                        l = Ph.get(o.bundle).config;
                        h = l.getInfoWithPath(o.path, o.type);
                        if (h && h.redirect) {
                          if (!Ph.has(h.redirect)) throw new Error(`you need to load bundle ${h.redirect} first`);
                          l = Ph.get(h.redirect).config;
                          h = l.getAssetInfo(h.uuid);
                        }
                        if (!h) {
                          a.recycle();
                          throw new Error(`Bundle ${o.bundle} doesn't contain ${o.path}`);
                        }
                        a.config = l;
                        a.uuid = h.uuid;
                        a.info = h;
                      }
                      a.ext = o.ext || (null === (e = h) || void 0 === e ? void 0 : e.extension) || ".json";
                      break;

                     case Vh.SCENE:
                      if (!o.bundle) {
                        const t = Ph.find((t => !!t.getSceneInfo(o.scene)));
                        o.bundle = t && t.name;
                      }
                      if (Ph.has(o.bundle)) {
                        l = Ph.get(o.bundle).config;
                        h = l.getSceneInfo(o.scene);
                        if (h && h.redirect) {
                          if (!Ph.has(h.redirect)) throw new Error(`you need to load bundle ${h.redirect} first`);
                          l = Ph.get(h.redirect).config;
                          h = l.getAssetInfo(h.uuid);
                        }
                        if (!h) {
                          a.recycle();
                          throw new Error(`Bundle ${l.name} doesn't contain scene ${o.scene}`);
                        }
                        a.config = l;
                        a.uuid = h.uuid;
                        a.info = h;
                      }
                      break;

                     case "__isNative__":
                      a.isNative = o.__isNative__;
                      break;

                     case Vh.URL:
                      a.url = o.url;
                      a.uuid = o.uuid || o.url;
                      a.ext = o.ext || nc(o.url);
                      a.isNative = void 0 === o.__isNative__ || o.__isNative__;
                      break;

                     default:
                      a.options[r] = o[r];
                    }
                    if (!a) break;
                  }
                }
                if (a) {
                  t.output.push(a);
                  if (!a.uuid && !a.url) throw new Error(`Can not parse this input:${JSON.stringify(o)}`);
                }
              }
              return null;
            }
            function gR(t) {
              const e = t.output = t.input;
              for (let t = 0; t < e.length; t++) {
                const s = e[t];
                if (Fh.has(s.uuid)) {
                  const t = Fh.get(s.uuid);
                  const e = Ph.find((e => !!e.getAssetInfo(t)));
                  if (e) {
                    var i;
                    s.overrideUuid = t;
                    let n = e.config;
                    let r = n.getAssetInfo(t);
                    if (r && r.redirect) {
                      if (!Ph.has(r.redirect)) throw new Error(`Please load bundle ${r.redirect} first`);
                      n = Ph.get(r.redirect).config;
                      r = n.getAssetInfo(t);
                    }
                    s.config = n;
                    s.info = r;
                    s.ext = s.isNative ? s.ext : (null === (i = r) || void 0 === i ? void 0 : i.extension) || ".json";
                  } else N(16201, t, s.uuid);
                }
              }
            }
            function yR(t) {
              const e = t.output = t.input;
              for (let t = 0; t < e.length; t++) {
                const i = e[t];
                if (i.url) continue;
                let s = "";
                let n = "";
                const r = i.config;
                n = i.isNative ? r && r.nativeBase ? r.base + r.nativeBase : m.assetManager.generalNativeBase : r && r.importBase ? r.base + r.importBase : m.assetManager.generalImportBase;
                const o = i.overrideUuid || i.uuid;
                let a = "";
                i.info && (a = i.isNative ? i.info.nativeVer ? `.${i.info.nativeVer}` : "" : i.info.ver ? `.${i.info.ver}` : "");
                s = ".ttf" === i.ext ? `${n}/${o.slice(0, 2)}/${o}${a}/${i.options.__nativeName__}` : `${n}/${o.slice(0, 2)}/${o}${a}${i.ext}`;
                i.url = s;
              }
              return null;
            }
            class bR {
              constructor() {
                this.pipeline = Oh.append(dR).append(uR);
                this.fetchPipeline = Nh.append(dR).append(rR);
                this.transformPipeline = Lh.append(fR).append(gR).append(yR);
                this.bundles = Ph;
                this.assets = Mh;
                this.assetsOverrideMap = Fh;
                this.generalImportBase = "";
                this.generalNativeBase = "";
                this.dependUtil = pA;
                this.force = false;
                this.allowImageBitmap = !Vo.isMobile;
                this.utils = $h;
                this.downloader = Jw;
                this.parser = cR;
                this.packManager = nR;
                this.cacheAsset = !0;
                this.cacheManager = null;
                this.presets = kh;
                this.factory = sR;
                this.preprocessPipe = dR;
                this.fetchPipe = rR;
                this.loadPipe = uR;
                this.references = null;
                this._releaseManager = vw;
                this._files = Bh;
                this._parsed = Dh;
                this._parsePipeline = null;
                this._projectBundles = [];
              }
              get main() {
                return Ph.get(Uh.MAIN) || null;
              }
              get resources() {
                return Ph.get(Uh.RESOURCES) || null;
              }
              init(t = {}) {
                const e = t.server || de.querySettings(_e.Category.ASSETS, "server") || "";
                const i = t.bundleVers || de.querySettings(_e.Category.ASSETS, "bundleVers") || {};
                const s = t.remoteBundles || de.querySettings(_e.Category.ASSETS, "remoteBundles") || [];
                this._files.clear();
                this._parsed.clear();
                this._releaseManager.init();
                this.assets.clear();
                this.bundles.clear();
                this.packManager.init();
                this.downloader.init(e, i, s);
                this.parser.init();
                this.dependUtil.init();
                let n = t.importBase || de.querySettings(_e.Category.ASSETS, "importBase") || "";
                n && n.endsWith("/") && (n = n.substr(0, n.length - 1));
                let r = t.nativeBase || de.querySettings(_e.Category.ASSETS, "nativeBase") || "";
                r && r.endsWith("/") && (r = r.substr(0, r.length - 1));
                this.generalImportBase = n;
                this.generalNativeBase = r;
                this._projectBundles = de.querySettings(_e.Category.ASSETS, "projectBundles") || [];
                const o = de.querySettings(_e.Category.ASSETS, "assetsOverrides") || {};
                for (const t in o) this.assetsOverrideMap.set(t, o[t]);
              }
              getBundle(t) {
                return Ph.get(t) || null;
              }
              removeBundle(t) {
                t._destroy();
                Ph.remove(t.name);
              }
              loadAny(t, e, i, s) {
                const {options: n, onProgress: r, onComplete: o} = Bw(e, i, s);
                n.preset = n.preset || "default";
                t = Array.isArray(t) ? t.slice() : t;
                const a = Gh.create({
                  input: t,
                  onProgress: r,
                  onComplete: Ow(o),
                  options: n
                });
                Oh.async(a);
              }
              preloadAny(t, e, i, s) {
                const {options: n, onProgress: r, onComplete: o} = Bw(e, i, s);
                n.preset = n.preset || "preload";
                t = Array.isArray(t) ? t.slice() : t;
                const a = Gh.create({
                  input: t,
                  onProgress: r,
                  onComplete: Ow(o),
                  options: n
                });
                Nh.async(a);
              }
              loadRemote(t, e, i) {
                const {options: s, onComplete: n} = Bw(e, void 0, i);
                if (s.reloadAsset || !this.assets.has(t)) {
                  s.__isNative__ = !0;
                  s.preset = s.preset || "remote";
                  this.loadAny({
                    url: t
                  }, s, null, ((e, i) => {
                    if (e) {
                      x(e.message, e.stack);
                      n && n(e, i);
                    } else sR.create(t, i, s.ext || nc(t), s, ((t, e) => {
                      n && n(t, e);
                    }));
                  }));
                } else Ow(n)(null, this.assets.get(t));
              }
              loadBundle(t, e, i) {
                const {options: s, onComplete: n} = Bw(e, void 0, i);
                const r = oc(t);
                if (this.bundles.has(r)) Ow(n)(null, this.getBundle(r)); else {
                  s.preset = s.preset || "bundle";
                  s.ext = "bundle";
                  s.__isNative__ = !0;
                  this.loadAny({
                    url: t
                  }, s, null, ((e, i) => {
                    if (e) {
                      x(e.message, e.stack);
                      n && n(e, i);
                    } else sR.create(t, i, "bundle", s, ((t, e) => {
                      n && n(t, e);
                    }));
                  }));
                }
              }
              releaseAsset(t) {
                vw.tryRelease(t, !0);
              }
              releaseUnusedAssets() {
                Mh.forEach((t => {
                  vw.tryRelease(t);
                }));
              }
              releaseAll() {
                Mh.forEach((t => {
                  vw.tryRelease(t, !0);
                }));
              }
              loadWithJson(t, e, i, s) {
                throw new Error("Only valid in Editor");
              }
            }
            t("AssetManager", bR);
            bR.Pipeline = Ih;
            bR.Task = Gh;
            bR.Cache = Rh;
            bR.RequestItem = pR;
            bR.Bundle = Nw;
            bR.BuiltinBundleName = Uh;
            var SR = t("assetManager", m.assetManager = new bR);
            m.AssetManager = bR;
            const AR = nr.RenderPipeline;
            m.RenderPipeline = AR;
            const TR = jsb.Texture2D;
            const vR = jsb.ImageAsset;
            const ER = jsb.BuiltinResMgr;
            const CR = ER.prototype;
            CR.init = function() {
              this._resources = {};
              this._materialsToBeCompiled = [];
              const t = this._resources;
              const e = new Uint8Array(16);
              for (let t = 0; t < 4; t++) {
                e[0] = 0;
                e[1] = 0;
                e[2] = 0;
                e[3] = 255;
              }
              const i = {
                width: 2,
                height: 2,
                _data: e,
                _compressed: !1,
                format: TR.PixelFormat.RGBA8888
              };
              const s = new vR(i);
              const n = new TR;
              n._uuid = "black-texture";
              n.image = s;
              t[n._uuid] = n;
              if (m.SpriteFrame) {
                const e = new m.SpriteFrame;
                const i = s;
                const n = new TR;
                n.image = i;
                e.texture = n;
                e._uuid = "default-spriteframe";
                t[e._uuid] = e;
              }
              this.initBuiltinRes();
            };
            CR.get = function(t) {
              return this._resources[t] || this.getAsset(t);
            };
            CR.compileBuiltinMaterial = function() {
              for (let t = 0; t < this._materialsToBeCompiled.length; ++t) {
                const e = this._materialsToBeCompiled[t];
                for (let t = 0; t < e.passes.length; ++t) e.passes[t].tryCompile();
              }
              this._materialsToBeCompiled.length = 0;
            };
            CR.loadBuiltinAssets = function() {
              const t = de.querySettings(_e.Category.ENGINE, "builtinAssets");
              if (!t) return Promise.resolve();
              const e = this._resources;
              return new Promise(((i, s) => {
                SR.loadBundle(Uh.INTERNAL, ((n, r) => {
                  n ? s(n) : SR.loadAny(t, ((t, n) => {
                    if (t) s(t); else {
                      n.forEach((t => {
                        e[t.name] = t;
                        t.nativeUrl;
                        vw.addIgnoredAsset(t);
                        this.addAsset(t.name, t);
                        t instanceof m.Material && this._materialsToBeCompiled.push(t);
                      }));
                      i();
                    }
                  }));
                }));
              }));
            };
            const xR = t("builtinResMgr", m.builtinResMgr = ER.getInstance());
            const wR = new class {
              constructor() {
                this._allRenderers = [];
                this._dirtyRenderers = [];
                this._dirtyVersion = 0;
              }
              addRenderer(t) {
                if (-1 === t._internalId) {
                  t._internalId = this._allRenderers.length;
                  this._allRenderers.push(t);
                }
              }
              removeRenderer(t) {
                if (-1 !== t._internalId) {
                  w(this._allRenderers[t._internalId] === t);
                  const e = t._internalId;
                  this._allRenderers[this._allRenderers.length - 1]._internalId = e;
                  ee.array.fastRemoveAt(this._allRenderers, e);
                  t._internalId = -1;
                  if (t._dirtyVersion === this._dirtyVersion) {
                    ee.array.fastRemove(this._dirtyRenderers, t);
                    t._dirtyVersion = -1;
                  }
                }
              }
              markDirtyRenderer(t) {
                if (t._dirtyVersion !== this._dirtyVersion && -1 !== t._internalId) {
                  this._dirtyRenderers.push(t);
                  t._dirtyVersion = this._dirtyVersion;
                }
              }
              updateAllDirtyRenderers() {
                const t = this._dirtyRenderers.length;
                const e = this._dirtyRenderers;
                for (let i = 0; i < t; i++) {
                  w(-1 !== e[i]._internalId);
                  e[i].updateRenderer();
                }
                this._dirtyRenderers.length = 0;
                this._dirtyVersion++;
              }
            };
            class RR extends vo {
              constructor() {
                super();
                this._compScheduler = void 0;
                this._nodeActivator = void 0;
                this._invalid = void 0;
                this._paused = void 0;
                this._root = void 0;
                this._loadingScene = void 0;
                this._scene = void 0;
                this._totalFrames = void 0;
                this._scheduler = void 0;
                this._systems = void 0;
                this._persistRootNodes = {};
                this._invalid = !1;
                this._paused = !1;
                this._root = null;
                this._loadingScene = "";
                this._scene = null;
                this._totalFrames = 0;
                this._scheduler = new Rg;
                this._compScheduler = new Mv;
                this._nodeActivator = new Uv;
                this._systems = [];
              }
              calculateDeltaTime(t) {}
              end() {
                this.once(RR.EVENT_END_FRAME, (() => {
                  this.purgeDirector();
                }));
              }
              pause() {
                this._paused || (this._paused = !0);
              }
              purgeDirector() {
                this._scheduler.unscheduleAll();
                this._compScheduler.unscheduleAll();
                this._nodeActivator.reset();
                m.isValid(this._scene) && this._scene.destroy();
                this._scene = null;
                this.stopAnimation();
                m.assetManager.releaseAll();
              }
              reset() {
                var t;
                this.purgeDirector();
                for (const t in this._persistRootNodes) this.removePersistRootNode(this._persistRootNodes[t]);
                null === (t = this.getScene()) || void 0 === t || t.destroy();
                this.emit(RR.EVENT_RESET);
                this.startAnimation();
              }
              runSceneImmediate(t, e, i) {
                t instanceof yC && (t = t.scene);
                k(t instanceof oA, 1216);
                console.time("InitScene");
                t._load();
                console.timeEnd("InitScene");
                console.time("AttachPersist");
                const s = Object.keys(this._persistRootNodes).map((t => this._persistRootNodes[t]));
                for (let e = 0; e < s.length; e++) {
                  const i = s[e];
                  i.emit(_y.EventType.SCENE_CHANGED_FOR_PERSISTS, t.renderScene);
                  const n = t.uuid === i._originalSceneId && t.getChildByUuid(i.uuid);
                  if (n) {
                    const e = n.getSiblingIndex();
                    i.hideFlags &= ~co.Flags.DontSave;
                    i.hideFlags |= co.Flags.DontSave & n.hideFlags;
                    n._destroyImmediate();
                    t.insertChild(i, e);
                  } else {
                    i.hideFlags |= co.Flags.DontSave;
                    i.parent = t;
                  }
                }
                console.timeEnd("AttachPersist");
                const n = this._scene;
                console.time("Destroy");
                m.isValid(n) && n.destroy();
                console.time("AutoRelease");
                m.assetManager._releaseManager._autoRelease(n, t, this._persistRootNodes);
                console.timeEnd("AutoRelease");
                this._scene = null;
                co._deferredDestroy();
                console.timeEnd("Destroy");
                e && e();
                this.emit(RR.EVENT_BEFORE_SCENE_LAUNCH, t);
                this._scene = t;
                console.time("Activate");
                t._activate();
                console.timeEnd("Activate");
                this._root && this._root.resetCumulativeTime();
                this.startAnimation();
                i && i(null, t);
                this.emit(RR.EVENT_AFTER_SCENE_LAUNCH, t);
              }
              runScene(t, e, i) {
                t instanceof yC && (t = t.scene);
                k(t, 1205);
                k(t instanceof oA, 1216);
                t._load();
                this.once(RR.EVENT_END_FRAME, (() => {
                  this.runSceneImmediate(t, e, i);
                }));
              }
              loadScene(t, e, i) {
                if (this._loadingScene) {
                  N(1208, t, this._loadingScene);
                  return !1;
                }
                const s = m.assetManager.bundles.find((e => !!e.getSceneInfo(t)));
                if (s) {
                  this.emit(RR.EVENT_BEFORE_SCENE_LOADING, t);
                  this._loadingScene = t;
                  console.time(`LoadScene ${t}`);
                  s.loadScene(t, ((s, n) => {
                    console.timeEnd(`LoadScene ${t}`);
                    this._loadingScene = "";
                    if (s) {
                      x(s);
                      e && e(s);
                    } else this.runSceneImmediate(n, i, e);
                  }));
                  return !0;
                }
                F(1209, t);
                return !1;
              }
              preloadScene(t, e, i) {
                const s = m.assetManager.bundles.find((e => !!e.getSceneInfo(t)));
                if (s) s.preloadScene(t, null, e, i); else {
                  const e = `Can not preload the scene "${t}" because it is not in the build settings.`;
                  i && i(new Error(e));
                  x(`preloadScene: ${e}`);
                }
              }
              resume() {
                this._paused && (this._paused = !1);
              }
              get root() {
                return this._root;
              }
              getScene() {
                return this._scene;
              }
              getDeltaTime() {
                return m.game.deltaTime;
              }
              getTotalTime() {
                return m.game.totalTime;
              }
              getCurrentTime() {
                return m.game.frameStartTime;
              }
              getTotalFrames() {
                return this._totalFrames;
              }
              isPaused() {
                return this._paused;
              }
              getScheduler() {
                return this._scheduler;
              }
              setScheduler(t) {
                if (this._scheduler !== t) {
                  this.unregisterSystem(this._scheduler);
                  this._scheduler = t;
                  this.registerSystem(Rg.ID, t, 200);
                }
              }
              registerSystem(t, e, i) {
                e.id = t;
                e.priority = i;
                this._systems.push(e);
                this._systems.sort(Tg.sortByPriority);
              }
              unregisterSystem(t) {
                ee.array.fastRemove(this._systems, t);
                this._systems.sort(Tg.sortByPriority);
              }
              getSystem(t) {
                return this._systems.find((e => e.id === t));
              }
              getAnimationManager() {
                return this.getSystem(m.AnimationManager.ID);
              }
              startAnimation() {
                this._invalid = !1;
              }
              stopAnimation() {
                this._invalid = !0;
              }
              mainLoop(t) {
                let e;
                e = m.game._calculateDT(t);
                this.tick(e);
              }
              tick(t) {
                if (!this._invalid) {
                  this.emit(RR.EVENT_BEGIN_FRAME);
                  lv._frameDispatchEvents();
                  if (!this._paused) {
                    this.emit(RR.EVENT_BEFORE_UPDATE);
                    this._compScheduler.startPhase();
                    this._compScheduler.updatePhase(t);
                    for (let e = 0; e < this._systems.length; ++e) this._systems[e].update(t);
                    this._compScheduler.lateUpdatePhase(t);
                    this.emit(RR.EVENT_AFTER_UPDATE);
                    co._deferredDestroy();
                    for (let e = 0; e < this._systems.length; ++e) this._systems[e].postUpdate(t);
                  }
                  this.emit(RR.EVENT_BEFORE_DRAW);
                  wR.updateAllDirtyRenderers();
                  this._root.frameMove(t);
                  this.emit(RR.EVENT_AFTER_DRAW);
                  _y.resetHasChangedFlags();
                  _y.clearNodeArray();
                  Zr.update(t);
                  this.emit(RR.EVENT_END_FRAME);
                  this._totalFrames++;
                }
              }
              init() {
                this._totalFrames = 0;
                this._paused = !1;
                this.registerSystem(Rg.ID, this._scheduler, 200);
                this._root = new cw(zo.gfxDevice);
                this._root.initialize({});
                for (let t = 0; t < this._systems.length; t++) this._systems[t].init();
                this.emit(RR.EVENT_INIT);
              }
              addPersistRootNode(t) {
                if (!m.Node.isNode(t) || !t.uuid) {
                  N(3800);
                  return;
                }
                const e = t.uuid;
                if (!this._persistRootNodes[e]) {
                  const i = this._scene;
                  if (m.isValid(i)) if (t.parent) {
                    if (!(t.parent instanceof oA)) {
                      N(3801);
                      return;
                    }
                    if (t.parent !== i) {
                      N(3802);
                      return;
                    }
                    t._originalSceneId = i.uuid;
                  } else {
                    t.parent = i;
                    t._originalSceneId = i.uuid;
                  }
                  this._persistRootNodes[e] = t;
                  t._persistNode = !0;
                  m.assetManager._releaseManager._addPersistNodeRef(t);
                }
              }
              removePersistRootNode(t) {
                const e = t.uuid || "";
                if (t === this._persistRootNodes[e]) {
                  delete this._persistRootNodes[e];
                  t._persistNode = !1;
                  t._originalSceneId = "";
                  m.assetManager._releaseManager._removePersistNodeRef(t);
                }
              }
              isPersistRootNode(t) {
                return !!t._persistNode;
              }
            }
            t("Director", RR);
            RR.EVENT_INIT = "director_init";
            RR.EVENT_RESET = "director_reset";
            RR.EVENT_BEFORE_SCENE_LOADING = "director_before_scene_loading";
            RR.EVENT_BEFORE_SCENE_LAUNCH = "director_before_scene_launch";
            RR.EVENT_AFTER_SCENE_LAUNCH = "director_after_scene_launch";
            RR.EVENT_BEFORE_UPDATE = "director_before_update";
            RR.EVENT_AFTER_UPDATE = "director_after_update";
            RR.EVENT_BEFORE_DRAW = "director_before_draw";
            RR.EVENT_AFTER_DRAW = "director_after_draw";
            RR.EVENT_BEFORE_COMMIT = "director_before_commit";
            RR.EVENT_BEFORE_PHYSICS = "director_before_physics";
            RR.EVENT_AFTER_PHYSICS = "director_after_physics";
            RR.EVENT_BEGIN_FRAME = "director_begin_frame";
            RR.EVENT_END_FRAME = "director_end_frame";
            RR.instance = void 0;
            m.Director = RR;
            const IR = t("director", RR.instance = m.director = new RR);
            class MR extends vo {
              constructor(...t) {
                super(...t);
                this.frame = null;
                this.container = null;
                this.canvas = null;
                this.renderType = -1;
                this.eventTargetOn = super.on;
                this.eventTargetOnce = super.once;
                this.config = {};
                this.onStart = null;
                this.frameTime = 1e3 / 60;
                this._isCloning = !1;
                this._inited = !1;
                this._engineInited = !1;
                this._rendererInitialized = !1;
                this._paused = !0;
                this._frameRate = 60;
                this._pacer = null;
                this._initTime = 0;
                this._startTime = 0;
                this._deltaTime = 0;
                this._shouldLoadLaunchScene = !0;
                this.onPreBaseInitDelegate = new Eo;
                this.onPostBaseInitDelegate = new Eo;
                this.onPreInfrastructureInitDelegate = new Eo;
                this.onPostInfrastructureInitDelegate = new Eo;
                this.onPreSubsystemInitDelegate = new Eo;
                this.onPostSubsystemInitDelegate = new Eo;
                this.onPreProjectInitDelegate = new Eo;
                this.onPostProjectInitDelegate = new Eo;
              }
              get inited() {
                return this._inited;
              }
              get frameRate() {
                return this._frameRate;
              }
              set frameRate(t) {
                if ("number" != typeof t) {
                  t = parseInt(t, 10);
                  Number.isNaN(t) && (t = 60);
                }
                this._frameRate = t;
                this.frameTime = 1e3 / t;
                this._pacer && (this._pacer.targetFrameRate = this._frameRate);
              }
              get deltaTime() {
                return this._deltaTime;
              }
              get totalTime() {
                return performance.now() - this._initTime;
              }
              get frameStartTime() {
                return this._startTime;
              }
              setFrameRate(t) {
                this.frameRate = t;
              }
              getFrameRate() {
                return this.frameRate;
              }
              step() {
                IR.tick(this.frameTime / 1e3);
              }
              pause() {
                var t;
                if (!this._paused) {
                  this._paused = !0;
                  null === (t = this._pacer) || void 0 === t || t.stop();
                }
              }
              resume() {
                var t;
                if (this._paused) {
                  lv._clearEvents();
                  this._paused = !1;
                  null === (t = this._pacer) || void 0 === t || t.start();
                }
              }
              isPaused() {
                return this._paused;
              }
              restart() {
                return new Promise((t => {
                  IR.once(RR.EVENT_END_FRAME, (() => t()));
                })).then((() => {
                  IR.reset();
                  m.Object._deferredDestroy();
                  this.pause();
                  this.resume();
                  this._shouldLoadLaunchScene = !0;
                  Ag.instance.curTime = 0;
                  this._safeEmit(MR.EVENT_RESTART);
                }));
              }
              end() {
                Po.close();
              }
              on(t, e, i, s) {
                (this._engineInited && t === MR.EVENT_ENGINE_INITED || this._inited && t === MR.EVENT_GAME_INITED || this._rendererInitialized && t === MR.EVENT_RENDERER_INITED) && e.call(i);
                return this.eventTargetOn(t, e, i, s);
              }
              once(t, e, i) {
                return this._engineInited && t === MR.EVENT_ENGINE_INITED ? e.call(i) : this.eventTargetOnce(t, e, i);
              }
              init(t) {
                this._compatibleWithOldParams(t);
                return Promise.resolve().then((() => {
                  this.emit(MR.EVENT_PRE_BASE_INIT);
                  return this.onPreBaseInitDelegate.dispatch();
                })).then((() => {
                  console.time("Init Base");
                  I(t.debugMode || U.NONE);
                  Vo.init();
                  this._initEvents();
                })).then((() => de.init(t.settingsPath, t.overrideSettings))).then((() => {
                  console.timeEnd("Init Base");
                  if (Vo.isXR) {
                    var t, e;
                    xr.entry = xr.XrEntry.getInstance();
                    const i = null !== (t = de.querySettings(_e.Category.RENDERING, "msaa")) && void 0 !== t ? t : 1;
                    const s = null !== (e = de.querySettings(_e.Category.RENDERING, "renderingScale")) && void 0 !== e ? e : 1;
                    xr.entry.setMultisamplesRTT(i);
                    xr.entry.setRenderingScale(s);
                  }
                  this.emit(MR.EVENT_POST_BASE_INIT);
                  return this.onPostBaseInitDelegate.dispatch();
                })).then((() => {
                  this.emit(MR.EVENT_PRE_INFRASTRUCTURE_INIT);
                  return this.onPreInfrastructureInitDelegate.dispatch();
                })).then((() => {
                  console.time("Init Infrastructure");
                  pe.init();
                  const t = function() {
                    const t = document.createElement("div");
                    return {
                      frame: document.documentElement,
                      canvas: window.__canvas,
                      container: t
                    };
                  }();
                  if (t) {
                    this.canvas = t.canvas;
                    this.frame = t.frame;
                    this.container = t.container;
                  }
                  Fo.init();
                  _s.init();
                  zo.init(this.canvas, Rm);
                  SR.init();
                  xR.init();
                  mm.init();
                  this.initPacer();
                  console.timeEnd("Init Infrastructure");
                })).then((() => {
                  this.emit(MR.EVENT_POST_INFRASTRUCTURE_INIT);
                  return this.onPostInfrastructureInitDelegate.dispatch();
                })).then((() => {
                  this.emit(MR.EVENT_PRE_SUBSYSTEM_INIT);
                  return this.onPreSubsystemInitDelegate.dispatch();
                })).then((() => {
                  console.time("Init SubSystem");
                  IR.init();
                  return xR.loadBuiltinAssets();
                })).then((() => {
                  console.timeEnd("Init SubSystem");
                  this.emit(MR.EVENT_POST_SUBSYSTEM_INIT);
                  return this.onPostSubsystemInitDelegate.dispatch();
                })).then((() => {
                  E(`Cocos Creator v${f}`);
                  this.emit(MR.EVENT_ENGINE_INITED);
                  this._engineInited = !0;
                })).then((() => {
                  this.emit(MR.EVENT_PRE_PROJECT_INIT);
                  return this.onPreProjectInitDelegate.dispatch();
                })).then((() => {
                  console.time("Init Project");
                  const t = de.querySettings(_e.Category.PLUGINS, "jsList");
                  let e = Promise.resolve();
                  if (t) {
                    de.querySettings(_e.Category.PATH, "projectPath");
                    t.forEach((t => {
                      e = e.then((() => function(t) {
                        if (window.oh) {
                          window.oh.loadModule(t);
                          return Promise.resolve();
                        }
                        return i(260)(t);
                      }(`src/${t}`)));
                    }));
                  }
                  return e;
                })).then((() => {
                  const t = de.querySettings(_e.Category.SCRIPTING, "scriptPackages");
                  return t ? Promise.all(t.map((t => e.import(t)))) : Promise.resolve([]);
                })).then((() => this._loadProjectBundles())).then((() => this._setupRenderPipeline())).then((() => this._loadPreloadAssets())).then((() => {
                  xR.compileBuiltinMaterial();
                  return Ag.instance.init();
                })).then((() => {
                  console.timeEnd("Init Project");
                  this.emit(MR.EVENT_POST_PROJECT_INIT);
                  return this.onPostProjectInitDelegate.dispatch();
                })).then((() => {
                  this._inited = !0;
                  this._safeEmit(MR.EVENT_GAME_INITED);
                }));
              }
              _compatibleWithOldParams(t) {
                const e = t.overrideSettings = t.overrideSettings || {};
                if ("showFPS" in t) {
                  e.profiling = e.profiling || {};
                  e.profiling.showFPS = t.showFPS;
                }
                if ("frameRate" in t) {
                  e.screen = e.screen || {};
                  e.screen.frameRate = t.frameRate;
                }
                if ("renderMode" in t) {
                  e.rendering = e.rendering || {};
                  e.rendering.renderMode = t.renderMode;
                }
                if ("renderPipeline" in t) {
                  e.rendering = e.rendering || {};
                  e.rendering.renderPipeline = t.renderPipeline;
                }
                if ("assetOptions" in t) {
                  e.assets = e.assets || {};
                  Object.assign(e.assets, t.assetOptions);
                }
                if ("customJointTextureLayouts" in t) {
                  e.animation = e.animation || {};
                  e.animation.customJointTextureLayouts = t.customJointTextureLayouts;
                }
                if ("physics" in t) {
                  e.physics = e.physics || {};
                  Object.assign(e.physics, t.physics);
                }
                if ("orientation" in t) {
                  e.screen = e.screen || {};
                  e.screen.orientation = t.orientation;
                }
                if ("exactFitScreen" in t) {
                  e.screen = e.screen || {};
                  e.screen.exactFitScreen = t.exactFitScreen;
                }
              }
              _loadPreloadAssets() {
                const t = de.querySettings(_e.Category.ASSETS, "preloadAssets");
                return t ? Promise.all(t.map((t => new Promise(((e, i) => {
                  SR.loadAny(t, (t => {
                    t ? i(t) : e();
                  }));
                }))))) : Promise.resolve([]);
              }
              _loadProjectBundles() {
                const t = de.querySettings(_e.Category.ASSETS, "preloadBundles");
                return t ? Promise.all(t.map((({bundle: t, version: e}) => new Promise(((i, s) => {
                  const n = {};
                  e && (n.version = e);
                  SR.loadBundle(t, n, (t => {
                    t ? s(t) : i();
                  }));
                }))))) : Promise.resolve([]);
              }
              run(t) {
                t && (this.onStart = t);
                this._inited && this.resume();
              }
              _calculateDT() {
                const t = performance.now();
                this._deltaTime = t > this._startTime ? (t - this._startTime) / 1e3 : 0;
                this._deltaTime > MR.DEBUG_DT_THRESHOLD && (this._deltaTime = this.frameTime / 1e3);
                this._startTime = t;
                return this._deltaTime;
              }
              _updateCallback() {
                if (this._inited) if (Ag.instance.isFinished) if (this._shouldLoadLaunchScene) {
                  this._shouldLoadLaunchScene = !1;
                  const e = de.querySettings(_e.Category.LAUNCH, "launchScene");
                  if (e) IR.loadScene(e, (() => {
                    var t;
                    console.log(`Success to load scene: ${e}`);
                    this._initTime = performance.now();
                    IR.startAnimation();
                    null === (t = this.onStart) || void 0 === t || t.call(this);
                  })); else {
                    var t;
                    this._initTime = performance.now();
                    IR.startAnimation();
                    null === (t = this.onStart) || void 0 === t || t.call(this);
                  }
                } else IR.tick(this._calculateDT()); else Ag.instance.update(this._calculateDT());
              }
              initPacer() {
                var t;
                const e = null !== (t = de.querySettings(_e.Category.SCREEN, "frameRate")) && void 0 !== t ? t : 60;
                w("number" == typeof e);
                this._pacer = new fw;
                this._pacer.onTick = this._updateCallback.bind(this);
                this.frameRate = e;
              }
              _initEvents() {
                Po.on("show", this._onShow, this);
                Po.on("hide", this._onHide, this);
              }
              _onHide() {
                this.emit(MR.EVENT_HIDE);
                this.pause();
              }
              _onShow() {
                this.emit(MR.EVENT_SHOW);
                this.resume();
              }
              addPersistRootNode(t) {
                IR.addPersistRootNode(t);
              }
              removePersistRootNode(t) {
                IR.removePersistRootNode(t);
              }
              isPersistRootNode(t) {
                return IR.isPersistRootNode(t);
              }
              _setupRenderPipeline() {
                const t = de.querySettings(_e.Category.RENDERING, "renderPipeline");
                return t ? new Promise(((e, i) => {
                  SR.loadAny(t, ((t, s) => !t && s instanceof AR ? e(s) : i(t)));
                })).then((t => {
                  this._setRenderPipeline(t);
                })).catch((e => {
                  C(e);
                  C(`Failed load render pipeline: ${t}, engine failed to initialize, will fallback to default pipeline`);
                  this._setRenderPipeline();
                })) : this._setRenderPipeline();
              }
              _setRenderPipeline(t) {
                IR.root.setRenderPipeline(t) || this._setRenderPipeline();
                this._rendererInitialized = !0;
                this._safeEmit(MR.EVENT_RENDERER_INITED);
              }
              _safeEmit(t) {
                this.emit(t);
              }
            }
            t("Game", MR);
            MR.EVENT_HIDE = "game_on_hide";
            MR.EVENT_SHOW = "game_on_show";
            MR.EVENT_LOW_MEMORY = "game_on_low_memory";
            MR.EVENT_GAME_INITED = "game_inited";
            MR.EVENT_ENGINE_INITED = "engine_inited";
            MR.EVENT_RENDERER_INITED = "renderer_inited";
            MR.EVENT_PRE_BASE_INIT = "pre_base_init";
            MR.EVENT_POST_BASE_INIT = "post_base_init";
            MR.EVENT_PRE_INFRASTRUCTURE_INIT = "pre_infrastructure_init";
            MR.EVENT_POST_INFRASTRUCTURE_INIT = "post_infrastructure_init";
            MR.EVENT_PRE_SUBSYSTEM_INIT = "pre_subsystem_init";
            MR.EVENT_POST_SUBSYSTEM_INIT = "post_subsystem_init";
            MR.EVENT_PRE_PROJECT_INIT = "pre_project_init";
            MR.EVENT_POST_PROJECT_INIT = "post_project_init";
            MR.EVENT_RESTART = "game_on_restart";
            MR.RENDER_TYPE_CANVAS = 0;
            MR.RENDER_TYPE_WEBGL = 1;
            MR.RENDER_TYPE_OPENGL = 2;
            MR.RENDER_TYPE_HEADLESS = 3;
            MR.DEBUG_DT_THRESHOLD = 1;
            m.Game = MR;
            const BR = t("game", m.game = new MR);
            const DR = {};
            W(DR, "vmath", [ {
              name: "vec2",
              newName: "Vec2",
              target: us,
              targetName: "math"
            }, {
              name: "vec3",
              newName: "Vec3",
              target: us,
              targetName: "math"
            }, {
              name: "vec4",
              newName: "Vec4",
              target: us,
              targetName: "math"
            }, {
              name: "quat",
              newName: "Quat",
              target: us,
              targetName: "math"
            }, {
              name: "mat3",
              newName: "Mat3",
              target: us,
              targetName: "math"
            }, {
              name: "mat4",
              newName: "Mat4",
              target: us,
              targetName: "math"
            }, {
              name: "color4",
              newName: "Color",
              target: us,
              targetName: "math"
            }, {
              name: "rect",
              newName: "Rect",
              target: us,
              targetName: "math"
            }, {
              name: "approx",
              newName: "approx",
              target: us,
              targetName: "math"
            }, {
              name: "EPSILON",
              newName: "EPSILON",
              target: us,
              targetName: "math"
            }, {
              name: "equals",
              newName: "equals",
              target: us,
              targetName: "math"
            }, {
              name: "clamp",
              newName: "clamp",
              target: us,
              targetName: "math"
            }, {
              name: "clamp01",
              newName: "clamp01",
              target: us,
              targetName: "math"
            }, {
              name: "lerp",
              newName: "lerp",
              target: us,
              targetName: "math"
            }, {
              name: "toRadian",
              newName: "toRadian",
              target: us,
              targetName: "math"
            }, {
              name: "toDegree",
              newName: "toDegree",
              target: us,
              targetName: "math"
            }, {
              name: "random",
              newName: "random",
              target: us,
              targetName: "math"
            }, {
              name: "randomRange",
              newName: "randomRange",
              target: us,
              targetName: "math"
            }, {
              name: "randomRangeInt",
              newName: "randomRangeInt",
              target: us,
              targetName: "math"
            }, {
              name: "pseudoRandom",
              newName: "pseudoRandom",
              target: us,
              targetName: "math"
            }, {
              name: "pseudoRandomRangeInt",
              newName: "pseudoRandomRangeInt",
              target: us,
              targetName: "math"
            }, {
              name: "nextPow2",
              newName: "nextPow2",
              target: us,
              targetName: "math"
            }, {
              name: "repeat",
              newName: "repeat",
              target: us,
              targetName: "math"
            }, {
              name: "pingPong",
              newName: "pingPong",
              target: us,
              targetName: "math"
            }, {
              name: "inverseLerp",
              newName: "inverseLerp",
              target: us,
              targetName: "math"
            } ]);
            m.vmath = DR;
            W(Rg.prototype, "Scheduler.prototype", [ {
              name: "enableForTarget",
              newName: "enableForTarget",
              target: Rg,
              targetName: "Scheduler"
            } ]);
            W(Rg, "Scheduler", [ {
              name: "PRIORITY_SYSTEM",
              newName: "System.Priority.SCHEDULER",
              customGetter: () => Tg.Priority.SCHEDULER
            } ]);
            Y(Rg, "Scheduler", [ {
              name: "PRIORITY_NON_SYSTEM",
              suggest: "Use enum` System.Priority` instead"
            } ]);
            W(Ig.prototype, "SubModel.prototype", [ {
              name: "subMeshData",
              newName: "subMesh"
            } ]);
            Y(Ig.prototype, "SubModel.prototype", [ {
              name: "getSubModel",
              suggest: "Use `subModels[i]` instead"
            }, {
              name: "subModelNum",
              suggest: "Use `subModels.length` instead"
            } ]);
            W(cw.prototype, "Root.prototype", [ {
              name: "ui",
              newName: "batcher2D"
            } ]);
            q(BR, "game", [ {
              name: "collisionMatrix"
            }, {
              name: "groupList"
            } ]);
            q(RR.prototype, "director", [ {
              name: "calculateDeltaTime"
            }, {
              name: "getDeltaTime",
              suggest: "Use game.deltaTime instead"
            }, {
              name: "getTotalTime",
              suggest: "Use game.totalTime instead"
            }, {
              name: "getCurrentTime",
              suggest: "Use game.frameStartTime instead"
            } ]);
            Y(RR.prototype, "director", [ {
              name: "setAnimationInterval",
              suggest: "please use game.frameRate instead"
            }, {
              name: "getAnimationInterval",
              suggest: "please use game.frameRate instead"
            }, {
              name: "getRunningScene",
              suggest: "please use getScene instead"
            }, {
              name: "setDepthTest",
              suggest: "please use camera API instead"
            }, {
              name: "setClearColor",
              suggest: "please use camera API instead"
            }, {
              name: "getWinSize",
              suggest: "please use view.getVisibleSize instead"
            }, {
              name: "getWinSizeInPixels"
            }, {
              name: "purgeCachedData",
              suggest: "please use assetManager.releaseAll instead"
            }, {
              name: "convertToGL"
            }, {
              name: "convertToUI"
            } ]);
            et({
              replaceProperty: {
                since: "3.6.0",
                removed: !1
              },
              removeProperty: {
                since: "3.6.0",
                removed: !1
              },
              markAsWarning: {
                since: "3.6.0",
                removed: !1
              },
              setDefaultLogTimes: {
                since: "3.6.0",
                removed: !1
              }
            });
            var PR, OR, NR, LR, FR, VR;
            t("PrefabLink", (PR = Ul("cc.PrefabLink"), OR = Th(mC), NR = rh(), PR(LR = (FR = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "prefab", VR, this);
              }
            }, VR = Bl(FR.prototype, "prefab", [ OR, Yl, NR ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), FR)) || LR));
            const kR = new Pi;
            function UR(t, e, i, s) {
              s || (s = new Pi);
              t.convertToUINode(e, i, s);
              const n = i.position;
              s.add(n);
              return s;
            }
            function GR(t, e, i) {
              i || (i = new Pi);
              t.worldToScreen(e, i);
              i.x /= m.view.getScaleX();
              i.y /= m.view.getScaleY();
              return i;
            }
            const zR = t("convertUtils", {
              WorldNode3DToLocalNodeUI: UR,
              WorldNode3DToWorldNodeUI: GR
            });
            m.pipelineUtils = zR;
            W(m.pipelineUtils, "cc.pipelineUtils", [ {
              name: "WorldNode3DToLocalNodeUI",
              newName: "convertToUINode",
              targetName: "cc.Camera.prototype",
              customFunction(...t) {
                const e = t[0];
                const i = t[3] || kR;
                e.convertToUINode(t[1], t[2], i);
                i.add(t[2].position);
                return t[3] || i.clone();
              }
            } ]);
            const HR = {
              topLeft: m.v2(0, 0),
              topRight: m.v2(0, 0),
              top: m.v2(0, 0),
              bottomLeft: m.v2(0, 0),
              bottomRight: m.v2(0, 0),
              bottom: m.v2(0, 0),
              center: m.v2(0, 0),
              left: m.v2(0, 0),
              right: m.v2(0, 0),
              width: 0,
              height: 0,
              init(t) {
                const e = this.width = t.width;
                const i = this.height = t.height;
                const s = t.x;
                const n = t.y;
                const r = n + i;
                const o = s + e;
                this.topLeft.x = s;
                this.topLeft.y = r;
                this.topRight.x = o;
                this.topRight.y = r;
                this.top.x = s + e / 2;
                this.top.y = r;
                this.bottomLeft.x = s;
                this.bottomLeft.y = n;
                this.bottomRight.x = o;
                this.bottomRight.y = n;
                this.bottom.x = s + e / 2;
                this.bottom.y = n;
                this.center.x = s + e / 2;
                this.center.y = n + i / 2;
                this.left.x = s;
                this.left.y = n + i / 2;
                this.right.x = o;
                this.right.y = n + i / 2;
              }
            };
            m.visibleRect = HR;
            const jR = new rs;
            const XR = {
              [pe.ORIENTATION_AUTO]: Oo.AUTO,
              [pe.ORIENTATION_LANDSCAPE]: Oo.LANDSCAPE,
              [pe.ORIENTATION_PORTRAIT]: Oo.PORTRAIT
            };
            class WR extends(To(Tg)){
              constructor() {
                super();
                this._designResolutionSize = void 0;
                this._scaleX = void 0;
                this._scaleY = void 0;
                this._viewportRect = void 0;
                this._visibleRect = void 0;
                this._autoFullScreen = void 0;
                this._retinaEnabled = void 0;
                this._resizeCallback = void 0;
                this._resolutionPolicy = void 0;
                this._rpExactFit = void 0;
                this._rpShowAll = void 0;
                this._rpNoBorder = void 0;
                this._rpFixedHeight = void 0;
                this._rpFixedWidth = void 0;
                const t = YR;
                const e = qR;
                this._designResolutionSize = new rs(0, 0);
                this._scaleX = 1;
                this._scaleY = 1;
                this._viewportRect = new as(0, 0, 0, 0);
                this._visibleRect = new as(0, 0, 0, 0);
                this._autoFullScreen = !1;
                this._retinaEnabled = !1;
                this._resizeCallback = null;
                this._rpExactFit = new KR(t.EQUAL_TO_FRAME, e.EXACT_FIT);
                this._rpShowAll = new KR(t.EQUAL_TO_FRAME, e.SHOW_ALL);
                this._rpNoBorder = new KR(t.EQUAL_TO_FRAME, e.NO_BORDER);
                this._rpFixedHeight = new KR(t.EQUAL_TO_FRAME, e.FIXED_HEIGHT);
                this._rpFixedWidth = new KR(t.EQUAL_TO_FRAME, e.FIXED_WIDTH);
                this._resolutionPolicy = this._rpShowAll;
              }
              init() {
                const t = Fo.windowSize;
                const e = t.width;
                const i = t.height;
                this._designResolutionSize.width = e;
                this._designResolutionSize.height = i;
                this._viewportRect.width = e;
                this._viewportRect.height = i;
                this._visibleRect.width = e;
                this._visibleRect.height = i;
                jR.width = this._visibleRect.width;
                jR.height = this._visibleRect.height;
                HR && HR.init(this._visibleRect);
                {
                  this.resizeWithBrowserSize(!0);
                  const t = de.querySettings(_e.Category.SCREEN, "designResolution");
                  t && this.setDesignResolutionSize(Number(t.width), Number(t.height), t.policy || KR.FIXED_HEIGHT);
                }
                Lo.on("window-resize", this._updateAdaptResult, this);
                Lo.on("orientation-change", this._updateAdaptResult, this);
                Lo.on("fullscreen-change", this._updateAdaptResult, this);
              }
              resizeWithBrowserSize(t) {
                Lo.handleResizeEvent = t;
              }
              setResizeCallback(t) {
                "function" != typeof t && null != t || (this._resizeCallback = t);
              }
              setOrientation(t) {
                Lo.orientation = XR[t];
              }
              adjustViewportMeta(t) {}
              enableRetina(t) {
                this._retinaEnabled = !!t;
              }
              isRetinaEnabled() {
                return this._retinaEnabled;
              }
              enableAutoFullScreen(t) {
                if (t !== this._autoFullScreen) {
                  this._autoFullScreen = t;
                  t && Fo.requestFullScreen().catch((t => {}));
                }
              }
              isAutoFullScreenEnabled() {
                return this._autoFullScreen;
              }
              setCanvasSize(t, e) {
                Lo.resolutionScale = 1;
                const i = Lo.devicePixelRatio;
                const s = new rs(t * i, e * i);
                Fo.windowSize = s;
              }
              getCanvasSize() {
                return Fo.windowSize;
              }
              getFrameSize() {
                const t = Lo.devicePixelRatio;
                const e = Fo.windowSize;
                e.width /= t;
                e.height /= t;
                return e;
              }
              setFrameSize(t, e) {
                const i = Lo.devicePixelRatio;
                Fo.windowSize = new rs(t * i, e * i);
              }
              getVisibleSize() {
                return new rs(this._visibleRect.width, this._visibleRect.height);
              }
              getVisibleSizeInPixel() {
                return new rs(this._visibleRect.width * this._scaleX, this._visibleRect.height * this._scaleY);
              }
              getVisibleOrigin() {
                return new Qi(this._visibleRect.x, this._visibleRect.y);
              }
              getVisibleOriginInPixel() {
                return new Qi(this._visibleRect.x * this._scaleX, this._visibleRect.y * this._scaleY);
              }
              getResolutionPolicy() {
                return this._resolutionPolicy;
              }
              _updateResolutionPolicy(t) {
                if (t instanceof KR) this._resolutionPolicy = t; else {
                  const e = KR;
                  t === e.EXACT_FIT && (this._resolutionPolicy = this._rpExactFit);
                  t === e.SHOW_ALL && (this._resolutionPolicy = this._rpShowAll);
                  t === e.NO_BORDER && (this._resolutionPolicy = this._rpNoBorder);
                  t === e.FIXED_HEIGHT && (this._resolutionPolicy = this._rpFixedHeight);
                  t === e.FIXED_WIDTH && (this._resolutionPolicy = this._rpFixedWidth);
                }
              }
              setResolutionPolicy(t) {
                this._updateResolutionPolicy(t);
                const e = JR.getDesignResolutionSize();
                JR.setDesignResolutionSize(e.width, e.height, t);
              }
              setDesignResolutionSize(t, e, i) {
                if (!(t > 0 && e > 0)) {
                  F(2200);
                  return;
                }
                this._updateResolutionPolicy(i);
                const s = this._resolutionPolicy;
                s && s.preApply(this);
                this._designResolutionSize.width = t;
                this._designResolutionSize.height = e;
                const n = s.apply(this, this._designResolutionSize);
                if (n.scale && 2 === n.scale.length) {
                  this._scaleX = n.scale[0];
                  this._scaleY = n.scale[1];
                }
                if (n.viewport) {
                  const t = this._viewportRect;
                  const e = this._visibleRect;
                  const i = n.viewport;
                  t.x = i.x;
                  t.y = i.y;
                  t.width = i.width;
                  t.height = i.height;
                  e.x = 0;
                  e.y = 0;
                  e.width = i.width / this._scaleX;
                  e.height = i.height / this._scaleY;
                }
                s.postApply(this);
                jR.width = this._visibleRect.width;
                jR.height = this._visibleRect.height;
                HR && HR.init(this._visibleRect);
                this.emit("design-resolution-changed");
              }
              getDesignResolutionSize() {
                return new rs(this._designResolutionSize.width, this._designResolutionSize.height);
              }
              setRealPixelResolution(t, e, i) {
                this.setDesignResolutionSize(t, e, i);
              }
              getViewportRect() {
                return this._viewportRect;
              }
              getScaleX() {
                return this._scaleX;
              }
              getScaleY() {
                return this._scaleY;
              }
              getDevicePixelRatio() {
                return Lo.devicePixelRatio;
              }
              convertToLocationInView(t, e, i, s = new Qi) {
                const n = Lo.devicePixelRatio * (t - i.left);
                const r = Lo.devicePixelRatio * (i.top + i.height - e);
                if (Lo.isFrameRotated) {
                  s.x = Fo.windowSize.width - r;
                  s.y = n;
                } else {
                  s.x = n;
                  s.y = r;
                }
                return s;
              }
              _convertToUISpace(t) {
                const e = this._viewportRect;
                t.x = (t.x - e.x) / this._scaleX;
                t.y = (t.y - e.y) / this._scaleY;
              }
              _updateAdaptResult() {
                var t;
                m.director.root.resize(Fo.windowSize.width, Fo.windowSize.height);
                const e = this._designResolutionSize.width;
                const i = this._designResolutionSize.height;
                e > 0 && this.setDesignResolutionSize(e, i, this._resolutionPolicy);
                this.emit("canvas-resize");
                null === (t = this._resizeCallback) || void 0 === t || t.call(this);
              }
            }
            t("View", WR);
            WR.instance = void 0;
            class YR {
              constructor() {
                this.name = "ContainerStrategy";
              }
              preApply(t) {}
              apply(t, e) {}
              postApply(t) {}
              _setupCanvas() {
                const t = m.game.canvas;
                if (t) {
                  const e = Fo.windowSize;
                  t.width = e.width;
                  t.height = e.height;
                }
              }
            }
            YR.EQUAL_TO_FRAME = void 0;
            YR.PROPORTION_TO_FRAME = void 0;
            class qR {
              constructor() {
                this.name = "ContentStrategy";
                this._result = void 0;
                this._result = {
                  scale: [ 1, 1 ],
                  viewport: null
                };
              }
              preApply(t) {}
              apply(t, e) {
                return {
                  scale: [ 1, 1 ]
                };
              }
              postApply(t) {}
              _buildResult(t, e, i, s, n, r) {
                Math.abs(t - i) < 2 && (i = t);
                Math.abs(e - s) < 2 && (s = e);
                const o = new as(Math.round((t - i) / 2), Math.round((e - s) / 2), i, s);
                this._result.scale = [ n, r ];
                this._result.viewport = o;
                return this._result;
              }
            }
            qR.EXACT_FIT = void 0;
            qR.SHOW_ALL = void 0;
            qR.NO_BORDER = void 0;
            qR.FIXED_HEIGHT = void 0;
            qR.FIXED_WIDTH = void 0;
            (() => {
              YR.EQUAL_TO_FRAME = new class extends YR {
                constructor(...t) {
                  super(...t);
                  this.name = "EqualToFrame";
                }
                apply(t, e) {
                  Lo.isProportionalToFrame = !1;
                  this._setupCanvas();
                }
              };
              YR.PROPORTION_TO_FRAME = new class extends YR {
                constructor(...t) {
                  super(...t);
                  this.name = "ProportionalToFrame";
                }
                apply(t, e) {
                  Lo.isProportionalToFrame = !0;
                  this._setupCanvas();
                }
              };
              qR.EXACT_FIT = new class extends qR {
                constructor(...t) {
                  super(...t);
                  this.name = "ExactFit";
                }
                apply(t, e) {
                  const i = Fo.windowSize;
                  const s = i.width;
                  const n = i.height;
                  const r = s / e.width;
                  const o = n / e.height;
                  return this._buildResult(s, n, s, n, r, o);
                }
              };
              qR.SHOW_ALL = new class extends qR {
                constructor(...t) {
                  super(...t);
                  this.name = "ShowAll";
                }
                apply(t, e) {
                  const i = Fo.windowSize;
                  const s = i.width;
                  const n = i.height;
                  const r = e.width;
                  const o = e.height;
                  const a = s / r;
                  const l = n / o;
                  let h = 0;
                  let c;
                  let u;
                  if (a < l) {
                    h = a;
                    c = s;
                    u = o * h;
                  } else {
                    h = l;
                    c = r * h;
                    u = n;
                  }
                  return this._buildResult(s, n, c, u, h, h);
                }
              };
              qR.NO_BORDER = new class extends qR {
                constructor(...t) {
                  super(...t);
                  this.name = "NoBorder";
                }
                apply(t, e) {
                  const i = Fo.windowSize;
                  const s = i.width;
                  const n = i.height;
                  const r = e.width;
                  const o = e.height;
                  const a = s / r;
                  const l = n / o;
                  let h;
                  let c;
                  let u;
                  if (a < l) {
                    h = l;
                    c = r * h;
                    u = n;
                  } else {
                    h = a;
                    c = s;
                    u = o * h;
                  }
                  return this._buildResult(s, n, c, u, h, h);
                }
              };
              qR.FIXED_HEIGHT = new class extends qR {
                constructor(...t) {
                  super(...t);
                  this.name = "FixedHeight";
                }
                apply(t, e) {
                  const i = Fo.windowSize;
                  const s = i.width;
                  const n = i.height;
                  const r = n / e.height;
                  const o = s;
                  const a = n;
                  return this._buildResult(s, n, o, a, r, r);
                }
              };
              qR.FIXED_WIDTH = new class extends qR {
                constructor(...t) {
                  super(...t);
                  this.name = "FixedWidth";
                }
                apply(t, e) {
                  const i = Fo.windowSize;
                  const s = i.width;
                  const n = i.height;
                  const r = s / e.width;
                  const o = s;
                  const a = n;
                  return this._buildResult(s, n, o, a, r, r);
                }
              };
            })();
            class KR {
              constructor(t, e) {
                this.name = "ResolutionPolicy";
                this._containerStrategy = void 0;
                this._contentStrategy = void 0;
                this._containerStrategy = null;
                this._contentStrategy = null;
                this.setContainerStrategy(t);
                this.setContentStrategy(e);
              }
              get canvasSize() {
                return Fo.windowSize;
              }
              preApply(t) {
                this._contentStrategy.preApply(t);
              }
              apply(t, e) {
                this._containerStrategy.apply(t, e);
                return this._contentStrategy.apply(t, e);
              }
              postApply(t) {
                this._contentStrategy.postApply(t);
              }
              setContainerStrategy(t) {
                t instanceof YR && (this._containerStrategy = t);
              }
              setContentStrategy(t) {
                t instanceof qR && (this._contentStrategy = t);
              }
            }
            t("ResolutionPolicy", KR);
            KR.EXACT_FIT = 0;
            KR.NO_BORDER = 1;
            KR.SHOW_ALL = 2;
            KR.FIXED_HEIGHT = 3;
            KR.FIXED_WIDTH = 4;
            KR.UNKNOWN = 5;
            KR.ContainerStrategy = YR;
            KR.ContentStrategy = qR;
            m.ResolutionPolicy = KR;
            const JR = t("view", WR.instance = m.view = new WR);
            IR.registerSystem("view", JR, 0);
            m.winSize = jR;
            Y(WR.prototype, "View.prototype", [ {
              name: "isAntiAliasEnabled",
              suggest: "The API of Texture2d have been largely modified, no alternative"
            }, {
              name: "enableAntiAlias",
              suggest: "The API of Texture2d have been largely modified, no alternative"
            } ]);
            q(WR.prototype, "View.prototype", [ {
              name: "adjustViewportMeta"
            }, {
              name: "enableAutoFullScreen",
              suggest: "use screen.requestFullScreen() instead."
            }, {
              name: "isAutoFullScreenEnabled"
            }, {
              name: "setCanvasSize",
              suggest: "setting size in CSS pixels is not recommended, please use screen.windowSize instead."
            }, {
              name: "getCanvasSize",
              suggest: "please use screen.windowSize instead."
            }, {
              name: "getFrameSize",
              suggest: "getting size in CSS pixels is not recommended, please use screen.windowSize instead."
            }, {
              name: "setFrameSize",
              suggest: "setting size in CSS pixels is not recommended, please use screen.windowSize instead."
            }, {
              name: "getDevicePixelRatio",
              suggest: "use screen.devicePixelRatio instead."
            }, {
              name: "convertToLocationInView"
            }, {
              name: "enableRetina"
            }, {
              name: "isRetinaEnabled"
            }, {
              name: "setRealPixelResolution"
            } ]);
            q(m, "cc", [ {
              name: "winSize",
              suggest: "please use view.getVisibleSize() instead."
            } ]);
            q(Vo, "sys", [ {
              name: "capabilities",
              suggest: "please use sys.hasFeature() method instead."
            } ]);
            W(Vo, "sys", [ "UNKNOWN", "ENGLISH", "CHINESE", "FRENCH", "ITALIAN", "GERMAN", "SPANISH", "DUTCH", "RUSSIAN", "KOREAN", "JAPANESE", "HUNGARIAN", "PORTUGUESE", "ARABIC", "NORWEGIAN", "POLISH", "TURKISH", "UKRAINIAN", "ROMANIAN", "BULGARIAN" ].map((t => ({
              name: `LANGUAGE_${t}`,
              newName: t,
              target: Vo.Language,
              targetName: "sys.Language"
            }))));
            W(Vo, "sys", [ "UNKNOWN", "IOS", "ABC", "WINDOWS", "LINUX", "OSX" ].map((t => ({
              name: `OS_${t}`,
              newName: t,
              target: Vo.OS,
              targetName: "sys.OS"
            }))));
            W(Vo, "sys", [ "UNKNOWN", "WECHAT", "ABC", "IE", "EDGE", "QQ", "MOBILE_QQ", "UC", "UCBS", "BAIDU_APP", "BAIDU", "MAXTHON", "OPERA", "OUPENG", "MIUI", "FIREFOX", "SAFARI", "CDE", "LIEBAO", "QZONE", "SOUGOU", "HIJ" ].map((t => ({
              name: `BROWSER_TYPE_${t}`,
              newName: t,
              target: Vo.BrowserType,
              targetName: "sys.BrowserType"
            }))));
            W(Vo, "sys", [ {
              name: "BROWSER_TYPE_360",
              newName: "BROWSER_360",
              target: Vo.BrowserType,
              targetName: "sys.BrowserType"
            } ]);
            W(Vo, "sys", [ "UNKNOWN", "EDITOR_PAGE", "EDITOR_CORE", "MOBILE_BROWSER", "DESKTOP_BROWSER", "WIN32", "MACOS", "IOS", "ABC", "OHOS", "WECHAT_GAME", "BAIDU_MINI_GAME", "XIAOMI_QUICK_GAME", "ALIPAY_MINI_GAME", "BYTEDANCE_MINI_GAME", "OPPO_MINI_GAME", "VIVO_MINI_GAME", "HIJ_QUICK_GAME", "COCOSPLAY", "LINKSURE_MINI_GAME", "QTT_MINI_GAME" ].map((t => ({
              name: t,
              target: Vo.Platform,
              targetName: "sys.Platform"
            }))));
            W(Vo, "sys", [ {
              name: "IPHONE",
              newName: "IOS",
              target: Vo.Platform,
              targetName: "sys.Platform"
            }, {
              name: "IPAD",
              newName: "IOS",
              target: Vo.Platform,
              targetName: "sys.Platform"
            } ]);
            Y(Vo, "sys", [ "LINUX", "BLACKBERRY", "NACL", "EMSCRIPTEN", "TIZEN", "WINRT", "WP8", "QQ_PLAY", "FB_PLAYABLE_ADS" ].map((t => ({
              name: t
            }))));
            W(Vo, "sys", [ {
              name: "windowPixelResolution",
              target: Fo,
              targetName: "screen",
              newName: "windowSize"
            } ]);
            q(Fo, "screen", [ {
              name: "autoFullScreen",
              suggest: "please use screen.requestFullScreen() instead."
            }, {
              name: "disableAutoFullScreen"
            } ]);
            const ZR = [ ".png", ".jpg", ".bmp", ".jpeg", ".gif", ".ico", ".tiff", ".webp", ".image", ".pvr", ".pkm", ".astc" ];
            const QR = [ ".mp3", ".ogg", ".wav", ".m4a" ];
            function $R() {
              return !0;
            }
            const tI = {
              transformURL(t) {
                const e = qh(t);
                if (!e) return t;
                const i = Ph.find((t => !!t.getAssetInfo(e)));
                if (!i) return t;
                let s = "";
                const n = i.getAssetInfo(e);
                s = t.startsWith(i.base + i.config.nativeBase) ? n.nativeVer || "" : n.ver || "";
                if (!s || -1 !== t.indexOf(s)) return t;
                let r = !1;
                ".ttf" === nc(t) && (r = !0);
                if (r) {
                  const e = ac(t);
                  const i = oc(t);
                  t = `${e}.${s}/${i}`;
                } else t = t.replace(/.*[/\\][0-9a-fA-F]{2}[/\\]([0-9a-fA-F-@]{8,})/, ((t, e) => `${t}.${s}`));
                return t;
              }
            };
            class eI {
              constructor() {
                this._autoReleaseSetting = Object.create(null);
                this._parseLoadResArgs = Dw;
              }
              set onProgress(t) {
                Ew = t;
              }
              get _cache() {
                if (Mh instanceof Rh) return Mh._map;
                {
                  const t = {};
                  Mh.forEach(((e, i) => {
                    t[i] = e;
                  }));
                  return t;
                }
              }
              load(t, e, i) {
                if (void 0 === i && void 0 !== e) {
                  i = e;
                  e = null;
                }
                const s = Array.isArray(t) ? t : [ t ];
                for (let t = 0; t < s.length; t++) {
                  const e = s[t];
                  if ("string" == typeof e) s[t] = {
                    url: e,
                    __isNative__: !0
                  }; else {
                    if (e.type) {
                      e.ext = `.${e.type}`;
                      e.type = void 0;
                    }
                    e.url && (e.__isNative__ = !0);
                  }
                }
                const n = [];
                const r = [];
                SR.loadAny(s, null, ((t, i, s) => {
                  s.content && (ZR.includes(s.ext) ? n.push(s.content) : QR.includes(s.ext) && r.push(s.content));
                  e && e(t, i, s);
                }), ((t, e) => {
                  let o = null;
                  if (!t) {
                    e = Array.isArray(e) ? e : [ e ];
                    for (let t = 0; t < e.length; t++) {
                      const i = e[t];
                      if (!(i instanceof gc)) {
                        let o = i;
                        const a = s[t].url;
                        n.includes(o) ? sR.create(a, i, ".png", {}, ((i, s) => {
                          o = e[t] = s;
                        })) : r.includes(o) && sR.create(a, i, ".mp3", {}, ((i, s) => {
                          o = e[t] = s;
                        }));
                        Mh.add(a, o);
                      }
                    }
                    if (e.length > 1) {
                      const t = Object.create(null);
                      e.forEach((e => {
                        t[e._uuid] = e;
                      }));
                      o = {
                        isCompleted: $R,
                        _map: t
                      };
                    } else o = e[0];
                  }
                  i && i(t, o);
                }));
              }
              getXMLHttpRequest() {
                return new XMLHttpRequest;
              }
              getItem(t) {
                return SR.assets.has(t) ? {
                  content: SR.assets.get(t)
                } : null;
              }
              loadRes(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = this._parseLoadResArgs(e, i, s);
                const a = nc(t);
                a && !Lw.getInfoWithPath(t, n) && (t = t.slice(0, -a.length));
                Lw.load(t, n, r, o);
              }
              loadResArray(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = this._parseLoadResArgs(e, i, s);
                t.forEach(((e, i) => {
                  const s = nc(e);
                  s && !Lw.getInfoWithPath(e, n) && (t[i] = e.slice(0, -s.length));
                }));
                Lw.load(t, n, r, o);
              }
              loadResDir(t, e, i, s) {
                const {type: n, onProgress: r, onComplete: o} = this._parseLoadResArgs(e, i, s);
                Lw.loadDir(t, n, r, ((e, i) => {
                  let s = [];
                  if (!e) {
                    s = Lw.getDirWithPath(t, n).map((t => t.path));
                  }
                  o && o(e, i, s);
                }));
              }
              getRes(t, e) {
                return Mh.has(t) ? Mh.get(t) : Lw.get(t, e);
              }
              getResCount() {
                return Mh.count;
              }
              getDependsRecursively(t) {
                if (!t) return [];
                const e = "string" == typeof t ? t : t._uuid;
                return pA.getDepsRecursively(e).concat([ e ]);
              }
              get md5Pipe() {
                return tI;
              }
              get downloader() {
                return Jw;
              }
              get loader() {
                return SR.parser;
              }
              addDownloadHandlers(t) {
                const e = Object.create(null);
                for (const i in t) {
                  const s = t[i];
                  e[`.${i}`] = (t, e, i) => {
                    s({
                      url: t
                    }, i);
                  };
                }
                Jw.register(e);
              }
              addLoadHandlers(t) {
                const e = Object.create(null);
                for (const i in t) {
                  const s = t[i];
                  e[`.${i}`] = (t, e, i) => {
                    s({
                      content: t
                    }, i);
                  };
                }
                cR.register(e);
              }
              release(t) {
                if (Array.isArray(t)) for (let e = 0; e < t.length; e++) {
                  let i = t[e];
                  "string" == typeof i && (i = Mh.get(i));
                  SR.releaseAsset(i);
                } else if (t) {
                  "string" == typeof t && (t = Mh.get(t));
                  SR.releaseAsset(t);
                }
              }
              releaseAsset(t) {
                SR.releaseAsset(t);
              }
              releaseRes(t, e) {
                Lw.release(t, e);
              }
              releaseAll() {
                SR.releaseAll();
                Mh.clear();
              }
              removeItem(t) {
                return !!Mh.remove(t);
              }
              setAutoRelease(t, e) {
                "object" == typeof t && (t = t._uuid);
                this._autoReleaseSetting[t] = !!e;
              }
              setAutoReleaseRecursively(t, e) {
                "object" == typeof t && (t = t._uuid);
                e = !!e;
                this._autoReleaseSetting[t] = e;
                const i = pA.getDepsRecursively(t);
                for (let t = 0; t < i.length; t++) this._autoReleaseSetting[i[t]] = e;
              }
              isAutoRelease(t) {
                "object" == typeof t && (t = t._uuid);
                return !!this._autoReleaseSetting[t];
              }
            }
            t("CCLoader", eI);
            const iI = t("loader", new eI);
            const sI = t("AssetLibrary", {
              init(t) {
                t.importBase = t.libraryPath;
                t.nativeBase = t.rawAssetsBase;
                SR.init(t);
                t.rawAssets && Lw.init({
                  base: "",
                  deps: [],
                  scenes: {},
                  redirect: [],
                  debug: !0,
                  packs: {},
                  types: [],
                  versions: {
                    import: [],
                    native: []
                  },
                  name: Uh.RESOURCES,
                  importBase: t.importBase,
                  nativeBase: t.nativeBase,
                  paths: t.rawAssets.assets,
                  uuids: Object.keys(t.rawAssets.assets),
                  extensionMap: {}
                });
              },
              loadAsset(t, e, i) {
                SR.loadAny(t, e);
              }
            });
            const nI = t("url", {});
            W(nI, "url", [ {
              name: "normalize",
              target: SR.utils,
              targetName: "assetManager.utils",
              newName: "normalize"
            }, {
              name: "raw",
              targetName: "Asset.prototype",
              newName: "nativeUrl",
              customFunction: t => t.startsWith("resources/") ? Qh({
                path: lc(t.substr(10)),
                bundle: Uh.RESOURCES,
                __isNative__: !0,
                ext: nc(t)
              }) : ""
            } ]);
            Y(sI, "AssetLibrary", [ {
              name: "getLibUrlNoExt",
              suggest: "AssetLibrary.getLibUrlNoExt was removed, if you want to transform url, please use assetManager.utils.getUrlWithUuid instead"
            }, {
              name: "queryAssetInfo",
              suggest: "AssetLibrary.queryAssetInfo was removed"
            } ]);
            Y(iI, "loader", [ {
              name: "releaseResDir",
              suggest: "loader.releaseResDir was removed, please use assetManager.releaseAsset instead"
            }, {
              name: "flowInDeps",
              suggest: "loader.flowInDeps was removed"
            }, {
              name: "assetLoader",
              suggest: "loader.assetLoader was removed, assetLoader and md5Pipe were merged into assetManager.transformPipeline"
            } ]);
            W(m, "cc", [ {
              name: "loader",
              newName: "assetManager",
              logTimes: 1,
              customGetter: () => iI
            }, {
              name: "AssetLibrary",
              newName: "assetManager",
              logTimes: 1,
              customGetter: () => sI
            }, {
              name: "Pipeline",
              target: bR,
              targetName: "AssetManager",
              newName: "Pipeline",
              logTimes: 1
            }, {
              name: "url",
              targetName: "assetManager",
              newName: "utils",
              logTimes: 1,
              customGetter: () => nI
            } ]);
            Y(m, "cc", [ {
              name: "LoadingItems",
              suggest: G(1400, "LoadingItems", "AssetManager.Task")
            } ]);
            W(pe, "macro", [ {
              name: "DOWNLOAD_MAX_CONCURRENT",
              target: Jw,
              targetName: "assetManager.downloader",
              newName: "maxConcurrency"
            } ]);
            W(IR, "director", [ {
              name: "_getSceneUuid",
              targetName: "assetManager.main",
              newName: "getSceneInfo",
              customFunction: t => {
                if (SR.main) {
                  var e;
                  return null === (e = SR.main.getSceneInfo(t)) || void 0 === e ? void 0 : e.uuid;
                }
                return "";
              }
            } ]);
            W(BR, "game", [ {
              name: "_sceneInfos",
              targetName: "assetManager.main",
              newName: "getSceneInfo",
              customGetter: () => {
                const t = [];
                SR.main && SR.main.config.scenes.forEach((e => {
                  t.push(e);
                }));
                return t;
              }
            } ]);
            const rI = vw._autoRelease;
            vw._autoRelease = function(t, e, i) {
              rI.call(vw, t, e, i);
              const s = iI._autoReleaseSetting;
              const n = Object.keys(s);
              for (let t = 0; t < n.length; t++) {
                const e = n[t];
                if (!0 === s[e]) {
                  const t = Mh.get(e);
                  t && vw.tryRelease(t);
                }
              }
            };
            function oI(t, e) {
              t.x = e.x * e.x;
              t.y = e.y * e.y;
              t.z = e.z * e.z;
            }
            class aI {}
            function lI(t, e, i, s = null, n = 0) {
              const r = new hn;
              const o = t.viewport;
              const a = e;
              const l = i;
              r.x = o.x * a;
              r.y = o.y * l;
              r.width = o.width * a;
              r.height = o.height * l;
              if (s) switch (s.type) {
               case BA.DIRECTIONAL:
                {
                  const t = s;
                  if (t.shadowFixedArea || t.csmLevel === HA.LEVEL_1) {
                    r.x = 0;
                    r.y = 0;
                    r.width = a;
                    r.height = l;
                  } else {
                    r.x = n % 2 * .5 * a;
                    r.y = .5 * (1 - Math.floor(n / 2)) * l;
                    r.width = .5 * a;
                    r.height = .5 * l;
                  }
                  break;
                }

               case BA.SPOT:
                r.x = 0;
                r.y = 0;
                r.width = a;
                r.height = l;
              }
              return r;
            }
            function hI(t, e, i, s, n, r, o) {
              const a = e.device;
              const l = t;
              if (!e.containsResource(l)) {
                const t = Xf(a) ? bs.R32F : bs.RGBA8;
                e.addRenderTarget(l, t, r, o, _x);
                e.addDepthStencil(`${l}Depth`, bs.DEPTH_STENCIL, r, o, _x);
              }
              const h = e.addRasterPass(r, o, "default", t);
              h.addRasterView(l, new Bx("_", Mx, wx, Us.CLEAR, Gs.STORE, en.COLOR, new gn(1, 1, 1, i.clearColor.w)));
              h.addRasterView(`${l}Depth`, new Bx("_", Mx, Rx, Us.CLEAR, Gs.DISCARD, en.DEPTH_STENCIL, new gn(i.clearDepth, i.clearStencil, 0, 0)));
              const c = lI(i, r, o, s, n);
              h.setViewport(new fn(c.x, c.y, c.width, c.height));
              h.addQueue(px).addSceneOfCamera(i, new Ox(s, n), Sx);
            }
            class cI {
              constructor() {
                this.shadowEnabled = !1;
                this.mainLightShadowNames = new Array;
                this.spotLightShadowNames = new Array;
              }
            }
            function uI(t, e, i) {
              const s = i;
              const n = s.pipelineSceneData.shadows;
              const r = i.pipelineSceneData.validPunctualLights;
              const o = new cI;
              const a = i.pipelineSceneData.shadows;
              if (!n.enabled || n.type !== GA.ShadowMap) return o;
              o.shadowEnabled = !0;
              const l = [];
              let h = 0;
              let c = 0;
              for (;h < n.maxReceived && c < r.length; ) {
                const t = r[c];
                if (t.type === BA.SPOT) {
                  if (t.shadowEnabled) {
                    l.push(t);
                    h++;
                  }
                }
                c++;
              }
              const {mainLight: u} = e.scene;
              const _ = a.size.x;
              const d = a.size.y;
              if (u && u.shadowEnabled) {
                o.mainLightShadowNames[0] = `MainLightShadow${t}`;
                if (u.shadowFixedArea) hI(o.mainLightShadowNames[0], i, e, u, 0, _, d); else {
                  const n = s.pipelineSceneData.csmSupported ? u.csmLevel : 1;
                  for (let s = 0; s < n; s++) {
                    o.mainLightShadowNames[s] = `MainLightShadow${t}`;
                    hI(o.mainLightShadowNames[s], i, e, u, s, _, d);
                  }
                }
              }
              for (let s = 0; s < l.length; s++) {
                const n = l[s];
                const r = `SpotLightShadow${s.toString()}${t}`;
                o.spotLightShadowNames[s] = r;
                hI(r, i, e, n, 0, _, d);
              }
              return o;
            }
            const _I = [];
            function dI(t) {
              _I.includes(t) || _I.push(t);
              return _I.indexOf(t);
            }
            function pI(t, e) {
              let i = Us.CLEAR;
              t & en.COLOR || e !== wx || (i = t & My ? Us.DISCARD : Us.LOAD);
              if ((t & en.DEPTH_STENCIL) !== en.DEPTH_STENCIL && e === Rx) {
                t & en.DEPTH || (i = Us.LOAD);
                t & en.STENCIL || (i = Us.LOAD);
              }
              return i;
            }
            t("ForwardPipelineBuilder", class extends aI {
              setup(t, e) {
                for (let i = 0; i < t.length; i++) {
                  const s = t[i];
                  if (null === s.scene) continue;
                  gI(e, s);
                  const n = dI(s);
                  const r = `Camera${n}`;
                  const o = uI(r, s, e);
                  const a = s.window.width;
                  const l = s.window.height;
                  const h = `dsForwardPassColor${r}`;
                  const c = `dsForwardPassDS${r}`;
                  if (!e.containsResource(h)) {
                    e.addRenderTexture(h, bs.RGBA8, a, l, s.window);
                    e.addDepthStencil(c, bs.DEPTH_STENCIL, a, l, _x);
                  }
                  const u = e.addRasterPass(a, l, "default", `CameraForwardPass${n}`);
                  for (const t of o.mainLightShadowNames) if (e.containsResource(t)) {
                    const e = new Px;
                    u.addComputeView(t, e);
                  }
                  for (const t of o.spotLightShadowNames) if (e.containsResource(t)) {
                    const e = new Px;
                    u.addComputeView(t, e);
                  }
                  const _ = new Bx("_", Mx, wx, pI(s.clearFlag, wx), Gs.STORE, s.clearFlag, new gn(s.clearColor.x, s.clearColor.y, s.clearColor.z, s.clearColor.w));
                  const d = new Bx("_", Mx, Rx, pI(s.clearFlag, Rx), Gs.STORE, s.clearFlag, new gn(s.clearDepth, s.clearStencil, 0, 0));
                  u.addRasterView(h, _);
                  u.addRasterView(c, d);
                  u.addQueue(px).addSceneOfCamera(s, new Ox, gx | Ex | yx | Ex | Tx);
                  u.addQueue(mx).addSceneOfCamera(s, new Ox, bx | Ax | Cx | xx);
                }
              }
            });
            let mI;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.FXAA = 1] = "FXAA";
            }(mI || (mI = t("AntiAliasing", {})));
            class fI {
              constructor() {
                this._deferredLightingMaterial = void 0;
                this._deferredPostMaterial = void 0;
                this._antiAliasing = mI.NONE;
                this._deferredLightingMaterial = new hm;
                this._deferredLightingMaterial.name = "builtin-deferred-material";
                this._deferredLightingMaterial.initialize({
                  effectName: "pipeline/deferred-lighting",
                  defines: {
                    CC_RECEIVE_SHADOW: 1
                  }
                });
                for (let t = 0; t < this._deferredLightingMaterial.passes.length; ++t) this._deferredLightingMaterial.passes[t].tryCompile();
                this._deferredPostMaterial = new hm;
                this._deferredPostMaterial.name = "builtin-post-process-material";
                pe.ENABLE_ANTIALIAS_FXAA && (this._antiAliasing = mI.FXAA);
                this._deferredPostMaterial.initialize({
                  effectName: "pipeline/post-process",
                  defines: {
                    ANTIALIAS_TYPE: this._antiAliasing
                  }
                });
                for (let t = 0; t < this._deferredPostMaterial.passes.length; ++t) this._deferredPostMaterial.passes[t].tryCompile();
              }
            }
            function gI(t, e) {
              const i = t.pipelineSceneData.validPunctualLights;
              i.length = 0;
              const s = ua.create(0, 0, 0, 1);
              const {spotLights: n} = e.scene;
              for (let t = 0; t < n.length; t++) {
                const r = n[t];
                if (!r.baked) {
                  ua.set(s, r.position.x, r.position.y, r.position.z, r.range);
                  Za.sphereFrustum(s, e.frustum) && i.push(r);
                }
              }
              const {sphereLights: r} = e.scene;
              for (let t = 0; t < r.length; t++) {
                const n = r[t];
                if (!n.baked) {
                  ua.set(s, n.position.x, n.position.y, n.position.z, n.range);
                  Za.sphereFrustum(s, e.frustum) && i.push(n);
                }
              }
            }
            t("DeferredPipelineBuilder", class extends aI {
              constructor(...t) {
                super(...t);
                this._deferredData = new fI;
              }
              setup(t, e) {
                for (let i = 0; i < t.length; ++i) {
                  const s = t[i];
                  if (!s.scene) continue;
                  gI(e, s);
                  const n = dI(s);
                  const r = uI(`Camera${n}`, s, e);
                  const o = s.window.width;
                  const a = s.window.height;
                  const l = "dsDeferredPassColorCamera";
                  const h = "deferredGbufferPassNormal";
                  const c = "deferredGbufferPassEmissive";
                  const u = "dsDeferredPassDSCamera";
                  if (!e.containsResource(l)) {
                    const t = bs.RGBA16F;
                    e.addRenderTarget(l, t, o, a, _x);
                    e.addRenderTarget(h, t, o, a, _x);
                    e.addRenderTarget(c, t, o, a, _x);
                    e.addDepthStencil(u, bs.DEPTH_STENCIL, o, a, _x);
                  }
                  const _ = e.addRasterPass(o, a, "Geometry", `CameraGbufferPass${n}`);
                  const d = new gn(0, 0, 0, 0);
                  if (s.clearFlag & en.COLOR) if (e.pipelineSceneData.isHDR) oI(d, s.clearColor); else {
                    d.x = s.clearColor.x;
                    d.y = s.clearColor.y;
                    d.z = s.clearColor.z;
                  }
                  const p = new Bx("_", Mx, wx, Us.CLEAR, Gs.STORE, s.clearFlag, d);
                  const m = new Bx("_", Mx, wx, Us.CLEAR, Gs.STORE, s.clearFlag, new gn(0, 0, 0, 0));
                  const f = new Bx("_", Mx, wx, Us.CLEAR, Gs.STORE, s.clearFlag, new gn(0, 0, 0, 0));
                  const g = new Bx("_", Mx, Rx, Us.CLEAR, Gs.STORE, s.clearFlag, new gn(s.clearDepth, s.clearStencil, 0, 0));
                  _.addRasterView(l, p);
                  _.addRasterView(h, m);
                  _.addRasterView(c, f);
                  _.addRasterView(u, g);
                  _.addQueue(px).addSceneOfCamera(s, new Ox, gx | yx);
                  const y = "deferredLightingPassRTName";
                  const b = "deferredLightingPassDS";
                  if (!e.containsResource(y)) {
                    e.addRenderTarget(y, bs.RGBA8, o, a, _x);
                    e.addDepthStencil(b, bs.DEPTH_STENCIL, o, a, _x);
                  }
                  const S = e.addRasterPass(o, a, "Lighting", `CameraLightingPass${n}`);
                  for (const t of r.mainLightShadowNames) if (e.containsResource(t)) {
                    const e = new Px;
                    S.addComputeView(t, e);
                  }
                  for (const t of r.spotLightShadowNames) if (e.containsResource(t)) {
                    const e = new Px;
                    S.addComputeView(t, e);
                  }
                  if (e.containsResource(l)) {
                    const t = new Px;
                    t.name = "gbuffer_albedoMap";
                    S.addComputeView(l, t);
                    const e = new Px;
                    e.name = "gbuffer_normalMap";
                    S.addComputeView(h, e);
                    const i = new Px;
                    i.name = "gbuffer_emissiveMap";
                    S.addComputeView(c, i);
                    const s = new Px;
                    s.name = "depth_stencil";
                    S.addComputeView(u, s);
                  }
                  const A = new gn(0, 0, 0, 0);
                  if (s.clearFlag & en.COLOR) {
                    A.x = s.clearColor.x;
                    A.y = s.clearColor.y;
                    A.z = s.clearColor.z;
                  }
                  A.w = 0;
                  const T = new Bx("_", Mx, wx, Us.CLEAR, Gs.STORE, s.clearFlag, A);
                  S.addRasterView(y, T);
                  S.addQueue(mx).addCameraQuad(s, this._deferredData._deferredLightingMaterial, vx);
                  S.addQueue(mx).addSceneOfCamera(s, new Ox, bx | Ex | Cx);
                  const v = `postprocessPassRTName${n}`;
                  const E = `postprocessPassDS${n}`;
                  if (!e.containsResource(v)) {
                    e.addRenderTexture(v, bs.RGBA8, o, a, s.window);
                    e.addDepthStencil(E, bs.DEPTH_STENCIL, o, a, _x);
                  }
                  const C = e.addRasterPass(o, a, "Postprocess", `CameraPostprocessPass${n}`);
                  if (e.containsResource(y)) {
                    const t = new Px;
                    t.name = "outputResultMap";
                    C.addComputeView(y, t);
                  }
                  const x = new gn(0, 0, 0, s.clearColor.w);
                  if (s.clearFlag & en.COLOR) {
                    x.x = s.clearColor.x;
                    x.y = s.clearColor.y;
                    x.z = s.clearColor.z;
                  }
                  const w = new Bx("_", Mx, wx, pI(s.clearFlag, wx), Gs.STORE, s.clearFlag, x);
                  const R = new Bx("_", Mx, Rx, pI(s.clearFlag, Rx), Gs.STORE, s.clearFlag, new gn(s.clearDepth, s.clearStencil, 0, 0));
                  C.addRasterView(v, w);
                  C.addRasterView(E, R);
                  C.addQueue(dx).addFullscreenQuad(this._deferredData._deferredPostMaterial, fx);
                  C.addQueue(mx).addSceneOfCamera(s, new Ox, Ax | xx);
                }
              }
            });
            m.math = us;
            m.geometry = Wp;
            const yI = new qi;
            function bI(t, e, i, s) {
              const n = i.chunk;
              const r = i.data;
              const o = n.vb;
              const a = i.vertexCount;
              t.getWorldMatrix(yI);
              let l = 0;
              for (let t = 0; t < a; t++) {
                const e = r[t];
                const i = e.x;
                const n = e.y;
                let a = yI.m03 * i + yI.m07 * n + yI.m15;
                a = a ? Math.abs(1 / a) : 1;
                o[l + 0] = (yI.m00 * i + yI.m04 * n + yI.m12) * a;
                o[l + 1] = (yI.m01 * i + yI.m05 * n + yI.m13) * a;
                o[l + 2] = (yI.m02 * i + yI.m06 * n + yI.m14) * a;
                Bi.toArray(o, s, l + 5);
                l += 9;
              }
              n.bufferId;
              const h = n.vertexOffset;
              const c = n.meshBuffer;
              const u = n.meshBuffer.iData;
              let _ = c.indexOffset;
              for (let t = 0, e = a / 4; t < e; t++) {
                const e = h + 4 * t;
                u[_++] = e;
                u[_++] = e + 1;
                u[_++] = e + 2;
                u[_++] = e + 1;
                u[_++] = e + 3;
                u[_++] = e + 2;
              }
              c.indexOffset += i.indexCount;
              c.setDirty();
            }
            const SI = {};
            class AI {
              constructor(t, e) {
                this._texture = void 0;
                this._width = void 0;
                this._height = void 0;
                this._x = void 0;
                this._y = void 0;
                this._nexty = void 0;
                this._innerTextureInfos = {};
                this._innerSpriteFrames = void 0;
                this._count = void 0;
                const i = new TI;
                i.initWithSize(t, e);
                this._texture = i;
                this._width = t;
                this._height = e;
                this._x = 2;
                this._y = 2;
                this._nexty = 2;
                this._innerTextureInfos = {};
                this._innerSpriteFrames = [];
                this._count = 0;
              }
              insertSpriteFrame(t) {
                const e = t.rect;
                const i = t.texture;
                const s = this._innerTextureInfos[i.getId()];
                let n = e.x;
                let r = e.y;
                if (s) {
                  n += s.x;
                  r += s.y;
                } else {
                  const t = i.width;
                  const e = i.height;
                  if (this._x + t + 2 > this._width) {
                    this._x = 2;
                    this._y = this._nexty;
                  }
                  this._y + e + 2 > this._nexty && (this._nexty = this._y + e + 2);
                  if (this._nexty > this._height) return null;
                  if (m.internal.dynamicAtlasManager.textureBleeding) {
                    if (t <= 8 || e <= 8) {
                      this._texture.drawTextureAt(i.image, this._x - 1, this._y - 1);
                      this._texture.drawTextureAt(i.image, this._x - 1, this._y + 1);
                      this._texture.drawTextureAt(i.image, this._x + 1, this._y - 1);
                      this._texture.drawTextureAt(i.image, this._x + 1, this._y + 1);
                    }
                    this._texture.drawTextureAt(i.image, this._x - 1, this._y);
                    this._texture.drawTextureAt(i.image, this._x + 1, this._y);
                    this._texture.drawTextureAt(i.image, this._x, this._y - 1);
                    this._texture.drawTextureAt(i.image, this._x, this._y + 1);
                  }
                  this._texture.drawTextureAt(i.image, this._x, this._y);
                  this._innerTextureInfos[i.getId()] = {
                    x: this._x,
                    y: this._y,
                    texture: i
                  };
                  this._count++;
                  n += this._x;
                  r += this._y;
                  this._x += t + 2;
                }
                const o = {
                  x: n,
                  y: r,
                  texture: this._texture
                };
                this._innerSpriteFrames.push(t);
                return o;
              }
              deleteInnerTexture(t) {
                if (t && this._innerTextureInfos[t.getId()]) {
                  delete this._innerTextureInfos[t.getId()];
                  this._count--;
                }
              }
              isEmpty() {
                return this._count <= 0;
              }
              reset() {
                this._x = 2;
                this._y = 2;
                this._nexty = 2;
                const t = this._innerSpriteFrames;
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e];
                  i.isValid && i._resetDynamicAtlasFrame();
                }
                this._innerSpriteFrames.length = 0;
                this._innerTextureInfos = {};
              }
              destroy() {
                this.reset();
                this._texture.destroy();
              }
            }
            class TI extends LC {
              initWithSize(t, e, i = Jp.RGBA8888) {
                this.reset({
                  width: t,
                  height: e,
                  format: i
                });
              }
              drawTextureAt(t, e, i) {
                const s = this.getGFXTexture();
                if (!t || !s) return;
                const n = this._getGFXDevice();
                if (!n) {
                  console.warn("Unable to get device");
                  return;
                }
                const r = new mn;
                r.texOffset.x = e;
                r.texOffset.y = i;
                r.texExtent.width = t.width;
                r.texExtent.height = t.height;
                n.copyTexImagesToTexture([ t.data ], s, [ r ]);
              }
            }
            class vI extends Tg {
              constructor(...t) {
                super(...t);
                this._atlases = [];
                this._atlasIndex = -1;
                this._maxAtlasCount = 5;
                this._textureSize = 2048;
                this._maxFrameSize = 512;
                this._textureBleeding = !0;
                this._enabled = !1;
              }
              get enabled() {
                return this._enabled;
              }
              set enabled(t) {
                if (this._enabled !== t) {
                  if (t) {
                    this.reset();
                    m.director.on(m.Director.EVENT_BEFORE_SCENE_LAUNCH, this.beforeSceneLoad, this);
                  } else {
                    this.reset();
                    m.director.off(m.Director.EVENT_BEFORE_SCENE_LAUNCH, this.beforeSceneLoad, this);
                  }
                  this._enabled = t;
                }
              }
              get maxAtlasCount() {
                return this._maxAtlasCount;
              }
              set maxAtlasCount(t) {
                this._maxAtlasCount = t;
              }
              get atlasCount() {
                return this._atlases.length;
              }
              get textureBleeding() {
                return this._textureBleeding;
              }
              set textureBleeding(t) {
                this._textureBleeding = t;
              }
              get textureSize() {
                return this._textureSize;
              }
              set textureSize(t) {
                this._textureSize = t;
              }
              get maxFrameSize() {
                return this._maxFrameSize;
              }
              set maxFrameSize(t) {
                this._maxFrameSize = t;
              }
              newAtlas() {
                let t = this._atlases[++this._atlasIndex];
                if (!t) {
                  t = new AI(this._textureSize, this._textureSize);
                  this._atlases.push(t);
                }
                return t;
              }
              beforeSceneLoad() {
                this.reset();
              }
              init() {
                this.enabled = !pe.CLEANUP_IMAGE_CACHE;
              }
              insertSpriteFrame(t) {
                if (!this._enabled || this._atlasIndex === this._maxAtlasCount || !t || t._original) return null;
                if (!t.packable) return null;
                const e = t.texture.getSamplerInfo();
                if (e.minFilter !== Qp.LINEAR || e.magFilter !== Qp.LINEAR || e.mipFilter !== Qp.NONE) return null;
                let i = this._atlases[this._atlasIndex];
                i || (i = this.newAtlas());
                const s = i.insertSpriteFrame(t);
                if (!s && this._atlasIndex !== this._maxAtlasCount) {
                  i = this.newAtlas();
                  return i.insertSpriteFrame(t);
                }
                return s;
              }
              reset() {
                for (let t = 0, e = this._atlases.length; t < e; t++) this._atlases[t].destroy();
                this._atlases.length = 0;
                this._atlasIndex = -1;
              }
              deleteAtlasSpriteFrame(t) {
                if (!t._original) return;
                let e;
                for (let i = this._atlases.length - 1; i >= 0; i--) {
                  e = this._atlases[i];
                  ee.array.fastRemove(e._innerSpriteFrames, t);
                }
                const i = t._original._texture;
                this.deleteAtlasTexture(i);
              }
              deleteAtlasTexture(t) {
                if (t) for (let e = this._atlases.length - 1; e >= 0; e--) {
                  this._atlases[e].deleteInnerTexture(t);
                  if (this._atlases[e].isEmpty()) {
                    this._atlases[e].destroy();
                    this._atlases.splice(e, 1);
                    this._atlasIndex--;
                  }
                }
              }
              packToDynamicAtlas(t, e) {
                if (this._enabled && e && !e._original && e.packable && e.texture && e.texture.width > 0 && e.texture.height > 0) {
                  const t = this.insertSpriteFrame(e);
                  t && e._setDynamicAtlasFrame(t);
                }
              }
            }
            vI.instance = void 0;
            const EI = t("dynamicAtlasManager", vI.instance = new vI);
            IR.registerSystem("dynamicAtlasManager", EI, 0);
            m.internal.dynamicAtlasManager = EI;
            const CI = {
              [Ss.UNORM]: "Uint",
              [Ss.SNORM]: "Int",
              [Ss.UINT]: "Uint",
              [Ss.INT]: "Int",
              [Ss.UFLOAT]: "Float",
              [Ss.FLOAT]: "Float",
              default: "Uint"
            };
            function xI(t) {
              return `${CI[t.type] || CI.default}${t.size / t.count * 8}`;
            }
            function wI(t, e, i = bs.R32F, s = 0, n = 0) {
              const r = ur[i];
              n || (n = r.size);
              const o = `set${xI(r)}`;
              const a = r.size / r.count;
              const l = Math.floor(e.length / r.count);
              const h = Vo.isLittleEndian;
              for (let i = 0; i < l; ++i) {
                const l = s + n * i;
                for (let s = 0; s < r.count; ++s) {
                  const n = l + a * s;
                  t[o](n, e[r.count * i + s], h);
                }
              }
            }
            function RI(t, e = bs.R32F, i = 0, s = t.byteLength - i, n = 0, r = []) {
              const o = ur[e];
              n || (n = o.size);
              const a = `get${xI(o)}`;
              const l = o.size / o.count;
              const h = Math.floor(s / n);
              const c = Vo.isLittleEndian;
              for (let e = 0; e < h; ++e) {
                const s = i + n * e;
                for (let i = 0; i < o.count; ++i) {
                  const n = s + l * i;
                  r[o.count * e + i] = t[a](n, c);
                }
              }
              return r;
            }
            function II(t, e, i = bs.R32F, s = 0, n = t.byteLength - s, r = 0, o) {
              o || (o = new DataView(t.buffer.slice(t.byteOffset, t.byteOffset + t.byteLength)));
              const a = ur[i];
              r || (r = a.size);
              const l = `set${xI(a)}`;
              const h = `get${xI(a)}`;
              const c = a.size / a.count;
              const u = Math.floor(n / r);
              const _ = Vo.isLittleEndian;
              for (let i = 0; i < u; ++i) {
                const n = s + r * i;
                for (let i = 0; i < a.count; ++i) {
                  const s = n + c * i;
                  const r = t[h](s, _);
                  o[l](s, e(r, i, t), _);
                }
              }
              return o;
            }
            var MI;
            !function(t) {
              t[t.positions = cr.ATTR_POSITION] = "positions";
              t[t.normals = cr.ATTR_NORMAL] = "normals";
              t[t.uvs = cr.ATTR_TEX_COORD] = "uvs";
              t[t.colors = cr.ATTR_COLOR] = "colors";
            }(MI || (MI = {}));
            const BI = jsb.MeshUtils;
            const DI = BI.createMesh;
            BI.createDynamicMesh;
            m.MeshUtils = jsb.MeshUtils;
            var PI = Object.freeze({
              __proto__: null,
              find: mv,
              toPPM: function(t, e, i) {
                return `P3 ${e} ${i} 255\n${t.filter(((t, e) => e % 4 < 3)).toString()}\n`;
              },
              readMesh: function(t, e = 0) {
                const i = {
                  positions: []
                };
                const s = new DataView(t.data.buffer, t.data.byteOffset, t.data.byteLength);
                const n = t.struct;
                const r = n.primitives[e];
                for (const t of r.vertexBundelIndices) {
                  const e = n.vertexBundles[t];
                  let r = e.view.offset;
                  const {length: o, stride: a} = e.view;
                  for (const t of e.attributes) {
                    const e = MI[t.name];
                    e && (i[e] = (i[e] || []).concat(RI(s, t.format, r, o, a)));
                    r += ur[t.format].size;
                  }
                }
                const o = r.indexView;
                i.indices = RI(s, bs[`R${8 * o.stride}UI`], o.offset, o.length);
                return i;
              },
              createMesh: DI,
              MeshUtils: BI,
              readBuffer: RI,
              writeBuffer: wI,
              mapBuffer: II
            });
            t("utils", PI);
            var OI, NI, LI;
            const FI = new Pi;
            const VI = new qi;
            var kI;
            !function(t) {
              t[t.RECT = 0] = "RECT";
              t[t.POLYGON = 1] = "POLYGON";
            }(kI || (kI = {}));
            const UI = [ {
              u: 0,
              v: 0
            }, {
              u: 0,
              v: 0
            }, {
              u: 0,
              v: 0
            }, {
              u: 0,
              v: 0
            } ];
            let GI = t("SpriteFrame", Ul("cc.SpriteFrame")(OI = (LI = NI = class t extends gc {
              static createWithImage(e) {
                const i = e instanceof IC ? e : new IC(e);
                const s = new LC;
                s.image = i;
                const n = new t;
                n.texture = s;
                return n;
              }
              get insetTop() {
                return this._capInsets[1];
              }
              set insetTop(t) {
                if (this._capInsets[1] !== t) {
                  this._capInsets[1] = t;
                  this._texture && this._calculateSlicedUV();
                }
              }
              get insetBottom() {
                return this._capInsets[3];
              }
              set insetBottom(t) {
                if (this._capInsets[3] !== t) {
                  this._capInsets[3] = t;
                  this._texture && this._calculateSlicedUV();
                }
              }
              get insetLeft() {
                return this._capInsets[0];
              }
              set insetLeft(t) {
                if (this._capInsets[0] !== t) {
                  this._capInsets[0] = t;
                  this._texture && this._calculateSlicedUV();
                }
              }
              get insetRight() {
                return this._capInsets[2];
              }
              set insetRight(t) {
                if (this._capInsets[2] !== t) {
                  this._capInsets[2] = t;
                  this._texture && this._calculateSlicedUV();
                }
              }
              get rect() {
                return this._rect;
              }
              set rect(t) {
                if (!this._rect.equals(t)) {
                  this._rect.set(t);
                  this._texture && this._calculateUV();
                  this._calcTrimmedBorder();
                }
              }
              get originalSize() {
                return this._originalSize;
              }
              set originalSize(t) {
                if (!this._originalSize.equals(t)) {
                  this._originalSize.set(t);
                  this._texture && this._calculateUV();
                  this._calcTrimmedBorder();
                }
              }
              get offset() {
                return this._offset;
              }
              set offset(t) {
                this._offset.set(t);
                this._calcTrimmedBorder();
              }
              get rotated() {
                return this._rotated;
              }
              set rotated(t) {
                if (this._rotated !== t) {
                  this._rotated = t;
                  this._texture && this._calculateUV();
                }
              }
              get texture() {
                return this._texture;
              }
              set texture(t) {
                t ? t !== this._texture && this.reset({
                  texture: t
                }, !0) : N(3122, this.name);
              }
              get atlasUuid() {
                return this._atlasUuid;
              }
              set atlasUuid(t) {
                this._atlasUuid = t;
              }
              get width() {
                return this._texture.width;
              }
              get height() {
                return this._texture.height;
              }
              set _textureSource(t) {
                if (window.Build) this._texture = t; else if (t) {
                  this._refreshTexture(t);
                  this._calculateUV();
                }
              }
              get flipUVX() {
                return this._isFlipUVX;
              }
              set flipUVX(t) {
                this._isFlipUVX = t;
                this._calculateUV();
              }
              get flipUVY() {
                return this._isFlipUVY;
              }
              set flipUVY(t) {
                this._isFlipUVY = t;
                this._calculateUV();
              }
              get packable() {
                return this._packable;
              }
              set packable(t) {
                this._packable = t;
              }
              get original() {
                return this._original;
              }
              get pixelsToUnit() {
                return this._pixelsToUnit;
              }
              get pivot() {
                return this._pivot;
              }
              get mesh() {
                return this._mesh;
              }
              get trimmedBorder() {
                return this._trimmedBorder;
              }
              constructor() {
                super();
                this.vertices = null;
                this.uv = [];
                this.unbiasUV = [];
                this.uvSliced = [];
                this._rect = new as;
                this._trimmedBorder = new is;
                this._offset = new Qi;
                this._originalSize = new rs;
                this._rotated = !1;
                this._capInsets = [ 0, 0, 0, 0 ];
                this._atlasUuid = "";
                this._texture = void 0;
                this._isFlipUVY = !1;
                this._isFlipUVX = !1;
                this._original = null;
                this._packable = !0;
                this._pixelsToUnit = 100;
                this._pivot = new Qi(.5, .5);
                this._meshType = kI.RECT;
                this._extrude = 0;
                this._customOutLine = [];
                this._minPos = new Pi;
                this._maxPos = new Pi;
              }
              textureLoaded() {
                return !!this.texture;
              }
              isRotated() {
                return this._rotated;
              }
              setRotated(t) {
                this.rotated = t;
              }
              getRect(t) {
                if (t) {
                  t.set(this._rect);
                  return t;
                }
                return this._rect.clone();
              }
              setRect(t) {
                this.rect = t;
              }
              getOriginalSize(t) {
                if (t) {
                  t.set(this._originalSize);
                  return t;
                }
                return this._originalSize.clone();
              }
              setOriginalSize(t) {
                this.originalSize = t;
              }
              getOffset(t) {
                if (t) {
                  t.set(this._offset);
                  return t;
                }
                return this._offset.clone();
              }
              setOffset(t) {
                this.offset = t;
              }
              getGFXTexture() {
                return this._texture.getGFXTexture();
              }
              getGFXSampler() {
                return this._texture.getGFXSampler();
              }
              getHash() {
                return this._texture.getHash();
              }
              getSamplerInfo() {
                return this._texture.getSamplerInfo();
              }
              reset(t, e = !1) {
                let i = !1;
                if (e) {
                  this._originalSize.set(0, 0);
                  this._rect.set(0, 0, 0, 0);
                  this._offset.set(0, 0);
                  this._capInsets = [ 0, 0, 0, 0 ];
                  this._rotated = !1;
                  i = !0;
                }
                if (t) {
                  if (t.texture) {
                    this._rect.x = this._rect.y = 0;
                    this._rect.width = t.texture.width;
                    this._rect.height = t.texture.height;
                    this._refreshTexture(t.texture);
                    this.checkRect(this._texture);
                  }
                  t.originalSize && this._originalSize.set(t.originalSize);
                  t.rect && this._rect.set(t.rect);
                  t.offset && this._offset.set(t.offset);
                  void 0 !== t.borderTop && (this._capInsets[1] = t.borderTop);
                  void 0 !== t.borderBottom && (this._capInsets[3] = t.borderBottom);
                  void 0 !== t.borderLeft && (this._capInsets[0] = t.borderLeft);
                  void 0 !== t.borderRight && (this._capInsets[2] = t.borderRight);
                  void 0 !== t.isRotate && (this._rotated = !!t.isRotate);
                  void 0 !== t.isFlipUv && (this._isFlipUVY = !!t.isFlipUv);
                  i = !0;
                }
                i && this.texture && this._calculateUV();
                this._calcTrimmedBorder();
              }
              checkRect(t) {
                const e = this._rect;
                let i = e.x;
                let s = e.y;
                if (this._rotated) {
                  i += e.height;
                  s += e.width;
                } else {
                  i += e.width;
                  s += e.height;
                }
                if (i > t.width) {
                  F(3300, `${this.name}/${t.name}`, i, t.width);
                  return !1;
                }
                if (s > t.height) {
                  F(3301, `${this.name}/${t.name}`, s, t.height);
                  return !1;
                }
                return !0;
              }
              _calcTrimmedBorder() {
                const t = this._originalSize.width;
                const e = this._originalSize.height;
                const i = .5 * (t - this._rect.width);
                const s = .5 * (e - this._rect.height);
                this._trimmedBorder.x = this._offset.x + i;
                this._trimmedBorder.y = this._offset.x - i;
                this._trimmedBorder.z = this._offset.y + s;
                this._trimmedBorder.w = this._offset.y - s;
              }
              ensureMeshData() {
                if (!this._mesh) {
                  this._initVertices();
                  this._createMesh();
                }
              }
              destroy() {
                this._packable && EI && EI.deleteAtlasSpriteFrame(this);
                return super.destroy();
              }
              _calculateSlicedUV() {
                const e = this._rect;
                const i = this.texture;
                const s = i.width;
                const n = i.height;
                const r = this._capInsets[0];
                const o = this._capInsets[2];
                const a = e.width - r - o;
                const l = this._capInsets[1];
                const h = this._capInsets[3];
                const c = e.height - l - h;
                const u = this.uvSliced;
                u.length = 0;
                if (this._rotated) {
                  UI[0].u = e.x / s;
                  UI[1].u = (e.x + h) / s;
                  UI[2].u = (e.x + h + c) / s;
                  UI[3].u = (e.x + e.height) / s;
                  UI[3].v = e.y / n;
                  UI[2].v = (e.y + r) / n;
                  UI[1].v = (e.y + r + a) / n;
                  UI[0].v = (e.y + e.width) / n;
                  for (let t = 0; t < 4; ++t) {
                    const e = UI[t];
                    for (let t = 0; t < 4; ++t) {
                      const i = UI[3 - t];
                      u.push({
                        u: e.u,
                        v: i.v
                      });
                    }
                  }
                } else {
                  UI[0].u = e.x / s;
                  UI[1].u = (e.x + r) / s;
                  UI[2].u = (e.x + r + a) / s;
                  UI[3].u = (e.x + e.width) / s;
                  UI[3].v = e.y / n;
                  UI[2].v = (e.y + l) / n;
                  UI[1].v = (e.y + l + c) / n;
                  UI[0].v = (e.y + e.height) / n;
                  for (let t = 0; t < 4; ++t) {
                    const e = UI[t];
                    for (let t = 0; t < 4; ++t) {
                      const i = UI[t];
                      u.push({
                        u: i.u,
                        v: e.v
                      });
                    }
                  }
                }
                this.emit(t.EVENT_UV_UPDATED, this);
              }
              _calculateUV() {
                const t = this._rect;
                const e = this.uv;
                const i = this.unbiasUV;
                const s = this.texture;
                const n = s.width;
                const r = s.height;
                if (this._rotated) {
                  const s = 0 === n ? 0 : t.x / n;
                  const o = 0 === n ? 1 : (t.x + t.height) / n;
                  const a = 0 === r ? 0 : t.y / r;
                  const l = 0 === r ? 1 : (t.y + t.width) / r;
                  if (this._isFlipUVX && this._isFlipUVY) {
                    e[0] = o;
                    e[1] = l;
                    e[2] = o;
                    e[3] = a;
                    e[4] = s;
                    e[5] = l;
                    e[6] = s;
                    e[7] = a;
                  } else if (this._isFlipUVX) {
                    e[0] = o;
                    e[1] = a;
                    e[2] = o;
                    e[3] = l;
                    e[4] = s;
                    e[5] = a;
                    e[6] = s;
                    e[7] = l;
                  } else if (this._isFlipUVY) {
                    e[0] = s;
                    e[1] = l;
                    e[2] = s;
                    e[3] = a;
                    e[4] = o;
                    e[5] = l;
                    e[6] = o;
                    e[7] = a;
                  } else {
                    e[0] = s;
                    e[1] = a;
                    e[2] = s;
                    e[3] = l;
                    e[4] = o;
                    e[5] = a;
                    e[6] = o;
                    e[7] = l;
                  }
                  const h = 0 === n ? 0 : t.x / n;
                  const c = 0 === n ? 1 : (t.x + t.height) / n;
                  const u = 0 === r ? 0 : t.y / r;
                  const _ = 0 === r ? 1 : (t.y + t.width) / r;
                  if (this._isFlipUVX && this._isFlipUVY) {
                    i[0] = c;
                    i[1] = _;
                    i[2] = c;
                    i[3] = u;
                    i[4] = h;
                    i[5] = _;
                    i[6] = h;
                    i[7] = u;
                  } else if (this._isFlipUVX) {
                    i[0] = c;
                    i[1] = u;
                    i[2] = c;
                    i[3] = _;
                    i[4] = h;
                    i[5] = u;
                    i[6] = h;
                    i[7] = _;
                  } else if (this._isFlipUVY) {
                    i[0] = h;
                    i[1] = _;
                    i[2] = h;
                    i[3] = u;
                    i[4] = c;
                    i[5] = _;
                    i[6] = c;
                    i[7] = u;
                  } else {
                    i[0] = h;
                    i[1] = u;
                    i[2] = h;
                    i[3] = _;
                    i[4] = c;
                    i[5] = u;
                    i[6] = c;
                    i[7] = _;
                  }
                } else {
                  const s = 0 === n ? 0 : t.x / n;
                  const o = 0 === n ? 1 : (t.x + t.width) / n;
                  const a = 0 === r ? 1 : (t.y + t.height) / r;
                  const l = 0 === r ? 0 : t.y / r;
                  if (this._isFlipUVX && this._isFlipUVY) {
                    e[0] = o;
                    e[1] = l;
                    e[2] = s;
                    e[3] = l;
                    e[4] = o;
                    e[5] = a;
                    e[6] = s;
                    e[7] = a;
                  } else if (this._isFlipUVX) {
                    e[0] = o;
                    e[1] = a;
                    e[2] = s;
                    e[3] = a;
                    e[4] = o;
                    e[5] = l;
                    e[6] = s;
                    e[7] = l;
                  } else if (this._isFlipUVY) {
                    e[0] = s;
                    e[1] = l;
                    e[2] = o;
                    e[3] = l;
                    e[4] = s;
                    e[5] = a;
                    e[6] = o;
                    e[7] = a;
                  } else {
                    e[0] = s;
                    e[1] = a;
                    e[2] = o;
                    e[3] = a;
                    e[4] = s;
                    e[5] = l;
                    e[6] = o;
                    e[7] = l;
                  }
                  const h = 0 === n ? 0 : t.x / n;
                  const c = 0 === n ? 1 : (t.x + t.width) / n;
                  const u = 0 === r ? 1 : (t.y + t.height) / r;
                  const _ = 0 === r ? 0 : t.y / r;
                  if (this._isFlipUVX && this._isFlipUVY) {
                    i[0] = c;
                    i[1] = _;
                    i[2] = h;
                    i[3] = _;
                    i[4] = c;
                    i[5] = u;
                    i[6] = h;
                    i[7] = u;
                  } else if (this._isFlipUVX) {
                    i[0] = c;
                    i[1] = u;
                    i[2] = h;
                    i[3] = u;
                    i[4] = c;
                    i[5] = _;
                    i[6] = h;
                    i[7] = _;
                  } else if (this._isFlipUVY) {
                    i[0] = h;
                    i[1] = _;
                    i[2] = c;
                    i[3] = _;
                    i[4] = h;
                    i[5] = u;
                    i[6] = c;
                    i[7] = u;
                  } else {
                    i[0] = h;
                    i[1] = u;
                    i[2] = c;
                    i[3] = u;
                    i[4] = h;
                    i[5] = _;
                    i[6] = c;
                    i[7] = _;
                  }
                }
                this._calculateSlicedUV();
              }
              _setDynamicAtlasFrame(t) {
                if (t) {
                  this._original = {
                    _texture: this._texture,
                    _x: this._rect.x,
                    _y: this._rect.y
                  };
                  this._texture = t.texture;
                  this._rect.x = t.x;
                  this._rect.y = t.y;
                  this._calculateUV();
                }
              }
              _resetDynamicAtlasFrame() {
                if (this._original) {
                  this._rect.x = this._original._x;
                  this._rect.y = this._original._y;
                  this._texture = this._original._texture;
                  this._original = null;
                  this._calculateUV();
                }
              }
              _checkPackable() {
                const t = EI;
                if (!t) return;
                const e = this._texture;
                if (!(e instanceof LC) || e.isCompressed) {
                  this._packable = !1;
                  return;
                }
                const i = this.width;
                const s = this.height;
                !e.image || i > t.maxFrameSize || s > t.maxFrameSize ? this._packable = !1 : e.image && e.image instanceof HTMLCanvasElement && (this._packable = !0);
              }
              _serialize(t) {
                return null;
              }
              _deserialize(t, e) {
                const i = t;
                const s = i.rect;
                s && (this._rect = new as(s.x, s.y, s.width, s.height));
                const n = i.offset;
                i.offset && (this._offset = new Qi(n.x, n.y));
                const r = i.originalSize;
                i.originalSize && (this._originalSize = new rs(r.width, r.height));
                this._rotated = !!i.rotated;
                this._name = i.name;
                this._packable = !!i.packable;
                this._pixelsToUnit = i.pixelsToUnit;
                const o = i.pivot;
                o && (this._pivot = new Qi(o.x, o.y));
                this._meshType = i.meshType;
                const a = i.capInsets;
                if (a) {
                  this._capInsets[0] = a[0];
                  this._capInsets[1] = a[1];
                  this._capInsets[2] = a[2];
                  this._capInsets[3] = a[3];
                }
                const l = i.vertices;
                if (l) {
                  this.vertices || (this.vertices = {
                    rawPosition: [],
                    positions: [],
                    indexes: l.indexes,
                    uv: l.uv,
                    nuv: l.nuv,
                    minPos: new Pi(l.minPos.x, l.minPos.y, l.minPos.z),
                    maxPos: new Pi(l.maxPos.x, l.maxPos.y, l.maxPos.z)
                  });
                  this.vertices.rawPosition.length = 0;
                  const t = l.rawPosition;
                  for (let e = 0; e < t.length; e += 3) this.vertices.rawPosition.push(new Pi(t[e], t[e + 1], t[e + 2]));
                  this._updateMeshVertices();
                }
              }
              clone() {
                const e = new t;
                const i = this.vertices;
                e.vertices = i ? {
                  rawPosition: i.rawPosition.slice(0),
                  positions: i.positions.slice(0),
                  indexes: i.indexes.slice(0),
                  uv: i.uv.slice(0),
                  nuv: i.nuv.slice(0),
                  minPos: i.minPos.clone(),
                  maxPos: i.minPos.clone()
                } : null;
                e.uv.splice(0, e.uv.length, ...this.uv);
                e.unbiasUV.splice(0, e.unbiasUV.length, ...this.unbiasUV);
                e.uvSliced.splice(0, e.uvSliced.length, ...this.uvSliced);
                e._rect.set(this._rect);
                e._offset.set(this._offset);
                e._originalSize.set(this._originalSize);
                e._rotated = this._rotated;
                e._capInsets.splice(0, e._capInsets.length, ...this._capInsets);
                e._atlasUuid = this._atlasUuid;
                e._texture = this._texture;
                e._isFlipUVX = this._isFlipUVX;
                e._isFlipUVY = this._isFlipUVY;
                e._pixelsToUnit = this._pixelsToUnit;
                e._pivot.set(this._pivot);
                e._meshType = this._meshType;
                return e;
              }
              _refreshTexture(t) {
                this._texture = t;
                const e = this._texture;
                const i = {};
                let s = !1;
                if (0 === this._rect.width || 0 === this._rect.height || !this.checkRect(e)) {
                  i.rect = new as(0, 0, e.width, e.height);
                  s = !0;
                }
                if (0 === this._originalSize.width || 0 === this._originalSize.height || s) {
                  i.originalSize = new rs(e.width, e.height);
                  s = !0;
                }
                s && this.reset(i);
                this._checkPackable();
                this._mesh && this._updateMesh();
              }
              onLoaded() {
                this._calcTrimmedBorder();
              }
              initDefault(t) {
                super.initDefault(t);
                const e = new LC;
                e.initDefault();
                this._refreshTexture(e);
                this._calculateUV();
              }
              validate() {
                return this._texture && this._rect && 0 !== this._rect.width && 0 !== this._rect.height;
              }
              _initVertices() {
                if (this.vertices) {
                  this.vertices.rawPosition.length = 0;
                  this.vertices.positions.length = 0;
                  this.vertices.indexes.length = 0;
                  this.vertices.uv.length = 0;
                  this.vertices.nuv.length = 0;
                  this.vertices.minPos.set(0, 0, 0);
                  this.vertices.maxPos.set(0, 0, 0);
                } else this.vertices = {
                  rawPosition: [],
                  positions: [],
                  indexes: [],
                  uv: [],
                  nuv: [],
                  minPos: new Pi,
                  maxPos: new Pi
                };
                if (this._meshType === kI.POLYGON) ; else {
                  const t = this.texture;
                  const e = t.width;
                  const i = t.height;
                  const s = this.rect;
                  const n = s.width;
                  const r = s.height;
                  const o = s.x;
                  const a = i - s.y - r;
                  const l = n / 2;
                  const h = r / 2;
                  const c = 0 === e ? 0 : o / e;
                  const u = 0 === e ? 1 : (o + n) / e;
                  const _ = 0 === i ? 1 : (a + r) / i;
                  const d = 0 === i ? 0 : s.y / i;
                  FI.set(-l, -h, 0);
                  this.vertices.rawPosition.push(FI.clone());
                  this.vertices.uv.push(o);
                  this.vertices.uv.push(a + r);
                  this.vertices.nuv.push(c);
                  this.vertices.nuv.push(d);
                  this.vertices.minPos.set(FI);
                  FI.set(l, -h, 0);
                  this.vertices.rawPosition.push(FI.clone());
                  this.vertices.uv.push(o + n);
                  this.vertices.uv.push(a + r);
                  this.vertices.nuv.push(u);
                  this.vertices.nuv.push(d);
                  FI.set(-l, h, 0);
                  this.vertices.rawPosition.push(FI.clone());
                  this.vertices.uv.push(o);
                  this.vertices.uv.push(a);
                  this.vertices.nuv.push(c);
                  this.vertices.nuv.push(_);
                  FI.set(l, h, 0);
                  this.vertices.rawPosition.push(FI.clone());
                  this.vertices.uv.push(o + n);
                  this.vertices.uv.push(a);
                  this.vertices.nuv.push(u);
                  this.vertices.nuv.push(_);
                  this.vertices.maxPos.set(FI);
                  this.vertices.indexes.push(0);
                  this.vertices.indexes.push(1);
                  this.vertices.indexes.push(2);
                  this.vertices.indexes.push(2);
                  this.vertices.indexes.push(1);
                  this.vertices.indexes.push(3);
                }
                this._updateMeshVertices();
              }
              _updateMeshVertices() {
                VI.identity();
                const t = 1 / this._pixelsToUnit;
                const e = new Pi(t, t, 1);
                VI.scale(e);
                const i = -(this._pivot.x - .5) * this.rect.width * t;
                const s = -(this._pivot.y - .5) * this.rect.height * t;
                e.set(i, s, 0);
                VI.translate(e);
                const n = this.vertices;
                for (let t = 0; t < n.rawPosition.length; t++) {
                  const i = n.rawPosition[t];
                  Pi.transformMat4(e, i, VI);
                  Pi.toArray(n.positions, e, 3 * t);
                }
                Pi.transformMat4(this._minPos, n.minPos, VI);
                Pi.transformMat4(this._maxPos, n.maxPos, VI);
              }
              _createMesh() {
                this._mesh = DI({
                  primitiveMode: Xs.TRIANGLE_LIST,
                  positions: this.vertices.positions,
                  uvs: this.vertices.nuv,
                  indices: this.vertices.indexes,
                  minPos: this._minPos,
                  maxPos: this._maxPos,
                  attributes: [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F) ]
                });
              }
              _updateMesh() {
                this._mesh && this._mesh.destroy();
                this._initVertices();
                this._createMesh();
              }
            }, NI.EVENT_UV_UPDATED = "uv_updated", NI.MeshType = kI, LI)) || OI);
            m.SpriteFrame = GI;
            var zI, HI, jI, XI;
            let WI = t("SpriteAtlas", Ul("cc.SpriteAtlas")(zI = (HI = (XI = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "spriteFrames", jI, this);
              }
              getTexture() {
                const t = Object.keys(this.spriteFrames);
                if (t.length > 0) {
                  const e = this.spriteFrames[t[0]];
                  return e && e.texture;
                }
                return null;
              }
              getSpriteFrame(t) {
                const e = this.spriteFrames[t];
                if (!e) return null;
                e.name || (e.name = t);
                return e;
              }
              getSpriteFrames() {
                const t = [];
                const e = this.spriteFrames;
                for (const i of Object.keys(e)) t.push(e[i]);
                return t;
              }
              _serialize(t) {}
              _deserialize(t, e) {
                const i = t;
                this._name = i.name;
                const s = i.spriteFrames;
                this.spriteFrames = vt();
                for (let t = 0; t < s.length; t += 2) e.result.push(this.spriteFrames, s[t], s[t + 1], Qt(GI));
              }
            }, XI), jI = Bl(HI.prototype, "spriteFrames", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return vt();
              }
            }), HI)) || zI);
            m.SpriteAtlas = WI;
            var YI;
            let qI = t("Font", Ul("cc.Font")(YI = class extends gc {}) || YI);
            m.Font = qI;
            var KI, JI, ZI, QI;
            let $I = t("TTFFont", Ul("cc.TTFFont")(KI = (JI = (QI = class extends qI {
              constructor(...t) {
                super(...t);
                Ml(this, "_fontFamily", ZI, this);
              }
              get _nativeAsset() {
                return this._fontFamily;
              }
              set _nativeAsset(t) {
                this._fontFamily = t || "Arial";
              }
              get _nativeDep() {
                return {
                  uuid: this._uuid,
                  __nativeName__: this._native,
                  ext: nc(this._native),
                  __isNative__: !0
                };
              }
              initDefault(t) {
                this._fontFamily = "Arial";
                super.initDefault(t);
              }
            }, QI), ZI = Bl(JI.prototype, "_fontFamily", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(JI.prototype, "_nativeAsset", [ vh, Ah ], Object.getOwnPropertyDescriptor(JI.prototype, "_nativeAsset"), JI.prototype), 
            Bl(JI.prototype, "_nativeDep", [ vh ], Object.getOwnPropertyDescriptor(JI.prototype, "_nativeDep"), JI.prototype), 
            JI)) || KI);
            m.TTFFont = $I;
            var tM, eM, iM, sM, nM, rM, oM, aM, lM;
            class hM {
              constructor() {
                this.u = 0;
                this.v = 0;
                this.w = 0;
                this.h = 0;
                this.offsetX = 0;
                this.offsetY = 0;
                this.textureID = 0;
                this.valid = !1;
                this.xAdvance = 0;
              }
            }
            class cM {
              constructor(t) {
                this.letterDefinitions = {};
                this.texture = t;
              }
              addLetterDefinitions(t, e) {
                this.letterDefinitions[t] = e;
              }
              cloneLetterDefinition() {
                const t = {};
                for (const e of Object.keys(this.letterDefinitions)) {
                  const i = new hM;
                  Nt(i, this.letterDefinitions[e]);
                  t[e] = i;
                }
                return t;
              }
              getTexture() {
                return this.texture;
              }
              getLetter(t) {
                return this.letterDefinitions[t];
              }
              getLetterDefinitionForChar(t, e) {
                const i = t.charCodeAt(0);
                let s;
                s = this.letterDefinitions.hasOwnProperty(i) ? this.letterDefinitions[i] : null;
                return s;
              }
              clear() {
                this.letterDefinitions = {};
              }
            }
            let uM = t("BitmapFont", (tM = Ul("cc.BitmapFont"), eM = Th(GI), tM(iM = (sM = (lM = class extends qI {
              constructor(...t) {
                super(...t);
                Ml(this, "fntDataStr", nM, this);
                Ml(this, "spriteFrame", rM, this);
                Ml(this, "fontSize", oM, this);
                Ml(this, "fntConfig", aM, this);
              }
              onLoaded() {
                const t = this.spriteFrame;
                !this.fontDefDictionary && t && (this.fontDefDictionary = new cM(t.texture));
                const e = this.fntConfig;
                if (!e) {
                  C("The fnt config is not exists!");
                  return;
                }
                const i = e.fontDefDictionary;
                for (const t in i) {
                  const e = new hM;
                  const s = i[t].rect;
                  e.offsetX = i[t].xOffset;
                  e.offsetY = i[t].yOffset;
                  e.w = s.width;
                  e.h = s.height;
                  e.u = s.x;
                  e.v = s.y;
                  e.textureID = 0;
                  e.valid = !0;
                  e.xAdvance = i[t].xAdvance;
                  this.fontDefDictionary.addLetterDefinitions(t, e);
                }
              }
            }, lM), nM = Bl(sM.prototype, "fntDataStr", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), rM = Bl(sM.prototype, "spriteFrame", [ eM ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), oM = Bl(sM.prototype, "fontSize", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return -1;
              }
            }), aM = Bl(sM.prototype, "fntConfig", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), sM)) || iM));
            m.BitmapFont = uM;
            var _M;
            let dM = t("LabelAtlas", Ul("cc.LabelAtlas")(_M = class extends uM {}) || _M);
            m.LabelAtlas = dM;
            const pM = t("BASELINE_RATIO", .26);
            const mM = t("MIDDLE_RATIO", (pM + 1) / 2 - pM);
            function fM() {
              return 0;
            }
            const gM = new $t(2);
            gM.get = function() {
              return this._get() || {
                key: "",
                value: 0,
                prev: null,
                next: null
              };
            };
            const yM = new class {
              constructor(t) {
                this.count = 0;
                this.limit = 0;
                this.datas = {};
                this.limit = t;
              }
              moveToHead(t) {
                t.next = this.head;
                t.prev = null;
                this.head && (this.head.prev = t);
                this.head = t;
                this.tail || (this.tail = t);
                this.count++;
                this.datas[t.key] = t;
              }
              put(t, e) {
                const i = gM.get();
                i.key = t;
                i.value = e;
                if (this.count >= this.limit) {
                  const t = this.tail;
                  delete this.datas[t.key];
                  this.count--;
                  this.tail = t.prev;
                  this.tail.next = null;
                  t.prev = null;
                  t.next = null;
                  gM.put(t);
                }
                this.moveToHead(i);
              }
              remove(t) {
                t.prev ? t.prev.next = t.next : this.head = t.next;
                t.next ? t.next.prev = t.prev : this.tail = t.prev;
                delete this.datas[t.key];
                this.count--;
              }
              get(t) {
                const e = this.datas[t];
                if (e) {
                  this.remove(e);
                  this.moveToHead(e);
                  return e.value;
                }
                return null;
              }
              clear() {
                this.count = 0;
                this.datas = {};
                this.head = null;
                this.tail = null;
              }
              has(t) {
                return !!this.datas[t];
              }
              delete(t) {
                const e = this.datas[t];
                this.remove(e);
              }
            }(100);
            const bM = /([a-zA-Z0-9ÄÖÜäöüßéèçàùêâîôûа-яА-ЯЁё]+|\S)/;
            const SM = /^[!,.:;'}\]%\?>、‘“》？。，！]/;
            const AM = /([a-zA-Z0-9ÄÖÜäöüßéèçàùêâîôûаíìÍÌïÁÀáàÉÈÒÓòóŐőÙÚŰúűñÑæÆœŒÃÂãÔõěščřžýáíéóúůťďňĚŠČŘŽÁÍÉÓÚŤżźśóńłę湯ŹŚÓŃŁĘĆĄ-яА-ЯЁёáàảạãăắằẳẵặâấầẩẫậéèẻẽẹêếềểễệiíìỉĩịóòỏõọôốồổỗộơớờởỡợúùủũụưứừửữựýỳỷỹỵđÁÀẢẠÃĂẮẰẲẴẶÂẤẦẨẪẬÉÈẺẼẸÊẾỀỂỄỆIÍÌỈĨỊÓÒỎÕỌÔỐỒỔỖỘƠỚỜỞỠỢÚÙỦŨỤƯỨỪỬỮỰÝỲỶỸỴĐ]+|\S)$/;
            const TM = /[a-zA-Z0-9ÄÖÜäöüßéèçàùêâîôûаíìÍÌïÁÀáàÉÈÒÓòóŐőÙÚŰúűñÑæÆœŒÃÂãÔõěščřžýáíéóúůťďňĚŠČŘŽÁÍÉÓÚŤżźśóńłę湯ŹŚÓŃŁĘĆĄ-яА-ЯЁёáàảạãăắằẳẵặâấầẩẫậéèẻẽẹêếềểễệiíìỉĩịóòỏõọôốồổỗộơớờởỡợúùủũụưứừửữựýỳỷỹỵđÁÀẢẠÃĂẮẰẲẴẶÂẤẦẨẪẬÉÈẺẼẸÊẾỀỂỄỆIÍÌỈĨỊÓÒỎÕỌÔỐỒỔỖỘƠỚỜỞỠỢÚÙỦŨỤƯỨỪỬỮỰÝỲỶỸỴĐ]+$/;
            const vM = /^[a-zA-Z0-9ÄÖÜäöüßéèçàùêâîôûаíìÍÌïÁÀáàÉÈÒÓòóŐőÙÚŰúűñÑæÆœŒÃÂãÔõěščřžýáíéóúůťďňĚŠČŘŽÁÍÉÓÚŤżźśóńłę湯ŹŚÓŃŁĘĆĄ-яА-ЯЁёáàảạãăắằẳẵặâấầẩẫậéèẻẽẹêếềểễệiíìỉĩịóòỏõọôốồổỗộơớờởỡợúùủũụưứừửữựýỳỷỹỵđÁÀẢẠÃĂẮẰẲẴẶÂẤẦẨẪẬÉÈẺẼẸÊẾỀỂỄỆIÍÌỈĨỊÓÒỎÕỌÔỐỒỔỖỘƠỚỜỞỠỢÚÙỦŨỤƯỨỪỬỮỰÝỲỶỸỴĐ]/;
            function EM(t) {
              return /^[\u4E00-\u9FFF\u3400-\u4DFF]+$/.test(t) || /[\u3000-\u303F]|[\u3040-\u309F]|[\u30A0-\u30FF]|[\uFF00-\uFFEF]|[\u4E00-\u9FAF]|[\u2605-\u2606]|[\u2190-\u2195]|\u203B/g.test(t) || /^[\u1100-\u11FF]|[\u3130-\u318F]|[\uA960-\uA97F]|[\uAC00-\uD7AF]|[\uD7B0-\uD7FF]+$/.test(t);
            }
            function CM(t) {
              const e = t.charCodeAt(0);
              return e >= 9 && e <= 13 || 32 === e || 133 === e || 160 === e || 5760 === e || e >= 8192 && e <= 8202 || 8232 === e || 8233 === e || 8239 === e || 8287 === e || 12288 === e;
            }
            function xM(t, e, i) {
              const s = `${i || t.font}🎮${e}`;
              const n = yM.get(s);
              if (null !== n) return n;
              const r = t.measureText(e);
              const o = r && r.width || 0;
              yM.put(s, o);
              return o;
            }
            function wM(t, e, i) {
              let s = e;
              let n = i;
              const r = t[e];
              r >= "\udc00" && r <= "\udfff" && s--;
              if (void 0 !== i) if (i - 1 !== e) {
                const e = t[i - 1];
                e >= "\ud800" && e <= "\udbff" && n--;
              } else r >= "\ud800" && r <= "\udbff" && n++;
              return t.substring(s, n);
            }
            function RM(t) {
              return vM.exec(t);
            }
            function IM(t) {
              return TM.exec(t);
            }
            function MM(t, e, i, s) {
              const n = [];
              if (0 === t.length || i < 0) {
                n.push("");
                return n;
              }
              let r = t;
              for (;e > i && r.length > 1; ) {
                let t = r.length * (i / e) | 0;
                let o = wM(r, t);
                let a = e - s(o);
                let l = o;
                let h = 0;
                let c = 0;
                const u = 100;
                for (;a > i && c++ < u; ) {
                  t *= i / a;
                  t |= 0;
                  o = wM(r, t);
                  a = e - s(o);
                }
                c = 0;
                for (;o && a <= i && c++ < u; ) {
                  const i = bM.exec(o);
                  h = i ? i[0].length : 1;
                  l = o;
                  t += h;
                  o = wM(r, t);
                  a = e - s(o);
                }
                t -= h;
                if (0 === t) {
                  t = 1;
                  l = wM(r, 1);
                } else if (1 === t && r[0] >= "\ud800" && r[0] <= "\udbff") {
                  t = 2;
                  l = wM(r, 2);
                }
                let _ = wM(r, 0, t);
                let d;
                if (SM.test(l || o)) {
                  d = AM.exec(_);
                  t -= d ? d[0].length : 0;
                  0 === t && (t = 1);
                  l = wM(r, t);
                  _ = wM(r, 0, t);
                }
                if (vM.test(l)) {
                  d = TM.exec(_);
                  if (d && _ !== d[0]) {
                    t -= d[0].length;
                    l = wM(r, t);
                    _ = wM(r, 0, t);
                  }
                }
                if (0 === n.length) n.push(_); else {
                  _ = _.trim();
                  _.length > 0 && n.push(_);
                }
                r = l || o;
                e = s(r);
              }
              if (0 === n.length) n.push(r); else {
                r = r.trim();
                r.length > 0 && n.push(r);
              }
              return n;
            }
            let BM;
            class DM {
              constructor() {
                this.pool = [];
              }
              static getInstance() {
                BM || (BM = new DM);
                return BM;
              }
              get() {
                let t = this.pool.pop();
                if (!t) {
                  const e = document.createElement("canvas");
                  const i = e.getContext("2d");
                  t = {
                    canvas: e,
                    context: i
                  };
                }
                return t;
              }
              put(t) {
                this.pool.length >= pe.MAX_LABEL_CANVAS_POOL_SIZE || this.pool.push(t);
              }
            }
            t("CanvasPool", DM);
            const PM = Bi.WHITE.clone();
            class OM {
              constructor() {
                this.u = 0;
                this.v = 0;
                this.w = 0;
                this.h = 0;
                this.texture = null;
                this.offsetX = 0;
                this.offsetY = 0;
                this.valid = !1;
                this.xAdvance = 0;
              }
            }
            const NM = `rgba(255, 255, 255, ${(1 / 255).toFixed(3)})`;
            class LM {
              constructor(t, e) {
                this.image = null;
                this.labelInfo = void 0;
                this.char = void 0;
                this.data = null;
                this.canvas = null;
                this.context = null;
                this.width = 0;
                this.height = 0;
                this.offsetY = 0;
                this.hash = void 0;
                this.char = t;
                this.labelInfo = e;
                this.hash = t.charCodeAt(0) + e.hash;
              }
              updateRenderData() {
                this._updateProperties();
                this._updateTexture();
              }
              destroy() {
                this.image = null;
                DM.getInstance().put(this.data);
              }
              _updateProperties() {
                this.data = DM.getInstance().get();
                this.canvas = this.data.canvas;
                this.context = this.data.context;
                if (this.context) {
                  this.context.font = this.labelInfo.fontDesc;
                  const t = xM(this.context, this.char, this.labelInfo.fontDesc);
                  const e = 2 * this.labelInfo.margin + 2;
                  this.width = parseFloat(t.toFixed(2)) + e;
                  this.height = (1 + pM) * this.labelInfo.fontSize + e;
                  this.offsetY = -this.labelInfo.fontSize * pM / 2;
                }
                this.canvas.width !== this.width && (this.canvas.width = this.width);
                this.canvas.height !== this.height && (this.canvas.height = this.height);
                this.image || (this.image = new IC);
                this.image.reset(this.canvas);
              }
              _updateTexture() {
                if (!this.context || !this.canvas) return;
                const t = this.context;
                const e = this.labelInfo;
                const i = this.canvas.width;
                const s = this.canvas.height;
                t.textAlign = "center";
                t.textBaseline = "alphabetic";
                t.clearRect(0, 0, i, s);
                t.fillStyle = NM;
                t.fillRect(0, 0, i, s);
                t.font = e.fontDesc;
                const n = e.fontSize;
                const r = i / 2;
                const o = s / 2 + n * mM + 0 * n;
                const a = e.color;
                t.lineJoin = "round";
                t.fillStyle = `rgba(${a.r}, ${a.g}, ${a.b}, 1)`;
                if (e.isOutlined) {
                  const i = e.out || PM;
                  t.strokeStyle = `rgba(${i.r}, ${i.g}, ${i.b}, ${i.a / 255})`;
                  t.lineWidth = 2 * e.margin;
                  t.strokeText(this.char, r, o);
                }
                t.fillText(this.char, r, o);
              }
            }
            class FM extends LC {
              initWithSize(t, e, i = Jp.RGBA8888) {
                this.reset({
                  width: t,
                  height: e,
                  format: i
                });
              }
              drawTextureAt(t, e, i) {
                const s = this.getGFXTexture();
                if (!t || !s) return;
                const n = this._getGFXDevice();
                if (!n) {
                  console.warn("Unable to get device");
                  return;
                }
                const r = new mn;
                r.texOffset.x = e;
                r.texOffset.y = i;
                r.texExtent.width = t.width;
                r.texExtent.height = t.height;
                n.copyTexImagesToTexture([ t.data ], s, [ r ]);
              }
            }
            class VM {
              get width() {
                return this._width;
              }
              get height() {
                return this._height;
              }
              constructor(t, e) {
                this._x = 0;
                this._y = 0;
                this._nextY = 0;
                this._width = 0;
                this._height = 0;
                this._halfBleed = 0;
                this._dirty = !1;
                const i = new FM;
                i.initWithSize(t, e);
                this.fontDefDictionary = new cM(i);
                this._halfBleed = 1;
                this._width = t;
                this._height = e;
                IR.on(RR.EVENT_BEFORE_SCENE_LAUNCH, this.beforeSceneLoad, this);
              }
              insertLetterTexture(t) {
                const e = t.image;
                const i = IR.root.device;
                if (!e || !this.fontDefDictionary || !i) return null;
                const s = e.width;
                const n = e.height;
                if (this._x + s + 0 > this._width) {
                  this._x = 0;
                  this._y = this._nextY;
                }
                this._y + n > this._nextY && (this._nextY = this._y + n + 0);
                if (this._nextY > this._height) {
                  N(12100);
                  return null;
                }
                this.fontDefDictionary.texture.drawTextureAt(e, this._x, this._y);
                this._dirty = !0;
                const r = new OM;
                r.u = this._x + this._halfBleed;
                r.v = this._y + this._halfBleed;
                r.texture = this.fontDefDictionary.texture;
                r.valid = !0;
                r.w = t.width - 2;
                r.h = t.height - 2;
                r.xAdvance = r.w;
                r.offsetY = t.offsetY;
                this._x += s + 0;
                this.fontDefDictionary.addLetterDefinitions(t.hash, r);
                return r;
              }
              update() {
                this._dirty && (this._dirty = !1);
              }
              reset() {
                this._x = 0;
                this._y = 0;
                this._nextY = 0;
                this.fontDefDictionary.clear();
              }
              destroy() {
                this.reset();
                if (this.fontDefDictionary) {
                  this.fontDefDictionary.texture.destroy();
                  this.fontDefDictionary.texture = null;
                }
              }
              getTexture() {
                return this.fontDefDictionary.getTexture();
              }
              beforeSceneLoad() {
                this.clearAllCache();
              }
              clearAllCache() {
                this.destroy();
                const t = new FM;
                t.initWithSize(this._width, this._height);
                this.fontDefDictionary.texture = t;
              }
              getLetter(t) {
                return this.fontDefDictionary.letterDefinitions[t];
              }
              getLetterDefinitionForChar(t, e) {
                const i = t.charCodeAt(0) + e.hash;
                let s = this.fontDefDictionary.letterDefinitions[i];
                if (!s) {
                  const i = new LM(t, e);
                  i.updateRenderData();
                  s = this.insertLetterTexture(i);
                  i.destroy();
                }
                return s;
              }
            }
            const kM = {
              fontAtlas: null,
              fontSize: 0,
              lineHeight: 0,
              hAlign: 0,
              vAlign: 0,
              hash: "",
              fontFamily: "",
              fontDesc: "Arial",
              color: Bi.WHITE.clone(),
              isOutlined: !1,
              out: Bi.WHITE.clone(),
              margin: 0
            };
            const UM = [ new Vn(cr.ATTR_POSITION, bs.RGB32F) ];
            const GM = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_COLOR, bs.RGBA32F) ];
            const zM = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F), new Vn(cr.ATTR_COLOR, bs.RGBA32F) ];
            const HM = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0) ];
            const jM = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F), new Vn(cr.ATTR_COLOR, bs.RGBA32F), new Vn(cr.ATTR_COLOR2, bs.RGBA32F) ];
            const XM = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0), new Vn(cr.ATTR_COLOR2, bs.RGBA8, !0) ];
            function WM(t) {
              let e = 0;
              for (let i = 0; i < t.length; i++) {
                const s = t[i];
                e += ur[s.format].count;
              }
              return e;
            }
            function YM(t) {
              let e = 0;
              for (let i = 0; i < t.length; i++) {
                const s = t[i];
                e += ur[s.format].size;
              }
              return e;
            }
            m.internal.vfmtPosUvColor = zM;
            m.internal.vfmtPosUvTwoColor = jM;
            m.internal.vfmtPosUvColor4B = HM;
            m.internal.vfmtPosUvTwoColor4B = XM;
            t("UIVertexFormat", Object.freeze({
              __proto__: null,
              vfmt: UM,
              vfmtPosColor: GM,
              vfmtPosUvColor: zM,
              vfmtPosUvColor4B: HM,
              vfmtPosUvTwoColor: jM,
              vfmtPosUvTwoColor4B: XM,
              getComponentPerVertex: WM,
              getAttributeStride: YM
            }));
            const qM = n2d.RenderDrawInfo;
            n2d.Batcher2d;
            const KM = n2d.UIMeshBuffer;
            const JM = n2d.RenderEntity;
            const ZM = n2d.UIModelProxy;
            n2d.StencilManager;
            let QM;
            !function(t) {
              t[t.byteOffset = 0] = "byteOffset";
              t[t.vertexOffset = 1] = "vertexOffset";
              t[t.indexOffset = 2] = "indexOffset";
              t[t.dirty = 3] = "dirty";
              t[t.count = 4] = "count";
            }(QM || (QM = {}));
            class $M {
              get attributes() {
                return this._attributes;
              }
              get vertexFormatBytes() {
                return this._vertexFormatBytes;
              }
              get byteOffset() {
                return this._byteOffset;
              }
              set byteOffset(t) {
                this._byteOffset = t;
                this._sharedBuffer[QM.byteOffset] = t;
              }
              get vertexOffset() {
                return this._vertexOffset;
              }
              set vertexOffset(t) {
                this._vertexOffset = t;
                this._sharedBuffer[QM.vertexOffset] = t;
              }
              get indexOffset() {
                return this._indexOffset;
              }
              set indexOffset(t) {
                this._indexOffset = t;
                this._sharedBuffer[QM.indexOffset] = t;
              }
              get dirty() {
                return this._dirty;
              }
              set dirty(t) {
                this._dirty = t;
                this._sharedBuffer[QM.dirty] = t ? 1 : 0;
              }
              get floatsPerVertex() {
                return this._floatsPerVertex;
              }
              set floatsPerVertex(t) {
                this._floatsPerVertex = t;
              }
              get vData() {
                return this._vData;
              }
              set vData(t) {
                this._vData = t;
                this._nativeObj.vData = t;
              }
              get iData() {
                return this._iData;
              }
              set iData(t) {
                this._iData = t;
                this._nativeObj.iData = t;
              }
              get useLinkedData() {
                return this._useLinkedData;
              }
              set useLinkedData(t) {
                this._useLinkedData !== t && (this._nativeObj.useLinkData = t);
                this._useLinkedData = t;
              }
              get nativeObj() {
                return this._nativeObj;
              }
              get sharedBuffer() {
                return this._sharedBuffer;
              }
              initSharedBuffer() {
                this._sharedBuffer = new Uint32Array(QM.count);
              }
              syncSharedBufferToNative() {
                this._nativeObj.syncSharedBufferToNative(this._sharedBuffer);
              }
              constructor() {
                this._byteOffset = 0;
                this._vertexOffset = 0;
                this._indexOffset = 0;
                this._dirty = !1;
                this._floatsPerVertex = 0;
                this._vData = null;
                this._iData = null;
                this._useLinkedData = !1;
                this._vertexFormatBytes = 0;
                this._initVDataCount = 0;
                this._initIDataCount = 0;
                this._attributes = null;
                this._iaPool = [];
                this._iaInfo = null;
                this._nextFreeIAHandle = 0;
                this._nativeObj = new KM;
                this.initSharedBuffer();
                this.syncSharedBufferToNative();
              }
              initialize(t, e, i, s) {
                this._initVDataCount = i;
                this._initIDataCount = s;
                this._attributes = e;
                this.floatsPerVertex = YM(e) >> 2;
                ne(this._initVDataCount / this._floatsPerVertex < 65536, G(9005));
                if (!this.vData || !this.iData) {
                  this.vData = new Float32Array(this._initVDataCount);
                  this.iData = new Uint16Array(this._initIDataCount);
                }
                this._iaPool.push(this.createNewIA(t));
                this._nativeObj.initialize(t, e, i, s);
              }
              reset() {
                this._nextFreeIAHandle = 0;
                this.dirty = !1;
              }
              destroy() {
                this.reset();
                this._attributes = null;
                this._iaInfo = null;
                this.vData = null;
                this.iData = null;
                for (let t = 0; t < this._iaPool.length; ++t) {
                  const e = this._iaPool[t];
                  e.vertexBuffers[0] && e.vertexBuffers[0].destroy();
                  e.indexBuffer && e.indexBuffer.destroy();
                  e.ia.destroy();
                }
                this._iaPool.length = 0;
              }
              setDirty() {
                this.dirty = !0;
              }
              request(t, e) {
                N(9002);
                return !1;
              }
              requireFreeIA(t) {
                this._iaPool.length <= this._nextFreeIAHandle && this._iaPool.push(this.createNewIA(t));
                return this._iaPool[this._nextFreeIAHandle++].ia;
              }
              recycleIA(t) {
                const e = this._iaPool;
                for (let i = 0; i < this._nextFreeIAHandle; ++i) if (t === e[i].ia) {
                  const t = e[i];
                  e[i] = e[--this._nextFreeIAHandle];
                  e[this._nextFreeIAHandle] = t;
                  return;
                }
              }
              checkCapacity(t, e) {
                const i = (this.vertexOffset + t) * this._floatsPerVertex;
                const s = this.indexOffset + e;
                return !(i > this._initVDataCount || s > this._initIDataCount);
              }
              uploadBuffers() {
                if (0 === this.byteOffset || !this._dirty) return;
                const t = Vo.__isWebIOS14OrIPadOS14Env ? this._nextFreeIAHandle : 1;
                const e = this.byteOffset;
                const i = this.indexOffset;
                for (let s = 0; s < t; ++s) {
                  const t = this._iaPool[s];
                  const n = new Float32Array(this.vData.buffer, 0, e >> 2);
                  const r = new Uint16Array(this.iData.buffer, 0, i);
                  const o = t.vertexBuffers[0];
                  e > o.size && o.resize(e);
                  o.update(n);
                  2 * i > t.indexBuffer.size && t.indexBuffer.resize(2 * i);
                  t.indexBuffer.update(r);
                }
                this.dirty = !1;
              }
              createNewIA(t) {
                let e;
                let i;
                let s;
                if (Vo.__isWebIOS14OrIPadOS14Env || !this._iaPool[0]) {
                  const n = this._vertexFormatBytes = this._floatsPerVertex * Float32Array.BYTES_PER_ELEMENT;
                  const r = Uint16Array.BYTES_PER_ELEMENT;
                  const o = t.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, n, n));
                  s = t.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, r, r));
                  i = [ o ];
                  this._iaInfo = new Un(this._attributes, i, s);
                  e = t.createInputAssembler(this._iaInfo);
                } else {
                  e = t.createInputAssembler(this._iaInfo);
                  i = this._iaInfo.vertexBuffers;
                  s = this._iaInfo.indexBuffer;
                }
                return {
                  ia: e,
                  vertexBuffers: i,
                  indexBuffer: s
                };
              }
            }
            t("MeshBuffer", $M);
            const tB = new $r((() => ({
              offset: 0,
              length: 0
            })), 32);
            class eB {
              get ib() {
                return this._ib;
              }
              constructor(t, e, i, s, n, r) {
                this._ib = void 0;
                this.vertexAccessor = t;
                this.bufferId = e;
                this.meshBuffer = i;
                this.vertexOffset = s;
                this.vb = n;
                this.indexCount = r;
                this._ib = new Uint16Array(r);
                ne(i === t.getMeshBuffer(e));
              }
              setIndexBuffer(t) {
                ne(t.length === this.ib.length);
                for (let e = 0; e < t.length; ++e) {
                  const i = t[e];
                  this._ib[e] = this.vertexOffset + i;
                }
              }
            }
            class iB extends class {
              get attributes() {
                return this._attributes;
              }
              get vertexFormatBytes() {
                return this._vertexFormatBytes;
              }
              get floatsPerVertex() {
                return this._floatsPerVertex;
              }
              constructor(t, e) {
                this._device = null;
                this._attributes = null;
                this._vertexFormatBytes = void 0;
                this._floatsPerVertex = void 0;
                this._buffers = [];
                this._device = t;
                this._attributes = e;
                this._floatsPerVertex = YM(e) >> 2;
                this._vertexFormatBytes = this._floatsPerVertex * Float32Array.BYTES_PER_ELEMENT;
              }
              initialize() {}
              reset() {}
              request(t = 4, e = 6) {}
              appendBuffers(t, e) {}
              uploadBuffers() {}
              destroy() {
                this._attributes.length = 0;
              }
            } {
              get id() {
                return this._id;
              }
              constructor(t, e, i, s) {
                super(t, e);
                this._freeLists = [];
                this._vCount = 0;
                this._iCount = 0;
                this._id = 0;
                this._vCount = i || Math.floor(1024 * pe.BATCHER2D_MEM_INCREMENT / this._vertexFormatBytes);
                this._iCount = s || this._vCount * iB.IB_SCALE;
                this._id = iB.generateID();
                this._allocateBuffer();
              }
              destroy() {
                for (let t = 0; t < this._buffers.length; ++t) {
                  this._buffers[t].destroy();
                  const e = this._freeLists[t];
                  for (let t = 0; t < e.length; ++t) tB.free(e[t]);
                }
                this._buffers.length = 0;
                this._freeLists.length = 0;
                super.destroy();
              }
              reset() {
                for (let t = 0; t < this._buffers.length; ++t) {
                  const e = this._buffers[t];
                  e.indexOffset = 0;
                  e.reset();
                }
              }
              getVertexBuffer(t) {
                return this._buffers[t].vData;
              }
              getIndexBuffer(t) {
                return this._buffers[t].iData;
              }
              getMeshBuffer(t) {
                return this._buffers[t];
              }
              uploadBuffers() {
                for (let t = 0; t < this._buffers.length; ++t) {
                  const e = this._freeLists[t][0];
                  const i = this._buffers[t];
                  (!e || e.length < i.vData.byteLength) && i.uploadBuffers();
                }
              }
              appendIndices(t, e) {
                const i = this._buffers[t];
                if (e.length) {
                  i.iData.set(e, i.indexOffset);
                  i.indexOffset += e.length;
                }
              }
              allocateChunk(t, e) {
                const i = t * this.vertexFormatBytes;
                let s = null;
                let n;
                let r = 0;
                let o = -1;
                let a = null;
                for (let t = 0; t < this._buffers.length; ++t) {
                  s = this._buffers[t];
                  n = this._freeLists[t];
                  for (let e = 0; e < n.length; ++e) if (n[e].length >= i) {
                    a = n[e];
                    r = t;
                    o = e;
                    break;
                  }
                  if (a) break;
                }
                if (!a) {
                  r = this._allocateBuffer();
                  s = this._buffers[r];
                  if (s && s.checkCapacity(t, e)) {
                    o = 0;
                    a = this._freeLists[r][o];
                  }
                }
                if (a) {
                  const t = a.offset / this.vertexFormatBytes;
                  ne(Number.isInteger(t));
                  const n = new Float32Array(s.vData.buffer, a.offset, i >> 2).fill(0);
                  this._allocateChunkFromEntry(r, o, a, i);
                  return new eB(this, r, s, t, n, e);
                }
                F(9004, i);
                return null;
              }
              recycleChunk(t) {
                const e = this._freeLists[t.bufferId];
                const i = this._buffers[t.bufferId];
                let s = t.vertexOffset * this.vertexFormatBytes;
                let n = t.vb.byteLength;
                if (0 === n) return;
                let r = !1;
                let o = 0;
                let a = null;
                let l = e[o];
                for (;l && l.offset < s; ) {
                  a = l;
                  l = e[++o];
                }
                if (a) {
                  const t = s - (a.offset + a.length);
                  ne(t >= 0);
                  if (0 === t) {
                    a.length += n;
                    s = a.offset;
                    n = a.length;
                    if (l && l.offset - (s + n) == 0) {
                      a.length += l.length;
                      e.splice(o, 1);
                      tB.free(l);
                      l = null;
                    }
                    r = !0;
                  }
                }
                if (!r && l) {
                  const t = l.offset - (s + n);
                  ne(t >= 0);
                  if (0 === t) {
                    l.offset = s;
                    l.length += n;
                  } else {
                    const t = tB.alloc();
                    t.offset = s;
                    t.length = n;
                    e.splice(o, 0, t);
                  }
                  r = !0;
                }
                if (r) s + n === i.byteOffset && (i.byteOffset = s); else {
                  const t = tB.alloc();
                  t.offset = s;
                  t.length = n;
                  e.push(t);
                }
              }
              _allocateChunkFromEntry(t, e, i, s) {
                const n = i.length - s;
                const r = i.offset + s;
                const o = this._buffers[t];
                o.byteOffset < r && (o.byteOffset = r);
                k(n >= 0, 9004, t, i.offset, i.length);
                if (0 === n) {
                  this._freeLists[t].splice(e, 1);
                  tB.free(i);
                } else {
                  i.offset += s;
                  i.length = n;
                }
              }
              _allocateBuffer() {
                k(this._buffers.length === this._freeLists.length, 9003);
                const t = new $M;
                const e = this._vCount * this._floatsPerVertex;
                t.initialize(this._device, this._attributes, e, this._iCount);
                this._buffers.push(t);
                const i = tB.alloc();
                i.offset = 0;
                i.length = t.vData.byteLength;
                const s = [ i ];
                this._freeLists.push(s);
                IR.root.batcher2D.syncMeshBuffersToNative(this.id, this._buffers);
                return this._buffers.length - 1;
              }
              static generateID() {
                return iB.ID_COUNT++;
              }
            }
            iB.IB_SCALE = 4;
            iB.ID_COUNT = 0;
            let sB;
            !function(t) {
              t[t.DrawInfoType = 0] = "DrawInfoType";
              t[t.VertDirty = 1] = "VertDirty";
              t[t.IsMeshBuffer = 2] = "IsMeshBuffer";
              t[t.Stride = 3] = "Stride";
              t[t.Count = 4] = "Count";
            }(sB || (sB = {}));
            let nB;
            !function(t) {
              t[t.BufferID = 0] = "BufferID";
              t[t.AccessorID = 1] = "AccessorID";
              t[t.Count = 2] = "Count";
            }(nB || (nB = {}));
            let rB;
            !function(t) {
              t[t.VertexOffset = 0] = "VertexOffset";
              t[t.IndexOffset = 1] = "IndexOffset";
              t[t.VBCount = 2] = "VBCount";
              t[t.IBCount = 3] = "IBCount";
              t[t.DataHash = 4] = "DataHash";
              t[t.Count = 5] = "Count";
            }(rB || (rB = {}));
            let oB;
            !function(t) {
              t[t.COMP = 0] = "COMP";
              t[t.MODEL = 1] = "MODEL";
              t[t.IA = 2] = "IA";
              t[t.SUB_NODE = 3] = "SUB_NODE";
            }(oB || (oB = {}));
            class aB {
              constructor(t) {
                this._accId = -1;
                this._bufferId = -1;
                this._vertexOffset = 0;
                this._indexOffset = 0;
                this._vb = null;
                this._ib = null;
                this._vData = null;
                this._iData = null;
                this._vertDirty = !1;
                this._vbCount = 0;
                this._ibCount = 0;
                this._dataHash = 0;
                this._isMeshBuffer = !1;
                this._material = null;
                this._texture = null;
                this._sampler = null;
                this._stride = 0;
                this._useLocal = !1;
                this._model = null;
                this._drawInfoType = oB.COMP;
                this._subNode = null;
                this._uint8SharedBuffer = void 0;
                this._uint16SharedBuffer = void 0;
                this._uint32SharedBuffer = void 0;
                this.init(t);
                const e = this._nativeObj.getAttrSharedBufferForJS();
                let i = 0;
                this._uint8SharedBuffer = new Uint8Array(e, i, sB.Count);
                i += sB.Count * Uint8Array.BYTES_PER_ELEMENT;
                this._uint16SharedBuffer = new Uint16Array(e, i, nB.Count);
                i += nB.Count * Uint16Array.BYTES_PER_ELEMENT;
                this._uint32SharedBuffer = new Uint32Array(e, i, rB.Count);
              }
              get nativeObj() {
                return this._nativeObj;
              }
              get render2dBuffer() {
                return this._render2dBuffer;
              }
              init(t) {
                t && (this._nativeObj = t);
                this._nativeObj || (this._nativeObj = new qM);
              }
              clear() {
                this._bufferId = 0;
                this._vertexOffset = 0;
                this._indexOffset = 0;
                this._vertDirty = !1;
              }
              setAccId(t) {
                this._accId !== t && (this._uint16SharedBuffer[nB.AccessorID] = t);
                this._accId = t;
              }
              setBufferId(t) {
                if (this._bufferId !== t) {
                  this._uint16SharedBuffer[nB.BufferID] = t;
                  this._nativeObj.changeMeshBuffer();
                }
                this._bufferId = t;
              }
              setAccAndBuffer(t, e) {
                if (this._accId !== t || this._bufferId !== e) {
                  this._uint16SharedBuffer[nB.AccessorID] = t;
                  this._uint16SharedBuffer[nB.BufferID] = e;
                  this._nativeObj.changeMeshBuffer();
                }
                this._bufferId = e;
                this._accId = t;
              }
              setVertexOffset(t) {
                this._vertexOffset = t;
                this._uint32SharedBuffer[rB.VertexOffset] = t;
              }
              setIndexOffset(t) {
                this._indexOffset = t;
                this._uint32SharedBuffer[rB.IndexOffset] = t;
              }
              setVB(t) {
                this._nativeObj.vbBuffer = t;
              }
              setIB(t) {
                this._nativeObj.ibBuffer = t;
              }
              setVData(t) {
                this._nativeObj.vDataBuffer = t;
              }
              setIData(t) {
                this._nativeObj.iDataBuffer = t;
              }
              setVBCount(t) {
                this._uint32SharedBuffer[rB.VBCount] = t;
                this._vbCount = t;
              }
              setIBCount(t) {
                this._uint32SharedBuffer[rB.IBCount] = t;
              }
              setVertDirty(t) {
                this._uint8SharedBuffer[sB.VertDirty] = t ? 1 : 0;
                this._vertDirty = t;
              }
              setDataHash(t) {
                this._uint32SharedBuffer[rB.DataHash] = t;
                this._dataHash = t;
              }
              setIsMeshBuffer(t) {
                this._uint8SharedBuffer[sB.IsMeshBuffer] = t ? 1 : 0;
                this._isMeshBuffer = t;
              }
              setMaterial(t) {
                this._material !== t && (this._nativeObj.material = t);
                this._material = t;
              }
              setTexture(t) {
                this._texture !== t && (this._nativeObj.texture = t);
                this._texture = t;
              }
              setSampler(t) {
                this._sampler !== t && (this._nativeObj.sampler = t);
                this._sampler = t;
              }
              setModel(t) {
                this._model !== t && (this._nativeObj.model = t);
              }
              setDrawInfoType(t) {
                this._drawInfoType !== t && (this._uint8SharedBuffer[sB.DrawInfoType] = t);
                this._drawInfoType = t;
              }
              setSubNode(t) {
                this._subNode !== t && (this._nativeObj.subNode = t);
                this._subNode = t;
              }
              setStride(t) {
                this._uint8SharedBuffer[sB.Stride] = t;
                this._stride = t;
              }
              initRender2dBuffer() {
                this._render2dBuffer = new Float32Array(this._vbCount * this._stride);
                this._nativeObj.setRender2dBufferToNative(this._render2dBuffer);
              }
              fillRender2dBuffer(t) {
                {
                  const e = Math.min(this._vbCount, t.length);
                  let i = 0;
                  for (let s = 0; s < e; s++) {
                    const e = t[s];
                    this._render2dBuffer[i] = e.x;
                    this._render2dBuffer[i + 1] = e.y;
                    this._render2dBuffer[i + 2] = e.z;
                    i += this._stride;
                  }
                }
              }
            }
            let lB;
            !function(t) {
              t[t.DISABLED = 0] = "DISABLED";
              t[t.CLEAR = 1] = "CLEAR";
              t[t.ENTER_LEVEL = 2] = "ENTER_LEVEL";
              t[t.ENABLED = 3] = "ENABLED";
              t[t.EXIT_LEVEL = 4] = "EXIT_LEVEL";
              t[t.CLEAR_INVERTED = 5] = "CLEAR_INVERTED";
              t[t.ENTER_LEVEL_INVERTED = 6] = "ENTER_LEVEL_INVERTED";
            }(lB || (lB = {}));
            let hB;
            !function(t) {
              t[t.stencilTest = 0] = "stencilTest";
              t[t.func = 1] = "func";
              t[t.stencilMask = 2] = "stencilMask";
              t[t.writeMask = 3] = "writeMask";
              t[t.failOp = 4] = "failOp";
              t[t.zFailOp = 5] = "zFailOp";
              t[t.passOp = 6] = "passOp";
              t[t.ref = 7] = "ref";
              t[t.count = 8] = "count";
            }(hB || (hB = {}));
            class cB {
              constructor() {
                this._maskStack = [];
                this._stencilPattern = {
                  stencilTest: !0,
                  func: Os.ALWAYS,
                  stencilMask: 65535,
                  writeMask: 65535,
                  failOp: Ns.KEEP,
                  zFailOp: Ns.KEEP,
                  passOp: Ns.KEEP,
                  ref: 1
                };
                this._stage = lB.DISABLED;
                this.stencilStateMap = new Map;
                this.stencilStateMapWithDepth = new Map;
              }
              get stage() {
                return this._stage;
              }
              set stage(t) {
                this._stage = t;
              }
              get pattern() {
                return this._stencilPattern;
              }
              pushMask(t) {
                this._maskStack.push(t);
              }
              clear(t) {
                return t.stencilStage !== lB.ENTER_LEVEL ? lB.CLEAR_INVERTED : lB.CLEAR;
              }
              enableMask() {
                this.stage = lB.ENABLED;
              }
              exitMask() {
                if (0 !== this._maskStack.length) {
                  this._maskStack.pop();
                  0 === this._maskStack.length ? this.stage = lB.DISABLED : this.stage = lB.ENABLED;
                }
              }
              getWriteMask() {
                return 1 << this._maskStack.length - 1;
              }
              getExitWriteMask() {
                return 1 << this._maskStack.length;
              }
              getStencilRef() {
                let t = 0;
                for (let e = 0; e < this._maskStack.length; ++e) t += 1 << e;
                return t;
              }
              getMaskStackSize() {
                return this._maskStack.length;
              }
              reset() {
                this._maskStack.length = 0;
                this.stage = lB.DISABLED;
              }
              destroy() {
                this.stencilStateMap.forEach(((t, e) => {
                  t.destroy();
                }));
                this.stencilStateMap.clear();
              }
              getStencilStage(t, e) {
                let i = 0;
                let s = !1;
                let n = !1;
                let r = Os.LESS;
                let o = this.stencilStateMap;
                if (e && e.passes[0]) {
                  const a = e.passes[0].depthStencilState;
                  let l = 0;
                  let h = 0;
                  a.depthTest && (l = 1);
                  a.depthWrite && (h = 1);
                  i = l | h << 1 | a.depthFunc << 2 | t << 6 | this._maskStack.length << 9;
                  s = a.depthTest;
                  n = a.depthWrite;
                  r = a.depthFunc;
                  o = this.stencilStateMapWithDepth;
                } else i = t << 16 | this._maskStack.length;
                if (o && o.has(i)) return o.get(i);
                this.setStateFromStage(t);
                const a = new wr(s, n, r, this._stencilPattern.stencilTest, this._stencilPattern.func, this._stencilPattern.stencilMask, this._stencilPattern.writeMask, this._stencilPattern.failOp, this._stencilPattern.zFailOp, this._stencilPattern.passOp, this._stencilPattern.ref, this._stencilPattern.stencilTest, this._stencilPattern.func, this._stencilPattern.stencilMask, this._stencilPattern.writeMask, this._stencilPattern.failOp, this._stencilPattern.zFailOp, this._stencilPattern.passOp, this._stencilPattern.ref);
                o.set(i, a);
                return a;
              }
              getStencilHash(t) {
                return t << 8 | this._maskStack.length;
              }
              setStateFromStage(t) {
                const e = this._stencilPattern;
                if (t === lB.DISABLED) {
                  e.stencilTest = !1;
                  e.func = Os.ALWAYS;
                  e.failOp = Ns.KEEP;
                  e.stencilMask = e.writeMask = 65535;
                  e.ref = 1;
                } else {
                  e.stencilTest = !0;
                  if (t === lB.ENABLED) {
                    e.func = Os.EQUAL;
                    e.failOp = Ns.KEEP;
                    e.stencilMask = e.ref = this.getStencilRef();
                    e.writeMask = this.getWriteMask();
                  } else if (t === lB.CLEAR) {
                    e.func = Os.NEVER;
                    e.failOp = Ns.ZERO;
                    e.writeMask = e.stencilMask = e.ref = this.getWriteMask();
                  } else if (t === lB.CLEAR_INVERTED) {
                    e.func = Os.NEVER;
                    e.failOp = Ns.REPLACE;
                    e.writeMask = e.stencilMask = e.ref = this.getWriteMask();
                  } else if (t === lB.ENTER_LEVEL) {
                    e.func = Os.NEVER;
                    e.failOp = Ns.REPLACE;
                    e.writeMask = e.stencilMask = e.ref = this.getWriteMask();
                  } else if (t === lB.ENTER_LEVEL_INVERTED) {
                    e.func = Os.NEVER;
                    e.failOp = Ns.ZERO;
                    e.writeMask = e.stencilMask = e.ref = this.getWriteMask();
                  }
                }
              }
            }
            t("StencilManager", cB);
            cB.sharedManager = null;
            cB.sharedManager = new cB;
            let uB;
            !function(t) {
              t[t.STATIC = 0] = "STATIC";
              t[t.DYNAMIC = 1] = "DYNAMIC";
              t[t.CROSSED = 2] = "CROSSED";
            }(uB || (uB = {}));
            let _B;
            !function(t) {
              t[t.localOpacity = 0] = "localOpacity";
              t[t.count = 1] = "count";
            }(_B || (_B = {}));
            let dB;
            !function(t) {
              t[t.colorR = 0] = "colorR";
              t[t.colorG = 1] = "colorG";
              t[t.colorB = 2] = "colorB";
              t[t.colorA = 3] = "colorA";
              t[t.maskMode = 4] = "maskMode";
              t[t.count = 5] = "count";
            }(dB || (dB = {}));
            let pB;
            !function(t) {
              t[t.colorDirty = 0] = "colorDirty";
              t[t.enabled = 1] = "enabled";
              t[t.useLocal = 2] = "useLocal";
              t[t.count = 3] = "count";
            }(pB || (pB = {}));
            let mB;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.MASK = 1] = "MASK";
              t[t.MASK_INVERTED = 2] = "MASK_INVERTED";
              t[t.MASK_NODE = 3] = "MASK_NODE";
              t[t.MASK_NODE_INVERTED = 4] = "MASK_NODE_INVERTED";
            }(mB || (mB = {}));
            class fB {
              get nativeObj() {
                return this._nativeObj;
              }
              get renderDrawInfoArr() {
                return this._dynamicDrawInfoArr;
              }
              get renderEntityType() {
                return this._renderEntityType;
              }
              get color() {
                return this._color;
              }
              set color(t) {
                this._color = t;
                this._uint8SharedBuffer[dB.colorR] = t.r;
                this._uint8SharedBuffer[dB.colorG] = t.g;
                this._uint8SharedBuffer[dB.colorB] = t.b;
                this._uint8SharedBuffer[dB.colorA] = t.a;
              }
              get localOpacity() {
                return this._localOpacity;
              }
              set localOpacity(t) {
                this._localOpacity = t;
                this._floatSharedBuffer[_B.localOpacity] = t;
              }
              get colorDirty() {
                return this._colorDirty;
              }
              set colorDirty(t) {
                this._colorDirty = t;
                this._boolSharedBuffer[pB.colorDirty] = t ? 1 : 0;
              }
              get enabled() {
                return this._enabled;
              }
              set enabled(t) {
                this._enabled = t;
                this._boolSharedBuffer[pB.enabled] = t ? 1 : 0;
              }
              constructor(t) {
                this._renderEntityType = uB.STATIC;
                this._dynamicDrawInfoArr = [];
                this._node = null;
                this._renderTransform = null;
                this._stencilStage = lB.DISABLED;
                this._useLocal = !1;
                this._maskMode = mB.NONE;
                this._color = Bi.WHITE;
                this._localOpacity = 255;
                this._colorDirty = !0;
                this._enabled = !1;
                this._nativeObj || (this._nativeObj = new JM(t));
                this._renderEntityType = t;
                this.initSharedBuffer();
              }
              addDynamicRenderDrawInfo(t) {
                if (t) {
                  this._dynamicDrawInfoArr.push(t);
                  this._nativeObj.addDynamicRenderDrawInfo(t.nativeObj);
                }
              }
              removeDynamicRenderDrawInfo() {
                this._dynamicDrawInfoArr.pop();
                this._nativeObj.removeDynamicRenderDrawInfo();
              }
              clearDynamicRenderDrawInfos() {
                this._dynamicDrawInfoArr.length = 0;
                this._nativeObj.clearDynamicRenderDrawInfos();
              }
              clearStaticRenderDrawInfos() {
                this._nativeObj.clearStaticRenderDrawInfos();
              }
              setDynamicRenderDrawInfo(t, e) {
                if (t) if (this._dynamicDrawInfoArr.length < e + 1) {
                  this._dynamicDrawInfoArr.push(t);
                  this._nativeObj.addDynamicRenderDrawInfo(t.nativeObj);
                } else {
                  this._dynamicDrawInfoArr[e] = t;
                  this._nativeObj.setDynamicRenderDrawInfo(t.nativeObj, e);
                }
              }
              setMaskMode(t) {
                this._uint8SharedBuffer[dB.maskMode] = t;
                this._maskMode = t;
              }
              getStaticRenderDrawInfo() {
                {
                  const t = this._nativeObj.getStaticRenderDrawInfo(this._nativeObj.staticDrawInfoSize++);
                  return new aB(t);
                }
              }
              setNode(t) {
                this._node !== t && (this._nativeObj.node = t);
                this._node = t;
              }
              setRenderTransform(t) {
                this._renderTransform !== t && (this._nativeObj.renderTransform = t);
                this._renderTransform = t;
              }
              setStencilStage(t) {
                this._stencilStage !== t && (this._nativeObj.stencilStage = t);
                this._stencilStage = t;
              }
              setUseLocal(t) {
                this._boolSharedBuffer[pB.useLocal] = t ? 1 : 0;
                this._useLocal = t;
              }
              initSharedBuffer() {
                {
                  const t = this._nativeObj.getEntitySharedBufferForJS();
                  let e = 0;
                  this._floatSharedBuffer = new Float32Array(t, e, _B.count);
                  e += 4 * _B.count;
                  this._uint8SharedBuffer = new Uint8Array(t, e, dB.count);
                  e += 1 * dB.count;
                  this._boolSharedBuffer = new Uint8Array(t, e, pB.count);
                }
              }
            }
            const gB = YM(zM) >> 2;
            const yB = new $r((() => ({
              x: 0,
              y: 0,
              z: 0,
              u: 0,
              v: 0,
              color: Bi.WHITE.clone()
            })), 128);
            class bB {
              get vertexCount() {
                return this._vc;
              }
              get indexCount() {
                return this._ic;
              }
              get stride() {
                return this._floatStride << 2;
              }
              get floatStride() {
                return this._floatStride;
              }
              get vertexFormat() {
                return this._vertexFormat;
              }
              get drawInfoType() {
                return this._drawInfoType;
              }
              set drawInfoType(t) {
                this._drawInfoType = t;
                this._renderDrawInfo && this._renderDrawInfo.setDrawInfoType(t);
              }
              get renderDrawInfo() {
                return this._renderDrawInfo;
              }
              get material() {
                return this._material;
              }
              set material(t) {
                this._material = t;
                this._renderDrawInfo && this._renderDrawInfo.setMaterial(t);
              }
              get dataHash() {
                return this._dataHash;
              }
              set dataHash(t) {
                this._dataHash = t;
                this._renderDrawInfo && this._renderDrawInfo.setDataHash(t);
              }
              get multiOwner() {
                return this._multiOwner;
              }
              set multiOwner(t) {
                this._multiOwner = t;
              }
              get batcher() {
                this._batcher || (this._batcher = IR.root.batcher2D);
                return this._batcher;
              }
              constructor(t = zM) {
                this.chunk = null;
                this._renderDrawInfo = null;
                this._material = null;
                this._dataHash = 0;
                this._isMeshBuffer = !1;
                this._vc = 0;
                this._ic = 0;
                this._floatStride = 0;
                this._vertexFormat = zM;
                this._drawInfoType = oB.COMP;
                this._multiOwner = !1;
                this._batcher = null;
                this._floatStride = t === zM ? gB : YM(t) >> 2;
                this._vertexFormat = t;
              }
              isValid() {
                return this._ic > 0 && this.chunk.vertexAccessor;
              }
              initRenderDrawInfo(t, e = oB.COMP) {
                {
                  const i = t.renderEntity;
                  if (i.renderEntityType === uB.STATIC) {
                    if (!this._renderDrawInfo) {
                      const t = i.getStaticRenderDrawInfo();
                      t && (this._renderDrawInfo = t);
                    }
                  } else if (!1 === this.multiOwner && !this._renderDrawInfo) {
                    this._renderDrawInfo = new aB;
                    i.addDynamicRenderDrawInfo(this._renderDrawInfo);
                  }
                  this.drawInfoType = e;
                  this.setRenderDrawInfoAttributes();
                }
              }
              removeRenderDrawInfo(t) {
                {
                  const e = t.renderEntity;
                  e.renderEntityType === uB.DYNAMIC ? e.removeDynamicRenderDrawInfo() : e.renderEntityType === uB.STATIC && e.clearStaticRenderDrawInfos();
                }
              }
              setRenderDrawInfoAttributes() {
                if (this._renderDrawInfo) {
                  if (this.chunk) {
                    this._renderDrawInfo.setBufferId(this.chunk.bufferId);
                    this._renderDrawInfo.setVertexOffset(this.chunk.vertexOffset);
                    this._renderDrawInfo.setVB(this.chunk.vb);
                    this._renderDrawInfo.setIB(this.chunk.ib);
                    if (this.chunk.meshBuffer) {
                      this._renderDrawInfo.setIndexOffset(this.chunk.meshBuffer.indexOffset);
                      this._renderDrawInfo.setVData(this.chunk.meshBuffer.vData.buffer);
                      this._renderDrawInfo.setIData(this.chunk.meshBuffer.iData.buffer);
                    }
                  }
                  this._renderDrawInfo.setVBCount(this._vc);
                  this._renderDrawInfo.setIBCount(this._ic);
                  this._renderDrawInfo.setDataHash(this.dataHash);
                  this._renderDrawInfo.setIsMeshBuffer(this._isMeshBuffer);
                  this._renderDrawInfo.setMaterial(this.material);
                  this._renderDrawInfo.setDrawInfoType(this._drawInfoType);
                }
              }
            }
            t("BaseRenderData", bB);
            class SB extends bB {
              static add(t = zM, e) {
                const i = new SB(t, e);
                if (!e) {
                  e = IR.root.batcher2D.switchBufferAccessor(i._vertexFormat);
                }
                i._accessor = e;
                return i;
              }
              static remove(t) {
                t.clear();
                t._accessor = null;
              }
              get dataLength() {
                return this._data.length;
              }
              set dataLength(t) {
                const e = this._data;
                if (e.length !== t) {
                  const i = e.length;
                  let s = 0;
                  for (s = t; s < i; s++) yB.free(e[s]);
                  for (s = i; s < t; s++) e[s] = yB.alloc();
                  e.length = t;
                }
                this.syncRender2dBuffer();
              }
              get data() {
                return this._data;
              }
              get vertDirty() {
                return this._vertDirty;
              }
              set vertDirty(t) {
                this._vertDirty = t;
                this._renderDrawInfo && t && this._renderDrawInfo.setVertDirty(t);
              }
              get textureHash() {
                return this._textureHash;
              }
              set textureHash(t) {
                this._textureHash = t;
              }
              set frame(t) {
                this._frame = t;
                if (this._renderDrawInfo) if (this._frame) {
                  this._renderDrawInfo.setTexture(this._frame.getGFXTexture());
                  this._renderDrawInfo.setSampler(this._frame.getGFXSampler());
                } else {
                  this._renderDrawInfo.setTexture(null);
                  this._renderDrawInfo.setSampler(null);
                }
              }
              get frame() {
                return this._frame;
              }
              get accessor() {
                return this._accessor;
              }
              constructor(t = zM, e) {
                super(t);
                this._vertDirty = !0;
                this._textureHash = 0;
                this.indices = null;
                this.layer = 0;
                this.nodeDirty = !0;
                this.passDirty = !0;
                this.textureDirty = !0;
                this.hashDirty = !0;
                this._data = [];
                this._pivotX = 0;
                this._pivotY = 0;
                this._width = 0;
                this._height = 0;
                this._frame = null;
                this._accessor = null;
                this.vertexRow = 1;
                this.vertexCol = 1;
                e || (e = this.batcher.switchBufferAccessor(this._vertexFormat));
                this._accessor = e;
              }
              resize(t, e) {
                if (t !== this._vc || e !== this._ic || !this.chunk) {
                  this._vc = t;
                  this._ic = e;
                  if (this.chunk) {
                    this._accessor.recycleChunk(this.chunk);
                    this.chunk = null;
                  }
                  this.chunk = this._accessor.allocateChunk(t, e);
                  this.updateHash();
                  if (!1 === this.multiOwner && this._renderDrawInfo) {
                    this._renderDrawInfo.setDrawInfoType(this._drawInfoType);
                    this._renderDrawInfo.setBufferId(this.chunk.bufferId);
                    this._renderDrawInfo.setVertexOffset(this.chunk.vertexOffset);
                    this._renderDrawInfo.setIndexOffset(this.chunk.meshBuffer.indexOffset);
                    this._renderDrawInfo.setVB(this.chunk.vb);
                    this._renderDrawInfo.setIB(this.chunk.ib);
                    this._renderDrawInfo.setVData(this.chunk.meshBuffer.vData.buffer);
                    this._renderDrawInfo.setIData(this.chunk.meshBuffer.iData.buffer);
                    this._renderDrawInfo.setVBCount(this._vc);
                    this._renderDrawInfo.setIBCount(this._ic);
                  }
                }
              }
              setRenderDrawInfoAttributes() {
                if (this._renderDrawInfo) {
                  this._renderDrawInfo.setAccId(this._accessor.id);
                  super.setRenderDrawInfoAttributes();
                  this._renderDrawInfo.setTexture(this.frame ? this.frame.getGFXTexture() : null);
                  this._renderDrawInfo.setSampler(this.frame ? this.frame.getGFXSampler() : null);
                }
              }
              fillDrawInfoAttributes(t) {
                if (t) {
                  t.setDrawInfoType(this._drawInfoType);
                  t.setAccAndBuffer(this._accessor.id, this.chunk.bufferId);
                  t.setVertexOffset(this.chunk.vertexOffset);
                  t.setIndexOffset(this.chunk.meshBuffer.indexOffset);
                  t.setVB(this.chunk.vb);
                  t.setIB(this.chunk.ib);
                  t.setVData(this.chunk.meshBuffer.vData.buffer);
                  t.setIData(this.chunk.meshBuffer.iData.buffer);
                  t.setVBCount(this._vc);
                  t.setIBCount(this._ic);
                  t.setDataHash(this.dataHash);
                  t.setIsMeshBuffer(this._isMeshBuffer);
                }
              }
              syncRender2dBuffer() {
                if (!1 === this.multiOwner) {
                  if (!this._renderDrawInfo) return;
                  this.renderDrawInfo.setStride(this.floatStride);
                  this.renderDrawInfo.setVBCount(this.dataLength);
                  this.renderDrawInfo.initRender2dBuffer();
                }
              }
              resizeAndCopy(t, e) {
                if (t === this._vc && e === this._ic && this.chunk) return;
                this._vc = t;
                this._ic = e;
                const i = this.chunk;
                this.chunk = this._accessor.allocateChunk(t, e);
                if (i) {
                  this.chunk.vb.set(i.vb);
                  this._accessor.recycleChunk(i);
                }
                this.updateHash();
              }
              getMeshBuffer() {
                return this.chunk && this._accessor ? this._accessor.getMeshBuffer(this.chunk.bufferId) : null;
              }
              updateNode(t) {
                this.layer = t.node.layer;
                this.nodeDirty = !1;
                this.hashDirty = !0;
              }
              updatePass(t) {
                this.material = t.getRenderMaterial(0);
                this.passDirty = !1;
                this.hashDirty = !0;
              }
              updateTexture(t) {
                this.frame = t;
                this.textureHash = t.getHash();
                this.textureDirty = !1;
                this.hashDirty = !0;
              }
              updateHash() {
                const t = `${this.chunk ? this.chunk.bufferId : -1}${this.layer} ${this.textureHash}`;
                this.dataHash = Ur(t, 666);
                this.hashDirty = !1;
              }
              updateRenderData(t, e) {
                if (this.passDirty) {
                  this.material = t.getRenderMaterial(0);
                  this.passDirty = !1;
                  this.hashDirty = !0;
                  this._renderDrawInfo && this._renderDrawInfo.setMaterial(this.material);
                }
                if (this.nodeDirty) {
                  const e = t.node.scene ? t._getRenderScene() : null;
                  this.layer = t.node.layer;
                  null !== e && (this.nodeDirty = !1);
                  this.hashDirty = !0;
                }
                if (this.textureDirty) {
                  this.frame = e;
                  this.textureHash = e.getHash();
                  this.textureDirty = !1;
                  this.hashDirty = !0;
                  if (this._renderDrawInfo) {
                    this._renderDrawInfo.setTexture(this.frame ? this.frame.getGFXTexture() : null);
                    this._renderDrawInfo.setSampler(this.frame ? this.frame.getGFXSampler() : null);
                  }
                }
                if (this.hashDirty) {
                  this.updateHash();
                  this._renderDrawInfo && this._renderDrawInfo.setDataHash(this.dataHash);
                }
                if (!1 === this.multiOwner) {
                  w(this._renderDrawInfo.render2dBuffer.length === this._floatStride * this._data.length, "Vertex count doesn't match.");
                  this._renderDrawInfo.fillRender2dBuffer(this._data);
                }
              }
              updateSizeNPivot(t, e, i, s) {
                if (t !== this._width || e !== this._height || i !== this._pivotX || s !== this._pivotY) {
                  this._width = t;
                  this._height = e;
                  this._pivotX = i;
                  this._pivotY = s;
                  this.vertDirty = !0;
                }
              }
              clear() {
                this.resize(0, 0);
                this._data.length = 0;
                this._pivotX = 0;
                this._pivotY = 0;
                this._width = 0;
                this._height = 0;
                this.indices = null;
                this.vertDirty = !0;
                this.material = null;
                this.nodeDirty = !0;
                this.passDirty = !0;
                this.textureDirty = !0;
                this.hashDirty = !0;
                this.layer = 0;
                this.frame = null;
                this.textureHash = 0;
                this.dataHash = 0;
                this._renderDrawInfo && this._renderDrawInfo.clear();
              }
              static createStaticVBAccessor(t, e, i) {
                const s = IR.root.device;
                return new iB(s, t, e, i);
              }
            }
            t("RenderData", SB);
            class AB extends bB {
              static add(t = zM) {
                const e = new AB;
                e._floatStride = t === zM ? gB : YM(t) >> 2;
                e._vertexFormat = t;
                return e;
              }
              static remove(t) {
                t.clear();
              }
              set formatByte(t) {}
              get formatByte() {
                return this.stride;
              }
              get floatStride() {
                return this._floatStride;
              }
              get vDataOffset() {
                return this._byteLength >>> 2;
              }
              constructor(t = zM) {
                super(t);
                this._isMeshBuffer = !0;
                this.vData = void 0;
                this.iData = void 0;
                this.vertexStart = 0;
                this.vertexRange = 0;
                this.indexStart = 0;
                this.indexRange = 0;
                this.lastFilledIndex = 0;
                this.lastFilledVertex = 0;
                this.frame = void 0;
                this._byteLength = 0;
                this._vertexBuffers = [];
                this._indexBuffer = null;
                this._iaPool = null;
                this._iaInfo = null;
                this.vData = new Float32Array(256 * this.stride);
                this.iData = new Uint16Array(1536);
              }
              request(t, e) {
                const i = this._byteLength + t * this.stride;
                if (!this.reserve(t, e)) return !1;
                this._vc += t;
                this._ic += e;
                this._byteLength = i;
                this.vertexRange = this._vc;
                this.indexRange = this._ic;
                return !0;
              }
              reserve(t, e) {
                const i = this._byteLength + t * this.stride;
                const s = this.indexCount + e;
                if (t + this.vertexCount > 65535) return !1;
                let n = this.vData.byteLength;
                let r = this.iData.length;
                let o = this.vData.length;
                let a = this.iData.length;
                if (i > n || s > r) {
                  for (;n < i || r < s; ) {
                    o *= 2;
                    a *= 2;
                    n = 4 * o;
                    r = a;
                  }
                  this._reallocBuffer(o, a);
                }
                return !0;
              }
              resize(t, e) {
                const i = t * this.stride;
                ne(t >= 0 && e >= 0 && i <= this.vData.byteLength && e <= this.iData.length);
                this._vc = t;
                this._ic = e;
                this._byteLength = i;
                this.updateRange(0, t, 0, e);
              }
              updateRange(t, e, i, s) {
                ne(e >= 0 && s >= 0 && e <= this._vc && s <= this._ic);
                this.vertexStart = t;
                this.indexStart = i;
                this.vertexRange = e;
                this.indexRange = s;
              }
              requestIA(t) {
                this._initIAInfo(t);
                const e = this._iaPool.add();
                e.firstIndex = this.indexStart;
                e.indexCount = this.indexRange;
                return e;
              }
              uploadBuffers() {
                if (0 === this._byteLength || !this._vertexBuffers[0] || !this._indexBuffer) return;
                const t = this._ic;
                const e = new Float32Array(this.vData.buffer, 0, this._byteLength >> 2);
                const i = new Uint16Array(this.iData.buffer, 0, t);
                const s = this._vertexBuffers[0];
                this._byteLength > s.size && s.resize(this._byteLength);
                s.update(e);
                const n = t << 1;
                n > this._indexBuffer.size && this._indexBuffer.resize(n);
                this._indexBuffer.update(i);
              }
              freeIAPool() {
                this._iaPool && this._iaPool.reset();
              }
              reset() {
                this._vc = 0;
                this._ic = 0;
                this._byteLength = 0;
                this.vertexStart = 0;
                this.vertexRange = 0;
                this.indexStart = 0;
                this.indexRange = 0;
                this.lastFilledIndex = 0;
                this.lastFilledVertex = 0;
                this.material = null;
                this.freeIAPool();
              }
              clear() {
                this.reset();
                this._iaPool && this._iaPool.destroy();
                if (this._vertexBuffers[0]) {
                  this._vertexBuffers[0].destroy();
                  this._vertexBuffers = [];
                }
                this._iaInfo = null;
                this.vData = new Float32Array(256 * this.stride);
                this.iData = new Uint16Array(1536);
              }
              _initIAInfo(t) {
                if (!this._iaInfo) {
                  const e = this.stride;
                  const i = this._vertexBuffers;
                  i.length || i.push(t.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, e, e)));
                  const s = Uint16Array.BYTES_PER_ELEMENT;
                  this._indexBuffer || (this._indexBuffer = t.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, s, s)));
                  this._iaInfo = new Un(this._vertexFormat, i, this._indexBuffer);
                  this._iaPool = new to((() => t.createInputAssembler(this._iaInfo)), 1, (t => {
                    t.destroy();
                  }));
                }
              }
              _reallocBuffer(t, e) {
                const i = this.vData;
                this.vData = new Float32Array(t);
                i && this.vData.set(i, 0);
                const s = this.iData;
                this.iData = new Uint16Array(e);
                s && this.iData.set(s, 0);
              }
              setRenderDrawInfoAttributes() {
                var t, e;
                if (this._renderDrawInfo) {
                  this._renderDrawInfo.setVData(this.vData.buffer);
                  this._renderDrawInfo.setIData(this.iData.buffer);
                  this._renderDrawInfo.setVBCount(this._vc);
                  this._renderDrawInfo.setIBCount(this._ic);
                  this._renderDrawInfo.setVertexOffset(this.vertexStart);
                  this._renderDrawInfo.setIndexOffset(this.indexStart);
                  this._renderDrawInfo.setIsMeshBuffer(this._isMeshBuffer);
                  this._renderDrawInfo.setMaterial(this.material);
                  this._renderDrawInfo.setTexture(null === (t = this.frame) || void 0 === t ? void 0 : t.getGFXTexture());
                  this._renderDrawInfo.setSampler(null === (e = this.frame) || void 0 === e ? void 0 : e.getGFXSampler());
                }
              }
              particleInitRenderDrawInfo(t) {
                if (t.renderEntityType === uB.STATIC && !this._renderDrawInfo) {
                  const e = t.getStaticRenderDrawInfo();
                  e && (this._renderDrawInfo = e);
                }
              }
            }
            t("MeshRenderData", AB);
            new to((() => new AB), 32);
            var TB, vB, EB, CB, xB, wB, RB, IB, MB, BB, DB, PB, OB, NB;
            const LB = new Qi;
            const FB = new Qi;
            const VB = new Pi;
            const kB = new qi;
            const UB = new qi;
            const GB = new qi;
            const zB = new qi(0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
            const HB = new as;
            let jB = function(e) {
              return t({
                UITransform: e,
                UITransformComponent: e
              }), e;
            }((TB = Ul("cc.UITransform"), vB = sh(), EB = zl(110), CB = $l(), xB = ph(), wB = lh(), 
            RB = ph(), IB = lh(), TB(MB = vB(MB = EB(MB = CB(MB = Hl(MB = Ql(MB = (BB = (NB = OB = class t extends Qc {
              constructor(...t) {
                super(...t);
                this._priority = 0;
                Ml(this, "_contentSize", DB, this);
                Ml(this, "_anchorPoint", PB, this);
              }
              get contentSize() {
                return this._contentSize;
              }
              set contentSize(t) {
                if (!this._contentSize.equals(t)) {
                  this._contentSize.set(t);
                  this.node.emit(ny.SIZE_CHANGED);
                  this._markRenderDataDirty();
                }
              }
              get width() {
                return this._contentSize.width;
              }
              set width(t) {
                if (this._contentSize.width !== t) {
                  this._contentSize.width = t;
                  this.node.emit(ny.SIZE_CHANGED);
                  this._markRenderDataDirty();
                }
              }
              get height() {
                return this._contentSize.height;
              }
              set height(t) {
                if (this.contentSize.height !== t) {
                  this._contentSize.height = t;
                  this.node.emit(ny.SIZE_CHANGED);
                  this._markRenderDataDirty();
                }
              }
              get anchorPoint() {
                return this._anchorPoint;
              }
              set anchorPoint(t) {
                if (!this._anchorPoint.equals(t)) {
                  this._anchorPoint.set(t);
                  this.node.emit(ny.ANCHOR_CHANGED, this._anchorPoint);
                  this._markRenderDataDirty();
                }
              }
              get anchorX() {
                return this._anchorPoint.x;
              }
              set anchorX(t) {
                if (this._anchorPoint.x !== t) {
                  this._anchorPoint.x = t;
                  this.node.emit(ny.ANCHOR_CHANGED, this._anchorPoint);
                  this._markRenderDataDirty();
                }
              }
              get anchorY() {
                return this._anchorPoint.y;
              }
              set anchorY(t) {
                if (this._anchorPoint.y !== t) {
                  this._anchorPoint.y = t;
                  this.node.emit(ny.ANCHOR_CHANGED, this._anchorPoint);
                  this._markRenderDataDirty();
                }
              }
              get priority() {
                return this._priority;
              }
              set priority(e) {
                if (this._priority !== e) if (this.node.getComponent("cc.RenderRoot2D")) N(6706); else {
                  this._priority = e;
                  this.node.parent && t.insertChangeMap(this.node.parent);
                }
              }
              get visibility() {
                const t = IR.root.batcher2D.getFirstRenderCamera(this.node);
                return t ? t.visibility : 0;
              }
              get cameraPriority() {
                const t = IR.root.batcher2D.getFirstRenderCamera(this.node);
                return t ? t.priority : 0;
              }
              __preload() {
                this.node._uiProps.uiTransformComp = this;
              }
              onLoad() {
                this.node.parent && t.insertChangeMap(this.node.parent);
              }
              onEnable() {
                this.node.on(ny.PARENT_CHANGED, this._parentChanged, this);
                this._markRenderDataDirty();
              }
              onDisable() {
                this.node.off(ny.PARENT_CHANGED, this._parentChanged, this);
              }
              onDestroy() {
                this.node._uiProps.uiTransformComp = null;
              }
              setContentSize(t, e) {
                const i = this._contentSize;
                if (void 0 === e) {
                  if (ui(t.width, i.width, hi) && ui(t.height, i.height, hi)) return;
                  i.width = t.width;
                  i.height = t.height;
                } else {
                  if (ui(t, i.width, hi) && ui(e, i.height, hi)) return;
                  i.width = t;
                  i.height = e;
                }
                this.node.emit(ny.SIZE_CHANGED);
                this._markRenderDataDirty();
              }
              setAnchorPoint(t, e) {
                const i = this._anchorPoint;
                if (void 0 === e) {
                  if (t.x === i.x && t.y === i.y) return;
                  i.x = t.x;
                  i.y = t.y;
                } else {
                  if (t === i.x && e === i.y) return;
                  i.x = t;
                  i.y = e;
                }
                this.node.emit(ny.ANCHOR_CHANGED, this._anchorPoint);
                this._markRenderDataDirty();
              }
              isHit(t) {
                const e = this._contentSize.width;
                const i = this._contentSize.height;
                const s = LB;
                const n = FB;
                const r = this._getRenderScene().cameras;
                for (let o = 0; o < r.length; o++) {
                  const a = r[o];
                  if (!(a.visibility & this.node.layer)) continue;
                  a.node.getWorldRT(kB);
                  const l = kB.m12;
                  const h = kB.m13;
                  const c = HR.center;
                  kB.m12 = c.x - (kB.m00 * l + kB.m04 * h);
                  kB.m13 = c.y - (kB.m01 * l + kB.m05 * h);
                  qi.invert(kB, kB);
                  Qi.transformMat4(s, t, kB);
                  this.node.getWorldMatrix(GB);
                  qi.invert(kB, GB);
                  if (qi.strictEquals(kB, zB)) continue;
                  Qi.transformMat4(n, s, kB);
                  n.x += this._anchorPoint.x * e;
                  n.y += this._anchorPoint.y * i;
                  let u = !1;
                  n.x >= 0 && n.y >= 0 && n.x <= e && n.y <= i && (u = this._maskTest(s));
                  if (u) return !0;
                }
                return !1;
              }
              hitTest(t) {
                const e = this._contentSize.width;
                const i = this._contentSize.height;
                const s = VB;
                const n = LB;
                const r = FB;
                const o = this._getRenderScene().cameras;
                for (let a = 0; a < o.length; a++) {
                  const l = o[a];
                  if (!(l.visibility & this.node.layer) || l.window && !l.window.swapchain) continue;
                  Pi.set(s, t.x, t.y, 0);
                  l.screenToWorld(s, s);
                  Qi.set(n, s.x, s.y);
                  this.node.getWorldMatrix(GB);
                  qi.invert(kB, GB);
                  if (qi.strictEquals(kB, zB)) continue;
                  Qi.transformMat4(r, n, kB);
                  r.x += this._anchorPoint.x * e;
                  r.y += this._anchorPoint.y * i;
                  let h = !1;
                  r.x >= 0 && r.y >= 0 && r.x <= e && r.y <= i && (h = this._maskTest(n));
                  if (h) return !0;
                }
                return !1;
              }
              _maskTest(t) {
                var e, i;
                const s = null === (e = this.node) || void 0 === e || null === (i = e.eventProcessor) || void 0 === i ? void 0 : i.maskList;
                if (s) {
                  let e = this.node;
                  const i = s.length;
                  for (let n = 0, r = 0; e && r < i; ++n, e = e.parent) {
                    const i = s[r];
                    if (n === i.index) {
                      if (e !== i.comp.node) {
                        s.length = r;
                        break;
                      }
                      {
                        const e = i.comp;
                        if (e && e._enabled && !e.isHit(t)) return !1;
                        r++;
                      }
                    } else if (n > i.index) {
                      s.length = r;
                      break;
                    }
                  }
                }
                return !0;
              }
              convertToNodeSpaceAR(t, e) {
                this.node.getWorldMatrix(GB);
                qi.invert(kB, GB);
                e || (e = new Pi);
                return Pi.transformMat4(e, t, kB);
              }
              convertToWorldSpaceAR(t, e) {
                this.node.getWorldMatrix(GB);
                e || (e = new Pi);
                return Pi.transformMat4(e, t, GB);
              }
              getBoundingBox() {
                qi.fromRTS(UB, this.node.getRotation(), this.node.getPosition(), this.node.getScale());
                const t = this._contentSize.width;
                const e = this._contentSize.height;
                const i = new as(-this._anchorPoint.x * t, -this._anchorPoint.y * e, t, e);
                i.transformMat4(UB);
                return i;
              }
              getBoundingBoxToWorld() {
                if (this.node.parent) {
                  this.node.parent.getWorldMatrix(GB);
                  return this.getBoundingBoxTo(GB);
                }
                return this.getBoundingBox();
              }
              getBoundingBoxTo(e) {
                qi.fromRTS(UB, this.node.getRotation(), this.node.getPosition(), this.node.getScale());
                const i = this._contentSize.width;
                const s = this._contentSize.height;
                const n = new as(-this._anchorPoint.x * i, -this._anchorPoint.y * s, i, s);
                qi.multiply(GB, e, UB);
                n.transformMat4(GB);
                if (!this.node.children) return n;
                const r = this.node.children;
                for (const i of r) if (i && i.active) {
                  const s = i.getComponent(t);
                  if (s) {
                    const t = s.getBoundingBoxTo(e);
                    t && as.union(n, n, t);
                  }
                }
                return n;
              }
              getComputeAABB(t) {
                const e = this._contentSize.width;
                const i = this._contentSize.height;
                HB.set(-this._anchorPoint.x * e, -this._anchorPoint.y * i, e, i);
                HB.transformMat4(this.node.worldMatrix);
                const s = HB.x + .5 * HB.width;
                const n = HB.y + .5 * HB.height;
                const r = this.node.worldPosition.z;
                const o = HB.width / 2;
                const a = HB.height / 2;
                if (null != t) {
                  hl.set(t, s, n, r, o, a, .001);
                  return t;
                }
                return new hl(s, n, r, o, a, .001);
              }
              _parentChanged(e) {
                this.node.getComponent("cc.RenderRoot2D") || this.node.parent && t.insertChangeMap(this.node.parent);
              }
              _markRenderDataDirty() {
                const t = this.node._uiProps.uiComp;
                t && t.markForUpdateRenderData();
              }
              static insertChangeMap(e) {
                const i = e.uuid;
                t.priorityChangeNodeMap.has(i) || t.priorityChangeNodeMap.set(i, e);
              }
              static _sortChildrenSibling(t) {
                const e = t.children;
                e && e.sort(((t, e) => {
                  const i = t._uiProps.uiTransformComp;
                  const s = e._uiProps.uiTransformComp;
                  const n = (i ? i._priority : 0) - (s ? s._priority : 0);
                  return 0 === n ? t.getSiblingIndex() - e.getSiblingIndex() : n;
                }));
              }
              static _sortSiblings() {
                t.priorityChangeNodeMap.forEach(((e, i) => {
                  t._sortChildrenSibling(e);
                  e._updateSiblingIndex();
                  e.emit("childrenSiblingOrderChanged");
                }));
                t.priorityChangeNodeMap.clear();
              }
              static _cleanChangeMap() {
                t.priorityChangeNodeMap.clear();
              }
            }, OB.EventType = ny, OB.priorityChangeNodeMap = new Map, NB), Bl(BB.prototype, "contentSize", [ xB, wB ], Object.getOwnPropertyDescriptor(BB.prototype, "contentSize"), BB.prototype), 
            Bl(BB.prototype, "anchorPoint", [ RB, IB ], Object.getOwnPropertyDescriptor(BB.prototype, "anchorPoint"), BB.prototype), 
            DB = Bl(BB.prototype, "_contentSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new rs(100, 100);
              }
            }), PB = Bl(BB.prototype, "_anchorPoint", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(.5, .5);
              }
            }), BB)) || MB) || MB) || MB) || MB) || MB) || MB));
            IR.on(RR.EVENT_AFTER_UPDATE, jB._sortSiblings);
            IR.on(RR.EVENT_BEFORE_SCENE_LAUNCH, jB._cleanChangeMap);
            var XB, WB, YB, qB, KB, JB, ZB, QB, $B, tD, eD, iD, sD, nD, rD, oD, aD, lD, hD;
            he(Ls);
            let cD;
            !function(t) {
              t[t.ADD_COLOR = 0] = "ADD_COLOR";
              t[t.ADD_COLOR_AND_TEXTURE = 1] = "ADD_COLOR_AND_TEXTURE";
              t[t.GRAYSCALE = 2] = "GRAYSCALE";
              t[t.USE_ALPHA_SEPARATED = 3] = "USE_ALPHA_SEPARATED";
              t[t.USE_ALPHA_SEPARATED_AND_GRAY = 4] = "USE_ALPHA_SEPARATED_AND_GRAY";
            }(cD || (cD = t("InstanceMaterialType", {})));
            let uD = function(e) {
              return t({
                UIRenderer: e,
                RenderComponent: e,
                UIRenderable: e,
                Renderable2D: e
              }), e;
            }((XB = Ul("cc.UIRenderer"), WB = Gl(jB), YB = rh(), qB = Th(hm), KB = ph(), JB = lh(), 
            ZB = ah(), QB = ph(), $B = lh(), tD = Th(hm), XB(eD = WB(eD = Ql(eD = (iD = (hD = lD = class t extends vS {
              constructor() {
                super();
                this._renderData = null;
                Ml(this, "_materials", sD, this);
                Ml(this, "_customMaterial", nD, this);
                Ml(this, "_srcBlendFactor", rD, this);
                Ml(this, "_dstBlendFactor", oD, this);
                Ml(this, "_color", aD, this);
                this._stencilStage = lB.DISABLED;
                this._assembler = null;
                this._postAssembler = null;
                this._renderDataFlag = !0;
                this._renderFlag = !0;
                this._renderEntity = void 0;
                this._instanceMaterialType = -1;
                this._srcBlendFactorCache = Ls.SRC_ALPHA;
                this._dstBlendFactorCache = Ls.ONE_MINUS_SRC_ALPHA;
                this._dirtyVersion = -1;
                this._internalId = -1;
                this._useVertexOpacity = !1;
                this._lastParent = null;
                this._renderEntity = this.createRenderEntity();
              }
              get sharedMaterials() {
                return this._materials;
              }
              set sharedMaterials(t) {
                for (let e = 0; e < t.length; e++) t[e] !== this._materials[e] && this.setMaterial(t[e], e);
                if (t.length < this._materials.length) {
                  for (let e = t.length; e < this._materials.length; e++) this.setMaterial(null, e);
                  this._materials.splice(t.length);
                }
              }
              get customMaterial() {
                return this._customMaterial;
              }
              set customMaterial(t) {
                this._customMaterial = t;
                this.updateMaterial();
              }
              get color() {
                return this._color;
              }
              set color(t) {
                if (!this._color.equals(t)) {
                  this._color.set(t);
                  this._updateColor();
                }
              }
              get renderData() {
                return this._renderData;
              }
              get useVertexOpacity() {
                return this._useVertexOpacity;
              }
              get stencilStage() {
                return this._stencilStage;
              }
              set stencilStage(t) {
                this._stencilStage = t;
                this._renderEntity.setStencilStage(t);
              }
              get batcher() {
                return IR.root.batcher2D;
              }
              get renderEntity() {
                w(this._renderEntity, "this._renderEntity should not be invalid");
                return this._renderEntity;
              }
              onLoad() {
                this._renderEntity.setNode(this.node);
              }
              __preload() {
                this.node._uiProps.uiComp = this;
                this._flushAssembler && this._flushAssembler();
              }
              onEnable() {
                this.node.on(ny.ANCHOR_CHANGED, this._nodeStateChange, this);
                this.node.on(ny.SIZE_CHANGED, this._nodeStateChange, this);
                this.node.on(ny.PARENT_CHANGED, this._colorDirty, this);
                this.updateMaterial();
                this._colorDirty();
                wR.addRenderer(this);
                this.markForUpdateRenderData();
              }
              onRestore() {
                this.updateMaterial();
                this.markForUpdateRenderData();
              }
              onDisable() {
                this.node.off(ny.ANCHOR_CHANGED, this._nodeStateChange, this);
                this.node.off(ny.SIZE_CHANGED, this._nodeStateChange, this);
                this.node.off(ny.PARENT_CHANGED, this._colorDirty, this);
                wR.removeRenderer(this);
                this._renderFlag = !1;
                this._renderEntity.enabled = !1;
              }
              onDestroy() {
                this._renderEntity.setNode(null);
                this.node._uiProps.uiComp === this && (this.node._uiProps.uiComp = null);
                this.destroyRenderData();
                if (this._materialInstances) for (let t = 0; t < this._materialInstances.length; t++) {
                  const e = this._materialInstances[t];
                  e && e.destroy();
                }
              }
              markForUpdateRenderData(t = !0) {
                if (t) {
                  const t = this.renderData;
                  t && (t.vertDirty = !0);
                  wR.markDirtyRenderer(this);
                }
              }
              requestRenderData(t = oB.COMP) {
                const e = SB.add();
                e.initRenderDrawInfo(this, t);
                this._renderData = e;
                return e;
              }
              destroyRenderData() {
                if (this.renderData) {
                  this.renderData.removeRenderDrawInfo(this);
                  SB.remove(this.renderData);
                  this._renderData = null;
                }
              }
              updateRenderer() {
                this._assembler && this._assembler.updateRenderData(this);
                this._renderFlag = this._canRender();
                this._renderEntity.enabled = this._renderFlag;
              }
              fillBuffers(t) {
                this._renderFlag && this._render(t);
              }
              postUpdateAssembler(t) {
                this._postAssembler && this._renderFlag && this._postRender(t);
              }
              _render(t) {}
              _postRender(t) {}
              _canRender() {
                w(this.isValid, "this component should not be invalid!");
                return null !== this.getMaterial(0) && this._enabled && this._color.a > 0;
              }
              _postCanRender() {}
              updateMaterial() {
                if (this._customMaterial) {
                  this.setMaterial(this._customMaterial, 0);
                  return;
                }
                const t = this._updateBuiltinMaterial();
                this.setMaterial(t, 0);
                this.stencilStage !== lB.ENTER_LEVEL && this.stencilStage !== lB.ENTER_LEVEL_INVERTED || this.getMaterialInstance(0).recompileShaders({
                  USE_ALPHA_TEST: !0
                });
                this._updateBlendFunc();
              }
              _updateColor() {
                this.node._uiProps.colorDirty = !0;
                this.setEntityColorDirty(!0);
                this.setEntityColor(this._color);
                this.setEntityOpacity(this.node._uiProps.localOpacity);
                if (this._assembler) {
                  this._assembler.updateColor(this);
                  this._renderFlag = this._canRender();
                  this.setEntityEnabled(this._renderFlag);
                }
              }
              static setEntityColorDirtyRecursively(e, i) {
                const s = e._uiProps.uiComp;
                s && s.color && (s._renderEntity.colorDirty = i);
                for (let s = 0; s < e.children.length; s++) t.setEntityColorDirtyRecursively(e.children[s], i);
              }
              setEntityColorDirty(e) {
                t.setEntityColorDirtyRecursively(this.node, e);
              }
              setEntityColor(t) {
                this._renderEntity.color = t;
              }
              setEntityOpacity(t) {
                this._renderEntity.localOpacity = t;
              }
              setEntityEnabled(t) {
                this._renderEntity.enabled = t;
              }
              _updateBlendFunc() {
                let t = this.getRenderMaterial(0).passes[0].blendState.targets[0];
                this._dstBlendFactorCache = t.blendDst;
                this._srcBlendFactorCache = t.blendSrc;
                if (this._dstBlendFactorCache !== this._dstBlendFactor || this._srcBlendFactorCache !== this._srcBlendFactor) {
                  t = this.getMaterialInstance(0).passes[0].blendState.targets[0];
                  t.blend = !0;
                  t.blendDstAlpha = Ls.ONE_MINUS_SRC_ALPHA;
                  t.blendDst = this._dstBlendFactor;
                  t.blendSrc = this._srcBlendFactor;
                  const e = this.getMaterialInstance(0).passes[0];
                  e.blendState.setTarget(0, t);
                  e._updatePassHash();
                  this._dstBlendFactorCache = this._dstBlendFactor;
                  this._srcBlendFactorCache = this._srcBlendFactor;
                }
              }
              _nodeStateChange(e) {
                this.renderData && this.markForUpdateRenderData();
                for (let e = 0; e < this.node.children.length; ++e) {
                  const i = this.node.children[e].getComponent(t);
                  i && i.markForUpdateRenderData();
                }
              }
              _colorDirty() {
                this.node._uiProps.colorDirty = !0;
                this.setEntityColorDirty(!0);
              }
              _onMaterialModified(t, e) {
                if (this.renderData) {
                  this.markForUpdateRenderData();
                  this.renderData.passDirty = !0;
                }
                super._onMaterialModified(t, e);
              }
              _updateBuiltinMaterial() {
                let t;
                switch (this._instanceMaterialType) {
                 case cD.ADD_COLOR:
                  t = xR.get("ui-base-material");
                  break;

                 case cD.GRAYSCALE:
                  t = xR.get("ui-sprite-gray-material");
                  break;

                 case cD.USE_ALPHA_SEPARATED:
                  t = xR.get("ui-sprite-alpha-sep-material");
                  break;

                 case cD.USE_ALPHA_SEPARATED_AND_GRAY:
                  t = xR.get("ui-sprite-gray-alpha-sep-material");
                  break;

                 default:
                  t = xR.get("ui-sprite-material");
                }
                return t;
              }
              setNodeDirty() {
                this.renderData && (this.renderData.nodeDirty = !0);
              }
              setTextureDirty() {
                this.renderData && (this.renderData.textureDirty = !0);
              }
              createRenderEntity() {
                return new fB(uB.STATIC);
              }
            }, lD.BlendState = Ls, lD.Assembler = null, lD.PostAssembler = null, hD), Bl(iD.prototype, "sharedMaterials", [ vh, YB ], Object.getOwnPropertyDescriptor(iD.prototype, "sharedMaterials"), iD.prototype), 
            Bl(iD.prototype, "customMaterial", [ qB, KB, JB, ZB, gh ], Object.getOwnPropertyDescriptor(iD.prototype, "customMaterial"), iD.prototype), 
            Bl(iD.prototype, "color", [ QB, $B ], Object.getOwnPropertyDescriptor(iD.prototype, "color"), iD.prototype), 
            sD = Bl(iD.prototype, "_materials", [ vh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), nD = Bl(iD.prototype, "_customMaterial", [ tD ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), rD = Bl(iD.prototype, "_srcBlendFactor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Ls.SRC_ALPHA;
              }
            }), oD = Bl(iD.prototype, "_dstBlendFactor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Ls.ONE_MINUS_SRC_ALPHA;
              }
            }), aD = Bl(iD.prototype, "_color", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), iD)) || eD) || eD) || eD));
            m.internal.UIRenderer = uD;
            var _D, dD, pD, mD, fD, gD, yD, bD, SD, AD, TD, vD, ED, CD, xD, wD, RD, ID, MD, BD, DD, PD, OD, ND, LD, FD, VD, kD, UD, GD, zD, HD, jD, XD, WD, YD, qD, KD, JD, ZD, QD, $D, tP, eP, iP, sP, nP, rP, oP, aP, lP, hP, cP, uP, _P, dP, pP, mP, fP, gP, yP, bP, SP, AP, TP, vP;
            const EP = Bi.WHITE.clone();
            let CP;
            !function(t) {
              t[t.LEFT = 0] = "LEFT";
              t[t.CENTER = 1] = "CENTER";
              t[t.RIGHT = 2] = "RIGHT";
            }(CP || (CP = t("HorizontalTextAlignment", {})));
            he(CP);
            let xP;
            !function(t) {
              t[t.TOP = 0] = "TOP";
              t[t.CENTER = 1] = "CENTER";
              t[t.BOTTOM = 2] = "BOTTOM";
            }(xP || (xP = t("VerticalTextAlignment", {})));
            he(xP);
            let wP;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.CLAMP = 1] = "CLAMP";
              t[t.SHRINK = 2] = "SHRINK";
              t[t.RESIZE_HEIGHT = 3] = "RESIZE_HEIGHT";
            }(wP || (wP = t("Overflow", {})));
            he(wP);
            let RP;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.BITMAP = 1] = "BITMAP";
              t[t.CHAR = 2] = "CHAR";
            }(RP || (RP = t("CacheMode", {})));
            he(RP);
            let IP = function(e) {
              return t({
                Label: e,
                LabelComponent: e
              }), e;
            }((_D = Ul("cc.Label"), dD = sh(), pD = zl(110), mD = $l(), fD = ph(), gD = lh(), 
            yD = Th(CP), bD = ph(), SD = lh(), AD = Th(xP), TD = ph(), vD = lh(), ED = ph(), 
            CD = lh(), xD = ph(), wD = rh(), RD = lh(), ID = ph(), MD = lh(), BD = rh(), DD = ph(), 
            PD = lh(), OD = Th(wP), ND = ph(), LD = lh(), FD = ph(), VD = lh(), kD = Th(qI), 
            UD = ph(), GD = rh(), zD = lh(), HD = ph(), jD = lh(), XD = Th(RP), WD = ph(), YD = lh(), 
            qD = ph(), KD = lh(), JD = ph(), ZD = lh(), QD = ph(), $D = lh(), tP = rh(), eP = ph(), 
            iP = lh(), _D(sP = dD(sP = pD(sP = mD(sP = (nP = (vP = TP = class t extends uD {
              get string() {
                return this._string;
              }
              set string(t) {
                t = null == t ? "" : t.toString();
                if (this._string !== t) {
                  this._string = t;
                  this.markForUpdateRenderData();
                }
              }
              get horizontalAlign() {
                return this._horizontalAlign;
              }
              set horizontalAlign(t) {
                if (this._horizontalAlign !== t) {
                  this._horizontalAlign = t;
                  this.markForUpdateRenderData();
                }
              }
              get verticalAlign() {
                return this._verticalAlign;
              }
              set verticalAlign(t) {
                if (this._verticalAlign !== t) {
                  this._verticalAlign = t;
                  this.markForUpdateRenderData();
                }
              }
              get actualFontSize() {
                return this._actualFontSize;
              }
              set actualFontSize(t) {
                this._actualFontSize = t;
              }
              get fontSize() {
                return this._fontSize;
              }
              set fontSize(t) {
                if (this._fontSize !== t) {
                  this._fontSize = t;
                  this.markForUpdateRenderData();
                }
              }
              get fontFamily() {
                return this._fontFamily;
              }
              set fontFamily(t) {
                if (this._fontFamily !== t) {
                  this._fontFamily = t;
                  this.markForUpdateRenderData();
                }
              }
              get lineHeight() {
                return this._lineHeight;
              }
              set lineHeight(t) {
                if (this._lineHeight !== t) {
                  this._lineHeight = t;
                  this.markForUpdateRenderData();
                }
              }
              get spacingX() {
                return this._spacingX;
              }
              set spacingX(t) {
                if (this._spacingX !== t) {
                  this._spacingX = t;
                  this.markForUpdateRenderData();
                }
              }
              get overflow() {
                return this._overflow;
              }
              set overflow(t) {
                if (this._overflow !== t) {
                  this._overflow = t;
                  this.markForUpdateRenderData();
                }
              }
              get enableWrapText() {
                return this._enableWrapText;
              }
              set enableWrapText(t) {
                if (this._enableWrapText !== t) {
                  this._enableWrapText = t;
                  this.markForUpdateRenderData();
                }
              }
              get font() {
                return this._font;
              }
              set font(t) {
                if (this._font !== t) {
                  this._isSystemFontUsed = !t;
                  this._font = t;
                  this.destroyRenderData();
                  this._fontAtlas = null;
                  this.updateRenderData(!0);
                }
              }
              get useSystemFont() {
                return this._isSystemFontUsed;
              }
              set useSystemFont(t) {
                if (this._isSystemFontUsed !== t) {
                  this.destroyRenderData();
                  this._isSystemFontUsed = !!t;
                  t && (this.font = null);
                  this._flushAssembler();
                  this.markForUpdateRenderData();
                }
              }
              get cacheMode() {
                return this._cacheMode;
              }
              set cacheMode(t) {
                if (this._cacheMode !== t) {
                  this._cacheMode !== RP.BITMAP || this._font instanceof uM || !this._ttfSpriteFrame || this._ttfSpriteFrame._resetDynamicAtlasFrame();
                  this._cacheMode === RP.CHAR && (this._ttfSpriteFrame = null);
                  this._cacheMode = t;
                  this.updateRenderData(!0);
                }
              }
              get isBold() {
                return this._isBold;
              }
              set isBold(t) {
                if (this._isBold !== t) {
                  this._isBold = t;
                  this.markForUpdateRenderData();
                }
              }
              get isItalic() {
                return this._isItalic;
              }
              set isItalic(t) {
                if (this._isItalic !== t) {
                  this._isItalic = t;
                  this.markForUpdateRenderData();
                }
              }
              get isUnderline() {
                return this._isUnderline;
              }
              set isUnderline(t) {
                if (this._isUnderline !== t) {
                  this._isUnderline = t;
                  this.markForUpdateRenderData();
                }
              }
              get underlineHeight() {
                return this._underlineHeight;
              }
              set underlineHeight(t) {
                if (this._underlineHeight !== t) {
                  this._underlineHeight = t;
                  this.markForUpdateRenderData();
                }
              }
              get spriteFrame() {
                return this._texture;
              }
              get ttfSpriteFrame() {
                return this._ttfSpriteFrame;
              }
              get assemblerData() {
                return this._assemblerData;
              }
              get fontAtlas() {
                return this._fontAtlas;
              }
              set fontAtlas(t) {
                this._fontAtlas = t;
              }
              get _bmFontOriginalSize() {
                return this._font instanceof uM ? this._font.fontSize : -1;
              }
              get contentWidth() {
                return this._contentWidth;
              }
              set contentWidth(t) {
                this._contentWidth = t;
              }
              constructor() {
                super();
                Ml(this, "_string", rP, this);
                Ml(this, "_horizontalAlign", oP, this);
                Ml(this, "_verticalAlign", aP, this);
                Ml(this, "_actualFontSize", lP, this);
                Ml(this, "_fontSize", hP, this);
                Ml(this, "_fontFamily", cP, this);
                Ml(this, "_lineHeight", uP, this);
                Ml(this, "_overflow", _P, this);
                Ml(this, "_enableWrapText", dP, this);
                Ml(this, "_font", pP, this);
                Ml(this, "_isSystemFontUsed", mP, this);
                Ml(this, "_spacingX", fP, this);
                Ml(this, "_isItalic", gP, this);
                Ml(this, "_isBold", yP, this);
                Ml(this, "_isUnderline", bP, this);
                Ml(this, "_underlineHeight", SP, this);
                Ml(this, "_cacheMode", AP, this);
                this._N$file = null;
                this._texture = null;
                this._ttfSpriteFrame = null;
                this._userDefinedFont = null;
                this._assemblerData = null;
                this._fontAtlas = null;
                this._letterTexture = null;
                this._contentWidth = 0;
                this._ttfSpriteFrame = null;
              }
              onEnable() {
                super.onEnable();
                this._font || this._isSystemFontUsed || (this.useSystemFont = !0);
                this._isSystemFontUsed && !this._fontFamily && (this.fontFamily = "Arial");
                this._applyFontTexture();
              }
              onDestroy() {
                this._assembler && this._assembler.resetAssemblerData && this._assembler.resetAssemblerData(this._assemblerData);
                this._assemblerData = null;
                if (this._ttfSpriteFrame) {
                  this._ttfSpriteFrame._resetDynamicAtlasFrame();
                  const t = this._ttfSpriteFrame.texture;
                  this._ttfSpriteFrame.destroy();
                  if (t) {
                    const e = t;
                    e.image && e.image.destroy();
                    t.destroy();
                  }
                  this._ttfSpriteFrame = null;
                }
                this._letterTexture = null;
                super.onDestroy();
              }
              updateRenderData(t = !1) {
                if (t) {
                  this._flushAssembler();
                  this.renderData && (this.renderData.vertDirty = !0);
                  this._applyFontTexture();
                }
                this._assembler && this._assembler.updateRenderData(this);
              }
              _render(t) {
                t.commitComp(this, this.renderData, this._texture, this._assembler, null);
              }
              _updateColor() {
                super._updateColor();
                this.markForUpdateRenderData();
              }
              setEntityColor(t) {
                if (this._font instanceof uM) this._renderEntity.color = t; else {
                  EP.set(255, 255, 255, t.a);
                  this._renderEntity.color = EP;
                }
              }
              _canRender() {
                if (!super._canRender() || !this._string) return !1;
                const t = this._font;
                if (t && t instanceof uM) {
                  const e = t.spriteFrame;
                  if (!e || !e.texture) return !1;
                }
                return !0;
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                if (this._assembler !== e) {
                  this.destroyRenderData();
                  this._assembler = e;
                }
                if (!this.renderData && this._assembler && this._assembler.createData) {
                  this._renderData = this._assembler.createData(this);
                  this.renderData.material = this.material;
                  this._updateColor();
                }
              }
              _applyFontTexture() {
                this.markForUpdateRenderData();
                const t = this._font;
                if (t instanceof uM) {
                  const e = t.spriteFrame;
                  if (e && e.texture) {
                    this._texture = e;
                    this.renderData && (this.renderData.textureDirty = !0);
                    this.changeMaterialForDefine();
                    this._assembler && this._assembler.updateRenderData(this);
                  }
                } else {
                  if (this.cacheMode === RP.CHAR) {
                    this._letterTexture = this._assembler.getAssemblerData();
                    this._texture = this._letterTexture;
                  } else if (!this._ttfSpriteFrame) {
                    this._ttfSpriteFrame = new GI;
                    this._assemblerData = this._assembler.getAssemblerData();
                    const t = new IC(this._assemblerData.canvas);
                    const e = new LC;
                    e.image = t;
                    this._ttfSpriteFrame.texture = e;
                  }
                  this.cacheMode !== RP.CHAR && (this._texture = this._ttfSpriteFrame);
                  this.changeMaterialForDefine();
                }
              }
              changeMaterialForDefine() {
                if (!this._texture) return;
                let t = !1;
                if (this.cacheMode !== RP.CHAR) {
                  const e = this._texture.texture;
                  if (e instanceof tm) {
                    const i = e.getPixelFormat();
                    t = i === Jp.RGBA_ETC1 || i === Jp.RGB_A_PVRTC_4BPPV1 || i === Jp.RGB_A_PVRTC_2BPPV1;
                  }
                }
                this._instanceMaterialType = t ? cD.USE_ALPHA_SEPARATED : cD.ADD_COLOR_AND_TEXTURE;
                this.updateMaterial();
              }
              _updateBlendFunc() {
                super._updateBlendFunc();
              }
            }, TP.HorizontalAlign = CP, TP.VerticalAlign = xP, TP.Overflow = wP, TP.CacheMode = RP, 
            TP._canvasPool = DM.getInstance(), vP), Bl(nP.prototype, "string", [ fD, gD, fh ], Object.getOwnPropertyDescriptor(nP.prototype, "string"), nP.prototype), 
            Bl(nP.prototype, "horizontalAlign", [ yD, bD, SD ], Object.getOwnPropertyDescriptor(nP.prototype, "horizontalAlign"), nP.prototype), 
            Bl(nP.prototype, "verticalAlign", [ AD, TD, vD ], Object.getOwnPropertyDescriptor(nP.prototype, "verticalAlign"), nP.prototype), 
            Bl(nP.prototype, "fontSize", [ ED, CD ], Object.getOwnPropertyDescriptor(nP.prototype, "fontSize"), nP.prototype), 
            Bl(nP.prototype, "fontFamily", [ xD, wD, RD ], Object.getOwnPropertyDescriptor(nP.prototype, "fontFamily"), nP.prototype), 
            Bl(nP.prototype, "lineHeight", [ ID, MD ], Object.getOwnPropertyDescriptor(nP.prototype, "lineHeight"), nP.prototype), 
            Bl(nP.prototype, "spacingX", [ BD, DD, PD ], Object.getOwnPropertyDescriptor(nP.prototype, "spacingX"), nP.prototype), 
            Bl(nP.prototype, "overflow", [ OD, ND, LD ], Object.getOwnPropertyDescriptor(nP.prototype, "overflow"), nP.prototype), 
            Bl(nP.prototype, "enableWrapText", [ FD, VD ], Object.getOwnPropertyDescriptor(nP.prototype, "enableWrapText"), nP.prototype), 
            Bl(nP.prototype, "font", [ kD, UD, GD, zD ], Object.getOwnPropertyDescriptor(nP.prototype, "font"), nP.prototype), 
            Bl(nP.prototype, "useSystemFont", [ HD, jD ], Object.getOwnPropertyDescriptor(nP.prototype, "useSystemFont"), nP.prototype), 
            Bl(nP.prototype, "cacheMode", [ XD, WD, YD ], Object.getOwnPropertyDescriptor(nP.prototype, "cacheMode"), nP.prototype), 
            Bl(nP.prototype, "isBold", [ qD, KD ], Object.getOwnPropertyDescriptor(nP.prototype, "isBold"), nP.prototype), 
            Bl(nP.prototype, "isItalic", [ JD, ZD ], Object.getOwnPropertyDescriptor(nP.prototype, "isItalic"), nP.prototype), 
            Bl(nP.prototype, "isUnderline", [ QD, $D ], Object.getOwnPropertyDescriptor(nP.prototype, "isUnderline"), nP.prototype), 
            Bl(nP.prototype, "underlineHeight", [ tP, nh, eP, iP ], Object.getOwnPropertyDescriptor(nP.prototype, "underlineHeight"), nP.prototype), 
            rP = Bl(nP.prototype, "_string", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "label";
              }
            }), oP = Bl(nP.prototype, "_horizontalAlign", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return CP.CENTER;
              }
            }), aP = Bl(nP.prototype, "_verticalAlign", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return xP.CENTER;
              }
            }), lP = Bl(nP.prototype, "_actualFontSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), hP = Bl(nP.prototype, "_fontSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 40;
              }
            }), cP = Bl(nP.prototype, "_fontFamily", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "Arial";
              }
            }), uP = Bl(nP.prototype, "_lineHeight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 40;
              }
            }), _P = Bl(nP.prototype, "_overflow", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return wP.NONE;
              }
            }), dP = Bl(nP.prototype, "_enableWrapText", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), pP = Bl(nP.prototype, "_font", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), mP = Bl(nP.prototype, "_isSystemFontUsed", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), fP = Bl(nP.prototype, "_spacingX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), gP = Bl(nP.prototype, "_isItalic", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), yP = Bl(nP.prototype, "_isBold", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), bP = Bl(nP.prototype, "_isUnderline", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), SP = Bl(nP.prototype, "_underlineHeight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 2;
              }
            }), AP = Bl(nP.prototype, "_cacheMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return RP.NONE;
              }
            }), nP)) || sP) || sP) || sP) || sP));
            m.Label = IP;
            let MP = 0;
            const BP = {};
            var DP = {
              addStage(t) {
                if (void 0 !== BP[t]) return;
                const e = 1 << MP;
                BP[t] = e;
                MP += 1;
              },
              stageID(t) {
                const e = BP[t];
                return void 0 === e ? -1 : e;
              },
              stageIDs(t) {
                let e = 0;
                for (const i of t) {
                  const t = BP[i];
                  void 0 !== t && (e |= t);
                }
                return e;
              }
            };
            let PP;
            !function(t) {
              t[t.OPAQUE = 0] = "OPAQUE";
              t[t.TRANSPARENT = 1] = "TRANSPARENT";
              t[t.OVERLAY = 2] = "OVERLAY";
            }(PP || (PP = {}));
            let OP;
            !function(t) {
              t[t.DEFAULT = 1] = "DEFAULT";
              t[t.FORWARD = 2] = "FORWARD";
              t[t.SHADOWCAST = 4] = "SHADOWCAST";
            }(OP || (OP = {}));
            const NP = 4227858432;
            const LP = 66060288;
            const FP = 1044480;
            const VP = {
              [As.UNKNOWN]: (t, e, i = 0) => console.warn("illegal uniform handle"),
              [As.INT]: (t, e, i = 0) => t[i],
              [As.INT2]: (t, e, i = 0) => Qi.fromArray(e, t, i),
              [As.INT3]: (t, e, i = 0) => Pi.fromArray(e, t, i),
              [As.INT4]: (t, e, i = 0) => is.fromArray(e, t, i),
              [As.FLOAT]: (t, e, i = 0) => t[i],
              [As.FLOAT2]: (t, e, i = 0) => Qi.fromArray(e, t, i),
              [As.FLOAT3]: (t, e, i = 0) => Pi.fromArray(e, t, i),
              [As.FLOAT4]: (t, e, i = 0) => is.fromArray(e, t, i),
              [As.MAT3]: (t, e, i = 0) => Fi.fromArray(e, t, i),
              [As.MAT4]: (t, e, i = 0) => qi.fromArray(e, t, i)
            };
            const kP = {
              [As.UNKNOWN]: (t, e, i = 0) => console.warn("illegal uniform handle"),
              [As.INT]: (t, e, i = 0) => t[i] = e,
              [As.INT2]: (t, e, i = 0) => Qi.toArray(t, e, i),
              [As.INT3]: (t, e, i = 0) => Pi.toArray(t, e, i),
              [As.INT4]: (t, e, i = 0) => is.toArray(t, e, i),
              [As.FLOAT]: (t, e, i = 0) => t[i] = e,
              [As.FLOAT2]: (t, e, i = 0) => Qi.toArray(t, e, i),
              [As.FLOAT3]: (t, e, i = 0) => Pi.toArray(t, e, i),
              [As.FLOAT4]: (t, e, i = 0) => is.toArray(t, e, i),
              [As.MAT3]: (t, e, i = 0) => Fi.toArray(t, e, i),
              [As.MAT4]: (t, e, i = 0) => qi.toArray(t, e, i)
            };
            const UP = [ Object.freeze([ 0 ]), Object.freeze([ 0, 0 ]), Object.freeze([ 0, 0, 0, 0 ]), Object.freeze([ 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1 ]) ];
            function GP(t) {
              switch (t) {
               case As.BOOL:
               case As.INT:
               case As.UINT:
               case As.FLOAT:
                return UP[0];

               case As.BOOL2:
               case As.INT2:
               case As.UINT2:
               case As.FLOAT2:
                return UP[1];

               case As.BOOL4:
               case As.INT4:
               case As.UINT4:
               case As.FLOAT4:
                return UP[2];

               case As.MAT4:
                return UP[3];

               case As.SAMPLER2D:
                return "default-texture";

               case As.SAMPLER_CUBE:
                return "default-cube-texture";

               case As.SAMPLER2D_ARRAY:
                return "default-array-texture";

               case As.SAMPLER3D:
                return "default-3d-texture";
              }
              return UP[0];
            }
            function zP(t) {
              switch (t) {
               case As.SAMPLER2D:
                return "-texture";

               case As.SAMPLER_CUBE:
                return "-cube-texture";

               case As.SAMPLER2D_ARRAY:
                return "-array-texture";

               case As.SAMPLER3D:
                return "-3d-texture";

               default:
                return "-unknown";
              }
            }
            function HP(t, e) {
              const i = Object.entries(e);
              let s = !1;
              for (let e = 0; e < i.length; e++) if (t[i[e][0]] !== i[e][1]) {
                t[i[e][0]] = i[e][1];
                s = !0;
              }
              return s;
            }
            let jP;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.INSTANCING = 1] = "INSTANCING";
              t[t.VB_MERGING = 2] = "VB_MERGING";
            }(jP || (jP = {}));
            const XP = jsb.Pass;
            const WP = jsb.ProgramLib.getInstance();
            m.programLib = WP;
            function YP(t) {
              --t;
              t |= t >> 16;
              t |= t >> 8;
              t |= t >> 4;
              t |= t >> 2;
              t |= t >> 1;
              return ++t;
            }
            function qP(t, e) {
              return Math.ceil(t / e) * e;
            }
            class KP {
              constructor(t) {
                this._device = void 0;
                this._format = bs.UNKNOWN;
                this._formatSize = 0;
                this._chunks = [];
                this._chunkCount = 0;
                this._handles = [];
                this._region0 = new mn;
                this._region1 = new mn;
                this._region2 = new mn;
                this._roundUpFn = null;
                this._bufferViewCtor = Uint8Array;
                this._channels = 4;
                this._alignment = 1;
                this._device = t;
              }
              initialize(t) {
                const e = ur[t.format];
                this._format = t.format;
                this._formatSize = e.size;
                this._channels = e.count;
                this._bufferViewCtor = Ar(e);
                this._roundUpFn = t.roundUpFn || null;
                this._alignment = t.alignment || 1;
                t.inOrderFree && (this.alloc = this._McDonaldAlloc);
              }
              destroy() {
                for (let t = 0; t < this._chunkCount; ++t) {
                  this._chunks[t].texture.destroy();
                }
                this._chunks.length = 0;
                this._handles.length = 0;
              }
              alloc(t, e) {
                t = qP(t, this._alignment);
                let i = -1;
                let s = -1;
                if (void 0 !== e) {
                  i = e;
                  s = this._findAvailableSpace(t, i);
                }
                if (s < 0) for (let e = 0; e < this._chunkCount; ++e) {
                  i = e;
                  s = this._findAvailableSpace(t, i);
                  if (s >= 0) break;
                }
                if (s >= 0) {
                  const e = this._chunks[i];
                  e.start += t;
                  const n = {
                    chunkIdx: i,
                    start: s,
                    end: s + t,
                    texture: e.texture
                  };
                  this._handles.push(n);
                  return n;
                }
                const n = Math.sqrt(t / this._formatSize);
                const r = this._roundUpFn && this._roundUpFn(n, this._formatSize) || Math.max(1024, YP(n));
                const o = this._chunks[this.createChunk(r)];
                o.start += t;
                const a = {
                  chunkIdx: this._chunkCount - 1,
                  start: 0,
                  end: t,
                  texture: o.texture
                };
                this._handles.push(a);
                return a;
              }
              free(t) {
                for (let e = 0; e < this._handles.length; ++e) if (this._handles[e] === t) {
                  this._chunks[t.chunkIdx].end = t.end;
                  this._handles.splice(e, 1);
                  return;
                }
              }
              createChunk(t) {
                const e = t * t * this._formatSize;
                R(`TextureBufferPool: Allocate chunk ${this._chunkCount}, size: ${e}, format: ${this._format}`);
                const i = {
                  texture: this._device.createTexture(new xn(xs.TEX2D, ws.SAMPLED | ws.TRANSFER_DST, this._format, t, t)),
                  size: e,
                  start: 0,
                  end: e
                };
                this._chunks[this._chunkCount] = i;
                return this._chunkCount++;
              }
              update(t, e) {
                const i = [];
                const s = [];
                const n = t.start / this._formatSize;
                let r = e.byteLength / this._formatSize;
                let o = n % t.texture.width;
                let a = Math.floor(n / t.texture.width);
                let l = Math.min(t.texture.width - o, r);
                let h = 0;
                if (o > 0) {
                  this._region0.texOffset.x = o;
                  this._region0.texOffset.y = a;
                  this._region0.texExtent.width = l;
                  this._region0.texExtent.height = 1;
                  i.push(new this._bufferViewCtor(e, h * this._formatSize, l * this._channels));
                  s.push(this._region0);
                  o = 0;
                  a += 1;
                  r -= l;
                  h += l;
                }
                if (r > 0) {
                  this._region1.texOffset.x = o;
                  this._region1.texOffset.y = a;
                  if (r > t.texture.width) {
                    this._region1.texExtent.width = t.texture.width;
                    this._region1.texExtent.height = Math.floor(r / t.texture.width);
                    l = this._region1.texExtent.width * this._region1.texExtent.height;
                  } else {
                    l = r;
                    this._region1.texExtent.width = l;
                    this._region1.texExtent.height = 1;
                  }
                  i.push(new this._bufferViewCtor(e, h * this._formatSize, l * this._channels));
                  s.push(this._region1);
                  o = 0;
                  a += this._region1.texExtent.height;
                  r -= l;
                  h += l;
                }
                if (r > 0) {
                  this._region2.texOffset.x = o;
                  this._region2.texOffset.y = a;
                  this._region2.texExtent.width = r;
                  this._region2.texExtent.height = 1;
                  i.push(new this._bufferViewCtor(e, h * this._formatSize, r * this._channels));
                  s.push(this._region2);
                }
                this._device.copyBuffersToTexture(i, t.texture, s);
              }
              _findAvailableSpace(t, e) {
                const i = this._chunks[e];
                let s = !1;
                let n = i.start;
                if (n + t <= i.size) s = !0; else {
                  n = 0;
                  const r = this._handles.filter((t => t.chunkIdx === e)).sort(((t, e) => t.start - e.start));
                  for (let e = 0; e < r.length; e++) {
                    const i = r[e];
                    if (n + t <= i.start) {
                      s = !0;
                      break;
                    }
                    n = i.end;
                  }
                  !s && n + t <= i.size && (s = !0);
                }
                return s ? n : -1;
              }
              _McDonaldAlloc(t) {
                t = qP(t, this._alignment);
                for (let e = 0; e < this._chunkCount; ++e) {
                  const i = this._chunks[e];
                  let s = !1;
                  let n = i.start;
                  if (n + t <= i.end) s = !0; else if (n > i.end) {
                    if (n + t <= i.size) s = !0; else if (t <= i.end) {
                      i.start = n = 0;
                      s = !0;
                    }
                  } else if (n === i.end) {
                    i.start = n = 0;
                    i.end = i.size;
                    t <= i.end && (s = !0);
                  }
                  if (s) {
                    i.start += t;
                    const s = {
                      chunkIdx: e,
                      start: n,
                      end: n + t,
                      texture: i.texture
                    };
                    this._handles.push(s);
                    return s;
                  }
                }
                const e = Math.sqrt(t / this._formatSize);
                const i = this._roundUpFn && this._roundUpFn(e, this._formatSize) || Math.max(1024, YP(e));
                const s = this._chunks[this.createChunk(i)];
                s.start += t;
                const n = {
                  chunkIdx: this._chunkCount,
                  start: 0,
                  end: t,
                  texture: s.texture
                };
                this._handles.push(n);
                return n;
              }
            }
            const JP = jsb.NativeBufferPool;
            jsb.NativeObjectPool;
            jsb.NativeBufferAllocator;
            const ZP = (t, e) => {
              for (let i = 0; i < t.length; ++i) if (t[i] === e) return !0;
              return !1;
            };
            var QP;
            !function(t) {
              t[t.UINT32 = 0] = "UINT32";
              t[t.FLOAT32 = 1] = "FLOAT32";
              t[t.NEVER = 2] = "NEVER";
            }(QP || (QP = {}));
            class $P {
              constructor(t, e, i, s, n = 8) {
                this._dataType = void 0;
                this._dataMembers = void 0;
                this._elementCount = void 0;
                this._entryBits = void 0;
                this._stride = void 0;
                this._entriesPerChunk = void 0;
                this._entryMask = void 0;
                this._chunkMask = void 0;
                this._poolFlag = void 0;
                this._arrayBuffers = [];
                this._freeLists = [];
                this._uint32BufferViews = [];
                this._float32BufferViews = [];
                this._hasUint32 = !1;
                this._hasFloat32 = !1;
                this._nativePool = void 0;
                this._elementCount = s.COUNT;
                this._entryBits = n;
                this._dataType = e;
                this._dataMembers = i;
                this._stride = 4 * this._elementCount;
                this._entriesPerChunk = 1 << n;
                this._entryMask = this._entriesPerChunk - 1;
                this._poolFlag = 1 << 30;
                this._chunkMask = ~(this._entryMask | this._poolFlag);
                this._nativePool = new JP(t, n, this._stride);
                let r = QP.NEVER;
                let o = !1;
                let a = !1;
                for (const t in e) {
                  o = this._hasFloat32;
                  a = this._hasUint32;
                  if (a && o) break;
                  r = e[t];
                  o || r !== QP.FLOAT32 ? a || r !== QP.UINT32 || (this._hasUint32 = !0) : this._hasFloat32 = !0;
                }
              }
              alloc() {
                let t = 0;
                for (;t < this._freeLists.length; t++) {
                  const e = this._freeLists[t];
                  if (e.length) {
                    const i = e[e.length - 1];
                    e.length--;
                    return (t << this._entryBits) + i + this._poolFlag;
                  }
                }
                const e = this._nativePool.allocateNewChunk();
                const i = [];
                const s = [];
                const n = [];
                const r = this._hasFloat32;
                const o = this._hasUint32;
                for (let t = 0; t < this._entriesPerChunk; t++) {
                  r && i.push(new Float32Array(e, this._stride * t, this._elementCount));
                  o && s.push(new Uint32Array(e, this._stride * t, this._elementCount));
                  t && n.push(t);
                }
                o && this._uint32BufferViews.push(s);
                r && this._float32BufferViews.push(i);
                this._freeLists.push(n);
                this._arrayBuffers.push(e);
                return (t << this._entryBits) + this._poolFlag;
              }
              getBuffer(t) {
                const e = (this._chunkMask & t) >> this._entryBits;
                const i = this._entryMask & t;
                const s = this._hasFloat32 ? this._float32BufferViews : this._uint32BufferViews;
                if (!t || e < 0 || e >= s.length || i < 0 || i >= this._entriesPerChunk || ZP(this._freeLists[e], i)) {
                  console.warn("invalid buffer pool handle");
                  return [];
                }
                return s[e][i];
              }
              getTypedArray(t, e) {
                const i = (this._chunkMask & t) >> this._entryBits;
                const s = this._entryMask & t;
                const n = this._dataType[e] === QP.UINT32 ? this._uint32BufferViews : this._float32BufferViews;
                if (!t || i < 0 || i >= n.length || s < 0 || s >= this._entriesPerChunk || ZP(this._freeLists[i], s)) {
                  console.warn("invalid buffer pool handle");
                  return [];
                }
                const r = e;
                const o = n[i][s];
                const a = this._dataMembers[e];
                return o.subarray(r, r + a);
              }
              free(t) {
                const e = (this._chunkMask & t) >> this._entryBits;
                const i = this._entryMask & t;
                if (!t || e < 0 || e >= this._freeLists.length || i < 0 || i >= this._entriesPerChunk || ZP(this._freeLists[e], i)) {
                  console.warn("invalid buffer pool handle");
                  return;
                }
                (this._hasUint32 ? this._uint32BufferViews : this._float32BufferViews)[e][i].fill(0);
                this._freeLists[e].push(i);
              }
            }
            let tO;
            !function(t) {
              t[t.NODE = 0] = "NODE";
              t[t.PASS = 1] = "PASS";
              t[t.AABB = 2] = "AABB";
              t[t.RENDER2D = 3] = "RENDER2D";
            }(tO || (tO = {}));
            let eO;
            !function(t) {
              t[t.POSITION = 0] = "POSITION";
              t[t.UV = 3] = "UV";
              t[t.COLOR = 5] = "COLOR";
              t[t.COUNT = 9] = "COUNT";
            }(eO || (eO = {}));
            const iO = {
              [eO.POSITION]: QP.FLOAT32,
              [eO.UV]: QP.FLOAT32,
              [eO.COLOR]: QP.UINT32,
              [eO.COUNT]: QP.NEVER
            };
            const sO = {
              [eO.POSITION]: eO.UV - eO.POSITION,
              [eO.UV]: eO.COLOR - eO.UV,
              [eO.COLOR]: eO.COUNT - eO.COLOR,
              [eO.COUNT]: 1
            };
            const nO = new $P(tO.RENDER2D, iO, sO, eO);
            let rO;
            !function(t) {
              t[t.DIRTY_FLAG = 0] = "DIRTY_FLAG";
              t[t.LAYER = 1] = "LAYER";
              t[t.WORLD_SCALE = 2] = "WORLD_SCALE";
              t[t.WORLD_POSITION = 5] = "WORLD_POSITION";
              t[t.WORLD_ROTATION = 8] = "WORLD_ROTATION";
              t[t.WORLD_MATRIX = 12] = "WORLD_MATRIX";
              t[t.LOCAL_SCALE = 28] = "LOCAL_SCALE";
              t[t.LOCAL_POSITION = 31] = "LOCAL_POSITION";
              t[t.LOCAL_ROTATION = 34] = "LOCAL_ROTATION";
              t[t.COUNT = 38] = "COUNT";
            }(rO || (rO = {}));
            const oO = {
              [rO.DIRTY_FLAG]: QP.UINT32,
              [rO.LAYER]: QP.UINT32,
              [rO.WORLD_SCALE]: QP.FLOAT32,
              [rO.WORLD_POSITION]: QP.FLOAT32,
              [rO.WORLD_ROTATION]: QP.FLOAT32,
              [rO.WORLD_MATRIX]: QP.FLOAT32,
              [rO.LOCAL_SCALE]: QP.FLOAT32,
              [rO.LOCAL_POSITION]: QP.FLOAT32,
              [rO.LOCAL_ROTATION]: QP.FLOAT32,
              [rO.COUNT]: QP.NEVER
            };
            const aO = {
              [rO.DIRTY_FLAG]: rO.LAYER - rO.DIRTY_FLAG,
              [rO.LAYER]: rO.WORLD_SCALE - rO.LAYER,
              [rO.WORLD_SCALE]: rO.WORLD_POSITION - rO.WORLD_SCALE,
              [rO.WORLD_POSITION]: rO.WORLD_ROTATION - rO.WORLD_POSITION,
              [rO.WORLD_ROTATION]: rO.WORLD_MATRIX - rO.WORLD_ROTATION,
              [rO.WORLD_MATRIX]: rO.LOCAL_SCALE - rO.WORLD_MATRIX,
              [rO.LOCAL_SCALE]: rO.LOCAL_POSITION - rO.LOCAL_SCALE,
              [rO.LOCAL_POSITION]: rO.LOCAL_ROTATION - rO.LOCAL_POSITION,
              [rO.LOCAL_ROTATION]: rO.COUNT - rO.LOCAL_ROTATION,
              [rO.COUNT]: 1
            };
            const lO = new $P(tO.NODE, oO, aO, rO);
            let hO;
            !function(t) {
              t[t.PRIORITY = 0] = "PRIORITY";
              t[t.STAGE = 1] = "STAGE";
              t[t.PHASE = 2] = "PHASE";
              t[t.PRIMITIVE = 3] = "PRIMITIVE";
              t[t.BATCHING_SCHEME = 4] = "BATCHING_SCHEME";
              t[t.DYNAMIC_STATE = 5] = "DYNAMIC_STATE";
              t[t.HASH = 6] = "HASH";
              t[t.COUNT = 7] = "COUNT";
            }(hO || (hO = {}));
            const cO = {
              [hO.PRIORITY]: QP.UINT32,
              [hO.STAGE]: QP.UINT32,
              [hO.PHASE]: QP.UINT32,
              [hO.PRIMITIVE]: QP.UINT32,
              [hO.BATCHING_SCHEME]: QP.UINT32,
              [hO.DYNAMIC_STATE]: QP.UINT32,
              [hO.HASH]: QP.UINT32,
              [hO.COUNT]: QP.NEVER
            };
            const uO = {
              [hO.PRIORITY]: hO.STAGE - hO.PRIORITY,
              [hO.STAGE]: hO.PHASE - hO.STAGE,
              [hO.PHASE]: hO.PRIMITIVE - hO.PHASE,
              [hO.PRIMITIVE]: hO.BATCHING_SCHEME - hO.PRIMITIVE,
              [hO.BATCHING_SCHEME]: hO.DYNAMIC_STATE - hO.BATCHING_SCHEME,
              [hO.DYNAMIC_STATE]: hO.HASH - hO.DYNAMIC_STATE,
              [hO.HASH]: hO.COUNT - hO.HASH,
              [hO.COUNT]: 1
            };
            const _O = new $P(tO.PASS, cO, uO, hO);
            let dO;
            !function(t) {
              t[t.CENTER = 0] = "CENTER";
              t[t.HALFEXTENTS = 3] = "HALFEXTENTS";
              t[t.COUNT = 6] = "COUNT";
            }(dO || (dO = {}));
            const pO = {
              [dO.CENTER]: QP.FLOAT32,
              [dO.HALFEXTENTS]: QP.FLOAT32,
              [dO.COUNT]: QP.NEVER
            };
            const mO = {
              [dO.CENTER]: dO.HALFEXTENTS - dO.CENTER,
              [dO.HALFEXTENTS]: dO.COUNT - dO.HALFEXTENTS,
              [dO.COUNT]: 1
            };
            const fO = new $P(tO.AABB, pO, mO, dO);
            const gO = jsb.RenderScene;
            oe({
              Low_256x256: 256,
              Medium_512x512: 512,
              High_1024x1024: 1024,
              Ultra_2048x2048: 2048
            });
            const yO = oe({
              Planar: 0,
              ShadowMap: 1
            });
            oe({
              HARD: 0,
              SOFT: 1,
              SOFT_2X: 2,
              SOFT_4X: 3
            });
            oe({
              LEVEL_1: 1,
              LEVEL_2: 2,
              LEVEL_3: 3,
              LEVEL_4: 4
            });
            oe({
              NONE: 1,
              RemoveDuplicates: 2,
              DisableRotationFix: 3
            });
            const bO = yO.ShadowMap + 1;
            class SO {
              constructor() {
                this.fixedSphere = new ua(0, 0, 0, .01);
                this.maxReceived = 4;
                this._matLight = new qi;
                this._material = null;
                this._instancingMaterial = null;
                this._enabled = !1;
                this._type = bO;
                this._distance = 0;
                this._normal = new Pi(0, 1, 0);
                this._shadowColor = new Bi(0, 0, 0, 76);
                this._size = new Qi(1024, 1024);
                this._shadowMapDirty = !1;
              }
              get enabled() {
                return this._enabled;
              }
              set enabled(t) {
                this._enabled = t;
                this.activate();
              }
              get type() {
                return this._type;
              }
              set type(t) {
                this._type = this.enabled ? t : bO;
                this.activate();
              }
              get normal() {
                return this._normal;
              }
              set normal(t) {
                Pi.copy(this._normal, t);
              }
              get distance() {
                return this._distance;
              }
              set distance(t) {
                this._distance = t;
              }
              get shadowColor() {
                return this._shadowColor;
              }
              set shadowColor(t) {
                this._shadowColor = t;
              }
              get size() {
                return this._size;
              }
              set size(t) {
                this._size.set(t);
              }
              get shadowMapDirty() {
                return this._shadowMapDirty;
              }
              set shadowMapDirty(t) {
                this._shadowMapDirty = t;
              }
              get matLight() {
                return this._matLight;
              }
              get material() {
                return this._material;
              }
              get instancingMaterial() {
                return this._instancingMaterial;
              }
              getPlanarShader(t) {
                if (!this._material) {
                  this._material = new hm;
                  this._material.initialize({
                    effectName: "pipeline/planar-shadow"
                  });
                }
                const e = this._material.passes;
                w(e.length > 0, "passes should not be empty!");
                return e.length > 0 ? e[0].getShaderVariant(t) : null;
              }
              getPlanarInstanceShader(t) {
                if (!this._instancingMaterial) {
                  this._instancingMaterial = new hm;
                  this._instancingMaterial.initialize({
                    effectName: "pipeline/planar-shadow",
                    defines: {
                      USE_INSTANCING: !0
                    }
                  });
                }
                const e = this._instancingMaterial.passes;
                w(e.length > 0, "passes should not be empty!");
                return e.length > 0 ? e[0].getShaderVariant(t) : null;
              }
              initialize(t) {
                this._enabled = t.enabled;
                this._type = this.enabled ? t.type : bO;
                this.normal = t.planeDirection;
                this.distance = t.planeHeight;
                this.shadowColor = t.shadowColor;
                this.maxReceived = t.maxReceived;
                if (t.shadowMapSize !== this._size.x) {
                  this.size.set(t.shadowMapSize, t.shadowMapSize);
                  this._shadowMapDirty = !0;
                }
              }
              activate() {
                if (this._enabled) if (this.type === yO.Planar) this._updatePlanarInfo(); else {
                  const t = m.director.root;
                  t.pipeline.macros.CC_SHADOW_TYPE = 2;
                  t.onGlobalPipelineStateChanged();
                } else {
                  const t = m.director.root;
                  t.pipeline.macros.CC_SHADOW_TYPE = 0;
                  t.onGlobalPipelineStateChanged();
                }
              }
              _updatePlanarInfo() {
                if (!this._material) {
                  this._material = new hm;
                  this._material.initialize({
                    effectName: "pipeline/planar-shadow"
                  });
                }
                if (!this._instancingMaterial) {
                  this._instancingMaterial = new hm;
                  this._instancingMaterial.initialize({
                    effectName: "pipeline/planar-shadow",
                    defines: {
                      USE_INSTANCING: !0
                    }
                  });
                }
                const t = m.director.root;
                t.pipeline.macros.CC_SHADOW_TYPE = 1;
                t.onGlobalPipelineStateChanged();
              }
              destroy() {
                this._material && this._material.destroy();
                this._instancingMaterial && this._instancingMaterial.destroy();
                this.fixedSphere.destroy();
              }
            }
            SO.MAX_FAR = 2e3;
            SO.COEFFICIENT_OF_EXPANSION = 2 * Math.sqrt(3);
            m.Shadows = SO;
            Y(gO.prototype, "RenderScene.prototype", [ {
              name: "raycastUI2DNode"
            }, {
              name: "raycastUINode"
            } ]);
            Y(gO.prototype, "RenderScene.prototype", [ {
              name: "raycastAll",
              suggest: "using intersect.rayModel in geometry"
            }, {
              name: "raycastAllModels",
              suggest: "using intersect.rayModel in geometry"
            }, {
              name: "raycastSingleModel",
              suggest: "using intersect.rayModel in geometry"
            }, {
              name: "raycastAllCanvas",
              suggest: "using intersect.rayAABB in geometry"
            }, {
              name: "rayResultCanvas"
            }, {
              name: "rayResultModels"
            }, {
              name: "rayResultAll"
            }, {
              name: "rayResultSingleModel"
            } ]);
            const AO = {};
            Y(AO, "CameraVisFlags", [ {
              name: "GENERAL"
            } ]);
            W(AO, "CameraVisFlags", [ {
              name: "PROFILER",
              newName: "PROFILER",
              target: mm.BitMask,
              targetName: "PROFILER"
            }, {
              name: "GIZMOS",
              newName: "GIZMOS",
              target: mm.BitMask,
              targetName: "GIZMOS"
            }, {
              name: "EDITOR",
              newName: "EDITOR",
              target: mm.BitMask,
              targetName: "EDITOR"
            }, {
              name: "UI",
              newName: "UI",
              target: mm.BitMask,
              targetName: "UI_3D"
            }, {
              name: "UI2D",
              newName: "UI2D",
              target: mm.BitMask,
              targetName: "UI_2D"
            } ]);
            m.CameraVisFlags = AO;
            const TO = {};
            Y(TO, "VisibilityFlags", [ {
              name: "GENERAL"
            } ]);
            W(TO, "VisibilityFlags", [ {
              name: "ALWALS",
              newName: "ALWALS",
              target: mm.Enum,
              targetName: "ALWALS"
            }, {
              name: "PROFILER",
              newName: "PROFILER",
              target: mm.Enum,
              targetName: "PROFILER"
            }, {
              name: "GIZMOS",
              newName: "GIZMOS",
              target: mm.Enum,
              targetName: "GIZMOS"
            }, {
              name: "EDITOR",
              newName: "EDITOR",
              target: mm.Enum,
              targetName: "EDITOR"
            }, {
              name: "UI",
              newName: "UI",
              target: mm.Enum,
              targetName: "UI_3D"
            }, {
              name: "UI2D",
              newName: "UI2D",
              target: mm.Enum,
              targetName: "UI_2D"
            } ]);
            m.VisibilityFlags = TO;
            W(XP.prototype, "Pass.prototype", [ {
              name: "getBindingTypeFromHandle",
              newName: "getDescriptorTypeFromHandle"
            } ]);
            Y(By.prototype, "Camera.prototype", [ {
              name: "getSplitFrustum"
            }, {
              name: "setMatView"
            }, {
              name: "setMatViewInv"
            }, {
              name: "setMatProjInv"
            }, {
              name: "setMatViewProjInv"
            }, {
              name: "setMatProj"
            }, {
              name: "setMatViewProj"
            }, {
              name: "getMatViewInv"
            } ]);
            Y(SO.prototype, "Shadows.prototype", [ {
              name: "aspect"
            }, {
              name: "selfShadow"
            }, {
              name: "linear"
            }, {
              name: "packing"
            }, {
              name: "autoAdapt"
            }, {
              name: "fixedArea"
            }, {
              name: "pcf"
            }, {
              name: "bias"
            }, {
              name: "normalBias"
            }, {
              name: "near"
            }, {
              name: "far"
            }, {
              name: "shadowDistance"
            }, {
              name: "invisibleOcclusionRange"
            }, {
              name: "orthoSize"
            }, {
              name: "saturation"
            } ]);
            Y(NA.prototype, "SpotLight.prototype", [ {
              name: "aspect"
            } ]);
            const vO = DP.addStage;
            var EO = Object.freeze({
              __proto__: null,
              addStage: vO,
              scene: KA,
              createIA: function(t, e) {
                if (!e.positions) {
                  console.error("The data must have positions field");
                  return null;
                }
                const i = [];
                const s = e.positions.length / 3;
                for (let t = 0; t < s; ++t) {
                  i.push(e.positions[3 * t], e.positions[3 * t + 1], e.positions[3 * t + 2]);
                  e.normals && i.push(e.normals[3 * t], e.normals[3 * t + 1], e.normals[3 * t + 2]);
                  e.uvs && i.push(e.uvs[2 * t], e.uvs[2 * t + 1]);
                  e.colors && i.push(e.colors[3 * t], e.colors[3 * t + 1], e.colors[3 * t + 2]);
                }
                const n = [];
                n.push(new Vn(cr.ATTR_POSITION, bs.RGB32F));
                e.normals && n.push(new Vn(cr.ATTR_NORMAL, bs.RGB32F));
                e.uvs && n.push(new Vn(cr.ATTR_TEX_COORD, bs.RG32F));
                e.colors && n.push(new Vn(cr.ATTR_COLOR, bs.RGB32F));
                const r = t.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, 4 * i.length, 4 * i.length / s));
                r.update(new Float32Array(i));
                let o = null;
                if (e.indices) {
                  o = t.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, 2 * e.indices.length, 2));
                  o.update(new Uint16Array(e.indices));
                }
                return t.createInputAssembler(new Un(n, [ r ], o));
              },
              get RenderQueue() {
                return PP;
              },
              get PassStage() {
                return OP;
              },
              genHandle: (t, e, i, s = 0) => e << 26 & NP | t << 20 & LP | i << 12 & FP | 4095 & s,
              getTypeFromHandle: t => (t & NP) >>> 26,
              getBindingFromHandle: t => (t & LP) >>> 20,
              getCountFromHandle: t => (t & FP) >>> 12,
              getOffsetFromHandle: t => 4095 & t,
              customizeType: (t, e) => 67108863 & t | e << 26 & NP,
              type2reader: VP,
              type2writer: kP,
              getDefaultFromType: GP,
              getStringFromType: zP,
              overrideMacros: HP,
              get BatchingSchemes() {
                return jP;
              },
              Pass: XP,
              getDeviceShaderVersion: function(t) {
                switch (t.gfxAPI) {
                 case fs.GLES2:
                 case fs.WEBGL:
                  return "glsl1";

                 case fs.GLES3:
                 case fs.WEBGL2:
                  return "glsl3";

                 default:
                  return "glsl4";
                }
              },
              programLib: WP,
              nearestPOT: YP,
              TextureBufferPool: KP,
              MaterialInstance: uS,
              PassInstance: class extends XP {
                get parent() {
                  return this._parent;
                }
                constructor(t, e) {
                  super(t.root);
                  this._parent = void 0;
                  this._owner = void 0;
                  this._dontNotify = !1;
                  this._parent = t;
                  this._owner = e;
                  this._doInit(this._parent, !0);
                  for (let t = 0; t < this._shaderInfo.blocks.length; t++) {
                    const e = this._shaderInfo.blocks[t];
                    const i = this._blocks[e.binding];
                    const s = this._parent.blocks[e.binding];
                    i.set(s);
                  }
                  this._rootBufferDirty = !0;
                  const i = this._parent;
                  for (let t = 0; t < this._shaderInfo.samplerTextures.length; t++) {
                    const e = this._shaderInfo.samplerTextures[t];
                    for (let t = 0; t < e.count; t++) {
                      const s = i._descriptorSet.getSampler(e.binding, t);
                      const n = i._descriptorSet.getTexture(e.binding, t);
                      this._descriptorSet.bindSampler(e.binding, s, t);
                      this._descriptorSet.bindTexture(e.binding, n, t);
                    }
                  }
                  super.tryCompile();
                }
                overridePipelineStates(t, e) {
                  this._bs.reset();
                  this._rs.reset();
                  this._dss.reset();
                  XP.fillPipelineInfo(this, t);
                  XP.fillPipelineInfo(this, e);
                  this._onStateChange();
                }
                tryCompile(t) {
                  if (t && !HP(this._defines, t)) return !1;
                  const e = super.tryCompile();
                  this._onStateChange();
                  return e;
                }
                beginChangeStatesSilently() {
                  this._dontNotify = !0;
                }
                endChangeStatesSilently() {
                  this._dontNotify = !1;
                }
                _syncBatchingScheme() {
                  this._defines.USE_BATCHING = this._defines.USE_INSTANCING = !1;
                  this._batchingScheme = jP.NONE;
                }
                _onStateChange() {
                  this._hash = XP.getPassHash(this);
                  this._owner.onPassStateChange(this._dontNotify);
                }
              },
              get PoolType() {
                return tO;
              },
              NULL_HANDLE: 0,
              get Render2dView() {
                return eO;
              },
              Render2dPool: nO,
              get NodeView() {
                return rO;
              },
              NodePool: lO,
              get PassView() {
                return hO;
              },
              PassPool: _O,
              get AABBView() {
                return dO;
              },
              AABBPool: fO,
              RenderScene: gO,
              CameraVisFlags: AO,
              VisibilityFlags: TO
            });
            t("renderer", EO);
            let CO;
            !function(t) {
              t[t.BUTT = 0] = "BUTT";
              t[t.ROUND = 1] = "ROUND";
              t[t.SQUARE = 2] = "SQUARE";
            }(CO || (CO = {}));
            he(CO);
            let xO;
            !function(t) {
              t[t.BEVEL = 0] = "BEVEL";
              t[t.ROUND = 1] = "ROUND";
              t[t.MITER = 2] = "MITER";
            }(xO || (xO = {}));
            he(xO);
            let wO;
            !function(t) {
              t[t.PT_CORNER = 1] = "PT_CORNER";
              t[t.PT_LEFT = 2] = "PT_LEFT";
              t[t.PT_BEVEL = 4] = "PT_BEVEL";
              t[t.PT_INNERBEVEL = 8] = "PT_INNERBEVEL";
            }(wO || (wO = {}));
            he(wO);
            const RO = Math.PI;
            const IO = Math.min;
            const MO = Math.max;
            const BO = Math.cos;
            const DO = Math.sin;
            const PO = Math.abs;
            const OO = Math.sign;
            const NO = .5522847493;
            function LO(t, e, i, s, n) {
              t.moveTo(e - s, i);
              t.bezierCurveTo(e - s, i + n * NO, e - s * NO, i + n, e, i + n);
              t.bezierCurveTo(e + s * NO, i + n, e + s, i + n * NO, e + s, i);
              t.bezierCurveTo(e + s, i - n * NO, e + s * NO, i - n, e, i - n);
              t.bezierCurveTo(e - s * NO, i - n, e - s, i - n * NO, e - s, i);
              t.close();
            }
            function FO(t, e, i, s, n, r, o, a, l, h, c) {
              let u = 0;
              let _ = 0;
              let d = 0;
              let p = 0;
              let m = 0;
              let f = 0;
              let g = 0;
              let y = 0;
              let b = 0;
              let S = 0;
              let A = 0;
              let T = 0;
              let v = 0;
              let E = 0;
              let C = 0;
              let x = 0;
              if (!(h > 10)) {
                u = .5 * (e + s);
                _ = .5 * (i + n);
                d = .5 * (s + r);
                p = .5 * (n + o);
                m = .5 * (r + a);
                f = .5 * (o + l);
                g = .5 * (u + d);
                y = .5 * (_ + p);
                v = a - e;
                E = l - i;
                C = PO((s - a) * E - (n - l) * v);
                x = PO((r - a) * E - (o - l) * v);
                if ((C + x) * (C + x) < t.tessTol * (v * v + E * E)) t.addPoint(a, l, 0 === c ? c | wO.PT_BEVEL : c); else {
                  b = .5 * (d + m);
                  S = .5 * (p + f);
                  A = .5 * (g + b);
                  T = .5 * (y + S);
                  FO(t, e, i, u, _, g, y, A, T, h + 1, 0);
                  FO(t, A, T, b, S, m, f, a, l, h + 1, c);
                }
              }
            }
            class VO extends Qi {
              constructor(t, e) {
                super(t, e);
                this.dx = 0;
                this.dy = 0;
                this.dmx = 0;
                this.dmy = 0;
                this.flags = 0;
                this.len = 0;
                this.reset();
              }
              reset() {
                this.dx = 0;
                this.dy = 0;
                this.dmx = 0;
                this.dmy = 0;
                this.flags = 0;
                this.len = 0;
              }
            }
            class kO {
              constructor() {
                this.closed = !1;
                this.bevel = 0;
                this.complex = !0;
                this.points = [];
                this.reset();
              }
              reset() {
                this.closed = !1;
                this.bevel = 0;
                this.complex = !0;
                this.points ? this.points.length = 0 : this.points = [];
              }
            }
            class UO {
              constructor(t) {
                this.dataOffset = 0;
                this.updatePathOffset = !1;
                this.pathLength = 0;
                this.pathOffset = 0;
                this.paths = [];
                this.tessTol = .25;
                this.distTol = .01;
                this.fillColor = Bi.WHITE.clone();
                this.lineCap = CO.BUTT;
                this.strokeColor = Bi.BLACK.clone();
                this.lineJoin = xO.MITER;
                this.lineWidth = 0;
                this.pointsOffset = 0;
                this._commandX = 0;
                this._commandY = 0;
                this._points = [];
                this._renderDataList = [];
                this._curPath = null;
                this._comp = void 0;
                this._comp = t;
              }
              moveTo(t, e) {
                if (this.updatePathOffset) {
                  this.pathOffset = this.pathLength;
                  this.updatePathOffset = !1;
                }
                this._addPath();
                this.addPoint(t, e, wO.PT_CORNER);
                this._commandX = t;
                this._commandY = e;
              }
              lineTo(t, e) {
                this.addPoint(t, e, wO.PT_CORNER);
                this._commandX = t;
                this._commandY = e;
              }
              bezierCurveTo(t, e, i, s, n, r) {
                const o = this._curPath;
                const a = o.points[o.points.length - 1];
                if (a) if (a.x !== t || a.y !== e || i !== n || s !== r) {
                  FO(this, a.x, a.y, t, e, i, s, n, r, 0, wO.PT_CORNER);
                  this._commandX = n;
                  this._commandY = r;
                } else this.lineTo(n, r);
              }
              quadraticCurveTo(t, e, i, s) {
                const n = this._commandX;
                const r = this._commandY;
                this.bezierCurveTo(n + 2 / 3 * (t - n), r + 2 / 3 * (e - r), i + 2 / 3 * (t - i), s + 2 / 3 * (e - s), i, s);
              }
              arc(t, e, i, s, n, r) {
                !function(t, e, i, s, n, r, o) {
                  let a = 0;
                  let l = 0;
                  let h = 0;
                  let c = 0;
                  let u = 0;
                  let _ = 0;
                  let d = 0;
                  let p = 0;
                  let m = 0;
                  let f = 0;
                  let g = 0;
                  let y = 0;
                  let b = 0;
                  let S = 0;
                  let A = 0;
                  let T = 0;
                  l = r - n;
                  if (o = o || !1) if (PO(l) >= 2 * RO) l = 2 * RO; else for (;l < 0; ) l += 2 * RO; else if (PO(l) >= 2 * RO) l = 2 * -RO; else for (;l > 0; ) l -= 2 * RO;
                  T = 0 | MO(1, IO(PO(l) / (.5 * RO) + .5, 5));
                  h = l / T / 2;
                  c = PO(4 / 3 * (1 - BO(h)) / DO(h));
                  o || (c = -c);
                  for (A = 0; A <= T; A++) {
                    a = n + l * (A / T);
                    u = BO(a);
                    _ = DO(a);
                    d = e + u * s;
                    p = i + _ * s;
                    m = -_ * s * c;
                    f = u * s * c;
                    0 === A ? t.moveTo(d, p) : t.bezierCurveTo(g + b, y + S, d - m, p - f, d, p);
                    g = d;
                    y = p;
                    b = m;
                    S = f;
                  }
                }(this, t, e, i, s, n, r);
              }
              ellipse(t, e, i, s) {
                LO(this, t, e, i, s);
                this._curPath.complex = !1;
              }
              circle(t, e, i) {
                LO(this, t, e, i, i);
                this._curPath.complex = !1;
              }
              rect(t, e, i, s) {
                this.moveTo(t, e);
                this.lineTo(t + i, e);
                this.lineTo(t + i, e + s);
                this.lineTo(t, e + s);
                this.close();
                this._curPath.complex = !1;
              }
              roundRect(t, e, i, s, n) {
                !function(t, e, i, s, n, r) {
                  if (r < .1) t.rect(e, i, s, n); else {
                    const o = IO(r, .5 * PO(s)) * OO(s);
                    const a = IO(r, .5 * PO(n)) * OO(n);
                    t.moveTo(e, i + a);
                    t.lineTo(e, i + n - a);
                    t.bezierCurveTo(e, i + n - a * (1 - NO), e + o * (1 - NO), i + n, e + o, i + n);
                    t.lineTo(e + s - o, i + n);
                    t.bezierCurveTo(e + s - o * (1 - NO), i + n, e + s, i + n - a * (1 - NO), e + s, i + n - a);
                    t.lineTo(e + s, i + a);
                    t.bezierCurveTo(e + s, i + a * (1 - NO), e + s - o * (1 - NO), i, e + s - o, i);
                    t.lineTo(e + o, i);
                    t.bezierCurveTo(e + o * (1 - NO), i, e, i + a * (1 - NO), e, i + a);
                    t.close();
                  }
                }(this, t, e, i, s, n);
                this._curPath.complex = !1;
              }
              clear() {
                this.pathLength = 0;
                this.pathOffset = 0;
                this.pointsOffset = 0;
                this.dataOffset = 0;
                this._curPath = null;
                this.paths.length = 0;
                this._points.length = 0;
                const t = this._renderDataList;
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e];
                  if (i) {
                    AB.remove(i);
                    i.removeRenderDrawInfo(this._comp);
                  }
                }
                this._renderDataList.length = 0;
              }
              close() {
                this._curPath.closed = !0;
              }
              requestRenderData() {
                const t = AB.add();
                this._renderDataList.push(t);
                t.initRenderDrawInfo(this._comp, oB.MODEL);
                this._comp._renderData = t;
                this._comp._renderData.material = this._comp.getMaterialInstance(0);
                return t;
              }
              getRenderDataList() {
                0 === this._renderDataList.length && this.requestRenderData();
                return this._renderDataList;
              }
              addPoint(t, e, i) {
                const s = this._curPath;
                if (!s) return;
                const n = this._points;
                const r = s.points;
                let o = n[this.pointsOffset++];
                if (o) {
                  o.x = t;
                  o.y = e;
                } else {
                  o = new VO(t, e);
                  n.push(o);
                }
                o.flags = i;
                r.push(o);
              }
              _addPath() {
                const t = this.pathLength;
                let e = this.paths[t];
                if (e) e.reset(); else {
                  e = new kO;
                  this.paths.push(e);
                }
                this.pathLength++;
                this._curPath = e;
                return e;
              }
            }
            var GO, zO, HO, jO, XO, WO, YO, qO, KO, JO, ZO, QO, $O, tN, eN, iN, sN, nN, rN, oN, aN, lN, hN;
            const cN = GM.concat([ new Vn("a_dist", bs.R32F) ]);
            const uN = WM(cN);
            const _N = YM(cN);
            let dN = function(e) {
              return t({
                Graphics: e,
                GraphicsComponent: e
              }), e;
            }((GO = Ul("cc.Graphics"), zO = sh(), HO = zl(110), jO = $l(), XO = lh(), WO = Th(xO), 
            YO = lh(), qO = Th(CO), KO = lh(), JO = lh(), ZO = lh(), QO = lh(), $O = rh(), GO(tN = zO(tN = HO(tN = jO(tN = (eN = (hN = lN = class t extends uD {
              get lineWidth() {
                return this._lineWidth;
              }
              set lineWidth(t) {
                this._lineWidth = t;
                this.impl && (this.impl.lineWidth = t);
              }
              get lineJoin() {
                return this._lineJoin;
              }
              set lineJoin(t) {
                this._lineJoin = t;
                this.impl && (this.impl.lineJoin = t);
              }
              get lineCap() {
                return this._lineCap;
              }
              set lineCap(t) {
                this._lineCap = t;
                this.impl && (this.impl.lineCap = t);
              }
              get strokeColor() {
                return this._strokeColor;
              }
              set strokeColor(t) {
                if (this.impl) {
                  this._strokeColor.set(t);
                  this.impl.strokeColor = this._strokeColor;
                }
              }
              get fillColor() {
                return this._fillColor;
              }
              set fillColor(t) {
                if (this.impl) {
                  this._fillColor.set(t);
                  this.impl.fillColor = this._fillColor;
                }
              }
              get miterLimit() {
                return this._miterLimit;
              }
              set miterLimit(t) {
                this._miterLimit = t;
              }
              get color() {
                return this._color;
              }
              set color(t) {
                this._color !== t && this._color.set(t);
              }
              get srcBlendFactor() {
                return this._srcBlendFactor;
              }
              set srcBlendFactor(t) {}
              get dstBlendFactor() {
                return this._dstBlendFactor;
              }
              set dstBlendFactor(t) {}
              get graphicsNativeProxy() {
                return this._graphicsNativeProxy;
              }
              constructor() {
                super();
                this.impl = null;
                this.model = null;
                Ml(this, "_lineWidth", iN, this);
                Ml(this, "_strokeColor", sN, this);
                Ml(this, "_lineJoin", nN, this);
                Ml(this, "_lineCap", rN, this);
                Ml(this, "_fillColor", oN, this);
                Ml(this, "_miterLimit", aN, this);
                this._isDrawing = !1;
                this._isNeedUploadData = !0;
                this._graphicsUseSubMeshes = [];
                this._instanceMaterialType = cD.ADD_COLOR;
                this.impl = new UO(this);
                this._graphicsNativeProxy = new ZM;
              }
              onRestore() {
                this.impl || this._flushAssembler();
              }
              onLoad() {
                super.onLoad();
                this._graphicsNativeProxy.initModel(this.node);
                this.model = this._graphicsNativeProxy.getModel();
                this._flushAssembler();
              }
              onEnable() {
                super.onEnable();
                this._updateMtlForGraphics();
              }
              onDestroy() {
                this._sceneGetter = null;
                this.graphicsNativeProxy.destroy();
                this.model = null;
                if (this.impl) {
                  this._isDrawing = !1;
                  this.impl.clear();
                  this.impl = null;
                }
                super.onDestroy();
              }
              moveTo(t, e) {
                this.impl && this.impl.moveTo(t, e);
              }
              lineTo(t, e) {
                this.impl && this.impl.lineTo(t, e);
              }
              bezierCurveTo(t, e, i, s, n, r) {
                this.impl && this.impl.bezierCurveTo(t, e, i, s, n, r);
              }
              quadraticCurveTo(t, e, i, s) {
                this.impl && this.impl.quadraticCurveTo(t, e, i, s);
              }
              arc(t, e, i, s, n, r) {
                this.impl && this.impl.arc(t, e, i, s, n, r);
              }
              ellipse(t, e, i, s) {
                this.impl && this.impl.ellipse(t, e, i, s);
              }
              circle(t, e, i) {
                this.impl && this.impl.circle(t, e, i);
              }
              rect(t, e, i, s) {
                this.impl && this.impl.rect(t, e, i, s);
              }
              roundRect(t, e, i, s, n) {
                this.impl && this.impl.roundRect(t, e, i, s, n);
              }
              fillRect(t, e, i, s) {
                this.rect(t, e, i, s);
                this.fill();
              }
              clear() {
                if (this.impl) {
                  this.impl.clear();
                  this._isDrawing = !1;
                  this._graphicsNativeProxy.clear();
                  this.markForUpdateRenderData();
                }
              }
              close() {
                this.impl && this.impl.close();
              }
              stroke() {
                this._assembler || this._flushAssembler();
                this._isDrawing = !0;
                this._isNeedUploadData = !0;
                this._assembler.stroke(this);
              }
              fill() {
                this._assembler || this._flushAssembler();
                this._isDrawing = !0;
                this._isNeedUploadData = !0;
                this._assembler.fill(this);
              }
              _updateMtlForGraphics() {
                let t;
                if (this._customMaterial) t = this.getMaterialInstance(0); else {
                  t = xR.get("ui-graphics-material");
                  this.setMaterial(t, 0);
                  t = this.getMaterialInstance(0);
                  t.recompileShaders({
                    USE_LOCAL: !0
                  });
                }
              }
              activeSubModel(t) {
                if (this.model) {
                  if (this.model.subModels.length <= t) {
                    const e = zo.gfxDevice;
                    const i = e.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, 65535 * _N, _N));
                    const s = e.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, 65535 * Uint16Array.BYTES_PER_ELEMENT * 2, Uint16Array.BYTES_PER_ELEMENT));
                    const n = new fC([ i ], cN, Xs.TRIANGLE_LIST, s);
                    n.subMeshIdx = 0;
                    this.model.initSubModel(t, n, this.getMaterialInstance(0));
                    this._graphicsUseSubMeshes.push(n);
                  }
                } else N(4500, this.node.name);
              }
              _uploadData() {
                const t = this.impl;
                if (!t) return;
                const e = t && t.getRenderDataList();
                if (e.length <= 0 || !this.model) return;
                const i = this.model.subModels;
                for (let t = 0; t < e.length; t++) {
                  const s = e[t];
                  const n = i[t].inputAssembler;
                  if (s.lastFilledVertex === s.vertexStart) continue;
                  const r = new Float32Array(s.vData.buffer, 0, s.vertexStart * uN);
                  n.vertexBuffers[0].update(r);
                  n.vertexCount = s.vertexStart;
                  const o = new Uint16Array(s.iData.buffer, 0, s.indexStart);
                  n.indexBuffer.update(o);
                  n.indexCount = s.indexStart;
                  s.lastFilledVertex = s.vertexStart;
                  s.lastFilledIndex = s.indexStart;
                }
                this._isNeedUploadData = !1;
              }
              _render(t) {
                if (this._isNeedUploadData) {
                  if (this.impl) {
                    const t = this.impl.getRenderDataList();
                    const e = this.model.subModels.length;
                    if (t.length > e) for (let i = e; i < t.length; i++) this.activeSubModel(i);
                  }
                  this._uploadData();
                }
                t.commitModel(this, this.model, this.getMaterialInstance(0));
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                this._assembler !== e && (this._assembler = e);
              }
              _canRender() {
                return !!super._canRender() && this._isDrawing;
              }
              updateRenderer() {
                super.updateRenderer();
                if (this._isNeedUploadData) {
                  if (this.impl) {
                    const t = this.impl.getRenderDataList();
                    for (let e = 0; e < t.length; e++) t[e].setRenderDrawInfoAttributes();
                    this._graphicsNativeProxy.activeSubModels();
                  }
                  this._graphicsNativeProxy.uploadData();
                  this._isNeedUploadData = !1;
                }
              }
              createRenderEntity() {
                return new fB(uB.DYNAMIC);
              }
            }, lN.LineJoin = xO, lN.LineCap = CO, hN), Bl(eN.prototype, "lineWidth", [ nh, XO ], Object.getOwnPropertyDescriptor(eN.prototype, "lineWidth"), eN.prototype), 
            Bl(eN.prototype, "lineJoin", [ WO, YO ], Object.getOwnPropertyDescriptor(eN.prototype, "lineJoin"), eN.prototype), 
            Bl(eN.prototype, "lineCap", [ qO, KO ], Object.getOwnPropertyDescriptor(eN.prototype, "lineCap"), eN.prototype), 
            Bl(eN.prototype, "strokeColor", [ JO ], Object.getOwnPropertyDescriptor(eN.prototype, "strokeColor"), eN.prototype), 
            Bl(eN.prototype, "fillColor", [ ZO ], Object.getOwnPropertyDescriptor(eN.prototype, "fillColor"), eN.prototype), 
            Bl(eN.prototype, "miterLimit", [ QO ], Object.getOwnPropertyDescriptor(eN.prototype, "miterLimit"), eN.prototype), 
            Bl(eN.prototype, "color", [ vh, $O ], Object.getOwnPropertyDescriptor(eN.prototype, "color"), eN.prototype), 
            iN = Bl(eN.prototype, "_lineWidth", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), sN = Bl(eN.prototype, "_strokeColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.BLACK.clone();
              }
            }), nN = Bl(eN.prototype, "_lineJoin", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return xO.MITER;
              }
            }), rN = Bl(eN.prototype, "_lineCap", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return CO.BUTT;
              }
            }), oN = Bl(eN.prototype, "_fillColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), aN = Bl(eN.prototype, "_miterLimit", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), eN)) || tN) || tN) || tN) || tN));
            m.Graphics = dN;
            var pN, mN, fN, gN, yN, bN, SN, AN, TN, vN, EN, CN, xN, wN, RN, IN, MN, BN, DN, PN, ON, NN, LN, FN, VN, kN, UN, GN, zN, HN, jN, XN, WN, YN, qN, KN, JN, ZN, QN, $N, tL, eL, iL, sL, nL, rL;
            let oL;
            !function(t) {
              t[t.SIMPLE = 0] = "SIMPLE";
              t[t.SLICED = 1] = "SLICED";
              t[t.TILED = 2] = "TILED";
              t[t.FILLED = 3] = "FILLED";
            }(oL || (oL = {}));
            he(oL);
            var aL;
            !function(t) {
              t[t.HORIZONTAL = 0] = "HORIZONTAL";
              t[t.VERTICAL = 1] = "VERTICAL";
              t[t.RADIAL = 2] = "RADIAL";
            }(aL || (aL = {}));
            he(aL);
            var lL;
            !function(t) {
              t[t.CUSTOM = 0] = "CUSTOM";
              t[t.TRIMMED = 1] = "TRIMMED";
              t[t.RAW = 2] = "RAW";
            }(lL || (lL = {}));
            he(lL);
            var hL;
            !function(t) {
              t.SPRITE_FRAME_CHANGED = "spriteframe-changed";
            }(hL || (hL = {}));
            let cL = function(e) {
              return t({
                Sprite: e,
                SpriteComponent: e
              }), e;
            }((pN = Ul("cc.Sprite"), mN = sh(), fN = zl(110), gN = $l(), yN = Th(WI), bN = ph(), 
            SN = lh(), AN = Th(GI), TN = ph(), vN = lh(), EN = Th(oL), CN = ph(), xN = lh(), 
            wN = Th(aL), RN = ph(), IN = lh(), MN = ph(), BN = lh(), DN = hh(), PN = ph(), ON = lh(), 
            NN = hh(), LN = ph(), FN = lh(), VN = rh(), kN = ph(), UN = lh(), GN = ph(), zN = lh(), 
            HN = Th(lL), jN = ph(), XN = lh(), pN(WN = mN(WN = fN(WN = gN(WN = (YN = (rL = nL = class t extends uD {
              constructor(...t) {
                super(...t);
                Ml(this, "_spriteFrame", qN, this);
                Ml(this, "_type", KN, this);
                Ml(this, "_fillType", JN, this);
                Ml(this, "_sizeMode", ZN, this);
                Ml(this, "_fillCenter", QN, this);
                Ml(this, "_fillStart", $N, this);
                Ml(this, "_fillRange", tL, this);
                Ml(this, "_isTrimmedMode", eL, this);
                Ml(this, "_useGrayscale", iL, this);
                Ml(this, "_atlas", sL, this);
              }
              get spriteAtlas() {
                return this._atlas;
              }
              set spriteAtlas(t) {
                this._atlas !== t && (this._atlas = t);
              }
              get spriteFrame() {
                return this._spriteFrame;
              }
              set spriteFrame(t) {
                if (this._spriteFrame === t) return;
                const e = this._spriteFrame;
                this._spriteFrame = t;
                this.markForUpdateRenderData();
                this._applySpriteFrame(e);
              }
              get type() {
                return this._type;
              }
              set type(t) {
                if (this._type !== t) {
                  this._type = t;
                  this._flushAssembler();
                }
              }
              get fillType() {
                return this._fillType;
              }
              set fillType(t) {
                this._fillType !== t && (t === aL.RADIAL || this._fillType === aL.RADIAL ? this.destroyRenderData() : this.renderData && this.markForUpdateRenderData(!0));
                this._fillType = t;
                this._flushAssembler();
              }
              get fillCenter() {
                return this._fillCenter;
              }
              set fillCenter(t) {
                this._fillCenter.x = t.x;
                this._fillCenter.y = t.y;
                this._type === oL.FILLED && this.renderData && this.markForUpdateRenderData();
              }
              get fillStart() {
                return this._fillStart;
              }
              set fillStart(t) {
                this._fillStart = _i(t, 0, 1);
                if (this._type === oL.FILLED && this.renderData) {
                  this.markForUpdateRenderData();
                  this._updateUVs();
                }
              }
              get fillRange() {
                return this._fillRange;
              }
              set fillRange(t) {
                this._fillRange = _i(t, -1, 1);
                if (this._type === oL.FILLED && this.renderData) {
                  this.markForUpdateRenderData();
                  this._updateUVs();
                }
              }
              get trim() {
                return this._isTrimmedMode;
              }
              set trim(t) {
                if (this._isTrimmedMode !== t) {
                  this._isTrimmedMode = t;
                  this._type === oL.SIMPLE && this.renderData && this.markForUpdateRenderData(!0);
                }
              }
              get grayscale() {
                return this._useGrayscale;
              }
              set grayscale(t) {
                if (this._useGrayscale !== t) {
                  this._useGrayscale = t;
                  this.changeMaterialForDefine();
                  this.updateMaterial();
                }
              }
              get sizeMode() {
                return this._sizeMode;
              }
              set sizeMode(t) {
                if (this._sizeMode !== t) {
                  this._sizeMode = t;
                  t !== lL.CUSTOM && this._applySpriteSize();
                }
              }
              __preload() {
                this.changeMaterialForDefine();
                super.__preload();
              }
              onEnable() {
                super.onEnable();
                this._activateMaterial();
                const t = this._spriteFrame;
                if (t) {
                  this._updateUVs();
                  this._type === oL.SLICED && t.on(GI.EVENT_UV_UPDATED, this._updateUVs, this);
                }
              }
              onDisable() {
                super.onDisable();
                this._spriteFrame && this._type === oL.SLICED && this._spriteFrame.off(GI.EVENT_UV_UPDATED, this._updateUVs, this);
              }
              onDestroy() {
                super.onDestroy();
              }
              changeSpriteFrameFromAtlas(t) {
                if (!this._atlas) {
                  console.warn("SpriteAtlas is null.");
                  return;
                }
                const e = this._atlas.getSpriteFrame(t);
                this.spriteFrame = e;
              }
              changeMaterialForDefine() {
                let t;
                const e = this._instanceMaterialType;
                this._spriteFrame && (t = this._spriteFrame.texture);
                let i = !1;
                if (t instanceof tm) {
                  const e = t.getPixelFormat();
                  i = e === Jp.RGBA_ETC1 || e === Jp.RGB_A_PVRTC_4BPPV1 || e === Jp.RGB_A_PVRTC_2BPPV1;
                }
                i && this.grayscale ? this._instanceMaterialType = cD.USE_ALPHA_SEPARATED_AND_GRAY : i ? this._instanceMaterialType = cD.USE_ALPHA_SEPARATED : this.grayscale ? this._instanceMaterialType = cD.GRAYSCALE : this._instanceMaterialType = cD.ADD_COLOR_AND_TEXTURE;
                e !== this._instanceMaterialType && this.updateMaterial();
              }
              _updateBuiltinMaterial() {
                let t = super._updateBuiltinMaterial();
                if (this.spriteFrame && this.spriteFrame.texture instanceof Vg) {
                  const e = {
                    SAMPLE_FROM_RT: !0,
                    ...t.passes[0].defines
                  };
                  const i = new hm;
                  i.initialize({
                    effectAsset: t.effectAsset,
                    defines: e
                  });
                  t = i;
                }
                return t;
              }
              _render(t) {
                t.commitComp(this, this.renderData, this._spriteFrame, this._assembler, null);
              }
              _canRender() {
                if (!super._canRender()) return !1;
                const t = this._spriteFrame;
                return !(!t || !t.texture);
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                if (this._assembler !== e) {
                  this.destroyRenderData();
                  this._assembler = e;
                }
                if (!this.renderData && this._assembler && this._assembler.createData) {
                  this._renderData = this._assembler.createData(this);
                  this.renderData.material = this.getRenderMaterial(0);
                  this.markForUpdateRenderData();
                  this.spriteFrame && this._assembler.updateUVs(this);
                  this._updateColor();
                }
                this._spriteFrame && (this._type === oL.SLICED ? this._spriteFrame.on(GI.EVENT_UV_UPDATED, this._updateUVs, this) : this._spriteFrame.off(GI.EVENT_UV_UPDATED, this._updateUVs, this));
              }
              _applySpriteSize() {
                if (this._spriteFrame) if (lL.RAW === this._sizeMode) {
                  const t = this._spriteFrame.originalSize;
                  this.node._uiProps.uiTransformComp.setContentSize(t);
                } else if (lL.TRIMMED === this._sizeMode) {
                  const t = this._spriteFrame.rect;
                  this.node._uiProps.uiTransformComp.setContentSize(t.width, t.height);
                }
              }
              _resized() {}
              _activateMaterial() {
                const t = this._spriteFrame;
                const e = this.getRenderMaterial(0);
                t && e && this.markForUpdateRenderData();
                this.renderData && (this.renderData.material = e);
              }
              _updateUVs() {
                this._assembler && this._assembler.updateUVs(this);
              }
              _applySpriteFrame(t) {
                const e = this._spriteFrame;
                t && this._type === oL.SLICED && t.off(GI.EVENT_UV_UPDATED, this._updateUVs, this);
                let i = !1;
                if (e) {
                  t && t.texture === e.texture || (i = !0);
                  if (i) {
                    this.renderData && (this.renderData.textureDirty = !0);
                    this.changeMaterialForDefine();
                  }
                  this._applySpriteSize();
                  this._type === oL.SLICED && e.on(GI.EVENT_UV_UPDATED, this._updateUVs, this);
                }
              }
            }, nL.FillType = aL, nL.Type = oL, nL.SizeMode = lL, nL.EventType = hL, rL), Bl(YN.prototype, "spriteAtlas", [ yN, bN, SN ], Object.getOwnPropertyDescriptor(YN.prototype, "spriteAtlas"), YN.prototype), 
            Bl(YN.prototype, "spriteFrame", [ AN, TN, vN ], Object.getOwnPropertyDescriptor(YN.prototype, "spriteFrame"), YN.prototype), 
            Bl(YN.prototype, "type", [ EN, CN, xN ], Object.getOwnPropertyDescriptor(YN.prototype, "type"), YN.prototype), 
            Bl(YN.prototype, "fillType", [ wN, RN, IN ], Object.getOwnPropertyDescriptor(YN.prototype, "fillType"), YN.prototype), 
            Bl(YN.prototype, "fillCenter", [ MN, BN ], Object.getOwnPropertyDescriptor(YN.prototype, "fillCenter"), YN.prototype), 
            Bl(YN.prototype, "fillStart", [ DN, PN, ON ], Object.getOwnPropertyDescriptor(YN.prototype, "fillStart"), YN.prototype), 
            Bl(YN.prototype, "fillRange", [ NN, LN, FN ], Object.getOwnPropertyDescriptor(YN.prototype, "fillRange"), YN.prototype), 
            Bl(YN.prototype, "trim", [ VN, kN, UN ], Object.getOwnPropertyDescriptor(YN.prototype, "trim"), YN.prototype), 
            Bl(YN.prototype, "grayscale", [ nh, GN, zN ], Object.getOwnPropertyDescriptor(YN.prototype, "grayscale"), YN.prototype), 
            Bl(YN.prototype, "sizeMode", [ HN, jN, XN ], Object.getOwnPropertyDescriptor(YN.prototype, "sizeMode"), YN.prototype), 
            qN = Bl(YN.prototype, "_spriteFrame", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), KN = Bl(YN.prototype, "_type", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return oL.SIMPLE;
              }
            }), JN = Bl(YN.prototype, "_fillType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return aL.HORIZONTAL;
              }
            }), ZN = Bl(YN.prototype, "_sizeMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return lL.TRIMMED;
              }
            }), QN = Bl(YN.prototype, "_fillCenter", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(0, 0);
              }
            }), $N = Bl(YN.prototype, "_fillStart", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), tL = Bl(YN.prototype, "_fillRange", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), eL = Bl(YN.prototype, "_isTrimmedMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), iL = Bl(YN.prototype, "_useGrayscale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), sL = Bl(YN.prototype, "_atlas", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), YN)) || WN) || WN) || WN) || WN));
            m.Sprite = cL;
            var uL, _L, dL, pL, mL, fL, gL, yL, bL, SL, AL, TL, vL, EL, CL, xL, wL, RL, IL;
            const ML = new qi;
            const BL = new Qi;
            const DL = new qi;
            const PL = [];
            let OL;
            !function(t) {
              t[t.GRAPHICS_RECT = 0] = "GRAPHICS_RECT";
              t[t.GRAPHICS_ELLIPSE = 1] = "GRAPHICS_ELLIPSE";
              t[t.GRAPHICS_STENCIL = 2] = "GRAPHICS_STENCIL";
              t[t.SPRITE_STENCIL = 3] = "SPRITE_STENCIL";
            }(OL || (OL = {}));
            he(OL);
            let NL = function(e) {
              return t({
                Mask: e,
                MaskComponent: e
              }), e;
            }((uL = Ul("cc.Mask"), _L = sh(), dL = zl(110), pL = $l(), mL = Th(OL), fL = lh(), 
            gL = ph(), yL = lh(), bL = rh(), SL = rh(), AL = hh(), uL(TL = _L(TL = dL(TL = pL(TL = Ql(TL = (vL = (IL = RL = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_type", EL, this);
                Ml(this, "_inverted", CL, this);
                Ml(this, "_segments", xL, this);
                Ml(this, "_alphaThreshold", wL, this);
                this._sprite = null;
                this._graphics = null;
                this._stencilStage = lB.DISABLED;
              }
              get type() {
                return this._type;
              }
              set type(t) {
                if (this._type !== t) {
                  this._type = t;
                  if (this._type !== OL.SPRITE_STENCIL) {
                    if (this._sprite) {
                      this.node.removeComponent(cL);
                      this._sprite._destroyImmediate();
                      this._sprite = null;
                    }
                    this._changeRenderType();
                    this._updateGraphics();
                    this.subComp.renderEntity.setMaskMode(this._inverted ? mB.MASK_INVERTED : mB.MASK);
                  } else {
                    if (this._graphics) {
                      this._graphics.clear();
                      this.node.removeComponent(dN);
                      this._graphics._destroyImmediate();
                      this._graphics = null;
                    }
                    this._changeRenderType();
                    this.subComp.renderEntity.setMaskMode(this._inverted ? mB.MASK_INVERTED : mB.MASK);
                  }
                }
              }
              get inverted() {
                return this._inverted;
              }
              set inverted(t) {
                this._inverted = t;
                this.subComp.stencilStage = this.inverted ? lB.ENTER_LEVEL_INVERTED : lB.ENTER_LEVEL;
                this.subComp.renderEntity.setMaskMode(this._inverted ? mB.MASK_INVERTED : mB.MASK);
              }
              get segments() {
                return this._segments;
              }
              set segments(t) {
                if (this._segments !== t) {
                  this._segments = _i(t, 3, 1e4);
                  this._updateGraphics();
                }
              }
              get spriteFrame() {
                return this._sprite ? this._sprite.spriteFrame : null;
              }
              set spriteFrame(t) {
                this._sprite ? this._sprite.spriteFrame = t : console.error("please change type to sprite_stencil first");
              }
              get alphaThreshold() {
                return this._alphaThreshold;
              }
              set alphaThreshold(t) {
                if (this._alphaThreshold !== t) {
                  this._alphaThreshold = t;
                  if (this.type === OL.SPRITE_STENCIL && this._sprite) {
                    this._sprite.getMaterialInstance(0).setProperty("alphaThreshold", this._alphaThreshold);
                  }
                }
              }
              get subComp() {
                return this._graphics || this._sprite;
              }
              onLoad() {
                this._changeRenderType();
                this.subComp && this.subComp.renderEntity.setMaskMode(this._inverted ? mB.MASK_INVERTED : mB.MASK);
              }
              onEnable() {
                this._changeRenderType();
                this._updateGraphics();
                this._enableRender();
                this.node.on(ny.ANCHOR_CHANGED, this._nodeStateChange, this);
                this.node.on(ny.SIZE_CHANGED, this._nodeStateChange, this);
              }
              onRestore() {
                this._changeRenderType();
                this._updateGraphics();
              }
              onDisable() {
                this._disableRender();
                this.node.off(ny.ANCHOR_CHANGED, this._nodeStateChange, this);
                this.node.off(ny.SIZE_CHANGED, this._nodeStateChange, this);
              }
              onDestroy() {
                this._removeMaskNode();
              }
              isHit(t) {
                const e = this.node._uiProps.uiTransformComp;
                const i = e.contentSize;
                const s = i.width;
                const n = i.height;
                const r = BL;
                this.node.getWorldMatrix(ML);
                qi.invert(DL, ML);
                Qi.transformMat4(r, t, DL);
                const o = e.anchorPoint;
                r.x += o.x * s;
                r.y += o.y * n;
                let a = !1;
                if (this.type === OL.GRAPHICS_RECT || this.type === OL.GRAPHICS_STENCIL || this.type === OL.SPRITE_STENCIL) a = r.x >= 0 && r.y >= 0 && r.x <= s && r.y <= n; else if (this.type === OL.GRAPHICS_ELLIPSE) {
                  const t = s / 2;
                  const e = n / 2;
                  const i = r.x - .5 * s;
                  const o = r.y - .5 * n;
                  a = i * i / (t * t) + o * o / (e * e) < 1;
                }
                this._inverted && (a = !a);
                return a;
              }
              _nodeStateChange(t) {
                this._updateGraphics();
              }
              _changeRenderType() {
                this._type !== OL.SPRITE_STENCIL ? this._createGraphics() : this._createSprite();
              }
              _createSprite() {
                if (!this._sprite) {
                  let t = this._sprite = this.node.getComponent(cL);
                  if (!t) {
                    const e = this.node;
                    t = this._sprite = e.addComponent(cL);
                  }
                  t.color = Bi.WHITE.clone();
                  t.sizeMode = 0;
                }
                this._sprite.stencilStage = this.inverted ? lB.ENTER_LEVEL_INVERTED : lB.ENTER_LEVEL;
                this._sprite.updateMaterial();
              }
              _createGraphics() {
                if (!this._graphics) {
                  let t = this._graphics = this.node.getComponent(dN);
                  if (!t) {
                    const e = this.node;
                    t = this._graphics = e.addComponent(dN);
                  }
                  t.lineWidth = 1;
                  const e = Bi.WHITE.clone();
                  e.a = 0;
                  t.fillColor = e;
                }
                this._graphics.stencilStage = this.inverted ? lB.ENTER_LEVEL_INVERTED : lB.ENTER_LEVEL;
              }
              _updateGraphics() {
                if (!this._graphics || this._type !== OL.GRAPHICS_RECT && this._type !== OL.GRAPHICS_ELLIPSE) return;
                const t = this.node._uiProps.uiTransformComp;
                const e = this._graphics;
                e.clear();
                const i = t.contentSize;
                const s = i.width;
                const n = i.height;
                const r = t.anchorPoint;
                const o = -s * r.x;
                const a = -n * r.y;
                if (this._type === OL.GRAPHICS_RECT) e.rect(o, a, s, n); else if (this._type === OL.GRAPHICS_ELLIPSE) {
                  const t = function(t, e, i) {
                    PL.length = 0;
                    const s = 2 * Math.PI / i;
                    for (let n = 0; n < i; ++n) PL.push(new Pi(e.x * Math.cos(s * n) + t.x, e.y * Math.sin(s * n) + t.y, 0));
                    return PL;
                  }(new Pi(o + s / 2, a + n / 2, 0), new Pi(s / 2, n / 2, 0), this._segments);
                  for (let i = 0; i < t.length; ++i) {
                    const s = t[i];
                    0 === i ? e.moveTo(s.x, s.y) : e.lineTo(s.x, s.y);
                  }
                  e.close();
                }
                e.fill();
              }
              _enableRender() {
                this.subComp && (this.subComp.enabled = !0);
              }
              _disableRender() {
                if (this.subComp) {
                  this.subComp.stencilStage = lB.DISABLED;
                  this.subComp.updateMaterial();
                  this.node.activeInHierarchy && (this.subComp.enabled = !1);
                }
              }
              _removeMaskNode() {
                if (this._sprite) {
                  this._sprite.destroy();
                  this._sprite = null;
                }
                if (this._graphics) {
                  this._graphics.destroy();
                  this._graphics = null;
                }
              }
              get customMaterial() {
                N(9007);
                return this.subComp ? this.subComp.customMaterial : null;
              }
              set customMaterial(t) {
                N(9007);
                this.subComp && (this.subComp.customMaterial = t);
              }
              get color() {
                N(9007);
                return this.subComp ? this.subComp.color : null;
              }
              set color(t) {
                N(9007);
                this.subComp && t && (this.subComp.color = t);
              }
              markForUpdateRenderData(t = !0) {
                N(9007);
                this.subComp && this.subComp.markForUpdateRenderData(t);
              }
              requestRenderData(t) {
                N(9007);
              }
              destroyRenderData() {
                N(9007);
              }
              updateRenderer() {
                N(9007);
                this.subComp && this.subComp.updateRenderer();
              }
              fillBuffers(t) {
                N(9007);
              }
              postUpdateAssembler(t) {
                N(9007);
              }
              setNodeDirty() {
                N(9007);
                this.subComp && this.subComp.setNodeDirty();
              }
              setTextureDirty() {
                N(9007);
                this.subComp && this.subComp.setTextureDirty();
              }
              get sharedMaterial() {
                N(9007);
                return this.subComp ? this.subComp.sharedMaterial : null;
              }
              get sharedMaterials() {
                N(9007);
                return this.subComp ? this.subComp.sharedMaterials : null;
              }
              set sharedMaterials(t) {
                N(9007);
                this.subComp && t && (this.subComp.sharedMaterials = t);
              }
              get material() {
                N(9007);
                return this.subComp ? this.subComp.material : null;
              }
              set material(t) {
                N(9007);
                this.subComp && (this.subComp.material = t);
              }
              get materials() {
                N(9007);
                return this.subComp ? this.subComp.materials : [ null ];
              }
              set materials(t) {
                N(9007);
                this.subComp && (this.subComp.materials = t);
              }
              getMaterial(t) {
                N(9007);
                return this.subComp ? this.subComp.getMaterial(t) : null;
              }
              setMaterial(t, e) {
                N(9007);
                this.subComp && this.subComp.setMaterial(t, e);
              }
              getMaterialInstance(t) {
                N(9007);
                return this.subComp ? this.subComp.getMaterialInstance(t) : null;
              }
              setMaterialInstance(t, e) {
                N(9007);
                this.subComp && this.subComp.setMaterialInstance(t, e);
              }
              getRenderMaterial(t) {
                N(9007);
                return this.subComp ? this.subComp.getRenderMaterial(t) : null;
              }
            }, RL.Type = OL, IL), Bl(vL.prototype, "type", [ mL, fL ], Object.getOwnPropertyDescriptor(vL.prototype, "type"), vL.prototype), 
            Bl(vL.prototype, "inverted", [ gL, yL ], Object.getOwnPropertyDescriptor(vL.prototype, "inverted"), vL.prototype), 
            Bl(vL.prototype, "segments", [ bL ], Object.getOwnPropertyDescriptor(vL.prototype, "segments"), vL.prototype), 
            Bl(vL.prototype, "alphaThreshold", [ SL, AL, dh ], Object.getOwnPropertyDescriptor(vL.prototype, "alphaThreshold"), vL.prototype), 
            EL = Bl(vL.prototype, "_type", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return OL.GRAPHICS_RECT;
              }
            }), CL = Bl(vL.prototype, "_inverted", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), xL = Bl(vL.prototype, "_segments", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 64;
              }
            }), wL = Bl(vL.prototype, "_alphaThreshold", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), vL)) || TL) || TL) || TL) || TL) || TL));
            KS._maskComp = NL;
            m.Mask = NL;
            const LL = /^(click)(\s)*=|(param)(\s)*=/;
            const FL = /(\s)*src(\s)*=|(\s)*height(\s)*=|(\s)*width(\s)*=|(\s)*align(\s)*=|(\s)*offset(\s)*=|(\s)*click(\s)*=|(\s)*param(\s)*=/;
            class VL {
              constructor() {
                this._specialSymbolArray = [];
                this._stack = [];
                this._resultObjectArray = [];
                this._specialSymbolArray.push([ /&lt;/g, "<" ]);
                this._specialSymbolArray.push([ /&gt;/g, ">" ]);
                this._specialSymbolArray.push([ /&amp;/g, "&" ]);
                this._specialSymbolArray.push([ /&quot;/g, '"' ]);
                this._specialSymbolArray.push([ /&apos;/g, "'" ]);
              }
              parse(t) {
                this._resultObjectArray.length = 0;
                this._stack.length = 0;
                let e = 0;
                const i = t.length;
                for (;e < i; ) {
                  let s = t.indexOf(">", e);
                  let n = -1;
                  if (s >= 0) {
                    n = t.lastIndexOf("<", s);
                    if (n < e - 1) {
                      n = t.indexOf("<", s + 1);
                      s = t.indexOf(">", n + 1);
                    }
                  }
                  if (n < 0) {
                    this._stack.pop();
                    this._processResult(t.substring(e));
                    e = i;
                  } else {
                    let i = t.substring(e, n);
                    const r = t.substring(n + 1, s);
                    "" === r && (i = t.substring(e, s + 1));
                    this._processResult(i);
                    -1 === s ? s = n : "/" === t.charAt(n + 1) ? this._stack.pop() : this._addToStack(r);
                    e = s + 1;
                  }
                }
                return this._resultObjectArray;
              }
              _attributeToObject(t) {
                t = t.trim();
                const e = {};
                let i = /^(color|size)(\s)*=/.exec(t);
                let s = "";
                let n = 0;
                let r = "";
                if (i) {
                  s = i[0];
                  if ("" === (t = t.substring(s.length).trim())) return e;
                  n = t.indexOf(" ");
                  switch (s[0]) {
                   case "c":
                    e.color = n > -1 ? t.substring(0, n).trim() : t;
                    break;

                   case "s":
                    e.size = parseInt(t);
                  }
                  if (n > -1) {
                    r = t.substring(n + 1).trim();
                    e.event = this._processEventHandler(r);
                  }
                  return e;
                }
                i = /^(br(\s)*\/)/.exec(t);
                if (i && i[0].length > 0) {
                  s = i[0].trim();
                  if (s.startsWith("br") && "/" === s[s.length - 1]) {
                    e.isNewLine = !0;
                    this._resultObjectArray.push({
                      text: "",
                      style: {
                        isNewLine: !0
                      }
                    });
                    return e;
                  }
                }
                i = /^(img(\s)*src(\s)*=[^>]+\/)/.exec(t);
                let o = "";
                let a = -1;
                if (i && i[0].length > 0) {
                  s = i[0].trim();
                  if (s.startsWith("img") && "/" === s[s.length - 1]) {
                    i = FL.exec(t);
                    let r;
                    let l = !1;
                    for (;i; ) {
                      s = (t = t.substring(t.indexOf(i[0]))).substr(0, i[0].length);
                      const h = s.length;
                      s = s.replace(/[^a-zA-Z]/g, "").trim();
                      s = s.toLowerCase();
                      o = t.substring(h).trim();
                      a = "src" === s ? this.getRightQuotationIndex(o) : -1;
                      n = o.indexOf(" ", a + 1 >= o.length ? -1 : a + 1);
                      r = n > -1 ? o.substr(0, n) : o;
                      t = o.substring(n).trim();
                      r.endsWith("/") && (r = r.slice(0, -1));
                      if ("src" === s) {
                        switch (r.charCodeAt(0)) {
                         case 34:
                         case 39:
                          l = !0;
                          r = r.slice(1, -1);
                        }
                        e.isImage = !0;
                        e.src = r;
                      } else if ("height" === s) e.imageHeight = parseInt(r); else if ("width" === s) e.imageWidth = parseInt(r); else if ("align" === s) {
                        switch (r.charCodeAt(0)) {
                         case 34:
                         case 39:
                          r = r.slice(1, -1);
                        }
                        e.imageAlign = r.toLowerCase();
                      } else "offset" === s ? e.imageOffset = r : "click" === s && (e.event = this._processEventHandler(`${s}=${r}`));
                      e.event && "param" === s && (e.event[s] = r.replace(/^"|"$/g, ""));
                      i = FL.exec(t);
                    }
                    l && e.isImage && this._resultObjectArray.push({
                      text: "",
                      style: e
                    });
                    return {};
                  }
                }
                i = /^(outline(\s)*[^>]*)/.exec(t);
                if (i) {
                  const r = {
                    color: "#ffffff",
                    width: 1
                  };
                  if (t = i[0].substring("outline".length).trim()) {
                    const a = /(\s)*color(\s)*=|(\s)*width(\s)*=|(\s)*click(\s)*=|(\s)*param(\s)*=/;
                    i = a.exec(t);
                    let l;
                    for (;i; ) {
                      s = (t = t.substring(t.indexOf(i[0]))).substr(0, i[0].length);
                      o = t.substring(s.length).trim();
                      n = o.indexOf(" ");
                      l = n > -1 ? o.substr(0, n) : o;
                      s = s.replace(/[^a-zA-Z]/g, "").trim();
                      s = s.toLowerCase();
                      t = o.substring(n).trim();
                      "click" === s ? e.event = this._processEventHandler(`${s}=${l}`) : "color" === s ? r.color = l : "width" === s && (r.width = parseInt(l));
                      e.event && "param" === s && (e.event[s] = l.replace(/^"|"$/g, ""));
                      i = a.exec(t);
                    }
                  }
                  e.outline = r;
                }
                i = /^(on|u|b|i)(\s)*/.exec(t);
                if (i && i[0].length > 0) {
                  s = i[0];
                  t = t.substring(s.length).trim();
                  switch (s[0]) {
                   case "u":
                    e.underline = !0;
                    break;

                   case "i":
                    e.italic = !0;
                    break;

                   case "b":
                    e.bold = !0;
                  }
                  if ("" === t) return e;
                  e.event = this._processEventHandler(t);
                }
                return e;
              }
              getRightQuotationIndex(t) {
                let e = -1;
                let i = -1;
                const s = t.indexOf("'");
                const n = t.indexOf('"');
                const r = n > -1 && (n < s || -1 === s);
                if (s > -1 && (s < n || -1 === n)) {
                  e = s;
                  i = t.indexOf("'", e + 1 >= t.length ? -1 : e + 1);
                } else if (r) {
                  e = n;
                  i = t.indexOf('"', e + 1 >= t.length ? -1 : e + 1);
                }
                return i;
              }
              _processEventHandler(t) {
                const e = {};
                let i = 0;
                let s = !1;
                let n = LL.exec(t);
                for (;n; ) {
                  let r = n[0];
                  let o = "";
                  s = !1;
                  if ('"' === (t = t.substring(r.length).trim()).charAt(0)) {
                    i = t.indexOf('"', 1);
                    if (i > -1) {
                      o = t.substring(1, i).trim();
                      s = !0;
                    }
                    i++;
                  } else if ("'" === t.charAt(0)) {
                    i = t.indexOf("'", 1);
                    if (i > -1) {
                      o = t.substring(1, i).trim();
                      s = !0;
                    }
                    i++;
                  } else {
                    const e = /(\S)+/.exec(t);
                    o = e ? e[0] : "";
                    i = o.length;
                  }
                  if (s) {
                    r = r.substring(0, r.length - 1).trim();
                    e[r] = o;
                  }
                  t = t.substring(i).trim();
                  n = LL.exec(t);
                }
                return e;
              }
              _addToStack(t) {
                const e = this._attributeToObject(t);
                if (0 === this._stack.length) this._stack.push(e); else {
                  if (e.isNewLine || e.isImage) return;
                  const t = this._stack[this._stack.length - 1];
                  for (const i in t) e[i] || (e[i] = t[i]);
                  this._stack.push(e);
                }
              }
              _processResult(t) {
                if (0 !== t.length) {
                  t = this._escapeSpecialSymbol(t);
                  this._stack.length > 0 ? this._resultObjectArray.push({
                    text: t,
                    style: this._stack[this._stack.length - 1]
                  }) : this._resultObjectArray.push({
                    text: t
                  });
                }
              }
              _escapeSpecialSymbol(t) {
                for (const e of this._specialSymbolArray) {
                  const i = e[0];
                  const s = e[1];
                  t = t.replace(i, s);
                }
                return t;
              }
            }
            t("HtmlTextParser", VL);
            var kL, UL, GL, zL, HL, jL, XL, WL, YL, qL, KL, JL;
            let ZL = function(e) {
              return t({
                LabelOutline: e,
                LabelOutlineComponent: e
              }), e;
            }((kL = Ul("cc.LabelOutline"), UL = sh(), GL = zl(110), zL = $l(), HL = Gl(IP), 
            jL = lh(), XL = lh(), kL(WL = UL(WL = GL(WL = zL(WL = HL(WL = Ql(WL = (YL = (JL = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_color", qL, this);
                Ml(this, "_width", KL, this);
              }
              get color() {
                return this._color;
              }
              set color(t) {
                if (this._color !== t) {
                  this._color.set(t);
                  this._updateRenderData();
                }
              }
              get width() {
                return this._width;
              }
              set width(t) {
                if (this._width !== t) {
                  this._width = t;
                  this._updateRenderData();
                }
              }
              onEnable() {
                this._updateRenderData();
              }
              onDisable() {
                this._updateRenderData();
              }
              _updateRenderData() {
                const t = this.node.getComponent(IP);
                t && t.updateRenderData(!0);
              }
            }, JL), qL = Bl(YL.prototype, "_color", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(0, 0, 0, 255);
              }
            }), KL = Bl(YL.prototype, "_width", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 2;
              }
            }), Bl(YL.prototype, "color", [ jL ], Object.getOwnPropertyDescriptor(YL.prototype, "color"), YL.prototype), 
            Bl(YL.prototype, "width", [ XL ], Object.getOwnPropertyDescriptor(YL.prototype, "width"), YL.prototype), 
            YL)) || WL) || WL) || WL) || WL) || WL) || WL));
            m.LabelOutline = ZL;
            et({
              RenderComponent: {
                newName: "UIRenderer",
                since: "1.2.0",
                removed: !0
              },
              UITransformComponent: {
                newName: "UITransform",
                since: "1.2.0",
                removed: !1
              },
              CanvasComponent: {
                newName: "Canvas",
                since: "1.2.0",
                removed: !1
              }
            });
            et({
              UIRenderable: {
                newName: "UIRenderer",
                since: "3.0.0",
                removed: !0
              }
            });
            et({
              Renderable2D: {
                newName: "UIRenderer",
                since: "3.6.0",
                removed: !0
              }
            });
            var QL;
            let $L = t("RenderRoot2D", Ul("cc.RenderRoot2D")(QL = zl(100)(QL = $l()(QL = Gl(jB)(QL = Hl(QL = Ql(QL = class extends Qc {
              onEnable() {
                m.director.root.batcher2D.addScreen(this);
              }
              onDisable() {
                m.director.root.batcher2D.removeScreen(this);
              }
              onDestroy() {
                m.director.root.batcher2D.removeScreen(this);
              }
            }) || QL) || QL) || QL) || QL) || QL) || QL);
            var tF, eF, iF, sF, nF, rF, oF, aF, lF, hF, cF, uF, _F;
            const dF = new Pi;
            const pF = oe({
              OVERLAY: 0,
              INTERSPERSE: 1
            });
            let mF = function(e) {
              return t({
                Canvas: e,
                CanvasComponent: e
              }), e;
            }((tF = Ul("cc.Canvas"), eF = sh(), iF = zl(100), sF = $l(), nF = Th(hS), rF = lh(), 
            oF = lh(), aF = Th(hS), tF(lF = eF(lF = iF(lF = sF(lF = Ql(lF = Hl(lF = (hF = (_F = class extends $L {
              get renderMode() {
                return this._renderMode;
              }
              set renderMode(t) {
                this._renderMode = t;
                this._cameraComponent && (this._cameraComponent.priority = this._getViewPriority());
              }
              get cameraComponent() {
                return this._cameraComponent;
              }
              set cameraComponent(t) {
                if (this._cameraComponent !== t) {
                  this._cameraComponent = t;
                  this._onResizeCamera();
                }
              }
              get alignCanvasWithScreen() {
                return this._alignCanvasWithScreen;
              }
              set alignCanvasWithScreen(t) {
                this._alignCanvasWithScreen = t;
                this._onResizeCamera();
              }
              constructor() {
                super();
                Ml(this, "_cameraComponent", cF, this);
                Ml(this, "_alignCanvasWithScreen", uF, this);
                this._thisOnCameraResized = void 0;
                this._fitDesignResolution = void 0;
                this._pos = new Pi;
                this._renderMode = pF.OVERLAY;
                this._thisOnCameraResized = this._onResizeCamera.bind(this);
              }
              __preload() {
                const t = this.getComponent("cc.Widget");
                t && t.updateAlignment();
                if (this._cameraComponent) {
                  this._cameraComponent._createCamera();
                  this._cameraComponent.node.on(hS.TARGET_TEXTURE_CHANGE, this._thisOnCameraResized);
                }
                this._onResizeCamera();
                this.node.on(ny.TRANSFORM_CHANGED, this._thisOnCameraResized);
              }
              onEnable() {
                super.onEnable();
                this._cameraComponent && this._cameraComponent.node.on(hS.TARGET_TEXTURE_CHANGE, this._thisOnCameraResized);
              }
              onDisable() {
                super.onDisable();
                this._cameraComponent && this._cameraComponent.node.off(hS.TARGET_TEXTURE_CHANGE, this._thisOnCameraResized);
              }
              onDestroy() {
                super.onDestroy();
                this.node.off(ny.TRANSFORM_CHANGED, this._thisOnCameraResized);
              }
              _onResizeCamera() {
                if (this._cameraComponent && this._alignCanvasWithScreen) {
                  if (this._cameraComponent.targetTexture) this._cameraComponent.orthoHeight = HR.height / 2; else {
                    const t = Fo.windowSize;
                    this._cameraComponent.orthoHeight = t.height / JR.getScaleY() / 2;
                  }
                  this.node.getWorldPosition(dF);
                  this._cameraComponent.node.setWorldPosition(dF.x, dF.y, 1e3);
                }
              }
              _getViewPriority() {
                if (this._cameraComponent) {
                  var t;
                  let e = null === (t = this.cameraComponent) || void 0 === t ? void 0 : t.priority;
                  e = this._renderMode === pF.OVERLAY ? e | 1 << 30 : e & ~(1 << 30);
                  return e;
                }
                return 0;
              }
            }, _F), Bl(hF.prototype, "cameraComponent", [ nF, rF ], Object.getOwnPropertyDescriptor(hF.prototype, "cameraComponent"), hF.prototype), 
            Bl(hF.prototype, "alignCanvasWithScreen", [ oF ], Object.getOwnPropertyDescriptor(hF.prototype, "alignCanvasWithScreen"), hF.prototype), 
            cF = Bl(hF.prototype, "_cameraComponent", [ aF ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), uF = Bl(hF.prototype, "_alignCanvasWithScreen", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), hF)) || lF) || lF) || lF) || lF) || lF) || lF));
            m.Canvas = mF;
            var fF;
            Y(t("UIComponent", Ul("cc.UIComponent")(fF = Gl(jB)(fF = zl(110)(fF = Hl(fF = Ql(fF = class extends Qc {
              constructor(...t) {
                super(...t);
                this._lastParent = null;
                this.stencilStage = lB.DISABLED;
              }
              __preload() {
                this.node._uiProps.uiComp = this;
              }
              onEnable() {}
              onDisable() {}
              onDestroy() {
                this.node._uiProps.uiComp === this && (this.node._uiProps.uiComp = null);
              }
              postUpdateAssembler(t) {}
              markForUpdateRenderData(t = !0) {}
              setNodeDirty() {}
              setTextureDirty() {}
            }) || fF) || fF) || fF) || fF) || fF).prototype, "UIComponent", [ {
              name: "_visibility"
            }, {
              name: "setVisibility"
            } ]);
            Y(uD.prototype, "Renderable2D.prototype", [ {
              name: "srcBlendFactor"
            }, {
              name: "dstBlendFactor"
            } ]);
            W(mF.prototype, "Canvas.prototype", [ {
              name: "camera",
              newName: "cameraComponent.camera",
              customGetter() {
                return this._cameraComponent.camera;
              }
            }, {
              name: "clearFlag",
              newName: "cameraComponent.clearFlags",
              customGetter() {
                return this._cameraComponent ? this._cameraComponent.clearFlags : 0;
              },
              customSetter(t) {
                this._cameraComponent && (this._cameraComponent.clearFlags = t);
              }
            }, {
              name: "color",
              newName: "cameraComponent.clearColor",
              customGetter() {
                return this._cameraComponent ? this._cameraComponent.clearColor : Bi.BLACK;
              },
              customSetter(t) {
                this._cameraComponent && (this._cameraComponent.clearColor = t);
              }
            }, {
              name: "priority",
              newName: "cameraComponent.priority",
              customGetter() {
                return this._cameraComponent ? this._cameraComponent.priority : 0;
              },
              customSetter(t) {
                this._cameraComponent && (this._cameraComponent.priority = t);
              }
            }, {
              name: "targetTexture",
              newName: "cameraComponent.targetTexture",
              customGetter() {
                return this._cameraComponent ? this._cameraComponent.targetTexture : null;
              },
              customSetter(t) {
                this._cameraComponent && (this._cameraComponent.targetTexture = t);
              }
            }, {
              name: "visibility",
              newName: "cameraComponent.visibility",
              customGetter() {
                return this._cameraComponent ? this._cameraComponent.visibility : 0;
              }
            } ]);
            q(jB.prototype, "UITransform.prototype", [ {
              name: "priority",
              suggest: "Please use setSiblingIndex to change index of the current node in its parent's children array."
            } ]);
            m.UITransformComponent = jB;
            ee.setClassAlias(jB, "cc.UITransformComponent");
            ee.setClassAlias(uD, "cc.RenderComponent");
            m.CanvasComponent = mF;
            ee.setClassAlias(mF, "cc.CanvasComponent");
            m.internal.Renderable2D = uD;
            ee.setClassAlias(uD, "cc.Renderable2D");
            var gF, yF, bF, SF, AF, TF, vF, EF, CF, xF, wF, RF, IF, MF, BF;
            var DF;
            !function(t) {
              t[t.SIMPLE = 0] = "SIMPLE";
              t[t.SLICED = 1] = "SLICED";
              t[t.TILED = 2] = "TILED";
            }(DF || (DF = {}));
            t("SpriteRenderer", (gF = Ul("cc.SpriteRenderer"), yF = sh(), bF = zl(100), SF = $l(), 
            AF = Th(GI), TF = rh(), gF(vF = yF(vF = bF(vF = SF(vF = Ql(vF = (EF = (BF = class extends wS {
              constructor(...t) {
                super(...t);
                Ml(this, "_spriteFrame", CF, this);
                Ml(this, "_mode", xF, this);
                Ml(this, "_color", wF, this);
                Ml(this, "_flipX", RF, this);
                Ml(this, "_flipY", IF, this);
                Ml(this, "_size", MF, this);
                this._model = null;
              }
              get spriteFrame() {
                return this._spriteFrame;
              }
              set spriteFrame(t) {
                if (this._spriteFrame === t) return;
                this._spriteFrame;
                this._spriteFrame = t;
                if (this._spriteFrame) {
                  this._spriteFrame.ensureMeshData();
                  this._spriteFrame.mesh.initialize();
                }
                this._updateModels();
                this.enabledInHierarchy && this._attachToScene();
              }
              get model() {
                return this._model;
              }
              onLoad() {
                if (this._spriteFrame) {
                  this._spriteFrame.mesh || this._spriteFrame.ensureMeshData();
                  this._spriteFrame.mesh.initialize();
                }
                this._updateModels();
              }
              onRestore() {
                this._updateModels();
                this.enabledInHierarchy && this._attachToScene();
              }
              onEnable() {
                this._model || this._updateModels();
                this._attachToScene();
              }
              onDisable() {
                this._model && this._detachFromScene();
              }
              onDestroy() {
                if (this._model) {
                  m.director.root.destroyModel(this._model);
                  this._model = null;
                  this._models.length = 0;
                }
              }
              _updateModels() {
                if (!this._spriteFrame) return;
                const t = this._model;
                if (t) {
                  t.destroy();
                  t.initialize();
                  t.node = t.transform = this.node;
                } else this._createModel();
                if (this._model) {
                  const t = this._spriteFrame.mesh;
                  this._model.createBoundingShape(t.struct.minPosition, t.struct.maxPosition);
                  this._updateModelParams();
                  this._onUpdateLocalDescriptorSet();
                }
              }
              _createModel() {
                const t = this._model = m.director.root.createModel(wA);
                t.visFlags = this.visibility;
                t.node = t.transform = this.node;
                this._models.length = 0;
                this._models.push(this._model);
              }
              _updateModelParams() {
                if (!this._spriteFrame || !this._model) return;
                this._spriteFrame.ensureMeshData();
                const t = this._spriteFrame.mesh;
                this.node.hasChangedFlags |= ay.POSITION;
                this._model.transform.hasChangedFlags |= ay.POSITION;
                const e = t ? t.renderingSubMeshes.length : 0;
                const i = t.renderingSubMeshes;
                if (i) for (let t = 0; t < e; ++t) {
                  let e = this.getRenderMaterial(t);
                  e && !e.isValid && (e = null);
                  const s = i[t];
                  s && this._model.initSubModel(t, s, e || this._getBuiltinMaterial());
                }
                this._model.enabled = !0;
              }
              _getBuiltinMaterial() {
                return xR.get("missing-material");
              }
              _onMaterialModified(t, e) {
                super._onMaterialModified(t, e);
                this._spriteFrame && this._model && this._model.inited && this._onRebuildPSO(t, e || this._getBuiltinMaterial());
              }
              _onRebuildPSO(t, e) {
                if (this._model && this._model.inited) {
                  this._model.setSubModelMaterial(t, e);
                  this._onUpdateLocalDescriptorSet();
                }
              }
              _onUpdateLocalDescriptorSet() {
                if (!this._spriteFrame || !this._model || !this._model.inited) return;
                const t = this._spriteFrame.getGFXTexture();
                const e = this._spriteFrame.getGFXSampler();
                const i = this._model.subModels;
                const s = vm.SAMPLER_SPRITE;
                for (let n = 0; n < i.length; n++) {
                  const {descriptorSet: r} = i[n];
                  r.bindTexture(s, t);
                  r.bindSampler(s, e);
                  r.update();
                }
              }
              _attachToScene() {
                if (!this.node.scene || !this._model) return;
                const t = this._getRenderScene();
                null !== this._model.scene && this._detachFromScene();
                t.addModel(this._model);
              }
              _detachFromScene() {
                this._model && this._model.scene && this._model.scene.removeModel(this._model);
              }
            }, BF), Bl(EF.prototype, "spriteFrame", [ AF ], Object.getOwnPropertyDescriptor(EF.prototype, "spriteFrame"), EF.prototype), 
            CF = Bl(EF.prototype, "_spriteFrame", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), xF = Bl(EF.prototype, "_mode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return DF.SIMPLE;
              }
            }), wF = Bl(EF.prototype, "_color", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), RF = Bl(EF.prototype, "_flipX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), IF = Bl(EF.prototype, "_flipY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), MF = Bl(EF.prototype, "_size", [ TF, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), EF)) || vF) || vF) || vF) || vF) || vF));
            var PF, OF, NF, LF, FF, VF, kF, UF, GF, zF, HF, jF, XF, WF, YF, qF, KF, JF, ZF, QF, $F, tV, eV, iV, sV, nV, rV, oV, aV, lV, hV, cV, uV, _V, dV, pV, mV, fV, gV;
            const yV = new VL;
            const bV = "RICHTEXT_CHILD";
            const SV = "RICHTEXT_Image_CHILD";
            const AV = new $t((t => {
              if (!m.isValid(t.node)) return !1;
              {
                const e = t.node.getComponent(ZL);
                e && (e.width = 0);
              }
              return !0;
            }), 20);
            const TV = new $t((t => m.isValid(t.node)), 10);
            function vV(t) {
              return {
                node: new _y(t),
                comp: null,
                lineCount: 0,
                styleIndex: 0,
                imageOffset: "",
                clickParam: "",
                clickHandler: "",
                type: t
              };
            }
            function EV(t, e) {
              let i;
              t === bV ? i = AV._get() : t === SV && (i = TV._get());
              i = i || vV(t);
              let s = i.node;
              s || (s = new _y(t));
              s.hideFlags |= co.Flags.DontSave | co.Flags.HideInHierarchy;
              if (t === SV) {
                i.comp = s.getComponent(cL) || s.addComponent(cL);
                i.comp.spriteFrame = e;
                i.comp.type = cL.Type.SLICED;
                i.comp.sizeMode = cL.SizeMode.CUSTOM;
              } else {
                i.comp = s.getComponent(IP) || s.addComponent(IP);
                i.comp.string = e;
                i.comp.horizontalAlign = CP.LEFT;
                i.comp.verticalAlign = xP.TOP;
                i.comp.underlineHeight = 2;
              }
              s.setPosition(0, 0, 0);
              s._uiProps.uiTransformComp.setAnchorPoint(.5, .5);
              i.node = s;
              i.lineCount = 0;
              i.styleIndex = 0;
              i.imageOffset = "";
              i.clickParam = "";
              i.clickHandler = "";
              return i;
            }
            let CV = function(e) {
              return t({
                RichText: e,
                RichTextComponent: e
              }), e;
            }((PF = Ul("cc.RichText"), OF = sh(), NF = zl(110), LF = $l(), FF = lh(), VF = Th(CP), 
            kF = lh(), UF = Th(xP), GF = lh(), zF = lh(), HF = lh(), jF = Th(qI), XF = lh(), 
            WF = lh(), YF = ph(), qF = Th(RP), KF = lh(), JF = lh(), ZF = lh(), QF = Th(WI), 
            $F = lh(), tV = lh(), PF(eV = OF(eV = NF(eV = LF(eV = Ql(eV = (iV = (gV = fV = class extends Qc {
              get string() {
                return this._string;
              }
              set string(t) {
                if (this._string !== t) {
                  this._string = t;
                  this._updateRichTextStatus();
                }
              }
              get horizontalAlign() {
                return this._horizontalAlign;
              }
              set horizontalAlign(t) {
                if (this.horizontalAlign !== t) {
                  this._horizontalAlign = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get verticalAlign() {
                return this._verticalAlign;
              }
              set verticalAlign(t) {
                if (this._verticalAlign !== t) {
                  this._verticalAlign = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get fontSize() {
                return this._fontSize;
              }
              set fontSize(t) {
                if (this._fontSize !== t) {
                  this._fontSize = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get fontFamily() {
                return this._fontFamily;
              }
              set fontFamily(t) {
                if (this._fontFamily !== t) {
                  this._fontFamily = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get font() {
                return this._font;
              }
              set font(t) {
                if (this._font !== t) {
                  this._font = t;
                  this._layoutDirty = !0;
                  if (this._font) {
                    this.useSystemFont = !1;
                    this._onTTFLoaded();
                  } else this.useSystemFont = !0;
                  this._updateRichTextStatus();
                }
              }
              get useSystemFont() {
                return this._isSystemFontUsed;
              }
              set useSystemFont(t) {
                if (this._isSystemFontUsed !== t) {
                  this._isSystemFontUsed = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get cacheMode() {
                return this._cacheMode;
              }
              set cacheMode(t) {
                if (this._cacheMode !== t) {
                  this._cacheMode = t;
                  this._updateRichTextStatus();
                }
              }
              get maxWidth() {
                return this._maxWidth;
              }
              set maxWidth(t) {
                if (this._maxWidth !== t) {
                  this._maxWidth = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get lineHeight() {
                return this._lineHeight;
              }
              set lineHeight(t) {
                if (this._lineHeight !== t) {
                  this._lineHeight = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get imageAtlas() {
                return this._imageAtlas;
              }
              set imageAtlas(t) {
                if (this._imageAtlas !== t) {
                  this._imageAtlas = t;
                  this._layoutDirty = !0;
                  this._updateRichTextStatus();
                }
              }
              get handleTouchEvent() {
                return this._handleTouchEvent;
              }
              set handleTouchEvent(t) {
                if (this._handleTouchEvent !== t) {
                  this._handleTouchEvent = t;
                  this.enabledInHierarchy && (this.handleTouchEvent ? this._addEventListeners() : this._removeEventListeners());
                }
              }
              constructor() {
                super();
                Ml(this, "_lineHeight", sV, this);
                Ml(this, "_string", nV, this);
                Ml(this, "_horizontalAlign", rV, this);
                Ml(this, "_verticalAlign", oV, this);
                Ml(this, "_fontSize", aV, this);
                Ml(this, "_maxWidth", lV, this);
                Ml(this, "_fontFamily", hV, this);
                Ml(this, "_font", cV, this);
                Ml(this, "_isSystemFontUsed", uV, this);
                Ml(this, "_userDefinedFont", _V, this);
                Ml(this, "_cacheMode", dV, this);
                Ml(this, "_imageAtlas", pV, this);
                Ml(this, "_handleTouchEvent", mV, this);
                this._textArray = [];
                this._segments = [];
                this._labelSegmentsCache = [];
                this._linesWidth = [];
                this._lineCount = 1;
                this._labelWidth = 0;
                this._labelHeight = 0;
                this._layoutDirty = !0;
                this._lineOffsetX = 0;
                this._updateRichTextStatus = void 0;
                this._labelChildrenNum = 0;
                this._updateRichTextStatus = this._updateRichText;
              }
              onLoad() {
                this.node.on(ny.LAYER_CHANGED, this._applyLayer, this);
              }
              onEnable() {
                this.handleTouchEvent && this._addEventListeners();
                this._updateRichText();
                this._activateChildren(!0);
              }
              onDisable() {
                this.handleTouchEvent && this._removeEventListeners();
                this._activateChildren(!1);
              }
              start() {
                this._onTTFLoaded();
                this.node.on(ny.ANCHOR_CHANGED, this._updateRichTextPosition, this);
              }
              onRestore() {}
              onDestroy() {
                for (const t of this._segments) {
                  t.node.removeFromParent();
                  t.type === bV ? AV.put(t) : t.type === SV && TV.put(t);
                }
                this.node.off(ny.ANCHOR_CHANGED, this._updateRichTextPosition, this);
                this.node.off(ny.LAYER_CHANGED, this._applyLayer, this);
              }
              _addEventListeners() {
                this.node.on(ny.TOUCH_END, this._onTouchEnded, this);
              }
              _removeEventListeners() {
                this.node.off(ny.TOUCH_END, this._onTouchEnded, this);
              }
              _updateLabelSegmentTextAttributes() {
                this._segments.forEach((t => {
                  this._applyTextAttribute(t);
                }));
              }
              _createFontLabel(t) {
                return EV(bV, t);
              }
              _createImage(t) {
                return EV(SV, t);
              }
              _onTTFLoaded() {
                if (this._font instanceof $I) {
                  this._layoutDirty = !0;
                  this._updateRichText();
                } else {
                  this._layoutDirty = !0;
                  this._updateRichText();
                }
              }
              SplitLongStringApproximatelyIn2048(t, e) {
                const i = [];
                if (this._calculateSize(e, t).x < 2048) i.push(t); else {
                  const s = t.split("\n");
                  for (let t = 0; t < s.length; t++) {
                    if (this._calculateSize(e, s[t]).x < 2048) i.push(s[t]); else {
                      const n = this.splitLongStringOver2048(s[t], e);
                      i.push(...n);
                    }
                  }
                }
                return i;
              }
              splitLongStringOver2048(t, e) {
                const i = [];
                const s = t;
                let n = 0;
                let r = s.length / 2;
                let o = s.substring(n, r);
                let a = s.substring(r);
                let l = this._calculateSize(e, o);
                let h = this._calculateSize(e, a);
                const c = 1 * this.maxWidth;
                for (;l.x > c; ) {
                  r /= 2;
                  if (r < 1) {
                    r *= 2;
                    break;
                  }
                  o = o.substring(n, r);
                  a = s.substring(r);
                  l = this._calculateSize(e, o);
                }
                let u = 1e3;
                let _ = 1;
                for (;u && n < t.length; ) {
                  for (;u && l.x < c; ) {
                    const t = RM(a);
                    t && t.length > 0 && (_ = t[0].length);
                    r += _;
                    o = s.substring(n, r);
                    a = s.substring(r);
                    l = this._calculateSize(e, o);
                    u--;
                  }
                  for (;u && o.length >= 2 && l.x > c; ) {
                    r -= _;
                    o = s.substring(n, r);
                    l = this._calculateSize(e, o);
                    _ = 1;
                    u--;
                  }
                  if (o.length >= 2) {
                    const t = IM(o);
                    if (t && t.length > 0 && o !== t[0]) {
                      r -= t[0].length;
                      o = s.substring(n, r);
                    }
                  }
                  i.push(o);
                  n = r;
                  r += o.length;
                  o = s.substring(n, r);
                  a = s.substring(r);
                  h = this._calculateSize(e, a);
                  u--;
                  if (h.x < 2048) {
                    n = t.length;
                    r = t.length;
                    o = a;
                    i.push(o);
                    break;
                  }
                  l = this._calculateSize(e, o);
                }
                return i;
              }
              _measureText(t, e) {
                const i = e => this._calculateSize(t, e).width;
                return e ? i(e) : i;
              }
              _calculateSize(t, e) {
                let i;
                if (0 === this._labelSegmentsCache.length) {
                  i = this._createFontLabel(e);
                  this._labelSegmentsCache.push(i);
                } else {
                  i = this._labelSegmentsCache[0];
                  i.node.getComponent(IP).string = e;
                }
                i.styleIndex = t;
                this._applyTextAttribute(i);
                return i.node._uiProps.uiTransformComp.contentSize;
              }
              _onTouchEnded(t) {
                const e = this.node.getComponents(Qc);
                for (const i of this._segments) {
                  const s = i.clickHandler;
                  const n = i.clickParam;
                  if (s && this._containsTouchLocation(i, t.touch.getUILocation())) {
                    e.forEach((e => {
                      const i = e[s];
                      e.enabledInHierarchy && i && i.call(e, t, n);
                    }));
                    t.propagationStopped = !0;
                  }
                }
              }
              _containsTouchLocation(t, e) {
                const i = t.node.getComponent(jB);
                if (!i) return !1;
                return i.getBoundingBoxToWorld().contains(e);
              }
              _resetState() {
                const t = this.node.children;
                for (let e = t.length - 1; e >= 0; e--) {
                  const i = t[e];
                  if (i.name === bV || i.name === SV) {
                    w(i.parent === this.node);
                    i.parent = null;
                    const t = vV(i.name);
                    t.node = i;
                    if (i.name === bV) {
                      t.comp = i.getComponent(IP);
                      AV.put(t);
                    } else {
                      t.comp = i.getComponent(cL);
                      TV.put(t);
                    }
                    this._labelChildrenNum--;
                  }
                }
                this._segments.length = 0;
                this._labelSegmentsCache.length = 0;
                this._linesWidth.length = 0;
                this._lineOffsetX = 0;
                this._lineCount = 1;
                this._labelWidth = 0;
                this._labelHeight = 0;
                this._layoutDirty = !0;
              }
              _activateChildren(t) {
                for (let e = this.node.children.length - 1; e >= 0; e--) {
                  const i = this.node.children[e];
                  i.name !== bV && i.name !== SV || (i.active = t);
                }
              }
              _addLabelSegment(t, e) {
                let i;
                if (0 === this._labelSegmentsCache.length) i = this._createFontLabel(t); else {
                  i = this._labelSegmentsCache.pop();
                  const e = i.node.getComponent(IP);
                  e && (e.string = t);
                }
                const s = i.comp;
                s.verticalAlign !== this._verticalAlign && (s.verticalAlign = this._verticalAlign);
                i.styleIndex = e;
                i.lineCount = this._lineCount;
                i.node._uiProps.uiTransformComp.setAnchorPoint(0, 0);
                i.node.layer = this.node.layer;
                this.node.insertChild(i.node, this._labelChildrenNum++);
                this._applyTextAttribute(i);
                this._segments.push(i);
                return i;
              }
              _updateRichTextWithMaxWidth(t, e, i) {
                let s = e;
                let n;
                if (this._lineOffsetX > 0 && s + this._lineOffsetX > this._maxWidth) {
                  let e = 0;
                  for (;this._lineOffsetX <= this._maxWidth; ) {
                    const n = this._getFirstWordLen(t, e, t.length);
                    const r = t.substr(e, n);
                    const o = this._measureText(i, r);
                    if (!(this._lineOffsetX + o <= this._maxWidth)) {
                      if (e > 0) {
                        const n = t.substr(0, e);
                        this._addLabelSegment(n, i);
                        t = t.substr(e, t.length);
                        s = this._measureText(i, t);
                      }
                      this._updateLineInfo();
                      break;
                    }
                    this._lineOffsetX += o;
                    e += n;
                  }
                }
                if (s > this._maxWidth) {
                  const e = MM(t, s, this._maxWidth, this._measureText(i));
                  for (let t = 0; t < e.length; ++t) {
                    const s = e[t];
                    n = this._addLabelSegment(s, i);
                    const r = n.node._uiProps.uiTransformComp.contentSize;
                    this._lineOffsetX += r.width;
                    e.length > 1 && t < e.length - 1 && this._updateLineInfo();
                  }
                } else {
                  this._lineOffsetX += s;
                  this._addLabelSegment(t, i);
                }
              }
              _isLastComponentCR(t) {
                return t.length - 1 === t.lastIndexOf("\n");
              }
              _updateLineInfo() {
                this._linesWidth.push(this._lineOffsetX);
                this._lineOffsetX = 0;
                this._lineCount++;
              }
              _needsUpdateTextLayout(t) {
                if (this._layoutDirty || !this._textArray || !t) return !0;
                if (this._textArray.length !== t.length) return !0;
                for (let e = 0; e < this._textArray.length; e++) {
                  const i = this._textArray[e];
                  const s = t[e];
                  if (i.text !== s.text) return !0;
                  {
                    const t = i.style;
                    const e = s.style;
                    if (t) {
                      if (e) {
                        if (!!e.outline != !!t.outline) return !0;
                        if (t.size !== e.size || t.italic !== e.italic || t.isImage !== e.isImage) return !0;
                        if (t.src !== e.src || t.imageAlign !== e.imageAlign || t.imageHeight !== e.imageHeight || t.imageWidth !== e.imageWidth || t.imageOffset !== e.imageOffset) return !0;
                      } else if (t.size || t.italic || t.isImage || t.outline) return !0;
                    } else if (e && (e.size || e.italic || e.isImage || e.outline)) return !0;
                  }
                }
                return !1;
              }
              _addRichTextImageElement(t) {
                if (!t.style) return;
                const e = t.style;
                const i = e.src;
                const s = this._imageAtlas && i && this._imageAtlas.getSpriteFrame(i);
                if (s) {
                  const t = this._createImage(s);
                  t.comp;
                  switch (e.imageAlign) {
                   case "top":
                    t.node._uiProps.uiTransformComp.setAnchorPoint(0, 1);
                    break;

                   case "center":
                    t.node._uiProps.uiTransformComp.setAnchorPoint(0, .5);
                    break;

                   default:
                    t.node._uiProps.uiTransformComp.setAnchorPoint(0, 0);
                  }
                  e.imageOffset && (t.imageOffset = e.imageOffset);
                  t.node.layer = this.node.layer;
                  this.node.insertChild(t.node, this._labelChildrenNum++);
                  this._segments.push(t);
                  const i = s.rect.clone();
                  let n = 1;
                  let r = i.width;
                  let o = i.height;
                  const a = e.imageWidth || 0;
                  const l = e.imageHeight || 0;
                  if (l > 0) {
                    n = l / o;
                    r *= n;
                    o *= n;
                  } else {
                    n = this._lineHeight / o;
                    r *= n;
                    o *= n;
                  }
                  a > 0 && (r = a);
                  if (this._maxWidth > 0) {
                    this._lineOffsetX + r > this._maxWidth && this._updateLineInfo();
                    this._lineOffsetX += r;
                  } else {
                    this._lineOffsetX += r;
                    this._lineOffsetX > this._labelWidth && (this._labelWidth = this._lineOffsetX);
                  }
                  t.node._uiProps.uiTransformComp.setContentSize(r, o);
                  t.lineCount = this._lineCount;
                  t.clickHandler = "";
                  t.clickParam = "";
                  const h = e.event;
                  if (h) {
                    t.clickHandler = h.click;
                    t.clickParam = h.param;
                  }
                } else N(4400);
              }
              _updateRichText() {
                if (!this.enabledInHierarchy) return;
                const t = yV.parse(this._string);
                if (!this._needsUpdateTextLayout(t)) {
                  this._textArray = t.slice();
                  this._updateLabelSegmentTextAttributes();
                  return;
                }
                this._textArray = t.slice();
                this._resetState();
                let e = !1;
                let i;
                for (let t = 0; t < this._textArray.length; ++t) {
                  const s = this._textArray[t];
                  let n = s.text;
                  if (void 0 === n) continue;
                  if ("" === n) {
                    if (s.style && s.style.isNewLine) {
                      this._updateLineInfo();
                      continue;
                    }
                    if (s.style && s.style.isImage && this._imageAtlas) {
                      this._addRichTextImageElement(s);
                      continue;
                    }
                  }
                  n = this.SplitLongStringApproximatelyIn2048(n, t).join("\n");
                  const r = n.split("\n");
                  for (let s = 0; s < r.length; ++s) {
                    const o = r[s];
                    if ("" !== o) {
                      e = !1;
                      if (this._maxWidth > 0) {
                        const e = this._measureText(t, o);
                        this._updateRichTextWithMaxWidth(o, e, t);
                        r.length > 1 && s < r.length - 1 && this._updateLineInfo();
                      } else {
                        i = this._addLabelSegment(o, t);
                        this._lineOffsetX += i.node._uiProps.uiTransformComp.width;
                        this._lineOffsetX > this._labelWidth && (this._labelWidth = this._lineOffsetX);
                        r.length > 1 && s < r.length - 1 && this._updateLineInfo();
                      }
                    } else {
                      if (this._isLastComponentCR(n) && s === r.length - 1) continue;
                      this._updateLineInfo();
                      e = !0;
                    }
                  }
                }
                e || this._linesWidth.push(this._lineOffsetX);
                this._maxWidth > 0 && (this._labelWidth = this._maxWidth);
                this._labelHeight = (this._lineCount + pM) * this._lineHeight;
                this.node._uiProps.uiTransformComp.setContentSize(this._labelWidth, this._labelHeight);
                this._updateRichTextPosition();
                this._layoutDirty = !1;
              }
              _getFirstWordLen(t, e, i) {
                let s = t.charAt(e);
                if (EM(s) || CM(s)) return 1;
                let n = 1;
                for (let r = e + 1; r < i; ++r) {
                  s = t.charAt(r);
                  if (CM(s) || EM(s)) break;
                  n++;
                }
                return n;
              }
              _updateRichTextPosition() {
                let t = 0;
                let e = 1;
                const i = this._lineCount;
                const s = this.node._uiProps.uiTransformComp;
                const n = s.anchorX;
                const r = s.anchorY;
                for (let s = 0; s < this._segments.length; ++s) {
                  const o = this._segments[s];
                  const a = o.lineCount;
                  if (a > e) {
                    t = 0;
                    e = a;
                  }
                  let l = this._labelWidth * (.5 * this._horizontalAlign - n);
                  switch (this._horizontalAlign) {
                   case CP.LEFT:
                    break;

                   case CP.CENTER:
                    l -= this._linesWidth[a - 1] / 2;
                    break;

                   case CP.RIGHT:
                    l -= this._linesWidth[a - 1];
                  }
                  const h = o.node.position;
                  o.node.setPosition(t + l, this._lineHeight * (i - a) - this._labelHeight * r, h.z);
                  a === e && (t += o.node._uiProps.uiTransformComp.width);
                  if (o.node.getComponent(cL)) {
                    const t = o.node.position.clone();
                    const e = this._lineHeight;
                    const i = this._lineHeight * (1 + pM);
                    switch (o.node._uiProps.uiTransformComp.anchorY) {
                     case 1:
                      t.y += e + (i - e) / 2;
                      break;

                     case .5:
                      t.y += i / 2;
                      break;

                     default:
                      t.y += (i - e) / 2;
                    }
                    if (o.imageOffset) {
                      const e = o.imageOffset.split(",");
                      if (1 === e.length && e[0]) {
                        const i = parseFloat(e[0]);
                        Number.isInteger(i) && (t.y += i);
                      } else if (2 === e.length) {
                        const i = parseFloat(e[0]);
                        const s = parseFloat(e[1]);
                        Number.isInteger(i) && (t.x += i);
                        Number.isInteger(s) && (t.y += s);
                      }
                    }
                    o.node.position = t;
                  }
                  const c = o.node.getComponent(ZL);
                  if (c) {
                    const t = o.node.position.clone();
                    t.y -= c.width;
                    o.node.position = t;
                  }
                }
              }
              _convertLiteralColorValue(t) {
                const e = t.toUpperCase();
                if (Bi[e]) {
                  return Bi[e];
                }
                return (new Bi).fromHEX(t);
              }
              _applyTextAttribute(t) {
                const e = t.node.getComponent(IP);
                if (!e) return;
                this._resetLabelState(e);
                const i = t.styleIndex;
                let s;
                this._textArray[i] && (s = this._textArray[i].style);
                if (s) {
                  e.color = this._convertLiteralColorValue(s.color || "white");
                  e.isBold = !!s.bold;
                  e.isItalic = !!s.italic;
                  e.isUnderline = !!s.underline;
                  if (s.outline) {
                    let e = t.node.getComponent(ZL);
                    e || (e = t.node.addComponent(ZL));
                    e.color = this._convertLiteralColorValue(s.outline.color);
                    e.width = s.outline.width;
                  }
                  e.fontSize = s.size || this._fontSize;
                  t.clickHandler = "";
                  t.clickParam = "";
                  const i = s.event;
                  if (i) {
                    t.clickHandler = i.click || "";
                    t.clickParam = i.param || "";
                  }
                }
                e.cacheMode = this._cacheMode;
                this._font instanceof qI && !this._isSystemFontUsed ? e.font = this._font : e.fontFamily = this._fontFamily;
                e.useSystemFont = this._isSystemFontUsed;
                e.lineHeight = this._lineHeight;
                e.updateRenderData(!0);
                const n = e._assembler;
                n && n.updateRenderData(e);
              }
              _applyLayer() {
                for (const t of this._segments) t.node.layer = this.node.layer;
              }
              _resetLabelState(t) {
                t.fontSize = this._fontSize;
                t.color = Bi.WHITE;
                t.isBold = !1;
                t.isItalic = !1;
                t.isUnderline = !1;
              }
            }, fV.HorizontalAlign = CP, fV.VerticalAlign = xP, gV), Bl(iV.prototype, "string", [ fh, FF ], Object.getOwnPropertyDescriptor(iV.prototype, "string"), iV.prototype), 
            Bl(iV.prototype, "horizontalAlign", [ VF, kF ], Object.getOwnPropertyDescriptor(iV.prototype, "horizontalAlign"), iV.prototype), 
            Bl(iV.prototype, "verticalAlign", [ UF, GF ], Object.getOwnPropertyDescriptor(iV.prototype, "verticalAlign"), iV.prototype), 
            Bl(iV.prototype, "fontSize", [ zF ], Object.getOwnPropertyDescriptor(iV.prototype, "fontSize"), iV.prototype), 
            Bl(iV.prototype, "fontFamily", [ HF ], Object.getOwnPropertyDescriptor(iV.prototype, "fontFamily"), iV.prototype), 
            Bl(iV.prototype, "font", [ jF, XF ], Object.getOwnPropertyDescriptor(iV.prototype, "font"), iV.prototype), 
            Bl(iV.prototype, "useSystemFont", [ WF, YF ], Object.getOwnPropertyDescriptor(iV.prototype, "useSystemFont"), iV.prototype), 
            Bl(iV.prototype, "cacheMode", [ qF, KF ], Object.getOwnPropertyDescriptor(iV.prototype, "cacheMode"), iV.prototype), 
            Bl(iV.prototype, "maxWidth", [ JF ], Object.getOwnPropertyDescriptor(iV.prototype, "maxWidth"), iV.prototype), 
            Bl(iV.prototype, "lineHeight", [ ZF ], Object.getOwnPropertyDescriptor(iV.prototype, "lineHeight"), iV.prototype), 
            Bl(iV.prototype, "imageAtlas", [ QF, $F ], Object.getOwnPropertyDescriptor(iV.prototype, "imageAtlas"), iV.prototype), 
            Bl(iV.prototype, "handleTouchEvent", [ tV ], Object.getOwnPropertyDescriptor(iV.prototype, "handleTouchEvent"), iV.prototype), 
            sV = Bl(iV.prototype, "_lineHeight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 40;
              }
            }), nV = Bl(iV.prototype, "_string", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "<color=#00ff00>Rich</color><color=#0fffff>Text</color>";
              }
            }), rV = Bl(iV.prototype, "_horizontalAlign", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return CP.LEFT;
              }
            }), oV = Bl(iV.prototype, "_verticalAlign", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return xP.TOP;
              }
            }), aV = Bl(iV.prototype, "_fontSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 40;
              }
            }), lV = Bl(iV.prototype, "_maxWidth", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), hV = Bl(iV.prototype, "_fontFamily", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "Arial";
              }
            }), cV = Bl(iV.prototype, "_font", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), uV = Bl(iV.prototype, "_isSystemFontUsed", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), _V = Bl(iV.prototype, "_userDefinedFont", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), dV = Bl(iV.prototype, "_cacheMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return RP.NONE;
              }
            }), pV = Bl(iV.prototype, "_imageAtlas", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), mV = Bl(iV.prototype, "_handleTouchEvent", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), iV)) || eV) || eV) || eV) || eV) || eV));
            m.RichText = CV;
            var xV, wV;
            let RV = function(e) {
              return t({
                UIMeshRenderer: e,
                UIModelComponent: e
              }), e;
            }(Ul("cc.UIMeshRenderer")(xV = sh()(xV = zl(110)(xV = $l()(xV = Ql(xV = (wV = class extends Qc {
              constructor() {
                super();
                this._modelComponent = null;
                this.modelCount = 0;
                this._dirtyVersion = -1;
                this._internalId = -1;
                this.stencilStage = lB.DISABLED;
                this._renderData = null;
                this._renderEntity = new fB(uB.DYNAMIC);
                this._UIModelNativeProxy = new ZM;
              }
              get modelComponent() {
                return this._modelComponent;
              }
              __preload() {
                this.node._uiProps.uiComp = this;
              }
              onEnable() {
                wR.addRenderer(this);
                this.markForUpdateRenderData();
              }
              onDisable() {
                wR.removeRenderer(this);
                this.renderEntity.enabled = this._canRender();
              }
              onLoad() {
                this.node._uiProps.uiTransformComp || this.node.addComponent("cc.UITransform");
                this._modelComponent = this.getComponent("cc.ModelRenderer");
                if (this._modelComponent) {
                  this._UIModelNativeProxy.attachNode(this.node);
                  this.renderEntity.setNode(this.node);
                } else console.warn(`node '${this.node && this.node.name}' doesn't have any renderable component`);
              }
              onDestroy() {
                this.renderEntity.setNode(null);
                this.node._uiProps.uiComp === this && (this.node._uiProps.uiComp = null);
                this._modelComponent = this.getComponent("cc.ModelRenderer");
                this._modelComponent && (this._modelComponent._sceneGetter = null);
              }
              _render(t) {
                if (this._modelComponent) {
                  const e = this._modelComponent._collectModels();
                  this._modelComponent._detachFromScene();
                  for (let i = 0; i < e.length; i++) e[i].enabled && t.commitModel(this, e[i], this._modelComponent.material);
                  return !0;
                }
                return !1;
              }
              fillBuffers(t) {
                this.enabled && this._render(t);
              }
              updateRenderer() {
                this.renderEntity.enabled = this._canRender();
                if (this._modelComponent) {
                  const t = this._modelComponent._collectModels();
                  this._modelComponent._detachFromScene();
                  if (t.length !== this.modelCount) for (let e = this.modelCount; e < t.length; e++) {
                    this._uploadRenderData(e);
                    this._UIModelNativeProxy.updateModels(t[e]);
                  }
                  this.modelCount = t.length;
                  this._UIModelNativeProxy.attachDrawInfo();
                }
              }
              _uploadRenderData(t) {
                {
                  const e = AB.add();
                  e.initRenderDrawInfo(this, oB.MODEL);
                  this._renderData = e;
                  this._renderData.material = this._modelComponent.getMaterialInstance(t);
                }
              }
              postUpdateAssembler(t) {}
              update() {
                if (this._modelComponent) {
                  this._modelComponent._collectModels().length !== this.modelCount && this.markForUpdateRenderData();
                }
                this._fitUIRenderQueue();
              }
              _fitUIRenderQueue() {
                if (!this._modelComponent) return;
                const t = this._modelComponent.sharedMaterials.length;
                for (let e = 0; e < t; e++) {
                  const t = this._modelComponent.getMaterialInstance(e);
                  if (null == t) continue;
                  const i = t.passes;
                  const s = i.length;
                  for (let e = 0; e < s; e++) {
                    i[e]._priority = gm.MAX - 11;
                    t.recompileShaders({
                      CC_FORCE_FORWARD_SHADING: !0
                    }, e);
                  }
                }
              }
              markForUpdateRenderData(t = !0) {
                wR.markDirtyRenderer(this);
              }
              setNodeDirty() {}
              setTextureDirty() {}
              _canRender() {
                return this.enabled && null !== this._modelComponent;
              }
              get renderEntity() {
                w(this._renderEntity, "this._renderEntity should not be invalid");
                return this._renderEntity;
              }
              get renderData() {
                return this._renderData;
              }
            }, wV)) || xV) || xV) || xV) || xV) || xV);
            m.UIMeshRenderer = RV;
            const IV = mm.Enum.NONE | mm.Enum.UI_3D;
            class MV {
              constructor() {
                this.model = null;
                this.texture = null;
                this.sampler = null;
                this.useLocalData = null;
                this.isStatic = !1;
                this.textureHash = 0;
                this.samplerHash = 0;
                this._passes = [];
                this._shaders = [];
                this._visFlags = IV;
                this._inputAssembler = null;
                this._descriptorSet = null;
              }
              get inputAssembler() {
                return this._inputAssembler;
              }
              set inputAssembler(t) {
                this._inputAssembler = t;
              }
              get descriptorSet() {
                return this._descriptorSet;
              }
              set descriptorSet(t) {
                this._descriptorSet = t;
              }
              get visFlags() {
                return this._visFlags;
              }
              set visFlags(t) {
                this._visFlags = t;
              }
              get passes() {
                return this._passes;
              }
              get shaders() {
                return this._shaders;
              }
              destroy(t) {
                this._passes = [];
              }
              clear() {
                this._inputAssembler = null;
                this._descriptorSet = null;
                this.texture = null;
                this.sampler = null;
                this.textureHash = 0;
                this.samplerHash = 0;
                this.model = null;
                this.isStatic = !1;
                this.useLocalData = null;
                this.visFlags = IV;
              }
              fillPasses(t, e, i, s) {
                if (t) {
                  const n = t.passes;
                  if (!n) return;
                  this._shaders.length = n.length;
                  for (let t = 0; t < n.length; t++) {
                    this._passes[t] || (this._passes[t] = new XP(m.director.root));
                    const r = n[t];
                    const o = this._passes[t];
                    r.update();
                    if (!e) {
                      e = r.depthStencilState;
                      i = 0;
                    }
                    o._initPassFromTarget(r, e, i);
                    this._shaders[t] = o.getShaderVariant(s);
                  }
                }
              }
            }
            var BV, DV, PV, OV, NV, LV, FV, VV;
            let kV = function(e) {
              return t({
                UIStaticBatch: e,
                UIStaticBatchComponent: e
              }), e;
            }((BV = Ul("cc.UIStaticBatch"), DV = sh(), PV = $l(), OV = zl(110), NV = rh(), BV(LV = DV(LV = PV(LV = OV(LV = (FV = (VV = class extends uD {
              constructor(...t) {
                super(...t);
                this._init = !1;
                this._bufferAccessor = null;
                this._dirty = !0;
                this._uiDrawBatchList = [];
              }
              get color() {
                return this._color;
              }
              set color(t) {
                this._color !== t && this._color.set(t);
              }
              get drawBatchList() {
                return this._uiDrawBatchList;
              }
              postUpdateAssembler(t) {}
              markAsDirty() {}
              _requireDrawBatch() {
                const t = new MV;
                t.isStatic = !0;
                this._uiDrawBatchList.push(t);
                return t;
              }
              _clearData() {
                if (this._bufferAccessor) {
                  this._bufferAccessor.reset();
                  const t = this._getBatcher();
                  for (let e = 0; e < this._uiDrawBatchList.length; e++) {
                    this._uiDrawBatchList[e].destroy(t);
                  }
                }
                this._uiDrawBatchList.length = 0;
                this._init = !1;
              }
              _getBatcher() {
                if (IR.root && IR.root.batcher2D) return IR.root.batcher2D;
                N(9301);
                return null;
              }
            }, VV), Bl(FV.prototype, "color", [ vh, NV ], Object.getOwnPropertyDescriptor(FV.prototype, "color"), FV.prototype), 
            FV)) || LV) || LV) || LV) || LV));
            var UV, GV, zV, HV, jV, XV, WV, YV, qV, KV, JV, ZV, QV, $V;
            let tk = t("LabelShadow", (UV = Ul("cc.LabelShadow"), GV = sh(), zV = zl(110), HV = $l(), 
            jV = Gl(IP), XV = lh(), WV = lh(), YV = lh(), UV(qV = GV(qV = zV(qV = HV(qV = jV(qV = Ql(qV = (KV = ($V = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_color", JV, this);
                Ml(this, "_offset", ZV, this);
                Ml(this, "_blur", QV, this);
              }
              get color() {
                return this._color;
              }
              set color(t) {
                if (this._color !== t) {
                  this._color.set(t);
                  this._updateRenderData();
                }
              }
              get offset() {
                return this._offset;
              }
              set offset(t) {
                this._offset = t;
                this._updateRenderData();
              }
              get blur() {
                return this._blur;
              }
              set blur(t) {
                this._blur = t;
                this._updateRenderData();
              }
              onEnable() {
                this._updateRenderData();
              }
              onDisable() {
                this._updateRenderData();
              }
              _updateRenderData() {
                const t = this.node.getComponent(IP);
                t && t.updateRenderData(!0);
              }
            }, $V), JV = Bl(KV.prototype, "_color", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(0, 0, 0, 255);
              }
            }), ZV = Bl(KV.prototype, "_offset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(2, 2);
              }
            }), QV = Bl(KV.prototype, "_blur", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 2;
              }
            }), Bl(KV.prototype, "color", [ XV ], Object.getOwnPropertyDescriptor(KV.prototype, "color"), KV.prototype), 
            Bl(KV.prototype, "offset", [ WV ], Object.getOwnPropertyDescriptor(KV.prototype, "offset"), KV.prototype), 
            Bl(KV.prototype, "blur", [ YV ], Object.getOwnPropertyDescriptor(KV.prototype, "blur"), KV.prototype), 
            KV)) || qV) || qV) || qV) || qV) || qV) || qV));
            var ek, ik, sk, nk, rk, ok, ak, lk, hk;
            let ck = function(e) {
              return t({
                UIOpacity: e,
                UIOpacityComponent: e
              }), e;
            }((ek = Ul("cc.UIOpacity"), ik = sh(), sk = zl(110), nk = $l(), rk = lh(), ek(ok = ik(ok = sk(ok = nk(ok = Ql(ok = Hl(ok = (ak = (hk = class t extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_opacity", lk, this);
              }
              get opacity() {
                return this._opacity;
              }
              set opacity(t) {
                if (this._opacity !== t) {
                  t = Ee(t, 0, 255);
                  this._opacity = t;
                  this.node._uiProps.localOpacity = t / 255;
                  this.setEntityLocalOpacityDirtyRecursively(!0);
                }
              }
              setEntityLocalOpacityDirtyRecursively(e) {
                t.setEntityLocalOpacityDirtyRecursively(this.node, e, 1);
              }
              static setEntityLocalOpacityDirtyRecursively(e, i, s) {
                if (!e.isValid) return;
                const n = e._uiProps.uiComp;
                const r = e.getComponent(t);
                let o = s;
                if (n && n.color) {
                  n.renderEntity.colorDirty = i;
                  n.renderEntity.localOpacity = r ? o * r.opacity / 255 : o;
                  o = 1;
                } else r && (o = o * r.opacity / 255);
                for (let s = 0; s < e.children.length; s++) t.setEntityLocalOpacityDirtyRecursively(e.children[s], i || o < 1, o);
              }
              onEnable() {
                this.node._uiProps.localOpacity = this._opacity / 255;
                this.setEntityLocalOpacityDirtyRecursively(!0);
              }
              onDisable() {
                this.node._uiProps.localOpacity = 1;
                this.setEntityLocalOpacityDirtyRecursively(!0);
              }
            }, hk), Bl(ak.prototype, "opacity", [ nh, rk ], Object.getOwnPropertyDescriptor(ak.prototype, "opacity"), ak.prototype), 
            lk = Bl(ak.prototype, "_opacity", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 255;
              }
            }), ak)) || ok) || ok) || ok) || ok) || ok) || ok));
            m.MaskComponent = NL;
            ee.setClassAlias(NL, "cc.MaskComponent");
            m.LabelComponent = IP;
            ee.setClassAlias(IP, "cc.LabelComponent");
            m.LabelOutlineComponent = ZL;
            ee.setClassAlias(ZL, "cc.LabelOutlineComponent");
            m.RichTextComponent = CV;
            ee.setClassAlias(CV, "cc.RichTextComponent");
            m.SpriteComponent = cL;
            ee.setClassAlias(cL, "cc.SpriteComponent");
            m.UIModelComponent = RV;
            ee.setClassAlias(RV, "cc.UIModelComponent");
            m.GraphicsComponent = dN;
            ee.setClassAlias(dN, "cc.GraphicsComponent");
            ee.setClassAlias(kV, "cc.UIStaticBatchComponent");
            ee.setClassAlias(ck, "cc.UIOpacityComponent");
            W(NL.prototype, "Mask", [ {
              name: "graphics",
              newName: "subComp",
              target: NL.prototype,
              targetName: "Mask"
            } ]);
            W(OL, "MaskType", [ {
              name: "RECT",
              newName: "GRAPHICS_RECT",
              target: OL,
              targetName: "MaskType"
            }, {
              name: "ELLIPSE",
              newName: "GRAPHICS_ELLIPSE",
              target: OL,
              targetName: "MaskType"
            }, {
              name: "IMAGE_STENCIL",
              newName: "SPRITE_STENCIL",
              target: OL,
              targetName: "MaskType"
            } ]);
            class uk {
              constructor(t, e, i) {
                this.i = void 0;
                this.x = void 0;
                this.y = void 0;
                this.prev = null;
                this.next = null;
                this.z = 0;
                this.prevZ = null;
                this.nextZ = null;
                this.steiner = !1;
                this.i = t;
                this.x = e;
                this.y = i;
              }
            }
            function _k(t, e, i, s, n) {
              let r = 0;
              let o = null;
              if (n === function(t, e, i, s) {
                let n = 0;
                for (let r = e, o = i - s; r < i; r += s) {
                  n += (t[o] - t[r]) * (t[r + 1] + t[o + 1]);
                  o = r;
                }
                return n;
              }(t, e, i, s) > 0) for (r = e; r < i; r += s) o = Mk(r, t[r], t[r + 1], o); else for (r = i - s; r >= e; r -= s) o = Mk(r, t[r], t[r + 1], o);
              if (o && xk(o, o.next)) {
                Bk(o);
                o = o.next;
              }
              return o;
            }
            function dk(t, e = null) {
              if (!t) return t;
              e || (e = t);
              let i = t;
              let s = !1;
              do {
                s = !1;
                if (i.steiner || !xk(i, i.next) && 0 !== Ck(i.prev, i, i.next)) i = i.next; else {
                  Bk(i);
                  i = e = i.prev;
                  if (i === i.next) return null;
                  s = !0;
                }
              } while (s || i !== e);
              return e;
            }
            function pk(t, e, i, s, n, r, o = 0) {
              if (!t) return;
              !o && r && function(t, e, i, s) {
                let n = t;
                do {
                  null === n.z && (n.z = Ak(n.x, n.y, e, i, s));
                  n.prevZ = n.prev;
                  n.nextZ = n.next;
                  n = n.next;
                } while (n !== t);
                n.prevZ.nextZ = null;
                n.prevZ = null;
                !function(t) {
                  let e = 0;
                  let i = null;
                  let s = null;
                  let n = null;
                  let r = null;
                  let o = 0;
                  let a = 0;
                  let l = 0;
                  let h = 1;
                  do {
                    i = t;
                    t = null;
                    r = null;
                    o = 0;
                    for (;i; ) {
                      o++;
                      s = i;
                      a = 0;
                      for (e = 0; e < h; e++) {
                        a++;
                        s = s.nextZ;
                        if (!s) break;
                      }
                      l = h;
                      for (;a > 0 || l > 0 && s; ) {
                        if (0 === a) {
                          n = s;
                          s = s.nextZ;
                          l--;
                        } else if (0 !== l && s) if (i.z <= s.z) {
                          n = i;
                          i = i.nextZ;
                          a--;
                        } else {
                          n = s;
                          s = s.nextZ;
                          l--;
                        } else {
                          n = i;
                          i = i.nextZ;
                          a--;
                        }
                        r ? r.nextZ = n : t = n;
                        n.prevZ = r;
                        r = n;
                      }
                      i = s;
                    }
                    r.nextZ = null;
                    h *= 2;
                  } while (o > 1);
                }(n);
              }(t, s, n, r);
              let a = t;
              let l = null;
              let h = null;
              for (;t.prev !== t.next; ) {
                l = t.prev;
                h = t.next;
                if (r ? fk(t, s, n, r) : mk(t)) {
                  e.push(l.i / i);
                  e.push(t.i / i);
                  e.push(h.i / i);
                  Bk(t);
                  t = h.next;
                  a = h.next;
                } else if ((t = h) === a) {
                  o ? 1 === o ? pk(t = gk(t, e, i), e, i, s, n, r, 2) : 2 === o && yk(t, e, i, s, n, r) : pk(dk(t), e, i, s, n, r, 1);
                  break;
                }
              }
            }
            function mk(t) {
              const e = t.prev;
              const i = t;
              const s = t.next;
              if (Ck(e, i, s) >= 0) return !1;
              let n = t.next.next;
              for (;n !== t.prev; ) {
                if (vk(e.x, e.y, i.x, i.y, s.x, s.y, n.x, n.y) && Ck(n.prev, n, n.next) >= 0) return !1;
                n = n.next;
              }
              return !0;
            }
            function fk(t, e, i, s) {
              const n = t.prev;
              const r = t;
              const o = t.next;
              if (Ck(n, r, o) >= 0) return !1;
              const a = n.x < r.x ? n.x < o.x ? n.x : o.x : r.x < o.x ? r.x : o.x;
              const l = n.y < r.y ? n.y < o.y ? n.y : o.y : r.y < o.y ? r.y : o.y;
              const h = n.x > r.x ? n.x > o.x ? n.x : o.x : r.x > o.x ? r.x : o.x;
              const c = n.y > r.y ? n.y > o.y ? n.y : o.y : r.y > o.y ? r.y : o.y;
              const u = Ak(a, l, e, i, s);
              const _ = Ak(h, c, e, i, s);
              let d = t.nextZ;
              for (;d && d.z <= _; ) {
                if (d !== t.prev && d !== t.next && vk(n.x, n.y, r.x, r.y, o.x, o.y, d.x, d.y) && Ck(d.prev, d, d.next) >= 0) return !1;
                d = d.nextZ;
              }
              d = t.prevZ;
              for (;d && d.z >= u; ) {
                if (d !== t.prev && d !== t.next && vk(n.x, n.y, r.x, r.y, o.x, o.y, d.x, d.y) && Ck(d.prev, d, d.next) >= 0) return !1;
                d = d.prevZ;
              }
              return !0;
            }
            function gk(t, e, i) {
              let s = t;
              do {
                const n = s.prev;
                const r = s.next.next;
                if (!xk(n, r) && wk(n, s, s.next, r) && Rk(n, r) && Rk(r, n)) {
                  e.push(n.i / i);
                  e.push(s.i / i);
                  e.push(r.i / i);
                  Bk(s);
                  Bk(s.next);
                  s = t = r;
                }
                s = s.next;
              } while (s !== t);
              return s;
            }
            function yk(t, e, i, s, n, r) {
              let o = t;
              do {
                let t = o.next.next;
                for (;t !== o.prev; ) {
                  if (o.i !== t.i && Ek(o, t)) {
                    let a = Ik(o, t);
                    o = dk(o, o.next);
                    a = dk(a, a.next);
                    pk(o, e, i, s, n, r);
                    pk(a, e, i, s, n, r);
                    return;
                  }
                  t = t.next;
                }
                o = o.next;
              } while (o !== t);
            }
            function bk(t, e) {
              return t.x - e.x;
            }
            function Sk(t, e) {
              e = function(t, e) {
                let i = e;
                const s = t.x;
                const n = t.y;
                let r = -1 / 0;
                let o = null;
                do {
                  if (n <= i.y && n >= i.next.y) {
                    const t = i.x + (n - i.y) * (i.next.x - i.x) / (i.next.y - i.y);
                    if (t <= s && t > r) {
                      r = t;
                      if (t === s) {
                        if (n === i.y) return i;
                        if (n === i.next.y) return i.next;
                      }
                      o = i.x < i.next.x ? i : i.next;
                    }
                  }
                  i = i.next;
                } while (i !== e);
                if (!o) return null;
                if (s === r) return o.prev;
                const a = o;
                const l = o.x;
                const h = o.y;
                let c = 1 / 0;
                let u;
                i = o.next;
                for (;i !== a; ) {
                  if (s >= i.x && i.x >= l && vk(n < h ? s : r, n, l, h, n < h ? r : s, n, i.x, i.y)) {
                    u = Math.abs(n - i.y) / (s - i.x);
                    if ((u < c || u === c && i.x > o.x) && Rk(i, t)) {
                      o = i;
                      c = u;
                    }
                  }
                  i = i.next;
                }
                return o;
              }(t, e);
              if (e) {
                const i = Ik(e, t);
                dk(i, i.next);
              }
            }
            function Ak(t, e, i, s, n) {
              return (t = 1431655765 & ((t = 858993459 & ((t = 252645135 & ((t = 16711935 & ((t = 32767 * (t - i) / n) | t << 8)) | t << 4)) | t << 2)) | t << 1)) | (e = 1431655765 & ((e = 858993459 & ((e = 252645135 & ((e = 16711935 & ((e = 32767 * (e - s) / n) | e << 8)) | e << 4)) | e << 2)) | e << 1)) << 1;
            }
            function Tk(t) {
              let e = t;
              let i = t;
              do {
                e.x < i.x && (i = e);
                e = e.next;
              } while (e !== t);
              return i;
            }
            function vk(t, e, i, s, n, r, o, a) {
              return (n - o) * (e - a) - (t - o) * (r - a) >= 0 && (t - o) * (s - a) - (i - o) * (e - a) >= 0 && (i - o) * (r - a) - (n - o) * (s - a) >= 0;
            }
            function Ek(t, e) {
              return t.next.i !== e.i && t.prev.i !== e.i && !function(t, e) {
                let i = t;
                do {
                  if (i.i !== t.i && i.next.i !== t.i && i.i !== e.i && i.next.i !== e.i && wk(i, i.next, t, e)) return !0;
                  i = i.next;
                } while (i !== t);
                return !1;
              }(t, e) && Rk(t, e) && Rk(e, t) && function(t, e) {
                let i = t;
                let s = !1;
                const n = (t.x + e.x) / 2;
                const r = (t.y + e.y) / 2;
                do {
                  i.y > r != i.next.y > r && n < (i.next.x - i.x) * (r - i.y) / (i.next.y - i.y) + i.x && (s = !s);
                  i = i.next;
                } while (i !== t);
                return s;
              }(t, e);
            }
            function Ck(t, e, i) {
              return (e.y - t.y) * (i.x - e.x) - (e.x - t.x) * (i.y - e.y);
            }
            function xk(t, e) {
              return t.x === e.x && t.y === e.y;
            }
            function wk(t, e, i, s) {
              return !!(xk(t, e) && xk(i, s) || xk(t, s) && xk(i, e)) || Ck(t, e, i) > 0 != Ck(t, e, s) > 0 && Ck(i, s, t) > 0 != Ck(i, s, e) > 0;
            }
            function Rk(t, e) {
              return Ck(t.prev, t, t.next) < 0 ? Ck(t, e, t.next) >= 0 && Ck(t, t.prev, e) >= 0 : Ck(t, e, t.prev) < 0 || Ck(t, t.next, e) < 0;
            }
            function Ik(t, e) {
              const i = new uk(t.i, t.x, t.y);
              const s = new uk(e.i, e.x, e.y);
              const n = t.next;
              const r = e.prev;
              t.next = e;
              e.prev = t;
              i.next = n;
              n.prev = i;
              s.next = i;
              i.prev = s;
              r.next = s;
              s.prev = r;
              return s;
            }
            function Mk(t, e, i, s) {
              const n = new uk(t, e, i);
              if (s) {
                n.next = s.next;
                n.prev = s;
                s.next.prev = n;
                s.next = n;
              } else {
                n.prev = n;
                n.next = n;
              }
              return n;
            }
            function Bk(t) {
              t.next.prev = t.prev;
              t.prev.next = t.next;
              t.prevZ && (t.prevZ.nextZ = t.nextZ);
              t.nextZ && (t.nextZ.prevZ = t.prevZ);
            }
            function Dk(t, e, i) {
              i = i || 3;
              const s = e ? e.length : 0;
              const n = s ? e[0] * i : t.length;
              let r = _k(t, 0, n, i, !0);
              const o = [];
              if (!r) return o;
              let a = 0;
              let l = 0;
              let h = 0;
              let c = 0;
              let u = 0;
              let _ = 0;
              let d = 0;
              s && (r = function(t, e, i, s) {
                const n = [];
                let r = 0;
                let o = 0;
                let a = 0;
                let l = 0;
                let h = null;
                for (r = 0, o = e.length; r < o; r++) {
                  a = e[r] * s;
                  l = r < o - 1 ? e[r + 1] * s : t.length;
                  h = _k(t, a, l, s, !1);
                  if (h) {
                    h === h.next && (h.steiner = !0);
                    n.push(Tk(h));
                  }
                }
                n.sort(bk);
                if (!i) return i;
                for (r = 0; r < n.length; r++) {
                  Sk(n[r], i);
                  i = dk(i, i.next);
                }
                return i;
              }(t, e, r, i));
              if (t.length > 80 * i) {
                a = h = t[0];
                l = c = t[1];
                for (let e = i; e < n; e += i) {
                  u = t[e];
                  _ = t[e + 1];
                  u < a && (a = u);
                  _ < l && (l = _);
                  u > h && (h = u);
                  _ > c && (c = _);
                }
                d = Math.max(h - a, c - l);
              }
              pk(r, o, i, a, l, d);
              return o;
            }
            const Pk = Math.PI;
            const Ok = Math.min;
            const Nk = Math.max;
            const Lk = Math.ceil;
            const Fk = Math.acos;
            const Vk = Math.cos;
            const kk = Math.sin;
            const Uk = Math.atan2;
            let Gk = null;
            let zk = null;
            const Hk = new Bi;
            const jk = [];
            for (let t = 0; t < 4; t++) jk.push(new Pi);
            function Xk(t, e, i) {
              return t < e ? e : t > i ? i : t;
            }
            const Wk = {
              useModel: !0,
              updateRenderData(t) {
                t.renderData && (t.renderData.material = t.getMaterialInstance(0));
              },
              fillBuffers(t, e) {},
              renderIA(t, e) {},
              getRenderData(t, e) {
                if (!zk) return null;
                const i = zk.getRenderDataList();
                let s = i[zk.dataOffset];
                if (!s) return null;
                let n = s;
                const r = n ? n.vertexStart + e : 0;
                if (r > 65535 || 3 * r > 131070) {
                  ++zk.dataOffset;
                  if (zk.dataOffset < i.length) s = i[zk.dataOffset]; else {
                    s = zk.requestRenderData();
                    i[zk.dataOffset] = s;
                  }
                  n = s;
                }
                n && n.vertexCount < r && n.request(e, 3 * e);
                return s;
              },
              stroke(t) {
                Bi.copy(Hk, t.strokeColor);
                if (t.impl) {
                  this._flattenPaths(t.impl);
                  this._expandStroke(t);
                  t.impl.updatePathOffset = !0;
                  this.end(t);
                }
              },
              fill(t) {
                Bi.copy(Hk, t.fillColor);
                this._expandFill(t);
                t.impl && (t.impl.updatePathOffset = !0);
                this.end(t);
              },
              end(t) {
                t.markForUpdateRenderData();
              },
              _expandStroke(t) {
                const e = .5 * t.lineWidth;
                const i = t.lineCap;
                const s = t.lineJoin;
                const n = t.miterLimit;
                zk = t.impl;
                if (!zk) return;
                const r = function(t, e, i) {
                  const s = 2 * Fk(t / (t + i));
                  return Nk(2, Lk(e / s));
                }(e, Pk, zk.tessTol);
                this._calculateJoins(zk, e, s, n);
                const o = zk.paths;
                let a = 0;
                for (let t = zk.pathOffset, e = zk.pathLength; t < e; t++) {
                  const e = o[t];
                  const n = e.points.length;
                  s === xO.ROUND ? a += 2 * (n + e.bevel * (r + 2) + 1) : a += 2 * (n + 5 * e.bevel + 1);
                  e.closed || (i === CO.ROUND ? a += 2 * (2 * r + 2) : a += 12);
                }
                const l = Gk = this.getRenderData(t, a);
                if (!l) return;
                const h = l.vData;
                const c = l.iData;
                for (let t = zk.pathOffset, n = zk.pathLength; t < n; t++) {
                  const n = o[t];
                  const a = n.points;
                  const u = a.length;
                  const _ = l.vertexStart;
                  let d;
                  let p;
                  let m = 0;
                  let f = 0;
                  const g = n.closed;
                  if (g) {
                    d = a[u - 1];
                    p = a[0];
                    m = 0;
                    f = u;
                  } else {
                    d = a[0];
                    p = a[1];
                    m = 1;
                    f = u - 1;
                  }
                  p = p || d;
                  if (!g) {
                    const t = new VO(p.x, p.y);
                    t.subtract(d);
                    t.normalize();
                    const s = t.x;
                    const n = t.y;
                    i === CO.BUTT ? this._buttCapStart(d, s, n, e, 0) : i === CO.SQUARE ? this._buttCapStart(d, s, n, e, e) : i === CO.ROUND && this._roundCapStart(d, s, n, e, r);
                  }
                  for (let t = m; t < f; ++t) {
                    if (s === xO.ROUND) this._roundJoin(d, p, e, e, r); else if (0 != (p.flags & (wO.PT_BEVEL | wO.PT_INNERBEVEL))) this._bevelJoin(d, p, e, e); else {
                      this._vSet(p.x + p.dmx * e, p.y + p.dmy * e, 1);
                      this._vSet(p.x - p.dmx * e, p.y - p.dmy * e, -1);
                    }
                    d = p;
                    p = a[t + 1];
                  }
                  if (g) {
                    const t = 8 * _;
                    this._vSet(h[t], h[t + 1], 1);
                    this._vSet(h[t + 8], h[t + 8 + 1], -1);
                  } else {
                    const t = new VO(p.x, p.y);
                    t.subtract(d);
                    t.normalize();
                    const s = t.x;
                    const n = t.y;
                    i === CO.BUTT ? this._buttCapEnd(p, s, n, e, 0) : i === CO.SQUARE ? this._buttCapEnd(p, s, n, e, e) : i === CO.ROUND && this._roundCapEnd(p, s, n, e, r);
                  }
                  let y = l.indexStart;
                  for (let t = _ + 2, e = l.vertexStart; t < e; t++) {
                    c[y++] = t - 2;
                    c[y++] = t - 1;
                    c[y++] = t;
                  }
                  l.indexStart = y;
                }
                Gk = null;
                zk = null;
              },
              _expandFill(t) {
                zk = t.impl;
                if (!zk) return;
                const e = zk.paths;
                let i = 0;
                for (let t = zk.pathOffset, s = zk.pathLength; t < s; t++) {
                  i += e[t].points.length;
                }
                const s = Gk = this.getRenderData(t, i);
                if (!s) return;
                const n = s;
                const r = n.vData;
                const o = n.iData;
                for (let t = zk.pathOffset, i = zk.pathLength; t < i; t++) {
                  const i = e[t];
                  const a = i.points;
                  const l = a.length;
                  if (0 === l) continue;
                  const h = s.vertexStart;
                  for (let t = 0; t < l; ++t) this._vSet(a[t].x, a[t].y);
                  let c = s.indexStart;
                  if (i.complex) {
                    const t = [];
                    for (let e = h, i = s.vertexStart; e < i; e++) {
                      let i = 8 * e;
                      t.push(r[i++]);
                      t.push(r[i++]);
                      t.push(r[i++]);
                    }
                    const e = Dk(t, null, 3);
                    if (!e || 0 === e.length) continue;
                    for (let t = 0, i = e.length; t < i; t++) o[c++] = e[t] + h;
                  } else {
                    const t = h;
                    for (let e = h + 2, i = n.vertexStart; e < i; e++) {
                      o[c++] = t;
                      o[c++] = e - 1;
                      o[c++] = e;
                    }
                  }
                  n.indexStart = c;
                }
                Gk = null;
                zk = null;
              },
              _calculateJoins(t, e, i, s) {
                let n = 0;
                e > 0 && (n = 1 / e);
                const r = t.paths;
                for (let e = t.pathOffset, o = t.pathLength; e < o; e++) {
                  const t = r[e];
                  const o = t.points;
                  const a = o.length;
                  let l = o[a - 1];
                  let h = o[0];
                  t.bevel = 0;
                  for (let e = 0; e < a; e++) {
                    let r = 0;
                    let a = 0;
                    let c = 0;
                    const u = l.dy;
                    const _ = -l.dx;
                    const d = h.dy;
                    const p = -h.dx;
                    h.dmx = .5 * (u + d);
                    h.dmy = .5 * (_ + p);
                    r = h.dmx * h.dmx + h.dmy * h.dmy;
                    if (r > 1e-6) {
                      let t = 1 / r;
                      t > 600 && (t = 600);
                      h.dmx *= t;
                      h.dmy *= t;
                    }
                    a = h.dx * l.dy - l.dx * h.dy;
                    a > 0 && (h.flags |= wO.PT_LEFT);
                    c = Nk(11, Ok(l.len, h.len) * n);
                    r * c * c < 1 && (h.flags |= wO.PT_INNERBEVEL);
                    h.flags & wO.PT_CORNER && (r * s * s < 1 || i === xO.BEVEL || i === xO.ROUND) && (h.flags |= wO.PT_BEVEL);
                    0 != (h.flags & (wO.PT_BEVEL | wO.PT_INNERBEVEL)) && t.bevel++;
                    l = h;
                    h = o[e + 1];
                  }
                }
              },
              _flattenPaths(t) {
                const e = t.paths;
                for (let i = t.pathOffset, s = t.pathLength; i < s; i++) {
                  const t = e[i];
                  const s = t.points;
                  let n = s[s.length - 1];
                  let r = s[0];
                  if (s.length > 2 && n.equals(r)) {
                    t.closed = !0;
                    s.pop();
                    n = s[s.length - 1];
                  }
                  for (let t = 0, e = s.length; t < e; t++) {
                    const e = new VO(r.x, r.y);
                    e.subtract(n);
                    n.len = e.length();
                    (e.x || e.y) && e.normalize();
                    n.dx = e.x;
                    n.dy = e.y;
                    n = r;
                    r = s[t + 1];
                  }
                }
              },
              _chooseBevel(t, e, i, s) {
                const n = i.x;
                const r = i.y;
                let o = 0;
                let a = 0;
                let l = 0;
                let h = 0;
                if (0 !== t) {
                  o = n + e.dy * s;
                  a = r - e.dx * s;
                  l = n + i.dy * s;
                  h = r - i.dx * s;
                } else {
                  o = l = n + i.dmx * s;
                  a = h = r + i.dmy * s;
                }
                return [ o, a, l, h ];
              },
              _buttCapStart(t, e, i, s, n) {
                const r = t.x - e * n;
                const o = t.y - i * n;
                const a = i;
                const l = -e;
                this._vSet(r + a * s, o + l * s, 1);
                this._vSet(r - a * s, o - l * s, -1);
              },
              _buttCapEnd(t, e, i, s, n) {
                const r = t.x + e * n;
                const o = t.y + i * n;
                const a = i;
                const l = -e;
                this._vSet(r + a * s, o + l * s, 1);
                this._vSet(r - a * s, o - l * s, -1);
              },
              _roundCapStart(t, e, i, s, n) {
                const r = t.x;
                const o = t.y;
                const a = i;
                const l = -e;
                for (let t = 0; t < n; t++) {
                  const h = t / (n - 1) * Pk;
                  const c = Vk(h) * s;
                  const u = kk(h) * s;
                  this._vSet(r - a * c - e * u, o - l * c - i * u, 1);
                  this._vSet(r, o, 0);
                }
                this._vSet(r + a * s, o + l * s, 1);
                this._vSet(r - a * s, o - l * s, -1);
              },
              _roundCapEnd(t, e, i, s, n) {
                const r = t.x;
                const o = t.y;
                const a = i;
                const l = -e;
                this._vSet(r + a * s, o + l * s, 1);
                this._vSet(r - a * s, o - l * s, -1);
                for (let t = 0; t < n; t++) {
                  const h = t / (n - 1) * Pk;
                  const c = Vk(h) * s;
                  const u = kk(h) * s;
                  this._vSet(r, o, 0);
                  this._vSet(r - a * c + e * u, o - l * c + i * u, 1);
                }
              },
              _roundJoin(t, e, i, s, n) {
                const r = t.dy;
                const o = -t.dx;
                const a = e.dy;
                const l = -e.dx;
                const h = e.x;
                const c = e.y;
                if (0 != (e.flags & wO.PT_LEFT)) {
                  const u = this._chooseBevel(e.flags & wO.PT_INNERBEVEL, t, e, i);
                  const _ = u[0];
                  const d = u[1];
                  const p = u[2];
                  const m = u[3];
                  const f = Uk(-o, -r);
                  let g = Uk(-l, -a);
                  g > f && (g -= 2 * Pk);
                  this._vSet(_, d, 1);
                  this._vSet(h - r * s, e.y - o * s, -1);
                  const y = Xk(Lk((f - g) / Pk) * n, 2, n);
                  for (let t = 0; t < y; t++) {
                    const e = f + t / (y - 1) * (g - f);
                    const i = h + Vk(e) * s;
                    const n = c + kk(e) * s;
                    this._vSet(h, c, 0);
                    this._vSet(i, n, -1);
                  }
                  this._vSet(p, m, 1);
                  this._vSet(h - a * s, c - l * s, -1);
                } else {
                  const u = this._chooseBevel(e.flags & wO.PT_INNERBEVEL, t, e, -s);
                  const _ = u[0];
                  const d = u[1];
                  const p = u[2];
                  const m = u[3];
                  const f = Uk(o, r);
                  let g = Uk(l, a);
                  g < f && (g += 2 * Pk);
                  this._vSet(h + r * s, c + o * s, 1);
                  this._vSet(_, d, -1);
                  const y = Xk(Lk((g - f) / Pk) * n, 2, n);
                  for (let t = 0; t < y; t++) {
                    const e = f + t / (y - 1) * (g - f);
                    const s = h + Vk(e) * i;
                    const n = c + kk(e) * i;
                    this._vSet(s, n, 1);
                    this._vSet(h, c, 0);
                  }
                  this._vSet(h + a * s, c + l * s, 1);
                  this._vSet(p, m, -1);
                }
              },
              _bevelJoin(t, e, i, s) {
                let n = 0;
                let r = 0;
                let o = 0;
                let a = 0;
                let l = 0;
                let h = 0;
                let c = 0;
                let u = 0;
                const _ = t.dy;
                const d = -t.dx;
                const p = e.dy;
                const m = -e.dx;
                if (e.flags & wO.PT_LEFT) {
                  const n = this._chooseBevel(e.flags & wO.PT_INNERBEVEL, t, e, i);
                  l = n[0];
                  h = n[1];
                  c = n[2];
                  u = n[3];
                  this._vSet(l, h, 1);
                  this._vSet(e.x - _ * s, e.y - d * s, -1);
                  this._vSet(c, u, 1);
                  this._vSet(e.x - p * s, e.y - m * s, -1);
                } else {
                  const l = this._chooseBevel(e.flags & wO.PT_INNERBEVEL, t, e, -s);
                  n = l[0];
                  r = l[1];
                  o = l[2];
                  a = l[3];
                  this._vSet(e.x + _ * i, e.y + d * i, 1);
                  this._vSet(n, r, -1);
                  this._vSet(e.x + p * i, e.y + m * i, 1);
                  this._vSet(o, a, -1);
                }
              },
              _vSet(t, e, i = 0) {
                if (!Gk) return;
                const s = Gk;
                let n = 8 * s.vertexStart;
                const r = s.vData;
                r[n++] = t;
                r[n++] = e;
                r[n++] = 0;
                Bi.toArray(r, Hk, n);
                n += 4;
                r[n++] = i;
                s.vertexStart++;
              }
            };
            const Yk = t("graphicsAssembler", {
              getAssembler: t => Wk
            });
            dN.Assembler = Yk;
            class qk {
              constructor() {
                this.char = "";
                this.valid = !0;
                this.x = 0;
                this.y = 0;
                this.line = 0;
                this.hash = "";
              }
            }
            const Kk = new as;
            const Jk = new VM(64, 64);
            const Zk = new cM(null);
            let Qk = null;
            let $k = null;
            const tU = [];
            const eU = [];
            const iU = [];
            const sU = [];
            const nU = new rs;
            const rU = new rs;
            const oU = new Qi;
            let aU = null;
            let lU = 0;
            let hU = 0;
            let cU = 0;
            let uU = 0;
            let _U = 0;
            let dU = 1;
            let pU = null;
            let mU = "";
            let fU = 0;
            let gU = 0;
            let yU = 0;
            let bU = 0;
            let SU = 0;
            let AU = 0;
            let TU = 0;
            let vU = !1;
            let EU = 0;
            let CU = 0;
            let xU = 0;
            let wU;
            const RU = {
              updateRenderData(t) {
                if (t.renderData && Qk !== t) {
                  if (t.renderData.vertDirty) {
                    Qk = t;
                    $k = Qk.node._uiProps.uiTransformComp;
                    this._updateFontFamily(t);
                    this._updateProperties(t);
                    this._updateLabelInfo(t);
                    this._updateContent();
                    Qk.actualFontSize = fU;
                    $k.setContentSize(rU);
                    this.updateUVs(t);
                    this.updateColor(t);
                    Qk.renderData.vertDirty = !1;
                    Qk = null;
                    this._resetProperties();
                  }
                  if (t.spriteFrame) {
                    t.renderData.updateRenderData(t, t.spriteFrame);
                  }
                }
              },
              updateUVs(t) {
                const e = t.renderData;
                const i = e.chunk.vb;
                const s = e.vertexCount;
                const n = e.data;
                let r = 3;
                for (let t = 0; t < s; t++) {
                  const e = n[t];
                  i[r] = e.u;
                  i[r + 1] = e.v;
                  r += 9;
                }
              },
              updateColor(t) {
                {
                  const e = t.renderData;
                  const i = e.vertexCount;
                  if (0 === i) return;
                  const s = e.chunk.vb;
                  const n = e.floatStride;
                  let r = 5;
                  const o = t.color;
                  const a = o.r / 255;
                  const l = o.g / 255;
                  const h = o.b / 255;
                  const c = o.a / 255;
                  for (let t = 0; t < i; t++) {
                    s[r] = a;
                    s[r + 1] = l;
                    s[r + 2] = h;
                    s[r + 3] = c;
                    r += n;
                  }
                }
              },
              _updateFontScale() {
                dU = fU / gU;
              },
              _updateFontFamily(t) {
                const e = t.font;
                pU = e.spriteFrame;
                aU = e.fntConfig;
                kM.fontAtlas = e.fontDefDictionary;
                kM.fontAtlas || (t.cacheMode === RP.CHAR ? kM.fontAtlas = Jk : kM.fontAtlas = Zk);
                EI.packToDynamicAtlas(t, pU);
              },
              _updateLabelInfo(t) {
                kM.hash = "";
                kM.margin = 0;
              },
              _updateProperties(t) {
                mU = t.string.toString();
                fU = t.fontSize;
                gU = aU ? aU.fontSize : t.fontSize;
                yU = t.horizontalAlign;
                bU = t.verticalAlign;
                SU = t.spacingX;
                TU = t.overflow;
                AU = t._lineHeight;
                const e = $k.contentSize;
                rU.width = e.width;
                rU.height = e.height;
                if (TU === wP.NONE) {
                  vU = !1;
                  rU.width += 2 * kM.margin;
                  rU.height += 2 * kM.margin;
                } else if (TU === wP.RESIZE_HEIGHT) {
                  vU = !0;
                  rU.height += 2 * kM.margin;
                } else vU = t.enableWrapText;
                kM.lineHeight = AU;
                kM.fontSize = fU;
                this._setupBMFontOverflowMetrics();
              },
              _resetProperties() {
                aU = null;
                pU = null;
                kM.hash = "";
                kM.margin = 0;
              },
              _updateContent() {
                this._updateFontScale();
                this._computeHorizontalKerningForText();
                this._alignText();
              },
              _computeHorizontalKerningForText() {
                const t = mU;
                const e = t.length;
                const i = aU.kerningDict;
                const s = tU;
                if (!i) return;
                let n = -1;
                for (let r = 0; r < e; ++r) {
                  const o = t.charCodeAt(r);
                  const a = i[n << 16 | 65535 & o] || 0;
                  s[r] = r < e - 1 ? a : 0;
                  n = o;
                }
              },
              _multilineTextWrap(t) {
                const e = mU.length;
                let i = 0;
                let s = 0;
                let n = 0;
                let r = 0;
                let o = 0;
                let a = 0;
                let l = 0;
                let h = null;
                for (let c = 0; c < e; ) {
                  let u = mU.charAt(c);
                  if ("\n" === u) {
                    iU.push(o);
                    o = 0;
                    i++;
                    s = 0;
                    n -= AU * this._getFontScale() + 0;
                    this._recordPlaceholderInfo(c, u);
                    c++;
                    continue;
                  }
                  const _ = t(mU, c, e);
                  let d = a;
                  let p = l;
                  let m = o;
                  let f = s;
                  let g = !1;
                  for (let t = 0; t < _; ++t) {
                    const r = c + t;
                    u = mU.charAt(r);
                    if ("\r" === u) {
                      this._recordPlaceholderInfo(r, u);
                      continue;
                    }
                    h = kM.fontAtlas.getLetterDefinitionForChar(u, kM);
                    if (!h) {
                      this._recordPlaceholderInfo(r, u);
                      console.log(`Can't find letter definition in texture atlas ${aU.atlasName} for letter:${u}`);
                      continue;
                    }
                    const a = f + h.offsetX * dU - kM.margin;
                    if (vU && xU > 0 && s > 0 && a + h.w * dU > xU && !CM(u)) {
                      iU.push(o);
                      o = 0;
                      i++;
                      s = 0;
                      n -= AU * this._getFontScale() + 0;
                      g = !0;
                      break;
                    }
                    oU.x = a;
                    oU.y = n - h.offsetY * dU;
                    this._recordLetterInfo(oU, u, r, i);
                    r + 1 < tU.length && r < e - 1 && (f += tU[r + 1]);
                    f += h.xAdvance * dU + SU;
                    m = oU.x + h.w * dU;
                    d < oU.y && (d = oU.y);
                    p > oU.y - h.h * dU && (p = oU.y - h.h * dU);
                  }
                  if (!g) {
                    s = f;
                    o = m;
                    a < d && (a = d);
                    l > p && (l = p);
                    r < o && (r = o);
                    c += _;
                  }
                }
                iU.push(o);
                lU = i + 1;
                hU = lU * AU * this._getFontScale();
                lU > 1 && (hU += 0 * (lU - 1));
                rU.width = EU;
                rU.height = CU;
                EU <= 0 && (rU.width = parseFloat(r.toFixed(2)) + 2 * kM.margin);
                CU <= 0 && (rU.height = parseFloat(hU.toFixed(2)) + 2 * kM.margin);
                uU = rU.height;
                _U = 0;
                a > 0 && (uU = rU.height + a);
                l < -hU && (_U = hU + l);
                return !0;
              },
              _getFirstCharLen: () => 1,
              _getFontScale: () => TU === wP.SHRINK ? dU : 1,
              _getFirstWordLen(t, e, i) {
                let s = t.charAt(e);
                if (EM(s) || "\n" === s || CM(s)) return 1;
                let n = 1;
                let r = kM.fontAtlas.getLetterDefinitionForChar(s, kM);
                if (!r) return n;
                let o = r.xAdvance * dU + SU;
                let a = 0;
                for (let l = e + 1; l < i; ++l) {
                  s = t.charAt(l);
                  r = kM.fontAtlas.getLetterDefinitionForChar(s, kM);
                  if (!r) break;
                  a = o + r.offsetX * dU;
                  if (a + r.w * dU > xU && !CM(s) && xU > 0) return n;
                  o += r.xAdvance * dU + SU;
                  if ("\n" === s || CM(s) || EM(s)) break;
                  n++;
                }
                return n;
              },
              _multilineTextWrapByWord() {
                return this._multilineTextWrap(this._getFirstWordLen);
              },
              _multilineTextWrapByChar() {
                return this._multilineTextWrap(this._getFirstCharLen);
              },
              _recordPlaceholderInfo(t, e) {
                if (t >= eU.length) {
                  const t = new qk;
                  eU.push(t);
                }
                eU[t].char = e;
                eU[t].hash = `${e.charCodeAt(0)}${kM.hash}`;
                eU[t].valid = !1;
              },
              _recordLetterInfo(t, e, i, s) {
                if (i >= eU.length) {
                  const t = new qk;
                  eU.push(t);
                }
                const n = `${e.charCodeAt(0)}${kM.hash}`;
                eU[i].line = s;
                eU[i].char = e;
                eU[i].hash = n;
                eU[i].valid = kM.fontAtlas.getLetter(n).valid;
                eU[i].x = t.x;
                eU[i].y = t.y;
              },
              _alignText() {
                hU = 0;
                iU.length = 0;
                this._multilineTextWrapByWord();
                this._computeAlignmentOffset();
                TU === wP.SHRINK && fU > 0 && this._isVerticalClamp() && this._shrinkLabelToContentSize(this._isVerticalClamp);
                this._updateQuads() || TU === wP.SHRINK && this._shrinkLabelToContentSize(this._isHorizontalClamp);
              },
              _scaleFontSizeDown(t) {
                let e = !0;
                if (!t) {
                  t = .1;
                  e = !1;
                }
                fU = t;
                e && this._updateContent();
              },
              _shrinkLabelToContentSize(t) {
                let e = 0;
                let i = 0 | fU;
                let s = 0;
                for (;e < i; ) {
                  s = e + i + 1 >> 1;
                  const n = s;
                  if (n <= 0) break;
                  dU = n / gU;
                  this._multilineTextWrapByWord();
                  this._computeAlignmentOffset();
                  t() ? i = s - 1 : e = s;
                }
                e >= 0 && this._scaleFontSizeDown(e);
              },
              _isVerticalClamp: () => hU > rU.height,
              _isHorizontalClamp() {
                let t = !1;
                for (let e = 0, i = mU.length; e < i; ++e) {
                  const i = eU[e];
                  if (i.valid) {
                    const e = kM.fontAtlas.getLetterDefinitionForChar(i.char, kM);
                    if (!e) continue;
                    const s = i.x + e.w * dU;
                    const n = i.line;
                    if (EU > 0) if (vU) {
                      if (iU[n] > rU.width && (s > rU.width || s < 0)) {
                        t = !0;
                        break;
                      }
                    } else if (s > rU.width) {
                      t = !0;
                      break;
                    }
                  }
                }
                return t;
              },
              _isHorizontalClamped(t, e) {
                const i = iU[e];
                const s = t > rU.width || t < 0;
                return vU ? i > rU.width && s : s;
              },
              _updateQuads() {
                if (!Qk) return !1;
                const t = pU ? pU.texture : kM.fontAtlas.getTexture();
                const e = Qk.renderData;
                e.dataLength = 0;
                e.resize(0, 0);
                const i = $k.anchorPoint;
                const s = rU;
                const n = i.x * s.width;
                const r = i.y * s.height;
                let o = !0;
                for (let e = 0, i = mU.length; e < i; ++e) {
                  const i = eU[e];
                  if (!i.valid) continue;
                  const s = kM.fontAtlas.getLetter(i.hash);
                  if (!s) {
                    console.warn("Can't find letter in this bitmap-font");
                    continue;
                  }
                  Kk.height = s.h;
                  Kk.width = s.w;
                  Kk.x = s.u;
                  Kk.y = s.v;
                  let a = i.y + cU;
                  if (CU > 0) {
                    if (a > uU) {
                      const t = a - uU;
                      Kk.y += t;
                      Kk.height -= t;
                      a -= t;
                    }
                    a - Kk.height * dU < _U && TU === wP.CLAMP && (Kk.height = a < _U ? 0 : (a - _U) / dU);
                  }
                  const l = i.line;
                  const h = i.x + s.w / 2 * dU + sU[l];
                  if (EU > 0 && this._isHorizontalClamped(h, l)) if (TU === wP.CLAMP) Kk.width = 0; else if (TU === wP.SHRINK) {
                    if (rU.width > s.w) {
                      o = !1;
                      break;
                    }
                    Kk.width = 0;
                  }
                  if (Kk.height > 0 && Kk.width > 0) {
                    const e = this._determineRect();
                    const s = i.x + sU[i.line];
                    this.appendQuad(Qk, t, Kk, e, s - n, a - r, dU);
                  }
                }
                const a = e.indexCount;
                this.createQuadIndices(a);
                e.chunk.setIndexBuffer(wU);
                return o;
              },
              createQuadIndices(t) {
                if (t % 6 != 0) {
                  console.error("illegal index count!");
                  return;
                }
                const e = t / 6;
                wU = null;
                wU = new Uint16Array(t);
                let i = 0;
                for (let t = 0; t < e; t++) {
                  wU[i++] = 0 + 4 * t;
                  wU[i++] = 1 + 4 * t;
                  wU[i++] = 2 + 4 * t;
                  wU[i++] = 1 + 4 * t;
                  wU[i++] = 3 + 4 * t;
                  wU[i++] = 2 + 4 * t;
                }
              },
              appendQuad(t, e, i, s, n, r, o) {},
              _determineRect() {
                const t = pU.isRotated();
                const e = pU.getOriginalSize();
                const i = pU.getRect();
                const s = pU.getOffset();
                const n = s.x + (e.width - i.width) / 2;
                const r = s.y - (e.height - i.height) / 2;
                if (t) {
                  const t = Kk.x;
                  Kk.x = i.x + i.height - Kk.y - Kk.height - r;
                  Kk.y = t + i.y - n;
                  Kk.y < 0 && (Kk.height += r);
                } else {
                  Kk.x += i.x - n;
                  Kk.y += i.y + r;
                }
                return t;
              },
              _computeAlignmentOffset() {
                sU.length = 0;
                switch (yU) {
                 case CP.LEFT:
                  for (let t = 0; t < lU; ++t) sU.push(0);
                  break;

                 case CP.CENTER:
                  for (let t = 0, e = iU.length; t < e; t++) sU.push((rU.width - iU[t]) / 2);
                  break;

                 case CP.RIGHT:
                  for (let t = 0, e = iU.length; t < e; t++) sU.push(rU.width - iU[t]);
                }
                cU = rU.height;
                if (bU !== xP.TOP) {
                  const t = rU.height - hU + AU * this._getFontScale() - gU * dU;
                  bU === xP.BOTTOM ? cU -= t : cU -= t / 2;
                }
              },
              _setupBMFontOverflowMetrics() {
                let t = rU.width;
                let e = rU.height;
                TU === wP.RESIZE_HEIGHT && (e = 0);
                if (TU === wP.NONE) {
                  t = 0;
                  e = 0;
                }
                EU = t;
                CU = e;
                nU.width = t;
                nU.height = e;
                xU = t;
              }
            };
            const IU = new Bi(255, 255, 255, 255);
            const MU = {
              createData: t => t.requestRenderData(),
              fillBuffers(t, e) {
                const i = t.node;
                IU.set(t.color);
                IU.a = 255 * i._uiProps.opacity;
                bI(i, 0, t.renderData, IU);
              },
              appendQuad(t, e, i, s, n, r, o) {
                const a = t.renderData;
                if (!a) return;
                const l = a.dataLength;
                a.dataLength += 4;
                a.resize(a.dataLength, a.dataLength / 2 * 3);
                const h = a.data;
                const c = e.width;
                const u = e.height;
                const _ = i.width;
                const d = i.height;
                let p = 0;
                let m = 0;
                let f = 0;
                let g = 0;
                if (s) {
                  p = i.x / c;
                  g = (i.x + d) / c;
                  m = (i.y + _) / u;
                  f = i.y / u;
                  h[l].u = p;
                  h[l].v = f;
                  h[l + 1].u = p;
                  h[l + 1].v = m;
                  h[l + 2].u = g;
                  h[l + 2].v = f;
                  h[l + 3].u = g;
                  h[l + 3].v = m;
                } else {
                  p = i.x / c;
                  g = (i.x + _) / c;
                  m = (i.y + d) / u;
                  f = i.y / u;
                  h[l].u = p;
                  h[l].v = m;
                  h[l + 1].u = g;
                  h[l + 1].v = m;
                  h[l + 2].u = p;
                  h[l + 2].v = f;
                  h[l + 3].u = g;
                  h[l + 3].v = f;
                }
                h[l].x = n;
                h[l].y = r - d * o;
                h[l + 1].x = n + _ * o;
                h[l + 1].y = r - d * o;
                h[l + 2].x = n;
                h[l + 2].y = r;
                h[l + 3].x = n + _ * o;
                h[l + 3].y = r;
              }
            };
            Ot(MU, RU);
            let BU = null;
            const DU = Nt(RU, {
              getAssemblerData() {
                BU || (BU = new VM(1024, 1024));
                return BU.getTexture();
              },
              _updateFontFamily(t) {
                kM.fontAtlas = BU;
                kM.fontFamily = this._getFontFamily(t);
                const e = t.getComponent(ZL);
                if (e && e.enabled) {
                  kM.isOutlined = !0;
                  kM.margin = e.width;
                  kM.out = e.color.clone();
                  kM.out.a = e.color.a * t.color.a / 255;
                } else {
                  kM.isOutlined = !1;
                  kM.margin = 0;
                }
              },
              _getFontFamily(t) {
                let e = "Arial";
                t.useSystemFont ? e = t.fontFamily || "Arial" : t.font && (e = t.font._nativeAsset || "Arial");
                return e;
              },
              _updateLabelInfo(t) {
                kM.fontDesc = this._getFontDesc();
                kM.color = t.color;
                kM.hash = function(t) {
                  const e = t.color.toHEX();
                  let i = "";
                  t.isOutlined && t.margin > 0 && (i = i + t.margin + t.out.toHEX());
                  return "" + t.fontSize + t.fontFamily + e + i;
                }(kM);
              },
              _getFontDesc() {
                let t = `${kM.fontSize.toString()}px `;
                t += kM.fontFamily;
                return t;
              },
              _computeHorizontalKerningForText() {},
              _determineRect: t => !1
            });
            const PU = new Bi(255, 255, 255, 255);
            const OU = {
              createData: t => t.requestRenderData(),
              fillBuffers(t, e) {
                if (!t.renderData) return;
                const i = t.node;
                PU.a = 255 * i._uiProps.opacity;
                bI(i, 0, t.renderData, PU);
              },
              appendQuad: MU.appendQuad
            };
            Ot(OU, DU);
            const NU = IP.Overflow;
            const LU = (1 / 255).toFixed(3);
            let FU = null;
            let VU = null;
            let kU = null;
            let UU = "";
            let GU = "";
            let zU = 0;
            let HU = 0;
            let jU = [];
            const XU = new rs;
            let WU = 0;
            let YU = 0;
            let qU = 0;
            let KU = new Bi;
            let JU = 1;
            let ZU = "";
            let QU = NU.NONE;
            let $U = !1;
            let tG = null;
            const eG = Bi.BLACK.clone();
            let iG = null;
            const sG = Bi.BLACK.clone();
            const nG = new as;
            const rG = rs.ZERO.clone();
            const oG = rs.ZERO.clone();
            const aG = Qi.ZERO.clone();
            const lG = Qi.ZERO.clone();
            let hG = 0;
            let cG = 0;
            let uG = !1;
            let _G = !1;
            let dG = !1;
            const pG = [ "left", "center", "right" ];
            const mG = {
              getAssemblerData: () => IP._canvasPool.get(),
              resetAssemblerData(t) {
                t && IP._canvasPool.put(t);
              },
              updateRenderData(t) {
                if (t.renderData) {
                  if (t.renderData.vertDirty) {
                    const e = t.node._uiProps.uiTransformComp;
                    this._updateFontFamily(t);
                    this._updateProperties(t, e);
                    this._calculateLabelFont();
                    this._updateLabelDimensions();
                    this._updateTexture(t);
                    this._calDynamicAtlas(t);
                    t.actualFontSize = zU;
                    e.setContentSize(XU);
                    this.updateVertexData(t);
                    this.updateUVs(t);
                    t.renderData.vertDirty = !1;
                    t.contentWidth = oG.width;
                    FU = null;
                    VU = null;
                    kU = null;
                  }
                  if (t.spriteFrame) {
                    t.renderData.updateRenderData(t, t.spriteFrame);
                  }
                }
              },
              updateVertexData(t) {},
              updateUVs(t) {},
              _updateFontFamily(t) {
                ZU = t.useSystemFont ? t.fontFamily || "Arial" : t.font && t.font._nativeAsset || "Arial";
              },
              _updateProperties(t, e) {
                const i = t.assemblerData;
                if (i) {
                  FU = i.context;
                  VU = i.canvas;
                  kU = t.spriteFrame;
                  GU = t.string.toString();
                  zU = t.fontSize;
                  HU = zU;
                  QU = t.overflow;
                  oG.width = XU.width = e.width;
                  oG.height = XU.height = e.height;
                  cG = t.underlineHeight;
                  WU = t.lineHeight;
                  YU = t.horizontalAlign;
                  qU = t.verticalAlign;
                  KU = t.color;
                  JU = t.node._uiProps.opacity;
                  uG = t.isBold;
                  _G = t.isItalic;
                  dG = t.isUnderline;
                  $U = QU !== NU.NONE && (QU === NU.RESIZE_HEIGHT || t.enableWrapText);
                  tG = ZL && t.getComponent(ZL);
                  tG = tG && tG.enabled && tG.width > 0 ? tG : null;
                  tG && eG.set(tG.color);
                  iG = tk && t.getComponent(tk);
                  iG = iG && iG.enabled ? iG : null;
                  iG && sG.set(iG.color);
                  this._updatePaddingRect();
                }
              },
              _updatePaddingRect() {
                let t = 0;
                let e = 0;
                let i = 0;
                let s = 0;
                let n = 0;
                rG.width = rG.height = 0;
                if (tG) {
                  n = tG.width;
                  t = e = i = s = n;
                  rG.width = rG.height = 2 * n;
                }
                if (iG) {
                  const r = iG.blur + n;
                  const o = iG.offset.x;
                  const a = iG.offset.y;
                  i = Math.max(i, -o + r);
                  s = Math.max(s, o + r);
                  t = Math.max(t, a + r);
                  e = Math.max(e, -a + r);
                }
                if (_G) {
                  const t = HU * Math.tan(.20943951);
                  s += t;
                  rG.width += t;
                }
                nG.x = i;
                nG.y = t;
                nG.width = i + s;
                nG.height = t + e;
              },
              _calculateFillTextStartPosition() {
                let t = 0;
                YU === CP.RIGHT ? t = XU.width - nG.width : YU === CP.CENTER && (t = (XU.width - nG.width) / 2);
                const e = this._getLineHeight() * (jU.length - 1);
                let i = zU * (1 - pM / 2);
                if (qU !== xP.TOP) {
                  let t = e + nG.height + zU - XU.height;
                  if (qU === xP.BOTTOM) {
                    t += pM / 2 * zU;
                    i -= t;
                  } else i -= t / 2;
                }
                i += 0 * zU;
                aG.set(t + nG.x, i + nG.y);
              },
              _updateTexture(t) {
                if (!FU || !VU) return;
                FU.clearRect(0, 0, VU.width, VU.height);
                FU.font = UU;
                this._calculateFillTextStartPosition();
                const e = this._getLineHeight();
                FU.lineJoin = "round";
                if (tG) {
                  FU.fillStyle = `rgba(${eG.r}, ${eG.g}, ${eG.b}, ${LU})`;
                  FU.fillRect(0, 0, VU.width, VU.height);
                } else if (t._srcBlendFactor === Ls.SRC_ALPHA) {
                  FU.fillStyle = `rgba(${KU.r}, ${KU.g}, ${KU.b}, ${LU})`;
                  FU.fillRect(0, 0, VU.width, VU.height);
                }
                FU.fillStyle = `rgb(${KU.r}, ${KU.g}, ${KU.b})`;
                const i = aG.x;
                let s = 0;
                this._drawTextEffect(aG, e);
                for (let t = 0; t < jU.length; ++t) {
                  s = aG.y + t * e;
                  tG && FU.strokeText(jU[t], i, s);
                  FU.fillText(jU[t], i, s);
                }
                iG && (FU.shadowColor = "transparent");
                this._uploadTexture(t);
              },
              _uploadTexture(t) {
                if (t.cacheMode === IP.CacheMode.BITMAP) {
                  const e = t.ttfSpriteFrame;
                  EI.deleteAtlasSpriteFrame(e);
                  e._resetDynamicAtlasFrame();
                }
                if (kU && VU) {
                  let e;
                  e = kU instanceof GI ? kU.texture : kU;
                  if (0 !== VU.width && 0 !== VU.height) {
                    e.reset({
                      width: VU.width,
                      height: VU.height,
                      mipmapLevel: 1
                    });
                    e.uploadData(VU);
                    e.setWrapMode(Zp.CLAMP_TO_EDGE, Zp.CLAMP_TO_EDGE);
                    if (kU instanceof GI) {
                      kU.rect = new as(0, 0, VU.width, VU.height);
                      kU._calculateUV();
                    }
                    t.renderData && (t.renderData.textureDirty = !0);
                    m.director.root && m.director.root.batcher2D && m.director.root.batcher2D._releaseDescriptorSetCache(e.getGFXTexture(), e.getGFXSampler());
                  }
                }
              },
              _calDynamicAtlas(t) {
                if (t.cacheMode !== IP.CacheMode.BITMAP || !VU || VU.width <= 0 || VU.height <= 0) return;
                const e = t.ttfSpriteFrame;
                EI.packToDynamicAtlas(t, e);
              },
              _setupOutline() {
                FU.strokeStyle = `rgba(${eG.r}, ${eG.g}, ${eG.b}, ${eG.a / 255})`;
                FU.lineWidth = 2 * tG.width;
              },
              _setupShadow() {
                FU.shadowColor = `rgba(${sG.r}, ${sG.g}, ${sG.b}, ${sG.a / 255})`;
                FU.shadowBlur = iG.blur;
                FU.shadowOffsetX = iG.offset.x;
                FU.shadowOffsetY = -iG.offset.y;
              },
              _drawTextEffect(t, e) {
                if (!iG && !tG && !dG) return;
                const i = jU.length > 1 && iG;
                const s = this._measureText(FU, UU);
                let n = 0;
                let r = 0;
                iG && this._setupShadow();
                tG && this._setupOutline();
                for (let o = 0; o < jU.length; ++o) {
                  n = t.x;
                  r = t.y + o * e;
                  if (i) {
                    tG && FU.strokeText(jU[o], n, r);
                    FU.fillText(jU[o], n, r);
                  }
                  if (dG) {
                    hG = s(jU[o]);
                    YU === CP.RIGHT ? lG.x = t.x - hG : YU === CP.CENTER ? lG.x = t.x - hG / 2 : lG.x = t.x;
                    lG.y = r + HU / 8;
                    FU.fillRect(lG.x, lG.y, hG, cG);
                  }
                }
                i && (FU.shadowColor = "transparent");
              },
              _updateLabelDimensions() {
                XU.width = Math.min(XU.width, 2048);
                XU.height = Math.min(XU.height, 2048);
                let t = !1;
                if (VU.width !== XU.width) {
                  VU.width = XU.width;
                  t = !0;
                }
                if (VU.height !== XU.height) {
                  VU.height = XU.height;
                  t = !0;
                }
                t && (FU.font = UU);
                FU.textAlign = pG[YU];
                FU.textBaseline = "alphabetic";
              },
              _getFontDesc() {
                let t = `${zU.toString()}px `;
                t += ZU;
                uG && (t = `bold ${t}`);
                _G && (t = `italic ${t}`);
                return t;
              },
              _getLineHeight() {
                let t = WU;
                t = 0 === t ? zU : t * zU / HU;
                return 0 | t;
              },
              _calculateParagraphLength(t, e) {
                const i = [];
                for (const s of t) {
                  const t = xM(e, s, UU);
                  i.push(t);
                }
                return i;
              },
              _measureText: (t, e) => i => xM(t, i, e),
              _calculateShrinkFont(t) {
                if (!FU) return;
                const e = this._calculateParagraphLength(t, FU);
                let i = 0;
                let s = 0;
                let n = 0;
                if ($U) {
                  const e = oG.width;
                  const n = oG.height;
                  if (e < 0 || n < 0) return;
                  s = n + 1;
                  let r = [];
                  let o = 0;
                  let a = 0 | zU + 1;
                  let l = 0;
                  for (;o < a; ) {
                    l = o + a + 1 >> 1;
                    if (l <= 0) {
                      P(4003);
                      break;
                    }
                    zU = l;
                    UU = this._getFontDesc();
                    FU.font = UU;
                    const h = this._getLineHeight();
                    s = 0;
                    for (i = 0; i < t.length; ++i) {
                      const n = xM(FU, t[i], UU);
                      r = MM(t[i], n, e, this._measureText(FU, UU));
                      s += r.length * h;
                    }
                    s > n ? a = l - 1 : o = l;
                  }
                  if (0 === o) P(4003); else {
                    zU = o;
                    UU = this._getFontDesc();
                    FU.font = UU;
                  }
                } else {
                  s = t.length * this._getLineHeight();
                  for (i = 0; i < t.length; ++i) n < e[i] && (n = e[i]);
                  const r = (XU.width - nG.width) / n;
                  const o = XU.height / s;
                  zU = HU * Math.min(1, r, o) | 0;
                  UU = this._getFontDesc();
                  FU.font = UU;
                }
              },
              _calculateWrapText(t) {
                if (!$U || !FU) return;
                jU = [];
                const e = oG.width;
                for (let i = 0; i < t.length; ++i) {
                  const s = xM(FU, t[i], UU);
                  const n = MM(t[i], s, e, this._measureText(FU, UU));
                  jU = jU.concat(n);
                }
              },
              _calculateLabelFont() {
                if (!FU) return;
                const t = GU.split("\n");
                jU = t;
                UU = this._getFontDesc();
                FU.font = UU;
                switch (QU) {
                 case NU.NONE:
                  {
                    let e = 0;
                    let i = 0;
                    for (let i = 0; i < t.length; ++i) {
                      const s = xM(FU, t[i], UU);
                      e = e > s ? e : s;
                    }
                    i = (jU.length + pM) * this._getLineHeight();
                    const s = parseFloat(e.toFixed(2));
                    const n = parseFloat(i.toFixed(2));
                    XU.width = s + nG.width;
                    XU.height = n + nG.height;
                    oG.width = s + rG.width;
                    oG.height = n + rG.height;
                    break;
                  }

                 case NU.SHRINK:
                  this._calculateShrinkFont(t);
                  this._calculateWrapText(t);
                  break;

                 case NU.CLAMP:
                  this._calculateWrapText(t);
                  break;

                 case NU.RESIZE_HEIGHT:
                  {
                    this._calculateWrapText(t);
                    const e = (jU.length + pM) * this._getLineHeight();
                    XU.height = e + nG.height;
                    oG.height = e + rG.height;
                    break;
                  }
                }
              }
            };
            const fG = Bi.WHITE.clone();
            const gG = Uint16Array.from([ 0, 1, 2, 1, 3, 2 ]);
            const yG = {
              createData(t) {
                const e = t.requestRenderData();
                e.dataLength = 4;
                e.resize(4, 6);
                const i = e.chunk.vb;
                i[3] = i[21] = i[22] = i[31] = 0;
                i[4] = i[12] = i[13] = i[30] = 1;
                let s = 5;
                for (let t = 0; t < 4; t++) {
                  Bi.toArray(i, fG, s);
                  s += 9;
                }
                e.vertexRow = 2;
                e.vertexCol = 2;
                e.chunk.setIndexBuffer(gG);
                return e;
              },
              fillBuffers(t, e) {
                const i = t.renderData;
                const s = i.chunk;
                const n = i.data;
                const r = t.node;
                const o = s.vb;
                const a = r.worldMatrix;
                const l = i.floatStride;
                let h = 0;
                const c = n.length;
                for (let t = 0; t < c; t++) {
                  const e = n[t];
                  const i = e.x;
                  const s = e.y;
                  let r = a.m03 * i + a.m07 * s + a.m15;
                  r = r ? Math.abs(1 / r) : 1;
                  h = t * l;
                  o[h + 0] = (a.m00 * i + a.m04 * s + a.m12) * r;
                  o[h + 1] = (a.m01 * i + a.m05 * s + a.m13) * r;
                  o[h + 2] = (a.m02 * i + a.m06 * s + a.m14) * r;
                }
                const u = s.vertexOffset;
                const _ = s.meshBuffer;
                const d = s.meshBuffer.iData;
                let p = _.indexOffset;
                d[p++] = u;
                d[p++] = u + 1;
                d[p++] = u + 2;
                d[p++] = u + 2;
                d[p++] = u + 1;
                d[p++] = u + 3;
                _.indexOffset += 6;
              },
              updateVertexData(t) {
                const e = t.renderData;
                if (!e) return;
                const i = t.node._uiProps.uiTransformComp;
                const s = i.width;
                const n = i.height;
                const r = i.anchorX * s;
                const o = i.anchorY * n;
                const a = e.data;
                a[0].x = -r;
                a[0].y = -o;
                a[1].x = s - r;
                a[1].y = -o;
                a[2].x = -r;
                a[2].y = n - o;
                a[3].x = s - r;
                a[3].y = n - o;
              },
              updateUVs(t) {
                const e = t.renderData;
                if (!e || !t.ttfSpriteFrame) return;
                const i = e.chunk.vb;
                const s = t.ttfSpriteFrame.uv;
                i[3] = s[0];
                i[4] = s[1];
                i[12] = s[2];
                i[13] = s[3];
                i[21] = s[4];
                i[22] = s[5];
                i[30] = s[6];
                i[31] = s[7];
              },
              updateColor(t) {}
            };
            Ot(yG, mG);
            const bG = t("labelAssembler", {
              getAssembler(t) {
                let e = yG;
                t.font instanceof uM ? e = MU : t.cacheMode === IP.CacheMode.CHAR && (e = OU);
                return e;
              }
            });
            IP.Assembler = bG;
            const SG = cL.FillType;
            const AG = new qi;
            const TG = Uint16Array.from([ 0, 1, 2, 1, 3, 2 ]);
            const vG = {
              updateRenderData(t) {
                const e = t.spriteFrame;
                EI.packToDynamicAtlas(t, e);
                const i = t.renderData;
                if (i && e) {
                  if (!i.vertDirty) return;
                  let s = t.fillStart;
                  let n = t.fillRange;
                  if (n < 0) {
                    s += n;
                    n = -n;
                  }
                  n = s + n;
                  s = s > 1 ? 1 : s;
                  s = s < 0 ? 0 : s;
                  n = n > 1 ? 1 : n;
                  n = n < 0 ? 0 : n;
                  n -= s;
                  n = n < 0 ? 0 : n;
                  let r = s + n;
                  r = r > 1 ? 1 : r;
                  this.updateUVs(t, s, r);
                  this.updateVertexData(t, s, r);
                  i.updateRenderData(t, e);
                }
              },
              updateUVs(t, e, i) {
                const s = t.spriteFrame;
                const n = t.renderData.chunk.vb;
                const r = s.width;
                const o = s.height;
                const a = s.rect;
                let l = 0;
                let h = 0;
                let c = 0;
                let u = 0;
                let _ = 0;
                let d = 0;
                let p = 0;
                let m = 0;
                let f = 0;
                let g = 0;
                let y = 0;
                let b = 0;
                if (s.isRotated()) {
                  l = a.x / r;
                  h = (a.y + a.width) / o;
                  c = (a.x + a.height) / r;
                  u = a.y / o;
                  _ = p = l;
                  f = y = c;
                  m = b = h;
                  d = g = u;
                } else {
                  l = a.x / r;
                  h = (a.y + a.height) / o;
                  c = (a.x + a.width) / r;
                  u = a.y / o;
                  _ = f = l;
                  p = y = c;
                  d = m = h;
                  g = b = u;
                }
                switch (t.fillType) {
                 case SG.HORIZONTAL:
                  n[3] = _ + (p - _) * e;
                  n[4] = d + (m - d) * e;
                  n[12] = _ + (p - _) * i;
                  n[13] = d + (m - d) * i;
                  n[21] = f + (y - f) * e;
                  n[22] = g + (b - g) * e;
                  n[30] = f + (y - f) * i;
                  n[31] = g + (b - g) * i;
                  break;

                 case SG.VERTICAL:
                  n[3] = _ + (f - _) * e;
                  n[4] = d + (g - d) * e;
                  n[12] = p + (y - p) * e;
                  n[13] = m + (b - m) * e;
                  n[21] = _ + (f - _) * i;
                  n[22] = d + (g - d) * i;
                  n[30] = p + (y - p) * i;
                  n[31] = m + (b - m) * i;
                  break;

                 default:
                  F(2626);
                }
              },
              updateVertexData(t, e, i) {
                const s = t.renderData.data;
                const n = t.node._uiProps.uiTransformComp;
                const r = n.width;
                const o = n.height;
                const a = n.anchorX * r;
                const l = n.anchorY * o;
                let h = -a;
                let c = -l;
                let u = r - a;
                let _ = o - l;
                let d = 0;
                let p = 0;
                switch (t.fillType) {
                 case SG.HORIZONTAL:
                  d = h + (u - h) * e;
                  p = h + (u - h) * i;
                  h = d;
                  u = p;
                  break;

                 case SG.VERTICAL:
                  d = c + (_ - c) * e;
                  p = c + (_ - c) * i;
                  c = d;
                  _ = p;
                  break;

                 default:
                  F(2626);
                }
                s[0].x = h;
                s[0].y = c;
                s[1].x = u;
                s[1].y = c;
                s[2].x = h;
                s[2].y = _;
                s[3].x = u;
                s[3].y = _;
              },
              createData(t) {
                const e = t.requestRenderData();
                e.dataLength = 4;
                e.resize(4, 6);
                e.vertexRow = 2;
                e.vertexCol = 2;
                e.chunk.setIndexBuffer(TG);
                const i = e.data;
                for (const t of i) t.z = 0;
                return e;
              },
              updateWorldVertexData(t, e) {
                t.node.getWorldMatrix(AG);
                const i = t.renderData.floatStride;
                const s = t.renderData.data;
                const n = e.vb;
                let r = 0;
                for (let t = 0; t < 4; t++) {
                  const e = s[t];
                  const o = e.x;
                  const a = e.y;
                  let l = AG.m03 * o + AG.m07 * a + AG.m15;
                  l = l ? Math.abs(1 / l) : 1;
                  r = t * i;
                  n[r] = (AG.m00 * o + AG.m04 * a + AG.m12) * l;
                  n[r + 1] = (AG.m01 * o + AG.m05 * a + AG.m13) * l;
                  n[r + 2] = (AG.m02 * o + AG.m06 * a + AG.m14) * l;
                }
              },
              fillBuffers(t, e) {
                const i = t.renderData;
                const s = i.chunk;
                if (t.node.hasChangedFlags || i.vertDirty) {
                  this.updateWorldVertexData(t, s);
                  i.vertDirty = !1;
                }
                s.bufferId;
                const n = s.vertexOffset;
                const r = s.meshBuffer;
                const o = s.meshBuffer.iData;
                let a = r.indexOffset;
                o[a++] = n;
                o[a++] = n + 1;
                o[a++] = n + 2;
                o[a++] = n + 2;
                o[a++] = n + 1;
                o[a++] = n + 3;
                r.indexOffset += 6;
              },
              updateColor(t) {
                const e = t.renderData;
                const i = e.chunk.vb;
                const s = e.floatStride;
                let n = 5;
                const r = t.color;
                const o = r.r / 255;
                const a = r.g / 255;
                const l = r.b / 255;
                const h = t.node._uiProps.opacity;
                for (let t = 0; t < 4; t++) {
                  i[n] = o;
                  i[n + 1] = a;
                  i[n + 2] = l;
                  i[n + 3] = h;
                  n += s;
                }
              }
            };
            const EG = 2 * Math.PI;
            const CG = 1e-6;
            const xG = new qi;
            const wG = [ new Qi, new Qi, new Qi, new Qi ];
            const RG = new Array(4);
            const IG = new Array(8);
            const MG = [ new Qi, new Qi, new Qi, new Qi ];
            const BG = [ new Qi, new Qi, new Qi, new Qi ];
            const DG = new Qi;
            const PG = [ new Qi, new Qi, new Qi, new Qi ];
            let OG;
            function NG(t, e, i, s, n, r, o) {
              let a = Math.sin(r);
              a = Math.abs(a) > CG ? a : 0;
              let l = Math.cos(r);
              l = Math.abs(l) > CG ? l : 0;
              let h = 0;
              let c = 0;
              if (0 !== l) {
                h = a / l;
                if ((t - n.x) * l > 0) {
                  const e = n.y + h * (t - n.x);
                  o[0].x = t;
                  o[0].y = e;
                }
                if ((e - n.x) * l > 0) {
                  const t = n.y + h * (e - n.x);
                  o[2].x = e;
                  o[2].y = t;
                }
              }
              if (0 !== a) {
                c = l / a;
                if ((s - n.y) * a > 0) {
                  const t = n.x + c * (s - n.y);
                  o[3].x = t;
                  o[3].y = s;
                }
                if ((i - n.y) * a > 0) {
                  const t = n.x + c * (i - n.y);
                  o[1].x = t;
                  o[1].y = i;
                }
              }
            }
            function LG(t, e) {
              const i = e.x - t.x;
              const s = e.y - t.y;
              if (0 === i && 0 === s) return 0;
              if (0 === i) return s > 0 ? .5 * Math.PI : 1.5 * Math.PI;
              {
                let t = Math.atan(s / i);
                i < 0 && (t += Math.PI);
                return t;
              }
            }
            function FG(t, e, i, s, n) {
              const r = RG;
              const o = r[0];
              const a = r[1];
              const l = r[2];
              const h = r[3];
              t[e].x = i.x;
              t[e].y = i.y;
              t[e + 1].x = s.x;
              t[e + 1].y = s.y;
              t[e + 2].x = n.x;
              t[e + 2].y = n.y;
              let c = 0;
              let u = 0;
              c = (i.x - o) / (l - o);
              u = (i.y - a) / (h - a);
              VG(c, u, t, e);
              c = (s.x - o) / (l - o);
              u = (s.y - a) / (h - a);
              VG(c, u, t, e + 1);
              c = (n.x - o) / (l - o);
              u = (n.y - a) / (h - a);
              VG(c, u, t, e + 2);
            }
            function VG(t, e, i, s) {
              const n = IG;
              const r = n[0] + (n[2] - n[0]) * t;
              const o = n[4] + (n[6] - n[4]) * t;
              const a = n[1] + (n[3] - n[1]) * t;
              const l = n[5] + (n[7] - n[5]) * t;
              const h = i[s];
              h.u = r + (o - r) * e;
              h.v = a + (l - a) * e;
            }
            const kG = {
              useModel: !1,
              createData: t => t.requestRenderData(),
              updateRenderData(t) {
                const e = t.spriteFrame;
                EI.packToDynamicAtlas(t, e);
                this.updateUVs(t);
                const i = t.renderData;
                if (i && e) {
                  if (!i.vertDirty) return;
                  const s = i.data;
                  let n = t.fillStart;
                  let r = t.fillRange;
                  if (r < 0) {
                    n += r;
                    r = -r;
                  }
                  for (;n >= 1; ) n -= 1;
                  for (;n < 0; ) n += 1;
                  n *= EG;
                  r *= EG;
                  const o = n + r;
                  !function(t) {
                    const e = t.node._uiProps.uiTransformComp;
                    const i = e.width;
                    const s = e.height;
                    const n = e.anchorX * i;
                    const r = e.anchorY * s;
                    const o = -n;
                    const a = -r;
                    const l = i - n;
                    const h = s - r;
                    const c = RG;
                    c[0] = o;
                    c[1] = a;
                    c[2] = l;
                    c[3] = h;
                    const u = t.fillCenter;
                    const _ = DG.x = Math.min(Math.max(0, u.x), 1) * (l - o) + o;
                    const d = DG.y = Math.min(Math.max(0, u.y), 1) * (h - a) + a;
                    wG[0].x = wG[3].x = o;
                    wG[1].x = wG[2].x = l;
                    wG[0].y = wG[1].y = a;
                    wG[2].y = wG[3].y = h;
                    for (const t of PG) Qi.set(t, 0, 0);
                    _ !== c[0] && Qi.set(PG[0], 3, 0);
                    _ !== c[2] && Qi.set(PG[2], 1, 2);
                    d !== c[1] && Qi.set(PG[1], 0, 1);
                    d !== c[3] && Qi.set(PG[3], 2, 3);
                  }(t);
                  !function(t) {
                    const e = t.width;
                    const i = t.height;
                    const s = t.getRect();
                    let n = 0;
                    let r = 0;
                    let o = 0;
                    let a = 0;
                    const l = IG;
                    if (t.isRotated()) {
                      n = s.x / e;
                      r = (s.x + s.height) / e;
                      o = s.y / i;
                      a = (s.y + s.width) / i;
                      l[0] = l[2] = n;
                      l[4] = l[6] = r;
                      l[3] = l[7] = a;
                      l[1] = l[5] = o;
                    } else {
                      n = s.x / e;
                      r = (s.x + s.width) / e;
                      o = s.y / i;
                      a = (s.y + s.height) / i;
                      l[0] = l[4] = n;
                      l[2] = l[6] = r;
                      l[1] = l[3] = a;
                      l[5] = l[7] = o;
                    }
                  }(e);
                  NG(RG[0], RG[2], RG[1], RG[3], DG, n, MG);
                  NG(RG[0], RG[2], RG[1], RG[3], DG, n + r, BG);
                  let a = 0;
                  for (let t = 0; t < 4; ++t) {
                    const e = PG[t];
                    if (!e) continue;
                    if (r >= EG) {
                      i.dataLength = a + 3;
                      FG(s, a, DG, wG[e.x], wG[e.y]);
                      a += 3;
                      continue;
                    }
                    let l = LG(DG, wG[e.x]);
                    let h = LG(DG, wG[e.y]);
                    h < l && (h += EG);
                    l -= EG;
                    h -= EG;
                    for (let r = 0; r < 3; ++r) {
                      if (l >= o) ; else if (l >= n) {
                        i.dataLength = a + 3;
                        FG(s, a, DG, wG[e.x], h >= o ? BG[t] : wG[e.y]);
                        a += 3;
                      } else if (h > n) if (h <= o) {
                        i.dataLength = a + 3;
                        FG(s, a, DG, MG[t], wG[e.y]);
                        a += 3;
                      } else {
                        i.dataLength = a + 3;
                        FG(s, a, DG, MG[t], BG[t]);
                        a += 3;
                      }
                      l += EG;
                      h += EG;
                    }
                  }
                  0 === a && (i.dataLength = 0);
                  i.resize(a, a);
                  {
                    const e = i.indexCount;
                    this.createQuadIndices(e);
                    i.chunk.setIndexBuffer(OG);
                    this.updateWorldUVData(t);
                    t.renderEntity.colorDirty = !0;
                  }
                  i.updateRenderData(t, e);
                }
              },
              createQuadIndices(t) {
                OG = null;
                OG = new Uint16Array(t);
                let e = 0;
                for (let i = 0; i < t; i++) OG[e++] = i;
              },
              fillBuffers(t, e) {
                const i = t.node;
                const s = t.renderData;
                const n = s.chunk;
                if (i.hasChangedFlags || s.vertDirty) {
                  this.updateWorldVertexAndUVData(t, n);
                  s.vertDirty = !1;
                }
                this.updateColorLate(t);
                n.bufferId;
                const r = n.vertexOffset;
                const o = n.meshBuffer;
                const a = n.meshBuffer.iData;
                const l = o.indexOffset;
                for (let t = 0; t < s.indexCount; t++) a[l + t] = r + t;
                o.indexOffset += s.indexCount;
                o.setDirty();
              },
              updateWorldUVData(t, e) {
                const i = t.renderData;
                const s = i.floatStride;
                const n = i.data;
                const r = i.chunk.vb;
                for (let t = 0; t < n.length; t++) {
                  const e = t * s;
                  r[e + 3] = n[t].u;
                  r[e + 4] = n[t].v;
                }
              },
              updateWorldVertexAndUVData(t, e) {
                t.node.getWorldMatrix(xG);
                const i = t.renderData;
                const s = i.floatStride;
                const n = t.renderData.data;
                const r = e.vb;
                const o = i.vertexCount;
                let a = 0;
                for (let t = 0; t < o; t++) {
                  const e = n[t];
                  const i = e.x;
                  const o = e.y;
                  let l = xG.m03 * i + xG.m07 * o + xG.m15;
                  l = l ? Math.abs(1 / l) : 1;
                  r[a + 0] = (xG.m00 * i + xG.m04 * o + xG.m12) * l;
                  r[a + 1] = (xG.m01 * i + xG.m05 * o + xG.m13) * l;
                  r[a + 2] = (xG.m02 * i + xG.m06 * o + xG.m14) * l;
                  r[a + 3] = e.u;
                  r[a + 4] = e.v;
                  a += s;
                }
              },
              updateUVs(t) {
                t.renderData.vertDirty = !0;
                t.markForUpdateRenderData();
              },
              updateColorLate(t) {
                const e = t.renderData;
                const i = e.chunk.vb;
                const s = e.floatStride;
                const n = e.vertexCount;
                let r = 5;
                const o = t.color;
                const a = o.r / 255;
                const l = o.g / 255;
                const h = o.b / 255;
                const c = t.node._uiProps.opacity;
                for (let t = 0; t < n; t++) {
                  i[r] = a;
                  i[r + 1] = l;
                  i[r + 2] = h;
                  i[r + 3] = c;
                  r += s;
                }
              },
              updateColor(t) {}
            };
            const UG = Uint16Array.from([ 0, 1, 2, 1, 3, 2 ]);
            const GG = {
              createData(t) {
                const e = t.requestRenderData();
                e.dataLength = 4;
                e.resize(4, 6);
                e.vertexRow = 2;
                e.vertexCol = 2;
                e.chunk.setIndexBuffer(UG);
                return e;
              },
              updateRenderData(t) {
                const e = t.spriteFrame;
                EI.packToDynamicAtlas(t, e);
                this.updateUVs(t);
                const i = t.renderData;
                if (i && e) {
                  i.vertDirty && this.updateVertexData(t);
                  i.updateRenderData(t, e);
                }
              },
              updateWorldVerts(t, e) {
                const i = t.renderData;
                const s = e.vb;
                const n = i.data;
                const r = t.node.worldMatrix;
                const o = i.floatStride;
                let a = 0;
                const l = n.length;
                for (let t = 0; t < l; t++) {
                  const e = n[t];
                  const i = e.x;
                  const l = e.y;
                  let h = r.m03 * i + r.m07 * l + r.m15;
                  h = h ? Math.abs(1 / h) : 1;
                  a = t * o;
                  s[a + 0] = (r.m00 * i + r.m04 * l + r.m12) * h;
                  s[a + 1] = (r.m01 * i + r.m05 * l + r.m13) * h;
                  s[a + 2] = (r.m02 * i + r.m06 * l + r.m14) * h;
                }
              },
              fillBuffers(t, e) {
                if (null === t) return;
                const i = t.renderData;
                const s = i.chunk;
                if (t.node.hasChangedFlags || i.vertDirty) {
                  this.updateWorldVerts(t, s);
                  i.vertDirty = !1;
                }
                s.bufferId;
                const n = s.vertexOffset;
                const r = s.meshBuffer;
                const o = s.meshBuffer.iData;
                let a = r.indexOffset;
                for (let t = 0; t < i.vertexRow - 1; t++) for (let e = 0; e < i.vertexCol - 1; e++) {
                  const s = n + t * i.vertexCol + e;
                  o[a++] = s;
                  o[a++] = s + 1;
                  o[a++] = s + i.vertexCol;
                  o[a++] = s + 1;
                  o[a++] = s + 1 + i.vertexCol;
                  o[a++] = s + i.vertexCol;
                  r.indexOffset += 6;
                }
              },
              updateVertexData(t) {
                const e = t.renderData;
                if (!e) return;
                const i = t.node._uiProps.uiTransformComp;
                const s = e.data;
                const n = i.width;
                const r = i.height;
                const o = i.anchorX * n;
                const a = i.anchorY * r;
                let l = 0;
                let h = 0;
                let c = 0;
                let u = 0;
                if (t.trim) {
                  l = -o;
                  h = -a;
                  c = n - o;
                  u = r - a;
                } else {
                  const e = t.spriteFrame;
                  const i = e.originalSize;
                  const s = n / i.width;
                  const _ = r / i.height;
                  const d = e.trimmedBorder;
                  l = d.x * s - o;
                  h = d.z * _ - a;
                  c = n + d.y * s - o;
                  u = r + d.w * _ - a;
                }
                s[0].x = l;
                s[0].y = h;
                s[1].x = c;
                s[1].y = h;
                s[2].x = l;
                s[2].y = u;
                s[3].x = c;
                s[3].y = u;
                e.vertDirty = !0;
              },
              updateUVs(t) {
                if (!t.spriteFrame) return;
                const e = t.renderData.chunk.vb;
                const i = t.spriteFrame.uv;
                e[3] = i[0];
                e[4] = i[1];
                e[12] = i[2];
                e[13] = i[3];
                e[21] = i[4];
                e[22] = i[5];
                e[30] = i[6];
                e[31] = i[7];
              },
              updateColor(t) {
                const e = t.renderData;
                const i = e.chunk.vb;
                let s = 5;
                const n = t.color;
                const r = n.r / 255;
                const o = n.g / 255;
                const a = n.b / 255;
                const l = n.a / 255;
                for (let t = 0; t < 4; t++, s += e.floatStride) {
                  i[s] = r;
                  i[s + 1] = o;
                  i[s + 2] = a;
                  i[s + 3] = l;
                }
              }
            };
            const zG = new qi;
            const HG = [];
            for (let t = 0; t < 4; t++) HG.push({
              x: 0,
              y: 0,
              z: 0,
              u: 0,
              v: 0,
              color: new Bi
            });
            const jG = {
              createData(t) {
                const e = t.requestRenderData();
                e.dataLength = 16;
                e.resize(16, 54);
                e.vertexRow = 4;
                e.vertexCol = 4;
                this.QUAD_INDICES = new Uint16Array(54);
                this.createQuadIndices(4, 4);
                e.chunk.setIndexBuffer(this.QUAD_INDICES);
                return e;
              },
              createQuadIndices(t, e) {
                let i = 0;
                for (let s = 0; s < t - 1; s++) for (let t = 0; t < e - 1; t++) {
                  const n = s * e + t;
                  this.QUAD_INDICES[i++] = n;
                  this.QUAD_INDICES[i++] = n + 1;
                  this.QUAD_INDICES[i++] = n + e;
                  this.QUAD_INDICES[i++] = n + 1;
                  this.QUAD_INDICES[i++] = n + 1 + e;
                  this.QUAD_INDICES[i++] = n + e;
                }
              },
              updateRenderData(t) {
                const e = t.spriteFrame;
                EI.packToDynamicAtlas(t, e);
                this.updateUVs(t);
                const i = t.renderData;
                if (i && e) {
                  i.vertDirty && this.updateVertexData(t);
                  i.updateRenderData(t, e);
                }
              },
              updateVertexData(t) {
                const e = t.renderData;
                const i = e.data;
                const s = t.node._uiProps.uiTransformComp;
                const n = s.width;
                const r = s.height;
                const o = s.anchorX * n;
                const a = s.anchorY * r;
                const l = t.spriteFrame;
                const h = l.insetLeft;
                const c = l.insetRight;
                const u = l.insetTop;
                const _ = l.insetBottom;
                let d = n - h - c;
                let p = r - u - _;
                let m = n / (h + c);
                let f = r / (u + _);
                m = Number.isNaN(m) || m > 1 ? 1 : m;
                f = Number.isNaN(f) || f > 1 ? 1 : f;
                d = d < 0 ? 0 : d;
                p = p < 0 ? 0 : p;
                HG[0].x = -o;
                HG[0].y = -a;
                HG[1].x = h * m - o;
                HG[1].y = _ * f - a;
                HG[2].x = HG[1].x + d;
                HG[2].y = HG[1].y + p;
                HG[3].x = n - o;
                HG[3].y = r - a;
                for (let t = 0; t < e.vertexRow; t++) for (let s = 0; s < e.vertexCol; s++) {
                  const n = t * e.vertexCol + s;
                  if (n < e.dataLength && t < HG.length && s < HG.length) {
                    i[n].x = HG[s].x;
                    i[n].y = HG[t].y;
                  }
                }
              },
              fillBuffers(t, e) {
                const i = t.renderData;
                const s = i.chunk;
                if (t.node.hasChangedFlags || i.vertDirty) {
                  this.updateWorldVertexData(t, s);
                  i.vertDirty = !1;
                }
                s.bufferId;
                const n = s.vertexOffset;
                const r = s.meshBuffer;
                const o = s.meshBuffer.iData;
                let a = r.indexOffset;
                for (let t = 0; t < 3; ++t) for (let e = 0; e < 3; ++e) {
                  const i = n + 4 * t + e;
                  o[a++] = i;
                  o[a++] = i + 1;
                  o[a++] = i + 4;
                  o[a++] = i + 1;
                  o[a++] = i + 5;
                  o[a++] = i + 4;
                }
                r.indexOffset = a;
              },
              updateWorldVertexData(t, e) {
                t.node.getWorldMatrix(zG);
                const i = t.renderData;
                const s = i.floatStride;
                const n = i.data;
                const r = e.vb;
                let o = 0;
                for (let t = 0; t < 4; ++t) {
                  const e = n[4 * t];
                  for (let i = 0; i < 4; ++i) {
                    const a = n[i].x;
                    const l = e.y;
                    let h = zG.m03 * a + zG.m07 * l + zG.m15;
                    h = h ? Math.abs(1 / h) : 1;
                    o = (4 * t + i) * s;
                    r[o + 0] = (zG.m00 * a + zG.m04 * l + zG.m12) * h;
                    r[o + 1] = (zG.m01 * a + zG.m05 * l + zG.m13) * h;
                    r[o + 2] = (zG.m02 * a + zG.m06 * l + zG.m14) * h;
                  }
                }
              },
              updateUVs(t) {
                if (!t.spriteFrame) return;
                const e = t.renderData;
                const i = e.chunk.vb;
                const s = e.floatStride;
                const n = t.spriteFrame.uvSliced;
                let r = 3;
                for (let t = 0; t < 16; t++) {
                  i[r] = n[t].u;
                  i[r + 1] = n[t].v;
                  r += s;
                }
              },
              updateColor(t) {
                const e = t.renderData;
                const i = e.chunk.vb;
                const s = e.floatStride;
                let n = 5;
                const r = t.color;
                const o = r.r / 255;
                const a = r.g / 255;
                const l = r.b / 255;
                const h = t.node._uiProps.opacity;
                for (let t = 0; t < 16; t++) {
                  i[n] = o;
                  i[n + 1] = a;
                  i[n + 2] = l;
                  i[n + 3] = h;
                  n += s;
                }
              }
            };
            const XG = new qi;
            let WG;
            let YG;
            let qG;
            let KG;
            let JG;
            let ZG;
            let QG;
            let $G = 0;
            const tz = [];
            let ez;
            function iz(t) {
              return t && (t.insetTop > 0 || t.insetBottom > 0 || t.insetLeft > 0 || t.insetRight > 0) ? 2 : 0;
            }
            const sz = {
              createData: t => t.requestRenderData(),
              updateRenderData(t) {
                const e = t.renderData;
                const i = t.spriteFrame;
                if (!i || !e) return;
                if (!e.vertDirty) return;
                const s = t.node._uiProps.uiTransformComp;
                const n = Math.abs(s.width);
                const r = Math.abs(s.height);
                const o = i.getRect();
                const a = i.insetLeft;
                const l = i.insetRight;
                const h = o.width - a - l;
                const c = i.insetTop;
                const u = i.insetBottom;
                const _ = o.height - c - u;
                let d = n - a - l;
                let p = r - c - u;
                d = d > 0 ? d : 0;
                p = p > 0 ? p : 0;
                const m = 0 === h ? d : d / h;
                const f = 0 === _ ? p : p / _;
                const g = iz(i);
                const y = Math.ceil(f + g);
                const b = Math.ceil(m + g);
                e.dataLength = 2 * y * (2 * b);
                this.updateVerts(t, d, p, y, b);
                e.vertexCount !== y * b * 4 && (t.renderEntity.colorDirty = !0);
                e.resize(y * b * 4, y * b * 6);
                {
                  const i = e.indexCount;
                  this.createQuadIndices(i);
                  e.chunk.setIndexBuffer(ez);
                  this.updateWorldUVData(t);
                }
                e.updateRenderData(t, i);
              },
              createQuadIndices(t) {
                if (t % 6 != 0) {
                  console.error("illegal index count!");
                  return;
                }
                const e = t / 6;
                ez = null;
                ez = new Uint16Array(t);
                let i = 0;
                for (let t = 0; t < e; t++) {
                  ez[i++] = 0 + 4 * t;
                  ez[i++] = 1 + 4 * t;
                  ez[i++] = 2 + 4 * t;
                  ez[i++] = 1 + 4 * t;
                  ez[i++] = 3 + 4 * t;
                  ez[i++] = 2 + 4 * t;
                }
              },
              updateUVs(t) {
                t.renderData.vertDirty = !0;
                t.markForUpdateRenderData();
              },
              fillBuffers(t, e) {
                const i = t.node;
                const s = t.renderData;
                const n = s.chunk;
                if (i.hasChangedFlags || s.vertDirty) {
                  this.updateWorldVertexAndUVData(t, n);
                  s.vertDirty = !1;
                }
                this.updateColorLate(t);
                n.bufferId;
                let r = n.vertexOffset;
                const o = n.meshBuffer;
                const a = n.meshBuffer.iData;
                let l = o.indexOffset;
                for (let t = 0; t < s.indexCount; t += 6) {
                  a[l++] = r;
                  a[l++] = r + 1;
                  a[l++] = r + 2;
                  a[l++] = r + 1;
                  a[l++] = r + 3;
                  a[l++] = r + 2;
                  r += 4;
                  o.indexOffset += 6;
                }
                o.setDirty();
              },
              updateWorldUVData(t) {
                const e = t.renderData;
                const i = e.floatStride;
                const s = e.data;
                const n = e.chunk.vb;
                for (let t = 0; t < s.length; t++) {
                  const e = t * i;
                  n[e + 3] = s[t].u;
                  n[e + 4] = s[t].v;
                }
              },
              updateWorldVertexAndUVData(t, e) {
                t.node.getWorldMatrix(XG);
                const i = t.renderData;
                const s = i.floatStride;
                const n = i.data;
                const r = e.vb;
                const o = n.length;
                for (let t = 0; t < o; t++) {
                  const e = n[t].x;
                  const i = n[t].y;
                  const o = n[t].z;
                  let a = XG.m03 * e + XG.m07 * i + XG.m11 * o + XG.m15;
                  a = a ? Math.abs(1 / a) : 1;
                  const l = t * s;
                  r[l] = (XG.m00 * e + XG.m04 * i + XG.m08 * o + XG.m12) * a;
                  r[l + 1] = (XG.m01 * e + XG.m05 * i + XG.m09 * o + XG.m13) * a;
                  r[l + 2] = (XG.m02 * e + XG.m06 * i + XG.m10 * o + XG.m14) * a;
                }
                this.updateWorldUVData(t);
              },
              updateVerts(t, e, i, s, n) {
                const r = t.node._uiProps.uiTransformComp;
                const o = t.renderData.data;
                const a = t.spriteFrame;
                const l = a.rect;
                const h = Math.abs(r.width);
                const c = Math.abs(r.height);
                const u = r.anchorX * h;
                const _ = r.anchorY * c;
                const d = a.insetLeft;
                const p = a.insetRight;
                const m = l.width - d - p;
                const f = a.insetTop;
                const g = a.insetBottom;
                const y = l.height - f - g;
                const b = r.width / (d + p) > 1 ? 1 : r.width / (d + p);
                const S = r.height / (f + g) > 1 ? 1 : r.height / (f + g);
                let A = 0;
                let T = 0;
                A = m > 0 ? Math.floor(1e3 * e) / 1e3 % m == 0 ? m : e % m : e;
                T = y > 0 ? Math.floor(1e3 * i) / 1e3 % y == 0 ? y : i % y : i;
                $G = Math.max(s + 1, n + 1);
                for (let t = 0; t < $G; t++) tz.push({
                  x: 0,
                  y: 0,
                  z: 0,
                  u: 0,
                  v: 0,
                  color: new Bi
                });
                const v = iz(a);
                if (0 === v) for (let t = 0; t < $G; t++) {
                  tz[t].x = t >= n ? h - u : t * m - u;
                  tz[t].y = t >= s ? c - _ : t * y - _;
                } else for (let t = 0; t < $G; t++) {
                  0 === t ? tz[t].x = -u : 1 === t ? tz[t].x = d * b - u : t > 1 && t < n - 1 ? tz[t].x = m > 0 ? d * b - u + m * (t - 1) : d + e - u : t === n - 1 ? tz[t].x = d * b - u + A + m * (t - 2) : t >= n && (tz[t].x = Math.min(d + e + p, h) - u);
                  0 === t ? tz[t].y = -_ : 1 === t ? tz[t].y = g * S - _ : t > 1 && t < s - 1 ? tz[t].y = y > 0 ? g * S - _ + y * (t - 1) : g + i - _ : t === s - 1 ? tz[t].y = g * S - _ + T + y * (t - 2) : t >= s && (tz[t].y = Math.min(g + i + f, c) - _);
                }
                let E = 0;
                let C = 0;
                let x = 0;
                let w = 0;
                for (let t = 0; t < s; ++t) {
                  x = tz[t].y;
                  w = tz[t + 1].y;
                  for (let e = 0; e < n; ++e) {
                    E = tz[e].x;
                    C = tz[e + 1].x;
                    const i = 4 * (t * n + e);
                    o[i].x = E;
                    o[i].y = x;
                    o[i + 1].x = C;
                    o[i + 1].y = x;
                    o[i + 2].x = E;
                    o[i + 2].y = w;
                    o[i + 3].x = C;
                    o[i + 3].y = w;
                  }
                }
                const R = a.rotated;
                a.uv;
                const I = a.uvSliced;
                WG = I[0];
                YG = I[1];
                qG = I[2];
                KG = I[3];
                JG = I[4];
                ZG = I[8];
                QG = I[12];
                let M = 0;
                let B = 0;
                const D = 0 === m ? e : e / m;
                const P = 0 === y ? i : i / y;
                const O = [];
                const N = [];
                for (let t = 0; t < s; ++t) {
                  if (i > y) {
                    B = i >= (v > 0 ? t : t + 1) * y ? 1 : P % 1;
                  } else B = P;
                  for (let i = 0; i < n; ++i) {
                    if (e > m) {
                      M = e >= (v > 0 ? i : i + 1) * m ? 1 : D % 1;
                    } else M = D;
                    if (R) {
                      if (0 === v) {
                        O[0] = JG.u;
                        O[1] = JG.u;
                        O[2] = JG.u + (ZG.u - JG.u) * B;
                        N[0] = YG.v;
                        N[1] = YG.v + (qG.v - YG.v) * M;
                        N[2] = YG.v;
                      } else {
                        if (0 === t) {
                          O[0] = WG.u;
                          O[1] = WG.u;
                          O[2] = JG.u;
                        } else if (t < s - 1) {
                          O[0] = JG.u;
                          O[1] = JG.u;
                          O[2] = JG.u + (ZG.u - JG.u) * B;
                        } else if (t === s - 1) {
                          O[0] = ZG.u;
                          O[1] = ZG.u;
                          O[2] = QG.u;
                        }
                        if (0 === i) {
                          N[0] = WG.v;
                          N[1] = YG.v;
                          N[2] = WG.v;
                        } else if (i < n - 1) {
                          N[0] = YG.v;
                          N[1] = YG.v + (qG.v - YG.v) * M;
                          N[2] = YG.v;
                        } else if (i === n - 1) {
                          N[0] = qG.v;
                          N[1] = KG.v;
                          N[2] = qG.v;
                        }
                      }
                      O[3] = O[2];
                      N[3] = N[1];
                    } else {
                      if (0 === v) {
                        O[0] = YG.u;
                        O[1] = YG.u + (qG.u - YG.u) * M;
                        O[2] = YG.u;
                        N[0] = JG.v;
                        N[1] = JG.v;
                        N[2] = JG.v + (ZG.v - JG.v) * B;
                      } else {
                        if (0 === i) {
                          O[0] = WG.u;
                          O[1] = YG.u;
                          O[2] = WG.u;
                        } else if (i < n - 1) {
                          O[0] = YG.u;
                          O[1] = YG.u + (qG.u - YG.u) * M;
                          O[2] = YG.u;
                        } else if (i === n - 1) {
                          O[0] = qG.u;
                          O[1] = KG.u;
                          O[2] = qG.u;
                        }
                        if (0 === t) {
                          N[0] = WG.v;
                          N[1] = WG.v;
                          N[2] = JG.v;
                        } else if (t < s - 1) {
                          N[0] = JG.v;
                          N[1] = JG.v;
                          N[2] = JG.v + (ZG.v - JG.v) * B;
                        } else if (t === s - 1) {
                          N[0] = ZG.v;
                          N[1] = ZG.v;
                          N[2] = QG.v;
                        }
                      }
                      O[3] = O[1];
                      N[3] = N[2];
                    }
                    const r = 4 * (t * n + i);
                    o[r].u = O[0];
                    o[r].v = N[0];
                    o[r + 1].u = O[1];
                    o[r + 1].v = N[1];
                    o[r + 2].u = O[2];
                    o[r + 2].v = N[2];
                    o[r + 3].u = O[3];
                    o[r + 3].v = N[3];
                  }
                }
              },
              updateColorLate(t) {
                const e = t.renderData;
                const i = e.chunk.vb;
                const s = e.floatStride;
                const n = e.vertexCount;
                let r = 5;
                const o = t.color;
                const a = o.r / 255;
                const l = o.g / 255;
                const h = o.b / 255;
                const c = t.node._uiProps.opacity;
                for (let t = 0; t < n; t++) {
                  i[r] = a;
                  i[r + 1] = l;
                  i[r + 2] = h;
                  i[r + 3] = c;
                  r += s;
                }
              },
              updateColor(t) {}
            };
            const nz = cL.Type;
            const rz = cL.FillType;
            const oz = t("spriteAssembler", {
              getAssembler(t) {
                let e = GG;
                const i = t;
                switch (i.type) {
                 case nz.SLICED:
                  e = jG;
                  break;

                 case nz.TILED:
                  e = sz;
                  break;

                 case nz.FILLED:
                  e = i.fillType === rz.RADIAL ? kG : vG;
                }
                return e;
              }
            });
            cL.Assembler = oz;
            const az = [ av.EventType.MOUSE_DOWN, av.EventType.MOUSE_MOVE, av.EventType.MOUSE_UP, av.EventType.MOUSE_WHEEL ];
            const lz = [ av.EventType.TOUCH_START, av.EventType.TOUCH_MOVE, av.EventType.TOUCH_END, av.EventType.TOUCH_CANCEL ];
            new class {
              constructor() {
                this.priority = nv.UI;
                this._isListDirty = !1;
                this._inDispatchCount = 0;
                this._pointerEventProcessorList = [];
                this._processorListToAdd = [];
                this._processorListToRemove = [];
                lv._registerEventDispatcher(this);
                KS.callbacksInvoker.on(qS.ADD_POINTER_EVENT_PROCESSOR, this.addPointerEventProcessor, this);
                KS.callbacksInvoker.on(qS.REMOVE_POINTER_EVENT_PROCESSOR, this.removePointerEventProcessor, this);
                KS.callbacksInvoker.on(qS.MARK_LIST_DIRTY, this._markListDirty, this);
              }
              dispatchEvent(t) {
                const e = t.type;
                return lz.includes(e) ? this.dispatchEventTouch(t) : !az.includes(e) || this.dispatchEventMouse(t);
              }
              addPointerEventProcessor(t) {
                if (0 === this._inDispatchCount) {
                  if (!this._pointerEventProcessorList.includes(t)) {
                    this._pointerEventProcessorList.push(t);
                    this._isListDirty = !0;
                  }
                } else this._processorListToAdd.includes(t) || this._processorListToAdd.push(t);
                ee.array.remove(this._processorListToRemove, t);
              }
              removePointerEventProcessor(t) {
                if (0 === this._inDispatchCount) {
                  ee.array.remove(this._pointerEventProcessorList, t);
                  this._isListDirty = !0;
                } else this._processorListToRemove.includes(t) || this._processorListToRemove.push(t);
                ee.array.remove(this._processorListToAdd, t);
              }
              dispatchEventMouse(t) {
                this._inDispatchCount++;
                this._sortPointerEventProcessorList();
                const e = this._pointerEventProcessorList;
                const i = e.length;
                let s = !0;
                for (let n = 0; n < i; ++n) {
                  const i = e[n];
                  if (i.isEnabled && i.shouldHandleEventMouse && i._handleEventMouse(t)) {
                    s = !1;
                    if (!t.preventSwallow) break;
                    t.preventSwallow = !1;
                  }
                }
                --this._inDispatchCount <= 0 && this._updatePointerEventProcessorList();
                return s;
              }
              dispatchEventTouch(t) {
                this._inDispatchCount++;
                this._sortPointerEventProcessorList();
                const e = this._pointerEventProcessorList;
                const i = e.length;
                const s = t.touch;
                let n = !0;
                for (let r = 0; r < i; ++r) {
                  const i = e[r];
                  if (i.isEnabled && i.shouldHandleEventTouch) if (t.type === MS.TOUCH_START) {
                    if (i._handleEventTouch(t)) {
                      i.claimedTouchIdList.push(s.getID());
                      n = !1;
                      if (!t.preventSwallow) break;
                      t.preventSwallow = !1;
                    }
                  } else if (i.claimedTouchIdList.length > 0) {
                    const e = i.claimedTouchIdList.indexOf(s.getID());
                    if (-1 !== e) {
                      i._handleEventTouch(t);
                      t.type !== MS.TOUCH_END && t.type !== MS.TOUCH_CANCEL || ee.array.removeAt(i.claimedTouchIdList, e);
                      n = !1;
                      if (!t.preventSwallow) break;
                      t.preventSwallow = !1;
                    }
                  }
                }
                --this._inDispatchCount <= 0 && this._updatePointerEventProcessorList();
                return n;
              }
              _updatePointerEventProcessorList() {
                const t = this._processorListToAdd;
                const e = t.length;
                for (let i = 0; i < e; ++i) this.addPointerEventProcessor(t[i]);
                t.length = 0;
                const i = this._processorListToRemove;
                const s = i.length;
                for (let t = 0; t < s; ++t) this.removePointerEventProcessor(i[t]);
                i.length = 0;
              }
              _sortPointerEventProcessorList() {
                if (!this._isListDirty) return;
                const t = this._pointerEventProcessorList;
                const e = t.length;
                for (let i = 0; i < e; ++i) {
                  const e = t[i];
                  const s = e.node;
                  if (s._uiProps) {
                    const t = s._uiProps.uiTransformComp;
                    e.cachedCameraPriority = t.cameraPriority;
                  }
                }
                t.sort(this._sortByPriority);
                this._isListDirty = !1;
              }
              _sortByPriority(t, e) {
                const i = t.node;
                const s = e.node;
                if (!(e && s && s.activeInHierarchy && s._uiProps.uiTransformComp)) return -1;
                if (!(t && i && i.activeInHierarchy && i._uiProps.uiTransformComp)) return 1;
                if (t.cachedCameraPriority !== e.cachedCameraPriority) return e.cachedCameraPriority - t.cachedCameraPriority;
                let n = i;
                let r = s;
                let o = !1;
                for (;(null === (a = n.parent) || void 0 === a ? void 0 : a._id) !== (null === (l = r.parent) || void 0 === l ? void 0 : l._id); ) {
                  var a, l, h, c, u, _;
                  n = null === (null === (h = n) || void 0 === h || null === (c = h.parent) || void 0 === c ? void 0 : c.parent) ? (o = !0) && s : n && n.parent;
                  r = null === (null === (u = r) || void 0 === u || null === (_ = u.parent) || void 0 === _ ? void 0 : _.parent) ? (o = !0) && i : r && r.parent;
                }
                if (n._id === r._id) {
                  if (n._id === s._id) return -1;
                  if (n._id === i._id) return 1;
                }
                const d = n ? n.getSiblingIndex() : 0;
                const p = r ? r.getSiblingIndex() : 0;
                return o ? d - p : p - d;
              }
              _markListDirty() {
                this._isListDirty = !0;
              }
            };
            const hz = new Qn(null);
            const cz = new qi;
            class uz {
              get nativeObj() {
                return this._nativeObj;
              }
              get currBufferAccessor() {
                if (this._staticVBBuffer) return this._staticVBBuffer;
                this._staticVBBuffer = this.switchBufferAccessor();
                return this._staticVBBuffer;
              }
              get batches() {
                return this._batches;
              }
              set currStaticRoot(t) {
                this._currStaticRoot = t;
              }
              set currIsStatic(t) {
                this._currIsStatic = t;
              }
              constructor(t) {
                this.device = void 0;
                this._screens = [];
                this._staticVBBuffer = null;
                this._bufferAccessors = new Map;
                this._drawBatchPool = void 0;
                this._batches = void 0;
                this._currBID = -1;
                this._indexStart = 0;
                this._emptyMaterial = new hm;
                this._currRenderData = null;
                this._currMaterial = this._emptyMaterial;
                this._currTexture = null;
                this._currSampler = null;
                this._currStaticRoot = null;
                this._currComponent = null;
                this._currTransform = null;
                this._currTextureHash = 0;
                this._currSamplerHash = 0;
                this._currLayer = 0;
                this._currDepthStencilStateStage = null;
                this._currIsStatic = !1;
                this._currHash = 0;
                this._pOpacity = 1;
                this._opacityDirty = 0;
                this._descriptorSetCache = new dz;
                this._meshDataArray = [];
                this._maskClearModel = null;
                this._maskClearMtl = null;
                this._maskModelMesh = null;
                this._root = t;
                this.device = t.device;
                this._batches = new eo(64);
                this._drawBatchPool = new $r((() => new MV), 128, (t => t.destroy(this)));
              }
              initialize() {
                return !0;
              }
              destroy() {
                for (let t = 0; t < this._batches.length; t++) this._batches.array[t] && this._batches.array[t].destroy(this);
                this._batches.destroy();
                this._bufferAccessors.forEach((t => {
                  t.destroy();
                }));
                this._bufferAccessors.clear();
                this._drawBatchPool && this._drawBatchPool.destroy();
                this._descriptorSetCache.destroy();
                cB.sharedManager.destroy();
                if (this._maskClearModel && this._maskModelMesh) {
                  m.director.root.destroyModel(this._maskClearModel);
                  this._maskModelMesh.destroy();
                }
                this._maskClearMtl && this._maskClearMtl.destroy();
              }
              syncRootNodesToNative() {
                {
                  const t = [];
                  for (const e of this._screens) t.push(e.node);
                  this._nativeObj.syncRootNodesToNative(t);
                }
              }
              addScreen(t) {
                this._screens.push(t);
                this._screens.sort(this._screenSort);
                this.syncRootNodesToNative();
              }
              removeScreen(t) {
                const e = this._screens.indexOf(t);
                if (-1 !== e) {
                  this._screens.splice(e, 1);
                  this.syncRootNodesToNative();
                }
              }
              sortScreens() {
                this._screens.sort(this._screenSort);
                this.syncRootNodesToNative();
              }
              getFirstRenderCamera(t) {
                if (t.scene && t.scene.renderScene) {
                  const e = t.scene.renderScene.cameras;
                  for (let i = 0; i < e.length; i++) {
                    const s = e[i];
                    if (s.visibility & t.layer) return s;
                  }
                }
                return null;
              }
              update() {}
              uploadBuffers() {
                this._nativeObj.uploadBuffers();
              }
              reset() {
                this._nativeObj.reset();
              }
              switchBufferAccessor(t = zM) {
                const e = t === zM ? 36 : YM(t);
                if (!this._staticVBBuffer || this._staticVBBuffer.vertexFormatBytes !== e) {
                  let i = this._bufferAccessors.get(e);
                  if (!i) {
                    i = new iB(this.device, t);
                    this._bufferAccessors.set(e, i);
                  }
                  this._staticVBBuffer = i;
                  this._currBID = -1;
                }
                return this._staticVBBuffer;
              }
              registerBufferAccessor(t, e) {
                this._bufferAccessors.set(t, e);
              }
              updateBuffer(t, e) {
                const i = this.switchBufferAccessor(t);
                if (this._currBID !== e) {
                  this._currBID = e;
                  this._indexStart = i.getMeshBuffer(e).indexOffset;
                }
              }
              commitComp(t, e, i, s, n) {
                let r = 0;
                let o;
                let a = -1;
                if (e && e.chunk) {
                  if (!e.isValid()) return;
                  r = e.dataHash;
                  o = e.material;
                  a = e.chunk.bufferId;
                }
                t.stencilStage === lB.ENTER_LEVEL || t.stencilStage === lB.ENTER_LEVEL_INVERTED ? this._insertMaskBatch(t) : t.stencilStage = cB.sharedManager.stage;
                const l = t.stencilStage;
                if (this._currHash !== r || 0 === r || this._currMaterial !== o || this._currDepthStencilStateStage !== l) {
                  this.autoMergeBatches(this._currComponent);
                  e && !e._isMeshBuffer && this.updateBuffer(e.vertexFormat, a);
                  this._currRenderData = e;
                  this._currHash = e ? e.dataHash : 0;
                  this._currComponent = t;
                  this._currTransform = n;
                  this._currMaterial = t.getRenderMaterial(0);
                  this._currDepthStencilStateStage = l;
                  this._currLayer = t.node.layer;
                  if (i) {
                    this._currTexture = i.getGFXTexture();
                    this._currSampler = i.getGFXSampler();
                    this._currTextureHash = i.getHash();
                    this._currSamplerHash = this._currSampler.hash;
                  } else {
                    this._currTexture = null;
                    this._currSampler = null;
                    this._currTextureHash = 0;
                    this._currSamplerHash = 0;
                  }
                }
                s.fillBuffers(t, this);
              }
              commitIA(t, e, i, s, n) {
                if (this._currMaterial !== this._emptyMaterial) {
                  this.autoMergeBatches(this._currComponent);
                  this.resetRenderStates();
                }
                let r;
                let o = 0;
                if (t) {
                  t.stencilStage = cB.sharedManager.stage;
                  r = null !== t.customMaterial ? cB.sharedManager.getStencilStage(t.stencilStage, s) : cB.sharedManager.getStencilStage(t.stencilStage);
                  o = cB.sharedManager.getStencilHash(t.stencilStage);
                }
                const a = this._currStaticRoot ? this._currStaticRoot._requireDrawBatch() : this._drawBatchPool.alloc();
                a.visFlags = t.node.layer;
                a.inputAssembler = e;
                a.useLocalData = n || null;
                if (i) {
                  a.texture = i.getGFXTexture();
                  a.sampler = i.getGFXSampler();
                  a.textureHash = i.getHash();
                  a.samplerHash = a.sampler.hash;
                }
                a.fillPasses(s || null, r, o, null);
                this._batches.push(a);
              }
              commitModel(t, e, i) {
                if (this._currMaterial !== this._emptyMaterial) {
                  this.autoMergeBatches(this._currComponent);
                  this.resetRenderStates();
                }
                let s;
                let n = 0;
                if (i) {
                  t.stencilStage === lB.ENTER_LEVEL || t.stencilStage === lB.ENTER_LEVEL_INVERTED ? this._insertMaskBatch(t) : t.stencilStage = cB.sharedManager.stage;
                  s = cB.sharedManager.getStencilStage(t.stencilStage, i);
                  n = cB.sharedManager.getStencilHash(t.stencilStage);
                }
                const r = m.director.getTotalFrames();
                if (e) {
                  e.updateTransform(r);
                  e.updateUBOs(r);
                }
                for (let r = 0; r < e.subModels.length; r++) {
                  const o = this._drawBatchPool.alloc();
                  const a = e.subModels[r];
                  o.visFlags = t.node.layer;
                  o.model = e;
                  o.texture = null;
                  o.sampler = null;
                  o.useLocalData = null;
                  s || (s = null);
                  o.fillPasses(i, s, n, a.patches);
                  o.inputAssembler = a.inputAssembler;
                  o.model.visFlags = o.visFlags;
                  o.descriptorSet = a.descriptorSet;
                  this._batches.push(o);
                }
              }
              setupStaticBatch(t, e) {
                this.finishMergeBatches();
                this._staticVBBuffer = e;
                this.currStaticRoot = t;
              }
              endStaticBatch() {
                this.finishMergeBatches();
                this.currStaticRoot = null;
                this._staticVBBuffer = null;
                this.switchBufferAccessor();
              }
              commitStaticBatch(t) {
                this._batches.concat(t.drawBatchList);
                this.finishMergeBatches();
              }
              autoMergeBatches(t) {
                const e = this._currMaterial;
                if (!e) return;
                let i;
                const s = this._currRenderData;
                const n = this._staticVBBuffer;
                if (s && s._isMeshBuffer) {
                  i = s.requestIA(this.device);
                  -1 === this._meshDataArray.indexOf(s) && this._meshDataArray.push(s);
                } else if (n) {
                  const t = this._currBID;
                  const e = n.getMeshBuffer(t);
                  if (!e) return;
                  const s = e.indexOffset - this._indexStart;
                  if (s <= 0) return;
                  ne(this._indexStart < e.indexOffset);
                  e.setDirty();
                  i = e.requireFreeIA(this.device);
                  i.firstIndex = this._indexStart;
                  i.indexCount = s;
                  this._indexStart = e.indexOffset;
                }
                this._currBID = -1;
                if (!i) return;
                let r;
                let o = 0;
                if (t) {
                  r = null !== t.customMaterial ? cB.sharedManager.getStencilStage(t.stencilStage, e) : cB.sharedManager.getStencilStage(t.stencilStage);
                  o = cB.sharedManager.getStencilHash(t.stencilStage);
                }
                const a = this._currStaticRoot ? this._currStaticRoot._requireDrawBatch() : this._drawBatchPool.alloc();
                a.visFlags = this._currLayer;
                a.texture = this._currTexture;
                a.sampler = this._currSampler;
                a.inputAssembler = i;
                a.useLocalData = this._currTransform;
                a.textureHash = this._currTextureHash;
                a.samplerHash = this._currSamplerHash;
                a.fillPasses(e, r, o, null);
                this._batches.push(a);
              }
              forceMergeBatches(t, e, i) {
                this._currMaterial = t;
                if (e) {
                  this._currTexture = e.getGFXTexture();
                  this._currSampler = e.getGFXSampler();
                  this._currTextureHash = e.getHash();
                  this._currSamplerHash = this._currSampler.hash;
                } else {
                  this._currTexture = this._currSampler = null;
                  this._currTextureHash = this._currSamplerHash = 0;
                }
                this._currLayer = i.node.layer;
                this.autoMergeBatches(i);
              }
              resetRenderStates() {
                this._currMaterial = this._emptyMaterial;
                this._currRenderData = null;
                this._currTexture = null;
                this._currComponent = null;
                this._currTransform = null;
                this._currTextureHash = 0;
                this._currSamplerHash = 0;
                this._currLayer = 0;
              }
              finishMergeBatches() {
                this.autoMergeBatches();
                this.resetRenderStates();
              }
              flushMaterial(t) {
                this._currMaterial = t;
              }
              walk(t, e = 0) {
                if (!t.activeInHierarchy) return;
                const i = t.children;
                const s = t._uiProps;
                const n = s.uiComp;
                const r = this._pOpacity;
                let o = r;
                const a = n && n.color ? n.color.a / 255 : 1;
                this._pOpacity = o *= a * s.localOpacity;
                s._opacity = o;
                s.colorDirty && this._opacityDirty++;
                n && n.enabledInHierarchy && n.fillBuffers(this);
                if (this._opacityDirty && n && !n.useVertexOpacity && n.renderData && n.renderData.vertexCount > 0) {
                  !function(t, e) {
                    const i = t.vertexFormat;
                    const s = t.chunk.vb;
                    let n;
                    let r;
                    let o;
                    let a = 0;
                    for (let l = 0; l < i.length; ++l) {
                      n = i[l];
                      r = ur[n.format];
                      if (r.hasAlpha) {
                        o = t.floatStride;
                        if (r.size / r.count == 1) {
                          const t = ~~_i(Math.round(255 * e), 0, 255);
                          for (let e = a; e < s.length; e += o) s[e] = (4294967040 & s[e] | t) >>> 0;
                        } else if (r.size / r.count == 4) for (let t = a + 3; t < s.length; t += o) s[t] = e;
                      }
                      a += r.size >> 2;
                    }
                  }(n.renderData, o);
                  const t = n.renderData.getMeshBuffer();
                  t && t.setDirty();
                }
                if (i.length > 0 && !t._static) for (let t = 0; t < i.length; ++t) {
                  const s = i[t];
                  this.walk(s, e);
                }
                if (s.colorDirty) {
                  this._opacityDirty--;
                  s.colorDirty = !1;
                }
                this._pOpacity = r;
                if (n && n.enabledInHierarchy) {
                  n.postUpdateAssembler(this);
                  if ((n.stencilStage === lB.ENTER_LEVEL || n.stencilStage === lB.ENTER_LEVEL_INVERTED) && cB.sharedManager.getMaskStackSize() > 0) {
                    this.autoMergeBatches(this._currComponent);
                    this.resetRenderStates();
                    cB.sharedManager.exitMask();
                  }
                }
                e += 1;
              }
              _screenSort(t, e) {
                return t.node.getSiblingIndex() - e.node.getSiblingIndex();
              }
              _releaseDescriptorSetCache(t, e = null) {
                this._nativeObj.releaseDescriptorSetCache(t, e);
              }
              _createClearModel() {
                if (!this._maskClearModel) {
                  this._maskClearMtl = xR.get("default-clear-stencil");
                  this._maskClearModel = m.director.root.createModel(wA);
                  const t = YM(UM);
                  const e = zo.gfxDevice;
                  const i = e.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, 4 * t, t));
                  const s = new Float32Array([ -1, -1, 0, 1, -1, 0, -1, 1, 0, 1, 1, 0 ]);
                  i.update(s);
                  const n = e.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, 6 * Uint16Array.BYTES_PER_ELEMENT, Uint16Array.BYTES_PER_ELEMENT));
                  const r = new Uint16Array([ 0, 1, 2, 2, 1, 3 ]);
                  n.update(r);
                  this._maskModelMesh = new fC([ i ], UM, Xs.TRIANGLE_LIST, n);
                  this._maskModelMesh.subMeshIdx = 0;
                  this._maskClearModel.initSubModel(0, this._maskModelMesh, this._maskClearMtl);
                }
              }
              _insertMaskBatch(t) {
                this.autoMergeBatches(this._currComponent);
                this.resetRenderStates();
                this._createClearModel();
                this._maskClearModel.node = this._maskClearModel.transform = t.node;
                const e = cB.sharedManager;
                e.pushMask(1);
                const i = e.clear(t);
                let s;
                let n = 0;
                const r = this._maskClearMtl;
                if (r) {
                  s = e.getStencilStage(i, r);
                  n = e.getStencilHash(i);
                }
                const o = this._maskClearModel;
                const a = m.director.getTotalFrames();
                if (o) {
                  o.updateTransform(a);
                  o.updateUBOs(a);
                }
                for (let e = 0; e < o.subModels.length; e++) {
                  const i = this._drawBatchPool.alloc();
                  const a = o.subModels[e];
                  i.visFlags = t.node.layer;
                  i.model = o;
                  i.texture = null;
                  i.sampler = null;
                  i.useLocalData = null;
                  s || (s = null);
                  i.fillPasses(r, s, n, a.patches);
                  i.inputAssembler = a.inputAssembler;
                  i.model.visFlags = i.visFlags;
                  i.descriptorSet = a.descriptorSet;
                  this._batches.push(i);
                }
                e.enableMask();
              }
              syncMeshBuffersToNative(t, e) {
                {
                  const i = [];
                  e.forEach((t => {
                    i.push(t.nativeObj);
                  }));
                  this._nativeObj.syncMeshBuffersToNative(t, i);
                }
              }
            }
            t("UI", uz);
            class _z {
              get descriptorSet() {
                return this._descriptorSet;
              }
              constructor() {
                this._descriptorSet = null;
                this._transform = null;
                this._textureHash = 0;
                this._samplerHash = 0;
                this._localBuffer = null;
                this._transformUpdate = !0;
                const t = zo.gfxDevice;
                this._localData = new Float32Array(Km.COUNT);
                this._localBuffer = t.createBuffer(new An(Ts.UNIFORM | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, Km.SIZE, Km.SIZE));
              }
              initialize(t) {
                const e = zo.gfxDevice;
                this._transform = t.useLocalData;
                this._textureHash = t.textureHash;
                this._samplerHash = t.samplerHash;
                hz.layout = t.passes[0].localSetLayout;
                this._descriptorSet = e.createDescriptorSet(hz);
                this._descriptorSet.bindBuffer(Km.BINDING, this._localBuffer);
                const i = vm.SAMPLER_SPRITE;
                this._descriptorSet.bindTexture(i, t.texture);
                this._descriptorSet.bindSampler(i, t.sampler);
                this._descriptorSet.update();
                this._transformUpdate = !0;
              }
              updateTransform(t) {
                if (t !== this._transform) {
                  this._transform = t;
                  this._transformUpdate = !0;
                  this.uploadLocalData();
                }
              }
              equals(t, e, i) {
                return this._transform === t && this._textureHash === e && this._samplerHash === i;
              }
              reset() {
                this._transform = null;
                this._textureHash = 0;
                this._samplerHash = 0;
              }
              destroy() {
                if (this._localBuffer) {
                  this._localBuffer.destroy();
                  this._localBuffer = null;
                }
                if (this._descriptorSet) {
                  this._descriptorSet.destroy();
                  this._descriptorSet = null;
                }
                this._localData = null;
              }
              isValid() {
                return this._transform && this._transform.isValid;
              }
              uploadLocalData() {
                const t = this._transform;
                if (t.hasChangedFlags || t._dirtyFlags) {
                  t.updateWorldTransform();
                  this._transformUpdate = !0;
                }
                if (this._transformUpdate) {
                  const e = t.worldMatrix;
                  qi.toArray(this._localData, e, Km.MAT_WORLD_OFFSET);
                  qi.inverseTranspose(cz, e);
                  qi.toArray(this._localData, cz, Km.MAT_WORLD_IT_OFFSET);
                  this._localBuffer.update(this._localData);
                  this._transformUpdate = !1;
                }
              }
            }
            class dz {
              constructor() {
                this._descriptorSetCache = new Map;
                this._dsCacheHashByTexture = new Map;
                this._localDescriptorSetCache = [];
                this._localCachePool = void 0;
                this._localCachePool = new $r((() => new _z), 16, (t => t.destroy()));
              }
              getDescriptorSet(t) {
                m.director.root;
                let e;
                if (t.useLocalData) {
                  const e = this._localDescriptorSetCache;
                  for (let i = 0, s = e.length; i < s; i++) {
                    const s = e[i];
                    if (s.equals(t.useLocalData, t.textureHash, t.samplerHash)) return s.descriptorSet;
                  }
                  const i = this._localCachePool.alloc();
                  i.initialize(t);
                  this._localDescriptorSetCache.push(i);
                  return i.descriptorSet;
                }
                e = t.textureHash ^ t.samplerHash;
                if (this._descriptorSetCache.has(e)) return this._descriptorSetCache.get(e);
                {
                  hz.layout = t.passes[0].localSetLayout;
                  const i = zo.gfxDevice.createDescriptorSet(hz);
                  const s = vm.SAMPLER_SPRITE;
                  i.bindTexture(s, t.texture);
                  i.bindSampler(s, t.sampler);
                  i.update();
                  this._descriptorSetCache.set(e, i);
                  this._dsCacheHashByTexture.set(t.textureHash, e);
                  return i;
                }
              }
              update() {
                const t = this._localDescriptorSetCache;
                const e = [];
                t.forEach((i => {
                  if (i.isValid()) i.uploadLocalData(); else {
                    i.reset();
                    const s = t.indexOf(i);
                    e.push(s);
                  }
                }));
                for (let i = e.length - 1; i >= 0; i--) t.splice(e[i], 1);
              }
              reset() {
                this._localDescriptorSetCache.forEach((t => {
                  this._localCachePool.free(t);
                }));
                this._localDescriptorSetCache.length = 0;
              }
              releaseDescriptorSetCache(t) {
                const e = this._dsCacheHashByTexture.get(t);
                if (e && this._descriptorSetCache.has(e)) {
                  this._descriptorSetCache.get(e).destroy();
                  this._descriptorSetCache.delete(e);
                  this._dsCacheHashByTexture.delete(t);
                }
              }
              destroy() {
                this._descriptorSetCache.forEach(((t, e, i) => {
                  t.destroy();
                }));
                this._descriptorSetCache.clear();
                this._dsCacheHashByTexture.clear();
                this._localDescriptorSetCache.length = 0;
                this._localCachePool.destroy();
              }
            }
            m.internal.Batcher2D = uz;
            t("UIDrawBatch", class extends MV {});
            q($M.prototype, "MeshBuffer", [ "byteStart", "vertexStart", "indicesStart", "request" ].map((t => ({
              name: t,
              suggest: `please use meshBuffer.accessor.${t} instead`
            }))));
            W($M.prototype, "MeshBuffer", [ {
              name: "indicesOffset",
              newName: "indexOffset"
            } ]);
            Y($M.prototype, "MeshBuffer", [ {
              name: "vertexBuffers"
            }, {
              name: "indexBuffer"
            } ]);
            W(uz.prototype, "Batcher2D", [ {
              name: "currBufferBatch",
              newName: "currBufferAccessor"
            }, {
              name: "acquireBufferBatch",
              newName: "switchBufferAccessor"
            } ]);
            Y(AB.prototype, "MeshRenderData", [ {
              name: "formatByte"
            }, {
              name: "byteStart"
            }, {
              name: "byteCount"
            } ]);
            W(AB.prototype, "MeshRenderData", [ {
              name: "indicesStart",
              newName: "indexStart"
            } ]);
            t("QuadRenderData", class extends AB {
              constructor(t) {
                super(t);
                N(9006);
              }
            });
            let pz = null;
            let mz = -1;
            const fz = "BES bswy:->@123丁ぁᄁ";
            const gz = Object.create(null);
            const yz = [];
            const bz = 3e3;
            const Sz = (() => {
              let t;
              return () => {
                if (void 0 === t) if ("FontFace" in window) {
                  const e = /Gecko.*Firefox\/(\d+)/.exec(window.navigator.userAgent);
                  const i = /OS X.*Version\/10\..*Safari/.exec(window.navigator.userAgent) && /Apple/.exec(window.navigator.vendor);
                  t = e ? parseInt(e[1], 10) > 42 : !i;
                } else t = !1;
                return t;
              };
            })();
            function Az() {
              let t = !0;
              const e = Date.now();
              for (let i = yz.length - 1; i >= 0; i--) {
                const s = yz[i];
                const n = s.fontFamilyName;
                if (e - s.startTime > bz) {
                  N(4933, n);
                  s.onComplete(null, n);
                  yz.splice(i, 1);
                  continue;
                }
                const r = s.refWidth;
                const o = `40px ${n}`;
                pz.font = o;
                if (r !== xM(pz, fz, o)) {
                  yz.splice(i, 1);
                  s.onComplete(null, n);
                } else t = !1;
              }
              if (t) {
                clearInterval(mz);
                mz = -1;
              }
            }
            function Tz(t, e, i) {
              const s = function(t) {
                const e = t.lastIndexOf(".ttf");
                if (-1 === e) return t;
                const i = t.lastIndexOf("/");
                let s;
                s = -1 === i ? `${t.substring(0, e)}_LABEL` : `${t.substring(i + 1, e)}_LABEL`;
                -1 !== s.indexOf(" ") && (s = `"${s}"`);
                return s;
              }(t);
              if (gz[s]) {
                i(null, s);
                return;
              }
              if (!pz) {
                const t = document.createElement("canvas");
                t.width = 100;
                t.height = 100;
                pz = t.getContext("2d");
              }
              const n = xM(pz, fz, `40px ${s}`);
              const r = document.createElement("style");
              r.type = "text/css";
              let o = "";
              Number.isNaN(s) ? o += `@font-face { font-family:${s}; src:` : o += `@font-face { font-family:"${s}"; src:`;
              o += `url("${t}");`;
              r.textContent = `${o}}`;
              document.body.appendChild(r);
              const a = document.createElement("div");
              const l = a.style;
              l.fontFamily = s;
              a.innerHTML = ".";
              l.position = "absolute";
              l.left = "-100px";
              l.top = "-100px";
              document.body.appendChild(a);
              if (Sz()) !function(t, e, i) {
                const s = new Promise(((i, s) => {
                  const n = () => {
                    Date.now() - t >= bz ? s() : document.fonts.load(`40px ${e}`).then((t => {
                      t.length >= 1 ? i() : setTimeout(n, 100);
                    }), (() => {
                      s();
                    }));
                  };
                  n();
                }));
                let n = null;
                const r = new Promise(((t, e) => {
                  n = setTimeout(e, bz);
                }));
                Promise.race([ r, s ]).then((() => {
                  if (n) {
                    clearTimeout(n);
                    n = null;
                  }
                  i(null, e);
                }), (() => {
                  N(4933, e);
                  i(null, e);
                }));
              }(Date.now(), s, i); else {
                const t = {
                  fontFamilyName: s,
                  refWidth: n,
                  onComplete: i,
                  startTime: Date.now()
                };
                yz.push(t);
                -1 === mz && (mz = setInterval(Az, 100));
              }
              gz[s] = r;
            }
            function vz(t, e, i, s) {
              const n = new $I;
              n._nativeUrl = t;
              n._nativeAsset = e;
              s(null, n);
            }
            Jw.register({
              ".font": Tz,
              ".eot": Tz,
              ".ttf": Tz,
              ".woff": Tz,
              ".svg": Tz,
              ".ttc": Tz
            });
            sR.register({
              ".font": vz,
              ".eot": vz,
              ".ttf": vz,
              ".woff": vz,
              ".svg": vz,
              ".ttc": vz
            });
            m.UI = {
              MeshBuffer: $M,
              spriteAssembler: oz,
              graphicsAssembler: Yk,
              labelAssembler: bG,
              RenderData: SB,
              MeshRenderData: AB
            };
            const Ez = t("Mesh", jsb.Mesh);
            const Cz = jsb.Mesh.IStruct.prototype;
            Object.defineProperty(Cz, "minPosition", {
              configurable: !0,
              enumerable: !0,
              get() {
                const t = this.getMinPosition();
                t ? this._minPositionCache ? this._minPositionCache.set(t.x, t.y, t.z) : this._minPositionCache = new Pi(t.x, t.y, t.z) : this._minPositionCache = void 0;
                return this._minPositionCache;
              },
              set(t) {
                this.setMinPosition(t);
              }
            });
            Object.defineProperty(Cz, "maxPosition", {
              configurable: !0,
              enumerable: !0,
              get() {
                const t = this.getMaxPosition();
                t ? this._maxPositionCache ? this._maxPositionCache.set(t.x, t.y, t.z) : this._maxPositionCache = new Pi(t.x, t.y, t.z) : this._maxPositionCache = void 0;
                return this._maxPositionCache;
              },
              set(t) {
                this.setMaxPosition(t);
              }
            });
            const xz = jsb.Mesh.prototype;
            xz.createNode = null;
            const wz = xz.onLoaded;
            xz._ctor = function() {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._struct = {
                vertexBundles: [],
                primitives: []
              };
              this._minPosition = void 0;
              this._maxPosition = void 0;
            };
            Object.defineProperty(xz, "struct", {
              configurable: !0,
              enumerable: !0,
              get() {
                return this.getStruct();
              }
            });
            Object.defineProperty(xz, "minPosition", {
              configurable: !0,
              enumerable: !0,
              get() {
                const t = this.getMinPosition();
                t ? this._minPosition ? this._minPosition.set(t.x, t.y, t.z) : this._minPosition = new Pi(t.x, t.y, t.z) : this._minPosition = void 0;
                return this._minPosition;
              }
            });
            Object.defineProperty(xz, "maxPosition", {
              configurable: !0,
              enumerable: !0,
              get() {
                const t = this.getMaxPosition();
                t ? this._maxPosition ? this._maxPosition.set(t.x, t.y, t.z) : this._maxPosition = new Pi(t.x, t.y, t.z) : this._maxPosition = void 0;
                return this._maxPosition;
              }
            });
            xz.onLoaded = function() {
              null != this._struct && this.setStruct(this._struct);
              this._struct = null;
              wz.apply(this);
            };
            m.Mesh = jsb.Mesh;
            const Rz = Ez.prototype;
            Yl(Rz, "_struct");
            Yl(Rz, "_hash");
            Yl(Rz, "_allowDataAccess");
            Ul("cc.Mesh")(Ez);
            const Iz = jsb.MorphModel;
            m.MorphModel = jsb.MorphModel;
            var Mz, Bz, Dz, Pz, Oz, Nz, Lz, Fz, Vz, kz, Uz, Gz, zz, Hz, jz, Xz, Wz, Yz, qz, Kz, Jz, Zz, Qz, $z, tH, eH, iH, sH, nH, rH, oH, aH, lH, hH, cH, uH, _H, dH, pH, mH;
            const fH = oe({
              OFF: 0,
              ON: 1
            });
            const gH = oe({
              OFF: 0,
              ON: 1
            });
            let yH = (Mz = Ul("cc.ModelLightmapSettings"), Bz = ql("_recieveShadow"), Mz(Dz = (Pz = class {
              constructor() {
                Ml(this, "texture", Oz, this);
                Ml(this, "uvParam", Nz, this);
                Ml(this, "_bakeable", Lz, this);
                Ml(this, "_castShadow", Fz, this);
                Ml(this, "_receiveShadow", Vz, this);
                Ml(this, "_lightmapSize", kz, this);
              }
              get bakeable() {
                return this._bakeable;
              }
              set bakeable(t) {
                this._bakeable = t;
              }
              get castShadow() {
                return this._castShadow;
              }
              set castShadow(t) {
                this._castShadow = t;
              }
              get receiveShadow() {
                return this._receiveShadow;
              }
              set receiveShadow(t) {
                this._receiveShadow = t;
              }
              get lightmapSize() {
                return this._lightmapSize;
              }
              set lightmapSize(t) {
                this._lightmapSize = t;
              }
            }, Oz = Bl(Pz.prototype, "texture", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Nz = Bl(Pz.prototype, "uvParam", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new is;
              }
            }), Lz = Bl(Pz.prototype, "_bakeable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Fz = Bl(Pz.prototype, "_castShadow", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Vz = Bl(Pz.prototype, "_receiveShadow", [ Bz ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), kz = Bl(Pz.prototype, "_lightmapSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 64;
              }
            }), Bl(Pz.prototype, "bakeable", [ nh ], Object.getOwnPropertyDescriptor(Pz.prototype, "bakeable"), Pz.prototype), 
            Bl(Pz.prototype, "castShadow", [ nh ], Object.getOwnPropertyDescriptor(Pz.prototype, "castShadow"), Pz.prototype), 
            Bl(Pz.prototype, "receiveShadow", [ nh ], Object.getOwnPropertyDescriptor(Pz.prototype, "receiveShadow"), Pz.prototype), 
            Bl(Pz.prototype, "lightmapSize", [ nh ], Object.getOwnPropertyDescriptor(Pz.prototype, "lightmapSize"), Pz.prototype), 
            Pz)) || Dz);
            let bH = function(e) {
              return t({
                MeshRenderer: e,
                ModelComponent: e
              }), e;
            }((Uz = Ul("cc.MeshRenderer"), Gz = sh(), zz = zl(100), Hz = $l(), jz = Th(Ne), 
            Xz = lh(), Wz = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 0
              }
            }), Yz = Th(Ne), qz = lh(), Kz = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 1
              }
            }), Jz = Th(fH), Zz = lh(), Qz = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 2
              }
            }), $z = Th(gH), tH = lh(), eH = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 3
              }
            }), iH = Th(Ez), sH = lh(), nH = rh(), Uz(rH = Gz(rH = zz(rH = Hz(rH = Ql(rH = (oH = (mH = pH = class extends wS {
              get shadowBias() {
                return this._shadowBias;
              }
              set shadowBias(t) {
                this._shadowBias = t;
                this._updateShadowBias();
                this._onUpdateLocalShadowBias();
              }
              get shadowNormalBias() {
                return this._shadowNormalBias;
              }
              set shadowNormalBias(t) {
                this._shadowNormalBias = t;
                this._updateShadowNormalBias();
                this._onUpdateLocalShadowBias();
              }
              get shadowCastingMode() {
                return this._shadowCastingMode;
              }
              set shadowCastingMode(t) {
                this._shadowCastingMode = t;
                this._updateCastShadow();
              }
              get receiveShadow() {
                return this._shadowReceivingMode;
              }
              set receiveShadow(t) {
                this._shadowReceivingMode = t;
                this._updateReceiveShadow();
              }
              get mesh() {
                return this._mesh;
              }
              set mesh(t) {
                const e = this._mesh;
                const i = this._mesh = t;
                null == i || i.initialize();
                this._initSubMeshShapesWeights();
                this._watchMorphInMesh();
                this._onMeshChanged(e);
                this._updateModels();
                this.enabledInHierarchy && this._attachToScene();
                this._updateCastShadow();
                this._updateReceiveShadow();
              }
              get model() {
                return this._model;
              }
              get enableMorph() {
                return this._enableMorph;
              }
              set enableMorph(t) {
                this._enableMorph = t;
              }
              constructor() {
                super();
                Ml(this, "lightmapSettings", aH, this);
                Ml(this, "_mesh", lH, this);
                Ml(this, "_shadowCastingMode", hH, this);
                Ml(this, "_shadowReceivingMode", cH, this);
                Ml(this, "_shadowBias", uH, this);
                Ml(this, "_shadowNormalBias", _H, this);
                this._subMeshShapesWeights = [];
                this._modelType = void 0;
                this._model = null;
                this._morphInstance = null;
                Ml(this, "_enableMorph", dH, this);
                this._modelType = wA;
              }
              onLoad() {
                this._mesh && this._mesh.initialize();
                this._validateShapeWeights() || this._initSubMeshShapesWeights();
                this._watchMorphInMesh();
                this._updateModels();
                this._updateCastShadow();
                this._updateReceiveShadow();
                this._updateShadowBias();
                this._updateShadowNormalBias();
              }
              onRestore() {
                this._updateModels();
                this.enabledInHierarchy && this._attachToScene();
                this._updateCastShadow();
                this._updateReceiveShadow();
                this._updateShadowBias();
                this._updateShadowNormalBias();
              }
              onEnable() {
                super.onEnable();
                this._model || this._updateModels();
                this._updateCastShadow();
                this._updateReceiveShadow();
                this._updateShadowBias();
                this._updateShadowNormalBias();
                this._onUpdateLocalShadowBias();
                this._attachToScene();
              }
              onDisable() {
                this._model && this._detachFromScene();
              }
              onDestroy() {
                if (this._model) {
                  m.director.root.destroyModel(this._model);
                  this._model = null;
                  this._models.length = 0;
                }
                this._morphInstance && this._morphInstance.destroy();
              }
              onGeometryChanged() {
                if (this._model && this._mesh) {
                  const t = this._mesh.struct;
                  this._model.createBoundingShape(t.minPosition, t.maxPosition);
                  this._model.updateWorldBound();
                  this._model.onGeometryChanged();
                }
              }
              getWeight(t, e) {
                const {_subMeshShapesWeights: i} = this;
                ne(t < i.length);
                const s = this._subMeshShapesWeights[t];
                ne(e < s.length);
                return s[e];
              }
              setWeights(t, e) {
                const {_subMeshShapesWeights: i} = this;
                if (e >= i.length) return;
                if (i[e].length === t.length) {
                  i[e] = t.slice(0);
                  this._uploadSubMeshShapesWeights(e);
                }
              }
              setWeight(t, e, i) {
                const {_subMeshShapesWeights: s} = this;
                if (e >= s.length) return;
                const n = s[e];
                if (!(i >= n.length)) {
                  n[i] = t;
                  this._uploadSubMeshShapesWeights(e);
                }
              }
              setInstancedAttribute(t, e) {
                this.model && this.model._setInstancedAttribute(t, e);
              }
              _updateLightmap(t, e, i, s, n) {
                this.lightmapSettings.texture = t;
                this.lightmapSettings.uvParam.x = e;
                this.lightmapSettings.uvParam.y = i;
                this.lightmapSettings.uvParam.z = s;
                this.lightmapSettings.uvParam.w = n;
                this._onUpdateLightingmap();
              }
              _updateModels() {
                if (!this.enabledInHierarchy) return;
                const t = this._model;
                if (t) {
                  t.destroy();
                  t.initialize();
                  t.node = t.transform = this.node;
                } else this._createModel();
                if (this._model) {
                  if (this._mesh) {
                    const t = this._mesh.struct;
                    this._model.createBoundingShape(t.minPosition, t.maxPosition);
                  }
                  this._model.initLightingmap(this.lightmapSettings.texture, this.lightmapSettings.uvParam);
                  this._updateModelParams();
                  this._onUpdateLightingmap();
                  this._onUpdateLocalShadowBias();
                }
              }
              _createModel() {
                const t = !!this._morphInstance && this._modelType === wA ? Iz : this._modelType;
                const e = this._model = m.director.root.createModel(t);
                e.visFlags = this.visibility;
                e.node = e.transform = this.node;
                this._models.length = 0;
                this._models.push(this._model);
                this._morphInstance && e instanceof Iz && e.setMorphRendering(this._morphInstance);
              }
              _attachToScene() {
                if (!this.node.scene || !this._model) return;
                const t = this._getRenderScene();
                null !== this._model.scene && this._detachFromScene();
                t.addModel(this._model);
              }
              _detachFromScene() {
                this._model && this._model.scene && this._model.scene.removeModel(this._model);
              }
              _updateModelParams() {
                if (!this._mesh || !this._model) return;
                this.node.hasChangedFlags |= ay.POSITION;
                this._model.transform.hasChangedFlags |= ay.POSITION;
                this._model.isDynamicBatching = this._isBatchingEnabled();
                const t = this._mesh ? this._mesh.renderingSubMeshes.length : 0;
                const e = this._mesh.renderingSubMeshes;
                if (e) for (let i = 0; i < t; ++i) {
                  let t = this.getRenderMaterial(i);
                  t && !t.isValid && (t = null);
                  const s = e[i];
                  s && this._model.initSubModel(i, s, t || this._getBuiltinMaterial());
                }
                this._model.enabled = !0;
              }
              _onUpdateLightingmap() {
                null !== this.model && this.model.updateLightingmap(this.lightmapSettings.texture, this.lightmapSettings.uvParam);
                this.setInstancedAttribute("a_lightingMapUVParam", [ this.lightmapSettings.uvParam.x, this.lightmapSettings.uvParam.y, this.lightmapSettings.uvParam.z, this.lightmapSettings.uvParam.w ]);
              }
              _onUpdateLocalShadowBias() {
                null !== this.model && this.model.updateLocalShadowBias();
                this.setInstancedAttribute("a_localShadowBias", [ this._shadowBias, this._shadowNormalBias ]);
              }
              _onMaterialModified(t, e) {
                this._model && this._model.inited && this._onRebuildPSO(t, e || this._getBuiltinMaterial());
              }
              _onRebuildPSO(t, e) {
                if (this._model && this._model.inited) {
                  this._model.isDynamicBatching = this._isBatchingEnabled();
                  this._model.setSubModelMaterial(t, e);
                  this._onUpdateLightingmap();
                  this._onUpdateLocalShadowBias();
                }
              }
              _onMeshChanged(t) {}
              _clearMaterials() {
                if (!this._model) return;
                const t = this._model.subModels;
                for (let e = 0; e < t.length; ++e) this._onMaterialModified(e, null);
              }
              _getBuiltinMaterial() {
                return xR.get("missing-material");
              }
              _onVisibilityChange(t) {
                this._model && (this._model.visFlags = t);
              }
              _updateShadowBias() {
                this._model && (this._model.shadowBias = this._shadowBias);
              }
              _updateShadowNormalBias() {
                this._model && (this._model.shadowNormalBias = this._shadowNormalBias);
              }
              _updateCastShadow() {
                if (this._model) if (this._shadowCastingMode === fH.OFF) this._model.castShadow = !1; else {
                  ne(this._shadowCastingMode === fH.ON, `ShadowCastingMode ${this._shadowCastingMode} is not supported.`);
                  this._model.castShadow = !0;
                }
              }
              _updateReceiveShadow() {
                this._model && (this._shadowReceivingMode === gH.OFF ? this._model.receiveShadow = !1 : this._model.receiveShadow = !0);
              }
              _isBatchingEnabled() {
                for (let t = 0; t < this._materials.length; ++t) {
                  const e = this._materials[t];
                  if (e) for (let t = 0; t < e.passes.length; ++t) {
                    if (e.passes[t].batchingScheme) return !0;
                  }
                }
                return !1;
              }
              _watchMorphInMesh() {
                if (this._morphInstance) {
                  this._morphInstance.destroy();
                  this._morphInstance = null;
                }
                if (!this._enableMorph) return;
                if (!this._mesh || !this._mesh.struct.morph || !this._mesh.morphRendering) return;
                this._morphInstance = this._mesh.morphRendering.createInstance();
                const t = this._mesh.struct.primitives.length;
                for (let e = 0; e < t; ++e) this._uploadSubMeshShapesWeights(e);
                this._model && this._model instanceof Iz && this._model.setMorphRendering(this._morphInstance);
              }
              _initSubMeshShapesWeights() {
                const {_mesh: t} = this;
                this._subMeshShapesWeights.length = 0;
                if (!t) return;
                const e = t.struct.morph;
                if (!e) return;
                const i = e.weights;
                this._subMeshShapesWeights = e.subMeshMorphs.map((t => {
                  if (t) {
                    if (t.weights) return t.weights.slice(0);
                    if (i) {
                      ne(i.length === t.targets.length);
                      return i.slice(0);
                    }
                    return new Array(t.targets.length).fill(0);
                  }
                  return [];
                }));
              }
              _validateShapeWeights() {
                const {_mesh: t, _subMeshShapesWeights: e} = this;
                if (!t || !t.struct.morph) return 0 === e.length;
                const {morph: i} = t.struct;
                return i.subMeshMorphs.length === e.length && e.every((({length: t}, e) => {
                  var s, n;
                  return (null !== (s = null === (n = i.subMeshMorphs[e]) || void 0 === n ? void 0 : n.targets.length) && void 0 !== s ? s : 0) === t;
                }));
              }
              _uploadSubMeshShapesWeights(t) {
                var e;
                null === (e = this._morphInstance) || void 0 === e || e.setWeights(t, this._subMeshShapesWeights[t]);
              }
            }, pH.ShadowCastingMode = fH, pH.ShadowReceivingMode = gH, mH), aH = Bl(oH.prototype, "lightmapSettings", [ Yl, nh, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new yH;
              }
            }), lH = Bl(oH.prototype, "_mesh", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), hH = Bl(oH.prototype, "_shadowCastingMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return fH.OFF;
              }
            }), cH = Bl(oH.prototype, "_shadowReceivingMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return gH.ON;
              }
            }), uH = Bl(oH.prototype, "_shadowBias", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), _H = Bl(oH.prototype, "_shadowNormalBias", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(oH.prototype, "shadowBias", [ jz, Xz, Wz, gh ], Object.getOwnPropertyDescriptor(oH.prototype, "shadowBias"), oH.prototype), 
            Bl(oH.prototype, "shadowNormalBias", [ Yz, qz, Kz, gh ], Object.getOwnPropertyDescriptor(oH.prototype, "shadowNormalBias"), oH.prototype), 
            Bl(oH.prototype, "shadowCastingMode", [ Jz, Zz, Qz, gh ], Object.getOwnPropertyDescriptor(oH.prototype, "shadowCastingMode"), oH.prototype), 
            Bl(oH.prototype, "receiveShadow", [ $z, tH, eH, gh ], Object.getOwnPropertyDescriptor(oH.prototype, "receiveShadow"), oH.prototype), 
            Bl(oH.prototype, "mesh", [ iH, sH ], Object.getOwnPropertyDescriptor(oH.prototype, "mesh"), oH.prototype), 
            Bl(oH.prototype, "enableMorph", [ nH, gh ], Object.getOwnPropertyDescriptor(oH.prototype, "enableMorph"), oH.prototype), 
            dH = Bl(oH.prototype, "_enableMorph", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), oH)) || rH) || rH) || rH) || rH) || rH));
            function SH(t, e) {
              const i = t.sharedMaterials.length;
              if (i !== e.sharedMaterials.length) return !1;
              for (let s = 0; s < i; s++) if (t.getRenderMaterial(s) !== e.getRenderMaterial(s)) return !1;
              return !0;
            }
            t("BatchingUtility", class {
              static batchStaticModel(t, e) {
                const i = t.getComponentsInChildren(bH);
                if (i.length < 2) {
                  console.error("the number of static models to batch is less than 2,it needn't batch.");
                  return !1;
                }
                for (let t = 1; t < i.length; t++) {
                  if (!i[0].mesh.validateMergingMesh(i[t].mesh)) {
                    console.error(`the meshes of ${i[0].node.name} and ${i[t].node.name} can't be merged`);
                    return !1;
                  }
                  if (!SH(i[0], i[t])) {
                    console.error(`the materials of ${i[0].node.name} and ${i[t].node.name} can't be merged`);
                    return !1;
                  }
                }
                const s = new Ez;
                const n = new qi;
                const r = new qi;
                t.getWorldMatrix(r);
                qi.invert(r, r);
                for (let t = 0; t < i.length; t++) {
                  const e = i[t];
                  e.node.getWorldMatrix(n);
                  qi.multiply(n, r, n);
                  s.merge(i[t].mesh, n);
                  e.enabled = !1;
                }
                const o = e.addComponent(bH);
                o.mesh = s;
                o.sharedMaterials = i[0].sharedMaterials;
                return !0;
              }
              static unbatchStaticModel(t, e) {
                const i = t.getComponentsInChildren(bH);
                for (let t = 0; t < i.length; t++) {
                  i[t].enabled = !0;
                }
                const s = e.getComponent(bH);
                if (s) {
                  s.mesh && s.mesh.destroyRenderingMesh();
                  s.destroy();
                }
                return !0;
              }
            });
            W(Ez.prototype, "Mesh.prototype", [ {
              name: "renderingMesh",
              newName: "renderingSubMeshes"
            } ]);
            Y(Ez.prototype, "Mesh.prototype", [ {
              name: "hasFlatBuffers"
            }, {
              name: "destroyFlatBuffers"
            } ]);
            const AH = t("Skeleton", jsb.Skeleton);
            m.Skeleton = AH;
            const TH = AH.prototype;
            Object.defineProperty(TH, "bindposes", {
              enumerable: !0,
              configurable: !0,
              get() {
                return this._bindposes;
              },
              set(t) {
                this._bindposes = t;
                this._setBindposes(t);
              }
            });
            TH._ctor = function() {
              jsb.Asset.prototype._ctor.apply(this, arguments);
              this._bindposes = [];
            };
            TH.destroy = function() {
              var t, e;
              null === (t = null === (e = m.director.root) || void 0 === e ? void 0 : e.dataPoolManager) || void 0 === t || t.releaseSkeleton(this);
              return gc.prototype.destroy.call(this);
            };
            const vH = TH.onLoaded;
            TH.onLoaded = function() {
              this._setBindposes(this._bindposes);
              vH.call(this);
            };
            const EH = AH.prototype;
            Th([ Fe ])(EH, "_joints");
            Th([ qi ])(EH, "_bindposes");
            Yl(EH, "_hash");
            Ul("cc.Skeleton")(AH);
            Y(bH.prototype, "MeshRenderer.prototype", [ {
              name: "enableDynamicBatching"
            }, {
              name: "recieveShadows"
            } ]);
            m.ModelComponent = bH;
            ee.setClassAlias(bH, "cc.ModelComponent");
            var CH, xH, wH, RH, IH, MH, BH, DH, PH, OH, NH, LH, FH, VH, kH, UH, GH, zH, HH, jH, XH;
            const WH = new Pi;
            const YH = oe({
              LUMINOUS_FLUX: 0,
              LUMINANCE: 1
            });
            let qH = Ul("cc.StaticLightSettings")(CH = (xH = class {
              constructor() {
                Ml(this, "_baked", wH, this);
                Ml(this, "_editorOnly", RH, this);
                Ml(this, "_bakeable", IH, this);
                Ml(this, "_castShadow", MH, this);
              }
              get editorOnly() {
                return this._editorOnly;
              }
              set editorOnly(t) {
                this._editorOnly = t;
              }
              get baked() {
                return this._baked;
              }
              set baked(t) {
                this._baked = t;
              }
              get bakeable() {
                return this._bakeable;
              }
              set bakeable(t) {
                this._bakeable = t;
              }
              get castShadow() {
                return this._castShadow;
              }
              set castShadow(t) {
                this._castShadow = t;
              }
            }, wH = Bl(xH.prototype, "_baked", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), RH = Bl(xH.prototype, "_editorOnly", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), IH = Bl(xH.prototype, "_bakeable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), MH = Bl(xH.prototype, "_castShadow", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(xH.prototype, "editorOnly", [ nh ], Object.getOwnPropertyDescriptor(xH.prototype, "editorOnly"), xH.prototype), 
            Bl(xH.prototype, "bakeable", [ nh ], Object.getOwnPropertyDescriptor(xH.prototype, "bakeable"), xH.prototype), 
            Bl(xH.prototype, "castShadow", [ nh ], Object.getOwnPropertyDescriptor(xH.prototype, "castShadow"), xH.prototype), 
            xH)) || CH;
            let KH = function(e) {
              return t({
                Light: e,
                LightComponent: e
              }), e;
            }((BH = Ul("cc.Light"), DH = lh(), PH = lh(), OH = hh(), NH = lh(), LH = Th(qH), 
            FH = ph(), BH(VH = (kH = (XH = jH = class extends Qc {
              get color() {
                return this._color;
              }
              set color(t) {
                this._color = t;
                if (this._light) {
                  WH.x = t.r / 255;
                  WH.y = t.g / 255;
                  WH.z = t.b / 255;
                  this._light.color = WH;
                }
              }
              get useColorTemperature() {
                return this._useColorTemperature;
              }
              set useColorTemperature(t) {
                this._useColorTemperature = t;
                this._light && (this._light.useColorTemperature = t);
              }
              get colorTemperature() {
                return this._colorTemperature;
              }
              set colorTemperature(t) {
                this._colorTemperature = t;
                this._light && (this._light.colorTemperature = t);
              }
              get staticSettings() {
                return this._staticSettings;
              }
              set staticSettings(t) {
                this._staticSettings = t;
              }
              get type() {
                return this._type;
              }
              get baked() {
                return this.staticSettings.baked;
              }
              set baked(t) {
                this.staticSettings.baked = t;
                null !== this._light && (this._light.baked = t);
              }
              constructor() {
                super();
                Ml(this, "_color", UH, this);
                Ml(this, "_useColorTemperature", GH, this);
                Ml(this, "_colorTemperature", zH, this);
                Ml(this, "_staticSettings", HH, this);
                this._type = BA.UNKNOWN;
                this._lightType = void 0;
                this._light = null;
                this._lightType = PA;
              }
              onLoad() {
                this._createLight();
              }
              onEnable() {
                this._attachToScene();
              }
              onDisable() {
                this._detachFromScene();
              }
              onDestroy() {
                this._destroyLight();
              }
              _createLight() {
                this._light || (this._light = m.director.root.createLight(this._lightType));
                this.color = this._color;
                this.useColorTemperature = this._useColorTemperature;
                this.colorTemperature = this._colorTemperature;
                this._light.node = this.node;
                this._light.baked = this.baked;
              }
              _destroyLight() {
                if (this._light) {
                  m.director.root.recycleLight(this._light);
                  this._light = null;
                }
              }
              _attachToScene() {
                this._detachFromScene();
                if (this._light && !this._light.scene && this.node.scene) {
                  const t = this._getRenderScene();
                  switch (this._type) {
                   case BA.DIRECTIONAL:
                    t.addDirectionalLight(this._light);
                    t.setMainLight(this._light);
                    break;

                   case BA.SPHERE:
                    t.addSphereLight(this._light);
                    break;

                   case BA.SPOT:
                    t.addSpotLight(this._light);
                  }
                }
              }
              _detachFromScene() {
                if (this._light && this._light.scene) {
                  const t = this._light.scene;
                  switch (this._type) {
                   case BA.DIRECTIONAL:
                    t.removeDirectionalLight(this._light);
                    t.unsetMainLight(this._light);
                    break;

                   case BA.SPHERE:
                    t.removeSphereLight(this._light);
                    break;

                   case BA.SPOT:
                    t.removeSpotLight(this._light);
                  }
                }
              }
            }, jH.Type = BA, jH.PhotometricTerm = YH, XH), UH = Bl(kH.prototype, "_color", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), GH = Bl(kH.prototype, "_useColorTemperature", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), zH = Bl(kH.prototype, "_colorTemperature", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 6550;
              }
            }), HH = Bl(kH.prototype, "_staticSettings", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new qH;
              }
            }), Bl(kH.prototype, "color", [ DH ], Object.getOwnPropertyDescriptor(kH.prototype, "color"), kH.prototype), 
            Bl(kH.prototype, "useColorTemperature", [ PH ], Object.getOwnPropertyDescriptor(kH.prototype, "useColorTemperature"), kH.prototype), 
            Bl(kH.prototype, "colorTemperature", [ dh, OH, NH ], Object.getOwnPropertyDescriptor(kH.prototype, "colorTemperature"), kH.prototype), 
            Bl(kH.prototype, "staticSettings", [ LH, FH ], Object.getOwnPropertyDescriptor(kH.prototype, "staticSettings"), kH.prototype), 
            kH)) || VH));
            var JH, ZH, QH, $H, tj, ej, ij, sj, nj, rj, oj, aj, lj, hj, cj, uj, _j, dj, pj, mj, fj, gj, yj, bj, Sj, Aj, Tj, vj, Ej, Cj, xj, wj, Rj, Ij, Mj, Bj, Dj, Pj, Oj, Nj, Lj, Fj, Vj, kj, Uj, Gj, zj, Hj, jj, Xj, Wj, Yj, qj, Kj, Jj, Zj, Qj, $j, tX, eX, iX, sX, nX, rX, oX, aX, lX, hX, cX, uX, _X, dX, pX, mX, fX, gX, yX, bX;
            let SX = function(e) {
              return t({
                DirectionalLight: e,
                DirectionalLightComponent: e
              }), e;
            }((JH = Ul("cc.DirectionalLight"), ZH = sh(), QH = $l(), $H = ql("_illuminance"), 
            tj = lh(), ej = rh(), ij = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 1
              }
            }), sj = Th(Le), nj = rh(), rj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 5
              }
            }), oj = Th(zA), aj = rh(), lj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 6
              }
            }), hj = Th(Ne), cj = rh(), uj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 7
              }
            }), _j = Th(Ne), dj = rh(), pj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 8
              }
            }), mj = hh(), fj = Th(Ne), gj = rh(), yj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 9
              }
            }), bj = lh(), Sj = hh(), Aj = Th(Ne), Tj = rh(), vj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 10
              }
            }), Ej = lh(), Cj = hh(), xj = Th(Ne), wj = rh(), Rj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 11
              }
            }), Ij = lh(), Mj = Th(HA), Bj = rh(), Dj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 12
              }
            }), Pj = lh(), Oj = Th(Le), Nj = rh(), Lj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 13
              }
            }), Fj = lh(), Vj = hh(), kj = Th(Ne), Uj = rh(), Gj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 14
              }
            }), zj = lh(), Hj = Th(jA), jj = rh(), Xj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 15
              }
            }), Wj = Th(Le), Yj = rh(), qj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 16
              }
            }), Kj = Th(Ne), Jj = rh(), Zj = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 17
              }
            }), Qj = Th(Ne), $j = rh(), tX = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 18
              }
            }), eX = Th(Ne), JH(iX = ZH(iX = QH(iX = Ql(iX = (sX = class extends KH {
              get illuminance() {
                return m.director.root.pipeline.pipelineSceneData.isHDR ? this._illuminanceHDR : this._illuminanceLDR;
              }
              set illuminance(t) {
                if (m.director.root.pipeline.pipelineSceneData.isHDR) {
                  this._illuminanceHDR = t;
                  this._light && (this._light.illuminanceHDR = this._illuminanceHDR);
                } else {
                  this._illuminanceLDR = t;
                  this._light && (this._light.illuminanceLDR = this._illuminanceLDR);
                }
              }
              get shadowEnabled() {
                return this._shadowEnabled;
              }
              set shadowEnabled(t) {
                this._shadowEnabled = t;
                this._light && (this._light.shadowEnabled = this._shadowEnabled);
              }
              get shadowPcf() {
                return this._shadowPcf;
              }
              set shadowPcf(t) {
                this._shadowPcf = t;
                this._light && (this._light.shadowPcf = this._shadowPcf);
              }
              get shadowBias() {
                return this._shadowBias;
              }
              set shadowBias(t) {
                this._shadowBias = t;
                this._light && (this._light.shadowBias = this._shadowBias);
              }
              get shadowNormalBias() {
                return this._shadowNormalBias;
              }
              set shadowNormalBias(t) {
                this._shadowNormalBias = t;
                this._light && (this._light.shadowNormalBias = this._shadowNormalBias);
              }
              get shadowSaturation() {
                return this._shadowSaturation;
              }
              set shadowSaturation(t) {
                this._shadowSaturation = _i(t, 0, 1);
                this._light && (this._light.shadowSaturation = this._shadowSaturation);
              }
              get shadowDistance() {
                return this._shadowDistance;
              }
              set shadowDistance(t) {
                this._shadowDistance = Math.min(t, YA.MAX_FAR);
                this._shadowDistance / .1 < 10 && N(15003, this._shadowDistance);
                if (this._light) {
                  this._light.shadowDistance = this._shadowDistance;
                  this._light.csmNeedUpdate = !0;
                }
              }
              get shadowInvisibleOcclusionRange() {
                return this._shadowInvisibleOcclusionRange;
              }
              set shadowInvisibleOcclusionRange(t) {
                this._shadowInvisibleOcclusionRange = Math.min(t, YA.MAX_FAR);
                this._light && (this._light.shadowInvisibleOcclusionRange = this._shadowInvisibleOcclusionRange);
              }
              get csmLevel() {
                return this._csmLevel;
              }
              set csmLevel(t) {
                this._csmLevel = t;
                if (this._light) {
                  this._light.csmLevel = this._csmLevel;
                  this._light.csmNeedUpdate = !0;
                }
              }
              get enableCSM() {
                return this._csmLevel > HA.LEVEL_1;
              }
              set enableCSM(t) {
                this._csmLevel = t ? HA.LEVEL_4 : HA.LEVEL_1;
                if (this._light) {
                  this._light.csmLevel = this._csmLevel;
                  this._light.csmNeedUpdate = !0;
                }
              }
              get csmLayerLambda() {
                return this._csmLayerLambda;
              }
              set csmLayerLambda(t) {
                this._csmLayerLambda = t;
                if (this._light) {
                  this._light.csmLayerLambda = this._csmLayerLambda;
                  this._light.csmNeedUpdate = !0;
                }
              }
              get csmOptimizationMode() {
                return this._csmOptimizationMode;
              }
              set csmOptimizationMode(t) {
                this._csmOptimizationMode = t;
                this._light && (this._light.csmOptimizationMode = this._csmOptimizationMode);
              }
              get shadowFixedArea() {
                return this._shadowFixedArea;
              }
              set shadowFixedArea(t) {
                this._shadowFixedArea = t;
                this._light && (this._light.shadowFixedArea = this._shadowFixedArea);
              }
              get shadowNear() {
                return this._shadowNear;
              }
              set shadowNear(t) {
                this._shadowNear = t;
                this._light && (this._light.shadowNear = this._shadowNear);
              }
              get shadowFar() {
                return this._shadowFar;
              }
              set shadowFar(t) {
                this._shadowFar = Math.min(t, YA.MAX_FAR);
                this._light && (this._light.shadowFar = this._shadowFar);
              }
              get shadowOrthoSize() {
                return this._shadowOrthoSize;
              }
              set shadowOrthoSize(t) {
                this._shadowOrthoSize = t;
                this._light && (this._light.shadowOrthoSize = this._shadowOrthoSize);
              }
              constructor() {
                super();
                Ml(this, "_illuminanceHDR", nX, this);
                Ml(this, "_illuminanceLDR", rX, this);
                Ml(this, "_shadowEnabled", oX, this);
                Ml(this, "_shadowPcf", aX, this);
                Ml(this, "_shadowBias", lX, this);
                Ml(this, "_shadowNormalBias", hX, this);
                Ml(this, "_shadowSaturation", cX, this);
                Ml(this, "_shadowDistance", uX, this);
                Ml(this, "_shadowInvisibleOcclusionRange", _X, this);
                Ml(this, "_csmLevel", dX, this);
                Ml(this, "_csmLayerLambda", pX, this);
                Ml(this, "_csmOptimizationMode", mX, this);
                Ml(this, "_shadowFixedArea", fX, this);
                Ml(this, "_shadowNear", gX, this);
                Ml(this, "_shadowFar", yX, this);
                Ml(this, "_shadowOrthoSize", bX, this);
                this._type = BA.DIRECTIONAL;
                this._light = null;
                this._lightType = OA;
              }
              _createLight() {
                super._createLight();
                if (this._light) {
                  this._light.illuminanceHDR = this._illuminanceHDR;
                  this._light.illuminanceLDR = this._illuminanceLDR;
                  this._light.shadowEnabled = this._shadowEnabled;
                  this._light.shadowPcf = this._shadowPcf;
                  this._light.shadowBias = this._shadowBias;
                  this._light.shadowNormalBias = this._shadowNormalBias;
                  this._light.shadowSaturation = this._shadowSaturation;
                  this._light.shadowDistance = this._shadowDistance;
                  this._light.shadowInvisibleOcclusionRange = this._shadowInvisibleOcclusionRange;
                  this._light.shadowFixedArea = this._shadowFixedArea;
                  this._light.shadowNear = this._shadowNear;
                  this._light.shadowFar = this._shadowFar;
                  this._light.shadowOrthoSize = this._shadowOrthoSize;
                  this._light.csmLevel = this._csmLevel;
                  this._light.csmLayerLambda = this._csmLayerLambda;
                  this._light.csmOptimizationMode = this._csmOptimizationMode;
                }
              }
            }, nX = Bl(sX.prototype, "_illuminanceHDR", [ jl, $H ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 65e3;
              }
            }), rX = Bl(sX.prototype, "_illuminanceLDR", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 65e3 * By.standardExposureValue;
              }
            }), oX = Bl(sX.prototype, "_shadowEnabled", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), aX = Bl(sX.prototype, "_shadowPcf", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return zA.HARD;
              }
            }), lX = Bl(sX.prototype, "_shadowBias", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e-5;
              }
            }), hX = Bl(sX.prototype, "_shadowNormalBias", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), cX = Bl(sX.prototype, "_shadowSaturation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), uX = Bl(sX.prototype, "_shadowDistance", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 50;
              }
            }), _X = Bl(sX.prototype, "_shadowInvisibleOcclusionRange", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 200;
              }
            }), dX = Bl(sX.prototype, "_csmLevel", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return HA.LEVEL_4;
              }
            }), pX = Bl(sX.prototype, "_csmLayerLambda", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .75;
              }
            }), mX = Bl(sX.prototype, "_csmOptimizationMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return jA.RemoveDuplicates;
              }
            }), fX = Bl(sX.prototype, "_shadowFixedArea", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), gX = Bl(sX.prototype, "_shadowNear", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), yX = Bl(sX.prototype, "_shadowFar", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), bX = Bl(sX.prototype, "_shadowOrthoSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), Bl(sX.prototype, "illuminance", [ tj ], Object.getOwnPropertyDescriptor(sX.prototype, "illuminance"), sX.prototype), 
            Bl(sX.prototype, "shadowEnabled", [ ej, ij, nh, sj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowEnabled"), sX.prototype), 
            Bl(sX.prototype, "shadowPcf", [ nj, rj, nh, oj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowPcf"), sX.prototype), 
            Bl(sX.prototype, "shadowBias", [ aj, lj, nh, hj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowBias"), sX.prototype), 
            Bl(sX.prototype, "shadowNormalBias", [ cj, uj, nh, _j ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowNormalBias"), sX.prototype), 
            Bl(sX.prototype, "shadowSaturation", [ dj, pj, nh, mj, dh, fj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowSaturation"), sX.prototype), 
            Bl(sX.prototype, "shadowDistance", [ gj, yj, nh, bj, Sj, dh, Aj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowDistance"), sX.prototype), 
            Bl(sX.prototype, "shadowInvisibleOcclusionRange", [ Tj, vj, nh, Ej, Cj, dh, xj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowInvisibleOcclusionRange"), sX.prototype), 
            Bl(sX.prototype, "csmLevel", [ wj, Rj, nh, Ij, dh, Mj ], Object.getOwnPropertyDescriptor(sX.prototype, "csmLevel"), sX.prototype), 
            Bl(sX.prototype, "enableCSM", [ Bj, Dj, nh, Pj, dh, Oj ], Object.getOwnPropertyDescriptor(sX.prototype, "enableCSM"), sX.prototype), 
            Bl(sX.prototype, "csmLayerLambda", [ Nj, Lj, nh, Fj, Vj, dh, kj ], Object.getOwnPropertyDescriptor(sX.prototype, "csmLayerLambda"), sX.prototype), 
            Bl(sX.prototype, "csmOptimizationMode", [ Uj, Gj, nh, zj, dh, Hj ], Object.getOwnPropertyDescriptor(sX.prototype, "csmOptimizationMode"), sX.prototype), 
            Bl(sX.prototype, "shadowFixedArea", [ jj, Xj, nh, Wj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowFixedArea"), sX.prototype), 
            Bl(sX.prototype, "shadowNear", [ Yj, qj, nh, Kj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowNear"), sX.prototype), 
            Bl(sX.prototype, "shadowFar", [ Jj, Zj, nh, Qj ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowFar"), sX.prototype), 
            Bl(sX.prototype, "shadowOrthoSize", [ $j, tX, eX ], Object.getOwnPropertyDescriptor(sX.prototype, "shadowOrthoSize"), sX.prototype), 
            sX)) || iX) || iX) || iX) || iX));
            var AX, TX, vX, EX, CX, xX, wX, RX, IX, MX, BX, DX, PX, OX, NX, LX, FX, VX, kX, UX;
            let GX = function(e) {
              return t({
                SphereLight: e,
                SphereLightComponent: e
              }), e;
            }((AX = Ul("cc.SphereLight"), TX = sh(), vX = $l(), EX = ql("_luminance"), CX = ph(), 
            xX = lh(), wX = ph(), RX = lh(), IX = Th(YH), MX = ph(), BX = lh(), DX = lh(), PX = lh(), 
            AX(OX = TX(OX = vX(OX = Ql(OX = (NX = class extends KH {
              get luminousFlux() {
                return m.director.root.pipeline.pipelineSceneData.isHDR ? this._luminanceHDR * DA(this._size) : this._luminanceLDR;
              }
              set luminousFlux(t) {
                let e = 0;
                if (m.director.root.pipeline.pipelineSceneData.isHDR) {
                  this._luminanceHDR = t / DA(this._size);
                  e = this._luminanceHDR;
                } else {
                  this._luminanceLDR = t;
                  e = this._luminanceLDR;
                }
                this._light && (this._light.luminance = e);
              }
              get luminance() {
                return m.director.root.pipeline.pipelineSceneData.isHDR ? this._luminanceHDR : this._luminanceLDR;
              }
              set luminance(t) {
                if (m.director.root.pipeline.pipelineSceneData.isHDR) {
                  this._luminanceHDR = t;
                  this._light && (this._light.luminanceHDR = this._luminanceHDR);
                } else {
                  this._luminanceLDR = t;
                  this._light && (this._light.luminanceLDR = this._luminanceLDR);
                }
              }
              get term() {
                return this._term;
              }
              set term(t) {
                this._term = t;
              }
              get size() {
                return this._size;
              }
              set size(t) {
                this._size = t;
                this._light && (this._light.size = t);
              }
              get range() {
                return this._range;
              }
              set range(t) {
                this._range = t;
                this._light && (this._light.range = t);
              }
              constructor() {
                super();
                Ml(this, "_size", LX, this);
                Ml(this, "_luminanceHDR", FX, this);
                Ml(this, "_luminanceLDR", VX, this);
                Ml(this, "_term", kX, this);
                Ml(this, "_range", UX, this);
                this._type = BA.SPHERE;
                this._light = null;
                this._lightType = LA;
              }
              _createLight() {
                super._createLight();
                this.size = this._size;
                this.range = this._range;
                if (this._light) {
                  this._light.luminanceHDR = this._luminanceHDR;
                  this._light.luminanceLDR = this._luminanceLDR;
                }
              }
            }, LX = Bl(NX.prototype, "_size", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .15;
              }
            }), FX = Bl(NX.prototype, "_luminanceHDR", [ Yl, EX ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1700 / DA(.15);
              }
            }), VX = Bl(NX.prototype, "_luminanceLDR", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1700 / DA(.15) * By.standardExposureValue * By.standardLightMeterScale;
              }
            }), kX = Bl(NX.prototype, "_term", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return YH.LUMINOUS_FLUX;
              }
            }), UX = Bl(NX.prototype, "_range", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Bl(NX.prototype, "luminousFlux", [ CX, xX ], Object.getOwnPropertyDescriptor(NX.prototype, "luminousFlux"), NX.prototype), 
            Bl(NX.prototype, "luminance", [ wX, RX ], Object.getOwnPropertyDescriptor(NX.prototype, "luminance"), NX.prototype), 
            Bl(NX.prototype, "term", [ IX, MX, BX ], Object.getOwnPropertyDescriptor(NX.prototype, "term"), NX.prototype), 
            Bl(NX.prototype, "size", [ DX ], Object.getOwnPropertyDescriptor(NX.prototype, "size"), NX.prototype), 
            Bl(NX.prototype, "range", [ PX ], Object.getOwnPropertyDescriptor(NX.prototype, "range"), NX.prototype), 
            NX)) || OX) || OX) || OX) || OX));
            var zX, HX, jX, XX, WX, YX, qX, KX, JX, ZX, QX, $X, tW, eW, iW, sW, nW, rW, oW, aW, lW, hW, cW, uW, _W, dW, pW, mW, fW, gW, yW, bW, SW, AW, TW, vW, EW, CW, xW;
            let wW = function(e) {
              return t({
                SpotLight: e,
                SpotLightComponent: e
              }), e;
            }((zX = Ul("cc.SpotLight"), HX = sh(), jX = $l(), XX = ql("_luminance"), WX = lh(), 
            YX = ph(), qX = lh(), KX = ph(), JX = Th(YH), ZX = ph(), QX = lh(), $X = lh(), tW = lh(), 
            eW = hh(), iW = lh(), sW = rh(), nW = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 1
              }
            }), rW = Th(Le), oW = rh(), aW = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 2
              }
            }), lW = Th(zA), hW = rh(), cW = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 3
              }
            }), uW = Th(Ne), _W = rh(), dW = jl({
              group: {
                name: "DynamicShadowSettings",
                displayOrder: 4
              }
            }), pW = Th(Ne), zX(mW = HX(mW = jX(mW = Ql(mW = (fW = class extends KH {
              get luminousFlux() {
                return m.director.root.pipeline.pipelineSceneData.isHDR ? this._luminanceHDR * DA(this._size) : this._luminanceLDR;
              }
              set luminousFlux(t) {
                let e = 0;
                if (m.director.root.pipeline.pipelineSceneData.isHDR) {
                  this._luminanceHDR = t / DA(this._size);
                  e = this._luminanceHDR;
                } else {
                  this._luminanceLDR = t;
                  e = this._luminanceLDR;
                }
                this._light && (this._light.luminance = e);
              }
              get luminance() {
                return m.director.root.pipeline.pipelineSceneData.isHDR ? this._luminanceHDR : this._luminanceLDR;
              }
              set luminance(t) {
                if (m.director.root.pipeline.pipelineSceneData.isHDR) {
                  this._luminanceHDR = t;
                  this._light && (this._light.luminanceHDR = this._luminanceHDR);
                } else {
                  this._luminanceLDR = t;
                  this._light && (this._light.luminanceLDR = this._luminanceLDR);
                }
              }
              get term() {
                return this._term;
              }
              set term(t) {
                this._term = t;
              }
              get size() {
                return this._size;
              }
              set size(t) {
                this._size = t;
                this._light && (this._light.size = t);
              }
              get range() {
                return this._range;
              }
              set range(t) {
                this._range = t;
                this._light && (this._light.range = t);
              }
              get spotAngle() {
                return this._spotAngle;
              }
              set spotAngle(t) {
                this._spotAngle = t;
                this._light && (this._light.spotAngle = mi(t));
              }
              get shadowEnabled() {
                return this._shadowEnabled;
              }
              set shadowEnabled(t) {
                this._shadowEnabled = t;
                this._light && (this._light.shadowEnabled = t);
              }
              get shadowPcf() {
                return this._shadowPcf;
              }
              set shadowPcf(t) {
                this._shadowPcf = t;
                this._light && (this._light.shadowPcf = t);
              }
              get shadowBias() {
                return this._shadowBias;
              }
              set shadowBias(t) {
                this._shadowBias = t;
                this._light && (this._light.shadowBias = t);
              }
              get shadowNormalBias() {
                return this._shadowNormalBias;
              }
              set shadowNormalBias(t) {
                this._shadowNormalBias = t;
                this._light && (this._light.shadowNormalBias = t);
              }
              constructor() {
                super();
                Ml(this, "_size", gW, this);
                Ml(this, "_luminanceHDR", yW, this);
                Ml(this, "_luminanceLDR", bW, this);
                Ml(this, "_term", SW, this);
                Ml(this, "_range", AW, this);
                Ml(this, "_spotAngle", TW, this);
                Ml(this, "_shadowEnabled", vW, this);
                Ml(this, "_shadowPcf", EW, this);
                Ml(this, "_shadowBias", CW, this);
                Ml(this, "_shadowNormalBias", xW, this);
                this._type = BA.SPOT;
                this._light = null;
                this._lightType = NA;
              }
              _createLight() {
                super._createLight();
                this.size = this._size;
                this.range = this._range;
                this.spotAngle = this._spotAngle;
                if (this._light) {
                  this._light.luminanceHDR = this._luminanceHDR;
                  this._light.luminanceLDR = this._luminanceLDR;
                  this._light.shadowEnabled = this._shadowEnabled;
                  this._light.shadowPcf = this._shadowPcf;
                  this._light.shadowBias = this._shadowBias;
                  this._light.shadowNormalBias = this._shadowNormalBias;
                }
              }
            }, gW = Bl(fW.prototype, "_size", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .15;
              }
            }), yW = Bl(fW.prototype, "_luminanceHDR", [ Yl, XX ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1700 / DA(.15);
              }
            }), bW = Bl(fW.prototype, "_luminanceLDR", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1700 / DA(.15) * By.standardExposureValue * By.standardLightMeterScale;
              }
            }), SW = Bl(fW.prototype, "_term", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return YH.LUMINOUS_FLUX;
              }
            }), AW = Bl(fW.prototype, "_range", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), TW = Bl(fW.prototype, "_spotAngle", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 60;
              }
            }), vW = Bl(fW.prototype, "_shadowEnabled", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), EW = Bl(fW.prototype, "_shadowPcf", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return zA.HARD;
              }
            }), CW = Bl(fW.prototype, "_shadowBias", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e-5;
              }
            }), xW = Bl(fW.prototype, "_shadowNormalBias", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(fW.prototype, "luminousFlux", [ WX, YX ], Object.getOwnPropertyDescriptor(fW.prototype, "luminousFlux"), fW.prototype), 
            Bl(fW.prototype, "luminance", [ qX, KX ], Object.getOwnPropertyDescriptor(fW.prototype, "luminance"), fW.prototype), 
            Bl(fW.prototype, "term", [ JX, ZX, QX ], Object.getOwnPropertyDescriptor(fW.prototype, "term"), fW.prototype), 
            Bl(fW.prototype, "size", [ $X ], Object.getOwnPropertyDescriptor(fW.prototype, "size"), fW.prototype), 
            Bl(fW.prototype, "range", [ tW ], Object.getOwnPropertyDescriptor(fW.prototype, "range"), fW.prototype), 
            Bl(fW.prototype, "spotAngle", [ dh, eW, iW ], Object.getOwnPropertyDescriptor(fW.prototype, "spotAngle"), fW.prototype), 
            Bl(fW.prototype, "shadowEnabled", [ sW, nW, nh, rW ], Object.getOwnPropertyDescriptor(fW.prototype, "shadowEnabled"), fW.prototype), 
            Bl(fW.prototype, "shadowPcf", [ oW, aW, nh, lW ], Object.getOwnPropertyDescriptor(fW.prototype, "shadowPcf"), fW.prototype), 
            Bl(fW.prototype, "shadowBias", [ hW, cW, nh, uW ], Object.getOwnPropertyDescriptor(fW.prototype, "shadowBias"), fW.prototype), 
            Bl(fW.prototype, "shadowNormalBias", [ _W, dW, nh, pW ], Object.getOwnPropertyDescriptor(fW.prototype, "shadowNormalBias"), fW.prototype), 
            fW)) || mW) || mW) || mW) || mW));
            m.LightComponent = KH;
            ee.setClassAlias(KH, "cc.LightComponent");
            m.DirectionalLightComponent = SX;
            ee.setClassAlias(SX, "cc.DirectionalLightComponent");
            m.SphereLightComponent = GX;
            ee.setClassAlias(GX, "cc.SphereLightComponent");
            m.SpotLightComponent = wW;
            ee.setClassAlias(wW, "cc.SpotLightComponent");
            W(wW.prototype, "SpotLight.prototype", [ {
              name: "luminousPower",
              newName: "luminousFlux",
              customGetter() {
                return this.luminousFlux;
              },
              customSetter(t) {
                this.luminousFlux = t;
              }
            } ]);
            W(GX.prototype, "SphereLight.prototype", [ {
              name: "luminousPower",
              newName: "luminousFlux",
              customGetter() {
                return this.luminousFlux;
              },
              customSetter(t) {
                this.luminousFlux = t;
              }
            } ]);
            W(KH.PhotometricTerm, "Light.PhotometricTerm", [ {
              name: "LUMINOUS_POWER",
              newName: "LUMINOUS_FLUX"
            } ]);
            const RW = jsb.SkinningModel;
            m.SkinningModel = jsb.SkinningModel;
            const IW = jsb.BakedSkinningModel;
            m.BakedSkinningModel = jsb.BakedSkinningModel;
            jsb.MorphModel;
            const MW = IW.prototype;
            MW._ctor = function() {
              jsb.Model.prototype._ctor.call(this);
              this.uploadedAnim = void 0;
              this._dataPoolManager = m.director.root.dataPoolManager;
              const t = new Float32Array(4);
              const e = this._dataPoolManager.jointAnimationInfo.getData();
              this._jointsMedium = {
                buffer: null,
                jointTextureInfo: t,
                animInfo: e,
                texture: null,
                boundsInfo: null
              };
              this._skeleton = null;
              this._mesh = null;
            };
            const BW = MW.destroy;
            MW.destroy = function() {
              this.uploadedAnim = void 0;
              this._jointsMedium.boundsInfo = null;
              this._applyJointTexture();
              BW.call(this);
            };
            const DW = MW.bindSkeleton;
            MW.bindSkeleton = function(t = null, e = null, i = null) {
              this._skeleton = t;
              this._mesh = i;
              if (!t || !e || !i) return;
              this.transform = e;
              const s = this._dataPoolManager;
              this._jointsMedium.animInfo = s.jointAnimationInfo.getData(e.uuid);
              const n = this._jointsMedium.animInfo;
              this.syncAnimInfoForJS(n.buffer, n.data, n.dirtyForJSB);
              DW.apply(this, arguments);
            };
            MW.uploadAnimation = function(t) {
              var e;
              if (!this._skeleton || !this._mesh || this.uploadedAnim === t) return;
              this.uploadedAnim = t;
              this.setUploadedAnimForJS(!!t);
              const i = this._dataPoolManager;
              let s = null;
              let n = null;
              if (t) {
                s = i.jointTexturePool.getSequencePoseTexture(this._skeleton, t, this._mesh, this.transform);
                this._jointsMedium.boundsInfo = s && s.bounds.get(this._mesh.hash);
                n = null;
              } else {
                s = i.jointTexturePool.getDefaultPoseTexture(this._skeleton, this._mesh, this.transform);
                this._jointsMedium.boundsInfo = null;
                n = s && s.bounds.get(this._mesh.hash)[0];
              }
              this._applyJointTexture(s);
              const {jointTextureInfo: r} = this._jointsMedium;
              const o = null === (e = s) || void 0 === e ? void 0 : e.handle.texture;
              this.syncDataForJS(this._jointsMedium.boundsInfo, n, r[0], r[1], r[2], r[3], o, this._jointsMedium.animInfo.data);
            };
            MW._applyJointTexture = function(t = null) {
              const e = this._jointsMedium.texture;
              e && e !== t && this._dataPoolManager.jointTexturePool.releaseHandle(e);
              this._jointsMedium.texture = t;
              if (!t) return;
              const {jointTextureInfo: i} = this._jointsMedium;
              i[0] = t.handle.texture.width;
              i[1] = this._skeleton.joints.length;
              i[2] = t.pixelOffset + .1;
              i[3] = 1 / i[0];
            };
            var PW, OW, NW, LW, FW, VW, kW, UW, GW, zW, HW, jW, XW, WW;
            let YW = function(e) {
              return t({
                SkinnedMeshRenderer: e,
                SkinningModelComponent: e
              }), e;
            }((PW = Ul("cc.SkinnedMeshRenderer"), OW = sh(), NW = zl(100), LW = $l(), FW = Th(AH), 
            VW = Th(_y), kW = Th(AH), UW = Th(_y), GW = lh(), PW(zW = OW(zW = NW(zW = Ql(zW = LW(zW = (HW = (WW = class extends bH {
              get skeleton() {
                return this._skeleton;
              }
              set skeleton(t) {
                if (t !== this._skeleton) {
                  this._skeleton = t;
                  this._update();
                }
              }
              get skinningRoot() {
                return this._skinningRoot;
              }
              set skinningRoot(t) {
                this._skinningRoot = t;
                this._tryBindAnimation();
                t !== this._skinningRoot && this._update();
              }
              get model() {
                return this._model;
              }
              constructor() {
                super();
                Ml(this, "_skeleton", jW, this);
                Ml(this, "_skinningRoot", XW, this);
                this._clip = null;
                this.associatedAnimation = null;
                this._modelType = IW;
              }
              onLoad() {
                super.onLoad();
                this._tryBindAnimation();
              }
              onDestroy() {
                if (this.associatedAnimation) {
                  this.associatedAnimation.notifySkinnedMeshRemoved(this);
                  ne(null === this.associatedAnimation);
                }
                super.onDestroy();
              }
              uploadAnimation(t) {
                this._clip = t;
                this.model && this.model.uploadAnimation && this.model.uploadAnimation(t);
              }
              setUseBakedAnimation(t = !0, e = !1) {
                const i = t ? IW : RW;
                if (e || this._modelType !== i) {
                  this._modelType = i;
                  if (this._model) {
                    m.director.root.destroyModel(this._model);
                    this._model = null;
                    this._models.length = 0;
                    this._updateModels();
                    this._updateCastShadow();
                    this._updateReceiveShadow();
                    this.enabledInHierarchy && this._attachToScene();
                  }
                }
              }
              setMaterial(t, e) {
                super.setMaterial(t, e);
                this._modelType === RW && this.getMaterialInstance(e);
              }
              _updateModelParams() {
                this._update();
                super._updateModelParams();
              }
              _tryBindAnimation() {
                const {_skinningRoot: t} = this;
                if (!t) return;
                let e = !1;
                for (let i = this.node; i; i = i.parent) if (i === t) {
                  e = !0;
                  break;
                }
                if (!e) return;
                const i = t.getComponent("cc.SkeletalAnimation");
                i ? i.notifySkinnedMeshAdded(this) : this.setUseBakedAnimation(!1);
              }
              _update() {
                if (this.model) {
                  this.model.bindSkeleton(this._skeleton, this._skinningRoot, this._mesh);
                  this.model.uploadAnimation && this.model.uploadAnimation(this._clip);
                }
              }
            }, WW), jW = Bl(HW.prototype, "_skeleton", [ FW ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), XW = Bl(HW.prototype, "_skinningRoot", [ VW ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(HW.prototype, "skeleton", [ kW ], Object.getOwnPropertyDescriptor(HW.prototype, "skeleton"), HW.prototype), 
            Bl(HW.prototype, "skinningRoot", [ UW, GW ], Object.getOwnPropertyDescriptor(HW.prototype, "skinningRoot"), HW.prototype), 
            HW)) || zW) || zW) || zW) || zW) || zW));
            const qW = new qi;
            function KW(t, e, i) {
              qi.identity(i);
              for (;t !== e; ) {
                qi.fromRTS(qW, t.rotation, t.position, t.scale);
                qi.multiply(i, qW, i);
                t = t.parent;
              }
              return i;
            }
            var JW, ZW, QW, $W, tY, eY, iY, sY, nY, rY, oY, aY, lY, hY, cY, uY, _Y, dY, pY, mY, fY, gY, yY, bY, SY, AY, TY, vY, EY, CY, xY;
            const wY = new Vn(cr.ATTR_BATCH_ID, bs.R32F);
            const RY = new Vn(cr.ATTR_BATCH_UV, bs.RG32F);
            const IY = ur[wY.format].size + ur[RY.format].size;
            let MY = function(e) {
              return t({
                SkinnedMeshUnit: e,
                SkinningModelUnit: e
              }), e;
            }((JW = Ul("cc.SkinnedMeshUnit"), ZW = Th(Ez), QW = Th(AH), $W = Th(hm), tY = Th(YW), 
            JW(eY = (iY = (hY = class {
              constructor() {
                Ml(this, "mesh", sY, this);
                Ml(this, "skeleton", nY, this);
                Ml(this, "material", rY, this);
                Ml(this, "_localTransform", oY, this);
                Ml(this, "_offset", aY, this);
                Ml(this, "_size", lY, this);
              }
              set offset(t) {
                Qi.copy(this._offset, t);
              }
              get offset() {
                return this._offset;
              }
              set size(t) {
                Qi.copy(this._size, t);
              }
              get size() {
                return this._size;
              }
              set copyFrom(t) {
                if (t) {
                  this.mesh = t.mesh;
                  this.skeleton = t.skeleton;
                  this.material = t.getMaterial(0);
                  t.skinningRoot && KW(t.node, t.skinningRoot, this._localTransform);
                }
              }
              get copyFrom() {
                return null;
              }
            }, hY), sY = Bl(iY.prototype, "mesh", [ ZW ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), nY = Bl(iY.prototype, "skeleton", [ QW ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), rY = Bl(iY.prototype, "material", [ $W ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), oY = Bl(iY.prototype, "_localTransform", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new qi;
              }
            }), aY = Bl(iY.prototype, "_offset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(0, 0);
              }
            }), lY = Bl(iY.prototype, "_size", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(1, 1);
              }
            }), Bl(iY.prototype, "offset", [ nh ], Object.getOwnPropertyDescriptor(iY.prototype, "offset"), iY.prototype), 
            Bl(iY.prototype, "size", [ nh ], Object.getOwnPropertyDescriptor(iY.prototype, "size"), iY.prototype), 
            Bl(iY.prototype, "copyFrom", [ tY ], Object.getOwnPropertyDescriptor(iY.prototype, "copyFrom"), iY.prototype), 
            iY)) || eY));
            const BY = new qi;
            new qi;
            const DY = new Pi;
            let PY = function(e) {
              return t({
                SkinnedMeshBatchRenderer: e,
                BatchedSkinningModelComponent: e
              }), e;
            }((cY = Ul("cc.SkinnedMeshBatchRenderer"), uY = sh(), _Y = zl(100), dY = $l(), pY = lh(), 
            mY = Th([ Fe ]), fY = lh(), gY = Th([ MY ]), yY = lh(), bY = rh(), SY = rh(), cY(AY = uY(AY = _Y(AY = Ql(AY = dY(AY = (TY = (xY = class extends YW {
              constructor(...t) {
                super(...t);
                Ml(this, "atlasSize", vY, this);
                Ml(this, "batchableTextureNames", EY, this);
                Ml(this, "units", CY, this);
                this._textures = {};
                this._batchMaterial = null;
              }
              get mesh() {
                return super.mesh;
              }
              set mesh(t) {
                super.mesh = t;
              }
              get skeleton() {
                return super.skeleton;
              }
              set skeleton(t) {
                super.skeleton = t;
              }
              onLoad() {
                super.onLoad();
                this.cook();
              }
              onDestroy() {
                for (const t in this._textures) this._textures[t].destroy();
                this._textures = {};
                if (this._mesh) {
                  this._mesh.destroy();
                  this._mesh = null;
                }
                super.onDestroy();
              }
              _onMaterialModified(t, e) {
                this.cookMaterials();
                super._onMaterialModified(t, this.getMaterialInstance(t));
              }
              cook() {
                this.cookMaterials();
                this.cookSkeletons();
                this.cookMeshes();
              }
              cookMaterials() {
                this._batchMaterial || (this._batchMaterial = this.getMaterial(0));
                const t = this.getMaterialInstance(0);
                if (!t || !this._batchMaterial || !this._batchMaterial.effectAsset) {
                  console.warn("incomplete batch material!");
                  return;
                }
                t.copy(this._batchMaterial);
                this.resizeAtlases();
                const e = t.effectAsset.techniques[t.technique];
                for (let i = 0; i < e.passes.length; i++) {
                  const s = e.passes[i];
                  if (s.properties) for (const e in s.properties) if (s.properties[e].type >= As.SAMPLER1D) {
                    let s = null;
                    if (this.batchableTextureNames.find((t => t === e))) {
                      s = this._textures[e];
                      s || (s = this.createTexture(e));
                      this.cookTextures(s, e, i);
                    } else this.units.some((t => s = t.material && t.material.getProperty(e, i)));
                    s && t.setProperty(e, s, i);
                  } else {
                    const s = [];
                    for (let t = 0; t < this.units.length; t++) {
                      const n = this.units[t];
                      n.material && s.push(n.material.getProperty(e.slice(0, -3), i));
                    }
                    t.setProperty(e, s, i);
                  }
                }
              }
              cookSkeletons() {
                if (!this._skinningRoot) {
                  console.warn("no skinning root specified!");
                  return;
                }
                const t = [];
                const e = [];
                for (let i = 0; i < this.units.length; i++) {
                  const s = this.units[i];
                  if (!s || !s.skeleton) continue;
                  const n = s.skeleton;
                  qi.invert(BY, s._localTransform);
                  for (let i = 0; i < n.joints.length; i++) {
                    const s = n.joints[i];
                    if (!(t.findIndex((t => t === s)) >= 0)) {
                      t.push(s);
                      e.push(qi.multiply(new qi, n.bindposes[i] || qi.IDENTITY, BY));
                    }
                  }
                }
                const i = Array.from(Array(t.length).keys()).sort(((e, i) => t[e] > t[i] ? 1 : t[e] < t[i] ? -1 : 0));
                const s = new AH;
                s.joints = t.map(((t, e, s) => s[i[e]]));
                s.bindposes = e.map(((t, e, s) => s[i[e]]));
                this._skeleton && this._skeleton.destroy();
                this.skeleton = s;
              }
              cookMeshes() {
                let t = !1;
                for (let e = 0; e < this.units.length; e++) {
                  if (this.units[e].mesh) {
                    t = !0;
                    break;
                  }
                }
                if (!t || !this._skinningRoot) return;
                this._mesh ? this._mesh.destroyRenderingMesh() : this._mesh = new Ez;
                let e = 0;
                let i = bs.UNKNOWN;
                let s = 0;
                let n = bs.UNKNOWN;
                let r = 0;
                let o = bs.UNKNOWN;
                let a = 0;
                let l = bs.UNKNOWN;
                let h = 0;
                let c = bs.UNKNOWN;
                const u = new Array(this.units.length);
                const _ = this.units.length;
                for (let t = 0; t < _; t++) {
                  const e = this.units[t];
                  e && e.skeleton && (u[t] = e.skeleton.joints.map((t => this._skeleton.joints.findIndex((e => t === e)))));
                }
                for (let t = 0; t < _; t++) {
                  const _ = this.units[t];
                  if (!_ || !_.mesh || !_.mesh.data) continue;
                  const d = this._createUnitMesh(t, _.mesh);
                  const p = new DataView(d.data.buffer);
                  qi.inverseTranspose(BY, _._localTransform);
                  const {offset: m} = _;
                  const {size: f} = _;
                  for (let g = 0; g < d.struct.vertexBundles.length; g++) {
                    const y = d.struct.vertexBundles[g];
                    e = y.view.offset;
                    i = bs.UNKNOWN;
                    for (let t = 0; t < y.attributes.length; t++) {
                      const s = y.attributes[t];
                      if (s.name === cr.ATTR_POSITION) {
                        i = s.format;
                        break;
                      }
                      e += ur[s.format].size;
                    }
                    if (i) {
                      const t = RI(p, i, e, y.view.length, y.view.stride);
                      for (let e = 0; e < t.length; e += 3) {
                        Pi.fromArray(DY, t, e);
                        Pi.transformMat4(DY, DY, _._localTransform);
                        Pi.toArray(t, DY, e);
                      }
                      wI(p, t, i, e, y.view.stride);
                    }
                    s = y.view.offset;
                    n = bs.UNKNOWN;
                    for (let t = 0; t < y.attributes.length; t++) {
                      const e = y.attributes[t];
                      if (e.name === cr.ATTR_NORMAL) {
                        n = e.format;
                        break;
                      }
                      s += ur[e.format].size;
                    }
                    if (n) {
                      const t = RI(p, n, s, y.view.length, y.view.stride);
                      for (let e = 0; e < t.length; e += 3) {
                        Pi.fromArray(DY, t, e);
                        Pi.transformMat4Normal(DY, DY, BY);
                        Pi.toArray(t, DY, e);
                      }
                      wI(p, t, n, s, y.view.stride);
                    }
                    r = y.view.offset;
                    o = bs.UNKNOWN;
                    for (let t = 0; t < y.attributes.length; t++) {
                      const e = y.attributes[t];
                      if (e.name === cr.ATTR_TANGENT) {
                        o = e.format;
                        break;
                      }
                      r += ur[e.format].size;
                    }
                    if (o) {
                      const t = RI(p, o, r, y.view.length, y.view.stride);
                      for (let e = 0; e < t.length; e += 3) {
                        Pi.fromArray(DY, t, e);
                        Pi.transformMat4Normal(DY, DY, BY);
                        Pi.toArray(t, DY, e);
                      }
                      wI(p, t, o, r, y.view.stride);
                    }
                    a = y.view.offset;
                    l = bs.UNKNOWN;
                    for (let t = 0; t < y.attributes.length; t++) {
                      const e = y.attributes[t];
                      if (e.name === cr.ATTR_BATCH_UV) {
                        l = e.format;
                        break;
                      }
                      a += ur[e.format].size;
                    }
                    l && II(p, ((t, e) => {
                      var i;
                      const s = 0 === e ? "x" : "y";
                      return (t = (i = t) - Math.floor(i)) * f[s] + m[s];
                    }), l, a, y.view.length, y.view.stride, p);
                    const b = u[t];
                    if (b) {
                      h = y.view.offset;
                      c = bs.UNKNOWN;
                      for (let t = 0; t < y.attributes.length; t++) {
                        const e = y.attributes[t];
                        if (e.name === cr.ATTR_JOINTS) {
                          c = e.format;
                          break;
                        }
                        h += ur[e.format].size;
                      }
                      c && II(p, (t => b[t]), c, h, y.view.length, y.view.stride, p);
                    }
                  }
                  this._mesh.merge(d);
                }
                this._onMeshChanged(this._mesh);
                this._updateModels();
              }
              cookTextures(t, e, i) {
                const s = [];
                const n = [];
                const r = [];
                const o = [];
                for (let t = 0; t < this.units.length; t++) {
                  const a = this.units[t];
                  if (!a.material) continue;
                  const l = a.material.getProperty(e, i);
                  if (l && l.image && l.image.data) {
                    const t = new mn;
                    t.texOffset.x = a.offset.x * this.atlasSize;
                    t.texOffset.y = a.offset.y * this.atlasSize;
                    t.texExtent.width = a.size.x * this.atlasSize;
                    t.texExtent.height = a.size.y * this.atlasSize;
                    const {data: e} = l.image;
                    if (ArrayBuffer.isView(e)) {
                      r.push(e);
                      o.push(t);
                    } else {
                      s.push(e);
                      n.push(t);
                    }
                  }
                }
                const a = t.getGFXTexture();
                const {device: l} = m.director.root;
                r.length > 0 && l.copyBuffersToTexture(r, a, o);
                s.length > 0 && l.copyTexImagesToTexture(s, a, n);
              }
              createTexture(t) {
                const e = new LC;
                e.setFilters(Qp.LINEAR, Qp.LINEAR);
                e.setMipFilter(Qp.NEAREST);
                e.reset({
                  width: this.atlasSize,
                  height: this.atlasSize,
                  format: Jp.RGBA8888
                });
                this._textures[t] = e;
                return e;
              }
              resizeAtlases() {
                for (const t in this._textures) {
                  this._textures[t].reset({
                    width: this.atlasSize,
                    height: this.atlasSize,
                    format: Jp.RGBA8888
                  });
                }
              }
              _createUnitMesh(t, e) {
                const i = JSON.parse(JSON.stringify(e.struct));
                const s = {};
                for (let t = 0; t < e.struct.primitives.length; t++) {
                  const n = e.struct.primitives[t];
                  let r = 0;
                  let o = bs.UNKNOWN;
                  let a = 0;
                  for (;a < n.vertexBundelIndices.length; a++) {
                    const t = e.struct.vertexBundles[n.vertexBundelIndices[a]];
                    r = t.view.offset;
                    o = bs.UNKNOWN;
                    for (let e = 0; e < t.attributes.length; e++) {
                      const i = t.attributes[e];
                      if (i.name === cr.ATTR_TEX_COORD) {
                        o = i.format;
                        break;
                      }
                      r += ur[i.format].size;
                    }
                    if (o) break;
                  }
                  if (void 0 !== s[a]) continue;
                  s[a] = [ o, r ];
                  const l = i.vertexBundles[a];
                  l.attributes.push(wY);
                  l.attributes.push(RY);
                  l.view.offset = 0;
                  l.view.length += l.view.count * IY;
                  l.view.stride += IY;
                }
                let n = 0;
                for (let t = 0; t < i.vertexBundles.length; t++) n += i.vertexBundles[t].view.length;
                for (let t = 0; t < i.primitives.length; t++) {
                  const e = i.primitives[t];
                  if (e.indexView) {
                    e.indexView.offset = n;
                    n += e.indexView.length;
                  }
                }
                const r = new Uint8Array(n);
                const o = e.data;
                const a = new DataView(r.buffer);
                const l = new DataView(o.buffer);
                const {isLittleEndian: h} = m.sys;
                for (const n in s) {
                  const c = i.vertexBundles[n];
                  const u = e.struct.vertexBundles[n];
                  const [_, d] = s[n];
                  const p = RI(l, _, d, u.view.length, u.view.stride);
                  const m = u.view;
                  const f = c.view;
                  const g = m.stride;
                  const y = f.stride;
                  let b = m.offset;
                  let S = f.offset;
                  for (let e = 0; e < f.count; e++) {
                    const i = o.subarray(b, b + g);
                    r.set(i, S);
                    a.setFloat32(S + g, t);
                    a.setFloat32(S + g + 4, p[2 * e], h);
                    a.setFloat32(S + g + 8, p[2 * e + 1], h);
                    S += y;
                    b += g;
                  }
                }
                for (let t = 0; t < i.primitives.length; t++) {
                  const s = e.struct.primitives[t];
                  const n = i.primitives[t];
                  if (s.indexView && n.indexView) {
                    const t = s.indexView.stride;
                    const e = n.indexView.stride;
                    let i = s.indexView.offset;
                    let a = n.indexView.offset;
                    for (let s = 0; s < n.indexView.count; s++) {
                      const s = o.subarray(i, i + t);
                      r.set(s, a);
                      a += e;
                      i += t;
                    }
                  }
                }
                const c = new Ez;
                c.reset({
                  struct: i,
                  data: r
                });
                return c;
              }
            }, xY), vY = Bl(TY.prototype, "atlasSize", [ Yl, pY ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1024;
              }
            }), EY = Bl(TY.prototype, "batchableTextureNames", [ mY, Yl, fY ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), CY = Bl(TY.prototype, "units", [ gY, Yl, yY ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Bl(TY.prototype, "mesh", [ vh, bY ], Object.getOwnPropertyDescriptor(TY.prototype, "mesh"), TY.prototype), 
            Bl(TY.prototype, "skeleton", [ vh, SY ], Object.getOwnPropertyDescriptor(TY.prototype, "skeleton"), TY.prototype), 
            TY)) || AY) || AY) || AY) || AY) || AY));
            m.SkinningModelComponent = YW;
            ee.setClassAlias(YW, "cc.SkinningModelComponent");
            m.SkinningModelUnit = MY;
            ee.setClassAlias(MY, "cc.SkinningModelUnit");
            m.BatchedSkinningModelComponent = PY;
            ee.setClassAlias(PY, "cc.BatchedSkinningModelComponent");
            m.utils = PI;
            const OY = Symbol("CreateEval");
            var NY, LY, FY, VY, kY, UY;
            Ul("cc.animation.EmbeddedPlayer")(NY = (LY = class extends Ch {
              constructor(...t) {
                super(...t);
                Ml(this, "begin", FY, this);
                Ml(this, "end", VY, this);
                Ml(this, "reconciledSpeed", kY, this);
                Ml(this, "playable", UY, this);
              }
            }, FY = Bl(LY.prototype, "begin", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), VY = Bl(LY.prototype, "end", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), kY = Bl(LY.prototype, "reconciledSpeed", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), UY = Bl(LY.prototype, "playable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), LY));
            class GY {}
            class zY {
              constructor(t) {
                this._randomAccess = t;
              }
              get randomAccess() {
                return this._randomAccess;
              }
              setTime(t) {}
            }
            class HY {
              constructor() {
                this._isPlaying = !1;
                this._isPaused = !1;
                this._stepOnce = !1;
              }
              get isPlaying() {
                return this._isPlaying;
              }
              get isPaused() {
                return this._isPaused;
              }
              get isMotionless() {
                return !this.isPlaying || this.isPaused;
              }
              play() {
                if (this._isPlaying) if (this._isPaused) {
                  this._isPaused = !1;
                  this.onResume();
                } else this.onError(G(3912)); else {
                  this._isPlaying = !0;
                  this.onPlay();
                }
              }
              stop() {
                if (this._isPlaying) {
                  this._isPlaying = !1;
                  this.onStop();
                  this._isPaused = !1;
                }
              }
              pause() {
                if (this._isPlaying && !this._isPaused) {
                  this._isPaused = !0;
                  this.onPause();
                }
              }
              resume() {
                if (this._isPlaying && this._isPaused) {
                  this._isPaused = !1;
                  this.onResume();
                }
              }
              step() {
                this.pause();
                this._stepOnce = !0;
                this._isPlaying || this.play();
              }
              update(t) {}
              onPlay() {}
              onPause() {}
              onResume() {}
              onStop() {}
              onError(t) {}
            }
            class jY {
              constructor(t) {
                this.weight = 0;
                this._pose = void 0;
                this._blendStateWriters = [];
                this._pose = t;
              }
              destroy() {
                for (let t = 0; t < this._blendStateWriters.length; ++t) this._pose.destroyWriter(this._blendStateWriters[t]);
                this._blendStateWriters.length = 0;
              }
              createPoseWriter(t, e, i) {
                const s = this._pose.createWriter(t, e, this, i);
                this._blendStateWriters.push(s);
                return s;
              }
            }
            function XY() {
              return m.director.getAnimationManager();
            }
            let WY;
            !function(t) {
              t.PLAY = "play";
              t.STOP = "stop";
              t.PAUSE = "pause";
              t.RESUME = "resume";
              t.LASTFRAME = "lastframe";
              t.FINISHED = "finished";
            }(WY || (WY = {}));
            he(WY);
            class YY extends HY {
              get clip() {
                return this._clip;
              }
              get name() {
                return this._name;
              }
              get length() {
                return this.duration;
              }
              get wrapMode() {
                return this._wrapMode;
              }
              set wrapMode(t) {
                var e;
                this._wrapMode = t;
                this.time = 0;
                t & Sl.Loop ? this.repeatCount = 1 / 0 : this.repeatCount = 1;
                null === (e = this._clipEventEval) || void 0 === e || e.setWrapMode(t);
              }
              get repeatCount() {
                return this._repeatCount;
              }
              set repeatCount(t) {
                this._repeatCount = t;
                const e = this._wrapMode & Sl.ShouldWrap;
                const i = (this.wrapMode & Sl.Reverse) === Sl.Reverse;
                this._useSimpleProcess = t === 1 / 0 && !e && !i;
              }
              get delay() {
                return this._delay;
              }
              set delay(t) {
                this._delayTime = this._delay = t;
              }
              get playbackRange() {
                return this._playbackRange;
              }
              set playbackRange(t) {
                ne(t.max > t.min);
                this._playbackRange.min = Math.max(t.min, 0);
                this._playbackRange.max = Math.min(t.max, this.duration);
                this._playbackDuration = this._playbackRange.max - this._playbackRange.min;
                this.setTime(0);
              }
              get speed() {
                return this._speed;
              }
              set speed(t) {
                var e;
                this._speed = t;
                null === (e = this._clipEmbeddedPlayerEval) || void 0 === e || e.notifyHostSpeedChanged(t);
              }
              get current() {
                return this.getWrappedInfo(this.time).time;
              }
              get ratio() {
                return 0 === this.duration ? 0 : this.current / this.duration;
              }
              get weight() {
                return this._weight;
              }
              set weight(t) {
                this._weight = t;
                this._poseOutput && (this._poseOutput.weight = t);
              }
              constructor(t, e = "") {
                super();
                this.duration = 1;
                this.time = 0;
                this.frameRate = 0;
                this._targetNode = null;
                this._curveLoaded = !1;
                this._clip = void 0;
                this._speed = 1;
                this._useSimpleProcess = !1;
                this._target = null;
                this._wrapMode = Al.Normal;
                this._repeatCount = 1;
                this._delay = 0;
                this._delayTime = 0;
                this._currentFramePlayed = !1;
                this._name = void 0;
                this._lastIterations = NaN;
                this._lastWrapInfo = null;
                this._wrappedInfo = new Tl;
                this._allowLastFrame = !1;
                this._blendStateWriterHost = {
                  weight: 0
                };
                this._playbackDuration = 0;
                this._invDuration = 1;
                this._poseOutput = null;
                this._weight = 1;
                this._clipEval = void 0;
                this._clipEventEval = void 0;
                this._clipEmbeddedPlayerEval = void 0;
                this._doNotCreateEval = !1;
                this._clip = t;
                this._name = e || t && t.name;
                this._playbackRange = {
                  min: 0,
                  max: t.duration
                };
                this._playbackDuration = t.duration;
                t.duration || R(`Clip ${t.name} has zero duration.`);
              }
              get curveLoaded() {
                return this._curveLoaded;
              }
              initialize(t, e, i) {
                if (this._curveLoaded) return;
                this._curveLoaded = !0;
                if (this._poseOutput) {
                  this._poseOutput.destroy();
                  this._poseOutput = null;
                }
                this._clipEval && (this._clipEval = void 0);
                this._clipEventEval && (this._clipEventEval = void 0);
                if (this._clipEmbeddedPlayerEval) {
                  this._clipEmbeddedPlayerEval.destroy();
                  this._clipEmbeddedPlayerEval = void 0;
                }
                this._targetNode = t;
                const s = this._clip;
                this.duration = s.duration;
                this._invDuration = 1 / this.duration;
                this._speed = s.speed;
                this.wrapMode = s.wrapMode;
                this.frameRate = s.sample;
                this._playbackRange.min = 0;
                this._playbackRange.max = s.duration;
                this._playbackDuration = s.duration;
                (this.wrapMode & Sl.Loop) === Sl.Loop ? this.repeatCount = 1 / 0 : this.repeatCount = 1;
                if (!this._doNotCreateEval) {
                  var n, r, o;
                  const a = null !== (n = null != e ? e : null === (r = XY()) || void 0 === r ? void 0 : r.blendState) && void 0 !== n ? n : null;
                  a && (this._poseOutput = new jY(a));
                  this._clipEval = s.createEvaluator({
                    target: t,
                    pose: null !== (o = this._poseOutput) && void 0 !== o ? o : void 0,
                    mask: i
                  });
                }
                s.containsAnyEvent() && (this._clipEventEval = s.createEventEvaluator(this._targetNode));
                if (s.containsAnyEmbeddedPlayer()) {
                  this._clipEmbeddedPlayerEval = s.createEmbeddedPlayerEvaluator(this._targetNode);
                  this._clipEmbeddedPlayerEval.notifyHostSpeedChanged(this._speed);
                }
              }
              destroy() {
                this.isMotionless || XY().removeAnimation(this);
                if (this._poseOutput) {
                  this._poseOutput.destroy();
                  this._poseOutput = null;
                }
                this._clipEval = void 0;
              }
              emit(...t) {
                XY().pushDelayEvent(this._emit, this, t);
              }
              on(t, e, i) {
                return this._target && this._target.isValid ? this._target.on(t, e, i) : null;
              }
              once(t, e, i) {
                return this._target && this._target.isValid ? this._target.once(t, e, i) : null;
              }
              off(t, e, i) {
                this._target && this._target.isValid && this._target.off(t, e, i);
              }
              allowLastFrameEvent(t) {
                this._allowLastFrame = t;
              }
              _setEventTarget(t) {
                this._target = t;
              }
              setTime(t) {
                this._currentFramePlayed = !1;
                this.time = t || 0;
                {
                  var e;
                  const i = this.getWrappedInfo(t, this._wrappedInfo);
                  null === (e = this._clipEventEval) || void 0 === e || e.ignore(i.ratio, i.direction);
                }
              }
              update(t) {
                if (this._delayTime > 0) {
                  this._delayTime -= t;
                  if (this._delayTime > 0) return;
                }
                this._currentFramePlayed ? this.time += t * this._speed : this._currentFramePlayed = !0;
                this._process();
              }
              sample() {
                const t = this.getWrappedInfo(this.time, this._wrappedInfo);
                this._sampleCurves(t.time);
                this._sampleEvents(t);
                this._sampleEmbeddedPlayers(t);
                return t;
              }
              onPlay() {
                var t;
                this.setTime(this._getPlaybackStart());
                this._delayTime = this._delay;
                this._onReplayOrResume();
                this.emit(WY.PLAY, this);
                null === (t = this._clipEmbeddedPlayerEval) || void 0 === t || t.notifyHostPlay(this.current);
              }
              onStop() {
                var t;
                this.isPaused || this._onPauseOrStop();
                this.emit(WY.STOP, this);
                null === (t = this._clipEmbeddedPlayerEval) || void 0 === t || t.notifyHostStop();
              }
              onResume() {
                var t;
                this._onReplayOrResume();
                this.emit(WY.RESUME, this);
                null === (t = this._clipEmbeddedPlayerEval) || void 0 === t || t.notifyHostPlay(this.current);
              }
              onPause() {
                var t;
                this._onPauseOrStop();
                this.emit(WY.PAUSE, this);
                null === (t = this._clipEmbeddedPlayerEval) || void 0 === t || t.notifyHostPause(this.current);
              }
              _sampleCurves(t) {
                const {_poseOutput: e, _clipEval: i} = this;
                e && (e.weight = this.weight);
                i && i.evaluate(t);
              }
              _process() {
                this._useSimpleProcess ? this.simpleProcess() : this.process();
              }
              process() {
                const t = this.sample();
                if (this._allowLastFrame) {
                  let e;
                  e = this._lastWrapInfo ? this._lastWrapInfo : this._lastWrapInfo = new Tl(t);
                  this.repeatCount > 1 && (0 | t.iterations) > (0 | e.iterations) && this.emit(WY.LASTFRAME, this);
                  e.set(t);
                }
                if (t.stopped) {
                  this.stop();
                  this.emit(WY.FINISHED, this);
                }
              }
              simpleProcess() {
                const t = this._playbackRange.min;
                const e = this._playbackDuration;
                let i = 0;
                let s = 0;
                if (0 !== e) {
                  i = this.time % e;
                  i < 0 && (i += e);
                  s = (t + i) * this._invDuration;
                }
                this._sampleCurves(t + i);
                if (this._clipEventEval || this._clipEmbeddedPlayerEval) {
                  const t = this.getWrappedInfo(this.time, this._wrappedInfo);
                  this._sampleEvents(t);
                  this._sampleEmbeddedPlayers(t);
                }
                if (this._allowLastFrame) {
                  Number.isNaN(this._lastIterations) && (this._lastIterations = s);
                  (this.time > 0 && this._lastIterations > s || this.time < 0 && this._lastIterations < s) && this.emit(WY.LASTFRAME, this);
                  this._lastIterations = s;
                }
              }
              _needReverse(t) {
                const e = this.wrapMode;
                let i = !1;
                if ((e & Sl.PingPong) === Sl.PingPong) {
                  t - (0 | t) == 0 && t > 0 && (t -= 1);
                  1 & t && (i = !i);
                }
                (e & Sl.Reverse) === Sl.Reverse && (i = !i);
                return i;
              }
              getWrappedInfo(t, e) {
                e = e || new Tl;
                const {_playbackRange: {min: i}, _playbackDuration: s} = this;
                const n = this.repeatCount;
                if (0 === s) {
                  e.time = 0;
                  e.ratio = 0;
                  e.direction = 1;
                  e.stopped = !!Number.isFinite(n);
                  e.iterations = 0;
                  return e;
                }
                let r = !1;
                let o = (t -= i) > 0 ? t / s : -t / s;
                if (o >= n) {
                  o = n;
                  r = !0;
                  let e = n - (0 | n);
                  0 === e && (e = 1);
                  t = e * s * (t > 0 ? 1 : -1);
                }
                if (t > s) {
                  const e = t % s;
                  t = 0 === e ? s : e;
                } else t < 0 && 0 !== (t %= s) && (t += s);
                let a = !1;
                const l = this._wrapMode & Sl.ShouldWrap;
                l && (a = this._needReverse(o));
                let h = a ? -1 : 1;
                this.speed < 0 && (h *= -1);
                l && a && (t = s - t);
                e.time = i + t;
                e.ratio = e.time / this.duration;
                e.direction = h;
                e.stopped = r;
                e.iterations = o;
                return e;
              }
              _getPlaybackStart() {
                return this._playbackRange.min;
              }
              _sampleEvents(t) {
                var e;
                null === (e = this._clipEventEval) || void 0 === e || e.sample(t.ratio, t.direction, t.iterations);
              }
              _sampleEmbeddedPlayers(t) {
                var e;
                null === (e = this._clipEmbeddedPlayerEval) || void 0 === e || e.evaluate(t.time, Math.trunc(t.iterations));
              }
              _emit(t, e) {
                this._target && this._target.isValid && this._target.emit(t, t, e);
              }
              _onReplayOrResume() {
                XY().addAnimation(this);
              }
              _onPauseOrStop() {
                XY().removeAnimation(this);
              }
            }
            t("AnimationState", YY);
            m.AnimationState = YY;
            var qY, KY, JY, ZY, QY;
            Ul("cc.animation.EmbeddedAnimationClipPlayable")(qY = (KY = (QY = class extends GY {
              constructor(...t) {
                super(...t);
                Ml(this, "path", JY, this);
                Ml(this, "clip", ZY, this);
              }
              instantiate(t) {
                const {clip: e, path: i} = this;
                if (!e) return null;
                const s = t.getChildByPath(i);
                if (!s) {
                  F(3938, i, t.getPathInHierarchy(), e.name);
                  return null;
                }
                const n = new YY(e);
                n.initialize(s);
                return new $Y(n);
              }
            }, QY), JY = Bl(KY.prototype, "path", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), ZY = Bl(KY.prototype, "clip", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), KY));
            class $Y extends zY {
              constructor(t) {
                super(!0);
                this._animationState = void 0;
                this._animationState = t;
              }
              destroy() {
                this._animationState.destroy();
              }
              play() {
                this._animationState.play();
              }
              pause() {
                this._animationState.pause();
              }
              stop() {
                this._animationState.stop();
              }
              setSpeed(t) {
                this._animationState.speed = t;
              }
              setTime(t) {
                this._animationState.time = t;
              }
            }
            var tq, eq, iq;
            Ul("cc.animation.EmbeddedParticleSystemPlayable")(tq = (eq = class extends GY {
              constructor(...t) {
                super(...t);
                Ml(this, "path", iq, this);
              }
              instantiate(t) {
                const e = t.getChildByPath(this.path);
                if (!e) {
                  C(`Hierarchy path ${this.path} does not exists.`);
                  return null;
                }
                const i = Jt("cc.ParticleSystem");
                if (!i) {
                  C("Particle system is required for embedded particle system player.");
                  return null;
                }
                const s = e.getComponent(i);
                if (!s) {
                  C(`${this.path} does not includes a particle system component.`);
                  return null;
                }
                return new sq(s);
              }
            }, iq = Bl(eq.prototype, "path", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), eq));
            class sq extends zY {
              constructor(t) {
                super(!1);
                this._particleSystem = void 0;
                this._particleSystem = t;
              }
              destroy() {}
              play() {
                this._particleSystem.play();
              }
              pause() {
                this._particleSystem.stopEmitting();
              }
              stop() {
                this._particleSystem.stopEmitting();
              }
              setSpeed(t) {
                this._particleSystem.simulationSpeed = t;
              }
            }
            var nq, rq, oq, aq, lq, hq, cq;
            function uq(t) {
              return "string" == typeof t || "number" == typeof t;
            }
            let _q = Ul("cc.animation.HierarchyPath")(nq = (rq = (aq = class {
              constructor(t) {
                Ml(this, "path", oq, this);
                this.path = t || "";
              }
              get(t) {
                if (!(t instanceof _y)) {
                  N(3925);
                  return null;
                }
                const e = t.getChildByPath(this.path);
                if (!e) {
                  N(3926, t.name, this.path);
                  return null;
                }
                return e;
              }
            }, aq), oq = Bl(rq.prototype, "path", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), rq)) || nq;
            let dq = Ul("cc.animation.ComponentPath")(lq = (hq = class {
              constructor(t) {
                Ml(this, "component", cq, this);
                this.component = t || "";
              }
              get(t) {
                if (!(t instanceof _y)) {
                  N(3927);
                  return null;
                }
                const e = t.getComponent(this.component);
                if (!e) {
                  N(3928, t.name, this.component);
                  return null;
                }
                return e;
              }
            }, cq = Bl(hq.prototype, "component", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), hq)) || lq;
            var pq, mq, fq, gq, yq, bq, Sq, Aq, Tq, vq, Eq, Cq, xq, wq, Rq, Iq, Mq, Bq, Dq, Pq;
            const Oq = Symbol("NormalizedFollow");
            const Nq = Symbol("ConvertAsTrsPath");
            const Lq = Symbol("TrackBinding");
            let Fq = Ul("cc.animation.TrackPath")(pq = (mq = (gq = class t {
              constructor() {
                Ml(this, "_paths", fq, this);
              }
              get length() {
                return this._paths.length;
              }
              toProperty(t) {
                this._paths.push(t);
                return this;
              }
              toElement(t) {
                this._paths.push(t);
                return this;
              }
              toHierarchy(t) {
                this._paths.push(new _q(t));
                return this;
              }
              toComponent(t) {
                const e = new dq("string" == typeof t ? t : ee.getClassName(t));
                this._paths.push(e);
                return this;
              }
              toCustomized(t) {
                this._paths.push(t);
                return this;
              }
              append(...t) {
                const e = this._paths.concat(...t.map((t => t._paths)));
                this._paths = e;
                return this;
              }
              isPropertyAt(t) {
                return "string" == typeof this._paths[t];
              }
              parsePropertyAt(t) {
                return this._paths[t];
              }
              isElementAt(t) {
                return "number" == typeof this._paths[t];
              }
              parseElementAt(t) {
                return this._paths[t];
              }
              isHierarchyAt(t) {
                return this._paths[t] instanceof _q;
              }
              parseHierarchyAt(t) {
                ne(this.isHierarchyAt(t));
                return this._paths[t].path;
              }
              isComponentAt(t) {
                return this._paths[t] instanceof dq;
              }
              parseComponentAt(t) {
                ne(this.isComponentAt(t));
                return this._paths[t].component;
              }
              slice(e, i) {
                const s = new t;
                s._paths = this._paths.slice(e, i);
                return s;
              }
              trace(t, e, i) {
                var s, n;
                null !== (s = e) && void 0 !== s || (e = 0);
                null !== (n = i) && void 0 !== n || (i = this._paths.length);
                return this[Oq](t, e, i);
              }
              [Nq]() {
                const {_paths: t} = this;
                const e = t.length;
                let i = 0;
                let s = "";
                for (;i < e; ++i) {
                  const e = t[i];
                  if (!(e instanceof _q)) break;
                  e.path && (s ? s += `/${e.path}` : s = e.path);
                }
                if (i === e) return null;
                let n;
                if (i !== e - 1) return null;
                switch (t[i]) {
                 case "position":
                 case "scale":
                 case "rotation":
                 case "eulerAngles":
                  n = t[i];
                  break;

                 default:
                  return null;
                }
                return {
                  node: s,
                  property: n
                };
              }
              [Oq](t, e, i) {
                const {_paths: s} = this;
                let n = t;
                for (let t = e; t < i; ++t) {
                  const e = s[t];
                  if (uq(e)) {
                    if (!(e in n)) {
                      N(3929, e);
                      return null;
                    }
                    n = n[e];
                  } else n = e.get(n);
                  if (null === n) break;
                }
                return n;
              }
            }, gq), fq = Bl(mq.prototype, "_paths", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), mq)) || pq;
            let Vq = Ul("cc.animation.TrackBinding")(yq = Zl(yq = (bq = (vq = Tq = class {
              constructor() {
                Ml(this, "path", Sq, this);
                Ml(this, "proxy", Aq, this);
              }
              parseTrsPath() {
                return this.proxy ? null : this.path[Nq]();
              }
              createRuntimeBinding(t, e, i) {
                const {path: s, proxy: n} = this;
                const r = s.length;
                const o = r - 1;
                if (0 === r || !s.isPropertyAt(o) && !s.isElementAt(o) || n) {
                  if (n) {
                    const e = s[Oq](t, 0, r);
                    if (null === e) return null;
                    const i = n.forTarget(e);
                    const o = {
                      setValue: t => {
                        i.set(t);
                      }
                    };
                    const a = i.get;
                    a && (o.getValue = () => a.call(i));
                    return o;
                  }
                  F(3921);
                  return null;
                }
                {
                  const n = s.isPropertyAt(o) ? s.parsePropertyAt(o) : s.parseElementAt(o);
                  const l = s[Oq](t, 0, r - 1);
                  if (null === l) return null;
                  if (e && l instanceof _y && ("position" === (a = n) || "rotation" === a || "scale" === a || "eulerAngles" === a)) {
                    return e.createPoseWriter(l, n, i);
                  }
                  let h;
                  let c;
                  h = t => {
                    l[n] = t;
                  };
                  c = () => l[n];
                  return {
                    target: l,
                    setValue: h,
                    getValue: c
                  };
                }
                var a;
              }
              isMaskedOff(t) {
                const e = this.parseTrsPath();
                if (!e) return !1;
                const i = t.joints[Symbol.iterator]();
                for (let t = i.next(); !t.done; t = i.next()) {
                  const {value: i} = t;
                  if (i.path === e.node) return !i.enabled;
                }
                return !1;
              }
            }, Tq._animationFunctions = new WeakMap, vq), Sq = Bl(bq.prototype, "path", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Fq;
              }
            }), Aq = Bl(bq.prototype, "proxy", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), bq)) || yq) || yq;
            let kq = Ul("cc.animation.Track")(Eq = (Cq = (wq = class {
              constructor() {
                Ml(this, "_binding", xq, this);
              }
              get path() {
                return this._binding.path;
              }
              set path(t) {
                this._binding.path = t;
              }
              get proxy() {
                return this._binding.proxy;
              }
              set proxy(t) {
                this._binding.proxy = t;
              }
              get [Lq]() {
                return this._binding;
              }
              channels() {
                return [];
              }
              range() {
                const t = {
                  min: 1 / 0,
                  max: -1 / 0
                };
                for (const e of this.channels()) {
                  t.min = Math.min(t.min, e.curve.rangeMin);
                  t.max = Math.max(t.max, e.curve.rangeMax);
                }
                return t;
              }
            }, wq), xq = Bl(Cq.prototype, "_binding", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Vq;
              }
            }), Cq)) || Eq;
            let Uq = Ul("cc.animation.Channel")(Rq = (Iq = class {
              constructor(t) {
                this.name = "";
                Ml(this, "_curve", Mq, this);
                this._curve = t;
              }
              get curve() {
                return this._curve;
              }
            }, Mq = Bl(Iq.prototype, "_curve", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), Iq)) || Rq;
            let Gq = Ul("cc.animation.SingleChannelTrack")(Bq = (Dq = class extends kq {
              constructor() {
                super();
                Ml(this, "_channel", Pq, this);
                this._channel = new Uq(this.createCurve());
              }
              get channel() {
                return this._channel;
              }
              channels() {
                return [ this._channel ];
              }
              createCurve() {
                throw new Error("Not impl");
              }
              [OY](t) {
                const {curve: e} = this._channel;
                return new zq(e);
              }
            }, Pq = Bl(Dq.prototype, "_channel", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), Dq)) || Bq;
            class zq {
              constructor(t) {
                this._curve = t;
              }
              evaluate(t) {
                return this._curve.evaluate(t);
              }
            }
            var Hq, jq, Xq, Wq;
            Ul("cc.animation.RealArrayTrack")(Hq = (jq = (Wq = class extends kq {
              constructor(...t) {
                super(...t);
                Ml(this, "_channels", Xq, this);
              }
              get elementCount() {
                return this._channels.length;
              }
              set elementCount(t) {
                const {_channels: e} = this;
                const i = e.length;
                t < i ? this._channels.splice(t) : t > i && this._channels.push(...Array.from({
                  length: t - i
                }, (() => new Uq(new Od))));
              }
              channels() {
                return this._channels;
              }
              [OY]() {
                return new Yq(this._channels.map((({curve: t}) => t)));
              }
            }, Wq), Xq = Bl(jq.prototype, "_channels", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), jq));
            class Yq {
              constructor(t) {
                this._curves = t;
                this._result = new Array(t.length).fill(0);
              }
              evaluate(t, e) {
                const {_result: i} = this;
                const s = i.length;
                for (let e = 0; e < s; ++e) i[e] = this._curves[e].evaluate(t);
                return this._result;
              }
            }
            var qq, Kq, Jq, Zq, Qq, $q;
            let tK = Ul("cc.animation.UniformProxyFactory")(qq = (Kq = ($q = class {
              constructor(t, e) {
                Ml(this, "passIndex", Jq, this);
                Ml(this, "uniformName", Zq, this);
                Ml(this, "channelIndex", Qq, this);
                this.passIndex = e || 0;
                this.uniformName = t || "";
              }
              forTarget(t) {
                const e = t.passes[this.passIndex];
                const i = e.getHandle(this.uniformName);
                if (!i) throw new Error(`Material "${t.name}" has no uniform "${this.uniformName}"`);
                if (XP.getTypeFromHandle(i) < As.SAMPLER1D) {
                  const s = void 0 === this.channelIndex ? i : e.getHandle(this.uniformName, this.channelIndex, As.FLOAT);
                  if (!s) throw new Error(`Uniform "${this.uniformName} (in material ${t.name}) has no channel ${this.channelIndex}"`);
                  return function(t, e) {
                    for (const i of t.shaderInfo.blocks) for (const t of i.members) if (t.name === e) return t.count > 1;
                    return !1;
                  }(e, this.uniformName) ? {
                    set: t => {
                      e.setUniformArray(s, t);
                    }
                  } : {
                    set: t => {
                      e.setUniform(s, t);
                    }
                  };
                }
                {
                  const t = XP.getBindingFromHandle(i);
                  const s = e.properties[this.uniformName];
                  const n = s && s.value ? `${s.value}${zP(s.type)}` : GP(s.type);
                  let r = xR.get(n);
                  if (!r) {
                    C(`Illegal texture default value: ${n}.`);
                    r = xR.get("default-texture");
                  }
                  return {
                    set: i => {
                      i || (i = r);
                      const s = i.getGFXTexture();
                      if (s && s.width && s.height) {
                        e.bindTexture(t, s);
                        i instanceof tm && e.bindSampler(t, zo.gfxDevice.getSampler(i.getSamplerInfo()));
                      }
                    }
                  };
                }
              }
            }, $q), Jq = Bl(Kq.prototype, "passIndex", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Zq = Bl(Kq.prototype, "uniformName", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), Qq = Bl(Kq.prototype, "channelIndex", [ bh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {}
            }), Kq)) || qq;
            var eK, iK, sK, nK, rK, oK, aK, lK, hK, cK;
            let uK = Ul("cc.animation.MorphWeightValueProxy")(eK = (iK = (rK = class {
              constructor() {
                Ml(this, "subMeshIndex", sK, this);
                Ml(this, "shapeIndex", nK, this);
              }
              forTarget(t) {
                return {
                  set: e => {
                    t.setWeight(e, this.subMeshIndex, this.shapeIndex);
                  }
                };
              }
            }, rK), sK = Bl(iK.prototype, "subMeshIndex", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), nK = Bl(iK.prototype, "shapeIndex", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), iK)) || eK;
            let _K = Ul("cc.animation.MorphWeightsValueProxy")(oK = (aK = (hK = class {
              constructor() {
                Ml(this, "subMeshIndex", lK, this);
              }
              forTarget(t) {
                return {
                  set: e => {
                    t.setWeights(e, this.subMeshIndex);
                  }
                };
              }
            }, hK), lK = Bl(aK.prototype, "subMeshIndex", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), aK)) || oK;
            let dK = Ul("cc.animation.MorphWeightsAllValueProxy")(cK = class {
              forTarget(t) {
                return {
                  set: e => {
                    var i, s;
                    const n = null !== (i = null === (s = t.mesh) || void 0 === s ? void 0 : s.struct.primitives.length) && void 0 !== i ? i : 0;
                    for (let i = 0; i < n; ++i) t.setWeights(e, i);
                  }
                };
              }
            }) || cK;
            var pK, mK, fK, gK, yK;
            function bK(t, e, i, s) {
              var n, r, o, a, l;
              let h = new e;
              let c = new e;
              let u = new e;
              let _ = Ul(t)(n = (r = class {
                constructor(t, i, s) {
                  Ml(this, "dataPoint", o, this);
                  Ml(this, "inTangent", a, this);
                  Ml(this, "outTangent", l, this);
                  this.dataPoint = t || new e;
                  this.inTangent = i || new e;
                  this.outTangent = s || new e;
                }
                lerp(t, e, n) {
                  const r = this.dataPoint;
                  const o = t.dataPoint;
                  c = i(c, this.inTangent, n);
                  u = i(u, t.outTangent, n);
                  const a = e * e * e;
                  const l = e * e;
                  const _ = a - 2 * l + e;
                  const d = -2 * a + 3 * l;
                  const p = a - l;
                  h = i(h, r, 2 * a - 3 * l + 1);
                  h = s(h, h, c, _);
                  h = s(h, h, o, d);
                  h = s(h, h, u, p);
                  return h;
                }
                getNoLerp() {
                  return this.dataPoint;
                }
              }, o = Bl(r.prototype, "dataPoint", [ Yl ], {
                configurable: !0,
                enumerable: !0,
                writable: !0,
                initializer: function() {
                  return new e;
                }
              }), a = Bl(r.prototype, "inTangent", [ Yl ], {
                configurable: !0,
                enumerable: !0,
                writable: !0,
                initializer: function() {
                  return new e;
                }
              }), l = Bl(r.prototype, "outTangent", [ Yl ], {
                configurable: !0,
                enumerable: !0,
                writable: !0,
                initializer: function() {
                  return new e;
                }
              }), r)) || n;
              if (e === Ui) {
                const t = _.prototype.lerp;
                _.prototype.lerp = function(e, i, s) {
                  const n = t.call(this, e, i, s);
                  Ui.normalize(n, n);
                  return n;
                };
              }
              return _;
            }
            const SK = bK("cc.CubicSplineVec2Value", Qi, Qi.multiplyScalar, Qi.scaleAndAdd);
            const AK = bK("cc.CubicSplineVec3Value", Pi, Pi.multiplyScalar, Pi.scaleAndAdd);
            const TK = bK("cc.CubicSplineVec4Value", is, is.multiplyScalar, is.scaleAndAdd);
            const vK = bK("cc.CubicSplineQuatValue", Ui, Ui.multiplyScalar, Ui.scaleAndAdd);
            let EK = Ul("cc.CubicSplineNumberValue")(pK = (mK = class {
              constructor(t, e, i) {
                Ml(this, "dataPoint", fK, this);
                Ml(this, "inTangent", gK, this);
                Ml(this, "outTangent", yK, this);
                this.dataPoint = t;
                this.inTangent = e;
                this.outTangent = i;
              }
              lerp(t, e, i) {
                const s = this.dataPoint;
                const n = t.dataPoint;
                const r = e * e * e;
                const o = e * e;
                return s * (2 * r - 3 * o + 1) + this.outTangent * i * (r - 2 * o + e) + n * (-2 * r + 3 * o) + t.inTangent * i * (r - o);
              }
              getNoLerp() {
                return this.dataPoint;
              }
            }, fK = Bl(mK.prototype, "dataPoint", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), gK = Bl(mK.prototype, "inTangent", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), yK = Bl(mK.prototype, "outTangent", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), mK)) || pK;
            var CK;
            let xK = Ul("cc.animation.RealTrack")(CK = class extends Gq {
              createCurve() {
                return new Od;
              }
            }) || CK;
            function wK(t) {
              return 0 === t.keyFramesCount ? void 0 : t;
            }
            var RK, IK, MK, BK, DK;
            const PK = [ "X", "Y", "Z", "W" ];
            let OK = Ul("cc.animation.VectorTrack")(RK = (IK = (DK = class extends kq {
              constructor() {
                super();
                Ml(this, "_channels", MK, this);
                Ml(this, "_nComponents", BK, this);
                this._channels = new Array(4);
                for (let t = 0; t < this._channels.length; ++t) {
                  const e = new Uq(new Od);
                  e.name = PK[t];
                  this._channels[t] = e;
                }
              }
              get componentsCount() {
                return this._nComponents;
              }
              set componentsCount(t) {
                this._nComponents = t;
              }
              channels() {
                return this._channels;
              }
              [OY]() {
                switch (this._nComponents) {
                 default:
                 case 2:
                  return new NK(wK(this._channels[0].curve), wK(this._channels[1].curve));

                 case 3:
                  return new LK(wK(this._channels[0].curve), wK(this._channels[1].curve), wK(this._channels[2].curve));

                 case 4:
                  return new FK(wK(this._channels[0].curve), wK(this._channels[1].curve), wK(this._channels[2].curve), wK(this._channels[3].curve));
                }
              }
            }, DK), MK = Bl(IK.prototype, "_channels", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), BK = Bl(IK.prototype, "_nComponents", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 4;
              }
            }), IK)) || RK;
            class NK {
              constructor(t, e) {
                this._result = new Qi;
                this._x = t;
                this._y = e;
              }
              evaluate(t, e) {
                this._x && this._y || !e.getValue || Qi.copy(this._result, e.getValue());
                this._x && (this._result.x = this._x.evaluate(t));
                this._y && (this._result.y = this._y.evaluate(t));
                return this._result;
              }
            }
            class LK {
              constructor(t, e, i) {
                this._result = new Pi;
                this._x = t;
                this._y = e;
                this._z = i;
              }
              evaluate(t, e) {
                this._x && this._y && this._z || !e.getValue || Pi.copy(this._result, e.getValue());
                this._x && (this._result.x = this._x.evaluate(t));
                this._y && (this._result.y = this._y.evaluate(t));
                this._z && (this._result.z = this._z.evaluate(t));
                return this._result;
              }
            }
            class FK {
              constructor(t, e, i, s) {
                this._result = new is;
                this._x = t;
                this._y = e;
                this._z = i;
                this._w = s;
              }
              evaluate(t, e) {
                this._x && this._y && this._z && this._w || !e.getValue || is.copy(this._result, e.getValue());
                this._x && (this._result.x = this._x.evaluate(t));
                this._y && (this._result.y = this._y.evaluate(t));
                this._z && (this._result.z = this._z.evaluate(t));
                this._w && (this._result.w = this._w.evaluate(t));
                return this._result;
              }
            }
            var VK;
            let kK = Ul("cc.animation.QuatTrack")(VK = class extends Gq {
              createCurve() {
                return new Sp;
              }
              [OY]() {
                return new UK(this.channels()[0].curve);
              }
            }) || VK;
            class UK {
              constructor(t) {
                this._result = new Ui;
                this._curve = t;
              }
              evaluate(t) {
                this._curve.evaluate(t, this._result);
                return this._result;
              }
            }
            var GK, zK, HK;
            const jK = [ "Red", "Green", "Blue", "Alpha" ];
            let XK = Ul("cc.animation.ColorTrack")(GK = (zK = class extends kq {
              constructor() {
                super();
                Ml(this, "_channels", HK, this);
                this._channels = new Array(4);
                for (let t = 0; t < this._channels.length; ++t) {
                  const e = new Uq(new Od);
                  e.name = jK[t];
                  this._channels[t] = e;
                }
              }
              channels() {
                return this._channels;
              }
              [OY]() {
                return new WK(wK(this._channels[0].curve), wK(this._channels[1].curve), wK(this._channels[2].curve), wK(this._channels[3].curve));
              }
            }, HK = Bl(zK.prototype, "_channels", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), zK)) || GK;
            class WK {
              constructor(t, e, i, s) {
                this._result = new Bi;
                this._x = t;
                this._y = e;
                this._z = i;
                this._w = s;
              }
              evaluate(t, e) {
                this._x && this._y && this._z && this._w || !e.getValue || Bi.copy(this._result, e.getValue());
                this._x && (this._result.r = this._x.evaluate(t));
                this._y && (this._result.g = this._y.evaluate(t));
                this._z && (this._result.b = this._z.evaluate(t));
                this._w && (this._result.a = this._w.evaluate(t));
                return this._result;
              }
            }
            var YK, qK, KK;
            const JK = [ "Width", "Height" ];
            let ZK = Ul("cc.animation.SizeTrack")(YK = (qK = class extends kq {
              constructor() {
                super();
                Ml(this, "_channels", KK, this);
                this._channels = new Array(2);
                for (let t = 0; t < this._channels.length; ++t) {
                  const e = new Uq(new Od);
                  e.name = JK[t];
                  this._channels[t] = e;
                }
              }
              channels() {
                return this._channels;
              }
              [OY]() {
                return new QK(wK(this._channels[0].curve), wK(this._channels[1].curve));
              }
            }, KK = Bl(qK.prototype, "_channels", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), qK)) || YK;
            class QK {
              constructor(t, e) {
                this._result = new rs;
                this._width = t;
                this._height = e;
              }
              evaluate(t, e) {
                if ((!this._width || !this._height) && e.getValue) {
                  const t = e.getValue();
                  this._result.x = t.x;
                  this._result.y = t.y;
                }
                this._width && (this._result.width = this._width.evaluate(t));
                this._height && (this._result.height = this._height.evaluate(t));
                return this._result;
              }
            }
            var $K;
            let tJ = Ul("cc.animation.ObjectTrack")($K = class extends Gq {
              createCurve() {
                return new Bp;
              }
            }) || $K;
            const eJ = Symbol("[[Owner]]");
            function iJ(t, e) {
              ne(t[eJ] === e);
            }
            function sJ(t, e) {
              t[eJ] = e;
            }
            function nJ(t) {
              t[eJ] = void 0;
            }
            let rJ;
            !function(t) {
              t[t.FLOAT = 0] = "FLOAT";
              t[t.BOOLEAN = 1] = "BOOLEAN";
              t[t.TRIGGER = 2] = "TRIGGER";
              t[t.INTEGER = 3] = "INTEGER";
            }(rJ || (rJ = {}));
            let oJ;
            !function(t) {
              t[t.AFTER_CONSUMED = 0] = "AFTER_CONSUMED";
              t[t.NEXT_FRAME_OR_AFTER_CONSUMED = 1] = "NEXT_FRAME_OR_AFTER_CONSUMED";
            }(oJ || (oJ = {}));
            class aJ {
              constructor(t, e) {
                this.type = void 0;
                this.resetMode = oJ.AFTER_CONSUMED;
                this._value = void 0;
                this._refs = [];
                this.type = t;
                this._value = e;
              }
              get value() {
                return this._value;
              }
              set value(t) {
                this._value = t;
                for (const {fn: e, thisArg: i, args: s} of this._refs) e.call(i, t, ...s);
              }
              bind(t, e, ...i) {
                this._refs.push({
                  fn: t,
                  thisArg: e,
                  args: i
                });
                return this._value;
              }
            }
            class lJ extends Error {
              constructor(t) {
                super(`${t} transition is invalid`);
                this.name = "TransitionRejectError";
              }
            }
            class hJ extends Error {
              constructor(t) {
                super(`Graph variable ${t} is not defined`);
              }
            }
            class cJ extends Error {
              constructor(t, e, i) {
                super(`Expect graph variable ${t} to have type '${e}' instead of received '${null != i ? i : typeof i}'`);
              }
            }
            const uJ = Symbol("[[createEval]]");
            var _J, dJ, pJ, mJ, fJ, gJ, yJ;
            const bJ = Symbol("[[Outgoing transitions]]");
            const SJ = Symbol("[[Incoming transitions]]");
            let AJ = Ul("cc.animation.State")(_J = (dJ = class extends Ch {
              constructor() {
                super();
                Ml(this, "name", pJ, this);
                this[bJ] = [];
                this[SJ] = [];
              }
            }, pJ = Bl(dJ.prototype, "name", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), dJ)) || _J;
            let TJ = Ul("cc.animation.InteractiveState")(mJ = (fJ = (yJ = class extends AJ {
              constructor(...t) {
                super(...t);
                Ml(this, "_components", gJ, this);
              }
              get components() {
                return this._components;
              }
              addComponent(t) {
                const e = new t;
                this._components.push(e);
                return e;
              }
              removeComponent(t) {
                at(this._components, t);
              }
              instantiateComponents() {
                return this._components.map((t => d_(t)));
              }
            }, yJ), gJ = Bl(fJ.prototype, "_components", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), fJ)) || mJ;
            var vJ, EJ, CJ, xJ, wJ, RJ, IJ;
            let MJ = Ul("cc.animation.Motion")(vJ = (EJ = (IJ = class t extends TJ {
              constructor(...t) {
                super(...t);
                Ml(this, "motion", CJ, this);
                Ml(this, "speed", xJ, this);
                Ml(this, "speedMultiplier", wJ, this);
                Ml(this, "speedMultiplierEnabled", RJ, this);
              }
              clone() {
                var e, i;
                const s = new t;
                s.motion = null !== (e = null === (i = this.motion) || void 0 === i ? void 0 : i.clone()) && void 0 !== e ? e : null;
                s.speed = this.speed;
                s.speedMultiplier = this.speedMultiplier;
                s.speedMultiplierEnabled = this.speedMultiplierEnabled;
                return s;
              }
            }, IJ), CJ = Bl(EJ.prototype, "motion", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), xJ = Bl(EJ.prototype, "speed", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), wJ = Bl(EJ.prototype, "speedMultiplier", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), RJ = Bl(EJ.prototype, "speedMultiplierEnabled", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), EJ)) || vJ;
            function BJ(t, e, i) {
              re(t, e);
              re(t, i);
              if (e === i) return t;
              const s = t[e];
              if (e < i) for (let s = e + 1; s <= i; ++s) t[s - 1] = t[s]; else for (let s = e; s !== i; --s) t[s] = t[s - 1];
              t[i] = s;
              return t;
            }
            const DJ = Symbol("[[OnAfterDeserialized]]");
            var PJ, OJ, NJ, LJ, FJ, VJ, kJ, UJ, GJ, zJ, HJ, jJ, XJ, WJ, YJ, qJ, KJ, JJ, ZJ, QJ, $J, tZ, eZ, iZ, sZ, nZ, rZ, oZ, aZ, lZ, hZ, cZ, uZ, _Z, dZ, pZ, mZ, fZ, gZ, yZ, bZ, SZ, AZ, TZ, vZ, EZ, CZ, xZ, wZ, RZ, IZ, MZ, BZ;
            let DZ = Ul("cc.animation.Transition")(PJ = (OJ = class extends Ch {
              constructor(t, e, i) {
                super();
                Ml(this, "from", NJ, this);
                Ml(this, "to", LJ, this);
                Ml(this, "conditions", FJ, this);
                this[eJ] = void 0;
                this.from = t;
                this.to = e;
                i && (this.conditions = i);
              }
            }, NJ = Bl(OJ.prototype, "from", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), LJ = Bl(OJ.prototype, "to", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), FJ = Bl(OJ.prototype, "conditions", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), OJ)) || PJ;
            let PZ;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.CURRENT_STATE = 1] = "CURRENT_STATE";
              t[t.NEXT_STATE = 2] = "NEXT_STATE";
              t[t.CURRENT_STATE_THEN_NEXT_STATE = 3] = "CURRENT_STATE_THEN_NEXT_STATE";
              t[t.NEXT_STATE_THEN_CURRENT_STATE = 4] = "NEXT_STATE_THEN_CURRENT_STATE";
            }(PZ || (PZ = {}));
            let OZ = Ul("cc.animation.AnimationTransition")(VJ = (kJ = (YJ = class extends DZ {
              constructor(...t) {
                super(...t);
                Ml(this, "duration", UJ, this);
                Ml(this, "relativeDuration", GJ, this);
                Ml(this, "exitConditionEnabled", zJ, this);
                Ml(this, "destinationStart", HJ, this);
                Ml(this, "relativeDestinationStart", jJ, this);
                Ml(this, "interruptionSource", XJ, this);
                Ml(this, "_exitCondition", WJ, this);
              }
              get exitCondition() {
                return this._exitCondition;
              }
              set exitCondition(t) {
                ne(t >= 0);
                this._exitCondition = t;
              }
              get interruptible() {
                return this.interruptionSource !== PZ.NONE;
              }
              set interruptible(t) {
                this.interruptionSource = t ? PZ.CURRENT_STATE_THEN_NEXT_STATE : PZ.NONE;
              }
            }, YJ), UJ = Bl(kJ.prototype, "duration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .3;
              }
            }), GJ = Bl(kJ.prototype, "relativeDuration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), zJ = Bl(kJ.prototype, "exitConditionEnabled", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), HJ = Bl(kJ.prototype, "destinationStart", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), jJ = Bl(kJ.prototype, "relativeDestinationStart", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), XJ = Bl(kJ.prototype, "interruptionSource", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return PZ.NONE;
              }
            }), WJ = Bl(kJ.prototype, "_exitCondition", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), kJ)) || VJ;
            let NZ = Ul("cc.animation.EmptyState")(qJ = class extends AJ {}) || qJ;
            let LZ = Ul("cc.animation.EmptyStateTransition")(KJ = (JJ = class extends DZ {
              constructor(...t) {
                super(...t);
                Ml(this, "duration", ZJ, this);
                Ml(this, "destinationStart", QJ, this);
                Ml(this, "relativeDestinationStart", $J, this);
              }
            }, ZJ = Bl(JJ.prototype, "duration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .3;
              }
            }), QJ = Bl(JJ.prototype, "destinationStart", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), $J = Bl(JJ.prototype, "relativeDestinationStart", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), JJ)) || KJ;
            let FZ = Ul("cc.animation.StateMachine")(tZ = (eZ = (aZ = class t extends Ch {
              __callOnAfterDeserializeRecursive() {
                this[DJ]();
                const t = this._states.length;
                for (let e = 0; e < t; ++e) {
                  const t = this._states[e];
                  t instanceof VZ && t.stateMachine.__callOnAfterDeserializeRecursive();
                }
              }
              constructor() {
                super();
                Ml(this, "_states", iZ, this);
                Ml(this, "_transitions", sZ, this);
                Ml(this, "_entryState", nZ, this);
                Ml(this, "_exitState", rZ, this);
                Ml(this, "_anyState", oZ, this);
                this._entryState = this._addState(new AJ);
                this._entryState.name = "Entry";
                this._exitState = this._addState(new AJ);
                this._exitState.name = "Exit";
                this._anyState = this._addState(new AJ);
                this._anyState.name = "Any";
              }
              [DJ]() {
                this._states.forEach((t => sJ(t, this)));
                this._transitions.forEach((t => {
                  t.from[bJ].push(t);
                  t.to[SJ].push(t);
                }));
              }
              [uJ](t) {
                throw new Error("Method not implemented.");
              }
              get entryState() {
                return this._entryState;
              }
              get exitState() {
                return this._exitState;
              }
              get anyState() {
                return this._anyState;
              }
              states() {
                return this._states;
              }
              transitions() {
                return this._transitions;
              }
              getTransitionsBetween(t, e) {
                iJ(t, this);
                iJ(e, this);
                return t[bJ].filter((t => t.to === e));
              }
              getOutgoings(t) {
                iJ(t, this);
                return t[bJ];
              }
              getIncomings(t) {
                iJ(t, this);
                return t[SJ];
              }
              addMotion() {
                return this._addState(new MJ);
              }
              addSubStateMachine() {
                return this._addState(new VZ);
              }
              addEmpty() {
                return this._addState(new NZ);
              }
              remove(t) {
                iJ(t, this);
                if (t !== this.entryState && t !== this.exitState && t !== this.anyState) {
                  this.eraseTransitionsIncludes(t);
                  at(this._states, t);
                  nJ(t);
                }
              }
              connect(t, e, i) {
                iJ(t, this);
                iJ(e, this);
                if (e === this.entryState) throw new lJ("to-entry");
                if (e === this.anyState) throw new lJ("to-any");
                if (t === this.exitState) throw new lJ("from-exit");
                const s = t instanceof MJ || t === this._anyState ? new OZ(t, e, i) : t instanceof NZ ? new LZ(t, e, i) : new DZ(t, e, i);
                sJ(s, this);
                this._transitions.push(s);
                t[bJ].push(s);
                e[SJ].push(s);
                return s;
              }
              disconnect(t, e) {
                iJ(t, this);
                iJ(e, this);
                const i = t[bJ];
                const s = e[SJ];
                const n = this._transitions;
                const r = i.filter((t => t.to === e));
                const o = r.length;
                for (let t = 0; t < o; ++t) {
                  const e = r[t];
                  at(i, e);
                  ne(at(n, e));
                  se(lt(s, (t => t === e)));
                  nJ(e);
                }
              }
              removeTransition(t) {
                ne(at(this._transitions, t));
                se(lt(t.from[bJ], (e => e === t)));
                se(lt(t.to[SJ], (e => e === t)));
                nJ(t);
              }
              eraseOutgoings(t) {
                iJ(t, this);
                const e = t[bJ];
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  const s = i.to;
                  ne(at(this._transitions, i));
                  se(lt(s[SJ], (t => t === i)));
                  nJ(i);
                }
                e.length = 0;
              }
              eraseIncomings(t) {
                iJ(t, this);
                const e = t[SJ];
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  const s = i.from;
                  ne(at(this._transitions, i));
                  se(lt(s[bJ], (t => t === i)));
                  nJ(i);
                }
                e.length = 0;
              }
              eraseTransitionsIncludes(t) {
                this.eraseIncomings(t);
                this.eraseOutgoings(t);
              }
              adjustTransitionPriority(t, e) {
                const {from: i} = t;
                if (0 === e) return;
                const s = i[bJ];
                const n = s.indexOf(t);
                ne(n >= 0);
                BJ(s, n, _i(n + e, 0, s.length - 1));
              }
              clone() {
                const e = new t;
                const i = new Map;
                for (const t of this._states) switch (t) {
                 case this._entryState:
                  i.set(t, e._entryState);
                  break;

                 case this._exitState:
                  i.set(t, e._exitState);
                  break;

                 case this._anyState:
                  i.set(t, e._anyState);
                  break;

                 default:
                  if (t instanceof MJ || t instanceof VZ) {
                    const s = t.clone();
                    e._addState(s);
                    i.set(t, s);
                  } else ne(!1);
                }
                for (const t of this._transitions) {
                  const s = i.get(t.from);
                  const n = i.get(t.to);
                  ne(s && n);
                  const r = e.connect(s, n);
                  r.conditions = t.conditions.map((t => t.clone()));
                  if (r instanceof OZ) {
                    ne(t instanceof OZ);
                    r.duration = t.duration;
                    r.exitConditionEnabled = t.exitConditionEnabled;
                    r.exitCondition = t.exitCondition;
                  }
                }
                return e;
              }
              _addState(t) {
                sJ(t, this);
                this._states.push(t);
                return t;
              }
            }, aZ), iZ = Bl(eZ.prototype, "_states", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), sZ = Bl(eZ.prototype, "_transitions", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), nZ = Bl(eZ.prototype, "_entryState", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), rZ = Bl(eZ.prototype, "_exitState", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), oZ = Bl(eZ.prototype, "_anyState", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), eZ)) || tZ;
            let VZ = Ul("cc.animation.SubStateMachine")(lZ = (hZ = (uZ = class t extends TJ {
              constructor(...t) {
                super(...t);
                Ml(this, "_stateMachine", cZ, this);
              }
              get stateMachine() {
                return this._stateMachine;
              }
              clone() {
                const e = new t;
                e._stateMachine = this._stateMachine.clone();
                return e;
              }
            }, uZ), cZ = Bl(hZ.prototype, "_stateMachine", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new FZ;
              }
            }), hZ)) || lZ;
            let kZ = Ul("cc.animation.Layer")(_Z = (dZ = class {
              constructor() {
                this[eJ] = void 0;
                Ml(this, "_stateMachine", pZ, this);
                Ml(this, "name", mZ, this);
                Ml(this, "weight", fZ, this);
                Ml(this, "mask", gZ, this);
                this._stateMachine = new FZ;
              }
              get stateMachine() {
                return this._stateMachine;
              }
            }, pZ = Bl(dZ.prototype, "_stateMachine", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), mZ = Bl(dZ.prototype, "name", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), fZ = Bl(dZ.prototype, "weight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), gZ = Bl(dZ.prototype, "mask", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), dZ)) || _Z;
            let UZ;
            !function(t) {
              t[t.override = 0] = "override";
              t[t.additive = 1] = "additive";
            }(UZ || (UZ = {}));
            ne(0 == (0 | oJ.AFTER_CONSUMED << 1));
            let GZ = Ul("cc.animation.PlainVariable")(yZ = (bZ = (TZ = class {
              constructor(t) {
                Ml(this, "_type", SZ, this);
                Ml(this, "_value", AZ, this);
                if (void 0 !== t) {
                  this._type = t;
                  switch (t) {
                   default:
                    break;

                   case rJ.FLOAT:
                   case rJ.INTEGER:
                    this._value = 0;
                    break;

                   case rJ.BOOLEAN:
                    this._value = !1;
                  }
                }
              }
              get type() {
                return this._type;
              }
              get value() {
                return this._value;
              }
              set value(t) {
                switch (this._type) {
                 default:
                  break;

                 case rJ.FLOAT:
                  ne("number" == typeof t);
                  break;

                 case rJ.INTEGER:
                  ne(Number.isInteger(t));
                  break;

                 case rJ.BOOLEAN:
                  ne("boolean" == typeof t);
                }
                this._value = t;
              }
            }, TZ), SZ = Bl(bZ.prototype, "_type", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return rJ.FLOAT;
              }
            }), AZ = Bl(bZ.prototype, "_value", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), bZ)) || yZ;
            let zZ = Ul("cc.animation.TriggerVariable")(vZ = (EZ = (xZ = class {
              constructor() {
                Ml(this, "_flags", CZ, this);
              }
              get type() {
                return rJ.TRIGGER;
              }
              get value() {
                return !!((1 & this._flags) >> 0);
              }
              set value(t) {
                t ? this._flags |= 1 : this._flags &= -2;
              }
              get resetMode() {
                return (6 & this._flags) >> 1;
              }
              set resetMode(t) {
                this._flags &= -7;
                this._flags |= t << 1;
              }
            }, xZ), CZ = Bl(EZ.prototype, "_flags", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), EZ)) || vZ;
            let HZ = Ul("cc.animation.AnimationGraph")(wZ = (RZ = (BZ = class extends gc {
              constructor() {
                super();
                Ml(this, "_layers", IZ, this);
                Ml(this, "_variables", MZ, this);
              }
              onLoaded() {
                const {_layers: t} = this;
                const e = t.length;
                for (let i = 0; i < e; ++i) {
                  t[i].stateMachine.__callOnAfterDeserializeRecursive();
                }
              }
              get layers() {
                return this._layers;
              }
              get variables() {
                return Object.entries(this._variables);
              }
              addLayer() {
                const t = new kZ;
                this._layers.push(t);
                return t;
              }
              removeLayer(t) {
                te.removeAt(this._layers, t);
              }
              moveLayer(t, e) {
                BJ(this._layers, t, e);
              }
              addBoolean(t, e = !1) {
                const i = new GZ(rJ.BOOLEAN);
                i.value = e;
                this._variables[t] = i;
              }
              addFloat(t, e = 0) {
                const i = new GZ(rJ.FLOAT);
                i.value = e;
                this._variables[t] = i;
              }
              addInteger(t, e = 0) {
                const i = new GZ(rJ.INTEGER);
                i.value = e;
                this._variables[t] = i;
              }
              addTrigger(t, e = !1, i = oJ.AFTER_CONSUMED) {
                const s = new zZ;
                s.resetMode = i;
                s.value = e;
                this._variables[t] = s;
              }
              removeVariable(t) {
                delete this._variables[t];
              }
              getVariable(t) {
                return this._variables[t];
              }
              renameVariable(t, e) {
                const {_variables: i} = this;
                t in i && (e in i || (this._variables = Object.entries(i).reduce(((i, [s, n]) => {
                  i[s === t ? e : s] = n;
                  return i;
                }), {})));
              }
            }, BZ), IZ = Bl(RZ.prototype, "_layers", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), MZ = Bl(RZ.prototype, "_variables", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return {};
              }
            }), RZ)) || wZ;
            const jZ = Symbol("BakeNodeCurves");
            class XZ {
              static getOrExtract(t) {
                let e = XZ.pool.get(t);
                if (!e || e.samples !== t.sample) {
                  e && m.director.root.dataPoolManager.releaseAnimationClip(t);
                  const i = Math.ceil(t.sample * t.duration) + 1;
                  const s = t.sample;
                  e = t[jZ](0, s, i);
                  XZ.pool.set(t, e);
                }
                return e;
              }
              static destroy(t) {
                XZ.pool.delete(t);
              }
            }
            t("SkelAnimDataHub", XZ);
            XZ.pool = new Map;
            class WZ {
              constructor(t) {
                this.ratios = void 0;
                this._findRatio = void 0;
                this.ratios = t;
                let e;
                let i;
                let s = !0;
                for (let n = 1, r = t.length; n < r; n++) {
                  e = t[n] - t[n - 1];
                  if (1 === n) i = e; else if (Math.abs(e - i) > 1e-6) {
                    s = !1;
                    break;
                  }
                }
                this._findRatio = s ? JZ : vl;
              }
              sample(t) {
                return this._findRatio(this.ratios, t);
              }
            }
            t("RatioSampler", WZ);
            m.RatioSampler = WZ;
            class YZ {
              static Bezier(t) {
                return t;
              }
              constructor(t, e) {
                this.types = void 0;
                this.type = null;
                this._values = [];
                this._lerp = void 0;
                this._duration = void 0;
                this._array = void 0;
                this._duration = e;
                this._values = t.values;
                const i = t => "string" == typeof t ? t : Array.isArray(t) ? t[0] === t[1] && t[2] === t[3] ? YZ.Linear : YZ.Bezier(t) : YZ.Linear;
                if (void 0 !== t.easingMethod) this.type = i(t.easingMethod); else if (Array.isArray(t.easingMethods)) this.types = t.easingMethods.map(i); else if (void 0 !== t.easingMethods) {
                  this.types = new Array(this._values.length).fill(null);
                  for (const e of Object.keys(t.easingMethods)) this.types[e] = i(t.easingMethods[e]);
                } else this.type = null;
                const s = t.values[0];
                (void 0 === t.interpolate || t.interpolate) && (this._lerp = ZZ(s));
                void 0 !== t._arrayLength && (this._array = new Array(t._arrayLength));
              }
              hasLerp() {
                return !!this._lerp;
              }
              valueAt(t) {
                if (void 0 === this._array) {
                  const e = this._values[t];
                  return e && e.getNoLerp ? e.getNoLerp() : e;
                }
                for (let e = 0; e < this._array.length; ++e) this._array[e] = this._values[this._array.length * t + e];
                return this._array;
              }
              valueBetween(t, e, i, s, n) {
                if (this._lerp) {
                  const r = this.types ? this.types[e] : this.type;
                  const o = n - i;
                  let a = (t - i) / o;
                  r && (a = KZ(a, r));
                  if (void 0 === this._array) {
                    const t = this._values[e];
                    const i = this._values[s];
                    return this._lerp(t, i, a, o * this._duration);
                  }
                  for (let t = 0; t < this._array.length; ++t) {
                    const i = this._values[this._array.length * e + t];
                    const n = this._values[this._array.length * s + t];
                    this._array[t] = this._lerp(i, n, a, o * this._duration);
                  }
                  return this._array;
                }
                if (void 0 === this._array) return this.valueAt(e);
                for (let t = 0; t < this._array.length; ++t) this._array[t] = this._values[this._array.length * e + t];
                return this._array;
              }
              empty() {
                return 0 === this._values.length;
              }
              constant() {
                return 1 === this._values.length;
              }
            }
            t("AnimCurve", YZ);
            YZ.Linear = null;
            m.AnimCurve = YZ;
            t("EventInfo", class {
              constructor() {
                this.events = [];
              }
              add(t, e) {
                this.events.push({
                  func: t || "",
                  params: e || []
                });
              }
            });
            function qZ(t, e, i) {
              let s = e.sample(i);
              if (s < 0) {
                s = ~s;
                if (s <= 0) s = 0; else {
                  if (!(s >= e.ratios.length)) return t.valueBetween(i, s - 1, e.ratios[s - 1], s, e.ratios[s]);
                  s = e.ratios.length - 1;
                }
              }
              return t.valueAt(s);
            }
            m.sampleAnimationCurve = qZ;
            function KZ(t, e) {
              if ("string" == typeof e) {
                const i = Td[e];
                i ? t = i(t) : F(3906, e);
              } else Array.isArray(e) && (t = rp(e, t));
              return t;
            }
            function JZ(t, e) {
              const i = t.length - 1;
              if (0 === i) return 0;
              const s = t[0];
              if (e < s) return 0;
              const n = t[i];
              if (e > n) return i;
              const r = (e = (e - s) / (n - s)) / (1 / i);
              const o = 0 | r;
              const a = 1e-6;
              return r - o < a ? o : o + 1 - r < a ? o + 1 : ~(o + 1);
            }
            const ZZ = (() => {
              function t(t, e, i, s) {
                return t.lerp(e, i, s);
              }
              return e => {
                if (null !== e) {
                  if ("number" == typeof e) return pi;
                  if ("object" == typeof e && e.constructor) {
                    if (e instanceof Ui) return function() {
                      const t = new Ui;
                      return (e, i, s, n) => Ui.slerp(t, e, i, s);
                    }();
                    if (e instanceof ce) return function(t) {
                      const e = new t;
                      return (i, s, n) => {
                        t.lerp(e, i, s, n);
                        return e;
                      };
                    }(e.constructor);
                    if (e.constructor === Number) return pi;
                    if ("function" == typeof e.lerp) return t;
                  }
                }
              };
            })();
            var QZ, $Z, tQ, eQ, iQ, sQ, nQ;
            let rQ = Ul("cc.animation.UntypedTrackChannel")(QZ = ($Z = class extends Uq {
              constructor() {
                super(new Od);
                Ml(this, "property", tQ, this);
              }
            }, tQ = Bl($Z.prototype, "property", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), $Z)) || QZ;
            let oQ = Ul("cc.animation.UntypedTrack")(eQ = (iQ = (nQ = class extends kq {
              constructor(...t) {
                super(...t);
                Ml(this, "_channels", sQ, this);
              }
              channels() {
                return this._channels;
              }
              [OY](t) {
                if (!t.getValue) throw new Error(G(3930));
                const e = t => {
                  var e;
                  return null === (e = this._channels.find((e => e.property === t))) || void 0 === e ? void 0 : e.curve;
                };
                const i = t.getValue();
                switch (!0) {
                 default:
                  throw new Error(G(3931));

                 case i instanceof Qi:
                  return new NK(e("x"), e("y"));

                 case i instanceof Pi:
                  return new LK(e("x"), e("y"), e("z"));

                 case i instanceof is:
                  return new FK(e("x"), e("y"), e("z"), e("w"));

                 case i instanceof Bi:
                  return new WK(e("r"), e("g"), e("b"), e("a"));

                 case i instanceof rs:
                  return new QK(e("width"), e("height"));
                }
              }
              addChannel(t) {
                const e = new rQ;
                e.property = t;
                this._channels.push(e);
                return e;
              }
              upgrade(t) {
                const e = (t, e) => {
                  const i = this.channels().find((e => e.property === t));
                  if (i) {
                    e.name = i.name;
                    e.curve.assignSorted(Array.from(i.curve.times()), Array.from(i.curve.values()));
                  }
                };
                const i = t(this.path, this.proxy);
                switch (i) {
                 default:
                 case "size":
                  break;

                 case "vec2":
                 case "vec3":
                 case "vec4":
                  {
                    const t = new OK;
                    t.path = this.path;
                    t.proxy = this.proxy;
                    t.componentsCount = "vec2" === i ? 2 : "vec3" === i ? 3 : 4;
                    const [s, n, r, o] = t.channels();
                    switch (i) {
                     case "vec4":
                      e("w", o);

                     case "vec3":
                      e("z", r);

                     default:
                      e("x", s);
                      e("y", n);
                    }
                    return t;
                  }

                 case "color":
                  {
                    const t = new XK;
                    const [i, s, n, r] = t.channels();
                    e("r", i);
                    e("g", s);
                    e("b", n);
                    e("a", r);
                    e("x", i);
                    e("y", s);
                    e("z", n);
                    e("w", r);
                    return t;
                  }
                }
                return null;
              }
            }, nQ), sQ = Bl(iQ.prototype, "_channels", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), iQ)) || eQ;
            class aQ {
              constructor(t) {
                this._keys = [];
                this._curves = [];
                this._commonTargets = [];
                this._ratioSamplers = [];
                this._runtimeCurves = void 0;
                this._data = null;
                this._duration = void 0;
                this._duration = t;
              }
              get keys() {
                return this._keys;
              }
              set keys(t) {
                this._keys = t;
              }
              get curves() {
                return this._curves;
              }
              set curves(t) {
                this._curves = t;
                delete this._runtimeCurves;
              }
              get commonTargets() {
                return this._commonTargets;
              }
              set commonTargets(t) {
                this._commonTargets = t;
              }
              get data() {
                return this._data;
              }
              getPropertyCurves() {
                this._runtimeCurves || this._createPropertyCurves();
                return this._runtimeCurves;
              }
              toTracks() {
                const t = [];
                const {keys: e, curves: i, commonTargets: s} = this;
                const n = (t, e, i) => {
                  const s = new Fq;
                  for (const t of e) "string" == typeof t ? s.toProperty(t) : "number" == typeof t ? s.toElement(t) : t instanceof _q ? s.toHierarchy(t.path) : t instanceof dq ? s.toComponent(t.component) : s.toCustomized(t);
                  t.path = s;
                  t.proxy = i;
                };
                const r = s.map((e => {
                  const i = new oQ;
                  n(i, e.modifiers, e.valueAdapter);
                  t.push(i);
                  return i;
                }));
                for (const s of i) {
                  var o;
                  const i = s.data;
                  const a = i.values;
                  if (0 === a.length) continue;
                  const l = i.keys < 0 ? [ 0 ] : e[i.keys];
                  const h = a[0];
                  const c = null === (o = i.interpolate) || void 0 === o || o;
                  ne("number" != typeof i._arrayLength || "number" == typeof h);
                  const u = new hQ(i, l.length);
                  const _ = t => {
                    n(t, s.modifiers, s.valueAdapter);
                  };
                  let d;
                  if ("number" == typeof s.commonTarget) {
                    if (!a.every((t => "number" == typeof t))) {
                      N(3932);
                      continue;
                    }
                    if (s.valueAdapter || 1 !== s.modifiers.length || "string" != typeof s.modifiers[0]) {
                      N(3933);
                      continue;
                    }
                    const t = s.modifiers[0];
                    const e = r[s.commonTarget];
                    const {curve: i} = e.addChannel(t);
                    d = i;
                  }
                  const p = () => {
                    if ("number" == typeof h) {
                      if (!a.every((t => "number" == typeof t))) {
                        N(3934);
                        return;
                      }
                      let e;
                      if (d) e = d; else {
                        const i = new xK;
                        _(i);
                        t.push(i);
                        e = i.channel.curve;
                      }
                      const i = c ? xl.LINEAR : xl.CONSTANT;
                      e.assignSorted(l, a.map((t => ({
                        value: t,
                        interpolationMode: i
                      }))));
                      u.convert(e);
                      return;
                    }
                    if ("object" == typeof h) switch (!0) {
                     default:
                      break;

                     case lQ(a, Qi):
                     case lQ(a, Pi):
                     case lQ(a, is):
                      {
                        const e = h instanceof Qi ? 2 : h instanceof Pi ? 3 : 4;
                        const i = new OK;
                        _(i);
                        i.componentsCount = e;
                        const [{curve: s}, {curve: n}, {curve: r}, {curve: o}] = i.channels();
                        const d = c ? xl.LINEAR : xl.CONSTANT;
                        const p = t => ({
                          value: t,
                          interpolationMode: d
                        });
                        switch (e) {
                         case 4:
                          o.assignSorted(l, a.map((t => p(t.w))));
                          u.convert(o);

                         case 3:
                          r.assignSorted(l, a.map((t => p(t.z))));
                          u.convert(r);

                         default:
                          s.assignSorted(l, a.map((t => p(t.x))));
                          u.convert(s);
                          n.assignSorted(l, a.map((t => p(t.y))));
                          u.convert(n);
                        }
                        t.push(i);
                        return;
                      }

                     case lQ(a, Ui):
                      {
                        const e = new kK;
                        _(e);
                        const i = c ? gp.SLERP : gp.CONSTANT;
                        e.channel.curve.assignSorted(l, a.map((t => ({
                          value: Ui.clone(t),
                          interpolationMode: i
                        }))));
                        u.convertQuatCurve(e.channel.curve);
                        t.push(e);
                        return;
                      }

                     case lQ(a, Bi):
                      {
                        const e = new XK;
                        _(e);
                        const [{curve: i}, {curve: s}, {curve: n}, {curve: r}] = e.channels();
                        const o = c ? xl.LINEAR : xl.CONSTANT;
                        const h = t => ({
                          value: t,
                          interpolationMode: o
                        });
                        i.assignSorted(l, a.map((t => h(t.r))));
                        u.convert(i);
                        s.assignSorted(l, a.map((t => h(t.g))));
                        u.convert(s);
                        n.assignSorted(l, a.map((t => h(t.b))));
                        u.convert(n);
                        r.assignSorted(l, a.map((t => h(t.a))));
                        u.convert(r);
                        t.push(e);
                        return;
                      }

                     case lQ(a, rs):
                      {
                        const e = new ZK;
                        _(e);
                        const [{curve: i}, {curve: s}] = e.channels();
                        const n = c ? xl.LINEAR : xl.CONSTANT;
                        const r = t => ({
                          value: t,
                          interpolationMode: n
                        });
                        i.assignSorted(l, a.map((t => r(t.width))));
                        u.convert(i);
                        s.assignSorted(l, a.map((t => r(t.height))));
                        u.convert(s);
                        t.push(e);
                        return;
                      }

                     case lQ(a, EK):
                      {
                        ne(u.nil);
                        const e = new xK;
                        _(e);
                        const i = c ? xl.CUBIC : xl.CONSTANT;
                        e.channel.curve.assignSorted(l, a.map((t => ({
                          value: t.dataPoint,
                          leftTangent: t.inTangent,
                          rightTangent: t.outTangent,
                          interpolationMode: i
                        }))));
                        t.push(e);
                        return;
                      }

                     case lQ(a, SK):
                     case lQ(a, AK):
                     case lQ(a, TK):
                      {
                        ne(u.nil);
                        const e = h instanceof SK ? 2 : h instanceof AK ? 3 : 4;
                        const i = new OK;
                        _(i);
                        i.componentsCount = e;
                        const [s, n, r, o] = i.channels();
                        const d = c ? xl.LINEAR : xl.CONSTANT;
                        const p = (t, e, i) => ({
                          value: t,
                          leftTangent: e,
                          rightTangent: i,
                          interpolationMode: d
                        });
                        switch (e) {
                         case 4:
                          o.curve.assignSorted(l, a.map((t => p(t.dataPoint.w, t.inTangent.w, t.outTangent.w))));

                         case 3:
                          r.curve.assignSorted(l, a.map((t => p(t.dataPoint.z, t.inTangent.z, t.outTangent.z))));

                         default:
                          s.curve.assignSorted(l, a.map((t => p(t.dataPoint.y, t.inTangent.y, t.outTangent.y))));
                          n.curve.assignSorted(l, a.map((t => p(t.dataPoint.x, t.inTangent.x, t.outTangent.x))));
                        }
                        t.push(i);
                        return;
                      }

                     case a.every((t => t instanceof vK)):
                      N(3935);
                    }
                    const e = new tJ;
                    _(e);
                    e.channel.curve.assignSorted(l, a);
                    t.push(e);
                  };
                  p();
                }
                return t;
              }
              _createPropertyCurves() {
                this._ratioSamplers = this._keys.map((t => new WZ(t.map((t => t / this._duration)))));
                this._runtimeCurves = this._curves.map((t => ({
                  curve: new YZ(t.data, this._duration),
                  modifiers: t.modifiers,
                  valueAdapter: t.valueAdapter,
                  sampler: this._ratioSamplers[t.data.keys],
                  commonTarget: t.commonTarget
                })));
              }
            }
            function lQ(t, e) {
              return t.every((t => t instanceof e));
            }
            class hQ {
              constructor(t, e) {
                this._easingMethods = void 0;
                const {easingMethods: i} = t;
                Array.isArray(i) ? 0 === i.length && 0 !== e ? this._easingMethods = new Array(e).fill(null) : this._easingMethods = i : this._easingMethods = void 0 === i ? new Array(e).fill(t.easingMethod) : Array.from({
                  length: e
                }, ((t, e) => {
                  var s;
                  return null !== (s = i[e]) && void 0 !== s ? s : null;
                }));
              }
              get nil() {
                return !this._easingMethods || this._easingMethods.every((t => null == t));
              }
              convert(t) {
                const {_easingMethods: e} = this;
                if (!e) return;
                const i = t.keyFramesCount;
                if (t.keyFramesCount < 2) return;
                Array.isArray(e) && ne(i === e.length);
                const s = i - 1;
                for (let i = 0; i < s; ++i) {
                  const s = e[i];
                  s && (Array.isArray(s) ? dQ(s, t.getKeyframeTime(i), t.getKeyframeValue(i), t.getKeyframeTime(i + 1), t.getKeyframeValue(i + 1)) : cQ(s, t, i));
                }
              }
              convertQuatCurve(t) {
                const {_easingMethods: e} = this;
                if (!e) return;
                const i = t.keyFramesCount;
                if (t.keyFramesCount < 2) return;
                Array.isArray(e) && ne(i === e.length);
                const s = i - 1;
                for (let i = 0; i < s; ++i) {
                  const s = e[i];
                  s && (Array.isArray(s) ? t.getKeyframeValue(i).easingMethod = s.slice() : uQ(s, t, i));
                }
              }
            }
            function cQ(t, e, i) {
              ne(i !== e.keyFramesCount - 1);
              ne(t in _Q);
              const s = e.getKeyframeValue(i);
              const n = _Q[t];
              if (n === vd.CONSTANT) s.interpolationMode = xl.CONSTANT; else {
                s.interpolationMode = xl.LINEAR;
                s.easingMethod = n;
              }
            }
            function uQ(t, e, i) {
              ne(i !== e.keyFramesCount - 1);
              ne(t in _Q);
              const s = e.getKeyframeValue(i);
              const n = _Q[t];
              s.easingMethod = n;
            }
            const _Q = {
              constant: vd.CONSTANT,
              linear: vd.LINEAR,
              quadIn: vd.QUAD_IN,
              quadOut: vd.QUAD_OUT,
              quadInOut: vd.QUAD_IN_OUT,
              quadOutIn: vd.QUAD_OUT_IN,
              cubicIn: vd.CUBIC_IN,
              cubicOut: vd.CUBIC_OUT,
              cubicInOut: vd.CUBIC_IN_OUT,
              cubicOutIn: vd.CUBIC_OUT_IN,
              quartIn: vd.QUART_IN,
              quartOut: vd.QUART_OUT,
              quartInOut: vd.QUART_IN_OUT,
              quartOutIn: vd.QUART_OUT_IN,
              quintIn: vd.QUINT_IN,
              quintOut: vd.QUINT_OUT,
              quintInOut: vd.QUINT_IN_OUT,
              quintOutIn: vd.QUINT_OUT_IN,
              sineIn: vd.SINE_IN,
              sineOut: vd.SINE_OUT,
              sineInOut: vd.SINE_IN_OUT,
              sineOutIn: vd.SINE_OUT_IN,
              expoIn: vd.EXPO_IN,
              expoOut: vd.EXPO_OUT,
              expoInOut: vd.EXPO_IN_OUT,
              expoOutIn: vd.EXPO_OUT_IN,
              circIn: vd.CIRC_IN,
              circOut: vd.CIRC_OUT,
              circInOut: vd.CIRC_IN_OUT,
              circOutIn: vd.CIRC_OUT_IN,
              elasticIn: vd.ELASTIC_IN,
              elasticOut: vd.ELASTIC_OUT,
              elasticInOut: vd.ELASTIC_IN_OUT,
              elasticOutIn: vd.ELASTIC_OUT_IN,
              backIn: vd.BACK_IN,
              backOut: vd.BACK_OUT,
              backInOut: vd.BACK_IN_OUT,
              backOutIn: vd.BACK_OUT_IN,
              bounceIn: vd.BOUNCE_IN,
              bounceOut: vd.BOUNCE_OUT,
              bounceInOut: vd.BOUNCE_IN_OUT,
              bounceOutIn: vd.BOUNCE_OUT_IN,
              smooth: vd.SMOOTH,
              fade: vd.FADE
            };
            function dQ(t, e, i, s, n) {
              const [r, o, a, l] = t;
              const {value: h} = i;
              const {value: c} = n;
              const u = 3 * (s - e);
              const _ = 3 * (c - h);
              const d = r * u;
              const p = o * _;
              const m = (1 - a) * u;
              const f = (1 - l) * _;
              const g = 1 / 3;
              const y = p / d;
              const b = Math.sqrt(d * d + p * p) * g;
              const S = f / m;
              const A = Math.sqrt(m * m + f * f) * g;
              i.interpolationMode = xl.CUBIC;
              i.tangentWeightMode = (T = i.tangentWeightMode) === Rl.NONE ? Rl.RIGHT : T === Rl.LEFT ? Rl.BOTH : T;
              var T;
              i.rightTangent = y;
              i.rightTangentWeight = b;
              n.tangentWeightMode = function(t) {
                return t === Rl.NONE ? Rl.LEFT : t === Rl.RIGHT ? Rl.BOTH : t;
              }(n.tangentWeightMode);
              n.leftTangent = S;
              n.leftTangentWeight = A;
            }
            var pQ, mQ, fQ, gQ, yQ, bQ, SQ, AQ, TQ, vQ, EQ, CQ, xQ, wQ, RQ, IQ, MQ, BQ, DQ, PQ, OQ, NQ, LQ, FQ, VQ, kQ, UQ, GQ, zQ, HQ;
            function jQ() {
              throw new Error("split() only valid in Editor.");
            }
            Ul("cc.animation.ExoticAnimation")(pQ = (mQ = (gQ = class {
              constructor() {
                Ml(this, "_nodeAnimations", fQ, this);
              }
              createEvaluator(t) {
                return new QQ(this._nodeAnimations, t);
              }
              addNodeAnimation(t) {
                const e = new XQ(t);
                this._nodeAnimations.push(e);
                return e;
              }
              collectAnimatedJoints() {
                return Array.from(new Set(this._nodeAnimations.map((({path: t}) => t))));
              }
              split(t, e) {
                return jQ();
              }
              toHashString() {
                return this._nodeAnimations.map((t => t.toHashString())).join("\n");
              }
            }, gQ), fQ = Bl(mQ.prototype, "_nodeAnimations", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), mQ));
            let XQ = Ul("cc.animation.ExoticNodeAnimation")(yQ = (bQ = (EQ = class {
              constructor(t) {
                Ml(this, "_path", SQ, this);
                Ml(this, "_position", AQ, this);
                Ml(this, "_rotation", TQ, this);
                Ml(this, "_scale", vQ, this);
                this._path = t;
              }
              createPosition(t, e) {
                this._position = new ZQ(t, new KQ(e));
              }
              createRotation(t, e) {
                this._rotation = new ZQ(t, new JQ(e));
              }
              createScale(t, e) {
                this._scale = new ZQ(t, new KQ(e));
              }
              createEvaluator(t) {
                return new $Q(this._path, this._position, this._rotation, this._scale, t);
              }
              split(t, e, i) {
                return jQ();
              }
              get path() {
                return this._path;
              }
              toHashString() {
                var t, e, i, s, n, r;
                return `${this._path}\n${null !== (t = null === (e = this._position) || void 0 === e ? void 0 : e.toHashString()) && void 0 !== t ? t : ""}${null !== (i = null === (s = this._scale) || void 0 === s ? void 0 : s.toHashString()) && void 0 !== i ? i : ""}${null !== (n = null === (r = this._rotation) || void 0 === r ? void 0 : r.toHashString()) && void 0 !== n ? n : ""}`;
              }
            }, EQ), SQ = Bl(bQ.prototype, "_path", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), AQ = Bl(bQ.prototype, "_position", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), TQ = Bl(bQ.prototype, "_rotation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), vQ = Bl(bQ.prototype, "_scale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), bQ)) || yQ;
            function WQ(t) {
              return t.toPrecision(2);
            }
            function YQ(t) {
              return t.map(WQ).join(" ");
            }
            let qQ = Ul("cc.animation.ExoticVectorLikeTrackValues")(CQ = (xQ = (IQ = class {
              constructor(t) {
                Ml(this, "_values", wQ, this);
                Ml(this, "_isQuantized", RQ, this);
                this._values = t;
                this._isQuantized = !1;
              }
              get precision() {
                return this._isQuantized ? this._values.originalPrecision : s$(this._values);
              }
              quantize(t) {
                ne(!this._isQuantized);
                this._values = function(t, e) {
                  const i = e$[e];
                  const s = 1 << i.BYTES_PER_ELEMENT;
                  let n = Number.POSITIVE_INFINITY;
                  let r = Number.NEGATIVE_INFINITY;
                  t.forEach((t => {
                    n = Math.min(t, n);
                    r = Math.max(t, r);
                  }));
                  const o = r - n;
                  const a = i.from(t, (t => (t - n) / o * s));
                  return new n$(s$(t), a, o, n);
                }(this._values, t);
                this._isQuantized = !0;
              }
              toHashString() {
                const {_isQuantized: t, _values: e} = this;
                return `${t} ${t ? e.toHashString() : YQ(e)}`;
              }
            }, IQ), wQ = Bl(xQ.prototype, "_values", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), RQ = Bl(xQ.prototype, "_isQuantized", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), xQ)) || CQ;
            let KQ = Ul("cc.animation.ExoticVec3TrackValues")(MQ = class t extends qQ {
              static imitate(e, i) {
                const s = new t(e);
                i._isQuantized && s.quantize(i._values.quantizationType);
                return s;
              }
              get(t, e) {
                const {_values: i, _isQuantized: s} = this;
                s ? a$(i, t, e) : Pi.fromArray(e, i, 3 * t);
              }
              lerp(t, e, i, s, n, r) {
                const {_values: o, _isQuantized: a} = this;
                if (a) {
                  a$(o, t, s);
                  a$(o, e, n);
                } else {
                  Pi.fromArray(s, o, 3 * t);
                  Pi.fromArray(n, o, 3 * e);
                }
                Pi.lerp(r, s, n, i);
              }
            }) || MQ;
            let JQ = Ul("cc.animation.ExoticQuatTrackValues")(BQ = class t extends qQ {
              static imitate(e, i) {
                const s = new t(e);
                i._isQuantized && s.quantize(i._values.quantizationType);
                return s;
              }
              get(t, e) {
                const {_values: i, _isQuantized: s} = this;
                s ? l$(i, t, e) : Ui.fromArray(e, i, 4 * t);
              }
              lerp(t, e, i, s, n, r) {
                const {_values: o, _isQuantized: a} = this;
                if (a) {
                  l$(o, t, s);
                  l$(o, e, n);
                } else {
                  Ui.fromArray(s, o, 4 * t);
                  Ui.fromArray(n, o, 4 * e);
                }
                Ui.slerp(r, s, n, i);
              }
            }) || BQ;
            let ZQ = Ul("cc.animation.ExoticTrack")(DQ = (PQ = (LQ = class {
              constructor(t, e) {
                Ml(this, "times", OQ, this);
                Ml(this, "values", NQ, this);
                this.times = t;
                this.values = e;
              }
              toHashString() {
                const {times: t, values: e} = this;
                return `times: ${YQ(t)}; values: ${e.toHashString()}`;
              }
            }, LQ), OQ = Bl(PQ.prototype, "times", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), NQ = Bl(PQ.prototype, "values", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), PQ)) || DQ;
            class QQ {
              constructor(t, e) {
                this._nodeEvaluations = void 0;
                this._nodeEvaluations = t.map((t => t.createEvaluator(e)));
              }
              evaluate(t) {
                this._nodeEvaluations.forEach((e => {
                  e.evaluate(t);
                }));
              }
            }
            class $Q {
              constructor(t, e, i, s, n) {
                this._position = null;
                this._rotation = null;
                this._scale = null;
                e && (this._position = o$(e.times, e.values, Pi, t, "position", n));
                i && (this._rotation = o$(i.times, i.values, Ui, t, "rotation", n));
                s && (this._scale = o$(s.times, s.values, Pi, t, "scale", n));
              }
              evaluate(t) {
                if (this._position) {
                  const e = this._position.evaluator.evaluate(t);
                  this._position.runtimeBinding.setValue(e);
                }
                if (this._rotation) {
                  const e = this._rotation.evaluator.evaluate(t);
                  this._rotation.runtimeBinding.setValue(e);
                }
                if (this._scale) {
                  const e = this._scale.evaluator.evaluate(t);
                  this._scale.runtimeBinding.setValue(e);
                }
              }
            }
            class t$ {
              constructor(t, e, i) {
                this._times = void 0;
                this._inputSampleResultCache = {
                  just: !1,
                  index: -1,
                  nextIndex: -1,
                  ratio: 0
                };
                this._values = void 0;
                this._prevValue = void 0;
                this._nextValue = void 0;
                this._resultValue = void 0;
                this._times = t;
                this._values = e;
                this._prevValue = new i;
                this._nextValue = new i;
                this._resultValue = new i;
              }
              evaluate(t) {
                const {_times: e, _values: i, _resultValue: s} = this;
                if (0 === e.length) return s;
                const n = function(t, e, i) {
                  const s = t.length;
                  ne(0 !== s);
                  const n = t[0];
                  const r = t[s - 1];
                  if (e < n) {
                    i.just = !0;
                    i.index = 0;
                  } else if (e > r) {
                    i.just = !0;
                    i.index = s - 1;
                  } else {
                    const n = vl(t, e);
                    if (n >= 0) {
                      i.just = !0;
                      i.index = n;
                    } else {
                      const r = ~n;
                      ne(0 !== r && r !== s && s > 1);
                      const o = r - 1;
                      const a = t[o];
                      const l = t[r];
                      const h = (e - t[o]) / (l - a);
                      i.just = !1;
                      i.index = o;
                      i.nextIndex = r;
                      i.ratio = h;
                    }
                  }
                  return i;
                }(e, t, this._inputSampleResultCache);
                n.just ? i.get(n.index, s) : i.lerp(n.index, n.nextIndex, n.ratio, this._prevValue, this._nextValue, s);
                return s;
              }
            }
            const e$ = {
              uint8: Uint8Array,
              uint16: Uint16Array
            };
            var i$;
            !function(t) {
              t[t.FLOAT_32 = 0] = "FLOAT_32";
              t[t.FLOAT_64 = 1] = "FLOAT_64";
            }(i$ || (i$ = {}));
            function s$(t) {
              switch (t.BYTES_PER_ELEMENT) {
               default:
                ne(!1);

               case 4:
                return i$.FLOAT_32;

               case 8:
                return i$.FLOAT_64;
              }
            }
            let n$ = Ul("cc.animation.QuantizedFloatArray")(FQ = (VQ = (HQ = class {
              get quantizationType() {
                switch (this.values.BYTES_PER_ELEMENT) {
                 default:
                 case 1:
                  return "uint8";

                 case 2:
                  return "uint16";
                }
              }
              constructor(t, e, i, s = 0) {
                Ml(this, "originalPrecision", kQ, this);
                Ml(this, "min", UQ, this);
                Ml(this, "extent", GQ, this);
                Ml(this, "values", zQ, this);
                this.originalPrecision = t;
                this.values = e;
                this.extent = i;
                this.min = s;
              }
              toHashString() {
                const {originalPrecision: t, min: e, extent: i, values: s} = this;
                return `${t} ${WQ(e)} ${WQ(i)} ${s.join(" ")}`;
              }
            }, HQ), kQ = Bl(VQ.prototype, "originalPrecision", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), UQ = Bl(VQ.prototype, "min", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), GQ = Bl(VQ.prototype, "extent", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), zQ = Bl(VQ.prototype, "values", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: null
            }), VQ)) || FQ;
            function r$(t, e) {
              return t.values[e] / (1 << t.values.BYTES_PER_ELEMENT) * t.extent + t.min;
            }
            function o$(t, e, i, s, n, r) {
              const o = new Vq;
              o.path = (new Fq).toHierarchy(s).toProperty(n);
              const a = r(o);
              if (!a) return null;
              return {
                runtimeBinding: a,
                evaluator: new t$(t, e, i)
              };
            }
            function a$(t, e, i) {
              Pi.set(i, r$(t, 3 * e + 0), r$(t, 3 * e + 1), r$(t, 3 * e + 2));
            }
            function l$(t, e, i) {
              Ui.set(i, r$(t, 4 * e + 0), r$(t, 4 * e + 1), r$(t, 4 * e + 2), r$(t, 4 * e + 3));
            }
            var h$, c$, u$, _$, d$, p$, m$, f$, g$, y$, b$, S$, A$, T$;
            const v$ = Symbol("SearchForRootBonePath");
            const E$ = Symbol("ExoticAnimation");
            const C$ = Symbol("[[EmbeddedPlayerCount]]");
            const x$ = Symbol("[[GetEmbeddedPlayers]]");
            const w$ = Symbol("[[AddEmbeddedPlayer]]");
            const R$ = Symbol("[[RemoveEmbeddedPlayer]]");
            const I$ = Symbol("[[ClearEmbeddedPlayers]]");
            let M$ = t("AnimationClip", Ul("cc.AnimationClip")(h$ = (c$ = (T$ = A$ = class t extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "sample", u$, this);
                Ml(this, "speed", _$, this);
                Ml(this, "wrapMode", d$, this);
                Ml(this, "enableTrsBlending", p$, this);
                Ml(this, "_duration", m$, this);
                Ml(this, "_hash", f$, this);
                this.frameRate = 0;
                Ml(this, "_tracks", g$, this);
                Ml(this, "_exoticAnimation", y$, this);
                this._legacyData = void 0;
                this._legacyDataDirty = !1;
                Ml(this, "_events", b$, this);
                Ml(this, "_embeddedPlayers", S$, this);
                this._runtimeEvents = {
                  ratios: [],
                  eventGroups: []
                };
              }
              static createWithSpriteFrames(e, i) {
                const s = new t;
                s.sample = i || s.sample;
                s.duration = e.length / s.sample;
                const n = 1 / s.sample;
                const r = new tJ;
                r.path = (new Fq).toComponent("cc.Sprite").toProperty("spriteFrame");
                r.channels()[0].curve.assignSorted(e.map(((t, e) => [ n * e, t ])));
                s.addTrack(r);
                return s;
              }
              get duration() {
                return this._duration;
              }
              set duration(t) {
                this._duration = t;
              }
              get tracksCount() {
                return this._tracks.length;
              }
              get tracks() {
                return this._tracks;
              }
              get hash() {
                var t, e;
                if (this._hash) return this._hash;
                const i = `Exotic:${null !== (t = null === (e = this._exoticAnimation) || void 0 === e ? void 0 : e.toHashString()) && void 0 !== t ? t : ""}`;
                return this._hash = Ur(i, 666);
              }
              get events() {
                return this._events;
              }
              set events(t) {
                this._events = t;
                const e = [];
                const i = [];
                const s = this.events.sort(((t, e) => t.frame - e.frame));
                const n = s.length;
                for (let t = 0; t < n; ++t) {
                  const n = s[t];
                  const r = n.frame / this._duration;
                  let o = e.findIndex((t => t === r));
                  if (o < 0) {
                    o = e.length;
                    e.push(r);
                    i.push({
                      events: []
                    });
                  }
                  i[o].events.push({
                    functionName: n.func,
                    parameters: n.params
                  });
                }
                this._runtimeEvents = {
                  ratios: e,
                  eventGroups: i
                };
              }
              get [E$]() {
                return this._exoticAnimation;
              }
              set [E$](t) {
                this._exoticAnimation = t;
              }
              onLoaded() {
                this.frameRate = this.sample;
                this.events = this._events;
              }
              range() {
                const t = {
                  min: 1 / 0,
                  max: -1 / 0
                };
                const {_tracks: e} = this;
                const i = e.length;
                for (let s = 0; s < i; ++s) {
                  const i = e[s].range();
                  t.min = Math.min(t.min, i.min);
                  t.max = Math.max(t.max, i.max);
                }
                return t;
              }
              getTrack(t) {
                return this._tracks[t];
              }
              addTrack(t) {
                const e = this._tracks.length;
                this._tracks.push(t);
                return e;
              }
              removeTrack(t) {
                this._tracks.splice(t, 1);
              }
              clearTracks() {
                this._tracks.length = 0;
              }
              containsAnyEvent() {
                return 0 !== this._events.length;
              }
              createEventEvaluator(t) {
                return new k$(t, this._runtimeEvents.ratios, this._runtimeEvents.eventGroups, this.wrapMode);
              }
              containsAnyEmbeddedPlayer() {
                return 0 !== this._embeddedPlayers.length;
              }
              createEmbeddedPlayerEvaluator(t) {
                return new B$(this._embeddedPlayers, t);
              }
              createEvaluator(t) {
                const {target: e} = t;
                return this._createEvalWithBinder(e, (i => {
                  if (t.mask && i.isMaskedOff(t.mask)) return;
                  const s = i.createRuntimeBinding(e, this.enableTrsBlending ? t.pose : void 0, !1);
                  s || N(3937, this.name, t.target instanceof _y ? t.target.name : t.target);
                  return null != s ? s : void 0;
                }), t.rootMotion);
              }
              destroy() {
                var t;
                (null === (t = m.director.root) || void 0 === t ? void 0 : t.dataPoolManager) && m.director.root.dataPoolManager.releaseAnimationClip(this);
                XZ.destroy(this);
                return super.destroy();
              }
              [jZ](t, e, i) {
                const s = 1 / e;
                const n = this._collectAnimatedJoints();
                const r = n.length;
                const o = {};
                for (let t = 0; t < r; ++t) {
                  o[n[t]] = {
                    transforms: Array.from({
                      length: i
                    }, (() => new qi))
                  };
                }
                const a = n.reduce(((t, e) => {
                  t[e] = new O$;
                  return t;
                }), {});
                for (const t in a) {
                  const e = a[t];
                  const i = t.lastIndexOf("/");
                  if (i >= 0) {
                    const s = t.substring(0, i);
                    const n = a[s];
                    n && (e.parent = n);
                  }
                }
                const l = this._createEvalWithBinder(void 0, (t => {
                  const e = t.parseTrsPath();
                  if (!e) return;
                  const i = a[e.node];
                  return i ? V$(i, e.property) : void 0;
                }), void 0);
                for (let e = 0; e < i; ++e) {
                  const i = t + s * e;
                  l.evaluate(i);
                  for (let t = 0; t < r; ++t) {
                    const i = n[t];
                    qi.copy(o[i].transforms[e], a[i].globalTransform);
                  }
                  for (let t = 0; t < r; ++t) {
                    const e = n[t];
                    a[e].invalidate();
                  }
                }
                return {
                  samples: e,
                  frames: i,
                  joints: o
                };
              }
              upgradeUntypedTracks(t) {
                const e = [];
                const i = [];
                const {_tracks: s} = this;
                const n = s.length;
                for (let r = 0; r < n; ++r) {
                  const n = s[r];
                  if (!(n instanceof oQ)) continue;
                  const o = n.upgrade(t);
                  if (o) {
                    e.push(o);
                    i.push(n);
                  }
                }
                const r = i.length;
                for (let t = 0; t < r; ++t) te.remove(s, i[t]);
                s.push(...e);
              }
              [v$]() {
                return this._searchForRootBonePath();
              }
              get keys() {
                return this._getLegacyData().keys;
              }
              set keys(t) {
                this._legacyDataDirty = !0;
                this._getLegacyData().keys = t;
              }
              get curves() {
                this._legacyDataDirty = !0;
                return this._getLegacyData().curves;
              }
              set curves(t) {
                this._getLegacyData().curves = t;
              }
              get commonTargets() {
                return this._getLegacyData().commonTargets;
              }
              set commonTargets(t) {
                this._legacyDataDirty = !0;
                this._getLegacyData().commonTargets = t;
              }
              get data() {
                return this._getLegacyData().data;
              }
              getPropertyCurves() {
                return this._getLegacyData().getPropertyCurves();
              }
              get eventGroups() {
                return this._runtimeEvents.eventGroups;
              }
              updateEventDatas() {
                this.events = this._events;
              }
              hasEvents() {
                return 0 !== this.events.length;
              }
              syncLegacyData() {
                if (this._legacyData) {
                  this._fromLegacy(this._legacyData);
                  this._legacyData = void 0;
                }
              }
              get [C$]() {
                return this._embeddedPlayers.length;
              }
              [x$]() {
                return this._embeddedPlayers;
              }
              [w$](t) {
                this._embeddedPlayers.push(t);
              }
              [R$](t) {
                const e = this._embeddedPlayers.indexOf(t);
                e >= 0 && this._embeddedPlayers.splice(e, 1);
              }
              [I$]() {
                this._embeddedPlayers.length = 0;
              }
              _createEvalWithBinder(t, e, i) {
                if (this._legacyDataDirty) {
                  this._legacyDataDirty = !1;
                  this.syncLegacyData();
                }
                const s = [];
                let n;
                i && (n = this._createRootMotionEvaluation(t, i, s));
                const r = [];
                let o;
                const {_tracks: a} = this;
                const l = a.length;
                for (let t = 0; t < l; ++t) {
                  const i = a[t];
                  if (s.includes(i)) continue;
                  if (Array.from(i.channels()).every((({curve: t}) => 0 === t.keyFramesCount))) continue;
                  const n = e(i[Lq]);
                  if (!n) continue;
                  const o = i[OY](n);
                  r.push({
                    binding: n,
                    trackEval: o
                  });
                }
                this._exoticAnimation && (o = this._exoticAnimation.createEvaluator(e));
                return new D$(r, o, n);
              }
              _createRootMotionEvaluation(t, e, i) {
                if (!(t instanceof _y)) {
                  F(3920);
                  return;
                }
                const s = this._searchForRootBonePath();
                if (!s) {
                  N(3923);
                  return;
                }
                const n = t.getChildByPath(s);
                if (!n) {
                  N(3924);
                  return;
                }
                const r = new P$;
                const o = [];
                const {_tracks: a} = this;
                const l = a.length;
                for (let t = 0; t < l; ++t) {
                  const e = a[t];
                  const {[Lq]: n} = e;
                  const l = n.parseTrsPath();
                  if (!l) continue;
                  if (l.node !== s) continue;
                  i.push(e);
                  const h = V$(r, l.property);
                  if (!h) continue;
                  const c = e[OY](h);
                  o.push({
                    binding: h,
                    trackEval: c
                  });
                }
                return new L$(n, this._duration, r, o);
              }
              _searchForRootBonePath() {
                const t = this._tracks.map((t => {
                  const e = t[Lq].parseTrsPath();
                  if (e) {
                    const t = e.node;
                    return {
                      path: t,
                      rank: t.split("/").length
                    };
                  }
                  return {
                    path: "",
                    rank: 0
                  };
                }));
                t.sort(((t, e) => t.rank - e.rank));
                const e = t.findIndex((t => 0 !== t.rank));
                if (e < 0) return "";
                const i = t.length;
                const s = t[e];
                let n = !0;
                for (let r = e + 1; r < i; ++r) {
                  const e = t[r];
                  if (e.rank !== s.rank) break;
                  if (e.path !== s.path) {
                    n = !1;
                    break;
                  }
                }
                return n ? s.path : "";
              }
              _getLegacyData() {
                this._legacyData || (this._legacyData = this._toLegacy());
                return this._legacyData;
              }
              _toLegacy() {
                const t = new aQ(this._duration);
                t.keys = [];
                t.curves = [];
                t.commonTargets = [];
                return t;
              }
              _fromLegacy(t) {
                const e = t.toTracks();
                const i = e.length;
                for (let t = 0; t < i; ++t) this.addTrack(e[t]);
              }
              _collectAnimatedJoints() {
                const t = new Set;
                const {_tracks: e} = this;
                const i = e.length;
                for (let s = 0; s < i; ++s) {
                  const i = e[s][Lq].parseTrsPath();
                  i && t.add(i.node);
                }
                if (this._exoticAnimation) {
                  const e = this._exoticAnimation.collectAnimatedJoints();
                  const i = e.length;
                  for (let s = 0; s < i; ++s) t.add(e[s]);
                }
                return Array.from(t);
              }
            }, A$.WrapMode = Al, T$), u$ = Bl(c$.prototype, "sample", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 60;
              }
            }), _$ = Bl(c$.prototype, "speed", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), d$ = Bl(c$.prototype, "wrapMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Al.Normal;
              }
            }), p$ = Bl(c$.prototype, "enableTrsBlending", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), m$ = Bl(c$.prototype, "_duration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), f$ = Bl(c$.prototype, "_hash", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), g$ = Bl(c$.prototype, "_tracks", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), y$ = Bl(c$.prototype, "_exoticAnimation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), b$ = Bl(c$.prototype, "_events", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), S$ = Bl(c$.prototype, "_embeddedPlayers", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), c$)) || h$);
            m.AnimationClip = M$;
            class B$ {
              constructor(t, e) {
                this._embeddedPlayers = t;
                this._embeddedPlayerEvaluationInfos = t.map((t => {
                  const {playable: i} = t;
                  if (!i) return null;
                  const s = i.instantiate(e);
                  return s ? {
                    instantiatedPlayer: s,
                    entered: !1,
                    hostPauseTime: 0,
                    lastIterations: 0
                  } : null;
                }));
              }
              destroy() {
                const {_embeddedPlayerEvaluationInfos: t} = this;
                const e = t.length;
                for (let s = 0; s < e; ++s) {
                  var i;
                  null === (i = t[s]) || void 0 === i || i.instantiatedPlayer.destroy();
                }
                this._embeddedPlayerEvaluationInfos.length = 0;
              }
              evaluate(t, e) {
                ne(Number.isInteger(e));
                const {_embeddedPlayers: i, _embeddedPlayerEvaluationInfos: s} = this;
                const n = i.length;
                for (let r = 0; r < n; ++r) {
                  const n = s[r];
                  if (!n) continue;
                  const {entered: o, instantiatedPlayer: a, lastIterations: l} = n;
                  const {begin: h, end: c} = i[r];
                  if (t >= h && t <= c) if (o) {
                    if (e !== l) {
                      a.stop();
                      a.play();
                      n.entered = !0;
                    }
                  } else {
                    a.play();
                    n.entered = !0;
                  } else if (o) {
                    a.stop();
                    n.entered = !1;
                  }
                  n.lastIterations = e;
                  if (n.entered) {
                    const e = t - h;
                    n.instantiatedPlayer.setTime(e);
                  }
                }
              }
              notifyHostSpeedChanged(t) {
                const {_embeddedPlayers: e, _embeddedPlayerEvaluationInfos: i} = this;
                const s = e.length;
                for (let n = 0; n < s; ++n) {
                  const s = i[n];
                  if (!s) continue;
                  const {instantiatedPlayer: r} = s;
                  const {reconciledSpeed: o} = e[n];
                  o && r.setSpeed(t);
                }
              }
              notifyHostPlay(t) {
                const {_embeddedPlayers: e, _embeddedPlayerEvaluationInfos: i} = this;
                const s = e.length;
                for (let n = 0; n < s; ++n) {
                  const s = i[n];
                  if (!s) continue;
                  const {begin: r, end: o} = e[n];
                  const {instantiatedPlayer: a, entered: l} = s;
                  if (l) {
                    const {hostPauseTime: e} = s;
                    if (a.randomAccess || ui(e, t, 1e-5)) {
                      const e = _i(t, r, o);
                      a.play();
                      a.setTime(e - r);
                    } else a.stop();
                  }
                }
              }
              notifyHostPause(t) {
                const {_embeddedPlayers: e, _embeddedPlayerEvaluationInfos: i} = this;
                const s = e.length;
                for (let e = 0; e < s; ++e) {
                  const s = i[e];
                  if (!s) continue;
                  const {instantiatedPlayer: n, entered: r} = s;
                  if (r) {
                    n.pause();
                    s.hostPauseTime = t;
                  }
                }
              }
              notifyHostStop() {
                const {_embeddedPlayers: t, _embeddedPlayerEvaluationInfos: e} = this;
                const i = t.length;
                for (let t = 0; t < i; ++t) {
                  const i = e[t];
                  if (!i) continue;
                  const {instantiatedPlayer: s, entered: n} = i;
                  if (n) {
                    i.entered = !1;
                    s.stop();
                  }
                }
              }
            }
            class D$ {
              constructor(t, e, i) {
                this._exoticAnimationEvaluator = void 0;
                this._trackEvalStatues = [];
                this._rootMotionEvaluation = void 0;
                this._trackEvalStatues = t;
                this._exoticAnimationEvaluator = e;
                this._rootMotionEvaluation = i;
              }
              evaluate(t) {
                const {_trackEvalStatues: e, _exoticAnimationEvaluator: i} = this;
                const s = e.length;
                for (let i = 0; i < s; ++i) {
                  const {trackEval: s, binding: n} = e[i];
                  const r = s.evaluate(t, n);
                  n.setValue(r);
                }
                i && i.evaluate(t);
              }
              evaluateRootMotion(t, e) {
                const {_rootMotionEvaluation: i} = this;
                i && i.evaluate(t, e);
              }
            }
            class P$ {
              constructor() {
                this.position = new Pi;
                this.scale = new Pi(1, 1, 1);
                this.rotation = new Ui;
                this.eulerAngles = new Pi;
              }
              getTransform(t) {
                qi.fromRTS(t, this.rotation, this.position, this.scale);
              }
            }
            class O$ extends P$ {
              constructor(...t) {
                super(...t);
                this.parent = null;
                this._dirty = !0;
                this._transform = new qi;
              }
              get globalTransform() {
                const t = this._transform;
                if (this._dirty) {
                  this._dirty = !1;
                  qi.fromRTS(t, this.rotation, this.position, this.scale);
                  this.parent && qi.multiply(t, this.parent.globalTransform, t);
                }
                return this._transform;
              }
              invalidate() {
                this._dirty = !0;
              }
            }
            const N$ = new qi;
            class L$ {
              constructor(t, e, i, s) {
                this._initialTransformCache = new qi;
                this._clipEndTransformCache = new qi;
                this._startTransformCache = new qi;
                this._endTransformCache = new qi;
                this._motionTransformCache = new qi;
                this._translationMotionCache = new Pi;
                this._rotationMotionCache = new Ui;
                this._scaleMotionCache = new Pi;
                this._rootBone = t;
                this._duration = e;
                this._boneTransform = i;
                this._trackEvalStatuses = s;
              }
              evaluate(t, e) {
                const i = this._calcMotionTransform(t, e, this._motionTransformCache);
                const {_translationMotionCache: s, _rotationMotionCache: n, _scaleMotionCache: r, _rootBone: o} = this;
                qi.toRTS(i, n, s, r);
                Pi.add(s, s, o.position);
                o.setPosition(s);
                Ui.multiply(n, n, o.rotation);
                o.setRotation(n);
                Pi.multiply(r, r, o.scale);
                o.setScale(r);
              }
              _calcMotionTransform(t, e, i) {
                const {_duration: s} = this;
                const n = s - t;
                ne(n >= 0);
                const r = this._evaluateAt(t, this._startTransformCache);
                if (e < n) {
                  const s = this._evaluateAt(t + e, this._endTransformCache);
                  F$(i, r, s);
                } else {
                  qi.identity(i);
                  const t = (t, e) => {
                    F$(N$, t, e);
                    qi.multiply(i, i, N$);
                  };
                  const o = e - n;
                  const a = Math.floor(o / s);
                  const l = o - a * s;
                  const h = this._evaluateAt(0, this._initialTransformCache);
                  const c = this._evaluateAt(s, this._clipEndTransformCache);
                  const u = this._evaluateAt(l, this._endTransformCache);
                  t(r, c);
                  F$(N$, h, c);
                  for (let t = 0; t < a; ++t) qi.multiply(i, i, N$);
                  t(h, u);
                }
                return i;
              }
              _evaluateAt(t, e) {
                const {_trackEvalStatuses: i} = this;
                const s = i.length;
                for (let e = 0; e < s; ++e) {
                  const {trackEval: s, binding: n} = i[e];
                  const r = s.evaluate(t, n);
                  n.setValue(r);
                }
                this._boneTransform.getTransform(e);
                return e;
              }
            }
            function F$(t, e, i) {
              qi.invert(t, e);
              qi.multiply(t, i, t);
            }
            function V$(t, e) {
              switch (e) {
               default:
                return;

               case "position":
                return {
                  setValue(e) {
                    Pi.copy(t.position, e);
                  }
                };

               case "rotation":
                return {
                  setValue(e) {
                    Ui.copy(t.rotation, e);
                  }
                };

               case "scale":
                return {
                  setValue(e) {
                    Pi.copy(t.scale, e);
                  }
                };

               case "eulerAngles":
                return {
                  setValue(e) {
                    Pi.copy(t.eulerAngles, e);
                  }
                };
              }
            }
            class k$ {
              constructor(t, e, i, s) {
                this._lastFrameIndex = -1;
                this._lastIterations = 0;
                this._lastDirection = 0;
                this._ignoreIndex = -1;
                this._sampled = !1;
                this._targetNode = t;
                this._ratios = e;
                this._eventGroups = i;
                this._wrapMode = s;
              }
              setWrapMode(t) {
                this._wrapMode = t;
              }
              ignore(t, e) {
                this._ignoreIndex = -1;
                this._sampled = !1;
                let i = G$(t, this._ratios);
                if (i < 0) {
                  i = ~i - 1;
                  e < 0 && (i += 1);
                  this._ignoreIndex = i;
                }
              }
              sample(t, e, i) {
                const s = this._eventGroups.length;
                let n = G$(t, this._ratios);
                if (n < 0) {
                  n = ~n - 1;
                  e < 0 && (n += 1);
                }
                this._ignoreIndex !== n && (this._ignoreIndex = -1);
                if (!this._sampled) {
                  this._sampled = !0;
                  this._doFire(n, !1);
                  this._lastFrameIndex = n;
                  this._lastIterations = i;
                  this._lastDirection = e;
                  return;
                }
                const r = this._wrapMode;
                const o = U$(i);
                let a = U$(this._lastIterations);
                let l = this._lastFrameIndex;
                const h = this._lastDirection;
                const c = -1 !== a && o !== a;
                if (l === n && c && 1 === s) this._doFire(0, !1); else if (l !== n || c) {
                  e = h;
                  do {
                    if (l !== n) {
                      if (-1 === e && 0 === l && n > 0) {
                        (r & Sl.PingPong) === Sl.PingPong ? e *= -1 : l = s;
                        a++;
                      } else if (1 === e && l === s - 1 && n < s - 1) {
                        (r & Sl.PingPong) === Sl.PingPong ? e *= -1 : l = -1;
                        a++;
                      }
                      if (l === n) break;
                      if (a > o) break;
                    }
                    l += e;
                    this._doFire(l, !0);
                  } while (l !== n && l > -1 && l < s);
                }
                this._lastFrameIndex = n;
                this._lastIterations = i;
                this._lastDirection = e;
              }
              _doFire(t, e) {
                e ? XY().pushDelayEvent(this._checkAndFire, this, [ t ]) : this._checkAndFire(t);
              }
              _checkAndFire(t) {
                if (!this._targetNode || !this._targetNode.isValid) return;
                const {_eventGroups: e} = this;
                if (t < 0 || t >= e.length || this._ignoreIndex === t) return;
                const i = e[t];
                const s = this._targetNode.components;
                const n = i.events.length;
                for (let t = 0; t < n; ++t) {
                  const e = i.events[t];
                  const {functionName: n} = e;
                  const r = s.length;
                  for (let t = 0; t < r; ++t) {
                    const i = s[t];
                    const r = i[n];
                    "function" == typeof r && r.apply(i, e.parameters);
                  }
                }
              }
            }
            function U$(t) {
              t - (0 | t) == 0 && (t -= 1);
              return 0 | t;
            }
            function G$(t, e) {
              return vl(e, t);
            }
            const z$ = j$;
            const H$ = j$;
            function j$(...t) {}
            var X$, W$, Y$, q$, K$, J$;
            X$ = Ul("cc.animation.ClipMotion"), W$ = Th(M$), X$(Y$ = (q$ = (J$ = class t extends Ch {
              constructor(...t) {
                super(...t);
                Ml(this, "clip", K$, this);
              }
              [uJ](t) {
                if (!this.clip) return null;
                return new Z$(t, this.clip);
              }
              clone() {
                const e = new t;
                e.clip = this.clip;
                return e;
              }
            }, J$), K$ = Bl(q$.prototype, "clip", [ W$ ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), q$));
            class Z$ {
              constructor(t, e) {
                this.duration = e.duration / e.speed;
                this._state = new YY(e);
                this._state.initialize(t.node, t.blendBuffer, t.mask);
              }
              getClipStatuses(t) {
                let e = !1;
                return {
                  next: () => {
                    if (e) return {
                      done: !0,
                      value: void 0
                    };
                    e = !0;
                    return {
                      done: !1,
                      value: {
                        __DEBUG_ID__: this.__DEBUG__ID__,
                        clip: this._state.clip,
                        weight: t
                      }
                    };
                  }
                };
              }
              get progress() {
                return this._state.time / this.duration;
              }
              sample(t, e) {
                if (0 === e) return;
                const i = this._state.duration * t;
                this._state.time = i;
                this._state.weight = e;
                this._state.sample();
                this._state.weight = 0;
              }
            }
            var Q$, $$, t0, e0, i0, s0, n0, r0, o0, a0;
            let l0 = Ul("cc.animation.BindableNumber")(Q$ = ($$ = (i0 = class t {
              constructor(t = 0) {
                Ml(this, "variable", t0, this);
                Ml(this, "value", e0, this);
                this.value = t;
              }
              clone() {
                const e = new t;
                e.value = this.value;
                e.variable = this.variable;
                return e;
              }
            }, i0), t0 = Bl($$.prototype, "variable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), e0 = Bl($$.prototype, "value", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), $$)) || Q$;
            let h0 = Ul("cc.animation.BindableBoolean")(s0 = (n0 = (a0 = class t {
              constructor(t = !1) {
                Ml(this, "variable", r0, this);
                Ml(this, "value", o0, this);
                this.value = t;
              }
              clone() {
                const e = new t;
                e.value = this.value;
                e.variable = this.variable;
                return e;
              }
            }, a0), r0 = Bl(n0.prototype, "variable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), o0 = Bl(n0.prototype, "value", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), n0)) || s0;
            function c0(t, e, i, s, n, ...r) {
              const {variable: o, value: a} = e;
              if (!o) return a;
              const l = t.getVar(o);
              if (!_0(l, o)) return a;
              if (l.type !== i) throw new cJ(o, "number");
              return l.bind(s, n, ...r);
            }
            function u0(t, e, i, s, n, ...r) {
              const {variable: o, value: a} = e;
              if (!o) return a;
              const l = t.getVar(o);
              if (!_0(l, o)) return a;
              if (i !== rJ.FLOAT && i !== rJ.INTEGER) throw new cJ(o, "number or integer");
              return l.bind(s, n, ...r);
            }
            function _0(t, e) {
              if (t) return !0;
              throw new hJ(e);
            }
            var d0, p0, m0, f0, g0, y0, b0;
            let S0 = Ul("cc.animation.AnimationBlendItem")(d0 = (p0 = (f0 = class t {
              constructor() {
                Ml(this, "motion", m0, this);
              }
              clone() {
                const e = new t;
                this._assign(e);
                return e;
              }
              _assign(t) {
                var e, i;
                t.motion = null !== (e = null === (i = this.motion) || void 0 === i ? void 0 : i.clone()) && void 0 !== e ? e : null;
                return t;
              }
            }, f0), m0 = Bl(p0.prototype, "motion", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), p0)) || d0;
            let A0 = Ul("cc.animation.AnimationBlend")(g0 = (y0 = class extends Ch {
              constructor(...t) {
                super(...t);
                Ml(this, "name", b0, this);
              }
            }, b0 = Bl(y0.prototype, "name", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), y0)) || g0;
            class T0 {
              constructor(t, e, i, s) {
                this._childEvaluators = i.map((e => {
                  var i, s;
                  return null !== (i = null === (s = e.motion) || void 0 === s ? void 0 : s[uJ](t)) && void 0 !== i ? i : null;
                }));
                this._weights = new Array(this._childEvaluators.length).fill(0);
                this._inputs = [ ...s ];
              }
              get childCount() {
                return this._weights.length;
              }
              getChildWeight(t) {
                return this._weights[t];
              }
              getChildMotionEval(t) {
                return this._childEvaluators[t];
              }
              get duration() {
                let t = 0;
                for (let s = 0; s < this._childEvaluators.length; ++s) {
                  var e, i;
                  t += (null !== (e = null === (i = this._childEvaluators[s]) || void 0 === i ? void 0 : i.duration) && void 0 !== e ? e : 0) * this._weights[s];
                }
                return t;
              }
              getClipStatuses(t) {
                const {_childEvaluators: e, _weights: i} = this;
                const s = e.length;
                let n = 0;
                let r;
                return {
                  next() {
                    for (;;) {
                      if (r) {
                        const t = r.next();
                        if (!t.done) return t;
                      }
                      if (n >= s) return {
                        done: !0,
                        value: void 0
                      };
                      {
                        const s = e[n];
                        r = null == s ? void 0 : s.getClipStatuses(t * i[n]);
                        ++n;
                      }
                    }
                  }
                };
              }
              sample(t, e) {
                for (let s = 0; s < this._childEvaluators.length; ++s) {
                  var i;
                  null === (i = this._childEvaluators[s]) || void 0 === i || i.sample(t, e * this._weights[s]);
                }
              }
              setInput(t, e) {
                this._inputs[e] = t;
                this.doEval();
              }
              doEval() {
                this.eval(this._weights, this._inputs);
              }
              eval(t, e) {}
            }
            var v0, E0, C0, x0, w0, R0, I0, M0, B0, D0;
            let P0 = Ul("cc.animation.AnimationBlend1DItem")(v0 = (E0 = (x0 = class t extends S0 {
              constructor(...t) {
                super(...t);
                Ml(this, "threshold", C0, this);
              }
              clone() {
                const e = new t;
                this._assign(e);
                return e;
              }
              _assign(t) {
                super._assign(t);
                t.threshold = this.threshold;
                return t;
              }
            }, x0), C0 = Bl(E0.prototype, "threshold", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), E0)) || v0;
            Ul("cc.animation.AnimationBlend1D")(w0 = (R0 = (D0 = B0 = class t extends A0 {
              constructor(...t) {
                super(...t);
                Ml(this, "_items", I0, this);
                Ml(this, "param", M0, this);
              }
              get items() {
                return this._items;
              }
              set items(t) {
                this._items = Array.from(t).sort((({threshold: t}, {threshold: e}) => t - e));
              }
              clone() {
                const e = new t;
                e._items = this._items.map((t => t.clone()));
                e.param = this.param.clone();
                return e;
              }
              [uJ](t) {
                const e = new O0(t, this, this._items, this._items.map((({threshold: t}) => t)), 0);
                const i = c0(t, this.param, rJ.FLOAT, e.setInput, e, 0);
                e.setInput(i, 0);
                return e;
              }
            }, B0.Item = P0, D0), I0 = Bl(R0.prototype, "_items", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), M0 = Bl(R0.prototype, "param", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new l0;
              }
            }), R0));
            class O0 extends T0 {
              constructor(t, e, i, s, n) {
                super(t, e, i, [ n ]);
                this._thresholds = s;
                this.doEval();
              }
              eval(t, [e]) {
                !function(t, e, i) {
                  t.fill(0);
                  if (0 === e.length) ; else if (i <= e[0]) t[0] = 1; else if (i >= e[e.length - 1]) t[t.length - 1] = 1; else {
                    let s = 0;
                    for (let t = 1; t < e.length; ++t) if (e[t] > i) {
                      s = t;
                      break;
                    }
                    const n = e[s - 1];
                    const r = e[s];
                    const o = r - n;
                    t[s - 1] = (r - i) / o;
                    t[s] = (i - n) / o;
                  }
                }(t, this._thresholds, e);
              }
            }
            const N0 = (() => {
              const t = new Qi;
              const e = {
                wA: 0,
                wB: 0
              };
              return function(i, s, n) {
                ne(i.length === s.length);
                if (0 === s.length) return;
                if (1 === s.length) {
                  i[0] = 1;
                  return;
                }
                if (Qi.strictEquals(n, Qi.ZERO)) {
                  const t = s.findIndex((t => Qi.strictEquals(t, Qi.ZERO)));
                  t >= 0 ? i[t] = 1 : i.fill(1 / s.length);
                  return;
                }
                let r = -1;
                let o = -1;
                let a = -1;
                let l = Number.NEGATIVE_INFINITY;
                let h = Number.NEGATIVE_INFINITY;
                const {x: c, y: u} = n;
                for (let e = 0; e < s.length; ++e) {
                  const i = s[e];
                  if (Qi.equals(i, Qi.ZERO)) {
                    a = e;
                    continue;
                  }
                  const _ = Qi.normalize(t, i);
                  const d = Qi.dot(_, n);
                  if (_.x * u - _.y * c > 0) {
                    if (d >= h) {
                      h = d;
                      r = e;
                    }
                  } else if (d >= l) {
                    l = d;
                    o = e;
                  }
                }
                let _ = 0;
                if (r < 0 || o < 0) _ = 1; else {
                  const {wA: t, wB: a} = function(t, e, i, s) {
                    const n = Qi.cross(t, e);
                    if (n) {
                      s.wA = Qi.cross(i, e) / n;
                      s.wB = Qi.cross(i, t) / -n;
                    } else {
                      s.wA = 0;
                      s.wB = 0;
                    }
                    return s;
                  }(s[r], s[o], n, e);
                  let l = 0;
                  let h = 0;
                  const c = t + a;
                  if (c > 1) {
                    l = t / c;
                    h = a / c;
                  } else if (c < 0) {
                    l = 0;
                    h = 0;
                    _ = 1;
                  } else {
                    l = t;
                    h = a;
                    _ = 1 - c;
                  }
                  i[r] = l;
                  i[o] = h;
                }
                if (_ > 0) if (a >= 0) i[a] = _; else {
                  const t = _ / i.length;
                  for (let e = 0; e < i.length; ++e) i[e] += t;
                }
              };
            })();
            function L0(t, e, i, s) {
              t.fill(0);
              const n = new Qi(0, 0);
              const r = new Qi(0, 0);
              let o = 0;
              const a = e.length;
              for (let l = 0; l < a; ++l) {
                let h = Number.MAX_VALUE;
                let c = !1;
                for (let t = 0; t < a; ++t) {
                  if (l === t) continue;
                  s(e[l], e[t], i, n, r);
                  const o = 1 - Qi.dot(n, r) / Qi.lengthSqr(r);
                  if (o < 0) {
                    c = !0;
                    break;
                  }
                  h = Math.min(h, o);
                }
                if (!c) {
                  t[l] = h;
                  o += h;
                }
              }
              o > 0 && t.forEach(((e, i) => t[i] = e / o));
            }
            const F0 = (t, e, i, s, n) => {
              Qi.subtract(s, i, t);
              Qi.subtract(n, e, t);
            };
            const V0 = (() => {
              const t = new Pi(0, 0, 0);
              const e = new Pi(0, 0, 0);
              const i = new Pi(0, 0, 0);
              const s = new Pi(0, 0, 0);
              const n = new Pi(0, 0, 0);
              const r = new Pi(0, 0, 0);
              return (o, a, l, h, c) => {
                let u = 0;
                let _ = 0;
                let d = 2;
                Pi.set(i, l.x, l.y, 0);
                if (Qi.equals(o, Qi.ZERO)) {
                  u = Qi.angle(l, a);
                  _ = 0;
                  d = 1;
                } else if (Qi.equals(a, Qi.ZERO)) {
                  u = Qi.angle(l, o);
                  _ = u;
                  d = 1;
                } else {
                  u = Qi.angle(o, a);
                  if (u <= 0) _ = 0; else if (Qi.equals(l, Qi.ZERO)) _ = u; else {
                    Pi.set(s, o.x, o.y, 0);
                    Pi.set(n, a.x, a.y, 0);
                    Pi.set(r, l.x, l.y, 0);
                    Pi.cross(t, s, n);
                    Pi.projectOnPlane(i, r, t);
                    _ = Pi.angle(s, i);
                    u < .99 * Math.PI && Pi.dot(Pi.cross(e, s, i), t) < 0 && (_ = -_);
                  }
                }
                const p = Qi.len(o);
                const m = Qi.len(a);
                const f = (m + p) / 2;
                Qi.set(c, (m - p) / f, u * d);
                Qi.set(h, (Pi.len(i) - p) / f, _ * d);
              };
            })();
            var k0, U0, G0, z0, H0, j0, X0, W0, Y0, q0, K0, J0;
            var Z0;
            !function(t) {
              t[t.SIMPLE_DIRECTIONAL = 0] = "SIMPLE_DIRECTIONAL";
              t[t.FREEFORM_CARTESIAN = 1] = "FREEFORM_CARTESIAN";
              t[t.FREEFORM_DIRECTIONAL = 2] = "FREEFORM_DIRECTIONAL";
            }(Z0 || (Z0 = {}));
            he(Z0);
            let Q0 = Ul("cc.animation.AnimationBlend2DItem")(k0 = (U0 = (z0 = class t extends S0 {
              constructor(...t) {
                super(...t);
                Ml(this, "threshold", G0, this);
              }
              clone() {
                const e = new t;
                this._assign(e);
                return e;
              }
              _assign(t) {
                super._assign(t);
                Qi.copy(t.threshold, this.threshold);
                return t;
              }
            }, z0), G0 = Bl(U0.prototype, "threshold", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), U0)) || k0;
            Ul("cc.animation.AnimationBlend2D")(H0 = (j0 = (J0 = K0 = class t extends A0 {
              constructor(...t) {
                super(...t);
                Ml(this, "algorithm", X0, this);
                Ml(this, "_items", W0, this);
                Ml(this, "paramX", Y0, this);
                Ml(this, "paramY", q0, this);
              }
              get items() {
                return this._items;
              }
              set items(t) {
                this._items = Array.from(t);
              }
              clone() {
                const e = new t;
                e._items = this._items.map((t => {
                  var e;
                  return null !== (e = null == t ? void 0 : t.clone()) && void 0 !== e ? e : null;
                }));
                e.paramX = this.paramX.clone();
                e.paramY = this.paramY.clone();
                return e;
              }
              [uJ](t) {
                const e = new $0(t, this, this._items, this._items.map((({threshold: t}) => t)), this.algorithm, [ 0, 0 ]);
                const i = c0(t, this.paramX, rJ.FLOAT, e.setInput, e, 0);
                const s = c0(t, this.paramY, rJ.FLOAT, e.setInput, e, 1);
                e.setInput(i, 0);
                e.setInput(s, 1);
                return e;
              }
            }, K0.Algorithm = Z0, K0.Item = Q0, J0), X0 = Bl(j0.prototype, "algorithm", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Z0.SIMPLE_DIRECTIONAL;
              }
            }), W0 = Bl(j0.prototype, "_items", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Y0 = Bl(j0.prototype, "paramX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new l0;
              }
            }), q0 = Bl(j0.prototype, "paramY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new l0;
              }
            }), j0));
            class $0 extends T0 {
              constructor(t, e, i, s, n, r) {
                super(t, e, i, r);
                this._thresholds = void 0;
                this._algorithm = void 0;
                this._value = new Qi;
                this._thresholds = s;
                this._algorithm = n;
                this.doEval();
              }
              eval(t, [e, i]) {
                Qi.set(this._value, e, i);
                t.fill(0);
                switch (this._algorithm) {
                 case Z0.SIMPLE_DIRECTIONAL:
                  N0(t, this._thresholds, this._value);
                  break;

                 case Z0.FREEFORM_CARTESIAN:
                  !function(t, e, i) {
                    L0(t, e, i, F0);
                  }(t, this._thresholds, this._value);
                  break;

                 case Z0.FREEFORM_DIRECTIONAL:
                  !function(t, e, i) {
                    L0(t, e, i, V0);
                  }(t, this._thresholds, this._value);
                }
              }
            }
            var t1, e1, i1, s1, n1, r1, o1, a1, l1;
            let h1 = Ul("cc.animation.AnimationBlendDirectItem")(t1 = (e1 = (s1 = class t extends S0 {
              constructor(...t) {
                super(...t);
                Ml(this, "weight", i1, this);
              }
              clone() {
                const e = new t;
                this._assign(e);
                return e;
              }
              _assign(t) {
                super._assign(t);
                t.weight = this.weight;
                return t;
              }
            }, s1), i1 = Bl(e1.prototype, "weight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), e1)) || t1;
            Ul("cc.animation.AnimationBlendDirect")(n1 = (r1 = (l1 = a1 = class t extends A0 {
              constructor(...t) {
                super(...t);
                Ml(this, "_items", o1, this);
              }
              get items() {
                return this._items;
              }
              set items(t) {
                this._items = Array.from(t);
              }
              clone() {
                const e = new t;
                e._items = this._items.map((t => {
                  var e;
                  return null !== (e = null == t ? void 0 : t.clone()) && void 0 !== e ? e : null;
                }));
                return e;
              }
              [uJ](t) {
                return new c1(t, this, this._items, this._items.map((({weight: t}) => t)));
              }
            }, a1.Item = h1, l1), o1 = Bl(r1.prototype, "_items", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), r1));
            class c1 extends T0 {
              constructor(...t) {
                super(...t);
                this.doEval();
              }
              eval(t, e) {
                const i = t.length;
                for (let s = 0; s < i; ++s) t[s] = e[s];
              }
            }
            var u1, _1, d1, p1, m1, f1, g1, y1;
            Ul("cc.animation.AnimationMask")(u1 = (_1 = (p1 = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "_jointMasks", d1, this);
              }
              get joints() {
                return this._jointMasks;
              }
              set joints(t) {
                this.clear();
                for (const e of t) this.addJoint(e.path, e.enabled);
              }
              addJoint(t, e) {
                this.removeJoint(t);
                const i = new b1;
                i.path = t;
                i.enabled = e;
                this._jointMasks.push(i);
              }
              removeJoint(t) {
                lt(this._jointMasks, (({path: e}) => e === t));
              }
              clear() {
                this._jointMasks.length = 0;
              }
              filterDisabledNodes(t) {
                const {_jointMasks: e} = this;
                const i = e.length;
                const s = new Set;
                for (let n = 0; n < i; ++n) {
                  const {path: i, enabled: r} = e[n];
                  if (r) continue;
                  const o = t.getChildByPath(i);
                  o && s.add(o);
                }
                return s;
              }
            }, p1), d1 = Bl(_1.prototype, "_jointMasks", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Bl(_1.prototype, "joints", [ nh ], Object.getOwnPropertyDescriptor(_1.prototype, "joints"), _1.prototype), 
            _1));
            let b1 = Ul("cc.JointMask")(m1 = (f1 = class {
              constructor() {
                Ml(this, "path", g1, this);
                Ml(this, "enabled", y1, this);
              }
            }, g1 = Bl(f1.prototype, "path", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), y1 = Bl(f1.prototype, "enabled", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), f1)) || m1;
            var S1, A1, T1, v1, E1, C1, x1, w1, R1, I1, M1, B1, D1, P1, O1, N1, L1;
            var F1;
            !function(t) {
              t[t.EQUAL_TO = 0] = "EQUAL_TO";
              t[t.NOT_EQUAL_TO = 1] = "NOT_EQUAL_TO";
              t[t.LESS_THAN = 2] = "LESS_THAN";
              t[t.LESS_THAN_OR_EQUAL_TO = 3] = "LESS_THAN_OR_EQUAL_TO";
              t[t.GREATER_THAN = 4] = "GREATER_THAN";
              t[t.GREATER_THAN_OR_EQUAL_TO = 5] = "GREATER_THAN_OR_EQUAL_TO";
            }(F1 || (F1 = {}));
            Ul("cc.animation.BinaryCondition")(S1 = (A1 = (x1 = C1 = class t {
              constructor() {
                Ml(this, "operator", T1, this);
                Ml(this, "lhs", v1, this);
                Ml(this, "rhs", E1, this);
              }
              clone() {
                const e = new t;
                e.operator = this.operator;
                e.lhs = this.lhs.clone();
                e.rhs = this.rhs.clone();
                return e;
              }
              [uJ](t) {
                const {operator: e, lhs: i, rhs: s} = this;
                const n = new V1(e, 0, 0);
                const r = u0(t, i, rJ.FLOAT, n.setLhs, n);
                const o = u0(t, s, rJ.FLOAT, n.setRhs, n);
                n.reset(r, o);
                return n;
              }
            }, C1.Operator = F1, x1), T1 = Bl(A1.prototype, "operator", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return F1.EQUAL_TO;
              }
            }), v1 = Bl(A1.prototype, "lhs", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new l0;
              }
            }), E1 = Bl(A1.prototype, "rhs", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new l0;
              }
            }), A1));
            class V1 {
              constructor(t, e, i) {
                this._operator = t;
                this._lhs = e;
                this._rhs = i;
                this._eval();
              }
              reset(t, e) {
                this._lhs = t;
                this._rhs = e;
                this._eval();
              }
              setLhs(t) {
                this._lhs = t;
                this._eval();
              }
              setRhs(t) {
                this._rhs = t;
                this._eval();
              }
              eval() {
                return this._result;
              }
              _eval() {
                const {_lhs: t, _rhs: e} = this;
                switch (this._operator) {
                 default:
                 case F1.EQUAL_TO:
                  this._result = t === e;
                  break;

                 case F1.NOT_EQUAL_TO:
                  this._result = t !== e;
                  break;

                 case F1.LESS_THAN:
                  this._result = t < e;
                  break;

                 case F1.LESS_THAN_OR_EQUAL_TO:
                  this._result = t <= e;
                  break;

                 case F1.GREATER_THAN:
                  this._result = t > e;
                  break;

                 case F1.GREATER_THAN_OR_EQUAL_TO:
                  this._result = t >= e;
                }
              }
            }
            var k1;
            !function(t) {
              t[t.TRUTHY = 0] = "TRUTHY";
              t[t.FALSY = 1] = "FALSY";
            }(k1 || (k1 = {}));
            Ul("cc.animation.UnaryCondition")(w1 = (R1 = (D1 = B1 = class t {
              constructor() {
                Ml(this, "operator", I1, this);
                Ml(this, "operand", M1, this);
              }
              clone() {
                const e = new t;
                e.operator = this.operator;
                e.operand = this.operand.clone();
                return e;
              }
              [uJ](t) {
                const {operator: e, operand: i} = this;
                const s = new U1(e, !1);
                const n = c0(t, i, rJ.BOOLEAN, s.setOperand, s);
                s.reset(n);
                return s;
              }
            }, B1.Operator = k1, D1), I1 = Bl(R1.prototype, "operator", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return k1.TRUTHY;
              }
            }), M1 = Bl(R1.prototype, "operand", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new h0;
              }
            }), R1));
            class U1 {
              constructor(t, e) {
                this._operator = t;
                this._operand = e;
                this._eval();
              }
              reset(t) {
                this.setOperand(t);
              }
              setOperand(t) {
                this._operand = t;
                this._eval();
              }
              eval() {
                return this._result;
              }
              _eval() {
                const {_operand: t} = this;
                switch (this._operator) {
                 default:
                 case k1.TRUTHY:
                  this._result = !!t;
                  break;

                 case k1.FALSY:
                  this._result = !t;
                }
              }
            }
            let G1 = Ul("cc.animation.TriggerCondition")(P1 = (O1 = (L1 = class t {
              constructor() {
                Ml(this, "trigger", N1, this);
              }
              clone() {
                const e = new t;
                e.trigger = this.trigger;
                return e;
              }
              [uJ](t) {
                const e = new z1(!1);
                const i = t.getVar(this.trigger);
                if (_0(i, this.trigger)) {
                  !function(t, e) {
                    if (t !== rJ.TRIGGER) throw new cJ(e, "trigger");
                  }(i.type, this.trigger);
                  e.setTrigger(i.bind(e.setTrigger, e));
                }
                return e;
              }
            }, L1), N1 = Bl(O1.prototype, "trigger", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), O1)) || P1;
            class z1 {
              constructor(t) {
                this._triggered = !1;
                this._triggered = t;
              }
              setTrigger(t) {
                this._triggered = t;
              }
              eval() {
                return this._triggered;
              }
            }
            class H1 {
              constructor() {
                this._nodeBlendStates = new Map;
              }
              createWriter(t, e, i, s) {
                const n = this.ref(t, e);
                return new j1(t, e, n, i, s);
              }
              destroyWriter(t) {
                const e = t;
                this.deRef(e.node, e.property);
              }
              ref(t, e) {
                let i = this._nodeBlendStates.get(t);
                if (!i) {
                  i = this.createNodeBlendState();
                  this._nodeBlendStates.set(t, i);
                }
                return i.refProperty(t, e);
              }
              deRef(t, e) {
                const i = this._nodeBlendStates.get(t);
                if (i) {
                  i.deRefProperty(e);
                  i.empty && this._nodeBlendStates.delete(t);
                }
              }
              apply() {
                this._nodeBlendStates.forEach(((t, e) => {
                  t.apply(e);
                }));
              }
            }
            class j1 {
              constructor(t, e, i, s, n) {
                this._node = t;
                this._property = e;
                this._propertyBlendState = i;
                this._host = s;
                this._constants = n;
              }
              get node() {
                return this._node;
              }
              get property() {
                return this._property;
              }
              getValue() {
                return this._node[this._property];
              }
              setValue(t) {
                const {_propertyBlendState: e, _host: i} = this;
                const s = i.weight;
                e.blend(t, s);
              }
            }
            var X1;
            !function(t) {
              t[t.POSITION = 1] = "POSITION";
              t[t.ROTATION = 2] = "ROTATION";
              t[t.SCALE = 4] = "SCALE";
              t[t.EULER_ANGLES = 8] = "EULER_ANGLES";
            }(X1 || (X1 = {}));
            const W1 = X1.POSITION | X1.ROTATION | X1.SCALE | X1.EULER_ANGLES;
            class Y1 {
              constructor() {
                this.refCount = 0;
                this.accumulatedWeight = 0;
                this.result = new Pi;
              }
              blend(t, e) {
                this.accumulatedWeight = s2(this.result, this.result, this.accumulatedWeight, t, e);
              }
              reset() {
                this.accumulatedWeight = 0;
                Pi.zero(this.result);
              }
            }
            class q1 {
              constructor() {
                this.refCount = 0;
                this.accumulatedWeight = 0;
                this.result = new Ui;
              }
              blend(t, e) {
                this.accumulatedWeight = n2(this.result, this.result, this.accumulatedWeight, t, e);
              }
              reset() {
                this.accumulatedWeight = 0;
                Ui.identity(this.result);
              }
            }
            class K1 {
              constructor() {
                this._transformApplyFlags = 0;
                this._properties = {};
              }
              get empty() {
                const {_properties: t} = this;
                return !(t.position || t.rotation || t.eulerAngles || t.scale);
              }
              refProperty(t, e) {
                var i, s;
                const {_properties: n} = this;
                let r;
                switch (e) {
                 default:
                 case "position":
                 case "scale":
                 case "eulerAngles":
                  r = null !== (i = n[e]) && void 0 !== i ? i : n[e] = this._createVec3BlendState(t[e]);
                  break;

                 case "rotation":
                  r = null !== (s = n[e]) && void 0 !== s ? s : n[e] = this._createQuatBlendState(t.rotation);
                }
                ++r.refCount;
                return r;
              }
              deRefProperty(t) {
                const {_properties: e} = this;
                const i = e[t];
                if (i) {
                  --i.refCount;
                  i.refCount > 0 || delete e[t];
                }
              }
              apply(t) {
                const {_transformApplyFlags: e, _properties: {position: i, scale: s, rotation: n, eulerAngles: r}} = this;
                if (!e) return;
                let o;
                let a;
                let l;
                i && e & X1.POSITION && (o = i.result);
                s && e & X1.SCALE && (a = s.result);
                r && e & X1.EULER_ANGLES && (l = r.result);
                n && e & X1.ROTATION && (l = n.result);
                (l || o || a) && t.setRTS(l, o, a);
                this._transformApplyFlags = 0;
              }
            }
            class J1 extends K1 {
              apply(t) {
                const {_properties: {position: e, scale: i, rotation: s, eulerAngles: n}} = this;
                if (e && e.accumulatedWeight) {
                  this._transformApplyFlags |= X1.POSITION;
                  e.accumulatedWeight < 1 && e.blend(t.position, 1 - e.accumulatedWeight);
                }
                if (i && i.accumulatedWeight) {
                  this._transformApplyFlags |= X1.SCALE;
                  i.accumulatedWeight < 1 && i.blend(t.scale, 1 - i.accumulatedWeight);
                }
                if (n && n.accumulatedWeight) {
                  this._transformApplyFlags |= X1.EULER_ANGLES;
                  n.accumulatedWeight < 1 && n.blend(t.eulerAngles, 1 - n.accumulatedWeight);
                }
                if (s && s.accumulatedWeight) {
                  this._transformApplyFlags |= X1.ROTATION;
                  s.accumulatedWeight < 1 && s.blend(t.rotation, 1 - s.accumulatedWeight);
                }
                super.apply(t);
                null == e || e.reset();
                null == i || i.reset();
                null == s || s.reset();
                null == n || n.reset();
              }
              _createVec3BlendState(t) {
                return new Y1;
              }
              _createQuatBlendState(t) {
                return new q1;
              }
            }
            class Z1 extends H1 {
              createNodeBlendState() {
                return new J1;
              }
            }
            class Q1 {
              constructor(t) {
                this.refCount = 0;
                this.result = new Pi;
                this._defaultValue = new Pi;
                this._clipBlendResult = new Pi;
                this._accumulatedWeight = 0;
                Pi.copy(this._defaultValue, t);
                Pi.copy(this.result, t);
              }
              blend(t, e) {
                this._accumulatedWeight = s2(this._clipBlendResult, this._clipBlendResult, this._accumulatedWeight, t, e);
              }
              commitLayerChange(t) {
                const {result: e, _clipBlendResult: i, _accumulatedWeight: s} = this;
                s < 1 && this.blend(this._defaultValue, 1 - s);
                Pi.lerp(e, e, i, t);
                Pi.zero(this._clipBlendResult);
                this._accumulatedWeight = 0;
              }
              reset() {
                Pi.copy(this.result, this._defaultValue);
              }
            }
            class $1 {
              constructor(t) {
                this.refCount = 0;
                this.result = new Ui;
                this._defaultValue = new Ui;
                this._clipBlendResult = new Ui;
                this._accumulatedWeight = 0;
                Ui.copy(this._defaultValue, t);
                Ui.copy(this.result, t);
              }
              blend(t, e) {
                this._accumulatedWeight = n2(this._clipBlendResult, this._clipBlendResult, this._accumulatedWeight, t, e);
              }
              commitLayerChange(t) {
                const {result: e, _clipBlendResult: i, _accumulatedWeight: s} = this;
                s < 1 && this.blend(this._defaultValue, 1 - s);
                Ui.slerp(e, e, i, t);
                Ui.identity(this._clipBlendResult);
                this._accumulatedWeight = 0;
              }
              reset() {
                Ui.copy(this.result, this._defaultValue);
              }
            }
            class t2 extends K1 {
              constructor(...t) {
                super(...t);
                this._layerMask = -1 >>> 0;
              }
              setLayerMask(t) {
                this._layerMask &= ~(1 << t);
              }
              commitLayerChanges(t, e) {
                if (!(this._layerMask & 1 << t)) return;
                const {_properties: {position: i, scale: s, rotation: n, eulerAngles: r}} = this;
                i && i.commitLayerChange(e);
                s && s.commitLayerChange(e);
                n && n.commitLayerChange(e);
                r && r.commitLayerChange(e);
              }
              apply(t) {
                this._transformApplyFlags = W1;
                super.apply(t);
                const {_properties: {position: e, scale: i, rotation: s, eulerAngles: n}} = this;
                null == e || e.reset();
                null == i || i.reset();
                null == s || s.reset();
                null == n || n.reset();
              }
              _createVec3BlendState(t) {
                return new Q1(t);
              }
              _createQuatBlendState(t) {
                return new $1(t);
              }
            }
            class e2 extends H1 {
              setMask(t, e) {
                i2(t);
                this._nodeBlendStates.forEach(((i, s) => {
                  e.has(s) && i.setLayerMask(t);
                }));
              }
              commitLayerChanges(t, e) {
                i2(t);
                this._nodeBlendStates.forEach(((i, s) => {
                  i.commitLayerChanges(t, e);
                }));
              }
              createNodeBlendState() {
                return new t2;
              }
            }
            function i2(t) {
              ne(t < 32);
            }
            function s2(t, e, i, s, n) {
              const r = i + n;
              if (1 !== n || i) {
                if (r) {
                  const e = n / r;
                  Pi.lerp(t, t, s, e);
                }
              } else Pi.copy(t, s);
              return r;
            }
            function n2(t, e, i, s, n) {
              const r = i + n;
              if (1 !== n || i) {
                if (r) {
                  const i = n / r;
                  Ui.slerp(t, e, s, i);
                }
              } else Ui.copy(t, s);
              return r;
            }
            var r2;
            let o2 = Ul("cc.animation.StateMachineComponent")(r2 = class {
              onMotionStateEnter(t, e) {}
              onMotionStateExit(t, e) {}
              onMotionStateUpdate(t, e) {}
              onStateMachineEnter(t) {}
              onStateMachineExit(t) {}
            }) || r2;
            class a2 {
              constructor(t, e, i) {
                this._blendBuffer = new e2;
                this._currentTransitionCache = {
                  duration: 0,
                  time: 0
                };
                this._varInstances = {};
                this._hasAutoTrigger = !1;
                if (t.layers.length >= 32) throw new Error(`Max layer count exceeds. Allowed: 32, actual: ${t.layers.length}`);
                for (const [e, i] of t.variables) {
                  const t = this._varInstances[e] = new aJ(i.type, i.value);
                  if (i.type === rJ.TRIGGER) {
                    const {resetMode: e} = i;
                    t.resetMode = e;
                    e === oJ.NEXT_FRAME_OR_AFTER_CONSUMED && (this._hasAutoTrigger = !0);
                  }
                }
                const s = {
                  controller: i,
                  blendBuffer: this._blendBuffer,
                  node: e,
                  getVar: t => this._varInstances[t],
                  triggerResetFn: t => {
                    this.setValue(t, !1);
                  }
                };
                const n = (this._layerEvaluations = t.layers.map((t => {
                  var e;
                  return new l2(t, {
                    ...s,
                    mask: null !== (e = t.mask) && void 0 !== e ? e : void 0
                  });
                }))).length;
                for (let e = 0; e < n; ++e) {
                  const i = t.layers[e].mask;
                  if (i) {
                    const t = i.filterDisabledNodes(s.node);
                    this._blendBuffer.setMask(e, t);
                  }
                }
              }
              update(t) {
                const {_blendBuffer: e, _layerEvaluations: i} = this;
                const s = i.length;
                for (let n = 0; n < s; ++n) {
                  const s = i[n];
                  s.update(t);
                  e.commitLayerChanges(n, s.weight * s.passthroughWeight);
                }
                if (this._hasAutoTrigger) {
                  const {_varInstances: t} = this;
                  for (const e in t) {
                    const i = t[e];
                    i.type === rJ.TRIGGER && i.resetMode === oJ.NEXT_FRAME_OR_AFTER_CONSUMED && (i.value = !1);
                  }
                }
                this._blendBuffer.apply();
              }
              getVariables() {
                return Object.entries(this._varInstances);
              }
              getCurrentStateStatus(t) {
                return this._layerEvaluations[t].getCurrentStateStatus();
              }
              getCurrentClipStatuses(t) {
                return this._layerEvaluations[t].getCurrentClipStatuses();
              }
              getCurrentTransition(t) {
                const {_layerEvaluations: e, _currentTransitionCache: i} = this;
                return e[t].getCurrentTransition(i) ? i : null;
              }
              getNextStateStatus(t) {
                return this._layerEvaluations[t].getNextStateStatus();
              }
              getNextClipStatuses(t) {
                se(this.getCurrentTransition(t), "!!this.getCurrentTransition(layer)");
                return this._layerEvaluations[t].getNextClipStatuses();
              }
              getValue(t) {
                const e = this._varInstances[t];
                return e ? e.value : void 0;
              }
              setValue(t, e) {
                const i = this._varInstances[t];
                i && (i.value = e);
              }
              getLayerWeight(t) {
                return this._layerEvaluations[t].weight;
              }
              setLayerWeight(t, e) {
                this._layerEvaluations[t].weight = e;
              }
            }
            class l2 {
              constructor(t, e) {
                this.passthroughWeight = 1;
                this._nodes = [];
                this._topLevelEntry = void 0;
                this._topLevelExit = void 0;
                this._currentNode = void 0;
                this._currentTransitionToNode = null;
                this._currentTransitionPath = [];
                this._transitionProgress = 0;
                this._fromWeight = 0;
                this._toWeight = 0;
                this._fromUpdated = !1;
                this._toUpdated = !1;
                this._transitionSnapshot = new v2;
                this.name = t.name;
                this._controller = e.controller;
                this.weight = t.weight;
                const {entry: i, exit: s} = this._addStateMachine(t.stateMachine, null, {
                  ...e
                }, t.name);
                this._topLevelEntry = i;
                this._topLevelExit = s;
                this._currentNode = i;
                this._resetTrigger = e.triggerResetFn;
              }
              get exited() {
                return this._currentNode === this._topLevelExit;
              }
              update(t) {
                if (!this.exited) {
                  this._fromWeight = 1;
                  this._toWeight = 0;
                  this._eval(t);
                  this._sample();
                }
              }
              getCurrentStateStatus() {
                const {_currentNode: t} = this;
                return t.kind === p2.animation ? t.getFromPortStatus() : t.kind === p2.transitionSnapshot ? t.first.getFromPortStatus() : null;
              }
              getCurrentClipStatuses() {
                const {_currentNode: t} = this;
                return t.kind === p2.animation ? t.getClipStatuses(this._fromWeight) : t.kind === p2.transitionSnapshot ? t.first.getClipStatuses(this._fromWeight) : u2;
              }
              getCurrentTransition(t) {
                const {_currentTransitionPath: e} = this;
                if (0 !== e.length) {
                  if (e[e.length - 1].to.kind !== p2.animation) return !1;
                  const {duration: i, normalizedDuration: s} = e[0];
                  const n = t.duration = s ? i * (this._currentNode.kind === p2.animation ? this._currentNode.duration : this._currentNode.kind === p2.transitionSnapshot ? this._currentNode.first.duration : 0) : i;
                  t.time = this._transitionProgress * n;
                  return !0;
                }
                return !1;
              }
              getNextStateStatus() {
                ne(this._currentTransitionToNode && this._currentTransitionToNode.kind !== p2.empty, "There is no transition currently in layer.");
                return this._currentTransitionToNode.getToPortStatus();
              }
              getNextClipStatuses() {
                var t;
                const {_currentTransitionPath: e} = this;
                const i = e.length;
                ne(i > 0, "There is no transition currently in layer.");
                const s = e[i - 1].to;
                ne(s.kind === p2.animation);
                return null !== (t = s.getClipStatuses(this._toWeight)) && void 0 !== t ? t : u2;
              }
              _addStateMachine(t, e, i, s) {
                const n = Array.from(t.states());
                let r;
                let o;
                let a;
                const l = n.map((e => {
                  if (e instanceof MJ) return new g2(e, i);
                  if (e === t.entryState) return r = new S2(e, p2.entry, e.name);
                  if (e === t.exitState) return a = new S2(e, p2.exit, e.name);
                  if (e === t.anyState) return o = new S2(e, p2.any, e.name);
                  if (e instanceof NZ) return new A2(e);
                  ne(e instanceof VZ);
                  return null;
                }));
                se(r, "Entry node is missing");
                se(a, "Exit node is missing");
                se(o, "Any node is missing");
                const h = {
                  components: null,
                  parent: e,
                  entry: r,
                  exit: a,
                  any: o
                };
                for (let t = 0; t < n.length; ++t) {
                  const e = l[t];
                  e && (e.stateMachine = h);
                }
                const c = n.map((t => {
                  if (t instanceof VZ) {
                    const e = this._addStateMachine(t.stateMachine, h, i, `${s}/${t.name}`);
                    e.components = new f2(t);
                    return e;
                  }
                  return null;
                }));
                for (const t of l) t && (t.__DEBUG_ID__ = `${t.name}(from ${s})`);
                for (let e = 0; e < n.length; ++e) {
                  const s = n[e];
                  const r = t.getOutgoings(s);
                  const o = [];
                  let a;
                  if (s instanceof VZ) {
                    const t = c[e];
                    se(t);
                    a = t.exit;
                  } else {
                    const t = l[e];
                    se(t);
                    a = t;
                  }
                  for (const t of r) {
                    const e = t.to;
                    const s = n.findIndex((e => e === t.to));
                    s < 0 && ne(!1, "Bad animation data");
                    let r;
                    if (e instanceof VZ) {
                      const t = c[s];
                      se(t);
                      r = t.entry;
                    } else {
                      const t = l[s];
                      se(t);
                      r = t;
                    }
                    const a = {
                      conditions: t.conditions.map((t => t[uJ](i))),
                      to: r,
                      triggers: void 0,
                      duration: 0,
                      normalizedDuration: !1,
                      destinationStart: 0,
                      relativeDestinationStart: !1,
                      exitCondition: 0,
                      exitConditionEnabled: !1,
                      interruption: PZ.NONE
                    };
                    if (t instanceof OZ) {
                      a.duration = t.duration;
                      a.normalizedDuration = t.relativeDuration;
                      a.exitConditionEnabled = t.exitConditionEnabled;
                      a.exitCondition = t.exitCondition;
                      a.destinationStart = t.destinationStart;
                      a.relativeDestinationStart = t.relativeDestinationStart;
                      a.interruption = t.interruptionSource;
                    } else if (t instanceof LZ) {
                      a.duration = t.duration;
                      a.destinationStart = t.destinationStart;
                      a.relativeDestinationStart = t.relativeDestinationStart;
                    }
                    a.conditions.forEach(((e, i) => {
                      const s = t.conditions[i];
                      if (s instanceof G1 && s.trigger) {
                        var n;
                        (null !== (n = a.triggers) && void 0 !== n ? n : a.triggers = []).push(s.trigger);
                      }
                    }));
                    o.push(a);
                  }
                  a.outgoingTransitions = o;
                }
                return h;
              }
              _eval(t) {
                ne(!this.exited);
                H$(`[Layer ${this.name}]: UpdateStart ${t}s`);
                if (this._continueDanglingTransition()) return 0;
                let e = t;
                for (let t = !0, i = 0; t || e > 0; ) {
                  t = !1;
                  if (100 === i) {
                    N(14e3, 100);
                    break;
                  }
                  ++i;
                  if (this._currentTransitionPath.length > 0) {
                    const i = this._detectInterruption(e, d2);
                    if (i) {
                      e -= i.requires;
                      if (this._interrupt(i)) break;
                      t = !0;
                      continue;
                    }
                    e -= this._updateCurrentTransition(e);
                    if (this._currentNode.kind === p2.exit) break;
                    0 === this._currentTransitionPath.length && (t = !0);
                    continue;
                  }
                  const {_currentNode: s} = this;
                  const n = this._matchCurrentNodeTransition(e);
                  if (n) {
                    const {transition: i, requires: r} = n;
                    z$(`[SubStateMachine ${this.name}]: CurrentNodeUpdate: ${s.name}`);
                    e -= r;
                    if (s.kind === p2.animation) {
                      s.updateFromPort(r);
                      this._fromUpdated = !0;
                    }
                    if (this._switchTo(i)) break;
                    t = !0;
                  } else {
                    z$(`[SubStateMachine ${this.name}]: CurrentNodeUpdate: ${s.name}`);
                    if (s.kind === p2.animation) {
                      s.updateFromPort(e);
                      this._fromUpdated = !0;
                      e = 0;
                    } else e = 0;
                  }
                }
                z$(`[SubStateMachine ${this.name}]: UpdateEnd`);
                if (this._fromUpdated && this._currentNode.kind === p2.animation) {
                  this._fromUpdated = !1;
                  this._currentNode.triggerFromPortUpdate(this._controller);
                }
                if (this._currentTransitionToNode && this._toUpdated && this._currentTransitionToNode.kind === p2.animation) {
                  this._toUpdated = !1;
                  this._currentTransitionToNode.triggerToPortUpdate(this._controller);
                }
                return e;
              }
              _sample() {
                const {_currentNode: t, _currentTransitionToNode: e, _fromWeight: i, _toWeight: s} = this;
                if (t.kind === p2.empty) {
                  this.passthroughWeight = s;
                  e && e.kind === p2.animation && e.sampleToPort(1);
                } else if (e && e.kind === p2.empty) {
                  this.passthroughWeight = i;
                  this._sampleSource(1);
                } else {
                  this.passthroughWeight = 1;
                  this._sampleSource(i);
                  e && e.kind === p2.animation && e.sampleToPort(s);
                }
              }
              _sampleSource(t) {
                const {_currentNode: e} = this;
                e.kind === p2.animation ? e.sampleFromPort(t) : e.kind === p2.transitionSnapshot && e.sample(t);
              }
              _matchCurrentNodeTransition(t) {
                const e = this._currentNode;
                const i = _2.reset();
                this._matchTransition(e, e, t, null, i);
                if (i.hasZeroCost()) return i;
                if (e.kind === p2.animation) {
                  this._matchAnyScoped(e, t, i);
                  if (i.hasZeroCost()) return i;
                }
                return i.isValid() ? i : null;
              }
              _matchAnyScoped(t, e, i) {
                let s = !1;
                for (let n = t.stateMachine; null !== n; n = n.parent) {
                  this._matchTransition(n.any, t, e, null, i) && (s = !0);
                  if (i.hasZeroCost()) break;
                }
                return s;
              }
              _matchTransition(t, e, i, s, n) {
                ne(t === e || t.kind === p2.any);
                const {outgoingTransitions: r} = t;
                const o = r.length;
                let a = !1;
                for (let l = 0; l < o; ++l) {
                  const o = r[l];
                  if (o === s) continue;
                  const {conditions: h} = o;
                  const c = h.length;
                  if (0 === c) {
                    if (t.kind === p2.entry || t.kind === p2.exit) {
                      n.set(o, 0);
                      a = !0;
                      break;
                    }
                    if (!o.exitConditionEnabled) continue;
                  }
                  let u = 0;
                  if (e.kind === p2.animation && o.exitConditionEnabled) {
                    const t = e.duration * o.exitCondition;
                    u = Math.max(t - e.fromPortTime, 0);
                    if (u > i || u >= n.requires) continue;
                  }
                  let _ = !0;
                  for (let t = 0; t < c; ++t) {
                    if (!h[t].eval()) {
                      _ = !1;
                      break;
                    }
                  }
                  if (_) {
                    if (0 === u) {
                      n.set(o, 0);
                      a = !0;
                      break;
                    }
                    ne(u <= n.requires);
                    n.set(o, u);
                    a = !0;
                  }
                }
                return a;
              }
              _switchTo(t) {
                const {_currentTransitionPath: e} = this;
                this._consumeTransition(t);
                e.push(t);
                const i = this._matchTransitionPathUntilMotion();
                if (i) {
                  this._doTransitionToMotion(i);
                  return !1;
                }
                return !0;
              }
              _continueDanglingTransition() {
                const {_currentTransitionPath: t} = this;
                const e = t.length;
                if (0 === e) return !1;
                const i = t[e - 1].to;
                if (i.kind !== p2.animation && i.kind !== p2.empty) {
                  const t = this._matchTransitionPathUntilMotion();
                  if (t) {
                    this._doTransitionToMotion(t);
                    return !1;
                  }
                  return !0;
                }
                return !1;
              }
              _matchTransitionPathUntilMotion() {
                const {_currentTransitionPath: t} = this;
                const e = t.length;
                ne(0 !== e);
                let i = t[e - 1].to;
                for (;i.kind !== p2.animation && i.kind !== p2.empty; ) {
                  const e = _2.reset();
                  this._matchTransition(i, i, 0, null, e);
                  if (!e.transition) break;
                  const s = e.transition;
                  this._consumeTransition(s);
                  t.push(s);
                  i = s.to;
                }
                return i.kind === p2.animation || i.kind === p2.empty ? i : null;
              }
              _consumeTransition(t) {
                const {to: e} = t;
                e.kind === p2.entry && this._callEnterMethods(e);
              }
              _resetTriggersAlongThePath() {
                const {_currentTransitionPath: t} = this;
                const e = t.length;
                for (let i = 0; i < e; ++i) {
                  const e = t[i];
                  this._resetTriggersOnTransition(e);
                }
              }
              _doTransitionToMotion(t) {
                const {_currentTransitionPath: e} = this;
                ne(0 !== e.length);
                this._resetTriggersAlongThePath();
                this._transitionProgress = 0;
                this._currentTransitionToNode = t;
                this._toUpdated = !1;
                if (t.kind === p2.animation) {
                  const {destinationStart: i, relativeDestinationStart: s} = e[0];
                  const n = s ? i : 0 === t.duration ? 0 : i / t.duration;
                  t.resetToPort(n);
                }
                this._callEnterMethods(t);
              }
              _updateCurrentTransition(t) {
                var e;
                const {_currentTransitionPath: i, _currentTransitionToNode: s} = this;
                se(i.length > 0);
                se(s);
                const n = i[0];
                const {duration: r, normalizedDuration: o} = n;
                const a = this._currentNode;
                const l = s;
                let h = 0;
                let c = 0;
                if (r <= 0) {
                  h = 0;
                  c = 1;
                } else {
                  ne(a.kind === p2.animation || a.kind === p2.empty || a.kind === p2.transitionSnapshot);
                  const {_transitionProgress: e} = this;
                  const i = a.kind === p2.empty ? r : o ? r * (a.kind === p2.animation ? a.duration : a.first.duration) : r;
                  const s = e * i;
                  const n = i - s;
                  ne(n >= 0);
                  h = Math.min(n, t);
                  c = this._transitionProgress = (s + h) / i;
                  ne(c >= 0 && c <= 1);
                }
                const u = null !== (e = null == l ? void 0 : l.name) && void 0 !== e ? e : "<Empty>";
                this._fromWeight = 1 - c;
                this._toWeight = c;
                const _ = 0 !== h;
                const d = 1 === c;
                if (a.kind === p2.animation && _) {
                  H$(`Update ${a.name}`);
                  a.updateFromPort(h);
                  this._fromUpdated = !0;
                }
                if (l.kind === p2.animation && _) {
                  H$(`Update ${l.name}`);
                  l.updateToPort(h);
                  this._toUpdated = !0;
                }
                if (d) {
                  z$(`[SubStateMachine ${this.name}]: Transition finished:  ${a.name} -> ${u}.`);
                  this._finishCurrentTransition();
                }
                return h;
              }
              _finishCurrentTransition() {
                const {_currentTransitionPath: t, _currentTransitionToNode: e} = this;
                se(t.length > 0);
                se(e);
                const i = this._currentNode;
                const s = e;
                this._callExitMethods(i);
                const {_currentTransitionPath: n} = this;
                const r = n.length;
                for (let t = 0; t < r; ++t) {
                  const {to: e} = n[t];
                  e.kind === p2.exit && this._callExitMethods(e);
                }
                this._fromUpdated = this._toUpdated;
                this._toUpdated = !1;
                this._dropCurrentTransition();
                this._currentNode = s;
                i.kind === p2.transitionSnapshot && i.clear();
              }
              _dropCurrentTransition() {
                const {_currentTransitionToNode: t} = this;
                se(t);
                t.kind === p2.animation && t.finishTransition();
                this._currentTransitionToNode = null;
                this._currentTransitionPath.length = 0;
                this._fromWeight = 1;
                this._toWeight = 0;
              }
              _detectInterruption(t, e) {
                const {_currentTransitionPath: i, _currentNode: s, _currentTransitionToNode: n} = this;
                if (s.kind !== p2.animation && s.kind !== p2.transitionSnapshot) return null;
                if (!n || n.kind !== p2.animation) return null;
                ne(0 !== i.length);
                const r = i[0];
                const {interruption: o} = r;
                if (o === PZ.NONE) return null;
                const a = _2.reset();
                let l = null;
                const h = s.kind === p2.animation ? s : s.first;
                let c = this._matchAnyScoped(h, t, a);
                c && (l = h);
                a.hasZeroCost();
                const u = o === PZ.CURRENT_STATE || o === PZ.CURRENT_STATE_THEN_NEXT_STATE ? h2(s) : n;
                c = this._matchTransition(u, u, t, r, a);
                c && (l = u);
                a.hasZeroCost();
                const _ = o === PZ.NEXT_STATE_THEN_CURRENT_STATE ? h2(s) : o === PZ.CURRENT_STATE_THEN_NEXT_STATE ? n : null;
                if (_) {
                  c = this._matchTransition(_, _, t, r, a);
                  c && (l = _);
                  a.hasZeroCost();
                }
                if (_2.transition) {
                  se(l);
                  return e.set(l, _2.transition, _2.requires);
                }
                return null;
              }
              _interrupt({from: t, transition: e, requires: i}) {
                const {_currentNode: s} = this;
                ne(s.kind === p2.animation || s.kind === p2.transitionSnapshot);
                if (s.kind === p2.animation) {
                  s.updateFromPort(i);
                  this._fromUpdated = !0;
                  const {_transitionSnapshot: t} = this;
                  ne(t.empty);
                  t.enqueue(s, 1);
                }
                this._takeCurrentTransitionSnapshot(t);
                this._dropCurrentTransition();
                this._currentNode = this._transitionSnapshot;
                return this._switchTo(e);
              }
              _takeCurrentTransitionSnapshot(t) {
                const {_currentTransitionPath: e, _currentTransitionToNode: i, _transitionSnapshot: s} = this;
                ne(0 !== e.length);
                ne(i && i.kind === p2.animation);
                const n = e[0];
                const {duration: r, normalizedDuration: o} = n;
                const a = t;
                let l = 0;
                if (r <= 0) l = 1; else {
                  const {_transitionProgress: t} = this;
                  const e = o ? r * a.duration : r;
                  const i = t * e;
                  ne(e - i >= 0);
                  l = i / e;
                  ne(l >= 0 && l <= 1);
                }
                s.enqueue(i, l);
              }
              _resetTriggersOnTransition(t) {
                const {triggers: e} = t;
                if (e) {
                  const t = e.length;
                  for (let i = 0; i < t; ++i) {
                    const t = e[i];
                    this._resetTrigger(t);
                  }
                }
              }
              _resetTrigger(t) {
                const {_triggerReset: e} = this;
                e(t);
              }
              _callEnterMethods(t) {
                var e;
                const {_controller: i} = this;
                switch (t.kind) {
                 default:
                  break;

                 case p2.animation:
                  t.components.callMotionStateEnterMethods(i, t.getToPortStatus());
                  break;

                 case p2.entry:
                  null === (e = t.stateMachine.components) || void 0 === e || e.callStateMachineEnterMethods(i);
                }
              }
              _callExitMethods(t) {
                var e;
                const {_controller: i} = this;
                switch (t.kind) {
                 default:
                  break;

                 case p2.animation:
                  t.components.callMotionStateExitMethods(i, t.getFromPortStatus());
                  break;

                 case p2.exit:
                  null === (e = t.stateMachine.components) || void 0 === e || e.callStateMachineExitMethods(i);
                }
              }
            }
            function h2(t) {
              return t.kind === p2.animation ? t : t.first;
            }
            const c2 = Object.freeze({
              next: (...t) => ({
                done: !0,
                value: void 0
              })
            });
            const u2 = Object.freeze({
              [Symbol.iterator]: () => c2
            });
            const _2 = new class {
              constructor() {
                this.transition = null;
                this.requires = 1 / 0;
              }
              hasZeroCost() {
                return 0 === this.requires;
              }
              isValid() {
                return null !== this.transition;
              }
              set(t, e) {
                this.transition = t;
                this.requires = e;
                return this;
              }
              reset() {
                this.requires = 1 / 0;
                this.transition = null;
                return this;
              }
            };
            const d2 = new class {
              constructor() {
                this.transition = null;
                this.requires = 0;
                this.from = null;
              }
              set(t, e, i) {
                this.from = t;
                this.transition = e;
                this.requires = i;
                return this;
              }
            };
            var p2;
            !function(t) {
              t[t.entry = 0] = "entry";
              t[t.exit = 1] = "exit";
              t[t.any = 2] = "any";
              t[t.animation = 3] = "animation";
              t[t.empty = 4] = "empty";
              t[t.transitionSnapshot = 5] = "transitionSnapshot";
            }(p2 || (p2 = {}));
            class m2 {
              constructor(t) {
                this.name = void 0;
                this.outgoingTransitions = [];
                this.name = t.name;
              }
            }
            class f2 {
              constructor(t) {
                this._components = t.instantiateComponents();
              }
              callMotionStateEnterMethods(t, e) {
                this._callMotionStateCallbackIfNonDefault("onMotionStateEnter", t, e);
              }
              callMotionStateUpdateMethods(t, e) {
                this._callMotionStateCallbackIfNonDefault("onMotionStateUpdate", t, e);
              }
              callMotionStateExitMethods(t, e) {
                this._callMotionStateCallbackIfNonDefault("onMotionStateExit", t, e);
              }
              callStateMachineEnterMethods(t) {
                this._callStateMachineCallbackIfNonDefault("onStateMachineEnter", t);
              }
              callStateMachineExitMethods(t) {
                this._callStateMachineCallbackIfNonDefault("onStateMachineExit", t);
              }
              _callMotionStateCallbackIfNonDefault(t, e, i) {
                const {_components: s} = this;
                const n = s.length;
                for (let r = 0; r < n; ++r) {
                  const n = s[r];
                  n[t] !== o2.prototype[t] && n[t](e, i);
                }
              }
              _callStateMachineCallbackIfNonDefault(t, e) {
                const {_components: i} = this;
                const s = i.length;
                for (let n = 0; n < s; ++n) {
                  const s = i[n];
                  s[t] !== o2.prototype[t] && s[t](e);
                }
              }
            }
            class g2 extends m2 {
              constructor(t, e) {
                var i, s;
                super(t);
                this.kind = p2.animation;
                this._source = null;
                this._baseSpeed = 1;
                this._speed = 1;
                this._fromPort = {
                  progress: 0,
                  statusCache: {
                    progress: 0
                  }
                };
                this._toPort = {
                  progress: 0,
                  statusCache: {
                    progress: 0
                  }
                };
                this._baseSpeed = t.speed;
                this._setSpeedMultiplier(1);
                if (t.speedMultiplierEnabled && t.speedMultiplier) {
                  const i = t.speedMultiplier;
                  const s = e.getVar(i);
                  if (_0(s, i)) {
                    !function(t, e, i) {
                      if (t !== e) throw new cJ(i, "number");
                    }(s.type, rJ.FLOAT, i);
                    s.bind(this._setSpeedMultiplier, this);
                    const t = s.value;
                    this._setSpeedMultiplier(t);
                  }
                }
                const n = {
                  ...e
                };
                const r = null !== (i = null === (s = t.motion) || void 0 === s ? void 0 : s[uJ](n)) && void 0 !== i ? i : null;
                r && Object.defineProperty(r, "__DEBUG_ID__", {
                  value: this.name
                });
                this._source = r;
                this.components = new f2(t);
              }
              get duration() {
                var t, e;
                return null !== (t = null === (e = this._source) || void 0 === e ? void 0 : e.duration) && void 0 !== t ? t : 0;
              }
              get fromPortTime() {
                return this._fromPort.progress * this.duration;
              }
              updateFromPort(t) {
                this._fromPort.progress = y2(this._fromPort.progress, this.duration, t * this._speed);
              }
              updateToPort(t) {
                ne(!Number.isNaN(this._toPort.progress));
                this._toPort.progress = y2(this._toPort.progress, this.duration, t * this._speed);
              }
              triggerFromPortUpdate(t) {
                this.components.callMotionStateUpdateMethods(t, this.getFromPortStatus());
              }
              triggerToPortUpdate(t) {
                this.components.callMotionStateUpdateMethods(t, this.getToPortStatus());
              }
              getFromPortStatus() {
                const {statusCache: t} = this._fromPort;
                t.__DEBUG_ID__ = this.name;
                t.progress = b2(this._fromPort.progress);
                return t;
              }
              getToPortStatus() {
                ne(!Number.isNaN(this._toPort.progress));
                const {statusCache: t} = this._toPort;
                t.__DEBUG_ID__ = this.name;
                t.progress = b2(this._toPort.progress);
                return t;
              }
              resetToPort(t) {
                this._toPort.progress = t;
              }
              finishTransition() {
                this._fromPort.progress = this._toPort.progress;
                this._toPort.progress = Number.NaN;
              }
              sampleFromPort(t) {
                var e;
                null === (e = this._source) || void 0 === e || e.sample(this._fromPort.progress, t);
              }
              sampleToPort(t) {
                var e;
                ne(!Number.isNaN(this._toPort.progress));
                null === (e = this._source) || void 0 === e || e.sample(this._toPort.progress, t);
              }
              getClipStatuses(t) {
                const {_source: e} = this;
                return e ? {
                  [Symbol.iterator]: () => e.getClipStatuses(t)
                } : u2;
              }
              _setSpeedMultiplier(t) {
                this._speed = this._baseSpeed * t;
              }
            }
            function y2(t, e, i) {
              if (0 === e) return 0;
              return t + i / e;
            }
            function b2(t) {
              const e = t - Math.trunc(t);
              return e >= 0 ? e : 1 + e;
            }
            class S2 extends m2 {
              constructor(t, e, i) {
                super(t);
                this.kind = void 0;
                this.kind = e;
              }
            }
            class A2 extends m2 {
              constructor(t) {
                super(t);
                this.kind = p2.empty;
              }
            }
            class T2 {
              constructor(t, e) {
                this.motion = t;
                this.weight = e;
              }
            }
            class v2 extends m2 {
              constructor() {
                super({
                  name: "[[TransitionSnapshotEval]]"
                });
                this.kind = p2.transitionSnapshot;
                this._queue = [];
              }
              get empty() {
                return 0 === this._queue.length;
              }
              get first() {
                const {_queue: t} = this;
                ne(t.length > 0);
                return t[0].motion;
              }
              sample(t) {
                const {_queue: e} = this;
                const i = e.length;
                for (let s = 0; s < i; ++s) {
                  const {motion: i, weight: n} = e[s];
                  i.sampleFromPort(n * t);
                }
              }
              clear() {
                this._queue.length = 0;
              }
              enqueue(t, e) {
                const {_queue: i} = this;
                const s = i.length;
                const n = 1 - e;
                for (let t = 0; t < s; ++t) i[t].weight *= n;
                i.push(new T2(t, e));
              }
            }
            var E2, C2, x2, w2, R2, I2, M2;
            let B2 = (E2 = Ul("cc.animation.AnimationController"), C2 = $l(), x2 = jl(HZ), E2(w2 = C2(w2 = (R2 = (M2 = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "graph", I2, this);
                this._graphEval = null;
              }
              __preload() {
                this.graph && (this._graphEval = new a2(this.graph, this.node, this));
              }
              update(t) {
                var e;
                null === (e = this._graphEval) || void 0 === e || e.update(t);
              }
              getVariables() {
                const {_graphEval: t} = this;
                se(t);
                return t.getVariables();
              }
              setValue(t, e) {
                const {_graphEval: i} = this;
                se(i);
                i.setValue(t, e);
              }
              getValue(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getValue(t);
              }
              getCurrentStateStatus(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getCurrentStateStatus(t);
              }
              getCurrentClipStatuses(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getCurrentClipStatuses(t);
              }
              getCurrentTransition(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getCurrentTransition(t);
              }
              getNextStateStatus(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getNextStateStatus(t);
              }
              getNextClipStatuses(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getNextClipStatuses(t);
              }
              getLayerWeight(t) {
                const {_graphEval: e} = this;
                se(e);
                return e.getLayerWeight(t);
              }
              setLayerWeight(t, e) {
                const {_graphEval: i} = this;
                se(i);
                return i.setLayerWeight(t, e);
              }
            }, M2), I2 = Bl(R2.prototype, "graph", [ x2 ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), R2)) || w2) || w2);
            var D2 = Object.freeze({
              __proto__: null,
              UniformProxyFactory: tK,
              MorphWeightValueProxy: uK,
              MorphWeightsValueProxy: _K,
              MorphWeightsAllValueProxy: dK,
              Track: kq,
              TrackPath: Fq,
              RealTrack: xK,
              VectorTrack: OK,
              QuatTrack: kK,
              ColorTrack: XK,
              SizeTrack: ZK,
              ObjectTrack: tJ,
              isPropertyPath: uq,
              isCustomPath: function(t, e) {
                return t instanceof e;
              },
              HierarchyPath: _q,
              ComponentPath: dq,
              CubicSplineVec2Value: SK,
              CubicSplineVec3Value: AK,
              CubicSplineVec4Value: TK,
              CubicSplineQuatValue: vK,
              CubicSplineNumberValue: EK,
              AnimationController: B2,
              get VariableType() {
                return rJ;
              },
              StateMachineComponent: o2
            });
            t("animation", D2);
            const P2 = [];
            const O2 = new Map;
            function N2(t, e) {
              let i = 0;
              let s = qi.IDENTITY;
              for (;t; ) {
                if (t.stamp === e || t.stamp + 1 === e && !t.node.hasChangedFlags) {
                  s = t.world;
                  t.stamp = e;
                  break;
                }
                t.stamp = e;
                P2[i++] = t;
                t = t.parent;
              }
              for (;i > 0; ) {
                t = P2[--i];
                P2[i] = null;
                const e = t.node;
                qi.fromRTS(t.local, e.rotation, e.position, e.scale);
                s = qi.multiply(t.world, s, t.local);
              }
              return s;
            }
            function L2(t, e) {
              let i = null;
              let s = 0;
              for (;t !== e; ) {
                const e = t.uuid;
                if (O2.has(e)) {
                  i = O2.get(e);
                  break;
                }
                i = {
                  node: t,
                  local: new qi,
                  world: new qi,
                  stamp: -1,
                  parent: null
                };
                O2.set(e, i);
                P2[s++] = i;
                t = t.parent;
                i = null;
              }
              let n;
              for (;s > 0; ) {
                n = P2[--s];
                P2[s] = null;
                n.parent = i;
                i = n;
              }
              return i;
            }
            function F2(t) {
              let e = O2.get(t.uuid) || null;
              for (;e; ) {
                O2.delete(e.node.uuid);
                e = e.parent;
              }
            }
            var V2, k2, U2;
            let G2 = t("AnimationManager", Ul(V2 = (U2 = k2 = class extends Tg {
              constructor(...t) {
                super(...t);
                this._anims = new nt([]);
                this._crossFades = new nt([]);
                this._delayEvents = [];
                this._blendStateBuffer = new Z1;
                this._sockets = [];
              }
              get blendState() {
                return this._blendStateBuffer;
              }
              addCrossFade(t) {
                -1 === this._crossFades.array.indexOf(t) && this._crossFades.push(t);
              }
              removeCrossFade(t) {
                const e = this._crossFades.array.indexOf(t);
                e >= 0 ? this._crossFades.fastRemoveAt(e) : F(3907);
              }
              update(t) {
                const {_delayEvents: e, _crossFades: i, _sockets: s} = this;
                {
                  const e = i.array;
                  for (i.i = 0; i.i < e.length; ++i.i) {
                    e[i.i].update(t);
                  }
                }
                const n = this._anims;
                const r = n.array;
                for (n.i = 0; n.i < r.length; ++n.i) {
                  const e = r[n.i];
                  e.isMotionless || e.update(t);
                }
                this._blendStateBuffer.apply();
                const o = m.director.getTotalFrames();
                for (let t = 0, e = s.length; t < e; t++) {
                  const {target: e, transform: i} = s[t];
                  e.matrix = N2(i, o);
                }
                for (let t = 0, i = e.length; t < i; t++) {
                  const i = e[t];
                  i.fn.apply(i.thisArg, i.args);
                }
                e.length = 0;
              }
              destruct() {}
              addAnimation(t) {
                -1 === this._anims.array.indexOf(t) && this._anims.push(t);
              }
              removeAnimation(t) {
                const e = this._anims.array.indexOf(t);
                e >= 0 ? this._anims.fastRemoveAt(e) : F(3907);
              }
              pushDelayEvent(t, e, i) {
                this._delayEvents.push({
                  fn: t,
                  thisArg: e,
                  args: i
                });
              }
              addSockets(t, e) {
                for (let i = 0; i < e.length; ++i) {
                  const s = e[i];
                  if (this._sockets.find((t => t.target === s.target))) continue;
                  const n = t.getChildByPath(s.path);
                  const r = s.target && n && L2(n, t);
                  r && this._sockets.push({
                    target: s.target,
                    transform: r
                  });
                }
              }
              removeSockets(t, e) {
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  for (let t = 0; t < this._sockets.length; ++t) {
                    const e = this._sockets[t];
                    if (e.target === i.target) {
                      F2(e.transform.node);
                      this._sockets[t] = this._sockets[this._sockets.length - 1];
                      this._sockets.length--;
                      break;
                    }
                  }
                }
              }
            }, k2.ID = "animation", U2)) || V2);
            IR.on(RR.EVENT_INIT, (() => {
              const t = new G2;
              IR.registerSystem(G2.ID, t, Tg.Priority.HIGH);
            }));
            m.AnimationManager = G2;
            class z2 extends HY {
              constructor(t) {
                super();
                this._managedStates = [];
                this._fadings = [];
                this._scheduled = !1;
                this._scheduler = null != t ? t : XY();
              }
              update(t) {
                if (this.isMotionless) return;
                const e = this._managedStates;
                const i = this._fadings;
                if (1 === e.length && 1 === i.length) {
                  const t = e[0].state;
                  t && (t.weight = 1);
                } else this._calculateWeights(t);
                1 === e.length && 1 === i.length && this._unscheduleThis();
              }
              crossFade(t, e) {
                var i;
                0 === this._managedStates.length && (e = 0);
                0 === e && this.clear();
                let s = this._managedStates.find((e => e.state === t));
                if (s) (null === (i = s.state) || void 0 === i ? void 0 : i.isMotionless) && s.state.play(); else {
                  s = {
                    state: t,
                    reference: 0
                  };
                  t && t.play();
                  this._managedStates.push(s);
                }
                ++s.reference;
                this._fadings.unshift({
                  easeDuration: e,
                  easeTime: 0,
                  target: s
                });
                this.isMotionless || this._scheduleThis();
              }
              clear() {
                for (let t = 0; t < this._managedStates.length; ++t) {
                  const e = this._managedStates[t].state;
                  e && e.stop();
                }
                this._managedStates.length = 0;
                this._fadings.length = 0;
              }
              onPlay() {
                super.onPlay();
                this._scheduleThis();
              }
              onPause() {
                super.onPause();
                for (let t = 0; t < this._managedStates.length; ++t) {
                  const e = this._managedStates[t].state;
                  e && e.pause();
                }
                this._unscheduleThis();
              }
              onResume() {
                super.onResume();
                for (let t = 0; t < this._managedStates.length; ++t) {
                  const e = this._managedStates[t].state;
                  e && e.resume();
                }
                this._scheduleThis();
              }
              onStop() {
                super.onStop();
                this.clear();
              }
              _calculateWeights(t) {
                const e = this._managedStates;
                const i = this._fadings;
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t].state;
                  i && (i.weight = 0);
                }
                let s = 1;
                let n = i.length;
                for (let e = 0; e < i.length; ++e) {
                  const r = i[e];
                  r.easeTime += t;
                  const o = 0 === r.easeDuration ? 1 : di(r.easeTime / r.easeDuration);
                  const a = o * s;
                  s *= 1 - o;
                  r.target.state && (r.target.state.weight += a);
                  if (r.easeTime >= r.easeDuration) {
                    n = e + 1;
                    r.easeTime = r.easeDuration;
                    break;
                  }
                }
                if (n !== i.length) {
                  for (let t = n; t < i.length; ++t) {
                    const e = i[t];
                    --e.target.reference;
                    if (e.target.reference <= 0) {
                      e.target.state && e.target.state.stop();
                      at(this._managedStates, e.target);
                    }
                  }
                  i.splice(n);
                }
              }
              _scheduleThis() {
                if (!this._scheduled) {
                  this._scheduler.addCrossFade(this);
                  this._scheduled = !0;
                }
              }
              _unscheduleThis() {
                if (this._scheduled) {
                  this._scheduler.removeCrossFade(this);
                  this._scheduled = !1;
                }
              }
            }
            var H2, j2, X2, W2, Y2, q2, K2, J2, Z2, Q2, $2, t3, e3, i3, s3, n3, r3;
            let o3 = function(e) {
              return t({
                Animation: e,
                AnimationComponent: e
              }), e;
            }((H2 = Ul("cc.Animation"), j2 = sh(), X2 = zl(99), W2 = $l(), Y2 = Th([ M$ ]), 
            q2 = lh(), K2 = Th(M$), J2 = lh(), Z2 = lh(), Q2 = Th([ M$ ]), H2($2 = j2($2 = X2($2 = Ql($2 = W2($2 = (t3 = (r3 = n3 = class extends(To(Qc)){
              constructor(...t) {
                super(...t);
                Ml(this, "playOnLoad", e3, this);
                this._crossFade = new z2;
                this._nameToState = vt(!0);
                Ml(this, "_clips", i3, this);
                Ml(this, "_defaultClip", s3, this);
                this._hasBeenPlayed = !1;
              }
              get clips() {
                return this._clips;
              }
              set clips(t) {
                this._crossFade && this._crossFade.clear();
                for (const t of this._clips) t && this._removeStateOfAutomaticClip(t);
                for (const e of t) e && this.createState(e);
                const e = t.find((t => a3(t, this._defaultClip)));
                this._defaultClip = e || null;
                this._clips = t;
              }
              get defaultClip() {
                return this._defaultClip;
              }
              set defaultClip(t) {
                this._defaultClip = t;
                if (!t) return;
                if (!(this._clips.findIndex((e => a3(e, t))) >= 0)) {
                  this._clips.push(t);
                  this.createState(t);
                }
              }
              onLoad() {
                this.clips = this._clips;
                for (const t in this._nameToState) {
                  this._nameToState[t].initialize(this.node);
                }
              }
              start() {
                this.playOnLoad && !this._hasBeenPlayed && this._defaultClip && this.crossFade(this._defaultClip.name, 0);
              }
              onEnable() {
                this._crossFade.resume();
              }
              onDisable() {
                this._crossFade.pause();
              }
              onDestroy() {
                this._crossFade.stop();
                for (const t in this._nameToState) {
                  this._nameToState[t].destroy();
                }
                this._nameToState = vt(!0);
              }
              play(t) {
                this._hasBeenPlayed = !0;
                if (!t) {
                  if (!this._defaultClip) return;
                  t = this._defaultClip.name;
                }
                this.crossFade(t, 0);
              }
              crossFade(t, e = .3) {
                this._hasBeenPlayed = !0;
                const i = this._nameToState[t];
                i && this.doPlayOrCrossFade(i, e);
              }
              pause() {
                this._crossFade.pause();
              }
              resume() {
                this._crossFade.resume();
              }
              stop() {
                this._crossFade.stop();
              }
              getState(t) {
                const e = this._nameToState[t];
                e && !e.curveLoaded && e.initialize(this.node);
                return e || null;
              }
              createState(t, e) {
                e = e || t.name;
                this.removeState(e);
                return this._doCreateState(t, e);
              }
              removeState(t) {
                const e = this._nameToState[t];
                if (e) {
                  e.allowLastFrameEvent(!1);
                  e.stop();
                  delete this._nameToState[t];
                }
              }
              addClip(t, e) {
                ht(this._clips, t) || this._clips.push(t);
                return this.createState(t, e);
              }
              removeClip(t, e) {
                let i;
                for (const e in this._nameToState) {
                  const s = this._nameToState[e];
                  if (s.clip === t) {
                    i = s;
                    break;
                  }
                }
                if (t === this._defaultClip) {
                  if (!e) {
                    N(3902);
                    return;
                  }
                  this._defaultClip = null;
                }
                if (i && i.isPlaying) {
                  if (!e) {
                    N(3903);
                    return;
                  }
                  i.stop();
                }
                this._clips = this._clips.filter((e => e !== t));
                i && delete this._nameToState[i.name];
              }
              on(t, e, i, s) {
                const n = super.on(t, e, i, s);
                t === WY.LASTFRAME && this._syncAllowLastFrameEvent();
                return n;
              }
              once(t, e, i) {
                const s = super.once(t, e, i);
                t === WY.LASTFRAME && this._syncAllowLastFrameEvent();
                return s;
              }
              off(t, e, i) {
                super.off(t, e, i);
                t === WY.LASTFRAME && this._syncDisallowLastFrameEvent();
              }
              _createState(t, e) {
                return new YY(t, e);
              }
              _doCreateState(t, e) {
                const i = this._createState(t, e);
                i._setEventTarget(this);
                i.allowLastFrameEvent(this.hasEventListener(WY.LASTFRAME));
                this.node && i.initialize(this.node);
                this._nameToState[i.name] = i;
                return i;
              }
              doPlayOrCrossFade(t, e) {
                this._crossFade.play();
                this._crossFade.crossFade(t, e);
              }
              _removeStateOfAutomaticClip(t) {
                for (const e in this._nameToState) {
                  const i = this._nameToState[e];
                  if (a3(t, i.clip)) {
                    i.stop();
                    delete this._nameToState[e];
                  }
                }
              }
              _syncAllowLastFrameEvent() {
                if (this.hasEventListener(WY.LASTFRAME)) for (const t in this._nameToState) this._nameToState[t].allowLastFrameEvent(!0);
              }
              _syncDisallowLastFrameEvent() {
                if (!this.hasEventListener(WY.LASTFRAME)) for (const t in this._nameToState) this._nameToState[t].allowLastFrameEvent(!1);
              }
            }, n3.EventType = WY, r3), Bl(t3.prototype, "clips", [ Y2, q2 ], Object.getOwnPropertyDescriptor(t3.prototype, "clips"), t3.prototype), 
            Bl(t3.prototype, "defaultClip", [ K2, J2 ], Object.getOwnPropertyDescriptor(t3.prototype, "defaultClip"), t3.prototype), 
            e3 = Bl(t3.prototype, "playOnLoad", [ Yl, Z2 ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), i3 = Bl(t3.prototype, "_clips", [ Q2 ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), s3 = Bl(t3.prototype, "_defaultClip", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), t3)) || $2) || $2) || $2) || $2) || $2));
            function a3(t, e) {
              return t === e || !!t && !!e && t._uuid === e._uuid && t._uuid;
            }
            m.Animation = o3;
            m.AnimationComponent = o3;
            ee.setClassAlias(o3, "cc.AnimationComponent");
            m.easing = Td;
            let l3;
            !function(t) {
              t.PLAYED = "play";
              t.PAUSED = "pause";
              t.STOPPED = "stop";
              t.SEEKED = "seeked";
              t.ENDED = "ended";
              t.INTERRUPTION_BEGIN = "interruptionBegin";
              t.INTERRUPTION_END = "interruptionEnd";
              t.USER_GESTURE = "on_gesture";
            }(l3 || (l3 = {}));
            let h3;
            !function(t) {
              t[t.DOM_AUDIO = 0] = "DOM_AUDIO";
              t[t.WEB_AUDIO = 1] = "WEB_AUDIO";
              t[t.MINIGAME_AUDIO = 2] = "MINIGAME_AUDIO";
              t[t.NATIVE_AUDIO = 3] = "NATIVE_AUDIO";
              t[t.UNKNOWN_AUDIO = 4] = "UNKNOWN_AUDIO";
            }(h3 || (h3 = {}));
            let c3;
            !function(t) {
              t[t.INIT = 0] = "INIT";
              t[t.PLAYING = 1] = "PLAYING";
              t[t.PAUSED = 2] = "PAUSED";
              t[t.STOPPED = 3] = "STOPPED";
              t[t.INTERRUPTED = 4] = "INTERRUPTED";
            }(c3 || (c3 = {}));
            class u3 {
              constructor(...t) {
                this._bufferView = void 0;
                this._normalizeFactor = 1;
                if (2 === t.length) {
                  this._bufferView = t[0];
                  this._normalizeFactor = t[1];
                } else {
                  const e = t[0];
                  const i = t[1];
                  const s = t[2];
                  this._bufferView = new i(e);
                  this._normalizeFactor = s;
                }
              }
              get length() {
                return this._bufferView.length;
              }
              getData(t) {
                return this._bufferView[t] * this._normalizeFactor;
              }
            }
            t("AudioPCMDataView", u3);
            let _3 = 0;
            function d3(t, e) {
              if (!e.invoking) {
                e.invoking = !0;
                e.func.call(t, ...e.args).then((() => {
                  e.invoking = !1;
                  t._operationQueue.shift();
                  t._eventTarget.emit(e.id.toString());
                  const i = t._operationQueue[0];
                  i && d3(t, i);
                })).catch((t => {}));
              }
            }
            function p3(t, e, i) {
              const s = i.value;
              i.value = function(...t) {
                return new Promise((e => {
                  const i = _3++;
                  const n = this;
                  n._operationQueue.push({
                    id: i,
                    func: s,
                    args: t,
                    invoking: !1
                  });
                  n._eventTarget.once(i.toString(), e);
                  d3(n, n._operationQueue[0]);
                }));
              };
            }
            var m3, f3, g3;
            const y3 = {};
            const b3 = jsb.AudioEngine;
            const S3 = -1;
            var A3;
            !function(t) {
              t[t.UNKNOWN = 0] = "UNKNOWN";
              t[t.SIGNED_8 = 1] = "SIGNED_8";
              t[t.UNSIGNED_8 = 2] = "UNSIGNED_8";
              t[t.SIGNED_16 = 3] = "SIGNED_16";
              t[t.UNSIGNED_16 = 4] = "UNSIGNED_16";
              t[t.SIGNED_32 = 5] = "SIGNED_32";
              t[t.UNSIGNED_32 = 6] = "UNSIGNED_32";
              t[t.FLOAT_32 = 7] = "FLOAT_32";
              t[t.FLOAT_64 = 8] = "FLOAT_64";
            }(A3 || (A3 = {}));
            const T3 = {
              [A3.UNKNOWN]: void 0,
              [A3.SIGNED_8]: {
                ctor: Int8Array,
                maxValue: 127
              },
              [A3.UNSIGNED_8]: {
                ctor: Uint8Array,
                maxValue: 255
              },
              [A3.SIGNED_16]: {
                ctor: Int16Array,
                maxValue: 32767
              },
              [A3.UNSIGNED_16]: {
                ctor: Uint16Array,
                maxValue: 65535
              },
              [A3.SIGNED_32]: {
                ctor: Int32Array,
                maxValue: 2147483647
              },
              [A3.UNSIGNED_32]: {
                ctor: Uint32Array,
                maxValue: 4294967295
              },
              [A3.FLOAT_32]: {
                ctor: Float32Array,
                maxValue: 1
              },
              [A3.FLOAT_64]: {
                ctor: Float64Array,
                maxValue: 1
              }
            };
            class v3 {
              get onPlay() {
                return this._onPlayCb;
              }
              set onPlay(t) {
                this._onPlayCb = t;
              }
              get onEnd() {
                return this._onEndCb;
              }
              set onEnd(t) {
                this._onEndCb = t;
              }
              constructor(t, e) {
                this._id = S3;
                this._url = void 0;
                this._volume = void 0;
                this._onPlayCb = void 0;
                this._onEndCb = void 0;
                this._url = t;
                this._volume = e;
              }
              play() {
                var t;
                this._id = jsb.AudioEngine.play2d(this._url, !1, this._volume);
                jsb.AudioEngine.setFinishCallback(this._id, (() => {
                  var t;
                  null === (t = this.onEnd) || void 0 === t || t.call(this);
                }));
                null === (t = this.onPlay) || void 0 === t || t.call(this);
              }
              stop() {
                this._id !== S3 && jsb.AudioEngine.stop(this._id);
              }
            }
            let E3 = (m3 = (g3 = f3 = class t {
              constructor(t) {
                this._url = void 0;
                this._id = S3;
                this._state = c3.INIT;
                this._pcmHeader = void 0;
                this._eventTarget = new vo;
                this._operationQueue = [];
                this._cachedState = {
                  duration: 1,
                  loop: !1,
                  currentTime: 0,
                  volume: 1
                };
                this._url = t;
                this._pcmHeader = null;
                Po.on("hide", this._onHide, this);
                Po.on("show", this._onShow, this);
              }
              destroy() {
                Po.on("hide", this._onHide, this);
                Po.on("show", this._onShow, this);
                --y3[this._url] <= 0 && b3.uncache(this._url);
              }
              _onHide() {
                this._state === c3.PLAYING && this.pause().then((() => {
                  this._state = c3.INTERRUPTED;
                  this._eventTarget.emit(l3.INTERRUPTION_BEGIN);
                })).catch((t => {}));
              }
              _onShow() {
                this._state === c3.INTERRUPTED && this.play().then((() => {
                  this._eventTarget.emit(l3.INTERRUPTION_END);
                })).catch((t => {}));
              }
              static load(e) {
                return new Promise(((i, s) => {
                  t.loadNative(e).then((e => {
                    i(new t(e));
                  })).catch((t => s(t)));
                }));
              }
              static loadNative(t) {
                return new Promise(((e, i) => {
                  if (Po.platform === Io.WIN32) {
                    b3.preload(t, (t => {
                      console.debug("somehow preload success on windows");
                    }));
                    e(t);
                  } else b3.preload(t, (s => {
                    s ? e(t) : i(new Error("load audio failed"));
                  }));
                }));
              }
              static loadOneShotAudio(e, i) {
                return new Promise(((s, n) => {
                  t.loadNative(e).then((t => {
                    s(new v3(t, i));
                  })).catch(n);
                }));
              }
              get _isValid() {
                return this._id !== S3;
              }
              get src() {
                return this._url;
              }
              get type() {
                return h3.NATIVE_AUDIO;
              }
              get state() {
                return this._state;
              }
              get loop() {
                return this._isValid ? b3.isLoop(this._id) : this._cachedState.loop;
              }
              set loop(t) {
                this._isValid && b3.setLoop(this._id, t);
                this._cachedState.loop = t;
              }
              get volume() {
                return this._isValid ? b3.getVolume(this._id) : this._cachedState.volume;
              }
              set volume(t) {
                t = di(t);
                this._isValid && b3.setVolume(this._id, t);
                this._cachedState.volume = t;
              }
              get duration() {
                return this._isValid ? b3.getDuration(this._id) : this._cachedState.duration;
              }
              get currentTime() {
                return this._isValid ? b3.getCurrentTime(this._id) : this._cachedState.currentTime;
              }
              get sampleRate() {
                null === this._pcmHeader && (this._pcmHeader = jsb.AudioEngine.getPCMHeader(this._url));
                return this._pcmHeader.sampleRate;
              }
              getPCMData(t) {
                const e = b3.getOriginalPCMBuffer(this._url, t);
                null === this._pcmHeader && (this._pcmHeader = jsb.AudioEngine.getPCMHeader(this._url));
                const i = T3[this._pcmHeader.audioFormat];
                if (e && i) return new u3(e, i.ctor, 1 / i.maxValue);
              }
              seek(t) {
                return new Promise((e => {
                  this._isValid && b3.setCurrentTime(this._id, t);
                  this._cachedState.currentTime = t;
                  return e();
                }));
              }
              play() {
                return new Promise((t => {
                  if (this._isValid) {
                    if (this._state === c3.PAUSED || this._state === c3.INTERRUPTED) b3.resume(this._id); else if (this._state === c3.PLAYING) {
                      b3.pause(this._id);
                      b3.setCurrentTime(this._id, 0);
                      b3.resume(this._id);
                    }
                  } else {
                    this._id = b3.play2d(this._url, this._cachedState.loop, this._cachedState.volume);
                    if (this._isValid) {
                      if (0 !== this._cachedState.currentTime) {
                        b3.setCurrentTime(this._id, this._cachedState.currentTime);
                        this._cachedState.currentTime = 0;
                      }
                      b3.setFinishCallback(this._id, (() => {
                        this._cachedState.currentTime = 0;
                        this._id = S3;
                        this._state = c3.INIT;
                        this._eventTarget.emit(l3.ENDED);
                      }));
                    }
                  }
                  this._state = c3.PLAYING;
                  t();
                }));
              }
              pause() {
                return new Promise((t => {
                  this._isValid && b3.pause(this._id);
                  this._state = c3.PAUSED;
                  t();
                }));
              }
              stop() {
                return new Promise((t => {
                  this._isValid && b3.stop(this._id);
                  this._state = c3.STOPPED;
                  this._id = S3;
                  this._cachedState.currentTime = 0;
                  t();
                }));
              }
              onInterruptionBegin(t) {
                this._eventTarget.on(l3.INTERRUPTION_BEGIN, t);
              }
              offInterruptionBegin(t) {
                this._eventTarget.off(l3.INTERRUPTION_BEGIN, t);
              }
              onInterruptionEnd(t) {
                this._eventTarget.on(l3.INTERRUPTION_END, t);
              }
              offInterruptionEnd(t) {
                this._eventTarget.off(l3.INTERRUPTION_END, t);
              }
              onEnded(t) {
                this._eventTarget.on(l3.ENDED, t);
              }
              offEnded(t) {
                this._eventTarget.off(l3.ENDED, t);
              }
            }, f3.maxAudioChannel = b3.getMaxAudioInstance(), g3), Bl(m3.prototype, "seek", [ p3 ], Object.getOwnPropertyDescriptor(m3.prototype, "seek"), m3.prototype), 
            Bl(m3.prototype, "play", [ p3 ], Object.getOwnPropertyDescriptor(m3.prototype, "play"), m3.prototype), 
            Bl(m3.prototype, "pause", [ p3 ], Object.getOwnPropertyDescriptor(m3.prototype, "pause"), m3.prototype), 
            Bl(m3.prototype, "stop", [ p3 ], Object.getOwnPropertyDescriptor(m3.prototype, "stop"), m3.prototype), 
            m3);
            m.AudioPlayer = E3;
            var C3, x3, w3, R3, I3;
            let M3 = t("AudioClip", Ul("cc.AudioClip")(C3 = (x3 = (I3 = R3 = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "_duration", w3, this);
                this._loadMode = h3.UNKNOWN_AUDIO;
                this._meta = null;
                this._player = null;
              }
              destroy() {
                var t;
                const e = super.destroy();
                null === (t = this._player) || void 0 === t || t.destroy();
                this._player = null;
                this._meta && (this._meta.player = null);
                return e;
              }
              set _nativeAsset(t) {
                this._meta = t;
                if (t) {
                  this._loadMode = t.type;
                  this._player = t.player;
                } else {
                  this._meta = null;
                  this._loadMode = h3.UNKNOWN_AUDIO;
                  this._duration = 0;
                }
              }
              get _nativeAsset() {
                return this._meta;
              }
              get _nativeDep() {
                return {
                  uuid: this._uuid,
                  audioLoadMode: this.loadMode,
                  ext: this._native,
                  __isNative__: !0
                };
              }
              get loadMode() {
                return this._loadMode;
              }
              validate() {
                return !!this._meta;
              }
              getDuration() {
                return this._duration ? this._duration : this._meta ? this._meta.duration : 0;
              }
              get state() {
                return this._player ? this._player.state : c3.INIT;
              }
              getCurrentTime() {
                return this._player ? this._player.currentTime : 0;
              }
              getVolume() {
                return this._player ? this._player.volume : 0;
              }
              getLoop() {
                return !!this._player && this._player.loop;
              }
              setCurrentTime(t) {
                var e;
                null === (e = this._player) || void 0 === e || e.seek(t).catch((t => {}));
              }
              setVolume(t) {
                this._player && (this._player.volume = t);
              }
              setLoop(t) {
                this._player && (this._player.loop = t);
              }
              play() {
                var t;
                null === (t = this._player) || void 0 === t || t.play().catch((t => {}));
              }
              pause() {
                var t;
                null === (t = this._player) || void 0 === t || t.pause().catch((t => {}));
              }
              stop() {
                var t;
                null === (t = this._player) || void 0 === t || t.stop().catch((t => {}));
              }
              playOneShot(t = 1) {
                this._nativeAsset && E3.loadOneShotAudio(this._nativeAsset.url, t).then((t => {
                  t.play();
                })).catch((t => {}));
              }
            }, R3.AudioType = h3, I3), w3 = Bl(x3.prototype, "_duration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(x3.prototype, "_nativeDep", [ vh ], Object.getOwnPropertyDescriptor(x3.prototype, "_nativeDep"), x3.prototype), 
            x3)) || C3);
            m.AudioClip = M3;
            function B3(t, e, i) {
              E3.load(t, {
                audioLoadMode: e.audioLoadMode
              }).then((e => {
                const s = {
                  player: e,
                  url: t,
                  duration: e.duration,
                  type: e.type
                };
                i(null, s);
              })).catch((t => {
                i(t);
              }));
            }
            function D3(t, e, i, s) {
              const n = new M3;
              n._nativeUrl = t;
              n._nativeAsset = e;
              n._duration = e.duration;
              s(null, n);
            }
            Jw.register({
              ".mp3": B3,
              ".ogg": B3,
              ".wav": B3,
              ".m4a": B3
            });
            sR.register({
              ".mp3": D3,
              ".ogg": D3,
              ".wav": D3,
              ".m4a": D3
            });
            const P3 = new class {
              constructor() {
                this._oneShotAudioInfoList = [];
                this._audioPlayerInfoList = [];
              }
              _findIndex(t, e) {
                return t.findIndex((t => t.audio === e));
              }
              _tryAddPlaying(t, e) {
                const i = this._findIndex(t, e);
                if (i > -1) {
                  t[i].playTime = performance.now();
                  return !1;
                }
                t.push({
                  audio: e,
                  playTime: performance.now()
                });
                return !0;
              }
              addPlaying(t) {
                if (t instanceof E3) {
                  if (this._tryAddPlaying(this._audioPlayerInfoList, t)) return;
                } else this._tryAddPlaying(this._oneShotAudioInfoList, t);
              }
              _tryRemovePlaying(t, e) {
                const i = this._findIndex(t, e);
                if (-1 === i) return !1;
                ot(t, i);
                return !0;
              }
              removePlaying(t) {
                if (t instanceof E3) {
                  if (this._tryRemovePlaying(this._audioPlayerInfoList, t)) return;
                } else this._tryRemovePlaying(this._oneShotAudioInfoList, t);
              }
              discardOnePlayingIfNeeded() {
                if (this._audioPlayerInfoList.length + this._oneShotAudioInfoList.length < E3.maxAudioChannel) return;
                let t;
                this._oneShotAudioInfoList.length > 0 ? this._oneShotAudioInfoList.forEach((e => {
                  (!t || e.playTime < t.playTime) && (t = e);
                })) : this._audioPlayerInfoList.forEach((e => {
                  (!t || e.playTime < t.playTime) && (t = e);
                }));
                if (t) {
                  t.audio.stop();
                  this.removePlaying(t.audio);
                }
              }
            };
            var O3, N3, L3, F3, V3, k3, U3, G3, z3, H3, j3, X3, W3, Y3, q3, K3, J3, Z3;
            const Q3 = "audiosource-loaded";
            var $3;
            !function(t) {
              t.STARTED = "started";
              t.ENDED = "ended";
            }($3 || ($3 = {}));
            let t5 = function(e) {
              return t({
                AudioSource: e,
                AudioSourceComponent: e
              }), e;
            }((O3 = Ul("cc.AudioSource"), N3 = sh(), L3 = $l(), F3 = Th(M3), V3 = Th(M3), k3 = lh(), 
            U3 = lh(), G3 = lh(), z3 = hh(), H3 = lh(), O3(j3 = N3(j3 = L3(j3 = (X3 = (Z3 = J3 = class t extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_clip", W3, this);
                this._player = null;
                Ml(this, "_loop", Y3, this);
                Ml(this, "_playOnAwake", q3, this);
                Ml(this, "_volume", K3, this);
                this._cachedCurrentTime = 0;
                this._operationsBeforeLoading = [];
                this._isLoaded = !1;
                this._lastSetClip = null;
              }
              static get maxAudioChannel() {
                return E3.maxAudioChannel;
              }
              set clip(t) {
                if (t !== this._clip) {
                  this._clip = t;
                  this._syncPlayer();
                }
              }
              get clip() {
                return this._clip;
              }
              _syncPlayer() {
                const t = this._clip;
                this._isLoaded = !1;
                if (this._lastSetClip !== t) if (t) if (t._nativeAsset) {
                  this._lastSetClip = t;
                  this._operationsBeforeLoading.length = 0;
                  E3.load(t._nativeAsset.url, {
                    audioLoadMode: t.loadMode
                  }).then((e => {
                    var i;
                    if (this._lastSetClip === t) {
                      this._isLoaded = !0;
                      if (this._player) {
                        P3.removePlaying(this._player);
                        this._player.offEnded();
                        this._player.offInterruptionBegin();
                        this._player.offInterruptionEnd();
                        this._player.destroy();
                      }
                      this._player = e;
                      e.onEnded((() => {
                        var t;
                        P3.removePlaying(e);
                        null === (t = this.node) || void 0 === t || t.emit($3.ENDED, this);
                      }));
                      e.onInterruptionBegin((() => {
                        P3.removePlaying(e);
                      }));
                      e.onInterruptionEnd((() => {
                        P3.addPlaying(e);
                      }));
                      this._syncStates();
                      null === (i = this.node) || void 0 === i || i.emit(Q3);
                    } else e.destroy();
                  })).catch((t => {}));
                } else console.error("Invalid audio clip"); else this._lastSetClip = null;
              }
              set loop(t) {
                this._loop = t;
                this._player && (this._player.loop = t);
              }
              get loop() {
                return this._loop;
              }
              set playOnAwake(t) {
                this._playOnAwake = t;
              }
              get playOnAwake() {
                return this._playOnAwake;
              }
              set volume(t) {
                if (Number.isNaN(t)) console.warn("illegal audio volume!"); else {
                  t = _i(t, 0, 1);
                  if (this._player) {
                    this._player.volume = t;
                    this._volume = this._player.volume;
                  } else this._volume = t;
                }
              }
              get volume() {
                return this._volume;
              }
              onLoad() {
                this._syncPlayer();
              }
              onEnable() {
                this._playOnAwake && !this.playing && this.play();
              }
              onDisable() {
                const t = this._getRootNode();
                (null == t ? void 0 : t._persistNode) || this.pause();
              }
              onDestroy() {
                var t;
                this.stop();
                null === (t = this._player) || void 0 === t || t.destroy();
                this._player = null;
              }
              getPCMData(t) {
                return new Promise((e => {
                  if (0 === t || 1 === t) if (this._player) e(this._player.getPCMData(t)); else {
                    var i;
                    null === (i = this.node) || void 0 === i || i.once(Q3, (() => {
                      var i;
                      e(null === (i = this._player) || void 0 === i ? void 0 : i.getPCMData(t));
                    }));
                  } else {
                    console.warn("Only support channel index 0 or 1 to get buffer");
                    e(void 0);
                  }
                }));
              }
              getSampleRate() {
                return new Promise((t => {
                  if (this._player) t(this._player.sampleRate); else {
                    var e;
                    null === (e = this.node) || void 0 === e || e.once(Q3, (() => {
                      t(this._player.sampleRate);
                    }));
                  }
                }));
              }
              _getRootNode() {
                var t, e;
                let i = this.node;
                let s = null === (t = i) || void 0 === t || null === (e = t.parent) || void 0 === e ? void 0 : e.parent;
                for (;s; ) {
                  var n, r, o;
                  i = null === (n = i) || void 0 === n ? void 0 : n.parent;
                  s = null === (r = i) || void 0 === r || null === (o = r.parent) || void 0 === o ? void 0 : o.parent;
                }
                return i;
              }
              play() {
                var t;
                if (!this._isLoaded && this.clip) {
                  this._operationsBeforeLoading.push("play");
                  return;
                }
                P3.discardOnePlayingIfNeeded();
                if (this.state === c3.PLAYING) {
                  var e;
                  null === (e = this._player) || void 0 === e || e.stop().catch((t => {}));
                }
                const i = this._player;
                null === (t = this._player) || void 0 === t || t.play().then((() => {
                  var t;
                  P3.addPlaying(i);
                  null === (t = this.node) || void 0 === t || t.emit($3.STARTED, this);
                })).catch((t => {}));
              }
              pause() {
                var t;
                if (!this._isLoaded && this.clip) {
                  this._operationsBeforeLoading.push("pause");
                  return;
                }
                const e = this._player;
                null === (t = this._player) || void 0 === t || t.pause().then((() => {
                  P3.removePlaying(e);
                })).catch((t => {}));
              }
              stop() {
                var t;
                if (!this._isLoaded && this.clip) {
                  this._operationsBeforeLoading.push("stop");
                  return;
                }
                const e = this._player;
                null === (t = this._player) || void 0 === t || t.stop().then((() => {
                  P3.removePlaying(e);
                })).catch((t => {}));
              }
              playOneShot(t, e = 1) {
                t._nativeAsset ? E3.loadOneShotAudio(t._nativeAsset.url, this._volume * e, {
                  audioLoadMode: t.loadMode
                }).then((t => {
                  P3.discardOnePlayingIfNeeded();
                  t.onPlay = () => {
                    P3.addPlaying(t);
                  };
                  t.onEnd = () => {
                    P3.removePlaying(t);
                  };
                  t.play();
                })).catch((t => {})) : console.error("Invalid audio clip");
              }
              _syncStates() {
                this._player && this._player.seek(this._cachedCurrentTime).then((() => {
                  if (this._player) {
                    this._player.loop = this._loop;
                    this._player.volume = this._volume;
                    this._operationsBeforeLoading.forEach((t => {
                      var e;
                      null === (e = this[t]) || void 0 === e || e.call(this);
                    }));
                    this._operationsBeforeLoading.length = 0;
                  }
                })).catch((t => {}));
              }
              set currentTime(t) {
                var e;
                if (Number.isNaN(t)) console.warn("illegal audio time!"); else {
                  t = _i(t, 0, this.duration);
                  this._cachedCurrentTime = t;
                  null === (e = this._player) || void 0 === e || e.seek(this._cachedCurrentTime).catch((t => {}));
                }
              }
              get currentTime() {
                return this._player ? this._player.currentTime : this._cachedCurrentTime;
              }
              get duration() {
                var t, e;
                return null !== (t = null === (e = this._clip) || void 0 === e ? void 0 : e.getDuration()) && void 0 !== t ? t : this._player ? this._player.duration : 0;
              }
              get state() {
                return this._player ? this._player.state : c3.INIT;
              }
              get playing() {
                return this.state === t.AudioState.PLAYING;
              }
            }, J3.AudioState = c3, J3.EventType = $3, Z3), W3 = Bl(X3.prototype, "_clip", [ F3 ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Y3 = Bl(X3.prototype, "_loop", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), q3 = Bl(X3.prototype, "_playOnAwake", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), K3 = Bl(X3.prototype, "_volume", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Bl(X3.prototype, "clip", [ V3, k3 ], Object.getOwnPropertyDescriptor(X3.prototype, "clip"), X3.prototype), 
            Bl(X3.prototype, "loop", [ U3 ], Object.getOwnPropertyDescriptor(X3.prototype, "loop"), X3.prototype), 
            Bl(X3.prototype, "playOnAwake", [ G3 ], Object.getOwnPropertyDescriptor(X3.prototype, "playOnAwake"), X3.prototype), 
            Bl(X3.prototype, "volume", [ z3, H3 ], Object.getOwnPropertyDescriptor(X3.prototype, "volume"), X3.prototype), 
            X3)) || j3) || j3) || j3));
            W(M3, "AudioClip", [ {
              name: "PlayingState",
              newName: "AudioState",
              target: t5,
              targetName: "AudioSource"
            } ]);
            q(M3.prototype, "AudioClip.prototype", [ "state", "play", "pause", "stop", "playOneShot", "setCurrentTime", "setVolume", "setLoop", "getCurrentTime", "getVolume", "getLoop" ].map((t => ({
              name: t,
              suggest: `please use AudioSource.prototype.${t} instead`
            }))));
            m.AudioSourceComponent = t5;
            ee.setClassAlias(t5, "cc.AudioSourceComponent");
            m.log = E;
            m.warn = C;
            m.error = x;
            m.assert = w;
            m._throw = M;
            m.logID = P;
            m.warnID = N;
            m.errorID = F;
            m.assertID = k;
            m.debug = j;
            m.path = {
              join: sc,
              extname: nc,
              mainFileName: rc,
              basename: oc,
              dirname: ac,
              changeExtname: lc,
              changeBasename: hc,
              _normalize: cc,
              stripSep: uc,
              get sep() {
                return _c();
              }
            };
            class e5 {
              constructor(t) {
                this.poolHandlerComp = void 0;
                this._pool = void 0;
                this.poolHandlerComp = t;
                this._pool = [];
              }
              size() {
                return this._pool.length;
              }
              clear() {
                const t = this._pool.length;
                for (let e = 0; e < t; ++e) this._pool[e].destroy();
                this._pool.length = 0;
              }
              put(t) {
                if (t && -1 === this._pool.indexOf(t)) {
                  t.removeFromParent();
                  const e = this.poolHandlerComp ? t.getComponent(this.poolHandlerComp) : null;
                  e && e.unuse && e.unuse();
                  this._pool.push(t);
                }
              }
              get(...t) {
                const e = this._pool.length - 1;
                if (e < 0) return null;
                {
                  const t = this._pool[e];
                  this._pool.length = e;
                  const i = this.poolHandlerComp ? t.getComponent(this.poolHandlerComp) : null;
                  i && i.reuse && i.reuse(arguments);
                  return t;
                }
              }
            }
            t("NodePool", e5);
            m.NodePool = e5;
            var i5, s5;
            const n5 = null !== (i5 = globalThis.jsb) && void 0 !== i5 ? i5 : {};
            {
              Object.defineProperty(n5, "reflection", {
                get() {
                  if (void 0 !== n5.__bridge) return n5.__bridge;
                  !globalThis.JavascriptJavaBridge || Vo.os !== Vo.OS.ABC && Vo.os !== Vo.OS.OHOS ? !globalThis.JavaScriptObjCBridge || Vo.os !== Vo.OS.IOS && Vo.os !== Vo.OS.OSX ? n5.__bridge = null : n5.__bridge = new globalThis.JavaScriptObjCBridge : n5.__bridge = new globalThis.JavascriptJavaBridge;
                  return n5.__bridge;
                },
                enumerable: !0,
                configurable: !0,
                set(t) {
                  n5.__bridge = t;
                }
              });
              Object.defineProperty(n5, "bridge", {
                get() {
                  if (void 0 !== n5.__ccbridge) return n5.__ccbridge;
                  window.ScriptNativeBridge && Vo.os === Vo.OS.ABC || Vo.os === Vo.OS.IOS || Vo.os === Vo.OS.OSX || Vo.os === Vo.OS.OHOS ? n5.__ccbridge = new ScriptNativeBridge : n5.__ccbridge = null;
                  return n5.__ccbridge;
                },
                enumerable: !0,
                configurable: !0,
                set(t) {
                  n5.__ccbridge = t;
                }
              });
              const t = {
                eventMap: new Map,
                addNativeEventListener(t, e) {
                  this.eventMap.get(t) || this.eventMap.set(t, []);
                  const i = this.eventMap.get(t);
                  i.find(e) || i.push(e);
                },
                dispatchEventToNative(t, e) {
                  n5.bridge.sendToNative(t, e);
                },
                removeAllListenersForEvent(t) {
                  return this.eventMap.delete(t);
                },
                removeNativeEventListener(t, e) {
                  const i = this.eventMap.get(t);
                  if (!i) return !1;
                  for (let t = 0, s = i.length; t < s; t++) if (i[t] === e) {
                    i.splice(t, 1);
                    return !0;
                  }
                  return !0;
                },
                removeAllListeners() {
                  this.eventMap.clear();
                },
                triggerEvent(t, e) {
                  const i = this.eventMap.get(t);
                  i ? i.map((t => t.call(null, e))) : console.error(`${t} does not exist`);
                }
              };
              Object.defineProperty(n5, "jsbBridgeWrapper", {
                get() {
                  if (void 0 !== n5.__JsbBridgeWrapper) return n5.__JsbBridgeWrapper;
                  if (window.ScriptNativeBridge && Vo.os === Vo.OS.ABC || Vo.os === Vo.OS.IOS || Vo.os === Vo.OS.OSX || Vo.os === Vo.OS.OHOS) {
                    n5.__JsbBridgeWrapper = t;
                    n5.bridge.onNative = (t, e) => {
                      console.log(`Trigger event: ${t} with argeter: ${e}`);
                      n5.__JsbBridgeWrapper.triggerEvent(t, e);
                    };
                  } else n5.__JsbBridgeWrapper = null;
                  return n5.__JsbBridgeWrapper;
                },
                enumerable: !0,
                configurable: !0,
                set(t) {
                  n5.__JsbBridgeWrapper = t;
                }
              });
              const e = n5.saveImageData;
              n5.saveImageData = (t, i, s, n) => new Promise(((r, o) => {
                e(t, i, s, n, (t => {
                  t ? r() : o();
                }));
              }));
            }
            t("native", {
              DownloaderHints: n5.DownloaderHints,
              Downloader: n5.Downloader,
              zipUtils: n5.zipUtils,
              fileUtils: n5.fileUtils,
              DebugRenderer: n5.DebugRenderer,
              copyTextToClipboard: null === (s5 = n5.copyTextToClipboard) || void 0 === s5 ? void 0 : s5.bind(n5),
              garbageCollect: n5.garbageCollect,
              reflection: n5.reflection,
              bridge: n5.bridge,
              jsbBridgeWrapper: n5.jsbBridgeWrapper,
              AssetsManager: n5.AssetsManager,
              EventAssetsManager: n5.EventAssetsManager,
              Manifest: n5.Manifest,
              saveImageData: n5.saveImageData
            });
            m.renderer = EO;
            var r5 = o5 = Object.setPrototypeOf || {
              __proto__: []
            } instanceof Array && function(t, e) {
              t.__proto__ = e;
            } || function(t, e) {
              for (var i in e) e.hasOwnProperty(i) && (t[i] = e[i]);
            };
            var o5;
            let a5 = {};
            a5 || (a5 = {});
            !function(t) {
              var e = function() {
                function e(i) {
                  this._clock = new t.WorldClock;
                  this._events = [];
                  this._objects = [];
                  this._eventManager = null;
                  this._eventManager = i;
                  console.info("DragonBones: " + e.VERSION + "\nWebsite: http://dragonbones.com/\nSource and Demo: https://github.com/DragonBones/");
                }
                e.prototype.advanceTime = function(e) {
                  if (this._objects.length > 0) {
                    for (var i = 0, s = this._objects; i < s.length; i++) {
                      s[i].returnToPool();
                    }
                    this._objects.length = 0;
                  }
                  this._clock.advanceTime(e);
                  if (this._events.length > 0) {
                    for (var n = 0; n < this._events.length; ++n) {
                      var r = this._events[n];
                      var o = r.armature;
                      if (null !== o._armatureData) {
                        o.eventDispatcher.dispatchDBEvent(r.type, r);
                        r.type === t.EventObject.SOUND_EVENT && this._eventManager.dispatchDBEvent(r.type, r);
                      }
                      this.bufferObject(r);
                    }
                    this._events.length = 0;
                  }
                };
                e.prototype.bufferEvent = function(t) {
                  this._events.indexOf(t) < 0 && this._events.push(t);
                };
                e.prototype.bufferObject = function(t) {
                  this._objects.indexOf(t) < 0 && this._objects.push(t);
                };
                Object.defineProperty(e.prototype, "clock", {
                  get: function() {
                    return this._clock;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(e.prototype, "eventManager", {
                  get: function() {
                    return this._eventManager;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                e.VERSION = "5.6.300";
                e.yDown = !1;
                e.debug = !1;
                e.debugDraw = !1;
                e.webAssembly = !1;
                return e;
              }();
              t.DragonBones = e;
            }(a5 || (a5 = {}));
            console.warn || (console.warn = function() {});
            console.assert || (console.assert = function() {});
            Date.now || (Date.now = function() {
              return (new Date).getTime();
            });
            r5 = function(t, e) {
              function i() {
                this.constructor = t;
              }
              for (var s in e) e.hasOwnProperty(s) && (t[s] = e[s]);
              i.prototype = e.prototype, t.prototype = new i;
            };
            !function(t) {
              var e = function() {
                function t() {
                  this.hashCode = t._hashCode++;
                  this._isInPool = !1;
                }
                t._returnObject = function(e) {
                  var i = String(e.constructor);
                  var s = i in t._maxCountMap ? t._maxCountMap[i] : t._defaultMaxCount;
                  var n = t._poolsMap[i] = t._poolsMap[i] || [];
                  if (n.length < s) if (e._isInPool) console.warn("The object is already in the pool."); else {
                    e._isInPool = !0;
                    n.push(e);
                  }
                };
                t.toString = function() {
                  throw new Error;
                };
                t.setMaxCount = function(e, i) {
                  (i < 0 || i != i) && (i = 0);
                  if (null !== e) {
                    null !== (n = (s = String(e)) in t._poolsMap ? t._poolsMap[s] : null) && n.length > i && (n.length = i);
                    t._maxCountMap[s] = i;
                  } else {
                    t._defaultMaxCount = i;
                    for (var s in t._poolsMap) {
                      var n;
                      (n = t._poolsMap[s]).length > i && (n.length = i);
                      s in t._maxCountMap && (t._maxCountMap[s] = i);
                    }
                  }
                };
                t.clearPool = function(e) {
                  void 0 === e && (e = null);
                  if (null !== e) {
                    var i = String(e);
                    null !== (n = i in t._poolsMap ? t._poolsMap[i] : null) && n.length > 0 && (n.length = 0);
                  } else for (var s in t._poolsMap) {
                    var n;
                    (n = t._poolsMap[s]).length = 0;
                  }
                };
                t.borrowObject = function(e) {
                  var i = String(e);
                  var s = i in t._poolsMap ? t._poolsMap[i] : null;
                  if (null !== s && s.length > 0) {
                    var n = s.pop();
                    n._isInPool = !1;
                    return n;
                  }
                  var r = new e;
                  r._onClear();
                  return r;
                };
                t.prototype.returnToPool = function() {
                  this._onClear();
                  t._returnObject(this);
                };
                t._hashCode = 0;
                t._defaultMaxCount = 3e3;
                t._maxCountMap = {};
                t._poolsMap = {};
                return t;
              }();
              t.BaseObject = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t(t, e, i, s, n, r) {
                  void 0 === t && (t = 1);
                  void 0 === e && (e = 0);
                  void 0 === i && (i = 0);
                  void 0 === s && (s = 1);
                  void 0 === n && (n = 0);
                  void 0 === r && (r = 0);
                  this.a = t;
                  this.b = e;
                  this.c = i;
                  this.d = s;
                  this.tx = n;
                  this.ty = r;
                }
                t.prototype.toString = function() {
                  return "[object dragonBones.Matrix] a:" + this.a + " b:" + this.b + " c:" + this.c + " d:" + this.d + " tx:" + this.tx + " ty:" + this.ty;
                };
                t.prototype.copyFrom = function(t) {
                  this.a = t.a;
                  this.b = t.b;
                  this.c = t.c;
                  this.d = t.d;
                  this.tx = t.tx;
                  this.ty = t.ty;
                  return this;
                };
                t.prototype.copyFromArray = function(t, e) {
                  void 0 === e && (e = 0);
                  this.a = t[e];
                  this.b = t[e + 1];
                  this.c = t[e + 2];
                  this.d = t[e + 3];
                  this.tx = t[e + 4];
                  this.ty = t[e + 5];
                  return this;
                };
                t.prototype.identity = function() {
                  this.a = this.d = 1;
                  this.b = this.c = 0;
                  this.tx = this.ty = 0;
                  return this;
                };
                t.prototype.concat = function(t) {
                  var e = this.a * t.a;
                  var i = 0;
                  var s = 0;
                  var n = this.d * t.d;
                  var r = this.tx * t.a + t.tx;
                  var o = this.ty * t.d + t.ty;
                  if (0 !== this.b || 0 !== this.c) {
                    e += this.b * t.c;
                    i += this.b * t.d;
                    s += this.c * t.a;
                    n += this.c * t.b;
                  }
                  if (0 !== t.b || 0 !== t.c) {
                    i += this.a * t.b;
                    s += this.d * t.c;
                    r += this.ty * t.c;
                    o += this.tx * t.b;
                  }
                  this.a = e;
                  this.b = i;
                  this.c = s;
                  this.d = n;
                  this.tx = r;
                  this.ty = o;
                  return this;
                };
                t.prototype.invert = function() {
                  var t = this.a;
                  var e = this.b;
                  var i = this.c;
                  var s = this.d;
                  var n = this.tx;
                  var r = this.ty;
                  if (0 === e && 0 === i) {
                    this.b = this.c = 0;
                    if (0 === t || 0 === s) this.a = this.b = this.tx = this.ty = 0; else {
                      t = this.a = 1 / t;
                      s = this.d = 1 / s;
                      this.tx = -t * n;
                      this.ty = -s * r;
                    }
                    return this;
                  }
                  var o = t * s - e * i;
                  if (0 === o) {
                    this.a = this.d = 1;
                    this.b = this.c = 0;
                    this.tx = this.ty = 0;
                    return this;
                  }
                  o = 1 / o;
                  var a = this.a = s * o;
                  e = this.b = -e * o;
                  i = this.c = -i * o;
                  s = this.d = t * o;
                  this.tx = -(a * n + i * r);
                  this.ty = -(e * n + s * r);
                  return this;
                };
                t.prototype.transformPoint = function(t, e, i, s) {
                  void 0 === s && (s = !1);
                  i.x = this.a * t + this.c * e;
                  i.y = this.b * t + this.d * e;
                  if (!s) {
                    i.x += this.tx;
                    i.y += this.ty;
                  }
                };
                t.prototype.transformRectangle = function(t, e) {
                  void 0 === e && (e = !1);
                  var i = this.a;
                  var s = this.b;
                  var n = this.c;
                  var r = this.d;
                  var o = e ? 0 : this.tx;
                  var a = e ? 0 : this.ty;
                  var l = t.x;
                  var h = t.y;
                  var c = l + t.width;
                  var u = h + t.height;
                  var _ = i * l + n * h + o;
                  var d = s * l + r * h + a;
                  var p = i * c + n * h + o;
                  var m = s * c + r * h + a;
                  var f = i * c + n * u + o;
                  var g = s * c + r * u + a;
                  var y = i * l + n * u + o;
                  var b = s * l + r * u + a;
                  var S = 0;
                  if (_ > p) {
                    S = _;
                    _ = p;
                    p = S;
                  }
                  if (f > y) {
                    S = f;
                    f = y;
                    y = S;
                  }
                  t.x = Math.floor(_ < f ? _ : f);
                  t.width = Math.ceil((p > y ? p : y) - t.x);
                  if (d > m) {
                    S = d;
                    d = m;
                    m = S;
                  }
                  if (g > b) {
                    S = g;
                    g = b;
                    b = S;
                  }
                  t.y = Math.floor(d < g ? d : g);
                  t.height = Math.ceil((m > b ? m : b) - t.y);
                };
                return t;
              }();
              t.Matrix = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t(t, e, i, s, n, r) {
                  void 0 === t && (t = 0);
                  void 0 === e && (e = 0);
                  void 0 === i && (i = 0);
                  void 0 === s && (s = 0);
                  void 0 === n && (n = 1);
                  void 0 === r && (r = 1);
                  this.x = t;
                  this.y = e;
                  this.skew = i;
                  this.rotation = s;
                  this.scaleX = n;
                  this.scaleY = r;
                }
                t.normalizeRadian = function(t) {
                  t = (t + Math.PI) % (2 * Math.PI);
                  return t += t > 0 ? -Math.PI : Math.PI;
                };
                t.prototype.toString = function() {
                  return "[object dragonBones.Transform] x:" + this.x + " y:" + this.y + " skewX:" + 180 * this.skew / Math.PI + " skewY:" + 180 * this.rotation / Math.PI + " scaleX:" + this.scaleX + " scaleY:" + this.scaleY;
                };
                t.prototype.copyFrom = function(t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.skew = t.skew;
                  this.rotation = t.rotation;
                  this.scaleX = t.scaleX;
                  this.scaleY = t.scaleY;
                  return this;
                };
                t.prototype.identity = function() {
                  this.x = this.y = 0;
                  this.skew = this.rotation = 0;
                  this.scaleX = this.scaleY = 1;
                  return this;
                };
                t.prototype.add = function(t) {
                  this.x += t.x;
                  this.y += t.y;
                  this.skew += t.skew;
                  this.rotation += t.rotation;
                  this.scaleX *= t.scaleX;
                  this.scaleY *= t.scaleY;
                  return this;
                };
                t.prototype.minus = function(t) {
                  this.x -= t.x;
                  this.y -= t.y;
                  this.skew -= t.skew;
                  this.rotation -= t.rotation;
                  this.scaleX /= t.scaleX;
                  this.scaleY /= t.scaleY;
                  return this;
                };
                t.prototype.fromMatrix = function(e) {
                  var i = this.scaleX, s = this.scaleY;
                  var n = t.PI_Q;
                  this.x = e.tx;
                  this.y = e.ty;
                  this.rotation = Math.atan(e.b / e.a);
                  var r = Math.atan(-e.c / e.d);
                  this.scaleX = this.rotation > -n && this.rotation < n ? e.a / Math.cos(this.rotation) : e.b / Math.sin(this.rotation);
                  this.scaleY = r > -n && r < n ? e.d / Math.cos(r) : -e.c / Math.sin(r);
                  if (i >= 0 && this.scaleX < 0) {
                    this.scaleX = -this.scaleX;
                    this.rotation = this.rotation - Math.PI;
                  }
                  if (s >= 0 && this.scaleY < 0) {
                    this.scaleY = -this.scaleY;
                    r -= Math.PI;
                  }
                  this.skew = r - this.rotation;
                  return this;
                };
                t.prototype.toMatrix = function(t) {
                  if (0 === this.rotation) {
                    t.a = 1;
                    t.b = 0;
                  } else {
                    t.a = Math.cos(this.rotation);
                    t.b = Math.sin(this.rotation);
                  }
                  if (0 === this.skew) {
                    t.c = -t.b;
                    t.d = t.a;
                  } else {
                    t.c = -Math.sin(this.skew + this.rotation);
                    t.d = Math.cos(this.skew + this.rotation);
                  }
                  if (1 !== this.scaleX) {
                    t.a *= this.scaleX;
                    t.b *= this.scaleX;
                  }
                  if (1 !== this.scaleY) {
                    t.c *= this.scaleY;
                    t.d *= this.scaleY;
                  }
                  t.tx = this.x;
                  t.ty = this.y;
                  return this;
                };
                t.PI = Math.PI;
                t.PI_D = 2 * Math.PI;
                t.PI_H = Math.PI / 2;
                t.PI_Q = Math.PI / 4;
                t.RAD_DEG = 180 / Math.PI;
                t.DEG_RAD = Math.PI / 180;
                return t;
              }();
              t.Transform = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t(t, e, i, s, n, r, o, a) {
                  void 0 === t && (t = 1);
                  void 0 === e && (e = 1);
                  void 0 === i && (i = 1);
                  void 0 === s && (s = 1);
                  void 0 === n && (n = 0);
                  void 0 === r && (r = 0);
                  void 0 === o && (o = 0);
                  void 0 === a && (a = 0);
                  this.alphaMultiplier = t;
                  this.redMultiplier = e;
                  this.greenMultiplier = i;
                  this.blueMultiplier = s;
                  this.alphaOffset = n;
                  this.redOffset = r;
                  this.greenOffset = o;
                  this.blueOffset = a;
                }
                t.prototype.copyFrom = function(t) {
                  this.alphaMultiplier = t.alphaMultiplier;
                  this.redMultiplier = t.redMultiplier;
                  this.greenMultiplier = t.greenMultiplier;
                  this.blueMultiplier = t.blueMultiplier;
                  this.alphaOffset = t.alphaOffset;
                  this.redOffset = t.redOffset;
                  this.greenOffset = t.greenOffset;
                  this.blueOffset = t.blueOffset;
                };
                t.prototype.identity = function() {
                  this.alphaMultiplier = this.redMultiplier = this.greenMultiplier = this.blueMultiplier = 1;
                  this.alphaOffset = this.redOffset = this.greenOffset = this.blueOffset = 0;
                };
                return t;
              }();
              t.ColorTransform = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t(t, e) {
                  void 0 === t && (t = 0);
                  void 0 === e && (e = 0);
                  this.x = t;
                  this.y = e;
                }
                t.prototype.copyFrom = function(t) {
                  this.x = t.x;
                  this.y = t.y;
                };
                t.prototype.clear = function() {
                  this.x = this.y = 0;
                };
                return t;
              }();
              t.Point = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t(t, e, i, s) {
                  void 0 === t && (t = 0);
                  void 0 === e && (e = 0);
                  void 0 === i && (i = 0);
                  void 0 === s && (s = 0);
                  this.x = t;
                  this.y = e;
                  this.width = i;
                  this.height = s;
                }
                t.prototype.copyFrom = function(t) {
                  this.x = t.x;
                  this.y = t.y;
                  this.width = t.width;
                  this.height = t.height;
                };
                t.prototype.clear = function() {
                  this.x = this.y = 0;
                  this.width = this.height = 0;
                };
                return t;
              }();
              t.Rectangle = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.ints = [];
                  e.floats = [];
                  e.strings = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.UserData]";
                };
                e.prototype._onClear = function() {
                  this.ints.length = 0;
                  this.floats.length = 0;
                  this.strings.length = 0;
                };
                e.prototype.addInt = function(t) {
                  this.ints.push(t);
                };
                e.prototype.addFloat = function(t) {
                  this.floats.push(t);
                };
                e.prototype.addString = function(t) {
                  this.strings.push(t);
                };
                e.prototype.getInt = function(t) {
                  void 0 === t && (t = 0);
                  return t >= 0 && t < this.ints.length ? this.ints[t] : 0;
                };
                e.prototype.getFloat = function(t) {
                  void 0 === t && (t = 0);
                  return t >= 0 && t < this.floats.length ? this.floats[t] : 0;
                };
                e.prototype.getString = function(t) {
                  void 0 === t && (t = 0);
                  return t >= 0 && t < this.strings.length ? this.strings[t] : "";
                };
                return e;
              }(t.BaseObject);
              t.UserData = e;
              var i = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.data = null;
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.ActionData]";
                };
                e.prototype._onClear = function() {
                  null !== this.data && this.data.returnToPool();
                  this.type = 0;
                  this.name = "";
                  this.bone = null;
                  this.slot = null;
                  this.data = null;
                };
                return e;
              }(t.BaseObject);
              t.ActionData = i;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.frameIndices = [];
                  e.cachedFrames = [];
                  e.armatureNames = [];
                  e.armatures = {};
                  e.userData = null;
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.DragonBonesData]";
                };
                e.prototype._onClear = function() {
                  for (var t in this.armatures) {
                    this.armatures[t].returnToPool();
                    delete this.armatures[t];
                  }
                  null !== this.userData && this.userData.returnToPool();
                  this.autoSearch = !1;
                  this.frameRate = 0;
                  this.version = "";
                  this.name = "";
                  this.stage = null;
                  this.frameIndices.length = 0;
                  this.cachedFrames.length = 0;
                  this.armatureNames.length = 0;
                  this.binary = null;
                  this.intArray = null;
                  this.floatArray = null;
                  this.frameIntArray = null;
                  this.frameFloatArray = null;
                  this.frameArray = null;
                  this.timelineArray = null;
                  this.userData = null;
                };
                e.prototype.addArmature = function(t) {
                  if (t.name in this.armatures) console.warn("Same armature: " + t.name); else {
                    t.parent = this;
                    this.armatures[t.name] = t;
                    this.armatureNames.push(t.name);
                  }
                };
                e.prototype.getArmature = function(t) {
                  return t in this.armatures ? this.armatures[t] : null;
                };
                e.prototype.dispose = function() {
                  console.warn("已废弃");
                  this.returnToPool();
                };
                return e;
              }(t.BaseObject);
              t.DragonBonesData = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.aabb = new t.Rectangle;
                  i.animationNames = [];
                  i.sortedBones = [];
                  i.sortedSlots = [];
                  i.defaultActions = [];
                  i.actions = [];
                  i.bones = {};
                  i.slots = {};
                  i.constraints = {};
                  i.skins = {};
                  i.animations = {};
                  i.canvas = null;
                  i.userData = null;
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.ArmatureData]";
                };
                i.prototype._onClear = function() {
                  for (var t = 0, e = this.defaultActions; t < e.length; t++) {
                    e[t].returnToPool();
                  }
                  for (var i = 0, s = this.actions; i < s.length; i++) {
                    s[i].returnToPool();
                  }
                  for (var n in this.bones) {
                    this.bones[n].returnToPool();
                    delete this.bones[n];
                  }
                  for (var n in this.slots) {
                    this.slots[n].returnToPool();
                    delete this.slots[n];
                  }
                  for (var n in this.constraints) {
                    this.constraints[n].returnToPool();
                    delete this.constraints[n];
                  }
                  for (var n in this.skins) {
                    this.skins[n].returnToPool();
                    delete this.skins[n];
                  }
                  for (var n in this.animations) {
                    this.animations[n].returnToPool();
                    delete this.animations[n];
                  }
                  null !== this.canvas && this.canvas.returnToPool();
                  null !== this.userData && this.userData.returnToPool();
                  this.type = 0;
                  this.frameRate = 0;
                  this.cacheFrameRate = 0;
                  this.scale = 1;
                  this.name = "";
                  this.aabb.clear();
                  this.animationNames.length = 0;
                  this.sortedBones.length = 0;
                  this.sortedSlots.length = 0;
                  this.defaultActions.length = 0;
                  this.actions.length = 0;
                  this.defaultSkin = null;
                  this.defaultAnimation = null;
                  this.canvas = null;
                  this.userData = null;
                  this.parent = null;
                };
                i.prototype.sortBones = function() {
                  var t = this.sortedBones.length;
                  if (!(t <= 0)) {
                    var e = this.sortedBones.concat();
                    var i = 0;
                    var s = 0;
                    this.sortedBones.length = 0;
                    for (;s < t; ) {
                      var n = e[i++];
                      i >= t && (i = 0);
                      if (!(this.sortedBones.indexOf(n) >= 0)) {
                        var r = !1;
                        for (var o in this.constraints) {
                          var a = this.constraints[o];
                          if (a.root === n && this.sortedBones.indexOf(a.target) < 0) {
                            r = !0;
                            break;
                          }
                        }
                        if (!(r || null !== n.parent && this.sortedBones.indexOf(n.parent) < 0)) {
                          this.sortedBones.push(n);
                          s++;
                        }
                      }
                    }
                  }
                };
                i.prototype.cacheFrames = function(t) {
                  if (!(this.cacheFrameRate > 0)) {
                    this.cacheFrameRate = t;
                    for (var e in this.animations) this.animations[e].cacheFrames(this.cacheFrameRate);
                  }
                };
                i.prototype.setCacheFrame = function(t, e) {
                  var i = this.parent.cachedFrames;
                  var s = i.length;
                  i.length += 10;
                  i[s] = t.a;
                  i[s + 1] = t.b;
                  i[s + 2] = t.c;
                  i[s + 3] = t.d;
                  i[s + 4] = t.tx;
                  i[s + 5] = t.ty;
                  i[s + 6] = e.rotation;
                  i[s + 7] = e.skew;
                  i[s + 8] = e.scaleX;
                  i[s + 9] = e.scaleY;
                  return s;
                };
                i.prototype.getCacheFrame = function(t, e, i) {
                  var s = this.parent.cachedFrames;
                  t.a = s[i];
                  t.b = s[i + 1];
                  t.c = s[i + 2];
                  t.d = s[i + 3];
                  t.tx = s[i + 4];
                  t.ty = s[i + 5];
                  e.rotation = s[i + 6];
                  e.skew = s[i + 7];
                  e.scaleX = s[i + 8];
                  e.scaleY = s[i + 9];
                  e.x = t.tx;
                  e.y = t.ty;
                };
                i.prototype.addBone = function(t) {
                  if (t.name in this.bones) console.warn("Same bone: " + t.name); else {
                    this.bones[t.name] = t;
                    this.sortedBones.push(t);
                  }
                };
                i.prototype.addSlot = function(t) {
                  if (t.name in this.slots) console.warn("Same slot: " + t.name); else {
                    this.slots[t.name] = t;
                    this.sortedSlots.push(t);
                  }
                };
                i.prototype.addConstraint = function(t) {
                  t.name in this.constraints ? console.warn("Same constraint: " + t.name) : this.constraints[t.name] = t;
                };
                i.prototype.addSkin = function(t) {
                  if (t.name in this.skins) console.warn("Same skin: " + t.name); else {
                    t.parent = this;
                    this.skins[t.name] = t;
                    null === this.defaultSkin && (this.defaultSkin = t);
                    "default" === t.name && (this.defaultSkin = t);
                  }
                };
                i.prototype.addAnimation = function(t) {
                  if (t.name in this.animations) console.warn("Same animation: " + t.name); else {
                    t.parent = this;
                    this.animations[t.name] = t;
                    this.animationNames.push(t.name);
                    null === this.defaultAnimation && (this.defaultAnimation = t);
                  }
                };
                i.prototype.addAction = function(t, e) {
                  e ? this.defaultActions.push(t) : this.actions.push(t);
                };
                i.prototype.getBone = function(t) {
                  return t in this.bones ? this.bones[t] : null;
                };
                i.prototype.getSlot = function(t) {
                  return t in this.slots ? this.slots[t] : null;
                };
                i.prototype.getConstraint = function(t) {
                  return t in this.constraints ? this.constraints[t] : null;
                };
                i.prototype.getSkin = function(t) {
                  return t in this.skins ? this.skins[t] : null;
                };
                i.prototype.getMesh = function(t, e, i) {
                  var s = this.getSkin(t);
                  return null === s ? null : s.getDisplay(e, i);
                };
                i.prototype.getAnimation = function(t) {
                  return t in this.animations ? this.animations[t] : null;
                };
                return i;
              }(t.BaseObject);
              t.ArmatureData = e;
              var i = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.transform = new t.Transform;
                  i.userData = null;
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.BoneData]";
                };
                i.prototype._onClear = function() {
                  null !== this.userData && this.userData.returnToPool();
                  this.inheritTranslation = !1;
                  this.inheritRotation = !1;
                  this.inheritScale = !1;
                  this.inheritReflection = !1;
                  this.type = 0;
                  this.length = 0;
                  this.name = "";
                  this.transform.identity();
                  this.userData = null;
                  this.parent = null;
                };
                return i;
              }(t.BaseObject);
              t.BoneData = i;
              var s = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.vertices = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.SurfaceData]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.type = 1;
                  this.segmentX = 0;
                  this.segmentY = 0;
                  this.vertices.length = 0;
                };
                return e;
              }(i);
              t.SurfaceData = s;
              var n = function(e) {
                r5(i, e);
                function i() {
                  var t = null !== e && e.apply(this, arguments) || this;
                  t.color = null;
                  t.userData = null;
                  return t;
                }
                i.createColor = function() {
                  return new t.ColorTransform;
                };
                i.toString = function() {
                  return "[class dragonBones.SlotData]";
                };
                i.prototype._onClear = function() {
                  null !== this.userData && this.userData.returnToPool();
                  this.blendMode = 0;
                  this.displayIndex = 0;
                  this.zOrder = 0;
                  this.name = "";
                  this.color = null;
                  this.userData = null;
                  this.parent = null;
                };
                i.DEFAULT_COLOR = new t.ColorTransform;
                return i;
              }(t.BaseObject);
              t.SlotData = n;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype._onClear = function() {
                  this.order = 0;
                  this.name = "";
                  this.type = 0;
                  this.target = null;
                  this.root = null;
                  this.bone = null;
                };
                return e;
              }(t.BaseObject);
              t.ConstraintData = e;
              var i = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.IKConstraintData]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.scaleEnabled = !1;
                  this.bendPositive = !1;
                  this.weight = 1;
                };
                return e;
              }(e);
              t.IKConstraintData = i;
              var s = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.bones = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.PathConstraintData]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.pathSlot = null;
                  this.pathDisplayData = null;
                  this.bones.length = 0;
                  this.positionMode = 0;
                  this.spacingMode = 1;
                  this.rotateMode = 1;
                  this.position = 0;
                  this.spacing = 0;
                  this.rotateOffset = 0;
                  this.rotateMix = 0;
                  this.translateMix = 0;
                };
                e.prototype.AddBone = function(t) {
                  this.bones.push(t);
                };
                return e;
              }(e);
              t.PathConstraintData = s;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.CanvasData]";
                };
                e.prototype._onClear = function() {
                  this.hasBackground = !1;
                  this.color = 0;
                  this.x = 0;
                  this.y = 0;
                  this.width = 0;
                  this.height = 0;
                };
                return e;
              }(t.BaseObject);
              t.CanvasData = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.displays = {};
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.SkinData]";
                };
                e.prototype._onClear = function() {
                  for (var t in this.displays) {
                    for (var e = 0, i = this.displays[t]; e < i.length; e++) {
                      var s = i[e];
                      null !== s && s.returnToPool();
                    }
                    delete this.displays[t];
                  }
                  this.name = "";
                  this.parent = null;
                };
                e.prototype.addDisplay = function(t, e) {
                  t in this.displays || (this.displays[t] = []);
                  null !== e && (e.parent = this);
                  this.displays[t].push(e);
                };
                e.prototype.getDisplay = function(t, e) {
                  var i = this.getDisplays(t);
                  if (null !== i) for (var s = 0, n = i; s < n.length; s++) {
                    var r = n[s];
                    if (null !== r && r.name === e) return r;
                  }
                  return null;
                };
                e.prototype.getDisplays = function(t) {
                  return t in this.displays ? this.displays[t] : null;
                };
                return e;
              }(t.BaseObject);
              t.SkinData = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t() {
                  this.weight = null;
                }
                t.prototype.clear = function() {
                  this.isShared || null === this.weight || this.weight.returnToPool();
                  this.isShared = !1;
                  this.inheritDeform = !1;
                  this.offset = 0;
                  this.data = null;
                  this.weight = null;
                };
                t.prototype.shareFrom = function(t) {
                  this.isShared = !0;
                  this.offset = t.offset;
                  this.weight = t.weight;
                };
                return t;
              }();
              t.VerticesData = e;
              var i = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.transform = new t.Transform;
                  return i;
                }
                i.prototype._onClear = function() {
                  this.name = "";
                  this.path = "";
                  this.transform.identity();
                  this.parent = null;
                };
                return i;
              }(t.BaseObject);
              t.DisplayData = i;
              var s = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.pivot = new t.Point;
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.ImageDisplayData]";
                };
                i.prototype._onClear = function() {
                  e.prototype._onClear.call(this);
                  this.type = 0;
                  this.pivot.clear();
                  this.texture = null;
                };
                return i;
              }(i);
              t.ImageDisplayData = s;
              var n = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.actions = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.ArmatureDisplayData]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  for (var e = 0, i = this.actions; e < i.length; e++) {
                    i[e].returnToPool();
                  }
                  this.type = 1;
                  this.inheritAnimation = !1;
                  this.actions.length = 0;
                  this.armature = null;
                };
                e.prototype.addAction = function(t) {
                  this.actions.push(t);
                };
                return e;
              }(i);
              t.ArmatureDisplayData = n;
              var r = function(t) {
                r5(i, t);
                function i() {
                  var i = null !== t && t.apply(this, arguments) || this;
                  i.vertices = new e;
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.MeshDisplayData]";
                };
                i.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.type = 2;
                  this.vertices.clear();
                  this.texture = null;
                };
                return i;
              }(i);
              t.MeshDisplayData = r;
              var o = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.boundingBox = null;
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.BoundingBoxDisplayData]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  null !== this.boundingBox && this.boundingBox.returnToPool();
                  this.type = 3;
                  this.boundingBox = null;
                };
                return e;
              }(i);
              t.BoundingBoxDisplayData = o;
              var a = function(t) {
                r5(i, t);
                function i() {
                  var i = null !== t && t.apply(this, arguments) || this;
                  i.vertices = new e;
                  i.curveLengths = [];
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.PathDisplayData]";
                };
                i.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.type = 4;
                  this.closed = !1;
                  this.constantSpeed = !1;
                  this.vertices.clear();
                  this.curveLengths.length = 0;
                };
                return i;
              }(i);
              t.PathDisplayData = a;
              var l = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.bones = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.WeightData]";
                };
                e.prototype._onClear = function() {
                  this.count = 0;
                  this.offset = 0;
                  this.bones.length = 0;
                };
                e.prototype.addBone = function(t) {
                  this.bones.push(t);
                };
                return e;
              }(t.BaseObject);
              t.WeightData = l;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype._onClear = function() {
                  this.color = 0;
                  this.width = 0;
                  this.height = 0;
                };
                return e;
              }(t.BaseObject);
              t.BoundingBoxData = e;
              var i = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.RectangleBoundingBoxData]";
                };
                e._computeOutCode = function(t, e, i, s, n, r) {
                  var o = 0;
                  t < i ? o |= 1 : t > n && (o |= 2);
                  e < s ? o |= 4 : e > r && (o |= 8);
                  return o;
                };
                e.rectangleIntersectsSegment = function(t, i, s, n, r, o, a, l, h, c, u) {
                  void 0 === h && (h = null);
                  void 0 === c && (c = null);
                  void 0 === u && (u = null);
                  var _ = t > r && t < a && i > o && i < l;
                  var d = s > r && s < a && n > o && n < l;
                  if (_ && d) return -1;
                  var p = 0;
                  var m = e._computeOutCode(t, i, r, o, a, l);
                  var f = e._computeOutCode(s, n, r, o, a, l);
                  for (;;) {
                    if (0 == (m | f)) {
                      p = 2;
                      break;
                    }
                    if (0 != (m & f)) break;
                    var g = 0;
                    var y = 0;
                    var b = 0;
                    var S = 0 !== m ? m : f;
                    if (0 != (4 & S)) {
                      g = t + (s - t) * (o - i) / (n - i);
                      y = o;
                      null !== u && (b = .5 * -Math.PI);
                    } else if (0 != (8 & S)) {
                      g = t + (s - t) * (l - i) / (n - i);
                      y = l;
                      null !== u && (b = .5 * Math.PI);
                    } else if (0 != (2 & S)) {
                      y = i + (n - i) * (a - t) / (s - t);
                      g = a;
                      null !== u && (b = 0);
                    } else if (0 != (1 & S)) {
                      y = i + (n - i) * (r - t) / (s - t);
                      g = r;
                      null !== u && (b = Math.PI);
                    }
                    if (S === m) {
                      t = g;
                      i = y;
                      m = e._computeOutCode(t, i, r, o, a, l);
                      null !== u && (u.x = b);
                    } else {
                      s = g;
                      n = y;
                      f = e._computeOutCode(s, n, r, o, a, l);
                      null !== u && (u.y = b);
                    }
                  }
                  if (p) if (_) {
                    p = 2;
                    if (null !== h) {
                      h.x = s;
                      h.y = n;
                    }
                    if (null !== c) {
                      c.x = s;
                      c.y = s;
                    }
                    null !== u && (u.x = u.y + Math.PI);
                  } else if (d) {
                    p = 1;
                    if (null !== h) {
                      h.x = t;
                      h.y = i;
                    }
                    if (null !== c) {
                      c.x = t;
                      c.y = i;
                    }
                    null !== u && (u.y = u.x + Math.PI);
                  } else {
                    p = 3;
                    if (null !== h) {
                      h.x = t;
                      h.y = i;
                    }
                    if (null !== c) {
                      c.x = s;
                      c.y = n;
                    }
                  }
                  return p;
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.type = 0;
                };
                e.prototype.containsPoint = function(t, e) {
                  var i = .5 * this.width;
                  if (t >= -i && t <= i) {
                    var s = .5 * this.height;
                    if (e >= -s && e <= s) return !0;
                  }
                  return !1;
                };
                e.prototype.intersectsSegment = function(t, i, s, n, r, o, a) {
                  void 0 === r && (r = null);
                  void 0 === o && (o = null);
                  void 0 === a && (a = null);
                  var l = .5 * this.width;
                  var h = .5 * this.height;
                  return e.rectangleIntersectsSegment(t, i, s, n, -l, -h, l, h, r, o, a);
                };
                return e;
              }(e);
              t.RectangleBoundingBoxData = i;
              var s = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.EllipseData]";
                };
                e.ellipseIntersectsSegment = function(t, e, i, s, n, r, o, a, l, h, c) {
                  void 0 === l && (l = null);
                  void 0 === h && (h = null);
                  void 0 === c && (c = null);
                  var u = o / a;
                  var _ = u * u;
                  var d = i - t;
                  var p = (s *= u) - (e *= u);
                  var m = Math.sqrt(d * d + p * p);
                  var f = d / m;
                  var g = p / m;
                  var y = (n - t) * f + (r - e) * g;
                  var b = o * o;
                  var S = b - (t * t + e * e) + y * y;
                  var A = 0;
                  if (S >= 0) {
                    var T = Math.sqrt(S);
                    var v = y - T;
                    var E = y + T;
                    var C = v < 0 ? -1 : v <= m ? 0 : 1;
                    var x = E < 0 ? -1 : E <= m ? 0 : 1;
                    var w = C * x;
                    if (w < 0) return -1;
                    if (0 === w) if (-1 === C) {
                      A = 2;
                      i = t + E * f;
                      s = (e + E * g) / u;
                      if (null !== l) {
                        l.x = i;
                        l.y = s;
                      }
                      if (null !== h) {
                        h.x = i;
                        h.y = s;
                      }
                      if (null !== c) {
                        c.x = Math.atan2(s / b * _, i / b);
                        c.y = c.x + Math.PI;
                      }
                    } else if (1 === x) {
                      A = 1;
                      t += v * f;
                      e = (e + v * g) / u;
                      if (null !== l) {
                        l.x = t;
                        l.y = e;
                      }
                      if (null !== h) {
                        h.x = t;
                        h.y = e;
                      }
                      if (null !== c) {
                        c.x = Math.atan2(e / b * _, t / b);
                        c.y = c.x + Math.PI;
                      }
                    } else {
                      A = 3;
                      if (null !== l) {
                        l.x = t + v * f;
                        l.y = (e + v * g) / u;
                        null !== c && (c.x = Math.atan2(l.y / b * _, l.x / b));
                      }
                      if (null !== h) {
                        h.x = t + E * f;
                        h.y = (e + E * g) / u;
                        null !== c && (c.y = Math.atan2(h.y / b * _, h.x / b));
                      }
                    }
                  }
                  return A;
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.type = 1;
                };
                e.prototype.containsPoint = function(t, e) {
                  var i = .5 * this.width;
                  if (t >= -i && t <= i) {
                    var s = .5 * this.height;
                    if (e >= -s && e <= s) {
                      e *= i / s;
                      return Math.sqrt(t * t + e * e) <= i;
                    }
                  }
                  return !1;
                };
                e.prototype.intersectsSegment = function(t, i, s, n, r, o, a) {
                  void 0 === r && (r = null);
                  void 0 === o && (o = null);
                  void 0 === a && (a = null);
                  return e.ellipseIntersectsSegment(t, i, s, n, 0, 0, .5 * this.width, .5 * this.height, r, o, a);
                };
                return e;
              }(e);
              t.EllipseBoundingBoxData = s;
              var n = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.vertices = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.PolygonBoundingBoxData]";
                };
                e.polygonIntersectsSegment = function(t, e, i, s, n, r, o, a) {
                  void 0 === r && (r = null);
                  void 0 === o && (o = null);
                  void 0 === a && (a = null);
                  t === i && (t = i + 1e-6);
                  e === s && (e = s + 1e-6);
                  var l = n.length;
                  var h = t - i;
                  var c = e - s;
                  var u = t * s - e * i;
                  var _ = 0;
                  var d = n[l - 2];
                  var p = n[l - 1];
                  var m = 0;
                  var f = 0;
                  var g = 0;
                  var y = 0;
                  var b = 0;
                  var S = 0;
                  for (var A = 0; A < l; A += 2) {
                    var T = n[A];
                    var v = n[A + 1];
                    d === T && (d = T + 1e-4);
                    p === v && (p = v + 1e-4);
                    var E = d - T;
                    var C = p - v;
                    var x = d * v - p * T;
                    var w = h * C - c * E;
                    var R = (u * E - h * x) / w;
                    if ((R >= d && R <= T || R >= T && R <= d) && (0 === h || R >= t && R <= i || R >= i && R <= t)) {
                      var I = (u * C - c * x) / w;
                      if ((I >= p && I <= v || I >= v && I <= p) && (0 === c || I >= e && I <= s || I >= s && I <= e)) {
                        if (null === o) {
                          g = R;
                          y = I;
                          b = R;
                          S = I;
                          _++;
                          if (null !== a) {
                            a.x = Math.atan2(v - p, T - d) - .5 * Math.PI;
                            a.y = a.x;
                          }
                          break;
                        }
                        var M = R - t;
                        M < 0 && (M = -M);
                        if (0 === _) {
                          m = M;
                          f = M;
                          g = R;
                          y = I;
                          b = R;
                          S = I;
                          if (null !== a) {
                            a.x = Math.atan2(v - p, T - d) - .5 * Math.PI;
                            a.y = a.x;
                          }
                        } else {
                          if (M < m) {
                            m = M;
                            g = R;
                            y = I;
                            null !== a && (a.x = Math.atan2(v - p, T - d) - .5 * Math.PI);
                          }
                          if (M > f) {
                            f = M;
                            b = R;
                            S = I;
                            null !== a && (a.y = Math.atan2(v - p, T - d) - .5 * Math.PI);
                          }
                        }
                        _++;
                      }
                    }
                    d = T;
                    p = v;
                  }
                  if (1 === _) {
                    if (null !== r) {
                      r.x = g;
                      r.y = y;
                    }
                    if (null !== o) {
                      o.x = g;
                      o.y = y;
                    }
                    null !== a && (a.y = a.x + Math.PI);
                  } else if (_ > 1) {
                    _++;
                    if (null !== r) {
                      r.x = g;
                      r.y = y;
                    }
                    if (null !== o) {
                      o.x = b;
                      o.y = S;
                    }
                  }
                  return _;
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.type = 2;
                  this.x = 0;
                  this.y = 0;
                  this.vertices.length = 0;
                };
                e.prototype.containsPoint = function(t, e) {
                  var i = !1;
                  if (t >= this.x && t <= this.width && e >= this.y && e <= this.height) for (var s = 0, n = this.vertices.length, r = n - 2; s < n; s += 2) {
                    var o = this.vertices[r + 1];
                    var a = this.vertices[s + 1];
                    if (a < e && o >= e || o < e && a >= e) {
                      var l = this.vertices[r];
                      var h = this.vertices[s];
                      (e - a) * (l - h) / (o - a) + h < t && (i = !i);
                    }
                    r = s;
                  }
                  return i;
                };
                e.prototype.intersectsSegment = function(t, s, n, r, o, a, l) {
                  void 0 === o && (o = null);
                  void 0 === a && (a = null);
                  void 0 === l && (l = null);
                  var h = 0;
                  0 !== i.rectangleIntersectsSegment(t, s, n, r, this.x, this.y, this.x + this.width, this.y + this.height, null, null, null) && (h = e.polygonIntersectsSegment(t, s, n, r, this.vertices, o, a, l));
                  return h;
                };
                return e;
              }(e);
              t.PolygonBoundingBoxData = n;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.cachedFrames = [];
                  e.boneTimelines = {};
                  e.surfaceTimelines = {};
                  e.slotTimelines = {};
                  e.constraintTimelines = {};
                  e.animationTimelines = {};
                  e.boneCachedFrameIndices = {};
                  e.slotCachedFrameIndices = {};
                  e.actionTimeline = null;
                  e.zOrderTimeline = null;
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.AnimationData]";
                };
                e.prototype._onClear = function() {
                  for (var t in this.boneTimelines) {
                    for (var e = 0, i = this.boneTimelines[t]; e < i.length; e++) {
                      i[e].returnToPool();
                    }
                    delete this.boneTimelines[t];
                  }
                  for (var t in this.surfaceTimelines) {
                    for (var s = 0, n = this.surfaceTimelines[t]; s < n.length; s++) {
                      n[s].returnToPool();
                    }
                    delete this.surfaceTimelines[t];
                  }
                  for (var t in this.slotTimelines) {
                    for (var r = 0, o = this.slotTimelines[t]; r < o.length; r++) {
                      o[r].returnToPool();
                    }
                    delete this.slotTimelines[t];
                  }
                  for (var t in this.constraintTimelines) {
                    for (var a = 0, l = this.constraintTimelines[t]; a < l.length; a++) {
                      l[a].returnToPool();
                    }
                    delete this.constraintTimelines[t];
                  }
                  for (var t in this.animationTimelines) {
                    for (var h = 0, c = this.animationTimelines[t]; h < c.length; h++) {
                      c[h].returnToPool();
                    }
                    delete this.animationTimelines[t];
                  }
                  for (var t in this.boneCachedFrameIndices) delete this.boneCachedFrameIndices[t];
                  for (var t in this.slotCachedFrameIndices) delete this.slotCachedFrameIndices[t];
                  null !== this.actionTimeline && this.actionTimeline.returnToPool();
                  null !== this.zOrderTimeline && this.zOrderTimeline.returnToPool();
                  this.frameIntOffset = 0;
                  this.frameFloatOffset = 0;
                  this.frameOffset = 0;
                  this.frameCount = 0;
                  this.playTimes = 0;
                  this.duration = 0;
                  this.scale = 1;
                  this.fadeInTime = 0;
                  this.cacheFrameRate = 0;
                  this.name = "";
                  this.cachedFrames.length = 0;
                  this.actionTimeline = null;
                  this.zOrderTimeline = null;
                  this.parent = null;
                };
                e.prototype.cacheFrames = function(t) {
                  if (!(this.cacheFrameRate > 0)) {
                    this.cacheFrameRate = Math.max(Math.ceil(t * this.scale), 1);
                    var e = Math.ceil(this.cacheFrameRate * this.duration) + 1;
                    this.cachedFrames.length = e;
                    for (var i = 0, s = this.cacheFrames.length; i < s; ++i) this.cachedFrames[i] = !1;
                    for (var n = 0, r = this.parent.sortedBones; n < r.length; n++) {
                      var o = r[n];
                      for (i = 0, s = (c = new Array(e)).length; i < s; ++i) c[i] = -1;
                      this.boneCachedFrameIndices[o.name] = c;
                    }
                    for (var a = 0, l = this.parent.sortedSlots; a < l.length; a++) {
                      var h = l[a];
                      var c;
                      for (i = 0, s = (c = new Array(e)).length; i < s; ++i) c[i] = -1;
                      this.slotCachedFrameIndices[h.name] = c;
                    }
                  }
                };
                e.prototype.addBoneTimeline = function(t, e) {
                  var i = t.name in this.boneTimelines ? this.boneTimelines[t.name] : this.boneTimelines[t.name] = [];
                  i.indexOf(e) < 0 && i.push(e);
                };
                e.prototype.addSurfaceTimeline = function(t, e) {
                  var i = t.name in this.surfaceTimelines ? this.surfaceTimelines[t.name] : this.surfaceTimelines[t.name] = [];
                  i.indexOf(e) < 0 && i.push(e);
                };
                e.prototype.addSlotTimeline = function(t, e) {
                  var i = t.name in this.slotTimelines ? this.slotTimelines[t.name] : this.slotTimelines[t.name] = [];
                  i.indexOf(e) < 0 && i.push(e);
                };
                e.prototype.addConstraintTimeline = function(t, e) {
                  var i = t.name in this.constraintTimelines ? this.constraintTimelines[t.name] : this.constraintTimelines[t.name] = [];
                  i.indexOf(e) < 0 && i.push(e);
                };
                e.prototype.addAnimationTimeline = function(t, e) {
                  var i = t in this.animationTimelines ? this.animationTimelines[t] : this.animationTimelines[t] = [];
                  i.indexOf(e) < 0 && i.push(e);
                };
                e.prototype.getBoneTimelines = function(t) {
                  return t in this.boneTimelines ? this.boneTimelines[t] : null;
                };
                e.prototype.getSurfaceTimelines = function(t) {
                  return t in this.surfaceTimelines ? this.surfaceTimelines[t] : null;
                };
                e.prototype.getSlotTimelines = function(t) {
                  return t in this.slotTimelines ? this.slotTimelines[t] : null;
                };
                e.prototype.getConstraintTimelines = function(t) {
                  return t in this.constraintTimelines ? this.constraintTimelines[t] : null;
                };
                e.prototype.getAnimationTimelines = function(t) {
                  return t in this.animationTimelines ? this.animationTimelines[t] : null;
                };
                e.prototype.getBoneCachedFrameIndices = function(t) {
                  return t in this.boneCachedFrameIndices ? this.boneCachedFrameIndices[t] : null;
                };
                e.prototype.getSlotCachedFrameIndices = function(t) {
                  return t in this.slotCachedFrameIndices ? this.slotCachedFrameIndices[t] : null;
                };
                return e;
              }(t.BaseObject);
              t.AnimationData = e;
              var i = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.TimelineData]";
                };
                e.prototype._onClear = function() {
                  this.type = 10;
                  this.offset = 0;
                  this.frameIndicesOffset = -1;
                };
                return e;
              }(t.BaseObject);
              t.TimelineData = i;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.boneMask = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.AnimationConfig]";
                };
                e.prototype._onClear = function() {
                  this.pauseFadeOut = !0;
                  this.fadeOutMode = 4;
                  this.fadeOutTweenType = 1;
                  this.fadeOutTime = -1;
                  this.actionEnabled = !0;
                  this.additiveBlending = !1;
                  this.displayControl = !0;
                  this.pauseFadeIn = !0;
                  this.resetToPose = !0;
                  this.fadeInTweenType = 1;
                  this.playTimes = -1;
                  this.layer = 0;
                  this.position = 0;
                  this.duration = -1;
                  this.timeScale = -100;
                  this.weight = 1;
                  this.fadeInTime = -1;
                  this.autoFadeOutTime = -1;
                  this.name = "";
                  this.animation = "";
                  this.group = "";
                  this.boneMask.length = 0;
                };
                e.prototype.clear = function() {
                  this._onClear();
                };
                e.prototype.copyFrom = function(t) {
                  this.pauseFadeOut = t.pauseFadeOut;
                  this.fadeOutMode = t.fadeOutMode;
                  this.autoFadeOutTime = t.autoFadeOutTime;
                  this.fadeOutTweenType = t.fadeOutTweenType;
                  this.actionEnabled = t.actionEnabled;
                  this.additiveBlending = t.additiveBlending;
                  this.displayControl = t.displayControl;
                  this.pauseFadeIn = t.pauseFadeIn;
                  this.resetToPose = t.resetToPose;
                  this.playTimes = t.playTimes;
                  this.layer = t.layer;
                  this.position = t.position;
                  this.duration = t.duration;
                  this.timeScale = t.timeScale;
                  this.fadeInTime = t.fadeInTime;
                  this.fadeOutTime = t.fadeOutTime;
                  this.fadeInTweenType = t.fadeInTweenType;
                  this.weight = t.weight;
                  this.name = t.name;
                  this.animation = t.animation;
                  this.group = t.group;
                  this.boneMask.length = t.boneMask.length;
                  for (var e = 0, i = this.boneMask.length; e < i; ++e) this.boneMask[e] = t.boneMask[e];
                };
                e.prototype.containsBoneMask = function(t) {
                  return 0 === this.boneMask.length || this.boneMask.indexOf(t) >= 0;
                };
                e.prototype.addBoneMask = function(t, e, i) {
                  void 0 === i && (i = !0);
                  var s = t.getBone(e);
                  if (null !== s) {
                    this.boneMask.indexOf(e) < 0 && this.boneMask.push(e);
                    if (i) for (var n = 0, r = t.getBones(); n < r.length; n++) {
                      var o = r[n];
                      this.boneMask.indexOf(o.name) < 0 && s.contains(o) && this.boneMask.push(o.name);
                    }
                  }
                };
                e.prototype.removeBoneMask = function(t, e, i) {
                  void 0 === i && (i = !0);
                  var s = this.boneMask.indexOf(e);
                  s >= 0 && this.boneMask.splice(s, 1);
                  if (i) {
                    var n = t.getBone(e);
                    if (null !== n) if (this.boneMask.length > 0) for (var r = 0, o = t.getBones(); r < o.length; r++) {
                      var a = o[r];
                      var l = this.boneMask.indexOf(a.name);
                      l >= 0 && n.contains(a) && this.boneMask.splice(l, 1);
                    } else for (var h = 0, c = t.getBones(); h < c.length; h++) {
                      (a = c[h]) !== n && (n.contains(a) || this.boneMask.push(a.name));
                    }
                  }
                };
                return e;
              }(t.BaseObject);
              t.AnimationConfig = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.textures = {};
                  return e;
                }
                e.prototype._onClear = function() {
                  for (var t in this.textures) {
                    this.textures[t].returnToPool();
                    delete this.textures[t];
                  }
                  this.autoSearch = !1;
                  this.width = 0;
                  this.height = 0;
                  this.scale = 1;
                  this.name = "";
                  this.imagePath = "";
                };
                e.prototype.copyFrom = function(t) {
                  this.autoSearch = t.autoSearch;
                  this.scale = t.scale;
                  this.width = t.width;
                  this.height = t.height;
                  this.name = t.name;
                  this.imagePath = t.imagePath;
                  for (var e in this.textures) {
                    this.textures[e].returnToPool();
                    delete this.textures[e];
                  }
                  for (var e in t.textures) {
                    var i = this.createTexture();
                    i.copyFrom(t.textures[e]);
                    this.textures[e] = i;
                  }
                };
                e.prototype.addTexture = function(t) {
                  if (t.name in this.textures) console.warn("Same texture: " + t.name); else {
                    t.parent = this;
                    this.textures[t.name] = t;
                  }
                };
                e.prototype.getTexture = function(t) {
                  return t in this.textures ? this.textures[t] : null;
                };
                return e;
              }(t.BaseObject);
              t.TextureAtlasData = e;
              var i = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.region = new t.Rectangle;
                  i.frame = null;
                  return i;
                }
                i.createRectangle = function() {
                  return new t.Rectangle;
                };
                i.prototype._onClear = function() {
                  this.rotated = !1;
                  this.name = "";
                  this.region.clear();
                  this.parent = null;
                  this.frame = null;
                };
                i.prototype.copyFrom = function(t) {
                  this.rotated = t.rotated;
                  this.name = t.name;
                  this.region.copyFrom(t.region);
                  this.parent = t.parent;
                  null === this.frame && null !== t.frame ? this.frame = i.createRectangle() : null !== this.frame && null === t.frame && (this.frame = null);
                  null !== this.frame && null !== t.frame && this.frame.copyFrom(t.frame);
                };
                return i;
              }(t.BaseObject);
              t.TextureData = i;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e.vertices = [];
                  e.bones = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.DeformVertices]";
                };
                e.prototype._onClear = function() {
                  this.verticesDirty = !1;
                  this.vertices.length = 0;
                  this.bones.length = 0;
                  this.verticesData = null;
                };
                e.prototype.init = function(t, e) {
                  this.verticesData = t;
                  if (null !== this.verticesData) {
                    var i = 0;
                    i = null !== this.verticesData.weight ? 2 * this.verticesData.weight.count : 2 * this.verticesData.data.intArray[this.verticesData.offset + 0];
                    this.verticesDirty = !0;
                    this.vertices.length = i;
                    this.bones.length = 0;
                    for (var s = 0, n = this.vertices.length; s < n; ++s) this.vertices[s] = 0;
                    if (null !== this.verticesData.weight) for (s = 0, n = this.verticesData.weight.bones.length; s < n; ++s) {
                      var r = e.getBone(this.verticesData.weight.bones[s].name);
                      this.bones.push(r);
                    }
                  } else {
                    this.verticesDirty = !1;
                    this.vertices.length = 0;
                    this.bones.length = 0;
                    this.verticesData = null;
                  }
                };
                e.prototype.isBonesUpdate = function() {
                  for (var t = 0, e = this.bones; t < e.length; t++) {
                    var i = e[t];
                    if (null !== i && i._childrenTransformDirty) return !0;
                  }
                  return !1;
                };
                return e;
              }(t.BaseObject);
              t.DeformVertices = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  var t = null !== e && e.apply(this, arguments) || this;
                  t._bones = [];
                  t._slots = [];
                  t._constraints = [];
                  t._actions = [];
                  t._animation = null;
                  t._proxy = null;
                  t._replaceTextureAtlasData = null;
                  t._clock = null;
                  return t;
                }
                i.toString = function() {
                  return "[class dragonBones.Armature]";
                };
                i._onSortSlots = function(t, e) {
                  return t._zOrder > e._zOrder ? 1 : -1;
                };
                i.prototype._onClear = function() {
                  null !== this._clock && this._clock.remove(this);
                  for (var t = 0, e = this._bones; t < e.length; t++) {
                    e[t].returnToPool();
                  }
                  for (var i = 0, s = this._slots; i < s.length; i++) {
                    s[i].returnToPool();
                  }
                  for (var n = 0, r = this._constraints; n < r.length; n++) {
                    r[n].returnToPool();
                  }
                  for (var o = 0, a = this._actions; o < a.length; o++) {
                    a[o].returnToPool();
                  }
                  null !== this._animation && this._animation.returnToPool();
                  null !== this._proxy && this._proxy.dbClear();
                  null !== this._replaceTextureAtlasData && this._replaceTextureAtlasData.returnToPool();
                  this.inheritAnimation = !0;
                  this.userData = null;
                  this._lockUpdate = !1;
                  this._slotsDirty = !0;
                  this._zOrderDirty = !1;
                  this._flipX = !1;
                  this._flipY = !1;
                  this._cacheFrameIndex = -1;
                  this._bones.length = 0;
                  this._slots.length = 0;
                  this._constraints.length = 0;
                  this._actions.length = 0;
                  this._armatureData = null;
                  this._animation = null;
                  this._proxy = null;
                  this._display = null;
                  this._replaceTextureAtlasData = null;
                  this._replacedTexture = null;
                  this._dragonBones = null;
                  this._clock = null;
                  this._parent = null;
                };
                i.prototype._sortZOrder = function(t, e) {
                  var i = this._armatureData.sortedSlots;
                  var s = null === t;
                  if (this._zOrderDirty || !s) {
                    for (var n = 0, r = i.length; n < r; ++n) {
                      var o = s ? n : t[e + n];
                      if (!(o < 0 || o >= r)) {
                        var a = i[o];
                        var l = this.getSlot(a.name);
                        null !== l && l._setZorder(n);
                      }
                    }
                    this._slotsDirty = !0;
                    this._zOrderDirty = !s;
                  }
                };
                i.prototype._addBone = function(t) {
                  this._bones.indexOf(t) < 0 && this._bones.push(t);
                };
                i.prototype._addSlot = function(t) {
                  this._slots.indexOf(t) < 0 && this._slots.push(t);
                };
                i.prototype._addConstraint = function(t) {
                  this._constraints.indexOf(t) < 0 && this._constraints.push(t);
                };
                i.prototype._bufferAction = function(t, e) {
                  this._actions.indexOf(t) < 0 && (e ? this._actions.push(t) : this._actions.unshift(t));
                };
                i.prototype.dispose = function() {
                  if (null !== this._armatureData) {
                    this._lockUpdate = !0;
                    this._dragonBones.bufferObject(this);
                  }
                };
                i.prototype.init = function(e, i, s, n) {
                  if (null === this._armatureData) {
                    this._armatureData = e;
                    this._animation = t.BaseObject.borrowObject(t.Animation);
                    this._proxy = i;
                    this._display = s;
                    this._dragonBones = n;
                    this._proxy.dbInit(this);
                    this._animation.init(this);
                    this._animation.animations = this._armatureData.animations;
                  }
                };
                i.prototype.advanceTime = function(t) {
                  if (!this._lockUpdate) if (null !== this._armatureData) if (null !== this._armatureData.parent) {
                    var e = this._cacheFrameIndex;
                    this._animation.advanceTime(t);
                    if (this._slotsDirty) {
                      this._slotsDirty = !1;
                      this._slots.sort(i._onSortSlots);
                    }
                    if (this._cacheFrameIndex < 0 || this._cacheFrameIndex !== e) {
                      var s = 0, n = 0;
                      for (s = 0, n = this._bones.length; s < n; ++s) this._bones[s].update(this._cacheFrameIndex);
                      for (s = 0, n = this._slots.length; s < n; ++s) this._slots[s].update(this._cacheFrameIndex);
                    }
                    if (this._actions.length > 0) {
                      this._lockUpdate = !0;
                      for (var r = 0, o = this._actions; r < o.length; r++) {
                        var a = o[r];
                        var l = a.actionData;
                        if (null !== l && 0 === l.type) if (null !== a.slot) {
                          null !== (_ = a.slot.childArmature) && _.animation.fadeIn(l.name);
                        } else if (null !== a.bone) for (var h = 0, c = this.getSlots(); h < c.length; h++) {
                          var u = c[h];
                          if (u.parent === a.bone) {
                            var _;
                            null !== (_ = u.childArmature) && _.animation.fadeIn(l.name);
                          }
                        } else this._animation.fadeIn(l.name);
                        a.returnToPool();
                      }
                      this._actions.length = 0;
                      this._lockUpdate = !1;
                    }
                    this._proxy.dbUpdate();
                  } else console.warn("The armature data has been disposed.\nPlease make sure dispose armature before call factory.clear()."); else console.warn("The armature has been disposed.");
                };
                i.prototype.invalidUpdate = function(t, e) {
                  void 0 === t && (t = null);
                  void 0 === e && (e = !1);
                  if (null !== t && t.length > 0) {
                    if (null !== (o = this.getBone(t))) {
                      o.invalidUpdate();
                      if (e) for (var i = 0, s = this._slots; i < s.length; i++) {
                        (h = s[i]).parent === o && h.invalidUpdate();
                      }
                    }
                  } else {
                    for (var n = 0, r = this._bones; n < r.length; n++) {
                      var o;
                      (o = r[n]).invalidUpdate();
                    }
                    if (e) for (var a = 0, l = this._slots; a < l.length; a++) {
                      var h;
                      (h = l[a]).invalidUpdate();
                    }
                  }
                };
                i.prototype.containsPoint = function(t, e) {
                  for (var i = 0, s = this._slots; i < s.length; i++) {
                    var n = s[i];
                    if (n.containsPoint(t, e)) return n;
                  }
                  return null;
                };
                i.prototype.intersectsSegment = function(t, e, i, s, n, r, o) {
                  void 0 === n && (n = null);
                  void 0 === r && (r = null);
                  void 0 === o && (o = null);
                  var a = t === i;
                  var l = 0;
                  var h = 0;
                  var c = 0;
                  var u = 0;
                  var _ = 0;
                  var d = 0;
                  var p = 0;
                  var m = 0;
                  var f = null;
                  var g = null;
                  for (var y = 0, b = this._slots; y < b.length; y++) {
                    var S = b[y];
                    if (S.intersectsSegment(t, e, i, s, n, r, o) > 0) {
                      if (null === n && null === r) {
                        f = S;
                        break;
                      }
                      if (null !== n) {
                        (A = a ? n.y - e : n.x - t) < 0 && (A = -A);
                        if (null === f || A < l) {
                          l = A;
                          c = n.x;
                          u = n.y;
                          f = S;
                          o && (p = o.x);
                        }
                      }
                      if (null !== r) {
                        var A;
                        (A = r.x - t) < 0 && (A = -A);
                        if (null === g || A > h) {
                          h = A;
                          _ = r.x;
                          d = r.y;
                          g = S;
                          null !== o && (m = o.y);
                        }
                      }
                    }
                  }
                  if (null !== f && null !== n) {
                    n.x = c;
                    n.y = u;
                    null !== o && (o.x = p);
                  }
                  if (null !== g && null !== r) {
                    r.x = _;
                    r.y = d;
                    null !== o && (o.y = m);
                  }
                  return f;
                };
                i.prototype.getBone = function(t) {
                  for (var e = 0, i = this._bones; e < i.length; e++) {
                    var s = i[e];
                    if (s.name === t) return s;
                  }
                  return null;
                };
                i.prototype.getBoneByDisplay = function(t) {
                  var e = this.getSlotByDisplay(t);
                  return null !== e ? e.parent : null;
                };
                i.prototype.getSlot = function(t) {
                  for (var e = 0, i = this._slots; e < i.length; e++) {
                    var s = i[e];
                    if (s.name === t) return s;
                  }
                  return null;
                };
                i.prototype.getSlotByDisplay = function(t) {
                  if (null !== t) for (var e = 0, i = this._slots; e < i.length; e++) {
                    var s = i[e];
                    if (s.display === t) return s;
                  }
                  return null;
                };
                i.prototype.getBones = function() {
                  return this._bones;
                };
                i.prototype.getSlots = function() {
                  return this._slots;
                };
                Object.defineProperty(i.prototype, "flipX", {
                  get: function() {
                    return this._flipX;
                  },
                  set: function(t) {
                    if (this._flipX !== t) {
                      this._flipX = t;
                      this.invalidUpdate();
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "flipY", {
                  get: function() {
                    return this._flipY;
                  },
                  set: function(t) {
                    if (this._flipY !== t) {
                      this._flipY = t;
                      this.invalidUpdate();
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "cacheFrameRate", {
                  get: function() {
                    return this._armatureData.cacheFrameRate;
                  },
                  set: function(t) {
                    if (this._armatureData.cacheFrameRate !== t) {
                      this._armatureData.cacheFrames(t);
                      for (var e = 0, i = this._slots; e < i.length; e++) {
                        var s = i[e].childArmature;
                        null !== s && (s.cacheFrameRate = t);
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "name", {
                  get: function() {
                    return this._armatureData.name;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "armatureData", {
                  get: function() {
                    return this._armatureData;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "animation", {
                  get: function() {
                    return this._animation;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "proxy", {
                  get: function() {
                    return this._proxy;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "eventDispatcher", {
                  get: function() {
                    return this._proxy;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "display", {
                  get: function() {
                    return this._display;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "replacedTexture", {
                  get: function() {
                    return this._replacedTexture;
                  },
                  set: function(t) {
                    if (this._replacedTexture !== t) {
                      if (null !== this._replaceTextureAtlasData) {
                        this._replaceTextureAtlasData.returnToPool();
                        this._replaceTextureAtlasData = null;
                      }
                      this._replacedTexture = t;
                      for (var e = 0, i = this._slots; e < i.length; e++) {
                        var s = i[e];
                        s.invalidUpdate();
                        s.update(-1);
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "clock", {
                  get: function() {
                    return this._clock;
                  },
                  set: function(t) {
                    if (this._clock !== t) {
                      null !== this._clock && this._clock.remove(this);
                      this._clock = t;
                      this._clock && this._clock.add(this);
                      for (var e = 0, i = this._slots; e < i.length; e++) {
                        var s = i[e].childArmature;
                        null !== s && (s.clock = this._clock);
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "parent", {
                  get: function() {
                    return this._parent;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                i.prototype.replaceTexture = function(t) {
                  this.replacedTexture = t;
                };
                i.prototype.hasEventListener = function(t) {
                  return this._proxy.hasDBEventListener(t);
                };
                i.prototype.addEventListener = function(t, e, i) {
                  this._proxy.addDBEventListener(t, e, i);
                };
                i.prototype.removeEventListener = function(t, e, i) {
                  this._proxy.removeDBEventListener(t, e, i);
                };
                i.prototype.enableAnimationCache = function(t) {
                  console.warn("Deprecated.");
                  this.cacheFrameRate = t;
                };
                i.prototype.getDisplay = function() {
                  return this._display;
                };
                return i;
              }(t.BaseObject);
              t.Armature = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.globalTransformMatrix = new t.Matrix;
                  i.global = new t.Transform;
                  i.offset = new t.Transform;
                  return i;
                }
                i.prototype._onClear = function() {
                  this.globalTransformMatrix.identity();
                  this.global.identity();
                  this.offset.identity();
                  this.origin = null;
                  this.userData = null;
                  this._globalDirty = !1;
                  this._armature = null;
                };
                i.prototype.updateGlobalTransform = function() {
                  if (this._globalDirty) {
                    this._globalDirty = !1;
                    this.global.fromMatrix(this.globalTransformMatrix);
                  }
                };
                Object.defineProperty(i.prototype, "armature", {
                  get: function() {
                    return this._armature;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                i._helpMatrix = new t.Matrix;
                i._helpTransform = new t.Transform;
                i._helpPoint = new t.Point;
                return i;
              }(t.BaseObject);
              t.TransformObject = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.animationPose = new t.Transform;
                  i._blendState = new t.BlendState;
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.Bone]";
                };
                i.prototype._onClear = function() {
                  e.prototype._onClear.call(this);
                  this.offsetMode = 1;
                  this.animationPose.identity();
                  this._transformDirty = !1;
                  this._childrenTransformDirty = !1;
                  this._localDirty = !0;
                  this._hasConstraint = !1;
                  this._visible = !0;
                  this._cachedFrameIndex = -1;
                  this._blendState.clear();
                  this._boneData = null;
                  this._parent = null;
                  this._cachedFrameIndices = null;
                };
                i.prototype._updateGlobalTransformMatrix = function(e) {
                  var i = this._boneData;
                  var s = this.global;
                  var n = this.globalTransformMatrix;
                  var r = this.origin;
                  var o = this.offset;
                  var a = this.animationPose;
                  var l = this._parent;
                  var h = this._armature.flipX;
                  var c = this._armature.flipY === t.DragonBones.yDown;
                  var u = null !== l;
                  var _ = 0;
                  if (1 === this.offsetMode) if (null !== r) {
                    s.x = r.x + o.x + a.x;
                    s.scaleX = r.scaleX * o.scaleX * a.scaleX;
                    s.scaleY = r.scaleY * o.scaleY * a.scaleY;
                    if (t.DragonBones.yDown) {
                      s.y = r.y + o.y + a.y;
                      s.skew = r.skew + o.skew + a.skew;
                      s.rotation = r.rotation + o.rotation + a.rotation;
                    } else {
                      s.y = r.y - o.y + a.y;
                      s.skew = r.skew - o.skew + a.skew;
                      s.rotation = r.rotation - o.rotation + a.rotation;
                    }
                  } else {
                    s.copyFrom(o);
                    if (!t.DragonBones.yDown) {
                      s.y = -s.y;
                      s.skew = -s.skew;
                      s.rotation = -s.rotation;
                    }
                    s.add(a);
                  } else if (0 === this.offsetMode) null !== r ? s.copyFrom(r).add(a) : s.copyFrom(a); else {
                    u = !1;
                    s.copyFrom(o);
                    if (!t.DragonBones.yDown) {
                      s.y = -s.y;
                      s.skew = -s.skew;
                      s.rotation = -s.rotation;
                    }
                  }
                  if (u) {
                    var d = 0 === l._boneData.type ? l.globalTransformMatrix : l._getGlobalTransformMatrix(s.x, s.y);
                    if (i.inheritScale) {
                      if (!i.inheritRotation) {
                        l.updateGlobalTransform();
                        _ = h && c ? s.rotation - (l.global.rotation + Math.PI) : h ? s.rotation + l.global.rotation + Math.PI : c ? s.rotation + l.global.rotation : s.rotation - l.global.rotation;
                        s.rotation = _;
                      }
                      s.toMatrix(n);
                      n.concat(d);
                      if (i.inheritTranslation) {
                        s.x = n.tx;
                        s.y = n.ty;
                      } else {
                        n.tx = s.x;
                        n.ty = s.y;
                      }
                      e ? s.fromMatrix(n) : this._globalDirty = !0;
                    } else {
                      if (i.inheritTranslation) {
                        var p = s.x;
                        var m = s.y;
                        s.x = d.a * p + d.c * m + d.tx;
                        s.y = d.b * p + d.d * m + d.ty;
                      } else {
                        h && (s.x = -s.x);
                        c && (s.y = -s.y);
                      }
                      if (i.inheritRotation) {
                        l.updateGlobalTransform();
                        _ = l.global.scaleX < 0 ? s.rotation + l.global.rotation + Math.PI : s.rotation + l.global.rotation;
                        if (d.a * d.d - d.b * d.c < 0) {
                          _ -= 2 * s.rotation;
                          (h !== c || i.inheritReflection) && (s.skew += Math.PI);
                          t.DragonBones.yDown || (s.skew = -s.skew);
                        }
                        s.rotation = _;
                      } else if (h || c) {
                        if (h && c) _ = s.rotation + Math.PI; else {
                          _ = h ? Math.PI - s.rotation : -s.rotation;
                          s.skew += Math.PI;
                        }
                        s.rotation = _;
                      }
                      s.toMatrix(n);
                    }
                  } else {
                    if (h || c) {
                      h && (s.x = -s.x);
                      c && (s.y = -s.y);
                      if (h && c) _ = s.rotation + Math.PI; else {
                        _ = h ? Math.PI - s.rotation : -s.rotation;
                        s.skew += Math.PI;
                      }
                      s.rotation = _;
                    }
                    s.toMatrix(n);
                  }
                };
                i.prototype.init = function(t, e) {
                  if (null === this._boneData) {
                    this._boneData = t;
                    this._armature = e;
                    null !== this._boneData.parent && (this._parent = this._armature.getBone(this._boneData.parent.name));
                    this._armature._addBone(this);
                    this.origin = this._boneData.transform;
                  }
                };
                i.prototype.update = function(t) {
                  this._blendState.dirty = !1;
                  if (t >= 0 && null !== this._cachedFrameIndices) {
                    var e = this._cachedFrameIndices[t];
                    if (e >= 0 && this._cachedFrameIndex === e) this._transformDirty = !1; else if (e >= 0) {
                      this._transformDirty = !0;
                      this._cachedFrameIndex = e;
                    } else {
                      if (this._hasConstraint) for (var i = 0, s = this._armature._constraints; i < s.length; i++) {
                        (o = s[i])._root === this && o.update();
                      }
                      if (this._transformDirty || null !== this._parent && this._parent._childrenTransformDirty) {
                        this._transformDirty = !0;
                        this._cachedFrameIndex = -1;
                      } else if (this._cachedFrameIndex >= 0) {
                        this._transformDirty = !1;
                        this._cachedFrameIndices[t] = this._cachedFrameIndex;
                      } else {
                        this._transformDirty = !0;
                        this._cachedFrameIndex = -1;
                      }
                    }
                  } else {
                    if (this._hasConstraint) for (var n = 0, r = this._armature._constraints; n < r.length; n++) {
                      var o;
                      (o = r[n])._root === this && o.update();
                    }
                    if (this._transformDirty || null !== this._parent && this._parent._childrenTransformDirty) {
                      t = -1;
                      this._transformDirty = !0;
                      this._cachedFrameIndex = -1;
                    }
                  }
                  if (this._transformDirty) {
                    this._transformDirty = !1;
                    this._childrenTransformDirty = !0;
                    if (this._cachedFrameIndex < 0) {
                      var a = t >= 0;
                      this._localDirty && this._updateGlobalTransformMatrix(a);
                      a && null !== this._cachedFrameIndices && (this._cachedFrameIndex = this._cachedFrameIndices[t] = this._armature._armatureData.setCacheFrame(this.globalTransformMatrix, this.global));
                    } else this._armature._armatureData.getCacheFrame(this.globalTransformMatrix, this.global, this._cachedFrameIndex);
                  } else this._childrenTransformDirty && (this._childrenTransformDirty = !1);
                  this._localDirty = !0;
                };
                i.prototype.updateByConstraint = function() {
                  if (this._localDirty) {
                    this._localDirty = !1;
                    (this._transformDirty || null !== this._parent && this._parent._childrenTransformDirty) && this._updateGlobalTransformMatrix(!0);
                    this._transformDirty = !0;
                  }
                };
                i.prototype.invalidUpdate = function() {
                  this._transformDirty = !0;
                };
                i.prototype.contains = function(t) {
                  if (t === this) return !1;
                  var e = t;
                  for (;e !== this && null !== e; ) e = e.parent;
                  return e === this;
                };
                Object.defineProperty(i.prototype, "boneData", {
                  get: function() {
                    return this._boneData;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "visible", {
                  get: function() {
                    return this._visible;
                  },
                  set: function(t) {
                    if (this._visible !== t) {
                      this._visible = t;
                      for (var e = 0, i = this._armature.getSlots(); e < i.length; e++) {
                        var s = i[e];
                        s.parent === this && s._updateVisible();
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "name", {
                  get: function() {
                    return this._boneData.name;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "parent", {
                  get: function() {
                    return this._parent;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                i.prototype.getBones = function() {
                  console.warn("Deprecated.");
                  var t = new Array;
                  for (var e = 0, i = this._armature.getBones(); e < i.length; e++) {
                    var s = i[e];
                    s.parent === this && t.push(s);
                  }
                  return t;
                };
                i.prototype.getSlots = function() {
                  console.warn("Deprecated.");
                  var t = new Array;
                  for (var e = 0, i = this._armature.getSlots(); e < i.length; e++) {
                    var s = i[e];
                    s.parent === this && t.push(s);
                  }
                  return t;
                };
                Object.defineProperty(i.prototype, "slot", {
                  get: function() {
                    console.warn("Deprecated.");
                    for (var t = 0, e = this._armature.getSlots(); t < e.length; t++) {
                      var i = e[t];
                      if (i.parent === this) return i;
                    }
                    return null;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                return i;
              }(t.TransformObject);
              t.Bone = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e._vertices = [];
                  e._deformVertices = [];
                  e._hullCache = [];
                  e._matrixCahce = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.Surface]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this._dX = 0;
                  this._dY = 0;
                  this._k = 0;
                  this._kX = 0;
                  this._kY = 0;
                  this._vertices.length = 0;
                  this._deformVertices.length = 0;
                  this._matrixCahce.length = 0;
                  this._hullCache.length = 0;
                };
                e.prototype._getAffineTransform = function(t, e, i, s, n, r, o, a, l, h, c, u, _) {
                  var d = o - n;
                  var p = a - r;
                  var m = l - n;
                  var f = h - r;
                  c.rotation = Math.atan2(p, d);
                  c.skew = Math.atan2(f, m) - .5 * Math.PI - c.rotation;
                  _ && (c.rotation += Math.PI);
                  c.scaleX = Math.sqrt(d * d + p * p) / i;
                  c.scaleY = Math.sqrt(m * m + f * f) / s;
                  c.toMatrix(u);
                  c.x = u.tx = n - (u.a * t + u.c * e);
                  c.y = u.ty = r - (u.b * t + u.d * e);
                };
                e.prototype._updateVertices = function() {
                  var t = this._boneData.vertices;
                  var e = this._vertices;
                  var i = this._deformVertices;
                  if (null !== this._parent) if (1 === this._parent._boneData.type) for (var s = 0, n = t.length; s < n; s += 2) {
                    var r = t[s] + i[s];
                    var o = t[s + 1] + i[s];
                    var a = this._parent._getGlobalTransformMatrix(r, o);
                    e[s] = a.a * r + a.c * o + a.tx;
                    e[s + 1] = a.b * r + a.d * o + a.ty;
                  } else {
                    var l = this._parent.globalTransformMatrix;
                    for (s = 0, n = t.length; s < n; s += 2) {
                      r = t[s] + i[s];
                      o = t[s + 1] + i[s + 1];
                      e[s] = l.a * r + l.c * o + l.tx;
                      e[s + 1] = l.b * r + l.d * o + l.ty;
                    }
                  } else for (s = 0, n = t.length; s < n; s += 2) {
                    e[s] = t[s] + i[s];
                    e[s + 1] = t[s + 1] + i[s + 1];
                  }
                };
                e.prototype._updateGlobalTransformMatrix = function(t) {
                  var e = 2 * this._boneData.segmentX;
                  var i = this._vertices.length - 2;
                  var s = this._vertices[0];
                  var n = this._vertices[1];
                  var r = this._vertices[e];
                  var o = this._vertices[e + 1];
                  var a = this._vertices[i];
                  var l = this._vertices[i + 1];
                  var h = this._vertices[i - e];
                  var c = this._vertices[i - e + 1];
                  var u = s + .5 * (a - s);
                  var _ = n + .5 * (l - n);
                  var d = u + .5 * (r + .5 * (h - r) - u);
                  var p = _ + .5 * (o + .5 * (c - o) - _);
                  var m = r + .5 * (a - r);
                  var f = o + .5 * (l - o);
                  var g = h + .5 * (a - h);
                  var y = c + .5 * (l - c);
                  this._globalDirty = !1;
                  this._getAffineTransform(0, 0, 200, 200, d, p, m, f, g, y, this.global, this.globalTransformMatrix, !1);
                };
                e.prototype._getGlobalTransformMatrix = function(t, i) {
                  var s = 1e3;
                  if (t < -s || s < t || i < -s || s < i) return this.globalTransformMatrix;
                  var n = !1;
                  var r = 200;
                  var o = this._boneData;
                  var a = o.segmentX;
                  var l = o.segmentY;
                  var h = 2 * o.segmentX;
                  var c = this._dX;
                  var u = this._dY;
                  var _ = Math.floor((t + r) / c);
                  var d = Math.floor((i + r) / u);
                  var p = 0;
                  var m = _ * c - r;
                  var f = d * u - r;
                  var g = this._matrixCahce;
                  var y = e._helpMatrix;
                  if (t < -r) {
                    if (i < -r || i >= r) return this.globalTransformMatrix;
                    p = 7 * (2 * (a * (l + 1) + 2 * a + l + d) + ((n = i > this._kX * (t + r) + f) ? 1 : 0));
                    if (this._matrixCahce[p] > 0) y.copyFromArray(g, p + 1); else {
                      var b = d * (h + 2);
                      var S = this._hullCache[4];
                      var A = this._hullCache[5];
                      var T = this._hullCache[2] - (l - d) * S;
                      var v = this._hullCache[3] - (l - d) * A;
                      var E = this._vertices;
                      n ? this._getAffineTransform(-r, f + u, 800, u, E[b + h + 2], E[b + h + 3], T + S, v + A, E[b], E[b + 1], e._helpTransform, y, !0) : this._getAffineTransform(-s, f, 800, u, T, v, E[b], E[b + 1], T + S, v + A, e._helpTransform, y, !1);
                      g[p] = 1;
                      g[p + 1] = y.a;
                      g[p + 2] = y.b;
                      g[p + 3] = y.c;
                      g[p + 4] = y.d;
                      g[p + 5] = y.tx;
                      g[p + 6] = y.ty;
                    }
                  } else if (t >= r) {
                    if (i < -r || i >= r) return this.globalTransformMatrix;
                    p = 7 * (2 * (a * (l + 1) + a + d) + ((n = i > this._kX * (t - s) + f) ? 1 : 0));
                    if (this._matrixCahce[p] > 0) y.copyFromArray(g, p + 1); else {
                      b = (d + 1) * (h + 2) - 2;
                      S = this._hullCache[4];
                      A = this._hullCache[5];
                      T = this._hullCache[0] + d * S;
                      v = this._hullCache[1] + d * A;
                      E = this._vertices;
                      n ? this._getAffineTransform(s, f + u, 800, u, T + S, v + A, E[b + h + 2], E[b + h + 3], T, v, e._helpTransform, y, !0) : this._getAffineTransform(r, f, 800, u, E[b], E[b + 1], T, v, E[b + h + 2], E[b + h + 3], e._helpTransform, y, !1);
                      g[p] = 1;
                      g[p + 1] = y.a;
                      g[p + 2] = y.b;
                      g[p + 3] = y.c;
                      g[p + 4] = y.d;
                      g[p + 5] = y.tx;
                      g[p + 6] = y.ty;
                    }
                  } else if (i < -r) {
                    if (t < -r || t >= r) return this.globalTransformMatrix;
                    p = 7 * (a * (l + 1) + 2 * _ + ((n = i > this._kY * (t - m - c) - s) ? 1 : 0));
                    if (this._matrixCahce[p] > 0) y.copyFromArray(g, p + 1); else {
                      b = 2 * _;
                      S = this._hullCache[10];
                      A = this._hullCache[11];
                      T = this._hullCache[8] + _ * S;
                      v = this._hullCache[9] + _ * A;
                      E = this._vertices;
                      n ? this._getAffineTransform(m + c, -r, c, 800, E[b + 2], E[b + 3], E[b], E[b + 1], T + S, v + A, e._helpTransform, y, !0) : this._getAffineTransform(m, -s, c, 800, T, v, T + S, v + A, E[b], E[b + 1], e._helpTransform, y, !1);
                      g[p] = 1;
                      g[p + 1] = y.a;
                      g[p + 2] = y.b;
                      g[p + 3] = y.c;
                      g[p + 4] = y.d;
                      g[p + 5] = y.tx;
                      g[p + 6] = y.ty;
                    }
                  } else if (i >= r) {
                    if (t < -r || t >= r) return this.globalTransformMatrix;
                    p = 7 * (2 * (a * (l + 1) + a + l + d) + ((n = i > this._kY * (t - m - c) + r) ? 1 : 0));
                    if (this._matrixCahce[p] > 0) y.copyFromArray(g, p + 1); else {
                      b = l * (h + 2) + 2 * _;
                      S = this._hullCache[10];
                      A = this._hullCache[11];
                      T = this._hullCache[6] - (a - _) * S;
                      v = this._hullCache[7] - (a - _) * A;
                      E = this._vertices;
                      n ? this._getAffineTransform(m + c, s, c, 800, T + S, v + A, T, v, E[b + 2], E[b + 3], e._helpTransform, y, !0) : this._getAffineTransform(m, r, c, 800, E[b], E[b + 1], E[b + 2], E[b + 3], T, v, e._helpTransform, y, !1);
                      g[p] = 1;
                      g[p + 1] = y.a;
                      g[p + 2] = y.b;
                      g[p + 3] = y.c;
                      g[p + 4] = y.d;
                      g[p + 5] = y.tx;
                      g[p + 6] = y.ty;
                    }
                  } else {
                    p = 7 * (2 * (a * d + _) + ((n = i > this._k * (t - m - c) + f) ? 1 : 0));
                    if (this._matrixCahce[p] > 0) y.copyFromArray(g, p + 1); else {
                      b = 2 * _ + d * (h + 2);
                      E = this._vertices;
                      n ? this._getAffineTransform(m + c, f + u, c, u, E[b + h + 4], E[b + h + 5], E[b + h + 2], E[b + h + 3], E[b + 2], E[b + 3], e._helpTransform, y, !0) : this._getAffineTransform(m, f, c, u, E[b], E[b + 1], E[b + 2], E[b + 3], E[b + h + 2], E[b + h + 3], e._helpTransform, y, !1);
                      g[p] = 1;
                      g[p + 1] = y.a;
                      g[p + 2] = y.b;
                      g[p + 3] = y.c;
                      g[p + 4] = y.d;
                      g[p + 5] = y.tx;
                      g[p + 6] = y.ty;
                    }
                  }
                  return y;
                };
                e.prototype.init = function(e, i) {
                  if (null === this._boneData) {
                    t.prototype.init.call(this, e, i);
                    var s = e.segmentX;
                    var n = e.segmentY;
                    var r = e.vertices.length;
                    this._dX = 400 / s;
                    this._dY = 400 / n;
                    this._k = -this._dY / this._dX;
                    this._kX = -this._dY / 800;
                    this._kY = -800 / this._dX;
                    this._vertices.length = r;
                    this._deformVertices.length = r;
                    this._matrixCahce.length = 2 * (s * n + 2 * s + 2 * n) * 7;
                    this._hullCache.length = 10;
                    for (var o = 0; o < r; ++o) this._deformVertices[o] = 0;
                  }
                };
                e.prototype.update = function(t) {
                  this._blendState.dirty = !1;
                  if (t >= 0 && null !== this._cachedFrameIndices) {
                    var i = this._cachedFrameIndices[t];
                    if (i >= 0 && this._cachedFrameIndex === i) this._transformDirty = !1; else if (i >= 0) {
                      this._transformDirty = !0;
                      this._cachedFrameIndex = i;
                    } else {
                      if (this._hasConstraint) for (var s = 0, n = this._armature._constraints; s < n.length; s++) {
                        (a = n[s])._root === this && a.update();
                      }
                      if (this._transformDirty || null !== this._parent && this._parent._childrenTransformDirty) {
                        this._transformDirty = !0;
                        this._cachedFrameIndex = -1;
                      } else if (this._cachedFrameIndex >= 0) {
                        this._transformDirty = !1;
                        this._cachedFrameIndices[t] = this._cachedFrameIndex;
                      } else {
                        this._transformDirty = !0;
                        this._cachedFrameIndex = -1;
                      }
                    }
                  } else {
                    if (this._hasConstraint) for (var r = 0, o = this._armature._constraints; r < o.length; r++) {
                      var a;
                      (a = o[r])._root === this && a.update();
                    }
                    if (this._transformDirty || null !== this._parent && this._parent._childrenTransformDirty) {
                      t = -1;
                      this._transformDirty = !0;
                      this._cachedFrameIndex = -1;
                    }
                  }
                  if (this._transformDirty) {
                    this._transformDirty = !1;
                    this._childrenTransformDirty = !0;
                    for (var l = 0, h = this._matrixCahce.length; l < h; l += 7) this._matrixCahce[l] = -1;
                    this._updateVertices();
                    if (this._cachedFrameIndex < 0) {
                      var c = t >= 0;
                      this._localDirty && this._updateGlobalTransformMatrix(c);
                      c && null !== this._cachedFrameIndices && (this._cachedFrameIndex = this._cachedFrameIndices[t] = this._armature._armatureData.setCacheFrame(this.globalTransformMatrix, this.global));
                    } else this._armature._armatureData.getCacheFrame(this.globalTransformMatrix, this.global, this._cachedFrameIndex);
                    var u = 2 * this.global.x;
                    var _ = 2 * this.global.y;
                    var d = e._helpPoint;
                    this.globalTransformMatrix.transformPoint(1e3, -200, d);
                    this._hullCache[0] = d.x;
                    this._hullCache[1] = d.y;
                    this._hullCache[2] = u - d.x;
                    this._hullCache[3] = _ - d.y;
                    this.globalTransformMatrix.transformPoint(0, this._dY, d, !0);
                    this._hullCache[4] = d.x;
                    this._hullCache[5] = d.y;
                    this.globalTransformMatrix.transformPoint(200, 1e3, d);
                    this._hullCache[6] = d.x;
                    this._hullCache[7] = d.y;
                    this._hullCache[8] = u - d.x;
                    this._hullCache[9] = _ - d.y;
                    this.globalTransformMatrix.transformPoint(this._dX, 0, d, !0);
                    this._hullCache[10] = d.x;
                    this._hullCache[11] = d.y;
                  } else this._childrenTransformDirty && (this._childrenTransformDirty = !1);
                  this._localDirty = !0;
                };
                return e;
              }(t.Bone);
              t.Surface = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i._localMatrix = new t.Matrix;
                  i._colorTransform = new t.ColorTransform;
                  i._displayDatas = [];
                  i._displayList = [];
                  i._deformVertices = null;
                  i._rawDisplay = null;
                  i._meshDisplay = null;
                  return i;
                }
                i.prototype._onClear = function() {
                  e.prototype._onClear.call(this);
                  var i = [];
                  for (var s = 0, n = this._displayList; s < n.length; s++) {
                    null !== (a = n[s]) && a !== this._rawDisplay && a !== this._meshDisplay && i.indexOf(a) < 0 && i.push(a);
                  }
                  for (var r = 0, o = i; r < o.length; r++) {
                    var a;
                    (a = o[r]) instanceof t.Armature ? a.dispose() : this._disposeDisplay(a, !0);
                  }
                  null !== this._deformVertices && this._deformVertices.returnToPool();
                  null !== this._meshDisplay && this._meshDisplay !== this._rawDisplay && this._disposeDisplay(this._meshDisplay, !1);
                  null !== this._rawDisplay && this._disposeDisplay(this._rawDisplay, !1);
                  this.displayController = null;
                  this._displayDirty = !1;
                  this._zOrderDirty = !1;
                  this._blendModeDirty = !1;
                  this._colorDirty = !1;
                  this._transformDirty = !1;
                  this._visible = !0;
                  this._blendMode = 0;
                  this._displayIndex = -1;
                  this._animationDisplayIndex = -1;
                  this._zOrder = 0;
                  this._cachedFrameIndex = -1;
                  this._pivotX = 0;
                  this._pivotY = 0;
                  this._localMatrix.identity();
                  this._colorTransform.identity();
                  this._displayList.length = 0;
                  this._displayDatas.length = 0;
                  this._slotData = null;
                  this._rawDisplayDatas = null;
                  this._displayData = null;
                  this._boundingBoxData = null;
                  this._textureData = null;
                  this._deformVertices = null;
                  this._rawDisplay = null;
                  this._meshDisplay = null;
                  this._display = null;
                  this._childArmature = null;
                  this._parent = null;
                  this._cachedFrameIndices = null;
                };
                i.prototype._getDefaultRawDisplayData = function(t) {
                  var e = this._armature._armatureData.defaultSkin;
                  if (null !== e) {
                    var i = e.getDisplays(this._slotData.name);
                    if (null !== i) return t < i.length ? i[t] : null;
                  }
                  return null;
                };
                i.prototype._updateDisplayData = function() {
                  var e = this._displayData;
                  var s = null !== this._deformVertices ? this._deformVertices.verticesData : null;
                  var n = this._textureData;
                  var r = null;
                  var o = null;
                  this._displayData = null;
                  this._boundingBoxData = null;
                  this._textureData = null;
                  if (this._displayIndex >= 0) {
                    null !== this._rawDisplayDatas && (r = this._displayIndex < this._rawDisplayDatas.length ? this._rawDisplayDatas[this._displayIndex] : null);
                    null === r && (r = this._getDefaultRawDisplayData(this._displayIndex));
                    this._displayIndex < this._displayDatas.length && (this._displayData = this._displayDatas[this._displayIndex]);
                  }
                  if (null !== this._displayData) {
                    2 === this._displayData.type || 4 === this._displayData.type ? o = this._displayData.vertices : null !== r && (2 === r.type || 4 === r.type) && (o = r.vertices);
                    3 === this._displayData.type ? this._boundingBoxData = this._displayData.boundingBox : null !== r && 3 === r.type && (this._boundingBoxData = r.boundingBox);
                    (0 === this._displayData.type || 2 === this._displayData.type) && (this._textureData = this._displayData.texture);
                  }
                  if (this._displayData !== e || o !== s || this._textureData !== n) {
                    if (null === o && null !== this._textureData) {
                      var a = this._displayData;
                      var l = this._textureData.parent.scale * this._armature._armatureData.scale;
                      var h = this._textureData.frame;
                      this._pivotX = a.pivot.x;
                      this._pivotY = a.pivot.y;
                      var c = null !== h ? h : this._textureData.region;
                      var u = c.width;
                      var _ = c.height;
                      if (this._textureData.rotated && null === h) {
                        u = c.height;
                        _ = c.width;
                      }
                      this._pivotX *= u * l;
                      this._pivotY *= _ * l;
                      if (null !== h) {
                        this._pivotX += h.x * l;
                        this._pivotY += h.y * l;
                      }
                      if (null !== this._displayData && null !== r && this._displayData !== r) {
                        r.transform.toMatrix(i._helpMatrix);
                        i._helpMatrix.invert();
                        i._helpMatrix.transformPoint(0, 0, i._helpPoint);
                        this._pivotX -= i._helpPoint.x;
                        this._pivotY -= i._helpPoint.y;
                        this._displayData.transform.toMatrix(i._helpMatrix);
                        i._helpMatrix.invert();
                        i._helpMatrix.transformPoint(0, 0, i._helpPoint);
                        this._pivotX += i._helpPoint.x;
                        this._pivotY += i._helpPoint.y;
                      }
                      t.DragonBones.yDown || (this._pivotY = (this._textureData.rotated ? this._textureData.region.width : this._textureData.region.height) * l - this._pivotY);
                    } else {
                      this._pivotX = 0;
                      this._pivotY = 0;
                    }
                    null !== r ? this.origin = r.transform : null !== this._displayData ? this.origin = this._displayData.transform : this.origin = null;
                    if (o !== s) {
                      null === this._deformVertices && (this._deformVertices = t.BaseObject.borrowObject(t.DeformVertices));
                      this._deformVertices.init(o, this._armature);
                    } else null !== this._deformVertices && this._textureData !== n && (this._deformVertices.verticesDirty = !0);
                    this._displayDirty = !0;
                    this._transformDirty = !0;
                  }
                };
                i.prototype._updateDisplay = function() {
                  var e = null !== this._display ? this._display : this._rawDisplay;
                  var i = this._childArmature;
                  if (this._displayIndex >= 0 && this._displayIndex < this._displayList.length) {
                    this._display = this._displayList[this._displayIndex];
                    if (null !== this._display && this._display instanceof t.Armature) {
                      this._childArmature = this._display;
                      this._display = this._childArmature.display;
                    } else this._childArmature = null;
                  } else {
                    this._display = null;
                    this._childArmature = null;
                  }
                  var s = null !== this._display ? this._display : this._rawDisplay;
                  if (s !== e) {
                    this._onUpdateDisplay();
                    this._replaceDisplay(e);
                    this._transformDirty = !0;
                    this._visibleDirty = !0;
                    this._blendModeDirty = !0;
                    this._colorDirty = !0;
                  }
                  s !== this._rawDisplay && s !== this._meshDisplay || this._updateFrame();
                  if (this._childArmature !== i) {
                    if (null !== i) {
                      i._parent = null;
                      i.clock = null;
                      i.inheritAnimation && i.animation.reset();
                    }
                    if (null !== this._childArmature) {
                      this._childArmature._parent = this;
                      this._childArmature.clock = this._armature.clock;
                      if (this._childArmature.inheritAnimation) {
                        if (0 === this._childArmature.cacheFrameRate) {
                          var n = this._armature.cacheFrameRate;
                          0 !== n && (this._childArmature.cacheFrameRate = n);
                        }
                        var r = null;
                        if (null !== this._displayData && 1 === this._displayData.type) r = this._displayData.actions; else if (this._displayIndex >= 0 && null !== this._rawDisplayDatas) {
                          var o = this._displayIndex < this._rawDisplayDatas.length ? this._rawDisplayDatas[this._displayIndex] : null;
                          null === o && (o = this._getDefaultRawDisplayData(this._displayIndex));
                          null !== o && 1 === o.type && (r = o.actions);
                        }
                        if (null !== r && r.length > 0) for (var a = 0, l = r; a < l.length; a++) {
                          var h = l[a];
                          var c = t.BaseObject.borrowObject(t.EventObject);
                          t.EventObject.actionDataToInstance(h, c, this._armature);
                          c.slot = this;
                          this._armature._bufferAction(c, !1);
                        } else this._childArmature.animation.play();
                      }
                    }
                  }
                };
                i.prototype._updateGlobalTransformMatrix = function(t) {
                  var e = 0 === this._parent._boneData.type ? this._parent.globalTransformMatrix : this._parent._getGlobalTransformMatrix(this.global.x, this.global.y);
                  this.globalTransformMatrix.copyFrom(this._localMatrix);
                  this.globalTransformMatrix.concat(e);
                  t ? this.global.fromMatrix(this.globalTransformMatrix) : this._globalDirty = !0;
                };
                i.prototype._setDisplayIndex = function(t, e) {
                  void 0 === e && (e = !1);
                  if (e) {
                    if (this._animationDisplayIndex === t) return !1;
                    this._animationDisplayIndex = t;
                  }
                  if (this._displayIndex === t) return !1;
                  this._displayIndex = t;
                  this._displayDirty = !0;
                  this._updateDisplayData();
                  return this._displayDirty;
                };
                i.prototype._setZorder = function(t) {
                  this._zOrder;
                  this._zOrder = t;
                  this._zOrderDirty = !0;
                  return this._zOrderDirty;
                };
                i.prototype._setColor = function(t) {
                  this._colorTransform.copyFrom(t);
                  this._colorDirty = !0;
                  return this._colorDirty;
                };
                i.prototype._setDisplayList = function(e) {
                  if (null !== e && e.length > 0) {
                    this._displayList.length !== e.length && (this._displayList.length = e.length);
                    for (var i = 0, s = e.length; i < s; ++i) {
                      var n = e[i];
                      null !== n && n !== this._rawDisplay && n !== this._meshDisplay && !(n instanceof t.Armature) && this._displayList.indexOf(n) < 0 && this._initDisplay(n, !0);
                      this._displayList[i] = n;
                    }
                  } else this._displayList.length > 0 && (this._displayList.length = 0);
                  this._displayIndex >= 0 && this._displayIndex < this._displayList.length ? this._displayDirty = this._display !== this._displayList[this._displayIndex] : this._displayDirty = null !== this._display;
                  this._updateDisplayData();
                  return this._displayDirty;
                };
                i.prototype.init = function(t, e, i, s) {
                  if (null === this._slotData) {
                    this._slotData = t;
                    this._isFromCache = !1;
                    this._visibleDirty = !0;
                    this._blendModeDirty = !0;
                    this._colorDirty = !0;
                    this._blendMode = this._slotData.blendMode;
                    this._zOrder = this._slotData.zOrder;
                    this._colorTransform.copyFrom(this._slotData.color);
                    this._rawDisplay = i;
                    this._meshDisplay = s;
                    this._armature = e;
                    var n = this._armature.getBone(this._slotData.parent.name);
                    null !== n && (this._parent = n);
                    this._armature._addSlot(this);
                    this._initDisplay(this._rawDisplay, !1);
                    this._rawDisplay !== this._meshDisplay && this._initDisplay(this._meshDisplay, !1);
                    this._onUpdateDisplay();
                    this._addDisplay();
                  }
                };
                i.prototype.update = function(t) {
                  this._isFromCache = !1;
                  if (this._displayDirty) {
                    this._displayDirty = !1;
                    this._updateDisplay();
                    this._transformDirty && (null !== this.origin ? this.global.copyFrom(this.origin).add(this.offset).toMatrix(this._localMatrix) : this.global.copyFrom(this.offset).toMatrix(this._localMatrix));
                  }
                  if (this._zOrderDirty) {
                    this._zOrderDirty = !1;
                    this._updateZOrder();
                  }
                  if (t >= 0 && null !== this._cachedFrameIndices) {
                    var e = this._cachedFrameIndices[t];
                    if (e >= 0 && this._cachedFrameIndex === e) this._transformDirty = !1; else if (e >= 0) {
                      this._transformDirty = !0;
                      this._cachedFrameIndex = e;
                    } else if (this._transformDirty || this._parent._childrenTransformDirty) {
                      this._transformDirty = !0;
                      this._cachedFrameIndex = -1;
                    } else if (this._cachedFrameIndex >= 0) {
                      this._transformDirty = !1;
                      this._cachedFrameIndices[t] = this._cachedFrameIndex;
                    } else {
                      this._transformDirty = !0;
                      this._cachedFrameIndex = -1;
                    }
                  } else if (this._transformDirty || this._parent._childrenTransformDirty) {
                    t = -1;
                    this._transformDirty = !0;
                    this._cachedFrameIndex = -1;
                  }
                  if (null !== this._display) {
                    if (this._visibleDirty) {
                      this._visibleDirty = !1;
                      this._updateVisible();
                    }
                    if (this._blendModeDirty) {
                      this._blendModeDirty = !1;
                      this._updateBlendMode();
                    }
                    if (this._colorDirty) {
                      this._colorDirty = !1;
                      this._updateColor();
                    }
                    if (null !== this._deformVertices && null !== this._deformVertices.verticesData && this._display === this._meshDisplay) {
                      var i = null !== this._deformVertices.verticesData.weight;
                      var s = 0 !== this._parent._boneData.type;
                      if (this._deformVertices.verticesDirty || i && this._deformVertices.isBonesUpdate() || s && this._parent._childrenTransformDirty) {
                        this._deformVertices.verticesDirty = !1;
                        this._updateMesh();
                      }
                      if (i || s) return;
                    }
                    if (this._transformDirty) {
                      this._transformDirty = !1;
                      if (this._cachedFrameIndex < 0) {
                        var n = t >= 0;
                        this._updateGlobalTransformMatrix(n);
                        n && null !== this._cachedFrameIndices && (this._cachedFrameIndex = this._cachedFrameIndices[t] = this._armature._armatureData.setCacheFrame(this.globalTransformMatrix, this.global));
                      } else {
                        this._isFromCache = !0;
                        this._armature._armatureData.getCacheFrame(this.globalTransformMatrix, this.global, this._cachedFrameIndex);
                      }
                      this._updateTransform();
                    }
                  }
                };
                i.prototype.updateTransformAndMatrix = function() {
                  if (this._transformDirty) {
                    this._transformDirty = !1;
                    this._updateGlobalTransformMatrix(!1);
                  }
                };
                i.prototype.replaceDisplayData = function(t, e) {
                  void 0 === e && (e = -1);
                  e < 0 && (e = this._displayIndex < 0 ? 0 : this._displayIndex);
                  if (this._displayDatas.length <= e) {
                    this._displayDatas.length = e + 1;
                    for (var i = 0, s = this._displayDatas.length; i < s; ++i) this._displayDatas[i] || (this._displayDatas[i] = null);
                  }
                  this._displayDatas[e] = t;
                };
                i.prototype.containsPoint = function(t, e) {
                  if (null === this._boundingBoxData) return !1;
                  this.updateTransformAndMatrix();
                  i._helpMatrix.copyFrom(this.globalTransformMatrix);
                  i._helpMatrix.invert();
                  i._helpMatrix.transformPoint(t, e, i._helpPoint);
                  return this._boundingBoxData.containsPoint(i._helpPoint.x, i._helpPoint.y);
                };
                i.prototype.intersectsSegment = function(t, e, s, n, r, o, a) {
                  void 0 === r && (r = null);
                  void 0 === o && (o = null);
                  void 0 === a && (a = null);
                  if (null === this._boundingBoxData) return 0;
                  this.updateTransformAndMatrix();
                  i._helpMatrix.copyFrom(this.globalTransformMatrix);
                  i._helpMatrix.invert();
                  i._helpMatrix.transformPoint(t, e, i._helpPoint);
                  t = i._helpPoint.x;
                  e = i._helpPoint.y;
                  i._helpMatrix.transformPoint(s, n, i._helpPoint);
                  s = i._helpPoint.x;
                  n = i._helpPoint.y;
                  var l = this._boundingBoxData.intersectsSegment(t, e, s, n, r, o, a);
                  if (l > 0) {
                    if (1 === l || 2 === l) if (null !== r) {
                      this.globalTransformMatrix.transformPoint(r.x, r.y, r);
                      if (null !== o) {
                        o.x = r.x;
                        o.y = r.y;
                      }
                    } else null !== o && this.globalTransformMatrix.transformPoint(o.x, o.y, o); else {
                      null !== r && this.globalTransformMatrix.transformPoint(r.x, r.y, r);
                      null !== o && this.globalTransformMatrix.transformPoint(o.x, o.y, o);
                    }
                    if (null !== a) {
                      this.globalTransformMatrix.transformPoint(Math.cos(a.x), Math.sin(a.x), i._helpPoint, !0);
                      a.x = Math.atan2(i._helpPoint.y, i._helpPoint.x);
                      this.globalTransformMatrix.transformPoint(Math.cos(a.y), Math.sin(a.y), i._helpPoint, !0);
                      a.y = Math.atan2(i._helpPoint.y, i._helpPoint.x);
                    }
                  }
                  return l;
                };
                i.prototype.invalidUpdate = function() {
                  this._displayDirty = !0;
                  this._transformDirty = !0;
                };
                Object.defineProperty(i.prototype, "visible", {
                  get: function() {
                    return this._visible;
                  },
                  set: function(t) {
                    if (this._visible !== t) {
                      this._visible = t;
                      this._updateVisible();
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "displayIndex", {
                  get: function() {
                    return this._displayIndex;
                  },
                  set: function(t) {
                    this._setDisplayIndex(t) && this.update(-1);
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "name", {
                  get: function() {
                    return this._slotData.name;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "displayList", {
                  get: function() {
                    return this._displayList.concat();
                  },
                  set: function(e) {
                    var i = this._displayList.concat();
                    var s = new Array;
                    this._setDisplayList(e) && this.update(-1);
                    for (var n = 0, r = i; n < r.length; n++) {
                      null !== (l = r[n]) && l !== this._rawDisplay && l !== this._meshDisplay && this._displayList.indexOf(l) < 0 && s.indexOf(l) < 0 && s.push(l);
                    }
                    for (var o = 0, a = s; o < a.length; o++) {
                      var l;
                      (l = a[o]) instanceof t.Armature || this._disposeDisplay(l, !0);
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "slotData", {
                  get: function() {
                    return this._slotData;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "rawDisplayDatas", {
                  get: function() {
                    return this._rawDisplayDatas;
                  },
                  set: function(t) {
                    if (this._rawDisplayDatas !== t) {
                      this._displayDirty = !0;
                      this._rawDisplayDatas = t;
                      if (null !== this._rawDisplayDatas) {
                        this._displayDatas.length = this._rawDisplayDatas.length;
                        for (var e = 0, i = this._displayDatas.length; e < i; ++e) {
                          var s = this._rawDisplayDatas[e];
                          null === s && (s = this._getDefaultRawDisplayData(e));
                          this._displayDatas[e] = s;
                        }
                      } else this._displayDatas.length = 0;
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "displayData", {
                  get: function() {
                    return this._displayData;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "boundingBoxData", {
                  get: function() {
                    return this._boundingBoxData;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "rawDisplay", {
                  get: function() {
                    return this._rawDisplay;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "meshDisplay", {
                  get: function() {
                    return this._meshDisplay;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "display", {
                  get: function() {
                    return this._display;
                  },
                  set: function(t) {
                    if (this._display !== t) {
                      var e = this._displayList.length;
                      this._displayIndex < 0 && 0 === e && (this._displayIndex = 0);
                      if (!(this._displayIndex < 0)) {
                        var i = this.displayList;
                        e <= this._displayIndex && (i.length = this._displayIndex + 1);
                        i[this._displayIndex] = t;
                        this.displayList = i;
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "childArmature", {
                  get: function() {
                    return this._childArmature;
                  },
                  set: function(t) {
                    this._childArmature !== t && (this.display = t);
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "parent", {
                  get: function() {
                    return this._parent;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                i.prototype.getDisplay = function() {
                  return this._display;
                };
                i.prototype.setDisplay = function(t) {
                  this.display = t;
                };
                return i;
              }(t.TransformObject);
              t.Slot = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  return null !== e && e.apply(this, arguments) || this;
                }
                i.prototype._onClear = function() {
                  this._armature = null;
                  this._target = null;
                  this._root = null;
                  this._bone = null;
                };
                Object.defineProperty(i.prototype, "name", {
                  get: function() {
                    return this._constraintData.name;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                i._helpMatrix = new t.Matrix;
                i._helpTransform = new t.Transform;
                i._helpPoint = new t.Point;
                return i;
              }(t.BaseObject);
              t.Constraint = e;
              var i = function(e) {
                r5(i, e);
                function i() {
                  return null !== e && e.apply(this, arguments) || this;
                }
                i.toString = function() {
                  return "[class dragonBones.IKConstraint]";
                };
                i.prototype._onClear = function() {
                  e.prototype._onClear.call(this);
                  this._scaleEnabled = !1;
                  this._bendPositive = !1;
                  this._weight = 1;
                  this._constraintData = null;
                };
                i.prototype._computeA = function() {
                  var e = this._target.global;
                  var i = this._root.global;
                  var s = this._root.globalTransformMatrix;
                  var n = Math.atan2(e.y - i.y, e.x - i.x);
                  i.scaleX < 0 && (n += Math.PI);
                  i.rotation += t.Transform.normalizeRadian(n - i.rotation) * this._weight;
                  i.toMatrix(s);
                };
                i.prototype._computeB = function() {
                  var e = this._bone._boneData.length;
                  var i = this._root;
                  var s = this._target.global;
                  var n = i.global;
                  var r = this._bone.global;
                  var o = this._bone.globalTransformMatrix;
                  var a = o.a * e;
                  var l = o.b * e;
                  var h = a * a + l * l;
                  var c = Math.sqrt(h);
                  var u = r.x - n.x;
                  var _ = r.y - n.y;
                  var d = u * u + _ * _;
                  var p = Math.sqrt(d);
                  var m = r.rotation;
                  var f = n.rotation;
                  var g = Math.atan2(_, u);
                  var y = (u = s.x - n.x) * u + (_ = s.y - n.y) * _;
                  var b = Math.sqrt(y);
                  var S = 0;
                  if (c + p <= b || b + c <= p || b + p <= c) {
                    S = Math.atan2(s.y - n.y, s.x - n.x);
                    c + p <= b || p < c && (S += Math.PI);
                  } else {
                    var A = (d - h + y) / (2 * y);
                    var T = Math.sqrt(d - A * A * y) / b;
                    var v = n.x + u * A;
                    var E = n.y + _ * A;
                    var C = -_ * T;
                    var x = u * T;
                    var w = !1;
                    var R = i.parent;
                    if (null !== R) {
                      var I = R.globalTransformMatrix;
                      w = I.a * I.d - I.b * I.c < 0;
                    }
                    if (w !== this._bendPositive) {
                      r.x = v - C;
                      r.y = E - x;
                    } else {
                      r.x = v + C;
                      r.y = E + x;
                    }
                    S = Math.atan2(r.y - n.y, r.x - n.x);
                  }
                  var M = t.Transform.normalizeRadian(S - g);
                  n.rotation = f + M * this._weight;
                  n.toMatrix(i.globalTransformMatrix);
                  var B = g + M * this._weight;
                  r.x = n.x + Math.cos(B) * p;
                  r.y = n.y + Math.sin(B) * p;
                  var D = Math.atan2(s.y - r.y, s.x - r.x);
                  r.scaleX < 0 && (D += Math.PI);
                  r.rotation = n.rotation + m - f + t.Transform.normalizeRadian(D - M - m) * this._weight;
                  r.toMatrix(o);
                };
                i.prototype.init = function(t, e) {
                  if (null === this._constraintData) {
                    this._constraintData = t;
                    this._armature = e;
                    this._target = this._armature.getBone(this._constraintData.target.name);
                    this._root = this._armature.getBone(this._constraintData.root.name);
                    this._bone = null !== this._constraintData.bone ? this._armature.getBone(this._constraintData.bone.name) : null;
                    var i = this._constraintData;
                    this._scaleEnabled = i.scaleEnabled;
                    this._bendPositive = i.bendPositive;
                    this._weight = i.weight;
                    this._root._hasConstraint = !0;
                  }
                };
                i.prototype.update = function() {
                  this._root.updateByConstraint();
                  if (null !== this._bone) {
                    this._bone.updateByConstraint();
                    this._computeB();
                  } else this._computeA();
                };
                i.prototype.invalidUpdate = function() {
                  this._root.invalidUpdate();
                  null !== this._bone && this._bone.invalidUpdate();
                };
                return i;
              }(e);
              t.IKConstraint = i;
              var s = function(e) {
                r5(i, e);
                function i() {
                  var t = null !== e && e.apply(this, arguments) || this;
                  t._bones = [];
                  t._spaces = [];
                  t._positions = [];
                  t._curves = [];
                  t._boneLengths = [];
                  t._pathGlobalVertices = [];
                  t._segments = [ 10 ];
                  return t;
                }
                i.toString = function() {
                  return "[class dragonBones.PathConstraint]";
                };
                i.prototype._onClear = function() {
                  e.prototype._onClear.call(this);
                  this.dirty = !1;
                  this.pathOffset = 0;
                  this.position = 0;
                  this.spacing = 0;
                  this.rotateOffset = 0;
                  this.rotateMix = 1;
                  this.translateMix = 1;
                  this._pathSlot = null;
                  this._bones.length = 0;
                  this._spaces.length = 0;
                  this._positions.length = 0;
                  this._curves.length = 0;
                  this._boneLengths.length = 0;
                  this._pathGlobalVertices.length = 0;
                };
                i.prototype._updatePathVertices = function(t) {
                  var e = this._armature;
                  var i = e.armatureData.parent;
                  var s = e.armatureData.scale;
                  var n = i.intArray;
                  var r = i.floatArray;
                  var o = t.offset;
                  var a = n[o + 0];
                  var l = n[o + 2];
                  this._pathGlobalVertices.length = 2 * a;
                  var h = t.weight;
                  if (null !== h) {
                    var c = this._pathSlot._deformVertices.bones;
                    var u = h.bones.length;
                    var _ = h.offset;
                    var d = n[_ + 1];
                    var p = _ + 2 + u;
                    E = 0;
                    for (var m = 0; E < a; E++) {
                      var f = 0, g = 0;
                      for (var y = 0, b = n[p++]; y < b; y++) {
                        var S = c[n[p++]];
                        if (null !== S) {
                          S.updateByConstraint();
                          v = S.globalTransformMatrix;
                          var A = r[d++];
                          x = r[d++] * s;
                          w = r[d++] * s;
                          f += (v.a * x + v.c * w + v.tx) * A;
                          g += (v.b * x + v.d * w + v.ty) * A;
                        }
                      }
                      this._pathGlobalVertices[m++] = f;
                      this._pathGlobalVertices[m++] = g;
                    }
                  } else {
                    var T = this._pathSlot.parent;
                    T.updateByConstraint();
                    var v = T.globalTransformMatrix;
                    for (var E = 0, C = l; E < a; E += 2) {
                      var x = r[C++] * s;
                      var w = r[C++] * s;
                      var R = v.a * x + v.c * w + v.tx;
                      var I = v.b * x + v.d * w + v.ty;
                      this._pathGlobalVertices[E] = R;
                      this._pathGlobalVertices[E + 1] = I;
                    }
                  }
                };
                i.prototype._computeVertices = function(t, e, i, s) {
                  for (var n = i, r = t; n < e; n += 2) {
                    s[n] = this._pathGlobalVertices[r++];
                    s[n + 1] = this._pathGlobalVertices[r++];
                  }
                };
                i.prototype._computeBezierCurve = function(t, e, i, s, n) {
                  var r = this._armature.armatureData.parent.intArray[t.vertices.offset + 0];
                  var o = this._positions;
                  var a = this._spaces;
                  var l = t.closed;
                  var h = Array();
                  var c = 2 * r;
                  var u = c / 6;
                  var _ = -1;
                  var d = this.position;
                  o.length = 3 * e + 2;
                  var p = 0;
                  if (t.constantSpeed) {
                    if (l) {
                      c += 2;
                      h.length = r;
                      this._computeVertices(2, c - 4, 0, h);
                      this._computeVertices(0, 2, c - 4, h);
                      h[c - 2] = h[0];
                      h[c - 1] = h[1];
                    } else {
                      u--;
                      c -= 4;
                      h.length = c;
                      this._computeVertices(2, c, 0, h);
                    }
                    var m = new Array(u);
                    p = 0;
                    var f = h[0], g = h[1], y = 0, b = 0, S = 0, A = 0, T = 0, v = 0;
                    var E, C, x, w, R, I, M, B;
                    z = 0;
                    for (var D = 2; z < u; z++, D += 6) {
                      y = h[D];
                      b = h[D + 1];
                      S = h[D + 2];
                      A = h[D + 3];
                      R = 2 * (E = .1875 * (f - 2 * y + S)) + (x = .09375 * (3 * (y - S) - f + (T = h[D + 4])));
                      I = 2 * (C = .1875 * (g - 2 * b + A)) + (w = .09375 * (3 * (b - A) - g + (v = h[D + 5])));
                      M = .75 * (y - f) + E + .16666667 * x;
                      B = .75 * (b - g) + C + .16666667 * w;
                      p += Math.sqrt(M * M + B * B);
                      M += R;
                      B += I;
                      R += x;
                      I += w;
                      p += Math.sqrt(M * M + B * B);
                      M += R;
                      B += I;
                      p += Math.sqrt(M * M + B * B);
                      M += R + x;
                      B += I + w;
                      p += Math.sqrt(M * M + B * B);
                      m[z] = p;
                      f = T;
                      g = v;
                    }
                    s && (d *= p);
                    if (n) for (z = 0; z < e; z++) a[z] *= p;
                    var P = this._segments;
                    var O = 0;
                    z = 0, H = 0, j = 0;
                    for (var N = 0; z < e; z++, H += 3) {
                      var L = d += a[z];
                      if (l) {
                        (L %= p) < 0 && (L += p);
                        j = 0;
                      } else {
                        if (L < 0) continue;
                        if (L > p) continue;
                      }
                      for (;;j++) {
                        var F = m[j];
                        if (!(L > F)) {
                          if (0 === j) L /= F; else {
                            L = (L - (U = m[j - 1])) / (F - U);
                          }
                          break;
                        }
                      }
                      if (j !== _) {
                        _ = j;
                        var V = 6 * j;
                        f = h[V];
                        g = h[V + 1];
                        y = h[V + 2];
                        b = h[V + 3];
                        S = h[V + 4];
                        A = h[V + 5];
                        R = 2 * (E = .03 * (f - 2 * y + S)) + (x = .006 * (3 * (y - S) - f + (T = h[V + 6])));
                        I = 2 * (C = .03 * (g - 2 * b + A)) + (w = .006 * (3 * (b - A) - g + (v = h[V + 7])));
                        M = .3 * (y - f) + E + .16666667 * x;
                        B = .3 * (b - g) + C + .16666667 * w;
                        O = Math.sqrt(M * M + B * B);
                        P[0] = O;
                        for (V = 1; V < 8; V++) {
                          M += R;
                          B += I;
                          R += x;
                          I += w;
                          O += Math.sqrt(M * M + B * B);
                          P[V] = O;
                        }
                        M += R;
                        B += I;
                        O += Math.sqrt(M * M + B * B);
                        P[8] = O;
                        M += R + x;
                        B += I + w;
                        O += Math.sqrt(M * M + B * B);
                        P[9] = O;
                        N = 0;
                      }
                      L *= O;
                      for (;;N++) {
                        var k = P[N];
                        if (!(L > k)) {
                          if (0 === N) L /= k; else {
                            var U;
                            L = N + (L - (U = P[N - 1])) / (k - U);
                          }
                          break;
                        }
                      }
                      this.addCurvePosition(.1 * L, f, g, y, b, S, A, T, v, o, H, i);
                    }
                  } else {
                    var G = t.curveLengths;
                    p = G[u -= l ? 1 : 2];
                    s && (d *= p);
                    if (n) for (var z = 0; z < e; z++) a[z] *= p;
                    h.length = 8;
                    for (var z = 0, H = 0, j = 0; z < e; z++, H += 3) {
                      d += a[z];
                      if (l) {
                        (d %= p) < 0 && (d += p);
                        j = 0;
                      } else {
                        if (d < 0) continue;
                        if (d > p) continue;
                      }
                      var X = 0;
                      for (;;j++) {
                        var W = G[j];
                        if (!(d > W)) {
                          if (0 === j) X = d / W; else {
                            var Y = G[j - 1];
                            X = (d - Y) / (W - Y);
                          }
                          break;
                        }
                      }
                      if (j !== _) {
                        _ = j;
                        if (l && j === u) {
                          this._computeVertices(c - 4, 4, 0, h);
                          this._computeVertices(0, 4, 4, h);
                        } else this._computeVertices(6 * j + 2, 8, 0, h);
                      }
                      this.addCurvePosition(X, h[0], h[1], h[2], h[3], h[4], h[5], h[6], h[7], o, H, i);
                    }
                  }
                };
                i.prototype.addCurvePosition = function(t, e, i, s, n, r, o, a, l, h, c, u) {
                  if (0 !== t) if (1 !== t) {
                    var _ = 1 - t;
                    var d = _ * _;
                    var p = t * t;
                    var m = d * _;
                    var f = d * t * 3;
                    var g = _ * p * 3;
                    var y = t * p;
                    var b = m * e + f * s + g * r + y * a;
                    var S = m * i + f * n + g * o + y * l;
                    h[c] = b;
                    h[c + 1] = S;
                    h[c + 2] = u ? Math.atan2(S - (m * i + f * n + g * o), b - (m * e + f * s + g * r)) : 0;
                  } else {
                    h[c] = a;
                    h[c + 1] = l;
                    h[c + 2] = 0;
                  } else {
                    h[c] = e;
                    h[c + 1] = i;
                    h[c + 2] = 0;
                  }
                };
                i.prototype.init = function(t, e) {
                  this._constraintData = t;
                  this._armature = e;
                  var i = t;
                  this.pathOffset = i.pathDisplayData.vertices.offset;
                  this.position = i.position;
                  this.spacing = i.spacing;
                  this.rotateOffset = i.rotateOffset;
                  this.rotateMix = i.rotateMix;
                  this.translateMix = i.translateMix;
                  this._root = this._armature.getBone(i.root.name);
                  this._target = this._armature.getBone(i.target.name);
                  this._pathSlot = this._armature.getSlot(i.pathSlot.name);
                  for (var s = 0, n = i.bones.length; s < n; s++) {
                    var r = this._armature.getBone(i.bones[s].name);
                    null !== r && this._bones.push(r);
                  }
                  2 === i.rotateMode && (this._boneLengths.length = this._bones.length);
                  this._root._hasConstraint = !0;
                };
                i.prototype.update = function() {
                  var e = this._pathSlot;
                  if (null !== e._deformVertices && null !== e._deformVertices.verticesData && e._deformVertices.verticesData.offset === this.pathOffset) {
                    var i = this._constraintData;
                    var s = e._displayData;
                    var n = !1;
                    var r = e._deformVertices;
                    if (this._root._childrenTransformDirty) {
                      this._updatePathVertices(s.vertices);
                      n = !0;
                    } else if (null !== r && (r.verticesDirty || r.isBonesUpdate())) {
                      this._updatePathVertices(s.vertices);
                      r.verticesDirty = !1;
                      n = !0;
                    }
                    if (n || this.dirty) {
                      var o = i.positionMode;
                      var a = i.spacingMode;
                      var l = i.rotateMode;
                      var h = this._bones;
                      var c = 0 === a;
                      var u = 2 === l;
                      var _ = 0 === l;
                      var d = h.length;
                      var p = _ ? d : d + 1;
                      var m = this.spacing;
                      var f = this._spaces;
                      f.length = p;
                      if (u || c) {
                        f[0] = 0;
                        for (var g = 0, y = p - 1; g < y; g++) {
                          (B = h[g]).updateByConstraint();
                          var b = B._boneData.length;
                          var S = b * (D = B.globalTransformMatrix).a;
                          var A = b * D.b;
                          var T = Math.sqrt(S * S + A * A);
                          u && (this._boneLengths[g] = T);
                          f[g + 1] = (b + m) * T / b;
                        }
                      } else for (g = 0; g < p; g++) f[g] = m;
                      this._computeBezierCurve(s, p, _, 1 === o, 2 === a);
                      var v = this._positions;
                      var E = this.rotateOffset;
                      var C = v[0], x = v[1];
                      var w;
                      if (0 === E) w = 1 === l; else {
                        w = !1;
                        if (null !== (B = e.parent)) {
                          E *= (D = B.globalTransformMatrix).a * D.d - D.b * D.c > 0 ? t.Transform.DEG_RAD : -t.Transform.DEG_RAD;
                        }
                      }
                      var R = this.rotateMix;
                      var I = this.translateMix;
                      g = 0;
                      for (var M = 3; g < d; g++, M += 3) {
                        var B;
                        (B = h[g]).updateByConstraint();
                        var D;
                        (D = B.globalTransformMatrix).tx += (C - D.tx) * I;
                        D.ty += (x - D.ty) * I;
                        var P = (S = v[M]) - C, O = (A = v[M + 1]) - x;
                        if (u) {
                          var N = this._boneLengths[g];
                          var L = (Math.sqrt(P * P + O * O) / N - 1) * R + 1;
                          D.a *= L;
                          D.b *= L;
                        }
                        C = S;
                        x = A;
                        if (R > 0) {
                          var F = D.a, V = D.b, k = D.c, U = D.d, G = void 0, z = void 0, H = void 0;
                          G = _ ? v[M - 1] : Math.atan2(O, P);
                          G -= Math.atan2(V, F);
                          if (w) {
                            z = Math.cos(G);
                            H = Math.sin(G);
                            var j = B._boneData.length;
                            C += (j * (z * F - H * V) - P) * R;
                            x += (j * (H * F + z * V) - O) * R;
                          } else G += E;
                          G > t.Transform.PI ? G -= t.Transform.PI_D : G < -t.Transform.PI && (G += t.Transform.PI_D);
                          G *= R;
                          z = Math.cos(G);
                          H = Math.sin(G);
                          D.a = z * F - H * V;
                          D.b = H * F + z * V;
                          D.c = z * k - H * U;
                          D.d = H * k + z * U;
                        }
                        B.global.fromMatrix(D);
                      }
                      this.dirty = !1;
                    }
                  }
                };
                i.prototype.invalidUpdate = function() {};
                return i;
              }(e);
              t.PathConstraint = s;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function t(t) {
                  void 0 === t && (t = 0);
                  this.time = 0;
                  this.timeScale = 1;
                  this._systemTime = 0;
                  this._animatebles = [];
                  this._clock = null;
                  this.time = t;
                  this._systemTime = .001 * (new Date).getTime();
                }
                t.prototype.advanceTime = function(t) {
                  t != t && (t = 0);
                  var e = .001 * Date.now();
                  t < 0 && (t = e - this._systemTime);
                  this._systemTime = e;
                  1 !== this.timeScale && (t *= this.timeScale);
                  if (0 !== t) {
                    t < 0 ? this.time -= t : this.time += t;
                    var i = 0, s = 0, n = this._animatebles.length;
                    for (;i < n; ++i) {
                      var r = this._animatebles[i];
                      if (null !== r) {
                        if (s > 0) {
                          this._animatebles[i - s] = r;
                          this._animatebles[i] = null;
                        }
                        r.advanceTime(t);
                      } else s++;
                    }
                    if (s > 0) {
                      n = this._animatebles.length;
                      for (;i < n; ++i) {
                        var o = this._animatebles[i];
                        null !== o ? this._animatebles[i - s] = o : s++;
                      }
                      this._animatebles.length -= s;
                    }
                  }
                };
                t.prototype.contains = function(t) {
                  if (t === this) return !1;
                  var e = t;
                  for (;e !== this && null !== e; ) e = e.clock;
                  return e === this;
                };
                t.prototype.add = function(t) {
                  if (this._animatebles.indexOf(t) < 0) {
                    this._animatebles.push(t);
                    t.clock = this;
                  }
                };
                t.prototype.remove = function(t) {
                  var e = this._animatebles.indexOf(t);
                  if (e >= 0) {
                    this._animatebles[e] = null;
                    t.clock = null;
                  }
                };
                t.prototype.clear = function() {
                  for (var t = 0, e = this._animatebles; t < e.length; t++) {
                    var i = e[t];
                    null !== i && (i.clock = null);
                  }
                };
                Object.defineProperty(t.prototype, "clock", {
                  get: function() {
                    return this._clock;
                  },
                  set: function(t) {
                    if (this._clock !== t) {
                      null !== this._clock && this._clock.remove(this);
                      this._clock = t;
                      null !== this._clock && this._clock.add(this);
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                t.clock = new t;
                return t;
              }();
              t.WorldClock = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  var t = null !== e && e.apply(this, arguments) || this;
                  t._animationNames = [];
                  t._animationStates = [];
                  t._animations = {};
                  t._animationConfig = null;
                  return t;
                }
                i.toString = function() {
                  return "[class dragonBones.Animation]";
                };
                i.prototype._onClear = function() {
                  for (var t = 0, e = this._animationStates; t < e.length; t++) {
                    e[t].returnToPool();
                  }
                  for (var i in this._animations) delete this._animations[i];
                  null !== this._animationConfig && this._animationConfig.returnToPool();
                  this.timeScale = 1;
                  this._lockUpdate = !1;
                  this._animationDirty = !1;
                  this._inheritTimeScale = 1;
                  this._animationNames.length = 0;
                  this._animationStates.length = 0;
                  this._armature = null;
                  this._animationConfig = null;
                  this._lastAnimationState = null;
                };
                i.prototype._fadeOut = function(t) {
                  switch (t.fadeOutMode) {
                   case 1:
                    for (var e = 0, i = this._animationStates; e < i.length; e++) {
                      null === (h = i[e])._parent && (h.layer === t.layer && h.fadeOut(t.fadeOutTime, t.pauseFadeOut));
                    }
                    break;

                   case 2:
                    for (var s = 0, n = this._animationStates; s < n.length; s++) {
                      null === (h = n[s])._parent && (h.group === t.group && h.fadeOut(t.fadeOutTime, t.pauseFadeOut));
                    }
                    break;

                   case 3:
                    for (var r = 0, o = this._animationStates; r < o.length; r++) {
                      null === (h = o[r])._parent && (h.layer === t.layer && h.group === t.group && h.fadeOut(t.fadeOutTime, t.pauseFadeOut));
                    }
                    break;

                   case 4:
                    for (var a = 0, l = this._animationStates; a < l.length; a++) {
                      var h;
                      null === (h = l[a])._parent && h.fadeOut(t.fadeOutTime, t.pauseFadeOut);
                    }
                  }
                };
                i.prototype.init = function(e) {
                  if (null === this._armature) {
                    this._armature = e;
                    this._animationConfig = t.BaseObject.borrowObject(t.AnimationConfig);
                  }
                };
                i.prototype.advanceTime = function(t) {
                  t < 0 && (t = -t);
                  this._armature.inheritAnimation && null !== this._armature._parent ? this._inheritTimeScale = this._armature._parent._armature.animation._inheritTimeScale * this.timeScale : this._inheritTimeScale = this.timeScale;
                  1 !== this._inheritTimeScale && (t *= this._inheritTimeScale);
                  var e = this._animationStates.length;
                  if (1 === e) {
                    if ((p = this._animationStates[0])._fadeState > 0 && p._subFadeState > 0) {
                      this._armature._dragonBones.bufferObject(p);
                      this._animationStates.length = 0;
                      this._lastAnimationState = null;
                    } else {
                      var i = p._animationData;
                      var s = i.cacheFrameRate;
                      if (this._animationDirty && s > 0) {
                        this._animationDirty = !1;
                        for (var n = 0, r = this._armature.getBones(); n < r.length; n++) {
                          var o = r[n];
                          o._cachedFrameIndices = i.getBoneCachedFrameIndices(o.name);
                        }
                        for (var a = 0, l = this._armature.getSlots(); a < l.length; a++) {
                          var h = l[a];
                          var c = h.rawDisplayDatas;
                          if (null !== c && c.length > 0) {
                            var u = c[0];
                            if (null !== u && u.parent === this._armature.armatureData.defaultSkin) {
                              h._cachedFrameIndices = i.getSlotCachedFrameIndices(h.name);
                              continue;
                            }
                          }
                          h._cachedFrameIndices = null;
                        }
                      }
                      p.advanceTime(t, s);
                    }
                  } else if (e > 1) {
                    for (var _ = 0, d = 0; _ < e; ++_) {
                      var p;
                      if ((p = this._animationStates[_])._fadeState > 0 && p._subFadeState > 0) {
                        d++;
                        this._armature._dragonBones.bufferObject(p);
                        this._animationDirty = !0;
                        this._lastAnimationState === p && (this._lastAnimationState = null);
                      } else {
                        d > 0 && (this._animationStates[_ - d] = p);
                        p.advanceTime(t, 0);
                      }
                      if (_ === e - 1 && d > 0) {
                        this._animationStates.length -= d;
                        null === this._lastAnimationState && this._animationStates.length > 0 && (this._lastAnimationState = this._animationStates[this._animationStates.length - 1]);
                      }
                    }
                    this._armature._cacheFrameIndex = -1;
                  } else this._armature._cacheFrameIndex = -1;
                };
                i.prototype.reset = function() {
                  for (var t = 0, e = this._animationStates; t < e.length; t++) {
                    e[t].returnToPool();
                  }
                  this._animationDirty = !1;
                  this._animationConfig.clear();
                  this._animationStates.length = 0;
                  this._lastAnimationState = null;
                };
                i.prototype.stop = function(t) {
                  void 0 === t && (t = null);
                  if (null !== t) {
                    null !== (s = this.getState(t)) && s.stop();
                  } else for (var e = 0, i = this._animationStates; e < i.length; e++) {
                    var s;
                    (s = i[e]).stop();
                  }
                };
                i.prototype.playConfig = function(e) {
                  var i = e.animation;
                  if (!(i in this._animations)) {
                    console.warn("Non-existent animation.\n", "DragonBones name: " + this._armature.armatureData.parent.name, "Armature name: " + this._armature.name, "Animation name: " + i);
                    return null;
                  }
                  var s = this._animations[i];
                  if (5 === e.fadeOutMode) for (var n = 0, r = this._animationStates; n < r.length; n++) {
                    var o = r[n];
                    if (o._animationData === s) return o;
                  }
                  0 === this._animationStates.length ? e.fadeInTime = 0 : e.fadeInTime < 0 && (e.fadeInTime = s.fadeInTime);
                  e.fadeOutTime < 0 && (e.fadeOutTime = e.fadeInTime);
                  e.timeScale <= -100 && (e.timeScale = 1 / s.scale);
                  if (s.frameCount > 1) {
                    if (e.position < 0) {
                      e.position %= s.duration;
                      e.position = s.duration - e.position;
                    } else e.position === s.duration ? e.position -= 1e-6 : e.position > s.duration && (e.position %= s.duration);
                    e.duration > 0 && e.position + e.duration > s.duration && (e.duration = s.duration - e.position);
                    e.playTimes < 0 && (e.playTimes = s.playTimes);
                  } else {
                    e.playTimes = 1;
                    e.position = 0;
                    e.duration > 0 && (e.duration = 0);
                  }
                  0 === e.duration && (e.duration = -1);
                  this._fadeOut(e);
                  var a = t.BaseObject.borrowObject(t.AnimationState);
                  a.init(this._armature, s, e);
                  this._animationDirty = !0;
                  this._armature._cacheFrameIndex = -1;
                  if (this._animationStates.length > 0) {
                    var l = !1;
                    for (var h = 0, c = this._animationStates.length; h < c; ++h) {
                      if (a.layer > this._animationStates[h].layer) {
                        l = !0;
                        this._animationStates.splice(h, 0, a);
                        break;
                      }
                      if (h !== c - 1 && a.layer > this._animationStates[h + 1].layer) {
                        l = !0;
                        this._animationStates.splice(h + 1, 0, a);
                        break;
                      }
                    }
                    l || this._animationStates.push(a);
                  } else this._animationStates.push(a);
                  for (var u = 0, _ = this._armature.getSlots(); u < _.length; u++) {
                    var d = _[u].childArmature;
                    null !== d && d.inheritAnimation && d.animation.hasAnimation(i) && null === d.animation.getState(i) && d.animation.fadeIn(i);
                  }
                  var p = !1;
                  for (var m in s.animationTimelines) {
                    if (!this._lockUpdate) {
                      p = !0;
                      this._lockUpdate = !0;
                    }
                    var f = this.fadeIn(m, e.fadeInTime, 1, a.layer, null, 0);
                    if (null !== f) {
                      f.resetToPose = !1;
                      f._parent = a;
                      f.stop();
                    }
                  }
                  p && (this._lockUpdate = !1);
                  if (!this._lockUpdate) {
                    e.fadeInTime <= 0 && this._armature.advanceTime(0);
                    this._lastAnimationState = a;
                  }
                  return a;
                };
                i.prototype.play = function(t, e) {
                  void 0 === t && (t = null);
                  void 0 === e && (e = -1);
                  this._animationConfig.clear();
                  this._animationConfig.resetToPose = !0;
                  this._animationConfig.playTimes = e;
                  this._animationConfig.fadeInTime = 0;
                  this._animationConfig.animation = null !== t ? t : "";
                  if (null !== t && t.length > 0) this.playConfig(this._animationConfig); else if (null === this._lastAnimationState) {
                    var i = this._armature.armatureData.defaultAnimation;
                    if (null !== i) {
                      this._animationConfig.animation = i.name;
                      this.playConfig(this._animationConfig);
                    }
                  } else if (this._lastAnimationState.isPlaying || this._lastAnimationState.isCompleted) {
                    this._animationConfig.animation = this._lastAnimationState.name;
                    this.playConfig(this._animationConfig);
                  } else this._lastAnimationState.play();
                  return this._lastAnimationState;
                };
                i.prototype.fadeIn = function(t, e, i, s, n, r) {
                  void 0 === e && (e = -1);
                  void 0 === i && (i = -1);
                  void 0 === s && (s = 0);
                  void 0 === n && (n = null);
                  void 0 === r && (r = 3);
                  this._animationConfig.clear();
                  this._animationConfig.fadeOutMode = r;
                  this._animationConfig.playTimes = i;
                  this._animationConfig.layer = s;
                  this._animationConfig.fadeInTime = e;
                  this._animationConfig.animation = t;
                  this._animationConfig.group = null !== n ? n : "";
                  return this.playConfig(this._animationConfig);
                };
                i.prototype.gotoAndPlayByTime = function(t, e, i) {
                  void 0 === e && (e = 0);
                  void 0 === i && (i = -1);
                  this._animationConfig.clear();
                  this._animationConfig.resetToPose = !0;
                  this._animationConfig.playTimes = i;
                  this._animationConfig.position = e;
                  this._animationConfig.fadeInTime = 0;
                  this._animationConfig.animation = t;
                  return this.playConfig(this._animationConfig);
                };
                i.prototype.gotoAndPlayByFrame = function(t, e, i) {
                  void 0 === e && (e = 0);
                  void 0 === i && (i = -1);
                  this._animationConfig.clear();
                  this._animationConfig.resetToPose = !0;
                  this._animationConfig.playTimes = i;
                  this._animationConfig.fadeInTime = 0;
                  this._animationConfig.animation = t;
                  var s = t in this._animations ? this._animations[t] : null;
                  null !== s && (this._animationConfig.position = s.duration * e / s.frameCount);
                  return this.playConfig(this._animationConfig);
                };
                i.prototype.gotoAndPlayByProgress = function(t, e, i) {
                  void 0 === e && (e = 0);
                  void 0 === i && (i = -1);
                  this._animationConfig.clear();
                  this._animationConfig.resetToPose = !0;
                  this._animationConfig.playTimes = i;
                  this._animationConfig.fadeInTime = 0;
                  this._animationConfig.animation = t;
                  var s = t in this._animations ? this._animations[t] : null;
                  null !== s && (this._animationConfig.position = s.duration * (e > 0 ? e : 0));
                  return this.playConfig(this._animationConfig);
                };
                i.prototype.gotoAndStopByTime = function(t, e) {
                  void 0 === e && (e = 0);
                  var i = this.gotoAndPlayByTime(t, e, 1);
                  null !== i && i.stop();
                  return i;
                };
                i.prototype.gotoAndStopByFrame = function(t, e) {
                  void 0 === e && (e = 0);
                  var i = this.gotoAndPlayByFrame(t, e, 1);
                  null !== i && i.stop();
                  return i;
                };
                i.prototype.gotoAndStopByProgress = function(t, e) {
                  void 0 === e && (e = 0);
                  var i = this.gotoAndPlayByProgress(t, e, 1);
                  null !== i && i.stop();
                  return i;
                };
                i.prototype.getState = function(t) {
                  var e = this._animationStates.length;
                  for (;e--; ) {
                    var i = this._animationStates[e];
                    if (i.name === t) return i;
                  }
                  return null;
                };
                i.prototype.hasAnimation = function(t) {
                  return t in this._animations;
                };
                i.prototype.getStates = function() {
                  return this._animationStates;
                };
                Object.defineProperty(i.prototype, "isPlaying", {
                  get: function() {
                    for (var t = 0, e = this._animationStates; t < e.length; t++) {
                      if (e[t].isPlaying) return !0;
                    }
                    return !1;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "isCompleted", {
                  get: function() {
                    for (var t = 0, e = this._animationStates; t < e.length; t++) {
                      if (!e[t].isCompleted) return !1;
                    }
                    return this._animationStates.length > 0;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "lastAnimationName", {
                  get: function() {
                    return null !== this._lastAnimationState ? this._lastAnimationState.name : "";
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "animationNames", {
                  get: function() {
                    return this._animationNames;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "animations", {
                  get: function() {
                    return this._animations;
                  },
                  set: function(t) {
                    if (this._animations !== t) {
                      this._animationNames.length = 0;
                      for (var e in this._animations) delete this._animations[e];
                      for (var e in t) {
                        this._animationNames.push(e);
                        this._animations[e] = t[e];
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "animationConfig", {
                  get: function() {
                    this._animationConfig.clear();
                    return this._animationConfig;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "lastAnimationState", {
                  get: function() {
                    return this._lastAnimationState;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                i.prototype.gotoAndPlay = function(t, e, i, s, n, r, o, a, l) {
                  void 0 === e && (e = -1);
                  void 0 === i && (i = -1);
                  void 0 === s && (s = -1);
                  void 0 === n && (n = 0);
                  void 0 === r && (r = null);
                  void 0 === o && (o = 3);
                  console.warn("Deprecated.");
                  this._animationConfig.clear();
                  this._animationConfig.resetToPose = !0;
                  this._animationConfig.fadeOutMode = o;
                  this._animationConfig.playTimes = s;
                  this._animationConfig.layer = n;
                  this._animationConfig.fadeInTime = e;
                  this._animationConfig.animation = t;
                  this._animationConfig.group = null !== r ? r : "";
                  var h = this._animations[t];
                  h && i > 0 && (this._animationConfig.timeScale = h.duration / i);
                  return this.playConfig(this._animationConfig);
                };
                i.prototype.gotoAndStop = function(t, e) {
                  void 0 === e && (e = 0);
                  console.warn("Deprecated.");
                  return this.gotoAndStopByTime(t, e);
                };
                Object.defineProperty(i.prototype, "animationList", {
                  get: function() {
                    console.warn("Deprecated.");
                    return this._animationNames;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(i.prototype, "animationDataList", {
                  get: function() {
                    console.warn("Deprecated.");
                    var t = [];
                    for (var e = 0, i = this._animationNames.length; e < i; ++e) t.push(this._animations[this._animationNames[e]]);
                    return t;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                return i;
              }(t.BaseObject);
              t.Animation = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(n, e);
                function n() {
                  var t = null !== e && e.apply(this, arguments) || this;
                  t._blendState = new s;
                  t._boneMask = [];
                  t._boneTimelines = [];
                  t._surfaceTimelines = [];
                  t._slotTimelines = [];
                  t._constraintTimelines = [];
                  t._animationTimelines = [];
                  t._poseTimelines = [];
                  t._bonePoses = {};
                  t._actionTimeline = null;
                  t._zOrderTimeline = null;
                  t._parent = null;
                  return t;
                }
                n.toString = function() {
                  return "[class dragonBones.AnimationState]";
                };
                n.prototype._onClear = function() {
                  for (var t = 0, e = this._boneTimelines; t < e.length; t++) {
                    e[t].returnToPool();
                  }
                  for (var i = 0, s = this._surfaceTimelines; i < s.length; i++) {
                    s[i].returnToPool();
                  }
                  for (var n = 0, r = this._slotTimelines; n < r.length; n++) {
                    r[n].returnToPool();
                  }
                  for (var o = 0, a = this._constraintTimelines; o < a.length; o++) {
                    a[o].returnToPool();
                  }
                  for (var l = 0, h = this._animationTimelines; l < h.length; l++) {
                    h[l].returnToPool();
                  }
                  for (var c in this._bonePoses) {
                    this._bonePoses[c].returnToPool();
                    delete this._bonePoses[c];
                  }
                  null !== this._actionTimeline && this._actionTimeline.returnToPool();
                  null !== this._zOrderTimeline && this._zOrderTimeline.returnToPool();
                  this.actionEnabled = !1;
                  this.additiveBlending = !1;
                  this.displayControl = !1;
                  this.resetToPose = !1;
                  this.playTimes = 1;
                  this.layer = 0;
                  this.timeScale = 1;
                  this.weight = 1;
                  this.autoFadeOutTime = 0;
                  this.fadeTotalTime = 0;
                  this.name = "";
                  this.group = "";
                  this._timelineDirty = 2;
                  this._playheadState = 0;
                  this._fadeState = -1;
                  this._subFadeState = -1;
                  this._position = 0;
                  this._duration = 0;
                  this._fadeTime = 0;
                  this._time = 0;
                  this._fadeProgress = 0;
                  this._weightResult = 0;
                  this._blendState.clear();
                  this._boneMask.length = 0;
                  this._boneTimelines.length = 0;
                  this._surfaceTimelines.length = 0;
                  this._slotTimelines.length = 0;
                  this._constraintTimelines.length = 0;
                  this._animationTimelines.length = 0;
                  this._poseTimelines.length = 0;
                  this._animationData = null;
                  this._armature = null;
                  this._actionTimeline = null;
                  this._zOrderTimeline = null;
                  this._parent = null;
                };
                n.prototype._updateTimelines = function() {
                  for (var e = 0, i = this._armature._constraints; e < i.length; e++) {
                    var s = i[e];
                    if (null !== (h = this._animationData.getConstraintTimelines(s.name))) for (var n = 0, r = h; n < r.length; n++) {
                      if (30 === (_ = r[n]).type) {
                        (d = t.BaseObject.borrowObject(t.IKConstraintTimelineState)).constraint = s;
                        d.init(this._armature, this, _);
                        this._constraintTimelines.push(d);
                      }
                    } else if (this.resetToPose) {
                      (d = t.BaseObject.borrowObject(t.IKConstraintTimelineState)).constraint = s;
                      d.init(this._armature, this, null);
                      this._constraintTimelines.push(d);
                      this._poseTimelines.push(d);
                    }
                  }
                  for (var o = 0, a = this._armature.animation.getStates(); o < a.length; o++) {
                    var l = a[o];
                    if (l._parent === this) {
                      var h;
                      if (null !== (h = this._animationData.getAnimationTimelines(l.name))) for (var c = 0, u = h; c < u.length; c++) {
                        var _;
                        if (40 === (_ = u[c]).type) {
                          var d;
                          (d = t.BaseObject.borrowObject(t.AnimationTimelineState)).animationState = l;
                          d.init(this._armature, this, _);
                          this._animationTimelines.push(d);
                        }
                      }
                    }
                  }
                };
                n.prototype._updateBoneAndSlotTimelines = function() {
                  var e = {};
                  for (var s = 0, n = this._boneTimelines; s < n.length; s++) {
                    (l = (y = n[s]).bone.name) in e || (e[l] = []);
                    e[l].push(y);
                  }
                  for (var r = 0, o = this._armature.getBones(); r < o.length; r++) {
                    var a = o[r];
                    var l = a.name;
                    if (this.containsBoneMask(l)) if (l in e) delete e[l]; else if (0 === a._boneData.type) {
                      var h = this._animationData.getBoneTimelines(l);
                      var c = l in this._bonePoses ? this._bonePoses[l] : this._bonePoses[l] = t.BaseObject.borrowObject(i);
                      if (null !== h) for (var u = 0, _ = h; u < _.length; u++) {
                        switch ((B = _[u]).type) {
                         case 10:
                          (y = t.BaseObject.borrowObject(t.BoneAllTimelineState)).bone = a;
                          y.bonePose = c;
                          y.init(this._armature, this, B);
                          this._boneTimelines.push(y);
                          break;

                         case 11:
                          (y = t.BaseObject.borrowObject(t.BoneTranslateTimelineState)).bone = a;
                          y.bonePose = c;
                          y.init(this._armature, this, B);
                          this._boneTimelines.push(y);
                          break;

                         case 12:
                          (y = t.BaseObject.borrowObject(t.BoneRotateTimelineState)).bone = a;
                          y.bonePose = c;
                          y.init(this._armature, this, B);
                          this._boneTimelines.push(y);
                          break;

                         case 13:
                          (y = t.BaseObject.borrowObject(t.BoneScaleTimelineState)).bone = a;
                          y.bonePose = c;
                          y.init(this._armature, this, B);
                          this._boneTimelines.push(y);
                        }
                      } else if (this.resetToPose) {
                        (y = t.BaseObject.borrowObject(t.BoneAllTimelineState)).bone = a;
                        y.bonePose = c;
                        y.init(this._armature, this, null);
                        this._boneTimelines.push(y);
                        this._poseTimelines.push(y);
                      }
                    } else if (1 === a._boneData.type) {
                      if (null !== (h = this._animationData.getSurfaceTimelines(l))) for (var d = 0, p = h; d < p.length; d++) {
                        if (50 === (B = p[d]).type) {
                          (y = t.BaseObject.borrowObject(t.SurfaceTimelineState)).surface = a;
                          y.init(this._armature, this, B);
                          this._surfaceTimelines.push(y);
                        }
                      } else if (this.resetToPose) {
                        (y = t.BaseObject.borrowObject(t.SurfaceTimelineState)).surface = a;
                        y.init(this._armature, this, null);
                        this._surfaceTimelines.push(y);
                        this._poseTimelines.push(y);
                      }
                    }
                  }
                  for (var m in e) for (var f = 0, g = e[m]; f < g.length; f++) {
                    var y = g[f];
                    this._boneTimelines.splice(this._boneTimelines.indexOf(y), 1);
                    y.returnToPool();
                  }
                  var b = {};
                  var S = [];
                  for (var A = 0, T = this._slotTimelines; A < T.length; A++) {
                    (l = (y = T[A]).slot.name) in b || (b[l] = []);
                    b[l].push(y);
                  }
                  for (var v = 0, E = this._armature.getSlots(); v < E.length; v++) {
                    var C = E[v];
                    var x = C.parent.name;
                    if (this.containsBoneMask(x)) {
                      l = C.name;
                      h = this._animationData.getSlotTimelines(l);
                      if (l in b) delete b[l]; else {
                        var w = !1;
                        var R = !1;
                        S.length = 0;
                        if (null !== h) for (var I = 0, M = h; I < M.length; I++) {
                          var B;
                          switch ((B = M[I]).type) {
                           case 20:
                            (y = t.BaseObject.borrowObject(t.SlotDislayTimelineState)).slot = C;
                            y.init(this._armature, this, B);
                            this._slotTimelines.push(y);
                            w = !0;
                            break;

                           case 21:
                            (y = t.BaseObject.borrowObject(t.SlotColorTimelineState)).slot = C;
                            y.init(this._armature, this, B);
                            this._slotTimelines.push(y);
                            R = !0;
                            break;

                           case 22:
                            (y = t.BaseObject.borrowObject(t.DeformTimelineState)).slot = C;
                            y.init(this._armature, this, B);
                            this._slotTimelines.push(y);
                            S.push(y.vertexOffset);
                          }
                        }
                        if (this.resetToPose) {
                          if (!w) {
                            (y = t.BaseObject.borrowObject(t.SlotDislayTimelineState)).slot = C;
                            y.init(this._armature, this, null);
                            this._slotTimelines.push(y);
                            this._poseTimelines.push(y);
                          }
                          if (!R) {
                            (y = t.BaseObject.borrowObject(t.SlotColorTimelineState)).slot = C;
                            y.init(this._armature, this, null);
                            this._slotTimelines.push(y);
                            this._poseTimelines.push(y);
                          }
                          if (null !== C.rawDisplayDatas) for (var D = 0, P = C.rawDisplayDatas; D < P.length; D++) {
                            var O = P[D];
                            if (null !== O && 2 === O.type) {
                              var N = O.vertices.offset;
                              if (S.indexOf(N) < 0) {
                                (y = t.BaseObject.borrowObject(t.DeformTimelineState)).vertexOffset = N;
                                y.slot = C;
                                y.init(this._armature, this, null);
                                this._slotTimelines.push(y);
                                this._poseTimelines.push(y);
                              }
                            }
                          }
                        }
                      }
                    }
                  }
                  for (var m in b) for (var L = 0, F = b[m]; L < F.length; L++) {
                    y = F[L];
                    this._slotTimelines.splice(this._slotTimelines.indexOf(y), 1);
                    y.returnToPool();
                  }
                };
                n.prototype._advanceFadeTime = function(e) {
                  var i = this._fadeState > 0;
                  if (this._subFadeState < 0) {
                    this._subFadeState = 0;
                    var s = i ? t.EventObject.FADE_OUT : t.EventObject.FADE_IN;
                    if (this._armature.eventDispatcher.hasDBEventListener(s)) {
                      (n = t.BaseObject.borrowObject(t.EventObject)).type = s;
                      n.armature = this._armature;
                      n.animationState = this;
                      this._armature._dragonBones.bufferEvent(n);
                    }
                  }
                  e < 0 && (e = -e);
                  this._fadeTime += e;
                  if (this._fadeTime >= this.fadeTotalTime) {
                    this._subFadeState = 1;
                    this._fadeProgress = i ? 0 : 1;
                  } else this._fadeTime > 0 ? this._fadeProgress = i ? 1 - this._fadeTime / this.fadeTotalTime : this._fadeTime / this.fadeTotalTime : this._fadeProgress = i ? 1 : 0;
                  if (this._subFadeState > 0) {
                    if (!i) {
                      this._playheadState |= 1;
                      this._fadeState = 0;
                    }
                    s = i ? t.EventObject.FADE_OUT_COMPLETE : t.EventObject.FADE_IN_COMPLETE;
                    if (this._armature.eventDispatcher.hasDBEventListener(s)) {
                      var n;
                      (n = t.BaseObject.borrowObject(t.EventObject)).type = s;
                      n.armature = this._armature;
                      n.animationState = this;
                      this._armature._dragonBones.bufferEvent(n);
                    }
                  }
                };
                n.prototype.init = function(e, i, s) {
                  if (null === this._armature) {
                    this._armature = e;
                    this._animationData = i;
                    this.resetToPose = s.resetToPose;
                    this.additiveBlending = s.additiveBlending;
                    this.displayControl = s.displayControl;
                    this.actionEnabled = s.actionEnabled;
                    this.layer = s.layer;
                    this.playTimes = s.playTimes;
                    this.timeScale = s.timeScale;
                    this.fadeTotalTime = s.fadeInTime;
                    this.autoFadeOutTime = s.autoFadeOutTime;
                    this.weight = s.weight;
                    this.name = s.name.length > 0 ? s.name : s.animation;
                    this.group = s.group;
                    s.pauseFadeIn ? this._playheadState = 2 : this._playheadState = 3;
                    if (s.duration < 0) {
                      this._position = 0;
                      this._duration = this._animationData.duration;
                      0 !== s.position ? this.timeScale >= 0 ? this._time = s.position : this._time = s.position - this._duration : this._time = 0;
                    } else {
                      this._position = s.position;
                      this._duration = s.duration;
                      this._time = 0;
                    }
                    this.timeScale < 0 && 0 === this._time && (this._time = -1e-6);
                    this.fadeTotalTime <= 0 && (this._fadeProgress = .999999);
                    if (s.boneMask.length > 0) {
                      this._boneMask.length = s.boneMask.length;
                      for (var n = 0, r = this._boneMask.length; n < r; ++n) this._boneMask[n] = s.boneMask[n];
                    }
                    this._actionTimeline = t.BaseObject.borrowObject(t.ActionTimelineState);
                    this._actionTimeline.init(this._armature, this, this._animationData.actionTimeline);
                    this._actionTimeline.currentTime = this._time;
                    this._actionTimeline.currentTime < 0 && (this._actionTimeline.currentTime = this._duration - this._actionTimeline.currentTime);
                    if (null !== this._animationData.zOrderTimeline) {
                      this._zOrderTimeline = t.BaseObject.borrowObject(t.ZOrderTimelineState);
                      this._zOrderTimeline.init(this._armature, this, this._animationData.zOrderTimeline);
                    }
                  }
                };
                n.prototype.advanceTime = function(e, i) {
                  this._blendState.dirty = !1;
                  0 === this._fadeState && 0 === this._subFadeState || this._advanceFadeTime(e);
                  if (3 === this._playheadState) {
                    1 !== this.timeScale && (e *= this.timeScale);
                    this._time += e;
                  }
                  if (0 !== this._timelineDirty) {
                    2 === this._timelineDirty && this._updateTimelines();
                    this._timelineDirty = 0;
                    this._updateBoneAndSlotTimelines();
                  }
                  if (0 !== this.weight) {
                    var s = 0 === this._fadeState && i > 0;
                    var n = !0;
                    var r = !0;
                    var o = this._time;
                    this._weightResult = this.weight * this._fadeProgress;
                    null !== this._parent && (this._weightResult *= this._parent._weightResult / this._parent._fadeProgress);
                    this._actionTimeline.playState <= 0 && this._actionTimeline.update(o);
                    if (s) {
                      var a = 2 * i;
                      this._actionTimeline.currentTime = Math.floor(this._actionTimeline.currentTime * a) / a;
                    }
                    null !== this._zOrderTimeline && this._zOrderTimeline.playState <= 0 && this._zOrderTimeline.update(o);
                    if (s) {
                      var l = Math.floor(this._actionTimeline.currentTime * i);
                      if (this._armature._cacheFrameIndex === l) {
                        n = !1;
                        r = !1;
                      } else {
                        this._armature._cacheFrameIndex = l;
                        this._animationData.cachedFrames[l] ? r = !1 : this._animationData.cachedFrames[l] = !0;
                      }
                    }
                    if (n) {
                      if (r) for (var h = 0, c = this._boneTimelines.length; h < c; ++h) {
                        (m = this._boneTimelines[h]).playState <= 0 && m.update(o);
                        if (h === c - 1 || m.bone !== this._boneTimelines[h + 1].bone) {
                          0 !== (u = m.bone._blendState.update(this._weightResult, this.layer)) && m.blend(u);
                        }
                      }
                      for (h = 0, c = this._surfaceTimelines.length; h < c; ++h) {
                        var u = (m = this._surfaceTimelines[h]).surface._blendState.update(this._weightResult, this.layer);
                        m.playState <= 0 && m.update(o);
                        0 !== u && m.blend(u);
                      }
                      if (this.displayControl) for (h = 0, c = this._slotTimelines.length; h < c; ++h) {
                        var _ = (m = this._slotTimelines[h]).slot.displayController;
                        null !== _ && _ !== this.name && _ !== this.group || m.playState <= 0 && m.update(o);
                      }
                      for (h = 0, c = this._constraintTimelines.length; h < c; ++h) {
                        (m = this._constraintTimelines[h]).playState <= 0 && m.update(o);
                      }
                      for (h = 0, c = this._animationTimelines.length; h < c; ++h) {
                        u = (m = this._animationTimelines[h]).animationState._blendState.update(this._weightResult, this.layer);
                        m.playState <= 0 && m.update(o);
                        0 !== u && m.blend(u);
                      }
                    }
                    if (0 === this._fadeState) {
                      if (this._subFadeState > 0) {
                        this._subFadeState = 0;
                        if (this._poseTimelines.length > 0) {
                          for (var d = 0, p = this._poseTimelines; d < p.length; d++) {
                            var m;
                            (m = p[d]) instanceof t.BoneTimelineState ? this._boneTimelines.splice(this._boneTimelines.indexOf(m), 1) : m instanceof t.SurfaceTimelineState ? this._surfaceTimelines.splice(this._surfaceTimelines.indexOf(m), 1) : m instanceof t.SlotTimelineState ? this._slotTimelines.splice(this._slotTimelines.indexOf(m), 1) : m instanceof t.ConstraintTimelineState && this._constraintTimelines.splice(this._constraintTimelines.indexOf(m), 1);
                            m.returnToPool();
                          }
                          this._poseTimelines.length = 0;
                        }
                      }
                      this._actionTimeline.playState > 0 && this.autoFadeOutTime >= 0 && this.fadeOut(this.autoFadeOutTime);
                    }
                  }
                };
                n.prototype.play = function() {
                  this._playheadState = 3;
                };
                n.prototype.stop = function() {
                  this._playheadState &= 1;
                };
                n.prototype.fadeOut = function(t, e) {
                  void 0 === e && (e = !0);
                  t < 0 && (t = 0);
                  e && (this._playheadState &= 2);
                  if (this._fadeState > 0) {
                    if (t > this.fadeTotalTime - this._fadeTime) return;
                  } else {
                    this._fadeState = 1;
                    this._subFadeState = -1;
                    (t <= 0 || this._fadeProgress <= 0) && (this._fadeProgress = 1e-6);
                    for (var i = 0, s = this._boneTimelines; i < s.length; i++) {
                      (_ = s[i]).fadeOut();
                    }
                    for (var n = 0, r = this._surfaceTimelines; n < r.length; n++) {
                      (_ = r[n]).fadeOut();
                    }
                    for (var o = 0, a = this._slotTimelines; o < a.length; o++) {
                      (_ = a[o]).fadeOut();
                    }
                    for (var l = 0, h = this._constraintTimelines; l < h.length; l++) {
                      (_ = h[l]).fadeOut();
                    }
                    for (var c = 0, u = this._animationTimelines; c < u.length; c++) {
                      var _;
                      (_ = u[c]).animationState.fadeOut(t, e);
                      _.fadeOut();
                    }
                  }
                  this.displayControl = !1;
                  this.fadeTotalTime = this._fadeProgress > 1e-6 ? t / this._fadeProgress : 0;
                  this._fadeTime = this.fadeTotalTime * (1 - this._fadeProgress);
                };
                n.prototype.containsBoneMask = function(t) {
                  return 0 === this._boneMask.length || this._boneMask.indexOf(t) >= 0;
                };
                n.prototype.addBoneMask = function(t, e) {
                  void 0 === e && (e = !0);
                  var i = this._armature.getBone(t);
                  if (null !== i) {
                    this._boneMask.indexOf(t) < 0 && this._boneMask.push(t);
                    if (e) for (var s = 0, n = this._armature.getBones(); s < n.length; s++) {
                      var r = n[s];
                      this._boneMask.indexOf(r.name) < 0 && i.contains(r) && this._boneMask.push(r.name);
                    }
                    this._timelineDirty = 1;
                  }
                };
                n.prototype.removeBoneMask = function(t, e) {
                  void 0 === e && (e = !0);
                  var i = this._boneMask.indexOf(t);
                  i >= 0 && this._boneMask.splice(i, 1);
                  if (e) {
                    var s = this._armature.getBone(t);
                    if (null !== s) {
                      var n = this._armature.getBones();
                      if (this._boneMask.length > 0) for (var r = 0, o = n; r < o.length; r++) {
                        var a = o[r];
                        var l = this._boneMask.indexOf(a.name);
                        l >= 0 && s.contains(a) && this._boneMask.splice(l, 1);
                      } else for (var h = 0, c = n; h < c.length; h++) {
                        (a = c[h]) !== s && (s.contains(a) || this._boneMask.push(a.name));
                      }
                    }
                  }
                  this._timelineDirty = 1;
                };
                n.prototype.removeAllBoneMask = function() {
                  this._boneMask.length = 0;
                  this._timelineDirty = 1;
                };
                Object.defineProperty(n.prototype, "isFadeIn", {
                  get: function() {
                    return this._fadeState < 0;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "isFadeOut", {
                  get: function() {
                    return this._fadeState > 0;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "isFadeComplete", {
                  get: function() {
                    return 0 === this._fadeState;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "isPlaying", {
                  get: function() {
                    return 0 != (2 & this._playheadState) && this._actionTimeline.playState <= 0;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "isCompleted", {
                  get: function() {
                    return this._actionTimeline.playState > 0;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "currentPlayTimes", {
                  get: function() {
                    return this._actionTimeline.currentPlayTimes;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "totalTime", {
                  get: function() {
                    return this._duration;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "currentTime", {
                  get: function() {
                    return this._actionTimeline.currentTime;
                  },
                  set: function(t) {
                    var e = this._actionTimeline.currentPlayTimes - (this._actionTimeline.playState > 0 ? 1 : 0);
                    (t < 0 || this._duration < t) && (t = t % this._duration + e * this._duration) < 0 && (t += this._duration);
                    this.playTimes > 0 && e === this.playTimes - 1 && t === this._duration && (t = this._duration - 1e-6);
                    if (this._time !== t) {
                      this._time = t;
                      this._actionTimeline.setCurrentTime(this._time);
                      null !== this._zOrderTimeline && (this._zOrderTimeline.playState = -1);
                      for (var i = 0, s = this._boneTimelines; i < s.length; i++) {
                        s[i].playState = -1;
                      }
                      for (var n = 0, r = this._slotTimelines; n < r.length; n++) {
                        r[n].playState = -1;
                      }
                    }
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(n.prototype, "animationData", {
                  get: function() {
                    return this._animationData;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                return n;
              }(t.BaseObject);
              t.AnimationState = e;
              var i = function(e) {
                r5(i, e);
                function i() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i.current = new t.Transform;
                  i.delta = new t.Transform;
                  i.result = new t.Transform;
                  return i;
                }
                i.toString = function() {
                  return "[class dragonBones.BonePose]";
                };
                i.prototype._onClear = function() {
                  this.current.identity();
                  this.delta.identity();
                  this.result.identity();
                };
                return i;
              }(t.BaseObject);
              t.BonePose = i;
              var s = function() {
                function t() {}
                t.prototype.update = function(t, e) {
                  if (this.dirty) {
                    if (!(this.leftWeight > 0)) return 0;
                    if (this.layer !== e) {
                      if (this.layerWeight >= this.leftWeight) {
                        this.leftWeight = 0;
                        return 0;
                      }
                      this.layer = e;
                      this.leftWeight -= this.layerWeight;
                      this.layerWeight = 0;
                    }
                    t *= this.leftWeight;
                    this.layerWeight += t;
                    this.blendWeight = t;
                    return 2;
                  }
                  this.dirty = !0;
                  this.layer = e;
                  this.layerWeight = t;
                  this.leftWeight = 1;
                  this.blendWeight = t;
                  return 1;
                };
                t.prototype.clear = function() {
                  this.dirty = !1;
                  this.layer = 0;
                  this.leftWeight = 0;
                  this.layerWeight = 0;
                  this.blendWeight = 0;
                };
                return t;
              }();
              t.BlendState = s;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype._onClear = function() {
                  this.playState = -1;
                  this.currentPlayTimes = -1;
                  this.currentTime = -1;
                  this._tweenState = 0;
                  this._frameRate = 0;
                  this._frameValueOffset = 0;
                  this._frameCount = 0;
                  this._frameOffset = 0;
                  this._frameIndex = -1;
                  this._frameRateR = 0;
                  this._position = 0;
                  this._duration = 0;
                  this._timeScale = 1;
                  this._timeOffset = 0;
                  this._dragonBonesData = null;
                  this._animationData = null;
                  this._timelineData = null;
                  this._armature = null;
                  this._animationState = null;
                  this._actionTimeline = null;
                  this._frameArray = null;
                  this._frameIntArray = null;
                  this._frameFloatArray = null;
                  this._timelineArray = null;
                  this._frameIndices = null;
                };
                e.prototype._setCurrentTime = function(t) {
                  var e = this.playState;
                  var i = this.currentPlayTimes;
                  var s = this.currentTime;
                  if (null !== this._actionTimeline && this._frameCount <= 1) {
                    this.playState = this._actionTimeline.playState >= 0 ? 1 : -1;
                    this.currentPlayTimes = 1;
                    this.currentTime = this._actionTimeline.currentTime;
                  } else if (null === this._actionTimeline || 1 !== this._timeScale || 0 !== this._timeOffset) {
                    var n = this._animationState.playTimes;
                    var r = n * this._duration;
                    t *= this._timeScale;
                    0 !== this._timeOffset && (t += this._timeOffset * this._animationData.duration);
                    if (n > 0 && (t >= r || t <= -r)) {
                      this.playState <= 0 && 3 === this._animationState._playheadState && (this.playState = 1);
                      this.currentPlayTimes = n;
                      this.currentTime = t < 0 ? 0 : this._duration + 1e-6;
                    } else {
                      0 !== this.playState && 3 === this._animationState._playheadState && (this.playState = 0);
                      if (t < 0) {
                        t = -t;
                        this.currentPlayTimes = Math.floor(t / this._duration);
                        this.currentTime = this._duration - t % this._duration;
                      } else {
                        this.currentPlayTimes = Math.floor(t / this._duration);
                        this.currentTime = t % this._duration;
                      }
                    }
                    this.currentTime += this._position;
                  } else {
                    this.playState = this._actionTimeline.playState;
                    this.currentPlayTimes = this._actionTimeline.currentPlayTimes;
                    this.currentTime = this._actionTimeline.currentTime;
                  }
                  if (this.currentPlayTimes === i && this.currentTime === s) return !1;
                  (e < 0 && this.playState !== e || this.playState <= 0 && this.currentPlayTimes !== i) && (this._frameIndex = -1);
                  return !0;
                };
                e.prototype.init = function(t, e, i) {
                  this._armature = t;
                  this._animationState = e;
                  this._timelineData = i;
                  this._actionTimeline = this._animationState._actionTimeline;
                  this === this._actionTimeline && (this._actionTimeline = null);
                  this._animationData = this._animationState._animationData;
                  this._frameRate = this._animationData.parent.frameRate;
                  this._frameRateR = 1 / this._frameRate;
                  this._position = this._animationState._position;
                  this._duration = this._animationState._duration;
                  this._dragonBonesData = this._animationData.parent.parent;
                  if (null !== this._timelineData) {
                    this._frameIntArray = this._dragonBonesData.frameIntArray;
                    this._frameFloatArray = this._dragonBonesData.frameFloatArray;
                    this._frameArray = this._dragonBonesData.frameArray;
                    this._timelineArray = this._dragonBonesData.timelineArray;
                    this._frameIndices = this._dragonBonesData.frameIndices;
                    this._frameCount = this._timelineArray[this._timelineData.offset + 2];
                    this._frameValueOffset = this._timelineArray[this._timelineData.offset + 4];
                    this._timeScale = 100 / this._timelineArray[this._timelineData.offset + 0];
                    this._timeOffset = .01 * this._timelineArray[this._timelineData.offset + 1];
                  }
                };
                e.prototype.fadeOut = function() {};
                e.prototype.update = function(t) {
                  if (this._setCurrentTime(t)) {
                    if (this._frameCount > 1) {
                      var e = Math.floor(this.currentTime * this._frameRate);
                      var i = this._frameIndices[this._timelineData.frameIndicesOffset + e];
                      if (this._frameIndex !== i) {
                        this._frameIndex = i;
                        this._frameOffset = this._animationData.frameOffset + this._timelineArray[this._timelineData.offset + 5 + this._frameIndex];
                        this._onArriveAtFrame();
                      }
                    } else if (this._frameIndex < 0) {
                      this._frameIndex = 0;
                      null !== this._timelineData && (this._frameOffset = this._animationData.frameOffset + this._timelineArray[this._timelineData.offset + 5]);
                      this._onArriveAtFrame();
                    }
                    0 !== this._tweenState && this._onUpdateFrame();
                  }
                };
                return e;
              }(t.BaseObject);
              t.TimelineState = e;
              var i = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e._getEasingValue = function(t, e, i) {
                  var s = e;
                  switch (t) {
                   case 3:
                    s = Math.pow(e, 2);
                    break;

                   case 4:
                    s = 1 - Math.pow(1 - e, 2);
                    break;

                   case 5:
                    s = .5 * (1 - Math.cos(e * Math.PI));
                  }
                  return (s - e) * i + e;
                };
                e._getEasingCurveValue = function(t, e, i, s) {
                  if (t <= 0) return 0;
                  if (t >= 1) return 1;
                  var n = i + 1;
                  var r = Math.floor(t * n);
                  var o = 0 === r ? 0 : e[s + r - 1];
                  return 1e-4 * (o + ((r === n - 1 ? 1e4 : e[s + r]) - o) * (t * n - r));
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this._tweenType = 0;
                  this._curveCount = 0;
                  this._framePosition = 0;
                  this._frameDurationR = 0;
                  this._tweenProgress = 0;
                  this._tweenEasing = 0;
                };
                e.prototype._onArriveAtFrame = function() {
                  if (this._frameCount > 1 && (this._frameIndex !== this._frameCount - 1 || 0 === this._animationState.playTimes || this._animationState.currentPlayTimes < this._animationState.playTimes - 1)) {
                    this._tweenType = this._frameArray[this._frameOffset + 1];
                    this._tweenState = 0 === this._tweenType ? 1 : 2;
                    2 === this._tweenType ? this._curveCount = this._frameArray[this._frameOffset + 2] : 0 !== this._tweenType && 1 !== this._tweenType && (this._tweenEasing = .01 * this._frameArray[this._frameOffset + 2]);
                    this._framePosition = this._frameArray[this._frameOffset] * this._frameRateR;
                    if (this._frameIndex === this._frameCount - 1) this._frameDurationR = 1 / (this._animationData.duration - this._framePosition); else {
                      var t = this._animationData.frameOffset + this._timelineArray[this._timelineData.offset + 5 + this._frameIndex + 1];
                      var e = this._frameArray[t] * this._frameRateR - this._framePosition;
                      this._frameDurationR = e > 0 ? 1 / e : 0;
                    }
                  } else this._tweenState = 1;
                };
                e.prototype._onUpdateFrame = function() {
                  if (2 === this._tweenState) {
                    this._tweenProgress = (this.currentTime - this._framePosition) * this._frameDurationR;
                    2 === this._tweenType ? this._tweenProgress = e._getEasingCurveValue(this._tweenProgress, this._frameArray, this._curveCount, this._frameOffset + 3) : 1 !== this._tweenType && (this._tweenProgress = e._getEasingValue(this._tweenType, this._tweenProgress, this._tweenEasing));
                  } else this._tweenProgress = 0;
                };
                return e;
              }(e);
              t.TweenTimelineState = i;
              var s = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.bone = null;
                  this.bonePose = null;
                };
                e.prototype.blend = function(t) {
                  var e = this.bone._blendState.blendWeight;
                  var i = this.bone.animationPose;
                  var s = this.bonePose.result;
                  if (2 === t) {
                    i.x += s.x * e;
                    i.y += s.y * e;
                    i.rotation += s.rotation * e;
                    i.skew += s.skew * e;
                    i.scaleX += (s.scaleX - 1) * e;
                    i.scaleY += (s.scaleY - 1) * e;
                  } else if (1 !== e) {
                    i.x = s.x * e;
                    i.y = s.y * e;
                    i.rotation = s.rotation * e;
                    i.skew = s.skew * e;
                    i.scaleX = (s.scaleX - 1) * e + 1;
                    i.scaleY = (s.scaleY - 1) * e + 1;
                  } else {
                    i.x = s.x;
                    i.y = s.y;
                    i.rotation = s.rotation;
                    i.skew = s.skew;
                    i.scaleX = s.scaleX;
                    i.scaleY = s.scaleY;
                  }
                  0 === this._animationState._fadeState && 0 === this._animationState._subFadeState || (this.bone._transformDirty = !0);
                };
                return e;
              }(i);
              t.BoneTimelineState = s;
              var n = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.slot = null;
                };
                return e;
              }(i);
              t.SlotTimelineState = n;
              var r = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.constraint = null;
                };
                return e;
              }(i);
              t.ConstraintTimelineState = r;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  return null !== e && e.apply(this, arguments) || this;
                }
                i.toString = function() {
                  return "[class dragonBones.ActionTimelineState]";
                };
                i.prototype._onCrossFrame = function(e) {
                  var i = this._armature.eventDispatcher;
                  if (this._animationState.actionEnabled) {
                    var s = this._animationData.frameOffset + this._timelineArray[this._timelineData.offset + 5 + e];
                    var n = this._frameArray[s + 1];
                    var r = this._animationData.parent.actions;
                    for (var o = 0; o < n; ++o) {
                      var a = r[this._frameArray[s + 2 + o]];
                      if (0 === a.type) {
                        (h = t.BaseObject.borrowObject(t.EventObject)).time = this._frameArray[s] / this._frameRate;
                        h.animationState = this._animationState;
                        t.EventObject.actionDataToInstance(a, h, this._armature);
                        this._armature._bufferAction(h, !0);
                      } else {
                        var l = 10 === a.type ? t.EventObject.FRAME_EVENT : t.EventObject.SOUND_EVENT;
                        if (11 === a.type || i.hasDBEventListener(l)) {
                          var h;
                          (h = t.BaseObject.borrowObject(t.EventObject)).time = this._frameArray[s] / this._frameRate;
                          h.animationState = this._animationState;
                          t.EventObject.actionDataToInstance(a, h, this._armature);
                          this._armature._dragonBones.bufferEvent(h);
                        }
                      }
                    }
                  }
                };
                i.prototype._onArriveAtFrame = function() {};
                i.prototype._onUpdateFrame = function() {};
                i.prototype.update = function(e) {
                  var i = this.playState;
                  var s = this.currentPlayTimes;
                  var n = this.currentTime;
                  if (this._setCurrentTime(e)) {
                    var r = this._armature.eventDispatcher;
                    if (i < 0) {
                      if (this.playState === i) return;
                      this._animationState.displayControl && this._animationState.resetToPose && this._armature._sortZOrder(null, 0);
                      s = this.currentPlayTimes;
                      if (r.hasDBEventListener(t.EventObject.START)) {
                        var o = t.BaseObject.borrowObject(t.EventObject);
                        o.type = t.EventObject.START;
                        o.armature = this._armature;
                        o.animationState = this._animationState;
                        this._armature._dragonBones.bufferEvent(o);
                      }
                    }
                    var a = this._animationState.timeScale < 0;
                    var l = null;
                    var h = null;
                    if (this.currentPlayTimes !== s) {
                      if (r.hasDBEventListener(t.EventObject.LOOP_COMPLETE)) {
                        (l = t.BaseObject.borrowObject(t.EventObject)).type = t.EventObject.LOOP_COMPLETE;
                        l.armature = this._armature;
                        l.animationState = this._animationState;
                      }
                      if (this.playState > 0 && r.hasDBEventListener(t.EventObject.COMPLETE)) {
                        (h = t.BaseObject.borrowObject(t.EventObject)).type = t.EventObject.COMPLETE;
                        h.armature = this._armature;
                        h.animationState = this._animationState;
                      }
                    }
                    if (this._frameCount > 1) {
                      var c = this._timelineData;
                      var u = Math.floor(this.currentTime * this._frameRate);
                      var _ = this._frameIndices[c.frameIndicesOffset + u];
                      if (this._frameIndex !== _) {
                        var d = this._frameIndex;
                        this._frameIndex = _;
                        if (null !== this._timelineArray) {
                          this._frameOffset = this._animationData.frameOffset + this._timelineArray[c.offset + 5 + this._frameIndex];
                          if (a) {
                            if (d < 0) {
                              var p = Math.floor(n * this._frameRate);
                              d = this._frameIndices[c.frameIndicesOffset + p];
                              this.currentPlayTimes === s && d === _ && (d = -1);
                            }
                            for (;d >= 0; ) {
                              var m = this._animationData.frameOffset + this._timelineArray[c.offset + 5 + d];
                              var f = this._frameArray[m] / this._frameRate;
                              this._position <= f && f <= this._position + this._duration && this._onCrossFrame(d);
                              if (null !== l && 0 === d) {
                                this._armature._dragonBones.bufferEvent(l);
                                l = null;
                              }
                              d > 0 ? d-- : d = this._frameCount - 1;
                              if (d === _) break;
                            }
                          } else {
                            if (d < 0) {
                              p = Math.floor(n * this._frameRate);
                              d = this._frameIndices[c.frameIndicesOffset + p];
                              m = this._animationData.frameOffset + this._timelineArray[c.offset + 5 + d];
                              f = this._frameArray[m] / this._frameRate;
                              this.currentPlayTimes === s && (n <= f ? d > 0 ? d-- : d = this._frameCount - 1 : d === _ && (d = -1));
                            }
                            for (;d >= 0; ) {
                              d < this._frameCount - 1 ? d++ : d = 0;
                              m = this._animationData.frameOffset + this._timelineArray[c.offset + 5 + d];
                              f = this._frameArray[m] / this._frameRate;
                              this._position <= f && f <= this._position + this._duration && this._onCrossFrame(d);
                              if (null !== l && 0 === d) {
                                this._armature._dragonBones.bufferEvent(l);
                                l = null;
                              }
                              if (d === _) break;
                            }
                          }
                        }
                      }
                    } else if (this._frameIndex < 0) {
                      this._frameIndex = 0;
                      if (null !== this._timelineData) {
                        this._frameOffset = this._animationData.frameOffset + this._timelineArray[this._timelineData.offset + 5];
                        f = this._frameArray[this._frameOffset] / this._frameRate;
                        if (this.currentPlayTimes === s) n <= f && this._onCrossFrame(this._frameIndex); else if (this._position <= f) {
                          if (!a && null !== l) {
                            this._armature._dragonBones.bufferEvent(l);
                            l = null;
                          }
                          this._onCrossFrame(this._frameIndex);
                        }
                      }
                    }
                    null !== l && this._armature._dragonBones.bufferEvent(l);
                    null !== h && this._armature._dragonBones.bufferEvent(h);
                  }
                };
                i.prototype.setCurrentTime = function(t) {
                  this._setCurrentTime(t);
                  this._frameIndex = -1;
                };
                return i;
              }(t.TimelineState);
              t.ActionTimelineState = e;
              var i = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.ZOrderTimelineState]";
                };
                e.prototype._onArriveAtFrame = function() {
                  if (this.playState >= 0) {
                    this._frameArray[this._frameOffset + 1] > 0 ? this._armature._sortZOrder(this._frameArray, this._frameOffset + 2) : this._armature._sortZOrder(null, 0);
                  }
                };
                e.prototype._onUpdateFrame = function() {};
                return e;
              }(t.TimelineState);
              t.ZOrderTimelineState = i;
              var s = function(e) {
                r5(i, e);
                function i() {
                  return null !== e && e.apply(this, arguments) || this;
                }
                i.toString = function() {
                  return "[class dragonBones.BoneAllTimelineState]";
                };
                i.prototype._onArriveAtFrame = function() {
                  e.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var t = this._animationData.frameFloatOffset + this._frameValueOffset + 6 * this._frameIndex;
                    var i = this._armature._armatureData.scale;
                    var s = this._frameFloatArray;
                    var n = this.bonePose.current;
                    var r = this.bonePose.delta;
                    n.x = s[t++] * i;
                    n.y = s[t++] * i;
                    n.rotation = s[t++];
                    n.skew = s[t++];
                    n.scaleX = s[t++];
                    n.scaleY = s[t++];
                    if (2 === this._tweenState) {
                      this._frameIndex === this._frameCount - 1 && (t = this._animationData.frameFloatOffset + this._frameValueOffset);
                      r.x = s[t++] * i - n.x;
                      r.y = s[t++] * i - n.y;
                      r.rotation = s[t++] - n.rotation;
                      r.skew = s[t++] - n.skew;
                      r.scaleX = s[t++] - n.scaleX;
                      r.scaleY = s[t++] - n.scaleY;
                    } else {
                      r.x = 0;
                      r.y = 0;
                      r.rotation = 0;
                      r.skew = 0;
                      r.scaleX = 0;
                      r.scaleY = 0;
                    }
                  } else {
                    n = this.bonePose.current;
                    r = this.bonePose.delta;
                    n.x = 0;
                    n.y = 0;
                    n.rotation = 0;
                    n.skew = 0;
                    n.scaleX = 1;
                    n.scaleY = 1;
                    r.x = 0;
                    r.y = 0;
                    r.rotation = 0;
                    r.skew = 0;
                    r.scaleX = 0;
                    r.scaleY = 0;
                  }
                };
                i.prototype._onUpdateFrame = function() {
                  e.prototype._onUpdateFrame.call(this);
                  var t = this.bonePose.current;
                  var i = this.bonePose.delta;
                  var s = this.bonePose.result;
                  this.bone._transformDirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  s.x = t.x + i.x * this._tweenProgress;
                  s.y = t.y + i.y * this._tweenProgress;
                  s.rotation = t.rotation + i.rotation * this._tweenProgress;
                  s.skew = t.skew + i.skew * this._tweenProgress;
                  s.scaleX = t.scaleX + i.scaleX * this._tweenProgress;
                  s.scaleY = t.scaleY + i.scaleY * this._tweenProgress;
                };
                i.prototype.fadeOut = function() {
                  var e = this.bonePose.result;
                  e.rotation = t.Transform.normalizeRadian(e.rotation);
                  e.skew = t.Transform.normalizeRadian(e.skew);
                };
                return i;
              }(t.BoneTimelineState);
              t.BoneAllTimelineState = s;
              var n = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.BoneTranslateTimelineState]";
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var e = this._animationData.frameFloatOffset + this._frameValueOffset + 2 * this._frameIndex;
                    var i = this._armature._armatureData.scale;
                    var s = this._frameFloatArray;
                    var n = this.bonePose.current;
                    var r = this.bonePose.delta;
                    n.x = s[e++] * i;
                    n.y = s[e++] * i;
                    if (2 === this._tweenState) {
                      this._frameIndex === this._frameCount - 1 && (e = this._animationData.frameFloatOffset + this._frameValueOffset);
                      r.x = s[e++] * i - n.x;
                      r.y = s[e++] * i - n.y;
                    } else {
                      r.x = 0;
                      r.y = 0;
                    }
                  } else {
                    n = this.bonePose.current;
                    r = this.bonePose.delta;
                    n.x = 0;
                    n.y = 0;
                    r.x = 0;
                    r.y = 0;
                  }
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  var e = this.bonePose.current;
                  var i = this.bonePose.delta;
                  var s = this.bonePose.result;
                  this.bone._transformDirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  s.x = e.x + i.x * this._tweenProgress;
                  s.y = e.y + i.y * this._tweenProgress;
                };
                return e;
              }(t.BoneTimelineState);
              t.BoneTranslateTimelineState = n;
              var r = function(e) {
                r5(i, e);
                function i() {
                  return null !== e && e.apply(this, arguments) || this;
                }
                i.toString = function() {
                  return "[class dragonBones.BoneRotateTimelineState]";
                };
                i.prototype._onArriveAtFrame = function() {
                  e.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var i = this._animationData.frameFloatOffset + this._frameValueOffset + 2 * this._frameIndex;
                    var s = this._frameFloatArray;
                    var n = this.bonePose.current;
                    var r = this.bonePose.delta;
                    n.rotation = s[i++];
                    n.skew = s[i++];
                    if (2 === this._tweenState) {
                      if (this._frameIndex === this._frameCount - 1) {
                        i = this._animationData.frameFloatOffset + this._frameValueOffset;
                        r.rotation = t.Transform.normalizeRadian(s[i++] - n.rotation);
                      } else r.rotation = s[i++] - n.rotation;
                      r.skew = s[i++] - n.skew;
                    } else {
                      r.rotation = 0;
                      r.skew = 0;
                    }
                  } else {
                    n = this.bonePose.current;
                    r = this.bonePose.delta;
                    n.rotation = 0;
                    n.skew = 0;
                    r.rotation = 0;
                    r.skew = 0;
                  }
                };
                i.prototype._onUpdateFrame = function() {
                  e.prototype._onUpdateFrame.call(this);
                  var t = this.bonePose.current;
                  var i = this.bonePose.delta;
                  var s = this.bonePose.result;
                  this.bone._transformDirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  s.rotation = t.rotation + i.rotation * this._tweenProgress;
                  s.skew = t.skew + i.skew * this._tweenProgress;
                };
                i.prototype.fadeOut = function() {
                  var e = this.bonePose.result;
                  e.rotation = t.Transform.normalizeRadian(e.rotation);
                  e.skew = t.Transform.normalizeRadian(e.skew);
                };
                return i;
              }(t.BoneTimelineState);
              t.BoneRotateTimelineState = r;
              var o = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.BoneScaleTimelineState]";
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var e = this._animationData.frameFloatOffset + this._frameValueOffset + 2 * this._frameIndex;
                    var i = this._frameFloatArray;
                    var s = this.bonePose.current;
                    var n = this.bonePose.delta;
                    s.scaleX = i[e++];
                    s.scaleY = i[e++];
                    if (2 === this._tweenState) {
                      this._frameIndex === this._frameCount - 1 && (e = this._animationData.frameFloatOffset + this._frameValueOffset);
                      n.scaleX = i[e++] - s.scaleX;
                      n.scaleY = i[e++] - s.scaleY;
                    } else {
                      n.scaleX = 0;
                      n.scaleY = 0;
                    }
                  } else {
                    s = this.bonePose.current;
                    n = this.bonePose.delta;
                    s.scaleX = 1;
                    s.scaleY = 1;
                    n.scaleX = 0;
                    n.scaleY = 0;
                  }
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  var e = this.bonePose.current;
                  var i = this.bonePose.delta;
                  var s = this.bonePose.result;
                  this.bone._transformDirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  s.scaleX = e.scaleX + i.scaleX * this._tweenProgress;
                  s.scaleY = e.scaleY + i.scaleY * this._tweenProgress;
                };
                return e;
              }(t.BoneTimelineState);
              t.BoneScaleTimelineState = o;
              var a = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e._current = [];
                  e._delta = [];
                  e._result = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.SurfaceTimelineState]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.surface = null;
                  this._frameFloatOffset = 0;
                  this._valueCount = 0;
                  this._deformCount = 0;
                  this._valueOffset = 0;
                  this._current.length = 0;
                  this._delta.length = 0;
                  this._result.length = 0;
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var e = this._animationData.frameFloatOffset + this._frameValueOffset + this._frameIndex * this._valueCount;
                    var i = this._armature._armatureData.scale;
                    var s = this._frameFloatArray;
                    if (2 === this._tweenState) {
                      var n = e + this._valueCount;
                      this._frameIndex === this._frameCount - 1 && (n = this._animationData.frameFloatOffset + this._frameValueOffset);
                      for (var r = 0; r < this._valueCount; ++r) this._delta[r] = s[n + r] * i - (this._current[r] = s[e + r] * i);
                    } else for (r = 0; r < this._valueCount; ++r) this._current[r] = s[e + r] * i;
                  } else for (r = 0; r < this._valueCount; ++r) this._current[r] = 0;
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  this.surface._transformDirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  for (var e = 0; e < this._valueCount; ++e) this._result[e] = this._current[e] + this._delta[e] * this._tweenProgress;
                };
                e.prototype.init = function(e, i, s) {
                  t.prototype.init.call(this, e, i, s);
                  if (null !== this._timelineData) {
                    var n = this._animationData.frameIntOffset + this._timelineArray[this._timelineData.offset + 3];
                    this._deformCount = this._frameIntArray[n + 1];
                    this._valueCount = this._frameIntArray[n + 2];
                    this._valueOffset = this._frameIntArray[n + 3];
                    this._frameFloatOffset = this._frameIntArray[n + 4] + this._animationData.frameFloatOffset;
                  } else {
                    this._deformCount = this.surface._deformVertices.length;
                    this._valueCount = this._deformCount;
                    this._valueOffset = 0;
                    this._frameFloatOffset = 0;
                  }
                  this._current.length = this._valueCount;
                  this._delta.length = this._valueCount;
                  this._result.length = this._valueCount;
                  for (var r = 0; r < this._valueCount; ++r) this._delta[r] = 0;
                };
                e.prototype.blend = function(t) {
                  var e = this.surface._blendState.blendWeight;
                  var i = this.surface._deformVertices;
                  for (var s = 0; s < this._deformCount; ++s) {
                    var n = 0;
                    n = s < this._valueOffset ? this._frameFloatArray[this._frameFloatOffset + s] : s < this._valueOffset + this._valueCount ? this._result[s - this._valueOffset] : this._frameFloatArray[this._frameFloatOffset + s - this._valueCount];
                    2 === t ? i[s] += n * e : i[s] = 1 !== e ? n * e : n;
                  }
                  0 === this._animationState._fadeState && 0 === this._animationState._subFadeState || (this.surface._transformDirty = !0);
                };
                return e;
              }(t.TweenTimelineState);
              t.SurfaceTimelineState = a;
              var l = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.SlotDislayTimelineState]";
                };
                e.prototype._onArriveAtFrame = function() {
                  if (this.playState >= 0) {
                    var t = null !== this._timelineData ? this._frameArray[this._frameOffset + 1] : this.slot._slotData.displayIndex;
                    this.slot.displayIndex !== t && this.slot._setDisplayIndex(t, !0);
                  }
                };
                return e;
              }(t.SlotTimelineState);
              t.SlotDislayTimelineState = l;
              var h = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e._current = [ 0, 0, 0, 0, 0, 0, 0, 0 ];
                  e._delta = [ 0, 0, 0, 0, 0, 0, 0, 0 ];
                  e._result = [ 0, 0, 0, 0, 0, 0, 0, 0 ];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.SlotColorTimelineState]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this._dirty = !1;
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var e = this._dragonBonesData.intArray;
                    var i = this._frameIntArray;
                    var s = this._animationData.frameIntOffset + this._frameValueOffset + 1 * this._frameIndex;
                    var n = i[s];
                    n < 0 && (n += 65536);
                    this._current[0] = e[n++];
                    this._current[1] = e[n++];
                    this._current[2] = e[n++];
                    this._current[3] = e[n++];
                    this._current[4] = e[n++];
                    this._current[5] = e[n++];
                    this._current[6] = e[n++];
                    this._current[7] = e[n++];
                    if (2 === this._tweenState) {
                      (n = this._frameIndex === this._frameCount - 1 ? i[this._animationData.frameIntOffset + this._frameValueOffset] : i[s + 1]) < 0 && (n += 65536);
                      this._delta[0] = e[n++] - this._current[0];
                      this._delta[1] = e[n++] - this._current[1];
                      this._delta[2] = e[n++] - this._current[2];
                      this._delta[3] = e[n++] - this._current[3];
                      this._delta[4] = e[n++] - this._current[4];
                      this._delta[5] = e[n++] - this._current[5];
                      this._delta[6] = e[n++] - this._current[6];
                      this._delta[7] = e[n++] - this._current[7];
                    }
                  } else {
                    var r = this.slot._slotData.color;
                    this._current[0] = 100 * r.alphaMultiplier;
                    this._current[1] = 100 * r.redMultiplier;
                    this._current[2] = 100 * r.greenMultiplier;
                    this._current[3] = 100 * r.blueMultiplier;
                    this._current[4] = r.alphaOffset;
                    this._current[5] = r.redOffset;
                    this._current[6] = r.greenOffset;
                    this._current[7] = r.blueOffset;
                  }
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  this._dirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  this._result[0] = .01 * (this._current[0] + this._delta[0] * this._tweenProgress);
                  this._result[1] = .01 * (this._current[1] + this._delta[1] * this._tweenProgress);
                  this._result[2] = .01 * (this._current[2] + this._delta[2] * this._tweenProgress);
                  this._result[3] = .01 * (this._current[3] + this._delta[3] * this._tweenProgress);
                  this._result[4] = this._current[4] + this._delta[4] * this._tweenProgress;
                  this._result[5] = this._current[5] + this._delta[5] * this._tweenProgress;
                  this._result[6] = this._current[6] + this._delta[6] * this._tweenProgress;
                  this._result[7] = this._current[7] + this._delta[7] * this._tweenProgress;
                };
                e.prototype.fadeOut = function() {
                  this._tweenState = 0;
                  this._dirty = !1;
                };
                e.prototype.update = function(e) {
                  t.prototype.update.call(this, e);
                  if (0 !== this._tweenState || this._dirty) {
                    var i = this.slot._colorTransform;
                    if (0 !== this._animationState._fadeState || 0 !== this._animationState._subFadeState) {
                      if (i.alphaMultiplier !== this._result[0] || i.redMultiplier !== this._result[1] || i.greenMultiplier !== this._result[2] || i.blueMultiplier !== this._result[3] || i.alphaOffset !== this._result[4] || i.redOffset !== this._result[5] || i.greenOffset !== this._result[6] || i.blueOffset !== this._result[7]) {
                        var s = Math.pow(this._animationState._fadeProgress, 4);
                        i.alphaMultiplier += (this._result[0] - i.alphaMultiplier) * s;
                        i.redMultiplier += (this._result[1] - i.redMultiplier) * s;
                        i.greenMultiplier += (this._result[2] - i.greenMultiplier) * s;
                        i.blueMultiplier += (this._result[3] - i.blueMultiplier) * s;
                        i.alphaOffset += (this._result[4] - i.alphaOffset) * s;
                        i.redOffset += (this._result[5] - i.redOffset) * s;
                        i.greenOffset += (this._result[6] - i.greenOffset) * s;
                        i.blueOffset += (this._result[7] - i.blueOffset) * s;
                        this.slot._colorDirty = !0;
                      }
                    } else if (this._dirty) {
                      this._dirty = !1;
                      if (i.alphaMultiplier !== this._result[0] || i.redMultiplier !== this._result[1] || i.greenMultiplier !== this._result[2] || i.blueMultiplier !== this._result[3] || i.alphaOffset !== this._result[4] || i.redOffset !== this._result[5] || i.greenOffset !== this._result[6] || i.blueOffset !== this._result[7]) {
                        i.alphaMultiplier = this._result[0];
                        i.redMultiplier = this._result[1];
                        i.greenMultiplier = this._result[2];
                        i.blueMultiplier = this._result[3];
                        i.alphaOffset = this._result[4];
                        i.redOffset = this._result[5];
                        i.greenOffset = this._result[6];
                        i.blueOffset = this._result[7];
                        this.slot._colorDirty = !0;
                      }
                    }
                  }
                };
                return e;
              }(t.SlotTimelineState);
              t.SlotColorTimelineState = h;
              var c = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e._current = [];
                  e._delta = [];
                  e._result = [];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.DeformTimelineState]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.vertexOffset = 0;
                  this._dirty = !1;
                  this._frameFloatOffset = 0;
                  this._valueCount = 0;
                  this._deformCount = 0;
                  this._valueOffset = 0;
                  this._current.length = 0;
                  this._delta.length = 0;
                  this._result.length = 0;
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var e = this._animationData.frameFloatOffset + this._frameValueOffset + this._frameIndex * this._valueCount;
                    var i = this._armature._armatureData.scale;
                    var s = this._frameFloatArray;
                    if (2 === this._tweenState) {
                      var n = e + this._valueCount;
                      this._frameIndex === this._frameCount - 1 && (n = this._animationData.frameFloatOffset + this._frameValueOffset);
                      for (var r = 0; r < this._valueCount; ++r) this._delta[r] = s[n + r] * i - (this._current[r] = s[e + r] * i);
                    } else for (r = 0; r < this._valueCount; ++r) this._current[r] = s[e + r] * i;
                  } else for (r = 0; r < this._valueCount; ++r) this._current[r] = 0;
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  this._dirty = !0;
                  2 !== this._tweenState && (this._tweenState = 0);
                  for (var e = 0; e < this._valueCount; ++e) this._result[e] = this._current[e] + this._delta[e] * this._tweenProgress;
                };
                e.prototype.init = function(e, i, s) {
                  t.prototype.init.call(this, e, i, s);
                  if (null !== this._timelineData) {
                    var n = this._animationData.frameIntOffset + this._timelineArray[this._timelineData.offset + 3];
                    this.vertexOffset = this._frameIntArray[n + 0];
                    this.vertexOffset < 0 && (this.vertexOffset += 65536);
                    this._deformCount = this._frameIntArray[n + 1];
                    this._valueCount = this._frameIntArray[n + 2];
                    this._valueOffset = this._frameIntArray[n + 3];
                    this._frameFloatOffset = this._frameIntArray[n + 4] + this._animationData.frameFloatOffset;
                  } else {
                    var r = this.slot._deformVertices;
                    this._deformCount = null !== r ? r.vertices.length : 0;
                    this._valueCount = this._deformCount;
                    this._valueOffset = 0;
                    this._frameFloatOffset = 0;
                  }
                  this._current.length = this._valueCount;
                  this._delta.length = this._valueCount;
                  this._result.length = this._valueCount;
                  for (var o = 0; o < this._valueCount; ++o) this._delta[o] = 0;
                };
                e.prototype.fadeOut = function() {
                  this._tweenState = 0;
                  this._dirty = !1;
                };
                e.prototype.update = function(e) {
                  var i = this.slot._deformVertices;
                  if (null !== i && null !== i.verticesData && i.verticesData.offset === this.vertexOffset) {
                    t.prototype.update.call(this, e);
                    if (0 !== this._tweenState || this._dirty) {
                      var s = i.vertices;
                      if (0 !== this._animationState._fadeState || 0 !== this._animationState._subFadeState) {
                        var n = Math.pow(this._animationState._fadeProgress, 2);
                        for (var r = 0; r < this._deformCount; ++r) r < this._valueOffset ? s[r] += (this._frameFloatArray[this._frameFloatOffset + r] - s[r]) * n : r < this._valueOffset + this._valueCount ? s[r] += (this._result[r - this._valueOffset] - s[r]) * n : s[r] += (this._frameFloatArray[this._frameFloatOffset + r - this._valueCount] - s[r]) * n;
                        i.verticesDirty = !0;
                      } else if (this._dirty) {
                        this._dirty = !1;
                        for (r = 0; r < this._deformCount; ++r) r < this._valueOffset ? s[r] = this._frameFloatArray[this._frameFloatOffset + r] : r < this._valueOffset + this._valueCount ? s[r] = this._result[r - this._valueOffset] : s[r] = this._frameFloatArray[this._frameFloatOffset + r - this._valueCount];
                        i.verticesDirty = !0;
                      }
                    }
                  }
                };
                return e;
              }(t.SlotTimelineState);
              t.DeformTimelineState = c;
              var u = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.toString = function() {
                  return "[class dragonBones.IKConstraintTimelineState]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this._current = 0;
                  this._delta = 0;
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  var e = this.constraint;
                  if (null !== this._timelineData) {
                    var i = this._animationData.frameIntOffset + this._frameValueOffset + 2 * this._frameIndex;
                    var s = this._frameIntArray;
                    var n = 0 !== s[i++];
                    this._current = .01 * s[i++];
                    if (2 === this._tweenState) {
                      this._frameIndex === this._frameCount - 1 && (i = this._animationData.frameIntOffset + this._frameValueOffset);
                      this._delta = .01 * s[i + 1] - this._current;
                    } else this._delta = 0;
                    e._bendPositive = n;
                  } else {
                    var r = e._constraintData;
                    this._current = r.weight;
                    this._delta = 0;
                    e._bendPositive = r.bendPositive;
                  }
                  e.invalidUpdate();
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  2 !== this._tweenState && (this._tweenState = 0);
                  var e = this.constraint;
                  e._weight = this._current + this._delta * this._tweenProgress;
                  e.invalidUpdate();
                };
                return e;
              }(t.ConstraintTimelineState);
              t.IKConstraintTimelineState = u;
              var _ = function(t) {
                r5(e, t);
                function e() {
                  var e = null !== t && t.apply(this, arguments) || this;
                  e._floats = [ 0, 0, 0, 0, 0, 0 ];
                  return e;
                }
                e.toString = function() {
                  return "[class dragonBones.AnimationTimelineState]";
                };
                e.prototype._onClear = function() {
                  t.prototype._onClear.call(this);
                  this.animationState = null;
                };
                e.prototype._onArriveAtFrame = function() {
                  t.prototype._onArriveAtFrame.call(this);
                  if (null !== this._timelineData) {
                    var e = this._animationData.frameIntOffset + this._frameValueOffset + 2 * this._frameIndex;
                    var i = 1 / this.animationState._animationData.parent.frameRate;
                    var s = this._frameIntArray;
                    this._floats[0] = s[e++] * i;
                    this._floats[3] = .01 * s[e++];
                    if (2 === this._tweenState) {
                      this._frameIndex === this._frameCount - 1 && (e = this._animationData.frameIntOffset + this._frameValueOffset);
                      this._floats[1] = s[e++] * i - this._floats[0];
                      this._floats[4] = .01 * s[e++] - this._floats[3];
                    } else {
                      this._floats[1] = 0;
                      this._floats[4] = 0;
                    }
                  }
                };
                e.prototype._onUpdateFrame = function() {
                  t.prototype._onUpdateFrame.call(this);
                  2 !== this._tweenState && (this._tweenState = 0);
                  this._floats[0] >= 0 && (this._floats[2] = this._floats[0] + this._floats[1] * this._tweenProgress);
                  this._floats[5] = this._floats[3] + this._floats[4] * this._tweenProgress;
                };
                e.prototype.blend = function(t) {
                  var e = this.animationState;
                  var i = e._blendState.blendWeight;
                  if (2 === t) {
                    e.weight += this._floats[5] * i;
                    e.currentTime += this._floats[2] * i;
                  } else {
                    e.weight = this._floats[5] * i;
                    e.currentTime = this._floats[2] * i;
                  }
                };
                return e;
              }(t.TweenTimelineState);
              t.AnimationTimelineState = _;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(t) {
                r5(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.actionDataToInstance = function(t, i, s) {
                  0 === t.type ? i.type = e.FRAME_EVENT : i.type = 10 === t.type ? e.FRAME_EVENT : e.SOUND_EVENT;
                  i.name = t.name;
                  i.armature = s;
                  i.actionData = t;
                  i.data = t.data;
                  null !== t.bone && (i.bone = s.getBone(t.bone.name));
                  null !== t.slot && (i.slot = s.getSlot(t.slot.name));
                };
                e.toString = function() {
                  return "[class dragonBones.EventObject]";
                };
                e.prototype._onClear = function() {
                  this.time = 0;
                  this.type = "";
                  this.name = "";
                  this.armature = null;
                  this.bone = null;
                  this.slot = null;
                  this.animationState = null;
                  this.actionData = null;
                  this.data = null;
                };
                e.START = "start";
                e.LOOP_COMPLETE = "loopComplete";
                e.COMPLETE = "complete";
                e.FADE_IN = "fadeIn";
                e.FADE_IN_COMPLETE = "fadeInComplete";
                e.FADE_OUT = "fadeOut";
                e.FADE_OUT_COMPLETE = "fadeOutComplete";
                e.FRAME_EVENT = "frameEvent";
                e.SOUND_EVENT = "soundEvent";
                return e;
              }(t.BaseObject);
              t.EventObject = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function e() {}
                e._getArmatureType = function(t) {
                  switch (t.toLowerCase()) {
                   case "stage":
                    return 2;

                   case "armature":
                   default:
                    return 0;

                   case "movieclip":
                    return 1;
                  }
                };
                e._getBoneType = function(t) {
                  switch (t.toLowerCase()) {
                   case "bone":
                   default:
                    return 0;

                   case "surface":
                    return 1;
                  }
                };
                e._getDisplayType = function(t) {
                  switch (t.toLowerCase()) {
                   case "image":
                   default:
                    return 0;

                   case "mesh":
                    return 2;

                   case "armature":
                    return 1;

                   case "boundingbox":
                    return 3;

                   case "path":
                    return 4;
                  }
                };
                e._getBoundingBoxType = function(t) {
                  switch (t.toLowerCase()) {
                   case "rectangle":
                   default:
                    return 0;

                   case "ellipse":
                    return 1;

                   case "polygon":
                    return 2;
                  }
                };
                e._getActionType = function(t) {
                  switch (t.toLowerCase()) {
                   case "play":
                   default:
                    return 0;

                   case "frame":
                    return 10;

                   case "sound":
                    return 11;
                  }
                };
                e._getBlendMode = function(t) {
                  switch (t.toLowerCase()) {
                   case "normal":
                   default:
                    return 0;

                   case "add":
                    return 1;

                   case "alpha":
                    return 2;

                   case "darken":
                    return 3;

                   case "difference":
                    return 4;

                   case "erase":
                    return 5;

                   case "hardlight":
                    return 6;

                   case "invert":
                    return 7;

                   case "layer":
                    return 8;

                   case "lighten":
                    return 9;

                   case "multiply":
                    return 10;

                   case "overlay":
                    return 11;

                   case "screen":
                    return 12;

                   case "subtract":
                    return 13;
                  }
                };
                e._getPositionMode = function(t) {
                  switch (t.toLocaleLowerCase()) {
                   case "percent":
                   default:
                    return 1;

                   case "fixed":
                    return 0;
                  }
                };
                e._getSpacingMode = function(t) {
                  switch (t.toLocaleLowerCase()) {
                   case "length":
                   default:
                    return 0;

                   case "percent":
                    return 2;

                   case "fixed":
                    return 1;
                  }
                };
                e._getRotateMode = function(t) {
                  switch (t.toLocaleLowerCase()) {
                   case "tangent":
                   default:
                    return 0;

                   case "chain":
                    return 1;

                   case "chainscale":
                    return 2;
                  }
                };
                e.parseDragonBonesData = function(e) {
                  console.warn("Deprecated.");
                  return e instanceof ArrayBuffer ? t.BinaryDataParser.getInstance().parseDragonBonesData(e) : t.ObjectDataParser.getInstance().parseDragonBonesData(e);
                };
                e.parseTextureAtlasData = function(i, s) {
                  void 0 === s && (s = 1);
                  console.warn("已废弃");
                  var n = {};
                  var r = i[e.SUB_TEXTURE];
                  for (var o = 0, a = r.length; o < a; o++) {
                    var l = r[o];
                    var h = l[e.NAME];
                    var c = new t.Rectangle;
                    var u = null;
                    c.x = l[e.X] / s;
                    c.y = l[e.Y] / s;
                    c.width = l[e.WIDTH] / s;
                    c.height = l[e.HEIGHT] / s;
                    if (e.FRAME_WIDTH in l) {
                      (u = new t.Rectangle).x = l[e.FRAME_X] / s;
                      u.y = l[e.FRAME_Y] / s;
                      u.width = l[e.FRAME_WIDTH] / s;
                      u.height = l[e.FRAME_HEIGHT] / s;
                    }
                    n[h] = {
                      region: c,
                      frame: u,
                      rotated: !1
                    };
                  }
                  return n;
                };
                e.DATA_VERSION_2_3 = "2.3";
                e.DATA_VERSION_3_0 = "3.0";
                e.DATA_VERSION_4_0 = "4.0";
                e.DATA_VERSION_4_5 = "4.5";
                e.DATA_VERSION_5_0 = "5.0";
                e.DATA_VERSION_5_5 = "5.5";
                e.DATA_VERSION = e.DATA_VERSION_5_5;
                e.DATA_VERSIONS = [ e.DATA_VERSION_4_0, e.DATA_VERSION_4_5, e.DATA_VERSION_5_0, e.DATA_VERSION_5_5 ];
                e.TEXTURE_ATLAS = "textureAtlas";
                e.SUB_TEXTURE = "SubTexture";
                e.FORMAT = "format";
                e.IMAGE_PATH = "imagePath";
                e.WIDTH = "width";
                e.HEIGHT = "height";
                e.ROTATED = "rotated";
                e.FRAME_X = "frameX";
                e.FRAME_Y = "frameY";
                e.FRAME_WIDTH = "frameWidth";
                e.FRAME_HEIGHT = "frameHeight";
                e.DRADON_BONES = "dragonBones";
                e.USER_DATA = "userData";
                e.ARMATURE = "armature";
                e.BONE = "bone";
                e.SURFACE = "surface";
                e.SLOT = "slot";
                e.CONSTRAINT = "constraint";
                e.IK = "ik";
                e.PATH_CONSTRAINT = "path";
                e.SKIN = "skin";
                e.DISPLAY = "display";
                e.ANIMATION = "animation";
                e.Z_ORDER = "zOrder";
                e.FFD = "ffd";
                e.FRAME = "frame";
                e.TRANSLATE_FRAME = "translateFrame";
                e.ROTATE_FRAME = "rotateFrame";
                e.SCALE_FRAME = "scaleFrame";
                e.DISPLAY_FRAME = "displayFrame";
                e.COLOR_FRAME = "colorFrame";
                e.DEFAULT_ACTIONS = "defaultActions";
                e.ACTIONS = "actions";
                e.EVENTS = "events";
                e.INTS = "ints";
                e.FLOATS = "floats";
                e.STRINGS = "strings";
                e.CANVAS = "canvas";
                e.TRANSFORM = "transform";
                e.PIVOT = "pivot";
                e.AABB = "aabb";
                e.COLOR = "color";
                e.VERSION = "version";
                e.COMPATIBLE_VERSION = "compatibleVersion";
                e.FRAME_RATE = "frameRate";
                e.TYPE = "type";
                e.SUB_TYPE = "subType";
                e.NAME = "name";
                e.PARENT = "parent";
                e.TARGET = "target";
                e.STAGE = "stage";
                e.SHARE = "share";
                e.PATH = "path";
                e.LENGTH = "length";
                e.DISPLAY_INDEX = "displayIndex";
                e.BLEND_MODE = "blendMode";
                e.INHERIT_TRANSLATION = "inheritTranslation";
                e.INHERIT_ROTATION = "inheritRotation";
                e.INHERIT_SCALE = "inheritScale";
                e.INHERIT_REFLECTION = "inheritReflection";
                e.INHERIT_ANIMATION = "inheritAnimation";
                e.INHERIT_DEFORM = "inheritDeform";
                e.SEGMENT_X = "segmentX";
                e.SEGMENT_Y = "segmentY";
                e.BEND_POSITIVE = "bendPositive";
                e.CHAIN = "chain";
                e.WEIGHT = "weight";
                e.FADE_IN_TIME = "fadeInTime";
                e.PLAY_TIMES = "playTimes";
                e.SCALE = "scale";
                e.OFFSET = "offset";
                e.POSITION = "position";
                e.DURATION = "duration";
                e.TWEEN_EASING = "tweenEasing";
                e.TWEEN_ROTATE = "tweenRotate";
                e.TWEEN_SCALE = "tweenScale";
                e.CLOCK_WISE = "clockwise";
                e.CURVE = "curve";
                e.SOUND = "sound";
                e.EVENT = "event";
                e.ACTION = "action";
                e.X = "x";
                e.Y = "y";
                e.SKEW_X = "skX";
                e.SKEW_Y = "skY";
                e.SCALE_X = "scX";
                e.SCALE_Y = "scY";
                e.VALUE = "value";
                e.ROTATE = "rotate";
                e.SKEW = "skew";
                e.ALPHA_OFFSET = "aO";
                e.RED_OFFSET = "rO";
                e.GREEN_OFFSET = "gO";
                e.BLUE_OFFSET = "bO";
                e.ALPHA_MULTIPLIER = "aM";
                e.RED_MULTIPLIER = "rM";
                e.GREEN_MULTIPLIER = "gM";
                e.BLUE_MULTIPLIER = "bM";
                e.UVS = "uvs";
                e.VERTICES = "vertices";
                e.TRIANGLES = "triangles";
                e.WEIGHTS = "weights";
                e.SLOT_POSE = "slotPose";
                e.BONE_POSE = "bonePose";
                e.GLUE_WEIGHTS = "glueWeights";
                e.GLUE_MESHES = "glueMeshes";
                e.BONES = "bones";
                e.POSITION_MODE = "positionMode";
                e.SPACING_MODE = "spacingMode";
                e.ROTATE_MODE = "rotateMode";
                e.SPACING = "spacing";
                e.ROTATE_OFFSET = "rotateOffset";
                e.ROTATE_MIX = "rotateMix";
                e.TRANSLATE_MIX = "translateMix";
                e.TARGET_DISPLAY = "targetDisplay";
                e.CLOSED = "closed";
                e.CONSTANT_SPEED = "constantSpeed";
                e.VERTEX_COUNT = "vertexCount";
                e.LENGTHS = "lengths";
                e.GOTO_AND_PLAY = "gotoAndPlay";
                e.DEFAULT_NAME = "default";
                return e;
              }();
              t.DataParser = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(s, e);
                function s() {
                  var i = null !== e && e.apply(this, arguments) || this;
                  i._rawTextureAtlasIndex = 0;
                  i._rawBones = [];
                  i._data = null;
                  i._armature = null;
                  i._bone = null;
                  i._surface = null;
                  i._slot = null;
                  i._skin = null;
                  i._mesh = null;
                  i._animation = null;
                  i._timeline = null;
                  i._rawTextureAtlases = null;
                  i._defaultColorOffset = -1;
                  i._prevClockwise = 0;
                  i._prevRotation = 0;
                  i._helpMatrixA = new t.Matrix;
                  i._helpMatrixB = new t.Matrix;
                  i._helpTransform = new t.Transform;
                  i._helpColorTransform = new t.ColorTransform;
                  i._helpPoint = new t.Point;
                  i._helpArray = [];
                  i._intArray = [];
                  i._floatArray = [];
                  i._frameIntArray = [];
                  i._frameFloatArray = [];
                  i._frameArray = [];
                  i._timelineArray = [];
                  i._cacheRawMeshes = [];
                  i._cacheMeshes = [];
                  i._actionFrames = [];
                  i._weightSlotPose = {};
                  i._weightBonePoses = {};
                  i._cacheBones = {};
                  i._slotChildActions = {};
                  return i;
                }
                s._getBoolean = function(t, e, i) {
                  if (e in t) {
                    var s = t[e];
                    var n = typeof s;
                    if ("boolean" === n) return s;
                    if ("string" !== n) return !!s;
                    switch (s) {
                     case "0":
                     case "NaN":
                     case "":
                     case "false":
                     case "null":
                     case "undefined":
                      return !1;

                     default:
                      return !0;
                    }
                  }
                  return i;
                };
                s._getNumber = function(t, e, i) {
                  if (e in t) {
                    var s = t[e];
                    return null === s || "NaN" === s ? i : +s || 0;
                  }
                  return i;
                };
                s._getString = function(e, i, s) {
                  if (i in e) {
                    var n = e[i];
                    if ("string" === typeof n) {
                      if (t.DragonBones.webAssembly) for (var r = 0, o = n.length; r < o; ++r) if (n.charCodeAt(r) > 255) return encodeURI(n);
                      return n;
                    }
                    return String(n);
                  }
                  return s;
                };
                s.prototype._getCurvePoint = function(t, e, i, s, n, r, o, a, l, h) {
                  var c = 1 - l;
                  var u = c * c;
                  var _ = l * l;
                  var d = c * u;
                  var p = 3 * l * u;
                  var m = 3 * c * _;
                  var f = l * _;
                  h.x = d * t + p * i + m * n + f * o;
                  h.y = d * e + p * s + m * r + f * a;
                };
                s.prototype._samplingEasingCurve = function(t, e) {
                  var i = t.length;
                  var s = -2;
                  for (var n = 0, r = e.length; n < r; ++n) {
                    var o = (n + 1) / (r + 1);
                    for (;(s + 6 < i ? t[s + 6] : 1) < o; ) s += 6;
                    var a = s >= 0 && s + 6 < i;
                    var l = a ? t[s] : 0;
                    var h = a ? t[s + 1] : 0;
                    var c = t[s + 2];
                    var u = t[s + 3];
                    var _ = t[s + 4];
                    var d = t[s + 5];
                    var p = a ? t[s + 6] : 1;
                    var m = a ? t[s + 7] : 1;
                    var f = 0;
                    var g = 1;
                    for (;g - f > 1e-4; ) {
                      var y = .5 * (g + f);
                      this._getCurvePoint(l, h, c, u, _, d, p, m, y, this._helpPoint);
                      o - this._helpPoint.x > 0 ? f = y : g = y;
                    }
                    e[n] = this._helpPoint.y;
                  }
                };
                s.prototype._parseActionDataInFrame = function(e, i, s, n) {
                  t.DataParser.EVENT in e && this._mergeActionFrame(e[t.DataParser.EVENT], i, 10, s, n);
                  t.DataParser.SOUND in e && this._mergeActionFrame(e[t.DataParser.SOUND], i, 11, s, n);
                  t.DataParser.ACTION in e && this._mergeActionFrame(e[t.DataParser.ACTION], i, 0, s, n);
                  t.DataParser.EVENTS in e && this._mergeActionFrame(e[t.DataParser.EVENTS], i, 10, s, n);
                  t.DataParser.ACTIONS in e && this._mergeActionFrame(e[t.DataParser.ACTIONS], i, 0, s, n);
                };
                s.prototype._mergeActionFrame = function(e, s, n, r, o) {
                  var a = t.DragonBones.webAssembly ? this._armature.actions.size() : this._armature.actions.length;
                  var l = this._parseActionData(e, n, r, o);
                  var h = 0;
                  var c = null;
                  for (var u = 0, _ = l; u < _.length; u++) {
                    var d = _[u];
                    this._armature.addAction(d, !1);
                  }
                  if (0 === this._actionFrames.length) {
                    (c = new i).frameStart = 0;
                    this._actionFrames.push(c);
                    c = null;
                  }
                  for (var p = 0, m = this._actionFrames; p < m.length; p++) {
                    var f = m[p];
                    if (f.frameStart === s) {
                      c = f;
                      break;
                    }
                    if (f.frameStart > s) break;
                    h++;
                  }
                  if (null === c) {
                    (c = new i).frameStart = s;
                    this._actionFrames.splice(h + 1, 0, c);
                  }
                  for (var g = 0; g < l.length; ++g) c.actions.push(a + g);
                };
                s.prototype._parseArmature = function(e, i) {
                  var n = t.BaseObject.borrowObject(t.ArmatureData);
                  n.name = s._getString(e, t.DataParser.NAME, "");
                  n.frameRate = s._getNumber(e, t.DataParser.FRAME_RATE, this._data.frameRate);
                  n.scale = i;
                  t.DataParser.TYPE in e && "string" == typeof e[t.DataParser.TYPE] ? n.type = t.DataParser._getArmatureType(e[t.DataParser.TYPE]) : n.type = s._getNumber(e, t.DataParser.TYPE, 0);
                  0 === n.frameRate && (n.frameRate = 24);
                  this._armature = n;
                  if (t.DataParser.CANVAS in e) {
                    var r = e[t.DataParser.CANVAS];
                    var o = t.BaseObject.borrowObject(t.CanvasData);
                    t.DataParser.COLOR in r ? o.hasBackground = !0 : o.hasBackground = !1;
                    o.color = s._getNumber(r, t.DataParser.COLOR, 0);
                    o.x = s._getNumber(r, t.DataParser.X, 0) * n.scale;
                    o.y = s._getNumber(r, t.DataParser.Y, 0) * n.scale;
                    o.width = s._getNumber(r, t.DataParser.WIDTH, 0) * n.scale;
                    o.height = s._getNumber(r, t.DataParser.HEIGHT, 0) * n.scale;
                    n.canvas = o;
                  }
                  if (t.DataParser.AABB in e) {
                    var a = e[t.DataParser.AABB];
                    n.aabb.x = s._getNumber(a, t.DataParser.X, 0) * n.scale;
                    n.aabb.y = s._getNumber(a, t.DataParser.Y, 0) * n.scale;
                    n.aabb.width = s._getNumber(a, t.DataParser.WIDTH, 0) * n.scale;
                    n.aabb.height = s._getNumber(a, t.DataParser.HEIGHT, 0) * n.scale;
                  }
                  if (t.DataParser.BONE in e) {
                    for (var l = 0, h = e[t.DataParser.BONE]; l < h.length; l++) {
                      var c = h[l];
                      var u = s._getString(c, t.DataParser.PARENT, "");
                      var _ = this._parseBone(c);
                      if (u.length > 0) {
                        var d = n.getBone(u);
                        if (null !== d) _.parent = d; else {
                          u in this._cacheBones || (this._cacheBones[u] = []);
                          this._cacheBones[u].push(_);
                        }
                      }
                      if (_.name in this._cacheBones) {
                        for (var p = 0, m = this._cacheBones[_.name]; p < m.length; p++) {
                          m[p].parent = _;
                        }
                        delete this._cacheBones[_.name];
                      }
                      n.addBone(_);
                      this._rawBones.push(_);
                    }
                  }
                  if (t.DataParser.IK in e) {
                    for (var f = 0, g = e[t.DataParser.IK]; f < g.length; f++) {
                      var y = g[f];
                      (I = this._parseIKConstraint(y)) && n.addConstraint(I);
                    }
                  }
                  n.sortBones();
                  if (t.DataParser.SLOT in e) {
                    var b = 0;
                    for (var S = 0, A = e[t.DataParser.SLOT]; S < A.length; S++) {
                      var T = A[S];
                      n.addSlot(this._parseSlot(T, b++));
                    }
                  }
                  if (t.DataParser.SKIN in e) {
                    for (var v = 0, E = e[t.DataParser.SKIN]; v < E.length; v++) {
                      var C = E[v];
                      n.addSkin(this._parseSkin(C));
                    }
                  }
                  if (t.DataParser.PATH_CONSTRAINT in e) {
                    for (var x = 0, w = e[t.DataParser.PATH_CONSTRAINT]; x < w.length; x++) {
                      var R = w[x];
                      var I;
                      (I = this._parsePathConstraint(R)) && n.addConstraint(I);
                    }
                  }
                  for (var M = 0, B = this._cacheRawMeshes.length; M < B; ++M) {
                    var D = this._cacheRawMeshes[M];
                    t.DataParser.GLUE_WEIGHTS in D && t.DataParser.GLUE_MESHES in D && this._parseMeshGlue(D, this._cacheMeshes[M]);
                  }
                  for (M = 0, B = this._cacheRawMeshes.length; M < B; ++M) {
                    var P = this._cacheRawMeshes[M];
                    var O = s._getString(P, t.DataParser.SHARE, "");
                    if (0 !== O.length) {
                      var N = s._getString(P, t.DataParser.SKIN, t.DataParser.DEFAULT_NAME);
                      0 === N.length && (N = t.DataParser.DEFAULT_NAME);
                      var L = n.getMesh(N, "", O);
                      if (null !== L) {
                        this._cacheMeshes[M].vertices.shareFrom(L.vertices);
                      }
                    }
                  }
                  if (t.DataParser.ANIMATION in e) {
                    for (var F = 0, V = e[t.DataParser.ANIMATION]; F < V.length; F++) {
                      var k = V[F];
                      var U = this._parseAnimation(k);
                      n.addAnimation(U);
                    }
                  }
                  if (t.DataParser.DEFAULT_ACTIONS in e) {
                    for (var G = 0, z = this._parseActionData(e[t.DataParser.DEFAULT_ACTIONS], 0, null, null); G < z.length; G++) {
                      var H = z[G];
                      n.addAction(H, !0);
                      if (0 === H.type) {
                        null !== (U = n.getAnimation(H.name)) && (n.defaultAnimation = U);
                      }
                    }
                  }
                  if (t.DataParser.ACTIONS in e) {
                    for (var j = 0, X = this._parseActionData(e[t.DataParser.ACTIONS], 0, null, null); j < X.length; j++) {
                      H = X[j];
                      n.addAction(H, !1);
                    }
                  }
                  this._rawBones.length = 0;
                  this._cacheRawMeshes.length = 0;
                  this._cacheMeshes.length = 0;
                  this._armature = null;
                  for (var W in this._weightSlotPose) delete this._weightSlotPose[W];
                  for (var W in this._weightBonePoses) delete this._weightBonePoses[W];
                  for (var W in this._cacheBones) delete this._cacheBones[W];
                  for (var W in this._slotChildActions) delete this._slotChildActions[W];
                  return n;
                };
                s.prototype._parseBone = function(e) {
                  var i = this._armature.scale;
                  if (0 === (t.DataParser.TYPE in e && "string" == typeof e[t.DataParser.TYPE] ? t.DataParser._getBoneType(e[t.DataParser.TYPE]) : s._getNumber(e, t.DataParser.TYPE, 0))) {
                    var n = t.BaseObject.borrowObject(t.BoneData);
                    n.inheritTranslation = s._getBoolean(e, t.DataParser.INHERIT_TRANSLATION, !0);
                    n.inheritRotation = s._getBoolean(e, t.DataParser.INHERIT_ROTATION, !0);
                    n.inheritScale = s._getBoolean(e, t.DataParser.INHERIT_SCALE, !0);
                    n.inheritReflection = s._getBoolean(e, t.DataParser.INHERIT_REFLECTION, !0);
                    n.length = s._getNumber(e, t.DataParser.LENGTH, 0) * i;
                    n.name = s._getString(e, t.DataParser.NAME, "");
                    t.DataParser.TRANSFORM in e && this._parseTransform(e[t.DataParser.TRANSFORM], n.transform, i);
                    return n;
                  }
                  var r = t.BaseObject.borrowObject(t.SurfaceData);
                  r.name = s._getString(e, t.DataParser.NAME, "");
                  r.segmentX = s._getNumber(e, t.DataParser.SEGMENT_X, 0);
                  r.segmentY = s._getNumber(e, t.DataParser.SEGMENT_Y, 0);
                  r.vertices.length = (r.segmentX + 1) * (r.segmentY + 1) * 2;
                  if (t.DataParser.VERTICES in e) {
                    var o = e[t.DataParser.VERTICES];
                    for (var a = 0, l = r.vertices.length; a < l; ++a) a < o.length ? r.vertices[a] = o[a] * i : r.vertices[a] = 0;
                  }
                  return r;
                };
                s.prototype._parseIKConstraint = function(e) {
                  var i = this._armature.getBone(s._getString(e, t.DataParser.BONE, ""));
                  if (null === i) return null;
                  var n = this._armature.getBone(s._getString(e, t.DataParser.TARGET, ""));
                  if (null === n) return null;
                  var r = t.BaseObject.borrowObject(t.IKConstraintData);
                  r.scaleEnabled = s._getBoolean(e, t.DataParser.SCALE, !1);
                  r.bendPositive = s._getBoolean(e, t.DataParser.BEND_POSITIVE, !0);
                  r.weight = s._getNumber(e, t.DataParser.WEIGHT, 1);
                  r.name = s._getString(e, t.DataParser.NAME, "");
                  r.type = 0;
                  r.target = n;
                  if (s._getNumber(e, t.DataParser.CHAIN, 0) > 0 && null !== i.parent) {
                    r.root = i.parent;
                    r.bone = i;
                  } else {
                    r.root = i;
                    r.bone = null;
                  }
                  return r;
                };
                s.prototype._parsePathConstraint = function(e) {
                  var i = this._armature.getSlot(s._getString(e, t.DataParser.TARGET, ""));
                  if (null === i) return null;
                  var n = this._armature.defaultSkin;
                  if (null === n) return null;
                  var r = n.getDisplay(i.name, s._getString(e, t.DataParser.TARGET_DISPLAY, i.name));
                  if (null === r || !(r instanceof t.PathDisplayData)) return null;
                  var o = e[t.DataParser.BONES];
                  if (null === o || 0 === o.length) return null;
                  var a = t.BaseObject.borrowObject(t.PathConstraintData);
                  a.name = s._getString(e, t.DataParser.NAME, "");
                  a.type = 1;
                  a.pathSlot = i;
                  a.pathDisplayData = r;
                  a.target = i.parent;
                  a.positionMode = t.DataParser._getPositionMode(s._getString(e, t.DataParser.POSITION_MODE, ""));
                  a.spacingMode = t.DataParser._getSpacingMode(s._getString(e, t.DataParser.SPACING_MODE, ""));
                  a.rotateMode = t.DataParser._getRotateMode(s._getString(e, t.DataParser.ROTATE_MODE, ""));
                  a.position = s._getNumber(e, t.DataParser.POSITION, 0);
                  a.spacing = s._getNumber(e, t.DataParser.SPACING, 0);
                  a.rotateOffset = s._getNumber(e, t.DataParser.ROTATE_OFFSET, 0);
                  a.rotateMix = s._getNumber(e, t.DataParser.ROTATE_MIX, 1);
                  a.translateMix = s._getNumber(e, t.DataParser.TRANSLATE_MIX, 1);
                  for (var l = 0, h = o; l < h.length; l++) {
                    var c = h[l];
                    var u = this._armature.getBone(c);
                    if (null !== u) {
                      a.AddBone(u);
                      null === a.root && (a.root = u);
                    }
                  }
                  return a;
                };
                s.prototype._parseSlot = function(e, i) {
                  var n = t.BaseObject.borrowObject(t.SlotData);
                  n.displayIndex = s._getNumber(e, t.DataParser.DISPLAY_INDEX, 0);
                  n.zOrder = i;
                  n.name = s._getString(e, t.DataParser.NAME, "");
                  n.parent = this._armature.getBone(s._getString(e, t.DataParser.PARENT, ""));
                  t.DataParser.BLEND_MODE in e && "string" == typeof e[t.DataParser.BLEND_MODE] ? n.blendMode = t.DataParser._getBlendMode(e[t.DataParser.BLEND_MODE]) : n.blendMode = s._getNumber(e, t.DataParser.BLEND_MODE, 0);
                  if (t.DataParser.COLOR in e) {
                    n.color = t.SlotData.createColor();
                    this._parseColorTransform(e[t.DataParser.COLOR], n.color);
                  } else n.color = t.SlotData.DEFAULT_COLOR;
                  t.DataParser.ACTIONS in e && (this._slotChildActions[n.name] = this._parseActionData(e[t.DataParser.ACTIONS], 0, null, null));
                  return n;
                };
                s.prototype._parseSkin = function(e) {
                  var i = t.BaseObject.borrowObject(t.SkinData);
                  i.name = s._getString(e, t.DataParser.NAME, t.DataParser.DEFAULT_NAME);
                  0 === i.name.length && (i.name = t.DataParser.DEFAULT_NAME);
                  if (t.DataParser.SLOT in e) {
                    var n = e[t.DataParser.SLOT];
                    this._skin = i;
                    for (var r = 0, o = n; r < o.length; r++) {
                      var a = o[r];
                      var l = s._getString(a, t.DataParser.NAME, "");
                      var h = this._armature.getSlot(l);
                      if (null !== h) {
                        this._slot = h;
                        if (t.DataParser.DISPLAY in a) {
                          for (var c = 0, u = a[t.DataParser.DISPLAY]; c < u.length; c++) {
                            var _ = u[c];
                            _ ? i.addDisplay(l, this._parseDisplay(_)) : i.addDisplay(l, null);
                          }
                        }
                        this._slot = null;
                      }
                    }
                    this._skin = null;
                  }
                  return i;
                };
                s.prototype._parseDisplay = function(e) {
                  var i = s._getString(e, t.DataParser.NAME, "");
                  var n = s._getString(e, t.DataParser.PATH, "");
                  var r = 0;
                  var o = null;
                  switch (r = t.DataParser.TYPE in e && "string" == typeof e[t.DataParser.TYPE] ? t.DataParser._getDisplayType(e[t.DataParser.TYPE]) : s._getNumber(e, t.DataParser.TYPE, r)) {
                   case 0:
                    var a = o = t.BaseObject.borrowObject(t.ImageDisplayData);
                    a.name = i;
                    a.path = n.length > 0 ? n : i;
                    this._parsePivot(e, a);
                    break;

                   case 1:
                    var l = o = t.BaseObject.borrowObject(t.ArmatureDisplayData);
                    l.name = i;
                    l.path = n.length > 0 ? n : i;
                    l.inheritAnimation = !0;
                    if (t.DataParser.ACTIONS in e) {
                      for (var h = 0, c = this._parseActionData(e[t.DataParser.ACTIONS], 0, null, null); h < c.length; h++) {
                        var u = c[h];
                        l.addAction(u);
                      }
                    } else if (this._slot.name in this._slotChildActions) {
                      var _ = this._skin.getDisplays(this._slot.name);
                      if (null === _ ? 0 === this._slot.displayIndex : this._slot.displayIndex === _.length) {
                        for (var d = 0, p = this._slotChildActions[this._slot.name]; d < p.length; d++) {
                          u = p[d];
                          l.addAction(u);
                        }
                        delete this._slotChildActions[this._slot.name];
                      }
                    }
                    break;

                   case 2:
                    var m = o = t.BaseObject.borrowObject(t.MeshDisplayData);
                    m.vertices.inheritDeform = s._getBoolean(e, t.DataParser.INHERIT_DEFORM, !0);
                    m.name = i;
                    m.path = n.length > 0 ? n : i;
                    m.vertices.data = this._data;
                    if (t.DataParser.SHARE in e) {
                      this._cacheRawMeshes.push(e);
                      this._cacheMeshes.push(m);
                    } else this._parseMesh(e, m);
                    if (t.DataParser.GLUE_WEIGHTS in e && t.DataParser.GLUE_MESHES in e) {
                      this._cacheRawMeshes.push(e);
                      this._cacheMeshes.push(m);
                    }
                    break;

                   case 3:
                    var f = this._parseBoundingBox(e);
                    if (null !== f) {
                      var g = o = t.BaseObject.borrowObject(t.BoundingBoxDisplayData);
                      g.name = i;
                      g.path = n.length > 0 ? n : i;
                      g.boundingBox = f;
                    }
                    break;

                   case 4:
                    var y = e[t.DataParser.LENGTHS];
                    var b = o = t.BaseObject.borrowObject(t.PathDisplayData);
                    b.closed = s._getBoolean(e, t.DataParser.CLOSED, !1);
                    b.constantSpeed = s._getBoolean(e, t.DataParser.CONSTANT_SPEED, !1);
                    b.name = i;
                    b.path = n.length > 0 ? n : i;
                    b.vertices.data = this._data;
                    b.curveLengths.length = y.length;
                    for (var S = 0, A = y.length; S < A; ++S) b.curveLengths[S] = y[S];
                    this._parsePath(e, b);
                  }
                  null !== o && t.DataParser.TRANSFORM in e && this._parseTransform(e[t.DataParser.TRANSFORM], o.transform, this._armature.scale);
                  return o;
                };
                s.prototype._parsePath = function(e, i) {
                  var n = e[t.DataParser.VERTICES];
                  var r = s._getNumber(e, t.DataParser.VERTEX_COUNT, 0);
                  var o = this._floatArray.length;
                  var a = this._intArray.length;
                  i.vertices.offset = a;
                  this._intArray.length += 2;
                  this._intArray[a + 0] = r;
                  this._intArray[a + 2] = o;
                  if (t.DataParser.WEIGHTS in e) {
                    var l = e[t.DataParser.WEIGHTS];
                    var h = e[t.DataParser.BONES];
                    var c = h.length;
                    var u = Math.floor(l.length - r) / 2;
                    var _ = this._intArray.length;
                    var d = this._floatArray.length;
                    var p = this._armature.sortedBones;
                    var m = t.BaseObject.borrowObject(t.WeightData);
                    m.count = u;
                    m.offset = _;
                    this._intArray.length += 2 + c + r + u;
                    this._intArray[_ + 0] = c;
                    this._intArray[_ + 1] = d;
                    for (R = 0; R < c; R++) {
                      var f = h[R];
                      var g = this._rawBones[f];
                      m.addBone(g);
                      this._intArray[_ + 2 + R] = p.indexOf(g);
                    }
                    this._floatArray.length += 3 * u;
                    R = 0;
                    for (var y = 0, b = 0, S = _ + 2 + c, A = d; R < u; R++) {
                      var T = l[y++];
                      this._intArray[S++] = T;
                      for (var v = 0; v < T; v++) {
                        var E = l[y++];
                        var C = l[y++];
                        var x = n[b++];
                        var w = n[b++];
                        this._intArray[S++] = h.indexOf(E);
                        this._floatArray[A++] = C;
                        this._floatArray[A++] = x;
                        this._floatArray[A++] = w;
                      }
                    }
                    i.vertices.weight = m;
                  } else {
                    this._floatArray.length += n.length;
                    for (var R = 0, I = n.length; R < I; ++R) this._floatArray[o + R] = n[R];
                  }
                };
                s.prototype._parsePivot = function(e, i) {
                  if (t.DataParser.PIVOT in e) {
                    var n = e[t.DataParser.PIVOT];
                    i.pivot.x = s._getNumber(n, t.DataParser.X, 0);
                    i.pivot.y = s._getNumber(n, t.DataParser.Y, 0);
                  } else {
                    i.pivot.x = .5;
                    i.pivot.y = .5;
                  }
                };
                s.prototype._parseMesh = function(e, i) {
                  var s = e[t.DataParser.VERTICES];
                  var n = e[t.DataParser.UVS];
                  var r = e[t.DataParser.TRIANGLES];
                  var o = Math.floor(s.length / 2);
                  var a = Math.floor(r.length / 3);
                  var l = this._floatArray.length;
                  var h = l + 2 * o;
                  var c = this._intArray.length;
                  var u = this._skin.name + "_" + this._slot.name + "_" + i.name;
                  i.vertices.offset = c;
                  this._intArray.length += 4 + 3 * a;
                  this._intArray[c + 0] = o;
                  this._intArray[c + 1] = a;
                  this._intArray[c + 2] = l;
                  for (var _ = 0, d = 3 * a; _ < d; ++_) this._intArray[c + 4 + _] = r[_];
                  this._floatArray.length += 2 * o + 2 * o;
                  for (_ = 0, d = 2 * o; _ < d; ++_) {
                    this._floatArray[l + _] = s[_];
                    this._floatArray[h + _] = n[_];
                  }
                  if (t.DataParser.WEIGHTS in e) {
                    var p = e[t.DataParser.WEIGHTS];
                    var m = e[t.DataParser.SLOT_POSE];
                    var f = e[t.DataParser.BONE_POSE];
                    var g = this._armature.sortedBones;
                    var y = new Array;
                    var b = Math.floor(f.length / 7);
                    var S = this._floatArray.length;
                    var A = Math.floor(p.length - o) / 2;
                    var T = this._intArray.length;
                    var v = t.BaseObject.borrowObject(t.WeightData);
                    v.count = A;
                    v.offset = T;
                    y.length = b;
                    this._intArray.length += 2 + b + o + A;
                    this._intArray[T + 1] = S;
                    for (_ = 0; _ < b; ++_) {
                      var E = f[7 * _];
                      var C = this._rawBones[E];
                      v.addBone(C);
                      y[_] = E;
                      this._intArray[T + 2 + _] = g.indexOf(C);
                    }
                    this._floatArray.length += 3 * A;
                    this._helpMatrixA.copyFromArray(m, 0);
                    _ = 0;
                    for (var x = 0, w = T + 2 + b, R = S; _ < o; ++_) {
                      var I = 2 * _;
                      var M = this._intArray[w++] = p[x++];
                      var B = this._floatArray[l + I];
                      var D = this._floatArray[l + I + 1];
                      this._helpMatrixA.transformPoint(B, D, this._helpPoint);
                      B = this._helpPoint.x;
                      D = this._helpPoint.y;
                      for (var P = 0; P < M; ++P) {
                        E = p[x++];
                        var O = y.indexOf(E);
                        this._helpMatrixB.copyFromArray(f, 7 * O + 1);
                        this._helpMatrixB.invert();
                        this._helpMatrixB.transformPoint(B, D, this._helpPoint);
                        this._intArray[w++] = O;
                        this._floatArray[R++] = p[x++];
                        this._floatArray[R++] = this._helpPoint.x;
                        this._floatArray[R++] = this._helpPoint.y;
                      }
                    }
                    i.vertices.weight = v;
                    this._weightSlotPose[u] = m;
                    this._weightBonePoses[u] = f;
                  }
                };
                s.prototype._parseMeshGlue = function(t, e) {};
                s.prototype._parseBoundingBox = function(e) {
                  var i = null;
                  var n = 0;
                  switch (n = t.DataParser.SUB_TYPE in e && "string" == typeof e[t.DataParser.SUB_TYPE] ? t.DataParser._getBoundingBoxType(e[t.DataParser.SUB_TYPE]) : s._getNumber(e, t.DataParser.SUB_TYPE, n)) {
                   case 0:
                    i = t.BaseObject.borrowObject(t.RectangleBoundingBoxData);
                    break;

                   case 1:
                    i = t.BaseObject.borrowObject(t.EllipseBoundingBoxData);
                    break;

                   case 2:
                    i = this._parsePolygonBoundingBox(e);
                  }
                  if (null !== i) {
                    i.color = s._getNumber(e, t.DataParser.COLOR, 0);
                    if (0 === i.type || 1 === i.type) {
                      i.width = s._getNumber(e, t.DataParser.WIDTH, 0);
                      i.height = s._getNumber(e, t.DataParser.HEIGHT, 0);
                    }
                  }
                  return i;
                };
                s.prototype._parsePolygonBoundingBox = function(e) {
                  var i = t.BaseObject.borrowObject(t.PolygonBoundingBoxData);
                  if (t.DataParser.VERTICES in e) {
                    var s = this._armature.scale;
                    var n = e[t.DataParser.VERTICES];
                    var r = i.vertices;
                    t.DragonBones.webAssembly ? r.resize(n.length, 0) : r.length = n.length;
                    for (var o = 0, a = n.length; o < a; o += 2) {
                      var l = n[o] * s;
                      var h = n[o + 1] * s;
                      if (t.DragonBones.webAssembly) {
                        r.set(o, l);
                        r.set(o + 1, h);
                      } else {
                        r[o] = l;
                        r[o + 1] = h;
                      }
                      if (0 === o) {
                        i.x = l;
                        i.y = h;
                        i.width = l;
                        i.height = h;
                      } else {
                        l < i.x ? i.x = l : l > i.width && (i.width = l);
                        h < i.y ? i.y = h : h > i.height && (i.height = h);
                      }
                    }
                    i.width -= i.x;
                    i.height -= i.y;
                  } else console.warn("Data error.\n Please reexport DragonBones Data to fixed the bug.");
                  return i;
                };
                s.prototype._parseAnimation = function(e) {
                  var i = t.BaseObject.borrowObject(t.AnimationData);
                  i.frameCount = Math.max(s._getNumber(e, t.DataParser.DURATION, 1), 1);
                  i.playTimes = s._getNumber(e, t.DataParser.PLAY_TIMES, 1);
                  i.duration = i.frameCount / this._armature.frameRate;
                  i.fadeInTime = s._getNumber(e, t.DataParser.FADE_IN_TIME, 0);
                  i.scale = s._getNumber(e, t.DataParser.SCALE, 1);
                  i.name = s._getString(e, t.DataParser.NAME, t.DataParser.DEFAULT_NAME);
                  0 === i.name.length && (i.name = t.DataParser.DEFAULT_NAME);
                  i.frameIntOffset = this._frameIntArray.length;
                  i.frameFloatOffset = this._frameFloatArray.length;
                  i.frameOffset = this._frameArray.length;
                  this._animation = i;
                  if (t.DataParser.FRAME in e) {
                    var n = e[t.DataParser.FRAME];
                    var r = n.length;
                    if (r > 0) for (var o = 0, a = 0; o < r; ++o) {
                      var l = n[o];
                      this._parseActionDataInFrame(l, a, null, null);
                      a += s._getNumber(l, t.DataParser.DURATION, 1);
                    }
                  }
                  t.DataParser.Z_ORDER in e && (this._animation.zOrderTimeline = this._parseTimeline(e[t.DataParser.Z_ORDER], null, t.DataParser.FRAME, 1, !1, !1, 0, this._parseZOrderFrame));
                  if (t.DataParser.BONE in e) {
                    for (var h = 0, c = e[t.DataParser.BONE]; h < c.length; h++) {
                      var u = c[h];
                      this._parseBoneTimeline(u);
                    }
                  }
                  if (t.DataParser.SURFACE in e) {
                    for (var _ = 0, d = e[t.DataParser.SURFACE]; _ < d.length; _++) {
                      u = d[_];
                      var p = s._getString(u, t.DataParser.NAME, "");
                      this._surface = this._armature.getBone(p);
                      if (null !== this._surface) {
                        null !== (I = this._parseTimeline(u, null, t.DataParser.FRAME, 50, !1, !0, 0, this._parseSurfaceFrame)) && this._animation.addSurfaceTimeline(this._surface, I);
                        this._surface = null;
                      }
                    }
                  }
                  if (t.DataParser.SLOT in e) {
                    for (var m = 0, f = e[t.DataParser.SLOT]; m < f.length; m++) {
                      u = f[m];
                      this._parseSlotTimeline(u);
                    }
                  }
                  if (t.DataParser.FFD in e) {
                    for (var g = 0, y = e[t.DataParser.FFD]; g < y.length; g++) {
                      u = y[g];
                      var b = s._getString(u, t.DataParser.SKIN, t.DataParser.DEFAULT_NAME);
                      var S = s._getString(u, t.DataParser.SLOT, "");
                      var A = s._getString(u, t.DataParser.NAME, "");
                      0 === b.length && (b = t.DataParser.DEFAULT_NAME);
                      this._slot = this._armature.getSlot(S);
                      this._mesh = this._armature.getMesh(b, S, A);
                      if (null !== this._slot && null !== this._mesh) {
                        null !== (I = this._parseTimeline(u, null, t.DataParser.FRAME, 22, !1, !0, 0, this._parseSlotFFDFrame)) && this._animation.addSlotTimeline(this._slot, I);
                        this._slot = null;
                        this._mesh = null;
                      }
                    }
                  }
                  if (t.DataParser.IK in e) {
                    for (var T = 0, v = e[t.DataParser.IK]; T < v.length; T++) {
                      u = v[T];
                      var E = s._getString(u, t.DataParser.NAME, "");
                      var C = this._armature.getConstraint(E);
                      if (null !== C) {
                        null !== (I = this._parseTimeline(u, null, t.DataParser.FRAME, 30, !0, !1, 2, this._parseIKConstraintFrame)) && this._animation.addConstraintTimeline(C, I);
                      }
                    }
                  }
                  if (t.DataParser.ANIMATION in e) {
                    for (var x = 0, w = e[t.DataParser.ANIMATION]; x < w.length; x++) {
                      u = w[x];
                      var R = s._getString(u, t.DataParser.NAME, "");
                      var I;
                      null !== (I = this._parseTimeline(u, null, t.DataParser.FRAME, 40, !0, !1, 2, this._parseAnimationFrame)) && this._animation.addAnimationTimeline(R, I);
                    }
                  }
                  if (this._actionFrames.length > 0) {
                    this._animation.actionTimeline = this._parseTimeline(null, this._actionFrames, "", 0, !1, !1, 0, this._parseActionFrame);
                    this._actionFrames.length = 0;
                  }
                  this._animation = null;
                  return i;
                };
                s.prototype._parseTimeline = function(e, n, r, o, a, l, h, c) {
                  null !== e && r.length > 0 && r in e && (n = e[r]);
                  if (null === n) return null;
                  var u = n.length;
                  if (0 === u) return null;
                  var _ = this._frameIntArray.length;
                  var d = this._frameFloatArray.length;
                  var p = t.BaseObject.borrowObject(t.TimelineData);
                  var m = this._timelineArray.length;
                  this._timelineArray.length += 5 + u;
                  if (null !== e) {
                    this._timelineArray[m + 0] = Math.round(100 * s._getNumber(e, t.DataParser.SCALE, 1));
                    this._timelineArray[m + 1] = Math.round(100 * s._getNumber(e, t.DataParser.OFFSET, 0));
                  } else {
                    this._timelineArray[m + 0] = 100;
                    this._timelineArray[m + 1] = 0;
                  }
                  this._timelineArray[m + 2] = u;
                  this._timelineArray[m + 3] = h;
                  this._timelineArray[m + 4] = a ? _ - this._animation.frameIntOffset : l ? d - this._animation.frameFloatOffset : 0;
                  this._timeline = p;
                  p.type = o;
                  p.offset = m;
                  if (1 === u) {
                    p.frameIndicesOffset = -1;
                    this._timelineArray[m + 5 + 0] = c.call(this, n[0], 0, 0) - this._animation.frameOffset;
                  } else {
                    var f = this._animation.frameCount + 1;
                    var g = this._data.frameIndices;
                    var y = 0;
                    if (t.DragonBones.webAssembly) {
                      y = g.size();
                      g.resize(y + f, 0);
                    } else {
                      y = g.length;
                      g.length += f;
                    }
                    p.frameIndicesOffset = y;
                    for (var b = 0, S = 0, A = 0, T = 0; b < f; ++b) {
                      if (A + T <= b && S < u) {
                        var v = n[S];
                        A = b;
                        T = S === u - 1 ? this._animation.frameCount - A : v instanceof i ? this._actionFrames[S + 1].frameStart - A : s._getNumber(v, t.DataParser.DURATION, 1);
                        this._timelineArray[m + 5 + S] = c.call(this, v, A, T) - this._animation.frameOffset;
                        S++;
                      }
                      t.DragonBones.webAssembly ? g.set(y + b, S - 1) : g[y + b] = S - 1;
                    }
                  }
                  this._timeline = null;
                  return p;
                };
                s.prototype._parseBoneTimeline = function(e) {
                  var i = this._armature.getBone(s._getString(e, t.DataParser.NAME, ""));
                  if (null !== i) {
                    this._bone = i;
                    this._slot = this._armature.getSlot(this._bone.name);
                    if (t.DataParser.TRANSLATE_FRAME in e) {
                      null !== (n = this._parseTimeline(e, null, t.DataParser.TRANSLATE_FRAME, 11, !1, !0, 2, this._parseBoneTranslateFrame)) && this._animation.addBoneTimeline(i, n);
                    }
                    if (t.DataParser.ROTATE_FRAME in e) {
                      null !== (n = this._parseTimeline(e, null, t.DataParser.ROTATE_FRAME, 12, !1, !0, 2, this._parseBoneRotateFrame)) && this._animation.addBoneTimeline(i, n);
                    }
                    if (t.DataParser.SCALE_FRAME in e) {
                      null !== (n = this._parseTimeline(e, null, t.DataParser.SCALE_FRAME, 13, !1, !0, 2, this._parseBoneScaleFrame)) && this._animation.addBoneTimeline(i, n);
                    }
                    if (t.DataParser.FRAME in e) {
                      var n;
                      null !== (n = this._parseTimeline(e, null, t.DataParser.FRAME, 10, !1, !0, 6, this._parseBoneAllFrame)) && this._animation.addBoneTimeline(i, n);
                    }
                    this._bone = null;
                    this._slot = null;
                  }
                };
                s.prototype._parseSlotTimeline = function(e) {
                  var i = this._armature.getSlot(s._getString(e, t.DataParser.NAME, ""));
                  if (null !== i) {
                    this._slot = i;
                    var n = null;
                    null !== (n = t.DataParser.DISPLAY_FRAME in e ? this._parseTimeline(e, null, t.DataParser.DISPLAY_FRAME, 20, !1, !1, 0, this._parseSlotDisplayFrame) : this._parseTimeline(e, null, t.DataParser.FRAME, 20, !1, !1, 0, this._parseSlotDisplayFrame)) && this._animation.addSlotTimeline(i, n);
                    var r = null;
                    null !== (r = t.DataParser.COLOR_FRAME in e ? this._parseTimeline(e, null, t.DataParser.COLOR_FRAME, 21, !0, !1, 1, this._parseSlotColorFrame) : this._parseTimeline(e, null, t.DataParser.FRAME, 21, !0, !1, 1, this._parseSlotColorFrame)) && this._animation.addSlotTimeline(i, r);
                    this._slot = null;
                  }
                };
                s.prototype._parseFrame = function(t, e, i) {
                  var s = this._frameArray.length;
                  this._frameArray.length += 1;
                  this._frameArray[s + 0] = e;
                  return s;
                };
                s.prototype._parseTweenFrame = function(e, i, n) {
                  var r = this._parseFrame(e, i, n);
                  if (n > 0) if (t.DataParser.CURVE in e) {
                    var o = n + 1;
                    this._helpArray.length = o;
                    this._samplingEasingCurve(e[t.DataParser.CURVE], this._helpArray);
                    this._frameArray.length += 2 + this._helpArray.length;
                    this._frameArray[r + 1] = 2;
                    this._frameArray[r + 2] = o;
                    for (var a = 0; a < o; ++a) this._frameArray[r + 3 + a] = Math.round(1e4 * this._helpArray[a]);
                  } else {
                    var l = -2;
                    t.DataParser.TWEEN_EASING in e && (l = s._getNumber(e, t.DataParser.TWEEN_EASING, -2));
                    if (-2 === l) {
                      this._frameArray.length += 1;
                      this._frameArray[r + 1] = 0;
                    } else if (0 === l) {
                      this._frameArray.length += 1;
                      this._frameArray[r + 1] = 1;
                    } else if (l < 0) {
                      this._frameArray.length += 2;
                      this._frameArray[r + 1] = 3;
                      this._frameArray[r + 2] = Math.round(100 * -l);
                    } else if (l <= 1) {
                      this._frameArray.length += 2;
                      this._frameArray[r + 1] = 4;
                      this._frameArray[r + 2] = Math.round(100 * l);
                    } else {
                      this._frameArray.length += 2;
                      this._frameArray[r + 1] = 5;
                      this._frameArray[r + 2] = Math.round(100 * l - 100);
                    }
                  } else {
                    this._frameArray.length += 1;
                    this._frameArray[r + 1] = 0;
                  }
                  return r;
                };
                s.prototype._parseActionFrame = function(t, e, i) {
                  var s = this._frameArray.length;
                  var n = t.actions.length;
                  this._frameArray.length += 2 + n;
                  this._frameArray[s + 0] = e;
                  this._frameArray[s + 0 + 1] = n;
                  for (var r = 0; r < n; ++r) this._frameArray[s + 0 + 2 + r] = t.actions[r];
                  return s;
                };
                s.prototype._parseZOrderFrame = function(e, i, s) {
                  var n = this._parseFrame(e, i, s);
                  if (t.DataParser.Z_ORDER in e) {
                    var r = e[t.DataParser.Z_ORDER];
                    if (r.length > 0) {
                      var o = this._armature.sortedSlots.length;
                      var a = new Array(o - r.length / 2);
                      var l = new Array(o);
                      for (var h = 0; h < a.length; ++h) a[h] = 0;
                      for (var c = 0; c < o; ++c) l[c] = -1;
                      var u = 0;
                      var _ = 0;
                      for (var d = 0, p = r.length; d < p; d += 2) {
                        var m = r[d];
                        var f = r[d + 1];
                        for (;u !== m; ) a[_++] = u++;
                        l[u + f] = u++;
                      }
                      for (;u < o; ) a[_++] = u++;
                      this._frameArray.length += 1 + o;
                      this._frameArray[n + 1] = o;
                      var g = o;
                      for (;g--; ) -1 === l[g] ? this._frameArray[n + 2 + g] = a[--_] || 0 : this._frameArray[n + 2 + g] = l[g] || 0;
                      return n;
                    }
                  }
                  this._frameArray.length += 1;
                  this._frameArray[n + 1] = 0;
                  return n;
                };
                s.prototype._parseBoneAllFrame = function(e, i, n) {
                  this._helpTransform.identity();
                  t.DataParser.TRANSFORM in e && this._parseTransform(e[t.DataParser.TRANSFORM], this._helpTransform, 1);
                  var r = this._helpTransform.rotation;
                  if (0 !== i) if (0 === this._prevClockwise) r = this._prevRotation + t.Transform.normalizeRadian(r - this._prevRotation); else {
                    (this._prevClockwise > 0 ? r >= this._prevRotation : r <= this._prevRotation) && (this._prevClockwise = this._prevClockwise > 0 ? this._prevClockwise - 1 : this._prevClockwise + 1);
                    r = this._prevRotation + r - this._prevRotation + t.Transform.PI_D * this._prevClockwise;
                  }
                  this._prevClockwise = s._getNumber(e, t.DataParser.TWEEN_ROTATE, 0);
                  this._prevRotation = r;
                  var o = this._parseTweenFrame(e, i, n);
                  var a = this._frameFloatArray.length;
                  this._frameFloatArray.length += 6;
                  this._frameFloatArray[a++] = this._helpTransform.x;
                  this._frameFloatArray[a++] = this._helpTransform.y;
                  this._frameFloatArray[a++] = r;
                  this._frameFloatArray[a++] = this._helpTransform.skew;
                  this._frameFloatArray[a++] = this._helpTransform.scaleX;
                  this._frameFloatArray[a++] = this._helpTransform.scaleY;
                  this._parseActionDataInFrame(e, i, this._bone, this._slot);
                  return o;
                };
                s.prototype._parseBoneTranslateFrame = function(e, i, n) {
                  var r = this._parseTweenFrame(e, i, n);
                  var o = this._frameFloatArray.length;
                  this._frameFloatArray.length += 2;
                  this._frameFloatArray[o++] = s._getNumber(e, t.DataParser.X, 0);
                  this._frameFloatArray[o++] = s._getNumber(e, t.DataParser.Y, 0);
                  return r;
                };
                s.prototype._parseBoneRotateFrame = function(e, i, n) {
                  var r = s._getNumber(e, t.DataParser.ROTATE, 0) * t.Transform.DEG_RAD;
                  if (0 !== i) if (0 === this._prevClockwise) r = this._prevRotation + t.Transform.normalizeRadian(r - this._prevRotation); else {
                    (this._prevClockwise > 0 ? r >= this._prevRotation : r <= this._prevRotation) && (this._prevClockwise = this._prevClockwise > 0 ? this._prevClockwise - 1 : this._prevClockwise + 1);
                    r = this._prevRotation + r - this._prevRotation + t.Transform.PI_D * this._prevClockwise;
                  }
                  this._prevClockwise = s._getNumber(e, t.DataParser.CLOCK_WISE, 0);
                  this._prevRotation = r;
                  var o = this._parseTweenFrame(e, i, n);
                  var a = this._frameFloatArray.length;
                  this._frameFloatArray.length += 2;
                  this._frameFloatArray[a++] = r;
                  this._frameFloatArray[a++] = s._getNumber(e, t.DataParser.SKEW, 0) * t.Transform.DEG_RAD;
                  return o;
                };
                s.prototype._parseBoneScaleFrame = function(e, i, n) {
                  var r = this._parseTweenFrame(e, i, n);
                  var o = this._frameFloatArray.length;
                  this._frameFloatArray.length += 2;
                  this._frameFloatArray[o++] = s._getNumber(e, t.DataParser.X, 1);
                  this._frameFloatArray[o++] = s._getNumber(e, t.DataParser.Y, 1);
                  return r;
                };
                s.prototype._parseSurfaceFrame = function(e, i, n) {
                  var r = this._frameFloatArray.length;
                  var o = this._parseTweenFrame(e, i, n);
                  var a = e[t.DataParser.VERTICES];
                  var l = s._getNumber(e, t.DataParser.OFFSET, 0);
                  var h = this._surface.vertices.length / 2;
                  var c = 0;
                  var u = 0;
                  this._frameFloatArray.length += 2 * h;
                  for (var _ = 0; _ < 2 * h; _ += 2) {
                    c = _ < l || _ - l >= a.length ? 0 : a[_ - l];
                    u = _ + 1 < l || _ + 1 - l >= a.length ? 0 : a[_ + 1 - l];
                    this._frameFloatArray[r + _] = c;
                    this._frameFloatArray[r + _ + 1] = u;
                  }
                  if (0 === i) {
                    var d = this._frameIntArray.length;
                    this._frameIntArray.length += 5;
                    this._frameIntArray[d + 0] = 0;
                    this._frameIntArray[d + 1] = this._frameFloatArray.length - r;
                    this._frameIntArray[d + 2] = this._frameFloatArray.length - r;
                    this._frameIntArray[d + 3] = 0;
                    this._frameIntArray[d + 4] = r - this._animation.frameFloatOffset;
                    this._timelineArray[this._timeline.offset + 3] = d - this._animation.frameIntOffset;
                  }
                  return o;
                };
                s.prototype._parseSlotDisplayFrame = function(e, i, n) {
                  var r = this._parseFrame(e, i, n);
                  this._frameArray.length += 1;
                  t.DataParser.VALUE in e ? this._frameArray[r + 1] = s._getNumber(e, t.DataParser.VALUE, 0) : this._frameArray[r + 1] = s._getNumber(e, t.DataParser.DISPLAY_INDEX, 0);
                  this._parseActionDataInFrame(e, i, this._slot.parent, this._slot);
                  return r;
                };
                s.prototype._parseSlotColorFrame = function(e, i, s) {
                  var n = this._parseTweenFrame(e, i, s);
                  var r = -1;
                  if (t.DataParser.VALUE in e || t.DataParser.COLOR in e) {
                    var o = t.DataParser.VALUE in e ? e[t.DataParser.VALUE] : e[t.DataParser.COLOR];
                    for (var a in o) {
                      this._parseColorTransform(o, this._helpColorTransform);
                      r = this._intArray.length;
                      this._intArray.length += 8;
                      this._intArray[r++] = Math.round(100 * this._helpColorTransform.alphaMultiplier);
                      this._intArray[r++] = Math.round(100 * this._helpColorTransform.redMultiplier);
                      this._intArray[r++] = Math.round(100 * this._helpColorTransform.greenMultiplier);
                      this._intArray[r++] = Math.round(100 * this._helpColorTransform.blueMultiplier);
                      this._intArray[r++] = Math.round(this._helpColorTransform.alphaOffset);
                      this._intArray[r++] = Math.round(this._helpColorTransform.redOffset);
                      this._intArray[r++] = Math.round(this._helpColorTransform.greenOffset);
                      this._intArray[r++] = Math.round(this._helpColorTransform.blueOffset);
                      r -= 8;
                      break;
                    }
                  }
                  if (r < 0) {
                    if (this._defaultColorOffset < 0) {
                      this._defaultColorOffset = r = this._intArray.length;
                      this._intArray.length += 8;
                      this._intArray[r++] = 100;
                      this._intArray[r++] = 100;
                      this._intArray[r++] = 100;
                      this._intArray[r++] = 100;
                      this._intArray[r++] = 0;
                      this._intArray[r++] = 0;
                      this._intArray[r++] = 0;
                      this._intArray[r++] = 0;
                    }
                    r = this._defaultColorOffset;
                  }
                  var l = this._frameIntArray.length;
                  this._frameIntArray.length += 1;
                  this._frameIntArray[l] = r;
                  return n;
                };
                s.prototype._parseSlotFFDFrame = function(e, i, n) {
                  var r = this._frameFloatArray.length;
                  var o = this._parseTweenFrame(e, i, n);
                  var a = t.DataParser.VERTICES in e ? e[t.DataParser.VERTICES] : null;
                  var l = s._getNumber(e, t.DataParser.OFFSET, 0);
                  var h = this._intArray[this._mesh.vertices.offset + 0];
                  var c = this._mesh.parent.name + "_" + this._slot.name + "_" + this._mesh.name;
                  var u = this._mesh.vertices.weight;
                  var _ = 0;
                  var d = 0;
                  var p = 0;
                  var m = 0;
                  if (null !== u) {
                    var f = this._weightSlotPose[c];
                    this._helpMatrixA.copyFromArray(f, 0);
                    this._frameFloatArray.length += 2 * u.count;
                    p = u.offset + 2 + u.bones.length;
                  } else this._frameFloatArray.length += 2 * h;
                  for (var g = 0; g < 2 * h; g += 2) {
                    if (null === a) {
                      _ = 0;
                      d = 0;
                    } else {
                      _ = g < l || g - l >= a.length ? 0 : a[g - l];
                      d = g + 1 < l || g + 1 - l >= a.length ? 0 : a[g + 1 - l];
                    }
                    if (null !== u) {
                      var y = this._weightBonePoses[c];
                      var b = this._intArray[p++];
                      this._helpMatrixA.transformPoint(_, d, this._helpPoint, !0);
                      _ = this._helpPoint.x;
                      d = this._helpPoint.y;
                      for (var S = 0; S < b; ++S) {
                        var A = this._intArray[p++];
                        this._helpMatrixB.copyFromArray(y, 7 * A + 1);
                        this._helpMatrixB.invert();
                        this._helpMatrixB.transformPoint(_, d, this._helpPoint, !0);
                        this._frameFloatArray[r + m++] = this._helpPoint.x;
                        this._frameFloatArray[r + m++] = this._helpPoint.y;
                      }
                    } else {
                      this._frameFloatArray[r + g] = _;
                      this._frameFloatArray[r + g + 1] = d;
                    }
                  }
                  if (0 === i) {
                    var T = this._frameIntArray.length;
                    this._frameIntArray.length += 5;
                    this._frameIntArray[T + 0] = this._mesh.vertices.offset;
                    this._frameIntArray[T + 1] = this._frameFloatArray.length - r;
                    this._frameIntArray[T + 2] = this._frameFloatArray.length - r;
                    this._frameIntArray[T + 3] = 0;
                    this._frameIntArray[T + 4] = r - this._animation.frameFloatOffset;
                    this._timelineArray[this._timeline.offset + 3] = T - this._animation.frameIntOffset;
                  }
                  return o;
                };
                s.prototype._parseIKConstraintFrame = function(e, i, n) {
                  var r = this._parseTweenFrame(e, i, n);
                  var o = this._frameIntArray.length;
                  this._frameIntArray.length += 2;
                  this._frameIntArray[o++] = s._getBoolean(e, t.DataParser.BEND_POSITIVE, !0) ? 1 : 0;
                  this._frameIntArray[o++] = Math.round(100 * s._getNumber(e, t.DataParser.WEIGHT, 1));
                  return r;
                };
                s.prototype._parseAnimationFrame = function(e, i, n) {
                  var r = this._parseTweenFrame(e, i, n);
                  var o = this._frameIntArray.length;
                  this._frameIntArray.length += 2;
                  this._frameIntArray[o++] = s._getNumber(e, t.DataParser.VALUE, 0);
                  this._frameIntArray[o++] = Math.round(100 * s._getNumber(e, t.DataParser.WEIGHT, 1));
                  return r;
                };
                s.prototype._parseActionData = function(e, i, n, r) {
                  var o = new Array;
                  if ("string" == typeof e) {
                    (c = t.BaseObject.borrowObject(t.ActionData)).type = i;
                    c.name = e;
                    c.bone = n;
                    c.slot = r;
                    o.push(c);
                  } else if (e instanceof Array) for (var a = 0, l = e; a < l.length; a++) {
                    var h = l[a];
                    var c = t.BaseObject.borrowObject(t.ActionData);
                    if (t.DataParser.GOTO_AND_PLAY in h) {
                      c.type = 0;
                      c.name = s._getString(h, t.DataParser.GOTO_AND_PLAY, "");
                    } else {
                      t.DataParser.TYPE in h && "string" == typeof h[t.DataParser.TYPE] ? c.type = t.DataParser._getActionType(h[t.DataParser.TYPE]) : c.type = s._getNumber(h, t.DataParser.TYPE, i);
                      c.name = s._getString(h, t.DataParser.NAME, "");
                    }
                    if (t.DataParser.BONE in h) {
                      var u = s._getString(h, t.DataParser.BONE, "");
                      c.bone = this._armature.getBone(u);
                    } else c.bone = n;
                    if (t.DataParser.SLOT in h) {
                      var _ = s._getString(h, t.DataParser.SLOT, "");
                      c.slot = this._armature.getSlot(_);
                    } else c.slot = r;
                    var d = null;
                    if (t.DataParser.INTS in h) {
                      null === d && (d = t.BaseObject.borrowObject(t.UserData));
                      for (var p = 0, m = h[t.DataParser.INTS]; p < m.length; p++) {
                        var f = m[p];
                        d.addInt(f);
                      }
                    }
                    if (t.DataParser.FLOATS in h) {
                      null === d && (d = t.BaseObject.borrowObject(t.UserData));
                      for (var g = 0, y = h[t.DataParser.FLOATS]; g < y.length; g++) {
                        f = y[g];
                        d.addFloat(f);
                      }
                    }
                    if (t.DataParser.STRINGS in h) {
                      null === d && (d = t.BaseObject.borrowObject(t.UserData));
                      for (var b = 0, S = h[t.DataParser.STRINGS]; b < S.length; b++) {
                        f = S[b];
                        d.addString(f);
                      }
                    }
                    c.data = d;
                    o.push(c);
                  }
                  return o;
                };
                s.prototype._parseTransform = function(e, i, n) {
                  i.x = s._getNumber(e, t.DataParser.X, 0) * n;
                  i.y = s._getNumber(e, t.DataParser.Y, 0) * n;
                  if (t.DataParser.ROTATE in e || t.DataParser.SKEW in e) {
                    i.rotation = t.Transform.normalizeRadian(s._getNumber(e, t.DataParser.ROTATE, 0) * t.Transform.DEG_RAD);
                    i.skew = t.Transform.normalizeRadian(s._getNumber(e, t.DataParser.SKEW, 0) * t.Transform.DEG_RAD);
                  } else if (t.DataParser.SKEW_X in e || t.DataParser.SKEW_Y in e) {
                    i.rotation = t.Transform.normalizeRadian(s._getNumber(e, t.DataParser.SKEW_Y, 0) * t.Transform.DEG_RAD);
                    i.skew = t.Transform.normalizeRadian(s._getNumber(e, t.DataParser.SKEW_X, 0) * t.Transform.DEG_RAD) - i.rotation;
                  }
                  i.scaleX = s._getNumber(e, t.DataParser.SCALE_X, 1);
                  i.scaleY = s._getNumber(e, t.DataParser.SCALE_Y, 1);
                };
                s.prototype._parseColorTransform = function(e, i) {
                  i.alphaMultiplier = .01 * s._getNumber(e, t.DataParser.ALPHA_MULTIPLIER, 100);
                  i.redMultiplier = .01 * s._getNumber(e, t.DataParser.RED_MULTIPLIER, 100);
                  i.greenMultiplier = .01 * s._getNumber(e, t.DataParser.GREEN_MULTIPLIER, 100);
                  i.blueMultiplier = .01 * s._getNumber(e, t.DataParser.BLUE_MULTIPLIER, 100);
                  i.alphaOffset = s._getNumber(e, t.DataParser.ALPHA_OFFSET, 0);
                  i.redOffset = s._getNumber(e, t.DataParser.RED_OFFSET, 0);
                  i.greenOffset = s._getNumber(e, t.DataParser.GREEN_OFFSET, 0);
                  i.blueOffset = s._getNumber(e, t.DataParser.BLUE_OFFSET, 0);
                };
                s.prototype._parseArray = function(t) {
                  this._intArray.length = 0;
                  this._floatArray.length = 0;
                  this._frameIntArray.length = 0;
                  this._frameFloatArray.length = 0;
                  this._frameArray.length = 0;
                  this._timelineArray.length = 0;
                };
                s.prototype._modifyArray = function() {
                  this._intArray.length % Int16Array.BYTES_PER_ELEMENT != 0 && this._intArray.push(0);
                  this._frameIntArray.length % Int16Array.BYTES_PER_ELEMENT != 0 && this._frameIntArray.push(0);
                  this._frameArray.length % Int16Array.BYTES_PER_ELEMENT != 0 && this._frameArray.push(0);
                  this._timelineArray.length % Uint16Array.BYTES_PER_ELEMENT != 0 && this._timelineArray.push(0);
                  var e = this._intArray.length * Int16Array.BYTES_PER_ELEMENT;
                  var i = this._floatArray.length * Float32Array.BYTES_PER_ELEMENT;
                  var s = this._frameIntArray.length * Int16Array.BYTES_PER_ELEMENT;
                  var n = this._frameFloatArray.length * Float32Array.BYTES_PER_ELEMENT;
                  var r = this._frameArray.length * Int16Array.BYTES_PER_ELEMENT;
                  var o = this._timelineArray.length * Uint16Array.BYTES_PER_ELEMENT;
                  var a = e + i + s + n + r + o;
                  if (t.DragonBones.webAssembly) {
                    var l = t.webAssemblyModule.HEAP16.buffer;
                    var h = t.webAssemblyModule._malloc(a);
                    var c = new Int16Array(l, h, this._intArray.length);
                    var u = new Float32Array(l, h + e, this._floatArray.length);
                    var _ = new Int16Array(l, h + e + i, this._frameIntArray.length);
                    var d = new Float32Array(l, h + e + i + s, this._frameFloatArray.length);
                    var p = new Int16Array(l, h + e + i + s + n, this._frameArray.length);
                    var m = new Uint16Array(l, h + e + i + s + n + r, this._timelineArray.length);
                    for (var f = 0, g = this._intArray.length; f < g; ++f) c[f] = this._intArray[f];
                    for (f = 0, g = this._floatArray.length; f < g; ++f) u[f] = this._floatArray[f];
                    for (f = 0, g = this._frameIntArray.length; f < g; ++f) _[f] = this._frameIntArray[f];
                    for (f = 0, g = this._frameFloatArray.length; f < g; ++f) d[f] = this._frameFloatArray[f];
                    for (f = 0, g = this._frameArray.length; f < g; ++f) p[f] = this._frameArray[f];
                    for (f = 0, g = this._timelineArray.length; f < g; ++f) m[f] = this._timelineArray[f];
                    t.webAssemblyModule.setDataBinary(this._data, h, e, i, s, n, r, o);
                  } else {
                    var y = new ArrayBuffer(a);
                    c = new Int16Array(y, 0, this._intArray.length);
                    u = new Float32Array(y, e, this._floatArray.length);
                    _ = new Int16Array(y, e + i, this._frameIntArray.length);
                    d = new Float32Array(y, e + i + s, this._frameFloatArray.length);
                    p = new Int16Array(y, e + i + s + n, this._frameArray.length);
                    m = new Uint16Array(y, e + i + s + n + r, this._timelineArray.length);
                    for (f = 0, g = this._intArray.length; f < g; ++f) c[f] = this._intArray[f];
                    for (f = 0, g = this._floatArray.length; f < g; ++f) u[f] = this._floatArray[f];
                    for (f = 0, g = this._frameIntArray.length; f < g; ++f) _[f] = this._frameIntArray[f];
                    for (f = 0, g = this._frameFloatArray.length; f < g; ++f) d[f] = this._frameFloatArray[f];
                    for (f = 0, g = this._frameArray.length; f < g; ++f) p[f] = this._frameArray[f];
                    for (f = 0, g = this._timelineArray.length; f < g; ++f) m[f] = this._timelineArray[f];
                    this._data.binary = y;
                    this._data.intArray = c;
                    this._data.floatArray = u;
                    this._data.frameIntArray = _;
                    this._data.frameFloatArray = d;
                    this._data.frameArray = p;
                    this._data.timelineArray = m;
                  }
                  this._defaultColorOffset = -1;
                };
                s.prototype.parseDragonBonesData = function(e, i) {
                  void 0 === i && (i = 1);
                  console.assert(null != e, "Data error.");
                  var n = s._getString(e, t.DataParser.VERSION, "");
                  var r = s._getString(e, t.DataParser.COMPATIBLE_VERSION, "");
                  if (t.DataParser.DATA_VERSIONS.indexOf(n) >= 0 || t.DataParser.DATA_VERSIONS.indexOf(r) >= 0) {
                    var o = t.BaseObject.borrowObject(t.DragonBonesData);
                    o.version = n;
                    o.name = s._getString(e, t.DataParser.NAME, "");
                    o.frameRate = s._getNumber(e, t.DataParser.FRAME_RATE, 24);
                    0 === o.frameRate && (o.frameRate = 24);
                    if (t.DataParser.ARMATURE in e) {
                      this._data = o;
                      this._parseArray(e);
                      for (var a = 0, l = e[t.DataParser.ARMATURE]; a < l.length; a++) {
                        var h = l[a];
                        o.addArmature(this._parseArmature(h, i));
                      }
                      this._data.binary || this._modifyArray();
                      t.DataParser.STAGE in e ? o.stage = o.getArmature(s._getString(e, t.DataParser.STAGE, "")) : o.armatureNames.length > 0 && (o.stage = o.getArmature(o.armatureNames[0]));
                      this._data = null;
                    }
                    t.DataParser.TEXTURE_ATLAS in e && (this._rawTextureAtlases = e[t.DataParser.TEXTURE_ATLAS]);
                    return o;
                  }
                  console.assert(!1, "Nonsupport data version: " + n + "\nPlease convert DragonBones data to support version.\nRead more: https://github.com/DragonBones/Tools/");
                  return null;
                };
                s.prototype.parseTextureAtlasData = function(e, i, n) {
                  void 0 === n && (n = 1);
                  console.assert(void 0 !== e);
                  if (null === e) {
                    if (null === this._rawTextureAtlases || 0 === this._rawTextureAtlases.length) return !1;
                    var r = this._rawTextureAtlases[this._rawTextureAtlasIndex++];
                    this.parseTextureAtlasData(r, i, n);
                    if (this._rawTextureAtlasIndex >= this._rawTextureAtlases.length) {
                      this._rawTextureAtlasIndex = 0;
                      this._rawTextureAtlases = null;
                    }
                    return !0;
                  }
                  i.width = s._getNumber(e, t.DataParser.WIDTH, 0);
                  i.height = s._getNumber(e, t.DataParser.HEIGHT, 0);
                  i.scale = 1 === n ? 1 / s._getNumber(e, t.DataParser.SCALE, 1) : n;
                  i.name = s._getString(e, t.DataParser.NAME, "");
                  i.imagePath = s._getString(e, t.DataParser.IMAGE_PATH, "");
                  if (t.DataParser.SUB_TEXTURE in e) {
                    var o = e[t.DataParser.SUB_TEXTURE];
                    for (var a = 0, l = o.length; a < l; ++a) {
                      var h = o[a];
                      var c = i.createTexture();
                      c.rotated = s._getBoolean(h, t.DataParser.ROTATED, !1);
                      c.name = s._getString(h, t.DataParser.NAME, "");
                      c.region.x = s._getNumber(h, t.DataParser.X, 0);
                      c.region.y = s._getNumber(h, t.DataParser.Y, 0);
                      c.region.width = s._getNumber(h, t.DataParser.WIDTH, 0);
                      c.region.height = s._getNumber(h, t.DataParser.HEIGHT, 0);
                      var u = s._getNumber(h, t.DataParser.FRAME_WIDTH, -1);
                      var _ = s._getNumber(h, t.DataParser.FRAME_HEIGHT, -1);
                      if (u > 0 && _ > 0) {
                        c.frame = t.TextureData.createRectangle();
                        c.frame.x = s._getNumber(h, t.DataParser.FRAME_X, 0);
                        c.frame.y = s._getNumber(h, t.DataParser.FRAME_Y, 0);
                        c.frame.width = u;
                        c.frame.height = _;
                      }
                      i.addTexture(c);
                    }
                  }
                  return !0;
                };
                s.getInstance = function() {
                  null === s._objectDataParserInstance && (s._objectDataParserInstance = new s);
                  return s._objectDataParserInstance;
                };
                s._objectDataParserInstance = null;
                return s;
              }(t.DataParser);
              t.ObjectDataParser = e;
              var i = function() {
                this.frameStart = 0;
                this.actions = [];
              };
              t.ActionFrame = i;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function(e) {
                r5(i, e);
                function i() {
                  return null !== e && e.apply(this, arguments) || this;
                }
                i.prototype._inRange = function(t, e, i) {
                  return e <= t && t <= i;
                };
                i.prototype._decodeUTF8 = function(t) {
                  var e = 0;
                  var i = "";
                  var s;
                  var n = 0;
                  var r = 0;
                  var o = 0;
                  var a = 0;
                  for (;t.length > e; ) {
                    var l = t[e++];
                    if (-1 === l) s = 0 !== r ? 65533 : -1; else if (0 === r) if (this._inRange(l, 0, 127)) s = l; else {
                      if (this._inRange(l, 194, 223)) {
                        r = 1;
                        a = 128;
                        n = l - 192;
                      } else if (this._inRange(l, 224, 239)) {
                        r = 2;
                        a = 2048;
                        n = l - 224;
                      } else if (this._inRange(l, 240, 244)) {
                        r = 3;
                        a = 65536;
                        n = l - 240;
                      }
                      n *= Math.pow(64, r);
                      s = null;
                    } else if (this._inRange(l, 128, 191)) {
                      o += 1;
                      n += (l - 128) * Math.pow(64, r - o);
                      if (o !== r) s = null; else {
                        var h = n;
                        var c = a;
                        n = 0;
                        r = 0;
                        o = 0;
                        a = 0;
                        s = this._inRange(h, c, 1114111) && !this._inRange(h, 55296, 57343) ? h : l;
                      }
                    } else {
                      n = 0;
                      r = 0;
                      o = 0;
                      a = 0;
                      e--;
                      s = l;
                    }
                    if (null !== s && -1 !== s) if (s <= 65535) s > 0 && (i += String.fromCharCode(s)); else {
                      s -= 65536;
                      i += String.fromCharCode(55296 + (s >> 10 & 1023));
                      i += String.fromCharCode(56320 + (1023 & s));
                    }
                  }
                  return i;
                };
                i.prototype._getUTF16Key = function(t) {
                  for (var e = 0, i = t.length; e < i; ++e) if (t.charCodeAt(e) > 255) return encodeURI(t);
                  return t;
                };
                i.prototype._parseBinaryTimeline = function(e, i, s) {
                  void 0 === s && (s = null);
                  var n = null !== s ? s : t.BaseObject.borrowObject(t.TimelineData);
                  n.type = e;
                  n.offset = i;
                  this._timeline = n;
                  var r = this._timelineArrayBuffer[n.offset + 2];
                  if (1 === r) n.frameIndicesOffset = -1; else {
                    var o = 0;
                    var a = this._animation.frameCount + 1;
                    var l = this._data.frameIndices;
                    if (t.DragonBones.webAssembly) {
                      o = l.size();
                      l.resize(o + a, 0);
                    } else {
                      o = l.length;
                      l.length += a;
                    }
                    n.frameIndicesOffset = o;
                    for (var h = 0, c = 0, u = 0, _ = 0; h < a; ++h) {
                      if (u + _ <= h && c < r) {
                        u = this._frameArrayBuffer[this._animation.frameOffset + this._timelineArrayBuffer[n.offset + 5 + c]];
                        _ = c === r - 1 ? this._animation.frameCount - u : this._frameArrayBuffer[this._animation.frameOffset + this._timelineArrayBuffer[n.offset + 5 + c + 1]] - u;
                        c++;
                      }
                      t.DragonBones.webAssembly ? l.set(o + h, c - 1) : l[o + h] = c - 1;
                    }
                  }
                  this._timeline = null;
                  return n;
                };
                i.prototype._parseVertices = function(e, i) {
                  i.offset = e[t.DataParser.OFFSET];
                  var s = this._intArrayBuffer[i.offset + 3];
                  if (s >= 0) {
                    var n = t.BaseObject.borrowObject(t.WeightData);
                    var r = this._intArrayBuffer[i.offset + 0];
                    var o = this._intArrayBuffer[s + 0];
                    n.offset = s;
                    for (var a = 0; a < o; ++a) {
                      var l = this._intArrayBuffer[s + 2 + a];
                      n.addBone(this._rawBones[l]);
                    }
                    var h = s + 2 + o;
                    var c = 0;
                    a = 0;
                    for (var u = r; a < u; ++a) {
                      var _ = this._intArrayBuffer[h++];
                      c += _;
                      h += _;
                    }
                    n.count = c;
                    i.weight = n;
                  }
                };
                i.prototype._parseMesh = function(t, e) {
                  this._parseVertices(t, e.vertices);
                };
                i.prototype._parsePath = function(t, e) {
                  this._parseVertices(t, e.vertices);
                };
                i.prototype._parseAnimation = function(e) {
                  var i = t.BaseObject.borrowObject(t.AnimationData);
                  i.frameCount = Math.max(t.ObjectDataParser._getNumber(e, t.DataParser.DURATION, 1), 1);
                  i.playTimes = t.ObjectDataParser._getNumber(e, t.DataParser.PLAY_TIMES, 1);
                  i.duration = i.frameCount / this._armature.frameRate;
                  i.fadeInTime = t.ObjectDataParser._getNumber(e, t.DataParser.FADE_IN_TIME, 0);
                  i.scale = t.ObjectDataParser._getNumber(e, t.DataParser.SCALE, 1);
                  i.name = t.ObjectDataParser._getString(e, t.DataParser.NAME, t.DataParser.DEFAULT_NAME);
                  0 === i.name.length && (i.name = t.DataParser.DEFAULT_NAME);
                  var s = e[t.DataParser.OFFSET];
                  i.frameIntOffset = s[0];
                  i.frameFloatOffset = s[1];
                  i.frameOffset = s[2];
                  this._animation = i;
                  t.DataParser.ACTION in e && (i.actionTimeline = this._parseBinaryTimeline(0, e[t.DataParser.ACTION]));
                  t.DataParser.Z_ORDER in e && (i.zOrderTimeline = this._parseBinaryTimeline(1, e[t.DataParser.Z_ORDER]));
                  if (t.DataParser.BONE in e) {
                    var n = e[t.DataParser.BONE];
                    for (var r in n) {
                      var o = n[r];
                      t.DragonBones.webAssembly && (r = this._getUTF16Key(r));
                      var a = this._armature.getBone(r);
                      if (null !== a) for (var l = 0, h = o.length; l < h; l += 2) {
                        var c = o[l];
                        var u = o[l + 1];
                        var _ = this._parseBinaryTimeline(c, u);
                        this._animation.addBoneTimeline(a, _);
                      }
                    }
                  }
                  if (t.DataParser.SURFACE in e) {
                    n = e[t.DataParser.SURFACE];
                    for (var r in n) {
                      o = n[r];
                      t.DragonBones.webAssembly && (r = this._getUTF16Key(r));
                      var d = this._armature.getBone(r);
                      if (null !== d) for (l = 0, h = o.length; l < h; l += 2) {
                        c = o[l];
                        u = o[l + 1];
                        _ = this._parseBinaryTimeline(c, u);
                        this._animation.addSurfaceTimeline(d, _);
                      }
                    }
                  }
                  if (t.DataParser.SLOT in e) {
                    n = e[t.DataParser.SLOT];
                    for (var r in n) {
                      o = n[r];
                      t.DragonBones.webAssembly && (r = this._getUTF16Key(r));
                      var p = this._armature.getSlot(r);
                      if (null !== p) for (l = 0, h = o.length; l < h; l += 2) {
                        c = o[l];
                        u = o[l + 1];
                        _ = this._parseBinaryTimeline(c, u);
                        this._animation.addSlotTimeline(p, _);
                      }
                    }
                  }
                  if (t.DataParser.CONSTRAINT in e) {
                    n = e[t.DataParser.CONSTRAINT];
                    for (var r in n) {
                      o = n[r];
                      t.DragonBones.webAssembly && (r = this._getUTF16Key(r));
                      var m = this._armature.getConstraint(r);
                      if (null !== m) for (l = 0, h = o.length; l < h; l += 2) {
                        c = o[l];
                        u = o[l + 1];
                        _ = this._parseBinaryTimeline(c, u);
                        this._animation.addConstraintTimeline(m, _);
                      }
                    }
                  }
                  if (t.DataParser.ANIMATION in e) {
                    n = e[t.DataParser.ANIMATION];
                    for (var r in n) {
                      o = n[r];
                      t.DragonBones.webAssembly && (r = this._getUTF16Key(r));
                      for (l = 0, h = o.length; l < h; l += 2) {
                        c = o[l];
                        u = o[l + 1];
                        _ = this._parseBinaryTimeline(c, u);
                        this._animation.addAnimationTimeline(r, _);
                      }
                    }
                  }
                  this._animation = null;
                  return i;
                };
                i.prototype._parseArray = function(e) {
                  var i = e[t.DataParser.OFFSET];
                  var s = i[1];
                  var n = i[3];
                  var r = i[5];
                  var o = i[7];
                  var a = i[9];
                  var l = i[11];
                  var h = new Int16Array(this._binary, this._binaryOffset + i[0], s / Int16Array.BYTES_PER_ELEMENT);
                  var c = new Float32Array(this._binary, this._binaryOffset + i[2], n / Float32Array.BYTES_PER_ELEMENT);
                  var u = new Int16Array(this._binary, this._binaryOffset + i[4], r / Int16Array.BYTES_PER_ELEMENT);
                  var _ = new Float32Array(this._binary, this._binaryOffset + i[6], o / Float32Array.BYTES_PER_ELEMENT);
                  var d = new Int16Array(this._binary, this._binaryOffset + i[8], a / Int16Array.BYTES_PER_ELEMENT);
                  var p = new Uint16Array(this._binary, this._binaryOffset + i[10], l / Uint16Array.BYTES_PER_ELEMENT);
                  if (t.DragonBones.webAssembly) {
                    var m = s + n + r + o + a + l;
                    var f = t.webAssemblyModule._malloc(m);
                    var g = new Uint8Array(this._binary, this._binaryOffset, m / Uint8Array.BYTES_PER_ELEMENT);
                    var y = new Uint8Array(t.webAssemblyModule.HEAP16.buffer, f, g.length);
                    for (var b = 0, S = g.length; b < S; ++b) y[b] = g[b];
                    t.webAssemblyModule.setDataBinary(this._data, f, s, n, r, o, a, l);
                    this._intArrayBuffer = h;
                    this._floatArrayBuffer = c;
                    this._frameIntArrayBuffer = u;
                    this._frameFloatArrayBuffer = _;
                    this._frameArrayBuffer = d;
                    this._timelineArrayBuffer = p;
                  } else {
                    this._data.binary = this._binary;
                    this._data.intArray = this._intArrayBuffer = h;
                    this._data.floatArray = this._floatArrayBuffer = c;
                    this._data.frameIntArray = this._frameIntArrayBuffer = u;
                    this._data.frameFloatArray = this._frameFloatArrayBuffer = _;
                    this._data.frameArray = this._frameArrayBuffer = d;
                    this._data.timelineArray = this._timelineArrayBuffer = p;
                  }
                };
                i.prototype.parseDragonBonesData = function(t, i) {
                  void 0 === i && (i = 1);
                  console.assert(null != t && t instanceof ArrayBuffer, "Data error.");
                  var s = new Uint8Array(t, 0, 8);
                  if (s[0] !== "D".charCodeAt(0) || s[1] !== "B".charCodeAt(0) || s[2] !== "D".charCodeAt(0) || s[3] !== "T".charCodeAt(0)) {
                    console.assert(!1, "Nonsupport data.");
                    return null;
                  }
                  var n = new Uint32Array(t, 8, 1)[0];
                  var r = new Uint8Array(t, 12, n);
                  var o = this._decodeUTF8(r);
                  var a = JSON.parse(o);
                  this._binaryOffset = 12 + n;
                  this._binary = t;
                  return e.prototype.parseDragonBonesData.call(this, a, i);
                };
                i.getInstance = function() {
                  null === i._binaryDataParserInstance && (i._binaryDataParserInstance = new i);
                  return i._binaryDataParserInstance;
                };
                i._binaryDataParserInstance = null;
                return i;
              }(t.ObjectDataParser);
              t.BinaryDataParser = e;
            }(a5 || (a5 = {}));
            !function(t) {
              var e = function() {
                function e(i) {
                  void 0 === i && (i = null);
                  this.autoSearch = !1;
                  this._dragonBonesDataMap = {};
                  this._textureAtlasDataMap = {};
                  this._dragonBones = null;
                  this._dataParser = null;
                  null === e._objectParser && (e._objectParser = new t.ObjectDataParser);
                  null === e._binaryParser && (e._binaryParser = new t.BinaryDataParser);
                  this._dataParser = null !== i ? i : e._objectParser;
                }
                e.prototype._isSupportMesh = function() {
                  return !0;
                };
                e.prototype._getTextureData = function(t, e) {
                  if (t in this._textureAtlasDataMap) for (var i = 0, s = this._textureAtlasDataMap[t]; i < s.length; i++) {
                    if (null !== (l = (a = s[i]).getTexture(e))) return l;
                  }
                  if (this.autoSearch) for (var n in this._textureAtlasDataMap) for (var r = 0, o = this._textureAtlasDataMap[n]; r < o.length; r++) {
                    var a;
                    if ((a = o[r]).autoSearch) {
                      var l;
                      if (null !== (l = a.getTexture(e))) return l;
                    }
                  }
                  return null;
                };
                e.prototype._fillBuildArmaturePackage = function(t, e, i, s, n) {
                  var r = null;
                  var o = null;
                  e.length > 0 && e in this._dragonBonesDataMap && (o = (r = this._dragonBonesDataMap[e]).getArmature(i));
                  if (null === o && (0 === e.length || this.autoSearch)) for (var a in this._dragonBonesDataMap) {
                    r = this._dragonBonesDataMap[a];
                    if ((0 === e.length || r.autoSearch) && null !== (o = r.getArmature(i))) {
                      e = a;
                      break;
                    }
                  }
                  if (null !== o) {
                    t.dataName = e;
                    t.textureAtlasName = n;
                    t.data = r;
                    t.armature = o;
                    t.skin = null;
                    if (s.length > 0) {
                      t.skin = o.getSkin(s);
                      if (null === t.skin && this.autoSearch) for (var a in this._dragonBonesDataMap) {
                        var l = this._dragonBonesDataMap[a].getArmature(s);
                        if (null !== l) {
                          t.skin = l.defaultSkin;
                          break;
                        }
                      }
                    }
                    null === t.skin && (t.skin = o.defaultSkin);
                    return !0;
                  }
                  return !1;
                };
                e.prototype._buildBones = function(e, i) {
                  for (var s = 0, n = e.armature.sortedBones; s < n.length; s++) {
                    var r = n[s];
                    t.BaseObject.borrowObject(0 === r.type ? t.Bone : t.Surface).init(r, i);
                  }
                };
                e.prototype._buildSlots = function(e, i) {
                  var s = e.skin;
                  var n = e.armature.defaultSkin;
                  if (null !== s && null !== n) {
                    var r = {};
                    for (var o in n.displays) {
                      var a = n.getDisplays(o);
                      r[o] = a;
                    }
                    if (s !== n) for (var o in s.displays) {
                      a = s.getDisplays(o);
                      r[o] = a;
                    }
                    for (var l = 0, h = e.armature.sortedSlots; l < h.length; l++) {
                      var c = h[l];
                      var u = c.name in r ? r[c.name] : null;
                      var _ = this._buildSlot(e, c, i);
                      _.rawDisplayDatas = u;
                      if (null !== u) {
                        var d = new Array;
                        for (var p = 0, m = t.DragonBones.webAssembly ? u.size() : u.length; p < m; ++p) {
                          var f = t.DragonBones.webAssembly ? u.get(p) : u[p];
                          null !== f ? d.push(this._getSlotDisplay(e, f, null, _)) : d.push(null);
                        }
                        _._setDisplayList(d);
                      }
                      _._setDisplayIndex(c.displayIndex, !0);
                    }
                  }
                };
                e.prototype._buildConstraints = function(e, i) {
                  var s = e.armature.constraints;
                  for (var n in s) {
                    var r = s[n];
                    switch (r.type) {
                     case 0:
                      var o = t.BaseObject.borrowObject(t.IKConstraint);
                      o.init(r, i);
                      i._addConstraint(o);
                      break;

                     case 1:
                      var a = t.BaseObject.borrowObject(t.PathConstraint);
                      a.init(r, i);
                      i._addConstraint(a);
                      break;

                     default:
                      var l = t.BaseObject.borrowObject(t.IKConstraint);
                      l.init(r, i);
                      i._addConstraint(l);
                    }
                  }
                };
                e.prototype._buildChildArmature = function(t, e, i) {
                  return this.buildArmature(i.path, null !== t ? t.dataName : "", "", null !== t ? t.textureAtlasName : "");
                };
                e.prototype._getSlotDisplay = function(e, i, s, n) {
                  var r = null !== e ? e.dataName : i.parent.parent.parent.name;
                  var o = null;
                  switch (i.type) {
                   case 0:
                    var a = i;
                    null !== e && e.textureAtlasName.length > 0 && (a.texture = this._getTextureData(e.textureAtlasName, i.path));
                    null === a.texture && (a.texture = this._getTextureData(r, i.path));
                    o = null !== s && 2 === s.type && this._isSupportMesh() ? n.meshDisplay : n.rawDisplay;
                    break;

                   case 2:
                    var l = i;
                    null !== e && e.textureAtlasName.length > 0 && (l.texture = this._getTextureData(e.textureAtlasName, l.path));
                    null === l.texture && (l.texture = this._getTextureData(r, l.path));
                    o = this._isSupportMesh() ? n.meshDisplay : n.rawDisplay;
                    break;

                   case 1:
                    var h = i;
                    var c = this._buildChildArmature(e, n, i);
                    if (null !== c) {
                      c.inheritAnimation = h.inheritAnimation;
                      if (!c.inheritAnimation) {
                        var u = h.actions.length > 0 ? h.actions : c.armatureData.defaultActions;
                        if (u.length > 0) for (var _ = 0, d = u; _ < d.length; _++) {
                          var p = d[_];
                          var m = t.BaseObject.borrowObject(t.EventObject);
                          t.EventObject.actionDataToInstance(p, m, n.armature);
                          m.slot = n;
                          n.armature._bufferAction(m, !1);
                        } else c.animation.play();
                      }
                      h.armature = c.armatureData;
                    }
                    o = c;
                  }
                  return o;
                };
                e.prototype.parseDragonBonesData = function(t, i, s) {
                  void 0 === i && (i = null);
                  void 0 === s && (s = 1);
                  var n = t instanceof ArrayBuffer ? e._binaryParser : this._dataParser;
                  var r = n.parseDragonBonesData(t, s);
                  for (;;) {
                    var o = this._buildTextureAtlasData(null, null);
                    if (!n.parseTextureAtlasData(null, o, s)) {
                      o.returnToPool();
                      break;
                    }
                    this.addTextureAtlasData(o, i);
                  }
                  null !== r && this.addDragonBonesData(r, i);
                  return r;
                };
                e.prototype.parseTextureAtlasData = function(t, e, i, s) {
                  void 0 === i && (i = null);
                  void 0 === s && (s = 1);
                  var n = this._buildTextureAtlasData(null, null);
                  this._dataParser.parseTextureAtlasData(t, n, s);
                  this._buildTextureAtlasData(n, e || null);
                  this.addTextureAtlasData(n, i);
                  return n;
                };
                e.prototype.updateTextureAtlasData = function(t, e) {
                  var i = this.getTextureAtlasData(t);
                  if (null !== i) for (var s = 0, n = i.length; s < n; ++s) s < e.length && this._buildTextureAtlasData(i[s], e[s]);
                };
                e.prototype.getDragonBonesData = function(t) {
                  return t in this._dragonBonesDataMap ? this._dragonBonesDataMap[t] : null;
                };
                e.prototype.addDragonBonesData = function(t, e) {
                  void 0 === e && (e = null);
                  if ((e = null !== e ? e : t.name) in this._dragonBonesDataMap) {
                    if (this._dragonBonesDataMap[e] === t) return;
                    console.warn("Can not add same name data: " + e);
                  } else this._dragonBonesDataMap[e] = t;
                };
                e.prototype.removeDragonBonesData = function(t, e) {
                  void 0 === e && (e = !0);
                  if (t in this._dragonBonesDataMap) {
                    e && this._dragonBones.bufferObject(this._dragonBonesDataMap[t]);
                    delete this._dragonBonesDataMap[t];
                  }
                };
                e.prototype.getTextureAtlasData = function(t) {
                  return t in this._textureAtlasDataMap ? this._textureAtlasDataMap[t] : null;
                };
                e.prototype.addTextureAtlasData = function(t, e) {
                  void 0 === e && (e = null);
                  var i = (e = null !== e ? e : t.name) in this._textureAtlasDataMap ? this._textureAtlasDataMap[e] : this._textureAtlasDataMap[e] = [];
                  i.indexOf(t) < 0 && i.push(t);
                };
                e.prototype.removeTextureAtlasData = function(t, e) {
                  void 0 === e && (e = !0);
                  if (t in this._textureAtlasDataMap) {
                    var i = this._textureAtlasDataMap[t];
                    if (e) for (var s = 0, n = i; s < n.length; s++) {
                      var r = n[s];
                      this._dragonBones.bufferObject(r);
                    }
                    delete this._textureAtlasDataMap[t];
                  }
                };
                e.prototype.getArmatureData = function(t, e) {
                  void 0 === e && (e = "");
                  var s = new i;
                  return this._fillBuildArmaturePackage(s, e, t, "", "") ? s.armature : null;
                };
                e.prototype.clear = function(t) {
                  void 0 === t && (t = !0);
                  for (var e in this._dragonBonesDataMap) {
                    t && this._dragonBones.bufferObject(this._dragonBonesDataMap[e]);
                    delete this._dragonBonesDataMap[e];
                  }
                  for (var e in this._textureAtlasDataMap) {
                    if (t) {
                      for (var i = 0, s = this._textureAtlasDataMap[e]; i < s.length; i++) {
                        var n = s[i];
                        this._dragonBones.bufferObject(n);
                      }
                    }
                    delete this._textureAtlasDataMap[e];
                  }
                };
                e.prototype.buildArmature = function(t, e, s, n) {
                  void 0 === e && (e = "");
                  void 0 === s && (s = "");
                  void 0 === n && (n = "");
                  var r = new i;
                  if (!this._fillBuildArmaturePackage(r, e || "", t, s || "", n || "")) {
                    console.warn("No armature data: " + t + ", " + (null !== e ? e : ""));
                    return null;
                  }
                  var o = this._buildArmature(r);
                  this._buildBones(r, o);
                  this._buildSlots(r, o);
                  this._buildConstraints(r, o);
                  o.invalidUpdate(null, !0);
                  o.advanceTime(0);
                  return o;
                };
                e.prototype.replaceDisplay = function(e, i, s) {
                  void 0 === s && (s = -1);
                  s < 0 && (s = e.displayIndex);
                  s < 0 && (s = 0);
                  e.replaceDisplayData(i, s);
                  var n = e.displayList;
                  if (n.length <= s) {
                    n.length = s + 1;
                    for (var r = 0, o = n.length; r < o; ++r) n[r] || (n[r] = null);
                  }
                  if (null !== i) {
                    var a = e.rawDisplayDatas;
                    var l = null;
                    a && (t.DragonBones.webAssembly ? s < a.size() && (l = a.get(s)) : s < a.length && (l = a[s]));
                    n[s] = this._getSlotDisplay(null, i, l, e);
                  } else n[s] = null;
                  e.displayList = n;
                };
                e.prototype.replaceSlotDisplay = function(t, e, i, s, n, r) {
                  void 0 === r && (r = -1);
                  var o = this.getArmatureData(e, t || "");
                  if (!o || !o.defaultSkin) return !1;
                  var a = o.defaultSkin.getDisplay(i, s);
                  if (!a) return !1;
                  this.replaceDisplay(n, a, r);
                  return !0;
                };
                e.prototype.replaceSlotDisplayList = function(e, i, s, n) {
                  var r = this.getArmatureData(i, e || "");
                  if (!r || !r.defaultSkin) return !1;
                  var o = r.defaultSkin.getDisplays(s);
                  if (!o) return !1;
                  var a = 0;
                  for (var l = 0, h = t.DragonBones.webAssembly ? o.size() : o.length; l < h; ++l) {
                    var c = t.DragonBones.webAssembly ? o.get(l) : o[l];
                    this.replaceDisplay(n, c, a++);
                  }
                  return !0;
                };
                e.prototype.replaceSkin = function(e, i, s, n) {
                  void 0 === s && (s = !1);
                  void 0 === n && (n = null);
                  var r = !1;
                  var o = i.parent.defaultSkin;
                  for (var a = 0, l = e.getSlots(); a < l.length; a++) {
                    var h = l[a];
                    if (!(null !== n && n.indexOf(h.name) >= 0)) {
                      var c = i.getDisplays(h.name);
                      if (!c) {
                        null !== o && i !== o && (c = o.getDisplays(h.name));
                        if (!c) {
                          if (s) {
                            h.rawDisplayDatas = null;
                            h.displayList = [];
                          }
                          continue;
                        }
                      }
                      var u = t.DragonBones.webAssembly ? c.size() : c.length;
                      var _ = h.displayList;
                      _.length = u;
                      for (var d = 0, p = u; d < p; ++d) {
                        var m = t.DragonBones.webAssembly ? c.get(d) : c[d];
                        _[d] = null !== m ? this._getSlotDisplay(null, m, null, h) : null;
                      }
                      r = !0;
                      h.rawDisplayDatas = c;
                      h.displayList = _;
                    }
                  }
                  return r;
                };
                e.prototype.replaceAnimation = function(e, i, s) {
                  void 0 === s && (s = !0);
                  var n = i.defaultSkin;
                  if (null === n) return !1;
                  if (s) e.animation.animations = i.animations; else {
                    var r = e.animation.animations;
                    var o = {};
                    for (var a in r) o[a] = r[a];
                    for (var a in i.animations) o[a] = i.animations[a];
                    e.animation.animations = o;
                  }
                  for (var l = 0, h = e.getSlots(); l < h.length; l++) {
                    var c = h[l];
                    var u = 0;
                    for (var _ = 0, d = c.displayList; _ < d.length; _++) {
                      var p = d[_];
                      if (p instanceof t.Armature) {
                        var m = n.getDisplays(c.name);
                        if (null !== m && u < (t.DragonBones.webAssembly ? m.size() : m.length)) {
                          var f = t.DragonBones.webAssembly ? m.get(u) : m[u];
                          if (null !== f && 1 === f.type) {
                            var g = this.getArmatureData(f.path, f.parent.parent.parent.name);
                            g && this.replaceAnimation(p, g, s);
                          }
                        }
                      }
                      u++;
                    }
                  }
                  return !0;
                };
                e.prototype.getAllDragonBonesData = function() {
                  return this._dragonBonesDataMap;
                };
                e.prototype.getAllTextureAtlasData = function() {
                  return this._textureAtlasDataMap;
                };
                Object.defineProperty(e.prototype, "clock", {
                  get: function() {
                    return this._dragonBones.clock;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                Object.defineProperty(e.prototype, "dragonBones", {
                  get: function() {
                    return this._dragonBones;
                  },
                  enumerable: !0,
                  configurable: !0
                });
                e.prototype.changeSkin = function(t, e, i) {
                  void 0 === i && (i = null);
                  return this.replaceSkin(t, e, !1, i);
                };
                e.prototype.copyAnimationsToArmature = function(t, e, i, s, n) {
                  void 0 === s && (s = "");
                  void 0 === n && (n = !0);
                  var r = this.getArmatureData(e, s);
                  return !!r && this.replaceAnimation(t, r, n);
                };
                e._objectParser = null;
                e._binaryParser = null;
                return e;
              }();
              t.BaseFactory = e;
              var i = function() {
                this.dataName = "";
                this.textureAtlasName = "";
                this.skin = null;
              };
              t.BuildArmaturePackage = i;
            }(a5 || (a5 = {}));
            !function(t) {
              t.BinaryOffset = {
                WeigthBoneCount: 0,
                WeigthFloatOffset: 1,
                WeigthBoneIndices: 2,
                MeshVertexCount: 0,
                MeshTriangleCount: 1,
                MeshFloatOffset: 2,
                MeshWeightOffset: 3,
                MeshVertexIndices: 4,
                TimelineScale: 0,
                TimelineOffset: 1,
                TimelineKeyFrameCount: 2,
                TimelineFrameValueCount: 3,
                TimelineFrameValueOffset: 4,
                TimelineFrameOffset: 5,
                FramePosition: 0,
                FrameTweenType: 1,
                FrameTweenEasingOrCurveSampleCount: 2,
                FrameCurveSamples: 3,
                DeformMeshOffset: 0,
                DeformCount: 1,
                DeformValueCount: 2,
                DeformValueOffset: 3,
                DeformFloatOffset: 4
              };
              t.ArmatureType = {
                Armature: 0,
                MovieClip: 1,
                Stage: 2
              };
              t.BoneType = {
                Bone: 0,
                Surface: 1
              };
              t.DisplayType = {
                Image: 0,
                Armature: 1,
                Mesh: 2,
                BoundingBox: 3
              };
              t.BoundingBoxType = {
                Rectangle: 0,
                Ellipse: 1,
                Polygon: 2
              };
              t.ActionType = {
                Play: 0,
                Stop: 1,
                GotoAndPlay: 2,
                GotoAndStop: 3,
                FadeIn: 4,
                FadeOut: 5,
                Frame: 10,
                Sound: 11
              };
              t.BlendMode = {
                Normal: 0,
                Add: 1,
                Alpha: 2,
                Darken: 3,
                Difference: 4,
                Erase: 5,
                HardLight: 6,
                Invert: 7,
                Layer: 8,
                Lighten: 9,
                Multiply: 10,
                Overlay: 11,
                Screen: 12,
                Subtract: 13
              };
              t.TweenType = {
                None: 0,
                Line: 1,
                Curve: 2,
                QuadIn: 3,
                QuadOut: 4,
                QuadInOut: 5
              };
              t.TimelineType = {
                Action: 0,
                ZOrder: 1,
                BoneAll: 10,
                BoneTranslate: 11,
                BoneRotate: 12,
                BoneScale: 13,
                Surface: 50,
                SlotDisplay: 20,
                SlotColor: 21,
                SlotFFD: 22,
                IKConstraint: 30,
                AnimationTime: 40,
                AnimationWeight: 41
              };
            }(a5 || (a5 = {}));
            const l5 = a5.DragonBones;
            const h5 = a5.BaseObject;
            const c5 = a5.Matrix;
            a5.Transform;
            a5.ColorTransform;
            a5.Point;
            a5.Rectangle;
            a5.UserData;
            a5.ActionData;
            a5.DragonBonesData;
            a5.ArmatureData;
            a5.BoneData;
            a5.SurfaceData;
            a5.SlotData;
            a5.ConstraintData;
            a5.IKConstraintData;
            a5.PathConstraintData;
            a5.CanvasData;
            a5.SkinData;
            a5.VerticesData;
            const u5 = a5.DisplayData;
            a5.ImageDisplayData;
            a5.ArmatureDisplayData;
            a5.MeshDisplayData;
            a5.BoundingBoxDisplayData;
            a5.PathDisplayData;
            a5.WeightData;
            a5.BoundingBoxData;
            a5.RectangleBoundingBoxData;
            a5.EllipseBoundingBoxData;
            a5.PolygonBoundingBoxData;
            a5.AnimationData;
            a5.TimelineData;
            a5.AnimationConfig;
            const _5 = a5.TextureAtlasData;
            const d5 = a5.TextureData;
            a5.DeformVertices;
            const p5 = a5.Armature;
            a5.TransformObject;
            a5.Bone;
            a5.Surface;
            const m5 = a5.Slot;
            a5.Constraint;
            a5.IKConstraint;
            a5.PathConstraint;
            a5.WorldClock;
            const f5 = a5.Animation;
            a5.AnimationState;
            a5.BonePose;
            a5.BlendState;
            a5.TimelineState;
            a5.TweenTimelineState;
            a5.BoneTimelineState;
            a5.SlotTimelineState;
            a5.ConstraintTimelineState;
            a5.ActionTimelineState;
            a5.ZOrderTimelineState;
            a5.BoneAllTimelineState;
            a5.BoneTranslateTimelineState;
            a5.BoneRotateTimelineState;
            a5.BoneScaleTimelineState;
            a5.SurfaceTimelineState;
            a5.SlotDislayTimelineState;
            a5.SlotColorTimelineState;
            a5.DeformTimelineState;
            a5.IKConstraintTimelineState;
            a5.AnimationTimelineState;
            const g5 = a5.EventObject;
            a5.DataParser;
            a5.ObjectDataParser;
            a5.ActionFrame;
            a5.BinaryDataParser;
            const y5 = a5.BaseFactory;
            a5.BuildArmaturePackage;
            const b5 = a5.BinaryOffset;
            a5.ArmatureType;
            const S5 = a5.BoneType;
            a5.DisplayType;
            a5.BoundingBoxType;
            a5.ActionType;
            a5.BlendMode;
            a5.TweenType;
            a5.TimelineType;
            var A5, T5, v5;
            let E5 = Ul("dragonBones.CCTextureAtlasData")(A5 = (T5 = class extends _5 {
              constructor(...t) {
                super(...t);
                this._renderTexture = null;
              }
              get renderTexture() {
                return this._renderTexture;
              }
              set renderTexture(t) {
                this._renderTexture = t;
                if (t) for (const e in this.textures) {
                  const i = this.textures[e];
                  if (!i.spriteFrame) {
                    let e = null;
                    if (i.rotated) e = new as(i.region.x, i.region.y, i.region.height, i.region.width); else {
                      e = new as(i.region.x, i.region.y, i.region.width, i.region.height);
                      i.spriteFrame = new GI;
                      i.spriteFrame.texture = t;
                      i.spriteFrame.rect = e;
                    }
                  }
                } else for (const t in this.textures) {
                  this.textures[t].spriteFrame = null;
                }
              }
              static toString() {
                return "[class dragonBones.CCTextureAtlasData]";
              }
              createTexture() {
                return h5.borrowObject(C5);
              }
              _onClear() {
                super._onClear();
                this.renderTexture = null;
              }
            }, T5)) || A5;
            let C5 = Ul("dragonBones.CCTextureData")(v5 = class extends d5 {
              constructor(...t) {
                super(...t);
                this.spriteFrame = null;
              }
              static toString() {
                return "[class dragonBones.CCTextureData]";
              }
              _onClear() {
                super._onClear();
                this.spriteFrame = null;
              }
            }) || v5;
            var x5, w5;
            let R5 = Ul("dragonBones.CCSlot")(x5 = (w5 = class extends m5 {
              static toString() {
                return "[class dragonBones.CCSlot]";
              }
              constructor() {
                super();
                this._localVertices = void 0;
                this._indices = void 0;
                this._matrix = void 0;
                this._worldMatrix = void 0;
                this._worldMatrixDirty = void 0;
                this._color = void 0;
                this._localVertices = [];
                this._indices = [];
                this._matrix = new qi;
                this._worldMatrix = new qi;
                this._worldMatrixDirty = !0;
                this._visible = !1;
                this._color = new Bi;
              }
              getTexture() {
                if (this._textureData) {
                  return this._textureData.spriteFrame.texture;
                }
                return null;
              }
              calculWorldMatrix() {
                const t = this._armature._parent;
                t ? this._mulMat(this._worldMatrix, t._worldMatrix, this._matrix) : qi.copy(this._worldMatrix, this._matrix);
                this._worldMatrixDirty = !1;
              }
              _onClear() {
                super._onClear();
                this._localVertices.length = 0;
                this._indices.length = 0;
                qi.identity(this._matrix);
                qi.identity(this._worldMatrix);
                this._worldMatrixDirty = !0;
                this._color = new Bi;
                this._visible = !1;
              }
              _onUpdateDisplay() {}
              _initDisplay(t) {}
              _addDisplay() {
                this._visible = !0;
              }
              _replaceDisplay(t) {}
              _removeDisplay() {
                this._visible = !1;
              }
              _disposeDisplay(t) {}
              _updateVisible() {
                this._visible = this.parent.visible;
              }
              _updateGlueMesh() {}
              _updateZOrder() {}
              _updateBlendMode() {
                if (this._childArmature) {
                  const t = this._childArmature.getSlots();
                  for (let e = 0, i = t.length; e < i; e++) {
                    const i = t[e];
                    i._blendMode = this._blendMode;
                    i._updateBlendMode();
                  }
                }
              }
              _updateColor() {
                const t = this._color;
                t.r = 255 * this._colorTransform.redMultiplier;
                t.g = 255 * this._colorTransform.greenMultiplier;
                t.b = 255 * this._colorTransform.blueMultiplier;
                t.a = 255 * this._colorTransform.alphaMultiplier;
              }
              _updateFrame() {
                this._indices.length = 0;
                const t = this._indices;
                const e = this._localVertices;
                let i = 0;
                let s = 0;
                const n = this._textureData;
                if (!this._display || this._displayIndex < 0 || !n || !n.spriteFrame) return;
                const r = n.spriteFrame.texture;
                const o = r.width;
                const a = r.height;
                const l = n.region;
                if (0 === o || 0 === a) {
                  console.error(`SpriteFrame ${n.spriteFrame.name} incorrect size ${o} x ${a}`);
                  return;
                }
                const h = null !== this._deformVertices && this._display === this._meshDisplay ? this._deformVertices.verticesData : null;
                if (h) {
                  const n = h.data;
                  const r = n.intArray;
                  const c = n.floatArray;
                  const u = r[h.offset + b5.MeshVertexCount];
                  const _ = r[h.offset + b5.MeshTriangleCount];
                  let d = r[h.offset + b5.MeshFloatOffset];
                  d < 0 && (d += 65536);
                  const p = d + 2 * u;
                  const m = this._armature._armatureData.scale;
                  for (let t = 0, i = 2 * u; t < i; t += 2) {
                    e[s++] = c[d + t] * m;
                    e[s++] = -c[d + t + 1] * m;
                    if (h.rotated) {
                      e[s++] = (l.x + (1 - c[p + t]) * l.width) / o;
                      e[s++] = (l.y + c[p + t + 1] * l.height) / a;
                    } else {
                      e[s++] = (l.x + c[p + t] * l.width) / o;
                      e[s++] = (l.y + c[p + t + 1] * l.height) / a;
                    }
                  }
                  for (let e = 0; e < 3 * _; ++e) t[i++] = r[h.offset + b5.MeshVertexIndices + e];
                  e.length = s;
                  t.length = i;
                  !!h.weight && this._identityTransform();
                } else {
                  const i = l.x / o;
                  const n = (l.y + l.height) / a;
                  const r = (l.x + l.width) / o;
                  const h = l.y / a;
                  e[s++] = 0;
                  e[s++] = 0;
                  e[s++] = i;
                  e[s++] = n;
                  e[s++] = l.width;
                  e[s++] = 0;
                  e[s++] = r;
                  e[s++] = n;
                  e[s++] = 0;
                  e[s++] = l.height;
                  e[s++] = i;
                  e[s++] = h;
                  e[s++] = l.width;
                  e[s++] = l.height;
                  e[s++] = r;
                  e[s++] = h;
                  t[0] = 0;
                  t[1] = 1;
                  t[2] = 2;
                  t[3] = 1;
                  t[4] = 3;
                  t[5] = 2;
                  e.length = s;
                  t.length = 6;
                }
                this._visibleDirty = !0;
                this._blendModeDirty = !0;
                this._colorDirty = !0;
              }
              _updateMesh() {
                const t = this._armature._armatureData.scale;
                const e = this._deformVertices.vertices;
                const i = this._deformVertices.bones;
                const s = this._deformVertices.verticesData;
                const n = s.weight;
                const r = e.length > 0 && s.inheritDeform;
                const o = this._localVertices;
                if (n) {
                  const a = s.data;
                  const l = a.intArray;
                  const h = a.floatArray;
                  const c = l[s.offset + b5.MeshVertexCount];
                  let u = l[n.offset + b5.WeigthFloatOffset];
                  u < 0 && (u += 65536);
                  for (let s = 0, a = n.offset + b5.WeigthBoneIndices + i.length, _ = u, d = 0, p = 0; s < c; s++, 
                  p += 4) {
                    const s = l[a++];
                    let n = 0;
                    let c = 0;
                    for (let o = 0; o < s; ++o) {
                      const s = i[l[a++]];
                      if (null !== s) {
                        const i = s.globalTransformMatrix;
                        const o = h[_++];
                        let a = h[_++] * t;
                        let l = h[_++] * t;
                        if (r) {
                          a += e[d++];
                          l += e[d++];
                        }
                        n += (i.a * a + i.c * l + i.tx) * o;
                        c += (i.b * a + i.d * l + i.ty) * o;
                      }
                    }
                    o[p] = n;
                    o[p + 1] = -c;
                  }
                } else if (r) {
                  const i = this._parent._boneData.type !== S5.Bone;
                  const n = s.data;
                  const r = n.intArray;
                  const a = n.floatArray;
                  const l = r[s.offset + b5.MeshVertexCount];
                  let h = r[s.offset + b5.MeshFloatOffset];
                  h < 0 && (h += 65536);
                  for (let s = 0, n = l, r = 0; s < n; s++, r += 4) {
                    const n = a[h + 2 * s] * t + e[2 * s];
                    const l = a[h + 2 * s + 1] * t + e[2 * s + 1];
                    if (i) {
                      const t = this._parent._getGlobalTransformMatrix(n, l);
                      o[r] = t.a * n + t.c * l + t.tx;
                      o[r + 1] = -t.b * n + t.d * l + t.ty;
                    } else {
                      o[r] = n;
                      o[r + 1] = -l;
                    }
                  }
                }
                n && this._identityTransform();
              }
              _identityTransform() {
                const t = this._matrix;
                t.m00 = 1;
                t.m01 = 0;
                t.m04 = -0;
                t.m05 = -1;
                t.m12 = 0;
                t.m13 = 0;
                this._worldMatrixDirty = !0;
              }
              _updateTransform() {
                const t = this._matrix;
                t.m00 = this.globalTransformMatrix.a;
                t.m01 = this.globalTransformMatrix.b;
                t.m04 = -this.globalTransformMatrix.c;
                t.m05 = -this.globalTransformMatrix.d;
                if (this._childArmature) {
                  t.m12 = this.globalTransformMatrix.tx;
                  t.m13 = this.globalTransformMatrix.ty;
                } else {
                  t.m12 = this.globalTransformMatrix.tx - (this.globalTransformMatrix.a * this._pivotX - this.globalTransformMatrix.c * this._pivotY);
                  t.m13 = this.globalTransformMatrix.ty - (this.globalTransformMatrix.b * this._pivotX - this.globalTransformMatrix.d * this._pivotY);
                }
                this._worldMatrixDirty = !0;
              }
              updateWorldMatrix() {
                if (!this._armature) return;
                const t = this._armature._parent;
                t && t.updateWorldMatrix();
                if (this._worldMatrixDirty) {
                  this.calculWorldMatrix();
                  const t = this.childArmature;
                  if (!t) return;
                  const e = t.getSlots();
                  for (let t = 0, i = e.length; t < i; t++) {
                    const i = e[t];
                    i && (i._worldMatrixDirty = !0);
                  }
                }
              }
              _mulMat(t, e, i) {
                const s = e.m00;
                const n = e.m01;
                const r = e.m04;
                const o = e.m05;
                const a = e.m12;
                const l = e.m13;
                const h = i.m00;
                const c = i.m01;
                const u = i.m04;
                const _ = i.m05;
                const d = i.m12;
                const p = i.m13;
                if (0 !== n || 0 !== r) {
                  t.m00 = h * s + c * r;
                  t.m01 = h * n + c * o;
                  t.m04 = u * s + _ * r;
                  t.m05 = u * n + _ * o;
                  t.m12 = s * d + r * p + a;
                  t.m13 = n * d + o * p + l;
                } else {
                  t.m00 = h * s;
                  t.m01 = c * o;
                  t.m04 = u * s;
                  t.m05 = _ * o;
                  t.m12 = s * d + a;
                  t.m13 = o * p + l;
                }
              }
            }, w5)) || x5;
            var I5, M5;
            let B5 = Ul("dragonBones.CCArmatureDisplay")(I5 = (M5 = class extends u5 {
              get node() {
                return this;
              }
              constructor() {
                super();
                this.shouldAdvanced = !1;
                this._ccNode = null;
                this._ccComponent = null;
                this._eventTarget = void 0;
                this._armature = null;
                this._eventTarget = new vo;
              }
              hasEvent(t) {
                console.warn("Method not implemented.");
                return !1;
              }
              addEvent(t, e, i) {
                console.warn("Method not implemented.");
              }
              removeEvent(t, e, i) {
                console.warn("Method not implemented.");
              }
              setEventTarget(t) {
                this._eventTarget = t;
              }
              getRootDisplay() {
                let t = this._armature._parent;
                if (!t) return this;
                let e;
                for (;t; ) {
                  e = t;
                  t = t._armature._parent;
                }
                return e._armature.display;
              }
              convertToRootSpace(t) {
                const e = this._armature._parent;
                if (!e) return t;
                e.updateWorldMatrix();
                const i = e._worldMatrix;
                const s = new Pi(0, 0);
                s.x = t.x * i.m00 + t.y * i.m04 + i.m12;
                s.y = t.x * i.m01 + t.y * i.m05 + i.m13;
                return s;
              }
              convertToWorldSpace(t) {
                var e;
                const i = this.convertToRootSpace(t);
                const s = this.getRootNode();
                return null == s || null === (e = s._uiProps.uiTransformComp) || void 0 === e ? void 0 : e.convertToWorldSpaceAR(i);
              }
              getRootNode() {
                const t = this.getRootDisplay();
                return t && t._ccNode;
              }
              dbInit(t) {
                this._armature = t;
              }
              dbClear() {
                this._armature = null;
              }
              dbUpdate() {
                this._ccComponent && this._ccComponent.markForUpdateRenderData();
              }
              advanceTimeBySelf(t) {
                this.shouldAdvanced = !!t;
              }
              hasDBEventListener(t) {
                return this._eventTarget.hasEventListener(t);
              }
              addDBEventListener(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
              removeDBEventListener(t, e, i) {
                this._eventTarget.off(t, e, i);
              }
              dispatchDBEvent(t, e) {
                this._eventTarget.emit(t, e);
              }
            }, M5)) || I5;
            var D5, P5, O5;
            let N5 = Ul("CCFactory")(D5 = (O5 = P5 = class t extends y5 {
              static getInstance() {
                t._factory || (t._factory = new t);
                return t._factory;
              }
              constructor() {
                super();
                this.id = void 0;
                this.uuid = void 0;
                this._slots = void 0;
                const t = new B5;
                this._dragonBones = new l5(t);
                if (IR.getScheduler()) {
                  BR.on(MR.EVENT_RESTART, this.onRestart, this);
                  this.initUpdate();
                }
                this.id = this.uuid = "CCFactory";
              }
              onRestart() {
                t._factory = null;
              }
              initUpdate(t) {
                Rg.enableForTarget(this);
                IR.getScheduler().scheduleUpdate(this, Tg.Priority.HIGH, !1);
              }
              update(t) {
                this._dragonBones.advanceTime(t);
              }
              getDragonBonesDataByRawData(t) {
                return (t instanceof ArrayBuffer ? y5._binaryParser : this._dataParser).parseDragonBonesData(t, 1);
              }
              buildArmatureDisplay(t, e, i, s) {
                const n = this.buildArmature(t, e, i, s);
                return n ? n._display : null;
              }
              createArmatureNode(t, e, i) {
                let s = (i = i || new _y).getComponent("dragonBones.ArmatureDisplay");
                s || (s = i.addComponent("dragonBones.ArmatureDisplay"));
                i.name = e;
                s._armatureName = e;
                s._dragonAsset = t.dragonAsset;
                s._dragonAtlasAsset = t.dragonAtlasAsset;
                s._init();
                return s;
              }
              _buildTextureAtlasData(t, e) {
                t ? t.renderTexture = e : t = h5.borrowObject(E5);
                return t;
              }
              _sortSlots() {
                const t = this._slots;
                const e = [];
                for (let i = 0, s = t.length; i < s; i++) {
                  const s = t[i];
                  const n = s._zOrder;
                  let r = !1;
                  for (let t = e.length - 1; t >= 0; t--) if (n >= e[t]._zOrder) {
                    e.splice(t + 1, 0, s);
                    r = !0;
                    break;
                  }
                  r || e.unshift(s);
                }
                this._slots = e;
              }
              _buildArmature(t) {
                const e = h5.borrowObject(p5);
                e._skinData = t.skin;
                e._animation = h5.borrowObject(f5);
                e._animation._armature = e;
                e._animation.animations = t.armature.animations;
                e._isChildArmature = !1;
                const i = new B5;
                e.init(t.armature, i, i, this._dragonBones);
                return e;
              }
              _buildSlot(t, e, i) {
                const s = h5.borrowObject(R5);
                const n = s;
                s.init(e, i, n, n);
                return s;
              }
              getDragonBonesDataByUUID(t) {
                for (const e in this._dragonBonesDataMap) if (-1 !== e.indexOf(t)) return this._dragonBonesDataMap[e];
                return null;
              }
              removeDragonBonesDataByUUID(t, e) {
                void 0 === e && (e = !0);
                for (const i in this._dragonBonesDataMap) if (-1 !== i.indexOf(t)) {
                  e && this._dragonBones.bufferObject(this._dragonBonesDataMap[i]);
                  delete this._dragonBonesDataMap[i];
                }
              }
            }, P5._factory = null, O5)) || D5;
            const L5 = 1 / 60;
            const F5 = [];
            const V5 = [];
            let k5 = 0;
            let U5 = 0;
            let G5 = 0;
            let z5 = null;
            let H5 = null;
            let j5 = 0;
            let X5 = 0;
            let W5 = 0;
            let Y5 = 0;
            let q5 = 0;
            let K5;
            let J5;
            class Z5 {
              constructor() {
                this.maxVertexCount = 0;
                this.maxIndexCount = 0;
                this._privateMode = !1;
                this._inited = !1;
                this._invalid = !0;
                this._enableCacheAttachedInfo = !1;
                this.frames = [];
                this.totalTime = 0;
                this.isCompleted = !1;
                this._frameIdx = -1;
                this._armatureInfo = null;
                this._animationName = null;
                this._tempSegments = null;
                this._tempColors = null;
                this._tempBoneInfos = null;
              }
              init(t, e) {
                this._inited = !0;
                this._armatureInfo = t;
                this._animationName = e;
              }
              clear() {
                this._inited = !1;
                for (let t = 0, e = this.frames.length; t < e; t++) {
                  this.frames[t].segments.length = 0;
                }
                this.invalidAllFrame();
              }
              begin() {
                if (!this._invalid) return;
                const t = this._armatureInfo;
                const e = t.curAnimationCache;
                e && e !== this && (this._privateMode ? e.invalidAllFrame() : e.updateToFrame());
                t.armature.animation.play(this._animationName, 1);
                t.curAnimationCache = this;
                this._invalid = !1;
                this._frameIdx = -1;
                this.totalTime = 0;
                this.isCompleted = !1;
              }
              end() {
                if (!this._needToUpdate()) {
                  this._armatureInfo.curAnimationCache = null;
                  this.frames.length = this._frameIdx + 1;
                  this.isCompleted = !0;
                }
              }
              _needToUpdate(t) {
                return !this._armatureInfo.armature.animation.isCompleted && this.totalTime < 30 && (void 0 === t || this._frameIdx < t);
              }
              updateToFrame(t) {
                if (!this._inited) return;
                this.begin();
                if (!this._needToUpdate(t)) return;
                const e = this._armatureInfo.armature;
                do {
                  e.advanceTime(L5);
                  this._frameIdx++;
                  this.updateFrame(e, this._frameIdx);
                  this.totalTime += L5;
                } while (this._needToUpdate(t));
                this.end();
              }
              isInited() {
                return this._inited;
              }
              isInvalid() {
                return this._invalid;
              }
              invalidAllFrame() {
                this.isCompleted = !1;
                this._invalid = !0;
              }
              updateAllFrame() {
                this.invalidAllFrame();
                this.updateToFrame();
              }
              enableCacheAttachedInfo() {
                if (!this._enableCacheAttachedInfo) {
                  this._enableCacheAttachedInfo = !0;
                  this.invalidAllFrame();
                }
              }
              updateFrame(t, e) {
                G5 = 0;
                k5 = 0;
                U5 = 0;
                z5 = null;
                H5 = null;
                j5 = 0;
                X5 = 0;
                W5 = 0;
                Y5 = 0;
                q5 = 0;
                this.frames[e] = this.frames[e] || {
                  segments: [],
                  colors: [],
                  boneInfos: [],
                  vertices: null,
                  uintVert: null,
                  indices: null
                };
                const i = this.frames[e];
                const s = this._tempSegments = i.segments;
                const n = this._tempColors = i.colors;
                const r = this._tempBoneInfos = i.boneInfos;
                this._traverseArmature(t, 1);
                Y5 > 0 && (n[Y5 - 1].vfOffset = G5);
                n.length = Y5;
                r.length = k5;
                const o = W5 - 1;
                if (o >= 0) if (X5 > 0) {
                  const t = s[o];
                  t.indexCount = X5;
                  t.vfCount = 9 * j5;
                  t.vertexCount = j5;
                  s.length = W5;
                } else s.length = W5 - 1;
                if (0 === s.length) return;
                let a = i.vertices;
                const l = G5 / 5;
                const h = 9 * l;
                (!a || a.length < G5) && (a = i.vertices = new Float32Array(h));
                let c;
                for (let t = 0, e = 0; t < h; ) {
                  a[t] = F5[e++];
                  a[t + 1] = F5[e++];
                  a[t + 3] = F5[e++];
                  a[t + 4] = F5[e++];
                  c = F5[e++];
                  a[t + 5] = (255 & c) / 255;
                  a[t + 6] = (c >> 8 & 255) / 255;
                  a[t + 7] = (c >> 16 & 255) / 255;
                  a[t + 8] = (c >> 24 & 255) / 255;
                  t += 9;
                }
                let u = i.indices;
                (!u || u.length < U5) && (u = i.indices = new Uint16Array(U5));
                for (let t = 0; t < U5; t++) u[t] = V5[t];
                i.vertices = a;
                i.indices = u;
                this.maxVertexCount = l > this.maxVertexCount ? l : this.maxVertexCount;
                this.maxIndexCount = u.length > this.maxIndexCount ? u.length : this.maxIndexCount;
              }
              _traverseArmature(t, e) {
                const i = this._tempColors;
                const s = this._tempSegments;
                const n = this._tempBoneInfos;
                const r = t._slots;
                let o;
                let a;
                let l;
                let h;
                let c;
                let u;
                let _;
                let d;
                let p;
                const m = t._bones;
                if (this._enableCacheAttachedInfo) for (let t = 0, e = m.length; t < e; t++, k5++) {
                  const e = m[t];
                  let i = n[k5];
                  i || (i = n[k5] = {
                    globalTransformMatrix: new c5
                  });
                  const s = e.globalTransformMatrix;
                  i.globalTransformMatrix.copyFrom(s);
                }
                for (let t = 0, n = r.length; t < n; t++) {
                  l = r[t];
                  if (l._visible && l._displayData) {
                    l.updateWorldMatrix();
                    c = l._color;
                    if (l.childArmature) this._traverseArmature(l.childArmature, e * c.a / 255); else {
                      _ = l.getTexture();
                      if (_) {
                        if (z5 !== _.nativeUrl || H5 !== l._blendMode) {
                          z5 = _.nativeUrl;
                          H5 = l._blendMode;
                          d = W5 - 1;
                          if (d >= 0) if (X5 > 0) {
                            p = s[d];
                            p.indexCount = X5;
                            p.vertexCount = j5;
                            p.vfCount = 9 * j5;
                          } else W5--;
                          s[W5] = {
                            tex: _,
                            blendMode: l._blendMode,
                            indexCount: 0,
                            vertexCount: 0,
                            vfCount: 0
                          };
                          W5++;
                          X5 = 0;
                          j5 = 0;
                        }
                        u = (c.a * e << 24 >>> 0) + (c.b << 16) + (c.g << 8) + c.r;
                        if (q5 !== u) {
                          q5 = u;
                          Y5 > 0 && (i[Y5 - 1].vfOffset = G5);
                          i[Y5++] = {
                            r: c.r,
                            g: c.g,
                            b: c.b,
                            a: c.a * e,
                            vfOffset: 0
                          };
                        }
                        o = l._localVertices;
                        a = l._indices;
                        h = l._worldMatrix;
                        for (let t = 0, e = o.length; t < e; ) {
                          K5 = o[t++];
                          J5 = o[t++];
                          F5[G5++] = K5 * h.m00 + J5 * h.m04 + h.m12;
                          F5[G5++] = K5 * h.m01 + J5 * h.m05 + h.m13;
                          F5[G5++] = o[t++];
                          F5[G5++] = o[t++];
                          F5[G5++] = u;
                        }
                        for (let t = 0, e = a.length; t < e; t++) V5[U5++] = j5 + a[t];
                        X5 += a.length;
                        j5 += o.length / 4;
                      }
                    }
                  }
                }
              }
            }
            class Q5 {
              constructor() {
                this._privateMode = !1;
                this._animationPool = {};
                this._armatureCache = {};
              }
              enablePrivateMode() {
                this._privateMode = !0;
              }
              dispose() {
                for (const t in this._armatureCache) {
                  const e = this._armatureCache[t];
                  if (e) {
                    const t = e.armature;
                    t && t.dispose();
                  }
                }
                this._armatureCache = {};
                this._animationPool = {};
              }
              _removeArmature(t) {
                const e = this._armatureCache[t];
                const i = e.animationsCache;
                for (const e in i) {
                  const s = i[e];
                  if (s) {
                    this._animationPool[`${t}#${e}`] = s;
                    s.clear();
                  }
                }
                const s = e.armature;
                s && s.dispose();
                delete this._armatureCache[t];
              }
              resetArmature(t) {
                for (const e in this._armatureCache) -1 !== e.indexOf(t) && this._removeArmature(e);
              }
              getArmatureCache(t, e, i) {
                const s = this._armatureCache[e];
                let n;
                if (s) n = s.armature; else {
                  const s = N5.getInstance().buildArmatureDisplay(t, e, "", i);
                  if (!s || !s._armature) return null;
                  n = s._armature;
                  if (!Q5.canCache(n)) {
                    n.dispose();
                    return null;
                  }
                  this._armatureCache[e] = {
                    armature: n,
                    animationsCache: {},
                    curAnimationCache: null
                  };
                }
                return n;
              }
              getAnimationCache(t, e) {
                const i = this._armatureCache[t];
                if (!i) return null;
                return i.animationsCache[e];
              }
              initAnimationCache(t, e) {
                if (!e) return null;
                const i = this._armatureCache[t];
                const s = i && i.armature;
                if (!s) return null;
                if (!s.animation.hasAnimation(e)) return null;
                const n = i.animationsCache;
                let r = n[e];
                if (!r) {
                  const s = `${t}#${e}`;
                  r = this._animationPool[s];
                  if (r) delete this._animationPool[s]; else {
                    r = new Z5;
                    r._privateMode = this._privateMode;
                  }
                  r.init(i, e);
                  n[e] = r;
                }
                return r;
              }
              invalidAnimationCache(t) {
                const e = this._armatureCache[t];
                if (!(e && e.armature)) return;
                const i = e.animationsCache;
                for (const t in i) {
                  i[t].invalidAllFrame();
                }
              }
              updateAnimationCache(t, e) {
                if (e) {
                  const i = this.initAnimationCache(t, e);
                  if (!i) return;
                  i.updateAllFrame();
                } else {
                  const e = this._armatureCache[t];
                  if (!(e && e.armature)) return;
                  const i = e.animationsCache;
                  for (const t in i) {
                    i[t].updateAllFrame();
                  }
                }
              }
              static canCache(t) {
                const e = t._slots;
                for (let t = 0, i = e.length; t < i; t++) {
                  if (e[t].childArmature) return !1;
                }
                return !0;
              }
            }
            Q5.FrameTime = L5;
            Q5.sharedCache = new Q5;
            var $5, t4, e4, i4;
            let s4 = Ul("dragonBones.DragonBonesAsset")($5 = (t4 = (i4 = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "_dragonBonesJson", e4, this);
                this._factory = null;
                this._dragonBonesJsonData = void 0;
                this._armaturesEnum = null;
              }
              get dragonBonesJson() {
                return this._dragonBonesJson;
              }
              set dragonBonesJson(t) {
                this._dragonBonesJson = t;
                this._dragonBonesJsonData = JSON.parse(t);
                this.reset();
              }
              constructctor() {
                this.reset();
              }
              createNode(t) {
                const e = new _y(this.name);
                e.addComponent("dragonBones.ArmatureDisplay").dragonAsset = this;
                return t(null, e);
              }
              reset() {
                this._clear();
              }
              init(t, e) {
                this._factory = t || N5.getInstance();
                !this._dragonBonesJsonData && this.dragonBonesJson && (this._dragonBonesJsonData = JSON.parse(this.dragonBonesJson));
                let i = null;
                i = this._dragonBonesJsonData ? this._dragonBonesJsonData : this._nativeAsset;
                if (!this._uuid) {
                  const t = this._factory.getDragonBonesDataByRawData(i);
                  t ? this._uuid = t.name : console.warn("dragonbones name is empty");
                }
                const s = `${this._uuid}#${e}`;
                if (this._factory.getDragonBonesData(s)) return s;
                this._factory.parseDragonBonesData(i instanceof ArrayBuffer ? i : i.buffer instanceof ArrayBuffer ? i.buffer : i, s);
                return s;
              }
              getArmatureEnum() {
                if (this._armaturesEnum) return this._armaturesEnum;
                this.init();
                const t = this._factory.getDragonBonesDataByUUID(this._uuid);
                if (t) {
                  const e = t.armatureNames;
                  const i = {};
                  for (let t = 0; t < e.length; t++) {
                    i[e[t]] = t;
                  }
                  return this._armaturesEnum = oe(i);
                }
                return null;
              }
              getAnimsEnum(t) {
                this.init();
                const e = this._factory.getDragonBonesDataByUUID(this._uuid);
                if (e) {
                  const i = e.getArmature(t);
                  if (!i) return null;
                  const s = {
                    "<None>": 0
                  };
                  const n = i.animations;
                  let r = 0;
                  for (const t in n) if (n.hasOwnProperty(t)) {
                    s[t] = r + 1;
                    r++;
                  }
                  return oe(s);
                }
                return null;
              }
              destroy() {
                this._clear();
                return super.destroy();
              }
              _clear() {
                if (this._factory) {
                  Q5.sharedCache.resetArmature(this._uuid);
                  this._factory.removeDragonBonesDataByUUID(this._uuid, !0);
                }
              }
            }, i4), e4 = Bl(t4.prototype, "_dragonBonesJson", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), t4)) || $5;
            m.internal.DragonBonesAsset = s4;
            var n4, r4, o4, a4, l4, h4, c4, u4, _4;
            let d4 = (n4 = Ul("dragonBones.DragonBonesAtlasAsset"), r4 = Th(LC), n4(o4 = (a4 = (_4 = class extends gc {
              constructor() {
                super();
                Ml(this, "_atlasJson", l4, this);
                Ml(this, "_texture", h4, this);
                Ml(this, "_atlasJsonData", c4, this);
                this._factory = null;
                Ml(this, "_textureAtlasData", u4, this);
                this._clear();
              }
              get atlasJson() {
                return this._atlasJson;
              }
              set atlasJson(t) {
                this._atlasJson = t;
                this._atlasJsonData = JSON.parse(this.atlasJson);
                this._clear();
              }
              get texture() {
                return this._texture;
              }
              set texture(t) {
                this._texture = t;
                this._clear();
              }
              createNode(t) {
                const e = new _y(this.name);
                e.addComponent("dragonBones.ArmatureDisplay").dragonAtlasAsset = this;
                return t(null, e);
              }
              init(t) {
                this._factory = t;
                this._atlasJsonData || (this._atlasJsonData = JSON.parse(this.atlasJson));
                const e = this._atlasJsonData;
                this._uuid = this._uuid || e.name;
                this._textureAtlasData ? t.addTextureAtlasData(this._textureAtlasData, this._uuid) : this._textureAtlasData = t.parseTextureAtlasData(e, this.texture, this._uuid);
              }
              destroy() {
                this._clear();
                return super.destroy();
              }
              _clear() {}
            }, _4), l4 = Bl(a4.prototype, "_atlasJson", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), h4 = Bl(a4.prototype, "_texture", [ Yl, r4 ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), c4 = Bl(a4.prototype, "_atlasJsonData", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return {};
              }
            }), u4 = Bl(a4.prototype, "_textureAtlasData", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), a4)) || o4);
            m.internal.DragonBonesAtlasAsset = d4;
            var p4;
            const m4 = new qi;
            let f4 = Ul("dragonBones.AttachUtil")(p4 = class {
              constructor() {
                this._inited = !1;
                this._armature = null;
                this._armatureNode = null;
                this._armatureDisplay = null;
              }
              init(t) {
                this._inited = !0;
                this._armature = t._armature;
                this._armatureNode = t.node;
                this._armatureDisplay = t;
              }
              reset() {
                this._inited = !1;
                this._armature = null;
                this._armatureNode = null;
                this._armatureDisplay = null;
              }
              _syncAttachedNode() {
                if (!this._inited) return;
                this._armatureNode.worldMatrix;
                let t = null;
                const e = this._armatureDisplay.isAnimationCached();
                if (e && this._armatureDisplay) {
                  t = this._armatureDisplay._curFrame && this._armatureDisplay._curFrame.boneInfos;
                  if (!t) return;
                }
                const i = this._armatureDisplay.sockets;
                const s = this._armatureDisplay.socketNodes;
                const n = (t, e) => {
                  const i = m4;
                  i.m00 = e.a;
                  i.m01 = e.b;
                  i.m04 = -e.c;
                  i.m05 = -e.d;
                  i.m12 = e.tx;
                  i.m13 = e.ty;
                  t.matrix = m4;
                };
                const r = this._armature.getBones();
                for (let o = i.length - 1; o >= 0; o--) {
                  const a = i[o];
                  const l = a.target;
                  if (!l) continue;
                  if (!l.isValid) {
                    s.delete(a.path);
                    i.splice(o, 1);
                    continue;
                  }
                  const h = e ? t[a.boneIndex] : r[a.boneIndex];
                  h && n(l, h.globalTransformMatrix);
                }
              }
            }) || p4;
            class g4 extends Tg {
              constructor() {
                super();
                this._armatures = new Set;
              }
              static getInstance() {
                if (!g4._instance) {
                  g4._instance = new g4;
                  IR.registerSystem(g4.ID, g4._instance, Tg.Priority.HIGH);
                }
                return g4._instance;
              }
              add(t) {
                t && (this._armatures.has(t) || this._armatures.add(t));
              }
              remove(t) {
                t && this._armatures.has(t) && this._armatures.delete(t);
              }
              postUpdate(t) {
                this._armatures && this._armatures.forEach((e => {
                  e.updateAnimation(t);
                }));
              }
              prepareRenderData() {
                this._armatures && this._armatures.forEach((t => {
                  t.markForUpdateRenderData();
                }));
              }
            }
            g4.ID = "ARMATURE";
            g4._instance = void 0;
            m.internal.ArmatureSystem = g4;
            var y4, b4, S4, A4, T4, v4, E4, C4, x4, w4, R4, I4, M4, B4, D4, P4, O4, N4, L4, F4, V4, k4, U4, G4, z4, H4, j4, X4, W4, Y4, q4, K4, J4, Z4, Q4, $4, t8, e8, i8, s8, n8, r8, o8, a8, l8, h8, c8, u8, _8, d8;
            var p8;
            !function(t) {
              t[t.default = -1] = "default";
            }(p8 || (p8 = {}));
            he(p8);
            var m8;
            !function(t) {
              t[t["<None>"] = 0] = "<None>";
            }(m8 || (m8 = {}));
            he(m8);
            var f8;
            !function(t) {
              t[t.REALTIME = 0] = "REALTIME";
            }(f8 || (f8 = {}));
            he(m8);
            let g8;
            !function(t) {
              t[t.REALTIME = 0] = "REALTIME";
              t[t.SHARED_CACHE = 1] = "SHARED_CACHE";
              t[t.PRIVATE_CACHE = 2] = "PRIVATE_CACHE";
            }(g8 || (g8 = {}));
            he(g8);
            function y8(t, e, i) {
              si.Attr.setClassAttr(t, e, "type", "Enum");
              si.Attr.setClassAttr(t, e, "enumList", oe.getList(i));
            }
            let b8 = (y4 = Ul("dragonBones.ArmatureDisplay.DragonBoneSocket"), b4 = Th(_y), 
            y4(S4 = (A4 = (E4 = class {
              constructor(t = "", e = null) {
                Ml(this, "path", T4, this);
                Ml(this, "target", v4, this);
                this.boneIndex = null;
                this.path = t;
                this.target = e;
              }
            }, E4), T4 = Bl(A4.prototype, "path", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), v4 = Bl(A4.prototype, "target", [ b4, nh, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), A4)) || S4);
            Wt(b8, "dragonBones.ArmatureDisplay.DragonBoneSocket");
            let S8 = (C4 = Ul("dragonBones.ArmatureDisplay"), x4 = sh(), w4 = $l(), R4 = Th(s4), 
            I4 = lh(), M4 = Th(d4), B4 = lh(), D4 = rh(), P4 = rh(), O4 = ah(), N4 = Th(p8), 
            L4 = lh(), F4 = Th(m8), V4 = ah(), k4 = lh(), U4 = ah(), G4 = lh(), z4 = lh(), H4 = lh(), 
            j4 = lh(), X4 = lh(), W4 = Th([ b8 ]), Y4 = lh(), q4 = Th(hm), K4 = ph(), J4 = ah(), 
            C4(Z4 = x4(Z4 = w4(Z4 = Ql(Z4 = (Q4 = (d8 = _8 = class t extends uD {
              get dragonAsset() {
                return this._dragonAsset;
              }
              set dragonAsset(t) {
                this._dragonAsset = t;
                this.destroyRenderData();
                this._refresh();
              }
              get dragonAtlasAsset() {
                return this._dragonAtlasAsset;
              }
              set dragonAtlasAsset(t) {
                this._dragonAtlasAsset = t;
                this._parseDragonAtlasAsset();
                this._refresh();
              }
              get armatureName() {
                return this._armatureName;
              }
              set armatureName(t) {
                this._armatureName = t;
                const e = this.getAnimationNames(this._armatureName);
                (!this.animationName || e.indexOf(this.animationName) < 0) && (this.animationName = "");
                this._armature && !this.isAnimationCached() && this._factory._dragonBones.clock.remove(this._armature);
                this._refresh();
                this._armature && !this.isAnimationCached() && this._factory._dragonBones.clock.add(this._armature);
              }
              get animationName() {
                return this._animationName;
              }
              set animationName(t) {
                this._animationName = t;
              }
              get _defaultArmatureIndex() {
                return this._defaultArmatureIndexValue;
              }
              set _defaultArmatureIndex(t) {
                this._defaultArmatureIndexValue = t;
                let e = "";
                if (this.dragonAsset) {
                  let t;
                  this.dragonAsset && (t = this.dragonAsset.getArmatureEnum());
                  if (!t) {
                    F(7400, this.name);
                    return;
                  }
                  e = t[this._defaultArmatureIndex];
                }
                void 0 !== e ? this.armatureName = e : F(7401, this.name);
                this.markForUpdateRenderData();
              }
              get _animationIndex() {
                return this._animationIndexValue;
              }
              set _animationIndex(t) {
                this._animationIndexValue = t;
                if (0 === this._animationIndex) {
                  this.animationName = "";
                  return;
                }
                let e;
                this.dragonAsset && (e = this.dragonAsset.getAnimsEnum(this.armatureName));
                if (!e) return;
                const i = e[this._animationIndex];
                void 0 !== i ? this.playAnimation(i, this.playTimes) : F(7402, this.name);
              }
              get _defaultCacheMode() {
                return this._defaultCacheModeValue;
              }
              set _defaultCacheMode(t) {
                this._defaultCacheModeValue = t;
                if (this._defaultCacheMode === g8.REALTIME || !this._armature || Q5.canCache(this._armature)) this.setAnimationCacheMode(this._defaultCacheMode); else {
                  this._defaultCacheMode = g8.REALTIME;
                  console.warn("Animation cache mode doesn't support skeletal nesting");
                }
              }
              get timeScale() {
                return this._timeScale;
              }
              set timeScale(t) {
                this._timeScale = t;
                this._armature && !this.isAnimationCached() && (this._armature.animation.timeScale = this.timeScale);
              }
              get debugBones() {
                return this._debugBones;
              }
              set debugBones(t) {
                this._debugBones = t;
                this._updateDebugDraw();
              }
              get sockets() {
                return this._sockets;
              }
              set sockets(t) {
                this._verifySockets(t);
                this._sockets = t;
                this._updateSocketBindings();
                t.length > 0 && this._frameCache && this._frameCache.enableCacheAttachedInfo();
              }
              get socketNodes() {
                return this._socketNodes;
              }
              get drawList() {
                return this._drawList;
              }
              requestDrawInfo(t) {
                this._drawInfoList[t] || (this._drawInfoList[t] = new aB);
                return this._drawInfoList[t];
              }
              constructor() {
                super();
                Ml(this, "playTimes", $4, this);
                Ml(this, "premultipliedAlpha", t8, this);
                this._armature = null;
                this.attachUtil = void 0;
                Ml(this, "_defaultArmatureIndexValue", e8, this);
                Ml(this, "_dragonAsset", i8, this);
                Ml(this, "_dragonAtlasAsset", s8, this);
                Ml(this, "_armatureName", n8, this);
                Ml(this, "_animationName", r8, this);
                Ml(this, "_animationIndexValue", o8, this);
                this._preCacheMode = -1;
                this._cacheMode = g8.REALTIME;
                Ml(this, "_defaultCacheModeValue", a8, this);
                Ml(this, "_timeScale", l8, this);
                Ml(this, "_playTimes", h8, this);
                Ml(this, "_debugBones", c8, this);
                this._debugDraw = null;
                this._armatureKey = "";
                this._accTime = 0;
                this._playCount = 0;
                this._frameCache = null;
                this._curFrame = null;
                this._playing = !1;
                this._armatureCache = null;
                this._eventTarget = void 0;
                this._factory = null;
                this._displayProxy = null;
                this._drawIdx = 0;
                this._drawList = new to((() => ({
                  material: null,
                  texture: null,
                  indexOffset: 0,
                  indexCount: 0
                })), 1);
                this.maxVertexCount = 0;
                this.maxIndexCount = 0;
                this._materialCache = {};
                this._enumArmatures = oe({});
                this._enumAnimations = oe({});
                this._socketNodes = new Map;
                this._cachedSockets = new Map;
                Ml(this, "_sockets", u8, this);
                this._inited = void 0;
                this._drawInfoList = [];
                this._cacheModeEnum = void 0;
                this._eventTarget = new vo;
                this._inited = !1;
                this.attachUtil = new f4;
                this.initFactory();
                y8(this, "_animationIndex", this._enumAnimations);
                y8(this, "_defaultArmatureIndex", this._enumArmatures);
                this._useVertexOpacity = !0;
              }
              initFactory() {
                this._factory = N5.getInstance();
              }
              onLoad() {
                super.onLoad();
                const t = this.node.children;
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e];
                  0 === (i.name && i.name.search("CHILD_ARMATURE-")) && i.destroy();
                }
              }
              _requestDrawData(t, e, i, s) {
                const n = this._drawList.add();
                n.material = t;
                n.texture = e;
                n.indexOffset = i;
                n.indexCount = s;
                return n;
              }
              destroyRenderData() {
                this._drawList.reset();
                super.destroyRenderData();
              }
              getMaterialForBlend(t, e) {
                const i = `${t}/${e}`;
                let s = this._materialCache[i];
                if (s) return s;
                const n = this.getMaterial(0);
                s = new uS({
                  parent: n,
                  subModelIdx: 0,
                  owner: this
                });
                s.recompileShaders({
                  USE_LOCAL: !0
                }, 0);
                this._materialCache[i] = s;
                s.overridePipelineStates({
                  blendState: {
                    targets: [ {
                      blendSrc: t,
                      blendDst: e
                    } ]
                  }
                });
                return s;
              }
              get customMaterial() {
                return this._customMaterial;
              }
              set customMaterial(t) {
                this._customMaterial = t;
                this._cleanMaterialCache();
                this.setMaterial(this._customMaterial, 0);
                this.markForUpdateRenderData();
              }
              _render(t) {
                if (this.renderData && this._drawList) {
                  const e = this.renderData;
                  const i = e.chunk;
                  const s = i.vertexAccessor;
                  const n = e.getMeshBuffer();
                  const r = n.indexOffset;
                  s.appendIndices(i.bufferId, e.indices);
                  for (let e = 0; e < this._drawList.length; e++) {
                    this._drawIdx = e;
                    const i = this._drawList.data[e];
                    if (i.texture) {
                      const e = n.requireFreeIA(t.device);
                      e.firstIndex = r + i.indexOffset;
                      e.indexCount = i.indexCount;
                      t.commitIA(this, e, i.texture, i.material, this.node);
                    }
                  }
                }
              }
              __preload() {
                super.__preload();
                this._init();
              }
              _init() {
                this._cacheMode = this._defaultCacheMode;
                if (this._inited) return;
                this._inited = !0;
                this._parseDragonAtlasAsset();
                this._refresh();
                const t = this.node.children;
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e];
                  i && "DEBUG_DRAW_NODE" === i.name && i.destroy();
                }
                this._updateDebugDraw();
                this._indexBoneSockets();
                this._updateSocketBindings();
              }
              getArmatureKey() {
                return this._armatureKey;
              }
              setAnimationCacheMode(t) {
                if (this._preCacheMode !== t) {
                  this._cacheMode = t;
                  this._buildArmature();
                  this._armature && !this.isAnimationCached() && this._factory._dragonBones.clock.add(this._armature);
                  this._updateSocketBindings();
                  this.markForUpdateRenderData();
                }
              }
              isAnimationCached() {
                return this._cacheMode !== g8.REALTIME;
              }
              onEnable() {
                super.onEnable();
                this._armature && !this.isAnimationCached() && this._factory._dragonBones.clock.add(this._armature);
                this._flushAssembler();
                g4.getInstance().add(this);
              }
              onDisable() {
                super.onDisable();
                this._armature && !this.isAnimationCached() && this._factory._dragonBones.clock.remove(this._armature);
                g4.getInstance().remove(this);
              }
              _emitCacheCompleteEvent() {
                this._eventTarget.emit(g5.LOOP_COMPLETE);
                this._eventTarget.emit(g5.COMPLETE);
              }
              updateAnimation(t) {
                if (!this.isAnimationCached()) return;
                if (!this._frameCache) return;
                this.markForUpdateRenderData();
                const e = this._frameCache;
                if (!e.isInited()) return;
                const i = e.frames;
                if (!this._playing) {
                  if (e.isInvalid()) {
                    e.updateToFrame();
                    this._curFrame = i[i.length - 1];
                    if (this.renderData && (this.renderData.vertexCount < e.maxVertexCount || this.renderData.indexCount < e.maxIndexCount)) {
                      this.maxVertexCount = e.maxVertexCount > this.maxVertexCount ? e.maxVertexCount : this.maxVertexCount;
                      this.maxIndexCount = e.maxIndexCount > this.maxIndexCount ? e.maxIndexCount : this.maxIndexCount;
                      this.renderData.resize(this.maxVertexCount, this.maxIndexCount);
                      (!this.renderData.indices || this.maxIndexCount > this.renderData.indices.length) && (this.renderData.indices = new Uint16Array(this.maxIndexCount));
                    }
                  }
                  return;
                }
                const s = Q5.FrameTime;
                0 === this._accTime && 0 === this._playCount && this._eventTarget.emit(g5.START);
                this._accTime += t * this.timeScale * 1;
                let n = Math.floor(this._accTime / s);
                if (!e.isCompleted) {
                  e.updateToFrame(n);
                  if (this.renderData && (this.renderData.vertexCount < e.maxVertexCount || this.renderData.indexCount < e.maxIndexCount)) {
                    this.maxVertexCount = e.maxVertexCount > this.maxVertexCount ? e.maxVertexCount : this.maxVertexCount;
                    this.maxIndexCount = e.maxIndexCount > this.maxIndexCount ? e.maxIndexCount : this.maxIndexCount;
                    this.renderData.resize(this.maxVertexCount, this.maxIndexCount);
                    (!this.renderData.indices || this.maxIndexCount > this.renderData.indices.length) && (this.renderData.indices = new Uint16Array(this.maxIndexCount));
                  }
                }
                if (e.isCompleted && n >= i.length) {
                  this._playCount++;
                  if (this.playTimes > 0 && this._playCount >= this.playTimes) {
                    this._curFrame = i[i.length - 1];
                    this._accTime = 0;
                    this._playing = !1;
                    this._playCount = 0;
                    this._emitCacheCompleteEvent();
                    this.attachUtil._syncAttachedNode();
                    return;
                  }
                  this._accTime = 0;
                  n = 0;
                  this._emitCacheCompleteEvent();
                }
                this._curFrame = i[n];
                this.attachUtil._syncAttachedNode();
              }
              onDestroy() {
                this._materialInstances = this._materialInstances.filter((t => !!t));
                this._inited = !1;
                if (this._cacheMode === g8.PRIVATE_CACHE) {
                  this._armatureCache.dispose();
                  this._armatureCache = null;
                  this._armature = null;
                } else if (this._cacheMode === g8.SHARED_CACHE) {
                  this._armatureCache = null;
                  this._armature = null;
                } else if (this._armature) {
                  this._armature.dispose();
                  this._armature = null;
                }
                this._drawList.destroy();
                super.onDestroy();
              }
              _updateDebugDraw() {
                if (this.debugBones) {
                  if (!this._debugDraw) {
                    const t = new _y("DEBUG_DRAW_NODE");
                    t.hideFlags |= co.Flags.DontSave | co.Flags.HideInHierarchy;
                    const e = t.addComponent(dN);
                    e.lineWidth = 1;
                    e.strokeColor = new Bi(255, 0, 0, 255);
                    this._debugDraw = e;
                  }
                  this._debugDraw.node.parent = this.node;
                } else this._debugDraw && (this._debugDraw.node.parent = null);
                this.markForUpdateRenderData();
              }
              _buildArmature() {
                if (!this.dragonAsset || !this.dragonAtlasAsset || !this.armatureName) return;
                if (this._armature) {
                  this._preCacheMode === g8.PRIVATE_CACHE ? this._armatureCache.dispose() : this._preCacheMode === g8.REALTIME && this._armature.dispose();
                  this._armatureCache = null;
                  this._armature = null;
                  this._displayProxy = null;
                  this._frameCache = null;
                  this._curFrame = null;
                  this._playing = !1;
                  this._preCacheMode = -1;
                }
                if (this._cacheMode === g8.SHARED_CACHE) this._armatureCache = Q5.sharedCache; else if (this._cacheMode === g8.PRIVATE_CACHE) {
                  this._armatureCache = new Q5;
                  this._armatureCache.enablePrivateMode();
                }
                const t = this.dragonAtlasAsset._uuid;
                this._armatureKey = this.dragonAsset.init(this._factory, t);
                if (this.isAnimationCached()) {
                  this._armature = this._armatureCache.getArmatureCache(this.armatureName, this._armatureKey, t);
                  this._armature || (this._cacheMode = g8.REALTIME);
                }
                this._preCacheMode = this._cacheMode;
                if (this._cacheMode === g8.REALTIME) {
                  this._displayProxy = this._factory.buildArmatureDisplay(this.armatureName, this._armatureKey, "", t);
                  if (!this._displayProxy) return;
                  this._displayProxy._ccNode = this.node;
                  this._displayProxy._ccComponent = this;
                  this._displayProxy.setEventTarget(this._eventTarget);
                  this._armature = this._displayProxy._armature;
                  this._armature.animation.timeScale = this.timeScale;
                }
                this._cacheMode !== g8.REALTIME && this.debugBones && console.warn("Debug bones is invalid in cached mode");
                if (this._armature) {
                  const t = this._armature.armatureData.aabb;
                  this.node._uiProps.uiTransformComp.setContentSize(t.width, t.height);
                }
                this.attachUtil.init(this);
                this.animationName && this.playAnimation(this.animationName, this.playTimes);
                this._flushAssembler();
              }
              querySockets() {
                if (!this._armature) return [];
                0 === this._cachedSockets.size && this._indexBoneSockets();
                return Array.from(this._cachedSockets.keys()).sort();
              }
              querySocketPathByName(t) {
                const e = [];
                for (const i of this._cachedSockets.keys()) i.endsWith(t) && e.push(i);
                return e;
              }
              _parseDragonAtlasAsset() {
                this.dragonAtlasAsset && this.dragonAtlasAsset.init(this._factory);
              }
              _refresh() {
                this._buildArmature();
                this._indexBoneSockets();
                this.markForUpdateRenderData();
              }
              _updateCacheModeEnum() {
                this._cacheModeEnum = oe({});
                this._armature ? Object.assign(this._cacheModeEnum, g8) : Object.assign(this._cacheModeEnum, f8);
                y8(this, "_defaultCacheMode", this._cacheModeEnum);
              }
              _updateAnimEnum() {
                let t;
                t = this.dragonAsset ? this.dragonAsset.getAnimsEnum(this.armatureName) : m8;
                this._enumAnimations = oe({});
                Object.assign(this._enumAnimations, t || m8);
                oe.update(this._enumAnimations);
                y8(this, "_animationIndex", this._enumAnimations);
              }
              _updateArmatureEnum() {
                let t;
                t = this.dragonAsset ? this.dragonAsset.getArmatureEnum() : p8;
                this._enumArmatures = oe({});
                Object.assign(this._enumArmatures, t || p8);
                oe.update(this._enumArmatures);
                y8(this, "_defaultArmatureIndex", this._enumArmatures);
              }
              _indexBoneSockets() {
                if (!this._armature) return;
                this._cachedSockets.clear();
                const t = this._cachedSockets;
                const e = (t, i, s) => {
                  if (s.has(t)) return s.get(t);
                  const n = i[t];
                  if (!n.parent) {
                    s.set(t, n.name);
                    n.path = n.name;
                    return n.name;
                  }
                  const r = `${e(n.parent._boneIndex, i, s)}/${n.name}`;
                  s.set(t, r);
                  n.path = r;
                  return r;
                };
                const i = (s, n) => {
                  const r = n.getBones();
                  const o = new Map;
                  for (let t = 0; t < r.length; t++) r[t]._boneIndex = t;
                  for (let t = 0; t < r.length; t++) e(t, r, o);
                  for (const e of o.keys()) t.set(`${s}${o.get(e)}`, e);
                  const a = n.getSlots();
                  for (let t = 0; t < a.length; t++) a[t].childArmature && i(a[t].name, a[t].childArmature);
                };
                i("", this._armature);
              }
              playAnimation(t, e) {
                this.playTimes = void 0 === e ? -1 : e;
                this.animationName = t;
                if (this.isAnimationCached()) {
                  let e = this._armatureCache.getAnimationCache(this._armatureKey, t);
                  e || (e = this._armatureCache.initAnimationCache(this._armatureKey, t));
                  if (e) {
                    this._accTime = 0;
                    this._playCount = 0;
                    this._frameCache = e;
                    this._sockets.length > 0 && this._frameCache.enableCacheAttachedInfo();
                    this._frameCache.updateToFrame(0);
                    this._playing = !0;
                    this._curFrame = this._frameCache.frames[0];
                  }
                } else if (this._armature) return this._armature.animation.play(t, this.playTimes);
                this.markForUpdateRenderData();
                return null;
              }
              updateAnimationCache(t) {
                this.isAnimationCached() && this._armatureCache.updateAnimationCache(this._armatureKey, t);
              }
              invalidAnimationCache() {
                this.isAnimationCached() && this._armatureCache.invalidAnimationCache(this._armatureKey);
              }
              getArmatureNames() {
                const t = this._factory.getDragonBonesData(this._armatureKey);
                return t && t.armatureNames || [];
              }
              getAnimationNames(t) {
                const e = [];
                const i = this._factory.getDragonBonesData(this._armatureKey);
                if (i) {
                  const s = i.getArmature(t);
                  if (s) for (const t in s.animations) s.animations.hasOwnProperty(t) && e.push(t);
                }
                return e;
              }
              on(t, e, i) {
                this.addEventListener(t, e, i);
              }
              off(t, e, i) {
                this.removeEventListener(t, e, i);
              }
              once(t, e, i) {
                this._eventTarget.once(t, e, i);
              }
              addEventListener(t, e, i) {
                this._eventTarget.on(t, e, i);
              }
              removeEventListener(t, e, i) {
                this._eventTarget.off(t, e, i);
              }
              buildArmature(t, e) {
                return this._factory.createArmatureNode(this, t, e);
              }
              armature() {
                return this._armature;
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                this._assembler !== e && (this._assembler = e);
                if (this._armature && this._assembler) {
                  this._renderData = this._assembler.createData(this);
                  if (this.renderData) {
                    this.maxVertexCount = this.renderData.vertexCount;
                    this.maxIndexCount = this.renderData.indexCount;
                  }
                  this.markForUpdateRenderData();
                  this._updateColor();
                }
              }
              _updateSocketBindings() {
                if (this._armature) {
                  this._socketNodes.clear();
                  for (let t = 0, e = this._sockets.length; t < e; t++) {
                    const e = this._sockets[t];
                    if (e.path && e.target) {
                      const t = this._cachedSockets.get(e.path);
                      if (!t) {
                        console.error(`Skeleton data does not contain path ${e.path}`);
                        continue;
                      }
                      e.boneIndex = t;
                      this._socketNodes.set(e.path, e.target);
                    }
                  }
                }
              }
              _verifySockets(t) {
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e].target;
                  !i || i.parent && i.parent === this.node || console.error(`Target node ${i.name} is expected to be a direct child of ${this.node.name}`);
                }
              }
              _cleanMaterialCache() {
                for (const t in this._materialCache) this._materialCache[t].destroy();
                this._materialCache = {};
              }
              createRenderEntity() {
                const t = new fB(uB.DYNAMIC);
                t.setUseLocal(!0);
                return t;
              }
              markForUpdateRenderData(t = !0) {
                super.markForUpdateRenderData(t);
                this._debugDraw && this._debugDraw.markForUpdateRenderData(t);
              }
            }, _8.AnimationCacheMode = g8, d8), Bl(Q4.prototype, "dragonAsset", [ nh, R4, I4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "dragonAsset"), Q4.prototype), 
            Bl(Q4.prototype, "dragonAtlasAsset", [ nh, M4, B4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "dragonAtlasAsset"), Q4.prototype), 
            Bl(Q4.prototype, "armatureName", [ D4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "armatureName"), Q4.prototype), 
            Bl(Q4.prototype, "animationName", [ P4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "animationName"), Q4.prototype), 
            Bl(Q4.prototype, "_defaultArmatureIndex", [ O4, nh, N4, L4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "_defaultArmatureIndex"), Q4.prototype), 
            Bl(Q4.prototype, "_animationIndex", [ nh, F4, V4, k4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "_animationIndex"), Q4.prototype), 
            Bl(Q4.prototype, "_defaultCacheMode", [ nh, U4, G4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "_defaultCacheMode"), Q4.prototype), 
            Bl(Q4.prototype, "timeScale", [ nh, z4, Yl ], Object.getOwnPropertyDescriptor(Q4.prototype, "timeScale"), Q4.prototype), 
            $4 = Bl(Q4.prototype, "playTimes", [ H4, nh, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return -1;
              }
            }), t8 = Bl(Q4.prototype, "premultipliedAlpha", [ Yl, nh, j4 ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Q4.prototype, "debugBones", [ X4, nh ], Object.getOwnPropertyDescriptor(Q4.prototype, "debugBones"), Q4.prototype), 
            Bl(Q4.prototype, "sockets", [ W4, Y4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "sockets"), Q4.prototype), 
            e8 = Bl(Q4.prototype, "_defaultArmatureIndexValue", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return p8.default;
              }
            }), i8 = Bl(Q4.prototype, "_dragonAsset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), s8 = Bl(Q4.prototype, "_dragonAtlasAsset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), n8 = Bl(Q4.prototype, "_armatureName", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), r8 = Bl(Q4.prototype, "_animationName", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), o8 = Bl(Q4.prototype, "_animationIndexValue", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), a8 = Bl(Q4.prototype, "_defaultCacheModeValue", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return g8.REALTIME;
              }
            }), l8 = Bl(Q4.prototype, "_timeScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), h8 = Bl(Q4.prototype, "_playTimes", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return -1;
              }
            }), c8 = Bl(Q4.prototype, "_debugBones", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), u8 = Bl(Q4.prototype, "_sockets", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Bl(Q4.prototype, "customMaterial", [ vh, q4, K4, J4 ], Object.getOwnPropertyDescriptor(Q4.prototype, "customMaterial"), Q4.prototype), 
            Q4)) || Z4) || Z4) || Z4) || Z4);
            m.internal.ArmatureDisplay = S8;
            const A8 = new Bi(255, 0, 0, 255);
            const T8 = new Bi(0, 0, 255, 255);
            const v8 = new Bi(0, 255, 0, 255);
            let E8;
            let C8;
            let x8;
            let w8;
            let R8;
            let I8;
            let M8;
            let B8;
            let D8;
            let P8;
            let O8;
            let N8 = 0;
            let L8 = 0;
            let F8 = 0;
            let V8 = 0;
            let k8 = 0;
            let U8 = 0;
            let G8 = 0;
            let z8 = 0;
            let H8 = 0;
            let j8;
            let X8;
            const W8 = new Float32Array(4);
            let Y8;
            let q8;
            let K8;
            let J8;
            let Z8;
            let Q8;
            let $8;
            const t6 = new qi;
            let e6 = null;
            let i6 = null;
            function s6(t, e) {
              if (!t) return null;
              let i;
              let s;
              switch (e) {
               case 1:
                i = R8 ? Ls.ONE : Ls.SRC_ALPHA;
                s = Ls.ONE;
                break;

               case 10:
                i = Ls.DST_COLOR;
                s = Ls.ONE_MINUS_SRC_ALPHA;
                break;

               case 12:
                i = Ls.ONE;
                s = Ls.ONE_MINUS_SRC_COLOR;
                break;

               default:
                i = R8 ? Ls.ONE : Ls.SRC_ALPHA;
                s = Ls.ONE_MINUS_SRC_ALPHA;
              }
              return O8.getMaterialForBlend(i, s);
            }
            function n6(t, e) {
              const i = t.a * e * w8;
              const s = R8 ? i / 255 : 1;
              const n = t.r * E8 * s / 255;
              const r = t.g * C8 * s / 255;
              const o = t.b * x8 * s / 255;
              W8[0] = n;
              W8[1] = r;
              W8[2] = o;
              W8[3] = R8 ? 1 : i / 255;
            }
            let r6 = null;
            const o6 = {
              accessor: r6,
              vCount: 32767,
              ensureAccessor() {
                if (!r6) {
                  const t = IR.root.device;
                  const e = IR.root.batcher2D;
                  const i = zM;
                  this.accessor = r6 = new iB(t, i, this.vCount);
                  e.registerBufferAccessor(Number.parseInt("DRAGONBONES", 36), r6);
                }
                return this.accessor;
              },
              createData(t) {
                let e = t.renderData;
                if (!e) {
                  this.ensureAccessor();
                  const i = t._armature._slots;
                  let s = 0;
                  let n = 0;
                  for (let t = 0; t < i.length; ++t) {
                    const e = i[t];
                    s += e._localVertices.length / 4;
                    n += e._indices.length;
                  }
                  e = SB.add(zM, this.accessor);
                  e.resize(s, n);
                  e.indices && n === e.indices.length || (e.indices = new Uint16Array(n));
                }
                return e;
              },
              updateRenderData(t, e) {
                O8 = t;
                t._armature && function(t, e) {
                  const i = t._armature;
                  if (!i) return;
                  I8 = !0;
                  R8 = t.premultipliedAlpha;
                  t.drawList.reset();
                  O8 = t;
                  P8 = t.node;
                  M8 = t.renderData;
                  O8 = t;
                  Y8 = 0;
                  e6 = null;
                  const s = t.color;
                  E8 = s.r / 255;
                  C8 = s.g / 255;
                  x8 = s.b / 255;
                  w8 = t.node._uiProps.opacity;
                  4294967295 !== s._val && (Y8 |= 1);
                  let n;
                  N8 = 0;
                  F8 = 0;
                  V8 = 0;
                  k8 = 0;
                  U8 = 0;
                  H8 = 0;
                  G8 = O8.maxVertexCount;
                  z8 = O8.maxIndexCount;
                  if (t.isAnimationCached()) !function(t, e) {
                    if (!t) return;
                    const i = t.segments;
                    if (0 === i.length) return;
                    let s = null;
                    const n = t.vertices;
                    const r = t.indices;
                    let o = 0;
                    let a = 0;
                    let l = 0;
                    let h = 0;
                    if (e) {
                      q8 = e.m00;
                      Z8 = e.m01;
                      K8 = e.m04;
                      Q8 = e.m05;
                      J8 = e.m12;
                      $8 = e.m13;
                    }
                    let c = 0;
                    const u = t.colors;
                    let _ = u[c++];
                    let d = _.vfOffset;
                    n6(_, 1);
                    const p = M8;
                    const m = p.chunk.vb;
                    const f = p.indices;
                    for (let t = 0, g = i.length; t < g; t++) {
                      const g = i[t];
                      s = s6(g.tex, g.blendMode);
                      if (!s) continue;
                      e6 || (e6 = s);
                      if (I8 || s.hash !== e6.hash || g.tex && g.tex !== i6) {
                        I8 = !1;
                        const t = U8 - H8;
                        if (t > 0) {
                          O8._requestDrawData(e6, i6, H8, t);
                          H8 = U8;
                        }
                        e6 = s;
                        i6 = g.tex;
                      }
                      L8 = g.vertexCount;
                      k8 = g.indexCount;
                      o = p.chunk.vertexOffset;
                      for (let t = U8, e = U8 + k8; t < e; t++) f[t] = o + F8 + r[l++];
                      h = g.vfCount;
                      const y = n.subarray(a, h);
                      m.set(y, a);
                      let b = 0;
                      if (e) for (let t = 0, e = L8; t < e; t++) {
                        j8 = m[b];
                        X8 = m[b + 1];
                        m[b] = j8 * q8 + X8 * K8 + J8;
                        m[b + 1] = j8 * Z8 + X8 * Q8 + $8;
                        b += 9;
                      }
                      if (1 & Y8) {
                        let t = a / 9 * 5;
                        for (let e = a, i = a + h; e < i; e += 9, t += 5) {
                          if (t >= d) {
                            _ = u[c++];
                            n6(_, 1);
                            d = _.vfOffset;
                          }
                          m.set(W8, e + 5);
                        }
                      }
                      a += h;
                      F8 += L8;
                      U8 += k8;
                      L8 = 0;
                      k8 = 0;
                    }
                    const g = U8 - H8;
                    i6 && g > 0 && O8._requestDrawData(e6, i6, H8, g);
                  }(t._curFrame, n); else {
                    a6(i, 1, n);
                    const e = t._debugDraw;
                    if (t.debugBones && e) {
                      e.clear();
                      e.lineWidth = 5;
                      e.strokeColor = A8;
                      e.fillColor = T8;
                      const t = i.getBones();
                      for (let i = 0, s = t.length; i < s; i++) {
                        const s = t[i];
                        const n = Math.max(s.boneData.length, 5);
                        const r = s.globalTransformMatrix.tx;
                        const o = s.globalTransformMatrix.ty;
                        const a = r + s.globalTransformMatrix.a * n;
                        const l = o + s.globalTransformMatrix.b * n;
                        e.moveTo(r, o);
                        e.lineTo(a, l);
                        e.stroke();
                        e.circle(r, o, 2 * Math.PI);
                        e.fill();
                        0 === i && (e.fillColor = v8);
                      }
                    }
                  }
                  r6.getMeshBuffer(M8.chunk.bufferId).setDirty();
                  t.attachUtil._syncAttachedNode();
                  P8 = void 0;
                  O8 = void 0;
                }(t);
              },
              updateColor(t) {
                if (t) {
                  O8 = t;
                  O8.markForUpdateRenderData();
                }
              }
            };
            function a6(t, e, i) {
              const s = M8;
              D8 = s.chunk.vb;
              B8 = s.indices;
              const n = t._slots;
              let r;
              let o;
              let a;
              let l;
              let h;
              let c = 0;
              for (let t = 0, c = n.length; t < c; t++) {
                h = n[t];
                l = h._color;
                if (!h._visible || !h._displayData) continue;
                i ? h._mulMat(h._worldMatrix, i, h._matrix) : qi.copy(h._worldMatrix, h._matrix);
                if (h.childArmature) {
                  a6(h.childArmature, l.a / 255, h._worldMatrix);
                  continue;
                }
                r = s6(h.getTexture(), h._blendMode);
                if (!r) continue;
                e6 || (e6 = r);
                const c = h.getTexture();
                if (I8 || r.hash !== e6.hash || c && i6 !== c) {
                  I8 = !1;
                  const t = U8 - H8;
                  if (t > 0) {
                    O8._requestDrawData(e6, i6, H8, t);
                    H8 = U8;
                  }
                  i6 = c;
                  e6 = r;
                }
                n6(l, e);
                t6.set(h._worldMatrix);
                o = h._localVertices;
                L8 = o.length / 4;
                N8 = 9 * L8;
                a = h._indices;
                k8 = a.length;
                let u = !1;
                if (F8 + L8 > G8) {
                  G8 = F8 + L8;
                  u = !0;
                }
                if (U8 + k8 > z8) {
                  z8 = U8 + k8;
                  u = !0;
                }
                if (u) {
                  const t = B8;
                  const e = s.chunk.vertexOffset;
                  s.resizeAndCopy(G8, z8 > s.indexCount ? z8 : s.indexCount);
                  D8 = s.chunk.vb;
                  z8 > B8.length && (B8 = s.indices = new Uint16Array(z8));
                  const i = s.chunk.vertexOffset - e;
                  for (let e = 0; e < U8; ++e) B8[e] = t[e] + i;
                }
                q8 = t6.m00;
                K8 = t6.m04;
                J8 = t6.m12;
                Z8 = t6.m01;
                Q8 = t6.m05;
                $8 = t6.m13;
                for (let t = 0, e = o.length, i = V8; t < e; i += 9) {
                  j8 = o[t++];
                  X8 = o[t++];
                  D8[i] = j8 * q8 + X8 * K8 + J8;
                  D8[i + 1] = j8 * Z8 + X8 * Q8 + $8;
                  D8[i + 3] = o[t++];
                  D8[i + 4] = o[t++];
                  D8.set(W8, i + 5);
                }
                const _ = s.chunk.vertexOffset;
                for (let t = 0, e = a.length, i = U8; t < e; t++, i++) B8[i] = F8 + a[t] + _;
                V8 += N8;
                F8 += L8;
                U8 += k8;
                L8 = 0;
                k8 = 0;
              }
              c = U8 - H8;
              if (i6 && c > 0) {
                O8._requestDrawData(e6, i6, H8, c);
                H8 = U8;
              }
              O8.maxIndexCount < z8 && (O8.maxIndexCount = z8);
              O8.maxVertexCount < G8 && (O8.maxVertexCount = G8);
            }
            m.internal.DragonBonesAssembler = o6;
            const l6 = {
              getAssembler: () => o6
            };
            S8.Assembler = l6;
            let h6;
            !function(t) {
              t[t.FFD = 0] = "FFD";
              t[t.AdjustColor = 10] = "AdjustColor";
              t[t.BevelFilter = 11] = "BevelFilter";
              t[t.BlurFilter = 12] = "BlurFilter";
              t[t.DropShadowFilter = 13] = "DropShadowFilter";
              t[t.GlowFilter = 14] = "GlowFilter";
              t[t.GradientBevelFilter = 15] = "GradientBevelFilter";
              t[t.GradientGlowFilter = 16] = "GradientGlowFilter";
            }(h6 || (h6 = {}));
            let c6;
            !function(t) {
              t[t.Frame = 0] = "Frame";
              t[t.Sound = 1] = "Sound";
            }(c6 || (c6 = {}));
            let u6;
            !function(t) {
              t[t.None = 0] = "None";
              t[t.SameLayer = 1] = "SameLayer";
              t[t.SameGroup = 2] = "SameGroup";
              t[t.SameLayerAndGroup = 3] = "SameLayerAndGroup";
              t[t.All = 4] = "All";
            }(u6 || (u6 = {}));
            const _6 = window.dragonBones;
            const d6 = _6.Slot;
            const p6 = _6.Matrix;
            const m6 = _6.BaseObject;
            const f6 = _6.BoundingBoxData;
            const g6 = _6.PolygonBoundingBoxData;
            const y6 = _6.Transform;
            const b6 = _6.Animation;
            const S6 = _6.TextureData;
            const A6 = _6.CCTextureData;
            const T6 = _6.BaseFactory;
            const v6 = _6.CCFactory;
            const E6 = _6.WorldClock;
            const C6 = _6.TextureAtlasData;
            const x6 = _6.CCArmatureDisplay;
            const w6 = _6.AnimationState;
            const R6 = _6.BoneData;
            const I6 = _6.EllipseBoundingBoxData;
            const M6 = _6.ArmatureData;
            const B6 = _6.CCTextureAtlasData;
            const D6 = _6.TransformObject;
            const P6 = _6.CCSlot;
            const O6 = _6.Armature;
            const N6 = _6.Bone;
            const L6 = _6.RectangleBoundingBoxData;
            const F6 = _6.ArmatureCacheMgr;
            const V6 = _6.SkinData;
            const k6 = _6.EventObject;
            const U6 = _6.SlotData;
            const G6 = _6.DragonBonesData;
            const z6 = _6.AnimationData;
            const H6 = _6.CCArmatureCacheDisplay;
            t("dragonBones", Object.freeze({
              __proto__: null,
              DragonBonesAsset: s4,
              DragonBonesAtlasAsset: d4,
              timeScale: 1,
              get AnimationCacheMode() {
                return g8;
              },
              DragonBoneSocket: b8,
              ArmatureDisplay: S8,
              AttachUtil: f4,
              simpleDragonBoneAssembler: l6,
              get ExtensionType() {
                return h6;
              },
              get EventType() {
                return c6;
              },
              get AnimationFadeOutMode() {
                return u6;
              },
              Slot: d6,
              Matrix: p6,
              BaseObject: m6,
              BoundingBoxData: f6,
              PolygonBoundingBoxData: g6,
              Transform: y6,
              Animation: b6,
              TextureData: S6,
              CCTextureData: A6,
              BaseFactory: T6,
              CCFactory: v6,
              WorldClock: E6,
              TextureAtlasData: C6,
              CCArmatureDisplay: x6,
              AnimationState: w6,
              BoneData: R6,
              EllipseBoundingBoxData: I6,
              ArmatureData: M6,
              CCTextureAtlasData: B6,
              TransformObject: D6,
              CCSlot: P6,
              Armature: O6,
              Bone: N6,
              RectangleBoundingBoxData: L6,
              ArmatureCacheMgr: F6,
              SkinData: V6,
              EventObject: k6,
              SlotData: U6,
              DragonBonesData: G6,
              AnimationData: z6,
              CCArmatureCacheDisplay: H6
            }));
            class j6 extends Dr {
              constructor(...t) {
                super(...t);
                this._gpuDescriptorSet = null;
              }
              get gpuDescriptorSet() {
                return this._gpuDescriptorSet;
              }
              initialize(t) {
                this._layout = t.layout;
                const {bindings: e, descriptorIndices: i, descriptorCount: s} = t.layout.gpuDescriptorSetLayout;
                this._buffers = Array(s).fill(null);
                this._textures = Array(s).fill(null);
                this._samplers = Array(s).fill(null);
                const n = [];
                this._gpuDescriptorSet = {
                  gpuDescriptors: n,
                  descriptorIndices: i
                };
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  for (let t = 0; t < i.count; t++) n.push({
                    type: i.descriptorType,
                    gpuBuffer: null,
                    gpuTexture: null,
                    gpuSampler: null
                  });
                }
              }
              destroy() {
                this._layout = null;
                this._gpuDescriptorSet = null;
              }
              update() {
                if (this._isDirty && this._gpuDescriptorSet) {
                  const t = this._gpuDescriptorSet.gpuDescriptors;
                  for (let e = 0; e < t.length; ++e) if (t[e].type & _r) {
                    const i = this._buffers[e];
                    i && (t[e].gpuBuffer = i.gpuBuffer || i.gpuBufferView);
                  } else if (t[e].type & dr) {
                    this._textures[e] && (t[e].gpuTexture = this._textures[e].gpuTexture);
                    this._samplers[e] && (t[e].gpuSampler = this._samplers[e].gpuSampler);
                  }
                  this._isDirty = !1;
                }
              }
            }
            let X6;
            !function(t) {
              t[t.RGBA16F_EXT = 34842] = "RGBA16F_EXT";
              t[t.RGB16F_EXT = 34843] = "RGB16F_EXT";
              t[t.RGBA32F_EXT = 34836] = "RGBA32F_EXT";
              t[t.FRAMEBUFFER_ATTACHMENT_COMPONENT_TYPE_EXT = 33297] = "FRAMEBUFFER_ATTACHMENT_COMPONENT_TYPE_EXT";
              t[t.UNSIGNED_NORMALIZED_EXT = 35863] = "UNSIGNED_NORMALIZED_EXT";
              t[t.UNSIGNED_INT_24_8_WEBGL = 34042] = "UNSIGNED_INT_24_8_WEBGL";
              t[t.HALF_FLOAT_OES = 36193] = "HALF_FLOAT_OES";
              t[t.SRGB_EXT = 35904] = "SRGB_EXT";
              t[t.SRGB_ALPHA_EXT = 35906] = "SRGB_ALPHA_EXT";
              t[t.SRGB8_ALPHA8_EXT = 35907] = "SRGB8_ALPHA8_EXT";
              t[t.COMPRESSED_RGB_S3TC_DXT1_EXT = 33776] = "COMPRESSED_RGB_S3TC_DXT1_EXT";
              t[t.COMPRESSED_RGBA_S3TC_DXT1_EXT = 33777] = "COMPRESSED_RGBA_S3TC_DXT1_EXT";
              t[t.COMPRESSED_RGBA_S3TC_DXT3_EXT = 33778] = "COMPRESSED_RGBA_S3TC_DXT3_EXT";
              t[t.COMPRESSED_RGBA_S3TC_DXT5_EXT = 33779] = "COMPRESSED_RGBA_S3TC_DXT5_EXT";
              t[t.COMPRESSED_SRGB_S3TC_DXT1_EXT = 35916] = "COMPRESSED_SRGB_S3TC_DXT1_EXT";
              t[t.COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT = 35917] = "COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT";
              t[t.COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT = 35918] = "COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT";
              t[t.COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT = 35919] = "COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT";
              t[t.COMPRESSED_RGB_PVRTC_4BPPV1_IMG = 35840] = "COMPRESSED_RGB_PVRTC_4BPPV1_IMG";
              t[t.COMPRESSED_RGB_PVRTC_2BPPV1_IMG = 35841] = "COMPRESSED_RGB_PVRTC_2BPPV1_IMG";
              t[t.COMPRESSED_RGBA_PVRTC_4BPPV1_IMG = 35842] = "COMPRESSED_RGBA_PVRTC_4BPPV1_IMG";
              t[t.COMPRESSED_RGBA_PVRTC_2BPPV1_IMG = 35843] = "COMPRESSED_RGBA_PVRTC_2BPPV1_IMG";
              t[t.COMPRESSED_RGB_ETC1_WEBGL = 36196] = "COMPRESSED_RGB_ETC1_WEBGL";
              t[t.COMPRESSED_R11_EAC = 37488] = "COMPRESSED_R11_EAC";
              t[t.COMPRESSED_SIGNED_R11_EAC = 37489] = "COMPRESSED_SIGNED_R11_EAC";
              t[t.COMPRESSED_RG11_EAC = 37490] = "COMPRESSED_RG11_EAC";
              t[t.COMPRESSED_SIGNED_RG11_EAC = 37491] = "COMPRESSED_SIGNED_RG11_EAC";
              t[t.COMPRESSED_RGB8_ETC2 = 37492] = "COMPRESSED_RGB8_ETC2";
              t[t.COMPRESSED_SRGB8_ETC2 = 37493] = "COMPRESSED_SRGB8_ETC2";
              t[t.COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2 = 37494] = "COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2";
              t[t.COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2 = 37495] = "COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2";
              t[t.COMPRESSED_RGBA8_ETC2_EAC = 37496] = "COMPRESSED_RGBA8_ETC2_EAC";
              t[t.COMPRESSED_SRGB8_ALPHA8_ETC2_EAC = 37497] = "COMPRESSED_SRGB8_ALPHA8_ETC2_EAC";
              t[t.COMPRESSED_RGBA_ASTC_4x4_KHR = 37808] = "COMPRESSED_RGBA_ASTC_4x4_KHR";
              t[t.COMPRESSED_RGBA_ASTC_5x4_KHR = 37809] = "COMPRESSED_RGBA_ASTC_5x4_KHR";
              t[t.COMPRESSED_RGBA_ASTC_5x5_KHR = 37810] = "COMPRESSED_RGBA_ASTC_5x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_6x5_KHR = 37811] = "COMPRESSED_RGBA_ASTC_6x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_6x6_KHR = 37812] = "COMPRESSED_RGBA_ASTC_6x6_KHR";
              t[t.COMPRESSED_RGBA_ASTC_8x5_KHR = 37813] = "COMPRESSED_RGBA_ASTC_8x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_8x6_KHR = 37814] = "COMPRESSED_RGBA_ASTC_8x6_KHR";
              t[t.COMPRESSED_RGBA_ASTC_8x8_KHR = 37815] = "COMPRESSED_RGBA_ASTC_8x8_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x5_KHR = 37816] = "COMPRESSED_RGBA_ASTC_10x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x6_KHR = 37817] = "COMPRESSED_RGBA_ASTC_10x6_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x8_KHR = 37818] = "COMPRESSED_RGBA_ASTC_10x8_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x10_KHR = 37819] = "COMPRESSED_RGBA_ASTC_10x10_KHR";
              t[t.COMPRESSED_RGBA_ASTC_12x10_KHR = 37820] = "COMPRESSED_RGBA_ASTC_12x10_KHR";
              t[t.COMPRESSED_RGBA_ASTC_12x12_KHR = 37821] = "COMPRESSED_RGBA_ASTC_12x12_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR = 37840] = "COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR = 37841] = "COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR = 37842] = "COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR = 37843] = "COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR = 37844] = "COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR = 37845] = "COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR = 37846] = "COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR = 37847] = "COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR = 37848] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR = 37849] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR = 37850] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR = 37851] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR = 37852] = "COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR = 37853] = "COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR";
            }(X6 || (X6 = {}));
            class W6 {
              static get instance() {
                return W6._instance;
              }
              static setInstance(t) {
                W6._instance = t;
              }
            }
            W6._instance = null;
            function Y6(t, e) {
              switch (t) {
               case bs.R8:
                return e.UNSIGNED_BYTE;

               case bs.R8SN:
                return e.BYTE;

               case bs.R8UI:
                return e.UNSIGNED_BYTE;

               case bs.R8I:
                return e.BYTE;

               case bs.R16F:
                return X6.HALF_FLOAT_OES;

               case bs.R16UI:
                return e.UNSIGNED_SHORT;

               case bs.R16I:
                return e.SHORT;

               case bs.R32F:
                return e.FLOAT;

               case bs.R32UI:
                return e.UNSIGNED_INT;

               case bs.R32I:
                return e.INT;

               case bs.RG8:
                return e.UNSIGNED_BYTE;

               case bs.RG8SN:
                return e.BYTE;

               case bs.RG8UI:
                return e.UNSIGNED_BYTE;

               case bs.RG8I:
                return e.BYTE;

               case bs.RG16F:
                return X6.HALF_FLOAT_OES;

               case bs.RG16UI:
                return e.UNSIGNED_SHORT;

               case bs.RG16I:
                return e.SHORT;

               case bs.RG32F:
                return e.FLOAT;

               case bs.RG32UI:
                return e.UNSIGNED_INT;

               case bs.RG32I:
                return e.INT;

               case bs.RGB8:
               case bs.SRGB8:
                return e.UNSIGNED_BYTE;

               case bs.RGB8SN:
                return e.BYTE;

               case bs.RGB8UI:
                return e.UNSIGNED_BYTE;

               case bs.RGB8I:
                return e.BYTE;

               case bs.RGB16F:
                return X6.HALF_FLOAT_OES;

               case bs.RGB16UI:
                return e.UNSIGNED_SHORT;

               case bs.RGB16I:
                return e.SHORT;

               case bs.RGB32F:
                return e.FLOAT;

               case bs.RGB32UI:
                return e.UNSIGNED_INT;

               case bs.RGB32I:
                return e.INT;

               case bs.BGRA8:
               case bs.RGBA8:
               case bs.SRGB8_A8:
                return e.UNSIGNED_BYTE;

               case bs.RGBA8SN:
                return e.BYTE;

               case bs.RGBA8UI:
                return e.UNSIGNED_BYTE;

               case bs.RGBA8I:
                return e.BYTE;

               case bs.RGBA16F:
                return X6.HALF_FLOAT_OES;

               case bs.RGBA16UI:
                return e.UNSIGNED_SHORT;

               case bs.RGBA16I:
                return e.SHORT;

               case bs.RGBA32F:
                return e.FLOAT;

               case bs.RGBA32UI:
                return e.UNSIGNED_INT;

               case bs.RGBA32I:
                return e.INT;

               case bs.R5G6B5:
                return e.UNSIGNED_SHORT_5_6_5;

               case bs.R11G11B10F:
                return e.FLOAT;

               case bs.RGB5A1:
                return e.UNSIGNED_SHORT_5_5_5_1;

               case bs.RGBA4:
                return e.UNSIGNED_SHORT_4_4_4_4;

               case bs.RGB10A2:
                return e.UNSIGNED_BYTE;

               case bs.RGB10A2UI:
                return e.UNSIGNED_INT;

               case bs.RGB9E5:
                return e.UNSIGNED_BYTE;

               case bs.DEPTH:
                return e.UNSIGNED_INT;

               case bs.DEPTH_STENCIL:
                return X6.UNSIGNED_INT_24_8_WEBGL;

               case bs.BC1:
               case bs.BC1_SRGB:
               case bs.BC2:
               case bs.BC2_SRGB:
               case bs.BC3:
               case bs.BC3_SRGB:
               case bs.BC4:
                return e.UNSIGNED_BYTE;

               case bs.BC4_SNORM:
                return e.BYTE;

               case bs.BC5:
                return e.UNSIGNED_BYTE;

               case bs.BC5_SNORM:
                return e.BYTE;

               case bs.BC6H_SF16:
               case bs.BC6H_UF16:
                return e.FLOAT;

               case bs.BC7:
               case bs.BC7_SRGB:
               case bs.ETC_RGB8:
               case bs.ETC2_RGB8:
               case bs.ETC2_SRGB8:
               case bs.ETC2_RGB8_A1:
               case bs.ETC2_SRGB8_A1:
               case bs.EAC_R11:
                return e.UNSIGNED_BYTE;

               case bs.EAC_R11SN:
                return e.BYTE;

               case bs.EAC_RG11:
                return e.UNSIGNED_BYTE;

               case bs.EAC_RG11SN:
                return e.BYTE;

               case bs.PVRTC_RGB2:
               case bs.PVRTC_RGBA2:
               case bs.PVRTC_RGB4:
               case bs.PVRTC_RGBA4:
               case bs.PVRTC2_2BPP:
               case bs.PVRTC2_4BPP:
               case bs.ASTC_RGBA_4X4:
               case bs.ASTC_RGBA_5X4:
               case bs.ASTC_RGBA_5X5:
               case bs.ASTC_RGBA_6X5:
               case bs.ASTC_RGBA_6X6:
               case bs.ASTC_RGBA_8X5:
               case bs.ASTC_RGBA_8X6:
               case bs.ASTC_RGBA_8X8:
               case bs.ASTC_RGBA_10X5:
               case bs.ASTC_RGBA_10X6:
               case bs.ASTC_RGBA_10X8:
               case bs.ASTC_RGBA_10X10:
               case bs.ASTC_RGBA_12X10:
               case bs.ASTC_RGBA_12X12:
               case bs.ASTC_SRGBA_4X4:
               case bs.ASTC_SRGBA_5X4:
               case bs.ASTC_SRGBA_5X5:
               case bs.ASTC_SRGBA_6X5:
               case bs.ASTC_SRGBA_6X6:
               case bs.ASTC_SRGBA_8X5:
               case bs.ASTC_SRGBA_8X6:
               case bs.ASTC_SRGBA_8X8:
               case bs.ASTC_SRGBA_10X5:
               case bs.ASTC_SRGBA_10X6:
               case bs.ASTC_SRGBA_10X8:
               case bs.ASTC_SRGBA_10X10:
               case bs.ASTC_SRGBA_12X10:
               case bs.ASTC_SRGBA_12X12:
               default:
                return e.UNSIGNED_BYTE;
              }
            }
            function q6(t, e) {
              switch (t) {
               case As.BOOL:
                return e.BOOL;

               case As.BOOL2:
                return e.BOOL_VEC2;

               case As.BOOL3:
                return e.BOOL_VEC3;

               case As.BOOL4:
                return e.BOOL_VEC4;

               case As.INT:
                return e.INT;

               case As.INT2:
                return e.INT_VEC2;

               case As.INT3:
                return e.INT_VEC3;

               case As.INT4:
                return e.INT_VEC4;

               case As.UINT:
                return e.UNSIGNED_INT;

               case As.FLOAT:
                return e.FLOAT;

               case As.FLOAT2:
                return e.FLOAT_VEC2;

               case As.FLOAT3:
                return e.FLOAT_VEC3;

               case As.FLOAT4:
                return e.FLOAT_VEC4;

               case As.MAT2:
                return e.FLOAT_MAT2;

               case As.MAT3:
                return e.FLOAT_MAT3;

               case As.MAT4:
                return e.FLOAT_MAT4;

               case As.SAMPLER2D:
                return e.SAMPLER_2D;

               case As.SAMPLER_CUBE:
                return e.SAMPLER_CUBE;

               default:
                console.error("Unsupported GLType, convert to GL type failed.");
                return As.UNKNOWN;
              }
            }
            function K6(t) {
              switch (t) {
               case As.BOOL:
               case As.BOOL2:
               case As.BOOL3:
               case As.BOOL4:
               case As.INT:
               case As.INT2:
               case As.INT3:
               case As.INT4:
               case As.UINT:
                return Int32Array;

               case As.FLOAT:
               case As.FLOAT2:
               case As.FLOAT3:
               case As.FLOAT4:
               case As.MAT2:
               case As.MAT3:
               case As.MAT4:
                return Float32Array;

               default:
                console.error("Unsupported GLType, convert to TypedArrayConstructor failed.");
                return Float32Array;
              }
            }
            function J6(t, e) {
              switch (t) {
               case e.BOOL:
                return As.BOOL;

               case e.BOOL_VEC2:
                return As.BOOL2;

               case e.BOOL_VEC3:
                return As.BOOL3;

               case e.BOOL_VEC4:
                return As.BOOL4;

               case e.INT:
                return As.INT;

               case e.INT_VEC2:
                return As.INT2;

               case e.INT_VEC3:
                return As.INT3;

               case e.INT_VEC4:
                return As.INT4;

               case e.UNSIGNED_INT:
                return As.UINT;

               case e.FLOAT:
                return As.FLOAT;

               case e.FLOAT_VEC2:
                return As.FLOAT2;

               case e.FLOAT_VEC3:
                return As.FLOAT3;

               case e.FLOAT_VEC4:
                return As.FLOAT4;

               case e.FLOAT_MAT2:
                return As.MAT2;

               case e.FLOAT_MAT3:
                return As.MAT3;

               case e.FLOAT_MAT4:
                return As.MAT4;

               case e.SAMPLER_2D:
                return As.SAMPLER2D;

               case e.SAMPLER_CUBE:
                return As.SAMPLER_CUBE;

               default:
                console.error("Unsupported GLType, convert to Type failed.");
                return As.UNKNOWN;
              }
            }
            function Z6(t, e) {
              switch (t) {
               case e.BOOL:
                return 4;

               case e.BOOL_VEC2:
                return 8;

               case e.BOOL_VEC3:
                return 12;

               case e.BOOL_VEC4:
                return 16;

               case e.INT:
                return 4;

               case e.INT_VEC2:
                return 8;

               case e.INT_VEC3:
                return 12;

               case e.INT_VEC4:
                return 16;

               case e.UNSIGNED_INT:
               case e.FLOAT:
                return 4;

               case e.FLOAT_VEC2:
                return 8;

               case e.FLOAT_VEC3:
                return 12;

               case e.FLOAT_VEC4:
               case e.FLOAT_MAT2:
                return 16;

               case e.FLOAT_MAT3:
                return 36;

               case e.FLOAT_MAT4:
                return 64;

               case e.SAMPLER_2D:
               case e.SAMPLER_CUBE:
                return 4;

               default:
                console.error("Unsupported GLType, get type failed.");
                return 0;
              }
            }
            function Q6(t, e) {
              switch (t) {
               case e.FLOAT_MAT2:
                return 2;

               case e.FLOAT_MAT3:
                return 3;

               case e.FLOAT_MAT4:
                return 4;

               default:
                return 1;
              }
            }
            const $6 = [ 512, 513, 514, 515, 516, 517, 518, 519 ];
            const t7 = [ 0, 7680, 7681, 7682, 7683, 5386, 34055, 34056 ];
            const e7 = [ 32774, 32778, 32779, 32775, 32776 ];
            const i7 = [ 0, 1, 770, 772, 771, 773, 768, 774, 769, 775, 776, 32769, 32770, 32771, 32772 ];
            let s7;
            !function(t) {
              t[t.BEGIN_RENDER_PASS = 0] = "BEGIN_RENDER_PASS";
              t[t.END_RENDER_PASS = 1] = "END_RENDER_PASS";
              t[t.BIND_STATES = 2] = "BIND_STATES";
              t[t.DRAW = 3] = "DRAW";
              t[t.UPDATE_BUFFER = 4] = "UPDATE_BUFFER";
              t[t.COPY_BUFFER_TO_TEXTURE = 5] = "COPY_BUFFER_TO_TEXTURE";
              t[t.COUNT = 6] = "COUNT";
            }(s7 || (s7 = {}));
            class n7 {
              constructor(t) {
                this.cmdType = void 0;
                this.refCount = 0;
                this.cmdType = t;
              }
            }
            class r7 extends n7 {
              constructor() {
                super(s7.BEGIN_RENDER_PASS);
                this.gpuRenderPass = null;
                this.gpuFramebuffer = null;
                this.renderArea = new hn;
                this.clearFlag = en.NONE;
                this.clearColors = [];
                this.clearDepth = 1;
                this.clearStencil = 0;
              }
              clear() {
                this.gpuFramebuffer = null;
                this.clearColors.length = 0;
              }
            }
            class o7 extends n7 {
              constructor() {
                super(s7.BIND_STATES);
                this.gpuPipelineState = null;
                this.gpuInputAssembler = null;
                this.gpuDescriptorSets = [];
                this.dynamicOffsets = [];
                this.dynamicStates = new lr;
              }
              clear() {
                this.gpuPipelineState = null;
                this.gpuDescriptorSets.length = 0;
                this.gpuInputAssembler = null;
                this.dynamicOffsets.length = 0;
              }
            }
            class a7 extends n7 {
              constructor() {
                super(s7.DRAW);
                this.drawInfo = new vn;
              }
              clear() {}
            }
            class l7 extends n7 {
              constructor() {
                super(s7.UPDATE_BUFFER);
                this.gpuBuffer = null;
                this.buffer = null;
                this.offset = 0;
                this.size = 0;
              }
              clear() {
                this.gpuBuffer = null;
                this.buffer = null;
              }
            }
            class h7 extends n7 {
              constructor() {
                super(s7.COPY_BUFFER_TO_TEXTURE);
                this.gpuTexture = null;
                this.buffers = [];
                this.regions = [];
              }
              clear() {
                this.gpuTexture = null;
                this.buffers.length = 0;
                this.regions.length = 0;
              }
            }
            class c7 {
              constructor() {
                this.cmds = new eo(1);
                this.beginRenderPassCmds = new eo(1);
                this.bindStatesCmds = new eo(1);
                this.drawCmds = new eo(1);
                this.updateBufferCmds = new eo(1);
                this.copyBufferToTextureCmds = new eo(1);
              }
              clearCmds(t) {
                if (this.beginRenderPassCmds.length) {
                  t.beginRenderPassCmdPool.freeCmds(this.beginRenderPassCmds);
                  this.beginRenderPassCmds.clear();
                }
                if (this.bindStatesCmds.length) {
                  t.bindStatesCmdPool.freeCmds(this.bindStatesCmds);
                  this.bindStatesCmds.clear();
                }
                if (this.drawCmds.length) {
                  t.drawCmdPool.freeCmds(this.drawCmds);
                  this.drawCmds.clear();
                }
                if (this.updateBufferCmds.length) {
                  t.updateBufferCmdPool.freeCmds(this.updateBufferCmds);
                  this.updateBufferCmds.clear();
                }
                if (this.copyBufferToTextureCmds.length) {
                  t.copyBufferToTextureCmdPool.freeCmds(this.copyBufferToTextureCmds);
                  this.copyBufferToTextureCmds.clear();
                }
                this.cmds.clear();
              }
            }
            function u7(t, e, i, s, n) {
              if (e.usage & Ts.UNIFORM) ArrayBuffer.isView(i) ? e.vf32.set(i, s / Float32Array.BYTES_PER_ELEMENT) : e.vf32.set(new Float32Array(i), s / Float32Array.BYTES_PER_ELEMENT); else if (e.usage & Ts.INDIRECT) {
                e.indirects.clearDraws();
                const t = i.drawInfos;
                for (let i = 0; i < t.length; ++i) e.indirects.setDrawInfo(s + i, t[i]);
              } else {
                const r = i;
                const {gl: o} = t;
                const a = t.stateCache;
                switch (e.glTarget) {
                 case o.ARRAY_BUFFER:
                  if (t.extensions.useVAO && a.glVAO) {
                    t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                    a.glVAO = null;
                  }
                  d7.gpuInputAssembler = null;
                  if (t.stateCache.glArrayBuffer !== e.glBuffer) {
                    o.bindBuffer(o.ARRAY_BUFFER, e.glBuffer);
                    t.stateCache.glArrayBuffer = e.glBuffer;
                  }
                  break;

                 case o.ELEMENT_ARRAY_BUFFER:
                  if (t.extensions.useVAO && a.glVAO) {
                    t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                    a.glVAO = null;
                  }
                  d7.gpuInputAssembler = null;
                  if (t.stateCache.glElementArrayBuffer !== e.glBuffer) {
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                    t.stateCache.glElementArrayBuffer = e.glBuffer;
                  }
                  break;

                 default:
                  console.error("Unsupported BufferType, update buffer failed.");
                  return;
                }
                n === r.byteLength ? o.bufferSubData(e.glTarget, s, r) : o.bufferSubData(e.glTarget, s, r.slice(0, n));
              }
            }
            function _7(t, e) {
              const {gl: i} = t;
              e.glFormat = e.glInternalFmt = function(t, e) {
                switch (t) {
                 case bs.A8:
                  return e.ALPHA;

                 case bs.L8:
                  return e.LUMINANCE;

                 case bs.LA8:
                  return e.LUMINANCE_ALPHA;

                 case bs.RGB8:
                 case bs.RGB16F:
                 case bs.RGB32F:
                  return e.RGB;

                 case bs.BGRA8:
                 case bs.RGBA8:
                 case bs.SRGB8_A8:
                 case bs.RGBA16F:
                 case bs.RGBA32F:
                  return e.RGBA;

                 case bs.R5G6B5:
                  return e.RGB;

                 case bs.RGB5A1:
                 case bs.RGBA4:
                  return e.RGBA;

                 case bs.DEPTH:
                  return e.DEPTH_COMPONENT;

                 case bs.DEPTH_STENCIL:
                  return e.DEPTH_STENCIL;

                 case bs.BC1:
                  return X6.COMPRESSED_RGB_S3TC_DXT1_EXT;

                 case bs.BC1_ALPHA:
                  return X6.COMPRESSED_RGBA_S3TC_DXT1_EXT;

                 case bs.BC1_SRGB:
                  return X6.COMPRESSED_SRGB_S3TC_DXT1_EXT;

                 case bs.BC1_SRGB_ALPHA:
                  return X6.COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT;

                 case bs.BC2:
                  return X6.COMPRESSED_RGBA_S3TC_DXT3_EXT;

                 case bs.BC2_SRGB:
                  return X6.COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT;

                 case bs.BC3:
                  return X6.COMPRESSED_RGBA_S3TC_DXT5_EXT;

                 case bs.BC3_SRGB:
                  return X6.COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT;

                 case bs.ETC_RGB8:
                  return X6.COMPRESSED_RGB_ETC1_WEBGL;

                 case bs.ETC2_RGB8:
                  return X6.COMPRESSED_RGB8_ETC2;

                 case bs.ETC2_SRGB8:
                  return X6.COMPRESSED_SRGB8_ETC2;

                 case bs.ETC2_RGB8_A1:
                  return X6.COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2;

                 case bs.ETC2_SRGB8_A1:
                  return X6.COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2;

                 case bs.ETC2_RGBA8:
                  return X6.COMPRESSED_RGBA8_ETC2_EAC;

                 case bs.ETC2_SRGB8_A8:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ETC2_EAC;

                 case bs.EAC_R11:
                  return X6.COMPRESSED_R11_EAC;

                 case bs.EAC_R11SN:
                  return X6.COMPRESSED_SIGNED_R11_EAC;

                 case bs.EAC_RG11:
                  return X6.COMPRESSED_RG11_EAC;

                 case bs.EAC_RG11SN:
                  return X6.COMPRESSED_SIGNED_RG11_EAC;

                 case bs.PVRTC_RGB2:
                  return X6.COMPRESSED_RGB_PVRTC_2BPPV1_IMG;

                 case bs.PVRTC_RGBA2:
                  return X6.COMPRESSED_RGBA_PVRTC_2BPPV1_IMG;

                 case bs.PVRTC_RGB4:
                  return X6.COMPRESSED_RGB_PVRTC_4BPPV1_IMG;

                 case bs.PVRTC_RGBA4:
                  return X6.COMPRESSED_RGBA_PVRTC_4BPPV1_IMG;

                 case bs.ASTC_RGBA_4X4:
                  return X6.COMPRESSED_RGBA_ASTC_4x4_KHR;

                 case bs.ASTC_RGBA_5X4:
                  return X6.COMPRESSED_RGBA_ASTC_5x4_KHR;

                 case bs.ASTC_RGBA_5X5:
                  return X6.COMPRESSED_RGBA_ASTC_5x5_KHR;

                 case bs.ASTC_RGBA_6X5:
                  return X6.COMPRESSED_RGBA_ASTC_6x5_KHR;

                 case bs.ASTC_RGBA_6X6:
                  return X6.COMPRESSED_RGBA_ASTC_6x6_KHR;

                 case bs.ASTC_RGBA_8X5:
                  return X6.COMPRESSED_RGBA_ASTC_8x5_KHR;

                 case bs.ASTC_RGBA_8X6:
                  return X6.COMPRESSED_RGBA_ASTC_8x6_KHR;

                 case bs.ASTC_RGBA_8X8:
                  return X6.COMPRESSED_RGBA_ASTC_8x8_KHR;

                 case bs.ASTC_RGBA_10X5:
                  return X6.COMPRESSED_RGBA_ASTC_10x5_KHR;

                 case bs.ASTC_RGBA_10X6:
                  return X6.COMPRESSED_RGBA_ASTC_10x6_KHR;

                 case bs.ASTC_RGBA_10X8:
                  return X6.COMPRESSED_RGBA_ASTC_10x8_KHR;

                 case bs.ASTC_RGBA_10X10:
                  return X6.COMPRESSED_RGBA_ASTC_10x10_KHR;

                 case bs.ASTC_RGBA_12X10:
                  return X6.COMPRESSED_RGBA_ASTC_12x10_KHR;

                 case bs.ASTC_RGBA_12X12:
                  return X6.COMPRESSED_RGBA_ASTC_12x12_KHR;

                 case bs.ASTC_SRGBA_4X4:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR;

                 case bs.ASTC_SRGBA_5X4:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR;

                 case bs.ASTC_SRGBA_5X5:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR;

                 case bs.ASTC_SRGBA_6X5:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR;

                 case bs.ASTC_SRGBA_6X6:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR;

                 case bs.ASTC_SRGBA_8X5:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR;

                 case bs.ASTC_SRGBA_8X6:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR;

                 case bs.ASTC_SRGBA_8X8:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR;

                 case bs.ASTC_SRGBA_10X5:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR;

                 case bs.ASTC_SRGBA_10X6:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR;

                 case bs.ASTC_SRGBA_10X8:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR;

                 case bs.ASTC_SRGBA_10X10:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR;

                 case bs.ASTC_SRGBA_12X10:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR;

                 case bs.ASTC_SRGBA_12X12:
                  return X6.COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR;

                 default:
                  console.error("Unsupported Format, convert to WebGL format failed.");
                  return e.RGBA;
                }
              }(e.format, i);
              e.glType = Y6(e.format, i);
              let s = e.width;
              let n = e.height;
              switch (e.type) {
               case xs.TEX2D:
                {
                  e.glTarget = i.TEXTURE_2D;
                  if (e.isSwapchainTexture) break;
                  const r = Math.max(s, n);
                  r > t.capabilities.maxTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                  if (t.textureExclusive[e.format] || t.extensions.WEBGL_depth_texture || !ur[e.format].hasDepth) {
                    e.glTexture = i.createTexture();
                    if (e.size > 0) {
                      const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                      if (r.glTexture !== e.glTexture) {
                        i.bindTexture(i.TEXTURE_2D, e.glTexture);
                        r.glTexture = e.glTexture;
                      }
                      if (ur[e.format].isCompressed) for (let t = 0; t < e.mipLevel; ++t) {
                        const r = gr(e.format, s, n, 1);
                        const o = new Uint8Array(r);
                        i.compressedTexImage2D(i.TEXTURE_2D, t, e.glInternalFmt, s, n, 0, o);
                        s = Math.max(1, s >> 1);
                        n = Math.max(1, n >> 1);
                      } else for (let t = 0; t < e.mipLevel; ++t) {
                        i.texImage2D(i.TEXTURE_2D, t, e.glInternalFmt, s, n, 0, e.glFormat, e.glType, null);
                        s = Math.max(1, s >> 1);
                        n = Math.max(1, n >> 1);
                      }
                      if (e.isPowerOf2) {
                        e.glWrapS = i.REPEAT;
                        e.glWrapT = i.REPEAT;
                      } else {
                        e.glWrapS = i.CLAMP_TO_EDGE;
                        e.glWrapT = i.CLAMP_TO_EDGE;
                      }
                      e.glMinFilter = i.LINEAR;
                      e.glMagFilter = i.LINEAR;
                      i.texParameteri(e.glTarget, i.TEXTURE_WRAP_S, e.glWrapS);
                      i.texParameteri(e.glTarget, i.TEXTURE_WRAP_T, e.glWrapT);
                      i.texParameteri(e.glTarget, i.TEXTURE_MIN_FILTER, e.glMinFilter);
                      i.texParameteri(e.glTarget, i.TEXTURE_MAG_FILTER, e.glMagFilter);
                    }
                  } else {
                    e.glInternalFmt = function(t, e) {
                      switch (t) {
                       case bs.R5G6B5:
                        return e.RGB565;

                       case bs.RGB5A1:
                        return e.RGB5_A1;

                       case bs.RGBA4:
                        return e.RGBA4;

                       case bs.RGBA16F:
                        return X6.RGBA16F_EXT;

                       case bs.RGBA32F:
                        return X6.RGBA32F_EXT;

                       case bs.SRGB8_A8:
                        return X6.SRGB8_ALPHA8_EXT;

                       case bs.DEPTH:
                        return e.DEPTH_COMPONENT16;

                       case bs.DEPTH_STENCIL:
                        return e.DEPTH_STENCIL;

                       default:
                        console.error("Unsupported Format, convert to WebGL internal format failed.");
                        return e.RGBA;
                      }
                    }(e.format, i);
                    e.glRenderbuffer = i.createRenderbuffer();
                    if (e.size > 0) {
                      if (t.stateCache.glRenderbuffer !== e.glRenderbuffer) {
                        i.bindRenderbuffer(i.RENDERBUFFER, e.glRenderbuffer);
                        t.stateCache.glRenderbuffer = e.glRenderbuffer;
                      }
                      i.renderbufferStorage(i.RENDERBUFFER, e.glInternalFmt, s, n);
                    }
                  }
                  break;
                }

               case xs.CUBE:
                {
                  e.glTarget = i.TEXTURE_CUBE_MAP;
                  const r = Math.max(s, n);
                  r > t.capabilities.maxCubeMapTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                  e.glTexture = i.createTexture();
                  if (e.size > 0) {
                    const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                    if (r.glTexture !== e.glTexture) {
                      i.bindTexture(i.TEXTURE_CUBE_MAP, e.glTexture);
                      r.glTexture = e.glTexture;
                    }
                    if (ur[e.format].isCompressed) for (let t = 0; t < 6; ++t) {
                      s = e.width;
                      n = e.height;
                      for (let r = 0; r < e.mipLevel; ++r) {
                        const o = gr(e.format, s, n, 1);
                        const a = new Uint8Array(o);
                        i.compressedTexImage2D(i.TEXTURE_CUBE_MAP_POSITIVE_X + t, r, e.glInternalFmt, s, n, 0, a);
                        s = Math.max(1, s >> 1);
                        n = Math.max(1, n >> 1);
                      }
                    } else for (let t = 0; t < 6; ++t) {
                      s = e.width;
                      n = e.height;
                      for (let r = 0; r < e.mipLevel; ++r) {
                        i.texImage2D(i.TEXTURE_CUBE_MAP_POSITIVE_X + t, r, e.glInternalFmt, s, n, 0, e.glFormat, e.glType, null);
                        s = Math.max(1, s >> 1);
                        n = Math.max(1, n >> 1);
                      }
                    }
                    if (e.isPowerOf2) {
                      e.glWrapS = i.REPEAT;
                      e.glWrapT = i.REPEAT;
                    } else {
                      e.glWrapS = i.CLAMP_TO_EDGE;
                      e.glWrapT = i.CLAMP_TO_EDGE;
                    }
                    e.glMinFilter = i.LINEAR;
                    e.glMagFilter = i.LINEAR;
                    i.texParameteri(e.glTarget, i.TEXTURE_WRAP_S, e.glWrapS);
                    i.texParameteri(e.glTarget, i.TEXTURE_WRAP_T, e.glWrapT);
                    i.texParameteri(e.glTarget, i.TEXTURE_MIN_FILTER, e.glMinFilter);
                    i.texParameteri(e.glTarget, i.TEXTURE_MAG_FILTER, e.glMagFilter);
                  }
                  break;
                }

               default:
                console.error("Unsupported TextureType, create texture failed.");
                e.type = xs.TEX2D;
                e.glTarget = i.TEXTURE_2D;
              }
            }
            const d7 = {
              gpuPipelineState: null,
              gpuInputAssembler: null,
              glPrimitive: 0
            };
            const p7 = new hn;
            function m7(t, e, i, s, n, r, o) {
              const {gl: a} = t;
              const l = t.stateCache;
              let h = 0;
              if (i) {
                p7.x = s.x << i.lodLevel;
                p7.y = s.y << i.lodLevel;
                p7.width = s.width << i.lodLevel;
                p7.height = s.height << i.lodLevel;
              }
              if (i && e) {
                if (l.glFramebuffer !== i.glFramebuffer) {
                  a.bindFramebuffer(a.FRAMEBUFFER, i.glFramebuffer);
                  l.glFramebuffer = i.glFramebuffer;
                }
                if (l.viewport.left !== p7.x || l.viewport.top !== p7.y || l.viewport.width !== p7.width || l.viewport.height !== p7.height) {
                  a.viewport(p7.x, p7.y, p7.width, p7.height);
                  l.viewport.left = p7.x;
                  l.viewport.top = p7.y;
                  l.viewport.width = p7.width;
                  l.viewport.height = p7.height;
                }
                if (l.scissorRect.x !== p7.x || l.scissorRect.y !== p7.y || l.scissorRect.width !== p7.width || l.scissorRect.height !== p7.height) {
                  a.scissor(p7.x, p7.y, p7.width, p7.height);
                  l.scissorRect.x = p7.x;
                  l.scissorRect.y = p7.y;
                  l.scissorRect.width = p7.width;
                  l.scissorRect.height = p7.height;
                }
                let s = n.length;
                t.extensions.WEBGL_draw_buffers || (s = 1);
                for (let t = 0; t < s; ++t) {
                  const i = e.colorAttachments[t];
                  if (i.format !== bs.UNKNOWN) switch (i.loadOp) {
                   case Us.LOAD:
                    break;

                   case Us.CLEAR:
                    {
                      l.bs.targets[0].blendColorMask !== Vs.ALL && a.colorMask(!0, !0, !0, !0);
                      const t = n[0];
                      a.clearColor(t.x, t.y, t.z, t.w);
                      h |= a.COLOR_BUFFER_BIT;
                      break;
                    }

                   case Us.DISCARD:
                  }
                }
                if (e.depthStencilAttachment && e.depthStencilAttachment.format !== bs.UNKNOWN) {
                  switch (e.depthStencilAttachment.depthLoadOp) {
                   case Us.LOAD:
                    break;

                   case Us.CLEAR:
                    l.dss.depthWrite || a.depthMask(!0);
                    a.clearDepth(r);
                    h |= a.DEPTH_BUFFER_BIT;

                   case Us.DISCARD:
                  }
                  if (ur[e.depthStencilAttachment.format].hasStencil) switch (e.depthStencilAttachment.stencilLoadOp) {
                   case Us.LOAD:
                    break;

                   case Us.CLEAR:
                    l.dss.stencilWriteMaskFront || a.stencilMaskSeparate(a.FRONT, 65535);
                    l.dss.stencilWriteMaskBack || a.stencilMaskSeparate(a.BACK, 65535);
                    a.clearStencil(o);
                    h |= a.STENCIL_BUFFER_BIT;

                   case Us.DISCARD:
                  }
                }
                h && a.clear(h);
                if (h & a.COLOR_BUFFER_BIT) {
                  const t = l.bs.targets[0].blendColorMask;
                  if (t !== Vs.ALL) {
                    const e = (t & Vs.R) !== Vs.NONE;
                    const i = (t & Vs.G) !== Vs.NONE;
                    const s = (t & Vs.B) !== Vs.NONE;
                    const n = (t & Vs.A) !== Vs.NONE;
                    a.colorMask(e, i, s, n);
                  }
                }
                h & a.DEPTH_BUFFER_BIT && !l.dss.depthWrite && a.depthMask(!1);
                if (h & a.STENCIL_BUFFER_BIT) {
                  l.dss.stencilWriteMaskFront || a.stencilMaskSeparate(a.FRONT, 0);
                  l.dss.stencilWriteMaskBack || a.stencilMaskSeparate(a.BACK, 0);
                }
              }
            }
            function f7(t, e, i, s, n, r) {
              const {gl: o} = t;
              const a = t.stateCache;
              const l = e && e.gpuShader;
              let h = !1;
              let c;
              let u;
              let _;
              if (e && d7.gpuPipelineState !== e) {
                d7.gpuPipelineState = e;
                d7.glPrimitive = e.glPrimitive;
                if (e.gpuShader) {
                  const {glProgram: t} = e.gpuShader;
                  if (a.glProgram !== t) {
                    o.useProgram(t);
                    a.glProgram = t;
                    h = !0;
                  }
                }
                const {rs: t} = e;
                if (t) {
                  if (a.rs.cullMode !== t.cullMode) {
                    switch (t.cullMode) {
                     case qs.NONE:
                      o.disable(o.CULL_FACE);
                      break;

                     case qs.FRONT:
                      o.enable(o.CULL_FACE);
                      o.cullFace(o.FRONT);
                      break;

                     case qs.BACK:
                      o.enable(o.CULL_FACE);
                      o.cullFace(o.BACK);
                    }
                    a.rs.cullMode = t.cullMode;
                  }
                  const e = t.isFrontFaceCCW;
                  if (a.rs.isFrontFaceCCW !== e) {
                    o.frontFace(e ? o.CCW : o.CW);
                    a.rs.isFrontFaceCCW = e;
                  }
                  if (a.rs.depthBias !== t.depthBias || a.rs.depthBiasSlop !== t.depthBiasSlop) {
                    o.polygonOffset(t.depthBias, t.depthBiasSlop);
                    a.rs.depthBias = t.depthBias;
                    a.rs.depthBiasSlop = t.depthBiasSlop;
                  }
                  if (a.rs.lineWidth !== t.lineWidth) {
                    o.lineWidth(t.lineWidth);
                    a.rs.lineWidth = t.lineWidth;
                  }
                }
                const {dss: i} = e;
                if (i) {
                  if (a.dss.depthTest !== i.depthTest) {
                    i.depthTest ? o.enable(o.DEPTH_TEST) : o.disable(o.DEPTH_TEST);
                    a.dss.depthTest = i.depthTest;
                  }
                  if (a.dss.depthWrite !== i.depthWrite) {
                    o.depthMask(i.depthWrite);
                    a.dss.depthWrite = i.depthWrite;
                  }
                  if (a.dss.depthFunc !== i.depthFunc) {
                    o.depthFunc($6[i.depthFunc]);
                    a.dss.depthFunc = i.depthFunc;
                  }
                  if (a.dss.stencilTestFront !== i.stencilTestFront || a.dss.stencilTestBack !== i.stencilTestBack) {
                    i.stencilTestFront || i.stencilTestBack ? o.enable(o.STENCIL_TEST) : o.disable(o.STENCIL_TEST);
                    a.dss.stencilTestFront = i.stencilTestFront;
                    a.dss.stencilTestBack = i.stencilTestBack;
                  }
                  if (a.dss.stencilFuncFront !== i.stencilFuncFront || a.dss.stencilRefFront !== i.stencilRefFront || a.dss.stencilReadMaskFront !== i.stencilReadMaskFront) {
                    o.stencilFuncSeparate(o.FRONT, $6[i.stencilFuncFront], i.stencilRefFront, i.stencilReadMaskFront);
                    a.dss.stencilFuncFront = i.stencilFuncFront;
                    a.dss.stencilRefFront = i.stencilRefFront;
                    a.dss.stencilReadMaskFront = i.stencilReadMaskFront;
                  }
                  if (a.dss.stencilFailOpFront !== i.stencilFailOpFront || a.dss.stencilZFailOpFront !== i.stencilZFailOpFront || a.dss.stencilPassOpFront !== i.stencilPassOpFront) {
                    o.stencilOpSeparate(o.FRONT, t7[i.stencilFailOpFront], t7[i.stencilZFailOpFront], t7[i.stencilPassOpFront]);
                    a.dss.stencilFailOpFront = i.stencilFailOpFront;
                    a.dss.stencilZFailOpFront = i.stencilZFailOpFront;
                    a.dss.stencilPassOpFront = i.stencilPassOpFront;
                  }
                  if (a.dss.stencilWriteMaskFront !== i.stencilWriteMaskFront) {
                    o.stencilMaskSeparate(o.FRONT, i.stencilWriteMaskFront);
                    a.dss.stencilWriteMaskFront = i.stencilWriteMaskFront;
                  }
                  if (a.dss.stencilFuncBack !== i.stencilFuncBack || a.dss.stencilRefBack !== i.stencilRefBack || a.dss.stencilReadMaskBack !== i.stencilReadMaskBack) {
                    o.stencilFuncSeparate(o.BACK, $6[i.stencilFuncBack], i.stencilRefBack, i.stencilReadMaskBack);
                    a.dss.stencilFuncBack = i.stencilFuncBack;
                    a.dss.stencilRefBack = i.stencilRefBack;
                    a.dss.stencilReadMaskBack = i.stencilReadMaskBack;
                  }
                  if (a.dss.stencilFailOpBack !== i.stencilFailOpBack || a.dss.stencilZFailOpBack !== i.stencilZFailOpBack || a.dss.stencilPassOpBack !== i.stencilPassOpBack) {
                    o.stencilOpSeparate(o.BACK, t7[i.stencilFailOpBack], t7[i.stencilZFailOpBack], t7[i.stencilPassOpBack]);
                    a.dss.stencilFailOpBack = i.stencilFailOpBack;
                    a.dss.stencilZFailOpBack = i.stencilZFailOpBack;
                    a.dss.stencilPassOpBack = i.stencilPassOpBack;
                  }
                  if (a.dss.stencilWriteMaskBack !== i.stencilWriteMaskBack) {
                    o.stencilMaskSeparate(o.BACK, i.stencilWriteMaskBack);
                    a.dss.stencilWriteMaskBack = i.stencilWriteMaskBack;
                  }
                }
                const {bs: s} = e;
                if (s) {
                  if (a.bs.isA2C !== s.isA2C) {
                    s.isA2C ? o.enable(o.SAMPLE_ALPHA_TO_COVERAGE) : o.disable(o.SAMPLE_ALPHA_TO_COVERAGE);
                    a.bs.isA2C = s.isA2C;
                  }
                  if (a.bs.blendColor.x !== s.blendColor.x || a.bs.blendColor.y !== s.blendColor.y || a.bs.blendColor.z !== s.blendColor.z || a.bs.blendColor.w !== s.blendColor.w) {
                    o.blendColor(s.blendColor.x, s.blendColor.y, s.blendColor.z, s.blendColor.w);
                    a.bs.blendColor.x = s.blendColor.x;
                    a.bs.blendColor.y = s.blendColor.y;
                    a.bs.blendColor.z = s.blendColor.z;
                    a.bs.blendColor.w = s.blendColor.w;
                  }
                  const t = s.targets[0];
                  const e = a.bs.targets[0];
                  if (e.blend !== t.blend) {
                    t.blend ? o.enable(o.BLEND) : o.disable(o.BLEND);
                    e.blend = t.blend;
                  }
                  if (e.blendEq !== t.blendEq || e.blendAlphaEq !== t.blendAlphaEq) {
                    o.blendEquationSeparate(e7[t.blendEq], e7[t.blendAlphaEq]);
                    e.blendEq = t.blendEq;
                    e.blendAlphaEq = t.blendAlphaEq;
                  }
                  if (e.blendSrc !== t.blendSrc || e.blendDst !== t.blendDst || e.blendSrcAlpha !== t.blendSrcAlpha || e.blendDstAlpha !== t.blendDstAlpha) {
                    o.blendFuncSeparate(i7[t.blendSrc], i7[t.blendDst], i7[t.blendSrcAlpha], i7[t.blendDstAlpha]);
                    e.blendSrc = t.blendSrc;
                    e.blendDst = t.blendDst;
                    e.blendSrcAlpha = t.blendSrcAlpha;
                    e.blendDstAlpha = t.blendDstAlpha;
                  }
                  if (e.blendColorMask !== t.blendColorMask) {
                    o.colorMask((t.blendColorMask & Vs.R) !== Vs.NONE, (t.blendColorMask & Vs.G) !== Vs.NONE, (t.blendColorMask & Vs.B) !== Vs.NONE, (t.blendColorMask & Vs.A) !== Vs.NONE);
                    e.blendColorMask = t.blendColorMask;
                  }
                }
              }
              if (e && e.gpuPipelineLayout && l) {
                const i = l.glBlocks.length;
                const {dynamicOffsetIndices: r} = e.gpuPipelineLayout;
                for (let t = 0; t < i; t++) {
                  const e = l.glBlocks[t];
                  const i = s[e.set];
                  const a = i && i.descriptorIndices[e.binding];
                  const h = a >= 0 && i.gpuDescriptors[a];
                  let c = null;
                  let u = 0;
                  if (h && h.gpuBuffer) {
                    const {gpuBuffer: t} = h;
                    const i = r[e.set];
                    const s = i && i[e.binding];
                    s >= 0 && (u = n[s]);
                    if ("vf32" in t) c = t.vf32; else {
                      u += t.offset;
                      c = t.gpuBuffer.vf32;
                    }
                    u >>= 2;
                  }
                  if (!c) {
                    x(`Buffer binding '${e.name}' at set ${e.set} binding ${e.binding} is not bounded`);
                    continue;
                  }
                  const _ = e.glActiveUniforms.length;
                  for (let t = 0; t < _; t++) {
                    const i = e.glActiveUniforms[t];
                    switch (i.glType) {
                     case o.BOOL:
                     case o.INT:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform1iv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.BOOL_VEC2:
                     case o.INT_VEC2:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform2iv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.BOOL_VEC3:
                     case o.INT_VEC3:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform3iv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.BOOL_VEC4:
                     case o.INT_VEC4:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform4iv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform1fv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT_VEC2:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform2fv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT_VEC3:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform3fv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT_VEC4:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniform4fv(i.glLoc, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT_MAT2:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniformMatrix2fv(i.glLoc, !1, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT_MAT3:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniformMatrix3fv(i.glLoc, !1, i.array);
                          break;
                        }
                      }
                      break;

                     case o.FLOAT_MAT4:
                      for (let t = 0; t < i.array.length; ++t) {
                        const e = i.offset + u + t;
                        if (c[e] !== i.array[t]) {
                          for (let s = t, n = e; s < i.array.length; ++s, ++n) i.array[s] = c[n];
                          o.uniformMatrix4fv(i.glLoc, !1, i.array);
                          break;
                        }
                      }
                    }
                  }
                }
                const h = l.glSamplerTextures.length;
                for (let e = 0; e < h; e++) {
                  const i = l.glSamplerTextures[e];
                  const n = s[i.set];
                  let r = n && n.descriptorIndices[i.binding];
                  let h = r >= 0 && n.gpuDescriptors[r];
                  const d = i.units.length;
                  for (let e = 0; e < d; e++) {
                    const s = i.units[e];
                    if (h && h.gpuSampler) {
                      if (h.gpuTexture && h.gpuTexture.size > 0) {
                        const {gpuTexture: e} = h;
                        const i = a.glTexUnits[s];
                        if (i.glTexture !== e.glTexture) {
                          if (a.texUnit !== s) {
                            o.activeTexture(o.TEXTURE0 + s);
                            a.texUnit = s;
                          }
                          e.glTexture ? o.bindTexture(e.glTarget, e.glTexture) : o.bindTexture(e.glTarget, t.nullTex2D.gpuTexture.glTexture);
                          i.glTexture = e.glTexture;
                        }
                        const {gpuSampler: n} = h;
                        if (e.isPowerOf2) {
                          c = n.glWrapS;
                          u = n.glWrapT;
                        } else {
                          c = o.CLAMP_TO_EDGE;
                          u = o.CLAMP_TO_EDGE;
                        }
                        _ = e.isPowerOf2 ? e.mipLevel <= 1 && (n.glMinFilter === o.LINEAR_MIPMAP_NEAREST || n.glMinFilter === o.LINEAR_MIPMAP_LINEAR) ? o.LINEAR : n.glMinFilter : n.glMinFilter === o.LINEAR || n.glMinFilter === o.LINEAR_MIPMAP_NEAREST || n.glMinFilter === o.LINEAR_MIPMAP_LINEAR ? o.LINEAR : o.NEAREST;
                        if (e.glWrapS !== c) {
                          if (a.texUnit !== s) {
                            o.activeTexture(o.TEXTURE0 + s);
                            a.texUnit = s;
                          }
                          o.texParameteri(e.glTarget, o.TEXTURE_WRAP_S, c);
                          e.glWrapS = c;
                        }
                        if (e.glWrapT !== u) {
                          if (a.texUnit !== s) {
                            o.activeTexture(o.TEXTURE0 + s);
                            a.texUnit = s;
                          }
                          o.texParameteri(e.glTarget, o.TEXTURE_WRAP_T, u);
                          e.glWrapT = u;
                        }
                        if (e.glMinFilter !== _) {
                          if (a.texUnit !== s) {
                            o.activeTexture(o.TEXTURE0 + s);
                            a.texUnit = s;
                          }
                          o.texParameteri(e.glTarget, o.TEXTURE_MIN_FILTER, _);
                          e.glMinFilter = _;
                        }
                        if (e.glMagFilter !== n.glMagFilter) {
                          if (a.texUnit !== s) {
                            o.activeTexture(o.TEXTURE0 + s);
                            a.texUnit = s;
                          }
                          o.texParameteri(e.glTarget, o.TEXTURE_MAG_FILTER, n.glMagFilter);
                          e.glMagFilter = n.glMagFilter;
                        }
                      }
                      h = n.gpuDescriptors[++r];
                    } else x(`Sampler binding '${i.name}' at set ${i.set} binding ${i.binding} index ${e} is not bounded`);
                  }
                }
              }
              if (i && l && (h || d7.gpuInputAssembler !== i)) {
                d7.gpuInputAssembler = i;
                const e = t.extensions.ANGLE_instanced_arrays;
                if (t.extensions.useVAO) {
                  const s = t.extensions.OES_vertex_array_object;
                  let n = i.glVAOs.get(l.glProgram);
                  if (!n) {
                    n = s.createVertexArrayOES();
                    i.glVAOs.set(l.glProgram, n);
                    s.bindVertexArrayOES(n);
                    o.bindBuffer(o.ARRAY_BUFFER, null);
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, null);
                    a.glArrayBuffer = null;
                    a.glElementArrayBuffer = null;
                    let t;
                    const r = l.glInputs.length;
                    for (let s = 0; s < r; s++) {
                      const n = l.glInputs[s];
                      t = null;
                      const r = i.glAttribs.length;
                      for (let e = 0; e < r; e++) {
                        const s = i.glAttribs[e];
                        if (s.name === n.name) {
                          t = s;
                          break;
                        }
                      }
                      if (t) {
                        if (a.glArrayBuffer !== t.glBuffer) {
                          o.bindBuffer(o.ARRAY_BUFFER, t.glBuffer);
                          a.glArrayBuffer = t.glBuffer;
                        }
                        for (let i = 0; i < t.componentCount; ++i) {
                          const s = n.glLoc + i;
                          const r = t.offset + t.size * i;
                          o.enableVertexAttribArray(s);
                          a.glCurrentAttribLocs[s] = !0;
                          o.vertexAttribPointer(s, t.count, t.glType, t.isNormalized, t.stride, r);
                          e && e.vertexAttribDivisorANGLE(s, t.isInstanced ? 1 : 0);
                        }
                      }
                    }
                    const h = i.gpuIndexBuffer;
                    h && o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, h.glBuffer);
                    s.bindVertexArrayOES(null);
                    o.bindBuffer(o.ARRAY_BUFFER, null);
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, null);
                    a.glArrayBuffer = null;
                    a.glElementArrayBuffer = null;
                  }
                  if (a.glVAO !== n) {
                    s.bindVertexArrayOES(n);
                    a.glVAO = n;
                  }
                } else {
                  for (let e = 0; e < t.capabilities.maxVertexAttributes; ++e) a.glCurrentAttribLocs[e] = !1;
                  const s = l.glInputs.length;
                  for (let t = 0; t < s; t++) {
                    const s = l.glInputs[t];
                    let n = null;
                    const r = i.glAttribs.length;
                    for (let t = 0; t < r; t++) {
                      const e = i.glAttribs[t];
                      if (e.name === s.name) {
                        n = e;
                        break;
                      }
                    }
                    if (n) {
                      if (a.glArrayBuffer !== n.glBuffer) {
                        o.bindBuffer(o.ARRAY_BUFFER, n.glBuffer);
                        a.glArrayBuffer = n.glBuffer;
                      }
                      for (let t = 0; t < n.componentCount; ++t) {
                        const i = s.glLoc + t;
                        const r = n.offset + n.size * t;
                        if (!a.glEnabledAttribLocs[i] && i >= 0) {
                          o.enableVertexAttribArray(i);
                          a.glEnabledAttribLocs[i] = !0;
                        }
                        a.glCurrentAttribLocs[i] = !0;
                        o.vertexAttribPointer(i, n.count, n.glType, n.isNormalized, n.stride, r);
                        e && e.vertexAttribDivisorANGLE(i, n.isInstanced ? 1 : 0);
                      }
                    }
                  }
                  const n = i.gpuIndexBuffer;
                  if (n && a.glElementArrayBuffer !== n.glBuffer) {
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, n.glBuffer);
                    a.glElementArrayBuffer = n.glBuffer;
                  }
                  for (let e = 0; e < t.capabilities.maxVertexAttributes; ++e) if (a.glEnabledAttribLocs[e] !== a.glCurrentAttribLocs[e]) {
                    o.disableVertexAttribArray(e);
                    a.glEnabledAttribLocs[e] = !1;
                  }
                }
              }
              if (e && e.dynamicStates.length) {
                const t = e.dynamicStates.length;
                for (let i = 0; i < t; i++) {
                  switch (e.dynamicStates[i]) {
                   case Ks.LINE_WIDTH:
                    if (a.rs.lineWidth !== r.lineWidth) {
                      o.lineWidth(r.lineWidth);
                      a.rs.lineWidth = r.lineWidth;
                    }
                    break;

                   case Ks.DEPTH_BIAS:
                    if (a.rs.depthBias !== r.depthBiasConstant || a.rs.depthBiasSlop !== r.depthBiasSlope) {
                      o.polygonOffset(r.depthBiasConstant, r.depthBiasSlope);
                      a.rs.depthBias = r.depthBiasConstant;
                      a.rs.depthBiasSlop = r.depthBiasSlope;
                    }
                    break;

                   case Ks.BLEND_CONSTANTS:
                    {
                      const t = r.blendConstant;
                      if (a.bs.blendColor.x !== t.x || a.bs.blendColor.y !== t.y || a.bs.blendColor.z !== t.z || a.bs.blendColor.w !== t.w) {
                        o.blendColor(t.x, t.y, t.z, t.w);
                        a.bs.blendColor.copy(t);
                      }
                      break;
                    }

                   case Ks.STENCIL_WRITE_MASK:
                    {
                      const t = r.stencilStatesFront;
                      const e = r.stencilStatesBack;
                      if (a.dss.stencilWriteMaskFront !== t.writeMask) {
                        o.stencilMaskSeparate(o.FRONT, t.writeMask);
                        a.dss.stencilWriteMaskFront = t.writeMask;
                      }
                      if (a.dss.stencilWriteMaskBack !== e.writeMask) {
                        o.stencilMaskSeparate(o.BACK, e.writeMask);
                        a.dss.stencilWriteMaskBack = e.writeMask;
                      }
                      break;
                    }

                   case Ks.STENCIL_COMPARE_MASK:
                    {
                      const t = r.stencilStatesFront;
                      const e = r.stencilStatesBack;
                      if (a.dss.stencilRefFront !== t.reference || a.dss.stencilReadMaskFront !== t.compareMask) {
                        o.stencilFuncSeparate(o.FRONT, $6[a.dss.stencilFuncFront], t.reference, t.compareMask);
                        a.dss.stencilRefFront = t.reference;
                        a.dss.stencilReadMaskFront = t.compareMask;
                      }
                      if (a.dss.stencilRefBack !== e.reference || a.dss.stencilReadMaskBack !== e.compareMask) {
                        o.stencilFuncSeparate(o.BACK, $6[a.dss.stencilFuncBack], e.reference, e.compareMask);
                        a.dss.stencilRefBack = e.reference;
                        a.dss.stencilReadMaskBack = e.compareMask;
                      }
                      break;
                    }
                  }
                }
              }
            }
            function g7(t, e) {
              const {gl: i} = t;
              const {ANGLE_instanced_arrays: s, WEBGL_multi_draw: n} = t.extensions;
              const {gpuInputAssembler: r, glPrimitive: o} = d7;
              if (r) {
                const t = r.gpuIndexBuffer;
                if (r.gpuIndirectBuffer) {
                  const e = r.gpuIndirectBuffer.indirects;
                  if (e.drawByIndex) {
                    for (let i = 0; i < e.drawCount; i++) e.byteOffsets[i] = e.offsets[i] * t.stride;
                    if (n) e.instancedDraw ? n.multiDrawElementsInstancedWEBGL(o, e.counts, 0, r.glIndexType, e.byteOffsets, 0, e.instances, 0, e.drawCount) : n.multiDrawElementsWEBGL(o, e.counts, 0, r.glIndexType, e.byteOffsets, 0, e.drawCount); else for (let t = 0; t < e.drawCount; t++) e.instances[t] && s ? s.drawElementsInstancedANGLE(o, e.counts[t], r.glIndexType, e.byteOffsets[t], e.instances[t]) : i.drawElements(o, e.counts[t], r.glIndexType, e.byteOffsets[t]);
                  } else if (n) e.instancedDraw ? n.multiDrawArraysInstancedWEBGL(o, e.offsets, 0, e.counts, 0, e.instances, 0, e.drawCount) : n.multiDrawArraysWEBGL(o, e.offsets, 0, e.counts, 0, e.drawCount); else for (let t = 0; t < e.drawCount; t++) e.instances[t] && s ? s.drawArraysInstancedANGLE(o, e.offsets[t], e.counts[t], e.instances[t]) : i.drawArrays(o, e.offsets[t], e.counts[t]);
                } else if (e.instanceCount && s) if (t) {
                  if (e.indexCount > 0) {
                    const i = e.firstIndex * t.stride;
                    s.drawElementsInstancedANGLE(o, e.indexCount, r.glIndexType, i, e.instanceCount);
                  }
                } else e.vertexCount > 0 && s.drawArraysInstancedANGLE(o, e.firstVertex, e.vertexCount, e.instanceCount); else if (t) {
                  if (e.indexCount > 0) {
                    const s = e.firstIndex * t.stride;
                    i.drawElements(o, e.indexCount, r.glIndexType, s);
                  }
                } else e.vertexCount > 0 && i.drawArrays(o, e.firstVertex, e.vertexCount);
              }
            }
            const y7 = new Array(s7.COUNT);
            function b7(t, e) {
              y7.fill(0);
              for (let i = 0; i < e.cmds.length; ++i) {
                const s = e.cmds.array[i];
                const n = y7[s]++;
                switch (s) {
                 case s7.BEGIN_RENDER_PASS:
                  {
                    const i = e.beginRenderPassCmds.array[n];
                    m7(t, i.gpuRenderPass, i.gpuFramebuffer, i.renderArea, i.clearColors, i.clearDepth, i.clearStencil);
                    break;
                  }

                 case s7.BIND_STATES:
                  {
                    const i = e.bindStatesCmds.array[n];
                    f7(t, i.gpuPipelineState, i.gpuInputAssembler, i.gpuDescriptorSets, i.dynamicOffsets, i.dynamicStates);
                    break;
                  }

                 case s7.DRAW:
                  g7(t, e.drawCmds.array[n].drawInfo);
                  break;

                 case s7.UPDATE_BUFFER:
                  {
                    const i = e.updateBufferCmds.array[n];
                    u7(t, i.gpuBuffer, i.buffer, i.offset, i.size);
                    break;
                  }

                 case s7.COPY_BUFFER_TO_TEXTURE:
                  {
                    const i = e.copyBufferToTextureCmds.array[n];
                    T7(t, i.buffers, i.gpuTexture, i.regions);
                    break;
                  }
                }
              }
            }
            let S7 = new Uint8Array(1);
            function A7(t, e, i, s, n) {
              const r = Tr(e).height;
              const o = gr(e, n.width, n.height, n.depth);
              const a = gr(e, s.width, 1, 1);
              const l = gr(e, s.width, s.height, 1);
              const h = gr(e, n.width, 1, 1);
              const c = Ar(ur[e]);
              S7.byteLength < o && (S7 = new Uint8Array(o));
              let u = 0;
              let _ = i;
              for (let e = 0; e < n.depth; e++) {
                _ = i + l * e;
                for (let e = 0; e < n.height; e += r) {
                  S7.subarray(u, u + h).set(new Uint8Array(t.buffer, t.byteOffset + _, h));
                  u += h;
                  _ += a;
                }
              }
              return new c(S7.buffer);
            }
            function T7(t, e, i, s) {
              const {gl: n} = t;
              const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
              if (r.glTexture !== i.glTexture) {
                n.bindTexture(i.glTarget, i.glTexture);
                r.glTexture = i.glTexture;
              }
              let o = 0;
              let a = 0;
              const l = ur[i.format];
              const h = Ar(l);
              const {isCompressed: c} = l;
              const u = Tr(i.format);
              const _ = new cn;
              const d = new ln;
              const p = new cn;
              switch (i.glTarget) {
               case n.TEXTURE_2D:
                for (let r = 0; r < s.length; r++) {
                  const a = s[r];
                  const l = a.texSubres.mipLevel;
                  d.x = 0 === a.texOffset.x ? 0 : vr(a.texOffset.x, u.width);
                  d.y = 0 === a.texOffset.y ? 0 : vr(a.texOffset.y, u.height);
                  _.width = a.texExtent.width < u.width ? a.texExtent.width : vr(a.texExtent.width, u.width);
                  _.height = a.texExtent.height < u.height ? a.texExtent.width : vr(a.texExtent.height, u.height);
                  p.width = a.buffStride > 0 ? a.buffStride : _.width;
                  p.height = a.buffTexHeight > 0 ? a.buffTexHeight : _.height;
                  const m = a.texExtent.width + d.x === i.width >> l ? a.texExtent.width : _.width;
                  const f = a.texExtent.height + d.y === i.height >> l ? a.texExtent.height : _.height;
                  let g;
                  const y = e[o++];
                  g = p.width === _.width && p.height === _.height ? new h(y.buffer, y.byteOffset + a.buffOffset) : A7(y, i.format, a.buffOffset, p, _);
                  c ? i.glInternalFmt === X6.COMPRESSED_RGB_ETC1_WEBGL || t.extensions.noCompressedTexSubImage2D ? n.compressedTexImage2D(n.TEXTURE_2D, l, i.glInternalFmt, m, f, 0, g) : n.compressedTexSubImage2D(n.TEXTURE_2D, l, d.x, d.y, m, f, i.glFormat, g) : n.texSubImage2D(n.TEXTURE_2D, l, d.x, d.y, m, f, i.glFormat, i.glType, g);
                }
                break;

               case n.TEXTURE_CUBE_MAP:
                for (let r = 0; r < s.length; r++) {
                  const l = s[r];
                  const m = l.texSubres.mipLevel;
                  d.x = 0 === l.texOffset.x ? 0 : vr(l.texOffset.x, u.width);
                  d.y = 0 === l.texOffset.y ? 0 : vr(l.texOffset.y, u.height);
                  _.width = l.texExtent.width < u.width ? l.texExtent.width : vr(l.texExtent.width, u.width);
                  _.height = l.texExtent.height < u.height ? l.texExtent.width : vr(l.texExtent.height, u.height);
                  p.width = l.buffStride > 0 ? l.buffStride : _.width;
                  p.height = l.buffTexHeight > 0 ? l.buffTexHeight : _.height;
                  const f = l.texExtent.width + d.x === i.width >> m ? l.texExtent.width : _.width;
                  const g = l.texExtent.height + d.y === i.height >> m ? l.texExtent.height : _.height;
                  const y = l.texSubres.baseArrayLayer + l.texSubres.layerCount;
                  for (a = l.texSubres.baseArrayLayer; a < y; ++a) {
                    let s;
                    const r = e[o++];
                    s = p.width === _.width && p.height === _.height ? new h(r.buffer, r.byteOffset + l.buffOffset) : A7(r, i.format, l.buffOffset, p, _);
                    c ? i.glInternalFmt === X6.COMPRESSED_RGB_ETC1_WEBGL || t.extensions.noCompressedTexSubImage2D ? n.compressedTexImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, m, i.glInternalFmt, f, g, 0, s) : n.compressedTexSubImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, m, d.x, d.y, f, g, i.glFormat, s) : n.texSubImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, m, d.x, d.y, f, g, i.glFormat, i.glType, s);
                  }
                }
                break;

               default:
                console.error("Unsupported GL texture type, copy buffer to texture failed.");
              }
              i.flags & Rs.GEN_MIPMAP && n.generateMipmap(i.glTarget);
            }
            class v7 {
              constructor() {
                this.counts = void 0;
                this.offsets = void 0;
                this.instances = void 0;
                this.drawCount = 0;
                this.drawByIndex = !1;
                this.instancedDraw = !1;
                this.byteOffsets = void 0;
                this._capacity = 4;
                this.counts = new Int32Array(this._capacity);
                this.offsets = new Int32Array(this._capacity);
                this.instances = new Int32Array(this._capacity);
                this.byteOffsets = new Int32Array(this._capacity);
              }
              clearDraws() {
                this.drawCount = 0;
                this.drawByIndex = !1;
                this.instancedDraw = !1;
              }
              setDrawInfo(t, e) {
                this._ensureCapacity(t);
                this.drawByIndex = e.indexCount > 0;
                this.instancedDraw = !!e.instanceCount;
                this.drawCount = Math.max(t + 1, this.drawCount);
                if (this.drawByIndex) {
                  this.counts[t] = e.indexCount;
                  this.offsets[t] = e.firstIndex;
                } else {
                  this.counts[t] = e.vertexCount;
                  this.offsets[t] = e.firstVertex;
                }
                this.instances[t] = Math.max(1, e.instanceCount);
              }
              _ensureCapacity(t) {
                if (this._capacity > t) return;
                this._capacity = l(t);
                const e = new Int32Array(this._capacity);
                const i = new Int32Array(this._capacity);
                const s = new Int32Array(this._capacity);
                this.byteOffsets = new Int32Array(this._capacity);
                e.set(this.counts);
                i.set(this.offsets);
                s.set(this.instances);
                this.counts = e;
                this.offsets = i;
                this.instances = s;
              }
            }
            class E7 extends Pr {
              constructor(...t) {
                super(...t);
                this._gpuBuffer = null;
                this._gpuBufferView = null;
                this._uniformBuffer = null;
              }
              get gpuBuffer() {
                return this._gpuBuffer;
              }
              get gpuBufferView() {
                return this._gpuBufferView;
              }
              initialize(t) {
                if ("buffer" in t) {
                  this._isBufferView = !0;
                  const e = t.buffer;
                  this._usage = e.usage;
                  this._memUsage = e.memUsage;
                  this._size = this._stride = t.range;
                  this._count = 1;
                  this._flags = e.flags;
                  this._gpuBufferView = {
                    gpuBuffer: e.gpuBuffer,
                    offset: t.offset,
                    range: t.range
                  };
                } else {
                  this._usage = t.usage;
                  this._memUsage = t.memUsage;
                  this._size = t.size;
                  this._stride = Math.max(t.stride || this._size, 1);
                  this._count = this._size / this._stride;
                  this._flags = t.flags;
                  this._usage & Ts.UNIFORM && this._size > 0 && (this._uniformBuffer = new Uint8Array(this._size));
                  this._gpuBuffer = {
                    usage: this._usage,
                    memUsage: this._memUsage,
                    size: this._size,
                    stride: this._stride,
                    buffer: null,
                    vf32: null,
                    indirects: new v7,
                    glTarget: 0,
                    glBuffer: null
                  };
                  this._usage & Ts.UNIFORM && (this._gpuBuffer.buffer = this._uniformBuffer);
                  !function(t, e) {
                    const {gl: i} = t;
                    const s = t.stateCache;
                    const n = e.memUsage & Cs.HOST ? i.DYNAMIC_DRAW : i.STATIC_DRAW;
                    if (e.usage & Ts.VERTEX) {
                      e.glTarget = i.ARRAY_BUFFER;
                      const r = i.createBuffer();
                      if (r) {
                        e.glBuffer = r;
                        if (e.size > 0) {
                          if (t.extensions.useVAO && s.glVAO) {
                            t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                            s.glVAO = null;
                          }
                          d7.gpuInputAssembler = null;
                          if (t.stateCache.glArrayBuffer !== e.glBuffer) {
                            i.bindBuffer(i.ARRAY_BUFFER, e.glBuffer);
                            t.stateCache.glArrayBuffer = e.glBuffer;
                          }
                          i.bufferData(i.ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ARRAY_BUFFER, null);
                          t.stateCache.glArrayBuffer = null;
                        }
                      }
                    } else if (e.usage & Ts.INDEX) {
                      e.glTarget = i.ELEMENT_ARRAY_BUFFER;
                      const r = i.createBuffer();
                      if (r) {
                        e.glBuffer = r;
                        if (e.size > 0) {
                          if (t.extensions.useVAO && s.glVAO) {
                            t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                            s.glVAO = null;
                          }
                          d7.gpuInputAssembler = null;
                          if (t.stateCache.glElementArrayBuffer !== e.glBuffer) {
                            i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                            t.stateCache.glElementArrayBuffer = e.glBuffer;
                          }
                          i.bufferData(i.ELEMENT_ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, null);
                          t.stateCache.glElementArrayBuffer = null;
                        }
                      }
                    } else if (e.usage & Ts.UNIFORM) {
                      e.glTarget = i.NONE;
                      e.buffer && (e.vf32 = new Float32Array(e.buffer.buffer));
                    } else if (e.usage & Ts.INDIRECT) e.glTarget = i.NONE; else if (e.usage & Ts.TRANSFER_DST) e.glTarget = i.NONE; else if (e.usage & Ts.TRANSFER_SRC) e.glTarget = i.NONE; else {
                      console.error("Unsupported BufferType, create buffer failed.");
                      e.glTarget = i.NONE;
                    }
                  }(W6.instance, this._gpuBuffer);
                  W6.instance.memoryStatus.bufferSize += this._size;
                }
              }
              destroy() {
                if (this._gpuBuffer) {
                  !function(t, e) {
                    const {gl: i} = t;
                    const s = t.stateCache;
                    if (e.glBuffer) {
                      switch (e.glTarget) {
                       case i.ARRAY_BUFFER:
                        if (t.extensions.useVAO && s.glVAO) {
                          t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                          t.stateCache.glVAO = null;
                        }
                        d7.gpuInputAssembler = null;
                        i.bindBuffer(i.ARRAY_BUFFER, null);
                        t.stateCache.glArrayBuffer = null;
                        break;

                       case i.ELEMENT_ARRAY_BUFFER:
                        if (t.extensions.useVAO && s.glVAO) {
                          t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                          t.stateCache.glVAO = null;
                        }
                        d7.gpuInputAssembler = null;
                        i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, null);
                        t.stateCache.glElementArrayBuffer = null;
                      }
                      i.deleteBuffer(e.glBuffer);
                      e.glBuffer = null;
                    }
                  }(W6.instance, this._gpuBuffer);
                  W6.instance.memoryStatus.bufferSize -= this._size;
                  this._gpuBuffer = null;
                }
                this._gpuBufferView && (this._gpuBufferView = null);
              }
              resize(t) {
                if (this._isBufferView) {
                  console.warn("cannot resize buffer views!");
                  return;
                }
                const e = this._size;
                if (e !== t) {
                  this._size = t;
                  this._count = this._size / this._stride;
                  this._uniformBuffer && (this._uniformBuffer = new Uint8Array(t));
                  if (this._gpuBuffer) {
                    this._uniformBuffer && (this._gpuBuffer.buffer = this._uniformBuffer);
                    this._gpuBuffer.size = t;
                    if (t > 0) {
                      !function(t, e) {
                        const {gl: i} = t;
                        const s = t.stateCache;
                        const n = e.memUsage & Cs.HOST ? i.DYNAMIC_DRAW : i.STATIC_DRAW;
                        if (e.usage & Ts.VERTEX) {
                          if (t.extensions.useVAO && s.glVAO) {
                            t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                            s.glVAO = null;
                          }
                          d7.gpuInputAssembler = null;
                          t.stateCache.glArrayBuffer !== e.glBuffer && i.bindBuffer(i.ARRAY_BUFFER, e.glBuffer);
                          e.buffer ? i.bufferData(i.ARRAY_BUFFER, e.buffer, n) : i.bufferData(i.ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ARRAY_BUFFER, null);
                          t.stateCache.glArrayBuffer = null;
                        } else if (e.usage & Ts.INDEX) {
                          if (t.extensions.useVAO && s.glVAO) {
                            t.extensions.OES_vertex_array_object.bindVertexArrayOES(null);
                            s.glVAO = null;
                          }
                          d7.gpuInputAssembler = null;
                          t.stateCache.glElementArrayBuffer !== e.glBuffer && i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                          e.buffer ? i.bufferData(i.ELEMENT_ARRAY_BUFFER, e.buffer, n) : i.bufferData(i.ELEMENT_ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, null);
                          t.stateCache.glElementArrayBuffer = null;
                        } else if (e.usage & Ts.UNIFORM) e.buffer && (e.vf32 = new Float32Array(e.buffer.buffer)); else if (e.usage & Ts.INDIRECT || e.usage & Ts.TRANSFER_DST || e.usage & Ts.TRANSFER_SRC) e.glTarget = i.NONE; else {
                          console.error("Unsupported BufferType, create buffer failed.");
                          e.glTarget = i.NONE;
                        }
                      }(W6.instance, this._gpuBuffer);
                      W6.instance.memoryStatus.bufferSize -= e;
                      W6.instance.memoryStatus.bufferSize += t;
                    }
                  }
                }
              }
              update(t, e) {
                if (this._isBufferView) {
                  console.warn("cannot update through buffer views!");
                  return;
                }
                let i;
                i = void 0 !== e ? e : this._usage & Ts.INDIRECT ? 0 : t.byteLength;
                u7(W6.instance, this._gpuBuffer, t, 0, i);
              }
            }
            class C7 {
              constructor(t, e) {
                this._frees = void 0;
                this._freeIdx = 0;
                this._freeCmds = void 0;
                this._frees = new Array(e);
                this._freeCmds = new eo(e);
                for (let i = 0; i < e; ++i) this._frees[i] = new t;
                this._freeIdx = e - 1;
              }
              alloc(t) {
                if (this._freeIdx < 0) {
                  const e = 2 * this._frees.length;
                  const i = this._frees;
                  this._frees = new Array(e);
                  const s = e - i.length;
                  for (let e = 0; e < s; ++e) this._frees[e] = new t;
                  for (let t = s, n = 0; t < e; ++t, ++n) this._frees[t] = i[n];
                  this._freeIdx += s;
                }
                const e = this._frees[this._freeIdx];
                this._frees[this._freeIdx--] = null;
                ++e.refCount;
                return e;
              }
              free(t) {
                0 == --t.refCount && this._freeCmds.push(t);
              }
              freeCmds(t) {
                for (let e = 0; e < t.length; ++e) 0 == --t.array[e].refCount && this._freeCmds.push(t.array[e]);
              }
              release() {
                for (let t = 0; t < this._freeCmds.length; ++t) {
                  const e = this._freeCmds.array[t];
                  e.clear();
                  this._frees[++this._freeIdx] = e;
                }
                this._freeCmds.clear();
              }
            }
            class x7 {
              constructor() {
                this.beginRenderPassCmdPool = void 0;
                this.bindStatesCmdPool = void 0;
                this.drawCmdPool = void 0;
                this.updateBufferCmdPool = void 0;
                this.copyBufferToTextureCmdPool = void 0;
                this.beginRenderPassCmdPool = new C7(r7, 1);
                this.bindStatesCmdPool = new C7(o7, 1);
                this.drawCmdPool = new C7(a7, 1);
                this.updateBufferCmdPool = new C7(l7, 1);
                this.copyBufferToTextureCmdPool = new C7(h7, 1);
              }
              clearCmds(t) {
                if (t.beginRenderPassCmds.length) {
                  this.beginRenderPassCmdPool.freeCmds(t.beginRenderPassCmds);
                  t.beginRenderPassCmds.clear();
                }
                if (t.bindStatesCmds.length) {
                  this.bindStatesCmdPool.freeCmds(t.bindStatesCmds);
                  t.bindStatesCmds.clear();
                }
                if (t.drawCmds.length) {
                  this.drawCmdPool.freeCmds(t.drawCmds);
                  t.drawCmds.clear();
                }
                if (t.updateBufferCmds.length) {
                  this.updateBufferCmdPool.freeCmds(t.updateBufferCmds);
                  t.updateBufferCmds.clear();
                }
                if (t.copyBufferToTextureCmds.length) {
                  this.copyBufferToTextureCmdPool.freeCmds(t.copyBufferToTextureCmds);
                  t.copyBufferToTextureCmds.clear();
                }
                t.cmds.clear();
              }
              releaseCmds() {
                this.beginRenderPassCmdPool.release();
                this.bindStatesCmdPool.release();
                this.drawCmdPool.release();
                this.updateBufferCmdPool.release();
                this.copyBufferToTextureCmdPool.release();
              }
            }
            class w7 extends Or {
              constructor(...t) {
                super(...t);
                this.cmdPackage = new c7;
                this._cmdAllocator = new x7;
                this._isInRenderPass = !1;
                this._curGPUPipelineState = null;
                this._curGPUInputAssembler = null;
                this._curGPUDescriptorSets = [];
                this._curDynamicOffsets = Array(8).fill(0);
                this._curDynamicStates = new lr;
                this._isStateInvalied = !1;
              }
              initialize(t) {
                this._type = t.type;
                this._queue = t.queue;
                const e = W6.instance.bindingMappings.blockOffsets.length;
                for (let t = 0; t < e; t++) this._curGPUDescriptorSets.push(null);
              }
              destroy() {
                this._cmdAllocator.clearCmds(this.cmdPackage);
              }
              begin(t, e = 0, i) {
                this._cmdAllocator.clearCmds(this.cmdPackage);
                this._curGPUPipelineState = null;
                this._curGPUInputAssembler = null;
                this._curGPUDescriptorSets.length = 0;
                this._numDrawCalls = 0;
                this._numInstances = 0;
                this._numTris = 0;
              }
              end() {
                this._isStateInvalied && this.bindStates();
                this._isInRenderPass = !1;
              }
              beginRenderPass(t, e, i, s, n, r) {
                const o = this._cmdAllocator.beginRenderPassCmdPool.alloc(r7);
                o.gpuRenderPass = t.gpuRenderPass;
                o.gpuFramebuffer = e.gpuFramebuffer;
                o.renderArea.copy(i);
                o.clearColors.length = s.length;
                for (let t = 0; t < s.length; ++t) o.clearColors[t] = s[t];
                o.clearDepth = n;
                o.clearStencil = r;
                this.cmdPackage.beginRenderPassCmds.push(o);
                this.cmdPackage.cmds.push(s7.BEGIN_RENDER_PASS);
                this._isInRenderPass = !0;
              }
              endRenderPass() {
                this._isInRenderPass = !1;
              }
              bindPipelineState(t) {
                const e = t.gpuPipelineState;
                if (e !== this._curGPUPipelineState) {
                  this._curGPUPipelineState = e;
                  this._isStateInvalied = !0;
                }
              }
              bindDescriptorSet(t, e, i) {
                const s = e.gpuDescriptorSet;
                if (s !== this._curGPUDescriptorSets[t]) {
                  this._curGPUDescriptorSets[t] = s;
                  this._isStateInvalied = !0;
                }
                if (i) {
                  var n;
                  const e = null === (n = this._curGPUPipelineState) || void 0 === n ? void 0 : n.gpuPipelineLayout;
                  if (e) {
                    const s = this._curDynamicOffsets;
                    const n = e.dynamicOffsetOffsets[t];
                    for (let t = 0; t < i.length; t++) s[n + t] = i[t];
                    this._isStateInvalied = !0;
                  }
                }
              }
              bindInputAssembler(t) {
                const e = t.gpuInputAssembler;
                this._curGPUInputAssembler = e;
                this._isStateInvalied = !0;
              }
              setViewport(t) {
                const e = this._curDynamicStates.viewport;
                if (e.left !== t.left || e.top !== t.top || e.width !== t.width || e.height !== t.height || e.minDepth !== t.minDepth || e.maxDepth !== t.maxDepth) {
                  e.left = t.left;
                  e.top = t.top;
                  e.width = t.width;
                  e.height = t.height;
                  e.minDepth = t.minDepth;
                  e.maxDepth = t.maxDepth;
                  this._isStateInvalied = !0;
                }
              }
              setScissor(t) {
                const e = this._curDynamicStates.scissor;
                if (e.x !== t.x || e.y !== t.y || e.width !== t.width || e.height !== t.height) {
                  e.x = t.x;
                  e.y = t.y;
                  e.width = t.width;
                  e.height = t.height;
                  this._isStateInvalied = !0;
                }
              }
              setLineWidth(t) {
                if (this._curDynamicStates.lineWidth !== t) {
                  this._curDynamicStates.lineWidth = t;
                  this._isStateInvalied = !0;
                }
              }
              setDepthBias(t, e, i) {
                const s = this._curDynamicStates;
                if (s.depthBiasConstant !== t || s.depthBiasClamp !== e || s.depthBiasSlope !== i) {
                  s.depthBiasConstant = t;
                  s.depthBiasClamp = e;
                  s.depthBiasSlope = i;
                  this._isStateInvalied = !0;
                }
              }
              setBlendConstants(t) {
                const e = this._curDynamicStates.blendConstant;
                if (e.x !== t.x || e.y !== t.y || e.z !== t.z || e.w !== t.w) {
                  e.copy(t);
                  this._isStateInvalied = !0;
                }
              }
              setDepthBound(t, e) {
                const i = this._curDynamicStates;
                if (i.depthMinBounds !== t || i.depthMaxBounds !== e) {
                  i.depthMinBounds = t;
                  i.depthMaxBounds = e;
                  this._isStateInvalied = !0;
                }
              }
              setStencilWriteMask(t, e) {
                const i = this._curDynamicStates.stencilStatesFront;
                const s = this._curDynamicStates.stencilStatesBack;
                if (t & Js.FRONT && i.writeMask !== e) {
                  i.writeMask = e;
                  this._isStateInvalied = !0;
                }
                if (t & Js.BACK && s.writeMask !== e) {
                  s.writeMask = e;
                  this._isStateInvalied = !0;
                }
              }
              setStencilCompareMask(t, e, i) {
                const s = this._curDynamicStates.stencilStatesFront;
                const n = this._curDynamicStates.stencilStatesBack;
                if (t & Js.FRONT && (s.compareMask !== i || s.reference !== e)) {
                  s.reference = e;
                  s.compareMask = i;
                  this._isStateInvalied = !0;
                }
                if (t & Js.BACK && (n.compareMask !== i || n.reference !== e)) {
                  n.reference = e;
                  n.compareMask = i;
                  this._isStateInvalied = !0;
                }
              }
              draw(t) {
                if (this._type === tn.PRIMARY && this._isInRenderPass || this._type === tn.SECONDARY) {
                  this._isStateInvalied && this.bindStates();
                  const e = "drawInfo" in t ? t.drawInfo : t;
                  const i = this._cmdAllocator.drawCmdPool.alloc(a7);
                  i.drawInfo.copy(e);
                  this.cmdPackage.drawCmds.push(i);
                  this.cmdPackage.cmds.push(s7.DRAW);
                  ++this._numDrawCalls;
                  this._numInstances += e.instanceCount;
                  const s = e.indexCount || e.vertexCount;
                  if (this._curGPUPipelineState) {
                    switch (this._curGPUPipelineState.glPrimitive) {
                     case 4:
                      this._numTris += s / 3 * Math.max(e.instanceCount, 1);
                      break;

                     case 5:
                     case 6:
                      this._numTris += (s - 2) * Math.max(e.instanceCount, 1);
                    }
                  }
                } else console.error("Command 'draw' must be recorded inside a render pass.");
              }
              updateBuffer(t, e, i) {
                if (this._type === tn.PRIMARY && !this._isInRenderPass || this._type === tn.SECONDARY) {
                  const s = t.gpuBuffer;
                  if (s) {
                    const n = this._cmdAllocator.updateBufferCmdPool.alloc(l7);
                    let r = 0;
                    let o = null;
                    if (t.usage & Ts.INDIRECT) o = e; else {
                      r = void 0 !== i ? i : e.byteLength;
                      o = e;
                    }
                    n.gpuBuffer = s;
                    n.buffer = o;
                    n.offset = 0;
                    n.size = r;
                    this.cmdPackage.updateBufferCmds.push(n);
                    this.cmdPackage.cmds.push(s7.UPDATE_BUFFER);
                  }
                } else console.error("Command 'updateBuffer' must be recorded outside a render pass.");
              }
              copyBuffersToTexture(t, e, i) {
                if (this._type === tn.PRIMARY && !this._isInRenderPass || this._type === tn.SECONDARY) {
                  const s = e.gpuTexture;
                  if (s) {
                    const e = this._cmdAllocator.copyBufferToTextureCmdPool.alloc(h7);
                    if (e) {
                      e.gpuTexture = s;
                      e.regions = i;
                      e.buffers = t;
                      this.cmdPackage.copyBufferToTextureCmds.push(e);
                      this.cmdPackage.cmds.push(s7.COPY_BUFFER_TO_TEXTURE);
                    }
                  }
                } else console.error("Command 'copyBufferToTexture' must be recorded outside a render pass.");
              }
              execute(t, e) {
                for (let i = 0; i < e; ++i) {
                  const e = t[i];
                  for (let t = 0; t < e.cmdPackage.beginRenderPassCmds.length; ++t) {
                    const i = e.cmdPackage.beginRenderPassCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.beginRenderPassCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.bindStatesCmds.length; ++t) {
                    const i = e.cmdPackage.bindStatesCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.bindStatesCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.drawCmds.length; ++t) {
                    const i = e.cmdPackage.drawCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.drawCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.updateBufferCmds.length; ++t) {
                    const i = e.cmdPackage.updateBufferCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.updateBufferCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.copyBufferToTextureCmds.length; ++t) {
                    const i = e.cmdPackage.copyBufferToTextureCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.copyBufferToTextureCmds.push(i);
                  }
                  this.cmdPackage.cmds.concat(e.cmdPackage.cmds.array);
                  this._numDrawCalls += e._numDrawCalls;
                  this._numInstances += e._numInstances;
                  this._numTris += e._numTris;
                }
              }
              pipelineBarrier(t, e, i, s, n) {}
              bindStates() {
                const t = this._cmdAllocator.bindStatesCmdPool.alloc(o7);
                if (t) {
                  t.gpuPipelineState = this._curGPUPipelineState;
                  Array.prototype.push.apply(t.gpuDescriptorSets, this._curGPUDescriptorSets);
                  Array.prototype.push.apply(t.dynamicOffsets, this._curDynamicOffsets);
                  t.gpuInputAssembler = this._curGPUInputAssembler;
                  t.dynamicStates.copy(this._curDynamicStates);
                  this.cmdPackage.bindStatesCmds.push(t);
                  this.cmdPackage.cmds.push(s7.BIND_STATES);
                  this._isStateInvalied = !1;
                }
              }
            }
            class R7 extends Fr {
              constructor(...t) {
                super(...t);
                this._gpuFramebuffer = null;
              }
              get gpuFramebuffer() {
                return this._gpuFramebuffer;
              }
              initialize(t) {
                this._renderPass = t.renderPass;
                this._colorTextures = t.colorTextures || [];
                this._depthStencilTexture = t.depthStencilTexture || null;
                let e = 0;
                const i = [];
                for (let s = 0; s < t.colorTextures.length; ++s) {
                  const n = t.colorTextures[s];
                  if (n) {
                    i.push(n.gpuTexture);
                    e = n.lodLevel;
                  }
                }
                let s = null;
                if (t.depthStencilTexture) {
                  s = t.depthStencilTexture.gpuTexture;
                  e = t.depthStencilTexture.lodLevel;
                }
                let n = Number.MAX_SAFE_INTEGER;
                let r = Number.MAX_SAFE_INTEGER;
                this._gpuFramebuffer = {
                  gpuRenderPass: t.renderPass.gpuRenderPass,
                  gpuColorTextures: i,
                  gpuDepthStencilTexture: s,
                  glFramebuffer: null,
                  isOffscreen: !0,
                  get width() {
                    return this.isOffscreen ? n : this.gpuColorTextures[0].width;
                  },
                  set width(t) {
                    n = t;
                  },
                  get height() {
                    return this.isOffscreen ? r : this.gpuColorTextures[0].height;
                  },
                  set height(t) {
                    r = t;
                  },
                  lodLevel: e
                };
                !function(t, e) {
                  for (let t = 0; t < e.gpuColorTextures.length; ++t) if (e.gpuColorTextures[t].isSwapchainTexture) {
                    e.isOffscreen = !1;
                    return;
                  }
                  const {gl: i} = t;
                  const s = [];
                  const n = i.createFramebuffer();
                  if (n) {
                    e.glFramebuffer = n;
                    t.stateCache.glFramebuffer !== e.glFramebuffer && i.bindFramebuffer(i.FRAMEBUFFER, e.glFramebuffer);
                    for (let t = 0; t < e.gpuColorTextures.length; ++t) {
                      const n = e.gpuColorTextures[t];
                      if (n) {
                        n.glTexture ? i.framebufferTexture2D(i.FRAMEBUFFER, i.COLOR_ATTACHMENT0 + t, n.glTarget, n.glTexture, 0) : i.framebufferRenderbuffer(i.FRAMEBUFFER, i.COLOR_ATTACHMENT0 + t, i.RENDERBUFFER, n.glRenderbuffer);
                        s.push(i.COLOR_ATTACHMENT0 + t);
                        e.width = Math.min(e.width, n.width);
                        e.height = Math.min(e.height, n.height);
                      }
                    }
                    const r = e.gpuDepthStencilTexture;
                    if (r) {
                      const t = ur[r.format].hasStencil ? i.DEPTH_STENCIL_ATTACHMENT : i.DEPTH_ATTACHMENT;
                      r.glTexture ? i.framebufferTexture2D(i.FRAMEBUFFER, t, r.glTarget, r.glTexture, 0) : i.framebufferRenderbuffer(i.FRAMEBUFFER, t, i.RENDERBUFFER, r.glRenderbuffer);
                      e.width = Math.min(e.width, r.width);
                      e.height = Math.min(e.height, r.height);
                    }
                    t.extensions.WEBGL_draw_buffers && t.extensions.WEBGL_draw_buffers.drawBuffersWEBGL(s);
                    const o = i.checkFramebufferStatus(i.FRAMEBUFFER);
                    if (o !== i.FRAMEBUFFER_COMPLETE) switch (o) {
                     case i.FRAMEBUFFER_INCOMPLETE_ATTACHMENT:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_INCOMPLETE_ATTACHMENT");
                      break;

                     case i.FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT");
                      break;

                     case i.FRAMEBUFFER_INCOMPLETE_DIMENSIONS:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_INCOMPLETE_DIMENSIONS");
                      break;

                     case i.FRAMEBUFFER_UNSUPPORTED:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_UNSUPPORTED");
                    }
                    t.stateCache.glFramebuffer !== e.glFramebuffer && i.bindFramebuffer(i.FRAMEBUFFER, t.stateCache.glFramebuffer);
                  }
                }(W6.instance, this._gpuFramebuffer);
              }
              destroy() {
                if (this._gpuFramebuffer) {
                  !function(t, e) {
                    if (e.glFramebuffer) {
                      t.gl.deleteFramebuffer(e.glFramebuffer);
                      if (t.stateCache.glFramebuffer === e.glFramebuffer) {
                        t.gl.bindFramebuffer(t.gl.FRAMEBUFFER, null);
                        t.stateCache.glFramebuffer = null;
                      }
                      e.glFramebuffer = null;
                    }
                  }(W6.instance, this._gpuFramebuffer);
                  this._gpuFramebuffer = null;
                }
              }
            }
            class I7 extends Gr {
              constructor(...t) {
                super(...t);
                this._gpuInputAssembler = null;
              }
              get gpuInputAssembler() {
                return this._gpuInputAssembler;
              }
              initialize(t) {
                if (0 === t.vertexBuffers.length) {
                  console.error("InputAssemblerInfo.vertexBuffers is null.");
                  return;
                }
                this._attributes = t.attributes;
                this._attributesHash = this.computeAttributesHash();
                this._vertexBuffers = t.vertexBuffers;
                if (t.indexBuffer) {
                  this._indexBuffer = t.indexBuffer;
                  this._drawInfo.indexCount = this._indexBuffer.size / this._indexBuffer.stride;
                  this._drawInfo.firstIndex = 0;
                } else {
                  const t = this._vertexBuffers[0];
                  this._drawInfo.vertexCount = t.size / t.stride;
                  this._drawInfo.firstVertex = 0;
                  this._drawInfo.vertexOffset = 0;
                }
                this._drawInfo.instanceCount = 0;
                this._drawInfo.firstInstance = 0;
                this._indirectBuffer = t.indirectBuffer || null;
                const e = new Array(t.vertexBuffers.length);
                for (let i = 0; i < t.vertexBuffers.length; ++i) {
                  const s = t.vertexBuffers[i];
                  s.gpuBuffer && (e[i] = s.gpuBuffer);
                }
                let i = null;
                let s = 0;
                if (t.indexBuffer) {
                  i = t.indexBuffer.gpuBuffer;
                  if (i) switch (i.stride) {
                   case 1:
                    s = 5121;
                    break;

                   case 2:
                    s = 5123;
                    break;

                   case 4:
                    s = 5125;
                    break;

                   default:
                    console.error("Error index buffer stride.");
                  }
                }
                let n = null;
                t.indirectBuffer && (n = t.indirectBuffer.gpuBuffer);
                this._gpuInputAssembler = {
                  attributes: t.attributes,
                  gpuVertexBuffers: e,
                  gpuIndexBuffer: i,
                  gpuIndirectBuffer: n,
                  glAttribs: [],
                  glIndexType: s,
                  glVAOs: new Map
                };
                !function(t, e) {
                  const {gl: i} = t;
                  e.glAttribs = new Array(e.attributes.length);
                  const s = [ 0, 0, 0, 0, 0, 0, 0, 0 ];
                  for (let t = 0; t < e.attributes.length; ++t) {
                    const n = e.attributes[t];
                    const r = void 0 !== n.stream ? n.stream : 0;
                    const o = e.gpuVertexBuffers[r];
                    const a = Y6(n.format, i);
                    const {size: l} = ur[n.format];
                    e.glAttribs[t] = {
                      name: n.name,
                      glBuffer: o.glBuffer,
                      glType: a,
                      size: l,
                      count: ur[n.format].count,
                      stride: o.stride,
                      componentCount: Q6(a, i),
                      isNormalized: void 0 !== n.isNormalized && n.isNormalized,
                      isInstanced: void 0 !== n.isInstanced && n.isInstanced,
                      offset: s[r]
                    };
                    s[r] += l;
                  }
                }(W6.instance, this._gpuInputAssembler);
              }
              destroy() {
                const t = W6.instance;
                this._gpuInputAssembler && t.extensions.useVAO && function(t, e) {
                  const i = e.glVAOs.values();
                  let s = i.next();
                  const n = t.extensions.OES_vertex_array_object;
                  let r = t.stateCache.glVAO;
                  for (;!s.done; ) {
                    n.deleteVertexArrayOES(s.value);
                    if (r === s.value) {
                      n.bindVertexArrayOES(null);
                      r = null;
                    }
                    s = i.next();
                  }
                  t.stateCache.glVAO = r;
                  e.glVAOs.clear();
                }(t, this._gpuInputAssembler);
                this._gpuInputAssembler = null;
              }
            }
            class M7 extends zr {
              constructor(...t) {
                super(...t);
                this._gpuDescriptorSetLayout = null;
              }
              get gpuDescriptorSetLayout() {
                return this._gpuDescriptorSetLayout;
              }
              initialize(t) {
                Array.prototype.push.apply(this._bindings, t.bindings);
                let e = 0;
                let i = -1;
                const s = [];
                for (let t = 0; t < this._bindings.length; t++) {
                  const n = this._bindings[t];
                  s.push(e);
                  e += n.count;
                  n.binding > i && (i = n.binding);
                }
                this._bindingIndices = Array(i + 1).fill(-1);
                const n = this._descriptorIndices = Array(i + 1).fill(-1);
                for (let t = 0; t < this._bindings.length; t++) {
                  const e = this._bindings[t];
                  this._bindingIndices[e.binding] = t;
                  n[e.binding] = s[t];
                }
                const r = [];
                for (let t = 0; t < this._bindings.length; t++) {
                  const e = this._bindings[t];
                  if (e.descriptorType & pr) for (let t = 0; t < e.count; t++) r.push(e.binding);
                }
                this._gpuDescriptorSetLayout = {
                  bindings: this._bindings,
                  dynamicBindings: r,
                  descriptorIndices: n,
                  descriptorCount: e
                };
              }
              destroy() {
                this._bindings.length = 0;
              }
            }
            class B7 extends Hr {
              constructor(...t) {
                super(...t);
                this._gpuPipelineLayout = null;
              }
              get gpuPipelineLayout() {
                return this._gpuPipelineLayout;
              }
              initialize(t) {
                Array.prototype.push.apply(this._setLayouts, t.setLayouts);
                const e = [];
                const i = [];
                let s = 0;
                const n = [];
                for (let t = 0; t < this._setLayouts.length; t++) {
                  const r = this._setLayouts[t];
                  const o = r.gpuDescriptorSetLayout.dynamicBindings;
                  const a = Array(r.bindingIndices.length).fill(-1);
                  for (let t = 0; t < o.length; t++) {
                    const e = o[t];
                    a[e] < 0 && (a[e] = s + t);
                  }
                  i.push(r.gpuDescriptorSetLayout);
                  e.push(a);
                  n.push(s);
                  s += o.length;
                }
                this._gpuPipelineLayout = {
                  gpuSetLayouts: i,
                  dynamicOffsetIndices: e,
                  dynamicOffsetCount: s,
                  dynamicOffsetOffsets: n
                };
              }
              destroy() {
                this._setLayouts.length = 0;
              }
            }
            const D7 = [ 0, 1, 3, 2, 0, 0, 0, 4, 5, 6, 0, 0, 0, 0 ];
            class P7 extends Mr {
              constructor(...t) {
                super(...t);
                this._gpuPipelineState = null;
              }
              get gpuPipelineState() {
                return this._gpuPipelineState;
              }
              initialize(t) {
                this._primitive = t.primitive;
                this._shader = t.shader;
                this._pipelineLayout = t.pipelineLayout;
                const e = this._bs;
                if (t.blendState) {
                  const i = t.blendState;
                  const {targets: s} = i;
                  s && s.forEach(((t, i) => {
                    e.setTarget(i, t);
                  }));
                  void 0 !== i.isA2C && (e.isA2C = i.isA2C);
                  void 0 !== i.isIndepend && (e.isIndepend = i.isIndepend);
                  void 0 !== i.blendColor && (e.blendColor = i.blendColor);
                }
                Object.assign(this._rs, t.rasterizerState);
                Object.assign(this._dss, t.depthStencilState);
                this._is = t.inputState;
                this._renderPass = t.renderPass;
                this._dynamicStates = t.dynamicStates;
                const i = [];
                for (let t = 0; t < 31; t++) this._dynamicStates & 1 << t && i.push(1 << t);
                this._gpuPipelineState = {
                  glPrimitive: D7[t.primitive],
                  gpuShader: t.shader.gpuShader,
                  gpuPipelineLayout: t.pipelineLayout.gpuPipelineLayout,
                  rs: t.rasterizerState,
                  dss: t.depthStencilState,
                  bs: t.blendState,
                  gpuRenderPass: t.renderPass.gpuRenderPass,
                  dynamicStates: i
                };
              }
              destroy() {
                this._gpuPipelineState = null;
              }
            }
            class O7 extends w7 {
              beginRenderPass(t, e, i, s, n, r) {
                m7(W6.instance, t.gpuRenderPass, e.gpuFramebuffer, i, s, n, r);
                this._isInRenderPass = !0;
              }
              draw(t) {
                if (this._isInRenderPass) {
                  this._isStateInvalied && this.bindStates();
                  const e = "drawInfo" in t ? t.drawInfo : t;
                  g7(W6.instance, e);
                  ++this._numDrawCalls;
                  this._numInstances += e.instanceCount;
                  const i = e.indexCount || e.vertexCount;
                  if (this._curGPUPipelineState) {
                    switch (this._curGPUPipelineState.glPrimitive) {
                     case 4:
                      this._numTris += i / 3 * Math.max(e.instanceCount, 1);
                      break;

                     case 5:
                     case 6:
                      this._numTris += (i - 2) * Math.max(e.instanceCount, 1);
                    }
                  }
                } else console.error("Command 'draw' must be recorded inside a render pass.");
              }
              setViewport(t) {
                const {stateCache: e, gl: i} = W6.instance;
                if (e.viewport.left !== t.left || e.viewport.top !== t.top || e.viewport.width !== t.width || e.viewport.height !== t.height) {
                  i.viewport(t.left, t.top, t.width, t.height);
                  e.viewport.left = t.left;
                  e.viewport.top = t.top;
                  e.viewport.width = t.width;
                  e.viewport.height = t.height;
                }
              }
              setScissor(t) {
                const {stateCache: e, gl: i} = W6.instance;
                if (e.scissorRect.x !== t.x || e.scissorRect.y !== t.y || e.scissorRect.width !== t.width || e.scissorRect.height !== t.height) {
                  i.scissor(t.x, t.y, t.width, t.height);
                  e.scissorRect.x = t.x;
                  e.scissorRect.y = t.y;
                  e.scissorRect.width = t.width;
                  e.scissorRect.height = t.height;
                }
              }
              updateBuffer(t, e, i) {
                if (this._isInRenderPass) console.error("Command 'updateBuffer' must be recorded outside a render pass."); else {
                  const s = t.gpuBuffer;
                  if (s) {
                    let n;
                    n = void 0 !== i ? i : t.usage & Ts.INDIRECT ? 0 : e.byteLength;
                    u7(W6.instance, s, e, 0, n);
                  }
                }
              }
              copyBuffersToTexture(t, e, i) {
                if (this._isInRenderPass) console.error("Command 'copyBufferToTexture' must be recorded outside a render pass."); else {
                  const s = e.gpuTexture;
                  s && T7(W6.instance, t, s, i);
                }
              }
              execute(t, e) {
                for (let i = 0; i < e; ++i) {
                  const e = t[i];
                  b7(W6.instance, e.cmdPackage);
                  this._numDrawCalls += e._numDrawCalls;
                  this._numInstances += e._numInstances;
                  this._numTris += e._numTris;
                }
              }
              bindStates() {
                f7(W6.instance, this._curGPUPipelineState, this._curGPUInputAssembler, this._curGPUDescriptorSets, this._curDynamicOffsets, this._curDynamicStates);
                this._isStateInvalied = !1;
              }
            }
            class N7 extends jr {
              constructor(...t) {
                super(...t);
                this.numDrawCalls = 0;
                this.numInstances = 0;
                this.numTris = 0;
              }
              initialize(t) {
                this._type = t.type;
              }
              destroy() {}
              submit(t) {
                const e = t.length;
                for (let i = 0; i < e; i++) {
                  const e = t[i];
                  this.numDrawCalls += e.numDrawCalls;
                  this.numInstances += e.numInstances;
                  this.numTris += e.numTris;
                }
              }
              clear() {
                this.numDrawCalls = 0;
                this.numInstances = 0;
                this.numTris = 0;
              }
            }
            class L7 extends Xr {
              constructor(...t) {
                super(...t);
                this._gpuRenderPass = null;
              }
              get gpuRenderPass() {
                return this._gpuRenderPass;
              }
              initialize(t) {
                this._colorInfos = t.colorAttachments;
                this._depthStencilInfo = t.depthStencilAttachment;
                this._subpasses = t.subpasses;
                this._gpuRenderPass = {
                  colorAttachments: this._colorInfos,
                  depthStencilAttachment: this._depthStencilInfo
                };
                this._hash = this.computeHash();
              }
              destroy() {
                this._gpuRenderPass = null;
              }
            }
            const F7 = [ 10497, 33648, 33071, 33071 ];
            class V7 extends qr {
              get gpuSampler() {
                return this._gpuSampler;
              }
              constructor(t, e) {
                super(t, e);
                this._gpuSampler = null;
                let i = 0;
                let s = 0;
                const n = this._info.minFilter;
                const r = this._info.magFilter;
                const o = this._info.mipFilter;
                i = n === Ds.LINEAR || n === Ds.ANISOTROPIC ? o === Ds.LINEAR || o === Ds.ANISOTROPIC ? 9987 : o === Ds.POINT ? 9985 : 9729 : o === Ds.LINEAR || o === Ds.ANISOTROPIC ? 9986 : o === Ds.POINT ? 9984 : 9728;
                s = r === Ds.LINEAR || r === Ds.ANISOTROPIC ? 9729 : 9728;
                const a = F7[this._info.addressU];
                const l = F7[this._info.addressV];
                const h = F7[this._info.addressW];
                this._gpuSampler = {
                  glMinFilter: i,
                  glMagFilter: s,
                  glWrapS: a,
                  glWrapT: l,
                  glWrapR: h
                };
              }
            }
            class k7 extends Wr {
              constructor(...t) {
                super(...t);
                this._gpuShader = null;
              }
              get gpuShader() {
                null === this._gpuShader.glProgram && function(t, e) {
                  const {gl: i} = t;
                  for (let t = 0; t < e.gpuStages.length; t++) {
                    const s = e.gpuStages[t];
                    let n = 0;
                    let r = "";
                    let o = 1;
                    switch (s.type) {
                     case ks.VERTEX:
                      r = "VertexShader";
                      n = i.VERTEX_SHADER;
                      break;

                     case ks.FRAGMENT:
                      r = "FragmentShader";
                      n = i.FRAGMENT_SHADER;
                      break;

                     default:
                      console.error("Unsupported ShaderType.");
                      return;
                    }
                    const a = i.createShader(n);
                    if (a) {
                      s.glShader = a;
                      i.shaderSource(s.glShader, s.source);
                      i.compileShader(s.glShader);
                      if (!i.getShaderParameter(s.glShader, i.COMPILE_STATUS)) {
                        console.error(`${r} in '${e.name}' compilation failed.`);
                        console.error("Shader source dump:", s.source.replace(/^|\n/g, (() => `\n${o++} `)));
                        console.error(i.getShaderInfoLog(s.glShader));
                        for (let s = 0; s < e.gpuStages.length; s++) {
                          const s = e.gpuStages[t];
                          if (s.glShader) {
                            i.deleteShader(s.glShader);
                            s.glShader = null;
                          }
                        }
                        return;
                      }
                    }
                  }
                  const s = i.createProgram();
                  if (!s) return;
                  e.glProgram = s;
                  for (let t = 0; t < e.gpuStages.length; t++) {
                    const s = e.gpuStages[t];
                    i.attachShader(e.glProgram, s.glShader);
                  }
                  i.linkProgram(e.glProgram);
                  if (t.extensions.destroyShadersImmediately) for (let t = 0; t < e.gpuStages.length; t++) {
                    const s = e.gpuStages[t];
                    if (s.glShader) {
                      i.detachShader(e.glProgram, s.glShader);
                      i.deleteShader(s.glShader);
                      s.glShader = null;
                    }
                  }
                  if (!i.getProgramParameter(e.glProgram, i.LINK_STATUS)) {
                    console.error(`Failed to link shader '${e.name}'.`);
                    console.error(i.getProgramInfoLog(e.glProgram));
                    return;
                  }
                  R(`Shader '${e.name}' compilation succeeded.`);
                  const n = i.getProgramParameter(e.glProgram, i.ACTIVE_ATTRIBUTES);
                  e.glInputs = new Array(n);
                  for (let t = 0; t < n; ++t) {
                    const s = i.getActiveAttrib(e.glProgram, t);
                    if (s) {
                      let n;
                      const r = s.name.indexOf("[");
                      n = -1 !== r ? s.name.substr(0, r) : s.name;
                      const o = i.getAttribLocation(e.glProgram, n);
                      const a = J6(s.type, i);
                      const l = Z6(s.type, i);
                      e.glInputs[t] = {
                        binding: o,
                        name: n,
                        type: a,
                        stride: l,
                        count: s.size,
                        size: l * s.size,
                        glType: s.type,
                        glLoc: o
                      };
                    }
                  }
                  if (e.blocks.length > 0) {
                    e.glBlocks = new Array(e.blocks.length);
                    for (let t = 0; t < e.blocks.length; ++t) {
                      const s = e.blocks[t];
                      const n = {
                        set: s.set,
                        binding: s.binding,
                        name: s.name,
                        size: 0,
                        glUniforms: new Array(s.members.length),
                        glActiveUniforms: []
                      };
                      e.glBlocks[t] = n;
                      for (let t = 0; t < s.members.length; ++t) {
                        const e = s.members[t];
                        const r = q6(e.type, i);
                        const o = Z6(r, i);
                        const a = o * e.count;
                        n.glUniforms[t] = {
                          binding: -1,
                          name: e.name,
                          type: e.type,
                          stride: o,
                          count: e.count,
                          size: a,
                          offset: 0,
                          glType: r,
                          glLoc: null,
                          array: null
                        };
                      }
                    }
                  }
                  for (let t = 0; t < e.subpassInputs.length; ++t) {
                    const i = e.subpassInputs[t];
                    e.samplerTextures.push(new Bn(i.set, i.binding, i.name, As.SAMPLER2D, i.count));
                  }
                  if (e.samplerTextures.length > 0) {
                    e.glSamplerTextures = new Array(e.samplerTextures.length);
                    for (let t = 0; t < e.samplerTextures.length; ++t) {
                      const s = e.samplerTextures[t];
                      e.glSamplerTextures[t] = {
                        set: s.set,
                        binding: s.binding,
                        name: s.name,
                        type: s.type,
                        count: s.count,
                        units: [],
                        glUnits: null,
                        glType: q6(s.type, i),
                        glLoc: null
                      };
                    }
                  }
                  const r = i.getProgramParameter(e.glProgram, i.ACTIVE_UNIFORMS);
                  for (let s = 0; s < r; ++s) {
                    const n = i.getActiveUniform(e.glProgram, s);
                    if (n && n.type !== i.SAMPLER_2D && n.type !== i.SAMPLER_CUBE) {
                      const s = i.getUniformLocation(e.glProgram, n.name);
                      if (t.extensions.isLocationActive(s)) {
                        let t;
                        const i = n.name.indexOf("[");
                        t = -1 !== i ? n.name.substr(0, i) : n.name;
                        for (let i = 0; i < e.glBlocks.length; i++) {
                          const r = e.glBlocks[i];
                          for (let e = 0; e < r.glUniforms.length; e++) {
                            const i = r.glUniforms[e];
                            if (i.name === t) {
                              i.glLoc = s;
                              i.count = n.size;
                              i.size = i.stride * i.count;
                              i.array = new (K6(i.type))(i.size / 4);
                              r.glActiveUniforms.push(i);
                              break;
                            }
                          }
                        }
                      }
                    }
                  }
                  for (let t = 0; t < e.glBlocks.length; t++) {
                    const i = e.glBlocks[t];
                    for (let t = 0; t < i.glUniforms.length; t++) {
                      const e = i.glUniforms[t];
                      e.offset = i.size / 4;
                      i.size += e.size;
                    }
                  }
                  const o = [];
                  const a = [];
                  const {bindingMappings: l} = t;
                  const {texUnitCacheMap: h} = t.stateCache;
                  let c = 0;
                  for (let t = 0; t < e.blocks.length; ++t) e.blocks[t].set === l.flexibleSet && c++;
                  let u = 0;
                  for (let s = 0; s < e.samplerTextures.length; ++s) {
                    const n = e.samplerTextures[s];
                    const r = i.getUniformLocation(e.glProgram, n.name);
                    if (t.extensions.isLocationActive(r)) {
                      o.push(e.glSamplerTextures[s]);
                      a.push(r);
                    }
                    if (void 0 === h[n.name]) {
                      let e = n.binding + l.samplerTextureOffsets[n.set] + u;
                      n.set === l.flexibleSet && (e -= c);
                      h[n.name] = e % t.capabilities.maxTextureUnits;
                      u += n.count - 1;
                    }
                  }
                  if (o.length) {
                    const s = [];
                    for (let e = 0; e < o.length; ++e) {
                      const i = o[e];
                      let n = h[i.name];
                      if (void 0 !== n) {
                        i.glLoc = a[e];
                        for (let e = 0; e < i.count; ++e) {
                          for (;s[n]; ) n = (n + 1) % t.capabilities.maxTextureUnits;
                          i.units.push(n);
                          s[n] = !0;
                        }
                      }
                    }
                    let n = 0;
                    for (let e = 0; e < o.length; ++e) {
                      const i = o[e];
                      if (!t.extensions.isLocationActive(i.glLoc)) {
                        i.glLoc = a[e];
                        for (let e = 0; e < i.count; ++e) {
                          for (;s[n]; ) n = (n + 1) % t.capabilities.maxTextureUnits;
                          void 0 === h[i.name] && (h[i.name] = n);
                          i.units.push(n);
                          s[n] = !0;
                        }
                      }
                    }
                    t.stateCache.glProgram !== e.glProgram && i.useProgram(e.glProgram);
                    for (let t = 0; t < o.length; t++) {
                      const e = o[t];
                      e.glUnits = new Int32Array(e.units);
                      i.uniform1iv(e.glLoc, e.glUnits);
                    }
                    t.stateCache.glProgram !== e.glProgram && i.useProgram(t.stateCache.glProgram);
                  }
                  for (let t = 0; t < e.glBlocks.length; ) if (e.glBlocks[t].glActiveUniforms.length) t++; else {
                    e.glBlocks[t] = e.glBlocks[e.glBlocks.length - 1];
                    e.glBlocks.length--;
                  }
                  e.glSamplerTextures = o;
                }(W6.instance, this._gpuShader);
                return this._gpuShader;
              }
              initialize(t) {
                this._name = t.name;
                this._stages = t.stages;
                this._attributes = t.attributes;
                this._blocks = t.blocks;
                this._samplers = t.samplers;
                this._gpuShader = {
                  name: t.name,
                  blocks: t.blocks.slice(),
                  samplerTextures: t.samplerTextures.slice(),
                  subpassInputs: t.subpassInputs.slice(),
                  gpuStages: new Array(t.stages.length),
                  glProgram: null,
                  glInputs: [],
                  glUniforms: [],
                  glBlocks: [],
                  glSamplerTextures: []
                };
                for (let e = 0; e < t.stages.length; ++e) {
                  const i = t.stages[e];
                  this._gpuShader.gpuStages[e] = {
                    type: i.stage,
                    source: i.source,
                    glShader: null
                  };
                }
              }
              destroy() {
                if (this._gpuShader) {
                  !function(t, e) {
                    if (e.glProgram) {
                      const {gl: i} = t;
                      if (!t.extensions.destroyShadersImmediately) for (let t = 0; t < e.gpuStages.length; t++) {
                        const s = e.gpuStages[t];
                        if (s.glShader) {
                          i.detachShader(e.glProgram, s.glShader);
                          i.deleteShader(s.glShader);
                          s.glShader = null;
                        }
                      }
                      i.deleteProgram(e.glProgram);
                      if (t.stateCache.glProgram === e.glProgram) {
                        t.gl.useProgram(null);
                        t.stateCache.glProgram = null;
                      }
                      e.glProgram = null;
                    }
                  }(W6.instance, this._gpuShader);
                  this._gpuShader = null;
                }
              }
            }
            class U7 {
              constructor() {
                this.glArrayBuffer = null;
                this.glElementArrayBuffer = null;
                this.glVAO = null;
                this.texUnit = 0;
                this.glTexUnits = [];
                this.glRenderbuffer = null;
                this.glFramebuffer = null;
                this.viewport = new fn;
                this.scissorRect = new hn(0, 0, 0, 0);
                this.rs = new Cr;
                this.dss = new wr;
                this.bs = new Ir;
                this.glProgram = null;
                this.glEnabledAttribLocs = [];
                this.glCurrentAttribLocs = [];
                this.texUnitCacheMap = {};
              }
              initialize(t, e) {
                for (let e = 0; e < t; ++e) this.glTexUnits.push({
                  glTexture: null
                });
                this.glEnabledAttribLocs.length = e;
                this.glEnabledAttribLocs.fill(!1);
                this.glCurrentAttribLocs.length = e;
                this.glCurrentAttribLocs.fill(!1);
              }
            }
            class G7 extends Yr {
              constructor(...t) {
                super(...t);
                this._gpuTexture = null;
                this._lodLevel = 0;
              }
              get gpuTexture() {
                return this._gpuTexture;
              }
              get lodLevel() {
                return this._lodLevel;
              }
              initialize(t, e) {
                let i = t;
                const s = t;
                if ("texture" in t) {
                  i = s.texture.info;
                  this._isTextureView = !0;
                }
                this._info.copy(i);
                this._isPowerOf2 = fr(this._info.width) && fr(this._info.height);
                this._size = yr(this._info.format, this.width, this.height, this.depth, this._info.levelCount) * this._info.layerCount;
                if (this._isTextureView) {
                  this._viewInfo.copy(s);
                  this._lodLevel = s.baseLevel;
                  this._gpuTexture = s.texture._gpuTexture;
                } else {
                  this._gpuTexture = {
                    type: i.type,
                    format: i.format,
                    usage: i.usage,
                    width: i.width,
                    height: i.height,
                    depth: i.depth,
                    size: this._size,
                    arrayLayer: i.layerCount,
                    mipLevel: i.levelCount,
                    samples: i.samples,
                    flags: i.flags,
                    isPowerOf2: this._isPowerOf2,
                    glTarget: 0,
                    glInternalFmt: 0,
                    glFormat: 0,
                    glType: 0,
                    glUsage: 0,
                    glTexture: null,
                    glRenderbuffer: null,
                    glWrapS: 0,
                    glWrapT: 0,
                    glMinFilter: 0,
                    glMagFilter: 0,
                    isSwapchainTexture: e || !1
                  };
                  _7(W6.instance, this._gpuTexture);
                  W6.instance.memoryStatus.textureSize += this._size;
                  this._viewInfo.texture = this;
                  this._viewInfo.type = t.type;
                  this._viewInfo.format = t.format;
                  this._viewInfo.baseLevel = 0;
                  this._viewInfo.levelCount = t.levelCount;
                  this._viewInfo.baseLayer = 0;
                  this._viewInfo.layerCount = t.layerCount;
                }
              }
              destroy() {
                if (!this._isTextureView && this._gpuTexture) {
                  !function(t, e) {
                    const {gl: i} = t;
                    if (e.glTexture) {
                      const s = t.stateCache.glTexUnits;
                      let n = t.stateCache.texUnit;
                      i.deleteTexture(e.glTexture);
                      for (let t = 0; t < s.length; t++) if (s[t].glTexture === e.glTexture) {
                        i.activeTexture(i.TEXTURE0 + t);
                        n = t;
                        i.bindTexture(e.glTarget, null);
                        s[t].glTexture = null;
                      }
                      t.stateCache.texUnit = n;
                      e.glTexture = null;
                    }
                    if (e.glRenderbuffer) {
                      let s = t.stateCache.glRenderbuffer;
                      i.deleteRenderbuffer(e.glRenderbuffer);
                      if (s === e.glRenderbuffer) {
                        i.bindRenderbuffer(i.RENDERBUFFER, null);
                        s = null;
                      }
                      e.glRenderbuffer = null;
                    }
                  }(W6.instance, this._gpuTexture);
                  W6.instance.memoryStatus.textureSize -= this._size;
                  this._gpuTexture = null;
                }
              }
              resize(t, e) {
                if (this._info.width === t && this._info.height === e) return;
                this._info.levelCount === G7.getLevelCount(this._info.width, this._info.height) ? this._info.levelCount = G7.getLevelCount(t, e) : this._info.levelCount > 1 && (this._info.levelCount = Math.min(this._info.levelCount, G7.getLevelCount(t, e)));
                const i = this._size;
                this._info.width = t;
                this._info.height = e;
                this._size = yr(this._info.format, this.width, this.height, this.depth, this._info.levelCount) * this._info.layerCount;
                if (!this._isTextureView && this._gpuTexture) {
                  this._gpuTexture.width = t;
                  this._gpuTexture.height = e;
                  this._gpuTexture.size = this._size;
                  !function(t, e) {
                    if (!e.size) return;
                    const {gl: i} = t;
                    let s = e.width;
                    let n = e.height;
                    switch (e.type) {
                     case xs.TEX2D:
                      {
                        e.glTarget = i.TEXTURE_2D;
                        const r = Math.max(s, n);
                        r > t.capabilities.maxTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                        if (e.glRenderbuffer) {
                          if (t.stateCache.glRenderbuffer !== e.glRenderbuffer) {
                            i.bindRenderbuffer(i.RENDERBUFFER, e.glRenderbuffer);
                            t.stateCache.glRenderbuffer = e.glRenderbuffer;
                          }
                          i.renderbufferStorage(i.RENDERBUFFER, e.glInternalFmt, s, n);
                        } else if (e.glTexture) {
                          const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                          if (r.glTexture !== e.glTexture) {
                            i.bindTexture(i.TEXTURE_2D, e.glTexture);
                            r.glTexture = e.glTexture;
                          }
                          if (ur[e.format].isCompressed) for (let t = 0; t < e.mipLevel; ++t) {
                            const r = gr(e.format, s, n, 1);
                            const o = new Uint8Array(r);
                            i.compressedTexImage2D(i.TEXTURE_2D, t, e.glInternalFmt, s, n, 0, o);
                            s = Math.max(1, s >> 1);
                            n = Math.max(1, n >> 1);
                          } else for (let t = 0; t < e.mipLevel; ++t) {
                            i.texImage2D(i.TEXTURE_2D, t, e.glInternalFmt, s, n, 0, e.glFormat, e.glType, null);
                            s = Math.max(1, s >> 1);
                            n = Math.max(1, n >> 1);
                          }
                        }
                        break;
                      }

                     case xs.CUBE:
                      {
                        e.glTarget = i.TEXTURE_CUBE_MAP;
                        const r = Math.max(s, n);
                        r > t.capabilities.maxCubeMapTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                        const o = t.stateCache.glTexUnits[t.stateCache.texUnit];
                        if (o.glTexture !== e.glTexture) {
                          i.bindTexture(i.TEXTURE_CUBE_MAP, e.glTexture);
                          o.glTexture = e.glTexture;
                        }
                        if (ur[e.format].isCompressed) for (let t = 0; t < 6; ++t) {
                          s = e.width;
                          n = e.height;
                          for (let r = 0; r < e.mipLevel; ++r) {
                            const o = gr(e.format, s, n, 1);
                            const a = new Uint8Array(o);
                            i.compressedTexImage2D(i.TEXTURE_CUBE_MAP_POSITIVE_X + t, r, e.glInternalFmt, s, n, 0, a);
                            s = Math.max(1, s >> 1);
                            n = Math.max(1, n >> 1);
                          }
                        } else for (let t = 0; t < 6; ++t) {
                          s = e.width;
                          n = e.height;
                          for (let r = 0; r < e.mipLevel; ++r) {
                            i.texImage2D(i.TEXTURE_CUBE_MAP_POSITIVE_X + t, r, e.glInternalFmt, s, n, 0, e.glFormat, e.glType, null);
                            s = Math.max(1, s >> 1);
                            n = Math.max(1, n >> 1);
                          }
                        }
                        break;
                      }

                     default:
                      console.error("Unsupported TextureType, create texture failed.");
                      e.type = xs.TEX2D;
                      e.glTarget = i.TEXTURE_2D;
                    }
                  }(W6.instance, this._gpuTexture);
                  W6.instance.memoryStatus.textureSize -= i;
                  W6.instance.memoryStatus.textureSize += this._size;
                }
              }
              initAsSwapchainTexture(t) {
                const e = new xn;
                e.format = t.format;
                e.usage = ur[t.format].hasDepth ? ws.DEPTH_STENCIL_ATTACHMENT : ws.COLOR_ATTACHMENT;
                e.width = t.width;
                e.height = t.height;
                this.initialize(e, !0);
              }
            }
            const z7 = "webglcontextlost";
            function H7(t, e) {
              const i = [ "", "WEBKIT_", "MOZ_" ];
              for (let s = 0; s < i.length; ++s) {
                const n = t.getExtension(i[s] + e);
                if (n) return n;
              }
              return null;
            }
            function j7(t) {
              const e = {
                EXT_texture_filter_anisotropic: H7(t, "EXT_texture_filter_anisotropic"),
                EXT_blend_minmax: H7(t, "EXT_blend_minmax"),
                EXT_frag_depth: H7(t, "EXT_frag_depth"),
                EXT_shader_texture_lod: H7(t, "EXT_shader_texture_lod"),
                EXT_sRGB: H7(t, "EXT_sRGB"),
                OES_vertex_array_object: H7(t, "OES_vertex_array_object"),
                EXT_color_buffer_half_float: H7(t, "EXT_color_buffer_half_float"),
                WEBGL_color_buffer_float: H7(t, "WEBGL_color_buffer_float"),
                WEBGL_compressed_texture_etc1: H7(t, "WEBGL_compressed_texture_etc1"),
                WEBGL_compressed_texture_etc: H7(t, "WEBGL_compressed_texture_etc"),
                WEBGL_compressed_texture_pvrtc: H7(t, "WEBGL_compressed_texture_pvrtc"),
                WEBGL_compressed_texture_s3tc: H7(t, "WEBGL_compressed_texture_s3tc"),
                WEBGL_compressed_texture_s3tc_srgb: H7(t, "WEBGL_compressed_texture_s3tc_srgb"),
                WEBGL_debug_shaders: H7(t, "WEBGL_debug_shaders"),
                WEBGL_draw_buffers: H7(t, "WEBGL_draw_buffers"),
                WEBGL_lose_context: H7(t, "WEBGL_lose_context"),
                WEBGL_depth_texture: H7(t, "WEBGL_depth_texture"),
                OES_texture_half_float: H7(t, "OES_texture_half_float"),
                OES_texture_half_float_linear: H7(t, "OES_texture_half_float_linear"),
                OES_texture_float: H7(t, "OES_texture_float"),
                OES_texture_float_linear: H7(t, "OES_texture_float_linear"),
                OES_standard_derivatives: H7(t, "OES_standard_derivatives"),
                OES_element_index_uint: H7(t, "OES_element_index_uint"),
                ANGLE_instanced_arrays: H7(t, "ANGLE_instanced_arrays"),
                WEBGL_debug_renderer_info: H7(t, "WEBGL_debug_renderer_info"),
                WEBGL_multi_draw: null,
                WEBGL_compressed_texture_astc: null,
                destroyShadersImmediately: !0,
                noCompressedTexSubImage2D: !1,
                isLocationActive: t => !!t,
                useVAO: !1
              };
              Po.os === Ro.IOS && 14 === Po.osMainVersion && Po.isBrowser || (e.WEBGL_compressed_texture_astc = H7(t, "WEBGL_compressed_texture_astc"));
              Po.os !== Ro.ABC && Po.os !== Ro.IOS && (e.WEBGL_multi_draw = H7(t, "WEBGL_multi_draw"));
              Po.browserType === Co.UC && (e.ANGLE_instanced_arrays = null);
              Po.os === Ro.IOS && Po.osMainVersion <= 10 && (e.destroyShadersImmediately = !1);
              e.OES_vertex_array_object && (e.useVAO = !0);
              return e;
            }
            class X7 extends Lr {
              constructor(...t) {
                super(...t);
                this.stateCache = new U7;
                this.cmdAllocator = new x7;
                this.nullTex2D = null;
                this.nullTexCube = null;
                this._canvas = null;
                this._webGLContextLostHandler = null;
                this._extensions = null;
              }
              get extensions() {
                return this._extensions;
              }
              initialize(t) {
                this._canvas = t.windowHandle;
                this._webGLContextLostHandler = this._onWebGLContextLost.bind(this);
                this._canvas.addEventListener(z7, this._onWebGLContextLost);
                const e = W6.instance.gl;
                this.stateCache.initialize(W6.instance.capabilities.maxTextureUnits, W6.instance.capabilities.maxVertexAttributes);
                this._extensions = j7(e);
                !function(t) {
                  t.activeTexture(t.TEXTURE0);
                  t.pixelStorei(t.PACK_ALIGNMENT, 1);
                  t.pixelStorei(t.UNPACK_ALIGNMENT, 1);
                  t.pixelStorei(t.UNPACK_FLIP_Y_WEBGL, !1);
                  t.bindFramebuffer(t.FRAMEBUFFER, null);
                  t.enable(t.SCISSOR_TEST);
                  t.enable(t.CULL_FACE);
                  t.cullFace(t.BACK);
                  t.frontFace(t.CCW);
                  t.disable(t.POLYGON_OFFSET_FILL);
                  t.polygonOffset(0, 0);
                  t.enable(t.DEPTH_TEST);
                  t.depthMask(!0);
                  t.depthFunc(t.LESS);
                  t.depthRange(0, 1);
                  t.stencilFuncSeparate(t.FRONT, t.ALWAYS, 1, 65535);
                  t.stencilOpSeparate(t.FRONT, t.KEEP, t.KEEP, t.KEEP);
                  t.stencilMaskSeparate(t.FRONT, 65535);
                  t.stencilFuncSeparate(t.BACK, t.ALWAYS, 1, 65535);
                  t.stencilOpSeparate(t.BACK, t.KEEP, t.KEEP, t.KEEP);
                  t.stencilMaskSeparate(t.BACK, 65535);
                  t.disable(t.STENCIL_TEST);
                  t.disable(t.SAMPLE_ALPHA_TO_COVERAGE);
                  t.disable(t.BLEND);
                  t.blendEquationSeparate(t.FUNC_ADD, t.FUNC_ADD);
                  t.blendFuncSeparate(t.ONE, t.ZERO, t.ONE, t.ZERO);
                  t.colorMask(!0, !0, !0, !0);
                  t.blendColor(0, 0, 0, 0);
                }(e);
                const i = bs.RGBA8;
                let s = bs.DEPTH_STENCIL;
                let n = e.getParameter(e.DEPTH_BITS);
                const r = e.getParameter(e.STENCIL_BITS);
                n && r ? s = bs.DEPTH_STENCIL : n && (s = bs.DEPTH);
                this._colorTexture = new G7;
                this._colorTexture.initAsSwapchainTexture({
                  swapchain: this,
                  format: i,
                  width: t.width,
                  height: t.height
                });
                this._depthStencilTexture = new G7;
                this._depthStencilTexture.initAsSwapchainTexture({
                  swapchain: this,
                  format: s,
                  width: t.width,
                  height: t.height
                });
                this.nullTex2D = W6.instance.createTexture(new xn(xs.TEX2D, ws.SAMPLED, bs.RGBA8, 2, 2, Rs.GEN_MIPMAP));
                this.nullTexCube = W6.instance.createTexture(new xn(xs.CUBE, ws.SAMPLED, bs.RGBA8, 2, 2, Rs.GEN_MIPMAP, 6));
                const o = new mn;
                o.texExtent.width = 2;
                o.texExtent.height = 2;
                const a = new Uint8Array(this.nullTex2D.size);
                a.fill(0);
                W6.instance.copyBuffersToTexture([ a ], this.nullTex2D, [ o ]);
                o.texSubres.layerCount = 6;
                W6.instance.copyBuffersToTexture([ a, a, a, a, a, a ], this.nullTexCube, [ o ]);
              }
              destroy() {
                if (this._canvas && this._webGLContextLostHandler) {
                  this._canvas.removeEventListener(z7, this._webGLContextLostHandler);
                  this._webGLContextLostHandler = null;
                }
                if (this.nullTex2D) {
                  this.nullTex2D.destroy();
                  this.nullTex2D = null;
                }
                if (this.nullTexCube) {
                  this.nullTexCube.destroy();
                  this.nullTexCube = null;
                }
                this._extensions = null;
                this._canvas = null;
              }
              resize(t, e, i) {
                if (this._colorTexture.width !== t || this._colorTexture.height !== e) {
                  R(`Resizing swapchain: ${t}x${e}`);
                  this._canvas.width = t;
                  this._canvas.height = e;
                  this._colorTexture.resize(t, e);
                  this._depthStencilTexture.resize(t, e);
                }
              }
              _onWebGLContextLost(t) {
                N(11e3);
                C(t);
              }
            }
            class W7 extends hr {
              get info() {
                return this._info;
              }
              get hash() {
                return this._hash;
              }
              constructor(t, e) {
                super(ps.BUFFER_BARRIER);
                this._info = new qn;
                this._hash = 0;
                this._info.copy(t);
                this._hash = e;
              }
              static computeHash(t) {
                let e = `${t.prevAccesses} ${t.nextAccesses}`;
                e += t.type;
                e += t.offset;
                e += t.size;
                e += t.discardContents;
                e += t.srcQueue ? t.srcQueue.type : 0;
                e += t.dstQueue ? t.dstQueue.type : 0;
                return Ur(e, 666);
              }
            }
            class Y7 extends Nr {
              constructor(...t) {
                super(...t);
                this._swapchain = null;
                this._context = null;
                this._bindingMappings = null;
                this._textureExclusive = new Array(bs.COUNT);
              }
              get gl() {
                return this._context;
              }
              get extensions() {
                return this._swapchain.extensions;
              }
              get stateCache() {
                return this._swapchain.stateCache;
              }
              get nullTex2D() {
                return this._swapchain.nullTex2D;
              }
              get nullTexCube() {
                return this._swapchain.nullTexCube;
              }
              get textureExclusive() {
                return this._textureExclusive;
              }
              get bindingMappings() {
                return this._bindingMappings;
              }
              initialize(t) {
                W6.setInstance(this);
                this._gfxAPI = fs.WEBGL;
                const e = this._bindingMappingInfo = t.bindingMappingInfo;
                const i = [];
                const s = [];
                const n = e.setIndices[0];
                i[n] = 0;
                s[n] = 0;
                for (let t = 1; t < e.setIndices.length; ++t) {
                  const n = e.setIndices[t];
                  const r = e.setIndices[t - 1];
                  i[n] = e.maxBlockCounts[r] + i[r];
                  s[n] = e.maxSamplerTextureCounts[r] + s[r];
                }
                for (let t = 0; t < e.setIndices.length; ++t) {
                  const i = e.setIndices[t];
                  s[i] -= e.maxBlockCounts[i];
                }
                this._bindingMappings = {
                  blockOffsets: i,
                  samplerTextureOffsets: s,
                  flexibleSet: e.setIndices[e.setIndices.length - 1]
                };
                const r = this._context = function(t) {
                  let e = null;
                  try {
                    const i = {
                      alpha: pe.ENABLE_TRANSPARENT_CANVAS,
                      antialias: pe.ENABLE_WEBGL_ANTIALIAS,
                      depth: !0,
                      stencil: !0,
                      premultipliedAlpha: !1,
                      preserveDrawingBuffer: !1,
                      powerPreference: "default",
                      failIfMajorPerformanceCaveat: !1
                    };
                    e = t.getContext("webgl", i);
                  } catch (t) {
                    return null;
                  }
                  return e;
                }(Nr.canvas);
                if (!r) {
                  console.error("This device does not support WebGL.");
                  return !1;
                }
                this._queue = this.createQueue(new ir(Qs.GRAPHICS));
                this._cmdBuff = this.createCommandBuffer(new er(this._queue));
                this._caps.maxVertexAttributes = r.getParameter(r.MAX_VERTEX_ATTRIBS);
                this._caps.maxVertexUniformVectors = r.getParameter(r.MAX_VERTEX_UNIFORM_VECTORS);
                this._caps.maxFragmentUniformVectors = r.getParameter(r.MAX_FRAGMENT_UNIFORM_VECTORS);
                this._caps.maxTextureUnits = r.getParameter(r.MAX_TEXTURE_IMAGE_UNITS);
                this._caps.maxVertexTextureUnits = r.getParameter(r.MAX_VERTEX_TEXTURE_IMAGE_UNITS);
                this._caps.maxTextureSize = r.getParameter(r.MAX_TEXTURE_SIZE);
                this._caps.maxCubeMapTextureSize = r.getParameter(r.MAX_CUBE_MAP_TEXTURE_SIZE);
                this._caps.maxUniformBufferBindings = 16;
                const o = r.getSupportedExtensions();
                let a = "";
                if (o) for (const t of o) a += `${t} `;
                const l = j7(r);
                if (l.WEBGL_debug_renderer_info) {
                  this._renderer = r.getParameter(l.WEBGL_debug_renderer_info.UNMASKED_RENDERER_WEBGL);
                  this._vendor = r.getParameter(l.WEBGL_debug_renderer_info.UNMASKED_VENDOR_WEBGL);
                } else {
                  this._renderer = r.getParameter(r.RENDERER);
                  this._vendor = r.getParameter(r.VENDOR);
                }
                const h = r.getParameter(r.VERSION);
                this._features.fill(!1);
                this.initFormatFeatures(l);
                l.EXT_blend_minmax && (this._features[ys.BLEND_MINMAX] = !0);
                l.OES_element_index_uint && (this._features[ys.ELEMENT_INDEX_UINT] = !0);
                l.ANGLE_instanced_arrays && (this._features[ys.INSTANCED_ARRAYS] = !0);
                l.WEBGL_draw_buffers && (this._features[ys.MULTIPLE_RENDER_TARGETS] = !0);
                let c = "";
                this.getFormatFeatures(bs.ETC_RGB8) && (c += "etc1 ");
                this.getFormatFeatures(bs.ETC2_RGB8) && (c += "etc2 ");
                this.getFormatFeatures(bs.BC1) && (c += "dxt ");
                this.getFormatFeatures(bs.PVRTC_RGB2) && (c += "pvrtc ");
                this.getFormatFeatures(bs.ASTC_RGBA_4X4) && (c += "astc ");
                R("WebGL device initialized.");
                R(`RENDERER: ${this._renderer}`);
                R(`VENDOR: ${this._vendor}`);
                R(`VERSION: ${h}`);
                R(`COMPRESSED_FORMAT: ${c}`);
                R(`EXTENSIONS: ${a}`);
                return !0;
              }
              destroy() {
                if (this._queue) {
                  this._queue.destroy();
                  this._queue = null;
                }
                if (this._cmdBuff) {
                  this._cmdBuff.destroy();
                  this._cmdBuff = null;
                }
                this._swapchain = null;
              }
              flushCommands(t) {}
              acquire(t) {}
              present() {
                const t = this._queue;
                this._numDrawCalls = t.numDrawCalls;
                this._numInstances = t.numInstances;
                this._numTris = t.numTris;
                t.clear();
              }
              initFormatFeatures(t) {
                this._formatFeatures.fill(Is.NONE);
                this._textureExclusive.fill(!0);
                const e = Is.RENDER_TARGET | Is.SAMPLED_TEXTURE | Is.LINEAR_FILTER;
                this._formatFeatures[bs.RGB8] = e;
                this._formatFeatures[bs.R5G6B5] = e;
                this._textureExclusive[bs.R5G6B5] = !1;
                this._formatFeatures[bs.RGBA8] = e;
                this._formatFeatures[bs.RGBA4] = e;
                this._textureExclusive[bs.RGBA4] = !1;
                this._formatFeatures[bs.RGB5A1] = e;
                this._textureExclusive[bs.RGB5A1] = !1;
                this._formatFeatures[bs.DEPTH] = Is.RENDER_TARGET;
                this._textureExclusive[bs.DEPTH] = !1;
                this._formatFeatures[bs.DEPTH_STENCIL] = Is.RENDER_TARGET;
                this._textureExclusive[bs.DEPTH_STENCIL] = !1;
                this._formatFeatures[bs.R8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RG8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGB8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGBA8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RG8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGB8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGBA8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RG8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGB8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGBA8I] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RG8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGB8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGBA8UI] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R32F] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RG32F] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGB32F] |= Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.RGBA32F] |= Is.VERTEX_ATTRIBUTE;
                if (t.EXT_sRGB) {
                  this._formatFeatures[bs.SRGB8] = e;
                  this._formatFeatures[bs.SRGB8_A8] = e;
                  this._textureExclusive[bs.SRGB8_A8] = !1;
                }
                if (t.WEBGL_depth_texture) {
                  this._formatFeatures[bs.DEPTH] |= e;
                  this._formatFeatures[bs.DEPTH_STENCIL] |= e;
                }
                if (t.WEBGL_color_buffer_float) {
                  this._formatFeatures[bs.RGB32F] |= Is.RENDER_TARGET;
                  this._formatFeatures[bs.RGBA32F] |= Is.RENDER_TARGET;
                  this._textureExclusive[bs.RGB32F] = !1;
                  this._textureExclusive[bs.RGBA32F] = !1;
                }
                if (t.EXT_color_buffer_half_float) {
                  this._formatFeatures[bs.RGB16F] |= Is.RENDER_TARGET;
                  this._formatFeatures[bs.RGBA16F] |= Is.RENDER_TARGET;
                  this._textureExclusive[bs.RGB16F] = !1;
                  this._textureExclusive[bs.RGBA16F] = !1;
                }
                if (t.OES_texture_float) {
                  this._formatFeatures[bs.RGB32F] |= Is.RENDER_TARGET | Is.SAMPLED_TEXTURE;
                  this._formatFeatures[bs.RGBA32F] |= Is.RENDER_TARGET | Is.SAMPLED_TEXTURE;
                }
                if (t.OES_texture_half_float) {
                  this._formatFeatures[bs.RGB16F] |= Is.RENDER_TARGET | Is.SAMPLED_TEXTURE;
                  this._formatFeatures[bs.RGBA16F] |= Is.RENDER_TARGET | Is.SAMPLED_TEXTURE;
                }
                if (t.OES_texture_float_linear) {
                  this._formatFeatures[bs.RGB32F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.RGBA32F] |= Is.LINEAR_FILTER;
                }
                if (t.OES_texture_half_float_linear) {
                  this._formatFeatures[bs.RGB16F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.RGBA16F] |= Is.LINEAR_FILTER;
                }
                const i = Is.SAMPLED_TEXTURE | Is.LINEAR_FILTER;
                t.WEBGL_compressed_texture_etc1 && (this._formatFeatures[bs.ETC_RGB8] = i);
                if (t.WEBGL_compressed_texture_etc) {
                  this._formatFeatures[bs.ETC2_RGB8] = i;
                  this._formatFeatures[bs.ETC2_RGBA8] = i;
                  this._formatFeatures[bs.ETC2_SRGB8] = i;
                  this._formatFeatures[bs.ETC2_SRGB8_A8] = i;
                  this._formatFeatures[bs.ETC2_RGB8_A1] = i;
                  this._formatFeatures[bs.ETC2_SRGB8_A1] = i;
                }
                if (t.WEBGL_compressed_texture_s3tc) {
                  this._formatFeatures[bs.BC1] = i;
                  this._formatFeatures[bs.BC1_ALPHA] = i;
                  this._formatFeatures[bs.BC1_SRGB] = i;
                  this._formatFeatures[bs.BC1_SRGB_ALPHA] = i;
                  this._formatFeatures[bs.BC2] = i;
                  this._formatFeatures[bs.BC2_SRGB] = i;
                  this._formatFeatures[bs.BC3] = i;
                  this._formatFeatures[bs.BC3_SRGB] = i;
                }
                if (t.WEBGL_compressed_texture_pvrtc) {
                  this._formatFeatures[bs.PVRTC_RGB2] |= i;
                  this._formatFeatures[bs.PVRTC_RGBA2] |= i;
                  this._formatFeatures[bs.PVRTC_RGB4] |= i;
                  this._formatFeatures[bs.PVRTC_RGBA4] |= i;
                }
                if (t.WEBGL_compressed_texture_astc) {
                  this._formatFeatures[bs.ASTC_RGBA_4X4] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_5X4] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_5X5] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_6X5] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_6X6] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_8X5] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_8X6] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_8X8] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_10X5] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_10X6] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_10X8] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_10X10] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_12X10] |= i;
                  this._formatFeatures[bs.ASTC_RGBA_12X12] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_4X4] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_5X4] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_5X5] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_6X5] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_6X6] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_8X5] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_8X6] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_8X8] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X5] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X6] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X8] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X10] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_12X10] |= i;
                  this._formatFeatures[bs.ASTC_SRGBA_12X12] |= i;
                }
              }
              createCommandBuffer(t) {
                const e = new (t.type === tn.PRIMARY ? O7 : w7);
                e.initialize(t);
                return e;
              }
              createSwapchain(t) {
                const e = new X7;
                this._swapchain = e;
                e.initialize(t);
                return e;
              }
              createBuffer(t) {
                const e = new E7;
                e.initialize(t);
                return e;
              }
              createTexture(t) {
                const e = new G7;
                e.initialize(t);
                return e;
              }
              createDescriptorSet(t) {
                const e = new j6;
                e.initialize(t);
                return e;
              }
              createShader(t) {
                const e = new k7;
                e.initialize(t);
                return e;
              }
              createInputAssembler(t) {
                const e = new I7;
                e.initialize(t);
                return e;
              }
              createRenderPass(t) {
                const e = new L7;
                e.initialize(t);
                return e;
              }
              createFramebuffer(t) {
                const e = new R7;
                e.initialize(t);
                return e;
              }
              createDescriptorSetLayout(t) {
                const e = new M7;
                e.initialize(t);
                return e;
              }
              createPipelineLayout(t) {
                const e = new B7;
                e.initialize(t);
                return e;
              }
              createPipelineState(t) {
                const e = new P7;
                e.initialize(t);
                return e;
              }
              createQueue(t) {
                const e = new N7;
                e.initialize(t);
                return e;
              }
              getSampler(t) {
                const e = qr.computeHash(t);
                this._samplers.has(e) || this._samplers.set(e, new V7(t, e));
                return this._samplers.get(e);
              }
              getSwapchains() {
                return [ this._swapchain ];
              }
              getGeneralBarrier(t) {
                const e = Kr.computeHash(t);
                this._generalBarrierss.has(e) || this._generalBarrierss.set(e, new Kr(t, e));
                return this._generalBarrierss.get(e);
              }
              getTextureBarrier(t) {
                const e = Jr.computeHash(t);
                this._textureBarriers.has(e) || this._textureBarriers.set(e, new Jr(t, e));
                return this._textureBarriers.get(e);
              }
              getBufferBarrier(t) {
                const e = W7.computeHash(t);
                this._bufferBarriers.has(e) || this._bufferBarriers.set(e, new W7(t, e));
                return this._bufferBarriers.get(e);
              }
              copyBuffersToTexture(t, e, i) {
                T7(this, t, e.gpuTexture, i);
              }
              copyTextureToBuffers(t, e, i) {
                !function(t, e, i, s) {
                  const {gl: n} = t;
                  const r = t.stateCache;
                  const o = n.createFramebuffer();
                  n.bindFramebuffer(n.FRAMEBUFFER, o);
                  let a = 0;
                  let l = 0;
                  let h = 1;
                  let c = 1;
                  if (e.glTarget === n.TEXTURE_2D) for (let t = 0; t < s.length; t++) {
                    const r = s[t];
                    n.framebufferTexture2D(n.FRAMEBUFFER, n.COLOR_ATTACHMENT0, e.glTarget, e.glTexture, r.texSubres.mipLevel);
                    a = r.texOffset.x;
                    l = r.texOffset.y;
                    h = r.texExtent.width;
                    c = r.texExtent.height;
                    n.readPixels(a, l, h, c, e.glFormat, e.glType, i[t]);
                  } else console.error("Unsupported GL texture type, copy texture to buffers failed.");
                  n.bindFramebuffer(n.FRAMEBUFFER, null);
                  r.glFramebuffer = null;
                  n.deleteFramebuffer(o);
                }(this, t.gpuTexture, e, i);
              }
              copyTexImagesToTexture(t, e, i) {
                !function(t, e, i, s) {
                  const {gl: n} = t;
                  const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                  if (r.glTexture !== i.glTexture) {
                    n.bindTexture(i.glTarget, i.glTexture);
                    r.glTexture = i.glTexture;
                  }
                  let o = 0;
                  let a = 0;
                  switch (i.glTarget) {
                   case n.TEXTURE_2D:
                    for (let t = 0; t < s.length; t++) {
                      const r = s[t];
                      n.texSubImage2D(n.TEXTURE_2D, r.texSubres.mipLevel, r.texOffset.x, r.texOffset.y, i.glFormat, i.glType, e[o++]);
                    }
                    break;

                   case n.TEXTURE_CUBE_MAP:
                    for (let t = 0; t < s.length; t++) {
                      const r = s[t];
                      const l = r.texSubres.baseArrayLayer + r.texSubres.layerCount;
                      for (a = r.texSubres.baseArrayLayer; a < l; ++a) n.texSubImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, r.texSubres.mipLevel, r.texOffset.x, r.texOffset.y, i.glFormat, i.glType, e[o++]);
                    }
                    break;

                   default:
                    console.error("Unsupported GL texture type, copy buffer to texture failed.");
                  }
                  i.flags & Rs.GEN_MIPMAP && i.isPowerOf2 && n.generateMipmap(i.glTarget);
                }(this, t, e.gpuTexture, i);
              }
            }
            t("WebGLDevice", Y7);
            m.WebGLDevice = Y7;
            class q7 extends Dr {
              constructor(...t) {
                super(...t);
                this._gpuDescriptorSet = null;
              }
              get gpuDescriptorSet() {
                return this._gpuDescriptorSet;
              }
              initialize(t) {
                this._layout = t.layout;
                const {bindings: e, descriptorIndices: i, descriptorCount: s} = t.layout.gpuDescriptorSetLayout;
                this._buffers = Array(s).fill(null);
                this._textures = Array(s).fill(null);
                this._samplers = Array(s).fill(null);
                const n = [];
                this._gpuDescriptorSet = {
                  gpuDescriptors: n,
                  descriptorIndices: i
                };
                for (let t = 0; t < e.length; ++t) {
                  const i = e[t];
                  for (let t = 0; t < i.count; t++) n.push({
                    type: i.descriptorType,
                    gpuBuffer: null,
                    gpuTextureView: null,
                    gpuSampler: null
                  });
                }
              }
              destroy() {
                this._layout = null;
                this._gpuDescriptorSet = null;
              }
              update() {
                if (this._isDirty && this._gpuDescriptorSet) {
                  const t = this._gpuDescriptorSet.gpuDescriptors;
                  for (let e = 0; e < t.length; ++e) if (t[e].type & _r) this._buffers[e] && (t[e].gpuBuffer = this._buffers[e].gpuBuffer); else if (t[e].type & dr) {
                    this._textures[e] && (t[e].gpuTextureView = this._textures[e].gpuTextureView);
                    this._samplers[e] && (t[e].gpuSampler = this._samplers[e].gpuSampler);
                  }
                  this._isDirty = !1;
                }
              }
            }
            let K7;
            !function(t) {
              t[t.COMPRESSED_RGB_S3TC_DXT1_EXT = 33776] = "COMPRESSED_RGB_S3TC_DXT1_EXT";
              t[t.COMPRESSED_RGBA_S3TC_DXT1_EXT = 33777] = "COMPRESSED_RGBA_S3TC_DXT1_EXT";
              t[t.COMPRESSED_RGBA_S3TC_DXT3_EXT = 33778] = "COMPRESSED_RGBA_S3TC_DXT3_EXT";
              t[t.COMPRESSED_RGBA_S3TC_DXT5_EXT = 33779] = "COMPRESSED_RGBA_S3TC_DXT5_EXT";
              t[t.COMPRESSED_SRGB_S3TC_DXT1_EXT = 35916] = "COMPRESSED_SRGB_S3TC_DXT1_EXT";
              t[t.COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT = 35917] = "COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT";
              t[t.COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT = 35918] = "COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT";
              t[t.COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT = 35919] = "COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT";
              t[t.COMPRESSED_RGB_PVRTC_4BPPV1_IMG = 35840] = "COMPRESSED_RGB_PVRTC_4BPPV1_IMG";
              t[t.COMPRESSED_RGB_PVRTC_2BPPV1_IMG = 35841] = "COMPRESSED_RGB_PVRTC_2BPPV1_IMG";
              t[t.COMPRESSED_RGBA_PVRTC_4BPPV1_IMG = 35842] = "COMPRESSED_RGBA_PVRTC_4BPPV1_IMG";
              t[t.COMPRESSED_RGBA_PVRTC_2BPPV1_IMG = 35843] = "COMPRESSED_RGBA_PVRTC_2BPPV1_IMG";
              t[t.COMPRESSED_RGB_ETC1_WEBGL = 36196] = "COMPRESSED_RGB_ETC1_WEBGL";
              t[t.COMPRESSED_R11_EAC = 37488] = "COMPRESSED_R11_EAC";
              t[t.COMPRESSED_SIGNED_R11_EAC = 37489] = "COMPRESSED_SIGNED_R11_EAC";
              t[t.COMPRESSED_RG11_EAC = 37490] = "COMPRESSED_RG11_EAC";
              t[t.COMPRESSED_SIGNED_RG11_EAC = 37491] = "COMPRESSED_SIGNED_RG11_EAC";
              t[t.COMPRESSED_RGB8_ETC2 = 37492] = "COMPRESSED_RGB8_ETC2";
              t[t.COMPRESSED_SRGB8_ETC2 = 37493] = "COMPRESSED_SRGB8_ETC2";
              t[t.COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2 = 37494] = "COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2";
              t[t.COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2 = 37495] = "COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2";
              t[t.COMPRESSED_RGBA8_ETC2_EAC = 37496] = "COMPRESSED_RGBA8_ETC2_EAC";
              t[t.COMPRESSED_SRGB8_ALPHA8_ETC2_EAC = 37497] = "COMPRESSED_SRGB8_ALPHA8_ETC2_EAC";
              t[t.COMPRESSED_RGBA_ASTC_4x4_KHR = 37808] = "COMPRESSED_RGBA_ASTC_4x4_KHR";
              t[t.COMPRESSED_RGBA_ASTC_5x4_KHR = 37809] = "COMPRESSED_RGBA_ASTC_5x4_KHR";
              t[t.COMPRESSED_RGBA_ASTC_5x5_KHR = 37810] = "COMPRESSED_RGBA_ASTC_5x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_6x5_KHR = 37811] = "COMPRESSED_RGBA_ASTC_6x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_6x6_KHR = 37812] = "COMPRESSED_RGBA_ASTC_6x6_KHR";
              t[t.COMPRESSED_RGBA_ASTC_8x5_KHR = 37813] = "COMPRESSED_RGBA_ASTC_8x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_8x6_KHR = 37814] = "COMPRESSED_RGBA_ASTC_8x6_KHR";
              t[t.COMPRESSED_RGBA_ASTC_8x8_KHR = 37815] = "COMPRESSED_RGBA_ASTC_8x8_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x5_KHR = 37816] = "COMPRESSED_RGBA_ASTC_10x5_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x6_KHR = 37817] = "COMPRESSED_RGBA_ASTC_10x6_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x8_KHR = 37818] = "COMPRESSED_RGBA_ASTC_10x8_KHR";
              t[t.COMPRESSED_RGBA_ASTC_10x10_KHR = 37819] = "COMPRESSED_RGBA_ASTC_10x10_KHR";
              t[t.COMPRESSED_RGBA_ASTC_12x10_KHR = 37820] = "COMPRESSED_RGBA_ASTC_12x10_KHR";
              t[t.COMPRESSED_RGBA_ASTC_12x12_KHR = 37821] = "COMPRESSED_RGBA_ASTC_12x12_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR = 37840] = "COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR = 37841] = "COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR = 37842] = "COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR = 37843] = "COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR = 37844] = "COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR = 37845] = "COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR = 37846] = "COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR = 37847] = "COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR = 37848] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR = 37849] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR = 37850] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR = 37851] = "COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR = 37852] = "COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR";
              t[t.COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR = 37853] = "COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR";
            }(K7 || (K7 = {}));
            class J7 {
              static get instance() {
                return J7._instance;
              }
              static setInstance(t) {
                J7._instance = t;
              }
            }
            J7._instance = null;
            const Z7 = [ 10497, 33648, 33071, 33071 ];
            const Q7 = new Float32Array(4);
            function $7(t, e) {
              switch (t) {
               case bs.R8:
                return e.UNSIGNED_BYTE;

               case bs.R8SN:
                return e.BYTE;

               case bs.R8UI:
                return e.UNSIGNED_BYTE;

               case bs.R8I:
                return e.BYTE;

               case bs.R16F:
                return e.HALF_FLOAT;

               case bs.R16UI:
                return e.UNSIGNED_SHORT;

               case bs.R16I:
                return e.SHORT;

               case bs.R32F:
                return e.FLOAT;

               case bs.R32UI:
                return e.UNSIGNED_INT;

               case bs.R32I:
                return e.INT;

               case bs.RG8:
                return e.UNSIGNED_BYTE;

               case bs.RG8SN:
                return e.BYTE;

               case bs.RG8UI:
                return e.UNSIGNED_BYTE;

               case bs.RG8I:
                return e.BYTE;

               case bs.RG16F:
                return e.HALF_FLOAT;

               case bs.RG16UI:
                return e.UNSIGNED_SHORT;

               case bs.RG16I:
                return e.SHORT;

               case bs.RG32F:
                return e.FLOAT;

               case bs.RG32UI:
                return e.UNSIGNED_INT;

               case bs.RG32I:
                return e.INT;

               case bs.RGB8:
               case bs.SRGB8:
                return e.UNSIGNED_BYTE;

               case bs.RGB8SN:
                return e.BYTE;

               case bs.RGB8UI:
                return e.UNSIGNED_BYTE;

               case bs.RGB8I:
                return e.BYTE;

               case bs.RGB16F:
                return e.HALF_FLOAT;

               case bs.RGB16UI:
                return e.UNSIGNED_SHORT;

               case bs.RGB16I:
                return e.SHORT;

               case bs.RGB32F:
                return e.FLOAT;

               case bs.RGB32UI:
                return e.UNSIGNED_INT;

               case bs.RGB32I:
                return e.INT;

               case bs.BGRA8:
               case bs.RGBA8:
               case bs.SRGB8_A8:
                return e.UNSIGNED_BYTE;

               case bs.RGBA8SN:
                return e.BYTE;

               case bs.RGBA8UI:
                return e.UNSIGNED_BYTE;

               case bs.RGBA8I:
                return e.BYTE;

               case bs.RGBA16F:
                return e.HALF_FLOAT;

               case bs.RGBA16UI:
                return e.UNSIGNED_SHORT;

               case bs.RGBA16I:
                return e.SHORT;

               case bs.RGBA32F:
                return e.FLOAT;

               case bs.RGBA32UI:
                return e.UNSIGNED_INT;

               case bs.RGBA32I:
                return e.INT;

               case bs.R5G6B5:
                return e.UNSIGNED_SHORT_5_6_5;

               case bs.R11G11B10F:
                return e.UNSIGNED_INT_10F_11F_11F_REV;

               case bs.RGB5A1:
                return e.UNSIGNED_SHORT_5_5_5_1;

               case bs.RGBA4:
                return e.UNSIGNED_SHORT_4_4_4_4;

               case bs.RGB10A2:
               case bs.RGB10A2UI:
                return e.UNSIGNED_INT_2_10_10_10_REV;

               case bs.RGB9E5:
               case bs.DEPTH:
                return e.FLOAT;

               case bs.DEPTH_STENCIL:
                return e.UNSIGNED_INT_24_8;

               case bs.BC1:
               case bs.BC1_SRGB:
               case bs.BC2:
               case bs.BC2_SRGB:
               case bs.BC3:
               case bs.BC3_SRGB:
               case bs.BC4:
                return e.UNSIGNED_BYTE;

               case bs.BC4_SNORM:
                return e.BYTE;

               case bs.BC5:
                return e.UNSIGNED_BYTE;

               case bs.BC5_SNORM:
                return e.BYTE;

               case bs.BC6H_SF16:
               case bs.BC6H_UF16:
                return e.FLOAT;

               case bs.BC7:
               case bs.BC7_SRGB:
               case bs.ETC_RGB8:
               case bs.ETC2_RGB8:
               case bs.ETC2_SRGB8:
               case bs.ETC2_RGB8_A1:
               case bs.ETC2_SRGB8_A1:
               case bs.EAC_R11:
                return e.UNSIGNED_BYTE;

               case bs.EAC_R11SN:
                return e.BYTE;

               case bs.EAC_RG11:
                return e.UNSIGNED_BYTE;

               case bs.EAC_RG11SN:
                return e.BYTE;

               case bs.PVRTC_RGB2:
               case bs.PVRTC_RGBA2:
               case bs.PVRTC_RGB4:
               case bs.PVRTC_RGBA4:
               case bs.PVRTC2_2BPP:
               case bs.PVRTC2_4BPP:
               case bs.ASTC_RGBA_4X4:
               case bs.ASTC_RGBA_5X4:
               case bs.ASTC_RGBA_5X5:
               case bs.ASTC_RGBA_6X5:
               case bs.ASTC_RGBA_6X6:
               case bs.ASTC_RGBA_8X5:
               case bs.ASTC_RGBA_8X6:
               case bs.ASTC_RGBA_8X8:
               case bs.ASTC_RGBA_10X5:
               case bs.ASTC_RGBA_10X6:
               case bs.ASTC_RGBA_10X8:
               case bs.ASTC_RGBA_10X10:
               case bs.ASTC_RGBA_12X10:
               case bs.ASTC_RGBA_12X12:
               case bs.ASTC_SRGBA_4X4:
               case bs.ASTC_SRGBA_5X4:
               case bs.ASTC_SRGBA_5X5:
               case bs.ASTC_SRGBA_6X5:
               case bs.ASTC_SRGBA_6X6:
               case bs.ASTC_SRGBA_8X5:
               case bs.ASTC_SRGBA_8X6:
               case bs.ASTC_SRGBA_8X8:
               case bs.ASTC_SRGBA_10X5:
               case bs.ASTC_SRGBA_10X6:
               case bs.ASTC_SRGBA_10X8:
               case bs.ASTC_SRGBA_10X10:
               case bs.ASTC_SRGBA_12X10:
               case bs.ASTC_SRGBA_12X12:
               default:
                return e.UNSIGNED_BYTE;
              }
            }
            function t9(t, e) {
              switch (t) {
               case As.BOOL:
                return e.BOOL;

               case As.BOOL2:
                return e.BOOL_VEC2;

               case As.BOOL3:
                return e.BOOL_VEC3;

               case As.BOOL4:
                return e.BOOL_VEC4;

               case As.INT:
                return e.INT;

               case As.INT2:
                return e.INT_VEC2;

               case As.INT3:
                return e.INT_VEC3;

               case As.INT4:
                return e.INT_VEC4;

               case As.UINT:
                return e.UNSIGNED_INT;

               case As.FLOAT:
                return e.FLOAT;

               case As.FLOAT2:
                return e.FLOAT_VEC2;

               case As.FLOAT3:
                return e.FLOAT_VEC3;

               case As.FLOAT4:
                return e.FLOAT_VEC4;

               case As.MAT2:
                return e.FLOAT_MAT2;

               case As.MAT2X3:
                return e.FLOAT_MAT2x3;

               case As.MAT2X4:
                return e.FLOAT_MAT2x4;

               case As.MAT3X2:
                return e.FLOAT_MAT3x2;

               case As.MAT3:
                return e.FLOAT_MAT3;

               case As.MAT3X4:
                return e.FLOAT_MAT3x4;

               case As.MAT4X2:
                return e.FLOAT_MAT4x2;

               case As.MAT4X3:
                return e.FLOAT_MAT4x3;

               case As.MAT4:
                return e.FLOAT_MAT4;

               case As.SAMPLER2D:
                return e.SAMPLER_2D;

               case As.SAMPLER2D_ARRAY:
                return e.SAMPLER_2D_ARRAY;

               case As.SAMPLER3D:
                return e.SAMPLER_3D;

               case As.SAMPLER_CUBE:
                return e.SAMPLER_CUBE;

               default:
                console.error("Unsupported GLType, convert to GL type failed.");
                return As.UNKNOWN;
              }
            }
            function e9(t, e) {
              switch (t) {
               case e.BOOL:
                return As.BOOL;

               case e.BOOL_VEC2:
                return As.BOOL2;

               case e.BOOL_VEC3:
                return As.BOOL3;

               case e.BOOL_VEC4:
                return As.BOOL4;

               case e.INT:
                return As.INT;

               case e.INT_VEC2:
                return As.INT2;

               case e.INT_VEC3:
                return As.INT3;

               case e.INT_VEC4:
                return As.INT4;

               case e.UNSIGNED_INT:
                return As.UINT;

               case e.UNSIGNED_INT_VEC2:
                return As.UINT2;

               case e.UNSIGNED_INT_VEC3:
                return As.UINT3;

               case e.UNSIGNED_INT_VEC4:
                return As.UINT4;

               case e.FLOAT:
                return As.FLOAT;

               case e.FLOAT_VEC2:
                return As.FLOAT2;

               case e.FLOAT_VEC3:
                return As.FLOAT3;

               case e.FLOAT_VEC4:
                return As.FLOAT4;

               case e.FLOAT_MAT2:
                return As.MAT2;

               case e.FLOAT_MAT2x3:
                return As.MAT2X3;

               case e.FLOAT_MAT2x4:
                return As.MAT2X4;

               case e.FLOAT_MAT3x2:
                return As.MAT3X2;

               case e.FLOAT_MAT3:
                return As.MAT3;

               case e.FLOAT_MAT3x4:
                return As.MAT3X4;

               case e.FLOAT_MAT4x2:
                return As.MAT4X2;

               case e.FLOAT_MAT4x3:
                return As.MAT4X3;

               case e.FLOAT_MAT4:
                return As.MAT4;

               case e.SAMPLER_2D:
                return As.SAMPLER2D;

               case e.SAMPLER_2D_ARRAY:
                return As.SAMPLER2D_ARRAY;

               case e.SAMPLER_3D:
                return As.SAMPLER3D;

               case e.SAMPLER_CUBE:
                return As.SAMPLER_CUBE;

               default:
                console.error("Unsupported GLType, convert to Type failed.");
                return As.UNKNOWN;
              }
            }
            function i9(t, e) {
              switch (t) {
               case e.BOOL:
                return 4;

               case e.BOOL_VEC2:
                return 8;

               case e.BOOL_VEC3:
                return 12;

               case e.BOOL_VEC4:
                return 16;

               case e.INT:
                return 4;

               case e.INT_VEC2:
                return 8;

               case e.INT_VEC3:
                return 12;

               case e.INT_VEC4:
                return 16;

               case e.UNSIGNED_INT:
                return 4;

               case e.UNSIGNED_INT_VEC2:
                return 8;

               case e.UNSIGNED_INT_VEC3:
                return 12;

               case e.UNSIGNED_INT_VEC4:
                return 16;

               case e.FLOAT:
                return 4;

               case e.FLOAT_VEC2:
                return 8;

               case e.FLOAT_VEC3:
                return 12;

               case e.FLOAT_VEC4:
               case e.FLOAT_MAT2:
                return 16;

               case e.FLOAT_MAT2x3:
                return 24;

               case e.FLOAT_MAT2x4:
                return 32;

               case e.FLOAT_MAT3x2:
                return 24;

               case e.FLOAT_MAT3:
                return 36;

               case e.FLOAT_MAT3x4:
                return 48;

               case e.FLOAT_MAT4x2:
                return 32;

               case e.FLOAT_MAT4x3:
                return 48;

               case e.FLOAT_MAT4:
                return 64;

               case e.SAMPLER_2D:
               case e.SAMPLER_2D_ARRAY:
               case e.SAMPLER_2D_ARRAY_SHADOW:
               case e.SAMPLER_3D:
               case e.SAMPLER_CUBE:
               case e.INT_SAMPLER_2D:
               case e.INT_SAMPLER_2D_ARRAY:
               case e.INT_SAMPLER_3D:
               case e.INT_SAMPLER_CUBE:
               case e.UNSIGNED_INT_SAMPLER_2D:
               case e.UNSIGNED_INT_SAMPLER_2D_ARRAY:
               case e.UNSIGNED_INT_SAMPLER_3D:
               case e.UNSIGNED_INT_SAMPLER_CUBE:
                return 4;

               default:
                console.error("Unsupported GLType, get type failed.");
                return 0;
              }
            }
            function s9(t, e) {
              switch (t) {
               case e.FLOAT_MAT2:
               case e.FLOAT_MAT2x3:
               case e.FLOAT_MAT2x4:
                return 2;

               case e.FLOAT_MAT3x2:
               case e.FLOAT_MAT3:
               case e.FLOAT_MAT3x4:
                return 3;

               case e.FLOAT_MAT4x2:
               case e.FLOAT_MAT4x3:
               case e.FLOAT_MAT4:
                return 4;

               default:
                return 1;
              }
            }
            const n9 = [ 512, 513, 514, 515, 516, 517, 518, 519 ];
            const r9 = [ 0, 7680, 7681, 7682, 7683, 5386, 34055, 34056 ];
            const o9 = [ 32774, 32778, 32779, 32775, 32776 ];
            const a9 = [ 0, 1, 770, 772, 771, 773, 768, 774, 769, 775, 776, 32769, 32770, 32771, 32772 ];
            let l9;
            !function(t) {
              t[t.BEGIN_RENDER_PASS = 0] = "BEGIN_RENDER_PASS";
              t[t.END_RENDER_PASS = 1] = "END_RENDER_PASS";
              t[t.BIND_STATES = 2] = "BIND_STATES";
              t[t.DRAW = 3] = "DRAW";
              t[t.UPDATE_BUFFER = 4] = "UPDATE_BUFFER";
              t[t.COPY_BUFFER_TO_TEXTURE = 5] = "COPY_BUFFER_TO_TEXTURE";
              t[t.COUNT = 6] = "COUNT";
            }(l9 || (l9 = {}));
            class h9 {
              constructor(t) {
                this.cmdType = void 0;
                this.refCount = 0;
                this.cmdType = t;
              }
            }
            class c9 extends h9 {
              constructor() {
                super(l9.BEGIN_RENDER_PASS);
                this.gpuRenderPass = null;
                this.gpuFramebuffer = null;
                this.renderArea = new hn;
                this.clearColors = [];
                this.clearDepth = 1;
                this.clearStencil = 0;
              }
              clear() {
                this.gpuFramebuffer = null;
                this.clearColors.length = 0;
              }
            }
            class u9 extends h9 {
              constructor() {
                super(l9.BIND_STATES);
                this.gpuPipelineState = null;
                this.gpuInputAssembler = null;
                this.gpuDescriptorSets = [];
                this.dynamicOffsets = [];
                this.dynamicStates = new lr;
              }
              clear() {
                this.gpuPipelineState = null;
                this.gpuInputAssembler = null;
                this.gpuDescriptorSets.length = 0;
                this.dynamicOffsets.length = 0;
              }
            }
            class _9 extends h9 {
              constructor() {
                super(l9.DRAW);
                this.drawInfo = new vn;
              }
              clear() {}
            }
            class d9 extends h9 {
              constructor() {
                super(l9.UPDATE_BUFFER);
                this.gpuBuffer = null;
                this.buffer = null;
                this.offset = 0;
                this.size = 0;
              }
              clear() {
                this.gpuBuffer = null;
                this.buffer = null;
              }
            }
            class p9 extends h9 {
              constructor() {
                super(l9.COPY_BUFFER_TO_TEXTURE);
                this.gpuTexture = null;
                this.buffers = [];
                this.regions = [];
              }
              clear() {
                this.gpuTexture = null;
                this.buffers.length = 0;
                this.regions.length = 0;
              }
            }
            class m9 {
              constructor() {
                this.cmds = new eo(1);
                this.beginRenderPassCmds = new eo(1);
                this.bindStatesCmds = new eo(1);
                this.drawCmds = new eo(1);
                this.updateBufferCmds = new eo(1);
                this.copyBufferToTextureCmds = new eo(1);
              }
              clearCmds(t) {
                if (this.beginRenderPassCmds.length) {
                  t.beginRenderPassCmdPool.freeCmds(this.beginRenderPassCmds);
                  this.beginRenderPassCmds.clear();
                }
                if (this.bindStatesCmds.length) {
                  t.bindStatesCmdPool.freeCmds(this.bindStatesCmds);
                  this.bindStatesCmds.clear();
                }
                if (this.drawCmds.length) {
                  t.drawCmdPool.freeCmds(this.drawCmds);
                  this.drawCmds.clear();
                }
                if (this.updateBufferCmds.length) {
                  t.updateBufferCmdPool.freeCmds(this.updateBufferCmds);
                  this.updateBufferCmds.clear();
                }
                if (this.copyBufferToTextureCmds.length) {
                  t.copyBufferToTextureCmdPool.freeCmds(this.copyBufferToTextureCmds);
                  this.copyBufferToTextureCmds.clear();
                }
                this.cmds.clear();
              }
            }
            function f9(t, e, i, s, n) {
              if (e.usage & Ts.INDIRECT) {
                e.indirects.clearDraws();
                const t = i.drawInfos;
                for (let i = 0; i < t.length; ++i) e.indirects.setDrawInfo(s + i, t[i]);
              } else {
                const r = i;
                const {gl: o} = t;
                const a = t.stateCache;
                switch (e.glTarget) {
                 case o.ARRAY_BUFFER:
                  if (t.extensions.useVAO && a.glVAO) {
                    o.bindVertexArray(null);
                    a.glVAO = null;
                  }
                  b9.gpuInputAssembler = null;
                  if (a.glArrayBuffer !== e.glBuffer) {
                    o.bindBuffer(o.ARRAY_BUFFER, e.glBuffer);
                    a.glArrayBuffer = e.glBuffer;
                  }
                  n === r.byteLength ? o.bufferSubData(e.glTarget, s, r) : o.bufferSubData(e.glTarget, s, r.slice(0, n));
                  break;

                 case o.ELEMENT_ARRAY_BUFFER:
                  if (t.extensions.useVAO && a.glVAO) {
                    o.bindVertexArray(null);
                    a.glVAO = null;
                  }
                  b9.gpuInputAssembler = null;
                  if (a.glElementArrayBuffer !== e.glBuffer) {
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                    a.glElementArrayBuffer = e.glBuffer;
                  }
                  n === r.byteLength ? o.bufferSubData(e.glTarget, s, r) : o.bufferSubData(e.glTarget, s, r.slice(0, n));
                  break;

                 case o.UNIFORM_BUFFER:
                  if (a.glUniformBuffer !== e.glBuffer) {
                    o.bindBuffer(o.UNIFORM_BUFFER, e.glBuffer);
                    a.glUniformBuffer = e.glBuffer;
                  }
                  n === r.byteLength ? o.bufferSubData(e.glTarget, s, r) : o.bufferSubData(e.glTarget, s, new Float32Array(r, 0, n / 4));
                  break;

                 default:
                  console.error("Unsupported BufferType, update buffer failed.");
                }
              }
            }
            function g9(t, e) {
              const {gl: i} = t;
              e.glInternalFmt = function(t, e) {
                switch (t) {
                 case bs.A8:
                  return e.ALPHA;

                 case bs.L8:
                  return e.LUMINANCE;

                 case bs.LA8:
                  return e.LUMINANCE_ALPHA;

                 case bs.R8:
                  return e.R8;

                 case bs.R8SN:
                  return e.R8_SNORM;

                 case bs.R8UI:
                  return e.R8UI;

                 case bs.R8I:
                  return e.R8I;

                 case bs.RG8:
                  return e.RG8;

                 case bs.RG8SN:
                  return e.RG8_SNORM;

                 case bs.RG8UI:
                  return e.RG8UI;

                 case bs.RG8I:
                  return e.RG8I;

                 case bs.RGB8:
                  return e.RGB8;

                 case bs.RGB8SN:
                  return e.RGB8_SNORM;

                 case bs.RGB8UI:
                  return e.RGB8UI;

                 case bs.RGB8I:
                  return e.RGB8I;

                 case bs.BGRA8:
                 case bs.RGBA8:
                  return e.RGBA8;

                 case bs.RGBA8SN:
                  return e.RGBA8_SNORM;

                 case bs.RGBA8UI:
                  return e.RGBA8UI;

                 case bs.RGBA8I:
                  return e.RGBA8I;

                 case bs.R16I:
                  return e.R16I;

                 case bs.R16UI:
                  return e.R16UI;

                 case bs.R16F:
                  return e.R16F;

                 case bs.RG16I:
                  return e.RG16I;

                 case bs.RG16UI:
                  return e.RG16UI;

                 case bs.RG16F:
                  return e.RG16F;

                 case bs.RGB16I:
                  return e.RGB16I;

                 case bs.RGB16UI:
                  return e.RGB16UI;

                 case bs.RGB16F:
                  return e.RGB16F;

                 case bs.RGBA16I:
                  return e.RGBA16I;

                 case bs.RGBA16UI:
                  return e.RGBA16UI;

                 case bs.RGBA16F:
                  return e.RGBA16F;

                 case bs.R32I:
                  return e.R32I;

                 case bs.R32UI:
                  return e.R32UI;

                 case bs.R32F:
                  return e.R32F;

                 case bs.RG32I:
                  return e.RG32I;

                 case bs.RG32UI:
                  return e.RG32UI;

                 case bs.RG32F:
                  return e.RG32F;

                 case bs.RGB32I:
                  return e.RGB32I;

                 case bs.RGB32UI:
                  return e.RGB32UI;

                 case bs.RGB32F:
                  return e.RGB32F;

                 case bs.RGBA32I:
                  return e.RGBA32I;

                 case bs.RGBA32UI:
                  return e.RGBA32UI;

                 case bs.RGBA32F:
                  return e.RGBA32F;

                 case bs.R5G6B5:
                  return e.RGB565;

                 case bs.RGB5A1:
                  return e.RGB5_A1;

                 case bs.RGBA4:
                  return e.RGBA4;

                 case bs.SRGB8:
                  return e.SRGB8;

                 case bs.SRGB8_A8:
                  return e.SRGB8_ALPHA8;

                 case bs.RGB10A2:
                  return e.RGB10_A2;

                 case bs.RGB10A2UI:
                  return e.RGB10_A2UI;

                 case bs.R11G11B10F:
                  return e.R11F_G11F_B10F;

                 case bs.DEPTH:
                  return e.DEPTH_COMPONENT32F;

                 case bs.DEPTH_STENCIL:
                  return e.DEPTH24_STENCIL8;

                 case bs.BC1:
                  return K7.COMPRESSED_RGB_S3TC_DXT1_EXT;

                 case bs.BC1_ALPHA:
                  return K7.COMPRESSED_RGBA_S3TC_DXT1_EXT;

                 case bs.BC1_SRGB:
                  return K7.COMPRESSED_SRGB_S3TC_DXT1_EXT;

                 case bs.BC1_SRGB_ALPHA:
                  return K7.COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT;

                 case bs.BC2:
                  return K7.COMPRESSED_RGBA_S3TC_DXT3_EXT;

                 case bs.BC2_SRGB:
                  return K7.COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT;

                 case bs.BC3:
                  return K7.COMPRESSED_RGBA_S3TC_DXT5_EXT;

                 case bs.BC3_SRGB:
                  return K7.COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT;

                 case bs.ETC_RGB8:
                  return K7.COMPRESSED_RGB_ETC1_WEBGL;

                 case bs.ETC2_RGB8:
                  return K7.COMPRESSED_RGB8_ETC2;

                 case bs.ETC2_SRGB8:
                  return K7.COMPRESSED_SRGB8_ETC2;

                 case bs.ETC2_RGB8_A1:
                  return K7.COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2;

                 case bs.ETC2_SRGB8_A1:
                  return K7.COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2;

                 case bs.ETC2_RGBA8:
                  return K7.COMPRESSED_RGBA8_ETC2_EAC;

                 case bs.ETC2_SRGB8_A8:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ETC2_EAC;

                 case bs.EAC_R11:
                  return K7.COMPRESSED_R11_EAC;

                 case bs.EAC_R11SN:
                  return K7.COMPRESSED_SIGNED_R11_EAC;

                 case bs.EAC_RG11:
                  return K7.COMPRESSED_RG11_EAC;

                 case bs.EAC_RG11SN:
                  return K7.COMPRESSED_SIGNED_RG11_EAC;

                 case bs.PVRTC_RGB2:
                  return K7.COMPRESSED_RGB_PVRTC_2BPPV1_IMG;

                 case bs.PVRTC_RGBA2:
                  return K7.COMPRESSED_RGBA_PVRTC_2BPPV1_IMG;

                 case bs.PVRTC_RGB4:
                  return K7.COMPRESSED_RGB_PVRTC_4BPPV1_IMG;

                 case bs.PVRTC_RGBA4:
                  return K7.COMPRESSED_RGBA_PVRTC_4BPPV1_IMG;

                 case bs.ASTC_RGBA_4X4:
                  return K7.COMPRESSED_RGBA_ASTC_4x4_KHR;

                 case bs.ASTC_RGBA_5X4:
                  return K7.COMPRESSED_RGBA_ASTC_5x4_KHR;

                 case bs.ASTC_RGBA_5X5:
                  return K7.COMPRESSED_RGBA_ASTC_5x5_KHR;

                 case bs.ASTC_RGBA_6X5:
                  return K7.COMPRESSED_RGBA_ASTC_6x5_KHR;

                 case bs.ASTC_RGBA_6X6:
                  return K7.COMPRESSED_RGBA_ASTC_6x6_KHR;

                 case bs.ASTC_RGBA_8X5:
                  return K7.COMPRESSED_RGBA_ASTC_8x5_KHR;

                 case bs.ASTC_RGBA_8X6:
                  return K7.COMPRESSED_RGBA_ASTC_8x6_KHR;

                 case bs.ASTC_RGBA_8X8:
                  return K7.COMPRESSED_RGBA_ASTC_8x8_KHR;

                 case bs.ASTC_RGBA_10X5:
                  return K7.COMPRESSED_RGBA_ASTC_10x5_KHR;

                 case bs.ASTC_RGBA_10X6:
                  return K7.COMPRESSED_RGBA_ASTC_10x6_KHR;

                 case bs.ASTC_RGBA_10X8:
                  return K7.COMPRESSED_RGBA_ASTC_10x8_KHR;

                 case bs.ASTC_RGBA_10X10:
                  return K7.COMPRESSED_RGBA_ASTC_10x10_KHR;

                 case bs.ASTC_RGBA_12X10:
                  return K7.COMPRESSED_RGBA_ASTC_12x10_KHR;

                 case bs.ASTC_RGBA_12X12:
                  return K7.COMPRESSED_RGBA_ASTC_12x12_KHR;

                 case bs.ASTC_SRGBA_4X4:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR;

                 case bs.ASTC_SRGBA_5X4:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR;

                 case bs.ASTC_SRGBA_5X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR;

                 case bs.ASTC_SRGBA_6X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR;

                 case bs.ASTC_SRGBA_6X6:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR;

                 case bs.ASTC_SRGBA_8X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR;

                 case bs.ASTC_SRGBA_8X6:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR;

                 case bs.ASTC_SRGBA_8X8:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR;

                 case bs.ASTC_SRGBA_10X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR;

                 case bs.ASTC_SRGBA_10X6:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR;

                 case bs.ASTC_SRGBA_10X8:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR;

                 case bs.ASTC_SRGBA_10X10:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR;

                 case bs.ASTC_SRGBA_12X10:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR;

                 case bs.ASTC_SRGBA_12X12:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR;

                 default:
                  console.error("Unsupported Format, convert to WebGL internal format failed.");
                  return e.RGBA;
                }
              }(e.format, i);
              e.glFormat = function(t, e) {
                switch (t) {
                 case bs.A8:
                  return e.ALPHA;

                 case bs.L8:
                  return e.LUMINANCE;

                 case bs.LA8:
                  return e.LUMINANCE_ALPHA;

                 case bs.R8:
                 case bs.R8SN:
                 case bs.R8UI:
                 case bs.R8I:
                  return e.RED;

                 case bs.RG8:
                 case bs.RG8SN:
                 case bs.RG8UI:
                 case bs.RG8I:
                  return e.RG;

                 case bs.RGB8:
                 case bs.RGB8SN:
                 case bs.RGB8UI:
                 case bs.RGB8I:
                  return e.RGB;

                 case bs.BGRA8:
                 case bs.RGBA8:
                 case bs.RGBA8SN:
                 case bs.RGBA8UI:
                 case bs.RGBA8I:
                  return e.RGBA;

                 case bs.R16UI:
                 case bs.R16I:
                 case bs.R16F:
                  return e.RED;

                 case bs.RG16UI:
                 case bs.RG16I:
                 case bs.RG16F:
                  return e.RG;

                 case bs.RGB16UI:
                 case bs.RGB16I:
                 case bs.RGB16F:
                  return e.RGB;

                 case bs.RGBA16UI:
                 case bs.RGBA16I:
                 case bs.RGBA16F:
                  return e.RGBA;

                 case bs.R32UI:
                 case bs.R32I:
                 case bs.R32F:
                  return e.RED;

                 case bs.RG32UI:
                 case bs.RG32I:
                 case bs.RG32F:
                  return e.RG;

                 case bs.RGB32UI:
                 case bs.RGB32I:
                 case bs.RGB32F:
                  return e.RGB;

                 case bs.RGBA32UI:
                 case bs.RGBA32I:
                 case bs.RGBA32F:
                 case bs.RGB10A2:
                  return e.RGBA;

                 case bs.R11G11B10F:
                 case bs.R5G6B5:
                  return e.RGB;

                 case bs.RGB5A1:
                 case bs.RGBA4:
                  return e.RGBA;

                 case bs.SRGB8:
                  return e.RGB;

                 case bs.SRGB8_A8:
                  return e.RGBA;

                 case bs.DEPTH:
                  return e.DEPTH_COMPONENT;

                 case bs.DEPTH_STENCIL:
                  return e.DEPTH_STENCIL;

                 case bs.BC1:
                  return K7.COMPRESSED_RGB_S3TC_DXT1_EXT;

                 case bs.BC1_ALPHA:
                  return K7.COMPRESSED_RGBA_S3TC_DXT1_EXT;

                 case bs.BC1_SRGB:
                  return K7.COMPRESSED_SRGB_S3TC_DXT1_EXT;

                 case bs.BC1_SRGB_ALPHA:
                  return K7.COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT;

                 case bs.BC2:
                  return K7.COMPRESSED_RGBA_S3TC_DXT3_EXT;

                 case bs.BC2_SRGB:
                  return K7.COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT;

                 case bs.BC3:
                  return K7.COMPRESSED_RGBA_S3TC_DXT5_EXT;

                 case bs.BC3_SRGB:
                  return K7.COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT;

                 case bs.ETC_RGB8:
                  return K7.COMPRESSED_RGB_ETC1_WEBGL;

                 case bs.ETC2_RGB8:
                  return K7.COMPRESSED_RGB8_ETC2;

                 case bs.ETC2_SRGB8:
                  return K7.COMPRESSED_SRGB8_ETC2;

                 case bs.ETC2_RGB8_A1:
                  return K7.COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2;

                 case bs.ETC2_SRGB8_A1:
                  return K7.COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2;

                 case bs.ETC2_RGBA8:
                  return K7.COMPRESSED_RGBA8_ETC2_EAC;

                 case bs.ETC2_SRGB8_A8:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ETC2_EAC;

                 case bs.EAC_R11:
                  return K7.COMPRESSED_R11_EAC;

                 case bs.EAC_R11SN:
                  return K7.COMPRESSED_SIGNED_R11_EAC;

                 case bs.EAC_RG11:
                  return K7.COMPRESSED_RG11_EAC;

                 case bs.EAC_RG11SN:
                  return K7.COMPRESSED_SIGNED_RG11_EAC;

                 case bs.PVRTC_RGB2:
                  return K7.COMPRESSED_RGB_PVRTC_2BPPV1_IMG;

                 case bs.PVRTC_RGBA2:
                  return K7.COMPRESSED_RGBA_PVRTC_2BPPV1_IMG;

                 case bs.PVRTC_RGB4:
                  return K7.COMPRESSED_RGB_PVRTC_4BPPV1_IMG;

                 case bs.PVRTC_RGBA4:
                  return K7.COMPRESSED_RGBA_PVRTC_4BPPV1_IMG;

                 case bs.ASTC_RGBA_4X4:
                  return K7.COMPRESSED_RGBA_ASTC_4x4_KHR;

                 case bs.ASTC_RGBA_5X4:
                  return K7.COMPRESSED_RGBA_ASTC_5x4_KHR;

                 case bs.ASTC_RGBA_5X5:
                  return K7.COMPRESSED_RGBA_ASTC_5x5_KHR;

                 case bs.ASTC_RGBA_6X5:
                  return K7.COMPRESSED_RGBA_ASTC_6x5_KHR;

                 case bs.ASTC_RGBA_6X6:
                  return K7.COMPRESSED_RGBA_ASTC_6x6_KHR;

                 case bs.ASTC_RGBA_8X5:
                  return K7.COMPRESSED_RGBA_ASTC_8x5_KHR;

                 case bs.ASTC_RGBA_8X6:
                  return K7.COMPRESSED_RGBA_ASTC_8x6_KHR;

                 case bs.ASTC_RGBA_8X8:
                  return K7.COMPRESSED_RGBA_ASTC_8x8_KHR;

                 case bs.ASTC_RGBA_10X5:
                  return K7.COMPRESSED_RGBA_ASTC_10x5_KHR;

                 case bs.ASTC_RGBA_10X6:
                  return K7.COMPRESSED_RGBA_ASTC_10x6_KHR;

                 case bs.ASTC_RGBA_10X8:
                  return K7.COMPRESSED_RGBA_ASTC_10x8_KHR;

                 case bs.ASTC_RGBA_10X10:
                  return K7.COMPRESSED_RGBA_ASTC_10x10_KHR;

                 case bs.ASTC_RGBA_12X10:
                  return K7.COMPRESSED_RGBA_ASTC_12x10_KHR;

                 case bs.ASTC_RGBA_12X12:
                  return K7.COMPRESSED_RGBA_ASTC_12x12_KHR;

                 case bs.ASTC_SRGBA_4X4:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR;

                 case bs.ASTC_SRGBA_5X4:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR;

                 case bs.ASTC_SRGBA_5X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR;

                 case bs.ASTC_SRGBA_6X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR;

                 case bs.ASTC_SRGBA_6X6:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR;

                 case bs.ASTC_SRGBA_8X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR;

                 case bs.ASTC_SRGBA_8X6:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR;

                 case bs.ASTC_SRGBA_8X8:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR;

                 case bs.ASTC_SRGBA_10X5:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR;

                 case bs.ASTC_SRGBA_10X6:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR;

                 case bs.ASTC_SRGBA_10X8:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR;

                 case bs.ASTC_SRGBA_10X10:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR;

                 case bs.ASTC_SRGBA_12X10:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR;

                 case bs.ASTC_SRGBA_12X12:
                  return K7.COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR;

                 default:
                  console.error("Unsupported Format, convert to WebGL format failed.");
                  return e.RGBA;
                }
              }(e.format, i);
              e.glType = $7(e.format, i);
              let s = e.width;
              let n = e.height;
              switch (e.type) {
               case xs.TEX2D:
                {
                  e.glTarget = i.TEXTURE_2D;
                  if (e.isSwapchainTexture) break;
                  const r = Math.max(s, n);
                  r > t.capabilities.maxTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                  if (e.samples === Ms.ONE) {
                    e.glTexture = i.createTexture();
                    if (e.size > 0) {
                      const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                      if (r.glTexture !== e.glTexture) {
                        i.bindTexture(i.TEXTURE_2D, e.glTexture);
                        r.glTexture = e.glTexture;
                      }
                      if (ur[e.format].isCompressed) for (let t = 0; t < e.mipLevel; ++t) {
                        const r = gr(e.format, s, n, 1);
                        const o = new Uint8Array(r);
                        i.compressedTexImage2D(i.TEXTURE_2D, t, e.glInternalFmt, s, n, 0, o);
                        s = Math.max(1, s >> 1);
                        n = Math.max(1, n >> 1);
                      } else i.texStorage2D(i.TEXTURE_2D, e.mipLevel, e.glInternalFmt, s, n);
                    }
                  } else {
                    e.glRenderbuffer = i.createRenderbuffer();
                    if (e.size > 0) {
                      if (t.stateCache.glRenderbuffer !== e.glRenderbuffer) {
                        i.bindRenderbuffer(i.RENDERBUFFER, e.glRenderbuffer);
                        t.stateCache.glRenderbuffer = e.glRenderbuffer;
                      }
                      i.renderbufferStorageMultisample(i.RENDERBUFFER, e.samples, e.glInternalFmt, e.width, e.height);
                    }
                  }
                  break;
                }

               case xs.CUBE:
                {
                  e.glTarget = i.TEXTURE_CUBE_MAP;
                  const r = Math.max(s, n);
                  r > t.capabilities.maxCubeMapTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                  e.glTexture = i.createTexture();
                  if (e.size > 0) {
                    const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                    if (r.glTexture !== e.glTexture) {
                      i.bindTexture(i.TEXTURE_CUBE_MAP, e.glTexture);
                      r.glTexture = e.glTexture;
                    }
                    if (ur[e.format].isCompressed) for (let t = 0; t < e.mipLevel; ++t) {
                      const r = gr(e.format, s, n, 1);
                      const o = new Uint8Array(r);
                      for (let r = 0; r < 6; ++r) i.compressedTexImage2D(i.TEXTURE_CUBE_MAP_POSITIVE_X + r, t, e.glInternalFmt, s, n, 0, o);
                      s = Math.max(1, s >> 1);
                      n = Math.max(1, n >> 1);
                    } else i.texStorage2D(i.TEXTURE_CUBE_MAP, e.mipLevel, e.glInternalFmt, s, n);
                  }
                  break;
                }

               default:
                console.error("Unsupported TextureType, create texture failed.");
                e.type = xs.TEX2D;
                e.glTarget = i.TEXTURE_2D;
              }
            }
            function y9(t, e) {
              const {gl: i} = t;
              if (e.glTexture) {
                const s = t.stateCache.glTexUnits;
                let n = t.stateCache.texUnit;
                i.deleteTexture(e.glTexture);
                for (let t = 0; t < s.length; ++t) if (s[t].glTexture === e.glTexture) {
                  i.activeTexture(i.TEXTURE0 + t);
                  n = t;
                  i.bindTexture(e.glTarget, null);
                  s[t].glTexture = null;
                }
                t.stateCache.texUnit = n;
                e.glTexture = null;
              }
              if (e.glRenderbuffer) {
                let s = t.stateCache.glRenderbuffer;
                i.deleteRenderbuffer(e.glRenderbuffer);
                if (s === e.glRenderbuffer) {
                  i.bindRenderbuffer(i.RENDERBUFFER, null);
                  s = null;
                }
                e.glRenderbuffer = null;
              }
            }
            const b9 = {
              gpuPipelineState: null,
              gpuInputAssembler: null,
              glPrimitive: 0,
              invalidateAttachments: []
            };
            function S9(t, e, i, s, n, r, o) {
              const {gl: a} = t;
              const l = t.stateCache;
              let h = 0;
              if (i && e) {
                if (l.glFramebuffer !== i.glFramebuffer) {
                  a.bindFramebuffer(a.FRAMEBUFFER, i.glFramebuffer);
                  l.glFramebuffer = i.glFramebuffer;
                }
                if (l.viewport.left !== s.x || l.viewport.top !== s.y || l.viewport.width !== s.width || l.viewport.height !== s.height) {
                  a.viewport(s.x, s.y, s.width, s.height);
                  l.viewport.left = s.x;
                  l.viewport.top = s.y;
                  l.viewport.width = s.width;
                  l.viewport.height = s.height;
                }
                if (l.scissorRect.x !== s.x || l.scissorRect.y !== s.y || l.scissorRect.width !== s.width || l.scissorRect.height !== s.height) {
                  a.scissor(s.x, s.y, s.width, s.height);
                  l.scissorRect.x = s.x;
                  l.scissorRect.y = s.y;
                  l.scissorRect.width = s.width;
                  l.scissorRect.height = s.height;
                }
                b9.invalidateAttachments.length = 0;
                for (let t = 0; t < n.length; ++t) {
                  const s = e.colorAttachments[t];
                  if (s.format !== bs.UNKNOWN) switch (s.loadOp) {
                   case Us.LOAD:
                    break;

                   case Us.CLEAR:
                    l.bs.targets[0].blendColorMask !== Vs.ALL && a.colorMask(!0, !0, !0, !0);
                    if (i.isOffscreen) {
                      Q7[0] = n[t].x;
                      Q7[1] = n[t].y;
                      Q7[2] = n[t].z;
                      Q7[3] = n[t].w;
                      a.clearBufferfv(a.COLOR, t, Q7);
                    } else {
                      const t = n[0];
                      a.clearColor(t.x, t.y, t.z, t.w);
                      h |= a.COLOR_BUFFER_BIT;
                    }
                    break;

                   case Us.DISCARD:
                    b9.invalidateAttachments.push(a.COLOR_ATTACHMENT0 + t);
                  }
                }
                if (e.depthStencilAttachment && e.depthStencilAttachment.format !== bs.UNKNOWN) {
                  switch (e.depthStencilAttachment.depthLoadOp) {
                   case Us.LOAD:
                    break;

                   case Us.CLEAR:
                    l.dss.depthWrite || a.depthMask(!0);
                    a.clearDepth(r);
                    h |= a.DEPTH_BUFFER_BIT;
                    break;

                   case Us.DISCARD:
                    b9.invalidateAttachments.push(a.DEPTH_ATTACHMENT);
                  }
                  if (ur[e.depthStencilAttachment.format].hasStencil) switch (e.depthStencilAttachment.stencilLoadOp) {
                   case Us.LOAD:
                    break;

                   case Us.CLEAR:
                    l.dss.stencilWriteMaskFront || a.stencilMaskSeparate(a.FRONT, 65535);
                    l.dss.stencilWriteMaskBack || a.stencilMaskSeparate(a.BACK, 65535);
                    a.clearStencil(o);
                    h |= a.STENCIL_BUFFER_BIT;
                    break;

                   case Us.DISCARD:
                    b9.invalidateAttachments.push(a.STENCIL_ATTACHMENT);
                  }
                }
                i.glFramebuffer && b9.invalidateAttachments.length && a.invalidateFramebuffer(a.FRAMEBUFFER, b9.invalidateAttachments);
                h && a.clear(h);
                if (h & a.COLOR_BUFFER_BIT) {
                  const t = l.bs.targets[0].blendColorMask;
                  if (t !== Vs.ALL) {
                    const e = (t & Vs.R) !== Vs.NONE;
                    const i = (t & Vs.G) !== Vs.NONE;
                    const s = (t & Vs.B) !== Vs.NONE;
                    const n = (t & Vs.A) !== Vs.NONE;
                    a.colorMask(e, i, s, n);
                  }
                }
                h & a.DEPTH_BUFFER_BIT && !l.dss.depthWrite && a.depthMask(!1);
                if (h & a.STENCIL_BUFFER_BIT) {
                  l.dss.stencilWriteMaskFront || a.stencilMaskSeparate(a.FRONT, 0);
                  l.dss.stencilWriteMaskBack || a.stencilMaskSeparate(a.BACK, 0);
                }
              }
            }
            function A9(t, e, i, s, n, r) {
              const {gl: o} = t;
              const a = t.stateCache;
              const l = e && e.gpuShader;
              let h = !1;
              if (e && b9.gpuPipelineState !== e) {
                b9.gpuPipelineState = e;
                b9.glPrimitive = e.glPrimitive;
                if (l) {
                  const {glProgram: t} = l;
                  if (a.glProgram !== t) {
                    o.useProgram(t);
                    a.glProgram = t;
                    h = !0;
                  }
                }
                const {rs: i} = e;
                if (i) {
                  if (a.rs.cullMode !== i.cullMode) {
                    switch (i.cullMode) {
                     case qs.NONE:
                      o.disable(o.CULL_FACE);
                      break;

                     case qs.FRONT:
                      o.enable(o.CULL_FACE);
                      o.cullFace(o.FRONT);
                      break;

                     case qs.BACK:
                      o.enable(o.CULL_FACE);
                      o.cullFace(o.BACK);
                    }
                    t.stateCache.rs.cullMode = i.cullMode;
                  }
                  const e = i.isFrontFaceCCW;
                  if (t.stateCache.rs.isFrontFaceCCW !== e) {
                    o.frontFace(e ? o.CCW : o.CW);
                    t.stateCache.rs.isFrontFaceCCW = e;
                  }
                  if (t.stateCache.rs.depthBias !== i.depthBias || t.stateCache.rs.depthBiasSlop !== i.depthBiasSlop) {
                    o.polygonOffset(i.depthBias, i.depthBiasSlop);
                    t.stateCache.rs.depthBias = i.depthBias;
                    t.stateCache.rs.depthBiasSlop = i.depthBiasSlop;
                  }
                  if (t.stateCache.rs.lineWidth !== i.lineWidth) {
                    o.lineWidth(i.lineWidth);
                    t.stateCache.rs.lineWidth = i.lineWidth;
                  }
                }
                const {dss: s} = e;
                if (s) {
                  if (a.dss.depthTest !== s.depthTest) {
                    s.depthTest ? o.enable(o.DEPTH_TEST) : o.disable(o.DEPTH_TEST);
                    a.dss.depthTest = s.depthTest;
                  }
                  if (a.dss.depthWrite !== s.depthWrite) {
                    o.depthMask(s.depthWrite);
                    a.dss.depthWrite = s.depthWrite;
                  }
                  if (a.dss.depthFunc !== s.depthFunc) {
                    o.depthFunc(n9[s.depthFunc]);
                    a.dss.depthFunc = s.depthFunc;
                  }
                  if (a.dss.stencilTestFront !== s.stencilTestFront || a.dss.stencilTestBack !== s.stencilTestBack) {
                    s.stencilTestFront || s.stencilTestBack ? o.enable(o.STENCIL_TEST) : o.disable(o.STENCIL_TEST);
                    a.dss.stencilTestFront = s.stencilTestFront;
                    a.dss.stencilTestBack = s.stencilTestBack;
                  }
                  if (a.dss.stencilFuncFront !== s.stencilFuncFront || a.dss.stencilRefFront !== s.stencilRefFront || a.dss.stencilReadMaskFront !== s.stencilReadMaskFront) {
                    o.stencilFuncSeparate(o.FRONT, n9[s.stencilFuncFront], s.stencilRefFront, s.stencilReadMaskFront);
                    a.dss.stencilFuncFront = s.stencilFuncFront;
                    a.dss.stencilRefFront = s.stencilRefFront;
                    a.dss.stencilReadMaskFront = s.stencilReadMaskFront;
                  }
                  if (a.dss.stencilFailOpFront !== s.stencilFailOpFront || a.dss.stencilZFailOpFront !== s.stencilZFailOpFront || a.dss.stencilPassOpFront !== s.stencilPassOpFront) {
                    o.stencilOpSeparate(o.FRONT, r9[s.stencilFailOpFront], r9[s.stencilZFailOpFront], r9[s.stencilPassOpFront]);
                    a.dss.stencilFailOpFront = s.stencilFailOpFront;
                    a.dss.stencilZFailOpFront = s.stencilZFailOpFront;
                    a.dss.stencilPassOpFront = s.stencilPassOpFront;
                  }
                  if (a.dss.stencilWriteMaskFront !== s.stencilWriteMaskFront) {
                    o.stencilMaskSeparate(o.FRONT, s.stencilWriteMaskFront);
                    a.dss.stencilWriteMaskFront = s.stencilWriteMaskFront;
                  }
                  if (a.dss.stencilFuncBack !== s.stencilFuncBack || a.dss.stencilRefBack !== s.stencilRefBack || a.dss.stencilReadMaskBack !== s.stencilReadMaskBack) {
                    o.stencilFuncSeparate(o.BACK, n9[s.stencilFuncBack], s.stencilRefBack, s.stencilReadMaskBack);
                    a.dss.stencilFuncBack = s.stencilFuncBack;
                    a.dss.stencilRefBack = s.stencilRefBack;
                    a.dss.stencilReadMaskBack = s.stencilReadMaskBack;
                  }
                  if (a.dss.stencilFailOpBack !== s.stencilFailOpBack || a.dss.stencilZFailOpBack !== s.stencilZFailOpBack || a.dss.stencilPassOpBack !== s.stencilPassOpBack) {
                    o.stencilOpSeparate(o.BACK, r9[s.stencilFailOpBack], r9[s.stencilZFailOpBack], r9[s.stencilPassOpBack]);
                    a.dss.stencilFailOpBack = s.stencilFailOpBack;
                    a.dss.stencilZFailOpBack = s.stencilZFailOpBack;
                    a.dss.stencilPassOpBack = s.stencilPassOpBack;
                  }
                  if (a.dss.stencilWriteMaskBack !== s.stencilWriteMaskBack) {
                    o.stencilMaskSeparate(o.BACK, s.stencilWriteMaskBack);
                    a.dss.stencilWriteMaskBack = s.stencilWriteMaskBack;
                  }
                }
                const {bs: n} = e;
                if (n) {
                  if (a.bs.isA2C !== n.isA2C) {
                    n.isA2C ? o.enable(o.SAMPLE_ALPHA_TO_COVERAGE) : o.disable(o.SAMPLE_ALPHA_TO_COVERAGE);
                    a.bs.isA2C = n.isA2C;
                  }
                  if (a.bs.blendColor.x !== n.blendColor.x || a.bs.blendColor.y !== n.blendColor.y || a.bs.blendColor.z !== n.blendColor.z || a.bs.blendColor.w !== n.blendColor.w) {
                    o.blendColor(n.blendColor.x, n.blendColor.y, n.blendColor.z, n.blendColor.w);
                    a.bs.blendColor.x = n.blendColor.x;
                    a.bs.blendColor.y = n.blendColor.y;
                    a.bs.blendColor.z = n.blendColor.z;
                    a.bs.blendColor.w = n.blendColor.w;
                  }
                  const t = n.targets[0];
                  const e = a.bs.targets[0];
                  if (e.blend !== t.blend) {
                    t.blend ? o.enable(o.BLEND) : o.disable(o.BLEND);
                    e.blend = t.blend;
                  }
                  if (e.blendEq !== t.blendEq || e.blendAlphaEq !== t.blendAlphaEq) {
                    o.blendEquationSeparate(o9[t.blendEq], o9[t.blendAlphaEq]);
                    e.blendEq = t.blendEq;
                    e.blendAlphaEq = t.blendAlphaEq;
                  }
                  if (e.blendSrc !== t.blendSrc || e.blendDst !== t.blendDst || e.blendSrcAlpha !== t.blendSrcAlpha || e.blendDstAlpha !== t.blendDstAlpha) {
                    o.blendFuncSeparate(a9[t.blendSrc], a9[t.blendDst], a9[t.blendSrcAlpha], a9[t.blendDstAlpha]);
                    e.blendSrc = t.blendSrc;
                    e.blendDst = t.blendDst;
                    e.blendSrcAlpha = t.blendSrcAlpha;
                    e.blendDstAlpha = t.blendDstAlpha;
                  }
                  if (e.blendColorMask !== t.blendColorMask) {
                    o.colorMask((t.blendColorMask & Vs.R) !== Vs.NONE, (t.blendColorMask & Vs.G) !== Vs.NONE, (t.blendColorMask & Vs.B) !== Vs.NONE, (t.blendColorMask & Vs.A) !== Vs.NONE);
                    e.blendColorMask = t.blendColorMask;
                  }
                }
              }
              if (e && e.gpuPipelineLayout && l) {
                const i = l.glBlocks.length;
                const {dynamicOffsetIndices: r} = e.gpuPipelineLayout;
                for (let t = 0; t < i; t++) {
                  const e = l.glBlocks[t];
                  const i = s[e.set];
                  const h = i && i.descriptorIndices[e.binding];
                  const c = h >= 0 && i.gpuDescriptors[h];
                  if (!c || !c.gpuBuffer) {
                    x(`Buffer binding '${e.name}' at set ${e.set} binding ${e.binding} is not bounded`);
                    continue;
                  }
                  const u = r[e.set];
                  const _ = u && u[e.binding];
                  let d = c.gpuBuffer.glOffset;
                  _ >= 0 && (d += n[_]);
                  if (a.glBindUBOs[e.glBinding] !== c.gpuBuffer.glBuffer || a.glBindUBOOffsets[e.glBinding] !== d) {
                    d ? o.bindBufferRange(o.UNIFORM_BUFFER, e.glBinding, c.gpuBuffer.glBuffer, d, c.gpuBuffer.size) : o.bindBufferBase(o.UNIFORM_BUFFER, e.glBinding, c.gpuBuffer.glBuffer);
                    a.glUniformBuffer = a.glBindUBOs[e.glBinding] = c.gpuBuffer.glBuffer;
                    a.glBindUBOOffsets[e.glBinding] = d;
                  }
                }
                const h = l.glSamplerTextures.length;
                for (let e = 0; e < h; e++) {
                  const i = l.glSamplerTextures[e];
                  const n = s[i.set];
                  let r = n && n.descriptorIndices[i.binding];
                  let h = r >= 0 && n.gpuDescriptors[r];
                  for (let e = 0; e < i.units.length; e++) {
                    const s = i.units[e];
                    const l = a.glTexUnits[s];
                    if (!(h && h.gpuTextureView && h.gpuTextureView.gpuTexture && h.gpuSampler)) {
                      x(`Sampler binding '${i.name}' at set ${i.set} binding ${i.binding} index ${e} is not bounded`);
                      continue;
                    }
                    const c = h.gpuTextureView;
                    const u = c.gpuTexture;
                    const _ = c.baseLevel;
                    const d = _ + c.levelCount;
                    if (u.size > 0) {
                      if (l.glTexture !== u.glTexture) {
                        if (a.texUnit !== s) {
                          o.activeTexture(o.TEXTURE0 + s);
                          a.texUnit = s;
                        }
                        u.glTexture ? o.bindTexture(u.glTarget, u.glTexture) : o.bindTexture(u.glTarget, t.nullTex2D.gpuTexture.glTexture);
                        l.glTexture = u.glTexture;
                      }
                      const {gpuSampler: e} = h;
                      const i = e.getGLSampler(t, _, d);
                      if (a.glSamplerUnits[s] !== i) {
                        o.bindSampler(s, i);
                        a.glSamplerUnits[s] = i;
                      }
                    }
                    h = n.gpuDescriptors[++r];
                  }
                }
              }
              if (i && l && (h || b9.gpuInputAssembler !== i)) {
                b9.gpuInputAssembler = i;
                if (t.extensions.useVAO) {
                  let t = i.glVAOs.get(l.glProgram);
                  if (!t) {
                    t = o.createVertexArray();
                    i.glVAOs.set(l.glProgram, t);
                    o.bindVertexArray(t);
                    o.bindBuffer(o.ARRAY_BUFFER, null);
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, null);
                    a.glArrayBuffer = null;
                    a.glElementArrayBuffer = null;
                    let e;
                    for (let t = 0; t < l.glInputs.length; t++) {
                      const s = l.glInputs[t];
                      e = null;
                      for (let t = 0; t < i.glAttribs.length; t++) {
                        const n = i.glAttribs[t];
                        if (n.name === s.name) {
                          e = n;
                          break;
                        }
                      }
                      if (e) {
                        if (a.glArrayBuffer !== e.glBuffer) {
                          o.bindBuffer(o.ARRAY_BUFFER, e.glBuffer);
                          a.glArrayBuffer = e.glBuffer;
                        }
                        for (let t = 0; t < e.componentCount; ++t) {
                          const i = s.glLoc + t;
                          const n = e.offset + e.size * t;
                          o.enableVertexAttribArray(i);
                          a.glCurrentAttribLocs[i] = !0;
                          o.vertexAttribPointer(i, e.count, e.glType, e.isNormalized, e.stride, n);
                          o.vertexAttribDivisor(i, e.isInstanced ? 1 : 0);
                        }
                      }
                    }
                    const s = i.gpuIndexBuffer;
                    s && o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, s.glBuffer);
                    o.bindVertexArray(null);
                    o.bindBuffer(o.ARRAY_BUFFER, null);
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, null);
                    a.glArrayBuffer = null;
                    a.glElementArrayBuffer = null;
                  }
                  if (a.glVAO !== t) {
                    o.bindVertexArray(t);
                    a.glVAO = t;
                  }
                } else {
                  for (let e = 0; e < t.capabilities.maxVertexAttributes; ++e) a.glCurrentAttribLocs[e] = !1;
                  for (let t = 0; t < l.glInputs.length; t++) {
                    const e = l.glInputs[t];
                    let s = null;
                    for (let t = 0; t < i.glAttribs.length; t++) {
                      const n = i.glAttribs[t];
                      if (n.name === e.name) {
                        s = n;
                        break;
                      }
                    }
                    if (s) {
                      if (a.glArrayBuffer !== s.glBuffer) {
                        o.bindBuffer(o.ARRAY_BUFFER, s.glBuffer);
                        a.glArrayBuffer = s.glBuffer;
                      }
                      for (let t = 0; t < s.componentCount; ++t) {
                        const i = e.glLoc + t;
                        const n = s.offset + s.size * t;
                        if (!a.glEnabledAttribLocs[i] && i >= 0) {
                          o.enableVertexAttribArray(i);
                          a.glEnabledAttribLocs[i] = !0;
                        }
                        a.glCurrentAttribLocs[i] = !0;
                        o.vertexAttribPointer(i, s.count, s.glType, s.isNormalized, s.stride, n);
                        o.vertexAttribDivisor(i, s.isInstanced ? 1 : 0);
                      }
                    }
                  }
                  const e = i.gpuIndexBuffer;
                  if (e && a.glElementArrayBuffer !== e.glBuffer) {
                    o.bindBuffer(o.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                    a.glElementArrayBuffer = e.glBuffer;
                  }
                  for (let e = 0; e < t.capabilities.maxVertexAttributes; ++e) if (a.glEnabledAttribLocs[e] !== a.glCurrentAttribLocs[e]) {
                    o.disableVertexAttribArray(e);
                    a.glEnabledAttribLocs[e] = !1;
                  }
                }
              }
              if (e && e.dynamicStates.length) {
                const t = e.dynamicStates.length;
                for (let i = 0; i < t; i++) {
                  switch (e.dynamicStates[i]) {
                   case Ks.LINE_WIDTH:
                    if (a.rs.lineWidth !== r.lineWidth) {
                      o.lineWidth(r.lineWidth);
                      a.rs.lineWidth = r.lineWidth;
                    }
                    break;

                   case Ks.DEPTH_BIAS:
                    if (a.rs.depthBias !== r.depthBiasConstant || a.rs.depthBiasSlop !== r.depthBiasSlope) {
                      o.polygonOffset(r.depthBiasConstant, r.depthBiasSlope);
                      a.rs.depthBias = r.depthBiasConstant;
                      a.rs.depthBiasSlop = r.depthBiasSlope;
                    }
                    break;

                   case Ks.BLEND_CONSTANTS:
                    {
                      const t = r.blendConstant;
                      if (a.bs.blendColor.x !== t.x || a.bs.blendColor.y !== t.y || a.bs.blendColor.z !== t.z || a.bs.blendColor.w !== t.w) {
                        o.blendColor(t.x, t.y, t.z, t.w);
                        a.bs.blendColor.copy(t);
                      }
                      break;
                    }

                   case Ks.STENCIL_WRITE_MASK:
                    {
                      const t = r.stencilStatesFront;
                      const e = r.stencilStatesBack;
                      if (a.dss.stencilWriteMaskFront !== t.writeMask) {
                        o.stencilMaskSeparate(o.FRONT, t.writeMask);
                        a.dss.stencilWriteMaskFront = t.writeMask;
                      }
                      if (a.dss.stencilWriteMaskBack !== e.writeMask) {
                        o.stencilMaskSeparate(o.BACK, e.writeMask);
                        a.dss.stencilWriteMaskBack = e.writeMask;
                      }
                      break;
                    }

                   case Ks.STENCIL_COMPARE_MASK:
                    {
                      const t = r.stencilStatesFront;
                      const e = r.stencilStatesBack;
                      if (a.dss.stencilRefFront !== t.reference || a.dss.stencilReadMaskFront !== t.compareMask) {
                        o.stencilFuncSeparate(o.FRONT, n9[a.dss.stencilFuncFront], t.reference, t.compareMask);
                        a.dss.stencilRefFront = t.reference;
                        a.dss.stencilReadMaskFront = t.compareMask;
                      }
                      if (a.dss.stencilRefBack !== e.reference || a.dss.stencilReadMaskBack !== e.compareMask) {
                        o.stencilFuncSeparate(o.BACK, n9[a.dss.stencilFuncBack], e.reference, e.compareMask);
                        a.dss.stencilRefBack = e.reference;
                        a.dss.stencilReadMaskBack = e.compareMask;
                      }
                      break;
                    }
                  }
                }
              }
            }
            function T9(t, e) {
              const {gl: i} = t;
              const {gpuInputAssembler: s, glPrimitive: n} = b9;
              const r = t.extensions.WEBGL_multi_draw;
              if (s) {
                const t = s.gpuIndexBuffer;
                if (s.gpuIndirectBuffer) {
                  const {indirects: e} = s.gpuIndirectBuffer;
                  if (e.drawByIndex) {
                    for (let i = 0; i < e.drawCount; i++) e.byteOffsets[i] = e.offsets[i] * t.stride;
                    if (r) e.instancedDraw ? r.multiDrawElementsInstancedWEBGL(n, e.counts, 0, s.glIndexType, e.byteOffsets, 0, e.instances, 0, e.drawCount) : r.multiDrawElementsWEBGL(n, e.counts, 0, s.glIndexType, e.byteOffsets, 0, e.drawCount); else for (let t = 0; t < e.drawCount; t++) e.instances[t] ? i.drawElementsInstanced(n, e.counts[t], s.glIndexType, e.byteOffsets[t], e.instances[t]) : i.drawElements(n, e.counts[t], s.glIndexType, e.byteOffsets[t]);
                  } else if (r) e.instancedDraw ? r.multiDrawArraysInstancedWEBGL(n, e.offsets, 0, e.counts, 0, e.instances, 0, e.drawCount) : r.multiDrawArraysWEBGL(n, e.offsets, 0, e.counts, 0, e.drawCount); else for (let t = 0; t < e.drawCount; t++) e.instances[t] ? i.drawArraysInstanced(n, e.offsets[t], e.counts[t], e.instances[t]) : i.drawArrays(n, e.offsets[t], e.counts[t]);
                } else if (e.instanceCount) if (t) {
                  if (e.indexCount > 0) {
                    const r = e.firstIndex * t.stride;
                    i.drawElementsInstanced(n, e.indexCount, s.glIndexType, r, e.instanceCount);
                  }
                } else e.vertexCount > 0 && i.drawArraysInstanced(n, e.firstVertex, e.vertexCount, e.instanceCount); else if (t) {
                  if (e.indexCount > 0) {
                    const r = e.firstIndex * t.stride;
                    i.drawElements(n, e.indexCount, s.glIndexType, r);
                  }
                } else e.vertexCount > 0 && i.drawArrays(n, e.firstVertex, e.vertexCount);
              }
            }
            const v9 = new Array(l9.COUNT);
            function E9(t, e) {
              v9.fill(0);
              for (let i = 0; i < e.cmds.length; ++i) {
                const s = e.cmds.array[i];
                const n = v9[s]++;
                switch (s) {
                 case l9.BEGIN_RENDER_PASS:
                  {
                    const i = e.beginRenderPassCmds.array[n];
                    S9(t, i.gpuRenderPass, i.gpuFramebuffer, i.renderArea, i.clearColors, i.clearDepth, i.clearStencil);
                    break;
                  }

                 case l9.BIND_STATES:
                  {
                    const i = e.bindStatesCmds.array[n];
                    A9(t, i.gpuPipelineState, i.gpuInputAssembler, i.gpuDescriptorSets, i.dynamicOffsets, i.dynamicStates);
                    break;
                  }

                 case l9.DRAW:
                  T9(t, e.drawCmds.array[n].drawInfo);
                  break;

                 case l9.UPDATE_BUFFER:
                  {
                    const i = e.updateBufferCmds.array[n];
                    f9(t, i.gpuBuffer, i.buffer, i.offset, i.size);
                    break;
                  }

                 case l9.COPY_BUFFER_TO_TEXTURE:
                  {
                    const i = e.copyBufferToTextureCmds.array[n];
                    w9(t, i.buffers, i.gpuTexture, i.regions);
                    break;
                  }
                }
              }
            }
            let C9 = new Uint8Array(1);
            function x9(t, e, i, s, n) {
              const r = Tr(e).height;
              const o = gr(e, n.width, n.height, n.depth);
              const a = gr(e, s.width, 1, 1);
              const l = gr(e, s.width, s.height, 1);
              const h = gr(e, n.width, 1, 1);
              const c = Ar(ur[e]);
              C9.byteLength < o && (C9 = new Uint8Array(o));
              let u = 0;
              let _ = i;
              for (let e = 0; e < n.depth; e++) {
                _ = i + l * e;
                for (let e = 0; e < n.height; e += r) {
                  C9.subarray(u, u + h).set(new Uint8Array(t.buffer, t.byteOffset + _, h));
                  u += h;
                  _ += a;
                }
              }
              return new c(C9.buffer);
            }
            function w9(t, e, i, s) {
              const {gl: n} = t;
              const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
              if (r.glTexture !== i.glTexture) {
                n.bindTexture(i.glTarget, i.glTexture);
                r.glTexture = i.glTexture;
              }
              let o = 0;
              let a = 0;
              const l = ur[i.format];
              const h = Ar(l);
              const {isCompressed: c} = l;
              const u = Tr(i.format);
              const _ = new cn;
              const d = new ln;
              const p = new cn;
              switch (i.glTarget) {
               case n.TEXTURE_2D:
                for (let t = 0; t < s.length; t++) {
                  const r = s[t];
                  const a = r.texSubres.mipLevel;
                  d.x = 0 === r.texOffset.x ? 0 : vr(r.texOffset.x, u.width);
                  d.y = 0 === r.texOffset.y ? 0 : vr(r.texOffset.y, u.height);
                  _.width = r.texExtent.width < u.width ? r.texExtent.width : vr(r.texExtent.width, u.width);
                  _.height = r.texExtent.height < u.height ? r.texExtent.width : vr(r.texExtent.height, u.height);
                  p.width = r.buffStride > 0 ? r.buffStride : _.width;
                  p.height = r.buffTexHeight > 0 ? r.buffTexHeight : _.height;
                  const l = r.texExtent.width + d.x === i.width >> a ? r.texExtent.width : _.width;
                  const m = r.texExtent.height + d.y === i.height >> a ? r.texExtent.height : _.height;
                  let f;
                  const g = e[o++];
                  f = p.width === _.width && p.height === _.height ? new h(g.buffer, g.byteOffset + r.buffOffset) : x9(g, i.format, r.buffOffset, p, _);
                  c ? i.glInternalFmt !== K7.COMPRESSED_RGB_ETC1_WEBGL ? n.compressedTexSubImage2D(n.TEXTURE_2D, a, d.x, d.y, l, m, i.glFormat, f) : n.compressedTexImage2D(n.TEXTURE_2D, a, i.glInternalFmt, l, m, 0, f) : n.texSubImage2D(n.TEXTURE_2D, a, d.x, d.y, l, m, i.glFormat, i.glType, f);
                }
                break;

               case n.TEXTURE_2D_ARRAY:
                for (let t = 0; t < s.length; t++) {
                  const r = s[t];
                  const l = r.texSubres.mipLevel;
                  d.x = 0 === r.texOffset.x ? 0 : vr(r.texOffset.x, u.width);
                  d.y = 0 === r.texOffset.y ? 0 : vr(r.texOffset.y, u.height);
                  _.width = r.texExtent.width < u.width ? r.texExtent.width : vr(r.texExtent.width, u.width);
                  _.height = r.texExtent.height < u.height ? r.texExtent.width : vr(r.texExtent.height, u.height);
                  _.depth = 1;
                  p.width = r.buffStride > 0 ? r.buffStride : _.width;
                  p.height = r.buffTexHeight > 0 ? r.buffTexHeight : _.height;
                  const m = r.texExtent.width + d.x === i.width >> l ? r.texExtent.width : _.width;
                  const f = r.texExtent.height + d.y === i.height >> l ? r.texExtent.height : _.height;
                  const g = r.texSubres.baseArrayLayer + r.texSubres.layerCount;
                  for (a = r.texSubres.baseArrayLayer; a < g; ++a) {
                    d.z = a;
                    let t;
                    const s = e[o++];
                    t = p.width === _.width && p.height === _.height ? new h(s.buffer, s.byteOffset + r.buffOffset) : x9(s, i.format, r.buffOffset, p, _);
                    c ? i.glInternalFmt !== K7.COMPRESSED_RGB_ETC1_WEBGL ? n.compressedTexSubImage3D(n.TEXTURE_2D_ARRAY, l, d.x, d.y, d.z, m, f, _.depth, i.glFormat, t) : n.compressedTexImage3D(n.TEXTURE_2D_ARRAY, l, i.glInternalFmt, m, f, _.depth, 0, t) : n.texSubImage3D(n.TEXTURE_2D_ARRAY, l, d.x, d.y, d.z, m, f, _.depth, i.glFormat, i.glType, t);
                  }
                }
                break;

               case n.TEXTURE_3D:
                for (let t = 0; t < s.length; t++) {
                  const r = s[t];
                  const a = r.texSubres.mipLevel;
                  d.x = 0 === r.texOffset.x ? 0 : vr(r.texOffset.x, u.width);
                  d.y = 0 === r.texOffset.y ? 0 : vr(r.texOffset.y, u.height);
                  d.z = r.texOffset.z;
                  _.width = r.texExtent.width < u.width ? r.texExtent.width : vr(r.texExtent.width, u.width);
                  _.height = r.texExtent.height < u.height ? r.texExtent.width : vr(r.texExtent.height, u.height);
                  _.depth = r.texExtent.depth;
                  p.width = r.buffStride > 0 ? r.buffStride : _.width;
                  p.height = r.buffTexHeight > 0 ? r.buffTexHeight : _.height;
                  const l = r.texExtent.width + d.x === i.width >> a ? r.texExtent.width : _.width;
                  const m = r.texExtent.height + d.y === i.height >> a ? r.texExtent.height : _.height;
                  let f;
                  const g = e[o++];
                  f = p.width === _.width && p.height === _.height ? new h(g.buffer, g.byteOffset + r.buffOffset) : x9(g, i.format, r.buffOffset, p, _);
                  c ? i.glInternalFmt !== K7.COMPRESSED_RGB_ETC1_WEBGL ? n.compressedTexSubImage3D(n.TEXTURE_2D_ARRAY, a, d.x, d.y, d.z, l, m, _.depth, i.glFormat, f) : n.compressedTexImage3D(n.TEXTURE_2D_ARRAY, a, i.glInternalFmt, l, m, _.depth, 0, f) : n.texSubImage3D(n.TEXTURE_2D_ARRAY, a, d.x, d.y, d.z, l, m, _.depth, i.glFormat, i.glType, f);
                }
                break;

               case n.TEXTURE_CUBE_MAP:
                for (let t = 0; t < s.length; t++) {
                  const r = s[t];
                  const l = r.texSubres.mipLevel;
                  d.x = 0 === r.texOffset.x ? 0 : vr(r.texOffset.x, u.width);
                  d.y = 0 === r.texOffset.y ? 0 : vr(r.texOffset.y, u.height);
                  _.width = r.texExtent.width < u.width ? r.texExtent.width : vr(r.texExtent.width, u.width);
                  _.height = r.texExtent.height < u.height ? r.texExtent.width : vr(r.texExtent.height, u.height);
                  p.width = r.buffStride > 0 ? r.buffStride : _.width;
                  p.height = r.buffTexHeight > 0 ? r.buffTexHeight : _.height;
                  const m = r.texExtent.width + d.x === i.width >> l ? r.texExtent.width : _.width;
                  const f = r.texExtent.height + d.y === i.height >> l ? r.texExtent.height : _.height;
                  const g = r.texSubres.baseArrayLayer + r.texSubres.layerCount;
                  for (a = r.texSubres.baseArrayLayer; a < g; ++a) {
                    let t;
                    const s = e[o++];
                    t = p.width === _.width && p.height === _.height ? new h(s.buffer, s.byteOffset + r.buffOffset) : x9(s, i.format, r.buffOffset, p, _);
                    c ? i.glInternalFmt !== K7.COMPRESSED_RGB_ETC1_WEBGL ? n.compressedTexSubImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, l, d.x, d.y, m, f, i.glFormat, t) : n.compressedTexImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, l, i.glInternalFmt, m, f, 0, t) : n.texSubImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, l, d.x, d.y, m, f, i.glFormat, i.glType, t);
                  }
                }
                break;

               default:
                console.error("Unsupported GL texture type, copy buffer to texture failed.");
              }
              i.flags & Rs.GEN_MIPMAP && n.generateMipmap(i.glTarget);
            }
            class R9 {
              constructor() {
                this.counts = void 0;
                this.offsets = void 0;
                this.instances = void 0;
                this.drawCount = 0;
                this.drawByIndex = !1;
                this.instancedDraw = !1;
                this.byteOffsets = void 0;
                this._capacity = 4;
                this.counts = new Int32Array(this._capacity);
                this.offsets = new Int32Array(this._capacity);
                this.instances = new Int32Array(this._capacity);
                this.byteOffsets = new Int32Array(this._capacity);
              }
              clearDraws() {
                this.drawCount = 0;
                this.drawByIndex = !1;
                this.instancedDraw = !1;
              }
              setDrawInfo(t, e) {
                this._ensureCapacity(t);
                this.drawByIndex = e.indexCount > 0;
                this.instancedDraw = !!e.instanceCount;
                this.drawCount = Math.max(t + 1, this.drawCount);
                if (this.drawByIndex) {
                  this.counts[t] = e.indexCount;
                  this.offsets[t] = e.firstIndex;
                } else {
                  this.counts[t] = e.vertexCount;
                  this.offsets[t] = e.firstVertex;
                }
                this.instances[t] = Math.max(1, e.instanceCount);
              }
              _ensureCapacity(t) {
                if (this._capacity > t) return;
                this._capacity = l(t);
                const e = new Int32Array(this._capacity);
                const i = new Int32Array(this._capacity);
                const s = new Int32Array(this._capacity);
                this.byteOffsets = new Int32Array(this._capacity);
                e.set(this.counts);
                i.set(this.offsets);
                s.set(this.instances);
                this.counts = e;
                this.offsets = i;
                this.instances = s;
              }
            }
            class I9 extends Pr {
              constructor(...t) {
                super(...t);
                this._gpuBuffer = null;
              }
              get gpuBuffer() {
                return this._gpuBuffer;
              }
              initialize(t) {
                if ("buffer" in t) {
                  this._isBufferView = !0;
                  const e = t.buffer;
                  this._usage = e.usage;
                  this._memUsage = e.memUsage;
                  this._size = this._stride = t.range;
                  this._count = 1;
                  this._flags = e.flags;
                  this._gpuBuffer = {
                    usage: this._usage,
                    memUsage: this._memUsage,
                    size: this._size,
                    stride: this._stride,
                    buffer: null,
                    indirects: e.gpuBuffer.indirects,
                    glTarget: e.gpuBuffer.glTarget,
                    glBuffer: e.gpuBuffer.glBuffer,
                    glOffset: t.offset
                  };
                } else {
                  this._usage = t.usage;
                  this._memUsage = t.memUsage;
                  this._size = t.size;
                  this._stride = Math.max(t.stride || this._size, 1);
                  this._count = this._size / this._stride;
                  this._flags = t.flags;
                  this._gpuBuffer = {
                    usage: this._usage,
                    memUsage: this._memUsage,
                    size: this._size,
                    stride: this._stride,
                    buffer: null,
                    indirects: new R9,
                    glTarget: 0,
                    glBuffer: null,
                    glOffset: 0
                  };
                  !function(t, e) {
                    const {gl: i} = t;
                    const s = t.stateCache;
                    const n = e.memUsage & Cs.HOST ? i.DYNAMIC_DRAW : i.STATIC_DRAW;
                    if (e.usage & Ts.VERTEX) {
                      e.glTarget = i.ARRAY_BUFFER;
                      const r = i.createBuffer();
                      if (r) {
                        e.glBuffer = r;
                        if (e.size > 0) {
                          if (t.extensions.useVAO && s.glVAO) {
                            i.bindVertexArray(null);
                            s.glVAO = null;
                          }
                          b9.gpuInputAssembler = null;
                          if (t.stateCache.glArrayBuffer !== e.glBuffer) {
                            i.bindBuffer(i.ARRAY_BUFFER, e.glBuffer);
                            t.stateCache.glArrayBuffer = e.glBuffer;
                          }
                          i.bufferData(i.ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ARRAY_BUFFER, null);
                          t.stateCache.glArrayBuffer = null;
                        }
                      }
                    } else if (e.usage & Ts.INDEX) {
                      e.glTarget = i.ELEMENT_ARRAY_BUFFER;
                      const r = i.createBuffer();
                      if (r) {
                        e.glBuffer = r;
                        if (e.size > 0) {
                          if (t.extensions.useVAO && s.glVAO) {
                            i.bindVertexArray(null);
                            s.glVAO = null;
                          }
                          b9.gpuInputAssembler = null;
                          if (t.stateCache.glElementArrayBuffer !== e.glBuffer) {
                            i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                            t.stateCache.glElementArrayBuffer = e.glBuffer;
                          }
                          i.bufferData(i.ELEMENT_ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, null);
                          t.stateCache.glElementArrayBuffer = null;
                        }
                      }
                    } else if (e.usage & Ts.UNIFORM) {
                      e.glTarget = i.UNIFORM_BUFFER;
                      const s = i.createBuffer();
                      if (s && e.size > 0) {
                        e.glBuffer = s;
                        if (t.stateCache.glUniformBuffer !== e.glBuffer) {
                          i.bindBuffer(i.UNIFORM_BUFFER, e.glBuffer);
                          t.stateCache.glUniformBuffer = e.glBuffer;
                        }
                        i.bufferData(i.UNIFORM_BUFFER, e.size, n);
                        i.bindBuffer(i.UNIFORM_BUFFER, null);
                        t.stateCache.glUniformBuffer = null;
                      }
                    } else if (e.usage & Ts.INDIRECT) e.glTarget = i.NONE; else if (e.usage & Ts.TRANSFER_DST) e.glTarget = i.NONE; else if (e.usage & Ts.TRANSFER_SRC) e.glTarget = i.NONE; else {
                      console.error("Unsupported BufferType, create buffer failed.");
                      e.glTarget = i.NONE;
                    }
                  }(J7.instance, this._gpuBuffer);
                  J7.instance.memoryStatus.bufferSize += this._size;
                }
              }
              destroy() {
                if (this._gpuBuffer) {
                  if (!this._isBufferView) {
                    !function(t, e) {
                      const {gl: i} = t;
                      const s = t.stateCache;
                      if (e.glBuffer) {
                        switch (e.glTarget) {
                         case i.ARRAY_BUFFER:
                          if (t.extensions.useVAO && s.glVAO) {
                            i.bindVertexArray(null);
                            t.stateCache.glVAO = null;
                          }
                          b9.gpuInputAssembler = null;
                          i.bindBuffer(i.ARRAY_BUFFER, null);
                          t.stateCache.glArrayBuffer = null;
                          break;

                         case i.ELEMENT_ARRAY_BUFFER:
                          if (t.extensions.useVAO && s.glVAO) {
                            i.bindVertexArray(null);
                            t.stateCache.glVAO = null;
                          }
                          b9.gpuInputAssembler = null;
                          i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, null);
                          t.stateCache.glElementArrayBuffer = null;
                          break;

                         case i.UNIFORM_BUFFER:
                          i.bindBuffer(i.UNIFORM_BUFFER, null);
                          t.stateCache.glUniformBuffer = null;
                        }
                        i.deleteBuffer(e.glBuffer);
                        e.glBuffer = null;
                      }
                    }(J7.instance, this._gpuBuffer);
                    J7.instance.memoryStatus.bufferSize -= this._size;
                  }
                  this._gpuBuffer = null;
                }
              }
              resize(t) {
                if (this._isBufferView) {
                  console.warn("cannot resize buffer views!");
                  return;
                }
                const e = this._size;
                if (e !== t) {
                  this._size = t;
                  this._count = this._size / this._stride;
                  if (this._gpuBuffer) {
                    this._gpuBuffer.size = t;
                    if (t > 0) {
                      !function(t, e) {
                        const {gl: i} = t;
                        const s = t.stateCache;
                        const n = e.memUsage & Cs.HOST ? i.DYNAMIC_DRAW : i.STATIC_DRAW;
                        if (e.usage & Ts.VERTEX) {
                          if (t.extensions.useVAO && s.glVAO) {
                            i.bindVertexArray(null);
                            s.glVAO = null;
                          }
                          b9.gpuInputAssembler = null;
                          s.glArrayBuffer !== e.glBuffer && i.bindBuffer(i.ARRAY_BUFFER, e.glBuffer);
                          e.buffer ? i.bufferData(i.ARRAY_BUFFER, e.buffer, n) : i.bufferData(i.ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ARRAY_BUFFER, null);
                          s.glArrayBuffer = null;
                        } else if (e.usage & Ts.INDEX) {
                          if (t.extensions.useVAO && s.glVAO) {
                            i.bindVertexArray(null);
                            s.glVAO = null;
                          }
                          b9.gpuInputAssembler = null;
                          t.stateCache.glElementArrayBuffer !== e.glBuffer && i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, e.glBuffer);
                          e.buffer ? i.bufferData(i.ELEMENT_ARRAY_BUFFER, e.buffer, n) : i.bufferData(i.ELEMENT_ARRAY_BUFFER, e.size, n);
                          i.bindBuffer(i.ELEMENT_ARRAY_BUFFER, null);
                          t.stateCache.glElementArrayBuffer = null;
                        } else if (e.usage & Ts.UNIFORM) {
                          t.stateCache.glUniformBuffer !== e.glBuffer && i.bindBuffer(i.UNIFORM_BUFFER, e.glBuffer);
                          i.bufferData(i.UNIFORM_BUFFER, e.size, n);
                          i.bindBuffer(i.UNIFORM_BUFFER, null);
                          t.stateCache.glUniformBuffer = null;
                        } else if (e.usage & Ts.INDIRECT || e.usage & Ts.TRANSFER_DST || e.usage & Ts.TRANSFER_SRC) e.glTarget = i.NONE; else {
                          console.error("Unsupported BufferType, create buffer failed.");
                          e.glTarget = i.NONE;
                        }
                      }(J7.instance, this._gpuBuffer);
                      J7.instance.memoryStatus.bufferSize -= e;
                      J7.instance.memoryStatus.bufferSize += t;
                    }
                  }
                }
              }
              update(t, e) {
                if (this._isBufferView) {
                  console.warn("cannot update through buffer views!");
                  return;
                }
                let i;
                i = void 0 !== e ? e : this._usage & Ts.INDIRECT ? 0 : t.byteLength;
                f9(J7.instance, this._gpuBuffer, t, 0, i);
              }
            }
            class M9 {
              constructor(t, e) {
                this._frees = void 0;
                this._freeIdx = 0;
                this._freeCmds = void 0;
                this._frees = new Array(e);
                this._freeCmds = new eo(e);
                for (let i = 0; i < e; ++i) this._frees[i] = new t;
                this._freeIdx = e - 1;
              }
              alloc(t) {
                if (this._freeIdx < 0) {
                  const e = 2 * this._frees.length;
                  const i = this._frees;
                  this._frees = new Array(e);
                  const s = e - i.length;
                  for (let e = 0; e < s; ++e) this._frees[e] = new t;
                  for (let t = s, n = 0; t < e; ++t, ++n) this._frees[t] = i[n];
                  this._freeIdx += s;
                }
                const e = this._frees[this._freeIdx];
                this._frees[this._freeIdx--] = null;
                ++e.refCount;
                return e;
              }
              free(t) {
                0 == --t.refCount && this._freeCmds.push(t);
              }
              freeCmds(t) {
                for (let e = 0; e < t.length; ++e) 0 == --t.array[e].refCount && this._freeCmds.push(t.array[e]);
              }
              release() {
                for (let t = 0; t < this._freeCmds.length; ++t) {
                  const e = this._freeCmds.array[t];
                  e.clear();
                  this._frees[++this._freeIdx] = e;
                }
                this._freeCmds.clear();
              }
            }
            class B9 {
              constructor() {
                this.beginRenderPassCmdPool = void 0;
                this.bindStatesCmdPool = void 0;
                this.drawCmdPool = void 0;
                this.updateBufferCmdPool = void 0;
                this.copyBufferToTextureCmdPool = void 0;
                this.beginRenderPassCmdPool = new M9(c9, 1);
                this.bindStatesCmdPool = new M9(u9, 1);
                this.drawCmdPool = new M9(_9, 1);
                this.updateBufferCmdPool = new M9(d9, 1);
                this.copyBufferToTextureCmdPool = new M9(p9, 1);
              }
              clearCmds(t) {
                if (t.beginRenderPassCmds.length) {
                  this.beginRenderPassCmdPool.freeCmds(t.beginRenderPassCmds);
                  t.beginRenderPassCmds.clear();
                }
                if (t.bindStatesCmds.length) {
                  this.bindStatesCmdPool.freeCmds(t.bindStatesCmds);
                  t.bindStatesCmds.clear();
                }
                if (t.drawCmds.length) {
                  this.drawCmdPool.freeCmds(t.drawCmds);
                  t.drawCmds.clear();
                }
                if (t.updateBufferCmds.length) {
                  this.updateBufferCmdPool.freeCmds(t.updateBufferCmds);
                  t.updateBufferCmds.clear();
                }
                if (t.copyBufferToTextureCmds.length) {
                  this.copyBufferToTextureCmdPool.freeCmds(t.copyBufferToTextureCmds);
                  t.copyBufferToTextureCmds.clear();
                }
                t.cmds.clear();
              }
              releaseCmds() {
                this.beginRenderPassCmdPool.release();
                this.bindStatesCmdPool.release();
                this.drawCmdPool.release();
                this.updateBufferCmdPool.release();
                this.copyBufferToTextureCmdPool.release();
              }
            }
            class D9 extends Or {
              constructor(...t) {
                super(...t);
                this.cmdPackage = new m9;
                this._cmdAllocator = new B9;
                this._isInRenderPass = !1;
                this._curGPUPipelineState = null;
                this._curGPUDescriptorSets = [];
                this._curGPUInputAssembler = null;
                this._curDynamicOffsets = Array(8).fill(0);
                this._curDynamicStates = new lr;
                this._isStateInvalied = !1;
              }
              initialize(t) {
                this._type = t.type;
                this._queue = t.queue;
                const e = J7.instance.bindingMappings.blockOffsets.length;
                for (let t = 0; t < e; t++) this._curGPUDescriptorSets.push(null);
              }
              destroy() {
                this._cmdAllocator.clearCmds(this.cmdPackage);
              }
              begin(t, e = 0, i) {
                this._cmdAllocator.clearCmds(this.cmdPackage);
                this._curGPUPipelineState = null;
                this._curGPUInputAssembler = null;
                this._curGPUDescriptorSets.length = 0;
                this._numDrawCalls = 0;
                this._numInstances = 0;
                this._numTris = 0;
              }
              end() {
                this._isStateInvalied && this.bindStates();
                this._isInRenderPass = !1;
              }
              beginRenderPass(t, e, i, s, n, r) {
                const o = this._cmdAllocator.beginRenderPassCmdPool.alloc(c9);
                o.gpuRenderPass = t.gpuRenderPass;
                o.gpuFramebuffer = e.gpuFramebuffer;
                o.renderArea.copy(i);
                for (let t = 0; t < s.length; ++t) o.clearColors[t] = s[t];
                o.clearDepth = n;
                o.clearStencil = r;
                this.cmdPackage.beginRenderPassCmds.push(o);
                this.cmdPackage.cmds.push(l9.BEGIN_RENDER_PASS);
                this._isInRenderPass = !0;
              }
              endRenderPass() {
                this._isInRenderPass = !1;
              }
              bindPipelineState(t) {
                const e = t.gpuPipelineState;
                if (e !== this._curGPUPipelineState) {
                  this._curGPUPipelineState = e;
                  this._isStateInvalied = !0;
                }
              }
              bindDescriptorSet(t, e, i) {
                const s = e.gpuDescriptorSet;
                if (s !== this._curGPUDescriptorSets[t]) {
                  this._curGPUDescriptorSets[t] = s;
                  this._isStateInvalied = !0;
                }
                if (i) {
                  var n;
                  const e = null === (n = this._curGPUPipelineState) || void 0 === n ? void 0 : n.gpuPipelineLayout;
                  if (e) {
                    const s = this._curDynamicOffsets;
                    const n = e.dynamicOffsetOffsets[t];
                    for (let t = 0; t < i.length; t++) s[n + t] = i[t];
                    this._isStateInvalied = !0;
                  }
                }
              }
              bindInputAssembler(t) {
                const e = t.gpuInputAssembler;
                this._curGPUInputAssembler = e;
                this._isStateInvalied = !0;
              }
              setViewport(t) {
                const e = this._curDynamicStates.viewport;
                if (e.left !== t.left || e.top !== t.top || e.width !== t.width || e.height !== t.height || e.minDepth !== t.minDepth || e.maxDepth !== t.maxDepth) {
                  e.left = t.left;
                  e.top = t.top;
                  e.width = t.width;
                  e.height = t.height;
                  e.minDepth = t.minDepth;
                  e.maxDepth = t.maxDepth;
                  this._isStateInvalied = !0;
                }
              }
              setScissor(t) {
                const e = this._curDynamicStates.scissor;
                if (e.x !== t.x || e.y !== t.y || e.width !== t.width || e.height !== t.height) {
                  e.x = t.x;
                  e.y = t.y;
                  e.width = t.width;
                  e.height = t.height;
                  this._isStateInvalied = !0;
                }
              }
              setLineWidth(t) {
                if (this._curDynamicStates.lineWidth !== t) {
                  this._curDynamicStates.lineWidth = t;
                  this._isStateInvalied = !0;
                }
              }
              setDepthBias(t, e, i) {
                const s = this._curDynamicStates;
                if (s.depthBiasConstant !== t || s.depthBiasClamp !== e || s.depthBiasSlope !== i) {
                  s.depthBiasConstant = t;
                  s.depthBiasClamp = e;
                  s.depthBiasSlope = i;
                  this._isStateInvalied = !0;
                }
              }
              setBlendConstants(t) {
                const e = this._curDynamicStates.blendConstant;
                if (e.x !== t.x || e.y !== t.y || e.z !== t.z || e.w !== t.w) {
                  e.copy(t);
                  this._isStateInvalied = !0;
                }
              }
              setDepthBound(t, e) {
                const i = this._curDynamicStates;
                if (i.depthMinBounds !== t || i.depthMaxBounds !== e) {
                  i.depthMinBounds = t;
                  i.depthMaxBounds = e;
                  this._isStateInvalied = !0;
                }
              }
              setStencilWriteMask(t, e) {
                const i = this._curDynamicStates.stencilStatesFront;
                const s = this._curDynamicStates.stencilStatesBack;
                if (t & Js.FRONT && i.writeMask !== e) {
                  i.writeMask = e;
                  this._isStateInvalied = !0;
                }
                if (t & Js.BACK && s.writeMask !== e) {
                  s.writeMask = e;
                  this._isStateInvalied = !0;
                }
              }
              setStencilCompareMask(t, e, i) {
                const s = this._curDynamicStates.stencilStatesFront;
                const n = this._curDynamicStates.stencilStatesBack;
                if (t & Js.FRONT && (s.compareMask !== i || s.reference !== e)) {
                  s.reference = e;
                  s.compareMask = i;
                  this._isStateInvalied = !0;
                }
                if (t & Js.BACK && (n.compareMask !== i || n.reference !== e)) {
                  n.reference = e;
                  n.compareMask = i;
                  this._isStateInvalied = !0;
                }
              }
              draw(t) {
                if (this._type === tn.PRIMARY && this._isInRenderPass || this._type === tn.SECONDARY) {
                  this._isStateInvalied && this.bindStates();
                  const e = "drawInfo" in t ? t.drawInfo : t;
                  const i = this._cmdAllocator.drawCmdPool.alloc(_9);
                  i.drawInfo.copy(e);
                  this.cmdPackage.drawCmds.push(i);
                  this.cmdPackage.cmds.push(l9.DRAW);
                  ++this._numDrawCalls;
                  this._numInstances += e.instanceCount;
                  const s = e.indexCount || e.vertexCount;
                  if (this._curGPUPipelineState) {
                    switch (this._curGPUPipelineState.glPrimitive) {
                     case 4:
                      this._numTris += s / 3 * Math.max(e.instanceCount, 1);
                      break;

                     case 5:
                     case 6:
                      this._numTris += (s - 2) * Math.max(e.instanceCount, 1);
                    }
                  }
                } else console.error("Command 'draw' must be recorded inside a render pass.");
              }
              updateBuffer(t, e, i) {
                if (this._type === tn.PRIMARY && !this._isInRenderPass || this._type === tn.SECONDARY) {
                  const s = t.gpuBuffer;
                  if (s) {
                    const n = this._cmdAllocator.updateBufferCmdPool.alloc(d9);
                    let r = 0;
                    let o = null;
                    if (t.usage & Ts.INDIRECT) o = e; else {
                      r = void 0 !== i ? i : e.byteLength;
                      o = e;
                    }
                    n.gpuBuffer = s;
                    n.buffer = o;
                    n.offset = 0;
                    n.size = r;
                    this.cmdPackage.updateBufferCmds.push(n);
                    this.cmdPackage.cmds.push(l9.UPDATE_BUFFER);
                  }
                } else console.error("Command 'updateBuffer' must be recorded outside a render pass.");
              }
              copyBuffersToTexture(t, e, i) {
                if (this._type === tn.PRIMARY && !this._isInRenderPass || this._type === tn.SECONDARY) {
                  const s = e.gpuTexture;
                  if (s) {
                    const e = this._cmdAllocator.copyBufferToTextureCmdPool.alloc(p9);
                    e.gpuTexture = s;
                    e.regions = i;
                    e.buffers = t;
                    this.cmdPackage.copyBufferToTextureCmds.push(e);
                    this.cmdPackage.cmds.push(l9.COPY_BUFFER_TO_TEXTURE);
                  }
                } else console.error("Command 'copyBufferToTexture' must be recorded outside a render pass.");
              }
              execute(t, e) {
                for (let i = 0; i < e; ++i) {
                  const e = t[i];
                  for (let t = 0; t < e.cmdPackage.beginRenderPassCmds.length; ++t) {
                    const i = e.cmdPackage.beginRenderPassCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.beginRenderPassCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.bindStatesCmds.length; ++t) {
                    const i = e.cmdPackage.bindStatesCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.bindStatesCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.drawCmds.length; ++t) {
                    const i = e.cmdPackage.drawCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.drawCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.updateBufferCmds.length; ++t) {
                    const i = e.cmdPackage.updateBufferCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.updateBufferCmds.push(i);
                  }
                  for (let t = 0; t < e.cmdPackage.copyBufferToTextureCmds.length; ++t) {
                    const i = e.cmdPackage.copyBufferToTextureCmds.array[t];
                    ++i.refCount;
                    this.cmdPackage.copyBufferToTextureCmds.push(i);
                  }
                  this.cmdPackage.cmds.concat(e.cmdPackage.cmds.array);
                  this._numDrawCalls += e._numDrawCalls;
                  this._numInstances += e._numInstances;
                  this._numTris += e._numTris;
                }
              }
              pipelineBarrier(t, e, i, s, n) {}
              bindStates() {
                const t = this._cmdAllocator.bindStatesCmdPool.alloc(u9);
                t.gpuPipelineState = this._curGPUPipelineState;
                Array.prototype.push.apply(t.gpuDescriptorSets, this._curGPUDescriptorSets);
                Array.prototype.push.apply(t.dynamicOffsets, this._curDynamicOffsets);
                t.gpuInputAssembler = this._curGPUInputAssembler;
                t.dynamicStates = this._curDynamicStates;
                this.cmdPackage.bindStatesCmds.push(t);
                this.cmdPackage.cmds.push(l9.BIND_STATES);
                this._isStateInvalied = !1;
              }
            }
            class P9 extends Fr {
              constructor(...t) {
                super(...t);
                this._gpuFramebuffer = null;
              }
              get gpuFramebuffer() {
                return this._gpuFramebuffer;
              }
              initialize(t) {
                this._renderPass = t.renderPass;
                this._colorTextures = t.colorTextures || [];
                this._depthStencilTexture = t.depthStencilTexture || null;
                const e = [];
                for (let i = 0; i < t.colorTextures.length; i++) {
                  const s = t.colorTextures[i];
                  s && e.push(s.gpuTextureView);
                }
                let i = null;
                t.depthStencilTexture && (i = t.depthStencilTexture.gpuTextureView);
                let s = Number.MAX_SAFE_INTEGER;
                this._gpuFramebuffer = {
                  gpuRenderPass: t.renderPass.gpuRenderPass,
                  gpuColorViews: e,
                  gpuDepthStencilView: i,
                  glFramebuffer: null,
                  isOffscreen: !0,
                  get width() {
                    return this.isOffscreen ? s : this.gpuColorViews.length > 0 ? this.gpuColorViews[0].gpuTexture.width : this.gpuDepthStencilView.gpuTexture.width;
                  },
                  set width(t) {
                    s = t;
                  },
                  get height() {
                    return this.isOffscreen ? s : this.gpuColorViews.length > 0 ? this.gpuColorViews[0].gpuTexture.height : this.gpuDepthStencilView.gpuTexture.height;
                  },
                  set height(t) {}
                };
                !function(t, e) {
                  for (let t = 0; t < e.gpuColorViews.length; ++t) if (e.gpuColorViews[t].gpuTexture.isSwapchainTexture) {
                    e.isOffscreen = !1;
                    return;
                  }
                  const {gl: i} = t;
                  const s = [];
                  const n = i.createFramebuffer();
                  if (n) {
                    e.glFramebuffer = n;
                    t.stateCache.glFramebuffer !== e.glFramebuffer && i.bindFramebuffer(i.FRAMEBUFFER, e.glFramebuffer);
                    for (let t = 0; t < e.gpuColorViews.length; ++t) {
                      const n = e.gpuColorViews[t];
                      const r = n.gpuTexture;
                      if (r) {
                        r.glTexture ? i.framebufferTexture2D(i.FRAMEBUFFER, i.COLOR_ATTACHMENT0 + t, r.glTarget, r.glTexture, n.baseLevel) : i.framebufferRenderbuffer(i.FRAMEBUFFER, i.COLOR_ATTACHMENT0 + t, i.RENDERBUFFER, r.glRenderbuffer);
                        s.push(i.COLOR_ATTACHMENT0 + t);
                        e.width = Math.min(e.width, r.width >> n.baseLevel);
                        e.height = Math.min(e.height, r.height >> n.baseLevel);
                      }
                    }
                    const r = e.gpuDepthStencilView;
                    if (r) {
                      const t = r.gpuTexture;
                      const s = ur[t.format].hasStencil ? i.DEPTH_STENCIL_ATTACHMENT : i.DEPTH_ATTACHMENT;
                      t.glTexture ? i.framebufferTexture2D(i.FRAMEBUFFER, s, t.glTarget, t.glTexture, e.gpuDepthStencilView.baseLevel) : i.framebufferRenderbuffer(i.FRAMEBUFFER, s, i.RENDERBUFFER, t.glRenderbuffer);
                      e.width = Math.min(e.width, t.width >> r.baseLevel);
                      e.height = Math.min(e.height, t.height >> r.baseLevel);
                    }
                    i.drawBuffers(s);
                    const o = i.checkFramebufferStatus(i.FRAMEBUFFER);
                    if (o !== i.FRAMEBUFFER_COMPLETE) switch (o) {
                     case i.FRAMEBUFFER_INCOMPLETE_ATTACHMENT:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_INCOMPLETE_ATTACHMENT");
                      break;

                     case i.FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT");
                      break;

                     case i.FRAMEBUFFER_INCOMPLETE_DIMENSIONS:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_INCOMPLETE_DIMENSIONS");
                      break;

                     case i.FRAMEBUFFER_UNSUPPORTED:
                      console.error("glCheckFramebufferStatus() - FRAMEBUFFER_UNSUPPORTED");
                    }
                    t.stateCache.glFramebuffer !== e.glFramebuffer && i.bindFramebuffer(i.FRAMEBUFFER, t.stateCache.glFramebuffer);
                  }
                }(J7.instance, this._gpuFramebuffer);
              }
              destroy() {
                if (this._gpuFramebuffer) {
                  !function(t, e) {
                    if (e.glFramebuffer) {
                      t.gl.deleteFramebuffer(e.glFramebuffer);
                      if (t.stateCache.glFramebuffer === e.glFramebuffer) {
                        t.gl.bindFramebuffer(t.gl.FRAMEBUFFER, null);
                        t.stateCache.glFramebuffer = null;
                      }
                      e.glFramebuffer = null;
                    }
                  }(J7.instance, this._gpuFramebuffer);
                  this._gpuFramebuffer = null;
                }
              }
            }
            class O9 extends Gr {
              constructor(...t) {
                super(...t);
                this._gpuInputAssembler = null;
              }
              get gpuInputAssembler() {
                return this._gpuInputAssembler;
              }
              initialize(t) {
                if (0 === t.vertexBuffers.length) {
                  console.error("InputAssemblerInfo.vertexBuffers is null.");
                  return;
                }
                this._attributes = t.attributes;
                this._attributesHash = this.computeAttributesHash();
                this._vertexBuffers = t.vertexBuffers;
                if (t.indexBuffer) {
                  this._indexBuffer = t.indexBuffer;
                  this._drawInfo.indexCount = this._indexBuffer.size / this._indexBuffer.stride;
                  this._drawInfo.firstIndex = 0;
                } else {
                  const t = this._vertexBuffers[0];
                  this._drawInfo.vertexCount = t.size / t.stride;
                  this._drawInfo.firstVertex = 0;
                  this._drawInfo.vertexOffset = 0;
                }
                this._drawInfo.instanceCount = 0;
                this._drawInfo.firstInstance = 0;
                this._indirectBuffer = t.indirectBuffer || null;
                const e = new Array(t.vertexBuffers.length);
                for (let i = 0; i < t.vertexBuffers.length; ++i) {
                  const s = t.vertexBuffers[i];
                  s.gpuBuffer && (e[i] = s.gpuBuffer);
                }
                let i = null;
                let s = 0;
                if (t.indexBuffer) {
                  i = t.indexBuffer.gpuBuffer;
                  if (i) switch (i.stride) {
                   case 1:
                    s = 5121;
                    break;

                   case 2:
                    s = 5123;
                    break;

                   case 4:
                    s = 5125;
                    break;

                   default:
                    console.error("Illegal index buffer stride.");
                  }
                }
                let n = null;
                t.indirectBuffer && (n = t.indirectBuffer.gpuBuffer);
                this._gpuInputAssembler = {
                  attributes: t.attributes,
                  gpuVertexBuffers: e,
                  gpuIndexBuffer: i,
                  gpuIndirectBuffer: n,
                  glAttribs: [],
                  glIndexType: s,
                  glVAOs: new Map
                };
                !function(t, e) {
                  const {gl: i} = t;
                  e.glAttribs = new Array(e.attributes.length);
                  const s = [ 0, 0, 0, 0, 0, 0, 0, 0 ];
                  for (let t = 0; t < e.attributes.length; ++t) {
                    const n = e.attributes[t];
                    const r = void 0 !== n.stream ? n.stream : 0;
                    const o = e.gpuVertexBuffers[r];
                    const a = $7(n.format, i);
                    const {size: l} = ur[n.format];
                    e.glAttribs[t] = {
                      name: n.name,
                      glBuffer: o.glBuffer,
                      glType: a,
                      size: l,
                      count: ur[n.format].count,
                      stride: o.stride,
                      componentCount: s9(a, i),
                      isNormalized: void 0 !== n.isNormalized && n.isNormalized,
                      isInstanced: void 0 !== n.isInstanced && n.isInstanced,
                      offset: s[r]
                    };
                    s[r] += l;
                  }
                }(J7.instance, this._gpuInputAssembler);
              }
              destroy() {
                const t = J7.instance;
                this._gpuInputAssembler && t.extensions.useVAO && function(t, e) {
                  const i = e.glVAOs.values();
                  let s = i.next();
                  const {gl: n} = t;
                  let r = t.stateCache.glVAO;
                  for (;!s.done; ) {
                    n.deleteVertexArray(s.value);
                    if (r === s.value) {
                      n.bindVertexArray(null);
                      r = null;
                    }
                    s = i.next();
                  }
                  t.stateCache.glVAO = r;
                  e.glVAOs.clear();
                }(t, this._gpuInputAssembler);
                this._gpuInputAssembler = null;
              }
            }
            class N9 extends zr {
              constructor(...t) {
                super(...t);
                this._gpuDescriptorSetLayout = null;
              }
              get gpuDescriptorSetLayout() {
                return this._gpuDescriptorSetLayout;
              }
              initialize(t) {
                Array.prototype.push.apply(this._bindings, t.bindings);
                let e = 0;
                let i = -1;
                const s = [];
                for (let t = 0; t < this._bindings.length; t++) {
                  const n = this._bindings[t];
                  s.push(e);
                  e += n.count;
                  n.binding > i && (i = n.binding);
                }
                this._bindingIndices = Array(i + 1).fill(-1);
                const n = this._descriptorIndices = Array(i + 1).fill(-1);
                for (let t = 0; t < this._bindings.length; t++) {
                  const e = this._bindings[t];
                  this._bindingIndices[e.binding] = t;
                  n[e.binding] = s[t];
                }
                const r = [];
                for (let t = 0; t < this._bindings.length; t++) {
                  const e = this._bindings[t];
                  if (e.descriptorType & pr) for (let t = 0; t < e.count; t++) r.push(e.binding);
                }
                this._gpuDescriptorSetLayout = {
                  bindings: this._bindings,
                  dynamicBindings: r,
                  descriptorIndices: n,
                  descriptorCount: e
                };
              }
              destroy() {
                this._bindings.length = 0;
              }
            }
            class L9 extends Hr {
              constructor(...t) {
                super(...t);
                this._gpuPipelineLayout = null;
              }
              get gpuPipelineLayout() {
                return this._gpuPipelineLayout;
              }
              initialize(t) {
                Array.prototype.push.apply(this._setLayouts, t.setLayouts);
                const e = [];
                const i = [];
                let s = 0;
                const n = [];
                for (let t = 0; t < this._setLayouts.length; t++) {
                  const r = this._setLayouts[t];
                  const o = r.gpuDescriptorSetLayout.dynamicBindings;
                  const a = Array(r.bindingIndices.length).fill(-1);
                  for (let t = 0; t < o.length; t++) {
                    const e = o[t];
                    a[e] < 0 && (a[e] = s + t);
                  }
                  i.push(r.gpuDescriptorSetLayout);
                  e.push(a);
                  n.push(s);
                  s += o.length;
                }
                this._gpuPipelineLayout = {
                  gpuSetLayouts: i,
                  dynamicOffsetIndices: e,
                  dynamicOffsetCount: s,
                  dynamicOffsetOffsets: n
                };
              }
              destroy() {
                this._setLayouts.length = 0;
              }
            }
            const F9 = [ 0, 1, 3, 2, 0, 0, 0, 4, 5, 6, 0, 0, 0, 0 ];
            class V9 extends Mr {
              constructor(...t) {
                super(...t);
                this._gpuPipelineState = null;
              }
              get gpuPipelineState() {
                return this._gpuPipelineState;
              }
              initialize(t) {
                this._primitive = t.primitive;
                this._shader = t.shader;
                this._pipelineLayout = t.pipelineLayout;
                const e = this._bs;
                if (t.blendState) {
                  const i = t.blendState;
                  const {targets: s} = i;
                  s && s.forEach(((t, i) => {
                    e.setTarget(i, t);
                  }));
                  void 0 !== i.isA2C && (e.isA2C = i.isA2C);
                  void 0 !== i.isIndepend && (e.isIndepend = i.isIndepend);
                  void 0 !== i.blendColor && (e.blendColor = i.blendColor);
                }
                Object.assign(this._rs, t.rasterizerState);
                Object.assign(this._dss, t.depthStencilState);
                this._is = t.inputState;
                this._renderPass = t.renderPass;
                this._dynamicStates = t.dynamicStates;
                const i = [];
                for (let t = 0; t < 31; t++) this._dynamicStates & 1 << t && i.push(1 << t);
                this._gpuPipelineState = {
                  glPrimitive: F9[t.primitive],
                  gpuShader: t.shader.gpuShader,
                  gpuPipelineLayout: t.pipelineLayout.gpuPipelineLayout,
                  rs: t.rasterizerState,
                  dss: t.depthStencilState,
                  bs: t.blendState,
                  gpuRenderPass: t.renderPass.gpuRenderPass,
                  dynamicStates: i
                };
              }
              destroy() {
                this._gpuPipelineState = null;
              }
            }
            class k9 extends D9 {
              beginRenderPass(t, e, i, s, n, r) {
                S9(J7.instance, t.gpuRenderPass, e.gpuFramebuffer, i, s, n, r);
                this._isInRenderPass = !0;
              }
              draw(t) {
                if (this._isInRenderPass) {
                  this._isStateInvalied && this.bindStates();
                  const e = "drawInfo" in t ? t.drawInfo : t;
                  T9(J7.instance, e);
                  ++this._numDrawCalls;
                  this._numInstances += e.instanceCount;
                  const i = e.indexCount || e.vertexCount;
                  if (this._curGPUPipelineState) {
                    switch (this._curGPUPipelineState.glPrimitive) {
                     case 4:
                      this._numTris += i / 3 * Math.max(e.instanceCount, 1);
                      break;

                     case 5:
                     case 6:
                      this._numTris += (i - 2) * Math.max(e.instanceCount, 1);
                    }
                  }
                } else console.error("Command 'draw' must be recorded inside a render pass.");
              }
              setViewport(t) {
                const {stateCache: e, gl: i} = J7.instance;
                if (e.viewport.left !== t.left || e.viewport.top !== t.top || e.viewport.width !== t.width || e.viewport.height !== t.height) {
                  i.viewport(t.left, t.top, t.width, t.height);
                  e.viewport.left = t.left;
                  e.viewport.top = t.top;
                  e.viewport.width = t.width;
                  e.viewport.height = t.height;
                }
              }
              setScissor(t) {
                const {stateCache: e, gl: i} = J7.instance;
                if (e.scissorRect.x !== t.x || e.scissorRect.y !== t.y || e.scissorRect.width !== t.width || e.scissorRect.height !== t.height) {
                  i.scissor(t.x, t.y, t.width, t.height);
                  e.scissorRect.x = t.x;
                  e.scissorRect.y = t.y;
                  e.scissorRect.width = t.width;
                  e.scissorRect.height = t.height;
                }
              }
              updateBuffer(t, e, i) {
                if (this._isInRenderPass) console.error("Command 'updateBuffer' must be recorded outside a render pass."); else {
                  const s = t.gpuBuffer;
                  if (s) {
                    let n;
                    n = void 0 !== i ? i : t.usage & Ts.INDIRECT ? 0 : e.byteLength;
                    f9(J7.instance, s, e, 0, n);
                  }
                }
              }
              copyBuffersToTexture(t, e, i) {
                if (this._isInRenderPass) console.error("Command 'copyBufferToTexture' must be recorded outside a render pass."); else {
                  const s = e.gpuTexture;
                  s && w9(J7.instance, t, s, i);
                }
              }
              execute(t, e) {
                for (let i = 0; i < e; ++i) {
                  const e = t[i];
                  E9(J7.instance, e.cmdPackage);
                  this._numDrawCalls += e._numDrawCalls;
                  this._numInstances += e._numInstances;
                  this._numTris += e._numTris;
                }
              }
              bindStates() {
                A9(J7.instance, this._curGPUPipelineState, this._curGPUInputAssembler, this._curGPUDescriptorSets, this._curDynamicOffsets, this._curDynamicStates);
                this._isStateInvalied = !1;
              }
            }
            class U9 extends jr {
              constructor(...t) {
                super(...t);
                this.numDrawCalls = 0;
                this.numInstances = 0;
                this.numTris = 0;
              }
              initialize(t) {
                this._type = t.type;
              }
              destroy() {}
              submit(t) {
                for (let e = 0; e < t.length; e++) {
                  const i = t[e];
                  this.numDrawCalls += i.numDrawCalls;
                  this.numInstances += i.numInstances;
                  this.numTris += i.numTris;
                }
              }
              clear() {
                this.numDrawCalls = 0;
                this.numInstances = 0;
                this.numTris = 0;
              }
            }
            class G9 extends Xr {
              constructor(...t) {
                super(...t);
                this._gpuRenderPass = null;
              }
              get gpuRenderPass() {
                return this._gpuRenderPass;
              }
              initialize(t) {
                this._colorInfos = t.colorAttachments;
                this._depthStencilInfo = t.depthStencilAttachment;
                this._subpasses = t.subpasses;
                this._gpuRenderPass = {
                  colorAttachments: this._colorInfos,
                  depthStencilAttachment: this._depthStencilInfo
                };
                this._hash = this.computeHash();
              }
              destroy() {
                this._gpuRenderPass = null;
              }
            }
            class z9 extends qr {
              get gpuSampler() {
                return this._gpuSampler;
              }
              constructor(t, e) {
                super(t, e);
                this._gpuSampler = null;
                this._gpuSampler = {
                  glSamplers: new Map,
                  minFilter: this._info.minFilter,
                  magFilter: this._info.magFilter,
                  mipFilter: this._info.mipFilter,
                  addressU: this._info.addressU,
                  addressV: this._info.addressV,
                  addressW: this._info.addressW,
                  glMinFilter: 0,
                  glMagFilter: 0,
                  glWrapS: 0,
                  glWrapT: 0,
                  glWrapR: 0,
                  getGLSampler(t, e, i) {
                    const {gl: s} = t;
                    const n = e << 16 | i;
                    if (!this.glSamplers.has(n)) {
                      const t = s.createSampler();
                      if (t) {
                        this.glSamplers.set(n, t);
                        s.samplerParameteri(t, s.TEXTURE_MIN_FILTER, this.glMinFilter);
                        s.samplerParameteri(t, s.TEXTURE_MAG_FILTER, this.glMagFilter);
                        s.samplerParameteri(t, s.TEXTURE_WRAP_S, this.glWrapS);
                        s.samplerParameteri(t, s.TEXTURE_WRAP_T, this.glWrapT);
                        s.samplerParameteri(t, s.TEXTURE_WRAP_R, this.glWrapR);
                        s.samplerParameterf(t, s.TEXTURE_MIN_LOD, e);
                        s.samplerParameterf(t, s.TEXTURE_MAX_LOD, i);
                      }
                    }
                    return this.glSamplers.get(n);
                  }
                };
                !function(t, e) {
                  const {gl: i} = t;
                  e.minFilter === Ds.LINEAR || e.minFilter === Ds.ANISOTROPIC ? e.mipFilter === Ds.LINEAR || e.mipFilter === Ds.ANISOTROPIC ? e.glMinFilter = i.LINEAR_MIPMAP_LINEAR : e.mipFilter === Ds.POINT ? e.glMinFilter = i.LINEAR_MIPMAP_NEAREST : e.glMinFilter = i.LINEAR : e.mipFilter === Ds.LINEAR || e.mipFilter === Ds.ANISOTROPIC ? e.glMinFilter = i.NEAREST_MIPMAP_LINEAR : e.mipFilter === Ds.POINT ? e.glMinFilter = i.NEAREST_MIPMAP_NEAREST : e.glMinFilter = i.NEAREST;
                  e.magFilter === Ds.LINEAR || e.magFilter === Ds.ANISOTROPIC ? e.glMagFilter = i.LINEAR : e.glMagFilter = i.NEAREST;
                  e.glWrapS = Z7[e.addressU];
                  e.glWrapT = Z7[e.addressV];
                  e.glWrapR = Z7[e.addressW];
                }(J7.instance, this._gpuSampler);
              }
              destroy() {
                if (this._gpuSampler) {
                  !function(t, e) {
                    const {gl: i} = t;
                    const s = e.glSamplers.values().next();
                    for (;!s.done; ) {
                      i.deleteSampler(s.value);
                      const e = t.stateCache.glSamplerUnits;
                      for (let t = 0; t < e.length; ++t) if (e[t] === s.value) {
                        i.bindSampler(t, null);
                        e[t] = null;
                      }
                    }
                    e.glSamplers.clear();
                  }(J7.instance, this._gpuSampler);
                  this._gpuSampler = null;
                }
              }
            }
            class H9 extends Wr {
              constructor(...t) {
                super(...t);
                this._gpuShader = null;
              }
              get gpuShader() {
                null === this._gpuShader.glProgram && function(t, e) {
                  const {gl: i} = t;
                  for (let t = 0; t < e.gpuStages.length; t++) {
                    const s = e.gpuStages[t];
                    let n = 0;
                    let r = "";
                    let o = 1;
                    switch (s.type) {
                     case ks.VERTEX:
                      r = "VertexShader";
                      n = i.VERTEX_SHADER;
                      break;

                     case ks.FRAGMENT:
                      r = "FragmentShader";
                      n = i.FRAGMENT_SHADER;
                      break;

                     default:
                      console.error("Unsupported ShaderType.");
                      return;
                    }
                    const a = i.createShader(n);
                    if (a) {
                      s.glShader = a;
                      i.shaderSource(s.glShader, `#version 300 es\n${s.source}`);
                      i.compileShader(s.glShader);
                      if (!i.getShaderParameter(s.glShader, i.COMPILE_STATUS)) {
                        console.error(`${r} in '${e.name}' compilation failed.`);
                        console.error("Shader source dump:", s.source.replace(/^|\n/g, (() => `\n${o++} `)));
                        console.error(i.getShaderInfoLog(s.glShader));
                        for (let s = 0; s < e.gpuStages.length; s++) {
                          const s = e.gpuStages[t];
                          if (s.glShader) {
                            i.deleteShader(s.glShader);
                            s.glShader = null;
                          }
                        }
                        return;
                      }
                    }
                  }
                  const s = i.createProgram();
                  if (!s) return;
                  e.glProgram = s;
                  for (let t = 0; t < e.gpuStages.length; t++) {
                    const s = e.gpuStages[t];
                    i.attachShader(e.glProgram, s.glShader);
                  }
                  i.linkProgram(e.glProgram);
                  for (let t = 0; t < e.gpuStages.length; t++) {
                    const s = e.gpuStages[t];
                    if (s.glShader) {
                      i.detachShader(e.glProgram, s.glShader);
                      i.deleteShader(s.glShader);
                      s.glShader = null;
                    }
                  }
                  if (!i.getProgramParameter(e.glProgram, i.LINK_STATUS)) {
                    console.error(`Failed to link shader '${e.name}'.`);
                    console.error(i.getProgramInfoLog(e.glProgram));
                    return;
                  }
                  R(`Shader '${e.name}' compilation succeeded.`);
                  const n = i.getProgramParameter(e.glProgram, i.ACTIVE_ATTRIBUTES);
                  e.glInputs = new Array(n);
                  for (let t = 0; t < n; ++t) {
                    const s = i.getActiveAttrib(e.glProgram, t);
                    if (s) {
                      let n;
                      const r = s.name.indexOf("[");
                      n = -1 !== r ? s.name.substr(0, r) : s.name;
                      const o = i.getAttribLocation(e.glProgram, n);
                      const a = e9(s.type, i);
                      const l = i9(s.type, i);
                      e.glInputs[t] = {
                        name: n,
                        type: a,
                        stride: l,
                        count: s.size,
                        size: l * s.size,
                        glType: s.type,
                        glLoc: o
                      };
                    }
                  }
                  const r = i.getProgramParameter(e.glProgram, i.ACTIVE_UNIFORM_BLOCKS);
                  let o;
                  let a;
                  let l;
                  let h;
                  if (r) {
                    e.glBlocks = new Array(r);
                    for (let s = 0; s < r; ++s) {
                      o = i.getActiveUniformBlockName(e.glProgram, s);
                      const n = o.indexOf("[");
                      -1 !== n && (o = o.substr(0, n));
                      h = null;
                      for (let t = 0; t < e.blocks.length; t++) if (e.blocks[t].name === o) {
                        h = e.blocks[t];
                        break;
                      }
                      if (h) {
                        a = s;
                        l = i.getActiveUniformBlockParameter(e.glProgram, a, i.UNIFORM_BLOCK_DATA_SIZE);
                        const n = h.binding + (t.bindingMappings.blockOffsets[h.set] || 0);
                        i.uniformBlockBinding(e.glProgram, a, n);
                        e.glBlocks[s] = {
                          set: h.set,
                          binding: h.binding,
                          idx: a,
                          name: o,
                          size: l,
                          glBinding: n
                        };
                      } else x(`Block '${o}' does not bound`);
                    }
                  }
                  for (let t = 0; t < e.subpassInputs.length; ++t) {
                    const i = e.subpassInputs[t];
                    e.samplerTextures.push(new Bn(i.set, i.binding, i.name, As.SAMPLER2D, i.count));
                  }
                  if (e.samplerTextures.length > 0) {
                    e.glSamplerTextures = new Array(e.samplerTextures.length);
                    for (let t = 0; t < e.samplerTextures.length; ++t) {
                      const s = e.samplerTextures[t];
                      e.glSamplerTextures[t] = {
                        set: s.set,
                        binding: s.binding,
                        name: s.name,
                        type: s.type,
                        count: s.count,
                        units: [],
                        glUnits: null,
                        glType: t9(s.type, i),
                        glLoc: null
                      };
                    }
                  }
                  const c = [];
                  const u = [];
                  const _ = t.stateCache.texUnitCacheMap;
                  let d = 0;
                  for (let i = 0; i < e.blocks.length; ++i) e.blocks[i].set === t.bindingMappings.flexibleSet && d++;
                  let p = 0;
                  for (let s = 0; s < e.samplerTextures.length; ++s) {
                    const n = e.samplerTextures[s];
                    const r = i.getUniformLocation(e.glProgram, n.name);
                    if (r && -1 !== r.id) {
                      c.push(e.glSamplerTextures[s]);
                      u.push(r);
                    }
                    if (void 0 === _[n.name]) {
                      let e = n.binding + t.bindingMappings.samplerTextureOffsets[n.set] + p;
                      n.set === t.bindingMappings.flexibleSet && (e -= d);
                      _[n.name] = e % t.capabilities.maxTextureUnits;
                      p += n.count - 1;
                    }
                  }
                  if (c.length) {
                    const s = [];
                    for (let e = 0; e < c.length; ++e) {
                      const i = c[e];
                      let n = _[i.name];
                      if (void 0 !== n) {
                        i.glLoc = u[e];
                        for (let e = 0; e < i.count; ++e) {
                          for (;s[n]; ) n = (n + 1) % t.capabilities.maxTextureUnits;
                          i.units.push(n);
                          s[n] = !0;
                        }
                      }
                    }
                    let n = 0;
                    for (let e = 0; e < c.length; ++e) {
                      const i = c[e];
                      if (!i.glLoc) {
                        i.glLoc = u[e];
                        for (;s[n]; ) n++;
                        for (let e = 0; e < i.count; ++e) {
                          for (;s[n]; ) n = (n + 1) % t.capabilities.maxTextureUnits;
                          void 0 === _[i.name] && (_[i.name] = n);
                          i.units.push(n);
                          s[n] = !0;
                        }
                      }
                    }
                    t.stateCache.glProgram !== e.glProgram && i.useProgram(e.glProgram);
                    for (let t = 0; t < c.length; t++) {
                      const e = c[t];
                      e.glUnits = new Int32Array(e.units);
                      i.uniform1iv(e.glLoc, e.glUnits);
                    }
                    t.stateCache.glProgram !== e.glProgram && i.useProgram(t.stateCache.glProgram);
                  }
                  e.glSamplerTextures = c;
                }(J7.instance, this._gpuShader);
                return this._gpuShader;
              }
              initialize(t) {
                this._name = t.name;
                this._stages = t.stages;
                this._attributes = t.attributes;
                this._blocks = t.blocks;
                this._samplers = t.samplers;
                this._gpuShader = {
                  name: t.name,
                  blocks: t.blocks.slice(),
                  samplerTextures: t.samplerTextures.slice(),
                  subpassInputs: t.subpassInputs.slice(),
                  gpuStages: new Array(t.stages.length),
                  glProgram: null,
                  glInputs: [],
                  glUniforms: [],
                  glBlocks: [],
                  glSamplerTextures: []
                };
                for (let e = 0; e < t.stages.length; ++e) {
                  const i = t.stages[e];
                  this._gpuShader.gpuStages[e] = {
                    type: i.stage,
                    source: i.source,
                    glShader: null
                  };
                }
              }
              destroy() {
                if (this._gpuShader) {
                  !function(t, e) {
                    if (e.glProgram) {
                      t.gl.deleteProgram(e.glProgram);
                      if (t.stateCache.glProgram === e.glProgram) {
                        t.gl.useProgram(null);
                        t.stateCache.glProgram = null;
                      }
                      e.glProgram = null;
                    }
                  }(J7.instance, this._gpuShader);
                  this._gpuShader = null;
                }
              }
            }
            class j9 {
              constructor() {
                this.glArrayBuffer = null;
                this.glElementArrayBuffer = null;
                this.glUniformBuffer = null;
                this.glBindUBOs = [];
                this.glBindUBOOffsets = [];
                this.glVAO = null;
                this.texUnit = 0;
                this.glTexUnits = [];
                this.glSamplerUnits = [];
                this.glRenderbuffer = null;
                this.glFramebuffer = null;
                this.glReadFramebuffer = null;
                this.viewport = new fn;
                this.scissorRect = new hn(0, 0, 0, 0);
                this.rs = new Cr;
                this.dss = new wr;
                this.bs = new Ir;
                this.glProgram = null;
                this.glEnabledAttribLocs = [];
                this.glCurrentAttribLocs = [];
                this.texUnitCacheMap = {};
              }
              initialize(t, e, i) {
                for (let e = 0; e < t; ++e) this.glTexUnits.push({
                  glTexture: null
                });
                this.glSamplerUnits.length = t;
                this.glSamplerUnits.fill(null);
                this.glBindUBOs.length = e;
                this.glBindUBOs.fill(null);
                this.glBindUBOOffsets.length = e;
                this.glBindUBOOffsets.fill(0);
                this.glEnabledAttribLocs.length = i;
                this.glEnabledAttribLocs.fill(!1);
                this.glCurrentAttribLocs.length = i;
                this.glCurrentAttribLocs.fill(!1);
              }
            }
            class X9 extends Yr {
              constructor(...t) {
                super(...t);
                this._gpuTexture = null;
                this._gpuTextureView = null;
              }
              get gpuTexture() {
                return this._gpuTexture;
              }
              get gpuTextureView() {
                return this._gpuTextureView;
              }
              initialize(t, e) {
                let i = t;
                const s = t;
                if ("texture" in t) {
                  i = s.texture.info;
                  this._isTextureView = !0;
                }
                this._info.copy(i);
                this._isPowerOf2 = fr(this._info.width) && fr(this._info.height);
                this._size = yr(this._info.format, this.width, this.height, this.depth, this._info.levelCount) * this._info.layerCount;
                if (this._isTextureView) {
                  var n;
                  this._viewInfo.copy(s);
                  this._gpuTexture = s.texture._gpuTexture;
                  if ((null === (n = this._gpuTexture) || void 0 === n ? void 0 : n.format) !== i.format) {
                    console.log("GPU memory alias is not supported");
                    return;
                  }
                  this._gpuTextureView = {
                    gpuTexture: this._gpuTexture,
                    type: s.type,
                    format: s.format,
                    baseLevel: s.baseLevel,
                    levelCount: s.levelCount
                  };
                } else {
                  this._gpuTexture = {
                    type: i.type,
                    format: i.format,
                    usage: i.usage,
                    width: i.width,
                    height: i.height,
                    depth: i.depth,
                    size: this._size,
                    arrayLayer: i.layerCount,
                    mipLevel: i.levelCount,
                    samples: i.samples,
                    flags: i.flags,
                    isPowerOf2: this._isPowerOf2,
                    glTarget: 0,
                    glInternalFmt: 0,
                    glFormat: 0,
                    glType: 0,
                    glUsage: 0,
                    glTexture: null,
                    glRenderbuffer: null,
                    glWrapS: 0,
                    glWrapT: 0,
                    glMinFilter: 0,
                    glMagFilter: 0,
                    isSwapchainTexture: e || !1
                  };
                  g9(J7.instance, this._gpuTexture);
                  J7.instance.memoryStatus.textureSize += this._size;
                  this._viewInfo.texture = this;
                  this._viewInfo.type = t.type;
                  this._viewInfo.format = t.format;
                  this._viewInfo.baseLevel = 0;
                  this._viewInfo.levelCount = t.levelCount;
                  this._viewInfo.baseLayer = 0;
                  this._viewInfo.layerCount = t.layerCount;
                  this._gpuTextureView = {
                    gpuTexture: this._gpuTexture,
                    type: this._viewInfo.type,
                    format: this._viewInfo.format,
                    baseLevel: this._viewInfo.baseLevel,
                    levelCount: this._viewInfo.levelCount
                  };
                }
              }
              destroy() {
                if (!this._isTextureView && this._gpuTexture) {
                  y9(J7.instance, this._gpuTexture);
                  J7.instance.memoryStatus.textureSize -= this._size;
                  this._gpuTexture = null;
                }
              }
              resize(t, e) {
                if (this._info.width === t && this._info.height === e) return;
                this._info.levelCount === X9.getLevelCount(this._info.width, this._info.height) ? this._info.levelCount = X9.getLevelCount(t, e) : this._info.levelCount > 1 && (this._info.levelCount = Math.min(this._info.levelCount, X9.getLevelCount(t, e)));
                const i = this._size;
                this._info.width = t;
                this._info.height = e;
                this._size = yr(this._info.format, this.width, this.height, this.depth, this._info.levelCount) * this._info.layerCount;
                if (!this._isTextureView && this._gpuTexture) {
                  this._gpuTexture.width = t;
                  this._gpuTexture.height = e;
                  this._gpuTexture.size = this._size;
                  !function(t, e) {
                    if (!e.size) return;
                    const {gl: i} = t;
                    let s = e.width;
                    let n = e.height;
                    switch (e.type) {
                     case xs.TEX2D:
                      {
                        e.glTarget = i.TEXTURE_2D;
                        const r = Math.max(s, n);
                        r > t.capabilities.maxTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                        if (e.samples === Ms.ONE) {
                          const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                          if (r.glTexture !== e.glTexture) {
                            i.bindTexture(i.TEXTURE_2D, e.glTexture);
                            r.glTexture = e.glTexture;
                          }
                          if (ur[e.format].isCompressed) for (let t = 0; t < e.mipLevel; ++t) {
                            const r = gr(e.format, s, n, 1);
                            const o = new Uint8Array(r);
                            i.compressedTexImage2D(i.TEXTURE_2D, t, e.glInternalFmt, s, n, 0, o);
                            s = Math.max(1, s >> 1);
                            n = Math.max(1, n >> 1);
                          } else {
                            y9(t, e);
                            g9(t, e);
                          }
                        } else if (e.glRenderbuffer) {
                          if (t.stateCache.glRenderbuffer !== e.glRenderbuffer) {
                            i.bindRenderbuffer(i.RENDERBUFFER, e.glRenderbuffer);
                            t.stateCache.glRenderbuffer = e.glRenderbuffer;
                          }
                          i.renderbufferStorageMultisample(i.RENDERBUFFER, e.samples, e.glInternalFmt, e.width, e.height);
                        }
                        break;
                      }

                     case xs.CUBE:
                      {
                        e.type = xs.CUBE;
                        e.glTarget = i.TEXTURE_CUBE_MAP;
                        const r = Math.max(s, n);
                        r > t.capabilities.maxCubeMapTextureSize && F(9100, r, t.capabilities.maxTextureSize);
                        const o = t.stateCache.glTexUnits[t.stateCache.texUnit];
                        if (o.glTexture !== e.glTexture) {
                          i.bindTexture(i.TEXTURE_CUBE_MAP, e.glTexture);
                          o.glTexture = e.glTexture;
                        }
                        if (ur[e.format].isCompressed) for (let t = 0; t < 6; ++t) {
                          s = e.width;
                          n = e.height;
                          for (let r = 0; r < e.mipLevel; ++r) {
                            const o = gr(e.format, s, n, 1);
                            const a = new Uint8Array(o);
                            i.compressedTexImage2D(i.TEXTURE_CUBE_MAP_POSITIVE_X + t, r, e.glInternalFmt, s, n, 0, a);
                            s = Math.max(1, s >> 1);
                            n = Math.max(1, n >> 1);
                          }
                        } else {
                          y9(t, e);
                          g9(t, e);
                        }
                        break;
                      }

                     default:
                      console.error("Unsupported TextureType, create texture failed.");
                      e.type = xs.TEX2D;
                      e.glTarget = i.TEXTURE_2D;
                    }
                  }(J7.instance, this._gpuTexture);
                  J7.instance.memoryStatus.textureSize -= i;
                  J7.instance.memoryStatus.textureSize += this._size;
                }
              }
              initAsSwapchainTexture(t) {
                const e = new xn;
                e.format = t.format;
                e.usage = ur[t.format].hasDepth ? ws.DEPTH_STENCIL_ATTACHMENT : ws.COLOR_ATTACHMENT;
                e.width = t.width;
                e.height = t.height;
                this.initialize(e, !0);
              }
            }
            const W9 = "webglcontextlost";
            function Y9(t, e) {
              const i = [ "", "WEBKIT_", "MOZ_" ];
              for (let s = 0; s < i.length; ++s) {
                const n = t.getExtension(i[s] + e);
                if (n) return n;
              }
              return null;
            }
            function q9(t) {
              const e = {
                EXT_texture_filter_anisotropic: Y9(t, "EXT_texture_filter_anisotropic"),
                EXT_color_buffer_half_float: Y9(t, "EXT_color_buffer_half_float"),
                EXT_color_buffer_float: Y9(t, "EXT_color_buffer_float"),
                WEBGL_compressed_texture_etc1: Y9(t, "WEBGL_compressed_texture_etc1"),
                WEBGL_compressed_texture_etc: Y9(t, "WEBGL_compressed_texture_etc"),
                WEBGL_compressed_texture_pvrtc: Y9(t, "WEBGL_compressed_texture_pvrtc"),
                WEBGL_compressed_texture_astc: Y9(t, "WEBGL_compressed_texture_astc"),
                WEBGL_compressed_texture_s3tc: Y9(t, "WEBGL_compressed_texture_s3tc"),
                WEBGL_compressed_texture_s3tc_srgb: Y9(t, "WEBGL_compressed_texture_s3tc_srgb"),
                WEBGL_debug_shaders: Y9(t, "WEBGL_debug_shaders"),
                WEBGL_lose_context: Y9(t, "WEBGL_lose_context"),
                WEBGL_debug_renderer_info: Y9(t, "WEBGL_debug_renderer_info"),
                OES_texture_half_float_linear: Y9(t, "OES_texture_half_float_linear"),
                OES_texture_float_linear: Y9(t, "OES_texture_float_linear"),
                WEBGL_multi_draw: null,
                useVAO: !0
              };
              Po.os !== Ro.ABC && Po.os !== Ro.IOS && (e.WEBGL_multi_draw = Y9(t, "WEBGL_multi_draw"));
              return e;
            }
            class K9 extends Lr {
              constructor(...t) {
                super(...t);
                this.stateCache = new j9;
                this.nullTex2D = null;
                this.nullTexCube = null;
                this._canvas = null;
                this._webGL2ContextLostHandler = null;
                this._extensions = null;
              }
              get extensions() {
                return this._extensions;
              }
              initialize(t) {
                this._canvas = t.windowHandle;
                this._webGL2ContextLostHandler = this._onWebGLContextLost.bind(this);
                this._canvas.addEventListener(W9, this._onWebGLContextLost);
                const e = J7.instance.gl;
                this.stateCache.initialize(J7.instance.capabilities.maxTextureUnits, J7.instance.capabilities.maxUniformBufferBindings, J7.instance.capabilities.maxVertexAttributes);
                this._extensions = q9(e);
                !function(t) {
                  t.activeTexture(t.TEXTURE0);
                  t.pixelStorei(t.PACK_ALIGNMENT, 1);
                  t.pixelStorei(t.UNPACK_ALIGNMENT, 1);
                  t.pixelStorei(t.UNPACK_FLIP_Y_WEBGL, !1);
                  t.bindFramebuffer(t.FRAMEBUFFER, null);
                  t.enable(t.SCISSOR_TEST);
                  t.enable(t.CULL_FACE);
                  t.cullFace(t.BACK);
                  t.frontFace(t.CCW);
                  t.polygonOffset(0, 0);
                  t.enable(t.DEPTH_TEST);
                  t.depthMask(!0);
                  t.depthFunc(t.LESS);
                  t.stencilFuncSeparate(t.FRONT, t.ALWAYS, 1, 65535);
                  t.stencilOpSeparate(t.FRONT, t.KEEP, t.KEEP, t.KEEP);
                  t.stencilMaskSeparate(t.FRONT, 65535);
                  t.stencilFuncSeparate(t.BACK, t.ALWAYS, 1, 65535);
                  t.stencilOpSeparate(t.BACK, t.KEEP, t.KEEP, t.KEEP);
                  t.stencilMaskSeparate(t.BACK, 65535);
                  t.disable(t.STENCIL_TEST);
                  t.disable(t.SAMPLE_ALPHA_TO_COVERAGE);
                  t.disable(t.BLEND);
                  t.blendEquationSeparate(t.FUNC_ADD, t.FUNC_ADD);
                  t.blendFuncSeparate(t.ONE, t.ZERO, t.ONE, t.ZERO);
                  t.colorMask(!0, !0, !0, !0);
                  t.blendColor(0, 0, 0, 0);
                }(e);
                const i = bs.RGBA8;
                let s = bs.DEPTH_STENCIL;
                const n = e.getParameter(e.DEPTH_BITS);
                const r = e.getParameter(e.STENCIL_BITS);
                n && r ? s = bs.DEPTH_STENCIL : n && (s = bs.DEPTH);
                this._colorTexture = new X9;
                this._colorTexture.initAsSwapchainTexture({
                  swapchain: this,
                  format: i,
                  width: t.width,
                  height: t.height
                });
                this._depthStencilTexture = new X9;
                this._depthStencilTexture.initAsSwapchainTexture({
                  swapchain: this,
                  format: s,
                  width: t.width,
                  height: t.height
                });
                this.nullTex2D = J7.instance.createTexture(new xn(xs.TEX2D, ws.SAMPLED, bs.RGBA8, 2, 2, Rs.NONE));
                this.nullTexCube = J7.instance.createTexture(new xn(xs.CUBE, ws.SAMPLED, bs.RGBA8, 2, 2, Rs.NONE, 6));
                const o = new mn;
                o.texExtent.width = 2;
                o.texExtent.height = 2;
                const a = new Uint8Array(this.nullTex2D.size);
                a.fill(0);
                J7.instance.copyBuffersToTexture([ a ], this.nullTex2D, [ o ]);
                o.texSubres.layerCount = 6;
                J7.instance.copyBuffersToTexture([ a, a, a, a, a, a ], this.nullTexCube, [ o ]);
              }
              destroy() {
                if (this._canvas && this._webGL2ContextLostHandler) {
                  this._canvas.removeEventListener(W9, this._webGL2ContextLostHandler);
                  this._webGL2ContextLostHandler = null;
                }
                if (this.nullTex2D) {
                  this.nullTex2D.destroy();
                  this.nullTex2D = null;
                }
                if (this.nullTexCube) {
                  this.nullTexCube.destroy();
                  this.nullTexCube = null;
                }
                this._extensions = null;
                this._canvas = null;
              }
              resize(t, e, i) {
                if (this._colorTexture.width !== t || this._colorTexture.height !== e) {
                  R(`Resizing swapchain: ${t}x${e}`);
                  this._canvas.width = t;
                  this._canvas.height = e;
                  this._colorTexture.resize(t, e);
                  this._depthStencilTexture.resize(t, e);
                }
              }
              _onWebGLContextLost(t) {
                N(11e3);
                C(t);
              }
            }
            class J9 extends Nr {
              constructor(...t) {
                super(...t);
                this._swapchain = null;
                this._context = null;
                this._bindingMappings = null;
                this._textureExclusive = new Array(bs.COUNT);
              }
              get gl() {
                return this._context;
              }
              get extensions() {
                return this._swapchain.extensions;
              }
              get stateCache() {
                return this._swapchain.stateCache;
              }
              get nullTex2D() {
                return this._swapchain.nullTex2D;
              }
              get nullTexCube() {
                return this._swapchain.nullTexCube;
              }
              get textureExclusive() {
                return this._textureExclusive;
              }
              get bindingMappings() {
                return this._bindingMappings;
              }
              initialize(t) {
                J7.setInstance(this);
                this._gfxAPI = fs.WEBGL2;
                const e = this._bindingMappingInfo = t.bindingMappingInfo;
                const i = [];
                const s = [];
                const n = e.setIndices[0];
                i[n] = 0;
                s[n] = 0;
                for (let t = 1; t < e.setIndices.length; ++t) {
                  const n = e.setIndices[t];
                  const r = e.setIndices[t - 1];
                  i[n] = e.maxBlockCounts[r] + i[r];
                  s[n] = e.maxSamplerTextureCounts[r] + s[r];
                }
                for (let t = 0; t < e.setIndices.length; ++t) {
                  const i = e.setIndices[t];
                  s[i] -= e.maxBlockCounts[i];
                }
                this._bindingMappings = {
                  blockOffsets: i,
                  samplerTextureOffsets: s,
                  flexibleSet: e.setIndices[e.setIndices.length - 1]
                };
                const r = this._context = function(t) {
                  let e = null;
                  try {
                    const i = {
                      alpha: pe.ENABLE_TRANSPARENT_CANVAS,
                      antialias: pe.ENABLE_WEBGL_ANTIALIAS,
                      depth: !0,
                      stencil: !0,
                      premultipliedAlpha: !1,
                      preserveDrawingBuffer: !1,
                      powerPreference: "default",
                      failIfMajorPerformanceCaveat: !1
                    };
                    e = t.getContext("webgl2", i);
                  } catch (t) {
                    return null;
                  }
                  return e;
                }(Nr.canvas);
                if (!r) {
                  console.error("This device does not support WebGL.");
                  return !1;
                }
                this._queue = this.createQueue(new ir(Qs.GRAPHICS));
                this._cmdBuff = this.createCommandBuffer(new er(this._queue));
                this._caps.maxVertexAttributes = r.getParameter(r.MAX_VERTEX_ATTRIBS);
                this._caps.maxVertexUniformVectors = r.getParameter(r.MAX_VERTEX_UNIFORM_VECTORS);
                this._caps.maxFragmentUniformVectors = r.getParameter(r.MAX_FRAGMENT_UNIFORM_VECTORS);
                this._caps.maxTextureUnits = r.getParameter(r.MAX_TEXTURE_IMAGE_UNITS);
                this._caps.maxVertexTextureUnits = r.getParameter(r.MAX_VERTEX_TEXTURE_IMAGE_UNITS);
                this._caps.maxUniformBufferBindings = r.getParameter(r.MAX_UNIFORM_BUFFER_BINDINGS);
                this._caps.maxUniformBlockSize = r.getParameter(r.MAX_UNIFORM_BLOCK_SIZE);
                this._caps.maxTextureSize = r.getParameter(r.MAX_TEXTURE_SIZE);
                this._caps.maxCubeMapTextureSize = r.getParameter(r.MAX_CUBE_MAP_TEXTURE_SIZE);
                this._caps.uboOffsetAlignment = r.getParameter(r.UNIFORM_BUFFER_OFFSET_ALIGNMENT);
                const o = r.getSupportedExtensions();
                let a = "";
                if (o) for (const t of o) a += `${t} `;
                const l = q9(r);
                if (l.WEBGL_debug_renderer_info) {
                  this._renderer = r.getParameter(l.WEBGL_debug_renderer_info.UNMASKED_RENDERER_WEBGL);
                  this._vendor = r.getParameter(l.WEBGL_debug_renderer_info.UNMASKED_VENDOR_WEBGL);
                } else {
                  this._renderer = r.getParameter(r.RENDERER);
                  this._vendor = r.getParameter(r.VENDOR);
                }
                const h = r.getParameter(r.VERSION);
                this._features.fill(!1);
                this.initFormatFeatures(l);
                this._features[ys.ELEMENT_INDEX_UINT] = !0;
                this._features[ys.INSTANCED_ARRAYS] = !0;
                this._features[ys.MULTIPLE_RENDER_TARGETS] = !0;
                this._features[ys.BLEND_MINMAX] = !0;
                let c = "";
                this.getFormatFeatures(bs.ETC_RGB8) && (c += "etc1 ");
                this.getFormatFeatures(bs.ETC2_RGB8) && (c += "etc2 ");
                this.getFormatFeatures(bs.BC1) && (c += "dxt ");
                this.getFormatFeatures(bs.PVRTC_RGB2) && (c += "pvrtc ");
                this.getFormatFeatures(bs.ASTC_RGBA_4X4) && (c += "astc ");
                R("WebGL2 device initialized.");
                R(`RENDERER: ${this._renderer}`);
                R(`VENDOR: ${this._vendor}`);
                R(`VERSION: ${h}`);
                R(`COMPRESSED_FORMAT: ${c}`);
                R(`EXTENSIONS: ${a}`);
                return !0;
              }
              destroy() {
                if (this._queue) {
                  this._queue.destroy();
                  this._queue = null;
                }
                if (this._cmdBuff) {
                  this._cmdBuff.destroy();
                  this._cmdBuff = null;
                }
                const t = this._samplers.values();
                let e = t.next();
                for (;!e.done; ) {
                  e.value.destroy();
                  e = t.next();
                }
                this._swapchain = null;
              }
              flushCommands(t) {}
              acquire(t) {}
              present() {
                const t = this._queue;
                this._numDrawCalls = t.numDrawCalls;
                this._numInstances = t.numInstances;
                this._numTris = t.numTris;
                t.clear();
              }
              initFormatFeatures(t) {
                this._formatFeatures.fill(Is.NONE);
                this._textureExclusive.fill(!0);
                let e = Is.RENDER_TARGET | Is.SAMPLED_TEXTURE | Is.STORAGE_TEXTURE | Is.LINEAR_FILTER | Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R8] = e;
                this._formatFeatures[bs.RG8] = e;
                this._formatFeatures[bs.RGB8] = e;
                this._formatFeatures[bs.RGBA8] = e;
                e = Is.RENDER_TARGET | Is.SAMPLED_TEXTURE | Is.STORAGE_TEXTURE | Is.LINEAR_FILTER;
                this._formatFeatures[bs.R8SN] = e;
                this._formatFeatures[bs.RG8SN] = e;
                this._formatFeatures[bs.RGB8SN] = e;
                this._formatFeatures[bs.RGBA8SN] = e;
                this._formatFeatures[bs.R5G6B5] = e;
                this._formatFeatures[bs.RGBA4] = e;
                this._formatFeatures[bs.RGB5A1] = e;
                this._formatFeatures[bs.RGB10A2] = e;
                this._formatFeatures[bs.SRGB8] = e;
                this._formatFeatures[bs.SRGB8_A8] = e;
                this._formatFeatures[bs.R11G11B10F] = e;
                this._formatFeatures[bs.RGB9E5] = e;
                this._formatFeatures[bs.DEPTH] = e;
                this._formatFeatures[bs.DEPTH_STENCIL] = e;
                this._formatFeatures[bs.RGB10A2UI] = Is.RENDER_TARGET | Is.STORAGE_TEXTURE | Is.SAMPLED_TEXTURE | Is.LINEAR_FILTER;
                e = Is.RENDER_TARGET | Is.SAMPLED_TEXTURE | Is.STORAGE_TEXTURE | Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R16F] = e;
                this._formatFeatures[bs.RG16F] = e;
                this._formatFeatures[bs.RGB16F] = e;
                this._formatFeatures[bs.RGBA16F] = e;
                e = Is.STORAGE_TEXTURE | Is.SAMPLED_TEXTURE | Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R32F] = e;
                this._formatFeatures[bs.RG32F] = e;
                this._formatFeatures[bs.RGB32F] = e;
                this._formatFeatures[bs.RGBA32F] = e;
                this._formatFeatures[bs.RGB10A2UI] = Is.RENDER_TARGET | Is.STORAGE_TEXTURE | Is.SAMPLED_TEXTURE | Is.LINEAR_FILTER;
                e = Is.RENDER_TARGET | Is.STORAGE_TEXTURE | Is.SAMPLED_TEXTURE | Is.LINEAR_FILTER | Is.VERTEX_ATTRIBUTE;
                this._formatFeatures[bs.R8I] = e;
                this._formatFeatures[bs.R8UI] = e;
                this._formatFeatures[bs.R16I] = e;
                this._formatFeatures[bs.R16UI] = e;
                this._formatFeatures[bs.R32I] = e;
                this._formatFeatures[bs.R32UI] = e;
                this._formatFeatures[bs.RG8I] = e;
                this._formatFeatures[bs.RG8UI] = e;
                this._formatFeatures[bs.RG16I] = e;
                this._formatFeatures[bs.RG16UI] = e;
                this._formatFeatures[bs.RG32I] = e;
                this._formatFeatures[bs.RG32UI] = e;
                this._formatFeatures[bs.RGB8I] = e;
                this._formatFeatures[bs.RGB8UI] = e;
                this._formatFeatures[bs.RGB16I] = e;
                this._formatFeatures[bs.RGB16UI] = e;
                this._formatFeatures[bs.RGB32I] = e;
                this._formatFeatures[bs.RGB32UI] = e;
                this._formatFeatures[bs.RGBA8I] = e;
                this._formatFeatures[bs.RGBA8UI] = e;
                this._formatFeatures[bs.RGBA16I] = e;
                this._formatFeatures[bs.RGBA16UI] = e;
                this._formatFeatures[bs.RGBA32I] = e;
                this._formatFeatures[bs.RGBA32UI] = e;
                this._textureExclusive[bs.R8] = !1;
                this._textureExclusive[bs.RG8] = !1;
                this._textureExclusive[bs.RGB8] = !1;
                this._textureExclusive[bs.R5G6B5] = !1;
                this._textureExclusive[bs.RGBA4] = !1;
                this._textureExclusive[bs.RGB5A1] = !1;
                this._textureExclusive[bs.RGBA8] = !1;
                this._textureExclusive[bs.RGB10A2] = !1;
                this._textureExclusive[bs.RGB10A2UI] = !1;
                this._textureExclusive[bs.SRGB8_A8] = !1;
                this._textureExclusive[bs.R8I] = !1;
                this._textureExclusive[bs.R8UI] = !1;
                this._textureExclusive[bs.R16I] = !1;
                this._textureExclusive[bs.R16UI] = !1;
                this._textureExclusive[bs.R32I] = !1;
                this._textureExclusive[bs.R32UI] = !1;
                this._textureExclusive[bs.RG8I] = !1;
                this._textureExclusive[bs.RG8UI] = !1;
                this._textureExclusive[bs.RG16I] = !1;
                this._textureExclusive[bs.RG16UI] = !1;
                this._textureExclusive[bs.RG32I] = !1;
                this._textureExclusive[bs.RG32UI] = !1;
                this._textureExclusive[bs.RGBA8I] = !1;
                this._textureExclusive[bs.RGBA8UI] = !1;
                this._textureExclusive[bs.RGBA16I] = !1;
                this._textureExclusive[bs.RGBA16UI] = !1;
                this._textureExclusive[bs.RGBA32I] = !1;
                this._textureExclusive[bs.RGBA32UI] = !1;
                this._textureExclusive[bs.DEPTH] = !1;
                this._textureExclusive[bs.DEPTH_STENCIL] = !1;
                if (t.EXT_color_buffer_float) {
                  this._formatFeatures[bs.R32F] |= Is.RENDER_TARGET;
                  this._formatFeatures[bs.RG32F] |= Is.RENDER_TARGET;
                  this._formatFeatures[bs.RGBA32F] |= Is.RENDER_TARGET;
                  this._textureExclusive[bs.R32F] = !1;
                  this._textureExclusive[bs.RG32F] = !1;
                  this._textureExclusive[bs.RGBA32F] = !1;
                }
                if (t.EXT_color_buffer_half_float) {
                  this._textureExclusive[bs.R16F] = !1;
                  this._textureExclusive[bs.RG16F] = !1;
                  this._textureExclusive[bs.RGBA16F] = !1;
                }
                if (t.OES_texture_float_linear) {
                  this._formatFeatures[bs.RGB32F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.RGBA32F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.R32F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.RG32F] |= Is.LINEAR_FILTER;
                }
                if (t.OES_texture_half_float_linear) {
                  this._formatFeatures[bs.RGB16F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.RGBA16F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.R16F] |= Is.LINEAR_FILTER;
                  this._formatFeatures[bs.RG16F] |= Is.LINEAR_FILTER;
                }
                const i = Is.SAMPLED_TEXTURE | Is.LINEAR_FILTER;
                t.WEBGL_compressed_texture_etc1 && (this._formatFeatures[bs.ETC_RGB8] = i);
                if (t.WEBGL_compressed_texture_etc) {
                  this._formatFeatures[bs.ETC2_RGB8] = i;
                  this._formatFeatures[bs.ETC2_RGBA8] = i;
                  this._formatFeatures[bs.ETC2_SRGB8] = i;
                  this._formatFeatures[bs.ETC2_SRGB8_A8] = i;
                  this._formatFeatures[bs.ETC2_RGB8_A1] = i;
                  this._formatFeatures[bs.ETC2_SRGB8_A1] = i;
                }
                if (t.WEBGL_compressed_texture_s3tc) {
                  this._formatFeatures[bs.BC1] = i;
                  this._formatFeatures[bs.BC1_ALPHA] = i;
                  this._formatFeatures[bs.BC1_SRGB] = i;
                  this._formatFeatures[bs.BC1_SRGB_ALPHA] = i;
                  this._formatFeatures[bs.BC2] = i;
                  this._formatFeatures[bs.BC2_SRGB] = i;
                  this._formatFeatures[bs.BC3] = i;
                  this._formatFeatures[bs.BC3_SRGB] = i;
                }
                if (t.WEBGL_compressed_texture_pvrtc) {
                  this._formatFeatures[bs.PVRTC_RGB2] = i;
                  this._formatFeatures[bs.PVRTC_RGBA2] = i;
                  this._formatFeatures[bs.PVRTC_RGB4] = i;
                  this._formatFeatures[bs.PVRTC_RGBA4] = i;
                }
                if (t.WEBGL_compressed_texture_astc) {
                  this._formatFeatures[bs.ASTC_RGBA_4X4] = i;
                  this._formatFeatures[bs.ASTC_RGBA_5X4] = i;
                  this._formatFeatures[bs.ASTC_RGBA_5X5] = i;
                  this._formatFeatures[bs.ASTC_RGBA_6X5] = i;
                  this._formatFeatures[bs.ASTC_RGBA_6X6] = i;
                  this._formatFeatures[bs.ASTC_RGBA_8X5] = i;
                  this._formatFeatures[bs.ASTC_RGBA_8X6] = i;
                  this._formatFeatures[bs.ASTC_RGBA_8X8] = i;
                  this._formatFeatures[bs.ASTC_RGBA_10X5] = i;
                  this._formatFeatures[bs.ASTC_RGBA_10X6] = i;
                  this._formatFeatures[bs.ASTC_RGBA_10X8] = i;
                  this._formatFeatures[bs.ASTC_RGBA_10X10] = i;
                  this._formatFeatures[bs.ASTC_RGBA_12X10] = i;
                  this._formatFeatures[bs.ASTC_RGBA_12X12] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_4X4] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_5X4] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_5X5] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_6X5] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_6X6] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_8X5] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_8X6] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_8X8] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X5] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X6] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X8] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_10X10] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_12X10] = i;
                  this._formatFeatures[bs.ASTC_SRGBA_12X12] = i;
                }
              }
              createCommandBuffer(t) {
                const e = new (t.type === tn.PRIMARY ? k9 : D9);
                e.initialize(t);
                return e;
              }
              createSwapchain(t) {
                const e = new K9;
                this._swapchain = e;
                e.initialize(t);
                return e;
              }
              createBuffer(t) {
                const e = new I9;
                e.initialize(t);
                return e;
              }
              createTexture(t) {
                const e = new X9;
                e.initialize(t);
                return e;
              }
              createDescriptorSet(t) {
                const e = new q7;
                e.initialize(t);
                return e;
              }
              createShader(t) {
                const e = new H9;
                e.initialize(t);
                return e;
              }
              createInputAssembler(t) {
                const e = new O9;
                e.initialize(t);
                return e;
              }
              createRenderPass(t) {
                const e = new G9;
                e.initialize(t);
                return e;
              }
              createFramebuffer(t) {
                const e = new P9;
                e.initialize(t);
                return e;
              }
              createDescriptorSetLayout(t) {
                const e = new N9;
                e.initialize(t);
                return e;
              }
              createPipelineLayout(t) {
                const e = new L9;
                e.initialize(t);
                return e;
              }
              createPipelineState(t) {
                const e = new V9;
                e.initialize(t);
                return e;
              }
              createQueue(t) {
                const e = new U9;
                e.initialize(t);
                return e;
              }
              getSampler(t) {
                const e = qr.computeHash(t);
                this._samplers.has(e) || this._samplers.set(e, new z9(t, e));
                return this._samplers.get(e);
              }
              getSwapchains() {
                return [ this._swapchain ];
              }
              getGeneralBarrier(t) {
                const e = Kr.computeHash(t);
                this._generalBarrierss.has(e) || this._generalBarrierss.set(e, new Kr(t, e));
                return this._generalBarrierss.get(e);
              }
              getTextureBarrier(t) {
                const e = Jr.computeHash(t);
                this._textureBarriers.has(e) || this._textureBarriers.set(e, new Jr(t, e));
                return this._textureBarriers.get(e);
              }
              getBufferBarrier(t) {
                const e = W7.computeHash(t);
                this._bufferBarriers.has(e) || this._bufferBarriers.set(e, new W7(t, e));
                return this._bufferBarriers.get(e);
              }
              copyBuffersToTexture(t, e, i) {
                w9(this, t, e.gpuTexture, i);
              }
              copyTextureToBuffers(t, e, i) {
                !function(t, e, i, s) {
                  const {gl: n} = t;
                  const r = t.stateCache;
                  const o = n.createFramebuffer();
                  n.bindFramebuffer(n.FRAMEBUFFER, o);
                  let a = 0;
                  let l = 0;
                  let h = 1;
                  let c = 1;
                  if (e.glTarget === n.TEXTURE_2D) for (let t = 0; t < s.length; t++) {
                    const r = s[t];
                    n.framebufferTexture2D(n.FRAMEBUFFER, n.COLOR_ATTACHMENT0, e.glTarget, e.glTexture, r.texSubres.mipLevel);
                    a = r.texOffset.x;
                    l = r.texOffset.y;
                    h = r.texExtent.width;
                    c = r.texExtent.height;
                    n.readPixels(a, l, h, c, e.glFormat, e.glType, i[t]);
                  } else console.error("Unsupported GL texture type, copy texture to buffers failed.");
                  n.bindFramebuffer(n.FRAMEBUFFER, null);
                  r.glFramebuffer = null;
                  n.deleteFramebuffer(o);
                }(this, t.gpuTexture, e, i);
              }
              copyTexImagesToTexture(t, e, i) {
                !function(t, e, i, s) {
                  const {gl: n} = t;
                  const r = t.stateCache.glTexUnits[t.stateCache.texUnit];
                  if (r.glTexture !== i.glTexture) {
                    n.bindTexture(i.glTarget, i.glTexture);
                    r.glTexture = i.glTexture;
                  }
                  let o = 0;
                  let a = 0;
                  switch (i.glTarget) {
                   case n.TEXTURE_2D:
                    for (let t = 0; t < s.length; t++) {
                      const r = s[t];
                      n.texSubImage2D(n.TEXTURE_2D, r.texSubres.mipLevel, r.texOffset.x, r.texOffset.y, i.glFormat, i.glType, e[o++]);
                    }
                    break;

                   case n.TEXTURE_CUBE_MAP:
                    for (let t = 0; t < s.length; t++) {
                      const r = s[t];
                      const l = r.texSubres.baseArrayLayer + r.texSubres.layerCount;
                      for (a = r.texSubres.baseArrayLayer; a < l; ++a) n.texSubImage2D(n.TEXTURE_CUBE_MAP_POSITIVE_X + a, r.texSubres.mipLevel, r.texOffset.x, r.texOffset.y, i.glFormat, i.glType, e[o++]);
                    }
                    break;

                   default:
                    console.error("Unsupported GL texture type, copy buffer to texture failed.");
                  }
                  i.flags & Rs.GEN_MIPMAP && n.generateMipmap(i.glTarget);
                }(this, t, e.gpuTexture, i);
              }
            }
            t("WebGL2Device", J9);
            m.WebGL2Device = J9;
            function Z9(t, e, i, s) {
              const n = (s.x - i.x) * (t.y - i.y) - (s.y - i.y) * (t.x - i.x);
              const r = (e.x - t.x) * (t.y - i.y) - (e.y - t.y) * (t.x - i.x);
              const o = (s.y - i.y) * (e.x - t.x) - (s.x - i.x) * (e.y - t.y);
              if (0 !== o) {
                const t = n / o;
                const e = r / o;
                if (t >= 0 && t <= 1 && e >= 0 && e <= 1) return !0;
              }
              return !1;
            }
            const Q9 = new Qi;
            const $9 = new Qi;
            const ttt = new Qi;
            const ett = new Qi;
            function itt(t, e, i) {
              const s = i.length;
              for (let n = 0; n < s; ++n) {
                if (Z9(t, e, i[n], i[(n + 1) % s])) return !0;
              }
              return !1;
            }
            function stt(t, e) {
              let i = !1;
              const s = t.x;
              const n = t.y;
              const r = e.length;
              for (let t = 0, o = r - 1; t < r; o = t++) {
                const r = e[t].x;
                const a = e[t].y;
                const l = e[o].x;
                const h = e[o].y;
                a > n != h > n && s < (l - r) * (n - a) / (h - a) + r && (i = !i);
              }
              return i;
            }
            function ntt(t, e, i, s) {
              let n = i.x - e.x;
              let r = i.y - e.y;
              const o = n * n + r * r;
              const a = ((t.x - e.x) * n + (t.y - e.y) * r) / o;
              let l;
              l = s ? o ? a < 0 ? e : a > 1 ? i : Q9.set(e.x + a * n, e.y + a * r) : e : Q9.set(e.x + a * n, e.y + a * r);
              n = t.x - l.x;
              r = t.y - l.y;
              return Math.sqrt(n * n + r * r);
            }
            class rtt {}
            t("Intersection2D", rtt);
            rtt.lineLine = Z9;
            rtt.lineRect = function(t, e, i) {
              const s = Q9.set(i.x, i.y);
              const n = $9.set(i.x, i.yMax);
              const r = ttt.set(i.xMax, i.yMax);
              const o = ett.set(i.xMax, i.y);
              return !!Z9(t, e, s, n) || (!!Z9(t, e, n, r) || (!!Z9(t, e, r, o) || !!Z9(t, e, o, s)));
            };
            rtt.linePolygon = itt;
            rtt.rectRect = function(t, e) {
              const i = t.x;
              const s = t.y;
              const n = t.x + t.width;
              const r = t.y + t.height;
              const o = e.x;
              const a = e.y;
              const l = e.x + e.width;
              const h = e.y + e.height;
              return i <= l && n >= o && s <= h && r >= a;
            };
            rtt.rectPolygon = function(t, e) {
              const i = Q9.set(t.x, t.y);
              const s = $9.set(t.x, t.yMax);
              const n = ttt.set(t.xMax, t.yMax);
              const r = ett.set(t.xMax, t.y);
              if (itt(i, s, e)) return !0;
              if (itt(s, n, e)) return !0;
              if (itt(n, r, e)) return !0;
              if (itt(r, i, e)) return !0;
              for (let i = 0, s = e.length; i < s; ++i) if (t.contains(e[i])) return !0;
              return !!stt(i, e) || (!!stt(s, e) || (!!stt(n, e) || !!stt(r, e)));
            };
            rtt.rectCircle = function(t, e, i) {
              const s = e.x;
              const n = e.y;
              const r = t.x;
              const o = t.y;
              const a = t.width;
              const l = t.height;
              let h = s;
              let c = n;
              s < r ? h = r : s > r + a && (h = r + a);
              n < o ? c = o : n > o + l && (c = o + l);
              const u = s - h;
              const _ = n - c;
              return Math.sqrt(u * u + _ * _) <= i;
            };
            rtt.polygonPolygon = function(t, e) {
              let i;
              let s;
              for (i = 0, s = t.length; i < s; ++i) {
                if (itt(t[i], t[(i + 1) % s], e)) return !0;
              }
              for (i = 0, s = e.length; i < s; ++i) if (stt(e[i], t)) return !0;
              for (i = 0, s = t.length; i < s; ++i) if (stt(t[i], e)) return !0;
              return !1;
            };
            rtt.circleCircle = function(t, e, i, s) {
              return Qi.distance(t, i) < e + s;
            };
            rtt.polygonCircle = function(t, e, i) {
              const s = e;
              if (stt(s, t)) return !0;
              for (let e = 0, n = t.length; e < n; e++) {
                if (ntt(s, 0 === e ? t[t.length - 1] : t[e - 1], t[e], !0) < i) return !0;
              }
              return !1;
            };
            rtt.pointInPolygon = stt;
            rtt.pointLineDistance = ntt;
            var ott, att, ltt, htt, ctt, utt, _tt, dtt, ptt, mtt, ftt, gtt, ytt, btt, Stt;
            let Att = function(e) {
              return t({
                Billboard: e,
                BillboardComponent: e
              }), e;
            }((ott = Ul("cc.Billboard"), att = sh(), ltt = $l(), htt = Th(LC), ctt = Th(LC), 
            utt = lh(), _tt = lh(), dtt = lh(), ptt = lh(), ott(mtt = att(mtt = ltt(mtt = Ql(mtt = (ftt = class extends Qc {
              get texture() {
                return this._texture;
              }
              set texture(t) {
                this._texture = t;
                this._material && this._material.setProperty("mainTexture", t);
              }
              get height() {
                return this._height;
              }
              set height(t) {
                this._height = t;
                if (this._material) {
                  this._uniform.y = t;
                  this._material.setProperty("cc_size_rotation", this._uniform);
                }
              }
              get width() {
                return this._width;
              }
              set width(t) {
                this._width = t;
                if (this._material) {
                  this._uniform.x = t;
                  this._material.setProperty("cc_size_rotation", this._uniform);
                }
              }
              get rotation() {
                return Math.round(100 * fi(this._rotation)) / 100;
              }
              set rotation(t) {
                this._rotation = mi(t);
                if (this._material) {
                  this._uniform.z = this._rotation;
                  this._material.setProperty("cc_size_rotation", this._uniform);
                }
              }
              constructor() {
                super();
                Ml(this, "_texture", gtt, this);
                Ml(this, "_height", ytt, this);
                Ml(this, "_width", btt, this);
                Ml(this, "_rotation", Stt, this);
                this._model = null;
                this._mesh = null;
                this._material = null;
                this._uniform = new is(1, 1, 0, 0);
              }
              onLoad() {
                this.createModel();
              }
              onEnable() {
                this.attachToScene();
                this._model.enabled = !0;
                this.width = this._width;
                this.height = this._height;
                this.rotation = this.rotation;
                this.texture = this.texture;
              }
              onDisable() {
                this.detachFromScene();
              }
              attachToScene() {
                if (this._model && this.node && this.node.scene) {
                  this._model.scene && this.detachFromScene();
                  this._getRenderScene().addModel(this._model);
                }
              }
              detachFromScene() {
                this._model && this._model.scene && this._model.scene.removeModel(this._model);
              }
              createModel() {
                this._mesh = DI({
                  primitiveMode: Xs.TRIANGLE_LIST,
                  positions: [ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ],
                  uvs: [ 0, 0, 1, 0, 0, 1, 1, 1 ],
                  colors: [ Bi.WHITE.r, Bi.WHITE.g, Bi.WHITE.b, Bi.WHITE.a, Bi.WHITE.r, Bi.WHITE.g, Bi.WHITE.b, Bi.WHITE.a, Bi.WHITE.r, Bi.WHITE.g, Bi.WHITE.b, Bi.WHITE.a, Bi.WHITE.r, Bi.WHITE.g, Bi.WHITE.b, Bi.WHITE.a ],
                  attributes: [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F), new Vn(cr.ATTR_COLOR, bs.RGBA8UI, !0) ],
                  indices: [ 0, 1, 2, 1, 2, 3 ]
                }, void 0, {
                  calculateBounds: !1
                });
                const t = this._model = m.director.root.createModel(wA, this.node);
                t.node = t.transform = this.node;
                if (null == this._material) {
                  this._material = new hm;
                  this._material.copy(xR.get("default-billboard-material"));
                }
                t.initSubModel(0, this._mesh.renderingSubMeshes[0], this._material);
              }
            }, gtt = Bl(ftt.prototype, "_texture", [ htt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(ftt.prototype, "texture", [ ctt, utt ], Object.getOwnPropertyDescriptor(ftt.prototype, "texture"), ftt.prototype), 
            ytt = Bl(ftt.prototype, "_height", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(ftt.prototype, "height", [ _tt ], Object.getOwnPropertyDescriptor(ftt.prototype, "height"), ftt.prototype), 
            btt = Bl(ftt.prototype, "_width", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(ftt.prototype, "width", [ dtt ], Object.getOwnPropertyDescriptor(ftt.prototype, "width"), ftt.prototype), 
            Stt = Bl(ftt.prototype, "_rotation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(ftt.prototype, "rotation", [ ptt ], Object.getOwnPropertyDescriptor(ftt.prototype, "rotation"), ftt.prototype), 
            ftt)) || mtt) || mtt) || mtt) || mtt));
            const Ttt = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RGBA32F), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0) ];
            const vtt = new Pi;
            const Ett = new Pi;
            class Ctt extends wA {
              constructor() {
                super();
                this._capacity = void 0;
                this._vertSize = 0;
                this._vBuffer = null;
                this._vertAttrsFloatCount = 0;
                this._vdataF32 = null;
                this._vdataUint32 = null;
                this._iaInfo = void 0;
                this._iaInfoBuffer = void 0;
                this._subMeshData = null;
                this._vertCount = 0;
                this._indexCount = 0;
                this._material = null;
                this._registerListeners();
                this.type = xA.LINE;
                this._capacity = 100;
                this._iaInfo = new Cn([ new vn ]);
                this._iaInfoBuffer = this._device.createBuffer(new An(Ts.INDIRECT, Cs.DEVICE, mr, mr));
              }
              setCapacity(t) {
                this._capacity = t;
                this.createBuffer();
              }
              createBuffer() {
                this._vertSize = 0;
                for (const t of Ttt) {
                  t.offset = this._vertSize;
                  this._vertSize += ur[t.format].size;
                }
                this._vertAttrsFloatCount = this._vertSize / 4;
                this._vBuffer = this.createSubMeshData();
                this._vdataF32 = new Float32Array(this._vBuffer);
                this._vdataUint32 = new Uint32Array(this._vBuffer);
              }
              updateMaterial(t) {
                this._material = t;
                super.setSubModelMaterial(0, t);
              }
              createSubMeshData() {
                this._subMeshData && this.destroySubMeshData();
                this._vertCount = 2;
                this._indexCount = 6;
                const t = this._device.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, this._vertSize * this._capacity * this._vertCount, this._vertSize));
                const e = new ArrayBuffer(this._vertSize * this._capacity * this._vertCount);
                t.update(e);
                const i = new Uint16Array((this._capacity - 1) * this._indexCount);
                let s = 0;
                for (let t = 0; t < this._capacity - 1; ++t) {
                  const e = 2 * t;
                  i[s++] = e;
                  i[s++] = e + 1;
                  i[s++] = e + 2;
                  i[s++] = e + 3;
                  i[s++] = e + 2;
                  i[s++] = e + 1;
                }
                const n = this._device.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, (this._capacity - 1) * this._indexCount * Uint16Array.BYTES_PER_ELEMENT, Uint16Array.BYTES_PER_ELEMENT));
                n.update(i);
                this._iaInfo.drawInfos[0].vertexCount = this._capacity * this._vertCount;
                this._iaInfo.drawInfos[0].indexCount = (this._capacity - 1) * this._indexCount;
                this._iaInfoBuffer.update(this._iaInfo);
                this._subMeshData = new fC([ t ], Ttt, Xs.TRIANGLE_LIST, n, this._iaInfoBuffer);
                this.initSubModel(0, this._subMeshData, this._material);
                return e;
              }
              addLineVertexData(t, e, i) {
                if (t.length > 1) {
                  let s = 0;
                  Pi.subtract(vtt, t[1], t[0]);
                  this._vdataF32[s++] = t[0].x;
                  this._vdataF32[s++] = t[0].y;
                  this._vdataF32[s++] = t[0].z;
                  this._vdataF32[s++] = 0;
                  this._vdataF32[s++] = e.evaluate(0, 1);
                  this._vdataF32[s++] = 0;
                  this._vdataF32[s++] = 0;
                  this._vdataF32[s++] = vtt.x;
                  this._vdataF32[s++] = vtt.y;
                  this._vdataF32[s++] = vtt.z;
                  this._vdataUint32[s++] = i.evaluate(0, 1)._val;
                  this._vdataF32[s++] = t[0].x;
                  this._vdataF32[s++] = t[0].y;
                  this._vdataF32[s++] = t[0].z;
                  this._vdataF32[s++] = 1;
                  this._vdataF32[s++] = e.evaluate(0, 1);
                  this._vdataF32[s++] = 0;
                  this._vdataF32[s++] = 1;
                  this._vdataF32[s++] = vtt.x;
                  this._vdataF32[s++] = vtt.y;
                  this._vdataF32[s++] = vtt.z;
                  this._vdataUint32[s++] = i.evaluate(0, 1)._val;
                  for (let n = 1; n < t.length - 1; n++) {
                    Pi.subtract(vtt, t[n - 1], t[n]);
                    Pi.subtract(Ett, t[n + 1], t[n]);
                    Pi.subtract(Ett, Ett, vtt);
                    const r = n / t.length;
                    this._vdataF32[s++] = t[n].x;
                    this._vdataF32[s++] = t[n].y;
                    this._vdataF32[s++] = t[n].z;
                    this._vdataF32[s++] = 0;
                    this._vdataF32[s++] = e.evaluate(r, 1);
                    this._vdataF32[s++] = r;
                    this._vdataF32[s++] = 0;
                    this._vdataF32[s++] = Ett.x;
                    this._vdataF32[s++] = Ett.y;
                    this._vdataF32[s++] = Ett.z;
                    this._vdataUint32[s++] = i.evaluate(r, 1)._val;
                    this._vdataF32[s++] = t[n].x;
                    this._vdataF32[s++] = t[n].y;
                    this._vdataF32[s++] = t[n].z;
                    this._vdataF32[s++] = 1;
                    this._vdataF32[s++] = e.evaluate(r, 1);
                    this._vdataF32[s++] = r;
                    this._vdataF32[s++] = 1;
                    this._vdataF32[s++] = Ett.x;
                    this._vdataF32[s++] = Ett.y;
                    this._vdataF32[s++] = Ett.z;
                    this._vdataUint32[s++] = i.evaluate(r, 1)._val;
                  }
                  Pi.subtract(vtt, t[t.length - 1], t[t.length - 2]);
                  this._vdataF32[s++] = t[t.length - 1].x;
                  this._vdataF32[s++] = t[t.length - 1].y;
                  this._vdataF32[s++] = t[t.length - 1].z;
                  this._vdataF32[s++] = 0;
                  this._vdataF32[s++] = e.evaluate(1, 1);
                  this._vdataF32[s++] = 1;
                  this._vdataF32[s++] = 0;
                  this._vdataF32[s++] = vtt.x;
                  this._vdataF32[s++] = vtt.y;
                  this._vdataF32[s++] = vtt.z;
                  this._vdataUint32[s++] = i.evaluate(1, 1)._val;
                  this._vdataF32[s++] = t[t.length - 1].x;
                  this._vdataF32[s++] = t[t.length - 1].y;
                  this._vdataF32[s++] = t[t.length - 1].z;
                  this._vdataF32[s++] = 1;
                  this._vdataF32[s++] = e.evaluate(1, 1);
                  this._vdataF32[s++] = 1;
                  this._vdataF32[s++] = 1;
                  this._vdataF32[s++] = vtt.x;
                  this._vdataF32[s++] = vtt.y;
                  this._vdataF32[s++] = vtt.z;
                  this._vdataUint32[s++] = i.evaluate(1, 1)._val;
                }
                this.updateIA(Math.max(0, t.length - 1));
              }
              updateIA(t) {
                this._subModels[0].inputAssembler.vertexBuffers[0].update(this._vdataF32);
                this._iaInfo.drawInfos[0].firstIndex = 0;
                this._iaInfo.drawInfos[0].indexCount = this._indexCount * t;
                this._iaInfoBuffer.update(this._iaInfo);
              }
              destroySubMeshData() {
                if (this._subMeshData) {
                  this._subMeshData.destroy();
                  this._subMeshData = null;
                }
              }
            }
            var xtt, wtt, Rtt;
            const Itt = si.Attr.setClassAttr;
            const Mtt = [ [ "mode", "constant", "multiplier" ], [ "mode", "spline", "multiplier" ], [ "mode", "splineMin", "splineMax", "multiplier" ], [ "mode", "constantMin", "constantMax", "multiplier" ] ];
            const Btt = oe({
              Constant: 0,
              Curve: 1,
              TwoCurves: 2,
              TwoConstants: 3
            });
            let Dtt = t("CurveRange", Ul("cc.CurveRange")(xtt = (Rtt = wtt = class {
              get curve() {
                var t;
                return null !== (t = this._curve) && void 0 !== t ? t : this._curve = new Op(this.spline);
              }
              set curve(t) {
                this._curve = t;
                this.spline = t._internalCurve;
              }
              get curveMin() {
                var t;
                return null !== (t = this._curveMin) && void 0 !== t ? t : this._curveMin = new Op(this.splineMin);
              }
              set curveMin(t) {
                this._curveMin = t;
                this.splineMin = t._internalCurve;
              }
              get curveMax() {
                var t;
                return null !== (t = this._curveMax) && void 0 !== t ? t : this._curveMax = new Op(this.splineMax);
              }
              set curveMax(t) {
                this._curveMax = t;
                this.splineMax = t._internalCurve;
              }
              constructor() {
                this.mode = Btt.Constant;
                this.spline = Fp();
                this.splineMin = Fp();
                this.splineMax = Fp();
                this.constant = 0;
                this.constantMin = 0;
                this.constantMax = 0;
                this.multiplier = 1;
              }
              evaluate(t, e) {
                switch (this.mode) {
                 default:
                 case Btt.Constant:
                  return this.constant;

                 case Btt.Curve:
                  return this.spline.evaluate(t) * this.multiplier;

                 case Btt.TwoCurves:
                  return pi(this.splineMin.evaluate(t), this.splineMax.evaluate(t), e) * this.multiplier;

                 case Btt.TwoConstants:
                  return pi(this.constantMin, this.constantMax, e);
                }
              }
              getMax() {
                switch (this.mode) {
                 default:
                 case Btt.Constant:
                  return this.constant;

                 case Btt.Curve:
                  return this.multiplier;

                 case Btt.TwoConstants:
                  return this.constantMax;

                 case Btt.TwoCurves:
                  return this.multiplier;
                }
              }
              _onBeforeSerialize(t) {
                return Mtt[this.mode];
              }
            }, wtt.Mode = Btt, Rtt)) || xtt);
            si.fastDefine("cc.CurveRange", Dtt, {
              multiplier: 1,
              constantMax: 0,
              constantMin: 0,
              constant: 0,
              mode: Btt.Constant,
              splineMax: Object.freeze(Fp()),
              splineMin: Object.freeze(Fp()),
              spline: Object.freeze(Fp())
            });
            Itt(Dtt, "multiplier", "visible", !0);
            Itt(Dtt, "constantMax", "visible", !0);
            Itt(Dtt, "constantMin", "visible", !0);
            Itt(Dtt, "constant", "visible", !0);
            Itt(Dtt, "mode", "type", "Enum");
            Itt(Dtt, "mode", "enumList", oe.getList(Btt));
            Itt(Dtt, "mode", "visible", !0);
            Itt(Dtt, "splineMax", "type", "Object");
            Itt(Dtt, "splineMax", "ctor", Od);
            Itt(Dtt, "splineMax", "visible", !0);
            Itt(Dtt, "splineMin", "type", "Object");
            Itt(Dtt, "splineMin", "ctor", Od);
            Itt(Dtt, "splineMin", "visible", !0);
            Itt(Dtt, "spline", "type", "Object");
            Itt(Dtt, "spline", "ctor", Od);
            Itt(Dtt, "spline", "visible", !0);
            function Ptt(t, e, i) {
              switch (t.mode) {
               case Btt.Constant:
                return t.constant;

               case Btt.Curve:
                return t.spline.evaluate(e) * t.multiplier;

               case Btt.TwoCurves:
                return 0 === i ? t.splineMin.evaluate(e) * t.multiplier : t.splineMax.evaluate(e) * t.multiplier;

               case Btt.TwoConstants:
                return 0 === i ? t.constantMin : t.constantMax;

               default:
                return 0;
              }
            }
            function Ott(t) {
              switch (t.mode) {
               case Btt.TwoConstants:
               case Btt.TwoCurves:
                return 2;

               default:
                return 1;
              }
            }
            function Ntt(t, e, i, s) {
              if (null === t || i !== t.width || s !== t.height) {
                t && t.destroy();
                t = function(t, e, i) {
                  const s = new IC({
                    width: e,
                    height: i,
                    _data: t,
                    _compressed: !1,
                    format: Jp.RGBA32F
                  });
                  const n = new LC;
                  n.setFilters(Qp.NEAREST, Qp.NEAREST);
                  n.setMipFilter(Qp.NONE);
                  n.setWrapMode(Zp.CLAMP_TO_EDGE, Zp.CLAMP_TO_EDGE, Zp.CLAMP_TO_EDGE);
                  n.image = s;
                  return n;
                }(e, i, s);
              } else t.uploadData(e);
              return t;
            }
            function Ltt(t, e, i, s, n, r, o) {
              const a = Math.max(Ott(s), Ott(n), Ott(r));
              const l = i * a * 4;
              null !== e && e.length === l || (e = new Float32Array(i * a * 4));
              const h = [ s, n, r ];
              const c = 1 / (i - 1);
              for (let t = 0; t < a; t++) for (let s = 0; s < 3; s++) {
                const n = h[s];
                let r = 0;
                let a = 0;
                for (let l = 0; l < i; l++) {
                  const h = Ptt(n, c * l, t);
                  if (o) a = h; else {
                    r += h;
                    a = r / (l + 1);
                  }
                  e[4 * (t * i + l) + s] = a;
                }
              }
              return {
                texture: Ntt(t, e, i, a),
                texdata: e
              };
            }
            const Ftt = oe({
              Blend: 0,
              Fixed: 1
            });
            class Vtt {
              constructor() {
                this.color = Bi.WHITE.clone();
                this.time = 0;
              }
            }
            t("ColorKey", Vtt);
            si.fastDefine("cc.ColorKey", Vtt, {
              color: Bi.WHITE.clone(),
              time: 0
            });
            si.Attr.setClassAttr(Vtt, "color", "visible", !0);
            si.Attr.setClassAttr(Vtt, "time", "visible", !0);
            class ktt {
              constructor() {
                this.alpha = 1;
                this.time = 0;
              }
            }
            t("AlphaKey", ktt);
            si.fastDefine("cc.AlphaKey", ktt, {
              alpha: 1,
              time: 0
            });
            si.Attr.setClassAttr(ktt, "alpha", "visible", !0);
            si.Attr.setClassAttr(ktt, "time", "visible", !0);
            class Utt {
              constructor() {
                this.colorKeys = new Array;
                this.alphaKeys = new Array;
                this.mode = Ftt.Blend;
                this._color = void 0;
                this._color = Bi.WHITE.clone();
              }
              setKeys(t, e) {
                this.colorKeys = t;
                this.alphaKeys = e;
              }
              sortKeys() {
                this.colorKeys.length > 1 && this.colorKeys.sort(((t, e) => t.time - e.time));
                this.alphaKeys.length > 1 && this.alphaKeys.sort(((t, e) => t.time - e.time));
              }
              evaluate(t) {
                this.getRGB(t);
                this._color._set_a_unsafe(this.getAlpha(t));
                return this._color;
              }
              randomColor() {
                const t = this.colorKeys[Math.trunc(Math.random() * this.colorKeys.length)];
                const e = this.alphaKeys[Math.trunc(Math.random() * this.alphaKeys.length)];
                this._color.set(t.color);
                this._color._set_a_unsafe(e.alpha);
                return this._color;
              }
              getRGB(t) {
                if (this.colorKeys.length > 1) {
                  t = Ei(t, 1);
                  for (let e = 1; e < this.colorKeys.length; ++e) {
                    const i = this.colorKeys[e - 1].time;
                    const s = this.colorKeys[e].time;
                    if (t >= i && t < s) {
                      if (this.mode === Ftt.Fixed) return this.colorKeys[e].color;
                      const n = (t - i) / (s - i);
                      Bi.lerp(this._color, this.colorKeys[e - 1].color, this.colorKeys[e].color, n);
                      return this._color;
                    }
                  }
                  const e = this.colorKeys.length - 1;
                  t < this.colorKeys[0].time ? Bi.lerp(this._color, Bi.BLACK, this.colorKeys[0].color, t / this.colorKeys[0].time) : t > this.colorKeys[e].time && Bi.lerp(this._color, this.colorKeys[e].color, Bi.BLACK, (t - this.colorKeys[e].time) / (1 - this.colorKeys[e].time));
                  return this._color;
                }
                if (1 === this.colorKeys.length) {
                  this._color.set(this.colorKeys[0].color);
                  return this._color;
                }
                this._color.set(Bi.WHITE);
                return this._color;
              }
              getAlpha(t) {
                if (this.alphaKeys.length > 1) {
                  t = Ei(t, 1);
                  for (let e = 1; e < this.alphaKeys.length; ++e) {
                    const i = this.alphaKeys[e - 1].time;
                    const s = this.alphaKeys[e].time;
                    if (t >= i && t < s) {
                      if (this.mode === Ftt.Fixed) return this.alphaKeys[e].alpha;
                      const n = (t - i) / (s - i);
                      return pi(this.alphaKeys[e - 1].alpha, this.alphaKeys[e].alpha, n);
                    }
                  }
                  const e = this.alphaKeys.length - 1;
                  return t < this.alphaKeys[0].time ? pi(0, this.alphaKeys[0].alpha, t / this.alphaKeys[0].time) : t > this.alphaKeys[e].time ? pi(this.alphaKeys[e].alpha, 0, (t - this.alphaKeys[e].time) / (1 - this.alphaKeys[e].time)) : 255;
                }
                return 1 === this.alphaKeys.length ? this.alphaKeys[0].alpha : 255;
              }
            }
            t("Gradient", Utt);
            Utt.Mode = Ftt;
            si.fastDefine("cc.Gradient", Utt, {
              colorKeys: [],
              alphaKeys: [],
              mode: Ftt.Blend
            });
            si.Attr.setClassAttr(Utt, "colorKeys", "visible", !0);
            si.Attr.setClassAttr(Utt, "alphaKeys", "visible", !0);
            si.Attr.setClassAttr(Utt, "mode", "visible", !0);
            var Gtt, ztt, Htt, jtt, Xtt, Wtt, Ytt, qtt, Ktt, Jtt, Ztt, Qtt, $tt, tet, eet, iet, set;
            const net = oe({
              Color: 0,
              Gradient: 1,
              TwoColors: 2,
              TwoGradients: 3,
              RandomColor: 4
            });
            let ret = t("GradientRange", (Gtt = Ul("cc.GradientRange"), ztt = Th(net), Htt = Th(Utt), 
            jtt = Th(Utt), Xtt = Th(Utt), Wtt = Th(net), Gtt(Ytt = (qtt = (set = iet = class {
              constructor() {
                Ml(this, "color", Ktt, this);
                Ml(this, "colorMin", Jtt, this);
                Ml(this, "colorMax", Ztt, this);
                Ml(this, "gradient", Qtt, this);
                Ml(this, "gradientMin", $tt, this);
                Ml(this, "gradientMax", tet, this);
                Ml(this, "_mode", eet, this);
                this._color = Bi.WHITE.clone();
              }
              get mode() {
                return this._mode;
              }
              set mode(t) {
                this._mode = t;
              }
              evaluate(t, e) {
                switch (this._mode) {
                 case net.Color:
                  return this.color;

                 case net.TwoColors:
                  Bi.lerp(this._color, this.colorMin, this.colorMax, e);
                  return this._color;

                 case net.RandomColor:
                  return this.gradient.randomColor();

                 case net.Gradient:
                  return this.gradient.evaluate(t);

                 case net.TwoGradients:
                  Bi.lerp(this._color, this.gradientMin.evaluate(t), this.gradientMax.evaluate(t), e);
                  return this._color;

                 default:
                  return this.color;
                }
              }
              _onBeforeSerialize(t) {
                return false[this._mode];
              }
            }, iet.Mode = net, set), Bl(qtt.prototype, "mode", [ ztt ], Object.getOwnPropertyDescriptor(qtt.prototype, "mode"), qtt.prototype), 
            Ktt = Bl(qtt.prototype, "color", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), Jtt = Bl(qtt.prototype, "colorMin", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), Ztt = Bl(qtt.prototype, "colorMax", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), Qtt = Bl(qtt.prototype, "gradient", [ Htt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Utt;
              }
            }), $tt = Bl(qtt.prototype, "gradientMin", [ jtt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Utt;
              }
            }), tet = Bl(qtt.prototype, "gradientMax", [ Xtt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Utt;
              }
            }), eet = Bl(qtt.prototype, "_mode", [ Wtt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return net.Color;
              }
            }), qtt)) || Ytt));
            function oet(t, e, i) {
              switch (t.mode) {
               case net.Color:
                return t.color;

               case net.TwoColors:
                return 0 === i ? t.colorMin : t.colorMax;

               case net.RandomColor:
                return t.gradient.randomColor();

               case net.Gradient:
                return t.gradient.evaluate(e);

               case net.TwoGradients:
                return 0 === i ? t.gradientMin.evaluate(e) : t.gradientMax.evaluate(e);

               default:
                return t.color;
              }
            }
            function aet(t, e, i, s) {
              const n = function(t) {
                switch (t.mode) {
                 case net.TwoColors:
                 case net.TwoGradients:
                  return 2;

                 default:
                  return 1;
                }
              }(s);
              const r = i * n * 4;
              null !== e && e.length === r || (e = new Uint8Array(i * n * 4));
              const o = 1 / i;
              let a = 0;
              for (let t = 0; t < n; t++) for (let n = 0; n < i; n++) {
                const i = oet(s, o * n, t);
                e[a] = i.r;
                e[a + 1] = i.g;
                e[a + 2] = i.b;
                e[a + 3] = i.a;
                a += 4;
              }
              if (null === t || i !== t.width || n !== t.height) {
                t && t.destroy();
                (t = new LC).create(i, n, Jp.RGBA8888);
                t.setFilters(Qp.LINEAR, Qp.LINEAR);
                t.setWrapMode(Zp.CLAMP_TO_EDGE, Zp.CLAMP_TO_EDGE);
              }
              t.uploadData(e);
              return {
                texture: t,
                texdata: e
              };
            }
            var het, cet, uet, _et, det, pet, met, fet, get, yet, bet, Aet, Tet, vet, Eet, Cet, xet, wet, Ret, Iet, Met, Bet, Det, Pet, Oet, Net, Let, Fet, Vet, ket, Uet, Get, zet, Het, jet, Xet, Wet, Yet, qet, Ket, Jet;
            const Zet = {
              parent: null,
              owner: null,
              subModelIdx: 0
            };
            const Qet = {
              CC_USE_WORLD_SPACE: !1
            };
            let $et = function(e) {
              return t({
                Line: e,
                LineComponent: e
              }), e;
            }((het = Ul("cc.Line"), cet = sh(), uet = $l(), _et = Th(LC), det = Th(LC), pet = ph(), 
            met = lh(), fet = Th(hm), get = ph(), yet = lh(), bet = ph(), Aet = lh(), Tet = Th([ Pi ]), 
            vet = Th([ Pi ]), Eet = ph(), Cet = lh(), xet = Th(Dtt), wet = Th(Dtt), Ret = hh(), 
            Iet = ph(), Met = lh(), Bet = Th(Qi), Det = ph(), Pet = lh(), Oet = Th(Qi), Net = ph(), 
            Let = lh(), Fet = Th(ret), Vet = Th(ret), ket = ph(), Uet = lh(), het(Get = cet(Get = uet(Get = Ql(Get = (zet = class extends Qc {
              get texture() {
                return this._texture;
              }
              set texture(t) {
                this._texture = t;
                this._materialInstance && this._materialInstance.setProperty("mainTexture", t);
              }
              get material() {
                return this._material;
              }
              set material(t) {
                this._material = t;
              }
              get worldSpace() {
                return this._worldSpace;
              }
              set worldSpace(t) {
                this._worldSpace = t;
                if (this._materialInstance) {
                  Qet.CC_USE_WORLD_SPACE = this.worldSpace;
                  this._materialInstance.recompileShaders(Qet);
                  this._model && this._model.setSubModelMaterial(0, this._materialInstance);
                }
              }
              get positions() {
                return this._positions;
              }
              set positions(t) {
                this._positions = t;
                this._model && this._model.addLineVertexData(this._positions, this._width, this._color);
              }
              get width() {
                return this._width;
              }
              set width(t) {
                this._width = t;
                this._model && this._model.addLineVertexData(this._positions, this._width, this._color);
              }
              get tile() {
                return this._tile;
              }
              set tile(t) {
                this._tile.set(t);
                if (this._materialInstance) {
                  this._tile_offset.x = this._tile.x;
                  this._tile_offset.y = this._tile.y;
                  this._materialInstance.setProperty("mainTiling_Offset", this._tile_offset);
                }
              }
              get offset() {
                return this._offset;
              }
              set offset(t) {
                this._offset.set(t);
                if (this._materialInstance) {
                  this._tile_offset.z = this._offset.x;
                  this._tile_offset.w = this._offset.y;
                  this._materialInstance.setProperty("mainTiling_Offset", this._tile_offset);
                }
              }
              get color() {
                return this._color;
              }
              set color(t) {
                this._color = t;
                this._model && this._model.addLineVertexData(this._positions, this._width, this._color);
              }
              constructor() {
                super();
                Ml(this, "_texture", Het, this);
                Ml(this, "_material", jet, this);
                this._materialInstance = null;
                Ml(this, "_worldSpace", Xet, this);
                Ml(this, "_positions", Wet, this);
                Ml(this, "_width", Yet, this);
                Ml(this, "_tile", qet, this);
                Ml(this, "_offset", Ket, this);
                Ml(this, "_color", Jet, this);
                this._model = null;
                this._tile_offset = new is;
              }
              onLoad() {
                const t = this._model = m.director.root.createModel(Ctt);
                t.node = t.transform = this.node;
                if (null === this._material) {
                  this._material = new hm;
                  this._material.copy(xR.get("default-trail-material"));
                }
                if (this._material) {
                  Qet.CC_USE_WORLD_SPACE = this.worldSpace;
                  Zet.parent = this._material;
                  Zet.subModelIdx = 0;
                  this._materialInstance = new uS(Zet);
                  Zet.parent = null;
                  Zet.subModelIdx = 0;
                  this._materialInstance.recompileShaders(Qet);
                }
                t.updateMaterial(this._materialInstance);
                t.setCapacity(100);
              }
              onEnable() {
                if (this._model) {
                  this._attachToScene();
                  this.texture = this._texture;
                  this.tile = this._tile;
                  this.offset = this._offset;
                  this._model.addLineVertexData(this._positions, this._width, this._color);
                }
              }
              onDisable() {
                this._model && this._detachFromScene();
              }
              _attachToScene() {
                if (this._model && this.node && this.node.scene) {
                  this._model.scene && this._detachFromScene();
                  this._getRenderScene().addModel(this._model);
                }
              }
              _detachFromScene() {
                this._model && this._model.scene && this._model.scene.removeModel(this._model);
              }
            }, Het = Bl(zet.prototype, "_texture", [ _et ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(zet.prototype, "texture", [ det, pet, met ], Object.getOwnPropertyDescriptor(zet.prototype, "texture"), zet.prototype), 
            jet = Bl(zet.prototype, "_material", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(zet.prototype, "material", [ fet, get, yet ], Object.getOwnPropertyDescriptor(zet.prototype, "material"), zet.prototype), 
            Xet = Bl(zet.prototype, "_worldSpace", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(zet.prototype, "worldSpace", [ bet, Aet ], Object.getOwnPropertyDescriptor(zet.prototype, "worldSpace"), zet.prototype), 
            Wet = Bl(zet.prototype, "_positions", [ Tet ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Bl(zet.prototype, "positions", [ vet, Eet, Cet ], Object.getOwnPropertyDescriptor(zet.prototype, "positions"), zet.prototype), 
            Yet = Bl(zet.prototype, "_width", [ xet ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Bl(zet.prototype, "width", [ wet, Ret, Iet, Met ], Object.getOwnPropertyDescriptor(zet.prototype, "width"), zet.prototype), 
            qet = Bl(zet.prototype, "_tile", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(1, 1);
              }
            }), Bl(zet.prototype, "tile", [ Bet, Det, Pet ], Object.getOwnPropertyDescriptor(zet.prototype, "tile"), zet.prototype), 
            Ket = Bl(zet.prototype, "_offset", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi(0, 0);
              }
            }), Bl(zet.prototype, "offset", [ Oet, Net, Let ], Object.getOwnPropertyDescriptor(zet.prototype, "offset"), zet.prototype), 
            Jet = Bl(zet.prototype, "_color", [ Fet ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new ret;
              }
            }), Bl(zet.prototype, "color", [ Vet, ket, Uet ], Object.getOwnPropertyDescriptor(zet.prototype, "color"), zet.prototype), 
            zet)) || Get) || Get) || Get) || Get));
            class tit {
              constructor(t) {
                this.particleSystem = void 0;
                this.position = void 0;
                this.velocity = void 0;
                this.animatedVelocity = void 0;
                this.ultimateVelocity = void 0;
                this.angularVelocity = void 0;
                this.axisOfRotation = void 0;
                this.rotation = void 0;
                this.startEuler = void 0;
                this.startRotation = void 0;
                this.startRotated = void 0;
                this.deltaQuat = void 0;
                this.deltaMat = void 0;
                this.localMat = void 0;
                this.startSize = void 0;
                this.size = void 0;
                this.startColor = void 0;
                this.color = void 0;
                this.randomSeed = void 0;
                this.remainingLifetime = void 0;
                this.loopCount = void 0;
                this.lastLoop = void 0;
                this.trailDelay = void 0;
                this.startLifetime = void 0;
                this.emitAccumulator0 = void 0;
                this.emitAccumulator1 = void 0;
                this.frameIndex = void 0;
                this.startRow = void 0;
                this.particleSystem = t;
                this.position = new Pi(0, 0, 0);
                this.velocity = new Pi(0, 0, 0);
                this.animatedVelocity = new Pi(0, 0, 0);
                this.ultimateVelocity = new Pi(0, 0, 0);
                this.angularVelocity = new Pi(0, 0, 0);
                this.axisOfRotation = new Pi(0, 0, 0);
                this.rotation = new Pi(0, 0, 0);
                this.startEuler = new Pi(0, 0, 0);
                this.startRotation = new Ui;
                this.startRotated = !1;
                this.deltaQuat = new Ui;
                this.deltaMat = new qi;
                this.localMat = new qi;
                this.startSize = new Pi(0, 0, 0);
                this.size = new Pi(0, 0, 0);
                this.startColor = Bi.WHITE.clone();
                this.color = Bi.WHITE.clone();
                this.randomSeed = 0;
                this.remainingLifetime = 0;
                this.loopCount = 0;
                this.lastLoop = 0;
                this.trailDelay = 0;
                this.startLifetime = 0;
                this.emitAccumulator0 = 0;
                this.emitAccumulator1 = 0;
                this.frameIndex = 0;
                this.startRow = 0;
              }
              reset() {
                this.rotation.set(0, 0, 0);
                this.startEuler.set(0, 0, 0);
                this.startRotation.set(0, 0, 0, 1);
                this.startRotated = !1;
                this.deltaQuat.set(0, 0, 0, 1);
                this.deltaMat.identity();
                this.localMat.identity();
              }
            }
            tit.INDENTIFY_NEG_QUAT = 10;
            tit.R2D = 180 / Math.PI;
            const eit = "colorModule", iit = "forceModule", sit = "limitModule", nit = "rotationModule", rit = "sizeModule", oit = "velocityModule", ait = "textureModule", lit = "noiseModule";
            const hit = [ "sizeModule", "colorModule", "forceModule", "velocityModule", "limitModule", "rotationModule", "textureModule", "noiseModule" ];
            const cit = [ "_colorOverLifetimeModule", "_shapeModule", "_sizeOvertimeModule", "_velocityOvertimeModule", "_forceOvertimeModule", "_limitVelocityOvertimeModule", "_rotationOvertimeModule", "_textureAnimationModule", "_noiseModule", "_trailModule" ];
            class uit {
              constructor() {
                this.target = null;
                this.needUpdate = !1;
                this.needAnimate = !0;
                this.name = void 0;
              }
              bindTarget(t) {
                this.target = t;
              }
              update(t, e) {}
            }
            const _it = oe({
              World: 0,
              Local: 1,
              Custom: 2
            });
            const dit = oe({
              Pause: 0,
              PauseAndCatchup: 1,
              AlwaysSimulate: 2
            });
            const pit = oe({
              World: 0,
              Local: 1,
              View: 2
            });
            const mit = oe({
              Billboard: 0,
              StrecthedBillboard: 1,
              HorizontalBillboard: 2,
              VerticalBillboard: 3,
              Mesh: 4
            });
            const fit = oe({
              Box: 0,
              Circle: 1,
              Cone: 2,
              Sphere: 3,
              Hemisphere: 4
            });
            const git = oe({
              Base: 0,
              Edge: 1,
              Shell: 2,
              Volume: 3
            });
            const yit = oe({
              Random: 0,
              Loop: 1,
              PingPong: 2
            });
            const bit = oe({
              Particles: 0
            });
            const Sit = oe({
              Stretch: 0
            });
            const Ait = 23541, Tit = 39825, vit = 90794, Eit = 212165, Cit = 125292, xit = 197866, wit = 156497, Rit = 984136;
            var Iit, Mit, Bit, Dit, Pit, Oit, Nit, Lit;
            const Fit = 91041;
            let Vit = (Iit = Ul("cc.ColorOvertimeModule"), Mit = ph(), Bit = Th(ret), Dit = ph(), 
            Iit(Pit = (Oit = class extends uit {
              constructor(...t) {
                super(...t);
                Ml(this, "_enable", Nit, this);
                Ml(this, "color", Lit, this);
                this.name = eit;
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              animate(t) {
                t.color.set(t.startColor);
                t.color.multiply(this.color.evaluate(1 - t.remainingLifetime / t.startLifetime, Si(t.randomSeed + Fit)));
              }
            }, Nit = Bl(Oit.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Oit.prototype, "enable", [ Mit ], Object.getOwnPropertyDescriptor(Oit.prototype, "enable"), Oit.prototype), 
            Lit = Bl(Oit.prototype, "color", [ Bit, Yl, Dit ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new ret;
              }
            }), Oit)) || Pit);
            const kit = new Pi(0, 0, -1);
            function Uit(t, e, i, s) {
              if (e !== t) {
                if (t === _it.World) qi.getRotation(s, i); else {
                  qi.invert(i, i);
                  qi.getRotation(s, i);
                }
                return !0;
              }
              Ui.set(s, 0, 0, 0, 1);
              return !1;
            }
            function Git(t, e) {
              Qi.set(t, Math.cos(e), Math.sin(e));
            }
            function zit(t) {
              const e = yi(-1, 1);
              const i = yi(0, 2 * Math.PI);
              const s = Math.sqrt(1 - e * e);
              const n = s * Math.cos(i);
              const r = s * Math.sin(i);
              Pi.set(t, n, r, e);
            }
            function Hit(t, e, i) {
              zit(t);
              Pi.multiplyScalar(t, t, e + (i - e) * gi());
            }
            function jit(t, e, i, s) {
              Git(t, s);
              t.z = 0;
              Pi.multiplyScalar(t, t, e + (i - e) * gi());
            }
            function Xit(t) {
              for (let e = 0; e < t.length; e++) {
                const i = e + bi(0, t.length - e);
                const s = t[i];
                t[i] = t[e];
                t[e] = s;
              }
            }
            function Wit() {
              let t = yi(-1, 1);
              0 === t && t++;
              return n(t);
            }
            var Yit, qit, Kit, Jit, Zit, Qit, $it, tst, est, ist, sst, nst, rst, ost, ast, lst, hst, cst, ust, _st, dst, pst, mst, fst, gst;
            const yst = Eit;
            const bst = new Pi;
            let Sst = (Yit = Ul("cc.ForceOvertimeModule"), qit = ph(), Kit = Th(Dtt), Jit = hh(), 
            Zit = ph(), Qit = lh(), $it = Th(Dtt), tst = hh(), est = ph(), ist = lh(), sst = Th(Dtt), 
            nst = hh(), rst = ph(), ost = lh(), ast = Th(_it), lst = ph(), hst = lh(), Yit(cst = (ust = (gst = class extends uit {
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              constructor() {
                super();
                Ml(this, "_enable", _st, this);
                Ml(this, "x", dst, this);
                Ml(this, "y", pst, this);
                Ml(this, "z", mst, this);
                Ml(this, "space", fst, this);
                this.randomized = !1;
                this.rotation = void 0;
                this.needTransform = void 0;
                this.name = iit;
                this.rotation = new Ui;
                this.needTransform = !1;
                this.needUpdate = !0;
              }
              update(t, e) {
                this.needTransform = Uit(t, this.space, e, this.rotation);
              }
              animate(t, e) {
                const i = 1 - t.remainingLifetime / t.startLifetime;
                const s = Pi.set(bst, this.x.evaluate(i, Si(t.randomSeed + yst)), this.y.evaluate(i, Si(t.randomSeed + yst)), this.z.evaluate(i, Si(t.randomSeed + yst)));
                this.needTransform && Pi.transformQuat(s, s, this.rotation);
                Pi.scaleAndAdd(t.velocity, t.velocity, s, e);
                Pi.copy(t.ultimateVelocity, t.velocity);
              }
            }, gst), _st = Bl(ust.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(ust.prototype, "enable", [ qit ], Object.getOwnPropertyDescriptor(ust.prototype, "enable"), ust.prototype), 
            dst = Bl(ust.prototype, "x", [ Kit, Yl, Jit, Zit, Qit ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), pst = Bl(ust.prototype, "y", [ $it, Yl, tst, est, ist ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), mst = Bl(ust.prototype, "z", [ sst, Yl, nst, rst, ost ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), fst = Bl(ust.prototype, "space", [ ast, Yl, lst, hst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return _it.Local;
              }
            }), ust)) || cst);
            var Ast, Tst, vst, Est, Cst, xst, wst, Rst, Ist, Mst, Bst, Dst, Pst, Ost, Nst, Lst, Fst, Vst, kst, Ust, Gst, zst, Hst, jst, Xst, Wst, Yst, qst, Kst, Jst, Zst, Qst, $st, tnt, ent, int, snt, nnt, rnt, ont;
            const ant = Ait;
            const lnt = new Pi;
            const hnt = new Pi;
            let cnt = (Ast = Ul("cc.LimitVelocityOvertimeModule"), Tst = ph(), vst = Th(Dtt), 
            Est = hh(), Cst = ph(), xst = lh(), wst = rh(), Rst = Th(Dtt), Ist = hh(), Mst = ph(), 
            Bst = lh(), Dst = rh(), Pst = Th(Dtt), Ost = hh(), Nst = ph(), Lst = lh(), Fst = rh(), 
            Vst = Th(Dtt), kst = hh(), Ust = ph(), Gst = lh(), zst = rh(), Hst = ph(), jst = lh(), 
            Xst = ph(), Wst = lh(), Yst = Th(_it), qst = ph(), Kst = lh(), Ast(Jst = (Zst = (ont = class extends uit {
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              constructor() {
                super();
                Ml(this, "_enable", Qst, this);
                Ml(this, "limitX", $st, this);
                Ml(this, "limitY", tnt, this);
                Ml(this, "limitZ", ent, this);
                Ml(this, "limit", int, this);
                Ml(this, "dampen", snt, this);
                Ml(this, "separateAxes", nnt, this);
                Ml(this, "space", rnt, this);
                this.drag = null;
                this.multiplyDragByParticleSize = !1;
                this.multiplyDragByParticleVelocity = !1;
                this.name = sit;
                this.rotation = void 0;
                this.needTransform = void 0;
                this.rotation = new Ui;
                this.needTransform = !1;
                this.needUpdate = !0;
              }
              update(t, e) {
                this.needTransform = Uit(t, this.space, e, this.rotation);
              }
              animate(t, e) {
                const i = 1 - t.remainingLifetime / t.startLifetime;
                const s = lnt;
                if (this.separateAxes) {
                  Pi.set(hnt, this.limitX.evaluate(i, Si(t.randomSeed + ant)), this.limitY.evaluate(i, Si(t.randomSeed + ant)), this.limitZ.evaluate(i, Si(t.randomSeed + ant)));
                  this.needTransform && Pi.transformQuat(hnt, hnt, this.rotation);
                  Pi.set(s, unt(t.ultimateVelocity.x, hnt.x, this.dampen), unt(t.ultimateVelocity.y, hnt.y, this.dampen), unt(t.ultimateVelocity.z, hnt.z, this.dampen));
                } else {
                  Pi.normalize(s, t.ultimateVelocity);
                  Pi.multiplyScalar(s, s, unt(t.ultimateVelocity.length(), this.limit.evaluate(i, Si(t.randomSeed + ant)), this.dampen));
                }
                Pi.copy(t.ultimateVelocity, s);
              }
            }, ont), Qst = Bl(Zst.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Zst.prototype, "enable", [ Tst ], Object.getOwnPropertyDescriptor(Zst.prototype, "enable"), Zst.prototype), 
            $st = Bl(Zst.prototype, "limitX", [ vst, Yl, Est, Cst, xst, wst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), tnt = Bl(Zst.prototype, "limitY", [ Rst, Yl, Ist, Mst, Bst, Dst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), ent = Bl(Zst.prototype, "limitZ", [ Pst, Yl, Ost, Nst, Lst, Fst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), int = Bl(Zst.prototype, "limit", [ Vst, Yl, kst, Ust, Gst, zst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), snt = Bl(Zst.prototype, "dampen", [ Yl, Hst, jst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 3;
              }
            }), nnt = Bl(Zst.prototype, "separateAxes", [ Yl, Xst, Wst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), rnt = Bl(Zst.prototype, "space", [ Yst, Yl, qst, Kst ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return _it.Local;
              }
            }), Zst)) || Jst);
            function unt(t, e, i) {
              const s = Math.sign(t);
              let n = Math.abs(t);
              n > e && (n = pi(n, e, i));
              return n * s;
            }
            var _nt, dnt, pnt, mnt, fnt, gnt, ynt, bnt, Snt, Ant, Tnt, vnt, Ent, Cnt, xnt, wnt, Rnt, Int, Mnt, Bnt, Dnt, Pnt, Ont, Nnt, Lnt;
            const Fnt = Cit;
            let Vnt = (_nt = Ul("cc.RotationOvertimeModule"), dnt = ph(), pnt = ph(), mnt = lh(), 
            fnt = Th(Dtt), gnt = hh(), ynt = ph(), bnt = lh(), Snt = rh(), Ant = Th(Dtt), Tnt = hh(), 
            vnt = ph(), Ent = lh(), Cnt = rh(), xnt = Th(Dtt), wnt = hh(), Rnt = ph(), Int = lh(), 
            _nt(Mnt = (Bnt = class extends uit {
              constructor(...t) {
                super(...t);
                Ml(this, "_enable", Dnt, this);
                Ml(this, "_separateAxes", Pnt, this);
                Ml(this, "x", Ont, this);
                Ml(this, "y", Nnt, this);
                Ml(this, "z", Lnt, this);
                this.name = nit;
                this._startMat = new qi;
                this._matRot = new qi;
                this._quatRot = new Ui;
                this._otherEuler = new Pi;
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              get separateAxes() {
                return this._separateAxes;
              }
              set separateAxes(t) {
                this._separateAxes = t;
              }
              _processRotation(t, e) {
                const i = t.particleSystem.processor.getInfo().renderMode;
                i !== mit.Mesh && i === mit.StrecthedBillboard && this._quatRot.set(0, 0, 0, 1);
                Ui.normalize(this._quatRot, this._quatRot);
                this._quatRot.w < 0 && (this._quatRot.x += tit.INDENTIFY_NEG_QUAT);
              }
              animate(t, e) {
                const i = 1 - t.remainingLifetime / t.startLifetime;
                const s = Si(t.randomSeed + Fnt);
                const n = t.particleSystem.processor.getInfo().renderMode;
                this._separateAxes && n !== mit.VerticalBillboard && n !== mit.HorizontalBillboard ? Ui.fromEuler(t.deltaQuat, this.x.evaluate(i, s) * e * tit.R2D, this.y.evaluate(i, s) * e * tit.R2D, this.z.evaluate(i, s) * e * tit.R2D) : Ui.fromEuler(t.deltaQuat, 0, 0, this.z.evaluate(i, s) * e * tit.R2D);
                t.deltaMat = qi.fromQuat(t.deltaMat, t.deltaQuat);
                t.localMat = t.localMat.multiply(t.deltaMat);
                if (!t.startRotated) {
                  n !== mit.Mesh && (n === mit.StrecthedBillboard ? t.startEuler.set(0, 0, 0) : n !== mit.Billboard && t.startEuler.set(0, 0, t.startEuler.z));
                  Ui.fromEuler(t.startRotation, t.startEuler.x * tit.R2D, t.startEuler.y * tit.R2D, t.startEuler.z * tit.R2D);
                  t.startRotated = !0;
                }
                this._startMat = qi.fromQuat(this._startMat, t.startRotation);
                this._matRot = this._startMat.multiply(t.localMat);
                qi.getRotation(this._quatRot, this._matRot);
                this._processRotation(t, tit.R2D);
                t.rotation.set(this._quatRot.x, this._quatRot.y, this._quatRot.z);
              }
            }, Dnt = Bl(Bnt.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Bnt.prototype, "enable", [ dnt ], Object.getOwnPropertyDescriptor(Bnt.prototype, "enable"), Bnt.prototype), 
            Pnt = Bl(Bnt.prototype, "_separateAxes", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Bnt.prototype, "separateAxes", [ pnt, mnt ], Object.getOwnPropertyDescriptor(Bnt.prototype, "separateAxes"), Bnt.prototype), 
            Ont = Bl(Bnt.prototype, "x", [ fnt, Yl, gnt, mh, ynt, bnt, Snt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Nnt = Bl(Bnt.prototype, "y", [ Ant, Yl, Tnt, mh, vnt, Ent, Cnt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Lnt = Bl(Bnt.prototype, "z", [ xnt, Yl, wnt, mh, Rnt, Int ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Bnt)) || Mnt);
            var knt, Unt, Gnt, znt, Hnt, jnt, Xnt, Wnt, Ynt, qnt, Knt, Jnt, Znt, Qnt, $nt, trt, ert, irt, srt, nrt, rrt, ort, art, lrt, hrt, crt, urt, _rt, drt, prt, mrt, frt;
            const grt = Tit;
            let yrt = (knt = Ul("cc.SizeOvertimeModule"), Unt = ph(), Gnt = ph(), znt = lh(), 
            Hnt = Th(Dtt), jnt = hh(), Xnt = ph(), Wnt = lh(), Ynt = rh(), qnt = Th(Dtt), Knt = hh(), 
            Jnt = ph(), Znt = lh(), Qnt = rh(), $nt = Th(Dtt), trt = hh(), ert = ph(), irt = lh(), 
            srt = rh(), nrt = Th(Dtt), rrt = hh(), ort = ph(), art = lh(), lrt = rh(), knt(hrt = (crt = class extends uit {
              constructor(...t) {
                super(...t);
                Ml(this, "_enable", urt, this);
                Ml(this, "separateAxes", _rt, this);
                Ml(this, "size", drt, this);
                Ml(this, "x", prt, this);
                Ml(this, "y", mrt, this);
                Ml(this, "z", frt, this);
                this.name = rit;
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              animate(t, e) {
                if (this.separateAxes) {
                  const e = 1 - t.remainingLifetime / t.startLifetime;
                  const i = Si(t.randomSeed + grt);
                  t.size.x = t.startSize.x * this.x.evaluate(e, i);
                  t.size.y = t.startSize.y * this.y.evaluate(e, i);
                  t.size.z = t.startSize.z * this.z.evaluate(e, i);
                } else Pi.multiplyScalar(t.size, t.startSize, this.size.evaluate(1 - t.remainingLifetime / t.startLifetime, Si(t.randomSeed + grt)));
              }
            }, urt = Bl(crt.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(crt.prototype, "enable", [ Unt ], Object.getOwnPropertyDescriptor(crt.prototype, "enable"), crt.prototype), 
            _rt = Bl(crt.prototype, "separateAxes", [ Yl, Gnt, znt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), drt = Bl(crt.prototype, "size", [ Hnt, Yl, jnt, Xnt, Wnt, Ynt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), prt = Bl(crt.prototype, "x", [ qnt, Yl, Knt, Jnt, Znt, Qnt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), mrt = Bl(crt.prototype, "y", [ $nt, Yl, trt, ert, irt, srt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), frt = Bl(crt.prototype, "z", [ nrt, Yl, rrt, ort, art, lrt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), crt)) || hrt);
            var brt, Srt, Art, Trt, vrt, Ert, Crt, xrt, wrt, Rrt, Irt, Mrt, Brt, Drt, Prt, Ort, Nrt, Lrt, Frt, Vrt, krt, Urt, Grt, zrt, Hrt, jrt, Xrt, Wrt, Yrt, qrt, Krt, Jrt, Zrt, Qrt, $rt, tot, eot, iot, sot, not, rot, oot, aot, lot;
            const hot = vit;
            const cot = oe({
              Grid: 0
            });
            const uot = oe({
              WholeSheet: 0,
              SingleRow: 1
            });
            let _ot = (brt = Ul("cc.TextureAnimationModule"), Srt = ql("numTilesX"), Art = ql("numTilesY"), 
            Trt = ph(), vrt = Th(cot), Ert = Th(cot), Crt = ph(), xrt = lh(), wrt = ph(), Rrt = lh(), 
            Irt = ph(), Mrt = lh(), Brt = Th(uot), Drt = ph(), Prt = lh(), Ort = Th(Dtt), Nrt = hh(), 
            Lrt = ph(), Frt = lh(), Vrt = Th(Dtt), krt = hh(), Urt = ph(), Grt = lh(), zrt = ph(), 
            Hrt = lh(), jrt = ph(), Xrt = lh(), Wrt = ph(), Yrt = lh(), brt(qrt = (Krt = class extends uit {
              constructor(...t) {
                super(...t);
                Ml(this, "_enable", Jrt, this);
                Ml(this, "_numTilesX", Zrt, this);
                Ml(this, "_numTilesY", Qrt, this);
                Ml(this, "_mode", $rt, this);
                Ml(this, "animation", tot, this);
                Ml(this, "frameOverTime", eot, this);
                Ml(this, "startFrame", iot, this);
                Ml(this, "cycleCount", sot, this);
                Ml(this, "_flipU", not, this);
                Ml(this, "_flipV", rot, this);
                Ml(this, "_uvChannelMask", oot, this);
                Ml(this, "randomRow", aot, this);
                Ml(this, "rowIndex", lot, this);
                this.name = ait;
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  if (this.target) {
                    this.target.updateMaterialParams();
                    this.target.enableModule(this.name, t, this);
                  }
                }
              }
              get mode() {
                return this._mode;
              }
              set mode(t) {
                t !== cot.Grid && console.error("particle texture animation's sprites is not supported!");
              }
              get numTilesX() {
                return this._numTilesX;
              }
              set numTilesX(t) {
                if (this._numTilesX !== t) {
                  this._numTilesX = t;
                  this.target.updateMaterialParams();
                }
              }
              get numTilesY() {
                return this._numTilesY;
              }
              set numTilesY(t) {
                if (this._numTilesY !== t) {
                  this._numTilesY = t;
                  this.target.updateMaterialParams();
                }
              }
              get flipU() {
                return this._flipU;
              }
              set flipU(t) {
                console.error("particle texture animation's flipU is not supported!");
              }
              get flipV() {
                return this._flipV;
              }
              set flipV(t) {
                console.error("particle texture animation's flipV is not supported!");
              }
              get uvChannelMask() {
                return this._uvChannelMask;
              }
              set uvChannelMask(t) {
                console.error("particle texture animation's uvChannelMask is not supported!");
              }
              init(t) {
                t.startRow = Math.floor(Math.random() * this.numTilesY);
              }
              animate(t, e) {
                const i = 1 - t.remainingLifetime / t.startLifetime;
                const s = this.startFrame.evaluate(i, Si(t.randomSeed + hot)) / (this.numTilesX * this.numTilesY);
                if (this.animation === uot.WholeSheet) t.frameIndex = Ei(this.cycleCount * (this.frameOverTime.evaluate(i, Si(t.randomSeed + hot)) + s), 1); else if (this.animation === uot.SingleRow) {
                  const e = 1 / this.numTilesY;
                  if (this.randomRow) {
                    const n = Ei(this.cycleCount * (this.frameOverTime.evaluate(i, Si(t.randomSeed + hot)) + s), 1);
                    const r = t.startRow * e;
                    const o = r + e;
                    t.frameIndex = pi(r, o, n);
                  } else {
                    const n = this.rowIndex * e;
                    const r = n + e;
                    t.frameIndex = pi(n, r, Ei(this.cycleCount * (this.frameOverTime.evaluate(i, Si(t.randomSeed + hot)) + s), 1));
                  }
                }
              }
            }, Jrt = Bl(Krt.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Zrt = Bl(Krt.prototype, "_numTilesX", [ Srt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Qrt = Bl(Krt.prototype, "_numTilesY", [ Art ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(Krt.prototype, "enable", [ Trt ], Object.getOwnPropertyDescriptor(Krt.prototype, "enable"), Krt.prototype), 
            $rt = Bl(Krt.prototype, "_mode", [ vrt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return cot.Grid;
              }
            }), Bl(Krt.prototype, "mode", [ Ert, Crt, xrt ], Object.getOwnPropertyDescriptor(Krt.prototype, "mode"), Krt.prototype), 
            Bl(Krt.prototype, "numTilesX", [ wrt, Rrt ], Object.getOwnPropertyDescriptor(Krt.prototype, "numTilesX"), Krt.prototype), 
            Bl(Krt.prototype, "numTilesY", [ Irt, Mrt ], Object.getOwnPropertyDescriptor(Krt.prototype, "numTilesY"), Krt.prototype), 
            tot = Bl(Krt.prototype, "animation", [ Brt, Yl, Drt, Prt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return uot.WholeSheet;
              }
            }), eot = Bl(Krt.prototype, "frameOverTime", [ Ort, Yl, Nrt, Lrt, Frt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), iot = Bl(Krt.prototype, "startFrame", [ Vrt, Yl, krt, Urt, Grt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), sot = Bl(Krt.prototype, "cycleCount", [ Yl, zrt, Hrt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), not = Bl(Krt.prototype, "_flipU", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), rot = Bl(Krt.prototype, "_flipV", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), oot = Bl(Krt.prototype, "_uvChannelMask", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return -1;
              }
            }), aot = Bl(Krt.prototype, "randomRow", [ Yl, jrt, Xrt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), lot = Bl(Krt.prototype, "rowIndex", [ Yl, Wrt, Yrt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Krt)) || qrt);
            var dot, pot, mot, fot, got, yot, bot, Sot, Aot, Tot, vot, Eot, Cot, xot, wot, Rot, Iot, Mot, Bot, Dot, Pot, Oot, Not, Lot, Fot, Vot, kot, Uot, Got, zot;
            const Hot = xit;
            const jot = wit;
            const Xot = Rit;
            const Wot = new Pi;
            let Yot = (dot = Ul("cc.VelocityOvertimeModule"), pot = ph(), mot = Th(Dtt), fot = hh(), 
            got = ph(), yot = lh(), bot = Th(Dtt), Sot = hh(), Aot = ph(), Tot = lh(), vot = Th(Dtt), 
            Eot = hh(), Cot = ph(), xot = lh(), wot = Th(Dtt), Rot = hh(), Iot = ph(), Mot = lh(), 
            Bot = Th(_it), Dot = ph(), Pot = lh(), dot(Oot = (Not = (zot = class extends uit {
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              constructor() {
                super();
                Ml(this, "_enable", Lot, this);
                Ml(this, "x", Fot, this);
                Ml(this, "y", Vot, this);
                Ml(this, "z", kot, this);
                Ml(this, "speedModifier", Uot, this);
                Ml(this, "space", Got, this);
                this.rotation = void 0;
                this.needTransform = void 0;
                this.name = oit;
                this.rotation = new Ui;
                this.speedModifier.constant = 1;
                this.needTransform = !1;
                this.needUpdate = !0;
              }
              update(t, e) {
                this.needTransform = Uit(t, this.space, e, this.rotation);
              }
              animate(t, e) {
                const i = 1 - t.remainingLifetime / t.startLifetime;
                const s = Pi.set(Wot, this.x.evaluate(i, Si(t.randomSeed ^ Hot)), this.y.evaluate(i, Si(t.randomSeed ^ jot)), this.z.evaluate(i, Si(t.randomSeed ^ Xot)));
                this.needTransform && Pi.transformQuat(s, s, this.rotation);
                Pi.add(t.animatedVelocity, t.animatedVelocity, s);
                Pi.add(t.ultimateVelocity, t.velocity, t.animatedVelocity);
                Pi.multiplyScalar(t.ultimateVelocity, t.ultimateVelocity, this.speedModifier.evaluate(1 - t.remainingLifetime / t.startLifetime, Si(t.randomSeed + Hot)));
              }
            }, zot), Lot = Bl(Not.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Not.prototype, "enable", [ pot ], Object.getOwnPropertyDescriptor(Not.prototype, "enable"), Not.prototype), 
            Fot = Bl(Not.prototype, "x", [ mot, Yl, fot, got, yot ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Vot = Bl(Not.prototype, "y", [ bot, Yl, Sot, Aot, Tot ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), kot = Bl(Not.prototype, "z", [ vot, Yl, Eot, Cot, xot ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Uot = Bl(Not.prototype, "speedModifier", [ wot, Yl, Rot, Iot, Mot ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Got = Bl(Not.prototype, "space", [ Bot, Yl, Dot, Pot ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return _it.Local;
              }
            }), Not)) || Oot);
            var qot, Kot, Jot, Zot, Qot, $ot, tat, eat, iat;
            let sat = t("Burst", (qot = Ul("cc.Burst"), Kot = Th(Dtt), Jot = hh(), qot(Zot = (Qot = class {
              get time() {
                return this._time;
              }
              set time(t) {
                this._time = t;
                this._curTime = t;
              }
              get repeatCount() {
                return this._repeatCount;
              }
              set repeatCount(t) {
                this._repeatCount = t;
                this._remainingCount = t;
              }
              constructor() {
                Ml(this, "_time", $ot, this);
                Ml(this, "_repeatCount", tat, this);
                Ml(this, "repeatInterval", eat, this);
                Ml(this, "count", iat, this);
                this._remainingCount = void 0;
                this._curTime = void 0;
                this._remainingCount = 0;
                this._curTime = 0;
              }
              update(t, e) {
                if (0 === this._remainingCount) {
                  this._remainingCount = this._repeatCount;
                  this._curTime = this._time;
                }
                if (this._remainingCount > 0) {
                  let i = Ei(t._time - t.startDelay.evaluate(0, 1), t.duration) - e;
                  i = i > 0 ? i : 0;
                  const s = Ei(t.time - t.startDelay.evaluate(0, 1), t.duration);
                  if (this._curTime >= i && this._curTime < s) {
                    t.emit(this.count.evaluate(this._curTime / t.duration, 1), e - (s - this._curTime));
                    this._curTime += this.repeatInterval;
                    --this._remainingCount;
                  }
                }
              }
              reset() {
                this._remainingCount = 0;
                this._curTime = 0;
              }
              getMaxCount(t) {
                return this.count.getMax() * Math.min(Math.ceil(t.duration / this.repeatInterval), this.repeatCount);
              }
            }, $ot = Bl(Qot.prototype, "_time", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(Qot.prototype, "time", [ nh ], Object.getOwnPropertyDescriptor(Qot.prototype, "time"), Qot.prototype), 
            tat = Bl(Qot.prototype, "_repeatCount", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Bl(Qot.prototype, "repeatCount", [ nh ], Object.getOwnPropertyDescriptor(Qot.prototype, "repeatCount"), Qot.prototype), 
            eat = Bl(Qot.prototype, "repeatInterval", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), iat = Bl(Qot.prototype, "count", [ Kot, Yl, Jot ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Qot)) || Zot));
            var nat, rat, oat, aat, lat, hat, cat, uat, _at, dat, pat, mat, fat, gat, yat, bat, Sat, Aat, Tat, vat, Eat, Cat, xat, wat, Rat, Iat, Mat, Bat, Dat, Pat, Oat, Nat, Lat, Fat, Vat, kat, Uat, Gat, zat, Hat, jat, Xat, Wat, Yat, qat, Kat, Jat, Zat, Qat, $at, tlt, elt, ilt, slt, nlt, rlt, olt, alt, llt, hlt, clt, ult, _lt, dlt, plt, mlt, flt, glt, ylt, blt, Slt, Alt, Tlt, vlt, Elt, Clt, xlt, wlt, Rlt;
            const Ilt = new Pi(0, 0, 0);
            const Mlt = [];
            const Blt = new Pi(.5, .5, .5);
            let Dlt = (nat = Ul("cc.ShapeModule"), rat = ph(), oat = lh(), aat = ph(), lat = lh(), 
            hat = ph(), cat = lh(), uat = ph(), _at = lh(), dat = rh(), pat = ph(), mat = lh(), 
            fat = rh(), gat = ph(), yat = Th(fit), bat = ql("shapeType"), Sat = ph(), Aat = Th(fit), 
            Tat = lh(), vat = Th(git), Eat = ph(), Cat = lh(), xat = rh(), wat = ph(), Rat = lh(), 
            Iat = ph(), Mat = lh(), Bat = ph(), Dat = lh(), Pat = ph(), Oat = lh(), Nat = ph(), 
            Lat = lh(), Fat = rh(), Vat = ph(), kat = lh(), Uat = rh(), Gat = Th(yit), zat = ph(), 
            Hat = lh(), jat = rh(), Xat = rh(), Wat = ph(), Yat = lh(), qat = rh(), Kat = Th(Dtt), 
            Jat = rh(), Zat = hh(), Qat = ph(), $at = lh(), tlt = rh(), elt = ph(), ilt = lh(), 
            slt = rh(), nlt = ph(), rlt = lh(), olt = rh(), nat(alt = (llt = (Rlt = class {
              get position() {
                return this._position;
              }
              set position(t) {
                this._position = t;
                this.constructMat();
              }
              get rotation() {
                return this._rotation;
              }
              set rotation(t) {
                this._rotation = t;
                this.constructMat();
              }
              get scale() {
                return this._scale;
              }
              set scale(t) {
                this._scale = t;
                this.constructMat();
              }
              get arc() {
                return fi(this._arc);
              }
              set arc(t) {
                this._arc = mi(t);
              }
              get angle() {
                return Math.round(100 * fi(this._angle)) / 100;
              }
              set angle(t) {
                this._angle = mi(t);
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                this._enable = t;
              }
              get shapeType() {
                return this._shapeType;
              }
              set shapeType(t) {
                this._shapeType = t;
                switch (this._shapeType) {
                 case fit.Box:
                  this.emitFrom === git.Base && (this.emitFrom = git.Volume);
                  break;

                 case fit.Cone:
                  this.emitFrom === git.Edge && (this.emitFrom = git.Base);
                  break;

                 case fit.Sphere:
                 case fit.Hemisphere:
                  this.emitFrom !== git.Base && this.emitFrom !== git.Edge || (this.emitFrom = git.Volume);
                }
              }
              constructor() {
                Ml(this, "_enable", hlt, this);
                Ml(this, "_shapeType", clt, this);
                Ml(this, "emitFrom", ult, this);
                Ml(this, "alignToDirection", _lt, this);
                Ml(this, "randomDirectionAmount", dlt, this);
                Ml(this, "sphericalDirectionAmount", plt, this);
                Ml(this, "randomPositionAmount", mlt, this);
                Ml(this, "radius", flt, this);
                Ml(this, "radiusThickness", glt, this);
                Ml(this, "arcMode", ylt, this);
                Ml(this, "arcSpread", blt, this);
                Ml(this, "arcSpeed", Slt, this);
                Ml(this, "length", Alt, this);
                Ml(this, "boxThickness", Tlt, this);
                Ml(this, "_position", vlt, this);
                Ml(this, "_rotation", Elt, this);
                Ml(this, "_scale", Clt, this);
                Ml(this, "_arc", xlt, this);
                Ml(this, "_angle", wlt, this);
                this.mat = void 0;
                this.quat = void 0;
                this.particleSystem = void 0;
                this.lastTime = void 0;
                this.totalAngle = void 0;
                this.mat = new qi;
                this.quat = new Ui;
                this.particleSystem = null;
                this.lastTime = 0;
                this.totalAngle = 0;
              }
              onInit(t) {
                this.particleSystem = t;
                this.constructMat();
                this.lastTime = this.particleSystem._time;
              }
              emit(t) {
                switch (this.shapeType) {
                 case fit.Box:
                  !function(t, e, i, s) {
                    switch (t) {
                     case git.Volume:
                      !function(t, e) {
                        Pi.set(t, yi(-e.x, e.x), yi(-e.y, e.y), yi(-e.z, e.z));
                      }(i, Blt);
                      break;

                     case git.Shell:
                      Mlt.splice(0, Mlt.length);
                      Mlt.push(yi(-.5, .5));
                      Mlt.push(yi(-.5, .5));
                      Mlt.push(.5 * Wit());
                      Xit(Mlt);
                      Plt(Mlt, e);
                      Pi.set(i, Mlt[0], Mlt[1], Mlt[2]);
                      break;

                     case git.Edge:
                      Mlt.splice(0, Mlt.length);
                      Mlt.push(yi(-.5, .5));
                      Mlt.push(.5 * Wit());
                      Mlt.push(.5 * Wit());
                      Xit(Mlt);
                      Plt(Mlt, e);
                      Pi.set(i, Mlt[0], Mlt[1], Mlt[2]);
                      break;

                     default:
                      console.warn(`${t} is not supported for box emitter.`);
                    }
                    Pi.copy(s, kit);
                  }(this.emitFrom, this.boxThickness, t.position, t.velocity);
                  break;

                 case fit.Circle:
                  !function(t, e, i, s, n) {
                    jit(s, t * (1 - e), t, i);
                    Pi.normalize(n, s);
                  }(this.radius, this.radiusThickness, this.generateArcAngle(), t.position, t.velocity);
                  break;

                 case fit.Cone:
                  !function(t, e, i, s, n, r, o, a) {
                    switch (t) {
                     case git.Base:
                      jit(o, e * (1 - i), e, s);
                      Qi.multiplyScalar(a, o, Math.sin(n));
                      a.z = -Math.cos(n) * e;
                      Pi.normalize(a, a);
                      o.z = 0;
                      break;

                     case git.Shell:
                      Git(o, s);
                      Qi.multiplyScalar(a, o, Math.sin(n));
                      a.z = -Math.cos(n);
                      Pi.normalize(a, a);
                      Qi.multiplyScalar(o, o, e);
                      o.z = 0;
                      break;

                     case git.Volume:
                      jit(o, e * (1 - i), e, s);
                      Qi.multiplyScalar(a, o, Math.sin(n));
                      a.z = -Math.cos(n) * e;
                      Pi.normalize(a, a);
                      o.z = 0;
                      Pi.add(o, o, Pi.multiplyScalar(Ilt, a, r * gi() / -a.z));
                      break;

                     default:
                      console.warn(`${t} is not supported for cone emitter.`);
                    }
                  }(this.emitFrom, this.radius, this.radiusThickness, this.generateArcAngle(), this._angle, this.length, t.position, t.velocity);
                  break;

                 case fit.Sphere:
                  !function(t, e, i, s, n) {
                    switch (t) {
                     case git.Volume:
                      Hit(s, e * (1 - i), e);
                      Pi.normalize(n, s);
                      break;

                     case git.Shell:
                      zit(s);
                      Pi.multiplyScalar(s, s, e);
                      Pi.normalize(n, s);
                      break;

                     default:
                      console.warn(`${t} is not supported for sphere emitter.`);
                    }
                  }(this.emitFrom, this.radius, this.radiusThickness, t.position, t.velocity);
                  break;

                 case fit.Hemisphere:
                  !function(t, e, i, s, n) {
                    switch (t) {
                     case git.Volume:
                      Hit(s, e * (1 - i), e);
                      s.z > 0 && (s.z *= -1);
                      Pi.normalize(n, s);
                      break;

                     case git.Shell:
                      zit(s);
                      Pi.multiplyScalar(s, s, e);
                      s.z > 0 && (s.z *= -1);
                      Pi.normalize(n, s);
                      break;

                     default:
                      console.warn(`${t} is not supported for hemisphere emitter.`);
                    }
                  }(this.emitFrom, this.radius, this.radiusThickness, t.position, t.velocity);
                  break;

                 default:
                  console.warn(`${this.shapeType} shapeType is not supported by ShapeModule.`);
                }
                if (this.randomPositionAmount > 0) {
                  t.position.x += yi(-this.randomPositionAmount, this.randomPositionAmount);
                  t.position.y += yi(-this.randomPositionAmount, this.randomPositionAmount);
                  t.position.z += yi(-this.randomPositionAmount, this.randomPositionAmount);
                }
                Pi.transformQuat(t.velocity, t.velocity, this.quat);
                Pi.transformMat4(t.position, t.position, this.mat);
                if (this.sphericalDirectionAmount > 0) {
                  const e = Pi.normalize(Ilt, t.position);
                  Pi.lerp(t.velocity, t.velocity, e, this.sphericalDirectionAmount);
                }
                this.lastTime = this.particleSystem._time;
              }
              constructMat() {
                Ui.fromEuler(this.quat, this._rotation.x, this._rotation.y, this._rotation.z);
                qi.fromRTS(this.mat, this.quat, this._position, this._scale);
              }
              generateArcAngle() {
                if (this.arcMode === yit.Random) return yi(0, this._arc);
                let t = this.totalAngle + 2 * Math.PI * this.arcSpeed.evaluate(this.particleSystem._time, 1) * (this.particleSystem._time - this.lastTime);
                this.totalAngle = t;
                0 !== this.arcSpread && (t = Math.floor(t / (this._arc * this.arcSpread)) * this._arc * this.arcSpread);
                switch (this.arcMode) {
                 case yit.Loop:
                  return Ei(t, this._arc);

                 case yit.PingPong:
                  return Ci(t, this._arc);

                 default:
                  return Ei(t, this._arc);
                }
              }
            }, Rlt), Bl(llt.prototype, "position", [ rat, oat ], Object.getOwnPropertyDescriptor(llt.prototype, "position"), llt.prototype), 
            Bl(llt.prototype, "rotation", [ aat, lat ], Object.getOwnPropertyDescriptor(llt.prototype, "rotation"), llt.prototype), 
            Bl(llt.prototype, "scale", [ hat, cat ], Object.getOwnPropertyDescriptor(llt.prototype, "scale"), llt.prototype), 
            Bl(llt.prototype, "arc", [ uat, _at, dat ], Object.getOwnPropertyDescriptor(llt.prototype, "arc"), llt.prototype), 
            Bl(llt.prototype, "angle", [ pat, mat, fat ], Object.getOwnPropertyDescriptor(llt.prototype, "angle"), llt.prototype), 
            hlt = Bl(llt.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(llt.prototype, "enable", [ gat ], Object.getOwnPropertyDescriptor(llt.prototype, "enable"), llt.prototype), 
            clt = Bl(llt.prototype, "_shapeType", [ yat, bat, Sat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return fit.Cone;
              }
            }), Bl(llt.prototype, "shapeType", [ Aat, Tat ], Object.getOwnPropertyDescriptor(llt.prototype, "shapeType"), llt.prototype), 
            ult = Bl(llt.prototype, "emitFrom", [ vat, Yl, Eat, Cat, xat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return git.Volume;
              }
            }), _lt = Bl(llt.prototype, "alignToDirection", [ Yl, wat, Rat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), dlt = Bl(llt.prototype, "randomDirectionAmount", [ Yl, Iat, Mat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), plt = Bl(llt.prototype, "sphericalDirectionAmount", [ Yl, Bat, Dat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), mlt = Bl(llt.prototype, "randomPositionAmount", [ Yl, Pat, Oat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), flt = Bl(llt.prototype, "radius", [ Yl, Nat, Lat, Fat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), glt = Bl(llt.prototype, "radiusThickness", [ Yl, Vat, kat, Uat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), ylt = Bl(llt.prototype, "arcMode", [ Gat, Yl, zat, Hat, jat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return yit.Random;
              }
            }), blt = Bl(llt.prototype, "arcSpread", [ Xat, Yl, Wat, Yat, qat ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Slt = Bl(llt.prototype, "arcSpeed", [ Kat, Jat, Zat, Yl, Qat, $at, tlt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Alt = Bl(llt.prototype, "length", [ Yl, elt, ilt, slt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), Tlt = Bl(llt.prototype, "boxThickness", [ Yl, nlt, rlt, olt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(0, 0, 0);
              }
            }), vlt = Bl(llt.prototype, "_position", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(0, 0, 0);
              }
            }), Elt = Bl(llt.prototype, "_rotation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(0, 0, 0);
              }
            }), Clt = Bl(llt.prototype, "_scale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(1, 1, 1);
              }
            }), xlt = Bl(llt.prototype, "_arc", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return mi(360);
              }
            }), wlt = Bl(llt.prototype, "_angle", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return mi(25);
              }
            }), llt)) || alt);
            function Plt(t, e) {
              if (e.x > 0) {
                t[0] += .5 * yi(-e.x, e.x);
                t[0] = _i(t[0], -.5, .5);
              }
              if (e.y > 0) {
                t[1] += .5 * yi(-e.y, e.y);
                t[1] = _i(t[1], -.5, .5);
              }
              if (e.z > 0) {
                t[2] += .5 * yi(-e.z, e.z);
                t[2] = _i(t[2], -.5, .5);
              }
            }
            const Olt = [ 0, 0, 1, 0, 0, 1, 1, 1 ];
            const Nlt = [ 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0 ];
            class Llt extends wA {
              constructor() {
                super();
                this._capacity = void 0;
                this._vertAttrs = void 0;
                this._vertAttribSize = void 0;
                this._vBuffer = void 0;
                this._vertAttrsFloatCount = void 0;
                this._vdataF32 = void 0;
                this._vdataUint32 = void 0;
                this._iaInfo = void 0;
                this._iaInfoBuffer = void 0;
                this._subMeshData = void 0;
                this._mesh = void 0;
                this._vertCount = 0;
                this._indexCount = 0;
                this._startTimeOffset = 0;
                this._lifeTimeOffset = 0;
                this._material = null;
                this._vertAttribSizeStatic = void 0;
                this._vertStaticAttrsFloatCount = void 0;
                this._insBuffers = void 0;
                this._insIndices = void 0;
                this._useInstance = void 0;
                this._registerListeners();
                this.type = xA.PARTICLE_BATCH;
                this._capacity = 0;
                this._vertAttrs = null;
                this._vertAttribSize = 0;
                this._vBuffer = null;
                this._vertAttrsFloatCount = 0;
                this._vdataF32 = null;
                this._vdataUint32 = null;
                this._vertAttribSizeStatic = 0;
                this._vertStaticAttrsFloatCount = 0;
                this._insBuffers = [];
                this._insIndices = null;
                zo.gfxDevice.hasFeature(ys.INSTANCED_ARRAYS) ? this._useInstance = !0 : this._useInstance = !1;
                this._iaInfo = new Cn([ new vn ]);
                this._iaInfoBuffer = this._device.createBuffer(new An(Ts.INDIRECT, Cs.HOST | Cs.DEVICE, mr, mr));
                this._subMeshData = null;
                this._mesh = null;
              }
              setCapacity(t) {
                const e = this._capacity !== t;
                this._capacity = t;
                this._subMeshData && e && this.rebuild();
              }
              setVertexAttributes(t, e) {
                if (this._useInstance) this.setVertexAttributesIns(t, e); else {
                  if (this._mesh === t && this._vertAttrs === e) return;
                  this._mesh = t;
                  this._vertAttrs = e;
                  this._vertAttribSize = 0;
                  for (const t of this._vertAttrs) {
                    t.offset = this._vertAttribSize;
                    this._vertAttribSize += ur[t.format].size;
                  }
                  this._vertAttrsFloatCount = this._vertAttribSize / 4;
                  this.rebuild();
                }
              }
              setVertexAttributesIns(t, e) {
                if (this._mesh !== t || this._vertAttrs !== e) {
                  this._mesh = t;
                  this._vertAttrs = e;
                  this._vertAttribSize = 0;
                  this._vertAttribSizeStatic = 0;
                  for (const t of this._vertAttrs) if (0 === t.stream) {
                    t.offset = this._vertAttribSize;
                    this._vertAttribSize += ur[t.format].size;
                  } else if (1 === t.stream) {
                    t.offset = this._vertAttribSizeStatic;
                    this._vertAttribSizeStatic += ur[t.format].size;
                  }
                  this._vertAttrsFloatCount = this._vertAttribSize / 4;
                  this._vertStaticAttrsFloatCount = this._vertAttribSizeStatic / 4;
                  this.rebuild();
                }
              }
              createSubMeshData() {
                this.destroySubMeshData();
                this._vertCount = 4;
                this._indexCount = 6;
                if (this._mesh) {
                  this._vertCount = this._mesh.struct.vertexBundles[this._mesh.struct.primitives[0].vertexBundelIndices[0]].view.count;
                  this._indexCount = this._mesh.struct.primitives[0].indexView.count;
                }
                const t = this._device.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, this._vertAttribSize * this._capacity * this._vertCount, this._vertAttribSize));
                const e = new ArrayBuffer(this._vertAttribSize * this._capacity * this._vertCount);
                if (this._mesh && this._capacity > 0) {
                  let t = this._vertAttrs[this._vertAttrs.findIndex((t => t.name === cr.ATTR_TEX_COORD))].offset;
                  this._mesh.copyAttribute(0, cr.ATTR_TEX_COORD, e, this._vertAttribSize, t);
                  let i = this._vertAttrs.findIndex((t => t.name === cr.ATTR_TEX_COORD3));
                  t = this._vertAttrs[i++].offset;
                  this._mesh.copyAttribute(0, cr.ATTR_POSITION, e, this._vertAttribSize, t);
                  t = this._vertAttrs[i++].offset;
                  this._mesh.copyAttribute(0, cr.ATTR_NORMAL, e, this._vertAttribSize, t);
                  t = this._vertAttrs[i++].offset;
                  if (!this._mesh.copyAttribute(0, cr.ATTR_COLOR, e, this._vertAttribSize, t)) {
                    const i = new Uint32Array(e);
                    for (let e = 0; e < this._vertCount; ++e) i[e * this._vertAttrsFloatCount + t / 4] = Bi.WHITE._val;
                  }
                  const s = new Float32Array(e);
                  for (let t = 1; t < this._capacity; t++) s.copyWithin(t * this._vertAttribSize * this._vertCount / 4, 0, this._vertAttribSize * this._vertCount / 4);
                }
                t.update(e);
                const i = new Uint16Array(this._capacity * this._indexCount);
                if (this._mesh && this._capacity > 0) {
                  this._mesh.copyIndices(0, i);
                  for (let t = 1; t < this._capacity; t++) for (let e = 0; e < this._indexCount; e++) i[t * this._indexCount + e] = i[e] + t * this._vertCount;
                } else {
                  let t = 0;
                  for (let e = 0; e < this._capacity; ++e) {
                    const s = 4 * e;
                    i[t++] = s;
                    i[t++] = s + 1;
                    i[t++] = s + 2;
                    i[t++] = s + 3;
                    i[t++] = s + 2;
                    i[t++] = s + 1;
                  }
                }
                const s = this._device.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, this._capacity * this._indexCount * Uint16Array.BYTES_PER_ELEMENT, Uint16Array.BYTES_PER_ELEMENT));
                s.update(i);
                this._iaInfo.drawInfos[0].vertexCount = this._capacity * this._vertCount;
                this._iaInfo.drawInfos[0].indexCount = this._capacity * this._indexCount;
                this._iaInfoBuffer || (this._iaInfoBuffer = this._device.createBuffer(new An(Ts.INDIRECT, Cs.HOST | Cs.DEVICE, mr, mr)));
                this._iaInfoBuffer.update(this._iaInfo);
                this._subMeshData = new fC([ t ], this._vertAttrs, Xs.TRIANGLE_LIST, s, this._iaInfoBuffer);
                this.initSubModel(0, this._subMeshData, this._material);
                return e;
              }
              createSubMeshDataInsDynamic() {
                this.destroySubMeshData();
                const t = this._device.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, this._vertAttribSize * this._capacity, this._vertAttribSize));
                const e = new ArrayBuffer(this._vertAttribSize * this._capacity);
                t.update(e);
                this._insBuffers.push(t);
                return e;
              }
              createSubMeshDataInsStatic() {
                this._vertCount = 4;
                this._indexCount = 6;
                if (this._mesh) {
                  this._vertCount = this._mesh.struct.vertexBundles[this._mesh.struct.primitives[0].vertexBundelIndices[0]].view.count;
                  this._indexCount = this._mesh.struct.primitives[0].indexView.count;
                }
                const t = this._device.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, this._vertAttribSizeStatic * this._vertCount, this._vertAttribSizeStatic));
                const e = new ArrayBuffer(this._vertAttribSizeStatic * this._vertCount);
                if (this._mesh) {
                  let t = this._vertAttrs.findIndex((t => t.name === cr.ATTR_TEX_COORD));
                  let i = this._vertAttrs[t].offset;
                  this._mesh.copyAttribute(0, cr.ATTR_TEX_COORD, e, this._vertAttribSizeStatic, i);
                  t = this._vertAttrs.findIndex((t => t.name === cr.ATTR_TEX_COORD3));
                  i = this._vertAttrs[t++].offset;
                  this._mesh.copyAttribute(0, cr.ATTR_POSITION, e, this._vertAttribSizeStatic, i);
                  i = this._vertAttrs[t++].offset;
                  this._mesh.copyAttribute(0, cr.ATTR_NORMAL, e, this._vertAttribSizeStatic, i);
                  i = this._vertAttrs[t++].offset;
                  if (!this._mesh.copyAttribute(0, cr.ATTR_COLOR, e, this._vertAttribSizeStatic, i)) {
                    const t = new Uint32Array(e);
                    for (let e = 0; e < this._vertCount; ++e) t[e * this._vertStaticAttrsFloatCount + i / 4] = Bi.WHITE._val;
                  }
                } else {
                  const t = new Float32Array(e);
                  for (let e = 0; e < Nlt.length; ++e) t[e] = Nlt[e];
                }
                t.update(e);
                const i = new Uint16Array(this._indexCount);
                if (this._mesh) this._mesh.copyIndices(0, i); else {
                  i[0] = 0;
                  i[1] = 1;
                  i[2] = 2;
                  i[3] = 3;
                  i[4] = 2;
                  i[5] = 1;
                }
                const s = this._device.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, this._indexCount * Uint16Array.BYTES_PER_ELEMENT, Uint16Array.BYTES_PER_ELEMENT));
                s.update(i);
                this._insIndices = s;
                this._iaInfo.drawInfos[0].vertexCount = this._vertCount;
                this._iaInfo.drawInfos[0].indexCount = this._indexCount;
                this._iaInfoBuffer || (this._iaInfoBuffer = this._device.createBuffer(new An(Ts.INDIRECT, Cs.HOST | Cs.DEVICE, mr, mr)));
                this._iaInfoBuffer.update(this._iaInfo);
                this._insBuffers.push(t);
              }
              createInsSubmesh() {
                this._subMeshData = new fC(this._insBuffers, this._vertAttrs, Xs.TRIANGLE_LIST, this._insIndices, this._iaInfoBuffer);
                this.initSubModel(0, this._subMeshData, this._material);
              }
              updateMaterial(t) {
                this._material = t;
                this.setSubModelMaterial(0, t);
              }
              addParticleVertexData(t, e) {
                if (this._useInstance) this.addParticleVertexDataIns(t, e); else if (this._mesh) for (let i = 0; i < this._vertCount; i++) {
                  let s = (t * this._vertCount + i) * this._vertAttrsFloatCount;
                  this._vdataF32[s++] = e[0].x;
                  this._vdataF32[s++] = e[0].y;
                  this._vdataF32[s++] = e[0].z;
                  s += 2;
                  this._vdataF32[s++] = e[1].z;
                  this._vdataF32[s++] = e[2].x;
                  this._vdataF32[s++] = e[2].y;
                  this._vdataF32[s++] = e[2].z;
                  this._vdataF32[s++] = e[3].x;
                  this._vdataF32[s++] = e[3].y;
                  this._vdataF32[s++] = e[3].z;
                  this._vdataUint32[s++] = e[4];
                } else {
                  let i = t * this._vertAttrsFloatCount;
                  this._vdataF32[i++] = e[0].x;
                  this._vdataF32[i++] = e[0].y;
                  this._vdataF32[i++] = e[0].z;
                  this._vdataF32[i++] = e[1].x;
                  this._vdataF32[i++] = e[1].y;
                  this._vdataF32[i++] = e[1].z;
                  this._vdataF32[i++] = e[2].x;
                  this._vdataF32[i++] = e[2].y;
                  this._vdataF32[i++] = e[2].z;
                  this._vdataF32[i++] = e[3].x;
                  this._vdataF32[i++] = e[3].y;
                  this._vdataF32[i++] = e[3].z;
                  this._vdataUint32[i++] = e[4];
                  if (e[5]) {
                    this._vdataF32[i++] = e[5].x;
                    this._vdataF32[i++] = e[5].y;
                    this._vdataF32[i++] = e[5].z;
                  }
                }
              }
              addParticleVertexDataIns(t, e) {
                let i = t * this._vertAttrsFloatCount;
                if (this._mesh) {
                  this._vdataF32[i++] = e[0].x;
                  this._vdataF32[i++] = e[0].y;
                  this._vdataF32[i++] = e[0].z;
                  this._vdataF32[i++] = e[1].z;
                  this._vdataF32[i++] = e[2].x;
                  this._vdataF32[i++] = e[2].y;
                  this._vdataF32[i++] = e[2].z;
                  this._vdataF32[i++] = e[3].x;
                  this._vdataF32[i++] = e[3].y;
                  this._vdataF32[i++] = e[3].z;
                  this._vdataUint32[i++] = e[4];
                } else {
                  this._vdataF32[i++] = e[0].x;
                  this._vdataF32[i++] = e[0].y;
                  this._vdataF32[i++] = e[0].z;
                  this._vdataF32[i++] = e[1].z;
                  this._vdataF32[i++] = e[2].x;
                  this._vdataF32[i++] = e[2].y;
                  this._vdataF32[i++] = e[2].z;
                  this._vdataF32[i++] = e[3].x;
                  this._vdataF32[i++] = e[3].y;
                  this._vdataF32[i++] = e[3].z;
                  this._vdataUint32[i++] = e[4];
                  if (e[5]) {
                    this._vdataF32[i++] = e[5].x;
                    this._vdataF32[i++] = e[5].y;
                    this._vdataF32[i++] = e[5].z;
                  }
                }
              }
              addGPUParticleVertexData(t, e, i) {
                if (this._useInstance) this.addGPUParticleVertexDataIns(t, e, i); else {
                  let s = e * this._vertAttrsFloatCount * this._vertCount;
                  for (let e = 0; e < this._vertCount; e++) {
                    let n = s;
                    this._vdataF32[n++] = t.position.x;
                    this._vdataF32[n++] = t.position.y;
                    this._vdataF32[n++] = t.position.z;
                    this._vdataF32[n++] = i;
                    this._vdataF32[n++] = t.startSize.x;
                    this._vdataF32[n++] = t.startSize.y;
                    this._vdataF32[n++] = t.startSize.z;
                    this._vdataF32[n++] = Olt[2 * e];
                    this._vdataF32[n++] = t.rotation.x;
                    this._vdataF32[n++] = t.rotation.y;
                    this._vdataF32[n++] = t.rotation.z;
                    this._vdataF32[n++] = Olt[2 * e + 1];
                    this._vdataF32[n++] = t.startColor.r / 255;
                    this._vdataF32[n++] = t.startColor.g / 255;
                    this._vdataF32[n++] = t.startColor.b / 255;
                    this._vdataF32[n++] = t.startColor.a / 255;
                    this._vdataF32[n++] = t.velocity.x;
                    this._vdataF32[n++] = t.velocity.y;
                    this._vdataF32[n++] = t.velocity.z;
                    this._vdataF32[n++] = t.startLifetime;
                    this._vdataF32[n++] = t.randomSeed;
                    s += this._vertAttrsFloatCount;
                  }
                }
              }
              addGPUParticleVertexDataIns(t, e, i) {
                let s = e * this._vertAttrsFloatCount;
                let n = s;
                this._vdataF32[n++] = t.position.x;
                this._vdataF32[n++] = t.position.y;
                this._vdataF32[n++] = t.position.z;
                this._vdataF32[n++] = i;
                this._vdataF32[n++] = t.startSize.x;
                this._vdataF32[n++] = t.startSize.y;
                this._vdataF32[n++] = t.startSize.z;
                this._vdataF32[n++] = t.frameIndex;
                this._vdataF32[n++] = t.rotation.x;
                this._vdataF32[n++] = t.rotation.y;
                this._vdataF32[n++] = t.rotation.z;
                this._vdataF32[n++] = t.randomSeed;
                this._vdataF32[n++] = t.startColor.r / 255;
                this._vdataF32[n++] = t.startColor.g / 255;
                this._vdataF32[n++] = t.startColor.b / 255;
                this._vdataF32[n++] = t.startColor.a / 255;
                this._vdataF32[n++] = t.velocity.x;
                this._vdataF32[n++] = t.velocity.y;
                this._vdataF32[n++] = t.velocity.z;
                this._vdataF32[n++] = t.startLifetime;
                s += this._vertAttrsFloatCount;
              }
              updateGPUParticles(t, e, i) {
                if (this._useInstance) return this.updateGPUParticlesIns(t, e, i);
                {
                  const s = this._vertAttrsFloatCount * this._vertCount;
                  let n = 0;
                  let r = 0;
                  let o = 0;
                  let a = 0;
                  let l = 0;
                  for (let h = 0; h < t; ++h) {
                    n = h * s;
                    r = this._vdataF32[n + this._startTimeOffset];
                    o = this._vdataF32[n + this._lifeTimeOffset];
                    l = e - r;
                    if (o - l < i) {
                      a = --t * s;
                      this._vdataF32.copyWithin(n, a, a + s);
                      h--;
                    }
                  }
                  return t;
                }
              }
              updateGPUParticlesIns(t, e, i) {
                const s = this._vertAttrsFloatCount;
                let n = 0;
                let r = 0;
                let o = 0;
                let a = 0;
                let l = 0;
                for (let h = 0; h < t; ++h) {
                  n = h * s;
                  r = this._vdataF32[n + this._startTimeOffset];
                  o = this._vdataF32[n + this._lifeTimeOffset];
                  l = e - r;
                  if (o - l < i) {
                    a = --t * s;
                    this._vdataF32.copyWithin(n, a, a + s);
                    h--;
                  }
                }
                return t;
              }
              constructAttributeIndex() {
                if (!this._vertAttrs) return;
                let t = this._vertAttrs.findIndex((t => "a_position_starttime" === t.name));
                let e = this._vertAttrs[t].offset;
                this._startTimeOffset = e / 4 + 3;
                t = this._vertAttrs.findIndex((t => "a_dir_life" === t.name));
                e = this._vertAttrs[t].offset;
                this._lifeTimeOffset = e / 4 + 3;
              }
              updateIA(t) {
                if (this._useInstance) this.updateIAIns(t); else {
                  if (t <= 0) return;
                  this._subModels[0].inputAssembler.vertexBuffers[0].update(this._vdataF32);
                  this._iaInfo.drawInfos[0].firstIndex = 0;
                  this._iaInfo.drawInfos[0].indexCount = this._indexCount * t;
                  this._iaInfoBuffer.update(this._iaInfo);
                }
              }
              updateIAIns(t) {
                if (t <= 0) return;
                const e = this._subModels[0].inputAssembler;
                e.vertexBuffers[0].update(this._vdataF32);
                e.instanceCount = t;
                this._iaInfo.drawInfos[0].firstIndex = 0;
                this._iaInfo.drawInfos[0].indexCount = this._indexCount;
                this._iaInfo.drawInfos[0].instanceCount = t;
                this._iaInfoBuffer.update(this._iaInfo);
              }
              clear() {
                this._useInstance ? this.clearIns() : this._subModels[0].inputAssembler.indexCount = 0;
              }
              clearIns() {
                this._subModels[0].inputAssembler.instanceCount = 0;
              }
              destroy() {
                super.destroy();
                this.doDestroy();
              }
              doDestroy() {
                this._vBuffer = null;
                this._vdataF32 = null;
                this._vdataUint32 = null;
                this._insBuffers = [];
                this._insIndices = null;
                this._vertAttrs = null;
                this._material = null;
                this._mesh = null;
                this.destroySubMeshData();
              }
              rebuild() {
                if (this._useInstance) this.rebuildIns(); else {
                  this._vBuffer = this.createSubMeshData();
                  this._vdataF32 = new Float32Array(this._vBuffer);
                  this._vdataUint32 = new Uint32Array(this._vBuffer);
                }
              }
              rebuildIns() {
                this._vBuffer = this.createSubMeshDataInsDynamic();
                this._vdataF32 = new Float32Array(this._vBuffer);
                this._vdataUint32 = new Uint32Array(this._vBuffer);
                this.createSubMeshDataInsStatic();
                this.createInsSubmesh();
              }
              destroySubMeshData() {
                if (this._subMeshData) {
                  this._subMeshData.destroy();
                  this._subMeshData = null;
                }
                this._iaInfoBuffer && (this._iaInfoBuffer = null);
              }
              set useInstance(t) {
                this._useInstance !== t && (this._useInstance = t);
              }
              get useInstance() {
                return this._useInstance;
              }
            }
            class Flt {
              constructor(t) {
                this._particleSystem = null;
                this._model = null;
                this._renderInfo = null;
                this._vertAttrs = [];
                this._useInstance = void 0;
                this._renderInfo = t;
                zo.gfxDevice.hasFeature(ys.INSTANCED_ARRAYS) ? this._useInstance = !0 : this._useInstance = !1;
              }
              getUseInstance() {
                return this._useInstance;
              }
              getInfo() {
                return this._renderInfo;
              }
              onInit(t) {
                this._particleSystem = t;
              }
              onEnable() {
                if (!this._particleSystem) return;
                this.attachToScene();
                const t = this._model;
                t && (t.node = t.transform = this._particleSystem.node);
              }
              onDisable() {
                this.detachFromScene();
              }
              onDestroy() {
                if (this._model) {
                  m.director.root.destroyModel(this._model);
                  this._model = null;
                }
              }
              attachToScene() {
                if (this._model) {
                  this._model.scene && this.detachFromScene();
                  this._particleSystem._getRenderScene().addModel(this._model);
                }
              }
              detachFromScene() {
                this._model && this._model.scene && this._model.scene.removeModel(this._model);
              }
              setVertexAttributes() {
                if (this._model) {
                  this.updateVertexAttrib();
                  this._model.setVertexAttributes(this._renderInfo.renderMode === mit.Mesh ? this._renderInfo.mesh : null, this._vertAttrs);
                }
              }
              clear() {
                this._model && (this._model.enabled = !1);
              }
              getModel() {
                return this._model;
              }
              _initModel() {
                if (!this._model) {
                  this._model = m.director.root.createModel(Llt);
                  this._model.setCapacity(this._particleSystem.capacity);
                  this._model.visFlags = this._particleSystem.visibility;
                }
              }
              updateTrailMaterial() {}
              getDefaultTrailMaterial() {
                return null;
              }
            }
            class Vlt {
              constructor(t) {
                this.permutation = [ 151, 160, 137, 91, 90, 15, 131, 13, 201, 95, 96, 53, 194, 233, 7, 225, 140, 36, 103, 30, 69, 142, 8, 99, 37, 240, 21, 10, 23, 190, 6, 148, 247, 120, 234, 75, 0, 26, 197, 62, 94, 252, 219, 203, 117, 35, 11, 32, 57, 177, 33, 88, 237, 149, 56, 87, 174, 20, 125, 136, 171, 168, 68, 175, 74, 165, 71, 134, 139, 48, 27, 166, 77, 146, 158, 231, 83, 111, 229, 122, 60, 211, 133, 230, 220, 105, 92, 41, 55, 46, 245, 40, 244, 102, 143, 54, 65, 25, 63, 161, 1, 216, 80, 73, 209, 76, 132, 187, 208, 89, 18, 169, 200, 196, 135, 130, 116, 188, 159, 86, 164, 100, 109, 198, 173, 186, 3, 64, 52, 217, 226, 250, 124, 123, 5, 202, 38, 147, 118, 126, 255, 82, 85, 212, 207, 206, 59, 227, 47, 16, 58, 17, 182, 189, 28, 42, 223, 183, 170, 213, 119, 248, 152, 2, 44, 154, 163, 70, 221, 153, 101, 155, 167, 43, 172, 9, 129, 22, 39, 253, 19, 98, 108, 110, 79, 113, 224, 232, 178, 185, 112, 104, 218, 246, 97, 228, 251, 34, 242, 193, 238, 210, 144, 12, 191, 179, 162, 241, 81, 51, 145, 235, 249, 14, 239, 107, 49, 192, 214, 31, 181, 199, 106, 157, 184, 84, 204, 176, 115, 121, 50, 45, 127, 4, 150, 254, 138, 236, 205, 93, 222, 114, 67, 29, 24, 72, 243, 141, 128, 195, 78, 66, 215, 61, 156, 180 ];
                this.accSpeed = new Pi;
                this.noiseSpeed = new Pi;
                this.noiseFrequency = 0;
                this.noiseAbs = new Pi;
                this.noiseAmplitude = new Pi;
                this.octaves = new Pi;
                this.dt = 0;
                this.point = new Pi;
                this.result = new Pi;
                this.mixOut = new Qi;
                t && (this.permutation = t);
              }
              noise(t, e, i, s = 0, n = 1) {
                const r = new Array(512);
                for (let t = 0; t < 256; t++) r[256 + t] = r[t] = this.permutation[t];
                const o = 255 & Math.floor(t);
                const a = 255 & Math.floor(e);
                const l = 255 & Math.floor(i);
                t -= Math.floor(t);
                e -= Math.floor(e);
                i -= Math.floor(i);
                const h = this.fade(t);
                const c = this.fade(e);
                const u = this.fade(i);
                const _ = r[o] + a;
                const d = r[_] + l;
                const p = r[_ + 1] + l;
                const m = r[o + 1] + a;
                const f = r[m] + l;
                const g = r[m + 1] + l;
                return s + this.scale(this.lerp(u, this.lerp(c, this.lerp(h, this.grad(r[d], t, e, i), this.grad(r[f], t - 1, e, i)), this.lerp(h, this.grad(r[p], t, e - 1, i), this.grad(r[g], t - 1, e - 1, i))), this.lerp(c, this.lerp(h, this.grad(r[d + 1], t, e, i - 1), this.grad(r[f + 1], t - 1, e, i - 1)), this.lerp(h, this.grad(r[p + 1], t, e - 1, i - 1), this.grad(r[g + 1], t - 1, e - 1, i - 1))))) * (n - s);
              }
              fade(t) {
                return t * t * t * (t * (6 * t - 15) + 10);
              }
              lerp(t, e, i) {
                return e + t * (i - e);
              }
              grad(t, e, i, s) {
                const n = 15 & t;
                const r = n < 8 ? e : i;
                const o = n < 4 ? i : 12 === n || 14 === n ? e : s;
                return (0 == (1 & n) ? r : -r) + (0 == (2 & n) ? o : -o);
              }
              scale(t) {
                return (1 + t) / 2;
              }
              setSpeed(t, e, i) {
                this.noiseSpeed.set(t, e, i);
              }
              setFrequency(t) {
                this.noiseFrequency = t;
              }
              setAbs(t, e, i) {
                this.noiseAbs.set(t, e, i);
              }
              setAmplititude(t, e, i) {
                this.noiseAmplitude.set(t, e, i);
              }
              setOctaves(t, e, i) {
                this.octaves.set(t, e, i);
              }
              setTime(t) {
                this.dt = t;
              }
              setSamplePoint(t) {
                this.point.set(t);
              }
              getResult() {
                return this.result;
              }
              getNoise(t, e, i, s, n, r, o) {
                let a = r;
                let l = 0;
                l += this.noise(t * a, e * a, i * a, -1, 1);
                if (1 === o.x) return l;
                let h = 1;
                let c = 1;
                for (let s = 1; s < o.x; ++s) {
                  h *= o.y;
                  a *= o.z;
                  c += h;
                  l += this.noise(t * a, e * a, i * a, -1, 1) * h;
                }
                return l / c;
              }
              getNoiseMix(t, e, i, s, n, r) {
                t.x = this.getNoise(e.x, e.y, e.z, i, s, n, r);
                t.y = this.getNoise(e.y, e.z, e.x, i, s, n, r);
              }
              getNoiseParticle() {
                this.accSpeed.set(this.noiseSpeed.x * this.dt, this.noiseSpeed.y * this.dt, this.noiseSpeed.z * this.dt);
                const t = this.getNoise(this.point.z + this.accSpeed.x, this.point.y, this.point.x, this.dt, this.accSpeed, this.noiseFrequency, this.octaves);
                const e = this.getNoise(this.point.x + 1e3, this.point.z + this.accSpeed.y, this.point.y, this.dt, this.accSpeed, this.noiseFrequency, this.octaves);
                const i = this.getNoise(this.point.y, this.point.x + 1e3, this.point.z + this.accSpeed.z, this.dt, this.accSpeed, this.noiseFrequency, this.octaves);
                this.result.set(t * this.noiseAmplitude.x, e * this.noiseAmplitude.y, i * this.noiseAmplitude.z);
              }
              getPreview(t, e, i) {
                for (let s = 0; s < i; ++s) for (let n = 0; n < e; ++n) {
                  const r = (n - .5 * e) / e + this.noiseSpeed.x * this.dt;
                  const o = (s - .5 * i) / i + this.noiseSpeed.y * this.dt;
                  const a = this.getNoise(r, o, 0, this.dt, this.accSpeed, this.noiseFrequency, this.octaves);
                  t[s * e + n] = .5 * (a + 1);
                }
              }
            }
            const klt = new Pi;
            const Ult = new qi;
            const Glt = new qi;
            const zlt = new Ui;
            new Pi;
            const Hlt = [ "_colorOverLifetimeModule", "_sizeOvertimeModule", "_velocityOvertimeModule", "_forceOvertimeModule", "_limitVelocityOvertimeModule", "_rotationOvertimeModule", "_textureAnimationModule", "_noiseModule" ];
            const jlt = [ 0, 0, 1, 0, 0, 1, 1, 1 ];
            const Xlt = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD2, bs.RGB32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0) ];
            const Wlt = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD2, bs.RGB32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0), new Vn(cr.ATTR_COLOR1, bs.RGB32F) ];
            const Ylt = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD2, bs.RGB32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0), new Vn(cr.ATTR_TEX_COORD3, bs.RGB32F), new Vn(cr.ATTR_NORMAL, bs.RGB32F), new Vn(cr.ATTR_COLOR1, bs.RGBA8, !0) ];
            const qlt = [ new Vn(cr.ATTR_TEX_COORD4, bs.RGBA32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD2, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0, 0, !0), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F, !1, 1) ];
            const Klt = [ new Vn(cr.ATTR_TEX_COORD4, bs.RGBA32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD2, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0, 0, !0), new Vn(cr.ATTR_COLOR1, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F, !1, 1) ];
            const Jlt = [ new Vn(cr.ATTR_TEX_COORD4, bs.RGBA32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD2, bs.RGB32F, !1, 0, !0), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0, 0, !0), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F, !1, 1), new Vn(cr.ATTR_TEX_COORD3, bs.RGB32F, !1, 1), new Vn(cr.ATTR_NORMAL, bs.RGB32F, !1, 1), new Vn(cr.ATTR_COLOR1, bs.RGBA8, !0, 1) ];
            const Zlt = {
              parent: null,
              owner: null,
              subModelIdx: 0
            };
            class Qlt extends Flt {
              constructor(t) {
                super(t);
                this._defines = void 0;
                this._trailDefines = void 0;
                this._frameTile_velLenScale = void 0;
                this._tmp_velLenScale = void 0;
                this._defaultMat = null;
                this._node_scale = void 0;
                this._attrs = void 0;
                this._particles = null;
                this._defaultTrailMat = null;
                this._updateList = new Map;
                this._animateList = new Map;
                this._runAnimateList = new Array;
                this._fillDataFunc = null;
                this._uScaleHandle = 0;
                this._uLenHandle = 0;
                this._uNodeRotHandle = 0;
                this._alignSpace = pit.View;
                this._inited = !1;
                this._localMat = new qi;
                this._gravity = new is;
                this.noise = new Vlt;
                this._model = null;
                this._frameTile_velLenScale = new is(1, 1, 0, 0);
                this._tmp_velLenScale = this._frameTile_velLenScale.clone();
                this._node_scale = new is;
                this._attrs = new Array(7);
                this._defines = {
                  CC_USE_WORLD_SPACE: !0,
                  CC_USE_BILLBOARD: !0,
                  CC_USE_STRETCHED_BILLBOARD: !1,
                  CC_USE_HORIZONTAL_BILLBOARD: !1,
                  CC_USE_VERTICAL_BILLBOARD: !1
                };
                this._trailDefines = {
                  CC_USE_WORLD_SPACE: !0
                };
              }
              onInit(t) {
                super.onInit(t);
                this._particles = new to((() => new tit(this)), 16);
                this._setVertexAttrib();
                this._setFillFunc();
                this._initModuleList();
                this._initModel();
                this.updateMaterialParams();
                this.updateTrailMaterial();
                this.setVertexAttributes();
                this._inited = !0;
              }
              clear() {
                super.clear();
                this._particles.reset();
                this._particleSystem._trailModule && this._particleSystem._trailModule.clear();
                this.updateRenderData();
                this._model.enabled = !1;
              }
              updateRenderMode() {
                this._setVertexAttrib();
                this._setFillFunc();
                this.updateMaterialParams();
                this.setVertexAttributes();
              }
              onDestroy() {
                var t;
                null === (t = this._particles) || void 0 === t || t.destroy();
                super.onDestroy();
              }
              getFreeParticle() {
                return this._particles.length >= this._particleSystem.capacity ? null : this._particles.add();
              }
              getDefaultTrailMaterial() {
                return this._defaultTrailMat;
              }
              setNewParticle(t) {}
              _initModuleList() {
                Hlt.forEach((t => {
                  const e = this._particleSystem[t];
                  if (e && e.enable) {
                    e.needUpdate && (this._updateList[e.name] = e);
                    e.needAnimate && (this._animateList[e.name] = e);
                  }
                }));
                this._runAnimateList.length = 0;
                for (let t = 0, e = hit.length; t < e; t++) {
                  const e = this._animateList[hit[t]];
                  e && this._runAnimateList.push(e);
                }
              }
              enableModule(t, e, i) {
                if (e) {
                  i.needUpdate && (this._updateList[i.name] = i);
                  i.needAnimate && (this._animateList[i.name] = i);
                } else {
                  delete this._animateList[t];
                  delete this._updateList[t];
                }
                this._runAnimateList.length = 0;
                for (let t = 0, e = hit.length; t < e; t++) {
                  const e = this._animateList[hit[t]];
                  e && this._runAnimateList.push(e);
                }
                this.updateMaterialParams();
              }
              updateAlignSpace(t) {
                this._alignSpace = t;
              }
              getDefaultMaterial() {
                return this._defaultMat;
              }
              updateRotation(t) {
                t && this.doUpdateRotation(t);
              }
              doUpdateRotation(t) {
                if (this._renderInfo.renderMode === mit.Mesh || this._alignSpace !== pit.View) {
                  if (this._alignSpace === pit.Local) this._particleSystem.node.getRotation(zlt); else if (this._alignSpace === pit.World) this._particleSystem.node.getWorldRotation(zlt); else if (this._alignSpace === pit.View) {
                    var e;
                    zlt.set(0, 0, 0, 1);
                    const t = null === (e = this._particleSystem.node.scene.renderScene) || void 0 === e ? void 0 : e.cameras;
                    if (void 0 !== t) for (let e = 0; e < (null == t ? void 0 : t.length); ++e) {
                      const i = t[e];
                      if ((i.visibility & this._particleSystem.node.layer) === this._particleSystem.node.layer) {
                        Ui.fromViewUp(zlt, i.forward);
                        break;
                      }
                    }
                  } else zlt.set(0, 0, 0, 1);
                  t.setUniform(this._uNodeRotHandle, zlt);
                }
              }
              updateScale(t) {
                t && this.doUpdateScale(t);
              }
              doUpdateScale(t) {
                switch (this._particleSystem.scaleSpace) {
                 case _it.Local:
                  this._particleSystem.node.getScale(this._node_scale);
                  break;

                 case _it.World:
                  this._particleSystem.node.getWorldScale(this._node_scale);
                }
                t.setUniform(this._uScaleHandle, this._node_scale);
              }
              updateParticles(t) {
                const e = this._particleSystem;
                if (!e) return this._particles.length;
                e.node.getWorldMatrix(Ult);
                const i = (e.getMaterialInstance(0) || this._defaultMat).passes[0];
                this.doUpdateScale(i);
                this.doUpdateRotation(i);
                this._updateList.forEach(((t, i) => {
                  t.update(e._simulationSpace, Ult);
                }));
                const s = e._trailModule;
                const n = s && s.enable;
                n && s.update();
                if (e.simulationSpace === _it.Local) {
                  const t = e.node.getRotation();
                  qi.fromQuat(this._localMat, t);
                  this._localMat.transpose();
                }
                if (e.node.parent) {
                  e.node.parent.getWorldMatrix(Glt);
                  Glt.invert();
                }
                for (let i = 0; i < this._particles.length; ++i) {
                  const r = this._particles.data[i];
                  r.remainingLifetime -= t;
                  Pi.set(r.animatedVelocity, 0, 0, 0);
                  if (r.remainingLifetime < 0) {
                    n && s.removeParticle(r);
                    this._particles.removeAt(i);
                    --i;
                  } else {
                    if (e.simulationSpace === _it.Local) {
                      const i = 9.8 * -e.gravityModifier.evaluate(1 - r.remainingLifetime / r.startLifetime, Si(r.randomSeed)) * t;
                      this._gravity.x = 0;
                      this._gravity.y = i;
                      this._gravity.z = 0;
                      this._gravity.w = 1;
                      if (!ui(i, 0, hi)) {
                        e.node.parent && (this._gravity = this._gravity.transformMat4(Glt));
                        this._gravity = this._gravity.transformMat4(this._localMat);
                        r.velocity.x += this._gravity.x;
                        r.velocity.y += this._gravity.y;
                        r.velocity.z += this._gravity.z;
                      }
                    } else r.velocity.y -= 9.8 * e.gravityModifier.evaluate(1 - r.remainingLifetime / r.startLifetime, Si(r.randomSeed)) * t;
                    Pi.copy(r.ultimateVelocity, r.velocity);
                    this._runAnimateList.forEach((e => {
                      e.animate(r, t);
                    }));
                    Pi.scaleAndAdd(r.position, r.position, r.ultimateVelocity, t);
                    n && s.animate(r, t);
                  }
                }
                this._model.enabled = this._particles.length > 0;
                return this._particles.length;
              }
              getNoisePreview(t, e, i) {
                this._runAnimateList.forEach((s => {
                  if (s.name === lit) {
                    s.getNoisePreview(t, this._particleSystem, e, i);
                  }
                }));
              }
              updateRenderData() {
                let t = 0;
                for (let e = 0; e < this._particles.length; ++e) {
                  const i = this._particles.data[e];
                  let s = 0;
                  const n = this._particleSystem._textureAnimationModule;
                  n && n.enable && (s = i.frameIndex);
                  t = 4 * e;
                  this._fillDataFunc(i, t, s);
                }
              }
              beforeRender() {
                this._model.updateIA(this._particles.length);
              }
              getParticleCount() {
                return this._particles.length;
              }
              onMaterialModified(t, e) {
                this._inited && (0 === t ? this.updateMaterialParams() : this.updateTrailMaterial());
              }
              onRebuildPSO(t, e) {
                this._model && 0 === t && this._model.setSubModelMaterial(0, e);
                const i = this._particleSystem._trailModule;
                i && i._trailModel && 1 === t && i._trailModel.setSubModelMaterial(0, e);
              }
              _setFillFunc() {
                this._renderInfo.renderMode === mit.Mesh ? this._fillDataFunc = this._fillMeshData : this._renderInfo.renderMode === mit.StrecthedBillboard ? this._fillDataFunc = this._fillStrecthedData : this._fillDataFunc = this._fillNormalData;
              }
              _fillMeshData(t, e, i) {
                const s = e / 4;
                this._attrs[0] = t.position;
                klt.z = i;
                this._attrs[1] = klt;
                this._attrs[2] = t.size;
                this._attrs[3] = t.rotation;
                this._attrs[4] = t.color._val;
                this._model.addParticleVertexData(s, this._attrs);
              }
              _fillStrecthedData(t, e, i) {
                if (this._useInstance) this._fillStrecthedDataIns(t, e, i); else for (let s = 0; s < 4; ++s) {
                  this._attrs[0] = t.position;
                  klt.x = jlt[2 * s];
                  klt.y = jlt[2 * s + 1];
                  klt.z = i;
                  this._attrs[1] = klt;
                  this._attrs[2] = t.size;
                  this._attrs[3] = t.rotation;
                  this._attrs[4] = t.color._val;
                  this._attrs[5] = t.ultimateVelocity;
                  this._attrs[6] = null;
                  this._model.addParticleVertexData(e++, this._attrs);
                }
              }
              _fillStrecthedDataIns(t, e, i) {
                const s = e / 4;
                this._attrs[0] = t.position;
                klt.z = i;
                this._attrs[1] = klt;
                this._attrs[2] = t.size;
                this._attrs[3] = t.rotation;
                this._attrs[4] = t.color._val;
                this._attrs[5] = t.ultimateVelocity;
                this._model.addParticleVertexData(s, this._attrs);
              }
              _fillNormalData(t, e, i) {
                if (this._useInstance) this._fillNormalDataIns(t, e, i); else for (let s = 0; s < 4; ++s) {
                  this._attrs[0] = t.position;
                  klt.x = jlt[2 * s];
                  klt.y = jlt[2 * s + 1];
                  klt.z = i;
                  this._attrs[1] = klt;
                  this._attrs[2] = t.size;
                  this._attrs[3] = t.rotation;
                  this._attrs[4] = t.color._val;
                  this._attrs[5] = null;
                  this._model.addParticleVertexData(e++, this._attrs);
                }
              }
              _fillNormalDataIns(t, e, i) {
                const s = e / 4;
                this._attrs[0] = t.position;
                klt.z = i;
                this._attrs[1] = klt;
                this._attrs[2] = t.size;
                this._attrs[3] = t.rotation;
                this._attrs[4] = t.color._val;
                this._attrs[5] = null;
                this._model.addParticleVertexData(s, this._attrs);
              }
              updateVertexAttrib() {
                if (this._renderInfo.renderMode === mit.Mesh && this._renderInfo.mesh) {
                  const t = this._renderInfo.mesh.readAttributeFormat(0, cr.ATTR_COLOR);
                  if (t) {
                    let e = bs.RGBA8;
                    for (let i = 0; i < ur.length; ++i) if (ur[i].name === t.name) {
                      e = i;
                      break;
                    }
                    this._vertAttrs[7] = new Vn(cr.ATTR_COLOR1, e, !0, this._useInstance ? 1 : 0);
                  } else {
                    const t = bs.RGBA8;
                    this._vertAttrs[7] = new Vn(cr.ATTR_COLOR1, t, !0, this._useInstance ? 1 : 0);
                  }
                }
              }
              _setVertexAttrib() {
                if (this._useInstance) this._setVertexAttribIns(); else switch (this._renderInfo.renderMode) {
                 case mit.StrecthedBillboard:
                  this._vertAttrs = Wlt.slice();
                  break;

                 case mit.Mesh:
                  this._vertAttrs = Ylt.slice();
                  break;

                 default:
                  this._vertAttrs = Xlt.slice();
                }
              }
              _setVertexAttribIns() {
                switch (this._renderInfo.renderMode) {
                 case mit.StrecthedBillboard:
                  this._vertAttrs = Klt.slice();
                  break;

                 case mit.Mesh:
                  this._vertAttrs = Jlt.slice();
                  break;

                 default:
                  this._vertAttrs = qlt.slice();
                }
              }
              updateMaterialParams() {
                if (!this._particleSystem) return;
                const t = this._particleSystem;
                const e = t.sharedMaterial;
                if (null != e) {
                  e._effectAsset._name;
                  this._renderInfo.mainTexture = e.getProperty("mainTexture", 0);
                }
                if (null == t.sharedMaterial && null == this._defaultMat) {
                  Zlt.parent = xR.get("default-particle-material");
                  Zlt.owner = this._particleSystem;
                  Zlt.subModelIdx = 0;
                  this._defaultMat = new uS(Zlt);
                  Zlt.parent = null;
                  Zlt.owner = null;
                  Zlt.subModelIdx = 0;
                  null !== this._renderInfo.mainTexture && this._defaultMat.setProperty("mainTexture", this._renderInfo.mainTexture);
                }
                const i = t.getMaterialInstance(0) || this._defaultMat;
                t._simulationSpace === _it.World ? this._defines.CC_USE_WORLD_SPACE = !0 : this._defines.CC_USE_WORLD_SPACE = !1;
                const s = i.passes[0];
                this._uScaleHandle = s.getHandle("scale");
                this._uLenHandle = s.getHandle("frameTile_velLenScale");
                this._uNodeRotHandle = s.getHandle("nodeRotation");
                const n = this._renderInfo.renderMode;
                const r = this._frameTile_velLenScale;
                if (n === mit.Billboard) this._defines.CC_RENDER_MODE = 0; else if (n === mit.StrecthedBillboard) {
                  this._defines.CC_RENDER_MODE = 1;
                  r.z = this._renderInfo.velocityScale;
                  r.w = this._renderInfo.lengthScale;
                } else n === mit.HorizontalBillboard ? this._defines.CC_RENDER_MODE = 2 : n === mit.VerticalBillboard ? this._defines.CC_RENDER_MODE = 3 : n === mit.Mesh ? this._defines.CC_RENDER_MODE = 4 : console.warn(`particle system renderMode ${n} not support.`);
                const o = t._textureAnimationModule;
                if (o && o.enable) {
                  is.copy(this._tmp_velLenScale, r);
                  Qi.set(this._tmp_velLenScale, o.numTilesX, o.numTilesY);
                  s.setUniform(this._uLenHandle, this._tmp_velLenScale);
                } else s.setUniform(this._uLenHandle, r);
                let a = !1;
                const l = this._particleSystem._rotationOvertimeModule;
                a = l && l.enable;
                this._defines.ROTATION_OVER_TIME_MODULE_ENABLE = a;
                this._defines.CC_INSTANCE_PARTICLE = this._useInstance;
                i.recompileShaders(this._defines);
                this._model && this._model.updateMaterial(i);
              }
              updateTrailMaterial() {
                if (!this._particleSystem) return;
                const t = this._particleSystem;
                const e = t._trailModule;
                if (e && e.enable) {
                  t.simulationSpace === _it.World || e.space === _it.World ? this._trailDefines.CC_USE_WORLD_SPACE = !0 : this._trailDefines.CC_USE_WORLD_SPACE = !1;
                  let i = t.getMaterialInstance(1);
                  if (null === i && null === this._defaultTrailMat) {
                    Zlt.parent = xR.get("default-trail-material");
                    Zlt.owner = this._particleSystem;
                    Zlt.subModelIdx = 1;
                    this._defaultTrailMat = new uS(Zlt);
                    Zlt.parent = null;
                    Zlt.owner = null;
                    Zlt.subModelIdx = 0;
                  }
                  i = i || this._defaultTrailMat;
                  i.recompileShaders(this._trailDefines);
                  e.updateMaterial();
                }
              }
              setUseInstance(t) {
                if (this._useInstance !== t) {
                  this._useInstance = t;
                  if (this._model) {
                    this._model.useInstance = t;
                    this._model.doDestroy();
                  }
                  this.updateRenderMode();
                }
              }
            }
            const $lt = new qi;
            const tht = new is;
            const eht = new Ui;
            const iht = new Ui;
            new Pi;
            const sht = 32;
            const nht = "a_position_starttime", rht = "a_size_uv", oht = "a_rotation_uv", aht = "a_color", lht = "a_dir_life", hht = "a_rndSeed", cht = "a_size_fid", uht = "a_rotation_rnd", _ht = "a_uv";
            const dht = [ new Vn(nht, bs.RGBA32F), new Vn(rht, bs.RGBA32F), new Vn(oht, bs.RGBA32F), new Vn(aht, bs.RGBA32F), new Vn(lht, bs.RGBA32F), new Vn(hht, bs.R32F) ];
            const pht = [ new Vn(nht, bs.RGBA32F), new Vn(rht, bs.RGBA32F), new Vn(oht, bs.RGBA32F), new Vn(aht, bs.RGBA32F), new Vn(lht, bs.RGBA32F), new Vn(hht, bs.R32F), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD3, bs.RGB32F), new Vn(cr.ATTR_NORMAL, bs.RGB32F), new Vn(cr.ATTR_COLOR1, bs.RGBA8, !0) ];
            const mht = [ new Vn(nht, bs.RGBA32F, !1, 0, !0), new Vn(cht, bs.RGBA32F, !1, 0, !0), new Vn(uht, bs.RGBA32F, !1, 0, !0), new Vn(aht, bs.RGBA32F, !1, 0, !0), new Vn(lht, bs.RGBA32F, !1, 0, !0), new Vn(_ht, bs.RGB32F, !1, 1) ];
            const fht = [ new Vn(nht, bs.RGBA32F, !1, 0, !0), new Vn(cht, bs.RGBA32F, !1, 0, !0), new Vn(uht, bs.RGBA32F, !1, 0, !0), new Vn(aht, bs.RGBA32F, !1, 0, !0), new Vn(lht, bs.RGBA32F, !1, 0, !0), new Vn(cr.ATTR_TEX_COORD, bs.RGB32F, !1, 1), new Vn(cr.ATTR_TEX_COORD3, bs.RGB32F, !1, 1), new Vn(cr.ATTR_NORMAL, bs.RGB32F, !1, 1), new Vn(cr.ATTR_COLOR1, bs.RGBA8, !0, 1) ];
            const ght = {
              parent: null,
              owner: null,
              subModelIdx: 0
            };
            class yht extends Flt {
              constructor(t) {
                super(t);
                this._defines = void 0;
                this._frameTile_velLenScale = void 0;
                this._unifrom_velLenScale = void 0;
                this._tmp_velLenScale = void 0;
                this._node_scale = void 0;
                this._vertAttrs = [];
                this._defaultMat = null;
                this._particleNum = 0;
                this._tempParticle = null;
                this._colorTexture = null;
                this._forceTexture = null;
                this._velocityTexture = null;
                this._rotationTexture = null;
                this._sizeTexture = null;
                this._animTexture = null;
                this._colorData = null;
                this._forceData = null;
                this._velocityData = null;
                this._rotationData = null;
                this._sizeData = null;
                this._animData = null;
                this._uTimeHandle = 0;
                this._uRotHandle = 0;
                this._uNodeRotHandle = 0;
                this._alignSpace = pit.View;
                this._inited = !1;
                this._frameTile_velLenScale = new is(1, 1, 0, 0);
                this._unifrom_velLenScale = this._frameTile_velLenScale.clone();
                this._tmp_velLenScale = this._frameTile_velLenScale.clone();
                this._node_scale = new is;
                this._defines = {
                  CC_USE_WORLD_SPACE: !0,
                  CC_USE_BILLBOARD: !0,
                  CC_USE_STRETCHED_BILLBOARD: !1,
                  CC_USE_HORIZONTAL_BILLBOARD: !1,
                  CC_USE_VERTICAL_BILLBOARD: !1,
                  COLOR_OVER_TIME_MODULE_ENABLE: !1
                };
                this._tempParticle = new tit(null);
                this._particleNum = 0;
              }
              onInit(t) {
                super.onInit(t);
                this._setVertexAttrib();
                this._initModel();
                this.updateMaterialParams();
                this.setVertexAttributes();
                this._inited = !0;
              }
              updateRenderMode() {
                this._setVertexAttrib();
                this.updateMaterialParams();
                this.setVertexAttributes();
              }
              setVertexAttributes() {
                super.setVertexAttributes();
                this._model.constructAttributeIndex();
              }
              clear() {
                super.clear();
                this._particleNum = 0;
                this.updateRenderData();
              }
              onDestroy() {
                super.onDestroy();
                this._forceTexture && this._forceTexture.destroy();
                this._velocityTexture && this._velocityTexture.destroy();
                this._colorTexture && this._colorTexture.destroy();
                this._sizeTexture && this._sizeTexture.destroy();
                this._rotationTexture && this._rotationTexture.destroy();
                this._animTexture && this._animTexture.destroy();
                this._forceData = null;
                this._velocityData = null;
                this._colorData = null;
                this._sizeData = null;
                this._rotationData = null;
                this._animData = null;
              }
              enableModule(t, e, i) {
                const s = this._particleSystem.getMaterialInstance(0) || this._defaultMat;
                if (s) {
                  this.initShaderUniform(s);
                  s.recompileShaders(this._defines);
                  this._model && this._model.setSubModelMaterial(0, s);
                }
              }
              getFreeParticle() {
                return this._particleNum >= this._particleSystem._capacity ? null : this._tempParticle;
              }
              setNewParticle(t) {
                this._model.addGPUParticleVertexData(t, this._particleNum, this._particleSystem._time);
                this._particleNum++;
              }
              getDefaultMaterial() {
                return this._defaultMat;
              }
              updateRotation(t) {
                t && this.doUpdateRotation(t);
              }
              doUpdateRotation(t) {
                if (this._renderInfo.renderMode === mit.Mesh || this._alignSpace !== pit.View) {
                  if (this._alignSpace === pit.Local) this._particleSystem.node.getRotation(iht); else if (this._alignSpace === pit.World) this._particleSystem.node.getWorldRotation(iht); else if (this._alignSpace === pit.View) {
                    var e;
                    iht.set(0, 0, 0, 1);
                    const t = null === (e = this._particleSystem.node.scene.renderScene) || void 0 === e ? void 0 : e.cameras;
                    if (void 0 !== t) for (let e = 0; e < (null == t ? void 0 : t.length); ++e) {
                      const i = t[e];
                      if ((i.visibility & this._particleSystem.node.layer) === this._particleSystem.node.layer) {
                        Ui.fromViewUp(iht, i.forward);
                        break;
                      }
                    }
                  } else iht.set(0, 0, 0, 1);
                  t.setUniform(this._uNodeRotHandle, iht);
                }
              }
              updateScale(t) {
                t && this.doUpdateScale(t);
              }
              doUpdateScale(t) {
                switch (this._particleSystem.scaleSpace) {
                 case _it.Local:
                  this._particleSystem.node.getScale(this._node_scale);
                  break;

                 case _it.World:
                  this._particleSystem.node.getWorldScale(this._node_scale);
                }
                t.setUniform(t.getHandle("scale"), this._node_scale);
              }
              updateParticles(t) {
                this._particleNum = this._model.updateGPUParticles(this._particleNum, this._particleSystem._time, t);
                this.updateShaderUniform(t);
                this._model.enabled = this._particleNum > 0;
                return this._particleNum;
              }
              updateRenderData() {}
              beforeRender() {
                this._model.updateIA(this._particleNum);
              }
              updateAlignSpace(t) {
                this._alignSpace = t;
              }
              updateShaderUniform(t) {
                const e = this._particleSystem.getMaterialInstance(0) || this._defaultMat;
                if (!e) return;
                const i = e.passes[0];
                tht.x = this._particleSystem._time;
                tht.y = t;
                i.setUniform(this._uTimeHandle, tht);
                this._particleSystem.node.getWorldRotation(eht);
                i.setUniform(this._uRotHandle, eht);
                this.doUpdateRotation(i);
              }
              initShaderUniform(t) {
                const e = t.passes[0];
                this._uTimeHandle = e.getHandle("u_timeDelta");
                this._uRotHandle = e.getHandle("u_worldRot");
                this._uNodeRotHandle = e.getHandle("nodeRotation");
                this.doUpdateScale(e);
                e.setUniform(e.getHandle("frameTile_velLenScale"), this._unifrom_velLenScale);
                tht.x = sht;
                tht.y = .03125;
                e.setUniform(e.getHandle("u_sampleInfo"), tht);
                let i = !1;
                const s = this._particleSystem._forceOvertimeModule;
                i = s && s.enable;
                this._defines.FORCE_OVER_TIME_MODULE_ENABLE = i;
                if (i) {
                  const t = Ltt(this._forceTexture, this._forceData, sht, s.x, s.y, s.z);
                  this._forceTexture = t.texture;
                  this._forceData = t.texdata;
                  const i = e.getHandle("force_over_time_tex0");
                  const n = XP.getBindingFromHandle(i);
                  e.bindSampler(n, this._forceTexture.getGFXSampler());
                  e.bindTexture(n, this._forceTexture.getGFXTexture());
                  const r = e.getHandle("u_force_space");
                  e.setUniform(r, s.space);
                  const o = e.getHandle("u_force_mode");
                  e.setUniform(o, this._forceTexture.height);
                }
                const n = this._particleSystem._velocityOvertimeModule;
                i = n && n.enable;
                this._defines.VELOCITY_OVER_TIME_MODULE_ENABLE = i;
                if (i) {
                  const t = function(t, e, i, s, n, r, o, a) {
                    const l = Math.max(Ott(s), Ott(n), Ott(r), Ott(o));
                    const h = i * l * 4;
                    null !== e && e.length === h || (e = new Float32Array(i * l * 4));
                    const c = [ s, n, r, o ];
                    const u = 1 / (i - 1);
                    for (let t = 0; t < l; t++) for (let s = 0; s < 4; s++) {
                      const n = c[s];
                      let r = 0;
                      let o = 0;
                      for (let l = 0; l < i; l++) {
                        const h = Ptt(n, u * l, t);
                        if (a) o = h; else {
                          r += h;
                          o = r / (l + 1);
                        }
                        e[4 * (t * i + l) + s] = o;
                      }
                    }
                    return {
                      texture: Ntt(t, e, i, l),
                      texdata: e
                    };
                  }(this._velocityTexture, this._velocityData, sht, n.x, n.y, n.z, n.speedModifier);
                  this._velocityTexture = t.texture;
                  this._velocityData = t.texdata;
                  const i = e.getHandle("velocity_over_time_tex0");
                  const s = XP.getBindingFromHandle(i);
                  e.bindSampler(s, this._velocityTexture.getGFXSampler());
                  e.bindTexture(s, this._velocityTexture.getGFXTexture());
                  const r = e.getHandle("u_velocity_space");
                  e.setUniform(r, n.space);
                  const o = e.getHandle("u_velocity_mode");
                  e.setUniform(o, this._velocityTexture.height);
                }
                const r = this._particleSystem._colorOverLifetimeModule;
                i = r && r.enable;
                this._defines.COLOR_OVER_TIME_MODULE_ENABLE = i;
                if (i) {
                  const t = aet(this._colorTexture, this._colorData, sht, r.color);
                  this._colorTexture = t.texture;
                  this._colorData = t.texdata;
                  const i = e.getHandle("color_over_time_tex0");
                  const s = XP.getBindingFromHandle(i);
                  e.bindSampler(s, this._colorTexture.getGFXSampler());
                  e.bindTexture(s, this._colorTexture.getGFXTexture());
                  const n = e.getHandle("u_color_mode");
                  e.setUniform(n, this._colorTexture.height);
                }
                const o = this._particleSystem._rotationOvertimeModule;
                i = o && o.enable;
                this._defines.ROTATION_OVER_TIME_MODULE_ENABLE = i;
                if (i) {
                  let t;
                  t = o.separateAxes ? Ltt(this._rotationTexture, this._rotationData, sht, o.x, o.y, o.z) : function(t, e, i, s, n) {
                    const r = Ott(s);
                    const o = i * r * 4;
                    null !== e && e.length === o || (e = new Float32Array(i * r * 4));
                    const a = 1 / (i - 1);
                    let l = 0;
                    for (let t = 0; t < r; t++) for (let n = 0; n < i; n++) {
                      const i = Ptt(s, a * n, t);
                      e[l + 2] = i;
                      l += 4;
                    }
                    return {
                      texture: Ntt(t, e, i, r),
                      texdata: e
                    };
                  }(this._rotationTexture, this._rotationData, sht, o.z);
                  this._rotationTexture = t.texture;
                  this._rotationData = t.texdata;
                  if (this._rotationTexture) {
                    const t = e.getHandle("rotation_over_time_tex0");
                    const i = XP.getBindingFromHandle(t);
                    e.bindSampler(i, this._rotationTexture.getGFXSampler());
                    e.bindTexture(i, this._rotationTexture.getGFXTexture());
                    const s = e.getHandle("u_rotation_mode");
                    e.setUniform(s, this._rotationTexture.height);
                  }
                }
                const a = this._particleSystem._sizeOvertimeModule;
                i = a && a.enable;
                this._defines.SIZE_OVER_TIME_MODULE_ENABLE = i;
                if (i) {
                  let t;
                  t = a.separateAxes ? Ltt(this._sizeTexture, this._sizeData, sht, a.x, a.y, a.z, !0) : function(t, e, i, s, n) {
                    const r = Ott(s);
                    const o = i * r * 4;
                    null !== e && e.length === o || (e = new Float32Array(i * r * 4));
                    const a = 1 / (i - 1);
                    let l = 0;
                    let h = 0;
                    let c = 0;
                    for (let t = 0; t < r; t++) {
                      l = 0;
                      for (let r = 0; r < i; r++) {
                        const i = Ptt(s, a * r, t);
                        if (n) h = i; else {
                          l += i;
                          h = l / (r + 1);
                        }
                        e[c] = h;
                        e[c + 1] = h;
                        e[c + 2] = h;
                        c += 4;
                      }
                    }
                    return {
                      texture: Ntt(t, e, i, r),
                      texdata: e
                    };
                  }(this._sizeTexture, this._sizeData, sht, a.size, !0);
                  this._sizeTexture = t.texture;
                  this._sizeData = t.texdata;
                  if (this._sizeTexture) {
                    const t = e.getHandle("size_over_time_tex0");
                    const i = XP.getBindingFromHandle(t);
                    e.bindSampler(i, this._sizeTexture.getGFXSampler());
                    e.bindTexture(i, this._sizeTexture.getGFXTexture());
                    const s = e.getHandle("u_size_mode");
                    e.setUniform(s, this._sizeTexture.height);
                  }
                }
                const l = this._particleSystem._textureAnimationModule;
                i = l && l.enable;
                this._defines.TEXTURE_ANIMATION_MODULE_ENABLE = i;
                if (i) {
                  const t = function(t, e, i, s, n, r) {
                    const o = Math.max(Ott(s), Ott(n));
                    const a = i * o * 4;
                    null !== e && e.length === a || (e = new Float32Array(i * o * 4));
                    const l = [ s, n ];
                    const h = 1 / (i - 1);
                    for (let t = 0; t < o; t++) for (let s = 0; s < 2; s++) {
                      const n = l[s];
                      let o = 0;
                      let a = 0;
                      for (let l = 0; l < i; l++) {
                        const c = Ptt(n, h * l, t);
                        if (r) a = c; else {
                          o += c;
                          a = o / (l + 1);
                        }
                        e[4 * (t * i + l) + s] = a;
                      }
                    }
                    return {
                      texture: Ntt(t, e, i, o),
                      texdata: e
                    };
                  }(this._animTexture, this._animData, sht, l.startFrame, l.frameOverTime, !0);
                  this._animTexture = t.texture;
                  this._animData = t.texdata;
                  const i = e.getHandle("texture_animation_tex0");
                  const s = XP.getBindingFromHandle(i);
                  e.bindSampler(s, this._animTexture.getGFXSampler());
                  e.bindTexture(s, this._animTexture.getGFXTexture());
                  const n = e.getHandle("u_anim_info");
                  tht.x = this._animTexture.height;
                  tht.y = l.numTilesX * l.numTilesY;
                  tht.z = l.cycleCount;
                  e.setUniform(n, tht);
                }
                this._defines.USE_VK_SHADER = zo.gfxDevice.gfxAPI === fs.VULKAN;
                this._defines.CC_INSTANCE_PARTICLE = this._useInstance;
              }
              getParticleCount() {
                return this._particleNum;
              }
              onMaterialModified(t, e) {
                this._inited && this.updateMaterialParams();
              }
              onRebuildPSO(t, e) {
                this._model && 0 === t && this._model.setSubModelMaterial(0, e);
              }
              updateVertexAttrib() {
                if (this._renderInfo.renderMode === mit.Mesh && this._renderInfo.mesh) {
                  const t = this._renderInfo.mesh.readAttributeFormat(0, cr.ATTR_COLOR);
                  if (t) {
                    let e = bs.RGBA8;
                    for (let i = 0; i < ur.length; ++i) if (ur[i].name === t.name) {
                      e = i;
                      break;
                    }
                    this._vertAttrs[9] = new Vn(cr.ATTR_COLOR1, e, !0, this._useInstance ? 1 : 0);
                  } else {
                    const t = bs.RGBA8;
                    this._vertAttrs[9] = new Vn(cr.ATTR_COLOR1, t, !0, this._useInstance ? 1 : 0);
                  }
                }
              }
              _setVertexAttrib() {
                if (this._useInstance) this._setVertexAttribIns(); else switch (this._renderInfo.renderMode) {
                 case mit.StrecthedBillboard:
                  this._vertAttrs = dht.slice();
                  break;

                 case mit.Mesh:
                  this._vertAttrs = pht.slice();
                  break;

                 default:
                  this._vertAttrs = dht.slice();
                }
              }
              _setVertexAttribIns() {
                switch (this._renderInfo.renderMode) {
                 case mit.StrecthedBillboard:
                  this._vertAttrs = mht.slice();
                  break;

                 case mit.Mesh:
                  this._vertAttrs = fht.slice();
                  break;

                 default:
                  this._vertAttrs = mht.slice();
                }
              }
              updateMaterialParams() {
                if (!this._particleSystem) return;
                const t = this._particleSystem;
                const e = t.sharedMaterial;
                if (null !== e) {
                  e._effectAsset._name;
                  this._renderInfo.mainTexture = e.getProperty("mainTexture", 0);
                }
                if (null == t.sharedMaterial && null == this._defaultMat) {
                  ght.parent = xR.get("default-particle-gpu-material");
                  ght.owner = t;
                  ght.subModelIdx = 0;
                  this._defaultMat = new uS(ght);
                  ght.parent = null;
                  ght.owner = null;
                  ght.subModelIdx = 0;
                  null !== this._renderInfo.mainTexture && this._defaultMat.setProperty("mainTexture", this._renderInfo.mainTexture);
                }
                const i = t.getMaterialInstance(0) || this._defaultMat;
                t.node.getWorldMatrix($lt);
                t._simulationSpace === _it.World ? this._defines.CC_USE_WORLD_SPACE = !0 : this._defines.CC_USE_WORLD_SPACE = !1;
                const s = this._renderInfo.renderMode;
                if (s === mit.Billboard) this._defines.CC_RENDER_MODE = 0; else if (s === mit.StrecthedBillboard) {
                  this._defines.CC_RENDER_MODE = 1;
                  this._frameTile_velLenScale.z = this._renderInfo.velocityScale;
                  this._frameTile_velLenScale.w = this._renderInfo.lengthScale;
                } else s === mit.HorizontalBillboard ? this._defines.CC_RENDER_MODE = 2 : s === mit.VerticalBillboard ? this._defines.CC_RENDER_MODE = 3 : s === mit.Mesh ? this._defines.CC_RENDER_MODE = 4 : console.warn(`particle system renderMode ${s} not support.`);
                const n = t._textureAnimationModule;
                if (n && n.enable) {
                  Qi.set(this._frameTile_velLenScale, n.numTilesX, n.numTilesY);
                  is.copy(this._unifrom_velLenScale, this._frameTile_velLenScale);
                } else {
                  this._tmp_velLenScale.z = this._frameTile_velLenScale.z;
                  this._tmp_velLenScale.w = this._frameTile_velLenScale.w;
                  is.copy(this._unifrom_velLenScale, this._tmp_velLenScale);
                }
                this.initShaderUniform(i);
                i.recompileShaders(this._defines);
                this._model && this._model.updateMaterial(i);
              }
              setUseInstance(t) {
                if (this._useInstance !== t) {
                  this._useInstance = t;
                  if (this._model) {
                    this._model.useInstance = t;
                    this._model.doDestroy();
                  }
                  this.updateRenderMode();
                }
              }
              getNoisePreview(t, e, i) {}
            }
            var bht, Sht, Aht, Tht, vht, Eht, Cht, xht, wht, Rht, Iht, Mht, Bht, Dht, Pht, Oht, Nht, Lht, Fht, Vht, kht, Uht, Ght, zht, Hht, jht, Xht, Wht, Yht, qht, Kht, Jht, Zht, Qht, $ht, tct, ect, ict, sct, nct, rct, oct, act, lct;
            function hct() {
              const t = IR.root.device;
              if (t.capabilities.maxVertexTextureUnits >= 8 && t.getFormatFeatures(bs.RGBA32F) & (Is.RENDER_TARGET | Is.SAMPLED_TEXTURE)) return !0;
              m.warn("Maybe the device has restrictions on vertex textures or does not support float textures.");
              return !1;
            }
            let cct = (bht = Ul("cc.ParticleSystemRenderer"), Sht = Th(mit), Aht = ph(), Tht = lh(), 
            vht = ph(), Eht = lh(), Cht = ph(), xht = lh(), wht = Th(mit), Rht = Th(Ez), Iht = ph(), 
            Mht = lh(), Bht = Th(hm), Dht = ph(), Pht = rh(), Oht = lh(), Nht = Th(hm), Lht = ph(), 
            Fht = rh(), Vht = Th(hm), kht = ph(), Uht = rh(), Ght = Th(hm), zht = ph(), Hht = rh(), 
            jht = lh(), Xht = ph(), Wht = lh(), Yht = Th(pit), qht = ph(), Kht = lh(), bht(Jht = (Bl((Zht = (lct = act = class {
              constructor() {
                Ml(this, "_renderMode", Qht, this);
                Ml(this, "_velocityScale", $ht, this);
                Ml(this, "_lengthScale", tct, this);
                Ml(this, "_mesh", ect, this);
                Ml(this, "_cpuMaterial", ict, this);
                Ml(this, "_gpuMaterial", sct, this);
                Ml(this, "_mainTexture", nct, this);
                Ml(this, "_useGPU", rct, this);
                Ml(this, "_alignSpace", oct, this);
                this._particleSystem = null;
              }
              get renderMode() {
                return this._renderMode;
              }
              set renderMode(t) {
                if (this._renderMode !== t) {
                  this._renderMode = t;
                  this._particleSystem && this._particleSystem.processor.updateRenderMode();
                }
              }
              get velocityScale() {
                return this._velocityScale;
              }
              set velocityScale(t) {
                this._velocityScale = t;
                this._particleSystem && this._particleSystem.processor.updateMaterialParams();
              }
              get lengthScale() {
                return this._lengthScale;
              }
              set lengthScale(t) {
                this._lengthScale = t;
                this._particleSystem && this._particleSystem.processor.updateMaterialParams();
              }
              get mesh() {
                return this._mesh;
              }
              set mesh(t) {
                this._mesh = t;
                this._particleSystem && this._particleSystem.processor.setVertexAttributes();
              }
              get particleMaterial() {
                return this._particleSystem ? this._particleSystem.getMaterial(0) : null;
              }
              set particleMaterial(t) {
                this._particleSystem && this._particleSystem.setMaterial(t, 0);
              }
              get cpuMaterial() {
                return this._cpuMaterial;
              }
              set cpuMaterial(t) {
                if (null !== t) {
                  {
                    const e = t.effectName;
                    if (-1 === e.indexOf("particle") || -1 !== e.indexOf("particle-gpu")) {
                      N(6035);
                      return;
                    }
                  }
                  this._cpuMaterial = t;
                  this.particleMaterial = this._cpuMaterial;
                }
              }
              get gpuMaterial() {
                return this._gpuMaterial;
              }
              set gpuMaterial(t) {
                if (null !== t) {
                  if (-1 === t.effectName.indexOf("particle-gpu")) {
                    N(6035);
                    return;
                  }
                  this._gpuMaterial = t;
                  this.particleMaterial = this._gpuMaterial;
                }
              }
              get trailMaterial() {
                return this._particleSystem ? this._particleSystem.getMaterial(1) : null;
              }
              set trailMaterial(t) {
                this._particleSystem && this._particleSystem.setMaterial(t, 1);
              }
              get mainTexture() {
                return this._mainTexture;
              }
              set mainTexture(t) {
                this._mainTexture = t;
              }
              get useGPU() {
                return this._useGPU;
              }
              set useGPU(t) {
                if (this._useGPU !== t) {
                  hct() ? this._useGPU = t : this._useGPU = !1;
                  this._switchProcessor();
                }
              }
              get alignSpace() {
                return this._alignSpace;
              }
              set alignSpace(t) {
                this._alignSpace = t;
                this._particleSystem.processor.updateAlignSpace(this._alignSpace);
              }
              create(t) {
                null === this._particleSystem ? this._particleSystem = t : this._particleSystem !== t && F(6033);
              }
              onInit(t) {
                this.create(t);
                const e = this._useGPU && hct();
                if (this._particleSystem.processor) F(6034); else {
                  this._particleSystem.processor = e ? new yht(this) : new Qlt(this);
                  this._particleSystem.processor.updateAlignSpace(this.alignSpace);
                  this._particleSystem.processor.onInit(t);
                }
                if (e) this.gpuMaterial = this.particleMaterial; else {
                  if (this.particleMaterial && -1 !== this.particleMaterial.effectName.indexOf("particle-gpu")) {
                    this.particleMaterial = null;
                    N(6035);
                  }
                  this.cpuMaterial = this.particleMaterial;
                }
              }
              _switchProcessor() {
                if (!this._particleSystem) return;
                if (this._particleSystem.processor) {
                  this._particleSystem.processor.detachFromScene();
                  this._particleSystem.processor.clear();
                  this._particleSystem.processor = null;
                }
                const t = this._useGPU && hct();
                !t && this.cpuMaterial && (this.particleMaterial = this.cpuMaterial);
                t && this.gpuMaterial && (this.particleMaterial = this.gpuMaterial);
                this._particleSystem.processor = t ? new yht(this) : new Qlt(this);
                this._particleSystem.processor.updateAlignSpace(this.alignSpace);
                this._particleSystem.processor.onInit(this._particleSystem);
                this._particleSystem.processor.onEnable();
                this._particleSystem.bindModule();
              }
            }, act.AlignmentSpace = pit, lct)).prototype, "renderMode", [ Sht, Aht, Tht ], Object.getOwnPropertyDescriptor(Zht.prototype, "renderMode"), Zht.prototype), 
            Bl(Zht.prototype, "velocityScale", [ vht, Eht ], Object.getOwnPropertyDescriptor(Zht.prototype, "velocityScale"), Zht.prototype), 
            Bl(Zht.prototype, "lengthScale", [ Cht, xht ], Object.getOwnPropertyDescriptor(Zht.prototype, "lengthScale"), Zht.prototype), 
            Qht = Bl(Zht.prototype, "_renderMode", [ wht, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return mit.Billboard;
              }
            }), $ht = Bl(Zht.prototype, "_velocityScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), tct = Bl(Zht.prototype, "_lengthScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), ect = Bl(Zht.prototype, "_mesh", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(Zht.prototype, "mesh", [ Rht, Iht, Mht ], Object.getOwnPropertyDescriptor(Zht.prototype, "mesh"), Zht.prototype), 
            Bl(Zht.prototype, "particleMaterial", [ Bht, Dht, gh, Pht, Oht ], Object.getOwnPropertyDescriptor(Zht.prototype, "particleMaterial"), Zht.prototype), 
            Bl(Zht.prototype, "cpuMaterial", [ Nht, Lht, gh, Fht ], Object.getOwnPropertyDescriptor(Zht.prototype, "cpuMaterial"), Zht.prototype), 
            ict = Bl(Zht.prototype, "_cpuMaterial", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(Zht.prototype, "gpuMaterial", [ Vht, kht, gh, Uht ], Object.getOwnPropertyDescriptor(Zht.prototype, "gpuMaterial"), Zht.prototype), 
            sct = Bl(Zht.prototype, "_gpuMaterial", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(Zht.prototype, "trailMaterial", [ Ght, zht, gh, Hht, jht ], Object.getOwnPropertyDescriptor(Zht.prototype, "trailMaterial"), Zht.prototype), 
            nct = Bl(Zht.prototype, "_mainTexture", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), rct = Bl(Zht.prototype, "_useGPU", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(Zht.prototype, "useGPU", [ Xht, Wht ], Object.getOwnPropertyDescriptor(Zht.prototype, "useGPU"), Zht.prototype), 
            Bl(Zht.prototype, "alignSpace", [ Yht, qht, Kht ], Object.getOwnPropertyDescriptor(Zht.prototype, "alignSpace"), Zht.prototype), 
            oct = Bl(Zht.prototype, "_alignSpace", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return pit.View;
              }
            }), Zht)) || Jht);
            var uct, _ct, dct, pct, mct, fct, gct, yct, bct, Sct, Act, Tct, vct, Ect, Cct, xct, wct, Rct, Ict, Mct, Bct, Dct, Pct, Oct, Nct, Lct, Fct, Vct, kct, Uct, Gct, zct, Hct, jct, Xct, Wct, Yct, qct, Kct, Jct, Zct, Qct, $ct, tut, eut, iut, sut, nut;
            const rut = Math.cos(mi(100));
            const out = {
              position: new Pi,
              velocity: new Pi
            };
            const aut = new Ui;
            const lut = new qi;
            const hut = new Pi;
            const cut = new Pi;
            const uut = new Bi;
            class _ut {
              constructor(t) {
                this.start = void 0;
                this.end = void 0;
                this.trailElements = void 0;
                this.start = -1;
                this.end = -1;
                this.trailElements = [];
                for (;t--; ) this.trailElements.push({
                  position: new Pi,
                  lifetime: 0,
                  width: 0,
                  velocity: new Pi,
                  direction: 0,
                  color: new Bi
                });
              }
              getElement(t) {
                if (-1 === this.start) return null;
                t < 0 && (t = (t + this.trailElements.length) % this.trailElements.length);
                t >= this.trailElements.length && (t %= this.trailElements.length);
                return this.trailElements[t];
              }
              addElement() {
                if (0 === this.trailElements.length) return null;
                if (-1 === this.start) {
                  this.start = 0;
                  this.end = 1;
                  return this.trailElements[0];
                }
                if (this.start === this.end) {
                  this.trailElements.splice(this.end, 0, {
                    position: new Pi,
                    lifetime: 0,
                    width: 0,
                    velocity: new Pi,
                    direction: 0,
                    color: new Bi
                  });
                  this.start++;
                  this.start %= this.trailElements.length;
                }
                const t = this.end++;
                this.end %= this.trailElements.length;
                return this.trailElements[t];
              }
              iterateElement(t, e, i, s) {
                const n = this.start >= this.end ? this.end + this.trailElements.length : this.end;
                for (let r = this.start; r < n; r++) if (e(t, this.trailElements[r % this.trailElements.length], i, s)) {
                  this.start++;
                  this.start %= this.trailElements.length;
                }
                if (this.start === n) {
                  this.start = -1;
                  this.end = -1;
                }
              }
              count() {
                return this.start < this.end ? this.end - this.start : this.trailElements.length + this.end - this.start;
              }
              clear() {
                this.start = -1;
                this.end = -1;
              }
            }
            let dut = (uct = Ul("cc.TrailModule"), _ct = ph(), dct = Th(bit), pct = ph(), mct = lh(), 
            fct = Th(Dtt), gct = hh(), yct = ph(), bct = lh(), Sct = ph(), Act = lh(), Tct = Th(_it), 
            vct = ph(), Ect = lh(), Cct = Th(Sit), xct = ph(), wct = lh(), Rct = ph(), Ict = lh(), 
            Mct = Th(Dtt), Bct = hh(), Dct = ph(), Pct = lh(), Oct = ph(), Nct = lh(), Lct = Th(ret), 
            Fct = ph(), Vct = lh(), kct = Th(ret), Uct = ph(), Gct = lh(), zct = Th(_it), uct(Hct = (jct = (nut = class {
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (t !== this._enable || !this._trailModel) {
                  if (t && !this._enable) {
                    this._enable = t;
                    this._particleSystem.processor && this._particleSystem.processor.updateTrailMaterial();
                  }
                  if (t && !this._trailModel) {
                    this._createModel();
                    this.rebuild();
                  }
                  this._enable = t;
                  this._trailModel && (this._trailModel.enabled = t);
                  t ? this.onEnable() : this.onDisable();
                }
              }
              get minParticleDistance() {
                return this._minParticleDistance;
              }
              set minParticleDistance(t) {
                this._minParticleDistance = t;
                this._minSquaredDistance = t * t;
              }
              get space() {
                return this._space;
              }
              set space(t) {
                this._space = t;
                const e = this._particleSystem;
                e && e.processor && e.processor.updateTrailMaterial();
              }
              getModel() {
                return this._trailModel;
              }
              constructor() {
                Ml(this, "_enable", Xct, this);
                Ml(this, "mode", Wct, this);
                Ml(this, "lifeTime", Yct, this);
                Ml(this, "_minParticleDistance", qct, this);
                Ml(this, "existWithParticles", Kct, this);
                Ml(this, "textureMode", Jct, this);
                Ml(this, "widthFromParticle", Zct, this);
                Ml(this, "widthRatio", Qct, this);
                Ml(this, "colorFromParticle", $ct, this);
                Ml(this, "colorOverTrail", tut, this);
                Ml(this, "colorOvertime", eut, this);
                Ml(this, "_space", iut, this);
                Ml(this, "_particleSystem", sut, this);
                this._minSquaredDistance = 0;
                this._vertSize = void 0;
                this._trailNum = 0;
                this._trailLifetime = 0;
                this.vbOffset = 0;
                this.ibOffset = 0;
                this._trailSegments = null;
                this._particleTrail = void 0;
                this._trailModel = null;
                this._iaInfo = void 0;
                this._iaInfoBuffer = null;
                this._subMeshData = null;
                this._vertAttrs = void 0;
                this._vbF32 = null;
                this._vbUint32 = null;
                this._iBuffer = null;
                this._needTransform = !1;
                this._material = null;
                this._iaInfo = new Cn([ new vn ]);
                this._vertAttrs = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RGBA32F), new Vn(cr.ATTR_TEX_COORD1, bs.RGB32F), new Vn(cr.ATTR_COLOR, bs.RGBA8, !0) ];
                this._vertSize = 0;
                for (const t of this._vertAttrs) this._vertSize += ur[t.format].size;
                this._particleTrail = new Map;
              }
              onInit(t) {
                this._particleSystem = t;
                this.minParticleDistance = this._minParticleDistance;
                let e = 0;
                const i = t.startLifetime.getMax();
                const s = t.rateOverTime.getMax();
                const n = t.duration;
                for (let s = 0, r = t.bursts.length; s < r; s++) {
                  e += t.bursts[s].getMaxCount(t) * Math.ceil(i / n);
                }
                this.lifeTime.getMax() < 1 && N(6036);
                this._trailNum = Math.ceil(i * Math.ceil(this.lifeTime.getMax()) * 60 * (s * n + e));
                this._trailSegments = new $r((() => new _ut(10)), Math.ceil(s * n), (t => t.trailElements.length = 0));
                this._enable && (this.enable = this._enable);
              }
              onEnable() {
                this._attachToScene();
              }
              onDisable() {
                this._particleTrail.clear();
                this._detachFromScene();
              }
              _attachToScene() {
                if (this._trailModel) {
                  this._trailModel.scene && this._detachFromScene();
                  this._particleSystem._getRenderScene().addModel(this._trailModel);
                }
              }
              _detachFromScene() {
                this._trailModel && this._trailModel.scene && this._trailModel.scene.removeModel(this._trailModel);
              }
              destroy() {
                this.destroySubMeshData();
                if (this._trailModel) {
                  IR.root.destroyModel(this._trailModel);
                  this._trailModel = null;
                }
                if (this._trailSegments) {
                  this._trailSegments.destroy();
                  this._trailSegments = null;
                }
              }
              play() {
                this._trailModel && this._enable && (this._trailModel.enabled = !0);
              }
              clear() {
                if (this.enable) {
                  const t = this._particleTrail.values();
                  let e = t.next();
                  for (;!e.done; ) {
                    e.value.clear();
                    e = t.next();
                  }
                  this._particleTrail.clear();
                  this.updateRenderData();
                  this._trailModel && (this._trailModel.enabled = !1);
                }
              }
              updateMaterial() {
                if (this._particleSystem) {
                  this._material = this._particleSystem.getMaterialInstance(1) || this._particleSystem.processor._defaultTrailMat;
                  this._trailModel && this._trailModel.setSubModelMaterial(0, this._material);
                }
              }
              update() {
                this._trailLifetime = this.lifeTime.evaluate(this._particleSystem._time, 1);
                if (this.space === _it.World && this._particleSystem._simulationSpace === _it.Local) {
                  this._needTransform = !0;
                  this._particleSystem.node.getWorldMatrix(lut);
                  this._particleSystem.node.getWorldRotation(aut);
                } else this._needTransform = !1;
              }
              animate(t, e) {
                if (!this._trailSegments) return;
                if (t.loopCount > t.lastLoop) {
                  if (t.trailDelay > 1) {
                    t.lastLoop = t.loopCount;
                    t.trailDelay = 0;
                  } else t.trailDelay++;
                  return;
                }
                let i = this._particleTrail.get(t);
                if (!i) {
                  i = this._trailSegments.alloc();
                  this._particleTrail.set(t, i);
                  return;
                }
                let s = i.getElement(i.end - 1);
                this._needTransform ? Pi.transformMat4(hut, t.position, lut) : Pi.copy(hut, t.position);
                if (s) {
                  i.iterateElement(this, this._updateTrailElement, t, e);
                  if (Pi.squaredDistance(s.position, hut) < this._minSquaredDistance) return;
                }
                s = i.addElement();
                if (!s) return;
                Pi.copy(s.position, hut);
                s.lifetime = 0;
                this.widthFromParticle ? s.width = t.size.x * this.widthRatio.evaluate(0, 1) : s.width = this.widthRatio.evaluate(0, 1);
                const n = i.count();
                if (2 === n) {
                  const t = i.getElement(i.end - 2);
                  Pi.subtract(t.velocity, s.position, t.position);
                } else if (n > 2) {
                  const t = i.getElement(i.end - 2);
                  const e = i.getElement(i.end - 3);
                  Pi.subtract(hut, e.position, t.position);
                  Pi.subtract(cut, s.position, t.position);
                  Pi.subtract(t.velocity, cut, hut);
                  Pi.equals(Pi.ZERO, t.velocity) && Pi.copy(t.velocity, hut);
                  Pi.normalize(t.velocity, t.velocity);
                  this._checkDirectionReverse(t, e);
                }
                this.colorFromParticle ? s.color.set(t.color) : s.color.set(this.colorOvertime.evaluate(0, 1));
              }
              removeParticle(t) {
                const e = this._particleTrail.get(t);
                if (e && this._trailSegments) {
                  e.clear();
                  this._trailSegments.free(e);
                  this._particleTrail.delete(t);
                }
              }
              updateRenderData() {
                this.vbOffset = 0;
                this.ibOffset = 0;
                for (const t of this._particleTrail.keys()) {
                  const e = this._particleTrail.get(t);
                  if (-1 === e.start) continue;
                  const i = 4 * this.vbOffset / this._vertSize;
                  const s = e.start >= e.end ? e.end + e.trailElements.length : e.end;
                  const n = s - e.start;
                  const r = 1 / n;
                  const o = e.trailElements[e.start];
                  this._fillVertexBuffer(o, this.colorOverTrail.evaluate(1, 1), i, 1, 0, 4);
                  for (let t = e.start + 1; t < s; t++) {
                    const s = e.trailElements[t % e.trailElements.length];
                    const o = t - e.start;
                    this._fillVertexBuffer(s, this.colorOverTrail.evaluate(1 - o / n, 1), i, 1 - o * r, o, 5);
                  }
                  this._needTransform ? Pi.transformMat4(out.position, t.position, lut) : Pi.copy(out.position, t.position);
                  const a = this._trailModel;
                  a && a.node.invalidateChildren(ay.POSITION);
                  if (1 === n || 2 === n) {
                    const t = e.getElement(e.end - 1);
                    Pi.subtract(t.velocity, out.position, t.position);
                    this._vbF32[this.vbOffset - this._vertSize / 4 - 4] = t.velocity.x;
                    this._vbF32[this.vbOffset - this._vertSize / 4 - 3] = t.velocity.y;
                    this._vbF32[this.vbOffset - this._vertSize / 4 - 2] = t.velocity.z;
                    this._vbF32[this.vbOffset - 4] = t.velocity.x;
                    this._vbF32[this.vbOffset - 3] = t.velocity.y;
                    this._vbF32[this.vbOffset - 2] = t.velocity.z;
                    Pi.subtract(out.velocity, out.position, t.position);
                    this._checkDirectionReverse(out, t);
                  } else if (n > 2) {
                    const t = e.getElement(e.end - 1);
                    const s = e.getElement(e.end - 2);
                    Pi.subtract(hut, s.position, t.position);
                    Pi.subtract(cut, out.position, t.position);
                    Pi.normalize(hut, hut);
                    Pi.normalize(cut, cut);
                    Pi.subtract(t.velocity, cut, hut);
                    Pi.normalize(t.velocity, t.velocity);
                    this._checkDirectionReverse(t, s);
                    this.vbOffset -= this._vertSize / 4 * 2;
                    this.ibOffset -= 6;
                    this._fillVertexBuffer(t, this.colorOverTrail.evaluate(r, 1), i, r, n - 1, 5);
                    Pi.subtract(out.velocity, out.position, t.position);
                    Pi.normalize(out.velocity, out.velocity);
                    this._checkDirectionReverse(out, t);
                  }
                  this.widthFromParticle ? out.width = t.size.x * this.widthRatio.evaluate(0, 1) : out.width = this.widthRatio.evaluate(0, 1);
                  out.color = t.color;
                  Pi.equals(out.velocity, Pi.ZERO) ? this.ibOffset -= 3 : this._fillVertexBuffer(out, this.colorOverTrail.evaluate(0, 1), i, 0, n, 1);
                }
                this._trailModel && (this._trailModel.enabled = this.ibOffset > 0);
              }
              updateIA(t) {
                const e = this._trailModel && this._trailModel.subModels;
                if (e && e.length > 0) {
                  const i = e[0];
                  i.inputAssembler.vertexBuffers[0].update(this._vbF32);
                  i.inputAssembler.indexBuffer.update(this._iBuffer);
                  this._iaInfo.drawInfos[0].firstIndex = 0;
                  this._iaInfo.drawInfos[0].indexCount = t;
                  this._iaInfoBuffer.update(this._iaInfo);
                }
              }
              beforeRender() {
                this.updateIA(this.ibOffset);
              }
              _createModel() {
                this._trailModel || (this._trailModel = m.director.root.createModel(wA));
              }
              rebuild() {
                const t = IR.root.device;
                const e = t.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, this._vertSize * (this._trailNum + 1) * 2, this._vertSize));
                const i = new ArrayBuffer(this._vertSize * (this._trailNum + 1) * 2);
                this._vbF32 = new Float32Array(i);
                this._vbUint32 = new Uint32Array(i);
                e.update(i);
                const s = t.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, 6 * Math.max(1, this._trailNum) * Uint16Array.BYTES_PER_ELEMENT, Uint16Array.BYTES_PER_ELEMENT));
                this._iBuffer = new Uint16Array(6 * Math.max(1, this._trailNum));
                s.update(this._iBuffer);
                this._iaInfoBuffer = t.createBuffer(new An(Ts.INDIRECT, Cs.HOST | Cs.DEVICE, mr, mr));
                this._iaInfo.drawInfos[0].vertexCount = 2 * (this._trailNum + 1);
                this._iaInfo.drawInfos[0].indexCount = 6 * this._trailNum;
                this._iaInfoBuffer.update(this._iaInfo);
                this._subMeshData = new fC([ e ], this._vertAttrs, Xs.TRIANGLE_LIST, s, this._iaInfoBuffer);
                const n = this._trailModel;
                if (n && this._material) {
                  n.node = n.transform = this._particleSystem.node;
                  n.visFlags = this._particleSystem.visibility;
                  n.initSubModel(0, this._subMeshData, this._material);
                  n.enabled = !0;
                }
              }
              _updateTrailElement(t, e, i, s) {
                e.lifetime += s;
                if (t.colorFromParticle) {
                  e.color.set(i.color);
                  e.color.multiply(t.colorOvertime.evaluate(1 - i.remainingLifetime / i.startLifetime, 1));
                } else e.color.set(t.colorOvertime.evaluate(1 - i.remainingLifetime / i.startLifetime, 1));
                t.widthFromParticle ? e.width = i.size.x * t.widthRatio.evaluate(e.lifetime / t._trailLifetime, 1) : e.width = t.widthRatio.evaluate(e.lifetime / t._trailLifetime, 1);
                return e.lifetime > t._trailLifetime;
              }
              _fillVertexBuffer(t, e, i, s, n, r) {
                this._vbF32[this.vbOffset++] = t.position.x;
                this._vbF32[this.vbOffset++] = t.position.y;
                this._vbF32[this.vbOffset++] = t.position.z;
                this._vbF32[this.vbOffset++] = t.direction;
                this._vbF32[this.vbOffset++] = t.width;
                this._vbF32[this.vbOffset++] = s;
                this._vbF32[this.vbOffset++] = 0;
                this._vbF32[this.vbOffset++] = t.velocity.x;
                this._vbF32[this.vbOffset++] = t.velocity.y;
                this._vbF32[this.vbOffset++] = t.velocity.z;
                uut.set(t.color);
                uut.multiply(e);
                this._vbUint32[this.vbOffset++] = uut._val;
                this._vbF32[this.vbOffset++] = t.position.x;
                this._vbF32[this.vbOffset++] = t.position.y;
                this._vbF32[this.vbOffset++] = t.position.z;
                this._vbF32[this.vbOffset++] = 1 - t.direction;
                this._vbF32[this.vbOffset++] = t.width;
                this._vbF32[this.vbOffset++] = s;
                this._vbF32[this.vbOffset++] = 1;
                this._vbF32[this.vbOffset++] = t.velocity.x;
                this._vbF32[this.vbOffset++] = t.velocity.y;
                this._vbF32[this.vbOffset++] = t.velocity.z;
                this._vbUint32[this.vbOffset++] = uut._val;
                if (1 & r) {
                  this._iBuffer[this.ibOffset++] = i + 2 * n;
                  this._iBuffer[this.ibOffset++] = i + 2 * n - 1;
                  this._iBuffer[this.ibOffset++] = i + 2 * n + 1;
                }
                if (4 & r) {
                  this._iBuffer[this.ibOffset++] = i + 2 * n;
                  this._iBuffer[this.ibOffset++] = i + 2 * n + 1;
                  this._iBuffer[this.ibOffset++] = i + 2 * n + 2;
                }
              }
              _checkDirectionReverse(t, e) {
                Pi.dot(t.velocity, e.velocity) < rut ? t.direction = 1 - e.direction : t.direction = e.direction;
              }
              destroySubMeshData() {
                if (this._subMeshData) {
                  this._subMeshData.destroy();
                  this._subMeshData = null;
                }
              }
            }, nut), Bl(jct.prototype, "enable", [ _ct ], Object.getOwnPropertyDescriptor(jct.prototype, "enable"), jct.prototype), 
            Xct = Bl(jct.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Wct = Bl(jct.prototype, "mode", [ dct, Yl, pct, mct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return bit.Particles;
              }
            }), Yct = Bl(jct.prototype, "lifeTime", [ fct, Yl, gct, yct, bct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), qct = Bl(jct.prototype, "_minParticleDistance", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), Bl(jct.prototype, "minParticleDistance", [ Sct, Act ], Object.getOwnPropertyDescriptor(jct.prototype, "minParticleDistance"), jct.prototype), 
            Bl(jct.prototype, "space", [ Tct, vct, Ect ], Object.getOwnPropertyDescriptor(jct.prototype, "space"), jct.prototype), 
            Kct = Bl(jct.prototype, "existWithParticles", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Jct = Bl(jct.prototype, "textureMode", [ Cct, Yl, xct, wct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Sit.Stretch;
              }
            }), Zct = Bl(jct.prototype, "widthFromParticle", [ Yl, Rct, Ict ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Qct = Bl(jct.prototype, "widthRatio", [ Mct, Yl, Bct, Dct, Pct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), $ct = Bl(jct.prototype, "colorFromParticle", [ Yl, Oct, Nct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), tut = Bl(jct.prototype, "colorOverTrail", [ Lct, Yl, Fct, Vct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new ret;
              }
            }), eut = Bl(jct.prototype, "colorOvertime", [ kct, Yl, Uct, Gct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new ret;
              }
            }), iut = Bl(jct.prototype, "_space", [ zct ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return _it.World;
              }
            }), sut = Bl(jct.prototype, "_particleSystem", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), jct)) || Hct);
            const put = new qi;
            const mut = new qi;
            const fut = new Ui;
            const gut = new Pi;
            const yut = [ "_colorOverLifetimeModule", "_sizeOvertimeModule", "_velocityOvertimeModule", "_forceOvertimeModule", "_limitVelocityOvertimeModule", "_rotationOvertimeModule", "_textureAnimationModule" ];
            class but {
              constructor(t) {
                this._particleSystem = void 0;
                this._processor = void 0;
                this._node = void 0;
                this._particlesAll = void 0;
                this._updateList = new Map;
                this._animateList = new Map;
                this._runAnimateList = new Array;
                this._localMat = new qi;
                this._gravity = new is;
                this.minPos = new Pi;
                this.maxPos = new Pi;
                this._nodePos = new Pi;
                this._nodeSize = new Pi;
                this._particleSystem = t;
                this._processor = this._particleSystem.processor;
                this._node = t.node;
                this._particlesAll = [];
                this._initModuleList();
              }
              _updateBoundingNode() {
                this._nodeSize.set(this.maxPos.x - this.minPos.x, this.maxPos.y - this.minPos.y, this.maxPos.z - this.minPos.z);
                this._nodePos.set(this.minPos.x + .5 * this._nodeSize.x, this.minPos.y + .5 * this._nodeSize.y, this.minPos.z + .5 * this._nodeSize.z);
              }
              setBoundingBoxSize(t) {
                this.maxPos.x = this._nodePos.x + t.x;
                this.maxPos.y = this._nodePos.y + t.y;
                this.maxPos.z = this._nodePos.z + t.z;
                this.minPos.x = this._nodePos.x - t.x;
                this.minPos.y = this._nodePos.y - t.y;
                this.minPos.z = this._nodePos.z - t.z;
                this._updateBoundingNode();
              }
              setBoundingBoxCenter(t, e, i) {
                this.maxPos.x = t + .5 * this._nodeSize.x;
                this.maxPos.y = e + .5 * this._nodeSize.y;
                this.maxPos.z = i + .5 * this._nodeSize.z;
                this.minPos.x = t - .5 * this._nodeSize.x;
                this.minPos.y = e - .5 * this._nodeSize.y;
                this.minPos.z = i - .5 * this._nodeSize.z;
                this._updateBoundingNode();
              }
              _initModuleList() {
                yut.forEach((t => {
                  const e = this._particleSystem[t];
                  if (e && e.enable) {
                    e.needUpdate && (this._updateList[e.name] = e);
                    e.needAnimate && (this._animateList[e.name] = e);
                  }
                }));
                this._runAnimateList.length = 0;
                for (let t = 0, e = hit.length; t < e; t++) {
                  const e = this._animateList[hit[t]];
                  e && this._runAnimateList.push(e);
                }
              }
              _emit(t, e, i) {
                const n = this._particleSystem;
                const r = this._node;
                const o = n.time % n.duration / n.duration;
                r.invalidateChildren(ay.POSITION);
                if (n.simulationSpace === _it.World) {
                  r.getWorldMatrix(put);
                  r.getWorldRotation(fut);
                }
                for (let r = 0; r < t; ++r) {
                  const t = new tit(n);
                  t.particleSystem = n;
                  t.reset();
                  const r = Si(bi(0, s));
                  if (n._shapeModule && n._shapeModule.enable) n._shapeModule.emit(t); else {
                    Pi.set(t.position, 0, 0, 0);
                    Pi.copy(t.velocity, kit);
                  }
                  n._textureAnimationModule && n._textureAnimationModule.enable && n._textureAnimationModule.init(t);
                  const a = n.startSpeed.evaluate(o, r);
                  Pi.multiplyScalar(t.velocity, t.velocity, a);
                  if (n.simulationSpace === _it.World) {
                    Pi.transformMat4(t.position, t.position, put);
                    Pi.transformQuat(t.velocity, t.velocity, fut);
                  }
                  Pi.copy(t.ultimateVelocity, t.velocity);
                  Pi.set(t.rotation, 0, 0, 0);
                  if (n.startSize3D) Pi.set(t.startSize, n.startSizeX.evaluate(o, r), n.startSizeY.evaluate(o, r), n.startSizeZ.evaluate(o, r)); else {
                    Pi.set(t.startSize, n.startSizeX.evaluate(o, r), 1, 1);
                    t.startSize.y = t.startSize.x;
                  }
                  Pi.copy(t.size, t.startSize);
                  t.startLifetime = n.startLifetime.evaluate(o, r) + e;
                  t.remainingLifetime = t.startLifetime;
                  i.push(t);
                }
              }
              _updateParticles(t, e) {
                const i = this._particleSystem;
                i.node.getWorldMatrix(put);
                switch (i.scaleSpace) {
                 case _it.Local:
                  i.node.getScale(gut);
                  break;

                 case _it.World:
                  i.node.getWorldScale(gut);
                }
                this._updateList.forEach(((t, e) => {
                  t.update(i.simulationSpace, put);
                }));
                if (i.simulationSpace === _it.Local) {
                  const t = i.node.getRotation();
                  qi.fromQuat(this._localMat, t);
                  this._localMat.transpose();
                }
                if (i.node.parent) {
                  i.node.parent.getWorldMatrix(mut);
                  mut.invert();
                }
                for (let s = 0; s < e.length; ++s) {
                  const n = e[s];
                  n.remainingLifetime -= t;
                  Pi.set(n.animatedVelocity, 0, 0, 0);
                  if (i.simulationSpace === _it.Local) {
                    const e = 9.8 * -i.gravityModifier.evaluate(1 - n.remainingLifetime / n.startLifetime, Si(n.randomSeed)) * t;
                    this._gravity.x = 0;
                    this._gravity.y = e;
                    this._gravity.z = 0;
                    this._gravity.w = 1;
                    if (!ui(e, 0, hi)) {
                      i.node.parent && (this._gravity = this._gravity.transformMat4(mut));
                      this._gravity = this._gravity.transformMat4(this._localMat);
                      n.velocity.x += this._gravity.x;
                      n.velocity.y += this._gravity.y;
                      n.velocity.z += this._gravity.z;
                    }
                  } else n.velocity.y -= 9.8 * i.gravityModifier.evaluate(1 - n.remainingLifetime / n.startLifetime, Si(n.randomSeed)) * t;
                  Pi.copy(n.ultimateVelocity, n.velocity);
                  this._runAnimateList.forEach((e => {
                    e.animate(n, t);
                  }));
                  Pi.scaleAndAdd(n.position, n.position, n.ultimateVelocity, t);
                }
              }
              _calculateBounding(t) {
                const e = new Pi;
                const i = new Pi;
                const s = new Pi;
                const n = new Pi;
                const r = new Pi(1, 1, 1);
                if (this._processor.getInfo().renderMode === mit.Mesh) {
                  const t = this._processor.getInfo().mesh;
                  if (t && t.struct.minPosition && t.struct.maxPosition) {
                    const e = new hl;
                    hl.fromPoints(e, t.struct.minPosition, t.struct.maxPosition);
                    const i = Math.max(e.halfExtents.x, e.halfExtents.y, e.halfExtents.z);
                    r.set(i, i, i);
                  }
                }
                const o = this._particleSystem.node.worldMatrix;
                for (let a = 0; a < this._particlesAll.length; ++a) {
                  const l = this._particlesAll[a];
                  Pi.multiply(e, gut, l.size);
                  Pi.multiply(e, e, r);
                  i.set(l.position);
                  this._particleSystem.simulationSpace !== _it.World && Pi.transformMat4(i, i, o);
                  if (t && 0 === a) {
                    Pi.subtract(this.minPos, i, e);
                    Pi.add(this.maxPos, i, e);
                  } else {
                    Pi.subtract(s, i, e);
                    Pi.add(n, i, e);
                    Pi.min(this.minPos, this.minPos, s);
                    Pi.max(this.maxPos, this.maxPos, n);
                  }
                }
              }
              calculatePositions() {
                this._emit(this._particleSystem.capacity, 0, this._particlesAll);
                const t = Si(bi(0, s));
                this._updateParticles(0, this._particlesAll);
                this._calculateBounding(!0);
                this._updateParticles(this._particleSystem.startLifetime.evaluate(0, t), this._particlesAll);
                this._calculateBounding(!1);
                this._updateBoundingNode();
              }
              clear() {
                this._particlesAll.length = 0;
              }
              destroy() {}
            }
            var Sut, Aut, Tut, vut, Eut, Cut, xut, wut, Rut, Iut, Mut, But, Dut, Put, Out, Nut, Lut, Fut, Vut, kut, Uut, Gut, zut, Hut, jut, Xut, Wut, Yut, qut, Kut, Jut, Zut, Qut, $ut, t_t, e_t, i_t, s_t, n_t, r_t, o_t, a_t, l_t, h_t, c_t, u_t, __t, d_t, p_t, m_t, f_t, g_t, y_t, b_t, S_t, A_t, T_t, v_t, E_t, C_t, x_t, w_t, R_t, I_t, M_t, B_t, D_t, P_t, O_t, N_t;
            let L_t = (Sut = Ul("cc.NoiseModule"), Aut = ph(), Tut = Th(Ne), vut = hh(), Eut = ph(), 
            Cut = Th(Ne), xut = hh(), wut = ph(), Rut = Th(Ne), Iut = hh(), Mut = ph(), But = Th(Ne), 
            Dut = hh(), Put = ph(), Out = Th(Ne), Nut = hh(), Lut = ph(), Fut = Th(Ne), Vut = hh(), 
            kut = ph(), Uut = Th(Ne), Gut = hh(), zut = _h(), Hut = ph(), jut = rh(), Xut = Th(Ne), 
            Wut = hh(), Yut = _h(), qut = ph(), Kut = rh(), Jut = Th(Ne), Zut = hh(), Qut = _h(), 
            $ut = ph(), t_t = rh(), e_t = Th(Ne), i_t = hh(), s_t = _h(), n_t = ph(), r_t = Th(Oe), 
            o_t = hh(), a_t = _h(), l_t = ph(), h_t = rh(), c_t = Th(Ne), u_t = hh(), __t = _h(), 
            d_t = ph(), p_t = rh(), m_t = Th(Ne), f_t = hh(), g_t = _h(), y_t = ph(), Sut(b_t = (S_t = (N_t = class extends uit {
              constructor(...t) {
                super(...t);
                Ml(this, "_enable", A_t, this);
                Ml(this, "_strengthX", T_t, this);
                Ml(this, "_strengthY", v_t, this);
                Ml(this, "_strengthZ", E_t, this);
                Ml(this, "_noiseSpeedX", C_t, this);
                Ml(this, "_noiseSpeedY", x_t, this);
                Ml(this, "_noiseSpeedZ", w_t, this);
                Ml(this, "_noiseFrequency", R_t, this);
                Ml(this, "_remapX", I_t, this);
                Ml(this, "_remapY", M_t, this);
                Ml(this, "_remapZ", B_t, this);
                Ml(this, "_octaves", D_t, this);
                Ml(this, "_octaveMultiplier", P_t, this);
                Ml(this, "_octaveScale", O_t, this);
                this.name = lit;
                this.noise = new Vlt;
                this.samplePosition = new Pi;
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                if (this._enable !== t) {
                  this._enable = t;
                  this.target && this.target.enableModule(this.name, t, this);
                }
              }
              get strengthX() {
                return this._strengthX;
              }
              set strengthX(t) {
                this._strengthX = t;
              }
              get strengthY() {
                return this._strengthY;
              }
              set strengthY(t) {
                this._strengthY = t;
              }
              get strengthZ() {
                return this._strengthZ;
              }
              set strengthZ(t) {
                this._strengthZ = t;
              }
              get noiseSpeedX() {
                return this._noiseSpeedX;
              }
              set noiseSpeedX(t) {
                this._noiseSpeedX = t;
              }
              get noiseSpeedY() {
                return this._noiseSpeedY;
              }
              set noiseSpeedY(t) {
                this._noiseSpeedY = t;
              }
              get noiseSpeedZ() {
                return this._noiseSpeedZ;
              }
              set noiseSpeedZ(t) {
                this._noiseSpeedZ = t;
              }
              get noiseFrequency() {
                return this._noiseFrequency;
              }
              set noiseFrequency(t) {
                this._noiseFrequency = t;
              }
              get remapX() {
                return this._remapX;
              }
              set remapX(t) {
                this._remapX = t;
              }
              get remapY() {
                return this._remapY;
              }
              set remapY(t) {
                this._remapY = t;
              }
              get remapZ() {
                return this._remapZ;
              }
              set remapZ(t) {
                this._remapZ = t;
              }
              get octaves() {
                return this._octaves;
              }
              set octaves(t) {
                this._octaves = t;
              }
              get octaveMultiplier() {
                return this._octaveMultiplier;
              }
              set octaveMultiplier(t) {
                this._octaveMultiplier = t;
              }
              get octaveScale() {
                return this._octaveScale;
              }
              set octaveScale(t) {
                this._octaveScale = t;
              }
              animate(t, e) {
                this.noise.setTime(t.particleSystem.time);
                this.noise.setSpeed(this.noiseSpeedX, this.noiseSpeedY, this.noiseSpeedZ);
                this.noise.setFrequency(this.noiseFrequency);
                this.noise.setAbs(this.remapX, this.remapY, this.remapZ);
                this.noise.setAmplititude(this.strengthX, this.strengthY, this.strengthZ);
                this.noise.setOctaves(this.octaves, this.octaveMultiplier, this.octaveScale);
                this.samplePosition.set(t.position);
                this.samplePosition.add3f(1 * Math.random(), 1 * Math.random(), 1 * Math.random());
                this.noise.setSamplePoint(this.samplePosition);
                this.noise.getNoiseParticle();
                const i = this.noise.getResult();
                i.multiply3f(Math.random(), Math.random(), Math.random());
                Pi.add(t.position, t.position, i.multiplyScalar(e));
              }
              getNoisePreview(t, e, i, s) {
                this.noise.setTime(e.time);
                this.noise.setSpeed(this.noiseSpeedX, this.noiseSpeedY, this.noiseSpeedZ);
                this.noise.setFrequency(this.noiseFrequency);
                this.noise.setAbs(this.remapX, this.remapY, this.remapZ);
                this.noise.setAmplititude(this.strengthX, this.strengthY, this.strengthZ);
                this.noise.setOctaves(this.octaves, this.octaveMultiplier, this.octaveScale);
                this.noise.getNoiseParticle();
                this.noise.getPreview(t, i, s);
              }
            }, N_t), A_t = Bl(S_t.prototype, "_enable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(S_t.prototype, "enable", [ Aut ], Object.getOwnPropertyDescriptor(S_t.prototype, "enable"), S_t.prototype), 
            Bl(S_t.prototype, "strengthX", [ Tut, vut, Eut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "strengthX"), S_t.prototype), 
            T_t = Bl(S_t.prototype, "_strengthX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), Bl(S_t.prototype, "strengthY", [ Cut, xut, wut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "strengthY"), S_t.prototype), 
            v_t = Bl(S_t.prototype, "_strengthY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), Bl(S_t.prototype, "strengthZ", [ Rut, Iut, Mut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "strengthZ"), S_t.prototype), 
            E_t = Bl(S_t.prototype, "_strengthZ", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), Bl(S_t.prototype, "noiseSpeedX", [ But, Dut, dh, Put ], Object.getOwnPropertyDescriptor(S_t.prototype, "noiseSpeedX"), S_t.prototype), 
            C_t = Bl(S_t.prototype, "_noiseSpeedX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(S_t.prototype, "noiseSpeedY", [ Out, Nut, Lut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "noiseSpeedY"), S_t.prototype), 
            x_t = Bl(S_t.prototype, "_noiseSpeedY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(S_t.prototype, "noiseSpeedZ", [ Fut, Vut, kut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "noiseSpeedZ"), S_t.prototype), 
            w_t = Bl(S_t.prototype, "_noiseSpeedZ", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(S_t.prototype, "noiseFrequency", [ Uut, Gut, zut, Hut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "noiseFrequency"), S_t.prototype), 
            R_t = Bl(S_t.prototype, "_noiseFrequency", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Bl(S_t.prototype, "remapX", [ jut, Xut, Wut, Yut, qut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "remapX"), S_t.prototype), 
            I_t = Bl(S_t.prototype, "_remapX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(S_t.prototype, "remapY", [ Kut, Jut, Zut, Qut, $ut, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "remapY"), S_t.prototype), 
            M_t = Bl(S_t.prototype, "_remapY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(S_t.prototype, "remapZ", [ t_t, e_t, i_t, s_t, n_t, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "remapZ"), S_t.prototype), 
            B_t = Bl(S_t.prototype, "_remapZ", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(S_t.prototype, "octaves", [ r_t, o_t, a_t, l_t, dh ], Object.getOwnPropertyDescriptor(S_t.prototype, "octaves"), S_t.prototype), 
            D_t = Bl(S_t.prototype, "_octaves", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Bl(S_t.prototype, "octaveMultiplier", [ h_t, c_t, u_t, __t, d_t ], Object.getOwnPropertyDescriptor(S_t.prototype, "octaveMultiplier"), S_t.prototype), 
            P_t = Bl(S_t.prototype, "_octaveMultiplier", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), Bl(S_t.prototype, "octaveScale", [ p_t, m_t, f_t, g_t, y_t ], Object.getOwnPropertyDescriptor(S_t.prototype, "octaveScale"), S_t.prototype), 
            O_t = Bl(S_t.prototype, "_octaveScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 2;
              }
            }), S_t)) || b_t);
            var F_t, V_t, k_t, U_t, G_t, z_t, H_t, j_t, X_t, W_t, Y_t, q_t, K_t, J_t, Z_t, Q_t, $_t, tdt, edt, idt, sdt, ndt, rdt, odt, adt, ldt, hdt, cdt, udt, _dt, ddt, pdt, mdt, fdt, gdt, ydt, bdt, Sdt, Adt, Tdt, vdt, Edt, Cdt, xdt, wdt, Rdt, Idt, Mdt, Bdt, Ddt, Pdt, Odt, Ndt, Ldt, Fdt, Vdt, kdt, Udt, Gdt, zdt, Hdt, jdt, Xdt, Wdt, Ydt, qdt, Kdt, Jdt, Zdt, Qdt, $dt, tpt, ept, ipt, spt, npt, rpt, opt, apt, lpt, hpt, cpt, upt, _pt, dpt, ppt, mpt, fpt, gpt, ypt, bpt, Spt, Apt, Tpt, vpt, Ept, Cpt, xpt, wpt, Rpt, Ipt, Mpt, Bpt, Dpt, Ppt, Opt, Npt, Lpt, Fpt, Vpt, kpt, Upt, Gpt, zpt, Hpt, jpt, Xpt, Wpt, Ypt, qpt, Kpt, Jpt, Zpt, Qpt, $pt, tmt, emt, imt, smt, nmt, rmt, omt, amt, lmt, hmt, cmt, umt, _mt, dmt, pmt, mmt, fmt, gmt, ymt, bmt, Smt, Amt, Tmt, vmt, Emt, Cmt, xmt, wmt, Rmt, Imt, Mmt, Bmt, Dmt, Pmt, Omt, Nmt, Lmt, Fmt, Vmt, kmt, Umt, Gmt, zmt, Hmt, jmt, Xmt, Wmt, Ymt, qmt, Kmt, Jmt, Zmt, Qmt, $mt, tft, eft, ift, sft, nft, rft, oft, aft, lft, hft, cft, uft, _ft, dft, pft, mft, fft;
            const gft = new qi;
            const yft = new Ui;
            const bft = Object.getOwnPropertyDescriptor(vS.prototype, "sharedMaterials");
            let Sft = function(e) {
              return t({
                ParticleSystem: e,
                ParticleSystemComponent: e
              }), e;
            }((F_t = Ul("cc.ParticleSystem"), V_t = sh(), k_t = $l(), U_t = zl(99), G_t = hh(), 
            z_t = ph(), H_t = lh(), j_t = Th(ret), X_t = ph(), W_t = lh(), Y_t = Th(_it), q_t = ph(), 
            K_t = lh(), J_t = ph(), Z_t = lh(), Q_t = ql("startSize"), $_t = hh(), tdt = Th(Dtt), 
            edt = ph(), idt = lh(), sdt = Th(Dtt), ndt = hh(), rdt = ph(), odt = lh(), adt = rh(), 
            ldt = Th(Dtt), hdt = hh(), cdt = ph(), udt = lh(), _dt = rh(), ddt = Th(Dtt), pdt = hh(), 
            mdt = ph(), fdt = lh(), gdt = ph(), ydt = lh(), bdt = Th(Dtt), Sdt = hh(), Adt = ph(), 
            Tdt = lh(), vdt = rh(), Edt = Th(Dtt), Cdt = hh(), xdt = ph(), wdt = lh(), Rdt = rh(), 
            Idt = Th(Dtt), Mdt = ql("startRotation"), Bdt = hh(), Ddt = ph(), Pdt = lh(), Odt = rh(), 
            Ndt = Th(Dtt), Ldt = hh(), Fdt = ph(), Vdt = lh(), kdt = Th(Dtt), Udt = hh(), Gdt = ph(), 
            zdt = lh(), Hdt = ph(), jdt = lh(), Xdt = ph(), Wdt = lh(), Ydt = ph(), qdt = lh(), 
            Kdt = Th(_it), Jdt = ph(), Zdt = lh(), Qdt = ph(), $dt = lh(), tpt = ph(), ept = lh(), 
            ipt = Th(Dtt), spt = hh(), npt = ph(), rpt = lh(), opt = Th(Dtt), apt = hh(), lpt = ph(), 
            hpt = lh(), cpt = Th(Dtt), upt = hh(), _pt = ph(), dpt = lh(), ppt = Th([ sat ]), 
            mpt = ph(), fpt = lh(), gpt = Th(Le), ypt = ph(), bpt = lh(), Spt = Th(dit), Apt = ph(), 
            Tpt = lh(), vpt = Th(Ne), Ept = ph(), Cpt = lh(), xpt = Th(Ne), wpt = ph(), Rpt = lh(), 
            Ipt = Th(Ne), Mpt = ph(), Bpt = lh(), Dpt = ph(), Ppt = lh(), Opt = ql("enableCulling"), 
            Npt = rh(), Lpt = Th(hm), Fpt = ah(), Vpt = Th(Vit), kpt = Th(Vit), Upt = ph(), 
            Gpt = lh(), zpt = Th(Dlt), Hpt = Th(Dlt), jpt = ph(), Xpt = lh(), Wpt = Th(yrt), 
            Ypt = Th(yrt), qpt = ph(), Kpt = lh(), Jpt = Th(Yot), Zpt = Th(Yot), Qpt = ph(), 
            $pt = lh(), tmt = Th(Sst), emt = Th(Sst), imt = ph(), smt = lh(), nmt = Th(cnt), 
            rmt = Th(cnt), omt = ph(), amt = lh(), lmt = Th(Vnt), hmt = Th(Vnt), cmt = ph(), 
            umt = lh(), _mt = Th(_ot), dmt = Th(_ot), pmt = ph(), mmt = lh(), fmt = Th(L_t), 
            gmt = Th(L_t), ymt = ph(), bmt = Th(dut), Smt = Th(dut), Amt = ph(), Tmt = lh(), 
            vmt = Th(cct), Emt = ph(), Cmt = lh(), F_t(xmt = V_t(xmt = k_t(xmt = U_t(xmt = Ql(xmt = (wmt = (fft = mft = class extends wS {
              get capacity() {
                return this._capacity;
              }
              set capacity(t) {
                this._capacity = Math.floor(t > 0 ? t : 0);
                this.processor && this.processor._model && this.processor._model.setCapacity(this._capacity);
              }
              get prewarm() {
                return this._prewarm;
              }
              set prewarm(t) {
                !0 === t && this.loop;
                this._prewarm = t;
              }
              get simulationSpace() {
                return this._simulationSpace;
              }
              set simulationSpace(t) {
                if (t !== this._simulationSpace) {
                  this._simulationSpace = t;
                  if (this.processor) {
                    this.processor.updateMaterialParams();
                    this.processor.updateTrailMaterial();
                  }
                }
              }
              set renderCulling(t) {
                this._renderCulling = t;
                if (t && !this._boundingBox) {
                  this._boundingBox = new hl;
                  this._calculateBounding(!1);
                }
              }
              get renderCulling() {
                return this._renderCulling;
              }
              get cullingMode() {
                return this._cullingMode;
              }
              set cullingMode(t) {
                this._cullingMode = t;
              }
              get aabbHalfX() {
                const t = this.getBoundingX();
                return t || 0;
              }
              set aabbHalfX(t) {
                this.setBoundingX(t);
              }
              get aabbHalfY() {
                const t = this.getBoundingY();
                return t || 0;
              }
              set aabbHalfY(t) {
                this.setBoundingY(t);
              }
              get aabbHalfZ() {
                const t = this.getBoundingZ();
                return t || 0;
              }
              set aabbHalfZ(t) {
                this.setBoundingZ(t);
              }
              get dataCulling() {
                return this._dataCulling;
              }
              set dataCulling(t) {
                this._dataCulling = t;
              }
              get sharedMaterials() {
                return bft.get.call(this);
              }
              set sharedMaterials(t) {
                bft.set.call(this, t);
              }
              get colorOverLifetimeModule() {
                return this._colorOverLifetimeModule;
              }
              set colorOverLifetimeModule(t) {
                t && (this._colorOverLifetimeModule = t);
              }
              get shapeModule() {
                return this._shapeModule;
              }
              set shapeModule(t) {
                t && (this._shapeModule = t);
              }
              get sizeOvertimeModule() {
                return this._sizeOvertimeModule;
              }
              set sizeOvertimeModule(t) {
                t && (this._sizeOvertimeModule = t);
              }
              get velocityOvertimeModule() {
                return this._velocityOvertimeModule;
              }
              set velocityOvertimeModule(t) {
                t && (this._velocityOvertimeModule = t);
              }
              get forceOvertimeModule() {
                return this._forceOvertimeModule;
              }
              set forceOvertimeModule(t) {
                t && (this._forceOvertimeModule = t);
              }
              get limitVelocityOvertimeModule() {
                return this._limitVelocityOvertimeModule;
              }
              set limitVelocityOvertimeModule(t) {
                t && (this._limitVelocityOvertimeModule = t);
              }
              get rotationOvertimeModule() {
                return this._rotationOvertimeModule;
              }
              set rotationOvertimeModule(t) {
                t && (this._rotationOvertimeModule = t);
              }
              get textureAnimationModule() {
                return this._textureAnimationModule;
              }
              set textureAnimationModule(t) {
                t && (this._textureAnimationModule = t);
              }
              get noiseModule() {
                return this._noiseModule;
              }
              set noiseModule(t) {
                t && (this._noiseModule = t);
              }
              get trailModule() {
                return this._trailModule;
              }
              set trailModule(t) {
                t && (this._trailModule = t);
              }
              constructor() {
                super();
                Ml(this, "startColor", Rmt, this);
                Ml(this, "scaleSpace", Imt, this);
                Ml(this, "startSize3D", Mmt, this);
                Ml(this, "startSizeX", Bmt, this);
                Ml(this, "startSizeY", Dmt, this);
                Ml(this, "startSizeZ", Pmt, this);
                Ml(this, "startSpeed", Omt, this);
                Ml(this, "startRotation3D", Nmt, this);
                Ml(this, "startRotationX", Lmt, this);
                Ml(this, "startRotationY", Fmt, this);
                Ml(this, "startRotationZ", Vmt, this);
                Ml(this, "startDelay", kmt, this);
                Ml(this, "startLifetime", Umt, this);
                Ml(this, "duration", Gmt, this);
                Ml(this, "loop", zmt, this);
                Ml(this, "simulationSpeed", Hmt, this);
                Ml(this, "playOnAwake", jmt, this);
                Ml(this, "gravityModifier", Xmt, this);
                Ml(this, "rateOverTime", Wmt, this);
                Ml(this, "rateOverDistance", Ymt, this);
                Ml(this, "bursts", qmt, this);
                Ml(this, "_renderCulling", Kmt, this);
                Ml(this, "_cullingMode", Jmt, this);
                Ml(this, "_aabbHalfX", Zmt, this);
                Ml(this, "_aabbHalfY", Qmt, this);
                Ml(this, "_aabbHalfZ", $mt, this);
                Ml(this, "_dataCulling", tft, this);
                Ml(this, "_colorOverLifetimeModule", eft, this);
                Ml(this, "_shapeModule", ift, this);
                Ml(this, "_sizeOvertimeModule", sft, this);
                Ml(this, "_velocityOvertimeModule", nft, this);
                Ml(this, "_forceOvertimeModule", rft, this);
                Ml(this, "_limitVelocityOvertimeModule", oft, this);
                Ml(this, "_rotationOvertimeModule", aft, this);
                Ml(this, "_textureAnimationModule", lft, this);
                Ml(this, "_noiseModule", hft, this);
                Ml(this, "_trailModule", cft, this);
                Ml(this, "renderer", uft, this);
                this._isPlaying = void 0;
                this._isPaused = void 0;
                this._isStopped = void 0;
                this._isEmitting = void 0;
                this._needRefresh = void 0;
                this._time = void 0;
                this._emitRateTimeCounter = void 0;
                this._emitRateDistanceCounter = void 0;
                this._oldWPos = void 0;
                this._curWPos = void 0;
                this._boundingBox = void 0;
                this._culler = void 0;
                this._oldPos = void 0;
                this._curPos = void 0;
                this._isCulled = void 0;
                this._isSimulating = void 0;
                this._customData1 = void 0;
                this._customData2 = void 0;
                this._subEmitters = void 0;
                this._needAttach = void 0;
                Ml(this, "_prewarm", _ft, this);
                Ml(this, "_capacity", dft, this);
                Ml(this, "_simulationSpace", pft, this);
                this.processor = null;
                this.rateOverTime.constant = 10;
                this.startLifetime.constant = 5;
                this.startSizeX.constant = 1;
                this.startSpeed.constant = 5;
                this._isPlaying = !1;
                this._isPaused = !1;
                this._isStopped = !0;
                this._isEmitting = !1;
                this._needRefresh = !0;
                this._needAttach = !1;
                this._time = 0;
                this._emitRateTimeCounter = 0;
                this._emitRateDistanceCounter = 0;
                this._oldWPos = new Pi;
                this._curWPos = new Pi;
                this._boundingBox = null;
                this._culler = null;
                this._oldPos = null;
                this._curPos = null;
                this._isCulled = !1;
                this._isSimulating = !0;
                this._customData1 = new Qi;
                this._customData2 = new Qi;
                this._subEmitters = [];
              }
              onFocusInEditor() {
                this.renderer.create(this);
              }
              onLoad() {
                this.renderer.onInit(this);
                this._shapeModule && this._shapeModule.onInit(this);
                this._trailModule && !this.renderer.useGPU && this._trailModule.onInit(this);
                this.bindModule();
                this._resetPosition();
              }
              _onMaterialModified(t, e) {
                null !== this.processor && this.processor.onMaterialModified(t, e);
              }
              _onRebuildPSO(t, e) {
                this.processor.onRebuildPSO(t, e);
              }
              _collectModels() {
                this._models.length = 0;
                this._models.push(this.processor._model);
                this._trailModule && this._trailModule.enable && this._trailModule._trailModel && this._models.push(this._trailModule._trailModel);
                return this._models;
              }
              _attachToScene() {
                this.processor.attachToScene();
                this._trailModule && this._trailModule.enable && this._trailModule._attachToScene();
              }
              _detachFromScene() {
                this.processor.detachFromScene();
                this._trailModule && this._trailModule.enable && this._trailModule._detachFromScene();
                this._boundingBox && (this._boundingBox = null);
                if (this._culler) {
                  this._culler.clear();
                  this._culler.destroy();
                  this._culler = null;
                }
              }
              bindModule() {
                this._colorOverLifetimeModule && this._colorOverLifetimeModule.bindTarget(this.processor);
                this._sizeOvertimeModule && this._sizeOvertimeModule.bindTarget(this.processor);
                this._rotationOvertimeModule && this._rotationOvertimeModule.bindTarget(this.processor);
                this._forceOvertimeModule && this._forceOvertimeModule.bindTarget(this.processor);
                this._limitVelocityOvertimeModule && this._limitVelocityOvertimeModule.bindTarget(this.processor);
                this._velocityOvertimeModule && this._velocityOvertimeModule.bindTarget(this.processor);
                this._textureAnimationModule && this._textureAnimationModule.bindTarget(this.processor);
                this._noiseModule && this._noiseModule.bindTarget(this.processor);
              }
              play() {
                this._isPaused && (this._isPaused = !1);
                this._isStopped && (this._isStopped = !1);
                this._isPlaying = !0;
                this._isEmitting = !0;
                this._resetPosition();
                this._prewarm && this._prewarmSystem();
                this._trailModule && this._trailModule.play();
                if (this.processor) {
                  const t = this.processor.getModel();
                  t && (t.enabled = this.enabledInHierarchy);
                }
              }
              pause() {
                if (this._isStopped) console.warn("pause(): particle system is already stopped."); else {
                  this._isPlaying && (this._isPlaying = !1);
                  this._isPaused = !0;
                }
              }
              stopEmitting() {
                this._isEmitting = !1;
              }
              stop() {
                (this._isPlaying || this._isPaused) && this.clear();
                this._isPlaying && (this._isPlaying = !1);
                this._isPaused && (this._isPaused = !1);
                this._isEmitting && (this._isEmitting = !1);
                this._time = 0;
                this._emitRateTimeCounter = 0;
                this._emitRateDistanceCounter = 0;
                this._isStopped = !0;
                this._needRefresh = !0;
                for (const t of this.bursts) t.reset();
              }
              clear() {
                if (this.enabledInHierarchy) {
                  this.processor.clear();
                  this._trailModule && this._trailModule.clear();
                }
                this._calculateBounding(!1);
              }
              getParticleCount() {
                return this.processor.getParticleCount();
              }
              setCustomData1(t, e) {
                Qi.set(this._customData1, t, e);
              }
              setCustomData2(t, e) {
                Qi.set(this._customData2, t, e);
              }
              onDestroy() {
                var t;
                this.stop();
                if (null === (t = this.processor.getModel()) || void 0 === t ? void 0 : t.scene) {
                  this.processor.detachFromScene();
                  this._trailModule && this._trailModule.enable && this._trailModule._detachFromScene();
                }
                m.director.off(m.Director.EVENT_BEFORE_COMMIT, this.beforeRender, this);
                this.processor.onDestroy();
                this._trailModule && this._trailModule.destroy();
                if (this._culler) {
                  this._culler.clear();
                  this._culler.destroy();
                  this._culler = null;
                }
              }
              onEnable() {
                super.onEnable();
                m.director.on(m.Director.EVENT_BEFORE_COMMIT, this.beforeRender, this);
                this.playOnAwake && this.play();
                this.processor.onEnable();
                this._trailModule && this._trailModule.onEnable();
              }
              onDisable() {
                m.director.off(m.Director.EVENT_BEFORE_COMMIT, this.beforeRender, this);
                this.processor.onDisable();
                this._trailModule && this._trailModule.onDisable();
                this._boundingBox && (this._boundingBox = null);
                if (this._culler) {
                  this._culler.clear();
                  this._culler.destroy();
                  this._culler = null;
                }
              }
              _calculateBounding(t) {
                if (this._boundingBox) {
                  this._culler || (this._culler = new but(this));
                  this._culler.calculatePositions();
                  hl.fromPoints(this._boundingBox, this._culler.minPos, this._culler.maxPos);
                  if (t) {
                    this.aabbHalfX = this._boundingBox.halfExtents.x;
                    this.aabbHalfY = this._boundingBox.halfExtents.y;
                    this.aabbHalfZ = this._boundingBox.halfExtents.z;
                  } else {
                    this.aabbHalfX ? this.setBoundingX(this.aabbHalfX) : this.aabbHalfX = this._boundingBox.halfExtents.x;
                    this.aabbHalfY ? this.setBoundingY(this.aabbHalfY) : this.aabbHalfY = this._boundingBox.halfExtents.y;
                    this.aabbHalfZ ? this.setBoundingZ(this.aabbHalfZ) : this.aabbHalfZ = this._boundingBox.halfExtents.z;
                  }
                  this._culler.clear();
                }
              }
              update(t) {
                const e = t * this.simulationSpeed;
                if (this.renderCulling) {
                  var i;
                  if (!this._boundingBox) {
                    this._boundingBox = new hl;
                    this._calculateBounding(!1);
                  }
                  this._curPos || (this._curPos = new Pi);
                  this.node.getWorldPosition(this._curPos);
                  if (!this._oldPos) {
                    this._oldPos = new Pi;
                    this._oldPos.set(this._curPos);
                  }
                  if (!this._curPos.equals(this._oldPos) && this._boundingBox && this._culler) {
                    const t = this._curPos.x - this._oldPos.x;
                    const e = this._curPos.y - this._oldPos.y;
                    const i = this._curPos.z - this._oldPos.z;
                    const s = this._boundingBox.center;
                    s.x += t;
                    s.y += e;
                    s.z += i;
                    this._culler.setBoundingBoxCenter(s.x, s.y, s.z);
                    this._oldPos.set(this._curPos);
                  }
                  const t = null === (i = this.node.scene.renderScene) || void 0 === i ? void 0 : i.cameras;
                  let s = !0;
                  if (void 0 !== t && this._boundingBox) for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    if ((i.visibility & this.node.layer) === this.node.layer && Za.aabbFrustum(this._boundingBox, i.frustum)) {
                      s = !1;
                      break;
                    }
                  }
                  if (s) {
                    this._cullingMode !== dit.AlwaysSimulate && (this._isSimulating = !1);
                    if (!this._isCulled) {
                      this.processor.detachFromScene();
                      this._isCulled = !0;
                    }
                    this._trailModule && this._trailModule.enable && this._trailModule._detachFromScene();
                    this._cullingMode === dit.PauseAndCatchup && (this._time += e);
                    if (this._cullingMode !== dit.AlwaysSimulate) return;
                  } else {
                    if (this._isCulled) {
                      this._attachToScene();
                      this._isCulled = !1;
                    }
                    this._isSimulating || (this._isSimulating = !0);
                  }
                  if (!this._isSimulating) return;
                } else {
                  this._boundingBox && (this._boundingBox = null);
                  if (this._culler) {
                    this._culler.clear();
                    this._culler.destroy();
                    this._culler = null;
                  }
                  this._isSimulating = !0;
                }
                if (this._isPlaying) {
                  this._time += e;
                  this._emit(e);
                  0 !== this.processor.updateParticles(e) || this._isEmitting || this.stop();
                } else {
                  const t = (this.getMaterialInstance(0) || this.processor.getDefaultMaterial()).passes[0];
                  this.processor.updateRotation(t);
                  this.processor.updateScale(t);
                }
                this.processor.updateRenderData();
                this._trailModule && this._trailModule.enable && this._trailModule.updateRenderData();
                if (this._needAttach && this.getParticleCount() > 0 && !this._isCulled) {
                  var s;
                  (null === (s = this.processor.getModel()) || void 0 === s ? void 0 : s.scene) || this.processor.attachToScene();
                  if (this._trailModule && this._trailModule.enable) {
                    var n;
                    (null === (n = this._trailModule.getModel()) || void 0 === n ? void 0 : n.scene) || this._trailModule._attachToScene();
                  }
                  this._needAttach = !1;
                }
              }
              beforeRender() {
                var t;
                if (this._isPlaying) {
                  this.processor.beforeRender();
                  this._trailModule && this._trailModule.enable && this._trailModule.beforeRender();
                  if (this.getParticleCount() <= 0) {
                    var e;
                    if (null === (e = this.processor.getModel()) || void 0 === e ? void 0 : e.scene) {
                      this.processor.detachFromScene();
                      this._trailModule && this._trailModule.enable && this._trailModule._detachFromScene();
                      this._needAttach = !1;
                    }
                  } else (null === (t = this.processor.getModel()) || void 0 === t ? void 0 : t.scene) || (this._needAttach = !0);
                }
              }
              _onVisibilityChange(t) {
                this.processor._model && (this.processor._model.visFlags = t);
              }
              emit(t, e) {
                const i = this._time % this.duration / this.duration;
                if (this._needRefresh) {
                  this.node.invalidateChildren(ay.POSITION);
                  this._needRefresh = !1;
                }
                if (this._simulationSpace === _it.World) {
                  this.node.getWorldMatrix(gft);
                  this.node.getWorldRotation(yft);
                }
                for (let n = 0; n < t; ++n) {
                  const t = this.processor.getFreeParticle();
                  if (null === t) return;
                  t.particleSystem = this;
                  t.reset();
                  const n = Si(bi(0, s));
                  if (this._shapeModule && this._shapeModule.enable) this._shapeModule.emit(t); else {
                    Pi.set(t.position, 0, 0, 0);
                    Pi.copy(t.velocity, kit);
                  }
                  this._textureAnimationModule && this._textureAnimationModule.enable && this._textureAnimationModule.init(t);
                  const r = this.startSpeed.evaluate(i, n);
                  Pi.multiplyScalar(t.velocity, t.velocity, r);
                  if (this._simulationSpace === _it.World) {
                    Pi.transformMat4(t.position, t.position, gft);
                    Pi.transformQuat(t.velocity, t.velocity, yft);
                  }
                  Pi.copy(t.ultimateVelocity, t.velocity);
                  this.startRotation3D ? t.startEuler.set(this.startRotationX.evaluate(i, n), this.startRotationY.evaluate(i, n), this.startRotationZ.evaluate(i, n)) : t.startEuler.set(0, 0, this.startRotationZ.evaluate(i, n));
                  t.rotation.set(t.startEuler);
                  if (this.startSize3D) Pi.set(t.startSize, this.startSizeX.evaluate(i, n), this.startSizeY.evaluate(i, n), this.startSizeZ.evaluate(i, n)); else {
                    Pi.set(t.startSize, this.startSizeX.evaluate(i, n), 1, 1);
                    t.startSize.y = t.startSize.x;
                  }
                  Pi.copy(t.size, t.startSize);
                  t.startColor.set(this.startColor.evaluate(i, n));
                  t.color.set(t.startColor);
                  t.startLifetime = this.startLifetime.evaluate(i, n) + e;
                  t.remainingLifetime = t.startLifetime;
                  t.randomSeed = bi(0, 233280);
                  t.loopCount++;
                  this.processor.setNewParticle(t);
                }
              }
              _prewarmSystem() {
                this.startDelay.mode = Btt.Constant;
                this.startDelay.constant = 0;
                const t = this.duration / 1;
                for (let e = 0; e < t; ++e) {
                  this._time += 1;
                  this._emit(1);
                  this.processor.updateParticles(1);
                }
              }
              _emit(t) {
                const e = this.startDelay.evaluate(0, 1);
                if (this._time > e) {
                  this._time > this.duration + e && (this.loop || (this._isEmitting = !1));
                  if (!this._isEmitting) return;
                  this._emitRateTimeCounter += this.rateOverTime.evaluate(this._time / this.duration, 1) * t;
                  if (this._emitRateTimeCounter > 1) {
                    const e = Math.floor(this._emitRateTimeCounter);
                    this._emitRateTimeCounter -= e;
                    this.emit(e, t);
                  }
                  this.node.getWorldPosition(this._curWPos);
                  const i = Pi.distance(this._curWPos, this._oldWPos);
                  Pi.copy(this._oldWPos, this._curWPos);
                  this._emitRateDistanceCounter += i * this.rateOverDistance.evaluate(this._time / this.duration, 1);
                  if (this._emitRateDistanceCounter > 1) {
                    const e = Math.floor(this._emitRateDistanceCounter);
                    this._emitRateDistanceCounter -= e;
                    this.emit(e, t);
                  }
                  for (const e of this.bursts) e.update(this, t);
                }
              }
              _resetPosition() {
                this.node.getWorldPosition(this._oldWPos);
                Pi.copy(this._curWPos, this._oldWPos);
              }
              addSubEmitter(t) {
                this._subEmitters.push(t);
              }
              removeSubEmitter(t) {
                this._subEmitters.splice(this._subEmitters.indexOf(t), 1);
              }
              addBurst(t) {
                this.bursts.push(t);
              }
              removeBurst(t) {
                this.bursts.splice(this.bursts.indexOf(t), 1);
              }
              getBoundingX() {
                return this._aabbHalfX;
              }
              getBoundingY() {
                return this._aabbHalfY;
              }
              getBoundingZ() {
                return this._aabbHalfZ;
              }
              setBoundingX(t) {
                if (this._boundingBox && this._culler) {
                  this._boundingBox.halfExtents.x = t;
                  this._culler.setBoundingBoxSize(this._boundingBox.halfExtents);
                  this._aabbHalfX = t;
                }
              }
              setBoundingY(t) {
                if (this._boundingBox && this._culler) {
                  this._boundingBox.halfExtents.y = t;
                  this._culler.setBoundingBoxSize(this._boundingBox.halfExtents);
                  this._aabbHalfY = t;
                }
              }
              setBoundingZ(t) {
                if (this._boundingBox && this._culler) {
                  this._boundingBox.halfExtents.z = t;
                  this._culler.setBoundingBoxSize(this._boundingBox.halfExtents);
                  this._aabbHalfZ = t;
                }
              }
              get isPlaying() {
                return this._isPlaying;
              }
              get isPaused() {
                return this._isPaused;
              }
              get isStopped() {
                return this._isStopped;
              }
              get isEmitting() {
                return this._isEmitting;
              }
              get time() {
                return this._time;
              }
              _onBeforeSerialize(t) {
                return this.dataCulling ? t.filter((t => !cit.includes(t) || this[t] && this[t].enable)) : t;
              }
              getNoisePreview(t, e) {
                const i = [];
                this.processor && this.processor.getNoisePreview(i, t, e);
                return i;
              }
            }, mft.CullingMode = dit, fft), Bl(wmt.prototype, "capacity", [ G_t, z_t, H_t ], Object.getOwnPropertyDescriptor(wmt.prototype, "capacity"), wmt.prototype), 
            Rmt = Bl(wmt.prototype, "startColor", [ j_t, Yl, X_t, W_t ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new ret;
              }
            }), Imt = Bl(wmt.prototype, "scaleSpace", [ Y_t, Yl, q_t, K_t ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return _it.Local;
              }
            }), Mmt = Bl(wmt.prototype, "startSize3D", [ Yl, J_t, Z_t ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bmt = Bl(wmt.prototype, "startSizeX", [ Q_t, $_t, tdt, edt, idt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Dmt = Bl(wmt.prototype, "startSizeY", [ sdt, Yl, ndt, rdt, odt, adt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Pmt = Bl(wmt.prototype, "startSizeZ", [ ldt, Yl, hdt, cdt, udt, _dt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Omt = Bl(wmt.prototype, "startSpeed", [ ddt, Yl, pdt, mdt, fdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Nmt = Bl(wmt.prototype, "startRotation3D", [ Yl, gdt, ydt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Lmt = Bl(wmt.prototype, "startRotationX", [ bdt, Yl, Sdt, mh, Adt, Tdt, vdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Fmt = Bl(wmt.prototype, "startRotationY", [ Edt, Yl, Cdt, mh, xdt, wdt, Rdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Vmt = Bl(wmt.prototype, "startRotationZ", [ Idt, Mdt, Bdt, mh, Ddt, Pdt, Odt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), kmt = Bl(wmt.prototype, "startDelay", [ Ndt, Yl, Ldt, Fdt, Vdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Umt = Bl(wmt.prototype, "startLifetime", [ kdt, Yl, Udt, Gdt, zdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Gmt = Bl(wmt.prototype, "duration", [ Yl, Hdt, jdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), zmt = Bl(wmt.prototype, "loop", [ Yl, Xdt, Wdt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(wmt.prototype, "prewarm", [ Ydt, qdt ], Object.getOwnPropertyDescriptor(wmt.prototype, "prewarm"), wmt.prototype), 
            Bl(wmt.prototype, "simulationSpace", [ Kdt, Yl, Jdt, Zdt ], Object.getOwnPropertyDescriptor(wmt.prototype, "simulationSpace"), wmt.prototype), 
            Hmt = Bl(wmt.prototype, "simulationSpeed", [ Yl, Qdt, $dt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), jmt = Bl(wmt.prototype, "playOnAwake", [ Yl, tpt, ept ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Xmt = Bl(wmt.prototype, "gravityModifier", [ ipt, Yl, spt, npt, rpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Wmt = Bl(wmt.prototype, "rateOverTime", [ opt, Yl, apt, lpt, hpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), Ymt = Bl(wmt.prototype, "rateOverDistance", [ cpt, Yl, upt, _pt, dpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Dtt;
              }
            }), qmt = Bl(wmt.prototype, "bursts", [ ppt, Yl, mpt, fpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Bl(wmt.prototype, "renderCulling", [ gpt, ypt, bpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "renderCulling"), wmt.prototype), 
            Kmt = Bl(wmt.prototype, "_renderCulling", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(wmt.prototype, "cullingMode", [ Spt, Apt, Tpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "cullingMode"), wmt.prototype), 
            Jmt = Bl(wmt.prototype, "_cullingMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return dit.Pause;
              }
            }), Bl(wmt.prototype, "aabbHalfX", [ vpt, Ept, Cpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "aabbHalfX"), wmt.prototype), 
            Zmt = Bl(wmt.prototype, "_aabbHalfX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(wmt.prototype, "aabbHalfY", [ xpt, wpt, Rpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "aabbHalfY"), wmt.prototype), 
            Qmt = Bl(wmt.prototype, "_aabbHalfY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(wmt.prototype, "aabbHalfZ", [ Ipt, Mpt, Bpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "aabbHalfZ"), wmt.prototype), 
            $mt = Bl(wmt.prototype, "_aabbHalfZ", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(wmt.prototype, "dataCulling", [ Dpt, Ppt ], Object.getOwnPropertyDescriptor(wmt.prototype, "dataCulling"), wmt.prototype), 
            tft = Bl(wmt.prototype, "_dataCulling", [ Yl, Opt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(wmt.prototype, "sharedMaterials", [ vh, Npt, Lpt, Yl, Fpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "sharedMaterials"), wmt.prototype), 
            eft = Bl(wmt.prototype, "_colorOverLifetimeModule", [ Vpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "colorOverLifetimeModule", [ kpt, Upt, Gpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "colorOverLifetimeModule"), wmt.prototype), 
            ift = Bl(wmt.prototype, "_shapeModule", [ zpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "shapeModule", [ Hpt, jpt, Xpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "shapeModule"), wmt.prototype), 
            sft = Bl(wmt.prototype, "_sizeOvertimeModule", [ Wpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "sizeOvertimeModule", [ Ypt, qpt, Kpt ], Object.getOwnPropertyDescriptor(wmt.prototype, "sizeOvertimeModule"), wmt.prototype), 
            nft = Bl(wmt.prototype, "_velocityOvertimeModule", [ Jpt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "velocityOvertimeModule", [ Zpt, Qpt, $pt ], Object.getOwnPropertyDescriptor(wmt.prototype, "velocityOvertimeModule"), wmt.prototype), 
            rft = Bl(wmt.prototype, "_forceOvertimeModule", [ tmt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "forceOvertimeModule", [ emt, imt, smt ], Object.getOwnPropertyDescriptor(wmt.prototype, "forceOvertimeModule"), wmt.prototype), 
            oft = Bl(wmt.prototype, "_limitVelocityOvertimeModule", [ nmt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "limitVelocityOvertimeModule", [ rmt, omt, amt ], Object.getOwnPropertyDescriptor(wmt.prototype, "limitVelocityOvertimeModule"), wmt.prototype), 
            aft = Bl(wmt.prototype, "_rotationOvertimeModule", [ lmt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "rotationOvertimeModule", [ hmt, cmt, umt ], Object.getOwnPropertyDescriptor(wmt.prototype, "rotationOvertimeModule"), wmt.prototype), 
            lft = Bl(wmt.prototype, "_textureAnimationModule", [ _mt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "textureAnimationModule", [ dmt, pmt, mmt ], Object.getOwnPropertyDescriptor(wmt.prototype, "textureAnimationModule"), wmt.prototype), 
            hft = Bl(wmt.prototype, "_noiseModule", [ fmt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "noiseModule", [ gmt, ymt ], Object.getOwnPropertyDescriptor(wmt.prototype, "noiseModule"), wmt.prototype), 
            cft = Bl(wmt.prototype, "_trailModule", [ bmt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(wmt.prototype, "trailModule", [ Smt, Amt, Tmt ], Object.getOwnPropertyDescriptor(wmt.prototype, "trailModule"), wmt.prototype), 
            uft = Bl(wmt.prototype, "renderer", [ vmt, Yl, Emt, Cmt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new cct;
              }
            }), _ft = Bl(wmt.prototype, "_prewarm", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), dft = Bl(wmt.prototype, "_capacity", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 100;
              }
            }), pft = Bl(wmt.prototype, "_simulationSpace", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return _it.Local;
              }
            }), wmt)) || xmt) || xmt) || xmt) || xmt) || xmt));
            class Aft {
              static instantiate(t) {
                if (!this.registeredSceneEvent) {
                  IR.on(RR.EVENT_BEFORE_SCENE_LAUNCH, this.onSceneUnload, this);
                  this.registeredSceneEvent = !0;
                }
                this.particleSystemPool.has(t._uuid) || this.particleSystemPool.set(t._uuid, new $r((() => d_(t) || new _y), 1, (t => t.destroy())));
                return this.particleSystemPool.get(t._uuid).alloc();
              }
              static destroy(t) {
                if (this.particleSystemPool.has(t._prefab.asset._uuid)) {
                  this.stop(t);
                  this.particleSystemPool.get(t._prefab.asset._uuid).free(t);
                }
              }
              static play(t) {
                for (const e of t.getComponentsInChildren(Sft)) e.play();
              }
              static stop(t) {
                for (const e of t.getComponentsInChildren(Sft)) e.stop();
              }
              static onSceneUnload() {
                this.particleSystemPool.forEach((t => t.destroy()));
                this.particleSystemPool.clear();
              }
            }
            t("ParticleUtils", Aft);
            Aft.particleSystemPool = new Map;
            Aft.registeredSceneEvent = !1;
            Y(sat.prototype, "Burst.prototype", [ {
              name: "minCount"
            }, {
              name: "maxCount"
            } ]);
            W(Sft.prototype, "ParticleSystem.prototype", [ {
              name: "enableCulling",
              newName: "dataCulling"
            } ]);
            m.ParticleSystemComponent = Sft;
            ee.setClassAlias(Sft, "cc.ParticleSystemComponent");
            m.BillboardComponent = Att;
            ee.setClassAlias(Att, "cc.BillboardComponent");
            m.LineComponent = $et;
            ee.setClassAlias($et, "cc.LineComponent");
            m.ParticleUtils = Aft;
            const Tft = oe({
              GRAVITY: 0,
              RADIUS: 1
            });
            const vft = oe({
              FREE: 0,
              RELATIVE: 1,
              GROUPED: 2
            });
            const Eft = new Qi(0, 0);
            const Cft = new Qi;
            const xft = new Qi;
            const wft = new Qi;
            const Rft = new Qi;
            const Ift = WM(zM);
            class Mft {
              constructor() {
                this.pos = new Qi(0, 0);
                this.startPos = new Qi(0, 0);
                this.color = new Bi(0, 0, 0, 255);
                this.deltaColor = {
                  r: 0,
                  g: 0,
                  b: 0,
                  a: 255
                };
                this.size = 0;
                this.deltaSize = 0;
                this.rotation = 0;
                this.deltaRotation = 0;
                this.timeToLive = 0;
                this.drawPos = new Qi(0, 0);
                this.aspectRatio = 1;
                this.dir = new Qi(0, 0);
                this.radialAccel = 0;
                this.tangentialAccel = 0;
                this.angle = 0;
                this.degreesPerSecond = 0;
                this.radius = 0;
                this.deltaRadius = 0;
              }
            }
            const Bft = new class extends $t {
              get() {
                return this._get() || new Mft;
              }
            }((t => {
              t.pos.set(Eft);
              t.startPos.set(Eft);
              t.color._val = 4278190080;
              t.deltaColor.r = t.deltaColor.g = t.deltaColor.b = 0;
              t.deltaColor.a = 255;
              t.size = 0;
              t.deltaSize = 0;
              t.rotation = 0;
              t.deltaRotation = 0;
              t.timeToLive = 0;
              t.drawPos.set(Eft);
              t.aspectRatio = 1;
              t.dir.set(Eft);
              t.radialAccel = 0;
              t.tangentialAccel = 0;
              t.angle = 0;
              t.degreesPerSecond = 0;
              t.radius = 0;
              t.deltaRadius = 0;
            }), 1024);
            class Dft {
              constructor(t) {
                this.particles = [];
                this.active = !1;
                this.uvFilled = 0;
                this.finished = !1;
                this.readyToPlay = !0;
                this.elapsed = 0;
                this.emitCounter = 0;
                this._worldRotation = 0;
                this.sys = t;
                this.particles = [];
                this.active = !1;
                this.readyToPlay = !0;
                this.finished = !1;
                this.elapsed = 0;
                this.emitCounter = 0;
                this.uvFilled = 0;
                this._worldRotation = 0;
              }
              stop() {
                this.active = !1;
                this.readyToPlay = !1;
                this.elapsed = this.sys.duration;
                this.emitCounter = 0;
              }
              reset() {
                this.active = !0;
                this.readyToPlay = !0;
                this.elapsed = 0;
                this.emitCounter = 0;
                this.finished = !1;
                const t = this.particles;
                for (let e = 0; e < t.length; ++e) Bft.put(t[e]);
                t.length = 0;
              }
              emitParticle(t) {
                const e = this.sys;
                const i = Bft.get();
                this.particles.push(i);
                i.timeToLive = e.life + e.lifeVar * (Math.random() - .5) * 2;
                const s = i.timeToLive = Math.max(0, i.timeToLive);
                i.pos.x = e.sourcePos.x + e.posVar.x * (Math.random() - .5) * 2;
                i.pos.y = e.sourcePos.y + e.posVar.y * (Math.random() - .5) * 2;
                let n = 0;
                let r = 0;
                let o = 0;
                let a = 0;
                const l = e.startColor;
                const h = e.startColorVar;
                const c = e.endColor;
                const u = e.endColorVar;
                i.color.r = n = Ee(l.r + h.r * (Math.random() - .5) * 2, 0, 255);
                i.color.g = r = Ee(l.g + h.g * (Math.random() - .5) * 2, 0, 255);
                i.color.b = o = Ee(l.b + h.b * (Math.random() - .5) * 2, 0, 255);
                i.color.a = a = Ee(l.a + h.a * (Math.random() - .5) * 2, 0, 255);
                i.deltaColor.r = (Ee(c.r + u.r * (Math.random() - .5) * 2, 0, 255) - n) / s;
                i.deltaColor.g = (Ee(c.g + u.g * (Math.random() - .5) * 2, 0, 255) - r) / s;
                i.deltaColor.b = (Ee(c.b + u.b * (Math.random() - .5) * 2, 0, 255) - o) / s;
                i.deltaColor.a = (Ee(c.a + u.a * (Math.random() - .5) * 2, 0, 255) - a) / s;
                let _ = e.startSize + e.startSizeVar * (Math.random() - .5) * 2;
                _ = Math.max(0, _);
                i.size = _;
                if (-1 === e.endSize) i.deltaSize = 0; else {
                  let t = e.endSize + e.endSizeVar * (Math.random() - .5) * 2;
                  t = Math.max(0, t);
                  i.deltaSize = (t - _) / s;
                }
                const d = e.startSpin + e.startSpinVar * (Math.random() - .5) * 2;
                const p = e.endSpin + e.endSpinVar * (Math.random() - .5) * 2;
                i.rotation = d;
                i.deltaRotation = (p - d) / s;
                i.startPos.x = t.x;
                i.startPos.y = t.y;
                i.aspectRatio = e.aspectRatio || 1;
                const m = Ce(e.angle + this._worldRotation + e.angleVar * (Math.random() - .5) * 2);
                if (e.emitterMode === Tft.GRAVITY) {
                  const t = e.speed + e.speedVar * (Math.random() - .5) * 2;
                  i.dir.x = Math.cos(m);
                  i.dir.y = Math.sin(m);
                  i.dir.multiplyScalar(t);
                  i.radialAccel = e.radialAccel + e.radialAccelVar * (Math.random() - .5) * 2;
                  i.tangentialAccel = e.tangentialAccel + e.tangentialAccelVar * (Math.random() - .5) * 2;
                  e.rotationIsDir && (i.rotation = -xe(Math.atan2(i.dir.y, i.dir.x)));
                } else {
                  const t = e.startRadius + e.startRadiusVar * (Math.random() - .5) * 2;
                  const n = e.endRadius + e.endRadiusVar * (Math.random() - .5) * 2;
                  i.radius = t;
                  i.deltaRadius = -1 === e.endRadius ? 0 : (n - t) / s;
                  i.angle = m;
                  i.degreesPerSecond = Ce(e.rotatePerS + e.rotatePerSVar * (Math.random() - .5) * 2);
                }
              }
              updateUVs(t) {
                const e = this.renderData;
                if (e && this.sys._renderSpriteFrame) {
                  const i = e.vData;
                  const s = this.sys._renderSpriteFrame.uv;
                  const n = t ? 0 : this.uvFilled;
                  const r = this.particles.length;
                  for (let t = n; t < r; t++) {
                    const e = t * Ift * 4;
                    i[e + 3] = s[0];
                    i[e + 4] = s[1];
                    i[e + 12] = s[2];
                    i[e + 13] = s[3];
                    i[e + 21] = s[4];
                    i[e + 22] = s[5];
                    i[e + 30] = s[6];
                    i[e + 31] = s[7];
                  }
                  this.uvFilled = r;
                }
              }
              updateParticleBuffer(t, e, i, s) {
                const n = i.vData;
                const r = e.x;
                const o = e.y;
                let a = t.size;
                let l = a;
                const h = t.aspectRatio;
                h > 1 ? l = a / h : a = l * h;
                const c = a / 2;
                const u = l / 2;
                if (t.rotation) {
                  const e = -c;
                  const i = -u;
                  const a = c;
                  const l = u;
                  const h = -Ce(t.rotation);
                  const _ = Math.cos(h);
                  const d = Math.sin(h);
                  n[s] = e * _ - i * d + r;
                  n[s + 1] = e * d + i * _ + o;
                  n[s + 2] = 0;
                  n[s + 9] = a * _ - i * d + r;
                  n[s + 10] = a * d + i * _ + o;
                  n[s + 11] = 0;
                  n[s + 18] = e * _ - l * d + r;
                  n[s + 19] = e * d + l * _ + o;
                  n[s + 20] = 0;
                  n[s + 27] = a * _ - l * d + r;
                  n[s + 28] = a * d + l * _ + o;
                  n[s + 29] = 0;
                } else {
                  n[s] = r - c;
                  n[s + 1] = o - u;
                  n[s + 2] = 0;
                  n[s + 9] = r + c;
                  n[s + 10] = o - u;
                  n[s + 11] = 0;
                  n[s + 18] = r - c;
                  n[s + 19] = o + u;
                  n[s + 20] = 0;
                  n[s + 27] = r + c;
                  n[s + 28] = o + u;
                  n[s + 29] = 0;
                }
                Bi.toArray(n, t.color, s + 5);
                Bi.toArray(n, t.color, s + 14);
                Bi.toArray(n, t.color, s + 23);
                Bi.toArray(n, t.color, s + 32);
              }
              step(t) {
                const e = this.sys.assembler;
                const i = this.sys;
                const s = i.node;
                const n = this.particles;
                t = t > e.maxParticleDeltaTime ? e.maxParticleDeltaTime : t;
                s.updateWorldTransform();
                if (i.positionType === vft.FREE) {
                  this._worldRotation = function(t) {
                    let e = 0;
                    let i = t;
                    for (;i; ) {
                      e += i.eulerAngles.z;
                      i = i.parent;
                    }
                    return e;
                  }(s);
                  const t = s.worldMatrix;
                  Cft.x = t.m12;
                  Cft.y = t.m13;
                } else if (i.positionType === vft.RELATIVE) {
                  this._worldRotation = s.eulerAngles.z;
                  Cft.x = s.position.x;
                  Cft.y = s.position.y;
                } else this._worldRotation = 0;
                if (this.active && i.emissionRate) {
                  const e = 1 / i.emissionRate;
                  n.length < i.totalParticles && (this.emitCounter += t);
                  for (;n.length < i.totalParticles && this.emitCounter > e; ) {
                    this.emitParticle(Cft);
                    this.emitCounter -= e;
                  }
                  this.elapsed += t;
                  -1 !== i.duration && i.duration < this.elapsed && i.stopSystem();
                }
                const r = this.renderData;
                const o = n.length;
                r.reset();
                this.requestData(4 * o, 6 * o);
                o > this.uvFilled && this.updateUVs();
                let a = 0;
                for (;a < n.length; ) {
                  xft.x = xft.y = wft.x = wft.y = Rft.x = Rft.y = 0;
                  const e = n[a];
                  e.timeToLive -= t;
                  if (e.timeToLive > 0) {
                    if (i.emitterMode === Tft.GRAVITY) {
                      const s = Rft;
                      const n = xft;
                      const r = wft;
                      if (e.pos.x || e.pos.y) {
                        n.set(e.pos);
                        n.normalize();
                      }
                      r.set(n);
                      n.multiplyScalar(e.radialAccel);
                      const o = r.x;
                      r.x = -r.y;
                      r.y = o;
                      r.multiplyScalar(e.tangentialAccel);
                      s.set(n);
                      s.add(r);
                      s.add(i.gravity);
                      s.multiplyScalar(t);
                      e.dir.add(s);
                      s.set(e.dir);
                      s.multiplyScalar(t);
                      e.pos.add(s);
                    } else {
                      e.angle += e.degreesPerSecond * t;
                      e.radius += e.deltaRadius * t;
                      e.pos.x = -Math.cos(e.angle) * e.radius;
                      e.pos.y = -Math.sin(e.angle) * e.radius;
                    }
                    e.color.r += e.deltaColor.r * t;
                    e.color.g += e.deltaColor.g * t;
                    e.color.b += e.deltaColor.b * t;
                    e.color.a += e.deltaColor.a * t;
                    e.size += e.deltaSize * t;
                    e.size < 0 && (e.size = 0);
                    e.rotation += e.deltaRotation * t;
                    const s = xft;
                    s.set(e.pos);
                    i.positionType !== vft.GROUPED && s.add(e.startPos);
                    const n = Ift * a * 4;
                    this.updateParticleBuffer(e, s, r, n);
                    ++a;
                  } else {
                    const t = n[a];
                    a !== n.length - 1 && (n[a] = n[n.length - 1]);
                    Bft.put(t);
                    n.length--;
                    r.resize(r.vertexCount - 4, r.indexCount - 6);
                  }
                }
                this.renderData.material = this.sys.getRenderMaterial(0);
                this.renderData.frame = this.sys._renderSpriteFrame;
                r.setRenderDrawInfoAttributes();
                if (0 === n.length && !this.active && !this.readyToPlay) {
                  this.finished = !0;
                  i._finishedSimulation();
                }
              }
              requestData(t, e) {
                let i = this.renderData.indexCount;
                this.renderData.request(t, e);
                const s = this.renderData.indexCount / 6;
                const n = this.renderData.iData;
                for (let t = i; t < s; t++) {
                  const e = 4 * t;
                  n[i++] = e;
                  n[i++] = e + 1;
                  n[i++] = e + 2;
                  n[i++] = e + 1;
                  n[i++] = e + 3;
                  n[i++] = e + 2;
                }
              }
              initDrawInfo() {
                this.renderData.setRenderDrawInfoAttributes();
              }
            }
            var Pft, Oft, Nft;
            let Lft = t("ParticleAsset", Ul("cc.ParticleAsset")(Pft = (Oft = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "spriteFrame", Nft, this);
              }
            }, Nft = Bl(Oft.prototype, "spriteFrame", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Oft)) || Pft);
            m.ParticleAsset = Lft;
            var Fft = {};
            (function() {
              function t(t) {
                throw t;
              }
              var e = void 0, i = !0, s = this;
              function n(t, i) {
                var n = t.split("."), r = s;
                !(n[0] in r) && r.execScript && r.execScript("var " + n[0]);
                for (var o; n.length && (o = n.shift()); ) n.length || i === e ? r = r[o] ? r[o] : r[o] = {} : r[o] = i;
              }
              var r = "undefined" != typeof Uint8Array && "undefined" != typeof Uint16Array && "undefined" != typeof Uint32Array;
              function o(t) {
                if ("string" == typeof t) {
                  var e, i, s = t.split("");
                  e = 0;
                  for (i = s.length; e < i; e++) s[e] = (255 & s[e].charCodeAt(0)) >>> 0;
                  t = s;
                }
                for (var n, r = 1, o = 0, a = t.length, l = 0; 0 < a; ) {
                  a -= n = 1024 < a ? 1024 : a;
                  do {
                    o += r += t[l++];
                  } while (--n);
                  r %= 65521;
                  o %= 65521;
                }
                return (o << 16 | r) >>> 0;
              }
              function a(e, i) {
                this.index = "number" == typeof i ? i : 0;
                this.i = 0;
                this.buffer = e instanceof (r ? Uint8Array : Array) ? e : new (r ? Uint8Array : Array)(32768);
                2 * this.buffer.length <= this.index && t(Error("invalid index"));
                this.buffer.length <= this.index && this.f();
              }
              a.prototype.f = function() {
                var t, e = this.buffer, i = e.length, s = new (r ? Uint8Array : Array)(i << 1);
                if (r) s.set(e); else for (t = 0; t < i; ++t) s[t] = e[t];
                return this.buffer = s;
              };
              a.prototype.d = function(t, e, i) {
                var s, n = this.buffer, r = this.index, o = this.i, a = n[r];
                i && 1 < e && (t = 8 < e ? (d[255 & t] << 24 | d[t >>> 8 & 255] << 16 | d[t >>> 16 & 255] << 8 | d[t >>> 24 & 255]) >> 32 - e : d[t] >> 8 - e);
                if (8 > e + o) a = a << e | t, o += e; else for (s = 0; s < e; ++s) a = a << 1 | t >> e - s - 1 & 1, 
                8 == ++o && (o = 0, n[r++] = d[a], a = 0, r === n.length && (n = this.f()));
                n[r] = a;
                this.buffer = n;
                this.i = o;
                this.index = r;
              };
              a.prototype.finish = function() {
                var t, e = this.buffer, i = this.index;
                0 < this.i && (e[i] <<= 8 - this.i, e[i] = d[e[i]], i++);
                r ? t = e.subarray(0, i) : (e.length = i, t = e);
                return t;
              };
              var l, h = new (r ? Uint8Array : Array)(256);
              for (l = 0; 256 > l; ++l) {
                for (var c = _ = l, u = 7, _ = _ >>> 1; _; _ >>>= 1) c <<= 1, c |= 1 & _, --u;
                h[l] = (c << u & 255) >>> 0;
              }
              var d = h;
              function p(t) {
                this.buffer = new (r ? Uint16Array : Array)(2 * t);
                this.length = 0;
              }
              p.prototype.getParent = function(t) {
                return 2 * ((t - 2) / 4 | 0);
              };
              p.prototype.push = function(t, e) {
                var i, s, n, r = this.buffer;
                i = this.length;
                r[this.length++] = e;
                for (r[this.length++] = t; 0 < i && (s = this.getParent(i), r[i] > r[s]); ) n = r[i], 
                r[i] = r[s], r[s] = n, n = r[i + 1], r[i + 1] = r[s + 1], r[s + 1] = n, i = s;
                return this.length;
              };
              p.prototype.pop = function() {
                var t, e, i, s, n, r = this.buffer;
                e = r[0];
                t = r[1];
                this.length -= 2;
                r[0] = r[this.length];
                r[1] = r[this.length + 1];
                for (n = 0; !((s = 2 * n + 2) >= this.length); ) {
                  s + 2 < this.length && r[s + 2] > r[s] && (s += 2);
                  if (!(r[s] > r[n])) break;
                  i = r[n], r[n] = r[s], r[s] = i, i = r[n + 1], r[n + 1] = r[s + 1], r[s + 1] = i;
                  n = s;
                }
                return {
                  index: t,
                  value: e,
                  length: this.length
                };
              };
              function m(t) {
                var e, i, s, n, o, a, l, h, c, u = t.length, _ = 0, d = Number.POSITIVE_INFINITY;
                for (h = 0; h < u; ++h) t[h] > _ && (_ = t[h]), t[h] < d && (d = t[h]);
                e = 1 << _;
                i = new (r ? Uint32Array : Array)(e);
                s = 1;
                n = 0;
                for (o = 2; s <= _; ) {
                  for (h = 0; h < u; ++h) if (t[h] === s) {
                    a = 0;
                    l = n;
                    for (c = 0; c < s; ++c) a = a << 1 | 1 & l, l >>= 1;
                    for (c = a; c < e; c += o) i[c] = s << 16 | h;
                    ++n;
                  }
                  ++s;
                  n <<= 1;
                  o <<= 1;
                }
                return [ i, _, d ];
              }
              function f(t, e) {
                this.h = y;
                this.w = 0;
                this.input = t;
                this.b = 0;
                e && (e.lazy && (this.w = e.lazy), "number" == typeof e.compressionType && (this.h = e.compressionType), 
                e.outputBuffer && (this.a = r && e.outputBuffer instanceof Array ? new Uint8Array(e.outputBuffer) : e.outputBuffer), 
                "number" == typeof e.outputIndex && (this.b = e.outputIndex));
                this.a || (this.a = new (r ? Uint8Array : Array)(32768));
              }
              var g, y = 2, b = {
                NONE: 0,
                r: 1,
                j: y,
                N: 3
              }, S = [];
              for (g = 0; 288 > g; g++) switch (i) {
               case 143 >= g:
                S.push([ g + 48, 8 ]);
                break;

               case 255 >= g:
                S.push([ g - 144 + 400, 9 ]);
                break;

               case 279 >= g:
                S.push([ g - 256 + 0, 7 ]);
                break;

               case 287 >= g:
                S.push([ g - 280 + 192, 8 ]);
                break;

               default:
                t("invalid literal: " + g);
              }
              f.prototype.n = function() {
                var s, n, o, l, h = this.input;
                switch (this.h) {
                 case 0:
                  o = 0;
                  for (l = h.length; o < l; ) {
                    var c, u, _, d = n = r ? h.subarray(o, o + 65535) : h.slice(o, o + 65535), p = (o += n.length) === l, m = e, f = e, g = this.a, b = this.b;
                    if (r) {
                      for (g = new Uint8Array(this.a.buffer); g.length <= b + d.length + 5; ) g = new Uint8Array(g.length << 1);
                      g.set(this.a);
                    }
                    c = p ? 1 : 0;
                    g[b++] = 0 | c;
                    _ = 65536 + ~(u = d.length) & 65535;
                    g[b++] = 255 & u;
                    g[b++] = u >>> 8 & 255;
                    g[b++] = 255 & _;
                    g[b++] = _ >>> 8 & 255;
                    if (r) g.set(d, b), b += d.length, g = g.subarray(0, b); else {
                      m = 0;
                      for (f = d.length; m < f; ++m) g[b++] = d[m];
                      g.length = b;
                    }
                    this.b = b;
                    this.a = g;
                  }
                  break;

                 case 1:
                  var A = new a(new Uint8Array(this.a.buffer), this.b);
                  A.d(1, 1, i);
                  A.d(1, 2, i);
                  var T, v, E, C = w(this, h);
                  T = 0;
                  for (v = C.length; T < v; T++) if (E = C[T], a.prototype.d.apply(A, S[E]), 256 < E) A.d(C[++T], C[++T], i), 
                  A.d(C[++T], 5), A.d(C[++T], C[++T], i); else if (256 === E) break;
                  this.a = A.finish();
                  this.b = this.a.length;
                  break;

                 case y:
                  var x, M, B, D, P, O, N, L, F, V, k, U, G, z, H, j = new a(new Uint8Array(this.a), this.b), X = [ 16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15 ], W = Array(19);
                  x = y;
                  j.d(1, 1, i);
                  j.d(x, 2, i);
                  M = w(this, h);
                  N = I(O = R(this.L, 15));
                  F = I(L = R(this.K, 7));
                  for (B = 286; 257 < B && 0 === O[B - 1]; B--) ;
                  for (D = 30; 1 < D && 0 === L[D - 1]; D--) ;
                  var Y, q, K, J, Z, Q, $ = B, tt = D, et = new (r ? Uint32Array : Array)($ + tt), it = new (r ? Uint32Array : Array)(316), st = new (r ? Uint8Array : Array)(19);
                  for (Y = q = 0; Y < $; Y++) et[q++] = O[Y];
                  for (Y = 0; Y < tt; Y++) et[q++] = L[Y];
                  if (!r) {
                    Y = 0;
                    for (J = st.length; Y < J; ++Y) st[Y] = 0;
                  }
                  Y = Z = 0;
                  for (J = et.length; Y < J; Y += q) {
                    for (q = 1; Y + q < J && et[Y + q] === et[Y]; ++q) ;
                    K = q;
                    if (0 === et[Y]) if (3 > K) for (;0 < K--; ) it[Z++] = 0, st[0]++; else for (;0 < K; ) (Q = 138 > K ? K : 138) > K - 3 && Q < K && (Q = K - 3), 
                    10 >= Q ? (it[Z++] = 17, it[Z++] = Q - 3, st[17]++) : (it[Z++] = 18, it[Z++] = Q - 11, 
                    st[18]++), K -= Q; else if (it[Z++] = et[Y], st[et[Y]]++, 3 > --K) for (;0 < K--; ) it[Z++] = et[Y], 
                    st[et[Y]]++; else for (;0 < K; ) (Q = 6 > K ? K : 6) > K - 3 && Q < K && (Q = K - 3), 
                    it[Z++] = 16, it[Z++] = Q - 3, st[16]++, K -= Q;
                  }
                  s = r ? it.subarray(0, Z) : it.slice(0, Z);
                  V = R(st, 7);
                  for (z = 0; 19 > z; z++) W[z] = V[X[z]];
                  for (P = 19; 4 < P && 0 === W[P - 1]; P--) ;
                  k = I(V);
                  j.d(B - 257, 5, i);
                  j.d(D - 1, 5, i);
                  j.d(P - 4, 4, i);
                  for (z = 0; z < P; z++) j.d(W[z], 3, i);
                  z = 0;
                  for (H = s.length; z < H; z++) if (U = s[z], j.d(k[U], V[U], i), 16 <= U) {
                    z++;
                    switch (U) {
                     case 16:
                      G = 2;
                      break;

                     case 17:
                      G = 3;
                      break;

                     case 18:
                      G = 7;
                      break;

                     default:
                      t("invalid code: " + U);
                    }
                    j.d(s[z], G, i);
                  }
                  var nt, rt, ot, at, lt, ht, ct, ut, _t = [ N, O ], dt = [ F, L ];
                  lt = _t[0];
                  ht = _t[1];
                  ct = dt[0];
                  ut = dt[1];
                  nt = 0;
                  for (rt = M.length; nt < rt; ++nt) if (ot = M[nt], j.d(lt[ot], ht[ot], i), 256 < ot) j.d(M[++nt], M[++nt], i), 
                  at = M[++nt], j.d(ct[at], ut[at], i), j.d(M[++nt], M[++nt], i); else if (256 === ot) break;
                  this.a = j.finish();
                  this.b = this.a.length;
                  break;

                 default:
                  t("invalid compression type");
                }
                return this.a;
              };
              function A(t, e) {
                this.length = t;
                this.G = e;
              }
              function T() {
                var e = v;
                switch (i) {
                 case 3 === e:
                  return [ 257, e - 3, 0 ];

                 case 4 === e:
                  return [ 258, e - 4, 0 ];

                 case 5 === e:
                  return [ 259, e - 5, 0 ];

                 case 6 === e:
                  return [ 260, e - 6, 0 ];

                 case 7 === e:
                  return [ 261, e - 7, 0 ];

                 case 8 === e:
                  return [ 262, e - 8, 0 ];

                 case 9 === e:
                  return [ 263, e - 9, 0 ];

                 case 10 === e:
                  return [ 264, e - 10, 0 ];

                 case 12 >= e:
                  return [ 265, e - 11, 1 ];

                 case 14 >= e:
                  return [ 266, e - 13, 1 ];

                 case 16 >= e:
                  return [ 267, e - 15, 1 ];

                 case 18 >= e:
                  return [ 268, e - 17, 1 ];

                 case 22 >= e:
                  return [ 269, e - 19, 2 ];

                 case 26 >= e:
                  return [ 270, e - 23, 2 ];

                 case 30 >= e:
                  return [ 271, e - 27, 2 ];

                 case 34 >= e:
                  return [ 272, e - 31, 2 ];

                 case 42 >= e:
                  return [ 273, e - 35, 3 ];

                 case 50 >= e:
                  return [ 274, e - 43, 3 ];

                 case 58 >= e:
                  return [ 275, e - 51, 3 ];

                 case 66 >= e:
                  return [ 276, e - 59, 3 ];

                 case 82 >= e:
                  return [ 277, e - 67, 4 ];

                 case 98 >= e:
                  return [ 278, e - 83, 4 ];

                 case 114 >= e:
                  return [ 279, e - 99, 4 ];

                 case 130 >= e:
                  return [ 280, e - 115, 4 ];

                 case 162 >= e:
                  return [ 281, e - 131, 5 ];

                 case 194 >= e:
                  return [ 282, e - 163, 5 ];

                 case 226 >= e:
                  return [ 283, e - 195, 5 ];

                 case 257 >= e:
                  return [ 284, e - 227, 5 ];

                 case 258 === e:
                  return [ 285, e - 258, 0 ];

                 default:
                  t("invalid length: " + e);
                }
              }
              var v, E, C = [];
              for (v = 3; 258 >= v; v++) E = T(), C[v] = E[2] << 24 | E[1] << 16 | E[0];
              var x = r ? new Uint32Array(C) : C;
              function w(s, n) {
                function o(e, s) {
                  var n, r = e.G, o = [], a = 0;
                  n = x[e.length];
                  o[a++] = 65535 & n;
                  o[a++] = n >> 16 & 255;
                  o[a++] = n >> 24;
                  var l;
                  switch (i) {
                   case 1 === r:
                    l = [ 0, r - 1, 0 ];
                    break;

                   case 2 === r:
                    l = [ 1, r - 2, 0 ];
                    break;

                   case 3 === r:
                    l = [ 2, r - 3, 0 ];
                    break;

                   case 4 === r:
                    l = [ 3, r - 4, 0 ];
                    break;

                   case 6 >= r:
                    l = [ 4, r - 5, 1 ];
                    break;

                   case 8 >= r:
                    l = [ 5, r - 7, 1 ];
                    break;

                   case 12 >= r:
                    l = [ 6, r - 9, 2 ];
                    break;

                   case 16 >= r:
                    l = [ 7, r - 13, 2 ];
                    break;

                   case 24 >= r:
                    l = [ 8, r - 17, 3 ];
                    break;

                   case 32 >= r:
                    l = [ 9, r - 25, 3 ];
                    break;

                   case 48 >= r:
                    l = [ 10, r - 33, 4 ];
                    break;

                   case 64 >= r:
                    l = [ 11, r - 49, 4 ];
                    break;

                   case 96 >= r:
                    l = [ 12, r - 65, 5 ];
                    break;

                   case 128 >= r:
                    l = [ 13, r - 97, 5 ];
                    break;

                   case 192 >= r:
                    l = [ 14, r - 129, 6 ];
                    break;

                   case 256 >= r:
                    l = [ 15, r - 193, 6 ];
                    break;

                   case 384 >= r:
                    l = [ 16, r - 257, 7 ];
                    break;

                   case 512 >= r:
                    l = [ 17, r - 385, 7 ];
                    break;

                   case 768 >= r:
                    l = [ 18, r - 513, 8 ];
                    break;

                   case 1024 >= r:
                    l = [ 19, r - 769, 8 ];
                    break;

                   case 1536 >= r:
                    l = [ 20, r - 1025, 9 ];
                    break;

                   case 2048 >= r:
                    l = [ 21, r - 1537, 9 ];
                    break;

                   case 3072 >= r:
                    l = [ 22, r - 2049, 10 ];
                    break;

                   case 4096 >= r:
                    l = [ 23, r - 3073, 10 ];
                    break;

                   case 6144 >= r:
                    l = [ 24, r - 4097, 11 ];
                    break;

                   case 8192 >= r:
                    l = [ 25, r - 6145, 11 ];
                    break;

                   case 12288 >= r:
                    l = [ 26, r - 8193, 12 ];
                    break;

                   case 16384 >= r:
                    l = [ 27, r - 12289, 12 ];
                    break;

                   case 24576 >= r:
                    l = [ 28, r - 16385, 13 ];
                    break;

                   case 32768 >= r:
                    l = [ 29, r - 24577, 13 ];
                    break;

                   default:
                    t("invalid distance");
                  }
                  n = l;
                  o[a++] = n[0];
                  o[a++] = n[1];
                  o[a++] = n[2];
                  var h, c;
                  h = 0;
                  for (c = o.length; h < c; ++h) g[y++] = o[h];
                  S[o[0]]++;
                  T[o[3]]++;
                  b = e.length + s - 1;
                  p = null;
                }
                var a, l, h, c, u, _, d, p, m, f = {}, g = r ? new Uint16Array(2 * n.length) : [], y = 0, b = 0, S = new (r ? Uint32Array : Array)(286), T = new (r ? Uint32Array : Array)(30), v = s.w;
                if (!r) {
                  for (h = 0; 285 >= h; ) S[h++] = 0;
                  for (h = 0; 29 >= h; ) T[h++] = 0;
                }
                S[256] = 1;
                a = 0;
                for (l = n.length; a < l; ++a) {
                  h = u = 0;
                  for (c = 3; h < c && a + h !== l; ++h) u = u << 8 | n[a + h];
                  f[u] === e && (f[u] = []);
                  _ = f[u];
                  if (!(0 < b--)) {
                    for (;0 < _.length && 32768 < a - _[0]; ) _.shift();
                    if (a + 3 >= l) {
                      p && o(p, -1);
                      h = 0;
                      for (c = l - a; h < c; ++h) m = n[a + h], g[y++] = m, ++S[m];
                      break;
                    }
                    if (0 < _.length) {
                      var E = e, C = e, w = 0, R = e, I = e, M = e, B = n.length, D = (I = 0, _.length);
                      t: for (;I < D; I++) {
                        E = _[D - I - 1];
                        R = 3;
                        if (3 < w) {
                          for (M = w; 3 < M; M--) if (n[E + M - 1] !== n[a + M - 1]) continue t;
                          R = w;
                        }
                        for (;258 > R && a + R < B && n[E + R] === n[a + R]; ) ++R;
                        R > w && (C = E, w = R);
                        if (258 === R) break;
                      }
                      d = new A(w, a - C);
                      p ? p.length < d.length ? (m = n[a - 1], g[y++] = m, ++S[m], o(d, 0)) : o(p, -1) : d.length < v ? p = d : o(d, 0);
                    } else p ? o(p, -1) : (m = n[a], g[y++] = m, ++S[m]);
                  }
                  _.push(a);
                }
                g[y++] = 256;
                S[256]++;
                s.L = S;
                s.K = T;
                return r ? g.subarray(0, y) : g;
              }
              function R(t, e) {
                function i(t) {
                  var e = v[t][E[t]];
                  e === y ? (i(t + 1), i(t + 1)) : --A[e];
                  ++E[t];
                }
                var s, n, o, a, l, h = t.length, c = new p(572), u = new (r ? Uint8Array : Array)(h);
                if (!r) for (a = 0; a < h; a++) u[a] = 0;
                for (a = 0; a < h; ++a) 0 < t[a] && c.push(a, t[a]);
                s = Array(c.length / 2);
                n = new (r ? Uint32Array : Array)(c.length / 2);
                if (1 === s.length) return u[c.pop().index] = 1, u;
                a = 0;
                for (l = c.length / 2; a < l; ++a) s[a] = c.pop(), n[a] = s[a].value;
                var _, d, m, f, g, y = n.length, b = new (r ? Uint16Array : Array)(e), S = new (r ? Uint8Array : Array)(e), A = new (r ? Uint8Array : Array)(y), T = Array(e), v = Array(e), E = Array(e), C = (1 << e) - y, x = 1 << e - 1;
                b[e - 1] = y;
                for (d = 0; d < e; ++d) C < x ? S[d] = 0 : (S[d] = 1, C -= x), C <<= 1, b[e - 2 - d] = (b[e - 1 - d] / 2 | 0) + y;
                b[0] = S[0];
                T[0] = Array(b[0]);
                v[0] = Array(b[0]);
                for (d = 1; d < e; ++d) b[d] > 2 * b[d - 1] + S[d] && (b[d] = 2 * b[d - 1] + S[d]), 
                T[d] = Array(b[d]), v[d] = Array(b[d]);
                for (_ = 0; _ < y; ++_) A[_] = e;
                for (m = 0; m < b[e - 1]; ++m) T[e - 1][m] = n[m], v[e - 1][m] = m;
                for (_ = 0; _ < e; ++_) E[_] = 0;
                1 === S[e - 1] && (--A[0], ++E[e - 1]);
                for (d = e - 2; 0 <= d; --d) {
                  f = _ = 0;
                  g = E[d + 1];
                  for (m = 0; m < b[d]; m++) (f = T[d + 1][g] + T[d + 1][g + 1]) > n[_] ? (T[d][m] = f, 
                  v[d][m] = y, g += 2) : (T[d][m] = n[_], v[d][m] = _, ++_);
                  E[d] = 0;
                  1 === S[d] && i(d);
                }
                o = A;
                a = 0;
                for (l = s.length; a < l; ++a) u[s[a].index] = o[a];
                return u;
              }
              function I(e) {
                var i, s, n, o, a = new (r ? Uint16Array : Array)(e.length), l = [], h = [], c = 0;
                i = 0;
                for (s = e.length; i < s; i++) l[e[i]] = 1 + (0 | l[e[i]]);
                i = 1;
                for (s = 16; i <= s; i++) h[i] = c, (c += 0 | l[i]) > 1 << i && t("overcommitted"), 
                c <<= 1;
                65536 > c && t("undercommitted");
                i = 0;
                for (s = e.length; i < s; i++) {
                  c = h[e[i]];
                  h[e[i]] += 1;
                  n = a[i] = 0;
                  for (o = e[i]; n < o; n++) a[i] = a[i] << 1 | 1 & c, c >>>= 1;
                }
                return a;
              }
              function M(t, e) {
                this.input = t;
                this.a = new (r ? Uint8Array : Array)(32768);
                this.h = B.j;
                var i, s = {};
                !e && (e = {}) || "number" != typeof e.compressionType || (this.h = e.compressionType);
                for (i in e) s[i] = e[i];
                s.outputBuffer = this.a;
                this.z = new f(this.input, s);
              }
              var B = b;
              M.prototype.n = function() {
                var e, i, s, n, a, l, h, c = 0;
                h = this.a;
                if ((e = ct) === ct) i = Math.LOG2E * Math.log(32768) - 8; else t(Error("invalid compression method"));
                s = i << 4 | e;
                h[c++] = s;
                if (e === ct) switch (this.h) {
                 case B.NONE:
                  a = 0;
                  break;

                 case B.r:
                  a = 1;
                  break;

                 case B.j:
                  a = 2;
                  break;

                 default:
                  t(Error("unsupported compression type"));
                } else t(Error("invalid compression method"));
                n = a << 6 | 0;
                h[c++] = n | 31 - (256 * s + n) % 31;
                l = o(this.input);
                this.z.b = c;
                c = (h = this.z.n()).length;
                r && ((h = new Uint8Array(h.buffer)).length <= c + 4 && (this.a = new Uint8Array(h.length + 4), 
                this.a.set(h), h = this.a), h = h.subarray(0, c + 4));
                h[c++] = l >> 24 & 255;
                h[c++] = l >> 16 & 255;
                h[c++] = l >> 8 & 255;
                h[c++] = 255 & l;
                return h;
              };
              n("Zlib.Deflate", M);
              n("Zlib.Deflate.compress", (function(t, e) {
                return new M(t, e).n();
              }));
              n("Zlib.Deflate.CompressionType", B);
              n("Zlib.Deflate.CompressionType.NONE", B.NONE);
              n("Zlib.Deflate.CompressionType.FIXED", B.r);
              n("Zlib.Deflate.CompressionType.DYNAMIC", B.j);
              function D(e, i) {
                this.k = [];
                this.l = 32768;
                this.e = this.g = this.c = this.q = 0;
                this.input = r ? new Uint8Array(e) : e;
                this.s = !1;
                this.m = O;
                this.B = !1;
                !i && (i = {}) || (i.index && (this.c = i.index), i.bufferSize && (this.l = i.bufferSize), 
                i.bufferType && (this.m = i.bufferType), i.resize && (this.B = i.resize));
                switch (this.m) {
                 case P:
                  this.b = 32768;
                  this.a = new (r ? Uint8Array : Array)(32768 + this.l + 258);
                  break;

                 case O:
                  this.b = 0;
                  this.a = new (r ? Uint8Array : Array)(this.l);
                  this.f = this.J;
                  this.t = this.H;
                  this.o = this.I;
                  break;

                 default:
                  t(Error("invalid inflate mode"));
                }
              }
              var P = 0, O = 1, N = {
                D: P,
                C: O
              };
              D.prototype.p = function() {
                for (;!this.s; ) {
                  var s = tt(this, 3);
                  1 & s && (this.s = i);
                  switch (s >>>= 1) {
                   case 0:
                    var n = this.input, o = this.c, a = this.a, l = this.b, h = e, c = e, u = e, _ = a.length, d = e;
                    this.e = this.g = 0;
                    (h = n[o++]) === e && t(Error("invalid uncompressed block header: LEN (first byte)"));
                    c = h;
                    (h = n[o++]) === e && t(Error("invalid uncompressed block header: LEN (second byte)"));
                    c |= h << 8;
                    (h = n[o++]) === e && t(Error("invalid uncompressed block header: NLEN (first byte)"));
                    u = h;
                    (h = n[o++]) === e && t(Error("invalid uncompressed block header: NLEN (second byte)"));
                    c === ~(u |= h << 8) && t(Error("invalid uncompressed block header: length verify"));
                    o + c > n.length && t(Error("input buffer is broken"));
                    switch (this.m) {
                     case P:
                      for (;l + c > a.length; ) {
                        c -= d = _ - l;
                        if (r) a.set(n.subarray(o, o + d), l), l += d, o += d; else for (;d--; ) a[l++] = n[o++];
                        this.b = l;
                        a = this.f();
                        l = this.b;
                      }
                      break;

                     case O:
                      for (;l + c > a.length; ) a = this.f({
                        v: 2
                      });
                      break;

                     default:
                      t(Error("invalid inflate mode"));
                    }
                    if (r) a.set(n.subarray(o, o + c), l), l += c, o += c; else for (;c--; ) a[l++] = n[o++];
                    this.c = o;
                    this.b = l;
                    this.a = a;
                    break;

                   case 1:
                    this.o(Z, $);
                    break;

                   case 2:
                    it(this);
                    break;

                   default:
                    t(Error("unknown BTYPE: " + s));
                  }
                }
                return this.t();
              };
              var L, F, V = [ 16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15 ], k = r ? new Uint16Array(V) : V, U = [ 3, 4, 5, 6, 7, 8, 9, 10, 11, 13, 15, 17, 19, 23, 27, 31, 35, 43, 51, 59, 67, 83, 99, 115, 131, 163, 195, 227, 258, 258, 258 ], G = r ? new Uint16Array(U) : U, z = [ 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5, 5, 0, 0, 0 ], H = r ? new Uint8Array(z) : z, j = [ 1, 2, 3, 4, 5, 7, 9, 13, 17, 25, 33, 49, 65, 97, 129, 193, 257, 385, 513, 769, 1025, 1537, 2049, 3073, 4097, 6145, 8193, 12289, 16385, 24577 ], X = r ? new Uint16Array(j) : j, W = [ 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6, 7, 7, 8, 8, 9, 9, 10, 10, 11, 11, 12, 12, 13, 13 ], Y = r ? new Uint8Array(W) : W, q = new (r ? Uint8Array : Array)(288);
              L = 0;
              for (F = q.length; L < F; ++L) q[L] = 143 >= L ? 8 : 255 >= L ? 9 : 279 >= L ? 7 : 8;
              var K, J, Z = m(q), Q = new (r ? Uint8Array : Array)(30);
              K = 0;
              for (J = Q.length; K < J; ++K) Q[K] = 5;
              var $ = m(Q);
              function tt(i, s) {
                for (var n, r = i.g, o = i.e, a = i.input, l = i.c; o < s; ) (n = a[l++]) === e && t(Error("input buffer is broken")), 
                r |= n << o, o += 8;
                n = r & (1 << s) - 1;
                i.g = r >>> s;
                i.e = o - s;
                i.c = l;
                return n;
              }
              function et(i, s) {
                for (var n, r, o, a = i.g, l = i.e, h = i.input, c = i.c, u = s[0], _ = s[1]; l < _; ) (n = h[c++]) === e && t(Error("input buffer is broken")), 
                a |= n << l, l += 8;
                o = (r = u[a & (1 << _) - 1]) >>> 16;
                i.g = a >> o;
                i.e = l - o;
                i.c = c;
                return 65535 & r;
              }
              function it(t) {
                function e(t, e, i) {
                  var s, n, r, o;
                  for (o = 0; o < t; ) switch (s = et(this, e), s) {
                   case 16:
                    for (r = 3 + tt(this, 2); r--; ) i[o++] = n;
                    break;

                   case 17:
                    for (r = 3 + tt(this, 3); r--; ) i[o++] = 0;
                    n = 0;
                    break;

                   case 18:
                    for (r = 11 + tt(this, 7); r--; ) i[o++] = 0;
                    n = 0;
                    break;

                   default:
                    n = i[o++] = s;
                  }
                  return i;
                }
                var i, s, n, o, a = tt(t, 5) + 257, l = tt(t, 5) + 1, h = tt(t, 4) + 4, c = new (r ? Uint8Array : Array)(k.length);
                for (o = 0; o < h; ++o) c[k[o]] = tt(t, 3);
                i = m(c);
                s = new (r ? Uint8Array : Array)(a);
                n = new (r ? Uint8Array : Array)(l);
                t.o(m(e.call(t, a, i, s)), m(e.call(t, l, i, n)));
              }
              D.prototype.o = function(t, e) {
                var i = this.a, s = this.b;
                this.u = t;
                for (var n, r, o, a, l = i.length - 258; 256 !== (n = et(this, t)); ) if (256 > n) s >= l && (this.b = s, 
                i = this.f(), s = this.b), i[s++] = n; else {
                  a = G[r = n - 257];
                  0 < H[r] && (a += tt(this, H[r]));
                  n = et(this, e);
                  o = X[n];
                  0 < Y[n] && (o += tt(this, Y[n]));
                  s >= l && (this.b = s, i = this.f(), s = this.b);
                  for (;a--; ) i[s] = i[s++ - o];
                }
                for (;8 <= this.e; ) this.e -= 8, this.c--;
                this.b = s;
              };
              D.prototype.I = function(t, e) {
                var i = this.a, s = this.b;
                this.u = t;
                for (var n, r, o, a, l = i.length; 256 !== (n = et(this, t)); ) if (256 > n) s >= l && (l = (i = this.f()).length), 
                i[s++] = n; else {
                  a = G[r = n - 257];
                  0 < H[r] && (a += tt(this, H[r]));
                  n = et(this, e);
                  o = X[n];
                  0 < Y[n] && (o += tt(this, Y[n]));
                  s + a > l && (l = (i = this.f()).length);
                  for (;a--; ) i[s] = i[s++ - o];
                }
                for (;8 <= this.e; ) this.e -= 8, this.c--;
                this.b = s;
              };
              D.prototype.f = function() {
                var t, e, i = new (r ? Uint8Array : Array)(this.b - 32768), s = this.b - 32768, n = this.a;
                if (r) i.set(n.subarray(32768, i.length)); else {
                  t = 0;
                  for (e = i.length; t < e; ++t) i[t] = n[t + 32768];
                }
                this.k.push(i);
                this.q += i.length;
                if (r) n.set(n.subarray(s, s + 32768)); else for (t = 0; 32768 > t; ++t) n[t] = n[s + t];
                this.b = 32768;
                return n;
              };
              D.prototype.J = function(t) {
                var e, i, s, n = this.input.length / this.c + 1 | 0, o = this.input, a = this.a;
                t && ("number" == typeof t.v && (n = t.v), "number" == typeof t.F && (n += t.F));
                2 > n ? i = (s = (o.length - this.c) / this.u[2] / 2 * 258 | 0) < a.length ? a.length + s : a.length << 1 : i = a.length * n;
                r ? (e = new Uint8Array(i)).set(a) : e = a;
                return this.a = e;
              };
              D.prototype.t = function() {
                var t, e, i, s, n, o = 0, a = this.a, l = this.k, h = new (r ? Uint8Array : Array)(this.q + (this.b - 32768));
                if (0 === l.length) return r ? this.a.subarray(32768, this.b) : this.a.slice(32768, this.b);
                e = 0;
                for (i = l.length; e < i; ++e) {
                  s = 0;
                  for (n = (t = l[e]).length; s < n; ++s) h[o++] = t[s];
                }
                e = 32768;
                for (i = this.b; e < i; ++e) h[o++] = a[e];
                this.k = [];
                return this.buffer = h;
              };
              D.prototype.H = function() {
                var t, e = this.b;
                r ? this.B ? (t = new Uint8Array(e)).set(this.a.subarray(0, e)) : t = this.a.subarray(0, e) : (this.a.length > e && (this.a.length = e), 
                t = this.a);
                return this.buffer = t;
              };
              function st(e, i) {
                var s, n;
                this.input = e;
                this.c = 0;
                !i && (i = {}) || (i.index && (this.c = i.index), i.verify && (this.M = i.verify));
                s = e[this.c++];
                n = e[this.c++];
                if ((15 & s) === ct) this.method = ct; else t(Error("unsupported compression method"));
                0 != ((s << 8) + n) % 31 && t(Error("invalid fcheck flag:" + ((s << 8) + n) % 31));
                32 & n && t(Error("fdict flag is not supported"));
                this.A = new D(e, {
                  index: this.c,
                  bufferSize: i.bufferSize,
                  bufferType: i.bufferType,
                  resize: i.resize
                });
              }
              st.prototype.p = function() {
                var e, i = this.input;
                e = this.A.p();
                this.c = this.A.c;
                this.M && ((i[this.c++] << 24 | i[this.c++] << 16 | i[this.c++] << 8 | i[this.c++]) >>> 0 !== o(e) && t(Error("invalid adler-32 checksum")));
                return e;
              };
              n("Zlib.Inflate", st);
              n("Zlib.Inflate.BufferType", N);
              N.ADAPTIVE = N.C;
              N.BLOCK = N.D;
              n("Zlib.Inflate.prototype.decompress", st.prototype.p);
              var nt, rt, ot = new (r ? Uint8Array : Array)(288);
              nt = 0;
              for (rt = ot.length; nt < rt; ++nt) ot[nt] = 143 >= nt ? 8 : 255 >= nt ? 9 : 279 >= nt ? 7 : 8;
              m(ot);
              var at, lt, ht = new (r ? Uint8Array : Array)(30);
              at = 0;
              for (lt = ht.length; at < lt; ++at) ht[at] = 5;
              m(ht);
              var ct = 8;
            }).call(Fft);
            var Vft = Fft.Zlib;
            Vft.Deflate = Vft.Deflate;
            Vft.Deflate.compress = Vft.Deflate.compress;
            Vft.Inflate = Vft.Inflate;
            Vft.Inflate.BufferType = Vft.Inflate.BufferType;
            Vft.Inflate.prototype.decompress = Vft.Inflate.prototype.decompress;
            class kft {
              constructor(t) {
                this.pos = 8;
                this.palette = [];
                this.imgData = [];
                this.text = {};
                this.width = 0;
                this.height = 0;
                this.bits = 0;
                this.colorType = 0;
                this.compressionMethod = 0;
                this.filterMethod = 0;
                this.interlaceMethod = 0;
                this.colors = 0;
                this.hasAlphaChannel = !1;
                this.pixelBitlength = 0;
                this.data = t;
                this.transparency = {
                  indexed: [],
                  rgb: 0,
                  grayscale: 0
                };
                let e;
                let i = 0;
                let s = 0;
                let n = 0;
                let r = 0;
                for (;;) {
                  r = this.readUInt32();
                  const o = (() => {
                    const t = [];
                    for (i = s = 0; s < 4; i = ++s) t.push(String.fromCharCode(this.data[this.pos++]));
                    return t;
                  }).call(this).join("");
                  switch (o) {
                   case "IHDR":
                    this.width = this.readUInt32();
                    this.height = this.readUInt32();
                    this.bits = this.data[this.pos++];
                    this.colorType = this.data[this.pos++];
                    this.compressionMethod = this.data[this.pos++];
                    this.filterMethod = this.data[this.pos++];
                    this.interlaceMethod = this.data[this.pos++];
                    break;

                   case "acTL":
                    this.animation = {
                      numFrames: this.readUInt32(),
                      numPlays: this.readUInt32() || 1 / 0,
                      frames: []
                    };
                    break;

                   case "PLTE":
                    this.palette = this.read(r);
                    break;

                   case "fcTL":
                    e && this.animation.frames.push(e);
                    this.pos += 4;
                    e = {
                      width: this.readUInt32(),
                      height: this.readUInt32(),
                      xOffset: this.readUInt32(),
                      yOffset: this.readUInt32()
                    };
                    const a = this.readUInt16();
                    const l = this.readUInt16() || 100;
                    e.delay = 1e3 * a / l;
                    e.disposeOp = this.data[this.pos++];
                    e.blendOp = this.data[this.pos++];
                    e.data = [];
                    break;

                   case "IDAT":
                   case "fdAT":
                    if ("fdAT" === o) {
                      this.pos += 4;
                      r -= 4;
                    }
                    t = (null != e ? e.data : void 0) || this.imgData;
                    for (i = s = 0; r >= 0 ? s < r : s > r; i = r >= 0 ? ++s : --s) t.push(this.data[this.pos++]);
                    break;

                   case "tRNS":
                    this.transparency = {};
                    switch (this.colorType) {
                     case 3:
                      this.transparency.indexed = this.read(r);
                      const t = 255 - this.transparency.indexed.length;
                      if (t > 0) for (i = n = 0; t >= 0 ? n < t : n > t; i = t >= 0 ? ++n : --n) this.transparency.indexed.push(255);
                      break;

                     case 0:
                      this.transparency.grayscale = this.read(r)[0];
                      break;

                     case 2:
                      this.transparency.rgb = this.read(r);
                    }
                    break;

                   case "tEXt":
                    const h = this.read(r);
                    const c = h.indexOf(0);
                    const u = String.fromCharCode.apply(String, h.slice(0, c));
                    this.text[u] = String.fromCharCode.apply(String, h.slice(c + 1));
                    break;

                   case "IEND":
                    e && this.animation.frames.push(e);
                    this.colors = (() => {
                      switch (this.colorType) {
                       case 0:
                       case 3:
                       case 4:
                        return 1;

                       case 2:
                       case 6:
                        return 3;
                      }
                    }).call(this);
                    const _ = this.colorType;
                    this.hasAlphaChannel = 4 === _ || 6 === _;
                    const d = this.colors + (this.hasAlphaChannel ? 1 : 0);
                    this.pixelBitlength = this.bits * d;
                    this.colorSpace = (() => {
                      switch (this.colors) {
                       case 1:
                        return "DeviceGray";

                       case 3:
                        return "DeviceRGB";
                      }
                    }).call(this);
                    this.imgData instanceof Uint8Array || (this.imgData = new Uint8Array(this.imgData));
                    return;

                   default:
                    this.pos += r;
                  }
                  this.pos += 4;
                  if (this.pos > this.data.length) throw new Error(G(6017));
                }
              }
              read(t) {
                let e = 0;
                let i = 0;
                const s = [];
                for (e = i = 0; t >= 0 ? i < t : i > t; e = t >= 0 ? ++i : --i) s.push(this.data[this.pos++]);
                return s;
              }
              readUInt32() {
                return this.data[this.pos++] << 24 | this.data[this.pos++] << 16 | this.data[this.pos++] << 8 | this.data[this.pos++];
              }
              readUInt16() {
                return this.data[this.pos++] << 8 | this.data[this.pos++];
              }
              decodePixels(t) {
                null == t && (t = this.imgData);
                if (0 === t.length) return new Uint8Array(0);
                t = new Vft.Inflate(t, {
                  index: 0,
                  verify: !1
                }).decompress();
                const e = this.pixelBitlength / 8;
                const i = e * this.width;
                const s = new Uint8Array(i * this.height);
                const n = t.length;
                let r = 0;
                let o = 0;
                let a = 0;
                let l = 0;
                let h = 0;
                let c = 0;
                let u = 0;
                let _ = 0;
                let d = 0;
                let p = 0;
                let m = 0;
                let f = 0;
                let g = 0;
                let y = 0;
                let b = 0;
                let S = 0;
                let A = 0;
                let T = 0;
                let v = 0;
                for (;o < n; ) {
                  switch (t[o++]) {
                   case 0:
                    for (c = u = 0; u < i; c = u += 1) s[a++] = t[o++];
                    break;

                   case 1:
                    for (c = _ = 0; _ < i; c = _ += 1) {
                      l = t[o++];
                      f = c < e ? 0 : s[a - e];
                      s[a++] = (l + f) % 256;
                    }
                    break;

                   case 2:
                    for (c = d = 0; d < i; c = d += 1) {
                      l = t[o++];
                      h = (c - c % e) / e;
                      T = r && s[(r - 1) * i + h * e + c % e];
                      s[a++] = (T + l) % 256;
                    }
                    break;

                   case 3:
                    for (c = p = 0; p < i; c = p += 1) {
                      l = t[o++];
                      h = (c - c % e) / e;
                      f = c < e ? 0 : s[a - e];
                      T = r && s[(r - 1) * i + h * e + c % e];
                      s[a++] = (l + Math.floor((f + T) / 2)) % 256;
                    }
                    break;

                   case 4:
                    for (c = m = 0; m < i; c = m += 1) {
                      l = t[o++];
                      h = (c - c % e) / e;
                      f = c < e ? 0 : s[a - e];
                      if (0 === r) T = v = 0; else {
                        T = s[(r - 1) * i + h * e + c % e];
                        v = h && s[(r - 1) * i + (h - 1) * e + c % e];
                      }
                      g = f + T - v;
                      y = Math.abs(g - f);
                      S = Math.abs(g - T);
                      A = Math.abs(g - v);
                      b = y <= S && y <= A ? f : S <= A ? T : v;
                      s[a++] = (l + b) % 256;
                    }
                    break;

                   default:
                    throw new Error(G(6018, t[o - 1]));
                  }
                  r++;
                }
                return s;
              }
              copyToImageData(t, e) {
                let i = this.hasAlphaChannel;
                let s;
                let n = this.colors;
                if (this.palette.length) {
                  s = null != this._decodedPalette ? this._decodedPalette : this._decodedPalette = this.decodePalette();
                  n = 4;
                  i = !0;
                }
                const r = t.data || t;
                const o = r.length;
                const a = s || e;
                let l = 0;
                let h = 0;
                let c = 0;
                let u = 0;
                if (1 === n) for (;l < o; ) {
                  c = s ? 4 * e[l / 4] : h;
                  u = a[c++];
                  r[l++] = u;
                  r[l++] = u;
                  r[l++] = u;
                  r[l++] = i ? a[c++] : 255;
                  h = c;
                } else for (;l < o; ) {
                  c = s ? 4 * e[l / 4] : h;
                  r[l++] = a[c++];
                  r[l++] = a[c++];
                  r[l++] = a[c++];
                  r[l++] = i ? a[c++] : 255;
                  h = c;
                }
              }
              decodePalette() {
                const t = this.palette;
                const e = this.transparency.indexed || [];
                const i = new Uint8Array((e.length || 0) + t.length);
                let s = 0;
                let n = 0;
                let r = 0;
                for (let o = 0, a = 0, l = t.length; a < l; o = a += 3) {
                  i[s++] = t[o];
                  i[s++] = t[o + 1];
                  i[s++] = t[o + 2];
                  r = e[n++];
                  i[s++] = null != r ? r : 255;
                }
                return i;
              }
              render(t) {
                t.width = this.width;
                t.height = this.height;
                const e = t.getContext("2d");
                const i = e.createImageData(this.width, this.height);
                this.copyToImageData(i, this.decodePixels(null));
                return e.putImageData(i, 0, 0);
              }
            }
            class Uft {
              constructor() {
                this._littleEndian = !1;
                this._tiffData = [];
                this._fileDirectories = [];
              }
              getUint8(t) {
                return this._tiffData[t];
              }
              getUint16(t) {
                return this._littleEndian ? this._tiffData[t + 1] << 8 | this._tiffData[t] : this._tiffData[t] << 8 | this._tiffData[t + 1];
              }
              getUint32(t) {
                const e = this._tiffData;
                return this._littleEndian ? e[t + 3] << 24 | e[t + 2] << 16 | e[t + 1] << 8 | e[t] : e[t] << 24 | e[t + 1] << 16 | e[t + 2] << 8 | e[t + 3];
              }
              checkLittleEndian() {
                const t = this.getUint16(0);
                if (18761 === t) this._littleEndian = !0; else {
                  if (19789 !== t) {
                    console.log(t);
                    throw TypeError(G(6019));
                  }
                  this._littleEndian = !1;
                }
                return this._littleEndian;
              }
              hasTowel() {
                if (42 !== this.getUint16(2)) throw RangeError(G(6020));
                return !0;
              }
              getFieldTypeName(t) {
                return t in zft ? zft[t] : null;
              }
              getFieldTagName(t) {
                if (t in Gft) return Gft[t];
                P(6021, t);
                return `Tag${t}`;
              }
              getFieldTypeLength(t) {
                return -1 !== [ "BYTE", "ASCII", "SBYTE", "UNDEFINED" ].indexOf(t) ? 1 : -1 !== [ "SHORT", "SSHORT" ].indexOf(t) ? 2 : -1 !== [ "LONG", "SLONG", "FLOAT" ].indexOf(t) ? 4 : -1 !== [ "RATIONAL", "SRATIONAL", "DOUBLE" ].indexOf(t) ? 8 : 0;
              }
              getFieldValues(t, e, i, s) {
                const n = [];
                const r = this.getFieldTypeLength(e);
                if (r * i <= 4) !1 === this._littleEndian ? n.push(s >>> 8 * (4 - r)) : n.push(s); else for (let t = 0; t < i; t++) {
                  const i = r * t;
                  if (r >= 8) if (-1 !== [ "RATIONAL", "SRATIONAL" ].indexOf(e)) {
                    n.push(this.getUint32(s + i));
                    n.push(this.getUint32(s + i + 4));
                  } else P(8e3); else n.push(this.getBytes(r, s + i));
                }
                "ASCII" === e && n.forEach(((t, e, i) => {
                  i[e] = String.fromCharCode(t);
                }));
                return n;
              }
              getBytes(t, e) {
                if (t <= 0) P(8001); else {
                  if (t <= 1) return this.getUint8(e);
                  if (t <= 2) return this.getUint16(e);
                  if (t <= 3) return this.getUint32(e) >>> 8;
                  if (t <= 4) return this.getUint32(e);
                  P(8002);
                }
                return 0;
              }
              getBits(t, e, i) {
                i = i || 0;
                const s = e + Math.floor(i / 8);
                const n = i + t;
                const r = 32 - t;
                let o = 0;
                let a = 0;
                if (n <= 0) P(6023); else if (n <= 8) {
                  o = 24 + i;
                  a = this.getUint8(s);
                } else if (n <= 16) {
                  o = 16 + i;
                  a = this.getUint16(s);
                } else if (n <= 32) {
                  o = i;
                  a = this.getUint32(s);
                } else P(6022);
                return {
                  bits: a << o >>> r,
                  byteOffset: s + Math.floor(n / 8),
                  bitOffset: n % 8
                };
              }
              parseFileDirectory(t) {
                const e = this.getUint16(t);
                const i = [];
                let s = 0;
                let n = 0;
                for (s = t + 2, n = 0; n < e; s += 12, n++) {
                  const t = this.getUint16(s);
                  const e = this.getUint16(s + 2);
                  const n = this.getUint32(s + 4);
                  const r = this.getUint32(s + 8);
                  const o = this.getFieldTagName(t);
                  const a = this.getFieldTypeName(e);
                  const l = this.getFieldValues(o, a, n, r);
                  i[o] = {
                    type: a,
                    values: l
                  };
                }
                this._fileDirectories.push(i);
                const r = this.getUint32(s);
                0 !== r && this.parseFileDirectory(r);
              }
              clampColorSample(t, e) {
                const i = Math.pow(2, 8 - e);
                return Math.floor(t * i + (i - 1));
              }
              parseTIFF(t, e) {
                e = e || document.createElement("canvas");
                this._tiffData = t;
                this._canvas = e;
                this.checkLittleEndian();
                if (!this.hasTowel()) return;
                const i = this.getUint32(4);
                this._fileDirectories.length = 0;
                this.parseFileDirectory(i);
                const s = this._fileDirectories[0];
                const n = s.ImageWidth.values[0];
                const r = s.ImageLength.values[0];
                this._canvas.width = n;
                this._canvas.height = r;
                const o = [];
                const a = s.Compression ? s.Compression.values[0] : 1;
                const l = s.SamplesPerPixel.values[0];
                const h = [];
                let c = 0;
                let u = !1;
                s.BitsPerSample.values.forEach(((t, e, i) => {
                  h[e] = {
                    bitsPerSample: t,
                    hasBytesPerSample: !1,
                    bytesPerSample: void 0
                  };
                  if (t % 8 == 0) {
                    h[e].hasBytesPerSample = !0;
                    h[e].bytesPerSample = t / 8;
                  }
                  c += t;
                }), this);
                let _ = 0;
                if (c % 8 == 0) {
                  u = !0;
                  _ = c / 8;
                }
                const d = s.StripOffsets.values;
                const p = d.length;
                let m;
                if (s.StripByteCounts) m = s.StripByteCounts.values; else {
                  P(8003);
                  if (1 !== p) throw Error(G(6024));
                  m = [ Math.ceil(n * r * c / 8) ];
                }
                let f = 1;
                let g = 1;
                for (let t = 0; t < p; t++) {
                  const e = d[t];
                  o[t] = [];
                  const i = m[t];
                  for (let s = 0, n = 0, r = 1, c = !0, d = [], p = 0, m = 0, y = 0; s < i; s += r) switch (a) {
                   case 1:
                    d = [];
                    for (let t = 0; t < l; t++) {
                      const i = h[t];
                      if (!i.hasBytesPerSample) {
                        const t = this.getBits(i.bitsPerSample, e + s, n);
                        d.push(t.bits);
                        s = t.byteOffset - e;
                        n = t.bitOffset;
                        throw RangeError(G(6025));
                      }
                      {
                        const n = i.bytesPerSample * t;
                        d.push(this.getBytes(i.bytesPerSample, e + s + n));
                      }
                    }
                    o[t].push(d);
                    if (!u) {
                      r = 0;
                      throw RangeError(G(6026));
                    }
                    r = _;
                    break;

                   case 2:
                   case 3:
                   case 4:
                   case 5:
                   case 6:
                   case 7:
                    break;

                   case 32773:
                    if (c) {
                      c = !1;
                      const t = this.getUint8(e + s);
                      t >= 0 && t <= 127 ? f = t + 1 : t >= -127 && t <= -1 ? g = 1 - t : c = !0;
                    } else {
                      const i = this.getUint8(e + s);
                      for (let e = 0; e < g; e++) {
                        const e = h[m];
                        if (!e.hasBytesPerSample) throw RangeError(G(6025));
                        y = y << 8 * p | i;
                        p++;
                        if (p === e.bytesPerSample) {
                          d.push(y);
                          y = p = 0;
                          m++;
                        }
                        if (m === l) {
                          o[t].push(d);
                          d = [];
                          m = 0;
                        }
                      }
                      f--;
                      0 === f && (c = !0);
                    }
                    r = 1;
                  }
                }
                if (e.getContext) {
                  const t = this._canvas.getContext("2d");
                  t.fillStyle = "rgba(255, 255, 255, 0)";
                  const e = s.RowsPerStrip ? s.RowsPerStrip.values[0] : r;
                  const i = o.length;
                  const a = r % e;
                  const l = 0 === a ? e : a;
                  let c = e;
                  let u = 0;
                  const _ = s.PhotometricInterpretation.values[0];
                  let d = [];
                  let p = 0;
                  if (s.ExtraSamples) {
                    d = s.ExtraSamples.values;
                    p = d.length;
                  }
                  let m = [];
                  let f = 0;
                  if (s.ColorMap) {
                    m = s.ColorMap.values;
                    f = Math.pow(2, h[0].bitsPerSample);
                  }
                  for (let e = 0; e < i; e++) {
                    e + 1 === i && (c = l);
                    const s = o[e].length;
                    const r = u * e;
                    for (let i = 0, a = 0; i < c && a < s; i++) for (let s = 0; s < n; s++, a++) {
                      const n = o[e][a];
                      let l = 0;
                      let c = 0;
                      let u = 0;
                      let g = 1;
                      if (p > 0) for (let t = 0; t < p; t++) if (1 === d[t] || 2 === d[t]) {
                        g = n[3 + t] / 256;
                        break;
                      }
                      switch (_) {
                       case 0:
                        let t = 0;
                        h[0].hasBytesPerSample && (t = Math.pow(16, 2 * h[0].bytesPerSample));
                        n.forEach(((e, i, s) => {
                          s[i] = t - e;
                        }));

                       case 1:
                        l = c = u = this.clampColorSample(n[0], h[0].bitsPerSample);
                        break;

                       case 2:
                        l = this.clampColorSample(n[0], h[0].bitsPerSample);
                        c = this.clampColorSample(n[1], h[1].bitsPerSample);
                        u = this.clampColorSample(n[2], h[2].bitsPerSample);
                        break;

                       case 3:
                        if (void 0 === m) throw Error(G(6027));
                        const e = n[0];
                        l = this.clampColorSample(m[e], 16);
                        c = this.clampColorSample(m[f + e], 16);
                        u = this.clampColorSample(m[2 * f + e], 16);
                        break;

                       default:
                        throw RangeError(G(6028, _));
                      }
                      t.fillStyle = `rgba(${l}, ${c}, ${u}, ${g})`;
                      t.fillRect(s, r + i, 1, 1);
                    }
                    u = c;
                  }
                }
                return this._canvas;
              }
            }
            const Gft = {
              315: "Artist",
              258: "BitsPerSample",
              265: "CellLength",
              264: "CellWidth",
              320: "ColorMap",
              259: "Compression",
              33432: "Copyright",
              306: "DateTime",
              338: "ExtraSamples",
              266: "FillOrder",
              289: "FreeByteCounts",
              288: "FreeOffsets",
              291: "GrayResponseCurve",
              290: "GrayResponseUnit",
              316: "HostComputer",
              270: "ImageDescription",
              257: "ImageLength",
              256: "ImageWidth",
              271: "Make",
              281: "MaxSampleValue",
              280: "MinSampleValue",
              272: "Model",
              254: "NewSubfileType",
              274: "Orientation",
              262: "PhotometricInterpretation",
              284: "PlanarConfiguration",
              296: "ResolutionUnit",
              278: "RowsPerStrip",
              277: "SamplesPerPixel",
              305: "Software",
              279: "StripByteCounts",
              273: "StripOffsets",
              255: "SubfileType",
              263: "Threshholding",
              282: "XResolution",
              283: "YResolution",
              326: "BadFaxLines",
              327: "CleanFaxData",
              343: "ClipPath",
              328: "ConsecutiveBadFaxLines",
              433: "Decode",
              434: "DefaultImageColor",
              269: "DocumentName",
              336: "DotRange",
              321: "HalftoneHints",
              346: "Indexed",
              347: "JPEGTables",
              285: "PageName",
              297: "PageNumber",
              317: "Predictor",
              319: "PrimaryChromaticities",
              532: "ReferenceBlackWhite",
              339: "SampleFormat",
              559: "StripRowCounts",
              330: "SubIFDs",
              292: "T4Options",
              293: "T6Options",
              325: "TileByteCounts",
              323: "TileLength",
              324: "TileOffsets",
              322: "TileWidth",
              301: "TransferFunction",
              318: "WhitePoint",
              344: "XClipPathUnits",
              286: "XPosition",
              529: "YCbCrCoefficients",
              531: "YCbCrPositioning",
              530: "YCbCrSubSampling",
              345: "YClipPathUnits",
              287: "YPosition",
              37378: "ApertureValue",
              40961: "ColorSpace",
              36868: "DateTimeDigitized",
              36867: "DateTimeOriginal",
              34665: "Exif IFD",
              36864: "ExifVersion",
              33434: "ExposureTime",
              41728: "FileSource",
              37385: "Flash",
              40960: "FlashpixVersion",
              33437: "FNumber",
              42016: "ImageUniqueID",
              37384: "LightSource",
              37500: "MakerNote",
              37377: "ShutterSpeedValue",
              37510: "UserComment",
              33723: "IPTC",
              34675: "ICC Profile",
              700: "XMP",
              42112: "GDAL_METADATA",
              42113: "GDAL_NODATA",
              34377: "Photoshop"
            };
            const zft = {
              1: "BYTE",
              2: "ASCII",
              3: "SHORT",
              4: "LONG",
              5: "RATIONAL",
              6: "SBYTE",
              7: "UNDEFINED",
              8: "SSHORT",
              9: "SLONG",
              10: "SRATIONAL",
              11: "FLOAT",
              12: "DOUBLE"
            };
            const Hft = new Array(123);
            for (let t = 0; t < 123; ++t) Hft[t] = 64;
            for (let t = 0; t < 64; ++t) Hft["ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=".charCodeAt(t)] = t;
            var jft = {
              name: "Jacob__Codec__Base64"
            };
            jft.decode = function(t) {
              var e, i, s, n, r, o, a = [], l = 0;
              t = t.replace(/[^A-Za-z0-9\+\/\=]/g, "");
              for (;l < t.length; ) {
                e = Hft[t.charCodeAt(l++)] << 2 | (n = Hft[t.charCodeAt(l++)]) >> 4;
                i = (15 & n) << 4 | (r = Hft[t.charCodeAt(l++)]) >> 2;
                s = (3 & r) << 6 | (o = Hft[t.charCodeAt(l++)]);
                a.push(String.fromCharCode(e));
                64 !== r && a.push(String.fromCharCode(i));
                64 !== o && a.push(String.fromCharCode(s));
              }
              return a = a.join("");
            };
            jft.decodeAsArray = function(t, e) {
              var i, s, n, r = this.decode(t), o = [];
              for (i = 0, n = r.length / e; i < n; i++) {
                o[i] = 0;
                for (s = e - 1; s >= 0; --s) o[i] += r.charCodeAt(i * e + s) << 8 * s;
              }
              return o;
            };
            var Xft = function(t) {
              this.data = t;
              this.debug = !1;
              this.gpflags = void 0;
              this.files = 0;
              this.unzipped = [];
              this.buf32k = new Array(32768);
              this.bIdx = 0;
              this.modeZIP = !1;
              this.bytepos = 0;
              this.bb = 1;
              this.bits = 0;
              this.nameBuf = [];
              this.fileout = void 0;
              this.literalTree = new Array(Xft.LITERALS);
              this.distanceTree = new Array(32);
              this.treepos = 0;
              this.Places = null;
              this.len = 0;
              this.fpos = new Array(17);
              this.fpos[0] = 0;
              this.flens = void 0;
              this.fmax = void 0;
            };
            Xft.gunzip = function(t) {
              t.constructor === Array || t.constructor;
              return new Xft(t).gunzip()[0][0];
            };
            Xft.HufNode = function() {
              this.b0 = 0;
              this.b1 = 0;
              this.jump = null;
              this.jumppos = -1;
            };
            Xft.LITERALS = 288;
            Xft.NAMEMAX = 256;
            Xft.bitReverse = [ 0, 128, 64, 192, 32, 160, 96, 224, 16, 144, 80, 208, 48, 176, 112, 240, 8, 136, 72, 200, 40, 168, 104, 232, 24, 152, 88, 216, 56, 184, 120, 248, 4, 132, 68, 196, 36, 164, 100, 228, 20, 148, 84, 212, 52, 180, 116, 244, 12, 140, 76, 204, 44, 172, 108, 236, 28, 156, 92, 220, 60, 188, 124, 252, 2, 130, 66, 194, 34, 162, 98, 226, 18, 146, 82, 210, 50, 178, 114, 242, 10, 138, 74, 202, 42, 170, 106, 234, 26, 154, 90, 218, 58, 186, 122, 250, 6, 134, 70, 198, 38, 166, 102, 230, 22, 150, 86, 214, 54, 182, 118, 246, 14, 142, 78, 206, 46, 174, 110, 238, 30, 158, 94, 222, 62, 190, 126, 254, 1, 129, 65, 193, 33, 161, 97, 225, 17, 145, 81, 209, 49, 177, 113, 241, 9, 137, 73, 201, 41, 169, 105, 233, 25, 153, 89, 217, 57, 185, 121, 249, 5, 133, 69, 197, 37, 165, 101, 229, 21, 149, 85, 213, 53, 181, 117, 245, 13, 141, 77, 205, 45, 173, 109, 237, 29, 157, 93, 221, 61, 189, 125, 253, 3, 131, 67, 195, 35, 163, 99, 227, 19, 147, 83, 211, 51, 179, 115, 243, 11, 139, 75, 203, 43, 171, 107, 235, 27, 155, 91, 219, 59, 187, 123, 251, 7, 135, 71, 199, 39, 167, 103, 231, 23, 151, 87, 215, 55, 183, 119, 247, 15, 143, 79, 207, 47, 175, 111, 239, 31, 159, 95, 223, 63, 191, 127, 255 ];
            Xft.cplens = [ 3, 4, 5, 6, 7, 8, 9, 10, 11, 13, 15, 17, 19, 23, 27, 31, 35, 43, 51, 59, 67, 83, 99, 115, 131, 163, 195, 227, 258, 0, 0 ];
            Xft.cplext = [ 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5, 5, 0, 99, 99 ];
            Xft.cpdist = [ 1, 2, 3, 4, 5, 7, 9, 13, 17, 25, 33, 49, 65, 97, 129, 193, 257, 385, 513, 769, 1025, 1537, 2049, 3073, 4097, 6145, 8193, 12289, 16385, 24577 ];
            Xft.cpdext = [ 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6, 7, 7, 8, 8, 9, 9, 10, 10, 11, 11, 12, 12, 13, 13 ];
            Xft.border = [ 16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15 ];
            Xft.prototype.gunzip = function() {
              this.outputArr = [];
              this.nextFile();
              return this.unzipped;
            };
            Xft.prototype.readByte = function() {
              this.bits += 8;
              return this.bytepos < this.data.length ? this.data.charCodeAt(this.bytepos++) : -1;
            };
            Xft.prototype.byteAlign = function() {
              this.bb = 1;
            };
            Xft.prototype.readBit = function() {
              var t;
              this.bits++;
              t = 1 & this.bb;
              this.bb >>= 1;
              if (0 === this.bb) {
                this.bb = this.readByte();
                t = 1 & this.bb;
                this.bb = this.bb >> 1 | 128;
              }
              return t;
            };
            Xft.prototype.readBits = function(t) {
              var e = 0, i = t;
              for (;i--; ) e = e << 1 | this.readBit();
              t && (e = Xft.bitReverse[e] >> 8 - t);
              return e;
            };
            Xft.prototype.flushBuffer = function() {
              this.bIdx = 0;
            };
            Xft.prototype.addBuffer = function(t) {
              this.buf32k[this.bIdx++] = t;
              this.outputArr.push(String.fromCharCode(t));
              32768 === this.bIdx && (this.bIdx = 0);
            };
            Xft.prototype.IsPat = function() {
              for (;;) {
                if (this.fpos[this.len] >= this.fmax) return -1;
                if (this.flens[this.fpos[this.len]] === this.len) return this.fpos[this.len]++;
                this.fpos[this.len]++;
              }
            };
            Xft.prototype.Rec = function() {
              var t = this.Places[this.treepos];
              var e;
              if (17 === this.len) return -1;
              this.treepos++;
              this.len++;
              if ((e = this.IsPat()) >= 0) t.b0 = e; else {
                t.b0 = 32768;
                if (this.Rec()) return -1;
              }
              if ((e = this.IsPat()) >= 0) {
                t.b1 = e;
                t.jump = null;
              } else {
                t.b1 = 32768;
                t.jump = this.Places[this.treepos];
                t.jumppos = this.treepos;
                if (this.Rec()) return -1;
              }
              this.len--;
              return 0;
            };
            Xft.prototype.CreateTree = function(t, e, i, s) {
              var n;
              this.Places = t;
              this.treepos = 0;
              this.flens = i;
              this.fmax = e;
              for (n = 0; n < 17; n++) this.fpos[n] = 0;
              this.len = 0;
              return this.Rec() ? -1 : 0;
            };
            Xft.prototype.DecodeValue = function(t) {
              var e, i, s = 0, n = t[s];
              for (;;) if (this.readBit()) {
                if (!(32768 & n.b1)) return n.b1;
                n = n.jump;
                e = t.length;
                for (i = 0; i < e; i++) if (t[i] === n) {
                  s = i;
                  break;
                }
              } else {
                if (!(32768 & n.b0)) return n.b0;
                n = t[++s];
              }
              return -1;
            };
            Xft.prototype.DeflateLoop = function() {
              var t, e, i;
              do {
                t = this.readBit();
                if (0 === (e = this.readBits(2))) {
                  var s, n;
                  this.byteAlign();
                  s = this.readByte();
                  s |= this.readByte() << 8;
                  n = this.readByte();
                  65535 & (s ^ ~(n |= this.readByte() << 8)) && document.write("BlockLen checksum mismatch\n");
                  for (;s--; ) {
                    r = this.readByte();
                    this.addBuffer(r);
                  }
                } else if (1 === e) {
                  for (;;) {
                    (o = Xft.bitReverse[this.readBits(7)] >> 1) > 23 ? (o = o << 1 | this.readBit()) > 199 ? o = (o -= 128) << 1 | this.readBit() : (o -= 48) > 143 && (o += 136) : o += 256;
                    if (o < 256) this.addBuffer(o); else {
                      if (256 === o) break;
                      o -= 257;
                      p = this.readBits(Xft.cplext[o]) + Xft.cplens[o];
                      o = Xft.bitReverse[this.readBits(5)] >> 3;
                      if (Xft.cpdext[o] > 8) {
                        m = this.readBits(8);
                        m |= this.readBits(Xft.cpdext[o] - 8) << 8;
                      } else m = this.readBits(Xft.cpdext[o]);
                      m += Xft.cpdist[o];
                      for (o = 0; o < p; o++) {
                        var r = this.buf32k[this.bIdx - m & 32767];
                        this.addBuffer(r);
                      }
                    }
                  }
                } else if (2 === e) {
                  var o, a, l, h, c;
                  var u = new Array(320);
                  l = 257 + this.readBits(5);
                  h = 1 + this.readBits(5);
                  c = 4 + this.readBits(4);
                  for (o = 0; o < 19; o++) u[o] = 0;
                  for (o = 0; o < c; o++) u[Xft.border[o]] = this.readBits(3);
                  p = this.distanceTree.length;
                  for (i = 0; i < p; i++) this.distanceTree[i] = new Xft.HufNode;
                  if (this.CreateTree(this.distanceTree, 19, u, 0)) {
                    this.flushBuffer();
                    return 1;
                  }
                  a = l + h;
                  i = 0;
                  for (;i < a; ) if ((o = this.DecodeValue(this.distanceTree)) < 16) u[i++] = o; else if (16 === o) {
                    var _;
                    if (i + (o = 3 + this.readBits(2)) > a) {
                      this.flushBuffer();
                      return 1;
                    }
                    _ = i ? u[i - 1] : 0;
                    for (;o--; ) u[i++] = _;
                  } else {
                    if (i + (o = 17 === o ? 3 + this.readBits(3) : 11 + this.readBits(7)) > a) {
                      this.flushBuffer();
                      return 1;
                    }
                    for (;o--; ) u[i++] = 0;
                  }
                  p = this.literalTree.length;
                  for (i = 0; i < p; i++) this.literalTree[i] = new Xft.HufNode;
                  if (this.CreateTree(this.literalTree, l, u, 0)) {
                    this.flushBuffer();
                    return 1;
                  }
                  p = this.literalTree.length;
                  for (i = 0; i < p; i++) this.distanceTree[i] = new Xft.HufNode;
                  var d = new Array;
                  for (i = l; i < u.length; i++) d[i - l] = u[i];
                  if (this.CreateTree(this.distanceTree, h, d, 0)) {
                    this.flushBuffer();
                    return 1;
                  }
                  for (;;) if ((o = this.DecodeValue(this.literalTree)) >= 256) {
                    var p, m;
                    if (0 === (o -= 256)) break;
                    o--;
                    p = this.readBits(Xft.cplext[o]) + Xft.cplens[o];
                    o = this.DecodeValue(this.distanceTree);
                    if (Xft.cpdext[o] > 8) {
                      m = this.readBits(8);
                      m |= this.readBits(Xft.cpdext[o] - 8) << 8;
                    } else m = this.readBits(Xft.cpdext[o]);
                    m += Xft.cpdist[o];
                    for (;p--; ) {
                      r = this.buf32k[this.bIdx - m & 32767];
                      this.addBuffer(r);
                    }
                  } else this.addBuffer(o);
                }
              } while (!t);
              this.flushBuffer();
              this.byteAlign();
              return 0;
            };
            Xft.prototype.unzipFile = function(t) {
              var e;
              this.gunzip();
              for (e = 0; e < this.unzipped.length; e++) if (this.unzipped[e][1] === t) return this.unzipped[e][0];
            };
            Xft.prototype.nextFile = function() {
              this.outputArr = [];
              this.modeZIP = !1;
              var t = [];
              t[0] = this.readByte();
              t[1] = this.readByte();
              if (120 === t[0] && 218 === t[1]) {
                this.DeflateLoop();
                this.unzipped[this.files] = [ this.outputArr.join(""), "geonext.gxt" ];
                this.files++;
              }
              if (31 === t[0] && 139 === t[1]) {
                this.skipdir();
                this.unzipped[this.files] = [ this.outputArr.join(""), "file" ];
                this.files++;
              }
              if (80 === t[0] && 75 === t[1]) {
                this.modeZIP = !0;
                t[2] = this.readByte();
                t[3] = this.readByte();
                if (3 === t[2] && 4 === t[3]) {
                  t[0] = this.readByte();
                  t[1] = this.readByte();
                  this.gpflags = this.readByte();
                  this.gpflags |= this.readByte() << 8;
                  var e = this.readByte();
                  e |= this.readByte() << 8;
                  this.readByte();
                  this.readByte();
                  this.readByte();
                  this.readByte();
                  this.readByte();
                  this.readByte() << 8;
                  this.readByte() << 16;
                  this.readByte() << 24;
                  this.readByte();
                  this.readByte() << 8;
                  this.readByte() << 16;
                  this.readByte() << 24;
                  var i = this.readByte();
                  i |= this.readByte() << 8;
                  var s = this.readByte();
                  s |= this.readByte() << 8;
                  r = 0;
                  this.nameBuf = [];
                  for (;i--; ) {
                    var n = this.readByte();
                    "/" === n | ":" === n ? r = 0 : r < Xft.NAMEMAX - 1 && (this.nameBuf[r++] = String.fromCharCode(n));
                  }
                  this.fileout || (this.fileout = this.nameBuf);
                  var r = 0;
                  for (;r < s; ) {
                    n = this.readByte();
                    r++;
                  }
                  if (8 === e) {
                    this.DeflateLoop();
                    this.unzipped[this.files] = [ this.outputArr.join(""), this.nameBuf.join("") ];
                    this.files++;
                  }
                  this.skipdir();
                }
              }
            };
            Xft.prototype.skipdir = function() {
              var t = [];
              var e, i;
              if (8 & this.gpflags) {
                t[0] = this.readByte();
                t[1] = this.readByte();
                t[2] = this.readByte();
                t[3] = this.readByte();
                this.readByte();
                this.readByte() << 8;
                this.readByte() << 16;
                this.readByte() << 24;
                this.readByte();
                this.readByte() << 8;
                this.readByte() << 16;
                this.readByte() << 24;
              }
              this.modeZIP && this.nextFile();
              t[0] = this.readByte();
              if (8 !== t[0]) return 0;
              this.gpflags = this.readByte();
              this.readByte();
              this.readByte();
              this.readByte();
              this.readByte();
              this.readByte();
              this.readByte();
              if (4 & this.gpflags) {
                t[0] = this.readByte();
                t[2] = this.readByte();
                this.len = t[0] + 256 * t[1];
                for (e = 0; e < this.len; e++) this.readByte();
              }
              if (8 & this.gpflags) {
                e = 0;
                this.nameBuf = [];
                for (;i = this.readByte(); ) {
                  "7" !== i && ":" !== i || (e = 0);
                  e < Xft.NAMEMAX - 1 && (this.nameBuf[e++] = i);
                }
              }
              if (16 & this.gpflags) for (;i = this.readByte(); ) ;
              if (2 & this.gpflags) {
                this.readByte();
                this.readByte();
              }
              this.DeflateLoop();
              this.readByte();
              this.readByte() << 8;
              this.readByte() << 16;
              this.readByte() << 24;
              this.modeZIP && this.nextFile();
            };
            var Wft = {
              name: "Jacob__Codec"
            };
            Wft.Base64 = jft;
            Wft.GZip = Xft;
            Wft.unzip = function() {
              return Wft.GZip.gunzip.apply(Wft.GZip, arguments);
            };
            Wft.unzipBase64 = function() {
              var t = Wft.Base64.decode.apply(Wft.Base64, arguments);
              try {
                return Wft.GZip.gunzip.call(Wft.GZip, t);
              } catch (e) {
                return t.slice(7);
              }
            };
            Wft.unzipBase64AsArray = function(t, e) {
              e = e || 1;
              var i, s, n, r = this.unzipBase64(t), o = [];
              for (i = 0, n = r.length / e; i < n; i++) {
                o[i] = 0;
                for (s = e - 1; s >= 0; --s) o[i] += r.charCodeAt(i * e + s) << 8 * s;
              }
              return o;
            };
            Wft.unzipAsArray = function(t, e) {
              e = e || 1;
              var i, s, n, r = this.unzip(t), o = [];
              for (i = 0, n = r.length / e; i < n; i++) {
                o[i] = 0;
                for (s = e - 1; s >= 0; --s) o[i] += r.charCodeAt(i * e + s) << 8 * s;
              }
              return o;
            };
            var Yft, qft, Kft, Jft, Zft, Qft, $ft, tgt, egt, igt, sgt, ngt, rgt, ogt, agt, lgt, hgt, cgt, ugt, _gt, dgt, pgt, mgt, fgt, ggt, ygt, bgt, Sgt, Agt, Tgt, vgt, Egt, Cgt, xgt, wgt, Rgt, Igt, Mgt, Bgt, Dgt, Pgt, Ogt, Ngt, Lgt, Fgt, Vgt, kgt, Ugt, Ggt, zgt, Hgt, jgt, Xgt, Wgt, Ygt, qgt, Kgt, Jgt, Zgt, Qgt, $gt, tyt, eyt, iyt, syt, nyt, ryt, oyt, ayt, lyt, hyt, cyt, uyt, _yt, dyt, pyt, myt, fyt, gyt, yyt, byt, Syt, Ayt, Tyt, vyt, Eyt, Cyt, xyt, wyt, Ryt, Iyt, Myt, Byt, Dyt, Pyt, Oyt, Nyt, Lyt, Fyt, Vyt, kyt, Uyt;
            let Gyt;
            !function(t) {
              t[t.JPG = 0] = "JPG";
              t[t.PNG = 1] = "PNG";
              t[t.TIFF = 2] = "TIFF";
              t[t.WEBP = 3] = "WEBP";
              t[t.PVR = 4] = "PVR";
              t[t.ETC = 5] = "ETC";
              t[t.S3TC = 6] = "S3TC";
              t[t.ATITC = 7] = "ATITC";
              t[t.TGA = 8] = "TGA";
              t[t.RAWDATA = 9] = "RAWDATA";
              t[t.UNKNOWN = 10] = "UNKNOWN";
            }(Gyt || (Gyt = {}));
            function zyt(t) {
              const e = t.parent;
              const i = t.getComponent(Hyt);
              return e && i ? zyt(e) : t.getComponentsInChildren(Hyt);
            }
            let Hyt = t("ParticleSystem2D", (Yft = Ul("cc.ParticleSystem2D"), qft = $l(), Kft = ph(), 
            Jft = lh(), Zft = Th(Lft), Qft = ph(), $ft = lh(), tgt = Th(GI), egt = lh(), igt = lh(), 
            sgt = lh(), ngt = lh(), rgt = lh(), ogt = lh(), agt = lh(), lgt = lh(), hgt = rh(), 
            cgt = lh(), ugt = lh(), _gt = lh(), dgt = lh(), pgt = lh(), mgt = lh(), fgt = lh(), 
            ggt = lh(), ygt = lh(), bgt = lh(), Sgt = lh(), Agt = lh(), Tgt = lh(), vgt = Th(vft), 
            Egt = lh(), Cgt = ph(), xgt = lh(), wgt = Th(Tft), Rgt = lh(), Igt = lh(), Mgt = lh(), 
            Bgt = lh(), Dgt = lh(), Pgt = lh(), Ogt = lh(), Ngt = lh(), Lgt = lh(), Fgt = lh(), 
            Vgt = lh(), kgt = lh(), Ugt = lh(), Ggt = lh(), zgt = lh(), Hgt = ph(), jgt = lh(), 
            Xgt = ph(), Wgt = lh(), Ygt = ql("preview"), Yft(qgt = qft(qgt = th(qgt = Ql(qgt = (Kgt = (Uyt = kyt = class t extends uD {
              get custom() {
                return this._custom;
              }
              set custom(t) {
                if (this._custom !== t) {
                  this._custom = t;
                  this._applyFile();
                }
              }
              get file() {
                return this._file;
              }
              set file(t) {
                if (this._file !== t) {
                  this._file = t;
                  t ? this._applyFile() : this.custom = !0;
                }
              }
              get spriteFrame() {
                return this._spriteFrame;
              }
              set spriteFrame(t) {
                if (this._renderSpriteFrame !== t) {
                  this._renderSpriteFrame = t;
                  t && !t._uuid || (this._spriteFrame = t);
                  this._applySpriteFrame();
                }
              }
              get particleCount() {
                return this._simulator.particles.length;
              }
              get totalParticles() {
                return this._totalParticles;
              }
              set totalParticles(t) {
                this._totalParticles !== t && (this._totalParticles = t);
              }
              get startColor() {
                return this._startColor;
              }
              set startColor(t) {
                this._startColor.r = t.r;
                this._startColor.g = t.g;
                this._startColor.b = t.b;
                this._startColor.a = t.a;
              }
              get startColorVar() {
                return this._startColorVar;
              }
              set startColorVar(t) {
                this._startColorVar.r = t.r;
                this._startColorVar.g = t.g;
                this._startColorVar.b = t.b;
                this._startColorVar.a = t.a;
              }
              set color(t) {}
              get color() {
                return this._color;
              }
              get endColor() {
                return this._endColor;
              }
              set endColor(t) {
                this._endColor.r = t.r;
                this._endColor.g = t.g;
                this._endColor.b = t.b;
                this._endColor.a = t.a;
              }
              get endColorVar() {
                return this._endColorVar;
              }
              set endColorVar(t) {
                this._endColorVar.r = t.r;
                this._endColorVar.g = t.g;
                this._endColorVar.b = t.b;
                this._endColorVar.a = t.a;
              }
              get positionType() {
                return this._positionType;
              }
              set positionType(t) {
                this._positionType = t;
                this._updateMaterial();
                this._updatePositionType();
              }
              get preview() {
                return this._preview;
              }
              set preview(t) {
                t ? this._startPreview() : this._stopPreview();
                this._preview = t;
              }
              get stopped() {
                return this._stopped;
              }
              get active() {
                return this._simulator.active;
              }
              get assembler() {
                return this._assembler;
              }
              constructor() {
                super();
                Ml(this, "duration", Jgt, this);
                Ml(this, "emissionRate", Zgt, this);
                Ml(this, "life", Qgt, this);
                Ml(this, "lifeVar", $gt, this);
                Ml(this, "angle", tyt, this);
                Ml(this, "angleVar", eyt, this);
                Ml(this, "startSize", iyt, this);
                Ml(this, "startSizeVar", syt, this);
                Ml(this, "endSize", nyt, this);
                Ml(this, "endSizeVar", ryt, this);
                Ml(this, "startSpin", oyt, this);
                Ml(this, "startSpinVar", ayt, this);
                Ml(this, "endSpin", lyt, this);
                Ml(this, "endSpinVar", hyt, this);
                Ml(this, "sourcePos", cyt, this);
                Ml(this, "posVar", uyt, this);
                Ml(this, "emitterMode", _yt, this);
                Ml(this, "gravity", dyt, this);
                Ml(this, "speed", pyt, this);
                Ml(this, "speedVar", myt, this);
                Ml(this, "tangentialAccel", fyt, this);
                Ml(this, "tangentialAccelVar", gyt, this);
                Ml(this, "radialAccel", yyt, this);
                Ml(this, "radialAccelVar", byt, this);
                Ml(this, "rotationIsDir", Syt, this);
                Ml(this, "startRadius", Ayt, this);
                Ml(this, "startRadiusVar", Tyt, this);
                Ml(this, "endRadius", vyt, this);
                Ml(this, "endRadiusVar", Eyt, this);
                Ml(this, "rotatePerS", Cyt, this);
                Ml(this, "rotatePerSVar", xyt, this);
                this.aspectRatio = 1;
                Ml(this, "playOnLoad", wyt, this);
                Ml(this, "autoRemoveOnFinish", Ryt, this);
                Ml(this, "_preview", Iyt, this);
                Ml(this, "_custom", Myt, this);
                Ml(this, "_file", Byt, this);
                Ml(this, "_spriteFrame", Dyt, this);
                Ml(this, "_totalParticles", Pyt, this);
                Ml(this, "_startColor", Oyt, this);
                Ml(this, "_startColorVar", Nyt, this);
                Ml(this, "_endColor", Lyt, this);
                Ml(this, "_endColorVar", Fyt, this);
                Ml(this, "_positionType", Vyt, this);
                this._stopped = !0;
                this.initProperties();
              }
              onEnable() {
                super.onEnable();
                this._updateMaterial();
                this._updatePositionType();
              }
              onDestroy() {
                super.onDestroy();
                this.autoRemoveOnFinish && (this.autoRemoveOnFinish = !1);
                this._simulator.uvFilled = 0;
                this._simulator.renderData && this._assembler && this._assembler.removeData(this._simulator.renderData);
              }
              initProperties() {
                this._previewTimer = null;
                this._focused = !1;
                this.aspectRatio = 1;
                this._simulator = new Dft(this);
              }
              onFocusInEditor() {
                this._focused = !0;
                const t = zyt(this.node);
                for (let e = 0; e < t.length; ++e) t[e]._startPreview();
              }
              onLostFocusInEditor() {
                this._focused = !1;
                const t = zyt(this.node);
                for (let e = 0; e < t.length; ++e) t[e]._stopPreview();
              }
              _startPreview() {
                this._preview && this.resetSystem();
              }
              _stopPreview() {
                if (this._preview) {
                  this.resetSystem();
                  this.stopSystem();
                }
                this._previewTimer && clearInterval(this._previewTimer);
              }
              __preload() {
                super.__preload();
                if (this._custom && this.spriteFrame && !this._renderSpriteFrame) this._applySpriteFrame(); else if (this._file) if (this._custom) {
                  !this._getTexture() && this._applyFile();
                } else this._applyFile();
                this.playOnLoad && this.resetSystem();
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                this._assembler !== e && (this._assembler = e);
                if (this._assembler && this._assembler.createData) {
                  this._simulator.renderData = this._assembler.createData(this);
                  this._simulator.renderData.particleInitRenderDrawInfo(this.renderEntity);
                  this._simulator.initDrawInfo();
                }
              }
              lateUpdate(t) {
                this._simulator.finished || this._simulator.step(t);
              }
              addParticle() {}
              stopSystem() {
                this._stopped = !0;
                this._simulator.stop();
              }
              resetSystem() {
                this._stopped = !1;
                this._simulator.reset();
                this.markForUpdateRenderData();
              }
              isFull() {
                return this.particleCount >= this.totalParticles;
              }
              _applyFile() {
                const t = this._file;
                if (t) {
                  if (!t) {
                    F(6029);
                    return;
                  }
                  if (!this.isValid) return;
                  this._plistFile = t.nativeUrl;
                  if (!this._custom) {
                    this._spriteFrame !== t.spriteFrame && (this.spriteFrame = t.spriteFrame);
                    this._initWithDictionary(t._nativeAsset);
                  }
                  this._spriteFrame ? !this._renderSpriteFrame && this._spriteFrame && this._applySpriteFrame() : t.spriteFrame ? this.spriteFrame = t.spriteFrame : this._custom && this._initTextureWithDictionary(t._nativeAsset);
                }
              }
              _initTextureWithDictionary(t) {
                if (t.spriteFrameUuid) {
                  const e = t.spriteFrameUuid;
                  SR.loadAny(e, ((e, i) => {
                    if (e) {
                      t.spriteFrameUuid = void 0;
                      this._initTextureWithDictionary(t);
                      x(e);
                    } else this.spriteFrame = i;
                  }));
                } else {
                  const i = hc(this._plistFile, t.textureFileName || "");
                  if (t.textureFileName) SR.loadRemote(i, ((e, i) => {
                    if (e) {
                      t.textureFileName = void 0;
                      this._initTextureWithDictionary(t);
                      x(e);
                    } else this.spriteFrame = i ? GI.createWithImage(i) : GI.createWithImage(xR.get("white-texture"));
                  })); else if (t.textureImageData) {
                    const s = t.textureImageData;
                    if (!(s && s.length > 0)) return !1;
                    {
                      let t = SR.assets.get(i);
                      if (!t) {
                        const n = Wft.unzipBase64AsArray(s, 1);
                        if (!n) {
                          N(6030, this._file.name);
                          return !1;
                        }
                        const r = (e = n).length > 8 && 137 === e[0] && 80 === e[1] && 78 === e[2] && 71 === e[3] && 13 === e[4] && 10 === e[5] && 26 === e[6] && 10 === e[7] ? Gyt.PNG : e.length > 2 && (73 === e[0] && 73 === e[1] || 77 === e[0] && 77 === e[1] || 255 === e[0] && 216 === e[1]) ? Gyt.TIFF : Gyt.UNKNOWN;
                        if (r !== Gyt.TIFF && r !== Gyt.PNG) {
                          N(6031, this._file.name);
                          return !1;
                        }
                        const o = document.createElement("canvas");
                        if (r === Gyt.PNG) {
                          new kft(n).render(o);
                        } else {
                          this._tiffReader || (this._tiffReader = new Uft);
                          this._tiffReader.parseTIFF(n, o);
                        }
                        t = new IC(o);
                        SR.assets.add(i, t);
                      }
                      t || N(6032, this._file.name);
                      this.spriteFrame = t ? GI.createWithImage(t) : GI.createWithImage(xR.get("white-texture"));
                    }
                  }
                }
                var e;
                return !0;
              }
              _initWithDictionary(t) {
                this.totalParticles = parseInt(t.maxParticles || 0);
                this.life = parseFloat(t.particleLifespan || 0);
                this.lifeVar = parseFloat(t.particleLifespanVariance || 0);
                const e = t.emissionRate;
                this.emissionRate = e || Math.min(this.totalParticles / this.life, Number.MAX_VALUE);
                this.duration = parseFloat(t.duration || 0);
                this._srcBlendFactor = parseInt(t.blendFuncSource || Ls.SRC_ALPHA);
                this._dstBlendFactor = parseInt(t.blendFuncDestination || Ls.ONE_MINUS_SRC_ALPHA);
                const i = this._startColor;
                i.r = 255 * parseFloat(t.startColorRed || 0);
                i.g = 255 * parseFloat(t.startColorGreen || 0);
                i.b = 255 * parseFloat(t.startColorBlue || 0);
                i.a = 255 * parseFloat(t.startColorAlpha || 0);
                const s = this._startColorVar;
                s.r = 255 * parseFloat(t.startColorVarianceRed || 0);
                s.g = 255 * parseFloat(t.startColorVarianceGreen || 0);
                s.b = 255 * parseFloat(t.startColorVarianceBlue || 0);
                s.a = 255 * parseFloat(t.startColorVarianceAlpha || 0);
                const n = this._endColor;
                n.r = 255 * parseFloat(t.finishColorRed || 0);
                n.g = 255 * parseFloat(t.finishColorGreen || 0);
                n.b = 255 * parseFloat(t.finishColorBlue || 0);
                n.a = 255 * parseFloat(t.finishColorAlpha || 0);
                const r = this._endColorVar;
                r.r = 255 * parseFloat(t.finishColorVarianceRed || 0);
                r.g = 255 * parseFloat(t.finishColorVarianceGreen || 0);
                r.b = 255 * parseFloat(t.finishColorVarianceBlue || 0);
                r.a = 255 * parseFloat(t.finishColorVarianceAlpha || 0);
                this.startSize = parseFloat(t.startParticleSize || 0);
                this.startSizeVar = parseFloat(t.startParticleSizeVariance || 0);
                this.endSize = parseFloat(t.finishParticleSize || 0);
                this.endSizeVar = parseFloat(t.finishParticleSizeVariance || 0);
                this.positionType = parseFloat(void 0 !== t.positionType ? t.positionType : vft.FREE);
                this.sourcePos.set(0, 0);
                this.posVar.set(parseFloat(t.sourcePositionVariancex || 0), parseFloat(t.sourcePositionVariancey || 0));
                this.angle = parseFloat(t.angle || 0);
                this.angleVar = parseFloat(t.angleVariance || 0);
                this.startSpin = parseFloat(t.rotationStart || 0);
                this.startSpinVar = parseFloat(t.rotationStartVariance || 0);
                this.endSpin = parseFloat(t.rotationEnd || 0);
                this.endSpinVar = parseFloat(t.rotationEndVariance || 0);
                this.emitterMode = parseInt(t.emitterType || Tft.GRAVITY);
                if (this.emitterMode === Tft.GRAVITY) {
                  this.gravity.set(parseFloat(t.gravityx || 0), parseFloat(t.gravityy || 0));
                  this.speed = parseFloat(t.speed || 0);
                  this.speedVar = parseFloat(t.speedVariance || 0);
                  this.radialAccel = parseFloat(t.radialAcceleration || 0);
                  this.radialAccelVar = parseFloat(t.radialAccelVariance || 0);
                  this.tangentialAccel = parseFloat(t.tangentialAcceleration || 0);
                  this.tangentialAccelVar = parseFloat(t.tangentialAccelVariance || 0);
                  let e = t.rotationIsDir || "";
                  if (null !== e) {
                    e = e.toString().toLowerCase();
                    this.rotationIsDir = "true" === e || "1" === e;
                  } else this.rotationIsDir = !1;
                } else {
                  if (this.emitterMode !== Tft.RADIUS) {
                    N(6009);
                    return !1;
                  }
                  this.startRadius = parseFloat(t.maxRadius || 0);
                  this.startRadiusVar = parseFloat(t.maxRadiusVariance || 0);
                  this.endRadius = parseFloat(t.minRadius || 0);
                  this.endRadiusVar = parseFloat(t.minRadiusVariance || 0);
                  this.rotatePerS = parseFloat(t.rotatePerSecond || 0);
                  this.rotatePerSVar = parseFloat(t.rotatePerSecondVariance || 0);
                }
                this._initTextureWithDictionary(t);
                return !0;
              }
              _syncAspect() {
                if (this._renderSpriteFrame) {
                  const t = this._renderSpriteFrame.rect;
                  this.aspectRatio = t.width / t.height;
                }
              }
              _applySpriteFrame() {
                this._renderSpriteFrame = this._renderSpriteFrame || this._spriteFrame;
                if (this._renderSpriteFrame) {
                  if (this._renderSpriteFrame.texture) {
                    this._simulator.updateUVs(!0);
                    this._syncAspect();
                    this._updateMaterial();
                    this._stopped = !1;
                    this.markForUpdateRenderData();
                  }
                } else this.resetSystem();
              }
              _getTexture() {
                return this._renderSpriteFrame && this._renderSpriteFrame.texture;
              }
              _updateMaterial() {
                const t = this.getMaterialInstance(0);
                t && t.recompileShaders({
                  USE_LOCAL: this._positionType !== vft.FREE
                });
                t && t.passes.length > 0 && this._updateBlendFunc();
              }
              _finishedSimulation() {
                this.resetSystem();
                this.stopSystem();
                this.markForUpdateRenderData();
                this.autoRemoveOnFinish && this._stopped && this.node.destroy();
              }
              _canRender() {
                return super._canRender() && !this._stopped && null !== this._renderSpriteFrame && void 0 !== this._renderSpriteFrame;
              }
              _render(t) {
                this._positionType === vft.RELATIVE ? t.commitComp(this, this._simulator.renderData, this._renderSpriteFrame, this._assembler, this.node.parent) : this.positionType === vft.GROUPED ? t.commitComp(this, this._simulator.renderData, this._renderSpriteFrame, this._assembler, this.node) : t.commitComp(this, this._simulator.renderData, this._renderSpriteFrame, this._assembler, null);
              }
              _updatePositionType() {
                if (this._positionType === vft.RELATIVE) {
                  this._renderEntity.setRenderTransform(this.node.parent);
                  this._renderEntity.setUseLocal(!0);
                } else if (this.positionType === vft.GROUPED) {
                  this._renderEntity.setRenderTransform(this.node);
                  this._renderEntity.setUseLocal(!0);
                } else {
                  this._renderEntity.setRenderTransform(null);
                  this._renderEntity.setUseLocal(!1);
                }
              }
            }, kyt.EmitterMode = Tft, kyt.PositionType = vft, kyt.DURATION_INFINITY = -1, kyt.START_SIZE_EQUAL_TO_END_SIZE = -1, 
            kyt.START_RADIUS_EQUAL_TO_END_RADIUS = -1, Uyt), Bl(Kgt.prototype, "custom", [ nh, Kft, Jft ], Object.getOwnPropertyDescriptor(Kgt.prototype, "custom"), Kgt.prototype), 
            Bl(Kgt.prototype, "file", [ Zft, Qft, $ft ], Object.getOwnPropertyDescriptor(Kgt.prototype, "file"), Kgt.prototype), 
            Bl(Kgt.prototype, "spriteFrame", [ tgt, egt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "spriteFrame"), Kgt.prototype), 
            Bl(Kgt.prototype, "totalParticles", [ nh, igt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "totalParticles"), Kgt.prototype), 
            Jgt = Bl(Kgt.prototype, "duration", [ Yl, nh, sgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return -1;
              }
            }), Zgt = Bl(Kgt.prototype, "emissionRate", [ Yl, nh, ngt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), Qgt = Bl(Kgt.prototype, "life", [ Yl, nh, rgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), $gt = Bl(Kgt.prototype, "lifeVar", [ Yl, nh, ogt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(Kgt.prototype, "startColor", [ nh, agt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "startColor"), Kgt.prototype), 
            Bl(Kgt.prototype, "startColorVar", [ nh, lgt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "startColorVar"), Kgt.prototype), 
            Bl(Kgt.prototype, "color", [ hgt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "color"), Kgt.prototype), 
            Bl(Kgt.prototype, "endColor", [ nh, cgt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "endColor"), Kgt.prototype), 
            Bl(Kgt.prototype, "endColorVar", [ nh, ugt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "endColorVar"), Kgt.prototype), 
            tyt = Bl(Kgt.prototype, "angle", [ Yl, nh, _gt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 90;
              }
            }), eyt = Bl(Kgt.prototype, "angleVar", [ Yl, nh, dgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 20;
              }
            }), iyt = Bl(Kgt.prototype, "startSize", [ Yl, nh, pgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 50;
              }
            }), syt = Bl(Kgt.prototype, "startSizeVar", [ Yl, nh, mgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), nyt = Bl(Kgt.prototype, "endSize", [ Yl, nh, fgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), ryt = Bl(Kgt.prototype, "endSizeVar", [ Yl, nh, ggt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), oyt = Bl(Kgt.prototype, "startSpin", [ Yl, nh, ygt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), ayt = Bl(Kgt.prototype, "startSpinVar", [ Yl, nh, bgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), lyt = Bl(Kgt.prototype, "endSpin", [ Yl, nh, Sgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), hyt = Bl(Kgt.prototype, "endSpinVar", [ Yl, nh, Agt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), cyt = Bl(Kgt.prototype, "sourcePos", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Qi.ZERO.clone();
              }
            }), uyt = Bl(Kgt.prototype, "posVar", [ Yl, nh, Tgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Qi.ZERO.clone();
              }
            }), Bl(Kgt.prototype, "positionType", [ vgt, Egt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "positionType"), Kgt.prototype), 
            Bl(Kgt.prototype, "preview", [ nh, Cgt, xgt ], Object.getOwnPropertyDescriptor(Kgt.prototype, "preview"), Kgt.prototype), 
            _yt = Bl(Kgt.prototype, "emitterMode", [ Yl, nh, wgt, Rgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Tft.GRAVITY;
              }
            }), dyt = Bl(Kgt.prototype, "gravity", [ Yl, nh, Igt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Qi.ZERO.clone();
              }
            }), pyt = Bl(Kgt.prototype, "speed", [ Yl, nh, Mgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 180;
              }
            }), myt = Bl(Kgt.prototype, "speedVar", [ Yl, nh, Bgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 50;
              }
            }), fyt = Bl(Kgt.prototype, "tangentialAccel", [ Yl, nh, Dgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 80;
              }
            }), gyt = Bl(Kgt.prototype, "tangentialAccelVar", [ Yl, nh, Pgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), yyt = Bl(Kgt.prototype, "radialAccel", [ Yl, nh, Ogt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), byt = Bl(Kgt.prototype, "radialAccelVar", [ Yl, nh, Ngt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Syt = Bl(Kgt.prototype, "rotationIsDir", [ Yl, nh, Lgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Ayt = Bl(Kgt.prototype, "startRadius", [ Yl, nh, Fgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Tyt = Bl(Kgt.prototype, "startRadiusVar", [ Yl, nh, Vgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), vyt = Bl(Kgt.prototype, "endRadius", [ Yl, nh, kgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Eyt = Bl(Kgt.prototype, "endRadiusVar", [ Yl, nh, Ugt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Cyt = Bl(Kgt.prototype, "rotatePerS", [ Yl, nh, Ggt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), xyt = Bl(Kgt.prototype, "rotatePerSVar", [ Yl, nh, zgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), wyt = Bl(Kgt.prototype, "playOnLoad", [ Yl, nh, Hgt, jgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Ryt = Bl(Kgt.prototype, "autoRemoveOnFinish", [ Yl, nh, Xgt, Wgt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Iyt = Bl(Kgt.prototype, "_preview", [ Ygt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Myt = Bl(Kgt.prototype, "_custom", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Byt = Bl(Kgt.prototype, "_file", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Dyt = Bl(Kgt.prototype, "_spriteFrame", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Pyt = Bl(Kgt.prototype, "_totalParticles", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 150;
              }
            }), Oyt = Bl(Kgt.prototype, "_startColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(255, 255, 255, 255);
              }
            }), Nyt = Bl(Kgt.prototype, "_startColorVar", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(0, 0, 0, 0);
              }
            }), Lyt = Bl(Kgt.prototype, "_endColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(255, 255, 255, 0);
              }
            }), Fyt = Bl(Kgt.prototype, "_endColorVar", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(0, 0, 0, 0);
              }
            }), Vyt = Bl(Kgt.prototype, "_positionType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return vft.FREE;
              }
            }), Kgt)) || qgt) || qgt) || qgt) || qgt));
            var jyt, Xyt, Wyt, Yyt, qyt, Kyt, Jyt, Zyt, Qyt, $yt, tbt, ebt, ibt, sbt;
            let nbt = t("MotionStreak", (jyt = Ul("cc.MotionStreak"), Xyt = $l(), Wyt = sh(), 
            Yyt = Th(LC), jyt(qyt = Ql(qyt = th(qyt = Xyt(qyt = Wyt(qyt = (Kyt = (sbt = ibt = class t extends uD {
              constructor(...t) {
                super(...t);
                Ml(this, "_preview", Jyt, this);
                Ml(this, "_fadeTime", Zyt, this);
                Ml(this, "_minSeg", Qyt, this);
                Ml(this, "_stroke", $yt, this);
                Ml(this, "_texture", tbt, this);
                Ml(this, "_fastMode", ebt, this);
                this._points = [];
              }
              get preview() {
                return this._preview;
              }
              set preview(t) {
                this._preview = t;
                this.reset();
              }
              get fadeTime() {
                return this._fadeTime;
              }
              set fadeTime(t) {
                this._fadeTime = t;
                this.reset();
              }
              get minSeg() {
                return this._minSeg;
              }
              set minSeg(t) {
                this._minSeg = t;
              }
              get stroke() {
                return this._stroke;
              }
              set stroke(t) {
                this._stroke = t;
              }
              get texture() {
                return this._texture;
              }
              set texture(t) {
                this._texture !== t && (this._texture = t);
              }
              get fastMode() {
                return this._fastMode;
              }
              set fastMode(t) {
                this._fastMode = t;
              }
              get points() {
                return this._points;
              }
              onEnable() {
                super.onEnable();
                this.reset();
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                this._assembler !== e && (this._assembler = e);
                if (!this.renderData && this._assembler && this._assembler.createData) {
                  this._renderData = this._assembler.createData(this);
                  this.renderData.material = this.material;
                  this._updateColor();
                }
              }
              onFocusInEditor() {
                this._preview && this.reset();
              }
              onLostFocusInEditor() {
                this._preview && this.reset();
              }
              reset() {
                this._points.length = 0;
                this.renderData && this.renderData.clear();
              }
              lateUpdate(t) {
                this._assembler && this._assembler.update(this, t);
              }
              _render(t) {
                t.commitComp(this, this.renderData, this._texture, this._assembler, null);
              }
            }, ibt.Point = class {
              constructor(t, e) {
                this.point = new Qi;
                this.dir = new Qi;
                this.distance = 0;
                this.time = 0;
                t && this.point.set(t);
                e && this.dir.set(e);
              }
              setPoint(t, e) {
                this.point.x = t;
                this.point.y = e;
              }
              setDir(t, e) {
                this.dir.x = t;
                this.dir.y = e;
              }
            }, sbt), Bl(Kyt.prototype, "preview", [ nh ], Object.getOwnPropertyDescriptor(Kyt.prototype, "preview"), Kyt.prototype), 
            Bl(Kyt.prototype, "fadeTime", [ nh ], Object.getOwnPropertyDescriptor(Kyt.prototype, "fadeTime"), Kyt.prototype), 
            Bl(Kyt.prototype, "minSeg", [ nh ], Object.getOwnPropertyDescriptor(Kyt.prototype, "minSeg"), Kyt.prototype), 
            Bl(Kyt.prototype, "stroke", [ nh ], Object.getOwnPropertyDescriptor(Kyt.prototype, "stroke"), Kyt.prototype), 
            Bl(Kyt.prototype, "texture", [ Yyt ], Object.getOwnPropertyDescriptor(Kyt.prototype, "texture"), Kyt.prototype), 
            Bl(Kyt.prototype, "fastMode", [ nh ], Object.getOwnPropertyDescriptor(Kyt.prototype, "fastMode"), Kyt.prototype), 
            Jyt = Bl(Kyt.prototype, "_preview", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Zyt = Bl(Kyt.prototype, "_fadeTime", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Qyt = Bl(Kyt.prototype, "_minSeg", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), $yt = Bl(Kyt.prototype, "_stroke", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 64;
              }
            }), tbt = Bl(Kyt.prototype, "_texture", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), ebt = Bl(Kyt.prototype, "_fastMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Kyt)) || qyt) || qyt) || qyt) || qyt) || qyt));
            new Qi;
            const rbt = new Qi;
            const obt = new Qi;
            let abt;
            function lbt(t, e) {
              t.x = -e.y;
              t.y = e.x;
              return t;
            }
            const hbt = {
              createData(t) {
                const e = t.requestRenderData();
                e.dataLength = 4;
                e.resize(16, 42);
                return e;
              },
              update(t, e) {
                const i = t.stroke / 2;
                const s = t.node.worldMatrix;
                const n = s.m12;
                const r = s.m13;
                const o = t.points;
                let a;
                if (o.length > 1) {
                  const e = o[0];
                  const i = e.point.x - n;
                  const s = e.point.y - r;
                  i * i + s * s < t.minSeg && (a = e);
                }
                if (!a) {
                  a = new nbt.Point;
                  o.unshift(a);
                }
                a.setPoint(n, r);
                a.time = t.fadeTime + e;
                let l = 0;
                let h = 0;
                if (o.length < 2) return;
                const c = t.renderData;
                this.updateRenderDataCache(t, c);
                const u = t.color;
                const _ = u.r;
                const d = u.g;
                const p = u.b;
                const m = u.a;
                const f = o[1];
                f.distance = Qi.subtract(obt, a.point, f.point).length();
                obt.normalize();
                f.setDir(obt.x, obt.y);
                a.setDir(obt.x, obt.y);
                c.dataLength = 2 * o.length;
                const g = c.data;
                const y = t.fadeTime;
                let b = !1;
                for (let t = o.length - 1; t >= 0; t--) {
                  const s = o[t];
                  const n = s.point;
                  const r = s.dir;
                  s.time -= e;
                  if (s.time < 0) {
                    o.splice(t, 1);
                    continue;
                  }
                  const a = s.time / y;
                  const h = o[t - 1];
                  if (!b) {
                    if (!h) {
                      o.splice(t, 1);
                      continue;
                    }
                    n.x = h.point.x - r.x * a;
                    n.y = h.point.y - r.y * a;
                  }
                  b = !0;
                  lbt(rbt, r);
                  const c = (a * m << 24 >>> 0) + (p << 16) + (d << 8) + _;
                  let u = l;
                  g[u].x = n.x + rbt.x * i;
                  g[u].y = n.y + rbt.y * i;
                  g[u].u = 1;
                  g[u].v = a;
                  g[u].color._val = c;
                  u += 1;
                  g[u].x = n.x - rbt.x * i;
                  g[u].y = n.y - rbt.y * i;
                  g[u].u = 0;
                  g[u].v = a;
                  g[u].color._val = c;
                  l += 2;
                }
                h = l <= 2 ? 0 : 3 * (l - 2);
                c.resize(l, h);
                {
                  const e = c.indexCount;
                  this.createQuadIndices(t, e);
                  c.chunk.setIndexBuffer(abt);
                  this.updateWorldVertexAllData(t);
                  c.updateRenderData(t, t.texture);
                  c.renderDrawInfo.setVertDirty(!1);
                  t.node.hasChangedFlags = 0;
                }
              },
              updateWorldVertexAllData(t) {
                const e = t.renderData;
                const i = e.floatStride;
                const s = e.data;
                const n = e.chunk.vb;
                for (let t = 0; t < s.length; t++) {
                  const e = t * i;
                  n[e + 0] = s[t].x;
                  n[e + 1] = s[t].y;
                  n[e + 2] = s[t].z;
                  n[e + 3] = s[t].u;
                  n[e + 4] = s[t].v;
                  Bi.toArray(n, s[t].color, e + 5);
                }
              },
              createQuadIndices(t, e) {
                let i = t.renderData.chunk.meshBuffer.indexOffset;
                abt = null;
                abt = new Uint16Array(e);
                for (let t = 0, s = e; t < s; t += 2) {
                  const e = 0 + t;
                  abt[i++] = e;
                  abt[i++] = e + 2;
                  abt[i++] = e + 1;
                  abt[i++] = e + 1;
                  abt[i++] = e + 2;
                  abt[i++] = e + 3;
                }
              },
              updateRenderDataCache(t, e) {
                e.passDirty && e.updatePass(t);
                e.nodeDirty && e.updateNode(t);
                if (e.textureDirty && t.texture) {
                  e.updateTexture(t.texture);
                  e.material = t.getRenderMaterial(0);
                }
                e.hashDirty && e.updateHash();
              },
              updateRenderData(t) {},
              updateColor(t) {},
              fillBuffers(t, e) {
                const i = t.renderData;
                const s = i.chunk;
                const n = i.data;
                const r = i.vertexCount;
                const o = i.indexCount;
                const a = s.vb;
                let l = 0;
                for (let t = 0; t < r; t++) {
                  const e = n[t];
                  a[l++] = e.x;
                  a[l++] = e.y;
                  a[l++] = e.z;
                  a[l++] = e.u;
                  a[l++] = e.v;
                  Bi.toArray(a, e.color, l);
                  l += 4;
                }
                s.bufferId;
                const h = s.vertexOffset;
                const c = s.meshBuffer;
                const u = s.meshBuffer.iData;
                let _ = c.indexOffset;
                for (let t = 0, e = o; t < e; t += 2) {
                  const e = h + t;
                  u[_++] = e;
                  u[_++] = e + 2;
                  u[_++] = e + 1;
                  u[_++] = e + 1;
                  u[_++] = e + 2;
                  u[_++] = e + 3;
                }
                c.indexOffset += i.indexCount;
                c.setDirty();
              }
            };
            const cbt = t("MotionStreakAssemblerManager", {
              getAssembler: t => hbt
            });
            nbt.Assembler = cbt;
            const ubt = {
              maxParticleDeltaTime: 0,
              createData: t => AB.add(),
              removeData(t) {
                AB.remove(t);
              },
              updateRenderData() {},
              fillBuffers(t, e) {}
            };
            const _bt = t("ParticleSystem2DAssembler", {
              getAssembler(t) {
                ubt.maxParticleDeltaTime || (ubt.maxParticleDeltaTime = m.game.frameTime / 1e3 * 2);
                return ubt;
              }
            });
            Hyt.Assembler = _bt;
            let dbt;
            let pbt;
            "undefined" != typeof globalThis ? globalThis : "undefined" != typeof window ? window : "undefined" != typeof global ? global : "undefined" != typeof self && self;
            var mbt = function(t, e) {
              return t(e = {
                exports: {}
              }, e.exports), e.exports;
            }((function(t, e) {
              !function(t) {
                function e(t, ...e) {
                  if (!t) throw new Error(...e);
                }
                function i(t, e) {
                  return void 0 !== t ? t : e;
                }
                const s = 1e37;
                const n = 1e-5;
                const r = n * n;
                const o = 3.14159265359;
                const a = 2;
                const l = 8;
                const h = .1;
                const c = 2;
                const u = .008;
                const _ = 2 / 180 * o;
                const d = 2 * u;
                const p = 8;
                const m = 32;
                const f = 1;
                const g = .2;
                const y = 8 / 180 * o;
                const b = 2;
                const S = b * b;
                const A = .5 * o;
                const T = A * A;
                const v = .2;
                const E = .75;
                const C = -1;
                const x = 2147483647;
                const w = .75;
                const R = 1;
                const I = .25;
                const M = .5;
                const B = 2;
                const D = B * B;
                const P = 256;
                const O = 2.5;
                const N = .5;
                const L = .01;
                const F = 2 / 180 * o;
                function V(t) {
                  return null;
                }
                function k(t) {}
                function U(t, ...e) {}
                class G {
                  constructor(t = 0, e = 0, i = 0) {
                    this.major = 0;
                    this.minor = 0;
                    this.revision = 0;
                    this.major = t;
                    this.minor = e;
                    this.revision = i;
                  }
                  toString() {
                    return this.major + "." + this.minor + "." + this.revision;
                  }
                }
                const z = new G(2, 3, 2);
                const H = "master";
                const j = "fbf51801d80fc389d43dc46524520e89043b6faf";
                function X(t) {
                  return parseInt(t, 10);
                }
                function W(t) {
                  return Math.abs(parseInt(t, 10));
                }
                function Y(t, e) {
                  const i = new Array(t);
                  for (let s = 0; s < t; ++s) i[s] = e(s);
                  return i;
                }
                function q(t) {
                  const e = new Array(t);
                  for (let i = 0; i < t; ++i) e[i] = null;
                  return e;
                }
                function K(t, e = 0) {
                  const i = new Array(t);
                  for (let s = 0; s < t; ++s) i[s] = e;
                  return i;
                }
                const J = o / 180;
                const Z = 180 / o;
                const Q = 2 * o;
                const $ = Math.abs;
                function tt(t, e) {
                  return t < e ? t : e;
                }
                function et(t, e) {
                  return t > e ? t : e;
                }
                function it(t, e, i) {
                  return t < e ? e : t > i ? i : t;
                }
                function st(t, e) {
                  const i = t[0];
                  t[0] = e[0];
                  e[0] = i;
                }
                const nt = isFinite;
                function rt(t) {
                  return t * t;
                }
                function ot(t) {
                  return 1 / Math.sqrt(t);
                }
                const at = Math.sqrt;
                const lt = Math.pow;
                function ht(t) {
                  return t * J;
                }
                function ct(t) {
                  return t * Z;
                }
                const ut = Math.cos;
                const _t = Math.sin;
                const dt = Math.acos;
                const pt = Math.asin;
                const mt = Math.atan2;
                function ft(t) {
                  t |= t >> 1 & 2147483647;
                  t |= t >> 2 & 1073741823;
                  t |= t >> 4 & 268435455;
                  t |= t >> 8 & 16777215;
                  return 1 + (t |= t >> 16 & 65535);
                }
                function gt(t) {
                  return t > 0 && 0 == (t & t - 1);
                }
                function yt() {
                  return 2 * Math.random() - 1;
                }
                function bt(t, e) {
                  return (e - t) * Math.random() + t;
                }
                class St {
                  constructor(...t) {
                    if (t[0] instanceof Float32Array) {
                      if (2 !== t[0].length) throw new Error;
                      this.data = t[0];
                    } else {
                      const e = "number" == typeof t[0] ? t[0] : 0;
                      const i = "number" == typeof t[1] ? t[1] : 0;
                      this.data = new Float32Array([ e, i ]);
                    }
                  }
                  get x() {
                    return this.data[0];
                  }
                  set x(t) {
                    this.data[0] = t;
                  }
                  get y() {
                    return this.data[1];
                  }
                  set y(t) {
                    this.data[1] = t;
                  }
                  Clone() {
                    return new St(this.x, this.y);
                  }
                  SetZero() {
                    this.x = 0;
                    this.y = 0;
                    return this;
                  }
                  Set(t, e) {
                    this.x = t;
                    this.y = e;
                    return this;
                  }
                  Copy(t) {
                    this.x = t.x;
                    this.y = t.y;
                    return this;
                  }
                  SelfAdd(t) {
                    this.x += t.x;
                    this.y += t.y;
                    return this;
                  }
                  SelfAddXY(t, e) {
                    this.x += t;
                    this.y += e;
                    return this;
                  }
                  SelfSub(t) {
                    this.x -= t.x;
                    this.y -= t.y;
                    return this;
                  }
                  SelfSubXY(t, e) {
                    this.x -= t;
                    this.y -= e;
                    return this;
                  }
                  SelfMul(t) {
                    this.x *= t;
                    this.y *= t;
                    return this;
                  }
                  SelfMulAdd(t, e) {
                    this.x += t * e.x;
                    this.y += t * e.y;
                    return this;
                  }
                  SelfMulSub(t, e) {
                    this.x -= t * e.x;
                    this.y -= t * e.y;
                    return this;
                  }
                  Dot(t) {
                    return this.x * t.x + this.y * t.y;
                  }
                  Cross(t) {
                    return this.x * t.y - this.y * t.x;
                  }
                  Length() {
                    const t = this.x, e = this.y;
                    return Math.sqrt(t * t + e * e);
                  }
                  LengthSquared() {
                    const t = this.x, e = this.y;
                    return t * t + e * e;
                  }
                  Normalize() {
                    const t = this.Length();
                    if (t >= n) {
                      const e = 1 / t;
                      this.x *= e;
                      this.y *= e;
                    }
                    return t;
                  }
                  SelfNormalize() {
                    const t = this.Length();
                    if (t >= n) {
                      const e = 1 / t;
                      this.x *= e;
                      this.y *= e;
                    }
                    return this;
                  }
                  SelfRotate(t) {
                    const e = Math.cos(t);
                    const i = Math.sin(t);
                    const s = this.x;
                    this.x = e * s - i * this.y;
                    this.y = i * s + e * this.y;
                    return this;
                  }
                  SelfRotateCosSin(t, e) {
                    const i = this.x;
                    this.x = t * i - e * this.y;
                    this.y = e * i + t * this.y;
                    return this;
                  }
                  IsValid() {
                    return isFinite(this.x) && isFinite(this.y);
                  }
                  SelfCrossVS(t) {
                    const e = this.x;
                    this.x = t * this.y;
                    this.y = -t * e;
                    return this;
                  }
                  SelfCrossSV(t) {
                    const e = this.x;
                    this.x = -t * this.y;
                    this.y = t * e;
                    return this;
                  }
                  SelfMinV(t) {
                    this.x = tt(this.x, t.x);
                    this.y = tt(this.y, t.y);
                    return this;
                  }
                  SelfMaxV(t) {
                    this.x = et(this.x, t.x);
                    this.y = et(this.y, t.y);
                    return this;
                  }
                  SelfAbs() {
                    this.x = $(this.x);
                    this.y = $(this.y);
                    return this;
                  }
                  SelfNeg() {
                    this.x = -this.x;
                    this.y = -this.y;
                    return this;
                  }
                  SelfSkew() {
                    const t = this.x;
                    this.x = -this.y;
                    this.y = t;
                    return this;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new St));
                  }
                  static AbsV(t, e) {
                    e.x = $(t.x);
                    e.y = $(t.y);
                    return e;
                  }
                  static MinV(t, e, i) {
                    i.x = tt(t.x, e.x);
                    i.y = tt(t.y, e.y);
                    return i;
                  }
                  static MaxV(t, e, i) {
                    i.x = et(t.x, e.x);
                    i.y = et(t.y, e.y);
                    return i;
                  }
                  static ClampV(t, e, i, s) {
                    s.x = it(t.x, e.x, i.x);
                    s.y = it(t.y, e.y, i.y);
                    return s;
                  }
                  static RotateV(t, e, i) {
                    const s = t.x, n = t.y;
                    const r = Math.cos(e);
                    const o = Math.sin(e);
                    i.x = r * s - o * n;
                    i.y = o * s + r * n;
                    return i;
                  }
                  static DotVV(t, e) {
                    return t.x * e.x + t.y * e.y;
                  }
                  static CrossVV(t, e) {
                    return t.x * e.y - t.y * e.x;
                  }
                  static CrossVS(t, e, i) {
                    const s = t.x;
                    i.x = e * t.y;
                    i.y = -e * s;
                    return i;
                  }
                  static CrossVOne(t, e) {
                    const i = t.x;
                    e.x = t.y;
                    e.y = -i;
                    return e;
                  }
                  static CrossSV(t, e, i) {
                    const s = e.x;
                    i.x = -t * e.y;
                    i.y = t * s;
                    return i;
                  }
                  static CrossOneV(t, e) {
                    const i = t.x;
                    e.x = -t.y;
                    e.y = i;
                    return e;
                  }
                  static AddVV(t, e, i) {
                    i.x = t.x + e.x;
                    i.y = t.y + e.y;
                    return i;
                  }
                  static SubVV(t, e, i) {
                    i.x = t.x - e.x;
                    i.y = t.y - e.y;
                    return i;
                  }
                  static MulSV(t, e, i) {
                    i.x = e.x * t;
                    i.y = e.y * t;
                    return i;
                  }
                  static MulVS(t, e, i) {
                    i.x = t.x * e;
                    i.y = t.y * e;
                    return i;
                  }
                  static AddVMulSV(t, e, i, s) {
                    s.x = t.x + e * i.x;
                    s.y = t.y + e * i.y;
                    return s;
                  }
                  static SubVMulSV(t, e, i, s) {
                    s.x = t.x - e * i.x;
                    s.y = t.y - e * i.y;
                    return s;
                  }
                  static AddVCrossSV(t, e, i, s) {
                    const n = i.x;
                    s.x = t.x - e * i.y;
                    s.y = t.y + e * n;
                    return s;
                  }
                  static MidVV(t, e, i) {
                    i.x = .5 * (t.x + e.x);
                    i.y = .5 * (t.y + e.y);
                    return i;
                  }
                  static ExtVV(t, e, i) {
                    i.x = .5 * (e.x - t.x);
                    i.y = .5 * (e.y - t.y);
                    return i;
                  }
                  static IsEqualToV(t, e) {
                    return t.x === e.x && t.y === e.y;
                  }
                  static DistanceVV(t, e) {
                    const i = t.x - e.x;
                    const s = t.y - e.y;
                    return Math.sqrt(i * i + s * s);
                  }
                  static DistanceSquaredVV(t, e) {
                    const i = t.x - e.x;
                    const s = t.y - e.y;
                    return i * i + s * s;
                  }
                  static NegV(t, e) {
                    e.x = -t.x;
                    e.y = -t.y;
                    return e;
                  }
                }
                St.ZERO = new St(0, 0);
                St.UNITX = new St(1, 0);
                St.UNITY = new St(0, 1);
                St.s_t0 = new St;
                St.s_t1 = new St;
                St.s_t2 = new St;
                St.s_t3 = new St;
                const At = new St(0, 0);
                class Tt {
                  constructor(...t) {
                    if (t[0] instanceof Float32Array) {
                      if (3 !== t[0].length) throw new Error;
                      this.data = t[0];
                    } else {
                      const e = "number" == typeof t[0] ? t[0] : 0;
                      const i = "number" == typeof t[1] ? t[1] : 0;
                      const s = "number" == typeof t[2] ? t[2] : 0;
                      this.data = new Float32Array([ e, i, s ]);
                    }
                  }
                  get x() {
                    return this.data[0];
                  }
                  set x(t) {
                    this.data[0] = t;
                  }
                  get y() {
                    return this.data[1];
                  }
                  set y(t) {
                    this.data[1] = t;
                  }
                  get z() {
                    return this.data[2];
                  }
                  set z(t) {
                    this.data[2] = t;
                  }
                  Clone() {
                    return new Tt(this.x, this.y, this.z);
                  }
                  SetZero() {
                    this.x = 0;
                    this.y = 0;
                    this.z = 0;
                    return this;
                  }
                  SetXYZ(t, e, i) {
                    this.x = t;
                    this.y = e;
                    this.z = i;
                    return this;
                  }
                  Copy(t) {
                    this.x = t.x;
                    this.y = t.y;
                    this.z = t.z;
                    return this;
                  }
                  SelfNeg() {
                    this.x = -this.x;
                    this.y = -this.y;
                    this.z = -this.z;
                    return this;
                  }
                  SelfAdd(t) {
                    this.x += t.x;
                    this.y += t.y;
                    this.z += t.z;
                    return this;
                  }
                  SelfAddXYZ(t, e, i) {
                    this.x += t;
                    this.y += e;
                    this.z += i;
                    return this;
                  }
                  SelfSub(t) {
                    this.x -= t.x;
                    this.y -= t.y;
                    this.z -= t.z;
                    return this;
                  }
                  SelfSubXYZ(t, e, i) {
                    this.x -= t;
                    this.y -= e;
                    this.z -= i;
                    return this;
                  }
                  SelfMul(t) {
                    this.x *= t;
                    this.y *= t;
                    this.z *= t;
                    return this;
                  }
                  static DotV3V3(t, e) {
                    return t.x * e.x + t.y * e.y + t.z * e.z;
                  }
                  static CrossV3V3(t, e, i) {
                    const s = t.x, n = t.y, r = t.z;
                    const o = e.x, a = e.y, l = e.z;
                    i.x = n * l - r * a;
                    i.y = r * o - s * l;
                    i.z = s * a - n * o;
                    return i;
                  }
                }
                Tt.ZERO = new Tt(0, 0, 0);
                Tt.s_t0 = new Tt;
                class vt {
                  constructor() {
                    this.data = new Float32Array([ 1, 0, 0, 1 ]);
                    this.ex = new St(this.data.subarray(0, 2));
                    this.ey = new St(this.data.subarray(2, 4));
                  }
                  Clone() {
                    return (new vt).Copy(this);
                  }
                  static FromVV(t, e) {
                    return (new vt).SetVV(t, e);
                  }
                  static FromSSSS(t, e, i, s) {
                    return (new vt).SetSSSS(t, e, i, s);
                  }
                  static FromAngle(t) {
                    return (new vt).SetAngle(t);
                  }
                  SetSSSS(t, e, i, s) {
                    this.ex.Set(t, i);
                    this.ey.Set(e, s);
                    return this;
                  }
                  SetVV(t, e) {
                    this.ex.Copy(t);
                    this.ey.Copy(e);
                    return this;
                  }
                  SetAngle(t) {
                    const e = Math.cos(t);
                    const i = Math.sin(t);
                    this.ex.Set(e, i);
                    this.ey.Set(-i, e);
                    return this;
                  }
                  Copy(t) {
                    this.ex.Copy(t.ex);
                    this.ey.Copy(t.ey);
                    return this;
                  }
                  SetIdentity() {
                    this.ex.Set(1, 0);
                    this.ey.Set(0, 1);
                    return this;
                  }
                  SetZero() {
                    this.ex.SetZero();
                    this.ey.SetZero();
                    return this;
                  }
                  GetAngle() {
                    return Math.atan2(this.ex.y, this.ex.x);
                  }
                  GetInverse(t) {
                    const e = this.ex.x;
                    const i = this.ey.x;
                    const s = this.ex.y;
                    const n = this.ey.y;
                    let r = e * n - i * s;
                    0 !== r && (r = 1 / r);
                    t.ex.x = r * n;
                    t.ey.x = -r * i;
                    t.ex.y = -r * s;
                    t.ey.y = r * e;
                    return t;
                  }
                  Solve(t, e, i) {
                    const s = this.ex.x, n = this.ey.x;
                    const r = this.ex.y, o = this.ey.y;
                    let a = s * o - n * r;
                    0 !== a && (a = 1 / a);
                    i.x = a * (o * t - n * e);
                    i.y = a * (s * e - r * t);
                    return i;
                  }
                  SelfAbs() {
                    this.ex.SelfAbs();
                    this.ey.SelfAbs();
                    return this;
                  }
                  SelfInv() {
                    this.GetInverse(this);
                    return this;
                  }
                  SelfAddM(t) {
                    this.ex.SelfAdd(t.ex);
                    this.ey.SelfAdd(t.ey);
                    return this;
                  }
                  SelfSubM(t) {
                    this.ex.SelfSub(t.ex);
                    this.ey.SelfSub(t.ey);
                    return this;
                  }
                  static AbsM(t, e) {
                    const i = t.ex, s = t.ey;
                    e.ex.x = $(i.x);
                    e.ex.y = $(i.y);
                    e.ey.x = $(s.x);
                    e.ey.y = $(s.y);
                    return e;
                  }
                  static MulMV(t, e, i) {
                    const s = t.ex, n = t.ey;
                    const r = e.x, o = e.y;
                    i.x = s.x * r + n.x * o;
                    i.y = s.y * r + n.y * o;
                    return i;
                  }
                  static MulTMV(t, e, i) {
                    const s = t.ex, n = t.ey;
                    const r = e.x, o = e.y;
                    i.x = s.x * r + s.y * o;
                    i.y = n.x * r + n.y * o;
                    return i;
                  }
                  static AddMM(t, e, i) {
                    const s = t.ex, n = t.ey;
                    const r = e.ex, o = e.ey;
                    i.ex.x = s.x + r.x;
                    i.ex.y = s.y + r.y;
                    i.ey.x = n.x + o.x;
                    i.ey.y = n.y + o.y;
                    return i;
                  }
                  static MulMM(t, e, i) {
                    const s = t.ex.x, n = t.ex.y;
                    const r = t.ey.x, o = t.ey.y;
                    const a = e.ex.x, l = e.ex.y;
                    const h = e.ey.x, c = e.ey.y;
                    i.ex.x = s * a + r * l;
                    i.ex.y = n * a + o * l;
                    i.ey.x = s * h + r * c;
                    i.ey.y = n * h + o * c;
                    return i;
                  }
                  static MulTMM(t, e, i) {
                    const s = t.ex.x, n = t.ex.y;
                    const r = t.ey.x, o = t.ey.y;
                    const a = e.ex.x, l = e.ex.y;
                    const h = e.ey.x, c = e.ey.y;
                    i.ex.x = s * a + n * l;
                    i.ex.y = r * a + o * l;
                    i.ey.x = s * h + n * c;
                    i.ey.y = r * h + o * c;
                    return i;
                  }
                }
                vt.IDENTITY = new vt;
                class Et {
                  constructor() {
                    this.data = new Float32Array([ 1, 0, 0, 0, 1, 0, 0, 0, 1 ]);
                    this.ex = new Tt(this.data.subarray(0, 3));
                    this.ey = new Tt(this.data.subarray(3, 6));
                    this.ez = new Tt(this.data.subarray(6, 9));
                  }
                  Clone() {
                    return (new Et).Copy(this);
                  }
                  SetVVV(t, e, i) {
                    this.ex.Copy(t);
                    this.ey.Copy(e);
                    this.ez.Copy(i);
                    return this;
                  }
                  Copy(t) {
                    this.ex.Copy(t.ex);
                    this.ey.Copy(t.ey);
                    this.ez.Copy(t.ez);
                    return this;
                  }
                  SetIdentity() {
                    this.ex.SetXYZ(1, 0, 0);
                    this.ey.SetXYZ(0, 1, 0);
                    this.ez.SetXYZ(0, 0, 1);
                    return this;
                  }
                  SetZero() {
                    this.ex.SetZero();
                    this.ey.SetZero();
                    this.ez.SetZero();
                    return this;
                  }
                  SelfAddM(t) {
                    this.ex.SelfAdd(t.ex);
                    this.ey.SelfAdd(t.ey);
                    this.ez.SelfAdd(t.ez);
                    return this;
                  }
                  Solve33(t, e, i, s) {
                    const n = this.ex.x, r = this.ex.y, o = this.ex.z;
                    const a = this.ey.x, l = this.ey.y, h = this.ey.z;
                    const c = this.ez.x, u = this.ez.y, _ = this.ez.z;
                    let d = n * (l * _ - h * u) + r * (h * c - a * _) + o * (a * u - l * c);
                    0 !== d && (d = 1 / d);
                    s.x = d * (t * (l * _ - h * u) + e * (h * c - a * _) + i * (a * u - l * c));
                    s.y = d * (n * (e * _ - i * u) + r * (i * c - t * _) + o * (t * u - e * c));
                    s.z = d * (n * (l * i - h * e) + r * (h * t - a * i) + o * (a * e - l * t));
                    return s;
                  }
                  Solve22(t, e, i) {
                    const s = this.ex.x, n = this.ey.x;
                    const r = this.ex.y, o = this.ey.y;
                    let a = s * o - n * r;
                    0 !== a && (a = 1 / a);
                    i.x = a * (o * t - n * e);
                    i.y = a * (s * e - r * t);
                    return i;
                  }
                  GetInverse22(t) {
                    const e = this.ex.x, i = this.ey.x, s = this.ex.y, n = this.ey.y;
                    let r = e * n - i * s;
                    0 !== r && (r = 1 / r);
                    t.ex.x = r * n;
                    t.ey.x = -r * i;
                    t.ex.z = 0;
                    t.ex.y = -r * s;
                    t.ey.y = r * e;
                    t.ey.z = 0;
                    t.ez.x = 0;
                    t.ez.y = 0;
                    t.ez.z = 0;
                  }
                  GetSymInverse33(t) {
                    let e = Tt.DotV3V3(this.ex, Tt.CrossV3V3(this.ey, this.ez, Tt.s_t0));
                    0 !== e && (e = 1 / e);
                    const i = this.ex.x, s = this.ey.x, n = this.ez.x;
                    const r = this.ey.y, o = this.ez.y;
                    const a = this.ez.z;
                    t.ex.x = e * (r * a - o * o);
                    t.ex.y = e * (n * o - s * a);
                    t.ex.z = e * (s * o - n * r);
                    t.ey.x = t.ex.y;
                    t.ey.y = e * (i * a - n * n);
                    t.ey.z = e * (n * s - i * o);
                    t.ez.x = t.ex.z;
                    t.ez.y = t.ey.z;
                    t.ez.z = e * (i * r - s * s);
                  }
                  static MulM33V3(t, e, i) {
                    const s = e.x, n = e.y, r = e.z;
                    i.x = t.ex.x * s + t.ey.x * n + t.ez.x * r;
                    i.y = t.ex.y * s + t.ey.y * n + t.ez.y * r;
                    i.z = t.ex.z * s + t.ey.z * n + t.ez.z * r;
                    return i;
                  }
                  static MulM33XYZ(t, e, i, s, n) {
                    n.x = t.ex.x * e + t.ey.x * i + t.ez.x * s;
                    n.y = t.ex.y * e + t.ey.y * i + t.ez.y * s;
                    n.z = t.ex.z * e + t.ey.z * i + t.ez.z * s;
                    return n;
                  }
                  static MulM33V2(t, e, i) {
                    const s = e.x, n = e.y;
                    i.x = t.ex.x * s + t.ey.x * n;
                    i.y = t.ex.y * s + t.ey.y * n;
                    return i;
                  }
                  static MulM33XY(t, e, i, s) {
                    s.x = t.ex.x * e + t.ey.x * i;
                    s.y = t.ex.y * e + t.ey.y * i;
                    return s;
                  }
                }
                Et.IDENTITY = new Et;
                class Ct {
                  constructor(t = 0) {
                    this.s = 0;
                    this.c = 1;
                    if (t) {
                      this.s = Math.sin(t);
                      this.c = Math.cos(t);
                    }
                  }
                  Clone() {
                    return (new Ct).Copy(this);
                  }
                  Copy(t) {
                    this.s = t.s;
                    this.c = t.c;
                    return this;
                  }
                  SetAngle(t) {
                    this.s = Math.sin(t);
                    this.c = Math.cos(t);
                    return this;
                  }
                  SetIdentity() {
                    this.s = 0;
                    this.c = 1;
                    return this;
                  }
                  GetAngle() {
                    return Math.atan2(this.s, this.c);
                  }
                  GetXAxis(t) {
                    t.x = this.c;
                    t.y = this.s;
                    return t;
                  }
                  GetYAxis(t) {
                    t.x = -this.s;
                    t.y = this.c;
                    return t;
                  }
                  static MulRR(t, e, i) {
                    const s = t.c, n = t.s;
                    const r = e.c, o = e.s;
                    i.s = n * r + s * o;
                    i.c = s * r - n * o;
                    return i;
                  }
                  static MulTRR(t, e, i) {
                    const s = t.c, n = t.s;
                    const r = e.c, o = e.s;
                    i.s = s * o - n * r;
                    i.c = s * r + n * o;
                    return i;
                  }
                  static MulRV(t, e, i) {
                    const s = t.c, n = t.s;
                    const r = e.x, o = e.y;
                    i.x = s * r - n * o;
                    i.y = n * r + s * o;
                    return i;
                  }
                  static MulTRV(t, e, i) {
                    const s = t.c, n = t.s;
                    const r = e.x, o = e.y;
                    i.x = s * r + n * o;
                    i.y = -n * r + s * o;
                    return i;
                  }
                }
                Ct.IDENTITY = new Ct;
                class xt {
                  constructor() {
                    this.p = new St;
                    this.q = new Ct;
                  }
                  Clone() {
                    return (new xt).Copy(this);
                  }
                  Copy(t) {
                    this.p.Copy(t.p);
                    this.q.Copy(t.q);
                    return this;
                  }
                  SetIdentity() {
                    this.p.SetZero();
                    this.q.SetIdentity();
                    return this;
                  }
                  SetPositionRotation(t, e) {
                    this.p.Copy(t);
                    this.q.Copy(e);
                    return this;
                  }
                  SetPositionAngle(t, e) {
                    this.p.Copy(t);
                    this.q.SetAngle(e);
                    return this;
                  }
                  SetPosition(t) {
                    this.p.Copy(t);
                    return this;
                  }
                  SetPositionXY(t, e) {
                    this.p.Set(t, e);
                    return this;
                  }
                  SetRotation(t) {
                    this.q.Copy(t);
                    return this;
                  }
                  SetRotationAngle(t) {
                    this.q.SetAngle(t);
                    return this;
                  }
                  GetPosition() {
                    return this.p;
                  }
                  GetRotation() {
                    return this.q;
                  }
                  GetRotationAngle() {
                    return this.q.GetAngle();
                  }
                  GetAngle() {
                    return this.q.GetAngle();
                  }
                  static MulXV(t, e, i) {
                    const s = t.q.c, n = t.q.s;
                    const r = e.x, o = e.y;
                    i.x = s * r - n * o + t.p.x;
                    i.y = n * r + s * o + t.p.y;
                    return i;
                  }
                  static MulTXV(t, e, i) {
                    const s = t.q.c, n = t.q.s;
                    const r = e.x - t.p.x;
                    const o = e.y - t.p.y;
                    i.x = s * r + n * o;
                    i.y = -n * r + s * o;
                    return i;
                  }
                  static MulXX(t, e, i) {
                    Ct.MulRR(t.q, e.q, i.q);
                    St.AddVV(Ct.MulRV(t.q, e.p, i.p), t.p, i.p);
                    return i;
                  }
                  static MulTXX(t, e, i) {
                    Ct.MulTRR(t.q, e.q, i.q);
                    Ct.MulTRV(t.q, St.SubVV(e.p, t.p, i.p), i.p);
                    return i;
                  }
                }
                xt.IDENTITY = new xt;
                class wt {
                  constructor() {
                    this.localCenter = new St;
                    this.c0 = new St;
                    this.c = new St;
                    this.a0 = 0;
                    this.a = 0;
                    this.alpha0 = 0;
                  }
                  Clone() {
                    return (new wt).Copy(this);
                  }
                  Copy(t) {
                    this.localCenter.Copy(t.localCenter);
                    this.c0.Copy(t.c0);
                    this.c.Copy(t.c);
                    this.a0 = t.a0;
                    this.a = t.a;
                    this.alpha0 = t.alpha0;
                    return this;
                  }
                  GetTransform(t, e) {
                    const i = 1 - e;
                    t.p.x = i * this.c0.x + e * this.c.x;
                    t.p.y = i * this.c0.y + e * this.c.y;
                    const s = i * this.a0 + e * this.a;
                    t.q.SetAngle(s);
                    t.p.SelfSub(Ct.MulRV(t.q, this.localCenter, St.s_t0));
                    return t;
                  }
                  Advance(t) {
                    const e = (t - this.alpha0) / (1 - this.alpha0);
                    const i = 1 - e;
                    this.c0.x = i * this.c0.x + e * this.c.x;
                    this.c0.y = i * this.c0.y + e * this.c.y;
                    this.a0 = i * this.a0 + e * this.a;
                    this.alpha0 = t;
                  }
                  Normalize() {
                    const t = Q * Math.floor(this.a0 / Q);
                    this.a0 -= t;
                    this.a -= t;
                  }
                }
                class Rt {
                  constructor(...t) {
                    if (t[0] instanceof Float32Array) {
                      if (4 !== t[0].length) throw new Error;
                      this.data = t[0];
                    } else {
                      const e = "number" == typeof t[0] ? t[0] : .5;
                      const i = "number" == typeof t[1] ? t[1] : .5;
                      const s = "number" == typeof t[2] ? t[2] : .5;
                      const n = "number" == typeof t[3] ? t[3] : 1;
                      this.data = new Float32Array([ e, i, s, n ]);
                    }
                  }
                  get r() {
                    return this.data[0];
                  }
                  set r(t) {
                    this.data[0] = t;
                  }
                  get g() {
                    return this.data[1];
                  }
                  set g(t) {
                    this.data[1] = t;
                  }
                  get b() {
                    return this.data[2];
                  }
                  set b(t) {
                    this.data[2] = t;
                  }
                  get a() {
                    return this.data[3];
                  }
                  set a(t) {
                    this.data[3] = t;
                  }
                  Clone() {
                    return (new Rt).Copy(this);
                  }
                  Copy(t) {
                    this.r = t.r;
                    this.g = t.g;
                    this.b = t.b;
                    this.a = t.a;
                    return this;
                  }
                  IsEqual(t) {
                    return this.r === t.r && this.g === t.g && this.b === t.b && this.a === t.a;
                  }
                  IsZero() {
                    return 0 === this.r && 0 === this.g && 0 === this.b && 0 === this.a;
                  }
                  Set(t, e, i, s = this.a) {
                    this.SetRGBA(t, e, i, s);
                  }
                  SetByteRGB(t, e, i) {
                    this.r = t / 255;
                    this.g = e / 255;
                    this.b = i / 255;
                    return this;
                  }
                  SetByteRGBA(t, e, i, s) {
                    this.r = t / 255;
                    this.g = e / 255;
                    this.b = i / 255;
                    this.a = s / 255;
                    return this;
                  }
                  SetRGB(t, e, i) {
                    this.r = t;
                    this.g = e;
                    this.b = i;
                    return this;
                  }
                  SetRGBA(t, e, i, s) {
                    this.r = t;
                    this.g = e;
                    this.b = i;
                    this.a = s;
                    return this;
                  }
                  SelfAdd(t) {
                    this.r += t.r;
                    this.g += t.g;
                    this.b += t.b;
                    this.a += t.a;
                    return this;
                  }
                  Add(t, e) {
                    e.r = this.r + t.r;
                    e.g = this.g + t.g;
                    e.b = this.b + t.b;
                    e.a = this.a + t.a;
                    return e;
                  }
                  SelfSub(t) {
                    this.r -= t.r;
                    this.g -= t.g;
                    this.b -= t.b;
                    this.a -= t.a;
                    return this;
                  }
                  Sub(t, e) {
                    e.r = this.r - t.r;
                    e.g = this.g - t.g;
                    e.b = this.b - t.b;
                    e.a = this.a - t.a;
                    return e;
                  }
                  SelfMul(t) {
                    this.r *= t;
                    this.g *= t;
                    this.b *= t;
                    this.a *= t;
                    return this;
                  }
                  Mul(t, e) {
                    e.r = this.r * t;
                    e.g = this.g * t;
                    e.b = this.b * t;
                    e.a = this.a * t;
                    return e;
                  }
                  Mix(t, e) {
                    Rt.MixColors(this, t, e);
                  }
                  static MixColors(t, e, i) {
                    const s = i * (e.r - t.r);
                    const n = i * (e.g - t.g);
                    const r = i * (e.b - t.b);
                    const o = i * (e.a - t.a);
                    t.r += s;
                    t.g += n;
                    t.b += r;
                    t.a += o;
                    e.r -= s;
                    e.g -= n;
                    e.b -= r;
                    e.a -= o;
                  }
                  MakeStyleString(t = this.a) {
                    return Rt.MakeStyleString(this.r, this.g, this.b, t);
                  }
                  static MakeStyleString(t, e, i, s = 1) {
                    t *= 255;
                    e *= 255;
                    i *= 255;
                    return s < 1 ? `rgba(${t},${e},${i},${s})` : `rgb(${t},${e},${i})`;
                  }
                }
                Rt.ZERO = new Rt(0, 0, 0, 0);
                Rt.RED = new Rt(1, 0, 0);
                Rt.GREEN = new Rt(0, 1, 0);
                Rt.BLUE = new Rt(0, 0, 1);
                !function(t) {
                  t[t.e_none = 0] = "e_none";
                  t[t.e_shapeBit = 1] = "e_shapeBit";
                  t[t.e_jointBit = 2] = "e_jointBit";
                  t[t.e_aabbBit = 4] = "e_aabbBit";
                  t[t.e_pairBit = 8] = "e_pairBit";
                  t[t.e_centerOfMassBit = 16] = "e_centerOfMassBit";
                  t[t.e_particleBit = 32] = "e_particleBit";
                  t[t.e_controllerBit = 64] = "e_controllerBit";
                  t[t.e_all = 63] = "e_all";
                }(t.b2DrawFlags || (t.b2DrawFlags = {}));
                class It {
                  constructor() {
                    this.m_drawFlags = 0;
                  }
                  SetFlags(t) {
                    this.m_drawFlags = t;
                  }
                  GetFlags() {
                    return this.m_drawFlags;
                  }
                  AppendFlags(t) {
                    this.m_drawFlags |= t;
                  }
                  ClearFlags(t) {
                    this.m_drawFlags &= ~t;
                  }
                }
                class Mt {
                  constructor() {
                    this.m_start = Date.now();
                  }
                  Reset() {
                    this.m_start = Date.now();
                    return this;
                  }
                  GetMilliseconds() {
                    return Date.now() - this.m_start;
                  }
                }
                class Bt {
                  constructor() {
                    this.m_count = 0;
                    this.m_min_count = 0;
                    this.m_max_count = 0;
                  }
                  GetCount() {
                    return this.m_count;
                  }
                  GetMinCount() {
                    return this.m_min_count;
                  }
                  GetMaxCount() {
                    return this.m_max_count;
                  }
                  ResetCount() {
                    const t = this.m_count;
                    this.m_count = 0;
                    return t;
                  }
                  ResetMinCount() {
                    this.m_min_count = 0;
                  }
                  ResetMaxCount() {
                    this.m_max_count = 0;
                  }
                  Increment() {
                    this.m_count++;
                    this.m_max_count < this.m_count && (this.m_max_count = this.m_count);
                  }
                  Decrement() {
                    this.m_count--;
                    this.m_min_count > this.m_count && (this.m_min_count = this.m_count);
                  }
                }
                class Dt {
                  constructor(t) {
                    this.m_stack = [];
                    this.m_count = 0;
                    this.m_stack = Y(t, (t => null));
                    this.m_count = 0;
                  }
                  Reset() {
                    this.m_count = 0;
                    return this;
                  }
                  Push(t) {
                    this.m_stack[this.m_count] = t;
                    this.m_count++;
                  }
                  Pop() {
                    this.m_count--;
                    const t = this.m_stack[this.m_count];
                    this.m_stack[this.m_count] = null;
                    if (null === t) throw new Error;
                    return t;
                  }
                  GetCount() {
                    return this.m_count;
                  }
                }
                class Pt {}
                class Ot {}
                class Nt {
                  constructor() {
                    this.m_buffer = St.MakeArray(2);
                    this.m_vertices = this.m_buffer;
                    this.m_count = 0;
                    this.m_radius = 0;
                  }
                  Copy(t) {
                    if (t.m_vertices === t.m_buffer) {
                      this.m_vertices = this.m_buffer;
                      this.m_buffer[0].Copy(t.m_buffer[0]);
                      this.m_buffer[1].Copy(t.m_buffer[1]);
                    } else this.m_vertices = t.m_vertices;
                    this.m_count = t.m_count;
                    this.m_radius = t.m_radius;
                    return this;
                  }
                  Reset() {
                    this.m_vertices = this.m_buffer;
                    this.m_count = 0;
                    this.m_radius = 0;
                    return this;
                  }
                  SetShape(t, e) {
                    t.SetupDistanceProxy(this, e);
                  }
                  SetVerticesRadius(t, e, i) {
                    this.m_vertices = t;
                    this.m_count = e;
                    this.m_radius = i;
                  }
                  GetSupport(t) {
                    let e = 0;
                    let i = St.DotVV(this.m_vertices[0], t);
                    for (let s = 1; s < this.m_count; ++s) {
                      const n = St.DotVV(this.m_vertices[s], t);
                      if (n > i) {
                        e = s;
                        i = n;
                      }
                    }
                    return e;
                  }
                  GetSupportVertex(t) {
                    let e = 0;
                    let i = St.DotVV(this.m_vertices[0], t);
                    for (let s = 1; s < this.m_count; ++s) {
                      const n = St.DotVV(this.m_vertices[s], t);
                      if (n > i) {
                        e = s;
                        i = n;
                      }
                    }
                    return this.m_vertices[e];
                  }
                  GetVertexCount() {
                    return this.m_count;
                  }
                  GetVertex(t) {
                    return this.m_vertices[t];
                  }
                }
                class Lt {
                  constructor() {
                    this.metric = 0;
                    this.count = 0;
                    this.indexA = [ 0, 0, 0 ];
                    this.indexB = [ 0, 0, 0 ];
                  }
                  Reset() {
                    this.metric = 0;
                    this.count = 0;
                    return this;
                  }
                }
                class Ft {
                  constructor() {
                    this.proxyA = new Nt;
                    this.proxyB = new Nt;
                    this.transformA = new xt;
                    this.transformB = new xt;
                    this.useRadii = !1;
                  }
                  Reset() {
                    this.proxyA.Reset();
                    this.proxyB.Reset();
                    this.transformA.SetIdentity();
                    this.transformB.SetIdentity();
                    this.useRadii = !1;
                    return this;
                  }
                }
                class Vt {
                  constructor() {
                    this.pointA = new St;
                    this.pointB = new St;
                    this.distance = 0;
                    this.iterations = 0;
                  }
                  Reset() {
                    this.pointA.SetZero();
                    this.pointB.SetZero();
                    this.distance = 0;
                    this.iterations = 0;
                    return this;
                  }
                }
                class kt {
                  constructor() {
                    this.proxyA = new Nt;
                    this.proxyB = new Nt;
                    this.transformA = new xt;
                    this.transformB = new xt;
                    this.translationB = new St;
                  }
                }
                class Ut {
                  constructor() {
                    this.point = new St;
                    this.normal = new St;
                    this.lambda = 0;
                    this.iterations = 0;
                  }
                }
                t.b2_gjkCalls = 0;
                t.b2_gjkIters = 0;
                t.b2_gjkMaxIters = 0;
                function Gt() {
                  t.b2_gjkCalls = 0;
                  t.b2_gjkIters = 0;
                  t.b2_gjkMaxIters = 0;
                }
                class zt {
                  constructor() {
                    this.wA = new St;
                    this.wB = new St;
                    this.w = new St;
                    this.a = 0;
                    this.indexA = 0;
                    this.indexB = 0;
                  }
                  Copy(t) {
                    this.wA.Copy(t.wA);
                    this.wB.Copy(t.wB);
                    this.w.Copy(t.w);
                    this.a = t.a;
                    this.indexA = t.indexA;
                    this.indexB = t.indexB;
                    return this;
                  }
                }
                class Ht {
                  constructor() {
                    this.m_v1 = new zt;
                    this.m_v2 = new zt;
                    this.m_v3 = new zt;
                    this.m_vertices = [];
                    this.m_count = 0;
                    this.m_vertices[0] = this.m_v1;
                    this.m_vertices[1] = this.m_v2;
                    this.m_vertices[2] = this.m_v3;
                  }
                  ReadCache(t, e, i, s, r) {
                    this.m_count = t.count;
                    const o = this.m_vertices;
                    for (let n = 0; n < this.m_count; ++n) {
                      const a = o[n];
                      a.indexA = t.indexA[n];
                      a.indexB = t.indexB[n];
                      const l = e.GetVertex(a.indexA);
                      const h = s.GetVertex(a.indexB);
                      xt.MulXV(i, l, a.wA);
                      xt.MulXV(r, h, a.wB);
                      St.SubVV(a.wB, a.wA, a.w);
                      a.a = 0;
                    }
                    if (this.m_count > 1) {
                      const e = t.metric;
                      const i = this.GetMetric();
                      (i < .5 * e || 2 * e < i || i < n) && (this.m_count = 0);
                    }
                    if (0 === this.m_count) {
                      const t = o[0];
                      t.indexA = 0;
                      t.indexB = 0;
                      const n = e.GetVertex(0);
                      const a = s.GetVertex(0);
                      xt.MulXV(i, n, t.wA);
                      xt.MulXV(r, a, t.wB);
                      St.SubVV(t.wB, t.wA, t.w);
                      t.a = 1;
                      this.m_count = 1;
                    }
                  }
                  WriteCache(t) {
                    t.metric = this.GetMetric();
                    t.count = this.m_count;
                    const e = this.m_vertices;
                    for (let i = 0; i < this.m_count; ++i) {
                      t.indexA[i] = e[i].indexA;
                      t.indexB[i] = e[i].indexB;
                    }
                  }
                  GetSearchDirection(t) {
                    switch (this.m_count) {
                     case 1:
                      return St.NegV(this.m_v1.w, t);

                     case 2:
                      {
                        const e = St.SubVV(this.m_v2.w, this.m_v1.w, t);
                        return St.CrossVV(e, St.NegV(this.m_v1.w, St.s_t0)) > 0 ? St.CrossOneV(e, t) : St.CrossVOne(e, t);
                      }

                     default:
                      return t.SetZero();
                    }
                  }
                  GetClosestPoint(t) {
                    switch (this.m_count) {
                     case 0:
                     case 3:
                     default:
                      return t.SetZero();

                     case 1:
                      return t.Copy(this.m_v1.w);

                     case 2:
                      return t.Set(this.m_v1.a * this.m_v1.w.x + this.m_v2.a * this.m_v2.w.x, this.m_v1.a * this.m_v1.w.y + this.m_v2.a * this.m_v2.w.y);
                    }
                  }
                  GetWitnessPoints(t, e) {
                    switch (this.m_count) {
                     case 0:
                      break;

                     case 1:
                      t.Copy(this.m_v1.wA);
                      e.Copy(this.m_v1.wB);
                      break;

                     case 2:
                      t.x = this.m_v1.a * this.m_v1.wA.x + this.m_v2.a * this.m_v2.wA.x;
                      t.y = this.m_v1.a * this.m_v1.wA.y + this.m_v2.a * this.m_v2.wA.y;
                      e.x = this.m_v1.a * this.m_v1.wB.x + this.m_v2.a * this.m_v2.wB.x;
                      e.y = this.m_v1.a * this.m_v1.wB.y + this.m_v2.a * this.m_v2.wB.y;
                      break;

                     case 3:
                      e.x = t.x = this.m_v1.a * this.m_v1.wA.x + this.m_v2.a * this.m_v2.wA.x + this.m_v3.a * this.m_v3.wA.x;
                      e.y = t.y = this.m_v1.a * this.m_v1.wA.y + this.m_v2.a * this.m_v2.wA.y + this.m_v3.a * this.m_v3.wA.y;
                    }
                  }
                  GetMetric() {
                    switch (this.m_count) {
                     case 0:
                     case 1:
                     default:
                      return 0;

                     case 2:
                      return St.DistanceVV(this.m_v1.w, this.m_v2.w);

                     case 3:
                      return St.CrossVV(St.SubVV(this.m_v2.w, this.m_v1.w, St.s_t0), St.SubVV(this.m_v3.w, this.m_v1.w, St.s_t1));
                    }
                  }
                  Solve2() {
                    const t = this.m_v1.w;
                    const e = this.m_v2.w;
                    const i = St.SubVV(e, t, Ht.s_e12);
                    const s = -St.DotVV(t, i);
                    if (s <= 0) {
                      this.m_v1.a = 1;
                      this.m_count = 1;
                      return;
                    }
                    const n = St.DotVV(e, i);
                    if (n <= 0) {
                      this.m_v2.a = 1;
                      this.m_count = 1;
                      this.m_v1.Copy(this.m_v2);
                      return;
                    }
                    const r = 1 / (n + s);
                    this.m_v1.a = n * r;
                    this.m_v2.a = s * r;
                    this.m_count = 2;
                  }
                  Solve3() {
                    const t = this.m_v1.w;
                    const e = this.m_v2.w;
                    const i = this.m_v3.w;
                    const s = St.SubVV(e, t, Ht.s_e12);
                    const n = St.DotVV(t, s);
                    const r = St.DotVV(e, s);
                    const o = -n;
                    const a = St.SubVV(i, t, Ht.s_e13);
                    const l = St.DotVV(t, a);
                    const h = St.DotVV(i, a);
                    const c = -l;
                    const u = St.SubVV(i, e, Ht.s_e23);
                    const _ = St.DotVV(e, u);
                    const d = St.DotVV(i, u);
                    const p = -_;
                    const m = St.CrossVV(s, a);
                    const f = m * St.CrossVV(e, i);
                    const g = m * St.CrossVV(i, t);
                    const y = m * St.CrossVV(t, e);
                    if (o <= 0 && c <= 0) {
                      this.m_v1.a = 1;
                      this.m_count = 1;
                      return;
                    }
                    if (r > 0 && o > 0 && y <= 0) {
                      const t = 1 / (r + o);
                      this.m_v1.a = r * t;
                      this.m_v2.a = o * t;
                      this.m_count = 2;
                      return;
                    }
                    if (h > 0 && c > 0 && g <= 0) {
                      const t = 1 / (h + c);
                      this.m_v1.a = h * t;
                      this.m_v3.a = c * t;
                      this.m_count = 2;
                      this.m_v2.Copy(this.m_v3);
                      return;
                    }
                    if (r <= 0 && p <= 0) {
                      this.m_v2.a = 1;
                      this.m_count = 1;
                      this.m_v1.Copy(this.m_v2);
                      return;
                    }
                    if (h <= 0 && d <= 0) {
                      this.m_v3.a = 1;
                      this.m_count = 1;
                      this.m_v1.Copy(this.m_v3);
                      return;
                    }
                    if (d > 0 && p > 0 && f <= 0) {
                      const t = 1 / (d + p);
                      this.m_v2.a = d * t;
                      this.m_v3.a = p * t;
                      this.m_count = 2;
                      this.m_v1.Copy(this.m_v3);
                      return;
                    }
                    const b = 1 / (f + g + y);
                    this.m_v1.a = f * b;
                    this.m_v2.a = g * b;
                    this.m_v3.a = y * b;
                    this.m_count = 3;
                  }
                }
                Ht.s_e12 = new St;
                Ht.s_e13 = new St;
                Ht.s_e23 = new St;
                const jt = new Ht;
                const Xt = [ 0, 0, 0 ];
                const Wt = [ 0, 0, 0 ];
                const Yt = new St;
                const qt = new St;
                const Kt = new St;
                const Jt = new St;
                const Zt = new St;
                function Qt(e, i, s) {
                  ++t.b2_gjkCalls;
                  const o = s.proxyA;
                  const a = s.proxyB;
                  const l = s.transformA;
                  const h = s.transformB;
                  const c = jt;
                  c.ReadCache(i, o, l, a, h);
                  const u = c.m_vertices;
                  const _ = 20;
                  const d = Xt;
                  const p = Wt;
                  let m = 0;
                  let f = 0;
                  for (;f < _; ) {
                    m = c.m_count;
                    for (let t = 0; t < m; ++t) {
                      d[t] = u[t].indexA;
                      p[t] = u[t].indexB;
                    }
                    switch (c.m_count) {
                     case 1:
                      break;

                     case 2:
                      c.Solve2();
                      break;

                     case 3:
                      c.Solve3();
                    }
                    if (3 === c.m_count) break;
                    const e = c.GetSearchDirection(qt);
                    if (e.LengthSquared() < r) break;
                    const i = u[c.m_count];
                    i.indexA = o.GetSupport(Ct.MulTRV(l.q, St.NegV(e, St.s_t0), Jt));
                    xt.MulXV(l, o.GetVertex(i.indexA), i.wA);
                    i.indexB = a.GetSupport(Ct.MulTRV(h.q, e, Zt));
                    xt.MulXV(h, a.GetVertex(i.indexB), i.wB);
                    St.SubVV(i.wB, i.wA, i.w);
                    ++f;
                    ++t.b2_gjkIters;
                    let s = !1;
                    for (let t = 0; t < m; ++t) if (i.indexA === d[t] && i.indexB === p[t]) {
                      s = !0;
                      break;
                    }
                    if (s) break;
                    ++c.m_count;
                  }
                  t.b2_gjkMaxIters = et(t.b2_gjkMaxIters, f);
                  c.GetWitnessPoints(e.pointA, e.pointB);
                  e.distance = St.DistanceVV(e.pointA, e.pointB);
                  e.iterations = f;
                  c.WriteCache(i);
                  if (s.useRadii) {
                    const t = o.m_radius;
                    const i = a.m_radius;
                    if (e.distance > t + i && e.distance > n) {
                      e.distance -= t + i;
                      const s = St.SubVV(e.pointB, e.pointA, Kt);
                      s.Normalize();
                      e.pointA.SelfMulAdd(t, s);
                      e.pointB.SelfMulSub(i, s);
                    } else {
                      const t = St.MidVV(e.pointA, e.pointB, Yt);
                      e.pointA.Copy(t);
                      e.pointB.Copy(t);
                      e.distance = 0;
                    }
                  }
                }
                const $t = new St;
                const te = new Ht;
                const ee = new St;
                const ie = new St;
                const se = new St;
                const ne = new St;
                const re = new St;
                const oe = new St;
                function ae(t, e) {
                  t.iterations = 0;
                  t.lambda = 1;
                  t.normal.SetZero();
                  t.point.SetZero();
                  const i = e.proxyA;
                  const s = e.proxyB;
                  const n = et(i.m_radius, d) + et(s.m_radius, d);
                  const r = e.transformA;
                  const o = e.transformB;
                  const a = e.translationB;
                  const l = $t.Set(0, 0);
                  let h = 0;
                  const c = te;
                  c.m_count = 0;
                  const _ = c.m_vertices;
                  let p = i.GetSupport(Ct.MulTRV(r.q, St.NegV(a, St.s_t1), St.s_t0));
                  let m = xt.MulXV(r, i.GetVertex(p), ee);
                  let f = s.GetSupport(Ct.MulTRV(o.q, a, St.s_t0));
                  let g = xt.MulXV(o, s.GetVertex(f), ie);
                  const y = St.SubVV(m, g, se);
                  const b = et(d, n - d);
                  const S = .5 * u;
                  const A = 20;
                  let T = 0;
                  for (;T < A && $(y.Length() - b) > S; ) {
                    t.iterations += 1;
                    p = i.GetSupport(Ct.MulTRV(r.q, St.NegV(y, St.s_t1), St.s_t0));
                    m = xt.MulXV(r, i.GetVertex(p), ee);
                    f = s.GetSupport(Ct.MulTRV(o.q, y, St.s_t0));
                    g = xt.MulXV(o, s.GetVertex(f), ie);
                    const e = St.SubVV(m, g, ne);
                    y.Normalize();
                    const n = St.DotVV(y, e);
                    const u = St.DotVV(y, a);
                    if (n - b > h * u) {
                      if (u <= 0) return !1;
                      h = (n - b) / u;
                      if (h > 1) return !1;
                      l.Copy(y).SelfNeg();
                      c.m_count = 0;
                    }
                    const d = _[c.m_count];
                    d.indexA = f;
                    d.wA.Copy(g).SelfMulAdd(h, a);
                    d.indexB = p;
                    d.wB.Copy(m);
                    d.w.Copy(d.wB).SelfSub(d.wA);
                    d.a = 1;
                    c.m_count += 1;
                    switch (c.m_count) {
                     case 1:
                      break;

                     case 2:
                      c.Solve2();
                      break;

                     case 3:
                      c.Solve3();
                    }
                    if (3 === c.m_count) return !1;
                    c.GetClosestPoint(y);
                    ++T;
                  }
                  const v = re;
                  const E = oe;
                  c.GetWitnessPoints(v, E);
                  if (y.LengthSquared() > 0) {
                    l.Copy(y).SelfNeg();
                    l.Normalize();
                  }
                  t.normal.Copy(l);
                  t.lambda = h;
                  t.iterations = T;
                  return !0;
                }
                !function(t) {
                  t[t.e_vertex = 0] = "e_vertex";
                  t[t.e_face = 1] = "e_face";
                }(t.b2ContactFeatureType || (t.b2ContactFeatureType = {}));
                class le {
                  constructor() {
                    this._key = 0;
                    this._key_invalid = !1;
                    this._indexA = 0;
                    this._indexB = 0;
                    this._typeA = 0;
                    this._typeB = 0;
                  }
                  get key() {
                    if (this._key_invalid) {
                      this._key_invalid = !1;
                      this._key = this._indexA | this._indexB << 8 | this._typeA << 16 | this._typeB << 24;
                    }
                    return this._key;
                  }
                  set key(t) {
                    this._key = t;
                    this._key_invalid = !1;
                    this._indexA = 255 & this._key;
                    this._indexB = this._key >> 8 & 255;
                    this._typeA = this._key >> 16 & 255;
                    this._typeB = this._key >> 24 & 255;
                  }
                  get indexA() {
                    return this._indexA;
                  }
                  set indexA(t) {
                    this._indexA = t;
                    this._key_invalid = !0;
                  }
                  get indexB() {
                    return this._indexB;
                  }
                  set indexB(t) {
                    this._indexB = t;
                    this._key_invalid = !0;
                  }
                  get typeA() {
                    return this._typeA;
                  }
                  set typeA(t) {
                    this._typeA = t;
                    this._key_invalid = !0;
                  }
                  get typeB() {
                    return this._typeB;
                  }
                  set typeB(t) {
                    this._typeB = t;
                    this._key_invalid = !0;
                  }
                }
                class he {
                  constructor() {
                    this.cf = new le;
                  }
                  Copy(t) {
                    this.key = t.key;
                    return this;
                  }
                  Clone() {
                    return (new he).Copy(this);
                  }
                  get key() {
                    return this.cf.key;
                  }
                  set key(t) {
                    this.cf.key = t;
                  }
                }
                class ce {
                  constructor() {
                    this.localPoint = new St;
                    this.normalImpulse = 0;
                    this.tangentImpulse = 0;
                    this.id = new he;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new ce));
                  }
                  Reset() {
                    this.localPoint.SetZero();
                    this.normalImpulse = 0;
                    this.tangentImpulse = 0;
                    this.id.key = 0;
                  }
                  Copy(t) {
                    this.localPoint.Copy(t.localPoint);
                    this.normalImpulse = t.normalImpulse;
                    this.tangentImpulse = t.tangentImpulse;
                    this.id.Copy(t.id);
                    return this;
                  }
                }
                !function(t) {
                  t[t.e_unknown = -1] = "e_unknown";
                  t[t.e_circles = 0] = "e_circles";
                  t[t.e_faceA = 1] = "e_faceA";
                  t[t.e_faceB = 2] = "e_faceB";
                }(t.b2ManifoldType || (t.b2ManifoldType = {}));
                class ue {
                  constructor() {
                    this.points = ce.MakeArray(a);
                    this.localNormal = new St;
                    this.localPoint = new St;
                    this.type = t.b2ManifoldType.e_unknown;
                    this.pointCount = 0;
                  }
                  Reset() {
                    for (let t = 0; t < a; ++t) this.points[t].Reset();
                    this.localNormal.SetZero();
                    this.localPoint.SetZero();
                    this.type = t.b2ManifoldType.e_unknown;
                    this.pointCount = 0;
                  }
                  Copy(t) {
                    this.pointCount = t.pointCount;
                    for (let e = 0; e < a; ++e) this.points[e].Copy(t.points[e]);
                    this.localNormal.Copy(t.localNormal);
                    this.localPoint.Copy(t.localPoint);
                    this.type = t.type;
                    return this;
                  }
                  Clone() {
                    return (new ue).Copy(this);
                  }
                }
                class _e {
                  constructor() {
                    this.normal = new St;
                    this.points = St.MakeArray(a);
                    this.separations = K(a);
                  }
                  Initialize(e, i, s, n, o) {
                    if (0 !== e.pointCount) switch (e.type) {
                     case t.b2ManifoldType.e_circles:
                      {
                        this.normal.Set(1, 0);
                        const t = xt.MulXV(i, e.localPoint, _e.Initialize_s_pointA);
                        const a = xt.MulXV(n, e.points[0].localPoint, _e.Initialize_s_pointB);
                        St.DistanceSquaredVV(t, a) > r && St.SubVV(a, t, this.normal).SelfNormalize();
                        const l = St.AddVMulSV(t, s, this.normal, _e.Initialize_s_cA);
                        const h = St.SubVMulSV(a, o, this.normal, _e.Initialize_s_cB);
                        St.MidVV(l, h, this.points[0]);
                        this.separations[0] = St.DotVV(St.SubVV(h, l, St.s_t0), this.normal);
                        break;
                      }

                     case t.b2ManifoldType.e_faceA:
                      {
                        Ct.MulRV(i.q, e.localNormal, this.normal);
                        const t = xt.MulXV(i, e.localPoint, _e.Initialize_s_planePoint);
                        for (let i = 0; i < e.pointCount; ++i) {
                          const r = xt.MulXV(n, e.points[i].localPoint, _e.Initialize_s_clipPoint);
                          const a = s - St.DotVV(St.SubVV(r, t, St.s_t0), this.normal);
                          const l = St.AddVMulSV(r, a, this.normal, _e.Initialize_s_cA);
                          const h = St.SubVMulSV(r, o, this.normal, _e.Initialize_s_cB);
                          St.MidVV(l, h, this.points[i]);
                          this.separations[i] = St.DotVV(St.SubVV(h, l, St.s_t0), this.normal);
                        }
                        break;
                      }

                     case t.b2ManifoldType.e_faceB:
                      {
                        Ct.MulRV(n.q, e.localNormal, this.normal);
                        const t = xt.MulXV(n, e.localPoint, _e.Initialize_s_planePoint);
                        for (let n = 0; n < e.pointCount; ++n) {
                          const r = xt.MulXV(i, e.points[n].localPoint, _e.Initialize_s_clipPoint);
                          const a = o - St.DotVV(St.SubVV(r, t, St.s_t0), this.normal);
                          const l = St.AddVMulSV(r, a, this.normal, _e.Initialize_s_cB);
                          const h = St.SubVMulSV(r, s, this.normal, _e.Initialize_s_cA);
                          St.MidVV(h, l, this.points[n]);
                          this.separations[n] = St.DotVV(St.SubVV(h, l, St.s_t0), this.normal);
                        }
                        this.normal.SelfNeg();
                        break;
                      }
                    }
                  }
                }
                _e.Initialize_s_pointA = new St;
                _e.Initialize_s_pointB = new St;
                _e.Initialize_s_cA = new St;
                _e.Initialize_s_cB = new St;
                _e.Initialize_s_planePoint = new St;
                _e.Initialize_s_clipPoint = new St;
                !function(t) {
                  t[t.b2_nullState = 0] = "b2_nullState";
                  t[t.b2_addState = 1] = "b2_addState";
                  t[t.b2_persistState = 2] = "b2_persistState";
                  t[t.b2_removeState = 3] = "b2_removeState";
                }(t.b2PointState || (t.b2PointState = {}));
                function de(e, i, s, n) {
                  let r;
                  for (r = 0; r < s.pointCount; ++r) {
                    const i = s.points[r].id.key;
                    e[r] = t.b2PointState.b2_removeState;
                    for (let s = 0, o = n.pointCount; s < o; ++s) if (n.points[s].id.key === i) {
                      e[r] = t.b2PointState.b2_persistState;
                      break;
                    }
                  }
                  for (;r < a; ++r) e[r] = t.b2PointState.b2_nullState;
                  for (r = 0; r < n.pointCount; ++r) {
                    const e = n.points[r].id.key;
                    i[r] = t.b2PointState.b2_addState;
                    for (let n = 0, o = s.pointCount; n < o; ++n) if (s.points[n].id.key === e) {
                      i[r] = t.b2PointState.b2_persistState;
                      break;
                    }
                  }
                  for (;r < a; ++r) i[r] = t.b2PointState.b2_nullState;
                }
                class pe {
                  constructor() {
                    this.v = new St;
                    this.id = new he;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new pe));
                  }
                  Copy(t) {
                    this.v.Copy(t.v);
                    this.id.Copy(t.id);
                    return this;
                  }
                }
                class me {
                  constructor() {
                    this.p1 = new St;
                    this.p2 = new St;
                    this.maxFraction = 1;
                  }
                  Copy(t) {
                    this.p1.Copy(t.p1);
                    this.p2.Copy(t.p2);
                    this.maxFraction = t.maxFraction;
                    return this;
                  }
                }
                class fe {
                  constructor() {
                    this.normal = new St;
                    this.fraction = 0;
                  }
                  Copy(t) {
                    this.normal.Copy(t.normal);
                    this.fraction = t.fraction;
                    return this;
                  }
                }
                class ge {
                  constructor() {
                    this.lowerBound = new St;
                    this.upperBound = new St;
                    this.m_cache_center = new St;
                    this.m_cache_extent = new St;
                  }
                  Copy(t) {
                    this.lowerBound.Copy(t.lowerBound);
                    this.upperBound.Copy(t.upperBound);
                    return this;
                  }
                  IsValid() {
                    return !(!this.lowerBound.IsValid() || !this.upperBound.IsValid() || this.upperBound.x < this.lowerBound.x || this.upperBound.y < this.lowerBound.y);
                  }
                  GetCenter() {
                    return St.MidVV(this.lowerBound, this.upperBound, this.m_cache_center);
                  }
                  GetExtents() {
                    return St.ExtVV(this.lowerBound, this.upperBound, this.m_cache_extent);
                  }
                  GetPerimeter() {
                    return 2 * (this.upperBound.x - this.lowerBound.x + (this.upperBound.y - this.lowerBound.y));
                  }
                  Combine1(t) {
                    this.lowerBound.x = tt(this.lowerBound.x, t.lowerBound.x);
                    this.lowerBound.y = tt(this.lowerBound.y, t.lowerBound.y);
                    this.upperBound.x = et(this.upperBound.x, t.upperBound.x);
                    this.upperBound.y = et(this.upperBound.y, t.upperBound.y);
                    return this;
                  }
                  Combine2(t, e) {
                    this.lowerBound.x = tt(t.lowerBound.x, e.lowerBound.x);
                    this.lowerBound.y = tt(t.lowerBound.y, e.lowerBound.y);
                    this.upperBound.x = et(t.upperBound.x, e.upperBound.x);
                    this.upperBound.y = et(t.upperBound.y, e.upperBound.y);
                    return this;
                  }
                  static Combine(t, e, i) {
                    i.Combine2(t, e);
                    return i;
                  }
                  Contains(t) {
                    return !(this.lowerBound.x <= t.lowerBound.x || this.lowerBound.y <= t.lowerBound.y || t.upperBound.x <= this.upperBound.x || t.upperBound.y <= this.upperBound.y);
                  }
                  RayCast(t, e) {
                    let i = -s;
                    let r = s;
                    const o = e.p1.x;
                    const a = e.p1.y;
                    const l = e.p2.x - e.p1.x;
                    const h = e.p2.y - e.p1.y;
                    const c = $(l);
                    const u = $(h);
                    const _ = t.normal;
                    if (c < n) {
                      if (o < this.lowerBound.x || this.upperBound.x < o) return !1;
                    } else {
                      const t = 1 / l;
                      let e = (this.lowerBound.x - o) * t;
                      let s = (this.upperBound.x - o) * t;
                      let n = -1;
                      if (e > s) {
                        const t = e;
                        e = s;
                        s = t;
                        n = 1;
                      }
                      if (e > i) {
                        _.x = n;
                        _.y = 0;
                        i = e;
                      }
                      r = tt(r, s);
                      if (i > r) return !1;
                    }
                    if (u < n) {
                      if (a < this.lowerBound.y || this.upperBound.y < a) return !1;
                    } else {
                      const t = 1 / h;
                      let e = (this.lowerBound.y - a) * t;
                      let s = (this.upperBound.y - a) * t;
                      let n = -1;
                      if (e > s) {
                        const t = e;
                        e = s;
                        s = t;
                        n = 1;
                      }
                      if (e > i) {
                        _.x = 0;
                        _.y = n;
                        i = e;
                      }
                      r = tt(r, s);
                      if (i > r) return !1;
                    }
                    if (i < 0 || e.maxFraction < i) return !1;
                    t.fraction = i;
                    return !0;
                  }
                  TestContain(t) {
                    return !(t.x < this.lowerBound.x || this.upperBound.x < t.x || t.y < this.lowerBound.y || this.upperBound.y < t.y);
                  }
                  TestOverlap(t) {
                    return !(this.upperBound.x < t.lowerBound.x || this.upperBound.y < t.lowerBound.y || t.upperBound.x < this.lowerBound.x || t.upperBound.y < this.lowerBound.y);
                  }
                }
                function ye(t, e) {
                  return !(t.upperBound.x < e.lowerBound.x || t.upperBound.y < e.lowerBound.y || e.upperBound.x < t.lowerBound.x || e.upperBound.y < t.lowerBound.y);
                }
                function be(e, i, s, n, r) {
                  let o = 0;
                  const a = i[0];
                  const l = i[1];
                  const h = St.DotVV(s, a.v) - n;
                  const c = St.DotVV(s, l.v) - n;
                  h <= 0 && e[o++].Copy(a);
                  c <= 0 && e[o++].Copy(l);
                  if (h * c < 0) {
                    const i = h / (h - c);
                    const s = e[o].v;
                    s.x = a.v.x + i * (l.v.x - a.v.x);
                    s.y = a.v.y + i * (l.v.y - a.v.y);
                    const n = e[o].id;
                    n.cf.indexA = r;
                    n.cf.indexB = a.id.cf.indexB;
                    n.cf.typeA = t.b2ContactFeatureType.e_vertex;
                    n.cf.typeB = t.b2ContactFeatureType.e_face;
                    ++o;
                  }
                  return o;
                }
                const Se = new Ft;
                const Ae = new Lt;
                const Te = new Vt;
                function ve(t, e, i, s, r, o) {
                  const a = Se.Reset();
                  a.proxyA.SetShape(t, e);
                  a.proxyB.SetShape(i, s);
                  a.transformA.Copy(r);
                  a.transformB.Copy(o);
                  a.useRadii = !0;
                  const l = Ae.Reset();
                  l.count = 0;
                  const h = Te.Reset();
                  Qt(h, l, a);
                  return h.distance < 10 * n;
                }
                function Ee(t) {
                  if (null === t) throw new Error;
                  return t;
                }
                class Ce {
                  constructor(t = 0) {
                    this.m_id = 0;
                    this.aabb = new ge;
                    this._userData = null;
                    this.parent = null;
                    this.child1 = null;
                    this.child2 = null;
                    this.height = 0;
                    this.m_id = t;
                  }
                  get userData() {
                    if (null === this._userData) throw new Error;
                    return this._userData;
                  }
                  set userData(t) {
                    if (null !== this._userData) throw new Error;
                    this._userData = t;
                  }
                  Reset() {
                    this._userData = null;
                  }
                  IsLeaf() {
                    return null === this.child1;
                  }
                }
                class xe {
                  constructor() {
                    this.m_root = null;
                    this.m_freeList = null;
                    this.m_path = 0;
                    this.m_insertionCount = 0;
                    this.m_stack = new Dt(256);
                  }
                  Query(t, e) {
                    const i = this.m_stack.Reset();
                    i.Push(this.m_root);
                    for (;i.GetCount() > 0; ) {
                      const s = i.Pop();
                      if (null !== s && s.aabb.TestOverlap(t)) if (s.IsLeaf()) {
                        if (!e(s)) return;
                      } else {
                        i.Push(s.child1);
                        i.Push(s.child2);
                      }
                    }
                  }
                  QueryPoint(t, e) {
                    const i = this.m_stack.Reset();
                    i.Push(this.m_root);
                    for (;i.GetCount() > 0; ) {
                      const s = i.Pop();
                      if (null !== s && s.aabb.TestContain(t)) if (s.IsLeaf()) {
                        if (!e(s)) return;
                      } else {
                        i.Push(s.child1);
                        i.Push(s.child2);
                      }
                    }
                  }
                  RayCast(t, e) {
                    const i = t.p1;
                    const s = t.p2;
                    const n = St.SubVV(s, i, xe.s_r);
                    n.Normalize();
                    const r = St.CrossOneV(n, xe.s_v);
                    const o = St.AbsV(r, xe.s_abs_v);
                    let a = t.maxFraction;
                    const l = xe.s_segmentAABB;
                    let h = i.x + a * (s.x - i.x);
                    let c = i.y + a * (s.y - i.y);
                    l.lowerBound.x = tt(i.x, h);
                    l.lowerBound.y = tt(i.y, c);
                    l.upperBound.x = et(i.x, h);
                    l.upperBound.y = et(i.y, c);
                    const u = this.m_stack.Reset();
                    u.Push(this.m_root);
                    for (;u.GetCount() > 0; ) {
                      const n = u.Pop();
                      if (null === n) continue;
                      if (!ye(n.aabb, l)) continue;
                      const _ = n.aabb.GetCenter();
                      const d = n.aabb.GetExtents();
                      if (!($(St.DotVV(r, St.SubVV(i, _, St.s_t0))) - St.DotVV(o, d) > 0)) if (n.IsLeaf()) {
                        const r = xe.s_subInput;
                        r.p1.Copy(t.p1);
                        r.p2.Copy(t.p2);
                        r.maxFraction = a;
                        const o = e(r, n);
                        if (0 === o) return;
                        if (o > 0) {
                          a = o;
                          h = i.x + a * (s.x - i.x);
                          c = i.y + a * (s.y - i.y);
                          l.lowerBound.x = tt(i.x, h);
                          l.lowerBound.y = tt(i.y, c);
                          l.upperBound.x = et(i.x, h);
                          l.upperBound.y = et(i.y, c);
                        }
                      } else {
                        u.Push(n.child1);
                        u.Push(n.child2);
                      }
                    }
                  }
                  AllocateNode() {
                    if (null !== this.m_freeList) {
                      const t = this.m_freeList;
                      this.m_freeList = t.parent;
                      t.parent = null;
                      t.child1 = null;
                      t.child2 = null;
                      t.height = 0;
                      return t;
                    }
                    return new Ce(xe.s_node_id++);
                  }
                  FreeNode(t) {
                    t.parent = this.m_freeList;
                    t.child1 = null;
                    t.child2 = null;
                    t.height = -1;
                    t.Reset();
                    this.m_freeList = t;
                  }
                  CreateProxy(t, e) {
                    const i = this.AllocateNode();
                    const s = h;
                    const n = h;
                    i.aabb.lowerBound.x = t.lowerBound.x - s;
                    i.aabb.lowerBound.y = t.lowerBound.y - n;
                    i.aabb.upperBound.x = t.upperBound.x + s;
                    i.aabb.upperBound.y = t.upperBound.y + n;
                    i.userData = e;
                    i.height = 0;
                    this.InsertLeaf(i);
                    return i;
                  }
                  DestroyProxy(t) {
                    this.RemoveLeaf(t);
                    this.FreeNode(t);
                  }
                  MoveProxy(t, e, i) {
                    if (t.aabb.Contains(e)) return !1;
                    this.RemoveLeaf(t);
                    const s = h;
                    const n = h;
                    t.aabb.lowerBound.x = e.lowerBound.x - s;
                    t.aabb.lowerBound.y = e.lowerBound.y - n;
                    t.aabb.upperBound.x = e.upperBound.x + s;
                    t.aabb.upperBound.y = e.upperBound.y + n;
                    const r = c * i.x;
                    const o = c * i.y;
                    r < 0 ? t.aabb.lowerBound.x += r : t.aabb.upperBound.x += r;
                    o < 0 ? t.aabb.lowerBound.y += o : t.aabb.upperBound.y += o;
                    this.InsertLeaf(t);
                    return !0;
                  }
                  InsertLeaf(t) {
                    ++this.m_insertionCount;
                    if (null === this.m_root) {
                      this.m_root = t;
                      this.m_root.parent = null;
                      return;
                    }
                    const e = t.aabb;
                    let i = this.m_root;
                    for (;!i.IsLeaf(); ) {
                      const t = Ee(i.child1);
                      const s = Ee(i.child2);
                      const n = i.aabb.GetPerimeter();
                      const r = xe.s_combinedAABB;
                      r.Combine2(i.aabb, e);
                      const o = r.GetPerimeter();
                      const a = 2 * o;
                      const l = 2 * (o - n);
                      let h;
                      const c = xe.s_aabb;
                      let u;
                      let _;
                      if (t.IsLeaf()) {
                        c.Combine2(e, t.aabb);
                        h = c.GetPerimeter() + l;
                      } else {
                        c.Combine2(e, t.aabb);
                        u = t.aabb.GetPerimeter();
                        _ = c.GetPerimeter();
                        h = _ - u + l;
                      }
                      let d;
                      if (s.IsLeaf()) {
                        c.Combine2(e, s.aabb);
                        d = c.GetPerimeter() + l;
                      } else {
                        c.Combine2(e, s.aabb);
                        u = s.aabb.GetPerimeter();
                        _ = c.GetPerimeter();
                        d = _ - u + l;
                      }
                      if (a < h && a < d) break;
                      i = h < d ? t : s;
                    }
                    const s = i.parent;
                    const n = this.AllocateNode();
                    n.parent = s;
                    n.aabb.Combine2(e, i.aabb);
                    n.height = i.height + 1;
                    if (null !== s) {
                      s.child1 === i ? s.child1 = n : s.child2 = n;
                      n.child1 = i;
                      n.child2 = t;
                      i.parent = n;
                      t.parent = n;
                    } else {
                      n.child1 = i;
                      n.child2 = t;
                      i.parent = n;
                      t.parent = n;
                      this.m_root = n;
                    }
                    let r = t.parent;
                    for (;null !== r; ) {
                      r = this.Balance(r);
                      const t = Ee(r.child1);
                      const e = Ee(r.child2);
                      r.height = 1 + et(t.height, e.height);
                      r.aabb.Combine2(t.aabb, e.aabb);
                      r = r.parent;
                    }
                  }
                  RemoveLeaf(t) {
                    if (t === this.m_root) {
                      this.m_root = null;
                      return;
                    }
                    const e = Ee(t.parent);
                    const i = e && e.parent;
                    const s = Ee(e.child1 === t ? e.child2 : e.child1);
                    if (null !== i) {
                      i.child1 === e ? i.child1 = s : i.child2 = s;
                      s.parent = i;
                      this.FreeNode(e);
                      let t = i;
                      for (;null !== t; ) {
                        t = this.Balance(t);
                        const e = Ee(t.child1);
                        const i = Ee(t.child2);
                        t.aabb.Combine2(e.aabb, i.aabb);
                        t.height = 1 + et(e.height, i.height);
                        t = t.parent;
                      }
                    } else {
                      this.m_root = s;
                      s.parent = null;
                      this.FreeNode(e);
                    }
                  }
                  Balance(t) {
                    if (t.IsLeaf() || t.height < 2) return t;
                    const e = Ee(t.child1);
                    const i = Ee(t.child2);
                    const s = i.height - e.height;
                    if (s > 1) {
                      const s = Ee(i.child1);
                      const n = Ee(i.child2);
                      i.child1 = t;
                      i.parent = t.parent;
                      t.parent = i;
                      null !== i.parent ? i.parent.child1 === t ? i.parent.child1 = i : i.parent.child2 = i : this.m_root = i;
                      if (s.height > n.height) {
                        i.child2 = s;
                        t.child2 = n;
                        n.parent = t;
                        t.aabb.Combine2(e.aabb, n.aabb);
                        i.aabb.Combine2(t.aabb, s.aabb);
                        t.height = 1 + et(e.height, n.height);
                        i.height = 1 + et(t.height, s.height);
                      } else {
                        i.child2 = n;
                        t.child2 = s;
                        s.parent = t;
                        t.aabb.Combine2(e.aabb, s.aabb);
                        i.aabb.Combine2(t.aabb, n.aabb);
                        t.height = 1 + et(e.height, s.height);
                        i.height = 1 + et(t.height, n.height);
                      }
                      return i;
                    }
                    if (s < -1) {
                      const s = Ee(e.child1);
                      const n = Ee(e.child2);
                      e.child1 = t;
                      e.parent = t.parent;
                      t.parent = e;
                      null !== e.parent ? e.parent.child1 === t ? e.parent.child1 = e : e.parent.child2 = e : this.m_root = e;
                      if (s.height > n.height) {
                        e.child2 = s;
                        t.child1 = n;
                        n.parent = t;
                        t.aabb.Combine2(i.aabb, n.aabb);
                        e.aabb.Combine2(t.aabb, s.aabb);
                        t.height = 1 + et(i.height, n.height);
                        e.height = 1 + et(t.height, s.height);
                      } else {
                        e.child2 = n;
                        t.child1 = s;
                        s.parent = t;
                        t.aabb.Combine2(i.aabb, s.aabb);
                        e.aabb.Combine2(t.aabb, n.aabb);
                        t.height = 1 + et(i.height, s.height);
                        e.height = 1 + et(t.height, n.height);
                      }
                      return e;
                    }
                    return t;
                  }
                  GetHeight() {
                    return null === this.m_root ? 0 : this.m_root.height;
                  }
                  static GetAreaNode(t) {
                    if (null === t) return 0;
                    if (t.IsLeaf()) return 0;
                    let e = t.aabb.GetPerimeter();
                    e += xe.GetAreaNode(t.child1);
                    e += xe.GetAreaNode(t.child2);
                    return e;
                  }
                  GetAreaRatio() {
                    if (null === this.m_root) return 0;
                    const t = this.m_root.aabb.GetPerimeter();
                    return xe.GetAreaNode(this.m_root) / t;
                  }
                  static ComputeHeightNode(t) {
                    return null === t || t.IsLeaf() ? 0 : 1 + et(xe.ComputeHeightNode(t.child1), xe.ComputeHeightNode(t.child2));
                  }
                  ComputeHeight() {
                    return xe.ComputeHeightNode(this.m_root);
                  }
                  ValidateStructure(t) {
                    if (null === t) return;
                    this.m_root;
                    if (t.IsLeaf()) return;
                    const e = Ee(t.child1);
                    const i = Ee(t.child2);
                    this.ValidateStructure(e);
                    this.ValidateStructure(i);
                  }
                  ValidateMetrics(t) {
                    if (null === t) return;
                    if (t.IsLeaf()) return;
                    const e = Ee(t.child1);
                    const i = Ee(t.child2);
                    xe.s_aabb.Combine2(e.aabb, i.aabb);
                    this.ValidateMetrics(e);
                    this.ValidateMetrics(i);
                  }
                  Validate() {}
                  static GetMaxBalanceNode(t, e) {
                    if (null === t) return e;
                    if (t.height <= 1) return e;
                    const i = Ee(t.child1);
                    const s = Ee(t.child2);
                    return et(e, $(s.height - i.height));
                  }
                  GetMaxBalance() {
                    return xe.GetMaxBalanceNode(this.m_root, 0);
                  }
                  RebuildBottomUp() {
                    this.Validate();
                  }
                  static ShiftOriginNode(t, e) {
                    if (null === t) return;
                    if (t.height <= 1) return;
                    const i = t.child1;
                    const s = t.child2;
                    xe.ShiftOriginNode(i, e);
                    xe.ShiftOriginNode(s, e);
                    t.aabb.lowerBound.SelfSub(e);
                    t.aabb.upperBound.SelfSub(e);
                  }
                  ShiftOrigin(t) {
                    xe.ShiftOriginNode(this.m_root, t);
                  }
                }
                xe.s_r = new St;
                xe.s_v = new St;
                xe.s_abs_v = new St;
                xe.s_segmentAABB = new ge;
                xe.s_subInput = new me;
                xe.s_combinedAABB = new ge;
                xe.s_aabb = new ge;
                xe.s_node_id = 0;
                function we(t, e, i) {
                  const s = t[e];
                  t[e] = t[i];
                  t[i] = s;
                }
                function Re(t, e) {
                  return t < e;
                }
                function Ie(t, e = 0, i = t.length - e, s = Re) {
                  let n = e;
                  const r = [];
                  let o = 0;
                  for (;;) {
                    for (;n + 1 < i; i++) {
                      const e = t[n + Math.floor(Math.random() * (i - n))];
                      r[o++] = i;
                      for (let r = n - 1; ;) {
                        for (;s(t[++r], e); ) ;
                        for (;s(e, t[--i]); ) ;
                        if (r >= i) break;
                        we(t, r, i);
                      }
                    }
                    if (0 === o) break;
                    n = i;
                    i = r[--o];
                  }
                  return t;
                }
                class Me {
                  constructor(t, e) {
                    this.proxyA = t;
                    this.proxyB = e;
                  }
                }
                class Be {
                  constructor() {
                    this.m_tree = new xe;
                    this.m_proxyCount = 0;
                    this.m_moveCount = 0;
                    this.m_moveBuffer = [];
                    this.m_pairCount = 0;
                    this.m_pairBuffer = [];
                  }
                  CreateProxy(t, e) {
                    const i = this.m_tree.CreateProxy(t, e);
                    ++this.m_proxyCount;
                    this.BufferMove(i);
                    return i;
                  }
                  DestroyProxy(t) {
                    this.UnBufferMove(t);
                    --this.m_proxyCount;
                    this.m_tree.DestroyProxy(t);
                  }
                  MoveProxy(t, e, i) {
                    this.m_tree.MoveProxy(t, e, i) && this.BufferMove(t);
                  }
                  TouchProxy(t) {
                    this.BufferMove(t);
                  }
                  GetProxyCount() {
                    return this.m_proxyCount;
                  }
                  UpdatePairs(t) {
                    this.m_pairCount = 0;
                    for (let t = 0; t < this.m_moveCount; ++t) {
                      const e = this.m_moveBuffer[t];
                      if (null === e) continue;
                      const i = e.aabb;
                      this.m_tree.Query(i, (t => {
                        if (t.m_id === e.m_id) return !0;
                        let i;
                        let s;
                        if (t.m_id < e.m_id) {
                          i = t;
                          s = e;
                        } else {
                          i = e;
                          s = t;
                        }
                        if (this.m_pairCount === this.m_pairBuffer.length) this.m_pairBuffer[this.m_pairCount] = new Me(i, s); else {
                          const t = this.m_pairBuffer[this.m_pairCount];
                          t.proxyA = i;
                          t.proxyB = s;
                        }
                        ++this.m_pairCount;
                        return !0;
                      }));
                    }
                    this.m_moveCount = 0;
                    Ie(this.m_pairBuffer, 0, this.m_pairCount, De);
                    let e = 0;
                    for (;e < this.m_pairCount; ) {
                      const i = this.m_pairBuffer[e];
                      t(i.proxyA.userData, i.proxyB.userData);
                      ++e;
                      for (;e < this.m_pairCount; ) {
                        const t = this.m_pairBuffer[e];
                        if (t.proxyA.m_id !== i.proxyA.m_id || t.proxyB.m_id !== i.proxyB.m_id) break;
                        ++e;
                      }
                    }
                  }
                  Query(t, e) {
                    this.m_tree.Query(t, e);
                  }
                  QueryPoint(t, e) {
                    this.m_tree.QueryPoint(t, e);
                  }
                  RayCast(t, e) {
                    this.m_tree.RayCast(t, e);
                  }
                  GetTreeHeight() {
                    return this.m_tree.GetHeight();
                  }
                  GetTreeBalance() {
                    return this.m_tree.GetMaxBalance();
                  }
                  GetTreeQuality() {
                    return this.m_tree.GetAreaRatio();
                  }
                  ShiftOrigin(t) {
                    this.m_tree.ShiftOrigin(t);
                  }
                  BufferMove(t) {
                    this.m_moveBuffer[this.m_moveCount] = t;
                    ++this.m_moveCount;
                  }
                  UnBufferMove(t) {
                    const e = this.m_moveBuffer.indexOf(t);
                    this.m_moveBuffer[e] = null;
                  }
                }
                function De(t, e) {
                  return t.proxyA.m_id < e.proxyA.m_id || t.proxyA.m_id === e.proxyA.m_id && t.proxyB.m_id < e.proxyB.m_id;
                }
                t.b2_toiTime = 0;
                t.b2_toiMaxTime = 0;
                t.b2_toiCalls = 0;
                t.b2_toiIters = 0;
                t.b2_toiMaxIters = 0;
                t.b2_toiRootIters = 0;
                t.b2_toiMaxRootIters = 0;
                function Pe() {
                  t.b2_toiTime = 0;
                  t.b2_toiMaxTime = 0;
                  t.b2_toiCalls = 0;
                  t.b2_toiIters = 0;
                  t.b2_toiMaxIters = 0;
                  t.b2_toiRootIters = 0;
                  t.b2_toiMaxRootIters = 0;
                }
                const Oe = new xt;
                const Ne = new xt;
                const Le = new St;
                const Fe = new St;
                const Ve = new St;
                const ke = new St;
                const Ue = new St;
                class Ge {
                  constructor() {
                    this.proxyA = new Nt;
                    this.proxyB = new Nt;
                    this.sweepA = new wt;
                    this.sweepB = new wt;
                    this.tMax = 0;
                  }
                }
                !function(t) {
                  t[t.e_unknown = 0] = "e_unknown";
                  t[t.e_failed = 1] = "e_failed";
                  t[t.e_overlapped = 2] = "e_overlapped";
                  t[t.e_touching = 3] = "e_touching";
                  t[t.e_separated = 4] = "e_separated";
                }(t.b2TOIOutputState || (t.b2TOIOutputState = {}));
                class ze {
                  constructor() {
                    this.state = t.b2TOIOutputState.e_unknown;
                    this.t = 0;
                  }
                }
                !function(t) {
                  t[t.e_unknown = -1] = "e_unknown";
                  t[t.e_points = 0] = "e_points";
                  t[t.e_faceA = 1] = "e_faceA";
                  t[t.e_faceB = 2] = "e_faceB";
                }(t.b2SeparationFunctionType || (t.b2SeparationFunctionType = {}));
                class He {
                  constructor() {
                    this.m_sweepA = new wt;
                    this.m_sweepB = new wt;
                    this.m_type = t.b2SeparationFunctionType.e_unknown;
                    this.m_localPoint = new St;
                    this.m_axis = new St;
                  }
                  Initialize(e, i, s, n, r, o) {
                    this.m_proxyA = i;
                    this.m_proxyB = n;
                    const a = e.count;
                    this.m_sweepA.Copy(s);
                    this.m_sweepB.Copy(r);
                    const l = Oe;
                    const h = Ne;
                    this.m_sweepA.GetTransform(l, o);
                    this.m_sweepB.GetTransform(h, o);
                    if (1 === a) {
                      this.m_type = t.b2SeparationFunctionType.e_points;
                      const i = this.m_proxyA.GetVertex(e.indexA[0]);
                      const s = this.m_proxyB.GetVertex(e.indexB[0]);
                      const n = xt.MulXV(l, i, Le);
                      const r = xt.MulXV(h, s, Fe);
                      St.SubVV(r, n, this.m_axis);
                      const o = this.m_axis.Normalize();
                      this.m_localPoint.SetZero();
                      return o;
                    }
                    if (e.indexA[0] === e.indexA[1]) {
                      this.m_type = t.b2SeparationFunctionType.e_faceB;
                      const i = this.m_proxyB.GetVertex(e.indexB[0]);
                      const s = this.m_proxyB.GetVertex(e.indexB[1]);
                      St.CrossVOne(St.SubVV(s, i, St.s_t0), this.m_axis).SelfNormalize();
                      const n = Ct.MulRV(h.q, this.m_axis, Ve);
                      St.MidVV(i, s, this.m_localPoint);
                      const r = xt.MulXV(h, this.m_localPoint, Fe);
                      const o = this.m_proxyA.GetVertex(e.indexA[0]);
                      const a = xt.MulXV(l, o, Le);
                      let c = St.DotVV(St.SubVV(a, r, St.s_t0), n);
                      if (c < 0) {
                        this.m_axis.SelfNeg();
                        c = -c;
                      }
                      return c;
                    }
                    {
                      this.m_type = t.b2SeparationFunctionType.e_faceA;
                      const i = this.m_proxyA.GetVertex(e.indexA[0]);
                      const s = this.m_proxyA.GetVertex(e.indexA[1]);
                      St.CrossVOne(St.SubVV(s, i, St.s_t0), this.m_axis).SelfNormalize();
                      const n = Ct.MulRV(l.q, this.m_axis, Ve);
                      St.MidVV(i, s, this.m_localPoint);
                      const r = xt.MulXV(l, this.m_localPoint, Le);
                      const o = this.m_proxyB.GetVertex(e.indexB[0]);
                      const a = xt.MulXV(h, o, Fe);
                      let c = St.DotVV(St.SubVV(a, r, St.s_t0), n);
                      if (c < 0) {
                        this.m_axis.SelfNeg();
                        c = -c;
                      }
                      return c;
                    }
                  }
                  FindMinSeparation(e, i, s) {
                    const n = Oe;
                    const r = Ne;
                    this.m_sweepA.GetTransform(n, s);
                    this.m_sweepB.GetTransform(r, s);
                    switch (this.m_type) {
                     case t.b2SeparationFunctionType.e_points:
                      {
                        const t = Ct.MulTRV(n.q, this.m_axis, ke);
                        const s = Ct.MulTRV(r.q, St.NegV(this.m_axis, St.s_t0), Ue);
                        e[0] = this.m_proxyA.GetSupport(t);
                        i[0] = this.m_proxyB.GetSupport(s);
                        const o = this.m_proxyA.GetVertex(e[0]);
                        const a = this.m_proxyB.GetVertex(i[0]);
                        const l = xt.MulXV(n, o, Le);
                        const h = xt.MulXV(r, a, Fe);
                        return St.DotVV(St.SubVV(h, l, St.s_t0), this.m_axis);
                      }

                     case t.b2SeparationFunctionType.e_faceA:
                      {
                        const t = Ct.MulRV(n.q, this.m_axis, Ve);
                        const s = xt.MulXV(n, this.m_localPoint, Le);
                        const o = Ct.MulTRV(r.q, St.NegV(t, St.s_t0), Ue);
                        e[0] = -1;
                        i[0] = this.m_proxyB.GetSupport(o);
                        const a = this.m_proxyB.GetVertex(i[0]);
                        const l = xt.MulXV(r, a, Fe);
                        return St.DotVV(St.SubVV(l, s, St.s_t0), t);
                      }

                     case t.b2SeparationFunctionType.e_faceB:
                      {
                        const t = Ct.MulRV(r.q, this.m_axis, Ve);
                        const s = xt.MulXV(r, this.m_localPoint, Fe);
                        const o = Ct.MulTRV(n.q, St.NegV(t, St.s_t0), ke);
                        i[0] = -1;
                        e[0] = this.m_proxyA.GetSupport(o);
                        const a = this.m_proxyA.GetVertex(e[0]);
                        const l = xt.MulXV(n, a, Le);
                        return St.DotVV(St.SubVV(l, s, St.s_t0), t);
                      }

                     default:
                      e[0] = -1;
                      i[0] = -1;
                      return 0;
                    }
                  }
                  Evaluate(e, i, s) {
                    const n = Oe;
                    const r = Ne;
                    this.m_sweepA.GetTransform(n, s);
                    this.m_sweepB.GetTransform(r, s);
                    switch (this.m_type) {
                     case t.b2SeparationFunctionType.e_points:
                      {
                        const t = this.m_proxyA.GetVertex(e);
                        const s = this.m_proxyB.GetVertex(i);
                        const o = xt.MulXV(n, t, Le);
                        const a = xt.MulXV(r, s, Fe);
                        return St.DotVV(St.SubVV(a, o, St.s_t0), this.m_axis);
                      }

                     case t.b2SeparationFunctionType.e_faceA:
                      {
                        const t = Ct.MulRV(n.q, this.m_axis, Ve);
                        const e = xt.MulXV(n, this.m_localPoint, Le);
                        const s = this.m_proxyB.GetVertex(i);
                        const o = xt.MulXV(r, s, Fe);
                        return St.DotVV(St.SubVV(o, e, St.s_t0), t);
                      }

                     case t.b2SeparationFunctionType.e_faceB:
                      {
                        const t = Ct.MulRV(r.q, this.m_axis, Ve);
                        const i = xt.MulXV(r, this.m_localPoint, Fe);
                        const s = this.m_proxyA.GetVertex(e);
                        const o = xt.MulXV(n, s, Le);
                        return St.DotVV(St.SubVV(o, i, St.s_t0), t);
                      }

                     default:
                      return 0;
                    }
                  }
                }
                const je = new Mt;
                const Xe = new Lt;
                const We = new Ft;
                const Ye = new Vt;
                const qe = new He;
                const Ke = [ 0 ];
                const Je = [ 0 ];
                const Ze = new wt;
                const Qe = new wt;
                function $e(e, i) {
                  const s = je.Reset();
                  ++t.b2_toiCalls;
                  e.state = t.b2TOIOutputState.e_unknown;
                  e.t = i.tMax;
                  const n = i.proxyA;
                  const r = i.proxyB;
                  const o = et(l, et(n.m_count, r.m_count));
                  const a = Ze.Copy(i.sweepA);
                  const h = Qe.Copy(i.sweepB);
                  a.Normalize();
                  h.Normalize();
                  const c = i.tMax;
                  const _ = n.m_radius + r.m_radius;
                  const d = et(u, _ - 3 * u);
                  const p = .25 * u;
                  let m = 0;
                  const f = 20;
                  let g = 0;
                  const y = Xe;
                  y.count = 0;
                  const b = We;
                  b.proxyA.Copy(i.proxyA);
                  b.proxyB.Copy(i.proxyB);
                  b.useRadii = !1;
                  for (;;) {
                    const i = Oe;
                    const s = Ne;
                    a.GetTransform(i, m);
                    h.GetTransform(s, m);
                    b.transformA.Copy(i);
                    b.transformB.Copy(s);
                    const l = Ye;
                    Qt(l, y, b);
                    if (l.distance <= 0) {
                      e.state = t.b2TOIOutputState.e_overlapped;
                      e.t = 0;
                      break;
                    }
                    if (l.distance < d + p) {
                      e.state = t.b2TOIOutputState.e_touching;
                      e.t = m;
                      break;
                    }
                    const u = qe;
                    u.Initialize(y, n, a, r, h, m);
                    let _ = !1;
                    let S = c;
                    let A = 0;
                    for (;;) {
                      const i = Ke;
                      const s = Je;
                      let n = u.FindMinSeparation(i, s, S);
                      if (n > d + p) {
                        e.state = t.b2TOIOutputState.e_separated;
                        e.t = c;
                        _ = !0;
                        break;
                      }
                      if (n > d - p) {
                        m = S;
                        break;
                      }
                      let r = u.Evaluate(i[0], s[0], m);
                      if (r < d - p) {
                        e.state = t.b2TOIOutputState.e_failed;
                        e.t = m;
                        _ = !0;
                        break;
                      }
                      if (r <= d + p) {
                        e.state = t.b2TOIOutputState.e_touching;
                        e.t = m;
                        _ = !0;
                        break;
                      }
                      let a = 0;
                      let l = m;
                      let h = S;
                      for (;;) {
                        let e = 0;
                        e = 1 & a ? l + (d - r) * (h - l) / (n - r) : .5 * (l + h);
                        ++a;
                        ++t.b2_toiRootIters;
                        const o = u.Evaluate(i[0], s[0], e);
                        if ($(o - d) < p) {
                          S = e;
                          break;
                        }
                        if (o > d) {
                          l = e;
                          r = o;
                        } else {
                          h = e;
                          n = o;
                        }
                        if (50 === a) break;
                      }
                      t.b2_toiMaxRootIters = et(t.b2_toiMaxRootIters, a);
                      ++A;
                      if (A === o) break;
                    }
                    ++g;
                    ++t.b2_toiIters;
                    if (_) break;
                    if (g === f) {
                      e.state = t.b2TOIOutputState.e_failed;
                      e.t = m;
                      break;
                    }
                  }
                  t.b2_toiMaxIters = et(t.b2_toiMaxIters, g);
                  const S = s.GetMilliseconds();
                  t.b2_toiMaxTime = et(t.b2_toiMaxTime, S);
                  t.b2_toiTime += S;
                }
                const ti = new St;
                const ei = new St;
                function ii(e, i, s, n, r) {
                  e.pointCount = 0;
                  const o = xt.MulXV(s, i.m_p, ti);
                  const a = xt.MulXV(r, n.m_p, ei);
                  const l = St.DistanceSquaredVV(o, a);
                  const h = i.m_radius + n.m_radius;
                  if (!(l > h * h)) {
                    e.type = t.b2ManifoldType.e_circles;
                    e.localPoint.Copy(i.m_p);
                    e.localNormal.SetZero();
                    e.pointCount = 1;
                    e.points[0].localPoint.Copy(n.m_p);
                    e.points[0].id.key = 0;
                  }
                }
                const si = new St;
                const ni = new St;
                const ri = new St;
                function oi(e, i, r, o, a) {
                  e.pointCount = 0;
                  const l = xt.MulXV(a, o.m_p, si);
                  const h = xt.MulTXV(r, l, ni);
                  let c = 0;
                  let u = -s;
                  const _ = i.m_radius + o.m_radius;
                  const d = i.m_count;
                  const p = i.m_vertices;
                  const m = i.m_normals;
                  for (let t = 0; t < d; ++t) {
                    const e = St.DotVV(m[t], St.SubVV(h, p[t], St.s_t0));
                    if (e > _) return;
                    if (e > u) {
                      u = e;
                      c = t;
                    }
                  }
                  const f = c;
                  const g = (f + 1) % d;
                  const y = p[f];
                  const b = p[g];
                  if (u < n) {
                    e.pointCount = 1;
                    e.type = t.b2ManifoldType.e_faceA;
                    e.localNormal.Copy(m[c]);
                    St.MidVV(y, b, e.localPoint);
                    e.points[0].localPoint.Copy(o.m_p);
                    e.points[0].id.key = 0;
                    return;
                  }
                  const S = St.DotVV(St.SubVV(h, y, St.s_t0), St.SubVV(b, y, St.s_t1));
                  const A = St.DotVV(St.SubVV(h, b, St.s_t0), St.SubVV(y, b, St.s_t1));
                  if (S <= 0) {
                    if (St.DistanceSquaredVV(h, y) > _ * _) return;
                    e.pointCount = 1;
                    e.type = t.b2ManifoldType.e_faceA;
                    St.SubVV(h, y, e.localNormal).SelfNormalize();
                    e.localPoint.Copy(y);
                    e.points[0].localPoint.Copy(o.m_p);
                    e.points[0].id.key = 0;
                  } else if (A <= 0) {
                    if (St.DistanceSquaredVV(h, b) > _ * _) return;
                    e.pointCount = 1;
                    e.type = t.b2ManifoldType.e_faceA;
                    St.SubVV(h, b, e.localNormal).SelfNormalize();
                    e.localPoint.Copy(b);
                    e.points[0].localPoint.Copy(o.m_p);
                    e.points[0].id.key = 0;
                  } else {
                    const i = St.MidVV(y, b, ri);
                    if (St.DotVV(St.SubVV(h, i, St.s_t1), m[f]) > _) return;
                    e.pointCount = 1;
                    e.type = t.b2ManifoldType.e_faceA;
                    e.localNormal.Copy(m[f]).SelfNormalize();
                    e.localPoint.Copy(i);
                    e.points[0].localPoint.Copy(o.m_p);
                    e.points[0].id.key = 0;
                  }
                }
                const ai = new St;
                const li = new St;
                const hi = new St;
                const ci = new St;
                function ui(t, e, i, n, r) {
                  const o = t.m_vertices;
                  const a = t.m_normals;
                  const l = n.m_count;
                  const h = n.m_vertices;
                  const c = Ct.MulRV(e.q, a[i], ai);
                  const u = Ct.MulTRV(r.q, c, li);
                  let _ = 0;
                  let d = s;
                  for (let t = 0; t < l; ++t) {
                    const e = St.DotVV(h[t], u);
                    if (e < d) {
                      d = e;
                      _ = t;
                    }
                  }
                  const p = xt.MulXV(e, o[i], hi);
                  const m = xt.MulXV(r, h[_], ci);
                  return St.DotVV(St.SubVV(m, p, St.s_t0), c);
                }
                const _i = new St;
                const di = new St;
                function pi(t, e, i, n, r) {
                  const o = e.m_count;
                  const a = e.m_normals;
                  const l = St.SubVV(xt.MulXV(r, n.m_centroid, St.s_t0), xt.MulXV(i, e.m_centroid, St.s_t1), _i);
                  const h = Ct.MulTRV(i.q, l, di);
                  let c = 0;
                  let u = -s;
                  for (let t = 0; t < o; ++t) {
                    const e = St.DotVV(a[t], h);
                    if (e > u) {
                      u = e;
                      c = t;
                    }
                  }
                  let _ = ui(e, i, c, n, r);
                  const d = (c + o - 1) % o;
                  const p = ui(e, i, d, n, r);
                  const m = (c + 1) % o;
                  const f = ui(e, i, m, n, r);
                  let g = 0;
                  let y = 0;
                  let b = 0;
                  if (p > _ && p > f) {
                    b = -1;
                    g = d;
                    y = p;
                  } else {
                    if (!(f > _)) {
                      t[0] = c;
                      return _;
                    }
                    b = 1;
                    g = m;
                    y = f;
                  }
                  for (;;) {
                    c = -1 === b ? (g + o - 1) % o : (g + 1) % o;
                    _ = ui(e, i, c, n, r);
                    if (!(_ > y)) break;
                    g = c;
                    y = _;
                  }
                  t[0] = g;
                  return y;
                }
                const mi = new St;
                function fi(e, i, n, r, o, a) {
                  const l = i.m_normals;
                  const h = o.m_count;
                  const c = o.m_vertices;
                  const u = o.m_normals;
                  const _ = Ct.MulTRV(a.q, Ct.MulRV(n.q, l[r], St.s_t0), mi);
                  let d = 0;
                  let p = s;
                  for (let t = 0; t < h; ++t) {
                    const e = St.DotVV(_, u[t]);
                    if (e < p) {
                      p = e;
                      d = t;
                    }
                  }
                  const m = d;
                  const f = (m + 1) % h;
                  const g = e[0];
                  xt.MulXV(a, c[m], g.v);
                  const y = g.id.cf;
                  y.indexA = r;
                  y.indexB = m;
                  y.typeA = t.b2ContactFeatureType.e_face;
                  y.typeB = t.b2ContactFeatureType.e_vertex;
                  const b = e[1];
                  xt.MulXV(a, c[f], b.v);
                  const S = b.id.cf;
                  S.indexA = r;
                  S.indexB = f;
                  S.typeA = t.b2ContactFeatureType.e_face;
                  S.typeB = t.b2ContactFeatureType.e_vertex;
                }
                const gi = pe.MakeArray(2);
                const yi = pe.MakeArray(2);
                const bi = pe.MakeArray(2);
                const Si = [ 0 ];
                const Ai = [ 0 ];
                const Ti = new St;
                const vi = new St;
                const Ei = new St;
                const Ci = new St;
                const xi = new St;
                const wi = new St;
                const Ri = new St;
                const Ii = new St;
                function Mi(e, i, s, n, r) {
                  e.pointCount = 0;
                  const o = i.m_radius + n.m_radius;
                  const l = Si;
                  l[0] = 0;
                  const h = pi(l, i, s, n, r);
                  if (h > o) return;
                  const c = Ai;
                  c[0] = 0;
                  const u = pi(c, n, r, i, s);
                  if (u > o) return;
                  let _;
                  let d;
                  let p, m;
                  let f = 0;
                  let g = 0;
                  if (u > .98 * h + .001) {
                    _ = n;
                    d = i;
                    p = r;
                    m = s;
                    f = c[0];
                    e.type = t.b2ManifoldType.e_faceB;
                    g = 1;
                  } else {
                    _ = i;
                    d = n;
                    p = s;
                    m = r;
                    f = l[0];
                    e.type = t.b2ManifoldType.e_faceA;
                    g = 0;
                  }
                  const y = gi;
                  fi(y, _, p, f, d, m);
                  const b = _.m_count;
                  const S = _.m_vertices;
                  const A = f;
                  const T = (f + 1) % b;
                  const v = S[A];
                  const E = S[T];
                  const C = St.SubVV(E, v, Ti);
                  C.Normalize();
                  const x = St.CrossVOne(C, vi);
                  const w = St.MidVV(v, E, Ei);
                  const R = Ct.MulRV(p.q, C, xi);
                  const I = St.CrossVOne(R, Ci);
                  const M = xt.MulXV(p, v, Ri);
                  const B = xt.MulXV(p, E, Ii);
                  const D = St.DotVV(I, M);
                  const P = -St.DotVV(R, M) + o;
                  const O = St.DotVV(R, B) + o;
                  const N = yi;
                  const L = bi;
                  let F;
                  F = be(N, y, St.NegV(R, wi), P, A);
                  if (F < 2) return;
                  F = be(L, N, R, O, T);
                  if (F < 2) return;
                  e.localNormal.Copy(x);
                  e.localPoint.Copy(w);
                  let V = 0;
                  for (let t = 0; t < a; ++t) {
                    const i = L[t];
                    if (St.DotVV(I, i.v) - D <= o) {
                      const t = e.points[V];
                      xt.MulTXV(m, i.v, t.localPoint);
                      t.id.Copy(i.id);
                      if (g) {
                        const e = t.id.cf;
                        t.id.cf.indexA = e.indexB;
                        t.id.cf.indexB = e.indexA;
                        t.id.cf.typeA = e.typeB;
                        t.id.cf.typeB = e.typeA;
                      }
                      ++V;
                    }
                  }
                  e.pointCount = V;
                }
                const Bi = new St;
                const Di = new St;
                const Pi = new St;
                const Oi = new St;
                const Ni = new St;
                const Li = new St;
                const Fi = new St;
                const Vi = new he;
                function ki(e, i, s, n, r) {
                  e.pointCount = 0;
                  const o = xt.MulTXV(s, xt.MulXV(r, n.m_p, St.s_t0), Bi);
                  const a = i.m_vertex1;
                  const l = i.m_vertex2;
                  const h = St.SubVV(l, a, Di);
                  const c = St.DotVV(h, St.SubVV(l, o, St.s_t0));
                  const u = St.DotVV(h, St.SubVV(o, a, St.s_t0));
                  const _ = i.m_radius + n.m_radius;
                  const d = Vi;
                  d.cf.indexB = 0;
                  d.cf.typeB = t.b2ContactFeatureType.e_vertex;
                  if (u <= 0) {
                    const s = a;
                    const r = St.SubVV(o, s, Pi);
                    if (St.DotVV(r, r) > _ * _) return;
                    if (i.m_hasVertex0) {
                      const t = i.m_vertex0;
                      const e = a;
                      const s = St.SubVV(e, t, Oi);
                      if (St.DotVV(s, St.SubVV(e, o, St.s_t0)) > 0) return;
                    }
                    d.cf.indexA = 0;
                    d.cf.typeA = t.b2ContactFeatureType.e_vertex;
                    e.pointCount = 1;
                    e.type = t.b2ManifoldType.e_circles;
                    e.localNormal.SetZero();
                    e.localPoint.Copy(s);
                    e.points[0].id.Copy(d);
                    e.points[0].localPoint.Copy(n.m_p);
                    return;
                  }
                  if (c <= 0) {
                    const s = l;
                    const r = St.SubVV(o, s, Pi);
                    if (St.DotVV(r, r) > _ * _) return;
                    if (i.m_hasVertex3) {
                      const t = i.m_vertex3;
                      const e = l;
                      const s = St.SubVV(t, e, Ni);
                      if (St.DotVV(s, St.SubVV(o, e, St.s_t0)) > 0) return;
                    }
                    d.cf.indexA = 1;
                    d.cf.typeA = t.b2ContactFeatureType.e_vertex;
                    e.pointCount = 1;
                    e.type = t.b2ManifoldType.e_circles;
                    e.localNormal.SetZero();
                    e.localPoint.Copy(s);
                    e.points[0].id.Copy(d);
                    e.points[0].localPoint.Copy(n.m_p);
                    return;
                  }
                  const p = St.DotVV(h, h);
                  const m = Li;
                  m.x = 1 / p * (c * a.x + u * l.x);
                  m.y = 1 / p * (c * a.y + u * l.y);
                  const f = St.SubVV(o, m, Pi);
                  if (St.DotVV(f, f) > _ * _) return;
                  const g = Fi.Set(-h.y, h.x);
                  St.DotVV(g, St.SubVV(o, a, St.s_t0)) < 0 && g.Set(-g.x, -g.y);
                  g.Normalize();
                  d.cf.indexA = 0;
                  d.cf.typeA = t.b2ContactFeatureType.e_face;
                  e.pointCount = 1;
                  e.type = t.b2ManifoldType.e_faceA;
                  e.localNormal.Copy(g);
                  e.localPoint.Copy(a);
                  e.points[0].id.Copy(d);
                  e.points[0].localPoint.Copy(n.m_p);
                }
                var Ui;
                !function(t) {
                  t[t.e_unknown = 0] = "e_unknown";
                  t[t.e_edgeA = 1] = "e_edgeA";
                  t[t.e_edgeB = 2] = "e_edgeB";
                }(Ui || (Ui = {}));
                class Gi {
                  constructor() {
                    this.type = Ui.e_unknown;
                    this.index = 0;
                    this.separation = 0;
                  }
                }
                class zi {
                  constructor() {
                    this.vertices = [];
                    this.normals = [];
                    this.count = 0;
                  }
                }
                class Hi {
                  constructor() {
                    this.i1 = 0;
                    this.i2 = 0;
                    this.v1 = new St;
                    this.v2 = new St;
                    this.normal = new St;
                    this.sideNormal1 = new St;
                    this.sideOffset1 = 0;
                    this.sideNormal2 = new St;
                    this.sideOffset2 = 0;
                  }
                }
                var ji;
                !function(t) {
                  t[t.e_isolated = 0] = "e_isolated";
                  t[t.e_concave = 1] = "e_concave";
                  t[t.e_convex = 2] = "e_convex";
                }(ji || (ji = {}));
                class Xi {
                  constructor() {
                    this.m_polygonB = new zi;
                    this.m_xf = new xt;
                    this.m_centroidB = new St;
                    this.m_v0 = new St;
                    this.m_v1 = new St;
                    this.m_v2 = new St;
                    this.m_v3 = new St;
                    this.m_normal0 = new St;
                    this.m_normal1 = new St;
                    this.m_normal2 = new St;
                    this.m_normal = new St;
                    this.m_type1 = ji.e_isolated;
                    this.m_type2 = ji.e_isolated;
                    this.m_lowerLimit = new St;
                    this.m_upperLimit = new St;
                    this.m_radius = 0;
                    this.m_front = !1;
                  }
                  Collide(e, i, s, n, r) {
                    xt.MulTXX(s, r, this.m_xf);
                    xt.MulXV(this.m_xf, n.m_centroid, this.m_centroidB);
                    this.m_v0.Copy(i.m_vertex0);
                    this.m_v1.Copy(i.m_vertex1);
                    this.m_v2.Copy(i.m_vertex2);
                    this.m_v3.Copy(i.m_vertex3);
                    const o = i.m_hasVertex0;
                    const l = i.m_hasVertex3;
                    const h = St.SubVV(this.m_v2, this.m_v1, Xi.s_edge1);
                    h.Normalize();
                    this.m_normal1.Set(h.y, -h.x);
                    const c = St.DotVV(this.m_normal1, St.SubVV(this.m_centroidB, this.m_v1, St.s_t0));
                    let u = 0;
                    let _ = 0;
                    let d = !1;
                    let p = !1;
                    if (o) {
                      const t = St.SubVV(this.m_v1, this.m_v0, Xi.s_edge0);
                      t.Normalize();
                      this.m_normal0.Set(t.y, -t.x);
                      d = St.CrossVV(t, h) >= 0;
                      u = St.DotVV(this.m_normal0, St.SubVV(this.m_centroidB, this.m_v0, St.s_t0));
                    }
                    if (l) {
                      const t = St.SubVV(this.m_v3, this.m_v2, Xi.s_edge2);
                      t.Normalize();
                      this.m_normal2.Set(t.y, -t.x);
                      p = St.CrossVV(h, t) > 0;
                      _ = St.DotVV(this.m_normal2, St.SubVV(this.m_centroidB, this.m_v2, St.s_t0));
                    }
                    if (o && l) if (d && p) {
                      this.m_front = u >= 0 || c >= 0 || _ >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal0);
                        this.m_upperLimit.Copy(this.m_normal2);
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal1).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal1).SelfNeg();
                      }
                    } else if (d) {
                      this.m_front = u >= 0 || c >= 0 && _ >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal0);
                        this.m_upperLimit.Copy(this.m_normal1);
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal2).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal1).SelfNeg();
                      }
                    } else if (p) {
                      this.m_front = _ >= 0 || u >= 0 && c >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal1);
                        this.m_upperLimit.Copy(this.m_normal2);
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal1).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal0).SelfNeg();
                      }
                    } else {
                      this.m_front = u >= 0 && c >= 0 && _ >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal1);
                        this.m_upperLimit.Copy(this.m_normal1);
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal2).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal0).SelfNeg();
                      }
                    } else if (o) if (d) {
                      this.m_front = u >= 0 || c >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal0);
                        this.m_upperLimit.Copy(this.m_normal1).SelfNeg();
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal1);
                        this.m_upperLimit.Copy(this.m_normal1).SelfNeg();
                      }
                    } else {
                      this.m_front = u >= 0 && c >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal1);
                        this.m_upperLimit.Copy(this.m_normal1).SelfNeg();
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal1);
                        this.m_upperLimit.Copy(this.m_normal0).SelfNeg();
                      }
                    } else if (l) if (p) {
                      this.m_front = c >= 0 || _ >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal1).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal2);
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal1).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal1);
                      }
                    } else {
                      this.m_front = c >= 0 && _ >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal1).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal1);
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal2).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal1);
                      }
                    } else {
                      this.m_front = c >= 0;
                      if (this.m_front) {
                        this.m_normal.Copy(this.m_normal1);
                        this.m_lowerLimit.Copy(this.m_normal1).SelfNeg();
                        this.m_upperLimit.Copy(this.m_normal1).SelfNeg();
                      } else {
                        this.m_normal.Copy(this.m_normal1).SelfNeg();
                        this.m_lowerLimit.Copy(this.m_normal1);
                        this.m_upperLimit.Copy(this.m_normal1);
                      }
                    }
                    this.m_polygonB.count = n.m_count;
                    for (let t = 0; t < n.m_count; ++t) {
                      this.m_polygonB.vertices.length <= t && this.m_polygonB.vertices.push(new St);
                      this.m_polygonB.normals.length <= t && this.m_polygonB.normals.push(new St);
                      xt.MulXV(this.m_xf, n.m_vertices[t], this.m_polygonB.vertices[t]);
                      Ct.MulRV(this.m_xf.q, n.m_normals[t], this.m_polygonB.normals[t]);
                    }
                    this.m_radius = n.m_radius + i.m_radius;
                    e.pointCount = 0;
                    const m = this.ComputeEdgeSeparation(Xi.s_edgeAxis);
                    if (m.type === Ui.e_unknown) return;
                    if (m.separation > this.m_radius) return;
                    const f = this.ComputePolygonSeparation(Xi.s_polygonAxis);
                    if (f.type !== Ui.e_unknown && f.separation > this.m_radius) return;
                    const g = .98;
                    const y = .001;
                    let b;
                    b = f.type === Ui.e_unknown ? m : f.separation > g * m.separation + y ? f : m;
                    const S = Xi.s_ie;
                    const A = Xi.s_rf;
                    if (b.type === Ui.e_edgeA) {
                      e.type = t.b2ManifoldType.e_faceA;
                      let i = 0;
                      let s = St.DotVV(this.m_normal, this.m_polygonB.normals[0]);
                      for (let t = 1; t < this.m_polygonB.count; ++t) {
                        const e = St.DotVV(this.m_normal, this.m_polygonB.normals[t]);
                        if (e < s) {
                          s = e;
                          i = t;
                        }
                      }
                      const n = i;
                      const r = (n + 1) % this.m_polygonB.count;
                      const o = S[0];
                      o.v.Copy(this.m_polygonB.vertices[n]);
                      o.id.cf.indexA = 0;
                      o.id.cf.indexB = n;
                      o.id.cf.typeA = t.b2ContactFeatureType.e_face;
                      o.id.cf.typeB = t.b2ContactFeatureType.e_vertex;
                      const a = S[1];
                      a.v.Copy(this.m_polygonB.vertices[r]);
                      a.id.cf.indexA = 0;
                      a.id.cf.indexB = r;
                      a.id.cf.typeA = t.b2ContactFeatureType.e_face;
                      a.id.cf.typeB = t.b2ContactFeatureType.e_vertex;
                      if (this.m_front) {
                        A.i1 = 0;
                        A.i2 = 1;
                        A.v1.Copy(this.m_v1);
                        A.v2.Copy(this.m_v2);
                        A.normal.Copy(this.m_normal1);
                      } else {
                        A.i1 = 1;
                        A.i2 = 0;
                        A.v1.Copy(this.m_v2);
                        A.v2.Copy(this.m_v1);
                        A.normal.Copy(this.m_normal1).SelfNeg();
                      }
                    } else {
                      e.type = t.b2ManifoldType.e_faceB;
                      const i = S[0];
                      i.v.Copy(this.m_v1);
                      i.id.cf.indexA = 0;
                      i.id.cf.indexB = b.index;
                      i.id.cf.typeA = t.b2ContactFeatureType.e_vertex;
                      i.id.cf.typeB = t.b2ContactFeatureType.e_face;
                      const s = S[1];
                      s.v.Copy(this.m_v2);
                      s.id.cf.indexA = 0;
                      s.id.cf.indexB = b.index;
                      s.id.cf.typeA = t.b2ContactFeatureType.e_vertex;
                      s.id.cf.typeB = t.b2ContactFeatureType.e_face;
                      A.i1 = b.index;
                      A.i2 = (A.i1 + 1) % this.m_polygonB.count;
                      A.v1.Copy(this.m_polygonB.vertices[A.i1]);
                      A.v2.Copy(this.m_polygonB.vertices[A.i2]);
                      A.normal.Copy(this.m_polygonB.normals[A.i1]);
                    }
                    A.sideNormal1.Set(A.normal.y, -A.normal.x);
                    A.sideNormal2.Copy(A.sideNormal1).SelfNeg();
                    A.sideOffset1 = St.DotVV(A.sideNormal1, A.v1);
                    A.sideOffset2 = St.DotVV(A.sideNormal2, A.v2);
                    const T = Xi.s_clipPoints1;
                    const v = Xi.s_clipPoints2;
                    let E = 0;
                    E = be(T, S, A.sideNormal1, A.sideOffset1, A.i1);
                    if (E < a) return;
                    E = be(v, T, A.sideNormal2, A.sideOffset2, A.i2);
                    if (E < a) return;
                    if (b.type === Ui.e_edgeA) {
                      e.localNormal.Copy(A.normal);
                      e.localPoint.Copy(A.v1);
                    } else {
                      e.localNormal.Copy(n.m_normals[A.i1]);
                      e.localPoint.Copy(n.m_vertices[A.i1]);
                    }
                    let C = 0;
                    for (let t = 0; t < a; ++t) {
                      let i;
                      i = St.DotVV(A.normal, St.SubVV(v[t].v, A.v1, St.s_t0));
                      if (i <= this.m_radius) {
                        const i = e.points[C];
                        if (b.type === Ui.e_edgeA) {
                          xt.MulTXV(this.m_xf, v[t].v, i.localPoint);
                          i.id.Copy(v[t].id);
                        } else {
                          i.localPoint.Copy(v[t].v);
                          i.id.cf.typeA = v[t].id.cf.typeB;
                          i.id.cf.typeB = v[t].id.cf.typeA;
                          i.id.cf.indexA = v[t].id.cf.indexB;
                          i.id.cf.indexB = v[t].id.cf.indexA;
                        }
                        ++C;
                      }
                    }
                    e.pointCount = C;
                  }
                  ComputeEdgeSeparation(t) {
                    const e = t;
                    e.type = Ui.e_edgeA;
                    e.index = this.m_front ? 0 : 1;
                    e.separation = s;
                    for (let t = 0; t < this.m_polygonB.count; ++t) {
                      const i = St.DotVV(this.m_normal, St.SubVV(this.m_polygonB.vertices[t], this.m_v1, St.s_t0));
                      i < e.separation && (e.separation = i);
                    }
                    return e;
                  }
                  ComputePolygonSeparation(t) {
                    const e = t;
                    e.type = Ui.e_unknown;
                    e.index = -1;
                    e.separation = -s;
                    const i = Xi.s_perp.Set(-this.m_normal.y, this.m_normal.x);
                    for (let t = 0; t < this.m_polygonB.count; ++t) {
                      const s = St.NegV(this.m_polygonB.normals[t], Xi.s_n);
                      const n = tt(St.DotVV(s, St.SubVV(this.m_polygonB.vertices[t], this.m_v1, St.s_t0)), St.DotVV(s, St.SubVV(this.m_polygonB.vertices[t], this.m_v2, St.s_t0)));
                      if (n > this.m_radius) {
                        e.type = Ui.e_edgeB;
                        e.index = t;
                        e.separation = n;
                        return e;
                      }
                      if (St.DotVV(s, i) >= 0) {
                        if (St.DotVV(St.SubVV(s, this.m_upperLimit, St.s_t0), this.m_normal) < -_) continue;
                      } else if (St.DotVV(St.SubVV(s, this.m_lowerLimit, St.s_t0), this.m_normal) < -_) continue;
                      if (n > e.separation) {
                        e.type = Ui.e_edgeB;
                        e.index = t;
                        e.separation = n;
                      }
                    }
                    return e;
                  }
                }
                Xi.s_edge1 = new St;
                Xi.s_edge0 = new St;
                Xi.s_edge2 = new St;
                Xi.s_ie = pe.MakeArray(2);
                Xi.s_rf = new Hi;
                Xi.s_clipPoints1 = pe.MakeArray(2);
                Xi.s_clipPoints2 = pe.MakeArray(2);
                Xi.s_edgeAxis = new Gi;
                Xi.s_polygonAxis = new Gi;
                Xi.s_n = new St;
                Xi.s_perp = new St;
                const Wi = new Xi;
                function Yi(t, e, i, s, n) {
                  Wi.Collide(t, e, i, s, n);
                }
                class qi {
                  constructor() {
                    this.mass = 0;
                    this.center = new St(0, 0);
                    this.I = 0;
                  }
                }
                !function(t) {
                  t[t.e_unknown = -1] = "e_unknown";
                  t[t.e_circleShape = 0] = "e_circleShape";
                  t[t.e_edgeShape = 1] = "e_edgeShape";
                  t[t.e_polygonShape = 2] = "e_polygonShape";
                  t[t.e_chainShape = 3] = "e_chainShape";
                  t[t.e_shapeTypeCount = 4] = "e_shapeTypeCount";
                }(t.b2ShapeType || (t.b2ShapeType = {}));
                class Ki {
                  constructor(e, i) {
                    this.m_type = t.b2ShapeType.e_unknown;
                    this.m_radius = 0;
                    this.m_type = e;
                    this.m_radius = i;
                  }
                  Copy(t) {
                    this.m_radius = t.m_radius;
                    return this;
                  }
                  GetType() {
                    return this.m_type;
                  }
                }
                class Ji extends Ki {
                  constructor(e = 0) {
                    super(t.b2ShapeType.e_circleShape, e);
                    this.m_p = new St;
                  }
                  Set(t, e = this.m_radius) {
                    this.m_p.Copy(t);
                    this.m_radius = e;
                    return this;
                  }
                  Clone() {
                    return (new Ji).Copy(this);
                  }
                  Copy(t) {
                    super.Copy(t);
                    this.m_p.Copy(t.m_p);
                    return this;
                  }
                  GetChildCount() {
                    return 1;
                  }
                  TestPoint(t, e) {
                    const i = xt.MulXV(t, this.m_p, Ji.TestPoint_s_center);
                    const s = St.SubVV(e, i, Ji.TestPoint_s_d);
                    return St.DotVV(s, s) <= rt(this.m_radius);
                  }
                  ComputeDistance(t, e, i, s) {
                    const n = xt.MulXV(t, this.m_p, Ji.ComputeDistance_s_center);
                    St.SubVV(e, n, i);
                    return i.Normalize() - this.m_radius;
                  }
                  RayCast(t, e, i, s) {
                    const r = xt.MulXV(i, this.m_p, Ji.RayCast_s_position);
                    const o = St.SubVV(e.p1, r, Ji.RayCast_s_s);
                    const a = St.DotVV(o, o) - rt(this.m_radius);
                    const l = St.SubVV(e.p2, e.p1, Ji.RayCast_s_r);
                    const h = St.DotVV(o, l);
                    const c = St.DotVV(l, l);
                    const u = h * h - c * a;
                    if (u < 0 || c < n) return !1;
                    let _ = -(h + at(u));
                    if (0 <= _ && _ <= e.maxFraction * c) {
                      _ /= c;
                      t.fraction = _;
                      St.AddVMulSV(o, _, l, t.normal).SelfNormalize();
                      return !0;
                    }
                    return !1;
                  }
                  ComputeAABB(t, e, i) {
                    const s = xt.MulXV(e, this.m_p, Ji.ComputeAABB_s_p);
                    t.lowerBound.Set(s.x - this.m_radius, s.y - this.m_radius);
                    t.upperBound.Set(s.x + this.m_radius, s.y + this.m_radius);
                  }
                  ComputeMass(t, e) {
                    const i = rt(this.m_radius);
                    t.mass = e * o * i;
                    t.center.Copy(this.m_p);
                    t.I = t.mass * (.5 * i + St.DotVV(this.m_p, this.m_p));
                  }
                  SetupDistanceProxy(t, e) {
                    t.m_vertices = t.m_buffer;
                    t.m_vertices[0].Copy(this.m_p);
                    t.m_count = 1;
                    t.m_radius = this.m_radius;
                  }
                  ComputeSubmergedArea(t, e, i, s) {
                    const r = xt.MulXV(i, this.m_p, new St);
                    const a = -(St.DotVV(t, r) - e);
                    if (a < -this.m_radius + n) return 0;
                    if (a > this.m_radius) {
                      s.Copy(r);
                      return o * this.m_radius * this.m_radius;
                    }
                    const l = this.m_radius * this.m_radius;
                    const h = a * a;
                    const c = l * (pt(a / this.m_radius) + o / 2) + a * at(l - h);
                    const u = -2 / 3 * lt(l - h, 1.5) / c;
                    s.x = r.x + t.x * u;
                    s.y = r.y + t.y * u;
                    return c;
                  }
                  Dump(t) {
                    t("    const shape: b2CircleShape = new b2CircleShape();\n");
                    t("    shape.m_radius = %.15f;\n", this.m_radius);
                    t("    shape.m_p.Set(%.15f, %.15f);\n", this.m_p.x, this.m_p.y);
                  }
                }
                Ji.TestPoint_s_center = new St;
                Ji.TestPoint_s_d = new St;
                Ji.ComputeDistance_s_center = new St;
                Ji.RayCast_s_position = new St;
                Ji.RayCast_s_s = new St;
                Ji.RayCast_s_r = new St;
                Ji.ComputeAABB_s_p = new St;
                class Zi extends Ki {
                  constructor() {
                    super(t.b2ShapeType.e_polygonShape, d);
                    this.m_centroid = new St(0, 0);
                    this.m_vertices = [];
                    this.m_normals = [];
                    this.m_count = 0;
                  }
                  Clone() {
                    return (new Zi).Copy(this);
                  }
                  Copy(t) {
                    super.Copy(t);
                    this.m_centroid.Copy(t.m_centroid);
                    this.m_count = t.m_count;
                    this.m_vertices = St.MakeArray(this.m_count);
                    this.m_normals = St.MakeArray(this.m_count);
                    for (let e = 0; e < this.m_count; ++e) {
                      this.m_vertices[e].Copy(t.m_vertices[e]);
                      this.m_normals[e].Copy(t.m_normals[e]);
                    }
                    return this;
                  }
                  GetChildCount() {
                    return 1;
                  }
                  Set(...t) {
                    if ("number" == typeof t[0][0]) {
                      const e = t[0];
                      if (e.length % 2 != 0) throw new Error;
                      return this._Set((t => ({
                        x: e[2 * t],
                        y: e[2 * t + 1]
                      })), e.length / 2);
                    }
                    {
                      const e = t[0];
                      const i = t[1] || e.length;
                      return this._Set((t => e[t]), i);
                    }
                  }
                  _Set(t, e) {
                    if (e < 3) return this.SetAsBox(1, 1);
                    let i = e;
                    const s = [];
                    for (let e = 0; e < i; ++e) {
                      const i = t(e);
                      let n = !0;
                      for (let t = 0; t < s.length; ++t) if (St.DistanceSquaredVV(i, s[t]) < .5 * u * (.5 * u)) {
                        n = !1;
                        break;
                      }
                      n && s.push(i);
                    }
                    i = s.length;
                    if (i < 3) return this.SetAsBox(1, 1);
                    let n = 0;
                    let r = s[0].x;
                    for (let t = 1; t < i; ++t) {
                      const e = s[t].x;
                      if (e > r || e === r && s[t].y < s[n].y) {
                        n = t;
                        r = e;
                      }
                    }
                    const o = [];
                    let a = 0;
                    let l = n;
                    for (;;) {
                      o[a] = l;
                      let t = 0;
                      for (let e = 1; e < i; ++e) {
                        if (t === l) {
                          t = e;
                          continue;
                        }
                        const i = St.SubVV(s[t], s[o[a]], Zi.Set_s_r);
                        const n = St.SubVV(s[e], s[o[a]], Zi.Set_s_v);
                        const r = St.CrossVV(i, n);
                        r < 0 && (t = e);
                        0 === r && n.LengthSquared() > i.LengthSquared() && (t = e);
                      }
                      ++a;
                      l = t;
                      if (t === n) break;
                    }
                    this.m_count = a;
                    this.m_vertices = St.MakeArray(this.m_count);
                    this.m_normals = St.MakeArray(this.m_count);
                    for (let t = 0; t < a; ++t) this.m_vertices[t].Copy(s[o[t]]);
                    for (let t = 0; t < a; ++t) {
                      const e = this.m_vertices[t];
                      const i = this.m_vertices[(t + 1) % a];
                      const s = St.SubVV(i, e, St.s_t0);
                      St.CrossVOne(s, this.m_normals[t]).SelfNormalize();
                    }
                    Zi.ComputeCentroid(this.m_vertices, a, this.m_centroid);
                    return this;
                  }
                  SetAsBox(t, e, i, s = 0) {
                    this.m_count = 4;
                    this.m_vertices = St.MakeArray(this.m_count);
                    this.m_normals = St.MakeArray(this.m_count);
                    this.m_vertices[0].Set(-t, -e);
                    this.m_vertices[1].Set(t, -e);
                    this.m_vertices[2].Set(t, e);
                    this.m_vertices[3].Set(-t, e);
                    this.m_normals[0].Set(0, -1);
                    this.m_normals[1].Set(1, 0);
                    this.m_normals[2].Set(0, 1);
                    this.m_normals[3].Set(-1, 0);
                    this.m_centroid.SetZero();
                    if (i) {
                      this.m_centroid.Copy(i);
                      const t = new xt;
                      t.SetPosition(i);
                      t.SetRotationAngle(s);
                      for (let e = 0; e < this.m_count; ++e) {
                        xt.MulXV(t, this.m_vertices[e], this.m_vertices[e]);
                        Ct.MulRV(t.q, this.m_normals[e], this.m_normals[e]);
                      }
                    }
                    return this;
                  }
                  TestPoint(t, e) {
                    const i = xt.MulTXV(t, e, Zi.TestPoint_s_pLocal);
                    for (let t = 0; t < this.m_count; ++t) if (St.DotVV(this.m_normals[t], St.SubVV(i, this.m_vertices[t], St.s_t0)) > 0) return !1;
                    return !0;
                  }
                  ComputeDistance(t, e, i, n) {
                    const r = xt.MulTXV(t, e, Zi.ComputeDistance_s_pLocal);
                    let o = -s;
                    const a = Zi.ComputeDistance_s_normalForMaxDistance.Copy(r);
                    for (let t = 0; t < this.m_count; ++t) {
                      const e = St.DotVV(this.m_normals[t], St.SubVV(r, this.m_vertices[t], St.s_t0));
                      if (e > o) {
                        o = e;
                        a.Copy(this.m_normals[t]);
                      }
                    }
                    if (o > 0) {
                      const e = Zi.ComputeDistance_s_minDistance.Copy(a);
                      let s = o * o;
                      for (let t = 0; t < this.m_count; ++t) {
                        const i = St.SubVV(r, this.m_vertices[t], Zi.ComputeDistance_s_distance);
                        const n = i.LengthSquared();
                        if (s > n) {
                          e.Copy(i);
                          s = n;
                        }
                      }
                      Ct.MulRV(t.q, e, i);
                      i.Normalize();
                      return Math.sqrt(s);
                    }
                    Ct.MulRV(t.q, a, i);
                    return o;
                  }
                  RayCast(t, e, i, s) {
                    const n = xt.MulTXV(i, e.p1, Zi.RayCast_s_p1);
                    const r = xt.MulTXV(i, e.p2, Zi.RayCast_s_p2);
                    const o = St.SubVV(r, n, Zi.RayCast_s_d);
                    let a = 0, l = e.maxFraction;
                    let h = -1;
                    for (let t = 0; t < this.m_count; ++t) {
                      const e = St.DotVV(this.m_normals[t], St.SubVV(this.m_vertices[t], n, St.s_t0));
                      const i = St.DotVV(this.m_normals[t], o);
                      if (0 === i) {
                        if (e < 0) return !1;
                      } else if (i < 0 && e < a * i) {
                        a = e / i;
                        h = t;
                      } else i > 0 && e < l * i && (l = e / i);
                      if (l < a) return !1;
                    }
                    if (h >= 0) {
                      t.fraction = a;
                      Ct.MulRV(i.q, this.m_normals[h], t.normal);
                      return !0;
                    }
                    return !1;
                  }
                  ComputeAABB(t, e, i) {
                    const s = xt.MulXV(e, this.m_vertices[0], t.lowerBound);
                    const n = t.upperBound.Copy(s);
                    for (let t = 0; t < this.m_count; ++t) {
                      const i = xt.MulXV(e, this.m_vertices[t], Zi.ComputeAABB_s_v);
                      St.MinV(i, s, s);
                      St.MaxV(i, n, n);
                    }
                    const r = this.m_radius;
                    s.SelfSubXY(r, r);
                    n.SelfAddXY(r, r);
                  }
                  ComputeMass(t, e) {
                    const i = Zi.ComputeMass_s_center.SetZero();
                    let s = 0;
                    let n = 0;
                    const r = Zi.ComputeMass_s_s.SetZero();
                    for (let t = 0; t < this.m_count; ++t) r.SelfAdd(this.m_vertices[t]);
                    r.SelfMul(1 / this.m_count);
                    const o = 1 / 3;
                    for (let t = 0; t < this.m_count; ++t) {
                      const e = St.SubVV(this.m_vertices[t], r, Zi.ComputeMass_s_e1);
                      const a = St.SubVV(this.m_vertices[(t + 1) % this.m_count], r, Zi.ComputeMass_s_e2);
                      const l = St.CrossVV(e, a);
                      const h = .5 * l;
                      s += h;
                      i.SelfAdd(St.MulSV(h * o, St.AddVV(e, a, St.s_t0), St.s_t1));
                      const c = e.x;
                      const u = e.y;
                      const _ = a.x;
                      const d = a.y;
                      n += .25 * o * l * (c * c + _ * c + _ * _ + (u * u + d * u + d * d));
                    }
                    t.mass = e * s;
                    i.SelfMul(1 / s);
                    St.AddVV(i, r, t.center);
                    t.I = e * n;
                    t.I += t.mass * (St.DotVV(t.center, t.center) - St.DotVV(i, i));
                  }
                  Validate() {
                    for (let t = 0; t < this.m_count; ++t) {
                      const e = t;
                      const i = (t + 1) % this.m_count;
                      const s = this.m_vertices[e];
                      const n = St.SubVV(this.m_vertices[i], s, Zi.Validate_s_e);
                      for (let t = 0; t < this.m_count; ++t) {
                        if (t === e || t === i) continue;
                        const r = St.SubVV(this.m_vertices[t], s, Zi.Validate_s_v);
                        if (St.CrossVV(n, r) < 0) return !1;
                      }
                    }
                    return !0;
                  }
                  SetupDistanceProxy(t, e) {
                    t.m_vertices = this.m_vertices;
                    t.m_count = this.m_count;
                    t.m_radius = this.m_radius;
                  }
                  ComputeSubmergedArea(t, e, i, s) {
                    const r = Ct.MulTRV(i.q, t, Zi.ComputeSubmergedArea_s_normalL);
                    const o = e - St.DotVV(t, i.p);
                    const a = [];
                    let l = 0;
                    let h = -1;
                    let c = -1;
                    let u = !1;
                    for (let t = 0; t < this.m_count; ++t) {
                      a[t] = St.DotVV(r, this.m_vertices[t]) - o;
                      const e = a[t] < -n;
                      if (t > 0) if (e) {
                        if (!u) {
                          h = t - 1;
                          l++;
                        }
                      } else if (u) {
                        c = t - 1;
                        l++;
                      }
                      u = e;
                    }
                    switch (l) {
                     case 0:
                      if (u) {
                        const t = Zi.ComputeSubmergedArea_s_md;
                        this.ComputeMass(t, 1);
                        xt.MulXV(i, t.center, s);
                        return t.mass;
                      }
                      return 0;

                     case 1:
                      -1 === h ? h = this.m_count - 1 : c = this.m_count - 1;
                    }
                    const _ = (h + 1) % this.m_count;
                    const d = (c + 1) % this.m_count;
                    const p = (0 - a[h]) / (a[_] - a[h]);
                    const m = (0 - a[c]) / (a[d] - a[c]);
                    const f = Zi.ComputeSubmergedArea_s_intoVec.Set(this.m_vertices[h].x * (1 - p) + this.m_vertices[_].x * p, this.m_vertices[h].y * (1 - p) + this.m_vertices[_].y * p);
                    const g = Zi.ComputeSubmergedArea_s_outoVec.Set(this.m_vertices[c].x * (1 - m) + this.m_vertices[d].x * m, this.m_vertices[c].y * (1 - m) + this.m_vertices[d].y * m);
                    let y = 0;
                    const b = Zi.ComputeSubmergedArea_s_center.SetZero();
                    let S = this.m_vertices[_];
                    let A;
                    let T = _;
                    for (;T !== d; ) {
                      T = (T + 1) % this.m_count;
                      A = T === d ? g : this.m_vertices[T];
                      const t = .5 * ((S.x - f.x) * (A.y - f.y) - (S.y - f.y) * (A.x - f.x));
                      y += t;
                      b.x += t * (f.x + S.x + A.x) / 3;
                      b.y += t * (f.y + S.y + A.y) / 3;
                      S = A;
                    }
                    b.SelfMul(1 / y);
                    xt.MulXV(i, b, s);
                    return y;
                  }
                  Dump(t) {
                    t("    const shape: b2PolygonShape = new b2PolygonShape();\n");
                    t("    const vs: b2Vec2[] = [];\n");
                    for (let e = 0; e < this.m_count; ++e) t("    vs[%d] = new b2Vec2(%.15f, %.15f);\n", e, this.m_vertices[e].x, this.m_vertices[e].y);
                    t("    shape.Set(vs, %d);\n", this.m_count);
                  }
                  static ComputeCentroid(t, e, i) {
                    const s = i;
                    s.SetZero();
                    let n = 0;
                    const r = Zi.ComputeCentroid_s_pRef.SetZero();
                    const o = 1 / 3;
                    for (let i = 0; i < e; ++i) {
                      const a = r;
                      const l = t[i];
                      const h = t[(i + 1) % e];
                      const c = St.SubVV(l, a, Zi.ComputeCentroid_s_e1);
                      const u = St.SubVV(h, a, Zi.ComputeCentroid_s_e2);
                      const _ = .5 * St.CrossVV(c, u);
                      n += _;
                      s.x += _ * o * (a.x + l.x + h.x);
                      s.y += _ * o * (a.y + l.y + h.y);
                    }
                    s.SelfMul(1 / n);
                    return s;
                  }
                }
                Zi.Set_s_r = new St;
                Zi.Set_s_v = new St;
                Zi.TestPoint_s_pLocal = new St;
                Zi.ComputeDistance_s_pLocal = new St;
                Zi.ComputeDistance_s_normalForMaxDistance = new St;
                Zi.ComputeDistance_s_minDistance = new St;
                Zi.ComputeDistance_s_distance = new St;
                Zi.RayCast_s_p1 = new St;
                Zi.RayCast_s_p2 = new St;
                Zi.RayCast_s_d = new St;
                Zi.ComputeAABB_s_v = new St;
                Zi.ComputeMass_s_center = new St;
                Zi.ComputeMass_s_s = new St;
                Zi.ComputeMass_s_e1 = new St;
                Zi.ComputeMass_s_e2 = new St;
                Zi.Validate_s_e = new St;
                Zi.Validate_s_v = new St;
                Zi.ComputeSubmergedArea_s_normalL = new St;
                Zi.ComputeSubmergedArea_s_md = new qi;
                Zi.ComputeSubmergedArea_s_intoVec = new St;
                Zi.ComputeSubmergedArea_s_outoVec = new St;
                Zi.ComputeSubmergedArea_s_center = new St;
                Zi.ComputeCentroid_s_pRef = new St;
                Zi.ComputeCentroid_s_e1 = new St;
                Zi.ComputeCentroid_s_e2 = new St;
                class Qi extends Ki {
                  constructor() {
                    super(t.b2ShapeType.e_edgeShape, d);
                    this.m_vertex1 = new St;
                    this.m_vertex2 = new St;
                    this.m_vertex0 = new St;
                    this.m_vertex3 = new St;
                    this.m_hasVertex0 = !1;
                    this.m_hasVertex3 = !1;
                  }
                  Set(t, e) {
                    this.m_vertex1.Copy(t);
                    this.m_vertex2.Copy(e);
                    this.m_hasVertex0 = !1;
                    this.m_hasVertex3 = !1;
                    return this;
                  }
                  Clone() {
                    return (new Qi).Copy(this);
                  }
                  Copy(t) {
                    super.Copy(t);
                    this.m_vertex1.Copy(t.m_vertex1);
                    this.m_vertex2.Copy(t.m_vertex2);
                    this.m_vertex0.Copy(t.m_vertex0);
                    this.m_vertex3.Copy(t.m_vertex3);
                    this.m_hasVertex0 = t.m_hasVertex0;
                    this.m_hasVertex3 = t.m_hasVertex3;
                    return this;
                  }
                  GetChildCount() {
                    return 1;
                  }
                  TestPoint(t, e) {
                    return !1;
                  }
                  ComputeDistance(t, e, i, s) {
                    const n = xt.MulXV(t, this.m_vertex1, Qi.ComputeDistance_s_v1);
                    const r = xt.MulXV(t, this.m_vertex2, Qi.ComputeDistance_s_v2);
                    const o = St.SubVV(e, n, Qi.ComputeDistance_s_d);
                    const a = St.SubVV(r, n, Qi.ComputeDistance_s_s);
                    const l = St.DotVV(o, a);
                    if (l > 0) {
                      const t = St.DotVV(a, a);
                      l > t ? St.SubVV(e, r, o) : o.SelfMulSub(l / t, a);
                    }
                    i.Copy(o);
                    return i.Normalize();
                  }
                  RayCast(t, e, i, s) {
                    const n = xt.MulTXV(i, e.p1, Qi.RayCast_s_p1);
                    const r = xt.MulTXV(i, e.p2, Qi.RayCast_s_p2);
                    const o = St.SubVV(r, n, Qi.RayCast_s_d);
                    const a = this.m_vertex1;
                    const l = this.m_vertex2;
                    const h = St.SubVV(l, a, Qi.RayCast_s_e);
                    const c = t.normal.Set(h.y, -h.x).SelfNormalize();
                    const u = St.DotVV(c, St.SubVV(a, n, St.s_t0));
                    const _ = St.DotVV(c, o);
                    if (0 === _) return !1;
                    const d = u / _;
                    if (d < 0 || e.maxFraction < d) return !1;
                    const p = St.AddVMulSV(n, d, o, Qi.RayCast_s_q);
                    const m = St.SubVV(l, a, Qi.RayCast_s_r);
                    const f = St.DotVV(m, m);
                    if (0 === f) return !1;
                    const g = St.DotVV(St.SubVV(p, a, St.s_t0), m) / f;
                    if (g < 0 || 1 < g) return !1;
                    t.fraction = d;
                    Ct.MulRV(i.q, t.normal, t.normal);
                    u > 0 && t.normal.SelfNeg();
                    return !0;
                  }
                  ComputeAABB(t, e, i) {
                    const s = xt.MulXV(e, this.m_vertex1, Qi.ComputeAABB_s_v1);
                    const n = xt.MulXV(e, this.m_vertex2, Qi.ComputeAABB_s_v2);
                    St.MinV(s, n, t.lowerBound);
                    St.MaxV(s, n, t.upperBound);
                    const r = this.m_radius;
                    t.lowerBound.SelfSubXY(r, r);
                    t.upperBound.SelfAddXY(r, r);
                  }
                  ComputeMass(t, e) {
                    t.mass = 0;
                    St.MidVV(this.m_vertex1, this.m_vertex2, t.center);
                    t.I = 0;
                  }
                  SetupDistanceProxy(t, e) {
                    t.m_vertices = t.m_buffer;
                    t.m_vertices[0].Copy(this.m_vertex1);
                    t.m_vertices[1].Copy(this.m_vertex2);
                    t.m_count = 2;
                    t.m_radius = this.m_radius;
                  }
                  ComputeSubmergedArea(t, e, i, s) {
                    s.SetZero();
                    return 0;
                  }
                  Dump(t) {
                    t("    const shape: b2EdgeShape = new b2EdgeShape();\n");
                    t("    shape.m_radius = %.15f;\n", this.m_radius);
                    t("    shape.m_vertex0.Set(%.15f, %.15f);\n", this.m_vertex0.x, this.m_vertex0.y);
                    t("    shape.m_vertex1.Set(%.15f, %.15f);\n", this.m_vertex1.x, this.m_vertex1.y);
                    t("    shape.m_vertex2.Set(%.15f, %.15f);\n", this.m_vertex2.x, this.m_vertex2.y);
                    t("    shape.m_vertex3.Set(%.15f, %.15f);\n", this.m_vertex3.x, this.m_vertex3.y);
                    t("    shape.m_hasVertex0 = %s;\n", this.m_hasVertex0);
                    t("    shape.m_hasVertex3 = %s;\n", this.m_hasVertex3);
                  }
                }
                Qi.ComputeDistance_s_v1 = new St;
                Qi.ComputeDistance_s_v2 = new St;
                Qi.ComputeDistance_s_d = new St;
                Qi.ComputeDistance_s_s = new St;
                Qi.RayCast_s_p1 = new St;
                Qi.RayCast_s_p2 = new St;
                Qi.RayCast_s_d = new St;
                Qi.RayCast_s_e = new St;
                Qi.RayCast_s_q = new St;
                Qi.RayCast_s_r = new St;
                Qi.ComputeAABB_s_v1 = new St;
                Qi.ComputeAABB_s_v2 = new St;
                class $i extends Ki {
                  constructor() {
                    super(t.b2ShapeType.e_chainShape, d);
                    this.m_vertices = [];
                    this.m_count = 0;
                    this.m_prevVertex = new St;
                    this.m_nextVertex = new St;
                    this.m_hasPrevVertex = !1;
                    this.m_hasNextVertex = !1;
                  }
                  CreateLoop(...t) {
                    if ("number" == typeof t[0][0]) {
                      const e = t[0];
                      if (e.length % 2 != 0) throw new Error;
                      return this._CreateLoop((t => ({
                        x: e[2 * t],
                        y: e[2 * t + 1]
                      })), e.length / 2);
                    }
                    {
                      const e = t[0];
                      const i = t[1] || e.length;
                      return this._CreateLoop((t => e[t]), i);
                    }
                  }
                  _CreateLoop(t, e) {
                    if (e < 3) return this;
                    this.m_count = e + 1;
                    this.m_vertices = St.MakeArray(this.m_count);
                    for (let i = 0; i < e; ++i) this.m_vertices[i].Copy(t(i));
                    this.m_vertices[e].Copy(this.m_vertices[0]);
                    this.m_prevVertex.Copy(this.m_vertices[this.m_count - 2]);
                    this.m_nextVertex.Copy(this.m_vertices[1]);
                    this.m_hasPrevVertex = !0;
                    this.m_hasNextVertex = !0;
                    return this;
                  }
                  CreateChain(...t) {
                    if ("number" == typeof t[0][0]) {
                      const e = t[0];
                      if (e.length % 2 != 0) throw new Error;
                      return this._CreateChain((t => ({
                        x: e[2 * t],
                        y: e[2 * t + 1]
                      })), e.length / 2);
                    }
                    {
                      const e = t[0];
                      const i = t[1] || e.length;
                      return this._CreateChain((t => e[t]), i);
                    }
                  }
                  _CreateChain(t, e) {
                    this.m_count = e;
                    this.m_vertices = St.MakeArray(e);
                    for (let i = 0; i < e; ++i) this.m_vertices[i].Copy(t(i));
                    this.m_hasPrevVertex = !1;
                    this.m_hasNextVertex = !1;
                    this.m_prevVertex.SetZero();
                    this.m_nextVertex.SetZero();
                    return this;
                  }
                  SetPrevVertex(t) {
                    this.m_prevVertex.Copy(t);
                    this.m_hasPrevVertex = !0;
                    return this;
                  }
                  SetNextVertex(t) {
                    this.m_nextVertex.Copy(t);
                    this.m_hasNextVertex = !0;
                    return this;
                  }
                  Clone() {
                    return (new $i).Copy(this);
                  }
                  Copy(t) {
                    super.Copy(t);
                    this._CreateChain((e => t.m_vertices[e]), t.m_count);
                    this.m_prevVertex.Copy(t.m_prevVertex);
                    this.m_nextVertex.Copy(t.m_nextVertex);
                    this.m_hasPrevVertex = t.m_hasPrevVertex;
                    this.m_hasNextVertex = t.m_hasNextVertex;
                    return this;
                  }
                  GetChildCount() {
                    return this.m_count - 1;
                  }
                  GetChildEdge(t, e) {
                    t.m_radius = this.m_radius;
                    t.m_vertex1.Copy(this.m_vertices[e]);
                    t.m_vertex2.Copy(this.m_vertices[e + 1]);
                    if (e > 0) {
                      t.m_vertex0.Copy(this.m_vertices[e - 1]);
                      t.m_hasVertex0 = !0;
                    } else {
                      t.m_vertex0.Copy(this.m_prevVertex);
                      t.m_hasVertex0 = this.m_hasPrevVertex;
                    }
                    if (e < this.m_count - 2) {
                      t.m_vertex3.Copy(this.m_vertices[e + 2]);
                      t.m_hasVertex3 = !0;
                    } else {
                      t.m_vertex3.Copy(this.m_nextVertex);
                      t.m_hasVertex3 = this.m_hasNextVertex;
                    }
                  }
                  TestPoint(t, e) {
                    return !1;
                  }
                  ComputeDistance(t, e, i, s) {
                    const n = $i.ComputeDistance_s_edgeShape;
                    this.GetChildEdge(n, s);
                    return n.ComputeDistance(t, e, i, 0);
                  }
                  RayCast(t, e, i, s) {
                    const n = $i.RayCast_s_edgeShape;
                    n.m_vertex1.Copy(this.m_vertices[s]);
                    n.m_vertex2.Copy(this.m_vertices[(s + 1) % this.m_count]);
                    return n.RayCast(t, e, i, 0);
                  }
                  ComputeAABB(t, e, i) {
                    const s = this.m_vertices[i];
                    const n = this.m_vertices[(i + 1) % this.m_count];
                    const r = xt.MulXV(e, s, $i.ComputeAABB_s_v1);
                    const o = xt.MulXV(e, n, $i.ComputeAABB_s_v2);
                    St.MinV(r, o, t.lowerBound);
                    St.MaxV(r, o, t.upperBound);
                  }
                  ComputeMass(t, e) {
                    t.mass = 0;
                    t.center.SetZero();
                    t.I = 0;
                  }
                  SetupDistanceProxy(t, e) {
                    t.m_vertices = t.m_buffer;
                    t.m_vertices[0].Copy(this.m_vertices[e]);
                    e + 1 < this.m_count ? t.m_vertices[1].Copy(this.m_vertices[e + 1]) : t.m_vertices[1].Copy(this.m_vertices[0]);
                    t.m_count = 2;
                    t.m_radius = this.m_radius;
                  }
                  ComputeSubmergedArea(t, e, i, s) {
                    s.SetZero();
                    return 0;
                  }
                  Dump(t) {
                    t("    const shape: b2ChainShape = new b2ChainShape();\n");
                    t("    const vs: b2Vec2[] = [];\n");
                    for (let e = 0; e < this.m_count; ++e) t("    vs[%d] = new bVec2(%.15f, %.15f);\n", e, this.m_vertices[e].x, this.m_vertices[e].y);
                    t("    shape.CreateChain(vs, %d);\n", this.m_count);
                    t("    shape.m_prevVertex.Set(%.15f, %.15f);\n", this.m_prevVertex.x, this.m_prevVertex.y);
                    t("    shape.m_nextVertex.Set(%.15f, %.15f);\n", this.m_nextVertex.x, this.m_nextVertex.y);
                    t("    shape.m_hasPrevVertex = %s;\n", this.m_hasPrevVertex ? "true" : "false");
                    t("    shape.m_hasNextVertex = %s;\n", this.m_hasNextVertex ? "true" : "false");
                  }
                }
                $i.ComputeDistance_s_edgeShape = new Qi;
                $i.RayCast_s_edgeShape = new Qi;
                $i.ComputeAABB_s_v1 = new St;
                $i.ComputeAABB_s_v2 = new St;
                class ts {
                  constructor() {
                    this.categoryBits = 1;
                    this.maskBits = 65535;
                    this.groupIndex = 0;
                  }
                  Clone() {
                    return (new ts).Copy(this);
                  }
                  Copy(t) {
                    this.categoryBits = t.categoryBits;
                    this.maskBits = t.maskBits;
                    this.groupIndex = t.groupIndex || 0;
                    return this;
                  }
                }
                ts.DEFAULT = new ts;
                class es {
                  constructor() {
                    this.userData = null;
                    this.friction = .2;
                    this.restitution = 0;
                    this.density = 0;
                    this.isSensor = !1;
                    this.filter = new ts;
                  }
                }
                class is {
                  constructor(t, e) {
                    this.aabb = new ge;
                    this.childIndex = 0;
                    this.fixture = t;
                    this.childIndex = e;
                    this.fixture.m_shape.ComputeAABB(this.aabb, this.fixture.m_body.GetTransform(), e);
                    this.treeNode = this.fixture.m_body.m_world.m_contactManager.m_broadPhase.CreateProxy(this.aabb, this);
                  }
                  Reset() {
                    this.fixture.m_body.m_world.m_contactManager.m_broadPhase.DestroyProxy(this.treeNode);
                  }
                  Touch() {
                    this.fixture.m_body.m_world.m_contactManager.m_broadPhase.TouchProxy(this.treeNode);
                  }
                  Synchronize(t, e, i) {
                    if (t === e) {
                      this.fixture.m_shape.ComputeAABB(this.aabb, t, this.childIndex);
                      this.fixture.m_body.m_world.m_contactManager.m_broadPhase.MoveProxy(this.treeNode, this.aabb, i);
                    } else {
                      const s = is.Synchronize_s_aabb1;
                      const n = is.Synchronize_s_aabb2;
                      this.fixture.m_shape.ComputeAABB(s, t, this.childIndex);
                      this.fixture.m_shape.ComputeAABB(n, e, this.childIndex);
                      this.aabb.Combine2(s, n);
                      this.fixture.m_body.m_world.m_contactManager.m_broadPhase.MoveProxy(this.treeNode, this.aabb, i);
                    }
                  }
                }
                is.Synchronize_s_aabb1 = new ge;
                is.Synchronize_s_aabb2 = new ge;
                class ss {
                  constructor(t, e) {
                    this.m_density = 0;
                    this.m_next = null;
                    this.m_friction = 0;
                    this.m_restitution = 0;
                    this.m_proxies = [];
                    this.m_filter = new ts;
                    this.m_isSensor = !1;
                    this.m_userData = null;
                    this.m_body = t;
                    this.m_shape = e.shape.Clone();
                    this.m_userData = i(e.userData, null);
                    this.m_friction = i(e.friction, .2);
                    this.m_restitution = i(e.restitution, 0);
                    this.m_filter.Copy(i(e.filter, ts.DEFAULT));
                    this.m_isSensor = i(e.isSensor, !1);
                    this.m_density = i(e.density, 0);
                  }
                  get m_proxyCount() {
                    return this.m_proxies.length;
                  }
                  Reset() {}
                  GetType() {
                    return this.m_shape.GetType();
                  }
                  GetShape() {
                    return this.m_shape;
                  }
                  SetSensor(t) {
                    if (t !== this.m_isSensor) {
                      this.m_body.SetAwake(!0);
                      this.m_isSensor = t;
                    }
                  }
                  IsSensor() {
                    return this.m_isSensor;
                  }
                  SetFilterData(t) {
                    this.m_filter.Copy(t);
                    this.Refilter();
                  }
                  GetFilterData() {
                    return this.m_filter;
                  }
                  Refilter() {
                    let t = this.m_body.GetContactList();
                    for (;t; ) {
                      const e = t.contact;
                      const i = e.GetFixtureA();
                      const s = e.GetFixtureB();
                      i !== this && s !== this || e.FlagForFiltering();
                      t = t.next;
                    }
                    this.TouchProxies();
                  }
                  GetBody() {
                    return this.m_body;
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  GetUserData() {
                    return this.m_userData;
                  }
                  SetUserData(t) {
                    this.m_userData = t;
                  }
                  TestPoint(t) {
                    return this.m_shape.TestPoint(this.m_body.GetTransform(), t);
                  }
                  ComputeDistance(t, e, i) {
                    return this.m_shape.ComputeDistance(this.m_body.GetTransform(), t, e, i);
                  }
                  RayCast(t, e, i) {
                    return this.m_shape.RayCast(t, e, this.m_body.GetTransform(), i);
                  }
                  GetMassData(t = new qi) {
                    this.m_shape.ComputeMass(t, this.m_density);
                    return t;
                  }
                  SetDensity(t) {
                    this.m_density = t;
                  }
                  GetDensity() {
                    return this.m_density;
                  }
                  GetFriction() {
                    return this.m_friction;
                  }
                  SetFriction(t) {
                    this.m_friction = t;
                  }
                  GetRestitution() {
                    return this.m_restitution;
                  }
                  SetRestitution(t) {
                    this.m_restitution = t;
                  }
                  GetAABB(t) {
                    return this.m_proxies[t].aabb;
                  }
                  Dump(t, e) {
                    t("    const fd: b2FixtureDef = new b2FixtureDef();\n");
                    t("    fd.friction = %.15f;\n", this.m_friction);
                    t("    fd.restitution = %.15f;\n", this.m_restitution);
                    t("    fd.density = %.15f;\n", this.m_density);
                    t("    fd.isSensor = %s;\n", this.m_isSensor ? "true" : "false");
                    t("    fd.filter.categoryBits = %d;\n", this.m_filter.categoryBits);
                    t("    fd.filter.maskBits = %d;\n", this.m_filter.maskBits);
                    t("    fd.filter.groupIndex = %d;\n", this.m_filter.groupIndex);
                    this.m_shape.Dump(t);
                    t("\n");
                    t("    fd.shape = shape;\n");
                    t("\n");
                    t("    bodies[%d].CreateFixture(fd);\n", e);
                  }
                  CreateProxies() {
                    if (0 !== this.m_proxies.length) throw new Error;
                    for (let t = 0; t < this.m_shape.GetChildCount(); ++t) this.m_proxies[t] = new is(this, t);
                  }
                  DestroyProxies() {
                    for (const t of this.m_proxies) t.Reset();
                    this.m_proxies.length = 0;
                  }
                  TouchProxies() {
                    for (const t of this.m_proxies) t.Touch();
                  }
                  SynchronizeProxies(t, e, i) {
                    for (const s of this.m_proxies) s.Synchronize(t, e, i);
                  }
                }
                !function(t) {
                  t[t.b2_unknown = -1] = "b2_unknown";
                  t[t.b2_staticBody = 0] = "b2_staticBody";
                  t[t.b2_kinematicBody = 1] = "b2_kinematicBody";
                  t[t.b2_dynamicBody = 2] = "b2_dynamicBody";
                }(t.b2BodyType || (t.b2BodyType = {}));
                class ns {
                  constructor() {
                    this.type = t.b2BodyType.b2_staticBody;
                    this.position = new St(0, 0);
                    this.angle = 0;
                    this.linearVelocity = new St(0, 0);
                    this.angularVelocity = 0;
                    this.linearDamping = 0;
                    this.angularDamping = 0;
                    this.allowSleep = !0;
                    this.awake = !0;
                    this.fixedRotation = !1;
                    this.bullet = !1;
                    this.active = !0;
                    this.userData = null;
                    this.gravityScale = 1;
                  }
                }
                class rs {
                  constructor(e, s) {
                    this.m_type = t.b2BodyType.b2_staticBody;
                    this.m_islandFlag = !1;
                    this.m_awakeFlag = !1;
                    this.m_autoSleepFlag = !1;
                    this.m_bulletFlag = !1;
                    this.m_fixedRotationFlag = !1;
                    this.m_activeFlag = !1;
                    this.m_toiFlag = !1;
                    this.m_islandIndex = 0;
                    this.m_xf = new xt;
                    this.m_xf0 = new xt;
                    this.m_sweep = new wt;
                    this.m_linearVelocity = new St;
                    this.m_angularVelocity = 0;
                    this.m_force = new St;
                    this.m_torque = 0;
                    this.m_prev = null;
                    this.m_next = null;
                    this.m_fixtureList = null;
                    this.m_fixtureCount = 0;
                    this.m_jointList = null;
                    this.m_contactList = null;
                    this.m_mass = 1;
                    this.m_invMass = 1;
                    this.m_I = 0;
                    this.m_invI = 0;
                    this.m_linearDamping = 0;
                    this.m_angularDamping = 0;
                    this.m_gravityScale = 1;
                    this.m_sleepTime = 0;
                    this.m_userData = null;
                    this.m_controllerList = null;
                    this.m_controllerCount = 0;
                    this.m_bulletFlag = i(e.bullet, !1);
                    this.m_fixedRotationFlag = i(e.fixedRotation, !1);
                    this.m_autoSleepFlag = i(e.allowSleep, !0);
                    this.m_awakeFlag = i(e.awake, !0);
                    this.m_activeFlag = i(e.active, !0);
                    this.m_world = s;
                    this.m_xf.p.Copy(i(e.position, St.ZERO));
                    this.m_xf.q.SetAngle(i(e.angle, 0));
                    this.m_xf0.Copy(this.m_xf);
                    this.m_sweep.localCenter.SetZero();
                    this.m_sweep.c0.Copy(this.m_xf.p);
                    this.m_sweep.c.Copy(this.m_xf.p);
                    this.m_sweep.a0 = this.m_sweep.a = this.m_xf.q.GetAngle();
                    this.m_sweep.alpha0 = 0;
                    this.m_linearVelocity.Copy(i(e.linearVelocity, St.ZERO));
                    this.m_angularVelocity = i(e.angularVelocity, 0);
                    this.m_linearDamping = i(e.linearDamping, 0);
                    this.m_angularDamping = i(e.angularDamping, 0);
                    this.m_gravityScale = i(e.gravityScale, 1);
                    this.m_force.SetZero();
                    this.m_torque = 0;
                    this.m_sleepTime = 0;
                    this.m_type = i(e.type, t.b2BodyType.b2_staticBody);
                    if (e.type === t.b2BodyType.b2_dynamicBody) {
                      this.m_mass = 1;
                      this.m_invMass = 1;
                    } else {
                      this.m_mass = 0;
                      this.m_invMass = 0;
                    }
                    this.m_I = 0;
                    this.m_invI = 0;
                    this.m_userData = e.userData;
                    this.m_fixtureList = null;
                    this.m_fixtureCount = 0;
                    this.m_controllerList = null;
                    this.m_controllerCount = 0;
                  }
                  CreateFixture(t, e = 0) {
                    return t instanceof Ki ? this.CreateFixtureShapeDensity(t, e) : this.CreateFixtureDef(t);
                  }
                  CreateFixtureDef(t) {
                    if (this.m_world.IsLocked()) throw new Error;
                    const e = new ss(this, t);
                    this.m_activeFlag && e.CreateProxies();
                    e.m_next = this.m_fixtureList;
                    this.m_fixtureList = e;
                    ++this.m_fixtureCount;
                    e.m_density > 0 && this.ResetMassData();
                    this.m_world.m_newFixture = !0;
                    return e;
                  }
                  CreateFixtureShapeDensity(t, e = 0) {
                    const i = rs.CreateFixtureShapeDensity_s_def;
                    i.shape = t;
                    i.density = e;
                    return this.CreateFixtureDef(i);
                  }
                  DestroyFixture(t) {
                    if (this.m_world.IsLocked()) throw new Error;
                    let e = this.m_fixtureList;
                    let i = null;
                    for (;null !== e; ) {
                      if (e === t) {
                        i ? i.m_next = t.m_next : this.m_fixtureList = t.m_next;
                        break;
                      }
                      i = e;
                      e = e.m_next;
                    }
                    let s = this.m_contactList;
                    for (;s; ) {
                      const e = s.contact;
                      s = s.next;
                      const i = e.GetFixtureA();
                      const n = e.GetFixtureB();
                      t !== i && t !== n || this.m_world.m_contactManager.Destroy(e);
                    }
                    this.m_activeFlag && t.DestroyProxies();
                    t.m_next = null;
                    t.Reset();
                    --this.m_fixtureCount;
                    this.ResetMassData();
                  }
                  SetTransformVec(t, e) {
                    this.SetTransformXY(t.x, t.y, e);
                  }
                  SetTransformXY(t, e, i) {
                    if (this.m_world.IsLocked()) throw new Error;
                    this.m_xf.q.SetAngle(i);
                    this.m_xf.p.Set(t, e);
                    this.m_xf0.Copy(this.m_xf);
                    xt.MulXV(this.m_xf, this.m_sweep.localCenter, this.m_sweep.c);
                    this.m_sweep.a = i;
                    this.m_sweep.c0.Copy(this.m_sweep.c);
                    this.m_sweep.a0 = i;
                    for (let t = this.m_fixtureList; t; t = t.m_next) t.SynchronizeProxies(this.m_xf, this.m_xf, St.ZERO);
                    this.m_world.m_contactManager.FindNewContacts();
                  }
                  SetTransform(t) {
                    this.SetTransformVec(t.p, t.GetAngle());
                  }
                  GetTransform() {
                    return this.m_xf;
                  }
                  GetPosition() {
                    return this.m_xf.p;
                  }
                  SetPosition(t) {
                    this.SetTransformVec(t, this.GetAngle());
                  }
                  SetPositionXY(t, e) {
                    this.SetTransformXY(t, e, this.GetAngle());
                  }
                  GetAngle() {
                    return this.m_sweep.a;
                  }
                  SetAngle(t) {
                    this.SetTransformVec(this.GetPosition(), t);
                  }
                  GetWorldCenter() {
                    return this.m_sweep.c;
                  }
                  GetLocalCenter() {
                    return this.m_sweep.localCenter;
                  }
                  SetLinearVelocity(e) {
                    if (this.m_type !== t.b2BodyType.b2_staticBody) {
                      St.DotVV(e, e) > 0 && this.SetAwake(!0);
                      this.m_linearVelocity.Copy(e);
                    }
                  }
                  GetLinearVelocity() {
                    return this.m_linearVelocity;
                  }
                  SetAngularVelocity(e) {
                    if (this.m_type !== t.b2BodyType.b2_staticBody) {
                      e * e > 0 && this.SetAwake(!0);
                      this.m_angularVelocity = e;
                    }
                  }
                  GetAngularVelocity() {
                    return this.m_angularVelocity;
                  }
                  GetDefinition(t) {
                    t.type = this.GetType();
                    t.allowSleep = this.m_autoSleepFlag;
                    t.angle = this.GetAngle();
                    t.angularDamping = this.m_angularDamping;
                    t.gravityScale = this.m_gravityScale;
                    t.angularVelocity = this.m_angularVelocity;
                    t.fixedRotation = this.m_fixedRotationFlag;
                    t.bullet = this.m_bulletFlag;
                    t.awake = this.m_awakeFlag;
                    t.linearDamping = this.m_linearDamping;
                    t.linearVelocity.Copy(this.GetLinearVelocity());
                    t.position.Copy(this.GetPosition());
                    t.userData = this.GetUserData();
                    return t;
                  }
                  ApplyForce(e, i, s = !0) {
                    if (this.m_type === t.b2BodyType.b2_dynamicBody) {
                      s && !this.m_awakeFlag && this.SetAwake(!0);
                      if (this.m_awakeFlag) {
                        this.m_force.x += e.x;
                        this.m_force.y += e.y;
                        this.m_torque += (i.x - this.m_sweep.c.x) * e.y - (i.y - this.m_sweep.c.y) * e.x;
                      }
                    }
                  }
                  ApplyForceToCenter(e, i = !0) {
                    if (this.m_type === t.b2BodyType.b2_dynamicBody) {
                      i && !this.m_awakeFlag && this.SetAwake(!0);
                      if (this.m_awakeFlag) {
                        this.m_force.x += e.x;
                        this.m_force.y += e.y;
                      }
                    }
                  }
                  ApplyTorque(e, i = !0) {
                    if (this.m_type === t.b2BodyType.b2_dynamicBody) {
                      i && !this.m_awakeFlag && this.SetAwake(!0);
                      this.m_awakeFlag && (this.m_torque += e);
                    }
                  }
                  ApplyLinearImpulse(e, i, s = !0) {
                    if (this.m_type === t.b2BodyType.b2_dynamicBody) {
                      s && !this.m_awakeFlag && this.SetAwake(!0);
                      if (this.m_awakeFlag) {
                        this.m_linearVelocity.x += this.m_invMass * e.x;
                        this.m_linearVelocity.y += this.m_invMass * e.y;
                        this.m_angularVelocity += this.m_invI * ((i.x - this.m_sweep.c.x) * e.y - (i.y - this.m_sweep.c.y) * e.x);
                      }
                    }
                  }
                  ApplyLinearImpulseToCenter(e, i = !0) {
                    if (this.m_type === t.b2BodyType.b2_dynamicBody) {
                      i && !this.m_awakeFlag && this.SetAwake(!0);
                      if (this.m_awakeFlag) {
                        this.m_linearVelocity.x += this.m_invMass * e.x;
                        this.m_linearVelocity.y += this.m_invMass * e.y;
                      }
                    }
                  }
                  ApplyAngularImpulse(e, i = !0) {
                    if (this.m_type === t.b2BodyType.b2_dynamicBody) {
                      i && !this.m_awakeFlag && this.SetAwake(!0);
                      this.m_awakeFlag && (this.m_angularVelocity += this.m_invI * e);
                    }
                  }
                  GetMass() {
                    return this.m_mass;
                  }
                  GetInertia() {
                    return this.m_I + this.m_mass * St.DotVV(this.m_sweep.localCenter, this.m_sweep.localCenter);
                  }
                  GetMassData(t) {
                    t.mass = this.m_mass;
                    t.I = this.m_I + this.m_mass * St.DotVV(this.m_sweep.localCenter, this.m_sweep.localCenter);
                    t.center.Copy(this.m_sweep.localCenter);
                    return t;
                  }
                  SetMassData(e) {
                    if (this.m_world.IsLocked()) throw new Error;
                    if (this.m_type !== t.b2BodyType.b2_dynamicBody) return;
                    this.m_invMass = 0;
                    this.m_I = 0;
                    this.m_invI = 0;
                    this.m_mass = e.mass;
                    this.m_mass <= 0 && (this.m_mass = 1);
                    this.m_invMass = 1 / this.m_mass;
                    if (e.I > 0 && !this.m_fixedRotationFlag) {
                      this.m_I = e.I - this.m_mass * St.DotVV(e.center, e.center);
                      this.m_invI = 1 / this.m_I;
                    }
                    const i = rs.SetMassData_s_oldCenter.Copy(this.m_sweep.c);
                    this.m_sweep.localCenter.Copy(e.center);
                    xt.MulXV(this.m_xf, this.m_sweep.localCenter, this.m_sweep.c);
                    this.m_sweep.c0.Copy(this.m_sweep.c);
                    St.AddVCrossSV(this.m_linearVelocity, this.m_angularVelocity, St.SubVV(this.m_sweep.c, i, St.s_t0), this.m_linearVelocity);
                  }
                  ResetMassData() {
                    this.m_mass = 0;
                    this.m_invMass = 0;
                    this.m_I = 0;
                    this.m_invI = 0;
                    this.m_sweep.localCenter.SetZero();
                    if (this.m_type === t.b2BodyType.b2_staticBody || this.m_type === t.b2BodyType.b2_kinematicBody) {
                      this.m_sweep.c0.Copy(this.m_xf.p);
                      this.m_sweep.c.Copy(this.m_xf.p);
                      this.m_sweep.a0 = this.m_sweep.a;
                      return;
                    }
                    const e = rs.ResetMassData_s_localCenter.SetZero();
                    for (let t = this.m_fixtureList; t; t = t.m_next) {
                      if (0 === t.m_density) continue;
                      const i = t.GetMassData(rs.ResetMassData_s_massData);
                      this.m_mass += i.mass;
                      e.x += i.center.x * i.mass;
                      e.y += i.center.y * i.mass;
                      this.m_I += i.I;
                    }
                    if (this.m_mass > 0) {
                      this.m_invMass = 1 / this.m_mass;
                      e.x *= this.m_invMass;
                      e.y *= this.m_invMass;
                    } else {
                      this.m_mass = 1;
                      this.m_invMass = 1;
                    }
                    if (this.m_I > 0 && !this.m_fixedRotationFlag) {
                      this.m_I -= this.m_mass * St.DotVV(e, e);
                      this.m_invI = 1 / this.m_I;
                    } else {
                      this.m_I = 0;
                      this.m_invI = 0;
                    }
                    const i = rs.ResetMassData_s_oldCenter.Copy(this.m_sweep.c);
                    this.m_sweep.localCenter.Copy(e);
                    xt.MulXV(this.m_xf, this.m_sweep.localCenter, this.m_sweep.c);
                    this.m_sweep.c0.Copy(this.m_sweep.c);
                    St.AddVCrossSV(this.m_linearVelocity, this.m_angularVelocity, St.SubVV(this.m_sweep.c, i, St.s_t0), this.m_linearVelocity);
                  }
                  GetWorldPoint(t, e) {
                    return xt.MulXV(this.m_xf, t, e);
                  }
                  GetWorldVector(t, e) {
                    return Ct.MulRV(this.m_xf.q, t, e);
                  }
                  GetLocalPoint(t, e) {
                    return xt.MulTXV(this.m_xf, t, e);
                  }
                  GetLocalVector(t, e) {
                    return Ct.MulTRV(this.m_xf.q, t, e);
                  }
                  GetLinearVelocityFromWorldPoint(t, e) {
                    return St.AddVCrossSV(this.m_linearVelocity, this.m_angularVelocity, St.SubVV(t, this.m_sweep.c, St.s_t0), e);
                  }
                  GetLinearVelocityFromLocalPoint(t, e) {
                    return this.GetLinearVelocityFromWorldPoint(this.GetWorldPoint(t, e), e);
                  }
                  GetLinearDamping() {
                    return this.m_linearDamping;
                  }
                  SetLinearDamping(t) {
                    this.m_linearDamping = t;
                  }
                  GetAngularDamping() {
                    return this.m_angularDamping;
                  }
                  SetAngularDamping(t) {
                    this.m_angularDamping = t;
                  }
                  GetGravityScale() {
                    return this.m_gravityScale;
                  }
                  SetGravityScale(t) {
                    this.m_gravityScale = t;
                  }
                  SetType(e) {
                    if (this.m_world.IsLocked()) throw new Error;
                    if (this.m_type === e) return;
                    this.m_type = e;
                    this.ResetMassData();
                    if (this.m_type === t.b2BodyType.b2_staticBody) {
                      this.m_linearVelocity.SetZero();
                      this.m_angularVelocity = 0;
                      this.m_sweep.a0 = this.m_sweep.a;
                      this.m_sweep.c0.Copy(this.m_sweep.c);
                      this.SynchronizeFixtures();
                    }
                    this.SetAwake(!0);
                    this.m_force.SetZero();
                    this.m_torque = 0;
                    let i = this.m_contactList;
                    for (;i; ) {
                      const t = i;
                      i = i.next;
                      this.m_world.m_contactManager.Destroy(t.contact);
                    }
                    this.m_contactList = null;
                    for (let t = this.m_fixtureList; t; t = t.m_next) t.TouchProxies();
                  }
                  GetType() {
                    return this.m_type;
                  }
                  SetBullet(t) {
                    this.m_bulletFlag = t;
                  }
                  IsBullet() {
                    return this.m_bulletFlag;
                  }
                  SetSleepingAllowed(t) {
                    this.m_autoSleepFlag = t;
                    t || this.SetAwake(!0);
                  }
                  IsSleepingAllowed() {
                    return this.m_autoSleepFlag;
                  }
                  SetAwake(t) {
                    if (t) {
                      this.m_awakeFlag = !0;
                      this.m_sleepTime = 0;
                    } else {
                      this.m_awakeFlag = !1;
                      this.m_sleepTime = 0;
                      this.m_linearVelocity.SetZero();
                      this.m_angularVelocity = 0;
                      this.m_force.SetZero();
                      this.m_torque = 0;
                    }
                  }
                  IsAwake() {
                    return this.m_awakeFlag;
                  }
                  SetActive(t) {
                    if (this.m_world.IsLocked()) throw new Error;
                    if (t !== this.IsActive()) {
                      this.m_activeFlag = t;
                      if (t) for (let t = this.m_fixtureList; t; t = t.m_next) t.CreateProxies(); else {
                        for (let t = this.m_fixtureList; t; t = t.m_next) t.DestroyProxies();
                        let t = this.m_contactList;
                        for (;t; ) {
                          const e = t;
                          t = t.next;
                          this.m_world.m_contactManager.Destroy(e.contact);
                        }
                        this.m_contactList = null;
                      }
                    }
                  }
                  IsActive() {
                    return this.m_activeFlag;
                  }
                  SetFixedRotation(t) {
                    if (this.m_fixedRotationFlag !== t) {
                      this.m_fixedRotationFlag = t;
                      this.m_angularVelocity = 0;
                      this.ResetMassData();
                    }
                  }
                  IsFixedRotation() {
                    return this.m_fixedRotationFlag;
                  }
                  GetFixtureList() {
                    return this.m_fixtureList;
                  }
                  GetJointList() {
                    return this.m_jointList;
                  }
                  GetContactList() {
                    return this.m_contactList;
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  GetUserData() {
                    return this.m_userData;
                  }
                  SetUserData(t) {
                    this.m_userData = t;
                  }
                  GetWorld() {
                    return this.m_world;
                  }
                  Dump(e) {
                    const i = this.m_islandIndex;
                    e("{\n");
                    e("  const bd: b2BodyDef = new b2BodyDef();\n");
                    let s = "";
                    switch (this.m_type) {
                     case t.b2BodyType.b2_staticBody:
                      s = "b2BodyType.b2_staticBody";
                      break;

                     case t.b2BodyType.b2_kinematicBody:
                      s = "b2BodyType.b2_kinematicBody";
                      break;

                     case t.b2BodyType.b2_dynamicBody:
                      s = "b2BodyType.b2_dynamicBody";
                    }
                    e("  bd.type = %s;\n", s);
                    e("  bd.position.Set(%.15f, %.15f);\n", this.m_xf.p.x, this.m_xf.p.y);
                    e("  bd.angle = %.15f;\n", this.m_sweep.a);
                    e("  bd.linearVelocity.Set(%.15f, %.15f);\n", this.m_linearVelocity.x, this.m_linearVelocity.y);
                    e("  bd.angularVelocity = %.15f;\n", this.m_angularVelocity);
                    e("  bd.linearDamping = %.15f;\n", this.m_linearDamping);
                    e("  bd.angularDamping = %.15f;\n", this.m_angularDamping);
                    e("  bd.allowSleep = %s;\n", this.m_autoSleepFlag ? "true" : "false");
                    e("  bd.awake = %s;\n", this.m_awakeFlag ? "true" : "false");
                    e("  bd.fixedRotation = %s;\n", this.m_fixedRotationFlag ? "true" : "false");
                    e("  bd.bullet = %s;\n", this.m_bulletFlag ? "true" : "false");
                    e("  bd.active = %s;\n", this.m_activeFlag ? "true" : "false");
                    e("  bd.gravityScale = %.15f;\n", this.m_gravityScale);
                    e("\n");
                    e("  bodies[%d] = this.m_world.CreateBody(bd);\n", this.m_islandIndex);
                    e("\n");
                    for (let t = this.m_fixtureList; t; t = t.m_next) {
                      e("  {\n");
                      t.Dump(e, i);
                      e("  }\n");
                    }
                    e("}\n");
                  }
                  SynchronizeFixtures() {
                    const t = rs.SynchronizeFixtures_s_xf1;
                    t.q.SetAngle(this.m_sweep.a0);
                    Ct.MulRV(t.q, this.m_sweep.localCenter, t.p);
                    St.SubVV(this.m_sweep.c0, t.p, t.p);
                    const e = St.SubVV(this.m_sweep.c, this.m_sweep.c0, rs.SynchronizeFixtures_s_displacement);
                    for (let i = this.m_fixtureList; i; i = i.m_next) i.SynchronizeProxies(t, this.m_xf, e);
                  }
                  SynchronizeTransform() {
                    this.m_xf.q.SetAngle(this.m_sweep.a);
                    Ct.MulRV(this.m_xf.q, this.m_sweep.localCenter, this.m_xf.p);
                    St.SubVV(this.m_sweep.c, this.m_xf.p, this.m_xf.p);
                  }
                  ShouldCollide(e) {
                    return (this.m_type !== t.b2BodyType.b2_staticBody || e.m_type !== t.b2BodyType.b2_staticBody) && this.ShouldCollideConnected(e);
                  }
                  ShouldCollideConnected(t) {
                    for (let e = this.m_jointList; e; e = e.next) if (e.other === t && !e.joint.m_collideConnected) return !1;
                    return !0;
                  }
                  Advance(t) {
                    this.m_sweep.Advance(t);
                    this.m_sweep.c.Copy(this.m_sweep.c0);
                    this.m_sweep.a = this.m_sweep.a0;
                    this.m_xf.q.SetAngle(this.m_sweep.a);
                    Ct.MulRV(this.m_xf.q, this.m_sweep.localCenter, this.m_xf.p);
                    St.SubVV(this.m_sweep.c, this.m_xf.p, this.m_xf.p);
                  }
                  GetControllerList() {
                    return this.m_controllerList;
                  }
                  GetControllerCount() {
                    return this.m_controllerCount;
                  }
                }
                rs.CreateFixtureShapeDensity_s_def = new es;
                rs.SetMassData_s_oldCenter = new St;
                rs.ResetMassData_s_localCenter = new St;
                rs.ResetMassData_s_oldCenter = new St;
                rs.ResetMassData_s_massData = new qi;
                rs.SynchronizeFixtures_s_xf1 = new xt;
                rs.SynchronizeFixtures_s_displacement = new St;
                !function(t) {
                  t[t.e_unknownJoint = 0] = "e_unknownJoint";
                  t[t.e_revoluteJoint = 1] = "e_revoluteJoint";
                  t[t.e_prismaticJoint = 2] = "e_prismaticJoint";
                  t[t.e_distanceJoint = 3] = "e_distanceJoint";
                  t[t.e_pulleyJoint = 4] = "e_pulleyJoint";
                  t[t.e_mouseJoint = 5] = "e_mouseJoint";
                  t[t.e_gearJoint = 6] = "e_gearJoint";
                  t[t.e_wheelJoint = 7] = "e_wheelJoint";
                  t[t.e_weldJoint = 8] = "e_weldJoint";
                  t[t.e_frictionJoint = 9] = "e_frictionJoint";
                  t[t.e_ropeJoint = 10] = "e_ropeJoint";
                  t[t.e_motorJoint = 11] = "e_motorJoint";
                  t[t.e_areaJoint = 12] = "e_areaJoint";
                }(t.b2JointType || (t.b2JointType = {}));
                !function(t) {
                  t[t.e_inactiveLimit = 0] = "e_inactiveLimit";
                  t[t.e_atLowerLimit = 1] = "e_atLowerLimit";
                  t[t.e_atUpperLimit = 2] = "e_atUpperLimit";
                  t[t.e_equalLimits = 3] = "e_equalLimits";
                }(t.b2LimitState || (t.b2LimitState = {}));
                class os {
                  constructor() {
                    this.linear = new St;
                    this.angularA = 0;
                    this.angularB = 0;
                  }
                  SetZero() {
                    this.linear.SetZero();
                    this.angularA = 0;
                    this.angularB = 0;
                    return this;
                  }
                  Set(t, e, i) {
                    this.linear.Copy(t);
                    this.angularA = e;
                    this.angularB = i;
                    return this;
                  }
                }
                class as {
                  constructor(t) {
                    this._other = null;
                    this.prev = null;
                    this.next = null;
                    this.joint = t;
                  }
                  get other() {
                    if (null === this._other) throw new Error;
                    return this._other;
                  }
                  set other(t) {
                    if (null !== this._other) throw new Error;
                    this._other = t;
                  }
                  Reset() {
                    this._other = null;
                    this.prev = null;
                    this.next = null;
                  }
                }
                class ls {
                  constructor(e) {
                    this.type = t.b2JointType.e_unknownJoint;
                    this.userData = null;
                    this.collideConnected = !1;
                    this.type = e;
                  }
                }
                class hs {
                  constructor(e) {
                    this.m_type = t.b2JointType.e_unknownJoint;
                    this.m_prev = null;
                    this.m_next = null;
                    this.m_edgeA = new as(this);
                    this.m_edgeB = new as(this);
                    this.m_index = 0;
                    this.m_islandFlag = !1;
                    this.m_collideConnected = !1;
                    this.m_userData = null;
                    this.m_type = e.type;
                    this.m_edgeA.other = e.bodyB;
                    this.m_edgeB.other = e.bodyA;
                    this.m_bodyA = e.bodyA;
                    this.m_bodyB = e.bodyB;
                    this.m_collideConnected = i(e.collideConnected, !1);
                    this.m_userData = i(e.userData, null);
                  }
                  GetType() {
                    return this.m_type;
                  }
                  GetBodyA() {
                    return this.m_bodyA;
                  }
                  GetBodyB() {
                    return this.m_bodyB;
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  GetUserData() {
                    return this.m_userData;
                  }
                  SetUserData(t) {
                    this.m_userData = t;
                  }
                  IsActive() {
                    return this.m_bodyA.IsActive() && this.m_bodyB.IsActive();
                  }
                  GetCollideConnected() {
                    return this.m_collideConnected;
                  }
                  Dump(t) {
                    t("// Dump is not supported for this joint type.\n");
                  }
                  ShiftOrigin(t) {}
                }
                class cs extends ls {
                  constructor() {
                    super(t.b2JointType.e_distanceJoint);
                    this.localAnchorA = new St;
                    this.localAnchorB = new St;
                    this.length = 1;
                    this.frequencyHz = 0;
                    this.dampingRatio = 0;
                  }
                  Initialize(t, e, i, s) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(i, this.localAnchorA);
                    this.bodyB.GetLocalPoint(s, this.localAnchorB);
                    this.length = St.DistanceVV(i, s);
                    this.frequencyHz = 0;
                    this.dampingRatio = 0;
                  }
                }
                class us extends hs {
                  constructor(t) {
                    super(t);
                    this.m_frequencyHz = 0;
                    this.m_dampingRatio = 0;
                    this.m_bias = 0;
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_gamma = 0;
                    this.m_impulse = 0;
                    this.m_length = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_u = new St;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_mass = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_frequencyHz = i(t.frequencyHz, 0);
                    this.m_dampingRatio = i(t.dampingRatio, 0);
                    this.m_localAnchorA.Copy(t.localAnchorA);
                    this.m_localAnchorB.Copy(t.localAnchorB);
                    this.m_length = t.length;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * this.m_impulse * this.m_u.x;
                    e.y = t * this.m_impulse * this.m_u.y;
                    return e;
                  }
                  GetReactionTorque(t) {
                    return 0;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  SetLength(t) {
                    this.m_length = t;
                  }
                  Length() {
                    return this.m_length;
                  }
                  SetFrequency(t) {
                    this.m_frequencyHz = t;
                  }
                  GetFrequency() {
                    return this.m_frequencyHz;
                  }
                  SetDampingRatio(t) {
                    this.m_dampingRatio = t;
                  }
                  GetDampingRatio() {
                    return this.m_dampingRatio;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2DistanceJointDef = new b2DistanceJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.length = %.15f;\n", this.m_length);
                    t("  jd.frequencyHz = %.15f;\n", this.m_frequencyHz);
                    t("  jd.dampingRatio = %.15f;\n", this.m_dampingRatio);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = t.positions[this.m_indexA].c;
                    const i = t.positions[this.m_indexA].a;
                    const s = t.velocities[this.m_indexA].v;
                    let n = t.velocities[this.m_indexA].w;
                    const r = t.positions[this.m_indexB].c;
                    const a = t.positions[this.m_indexB].a;
                    const l = t.velocities[this.m_indexB].v;
                    let h = t.velocities[this.m_indexB].w;
                    const c = this.m_qA.SetAngle(i), _ = this.m_qB.SetAngle(a);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    Ct.MulRV(c, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    Ct.MulRV(_, this.m_lalcB, this.m_rB);
                    this.m_u.x = r.x + this.m_rB.x - e.x - this.m_rA.x;
                    this.m_u.y = r.y + this.m_rB.y - e.y - this.m_rA.y;
                    const d = this.m_u.Length();
                    d > u ? this.m_u.SelfMul(1 / d) : this.m_u.SetZero();
                    const p = St.CrossVV(this.m_rA, this.m_u);
                    const m = St.CrossVV(this.m_rB, this.m_u);
                    let f = this.m_invMassA + this.m_invIA * p * p + this.m_invMassB + this.m_invIB * m * m;
                    this.m_mass = 0 !== f ? 1 / f : 0;
                    if (this.m_frequencyHz > 0) {
                      const e = d - this.m_length;
                      const i = 2 * o * this.m_frequencyHz;
                      const s = 2 * this.m_mass * this.m_dampingRatio * i;
                      const n = this.m_mass * i * i;
                      const r = t.step.dt;
                      this.m_gamma = r * (s + r * n);
                      this.m_gamma = 0 !== this.m_gamma ? 1 / this.m_gamma : 0;
                      this.m_bias = e * r * n * this.m_gamma;
                      f += this.m_gamma;
                      this.m_mass = 0 !== f ? 1 / f : 0;
                    } else {
                      this.m_gamma = 0;
                      this.m_bias = 0;
                    }
                    if (t.step.warmStarting) {
                      this.m_impulse *= t.step.dtRatio;
                      const e = St.MulSV(this.m_impulse, this.m_u, us.InitVelocityConstraints_s_P);
                      s.SelfMulSub(this.m_invMassA, e);
                      n -= this.m_invIA * St.CrossVV(this.m_rA, e);
                      l.SelfMulAdd(this.m_invMassB, e);
                      h += this.m_invIB * St.CrossVV(this.m_rB, e);
                    } else this.m_impulse = 0;
                    t.velocities[this.m_indexA].w = n;
                    t.velocities[this.m_indexB].w = h;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = St.AddVCrossSV(e, i, this.m_rA, us.SolveVelocityConstraints_s_vpA);
                    const o = St.AddVCrossSV(s, n, this.m_rB, us.SolveVelocityConstraints_s_vpB);
                    const a = St.DotVV(this.m_u, St.SubVV(o, r, St.s_t0));
                    const l = -this.m_mass * (a + this.m_bias + this.m_gamma * this.m_impulse);
                    this.m_impulse += l;
                    const h = St.MulSV(l, this.m_u, us.SolveVelocityConstraints_s_P);
                    e.SelfMulSub(this.m_invMassA, h);
                    i -= this.m_invIA * St.CrossVV(this.m_rA, h);
                    s.SelfMulAdd(this.m_invMassB, h);
                    n += this.m_invIB * St.CrossVV(this.m_rB, h);
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolvePositionConstraints(t) {
                    if (this.m_frequencyHz > 0) return !0;
                    const e = t.positions[this.m_indexA].c;
                    let i = t.positions[this.m_indexA].a;
                    const s = t.positions[this.m_indexB].c;
                    let n = t.positions[this.m_indexB].a;
                    const r = this.m_qA.SetAngle(i), o = this.m_qB.SetAngle(n);
                    const a = Ct.MulRV(r, this.m_lalcA, this.m_rA);
                    const l = Ct.MulRV(o, this.m_lalcB, this.m_rB);
                    const h = this.m_u;
                    h.x = s.x + l.x - e.x - a.x;
                    h.y = s.y + l.y - e.y - a.y;
                    let c = this.m_u.Normalize() - this.m_length;
                    c = it(c, -g, g);
                    const _ = -this.m_mass * c;
                    const d = St.MulSV(_, h, us.SolvePositionConstraints_s_P);
                    e.SelfMulSub(this.m_invMassA, d);
                    i -= this.m_invIA * St.CrossVV(a, d);
                    s.SelfMulAdd(this.m_invMassB, d);
                    n += this.m_invIB * St.CrossVV(l, d);
                    t.positions[this.m_indexA].a = i;
                    t.positions[this.m_indexB].a = n;
                    return $(c) < u;
                  }
                }
                us.InitVelocityConstraints_s_P = new St;
                us.SolveVelocityConstraints_s_vpA = new St;
                us.SolveVelocityConstraints_s_vpB = new St;
                us.SolveVelocityConstraints_s_P = new St;
                us.SolvePositionConstraints_s_P = new St;
                class _s extends ls {
                  constructor() {
                    super(t.b2JointType.e_areaJoint);
                    this.bodies = [];
                    this.frequencyHz = 0;
                    this.dampingRatio = 0;
                  }
                  AddBody(t) {
                    this.bodies.push(t);
                    1 === this.bodies.length ? this.bodyA = t : 2 === this.bodies.length && (this.bodyB = t);
                  }
                }
                class ds extends hs {
                  constructor(t) {
                    super(t);
                    this.m_frequencyHz = 0;
                    this.m_dampingRatio = 0;
                    this.m_impulse = 0;
                    this.m_targetArea = 0;
                    this.m_delta = new St;
                    this.m_bodies = t.bodies;
                    this.m_frequencyHz = i(t.frequencyHz, 0);
                    this.m_dampingRatio = i(t.dampingRatio, 0);
                    this.m_targetLengths = K(t.bodies.length);
                    this.m_normals = St.MakeArray(t.bodies.length);
                    this.m_joints = [];
                    this.m_deltas = St.MakeArray(t.bodies.length);
                    const e = new cs;
                    e.frequencyHz = this.m_frequencyHz;
                    e.dampingRatio = this.m_dampingRatio;
                    this.m_targetArea = 0;
                    for (let t = 0; t < this.m_bodies.length; ++t) {
                      const i = this.m_bodies[t];
                      const s = this.m_bodies[(t + 1) % this.m_bodies.length];
                      const n = i.GetWorldCenter();
                      const r = s.GetWorldCenter();
                      this.m_targetLengths[t] = St.DistanceVV(n, r);
                      this.m_targetArea += St.CrossVV(n, r);
                      e.Initialize(i, s, n, r);
                      this.m_joints[t] = i.GetWorld().CreateJoint(e);
                    }
                    this.m_targetArea *= .5;
                  }
                  GetAnchorA(t) {
                    return t;
                  }
                  GetAnchorB(t) {
                    return t;
                  }
                  GetReactionForce(t, e) {
                    return e;
                  }
                  GetReactionTorque(t) {
                    return 0;
                  }
                  SetFrequency(t) {
                    this.m_frequencyHz = t;
                    for (let e = 0; e < this.m_joints.length; ++e) this.m_joints[e].SetFrequency(t);
                  }
                  GetFrequency() {
                    return this.m_frequencyHz;
                  }
                  SetDampingRatio(t) {
                    this.m_dampingRatio = t;
                    for (let e = 0; e < this.m_joints.length; ++e) this.m_joints[e].SetDampingRatio(t);
                  }
                  GetDampingRatio() {
                    return this.m_dampingRatio;
                  }
                  Dump(t) {
                    t("Area joint dumping is not supported.\n");
                  }
                  InitVelocityConstraints(t) {
                    for (let e = 0; e < this.m_bodies.length; ++e) {
                      const i = this.m_bodies[(e + this.m_bodies.length - 1) % this.m_bodies.length];
                      const s = this.m_bodies[(e + 1) % this.m_bodies.length];
                      const n = t.positions[i.m_islandIndex].c;
                      const r = t.positions[s.m_islandIndex].c;
                      const o = this.m_deltas[e];
                      St.SubVV(r, n, o);
                    }
                    if (t.step.warmStarting) {
                      this.m_impulse *= t.step.dtRatio;
                      for (let e = 0; e < this.m_bodies.length; ++e) {
                        const i = this.m_bodies[e];
                        const s = t.velocities[i.m_islandIndex].v;
                        const n = this.m_deltas[e];
                        s.x += i.m_invMass * n.y * .5 * this.m_impulse;
                        s.y += i.m_invMass * -n.x * .5 * this.m_impulse;
                      }
                    } else this.m_impulse = 0;
                  }
                  SolveVelocityConstraints(t) {
                    let e = 0;
                    let i = 0;
                    for (let s = 0; s < this.m_bodies.length; ++s) {
                      const n = this.m_bodies[s];
                      const r = t.velocities[n.m_islandIndex].v;
                      const o = this.m_deltas[s];
                      e += o.LengthSquared() / n.GetMass();
                      i += St.CrossVV(r, o);
                    }
                    const s = -2 * i / e;
                    this.m_impulse += s;
                    for (let e = 0; e < this.m_bodies.length; ++e) {
                      const i = this.m_bodies[e];
                      const n = t.velocities[i.m_islandIndex].v;
                      const r = this.m_deltas[e];
                      n.x += i.m_invMass * r.y * .5 * s;
                      n.y += i.m_invMass * -r.x * .5 * s;
                    }
                  }
                  SolvePositionConstraints(t) {
                    let e = 0;
                    let i = 0;
                    for (let s = 0; s < this.m_bodies.length; ++s) {
                      const r = this.m_bodies[s];
                      const o = this.m_bodies[(s + 1) % this.m_bodies.length];
                      const a = t.positions[r.m_islandIndex].c;
                      const l = t.positions[o.m_islandIndex].c;
                      const h = St.SubVV(l, a, this.m_delta);
                      let c = h.Length();
                      c < n && (c = 1);
                      this.m_normals[s].x = h.y / c;
                      this.m_normals[s].y = -h.x / c;
                      e += c;
                      i += St.CrossVV(a, l);
                    }
                    i *= .5;
                    const s = .5 * (this.m_targetArea - i) / e;
                    let r = !0;
                    for (let e = 0; e < this.m_bodies.length; ++e) {
                      const i = this.m_bodies[e];
                      const n = t.positions[i.m_islandIndex].c;
                      const o = (e + 1) % this.m_bodies.length;
                      const a = St.AddVV(this.m_normals[e], this.m_normals[o], this.m_delta);
                      a.SelfMul(s);
                      const l = a.LengthSquared();
                      l > rt(g) && a.SelfMul(g / at(l));
                      l > rt(u) && (r = !1);
                      n.x += a.x;
                      n.y += a.y;
                    }
                    return r;
                  }
                }
                class ps extends ls {
                  constructor() {
                    super(t.b2JointType.e_frictionJoint);
                    this.localAnchorA = new St;
                    this.localAnchorB = new St;
                    this.maxForce = 0;
                    this.maxTorque = 0;
                  }
                  Initialize(t, e, i) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(i, this.localAnchorA);
                    this.bodyB.GetLocalPoint(i, this.localAnchorB);
                  }
                }
                class ms extends hs {
                  constructor(t) {
                    super(t);
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_linearImpulse = new St;
                    this.m_angularImpulse = 0;
                    this.m_maxForce = 0;
                    this.m_maxTorque = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_linearMass = new vt;
                    this.m_angularMass = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_K = new vt;
                    this.m_localAnchorA.Copy(t.localAnchorA);
                    this.m_localAnchorB.Copy(t.localAnchorB);
                    this.m_linearImpulse.SetZero();
                    this.m_maxForce = i(t.maxForce, 0);
                    this.m_maxTorque = i(t.maxTorque, 0);
                    this.m_linearMass.SetZero();
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = t.positions[this.m_indexA].a;
                    const i = t.velocities[this.m_indexA].v;
                    let s = t.velocities[this.m_indexA].w;
                    const n = t.positions[this.m_indexB].a;
                    const r = t.velocities[this.m_indexB].v;
                    let o = t.velocities[this.m_indexB].w;
                    const a = this.m_qA.SetAngle(e), l = this.m_qB.SetAngle(n);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const h = Ct.MulRV(a, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const c = Ct.MulRV(l, this.m_lalcB, this.m_rB);
                    const u = this.m_invMassA, _ = this.m_invMassB;
                    const d = this.m_invIA, p = this.m_invIB;
                    const m = this.m_K;
                    m.ex.x = u + _ + d * h.y * h.y + p * c.y * c.y;
                    m.ex.y = -d * h.x * h.y - p * c.x * c.y;
                    m.ey.x = m.ex.y;
                    m.ey.y = u + _ + d * h.x * h.x + p * c.x * c.x;
                    m.GetInverse(this.m_linearMass);
                    this.m_angularMass = d + p;
                    this.m_angularMass > 0 && (this.m_angularMass = 1 / this.m_angularMass);
                    if (t.step.warmStarting) {
                      this.m_linearImpulse.SelfMul(t.step.dtRatio);
                      this.m_angularImpulse *= t.step.dtRatio;
                      const e = this.m_linearImpulse;
                      i.SelfMulSub(u, e);
                      s -= d * (St.CrossVV(this.m_rA, e) + this.m_angularImpulse);
                      r.SelfMulAdd(_, e);
                      o += p * (St.CrossVV(this.m_rB, e) + this.m_angularImpulse);
                    } else {
                      this.m_linearImpulse.SetZero();
                      this.m_angularImpulse = 0;
                    }
                    t.velocities[this.m_indexA].w = s;
                    t.velocities[this.m_indexB].w = o;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = this.m_invMassA, o = this.m_invMassB;
                    const a = this.m_invIA, l = this.m_invIB;
                    const h = t.step.dt;
                    {
                      const t = n - i;
                      let e = -this.m_angularMass * t;
                      const s = this.m_angularImpulse;
                      const r = h * this.m_maxTorque;
                      this.m_angularImpulse = it(this.m_angularImpulse + e, -r, r);
                      e = this.m_angularImpulse - s;
                      i -= a * e;
                      n += l * e;
                    }
                    {
                      const t = St.SubVV(St.AddVCrossSV(s, n, this.m_rB, St.s_t0), St.AddVCrossSV(e, i, this.m_rA, St.s_t1), ms.SolveVelocityConstraints_s_Cdot_v2);
                      const c = vt.MulMV(this.m_linearMass, t, ms.SolveVelocityConstraints_s_impulseV).SelfNeg();
                      const u = ms.SolveVelocityConstraints_s_oldImpulseV.Copy(this.m_linearImpulse);
                      this.m_linearImpulse.SelfAdd(c);
                      const _ = h * this.m_maxForce;
                      if (this.m_linearImpulse.LengthSquared() > _ * _) {
                        this.m_linearImpulse.Normalize();
                        this.m_linearImpulse.SelfMul(_);
                      }
                      St.SubVV(this.m_linearImpulse, u, c);
                      e.SelfMulSub(r, c);
                      i -= a * St.CrossVV(this.m_rA, c);
                      s.SelfMulAdd(o, c);
                      n += l * St.CrossVV(this.m_rB, c);
                    }
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolvePositionConstraints(t) {
                    return !0;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * this.m_linearImpulse.x;
                    e.y = t * this.m_linearImpulse.y;
                    return e;
                  }
                  GetReactionTorque(t) {
                    return t * this.m_angularImpulse;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  SetMaxForce(t) {
                    this.m_maxForce = t;
                  }
                  GetMaxForce() {
                    return this.m_maxForce;
                  }
                  SetMaxTorque(t) {
                    this.m_maxTorque = t;
                  }
                  GetMaxTorque() {
                    return this.m_maxTorque;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2FrictionJointDef = new b2FrictionJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.maxForce = %.15f;\n", this.m_maxForce);
                    t("  jd.maxTorque = %.15f;\n", this.m_maxTorque);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                ms.SolveVelocityConstraints_s_Cdot_v2 = new St;
                ms.SolveVelocityConstraints_s_impulseV = new St;
                ms.SolveVelocityConstraints_s_oldImpulseV = new St;
                class fs extends ls {
                  constructor() {
                    super(t.b2JointType.e_gearJoint);
                    this.ratio = 1;
                  }
                }
                class gs extends hs {
                  constructor(e) {
                    super(e);
                    this.m_typeA = t.b2JointType.e_unknownJoint;
                    this.m_typeB = t.b2JointType.e_unknownJoint;
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_localAnchorC = new St;
                    this.m_localAnchorD = new St;
                    this.m_localAxisC = new St;
                    this.m_localAxisD = new St;
                    this.m_referenceAngleA = 0;
                    this.m_referenceAngleB = 0;
                    this.m_constant = 0;
                    this.m_ratio = 0;
                    this.m_impulse = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_indexC = 0;
                    this.m_indexD = 0;
                    this.m_lcA = new St;
                    this.m_lcB = new St;
                    this.m_lcC = new St;
                    this.m_lcD = new St;
                    this.m_mA = 0;
                    this.m_mB = 0;
                    this.m_mC = 0;
                    this.m_mD = 0;
                    this.m_iA = 0;
                    this.m_iB = 0;
                    this.m_iC = 0;
                    this.m_iD = 0;
                    this.m_JvAC = new St;
                    this.m_JvBD = new St;
                    this.m_JwA = 0;
                    this.m_JwB = 0;
                    this.m_JwC = 0;
                    this.m_JwD = 0;
                    this.m_mass = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_qC = new Ct;
                    this.m_qD = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_lalcC = new St;
                    this.m_lalcD = new St;
                    this.m_joint1 = e.joint1;
                    this.m_joint2 = e.joint2;
                    this.m_typeA = this.m_joint1.GetType();
                    this.m_typeB = this.m_joint2.GetType();
                    let s, n;
                    this.m_bodyC = this.m_joint1.GetBodyA();
                    this.m_bodyA = this.m_joint1.GetBodyB();
                    const r = this.m_bodyA.m_xf;
                    const o = this.m_bodyA.m_sweep.a;
                    const a = this.m_bodyC.m_xf;
                    const l = this.m_bodyC.m_sweep.a;
                    if (this.m_typeA === t.b2JointType.e_revoluteJoint) {
                      const t = e.joint1;
                      this.m_localAnchorC.Copy(t.m_localAnchorA);
                      this.m_localAnchorA.Copy(t.m_localAnchorB);
                      this.m_referenceAngleA = t.m_referenceAngle;
                      this.m_localAxisC.SetZero();
                      s = o - l - this.m_referenceAngleA;
                    } else {
                      const t = e.joint1;
                      this.m_localAnchorC.Copy(t.m_localAnchorA);
                      this.m_localAnchorA.Copy(t.m_localAnchorB);
                      this.m_referenceAngleA = t.m_referenceAngle;
                      this.m_localAxisC.Copy(t.m_localXAxisA);
                      const i = this.m_localAnchorC;
                      const n = Ct.MulTRV(a.q, St.AddVV(Ct.MulRV(r.q, this.m_localAnchorA, St.s_t0), St.SubVV(r.p, a.p, St.s_t1), St.s_t0), St.s_t0);
                      s = St.DotVV(St.SubVV(n, i, St.s_t0), this.m_localAxisC);
                    }
                    this.m_bodyD = this.m_joint2.GetBodyA();
                    this.m_bodyB = this.m_joint2.GetBodyB();
                    const h = this.m_bodyB.m_xf;
                    const c = this.m_bodyB.m_sweep.a;
                    const u = this.m_bodyD.m_xf;
                    const _ = this.m_bodyD.m_sweep.a;
                    if (this.m_typeB === t.b2JointType.e_revoluteJoint) {
                      const t = e.joint2;
                      this.m_localAnchorD.Copy(t.m_localAnchorA);
                      this.m_localAnchorB.Copy(t.m_localAnchorB);
                      this.m_referenceAngleB = t.m_referenceAngle;
                      this.m_localAxisD.SetZero();
                      n = c - _ - this.m_referenceAngleB;
                    } else {
                      const t = e.joint2;
                      this.m_localAnchorD.Copy(t.m_localAnchorA);
                      this.m_localAnchorB.Copy(t.m_localAnchorB);
                      this.m_referenceAngleB = t.m_referenceAngle;
                      this.m_localAxisD.Copy(t.m_localXAxisA);
                      const i = this.m_localAnchorD;
                      const s = Ct.MulTRV(u.q, St.AddVV(Ct.MulRV(h.q, this.m_localAnchorB, St.s_t0), St.SubVV(h.p, u.p, St.s_t1), St.s_t0), St.s_t0);
                      n = St.DotVV(St.SubVV(s, i, St.s_t0), this.m_localAxisD);
                    }
                    this.m_ratio = i(e.ratio, 1);
                    this.m_constant = s + this.m_ratio * n;
                    this.m_impulse = 0;
                  }
                  InitVelocityConstraints(e) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_indexC = this.m_bodyC.m_islandIndex;
                    this.m_indexD = this.m_bodyD.m_islandIndex;
                    this.m_lcA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_lcB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_lcC.Copy(this.m_bodyC.m_sweep.localCenter);
                    this.m_lcD.Copy(this.m_bodyD.m_sweep.localCenter);
                    this.m_mA = this.m_bodyA.m_invMass;
                    this.m_mB = this.m_bodyB.m_invMass;
                    this.m_mC = this.m_bodyC.m_invMass;
                    this.m_mD = this.m_bodyD.m_invMass;
                    this.m_iA = this.m_bodyA.m_invI;
                    this.m_iB = this.m_bodyB.m_invI;
                    this.m_iC = this.m_bodyC.m_invI;
                    this.m_iD = this.m_bodyD.m_invI;
                    const i = e.positions[this.m_indexA].a;
                    const s = e.velocities[this.m_indexA].v;
                    let n = e.velocities[this.m_indexA].w;
                    const r = e.positions[this.m_indexB].a;
                    const o = e.velocities[this.m_indexB].v;
                    let a = e.velocities[this.m_indexB].w;
                    const l = e.positions[this.m_indexC].a;
                    const h = e.velocities[this.m_indexC].v;
                    let c = e.velocities[this.m_indexC].w;
                    const u = e.positions[this.m_indexD].a;
                    const _ = e.velocities[this.m_indexD].v;
                    let d = e.velocities[this.m_indexD].w;
                    const p = this.m_qA.SetAngle(i), m = this.m_qB.SetAngle(r), f = this.m_qC.SetAngle(l), g = this.m_qD.SetAngle(u);
                    this.m_mass = 0;
                    if (this.m_typeA === t.b2JointType.e_revoluteJoint) {
                      this.m_JvAC.SetZero();
                      this.m_JwA = 1;
                      this.m_JwC = 1;
                      this.m_mass += this.m_iA + this.m_iC;
                    } else {
                      const t = Ct.MulRV(f, this.m_localAxisC, gs.InitVelocityConstraints_s_u);
                      St.SubVV(this.m_localAnchorC, this.m_lcC, this.m_lalcC);
                      const e = Ct.MulRV(f, this.m_lalcC, gs.InitVelocityConstraints_s_rC);
                      St.SubVV(this.m_localAnchorA, this.m_lcA, this.m_lalcA);
                      const i = Ct.MulRV(p, this.m_lalcA, gs.InitVelocityConstraints_s_rA);
                      this.m_JvAC.Copy(t);
                      this.m_JwC = St.CrossVV(e, t);
                      this.m_JwA = St.CrossVV(i, t);
                      this.m_mass += this.m_mC + this.m_mA + this.m_iC * this.m_JwC * this.m_JwC + this.m_iA * this.m_JwA * this.m_JwA;
                    }
                    if (this.m_typeB === t.b2JointType.e_revoluteJoint) {
                      this.m_JvBD.SetZero();
                      this.m_JwB = this.m_ratio;
                      this.m_JwD = this.m_ratio;
                      this.m_mass += this.m_ratio * this.m_ratio * (this.m_iB + this.m_iD);
                    } else {
                      const t = Ct.MulRV(g, this.m_localAxisD, gs.InitVelocityConstraints_s_u);
                      St.SubVV(this.m_localAnchorD, this.m_lcD, this.m_lalcD);
                      const e = Ct.MulRV(g, this.m_lalcD, gs.InitVelocityConstraints_s_rD);
                      St.SubVV(this.m_localAnchorB, this.m_lcB, this.m_lalcB);
                      const i = Ct.MulRV(m, this.m_lalcB, gs.InitVelocityConstraints_s_rB);
                      St.MulSV(this.m_ratio, t, this.m_JvBD);
                      this.m_JwD = this.m_ratio * St.CrossVV(e, t);
                      this.m_JwB = this.m_ratio * St.CrossVV(i, t);
                      this.m_mass += this.m_ratio * this.m_ratio * (this.m_mD + this.m_mB) + this.m_iD * this.m_JwD * this.m_JwD + this.m_iB * this.m_JwB * this.m_JwB;
                    }
                    this.m_mass = this.m_mass > 0 ? 1 / this.m_mass : 0;
                    if (e.step.warmStarting) {
                      s.SelfMulAdd(this.m_mA * this.m_impulse, this.m_JvAC);
                      n += this.m_iA * this.m_impulse * this.m_JwA;
                      o.SelfMulAdd(this.m_mB * this.m_impulse, this.m_JvBD);
                      a += this.m_iB * this.m_impulse * this.m_JwB;
                      h.SelfMulSub(this.m_mC * this.m_impulse, this.m_JvAC);
                      c -= this.m_iC * this.m_impulse * this.m_JwC;
                      _.SelfMulSub(this.m_mD * this.m_impulse, this.m_JvBD);
                      d -= this.m_iD * this.m_impulse * this.m_JwD;
                    } else this.m_impulse = 0;
                    e.velocities[this.m_indexA].w = n;
                    e.velocities[this.m_indexB].w = a;
                    e.velocities[this.m_indexC].w = c;
                    e.velocities[this.m_indexD].w = d;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = t.velocities[this.m_indexC].v;
                    let o = t.velocities[this.m_indexC].w;
                    const a = t.velocities[this.m_indexD].v;
                    let l = t.velocities[this.m_indexD].w;
                    let h = St.DotVV(this.m_JvAC, St.SubVV(e, r, St.s_t0)) + St.DotVV(this.m_JvBD, St.SubVV(s, a, St.s_t0));
                    h += this.m_JwA * i - this.m_JwC * o + (this.m_JwB * n - this.m_JwD * l);
                    const c = -this.m_mass * h;
                    this.m_impulse += c;
                    e.SelfMulAdd(this.m_mA * c, this.m_JvAC);
                    i += this.m_iA * c * this.m_JwA;
                    s.SelfMulAdd(this.m_mB * c, this.m_JvBD);
                    n += this.m_iB * c * this.m_JwB;
                    r.SelfMulSub(this.m_mC * c, this.m_JvAC);
                    o -= this.m_iC * c * this.m_JwC;
                    a.SelfMulSub(this.m_mD * c, this.m_JvBD);
                    l -= this.m_iD * c * this.m_JwD;
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                    t.velocities[this.m_indexC].w = o;
                    t.velocities[this.m_indexD].w = l;
                  }
                  SolvePositionConstraints(e) {
                    const i = e.positions[this.m_indexA].c;
                    let s = e.positions[this.m_indexA].a;
                    const n = e.positions[this.m_indexB].c;
                    let r = e.positions[this.m_indexB].a;
                    const o = e.positions[this.m_indexC].c;
                    let a = e.positions[this.m_indexC].a;
                    const l = e.positions[this.m_indexD].c;
                    let h = e.positions[this.m_indexD].a;
                    const c = this.m_qA.SetAngle(s), _ = this.m_qB.SetAngle(r), d = this.m_qC.SetAngle(a), p = this.m_qD.SetAngle(h);
                    const m = 0;
                    let f, g;
                    const y = this.m_JvAC, b = this.m_JvBD;
                    let S, A, T, v;
                    let E = 0;
                    if (this.m_typeA === t.b2JointType.e_revoluteJoint) {
                      y.SetZero();
                      S = 1;
                      T = 1;
                      E += this.m_iA + this.m_iC;
                      f = s - a - this.m_referenceAngleA;
                    } else {
                      const t = Ct.MulRV(d, this.m_localAxisC, gs.SolvePositionConstraints_s_u);
                      const e = Ct.MulRV(d, this.m_lalcC, gs.SolvePositionConstraints_s_rC);
                      const s = Ct.MulRV(c, this.m_lalcA, gs.SolvePositionConstraints_s_rA);
                      y.Copy(t);
                      T = St.CrossVV(e, t);
                      S = St.CrossVV(s, t);
                      E += this.m_mC + this.m_mA + this.m_iC * T * T + this.m_iA * S * S;
                      const n = this.m_lalcC;
                      const r = Ct.MulTRV(d, St.AddVV(s, St.SubVV(i, o, St.s_t0), St.s_t0), St.s_t0);
                      f = St.DotVV(St.SubVV(r, n, St.s_t0), this.m_localAxisC);
                    }
                    if (this.m_typeB === t.b2JointType.e_revoluteJoint) {
                      b.SetZero();
                      A = this.m_ratio;
                      v = this.m_ratio;
                      E += this.m_ratio * this.m_ratio * (this.m_iB + this.m_iD);
                      g = r - h - this.m_referenceAngleB;
                    } else {
                      const t = Ct.MulRV(p, this.m_localAxisD, gs.SolvePositionConstraints_s_u);
                      const e = Ct.MulRV(p, this.m_lalcD, gs.SolvePositionConstraints_s_rD);
                      const i = Ct.MulRV(_, this.m_lalcB, gs.SolvePositionConstraints_s_rB);
                      St.MulSV(this.m_ratio, t, b);
                      v = this.m_ratio * St.CrossVV(e, t);
                      A = this.m_ratio * St.CrossVV(i, t);
                      E += this.m_ratio * this.m_ratio * (this.m_mD + this.m_mB) + this.m_iD * v * v + this.m_iB * A * A;
                      const s = this.m_lalcD;
                      const r = Ct.MulTRV(p, St.AddVV(i, St.SubVV(n, l, St.s_t0), St.s_t0), St.s_t0);
                      g = St.DotVV(St.SubVV(r, s, St.s_t0), this.m_localAxisD);
                    }
                    const C = f + this.m_ratio * g - this.m_constant;
                    let x = 0;
                    E > 0 && (x = -C / E);
                    i.SelfMulAdd(this.m_mA * x, y);
                    s += this.m_iA * x * S;
                    n.SelfMulAdd(this.m_mB * x, b);
                    r += this.m_iB * x * A;
                    o.SelfMulSub(this.m_mC * x, y);
                    a -= this.m_iC * x * T;
                    l.SelfMulSub(this.m_mD * x, b);
                    h -= this.m_iD * x * v;
                    e.positions[this.m_indexA].a = s;
                    e.positions[this.m_indexB].a = r;
                    e.positions[this.m_indexC].a = a;
                    e.positions[this.m_indexD].a = h;
                    return m < u;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    return St.MulSV(t * this.m_impulse, this.m_JvAC, e);
                  }
                  GetReactionTorque(t) {
                    return t * this.m_impulse * this.m_JwA;
                  }
                  GetJoint1() {
                    return this.m_joint1;
                  }
                  GetJoint2() {
                    return this.m_joint2;
                  }
                  GetRatio() {
                    return this.m_ratio;
                  }
                  SetRatio(t) {
                    this.m_ratio = t;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    const s = this.m_joint1.m_index;
                    const n = this.m_joint2.m_index;
                    t("  const jd: b2GearJointDef = new b2GearJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.joint1 = joints[%d];\n", s);
                    t("  jd.joint2 = joints[%d];\n", n);
                    t("  jd.ratio = %.15f;\n", this.m_ratio);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                gs.InitVelocityConstraints_s_u = new St;
                gs.InitVelocityConstraints_s_rA = new St;
                gs.InitVelocityConstraints_s_rB = new St;
                gs.InitVelocityConstraints_s_rC = new St;
                gs.InitVelocityConstraints_s_rD = new St;
                gs.SolvePositionConstraints_s_u = new St;
                gs.SolvePositionConstraints_s_rA = new St;
                gs.SolvePositionConstraints_s_rB = new St;
                gs.SolvePositionConstraints_s_rC = new St;
                gs.SolvePositionConstraints_s_rD = new St;
                class ys extends ls {
                  constructor() {
                    super(t.b2JointType.e_motorJoint);
                    this.linearOffset = new St(0, 0);
                    this.angularOffset = 0;
                    this.maxForce = 1;
                    this.maxTorque = 1;
                    this.correctionFactor = .3;
                  }
                  Initialize(t, e) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(this.bodyB.GetPosition(), this.linearOffset);
                    const i = this.bodyA.GetAngle();
                    const s = this.bodyB.GetAngle();
                    this.angularOffset = s - i;
                  }
                }
                class bs extends hs {
                  constructor(t) {
                    super(t);
                    this.m_linearOffset = new St;
                    this.m_angularOffset = 0;
                    this.m_linearImpulse = new St;
                    this.m_angularImpulse = 0;
                    this.m_maxForce = 0;
                    this.m_maxTorque = 0;
                    this.m_correctionFactor = .3;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_linearError = new St;
                    this.m_angularError = 0;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_linearMass = new vt;
                    this.m_angularMass = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_K = new vt;
                    this.m_linearOffset.Copy(i(t.linearOffset, St.ZERO));
                    this.m_linearImpulse.SetZero();
                    this.m_maxForce = i(t.maxForce, 0);
                    this.m_maxTorque = i(t.maxTorque, 0);
                    this.m_correctionFactor = i(t.correctionFactor, .3);
                  }
                  GetAnchorA(t) {
                    const e = this.m_bodyA.GetPosition();
                    t.x = e.x;
                    t.y = e.y;
                    return t;
                  }
                  GetAnchorB(t) {
                    const e = this.m_bodyB.GetPosition();
                    t.x = e.x;
                    t.y = e.y;
                    return t;
                  }
                  GetReactionForce(t, e) {
                    return St.MulSV(t, this.m_linearImpulse, e);
                  }
                  GetReactionTorque(t) {
                    return t * this.m_angularImpulse;
                  }
                  SetLinearOffset(t) {
                    if (!St.IsEqualToV(t, this.m_linearOffset)) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_linearOffset.Copy(t);
                    }
                  }
                  GetLinearOffset() {
                    return this.m_linearOffset;
                  }
                  SetAngularOffset(t) {
                    if (t !== this.m_angularOffset) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_angularOffset = t;
                    }
                  }
                  GetAngularOffset() {
                    return this.m_angularOffset;
                  }
                  SetMaxForce(t) {
                    this.m_maxForce = t;
                  }
                  GetMaxForce() {
                    return this.m_maxForce;
                  }
                  SetMaxTorque(t) {
                    this.m_maxTorque = t;
                  }
                  GetMaxTorque() {
                    return this.m_maxTorque;
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = t.positions[this.m_indexA].c;
                    const i = t.positions[this.m_indexA].a;
                    const s = t.velocities[this.m_indexA].v;
                    let n = t.velocities[this.m_indexA].w;
                    const r = t.positions[this.m_indexB].c;
                    const o = t.positions[this.m_indexB].a;
                    const a = t.velocities[this.m_indexB].v;
                    let l = t.velocities[this.m_indexB].w;
                    const h = this.m_qA.SetAngle(i), c = this.m_qB.SetAngle(o);
                    const u = Ct.MulRV(h, St.SubVV(this.m_linearOffset, this.m_localCenterA, St.s_t0), this.m_rA);
                    const _ = Ct.MulRV(c, St.NegV(this.m_localCenterB, St.s_t0), this.m_rB);
                    const d = this.m_invMassA, p = this.m_invMassB;
                    const m = this.m_invIA, f = this.m_invIB;
                    const g = this.m_K;
                    g.ex.x = d + p + m * u.y * u.y + f * _.y * _.y;
                    g.ex.y = -m * u.x * u.y - f * _.x * _.y;
                    g.ey.x = g.ex.y;
                    g.ey.y = d + p + m * u.x * u.x + f * _.x * _.x;
                    g.GetInverse(this.m_linearMass);
                    this.m_angularMass = m + f;
                    this.m_angularMass > 0 && (this.m_angularMass = 1 / this.m_angularMass);
                    St.SubVV(St.AddVV(r, _, St.s_t0), St.AddVV(e, u, St.s_t1), this.m_linearError);
                    this.m_angularError = o - i - this.m_angularOffset;
                    if (t.step.warmStarting) {
                      this.m_linearImpulse.SelfMul(t.step.dtRatio);
                      this.m_angularImpulse *= t.step.dtRatio;
                      const e = this.m_linearImpulse;
                      s.SelfMulSub(d, e);
                      n -= m * (St.CrossVV(u, e) + this.m_angularImpulse);
                      a.SelfMulAdd(p, e);
                      l += f * (St.CrossVV(_, e) + this.m_angularImpulse);
                    } else {
                      this.m_linearImpulse.SetZero();
                      this.m_angularImpulse = 0;
                    }
                    t.velocities[this.m_indexA].w = n;
                    t.velocities[this.m_indexB].w = l;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = this.m_invMassA, o = this.m_invMassB;
                    const a = this.m_invIA, l = this.m_invIB;
                    const h = t.step.dt;
                    const c = t.step.inv_dt;
                    {
                      const t = n - i + c * this.m_correctionFactor * this.m_angularError;
                      let e = -this.m_angularMass * t;
                      const s = this.m_angularImpulse;
                      const r = h * this.m_maxTorque;
                      this.m_angularImpulse = it(this.m_angularImpulse + e, -r, r);
                      e = this.m_angularImpulse - s;
                      i -= a * e;
                      n += l * e;
                    }
                    {
                      const t = this.m_rA;
                      const u = this.m_rB;
                      const _ = St.AddVV(St.SubVV(St.AddVV(s, St.CrossSV(n, u, St.s_t0), St.s_t0), St.AddVV(e, St.CrossSV(i, t, St.s_t1), St.s_t1), St.s_t2), St.MulSV(c * this.m_correctionFactor, this.m_linearError, St.s_t3), bs.SolveVelocityConstraints_s_Cdot_v2);
                      const d = vt.MulMV(this.m_linearMass, _, bs.SolveVelocityConstraints_s_impulse_v2).SelfNeg();
                      const p = bs.SolveVelocityConstraints_s_oldImpulse_v2.Copy(this.m_linearImpulse);
                      this.m_linearImpulse.SelfAdd(d);
                      const m = h * this.m_maxForce;
                      if (this.m_linearImpulse.LengthSquared() > m * m) {
                        this.m_linearImpulse.Normalize();
                        this.m_linearImpulse.SelfMul(m);
                      }
                      St.SubVV(this.m_linearImpulse, p, d);
                      e.SelfMulSub(r, d);
                      i -= a * St.CrossVV(t, d);
                      s.SelfMulAdd(o, d);
                      n += l * St.CrossVV(u, d);
                    }
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolvePositionConstraints(t) {
                    return !0;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2MotorJointDef = new b2MotorJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.linearOffset.Set(%.15f, %.15f);\n", this.m_linearOffset.x, this.m_linearOffset.y);
                    t("  jd.angularOffset = %.15f;\n", this.m_angularOffset);
                    t("  jd.maxForce = %.15f;\n", this.m_maxForce);
                    t("  jd.maxTorque = %.15f;\n", this.m_maxTorque);
                    t("  jd.correctionFactor = %.15f;\n", this.m_correctionFactor);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                bs.SolveVelocityConstraints_s_Cdot_v2 = new St;
                bs.SolveVelocityConstraints_s_impulse_v2 = new St;
                bs.SolveVelocityConstraints_s_oldImpulse_v2 = new St;
                class Ss extends ls {
                  constructor() {
                    super(t.b2JointType.e_mouseJoint);
                    this.target = new St;
                    this.maxForce = 0;
                    this.frequencyHz = 5;
                    this.dampingRatio = .7;
                  }
                }
                class As extends hs {
                  constructor(t) {
                    super(t);
                    this.m_localAnchorB = new St;
                    this.m_targetA = new St;
                    this.m_frequencyHz = 0;
                    this.m_dampingRatio = 0;
                    this.m_beta = 0;
                    this.m_impulse = new St;
                    this.m_maxForce = 0;
                    this.m_gamma = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_rB = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassB = 0;
                    this.m_invIB = 0;
                    this.m_mass = new vt;
                    this.m_C = new St;
                    this.m_qB = new Ct;
                    this.m_lalcB = new St;
                    this.m_K = new vt;
                    this.m_targetA.Copy(i(t.target, St.ZERO));
                    xt.MulTXV(this.m_bodyB.GetTransform(), this.m_targetA, this.m_localAnchorB);
                    this.m_maxForce = i(t.maxForce, 0);
                    this.m_impulse.SetZero();
                    this.m_frequencyHz = i(t.frequencyHz, 0);
                    this.m_dampingRatio = i(t.dampingRatio, 0);
                    this.m_beta = 0;
                    this.m_gamma = 0;
                  }
                  SetTarget(t) {
                    this.m_bodyB.IsAwake() || this.m_bodyB.SetAwake(!0);
                    this.m_targetA.Copy(t);
                  }
                  GetTarget() {
                    return this.m_targetA;
                  }
                  SetMaxForce(t) {
                    this.m_maxForce = t;
                  }
                  GetMaxForce() {
                    return this.m_maxForce;
                  }
                  SetFrequency(t) {
                    this.m_frequencyHz = t;
                  }
                  GetFrequency() {
                    return this.m_frequencyHz;
                  }
                  SetDampingRatio(t) {
                    this.m_dampingRatio = t;
                  }
                  GetDampingRatio() {
                    return this.m_dampingRatio;
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = t.positions[this.m_indexB].c;
                    const i = t.positions[this.m_indexB].a;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = this.m_qB.SetAngle(i);
                    const a = this.m_bodyB.GetMass();
                    const l = 2 * o * this.m_frequencyHz;
                    const h = 2 * a * this.m_dampingRatio * l;
                    const c = a * (l * l);
                    const u = t.step.dt;
                    this.m_gamma = u * (h + u * c);
                    0 !== this.m_gamma && (this.m_gamma = 1 / this.m_gamma);
                    this.m_beta = u * c * this.m_gamma;
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    Ct.MulRV(r, this.m_lalcB, this.m_rB);
                    const _ = this.m_K;
                    _.ex.x = this.m_invMassB + this.m_invIB * this.m_rB.y * this.m_rB.y + this.m_gamma;
                    _.ex.y = -this.m_invIB * this.m_rB.x * this.m_rB.y;
                    _.ey.x = _.ex.y;
                    _.ey.y = this.m_invMassB + this.m_invIB * this.m_rB.x * this.m_rB.x + this.m_gamma;
                    _.GetInverse(this.m_mass);
                    this.m_C.x = e.x + this.m_rB.x - this.m_targetA.x;
                    this.m_C.y = e.y + this.m_rB.y - this.m_targetA.y;
                    this.m_C.SelfMul(this.m_beta);
                    n *= .98;
                    if (t.step.warmStarting) {
                      this.m_impulse.SelfMul(t.step.dtRatio);
                      s.x += this.m_invMassB * this.m_impulse.x;
                      s.y += this.m_invMassB * this.m_impulse.y;
                      n += this.m_invIB * St.CrossVV(this.m_rB, this.m_impulse);
                    } else this.m_impulse.SetZero();
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexB].v;
                    let i = t.velocities[this.m_indexB].w;
                    const s = St.AddVCrossSV(e, i, this.m_rB, As.SolveVelocityConstraints_s_Cdot);
                    const n = vt.MulMV(this.m_mass, St.AddVV(s, St.AddVV(this.m_C, St.MulSV(this.m_gamma, this.m_impulse, St.s_t0), St.s_t0), St.s_t0).SelfNeg(), As.SolveVelocityConstraints_s_impulse);
                    const r = As.SolveVelocityConstraints_s_oldImpulse.Copy(this.m_impulse);
                    this.m_impulse.SelfAdd(n);
                    const o = t.step.dt * this.m_maxForce;
                    this.m_impulse.LengthSquared() > o * o && this.m_impulse.SelfMul(o / this.m_impulse.Length());
                    St.SubVV(this.m_impulse, r, n);
                    e.SelfMulAdd(this.m_invMassB, n);
                    i += this.m_invIB * St.CrossVV(this.m_rB, n);
                    t.velocities[this.m_indexB].w = i;
                  }
                  SolvePositionConstraints(t) {
                    return !0;
                  }
                  GetAnchorA(t) {
                    t.x = this.m_targetA.x;
                    t.y = this.m_targetA.y;
                    return t;
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    return St.MulSV(t, this.m_impulse, e);
                  }
                  GetReactionTorque(t) {
                    return 0;
                  }
                  Dump(t) {
                    t("Mouse joint dumping is not supported.\n");
                  }
                  ShiftOrigin(t) {
                    this.m_targetA.SelfSub(t);
                  }
                }
                As.SolveVelocityConstraints_s_Cdot = new St;
                As.SolveVelocityConstraints_s_impulse = new St;
                As.SolveVelocityConstraints_s_oldImpulse = new St;
                class Ts extends ls {
                  constructor() {
                    super(t.b2JointType.e_prismaticJoint);
                    this.localAnchorA = new St;
                    this.localAnchorB = new St;
                    this.localAxisA = new St(1, 0);
                    this.referenceAngle = 0;
                    this.enableLimit = !1;
                    this.lowerTranslation = 0;
                    this.upperTranslation = 0;
                    this.enableMotor = !1;
                    this.maxMotorForce = 0;
                    this.motorSpeed = 0;
                  }
                  Initialize(t, e, i, s) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(i, this.localAnchorA);
                    this.bodyB.GetLocalPoint(i, this.localAnchorB);
                    this.bodyA.GetLocalVector(s, this.localAxisA);
                    this.referenceAngle = this.bodyB.GetAngle() - this.bodyA.GetAngle();
                  }
                }
                class vs extends hs {
                  constructor(e) {
                    super(e);
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_localXAxisA = new St;
                    this.m_localYAxisA = new St;
                    this.m_referenceAngle = 0;
                    this.m_impulse = new Tt(0, 0, 0);
                    this.m_motorImpulse = 0;
                    this.m_lowerTranslation = 0;
                    this.m_upperTranslation = 0;
                    this.m_maxMotorForce = 0;
                    this.m_motorSpeed = 0;
                    this.m_enableLimit = !1;
                    this.m_enableMotor = !1;
                    this.m_limitState = t.b2LimitState.e_inactiveLimit;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_axis = new St(0, 0);
                    this.m_perp = new St(0, 0);
                    this.m_s1 = 0;
                    this.m_s2 = 0;
                    this.m_a1 = 0;
                    this.m_a2 = 0;
                    this.m_K = new Et;
                    this.m_K3 = new Et;
                    this.m_K2 = new vt;
                    this.m_motorMass = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localAnchorA.Copy(i(e.localAnchorA, St.ZERO));
                    this.m_localAnchorB.Copy(i(e.localAnchorB, St.ZERO));
                    this.m_localXAxisA.Copy(i(e.localAxisA, new St(1, 0))).SelfNormalize();
                    St.CrossOneV(this.m_localXAxisA, this.m_localYAxisA);
                    this.m_referenceAngle = i(e.referenceAngle, 0);
                    this.m_lowerTranslation = i(e.lowerTranslation, 0);
                    this.m_upperTranslation = i(e.upperTranslation, 0);
                    this.m_maxMotorForce = i(e.maxMotorForce, 0);
                    this.m_motorSpeed = i(e.motorSpeed, 0);
                    this.m_enableLimit = i(e.enableLimit, !1);
                    this.m_enableMotor = i(e.enableMotor, !1);
                  }
                  InitVelocityConstraints(e) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const i = e.positions[this.m_indexA].c;
                    const s = e.positions[this.m_indexA].a;
                    const n = e.velocities[this.m_indexA].v;
                    let r = e.velocities[this.m_indexA].w;
                    const o = e.positions[this.m_indexB].c;
                    const a = e.positions[this.m_indexB].a;
                    const l = e.velocities[this.m_indexB].v;
                    let h = e.velocities[this.m_indexB].w;
                    const c = this.m_qA.SetAngle(s), _ = this.m_qB.SetAngle(a);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const d = Ct.MulRV(c, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const p = Ct.MulRV(_, this.m_lalcB, this.m_rB);
                    const m = St.AddVV(St.SubVV(o, i, St.s_t0), St.SubVV(p, d, St.s_t1), vs.InitVelocityConstraints_s_d);
                    const f = this.m_invMassA, g = this.m_invMassB;
                    const y = this.m_invIA, b = this.m_invIB;
                    Ct.MulRV(c, this.m_localXAxisA, this.m_axis);
                    this.m_a1 = St.CrossVV(St.AddVV(m, d, St.s_t0), this.m_axis);
                    this.m_a2 = St.CrossVV(p, this.m_axis);
                    this.m_motorMass = f + g + y * this.m_a1 * this.m_a1 + b * this.m_a2 * this.m_a2;
                    this.m_motorMass > 0 && (this.m_motorMass = 1 / this.m_motorMass);
                    Ct.MulRV(c, this.m_localYAxisA, this.m_perp);
                    this.m_s1 = St.CrossVV(St.AddVV(m, d, St.s_t0), this.m_perp);
                    this.m_s2 = St.CrossVV(p, this.m_perp);
                    this.m_K.ex.x = f + g + y * this.m_s1 * this.m_s1 + b * this.m_s2 * this.m_s2;
                    this.m_K.ex.y = y * this.m_s1 + b * this.m_s2;
                    this.m_K.ex.z = y * this.m_s1 * this.m_a1 + b * this.m_s2 * this.m_a2;
                    this.m_K.ey.x = this.m_K.ex.y;
                    this.m_K.ey.y = y + b;
                    0 === this.m_K.ey.y && (this.m_K.ey.y = 1);
                    this.m_K.ey.z = y * this.m_a1 + b * this.m_a2;
                    this.m_K.ez.x = this.m_K.ex.z;
                    this.m_K.ez.y = this.m_K.ey.z;
                    this.m_K.ez.z = f + g + y * this.m_a1 * this.m_a1 + b * this.m_a2 * this.m_a2;
                    if (this.m_enableLimit) {
                      const e = St.DotVV(this.m_axis, m);
                      if ($(this.m_upperTranslation - this.m_lowerTranslation) < 2 * u) this.m_limitState = t.b2LimitState.e_equalLimits; else if (e <= this.m_lowerTranslation) {
                        if (this.m_limitState !== t.b2LimitState.e_atLowerLimit) {
                          this.m_limitState = t.b2LimitState.e_atLowerLimit;
                          this.m_impulse.z = 0;
                        }
                      } else if (e >= this.m_upperTranslation) {
                        if (this.m_limitState !== t.b2LimitState.e_atUpperLimit) {
                          this.m_limitState = t.b2LimitState.e_atUpperLimit;
                          this.m_impulse.z = 0;
                        }
                      } else {
                        this.m_limitState = t.b2LimitState.e_inactiveLimit;
                        this.m_impulse.z = 0;
                      }
                    } else {
                      this.m_limitState = t.b2LimitState.e_inactiveLimit;
                      this.m_impulse.z = 0;
                    }
                    this.m_enableMotor || (this.m_motorImpulse = 0);
                    if (e.step.warmStarting) {
                      this.m_impulse.SelfMul(e.step.dtRatio);
                      this.m_motorImpulse *= e.step.dtRatio;
                      const t = St.AddVV(St.MulSV(this.m_impulse.x, this.m_perp, St.s_t0), St.MulSV(this.m_motorImpulse + this.m_impulse.z, this.m_axis, St.s_t1), vs.InitVelocityConstraints_s_P);
                      const i = this.m_impulse.x * this.m_s1 + this.m_impulse.y + (this.m_motorImpulse + this.m_impulse.z) * this.m_a1;
                      const s = this.m_impulse.x * this.m_s2 + this.m_impulse.y + (this.m_motorImpulse + this.m_impulse.z) * this.m_a2;
                      n.SelfMulSub(f, t);
                      r -= y * i;
                      l.SelfMulAdd(g, t);
                      h += b * s;
                    } else {
                      this.m_impulse.SetZero();
                      this.m_motorImpulse = 0;
                    }
                    e.velocities[this.m_indexA].w = r;
                    e.velocities[this.m_indexB].w = h;
                  }
                  SolveVelocityConstraints(e) {
                    const i = e.velocities[this.m_indexA].v;
                    let s = e.velocities[this.m_indexA].w;
                    const n = e.velocities[this.m_indexB].v;
                    let r = e.velocities[this.m_indexB].w;
                    const o = this.m_invMassA, a = this.m_invMassB;
                    const l = this.m_invIA, h = this.m_invIB;
                    if (this.m_enableMotor && this.m_limitState !== t.b2LimitState.e_equalLimits) {
                      const t = St.DotVV(this.m_axis, St.SubVV(n, i, St.s_t0)) + this.m_a2 * r - this.m_a1 * s;
                      let c = this.m_motorMass * (this.m_motorSpeed - t);
                      const u = this.m_motorImpulse;
                      const _ = e.step.dt * this.m_maxMotorForce;
                      this.m_motorImpulse = it(this.m_motorImpulse + c, -_, _);
                      c = this.m_motorImpulse - u;
                      const d = St.MulSV(c, this.m_axis, vs.SolveVelocityConstraints_s_P);
                      const p = c * this.m_a1;
                      const m = c * this.m_a2;
                      i.SelfMulSub(o, d);
                      s -= l * p;
                      n.SelfMulAdd(a, d);
                      r += h * m;
                    }
                    const c = St.DotVV(this.m_perp, St.SubVV(n, i, St.s_t0)) + this.m_s2 * r - this.m_s1 * s;
                    const u = r - s;
                    if (this.m_enableLimit && this.m_limitState !== t.b2LimitState.e_inactiveLimit) {
                      const e = St.DotVV(this.m_axis, St.SubVV(n, i, St.s_t0)) + this.m_a2 * r - this.m_a1 * s;
                      const _ = vs.SolveVelocityConstraints_s_f1.Copy(this.m_impulse);
                      const d = this.m_K.Solve33(-c, -u, -e, vs.SolveVelocityConstraints_s_df3);
                      this.m_impulse.SelfAdd(d);
                      this.m_limitState === t.b2LimitState.e_atLowerLimit ? this.m_impulse.z = et(this.m_impulse.z, 0) : this.m_limitState === t.b2LimitState.e_atUpperLimit && (this.m_impulse.z = tt(this.m_impulse.z, 0));
                      const p = -c - (this.m_impulse.z - _.z) * this.m_K.ez.x;
                      const m = -u - (this.m_impulse.z - _.z) * this.m_K.ez.y;
                      const f = this.m_K.Solve22(p, m, vs.SolveVelocityConstraints_s_f2r);
                      f.x += _.x;
                      f.y += _.y;
                      this.m_impulse.x = f.x;
                      this.m_impulse.y = f.y;
                      d.x = this.m_impulse.x - _.x;
                      d.y = this.m_impulse.y - _.y;
                      d.z = this.m_impulse.z - _.z;
                      const g = St.AddVV(St.MulSV(d.x, this.m_perp, St.s_t0), St.MulSV(d.z, this.m_axis, St.s_t1), vs.SolveVelocityConstraints_s_P);
                      const y = d.x * this.m_s1 + d.y + d.z * this.m_a1;
                      const b = d.x * this.m_s2 + d.y + d.z * this.m_a2;
                      i.SelfMulSub(o, g);
                      s -= l * y;
                      n.SelfMulAdd(a, g);
                      r += h * b;
                    } else {
                      const t = this.m_K.Solve22(-c, -u, vs.SolveVelocityConstraints_s_df2);
                      this.m_impulse.x += t.x;
                      this.m_impulse.y += t.y;
                      const e = St.MulSV(t.x, this.m_perp, vs.SolveVelocityConstraints_s_P);
                      const _ = t.x * this.m_s1 + t.y;
                      const d = t.x * this.m_s2 + t.y;
                      i.SelfMulSub(o, e);
                      s -= l * _;
                      n.SelfMulAdd(a, e);
                      r += h * d;
                    }
                    e.velocities[this.m_indexA].w = s;
                    e.velocities[this.m_indexB].w = r;
                  }
                  SolvePositionConstraints(t) {
                    const e = t.positions[this.m_indexA].c;
                    let i = t.positions[this.m_indexA].a;
                    const s = t.positions[this.m_indexB].c;
                    let n = t.positions[this.m_indexB].a;
                    const r = this.m_qA.SetAngle(i), o = this.m_qB.SetAngle(n);
                    const a = this.m_invMassA, l = this.m_invMassB;
                    const h = this.m_invIA, c = this.m_invIB;
                    const d = Ct.MulRV(r, this.m_lalcA, this.m_rA);
                    const p = Ct.MulRV(o, this.m_lalcB, this.m_rB);
                    const m = St.SubVV(St.AddVV(s, p, St.s_t0), St.AddVV(e, d, St.s_t1), vs.SolvePositionConstraints_s_d);
                    const f = Ct.MulRV(r, this.m_localXAxisA, this.m_axis);
                    const y = St.CrossVV(St.AddVV(m, d, St.s_t0), f);
                    const b = St.CrossVV(p, f);
                    const S = Ct.MulRV(r, this.m_localYAxisA, this.m_perp);
                    const A = St.CrossVV(St.AddVV(m, d, St.s_t0), S);
                    const T = St.CrossVV(p, S);
                    let v = vs.SolvePositionConstraints_s_impulse;
                    const E = St.DotVV(S, m);
                    const C = n - i - this.m_referenceAngle;
                    let x = $(E);
                    const w = $(C);
                    let R = !1;
                    let I = 0;
                    if (this.m_enableLimit) {
                      const t = St.DotVV(f, m);
                      if ($(this.m_upperTranslation - this.m_lowerTranslation) < 2 * u) {
                        I = it(t, -g, g);
                        x = et(x, $(t));
                        R = !0;
                      } else if (t <= this.m_lowerTranslation) {
                        I = it(t - this.m_lowerTranslation + u, -g, 0);
                        x = et(x, this.m_lowerTranslation - t);
                        R = !0;
                      } else if (t >= this.m_upperTranslation) {
                        I = it(t - this.m_upperTranslation - u, 0, g);
                        x = et(x, t - this.m_upperTranslation);
                        R = !0;
                      }
                    }
                    if (R) {
                      const t = a + l + h * A * A + c * T * T;
                      const e = h * A + c * T;
                      const i = h * A * y + c * T * b;
                      let s = h + c;
                      0 === s && (s = 1);
                      const n = h * y + c * b;
                      const r = a + l + h * y * y + c * b * b;
                      const o = this.m_K3;
                      o.ex.SetXYZ(t, e, i);
                      o.ey.SetXYZ(e, s, n);
                      o.ez.SetXYZ(i, n, r);
                      v = o.Solve33(-E, -C, -I, v);
                    } else {
                      const t = a + l + h * A * A + c * T * T;
                      const e = h * A + c * T;
                      let i = h + c;
                      0 === i && (i = 1);
                      const s = this.m_K2;
                      s.ex.Set(t, e);
                      s.ey.Set(e, i);
                      const n = s.Solve(-E, -C, vs.SolvePositionConstraints_s_impulse1);
                      v.x = n.x;
                      v.y = n.y;
                      v.z = 0;
                    }
                    const M = St.AddVV(St.MulSV(v.x, S, St.s_t0), St.MulSV(v.z, f, St.s_t1), vs.SolvePositionConstraints_s_P);
                    const B = v.x * A + v.y + v.z * y;
                    const D = v.x * T + v.y + v.z * b;
                    e.SelfMulSub(a, M);
                    i -= h * B;
                    s.SelfMulAdd(l, M);
                    n += c * D;
                    t.positions[this.m_indexA].a = i;
                    t.positions[this.m_indexB].a = n;
                    return x <= u && w <= _;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * (this.m_impulse.x * this.m_perp.x + (this.m_motorImpulse + this.m_impulse.z) * this.m_axis.x);
                    e.y = t * (this.m_impulse.x * this.m_perp.y + (this.m_motorImpulse + this.m_impulse.z) * this.m_axis.y);
                    return e;
                  }
                  GetReactionTorque(t) {
                    return t * this.m_impulse.y;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  GetLocalAxisA() {
                    return this.m_localXAxisA;
                  }
                  GetReferenceAngle() {
                    return this.m_referenceAngle;
                  }
                  GetJointTranslation() {
                    const t = this.m_bodyA.GetWorldPoint(this.m_localAnchorA, vs.GetJointTranslation_s_pA);
                    const e = this.m_bodyB.GetWorldPoint(this.m_localAnchorB, vs.GetJointTranslation_s_pB);
                    const i = St.SubVV(e, t, vs.GetJointTranslation_s_d);
                    const s = this.m_bodyA.GetWorldVector(this.m_localXAxisA, vs.GetJointTranslation_s_axis);
                    return St.DotVV(i, s);
                  }
                  GetJointSpeed() {
                    const t = this.m_bodyA;
                    const e = this.m_bodyB;
                    St.SubVV(this.m_localAnchorA, t.m_sweep.localCenter, this.m_lalcA);
                    const i = Ct.MulRV(t.m_xf.q, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, e.m_sweep.localCenter, this.m_lalcB);
                    const s = Ct.MulRV(e.m_xf.q, this.m_lalcB, this.m_rB);
                    const n = St.AddVV(t.m_sweep.c, i, St.s_t0);
                    const r = St.AddVV(e.m_sweep.c, s, St.s_t1);
                    const o = St.SubVV(r, n, St.s_t2);
                    const a = t.GetWorldVector(this.m_localXAxisA, this.m_axis);
                    const l = t.m_linearVelocity;
                    const h = e.m_linearVelocity;
                    const c = t.m_angularVelocity;
                    const u = e.m_angularVelocity;
                    return St.DotVV(o, St.CrossSV(c, a, St.s_t0)) + St.DotVV(a, St.SubVV(St.AddVCrossSV(h, u, s, St.s_t0), St.AddVCrossSV(l, c, i, St.s_t1), St.s_t0));
                  }
                  IsLimitEnabled() {
                    return this.m_enableLimit;
                  }
                  EnableLimit(t) {
                    if (t !== this.m_enableLimit) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_enableLimit = t;
                      this.m_impulse.z = 0;
                    }
                  }
                  GetLowerLimit() {
                    return this.m_lowerTranslation;
                  }
                  GetUpperLimit() {
                    return this.m_upperTranslation;
                  }
                  SetLimits(t, e) {
                    if (t !== this.m_lowerTranslation || e !== this.m_upperTranslation) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_lowerTranslation = t;
                      this.m_upperTranslation = e;
                      this.m_impulse.z = 0;
                    }
                  }
                  IsMotorEnabled() {
                    return this.m_enableMotor;
                  }
                  EnableMotor(t) {
                    if (t !== this.m_enableMotor) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_enableMotor = t;
                    }
                  }
                  SetMotorSpeed(t) {
                    if (t !== this.m_motorSpeed) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_motorSpeed = t;
                    }
                  }
                  GetMotorSpeed() {
                    return this.m_motorSpeed;
                  }
                  SetMaxMotorForce(t) {
                    if (t !== this.m_maxMotorForce) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_maxMotorForce = t;
                    }
                  }
                  GetMaxMotorForce() {
                    return this.m_maxMotorForce;
                  }
                  GetMotorForce(t) {
                    return t * this.m_motorImpulse;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2PrismaticJointDef = new b2PrismaticJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.localAxisA.Set(%.15f, %.15f);\n", this.m_localXAxisA.x, this.m_localXAxisA.y);
                    t("  jd.referenceAngle = %.15f;\n", this.m_referenceAngle);
                    t("  jd.enableLimit = %s;\n", this.m_enableLimit ? "true" : "false");
                    t("  jd.lowerTranslation = %.15f;\n", this.m_lowerTranslation);
                    t("  jd.upperTranslation = %.15f;\n", this.m_upperTranslation);
                    t("  jd.enableMotor = %s;\n", this.m_enableMotor ? "true" : "false");
                    t("  jd.motorSpeed = %.15f;\n", this.m_motorSpeed);
                    t("  jd.maxMotorForce = %.15f;\n", this.m_maxMotorForce);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                vs.InitVelocityConstraints_s_d = new St;
                vs.InitVelocityConstraints_s_P = new St;
                vs.SolveVelocityConstraints_s_P = new St;
                vs.SolveVelocityConstraints_s_f2r = new St;
                vs.SolveVelocityConstraints_s_f1 = new Tt;
                vs.SolveVelocityConstraints_s_df3 = new Tt;
                vs.SolveVelocityConstraints_s_df2 = new St;
                vs.SolvePositionConstraints_s_d = new St;
                vs.SolvePositionConstraints_s_impulse = new Tt;
                vs.SolvePositionConstraints_s_impulse1 = new St;
                vs.SolvePositionConstraints_s_P = new St;
                vs.GetJointTranslation_s_pA = new St;
                vs.GetJointTranslation_s_pB = new St;
                vs.GetJointTranslation_s_d = new St;
                vs.GetJointTranslation_s_axis = new St;
                const Es = 2;
                class Cs extends ls {
                  constructor() {
                    super(t.b2JointType.e_pulleyJoint);
                    this.groundAnchorA = new St(-1, 1);
                    this.groundAnchorB = new St(1, 1);
                    this.localAnchorA = new St(-1, 0);
                    this.localAnchorB = new St(1, 0);
                    this.lengthA = 0;
                    this.lengthB = 0;
                    this.ratio = 1;
                    this.collideConnected = !0;
                  }
                  Initialize(t, e, i, s, n, r, o) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.groundAnchorA.Copy(i);
                    this.groundAnchorB.Copy(s);
                    this.bodyA.GetLocalPoint(n, this.localAnchorA);
                    this.bodyB.GetLocalPoint(r, this.localAnchorB);
                    this.lengthA = St.DistanceVV(n, i);
                    this.lengthB = St.DistanceVV(r, s);
                    this.ratio = o;
                  }
                }
                class xs extends hs {
                  constructor(t) {
                    super(t);
                    this.m_groundAnchorA = new St;
                    this.m_groundAnchorB = new St;
                    this.m_lengthA = 0;
                    this.m_lengthB = 0;
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_constant = 0;
                    this.m_ratio = 0;
                    this.m_impulse = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_uA = new St;
                    this.m_uB = new St;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_mass = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_groundAnchorA.Copy(i(t.groundAnchorA, new St(-1, 1)));
                    this.m_groundAnchorB.Copy(i(t.groundAnchorB, new St(1, 0)));
                    this.m_localAnchorA.Copy(i(t.localAnchorA, new St(-1, 0)));
                    this.m_localAnchorB.Copy(i(t.localAnchorB, new St(1, 0)));
                    this.m_lengthA = i(t.lengthA, 0);
                    this.m_lengthB = i(t.lengthB, 0);
                    this.m_ratio = i(t.ratio, 1);
                    this.m_constant = i(t.lengthA, 0) + this.m_ratio * i(t.lengthB, 0);
                    this.m_impulse = 0;
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = t.positions[this.m_indexA].c;
                    const i = t.positions[this.m_indexA].a;
                    const s = t.velocities[this.m_indexA].v;
                    let n = t.velocities[this.m_indexA].w;
                    const r = t.positions[this.m_indexB].c;
                    const o = t.positions[this.m_indexB].a;
                    const a = t.velocities[this.m_indexB].v;
                    let l = t.velocities[this.m_indexB].w;
                    const h = this.m_qA.SetAngle(i), c = this.m_qB.SetAngle(o);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    Ct.MulRV(h, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    Ct.MulRV(c, this.m_lalcB, this.m_rB);
                    this.m_uA.Copy(e).SelfAdd(this.m_rA).SelfSub(this.m_groundAnchorA);
                    this.m_uB.Copy(r).SelfAdd(this.m_rB).SelfSub(this.m_groundAnchorB);
                    const _ = this.m_uA.Length();
                    const d = this.m_uB.Length();
                    _ > 10 * u ? this.m_uA.SelfMul(1 / _) : this.m_uA.SetZero();
                    d > 10 * u ? this.m_uB.SelfMul(1 / d) : this.m_uB.SetZero();
                    const p = St.CrossVV(this.m_rA, this.m_uA);
                    const m = St.CrossVV(this.m_rB, this.m_uB);
                    const f = this.m_invMassA + this.m_invIA * p * p;
                    const g = this.m_invMassB + this.m_invIB * m * m;
                    this.m_mass = f + this.m_ratio * this.m_ratio * g;
                    this.m_mass > 0 && (this.m_mass = 1 / this.m_mass);
                    if (t.step.warmStarting) {
                      this.m_impulse *= t.step.dtRatio;
                      const e = St.MulSV(-this.m_impulse, this.m_uA, xs.InitVelocityConstraints_s_PA);
                      const i = St.MulSV(-this.m_ratio * this.m_impulse, this.m_uB, xs.InitVelocityConstraints_s_PB);
                      s.SelfMulAdd(this.m_invMassA, e);
                      n += this.m_invIA * St.CrossVV(this.m_rA, e);
                      a.SelfMulAdd(this.m_invMassB, i);
                      l += this.m_invIB * St.CrossVV(this.m_rB, i);
                    } else this.m_impulse = 0;
                    t.velocities[this.m_indexA].w = n;
                    t.velocities[this.m_indexB].w = l;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = St.AddVCrossSV(e, i, this.m_rA, xs.SolveVelocityConstraints_s_vpA);
                    const o = St.AddVCrossSV(s, n, this.m_rB, xs.SolveVelocityConstraints_s_vpB);
                    const a = -St.DotVV(this.m_uA, r) - this.m_ratio * St.DotVV(this.m_uB, o);
                    const l = -this.m_mass * a;
                    this.m_impulse += l;
                    const h = St.MulSV(-l, this.m_uA, xs.SolveVelocityConstraints_s_PA);
                    const c = St.MulSV(-this.m_ratio * l, this.m_uB, xs.SolveVelocityConstraints_s_PB);
                    e.SelfMulAdd(this.m_invMassA, h);
                    i += this.m_invIA * St.CrossVV(this.m_rA, h);
                    s.SelfMulAdd(this.m_invMassB, c);
                    n += this.m_invIB * St.CrossVV(this.m_rB, c);
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolvePositionConstraints(t) {
                    const e = t.positions[this.m_indexA].c;
                    let i = t.positions[this.m_indexA].a;
                    const s = t.positions[this.m_indexB].c;
                    let n = t.positions[this.m_indexB].a;
                    const r = this.m_qA.SetAngle(i), o = this.m_qB.SetAngle(n);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const a = Ct.MulRV(r, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const l = Ct.MulRV(o, this.m_lalcB, this.m_rB);
                    const h = this.m_uA.Copy(e).SelfAdd(a).SelfSub(this.m_groundAnchorA);
                    const c = this.m_uB.Copy(s).SelfAdd(l).SelfSub(this.m_groundAnchorB);
                    const _ = h.Length();
                    const d = c.Length();
                    _ > 10 * u ? h.SelfMul(1 / _) : h.SetZero();
                    d > 10 * u ? c.SelfMul(1 / d) : c.SetZero();
                    const p = St.CrossVV(a, h);
                    const m = St.CrossVV(l, c);
                    const f = this.m_invMassA + this.m_invIA * p * p;
                    const g = this.m_invMassB + this.m_invIB * m * m;
                    let y = f + this.m_ratio * this.m_ratio * g;
                    y > 0 && (y = 1 / y);
                    const b = this.m_constant - _ - this.m_ratio * d;
                    const S = $(b);
                    const A = -y * b;
                    const T = St.MulSV(-A, h, xs.SolvePositionConstraints_s_PA);
                    const v = St.MulSV(-this.m_ratio * A, c, xs.SolvePositionConstraints_s_PB);
                    e.SelfMulAdd(this.m_invMassA, T);
                    i += this.m_invIA * St.CrossVV(a, T);
                    s.SelfMulAdd(this.m_invMassB, v);
                    n += this.m_invIB * St.CrossVV(l, v);
                    t.positions[this.m_indexA].a = i;
                    t.positions[this.m_indexB].a = n;
                    return S < u;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * this.m_impulse * this.m_uB.x;
                    e.y = t * this.m_impulse * this.m_uB.y;
                    return e;
                  }
                  GetReactionTorque(t) {
                    return 0;
                  }
                  GetGroundAnchorA() {
                    return this.m_groundAnchorA;
                  }
                  GetGroundAnchorB() {
                    return this.m_groundAnchorB;
                  }
                  GetLengthA() {
                    return this.m_lengthA;
                  }
                  GetLengthB() {
                    return this.m_lengthB;
                  }
                  GetRatio() {
                    return this.m_ratio;
                  }
                  GetCurrentLengthA() {
                    const t = this.m_bodyA.GetWorldPoint(this.m_localAnchorA, xs.GetCurrentLengthA_s_p);
                    const e = this.m_groundAnchorA;
                    return St.DistanceVV(t, e);
                  }
                  GetCurrentLengthB() {
                    const t = this.m_bodyB.GetWorldPoint(this.m_localAnchorB, xs.GetCurrentLengthB_s_p);
                    const e = this.m_groundAnchorB;
                    return St.DistanceVV(t, e);
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2PulleyJointDef = new b2PulleyJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.groundAnchorA.Set(%.15f, %.15f);\n", this.m_groundAnchorA.x, this.m_groundAnchorA.y);
                    t("  jd.groundAnchorB.Set(%.15f, %.15f);\n", this.m_groundAnchorB.x, this.m_groundAnchorB.y);
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.lengthA = %.15f;\n", this.m_lengthA);
                    t("  jd.lengthB = %.15f;\n", this.m_lengthB);
                    t("  jd.ratio = %.15f;\n", this.m_ratio);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                  ShiftOrigin(t) {
                    this.m_groundAnchorA.SelfSub(t);
                    this.m_groundAnchorB.SelfSub(t);
                  }
                }
                xs.InitVelocityConstraints_s_PA = new St;
                xs.InitVelocityConstraints_s_PB = new St;
                xs.SolveVelocityConstraints_s_vpA = new St;
                xs.SolveVelocityConstraints_s_vpB = new St;
                xs.SolveVelocityConstraints_s_PA = new St;
                xs.SolveVelocityConstraints_s_PB = new St;
                xs.SolvePositionConstraints_s_PA = new St;
                xs.SolvePositionConstraints_s_PB = new St;
                xs.GetCurrentLengthA_s_p = new St;
                xs.GetCurrentLengthB_s_p = new St;
                class ws extends ls {
                  constructor() {
                    super(t.b2JointType.e_revoluteJoint);
                    this.localAnchorA = new St(0, 0);
                    this.localAnchorB = new St(0, 0);
                    this.referenceAngle = 0;
                    this.enableLimit = !1;
                    this.lowerAngle = 0;
                    this.upperAngle = 0;
                    this.enableMotor = !1;
                    this.motorSpeed = 0;
                    this.maxMotorTorque = 0;
                  }
                  Initialize(t, e, i) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(i, this.localAnchorA);
                    this.bodyB.GetLocalPoint(i, this.localAnchorB);
                    this.referenceAngle = this.bodyB.GetAngle() - this.bodyA.GetAngle();
                  }
                }
                class Rs extends hs {
                  constructor(e) {
                    super(e);
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_impulse = new Tt;
                    this.m_motorImpulse = 0;
                    this.m_enableMotor = !1;
                    this.m_maxMotorTorque = 0;
                    this.m_motorSpeed = 0;
                    this.m_enableLimit = !1;
                    this.m_referenceAngle = 0;
                    this.m_lowerAngle = 0;
                    this.m_upperAngle = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_mass = new Et;
                    this.m_motorMass = 0;
                    this.m_limitState = t.b2LimitState.e_inactiveLimit;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_K = new vt;
                    this.m_localAnchorA.Copy(i(e.localAnchorA, St.ZERO));
                    this.m_localAnchorB.Copy(i(e.localAnchorB, St.ZERO));
                    this.m_referenceAngle = i(e.referenceAngle, 0);
                    this.m_impulse.SetZero();
                    this.m_motorImpulse = 0;
                    this.m_lowerAngle = i(e.lowerAngle, 0);
                    this.m_upperAngle = i(e.upperAngle, 0);
                    this.m_maxMotorTorque = i(e.maxMotorTorque, 0);
                    this.m_motorSpeed = i(e.motorSpeed, 0);
                    this.m_enableLimit = i(e.enableLimit, !1);
                    this.m_enableMotor = i(e.enableMotor, !1);
                    this.m_limitState = t.b2LimitState.e_inactiveLimit;
                  }
                  InitVelocityConstraints(e) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const i = e.positions[this.m_indexA].a;
                    const s = e.velocities[this.m_indexA].v;
                    let n = e.velocities[this.m_indexA].w;
                    const r = e.positions[this.m_indexB].a;
                    const o = e.velocities[this.m_indexB].v;
                    let a = e.velocities[this.m_indexB].w;
                    const l = this.m_qA.SetAngle(i), h = this.m_qB.SetAngle(r);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    Ct.MulRV(l, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    Ct.MulRV(h, this.m_lalcB, this.m_rB);
                    const c = this.m_invMassA, u = this.m_invMassB;
                    const d = this.m_invIA, p = this.m_invIB;
                    const m = d + p === 0;
                    this.m_mass.ex.x = c + u + this.m_rA.y * this.m_rA.y * d + this.m_rB.y * this.m_rB.y * p;
                    this.m_mass.ey.x = -this.m_rA.y * this.m_rA.x * d - this.m_rB.y * this.m_rB.x * p;
                    this.m_mass.ez.x = -this.m_rA.y * d - this.m_rB.y * p;
                    this.m_mass.ex.y = this.m_mass.ey.x;
                    this.m_mass.ey.y = c + u + this.m_rA.x * this.m_rA.x * d + this.m_rB.x * this.m_rB.x * p;
                    this.m_mass.ez.y = this.m_rA.x * d + this.m_rB.x * p;
                    this.m_mass.ex.z = this.m_mass.ez.x;
                    this.m_mass.ey.z = this.m_mass.ez.y;
                    this.m_mass.ez.z = d + p;
                    this.m_motorMass = d + p;
                    this.m_motorMass > 0 && (this.m_motorMass = 1 / this.m_motorMass);
                    this.m_enableMotor && !m || (this.m_motorImpulse = 0);
                    if (this.m_enableLimit && !m) {
                      const e = r - i - this.m_referenceAngle;
                      if ($(this.m_upperAngle - this.m_lowerAngle) < 2 * _) this.m_limitState = t.b2LimitState.e_equalLimits; else if (e <= this.m_lowerAngle) {
                        this.m_limitState !== t.b2LimitState.e_atLowerLimit && (this.m_impulse.z = 0);
                        this.m_limitState = t.b2LimitState.e_atLowerLimit;
                      } else if (e >= this.m_upperAngle) {
                        this.m_limitState !== t.b2LimitState.e_atUpperLimit && (this.m_impulse.z = 0);
                        this.m_limitState = t.b2LimitState.e_atUpperLimit;
                      } else {
                        this.m_limitState = t.b2LimitState.e_inactiveLimit;
                        this.m_impulse.z = 0;
                      }
                    } else this.m_limitState = t.b2LimitState.e_inactiveLimit;
                    if (e.step.warmStarting) {
                      this.m_impulse.SelfMul(e.step.dtRatio);
                      this.m_motorImpulse *= e.step.dtRatio;
                      const t = Rs.InitVelocityConstraints_s_P.Set(this.m_impulse.x, this.m_impulse.y);
                      s.SelfMulSub(c, t);
                      n -= d * (St.CrossVV(this.m_rA, t) + this.m_motorImpulse + this.m_impulse.z);
                      o.SelfMulAdd(u, t);
                      a += p * (St.CrossVV(this.m_rB, t) + this.m_motorImpulse + this.m_impulse.z);
                    } else {
                      this.m_impulse.SetZero();
                      this.m_motorImpulse = 0;
                    }
                    e.velocities[this.m_indexA].w = n;
                    e.velocities[this.m_indexB].w = a;
                  }
                  SolveVelocityConstraints(e) {
                    const i = e.velocities[this.m_indexA].v;
                    let s = e.velocities[this.m_indexA].w;
                    const n = e.velocities[this.m_indexB].v;
                    let r = e.velocities[this.m_indexB].w;
                    const o = this.m_invMassA, a = this.m_invMassB;
                    const l = this.m_invIA, h = this.m_invIB;
                    const c = l + h === 0;
                    if (this.m_enableMotor && this.m_limitState !== t.b2LimitState.e_equalLimits && !c) {
                      const t = r - s - this.m_motorSpeed;
                      let i = -this.m_motorMass * t;
                      const n = this.m_motorImpulse;
                      const o = e.step.dt * this.m_maxMotorTorque;
                      this.m_motorImpulse = it(this.m_motorImpulse + i, -o, o);
                      i = this.m_motorImpulse - n;
                      s -= l * i;
                      r += h * i;
                    }
                    if (this.m_enableLimit && this.m_limitState !== t.b2LimitState.e_inactiveLimit && !c) {
                      const e = St.SubVV(St.AddVCrossSV(n, r, this.m_rB, St.s_t0), St.AddVCrossSV(i, s, this.m_rA, St.s_t1), Rs.SolveVelocityConstraints_s_Cdot1);
                      const c = r - s;
                      const u = this.m_mass.Solve33(e.x, e.y, c, Rs.SolveVelocityConstraints_s_impulse_v3).SelfNeg();
                      if (this.m_limitState === t.b2LimitState.e_equalLimits) this.m_impulse.SelfAdd(u); else if (this.m_limitState === t.b2LimitState.e_atLowerLimit) if (this.m_impulse.z + u.z < 0) {
                        const t = -e.x + this.m_impulse.z * this.m_mass.ez.x;
                        const i = -e.y + this.m_impulse.z * this.m_mass.ez.y;
                        const s = this.m_mass.Solve22(t, i, Rs.SolveVelocityConstraints_s_reduced_v2);
                        u.x = s.x;
                        u.y = s.y;
                        u.z = -this.m_impulse.z;
                        this.m_impulse.x += s.x;
                        this.m_impulse.y += s.y;
                        this.m_impulse.z = 0;
                      } else this.m_impulse.SelfAdd(u); else if (this.m_limitState === t.b2LimitState.e_atUpperLimit) if (this.m_impulse.z + u.z > 0) {
                        const t = -e.x + this.m_impulse.z * this.m_mass.ez.x;
                        const i = -e.y + this.m_impulse.z * this.m_mass.ez.y;
                        const s = this.m_mass.Solve22(t, i, Rs.SolveVelocityConstraints_s_reduced_v2);
                        u.x = s.x;
                        u.y = s.y;
                        u.z = -this.m_impulse.z;
                        this.m_impulse.x += s.x;
                        this.m_impulse.y += s.y;
                        this.m_impulse.z = 0;
                      } else this.m_impulse.SelfAdd(u);
                      const _ = Rs.SolveVelocityConstraints_s_P.Set(u.x, u.y);
                      i.SelfMulSub(o, _);
                      s -= l * (St.CrossVV(this.m_rA, _) + u.z);
                      n.SelfMulAdd(a, _);
                      r += h * (St.CrossVV(this.m_rB, _) + u.z);
                    } else {
                      const t = St.SubVV(St.AddVCrossSV(n, r, this.m_rB, St.s_t0), St.AddVCrossSV(i, s, this.m_rA, St.s_t1), Rs.SolveVelocityConstraints_s_Cdot_v2);
                      const e = this.m_mass.Solve22(-t.x, -t.y, Rs.SolveVelocityConstraints_s_impulse_v2);
                      this.m_impulse.x += e.x;
                      this.m_impulse.y += e.y;
                      i.SelfMulSub(o, e);
                      s -= l * St.CrossVV(this.m_rA, e);
                      n.SelfMulAdd(a, e);
                      r += h * St.CrossVV(this.m_rB, e);
                    }
                    e.velocities[this.m_indexA].w = s;
                    e.velocities[this.m_indexB].w = r;
                  }
                  SolvePositionConstraints(e) {
                    const i = e.positions[this.m_indexA].c;
                    let s = e.positions[this.m_indexA].a;
                    const n = e.positions[this.m_indexB].c;
                    let r = e.positions[this.m_indexB].a;
                    const o = this.m_qA.SetAngle(s), a = this.m_qB.SetAngle(r);
                    let l = 0;
                    let h = 0;
                    const c = this.m_invIA + this.m_invIB === 0;
                    if (this.m_enableLimit && this.m_limitState !== t.b2LimitState.e_inactiveLimit && !c) {
                      const e = r - s - this.m_referenceAngle;
                      let i = 0;
                      if (this.m_limitState === t.b2LimitState.e_equalLimits) {
                        const t = it(e - this.m_lowerAngle, -y, y);
                        i = -this.m_motorMass * t;
                        l = $(t);
                      } else if (this.m_limitState === t.b2LimitState.e_atLowerLimit) {
                        let t = e - this.m_lowerAngle;
                        l = -t;
                        t = it(t + _, -y, 0);
                        i = -this.m_motorMass * t;
                      } else if (this.m_limitState === t.b2LimitState.e_atUpperLimit) {
                        let t = e - this.m_upperAngle;
                        l = t;
                        t = it(t - _, 0, y);
                        i = -this.m_motorMass * t;
                      }
                      s -= this.m_invIA * i;
                      r += this.m_invIB * i;
                    }
                    {
                      o.SetAngle(s);
                      a.SetAngle(r);
                      St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                      const t = Ct.MulRV(o, this.m_lalcA, this.m_rA);
                      St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                      const e = Ct.MulRV(a, this.m_lalcB, this.m_rB);
                      const l = St.SubVV(St.AddVV(n, e, St.s_t0), St.AddVV(i, t, St.s_t1), Rs.SolvePositionConstraints_s_C_v2);
                      h = l.Length();
                      const c = this.m_invMassA, u = this.m_invMassB;
                      const _ = this.m_invIA, d = this.m_invIB;
                      const p = this.m_K;
                      p.ex.x = c + u + _ * t.y * t.y + d * e.y * e.y;
                      p.ex.y = -_ * t.x * t.y - d * e.x * e.y;
                      p.ey.x = p.ex.y;
                      p.ey.y = c + u + _ * t.x * t.x + d * e.x * e.x;
                      const m = p.Solve(l.x, l.y, Rs.SolvePositionConstraints_s_impulse).SelfNeg();
                      i.SelfMulSub(c, m);
                      s -= _ * St.CrossVV(t, m);
                      n.SelfMulAdd(u, m);
                      r += d * St.CrossVV(e, m);
                    }
                    e.positions[this.m_indexA].a = s;
                    e.positions[this.m_indexB].a = r;
                    return h <= u && l <= _;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * this.m_impulse.x;
                    e.y = t * this.m_impulse.y;
                    return e;
                  }
                  GetReactionTorque(t) {
                    return t * this.m_impulse.z;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  GetReferenceAngle() {
                    return this.m_referenceAngle;
                  }
                  GetJointAngle() {
                    return this.m_bodyB.m_sweep.a - this.m_bodyA.m_sweep.a - this.m_referenceAngle;
                  }
                  GetJointSpeed() {
                    return this.m_bodyB.m_angularVelocity - this.m_bodyA.m_angularVelocity;
                  }
                  IsMotorEnabled() {
                    return this.m_enableMotor;
                  }
                  EnableMotor(t) {
                    if (t !== this.m_enableMotor) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_enableMotor = t;
                    }
                  }
                  GetMotorTorque(t) {
                    return t * this.m_motorImpulse;
                  }
                  GetMotorSpeed() {
                    return this.m_motorSpeed;
                  }
                  SetMaxMotorTorque(t) {
                    if (t !== this.m_maxMotorTorque) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_maxMotorTorque = t;
                    }
                  }
                  GetMaxMotorTorque() {
                    return this.m_maxMotorTorque;
                  }
                  IsLimitEnabled() {
                    return this.m_enableLimit;
                  }
                  EnableLimit(t) {
                    if (t !== this.m_enableLimit) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_enableLimit = t;
                      this.m_impulse.z = 0;
                    }
                  }
                  GetLowerLimit() {
                    return this.m_lowerAngle;
                  }
                  GetUpperLimit() {
                    return this.m_upperAngle;
                  }
                  SetLimits(t, e) {
                    if (t !== this.m_lowerAngle || e !== this.m_upperAngle) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_impulse.z = 0;
                      this.m_lowerAngle = t;
                      this.m_upperAngle = e;
                    }
                  }
                  SetMotorSpeed(t) {
                    if (t !== this.m_motorSpeed) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_motorSpeed = t;
                    }
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2RevoluteJointDef = new b2RevoluteJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.referenceAngle = %.15f;\n", this.m_referenceAngle);
                    t("  jd.enableLimit = %s;\n", this.m_enableLimit ? "true" : "false");
                    t("  jd.lowerAngle = %.15f;\n", this.m_lowerAngle);
                    t("  jd.upperAngle = %.15f;\n", this.m_upperAngle);
                    t("  jd.enableMotor = %s;\n", this.m_enableMotor ? "true" : "false");
                    t("  jd.motorSpeed = %.15f;\n", this.m_motorSpeed);
                    t("  jd.maxMotorTorque = %.15f;\n", this.m_maxMotorTorque);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                Rs.InitVelocityConstraints_s_P = new St;
                Rs.SolveVelocityConstraints_s_P = new St;
                Rs.SolveVelocityConstraints_s_Cdot_v2 = new St;
                Rs.SolveVelocityConstraints_s_Cdot1 = new St;
                Rs.SolveVelocityConstraints_s_impulse_v3 = new Tt;
                Rs.SolveVelocityConstraints_s_reduced_v2 = new St;
                Rs.SolveVelocityConstraints_s_impulse_v2 = new St;
                Rs.SolvePositionConstraints_s_C_v2 = new St;
                Rs.SolvePositionConstraints_s_impulse = new St;
                class Is extends ls {
                  constructor() {
                    super(t.b2JointType.e_ropeJoint);
                    this.localAnchorA = new St(-1, 0);
                    this.localAnchorB = new St(1, 0);
                    this.maxLength = 0;
                  }
                }
                class Ms extends hs {
                  constructor(e) {
                    super(e);
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_maxLength = 0;
                    this.m_length = 0;
                    this.m_impulse = 0;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_u = new St;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_mass = 0;
                    this.m_state = t.b2LimitState.e_inactiveLimit;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_localAnchorA.Copy(i(e.localAnchorA, new St(-1, 0)));
                    this.m_localAnchorB.Copy(i(e.localAnchorB, new St(1, 0)));
                    this.m_maxLength = i(e.maxLength, 0);
                  }
                  InitVelocityConstraints(e) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const i = e.positions[this.m_indexA].c;
                    const s = e.positions[this.m_indexA].a;
                    const n = e.velocities[this.m_indexA].v;
                    let r = e.velocities[this.m_indexA].w;
                    const o = e.positions[this.m_indexB].c;
                    const a = e.positions[this.m_indexB].a;
                    const l = e.velocities[this.m_indexB].v;
                    let h = e.velocities[this.m_indexB].w;
                    const c = this.m_qA.SetAngle(s), _ = this.m_qB.SetAngle(a);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    Ct.MulRV(c, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    Ct.MulRV(_, this.m_lalcB, this.m_rB);
                    this.m_u.Copy(o).SelfAdd(this.m_rB).SelfSub(i).SelfSub(this.m_rA);
                    this.m_length = this.m_u.Length();
                    const d = this.m_length - this.m_maxLength;
                    this.m_state = d > 0 ? t.b2LimitState.e_atUpperLimit : t.b2LimitState.e_inactiveLimit;
                    if (!(this.m_length > u)) {
                      this.m_u.SetZero();
                      this.m_mass = 0;
                      this.m_impulse = 0;
                      return;
                    }
                    this.m_u.SelfMul(1 / this.m_length);
                    const p = St.CrossVV(this.m_rA, this.m_u);
                    const m = St.CrossVV(this.m_rB, this.m_u);
                    const f = this.m_invMassA + this.m_invIA * p * p + this.m_invMassB + this.m_invIB * m * m;
                    this.m_mass = 0 !== f ? 1 / f : 0;
                    if (e.step.warmStarting) {
                      this.m_impulse *= e.step.dtRatio;
                      const t = St.MulSV(this.m_impulse, this.m_u, Ms.InitVelocityConstraints_s_P);
                      n.SelfMulSub(this.m_invMassA, t);
                      r -= this.m_invIA * St.CrossVV(this.m_rA, t);
                      l.SelfMulAdd(this.m_invMassB, t);
                      h += this.m_invIB * St.CrossVV(this.m_rB, t);
                    } else this.m_impulse = 0;
                    e.velocities[this.m_indexA].w = r;
                    e.velocities[this.m_indexB].w = h;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = St.AddVCrossSV(e, i, this.m_rA, Ms.SolveVelocityConstraints_s_vpA);
                    const o = St.AddVCrossSV(s, n, this.m_rB, Ms.SolveVelocityConstraints_s_vpB);
                    const a = this.m_length - this.m_maxLength;
                    let l = St.DotVV(this.m_u, St.SubVV(o, r, St.s_t0));
                    a < 0 && (l += t.step.inv_dt * a);
                    let h = -this.m_mass * l;
                    const c = this.m_impulse;
                    this.m_impulse = tt(0, this.m_impulse + h);
                    h = this.m_impulse - c;
                    const u = St.MulSV(h, this.m_u, Ms.SolveVelocityConstraints_s_P);
                    e.SelfMulSub(this.m_invMassA, u);
                    i -= this.m_invIA * St.CrossVV(this.m_rA, u);
                    s.SelfMulAdd(this.m_invMassB, u);
                    n += this.m_invIB * St.CrossVV(this.m_rB, u);
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolvePositionConstraints(t) {
                    const e = t.positions[this.m_indexA].c;
                    let i = t.positions[this.m_indexA].a;
                    const s = t.positions[this.m_indexB].c;
                    let n = t.positions[this.m_indexB].a;
                    const r = this.m_qA.SetAngle(i), o = this.m_qB.SetAngle(n);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const a = Ct.MulRV(r, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const l = Ct.MulRV(o, this.m_lalcB, this.m_rB);
                    const h = this.m_u.Copy(s).SelfAdd(l).SelfSub(e).SelfSub(a);
                    const c = h.Normalize();
                    let _ = c - this.m_maxLength;
                    _ = it(_, 0, g);
                    const d = -this.m_mass * _;
                    const p = St.MulSV(d, h, Ms.SolvePositionConstraints_s_P);
                    e.SelfMulSub(this.m_invMassA, p);
                    i -= this.m_invIA * St.CrossVV(a, p);
                    s.SelfMulAdd(this.m_invMassB, p);
                    n += this.m_invIB * St.CrossVV(l, p);
                    t.positions[this.m_indexA].a = i;
                    t.positions[this.m_indexB].a = n;
                    return c - this.m_maxLength < u;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    return St.MulSV(t * this.m_impulse, this.m_u, e);
                  }
                  GetReactionTorque(t) {
                    return 0;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  SetMaxLength(t) {
                    this.m_maxLength = t;
                  }
                  GetMaxLength() {
                    return this.m_maxLength;
                  }
                  GetLimitState() {
                    return this.m_state;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2RopeJointDef = new b2RopeJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.maxLength = %.15f;\n", this.m_maxLength);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                Ms.InitVelocityConstraints_s_P = new St;
                Ms.SolveVelocityConstraints_s_vpA = new St;
                Ms.SolveVelocityConstraints_s_vpB = new St;
                Ms.SolveVelocityConstraints_s_P = new St;
                Ms.SolvePositionConstraints_s_P = new St;
                class Bs extends ls {
                  constructor() {
                    super(t.b2JointType.e_weldJoint);
                    this.localAnchorA = new St;
                    this.localAnchorB = new St;
                    this.referenceAngle = 0;
                    this.frequencyHz = 0;
                    this.dampingRatio = 0;
                  }
                  Initialize(t, e, i) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(i, this.localAnchorA);
                    this.bodyB.GetLocalPoint(i, this.localAnchorB);
                    this.referenceAngle = this.bodyB.GetAngle() - this.bodyA.GetAngle();
                  }
                }
                class Ds extends hs {
                  constructor(t) {
                    super(t);
                    this.m_frequencyHz = 0;
                    this.m_dampingRatio = 0;
                    this.m_bias = 0;
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_referenceAngle = 0;
                    this.m_gamma = 0;
                    this.m_impulse = new Tt(0, 0, 0);
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_mass = new Et;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_K = new Et;
                    this.m_frequencyHz = i(t.frequencyHz, 0);
                    this.m_dampingRatio = i(t.dampingRatio, 0);
                    this.m_localAnchorA.Copy(i(t.localAnchorA, St.ZERO));
                    this.m_localAnchorB.Copy(i(t.localAnchorB, St.ZERO));
                    this.m_referenceAngle = i(t.referenceAngle, 0);
                    this.m_impulse.SetZero();
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = t.positions[this.m_indexA].a;
                    const i = t.velocities[this.m_indexA].v;
                    let s = t.velocities[this.m_indexA].w;
                    const n = t.positions[this.m_indexB].a;
                    const r = t.velocities[this.m_indexB].v;
                    let a = t.velocities[this.m_indexB].w;
                    const l = this.m_qA.SetAngle(e), h = this.m_qB.SetAngle(n);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    Ct.MulRV(l, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    Ct.MulRV(h, this.m_lalcB, this.m_rB);
                    const c = this.m_invMassA, u = this.m_invMassB;
                    const _ = this.m_invIA, d = this.m_invIB;
                    const p = this.m_K;
                    p.ex.x = c + u + this.m_rA.y * this.m_rA.y * _ + this.m_rB.y * this.m_rB.y * d;
                    p.ey.x = -this.m_rA.y * this.m_rA.x * _ - this.m_rB.y * this.m_rB.x * d;
                    p.ez.x = -this.m_rA.y * _ - this.m_rB.y * d;
                    p.ex.y = p.ey.x;
                    p.ey.y = c + u + this.m_rA.x * this.m_rA.x * _ + this.m_rB.x * this.m_rB.x * d;
                    p.ez.y = this.m_rA.x * _ + this.m_rB.x * d;
                    p.ex.z = p.ez.x;
                    p.ey.z = p.ez.y;
                    p.ez.z = _ + d;
                    if (this.m_frequencyHz > 0) {
                      p.GetInverse22(this.m_mass);
                      let i = _ + d;
                      const s = i > 0 ? 1 / i : 0;
                      const r = n - e - this.m_referenceAngle;
                      const a = 2 * o * this.m_frequencyHz;
                      const l = 2 * s * this.m_dampingRatio * a;
                      const h = s * a * a;
                      const c = t.step.dt;
                      this.m_gamma = c * (l + c * h);
                      this.m_gamma = 0 !== this.m_gamma ? 1 / this.m_gamma : 0;
                      this.m_bias = r * c * h * this.m_gamma;
                      i += this.m_gamma;
                      this.m_mass.ez.z = 0 !== i ? 1 / i : 0;
                    } else {
                      p.GetSymInverse33(this.m_mass);
                      this.m_gamma = 0;
                      this.m_bias = 0;
                    }
                    if (t.step.warmStarting) {
                      this.m_impulse.SelfMul(t.step.dtRatio);
                      const e = Ds.InitVelocityConstraints_s_P.Set(this.m_impulse.x, this.m_impulse.y);
                      i.SelfMulSub(c, e);
                      s -= _ * (St.CrossVV(this.m_rA, e) + this.m_impulse.z);
                      r.SelfMulAdd(u, e);
                      a += d * (St.CrossVV(this.m_rB, e) + this.m_impulse.z);
                    } else this.m_impulse.SetZero();
                    t.velocities[this.m_indexA].w = s;
                    t.velocities[this.m_indexB].w = a;
                  }
                  SolveVelocityConstraints(t) {
                    const e = t.velocities[this.m_indexA].v;
                    let i = t.velocities[this.m_indexA].w;
                    const s = t.velocities[this.m_indexB].v;
                    let n = t.velocities[this.m_indexB].w;
                    const r = this.m_invMassA, o = this.m_invMassB;
                    const a = this.m_invIA, l = this.m_invIB;
                    if (this.m_frequencyHz > 0) {
                      const t = n - i;
                      const h = -this.m_mass.ez.z * (t + this.m_bias + this.m_gamma * this.m_impulse.z);
                      this.m_impulse.z += h;
                      i -= a * h;
                      n += l * h;
                      const c = St.SubVV(St.AddVCrossSV(s, n, this.m_rB, St.s_t0), St.AddVCrossSV(e, i, this.m_rA, St.s_t1), Ds.SolveVelocityConstraints_s_Cdot1);
                      const u = Et.MulM33XY(this.m_mass, c.x, c.y, Ds.SolveVelocityConstraints_s_impulse1).SelfNeg();
                      this.m_impulse.x += u.x;
                      this.m_impulse.y += u.y;
                      const _ = u;
                      e.SelfMulSub(r, _);
                      i -= a * St.CrossVV(this.m_rA, _);
                      s.SelfMulAdd(o, _);
                      n += l * St.CrossVV(this.m_rB, _);
                    } else {
                      const t = St.SubVV(St.AddVCrossSV(s, n, this.m_rB, St.s_t0), St.AddVCrossSV(e, i, this.m_rA, St.s_t1), Ds.SolveVelocityConstraints_s_Cdot1);
                      const h = n - i;
                      const c = Et.MulM33XYZ(this.m_mass, t.x, t.y, h, Ds.SolveVelocityConstraints_s_impulse).SelfNeg();
                      this.m_impulse.SelfAdd(c);
                      const u = Ds.SolveVelocityConstraints_s_P.Set(c.x, c.y);
                      e.SelfMulSub(r, u);
                      i -= a * (St.CrossVV(this.m_rA, u) + c.z);
                      s.SelfMulAdd(o, u);
                      n += l * (St.CrossVV(this.m_rB, u) + c.z);
                    }
                    t.velocities[this.m_indexA].w = i;
                    t.velocities[this.m_indexB].w = n;
                  }
                  SolvePositionConstraints(t) {
                    const e = t.positions[this.m_indexA].c;
                    let i = t.positions[this.m_indexA].a;
                    const s = t.positions[this.m_indexB].c;
                    let n = t.positions[this.m_indexB].a;
                    const r = this.m_qA.SetAngle(i), o = this.m_qB.SetAngle(n);
                    const a = this.m_invMassA, l = this.m_invMassB;
                    const h = this.m_invIA, c = this.m_invIB;
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const d = Ct.MulRV(r, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const p = Ct.MulRV(o, this.m_lalcB, this.m_rB);
                    let m, f;
                    const g = this.m_K;
                    g.ex.x = a + l + d.y * d.y * h + p.y * p.y * c;
                    g.ey.x = -d.y * d.x * h - p.y * p.x * c;
                    g.ez.x = -d.y * h - p.y * c;
                    g.ex.y = g.ey.x;
                    g.ey.y = a + l + d.x * d.x * h + p.x * p.x * c;
                    g.ez.y = d.x * h + p.x * c;
                    g.ex.z = g.ez.x;
                    g.ey.z = g.ez.y;
                    g.ez.z = h + c;
                    if (this.m_frequencyHz > 0) {
                      const t = St.SubVV(St.AddVV(s, p, St.s_t0), St.AddVV(e, d, St.s_t1), Ds.SolvePositionConstraints_s_C1);
                      m = t.Length();
                      f = 0;
                      const r = g.Solve22(t.x, t.y, Ds.SolvePositionConstraints_s_P).SelfNeg();
                      e.SelfMulSub(a, r);
                      i -= h * St.CrossVV(d, r);
                      s.SelfMulAdd(l, r);
                      n += c * St.CrossVV(p, r);
                    } else {
                      const t = St.SubVV(St.AddVV(s, p, St.s_t0), St.AddVV(e, d, St.s_t1), Ds.SolvePositionConstraints_s_C1);
                      const r = n - i - this.m_referenceAngle;
                      m = t.Length();
                      f = $(r);
                      const o = g.Solve33(t.x, t.y, r, Ds.SolvePositionConstraints_s_impulse).SelfNeg();
                      const u = Ds.SolvePositionConstraints_s_P.Set(o.x, o.y);
                      e.SelfMulSub(a, u);
                      i -= h * (St.CrossVV(this.m_rA, u) + o.z);
                      s.SelfMulAdd(l, u);
                      n += c * (St.CrossVV(this.m_rB, u) + o.z);
                    }
                    t.positions[this.m_indexA].a = i;
                    t.positions[this.m_indexB].a = n;
                    return m <= u && f <= _;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * this.m_impulse.x;
                    e.y = t * this.m_impulse.y;
                    return e;
                  }
                  GetReactionTorque(t) {
                    return t * this.m_impulse.z;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  GetReferenceAngle() {
                    return this.m_referenceAngle;
                  }
                  SetFrequency(t) {
                    this.m_frequencyHz = t;
                  }
                  GetFrequency() {
                    return this.m_frequencyHz;
                  }
                  SetDampingRatio(t) {
                    this.m_dampingRatio = t;
                  }
                  GetDampingRatio() {
                    return this.m_dampingRatio;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2WeldJointDef = new b2WeldJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.referenceAngle = %.15f;\n", this.m_referenceAngle);
                    t("  jd.frequencyHz = %.15f;\n", this.m_frequencyHz);
                    t("  jd.dampingRatio = %.15f;\n", this.m_dampingRatio);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                Ds.InitVelocityConstraints_s_P = new St;
                Ds.SolveVelocityConstraints_s_Cdot1 = new St;
                Ds.SolveVelocityConstraints_s_impulse1 = new St;
                Ds.SolveVelocityConstraints_s_impulse = new Tt;
                Ds.SolveVelocityConstraints_s_P = new St;
                Ds.SolvePositionConstraints_s_C1 = new St;
                Ds.SolvePositionConstraints_s_P = new St;
                Ds.SolvePositionConstraints_s_impulse = new Tt;
                class Ps extends ls {
                  constructor() {
                    super(t.b2JointType.e_wheelJoint);
                    this.localAnchorA = new St(0, 0);
                    this.localAnchorB = new St(0, 0);
                    this.localAxisA = new St(1, 0);
                    this.enableMotor = !1;
                    this.maxMotorTorque = 0;
                    this.motorSpeed = 0;
                    this.frequencyHz = 2;
                    this.dampingRatio = .7;
                  }
                  Initialize(t, e, i, s) {
                    this.bodyA = t;
                    this.bodyB = e;
                    this.bodyA.GetLocalPoint(i, this.localAnchorA);
                    this.bodyB.GetLocalPoint(i, this.localAnchorB);
                    this.bodyA.GetLocalVector(s, this.localAxisA);
                  }
                }
                class Os extends hs {
                  constructor(t) {
                    super(t);
                    this.m_frequencyHz = 0;
                    this.m_dampingRatio = 0;
                    this.m_localAnchorA = new St;
                    this.m_localAnchorB = new St;
                    this.m_localXAxisA = new St;
                    this.m_localYAxisA = new St;
                    this.m_impulse = 0;
                    this.m_motorImpulse = 0;
                    this.m_springImpulse = 0;
                    this.m_maxMotorTorque = 0;
                    this.m_motorSpeed = 0;
                    this.m_enableMotor = !1;
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_localCenterA = new St;
                    this.m_localCenterB = new St;
                    this.m_invMassA = 0;
                    this.m_invMassB = 0;
                    this.m_invIA = 0;
                    this.m_invIB = 0;
                    this.m_ax = new St;
                    this.m_ay = new St;
                    this.m_sAx = 0;
                    this.m_sBx = 0;
                    this.m_sAy = 0;
                    this.m_sBy = 0;
                    this.m_mass = 0;
                    this.m_motorMass = 0;
                    this.m_springMass = 0;
                    this.m_bias = 0;
                    this.m_gamma = 0;
                    this.m_qA = new Ct;
                    this.m_qB = new Ct;
                    this.m_lalcA = new St;
                    this.m_lalcB = new St;
                    this.m_rA = new St;
                    this.m_rB = new St;
                    this.m_frequencyHz = i(t.frequencyHz, 2);
                    this.m_dampingRatio = i(t.dampingRatio, .7);
                    this.m_localAnchorA.Copy(i(t.localAnchorA, St.ZERO));
                    this.m_localAnchorB.Copy(i(t.localAnchorB, St.ZERO));
                    this.m_localXAxisA.Copy(i(t.localAxisA, St.UNITX));
                    St.CrossOneV(this.m_localXAxisA, this.m_localYAxisA);
                    this.m_maxMotorTorque = i(t.maxMotorTorque, 0);
                    this.m_motorSpeed = i(t.motorSpeed, 0);
                    this.m_enableMotor = i(t.enableMotor, !1);
                    this.m_ax.SetZero();
                    this.m_ay.SetZero();
                  }
                  GetMotorSpeed() {
                    return this.m_motorSpeed;
                  }
                  GetMaxMotorTorque() {
                    return this.m_maxMotorTorque;
                  }
                  SetSpringFrequencyHz(t) {
                    this.m_frequencyHz = t;
                  }
                  GetSpringFrequencyHz() {
                    return this.m_frequencyHz;
                  }
                  SetSpringDampingRatio(t) {
                    this.m_dampingRatio = t;
                  }
                  GetSpringDampingRatio() {
                    return this.m_dampingRatio;
                  }
                  InitVelocityConstraints(t) {
                    this.m_indexA = this.m_bodyA.m_islandIndex;
                    this.m_indexB = this.m_bodyB.m_islandIndex;
                    this.m_localCenterA.Copy(this.m_bodyA.m_sweep.localCenter);
                    this.m_localCenterB.Copy(this.m_bodyB.m_sweep.localCenter);
                    this.m_invMassA = this.m_bodyA.m_invMass;
                    this.m_invMassB = this.m_bodyB.m_invMass;
                    this.m_invIA = this.m_bodyA.m_invI;
                    this.m_invIB = this.m_bodyB.m_invI;
                    const e = this.m_invMassA, i = this.m_invMassB;
                    const s = this.m_invIA, n = this.m_invIB;
                    const r = t.positions[this.m_indexA].c;
                    const a = t.positions[this.m_indexA].a;
                    const l = t.velocities[this.m_indexA].v;
                    let h = t.velocities[this.m_indexA].w;
                    const c = t.positions[this.m_indexB].c;
                    const u = t.positions[this.m_indexB].a;
                    const _ = t.velocities[this.m_indexB].v;
                    let d = t.velocities[this.m_indexB].w;
                    const p = this.m_qA.SetAngle(a), m = this.m_qB.SetAngle(u);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const f = Ct.MulRV(p, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const g = Ct.MulRV(m, this.m_lalcB, this.m_rB);
                    const y = St.SubVV(St.AddVV(c, g, St.s_t0), St.AddVV(r, f, St.s_t1), Os.InitVelocityConstraints_s_d);
                    Ct.MulRV(p, this.m_localYAxisA, this.m_ay);
                    this.m_sAy = St.CrossVV(St.AddVV(y, f, St.s_t0), this.m_ay);
                    this.m_sBy = St.CrossVV(g, this.m_ay);
                    this.m_mass = e + i + s * this.m_sAy * this.m_sAy + n * this.m_sBy * this.m_sBy;
                    this.m_mass > 0 && (this.m_mass = 1 / this.m_mass);
                    this.m_springMass = 0;
                    this.m_bias = 0;
                    this.m_gamma = 0;
                    if (this.m_frequencyHz > 0) {
                      Ct.MulRV(p, this.m_localXAxisA, this.m_ax);
                      this.m_sAx = St.CrossVV(St.AddVV(y, f, St.s_t0), this.m_ax);
                      this.m_sBx = St.CrossVV(g, this.m_ax);
                      const r = e + i + s * this.m_sAx * this.m_sAx + n * this.m_sBx * this.m_sBx;
                      if (r > 0) {
                        this.m_springMass = 1 / r;
                        const e = St.DotVV(y, this.m_ax);
                        const i = 2 * o * this.m_frequencyHz;
                        const s = 2 * this.m_springMass * this.m_dampingRatio * i;
                        const n = this.m_springMass * i * i;
                        const a = t.step.dt;
                        this.m_gamma = a * (s + a * n);
                        this.m_gamma > 0 && (this.m_gamma = 1 / this.m_gamma);
                        this.m_bias = e * a * n * this.m_gamma;
                        this.m_springMass = r + this.m_gamma;
                        this.m_springMass > 0 && (this.m_springMass = 1 / this.m_springMass);
                      }
                    } else this.m_springImpulse = 0;
                    if (this.m_enableMotor) {
                      this.m_motorMass = s + n;
                      this.m_motorMass > 0 && (this.m_motorMass = 1 / this.m_motorMass);
                    } else {
                      this.m_motorMass = 0;
                      this.m_motorImpulse = 0;
                    }
                    if (t.step.warmStarting) {
                      this.m_impulse *= t.step.dtRatio;
                      this.m_springImpulse *= t.step.dtRatio;
                      this.m_motorImpulse *= t.step.dtRatio;
                      const e = St.AddVV(St.MulSV(this.m_impulse, this.m_ay, St.s_t0), St.MulSV(this.m_springImpulse, this.m_ax, St.s_t1), Os.InitVelocityConstraints_s_P);
                      const i = this.m_impulse * this.m_sAy + this.m_springImpulse * this.m_sAx + this.m_motorImpulse;
                      const s = this.m_impulse * this.m_sBy + this.m_springImpulse * this.m_sBx + this.m_motorImpulse;
                      l.SelfMulSub(this.m_invMassA, e);
                      h -= this.m_invIA * i;
                      _.SelfMulAdd(this.m_invMassB, e);
                      d += this.m_invIB * s;
                    } else {
                      this.m_impulse = 0;
                      this.m_springImpulse = 0;
                      this.m_motorImpulse = 0;
                    }
                    t.velocities[this.m_indexA].w = h;
                    t.velocities[this.m_indexB].w = d;
                  }
                  SolveVelocityConstraints(t) {
                    const e = this.m_invMassA, i = this.m_invMassB;
                    const s = this.m_invIA, n = this.m_invIB;
                    const r = t.velocities[this.m_indexA].v;
                    let o = t.velocities[this.m_indexA].w;
                    const a = t.velocities[this.m_indexB].v;
                    let l = t.velocities[this.m_indexB].w;
                    {
                      const t = St.DotVV(this.m_ax, St.SubVV(a, r, St.s_t0)) + this.m_sBx * l - this.m_sAx * o;
                      const h = -this.m_springMass * (t + this.m_bias + this.m_gamma * this.m_springImpulse);
                      this.m_springImpulse += h;
                      const c = St.MulSV(h, this.m_ax, Os.SolveVelocityConstraints_s_P);
                      const u = h * this.m_sAx;
                      const _ = h * this.m_sBx;
                      r.SelfMulSub(e, c);
                      o -= s * u;
                      a.SelfMulAdd(i, c);
                      l += n * _;
                    }
                    {
                      const e = l - o - this.m_motorSpeed;
                      let i = -this.m_motorMass * e;
                      const r = this.m_motorImpulse;
                      const a = t.step.dt * this.m_maxMotorTorque;
                      this.m_motorImpulse = it(this.m_motorImpulse + i, -a, a);
                      i = this.m_motorImpulse - r;
                      o -= s * i;
                      l += n * i;
                    }
                    {
                      const t = St.DotVV(this.m_ay, St.SubVV(a, r, St.s_t0)) + this.m_sBy * l - this.m_sAy * o;
                      const h = -this.m_mass * t;
                      this.m_impulse += h;
                      const c = St.MulSV(h, this.m_ay, Os.SolveVelocityConstraints_s_P);
                      const u = h * this.m_sAy;
                      const _ = h * this.m_sBy;
                      r.SelfMulSub(e, c);
                      o -= s * u;
                      a.SelfMulAdd(i, c);
                      l += n * _;
                    }
                    t.velocities[this.m_indexA].w = o;
                    t.velocities[this.m_indexB].w = l;
                  }
                  SolvePositionConstraints(t) {
                    const e = t.positions[this.m_indexA].c;
                    let i = t.positions[this.m_indexA].a;
                    const s = t.positions[this.m_indexB].c;
                    let n = t.positions[this.m_indexB].a;
                    const r = this.m_qA.SetAngle(i), o = this.m_qB.SetAngle(n);
                    St.SubVV(this.m_localAnchorA, this.m_localCenterA, this.m_lalcA);
                    const a = Ct.MulRV(r, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, this.m_localCenterB, this.m_lalcB);
                    const l = Ct.MulRV(o, this.m_lalcB, this.m_rB);
                    const h = St.AddVV(St.SubVV(s, e, St.s_t0), St.SubVV(l, a, St.s_t1), Os.SolvePositionConstraints_s_d);
                    const c = Ct.MulRV(r, this.m_localYAxisA, this.m_ay);
                    const _ = St.CrossVV(St.AddVV(h, a, St.s_t0), c);
                    const d = St.CrossVV(l, c);
                    const p = St.DotVV(h, this.m_ay);
                    const m = this.m_invMassA + this.m_invMassB + this.m_invIA * this.m_sAy * this.m_sAy + this.m_invIB * this.m_sBy * this.m_sBy;
                    let f;
                    f = 0 !== m ? -p / m : 0;
                    const g = St.MulSV(f, c, Os.SolvePositionConstraints_s_P);
                    const y = f * _;
                    const b = f * d;
                    e.SelfMulSub(this.m_invMassA, g);
                    i -= this.m_invIA * y;
                    s.SelfMulAdd(this.m_invMassB, g);
                    n += this.m_invIB * b;
                    t.positions[this.m_indexA].a = i;
                    t.positions[this.m_indexB].a = n;
                    return $(p) <= u;
                  }
                  GetDefinition(t) {
                    return t;
                  }
                  GetAnchorA(t) {
                    return this.m_bodyA.GetWorldPoint(this.m_localAnchorA, t);
                  }
                  GetAnchorB(t) {
                    return this.m_bodyB.GetWorldPoint(this.m_localAnchorB, t);
                  }
                  GetReactionForce(t, e) {
                    e.x = t * (this.m_impulse * this.m_ay.x + this.m_springImpulse * this.m_ax.x);
                    e.y = t * (this.m_impulse * this.m_ay.y + this.m_springImpulse * this.m_ax.y);
                    return e;
                  }
                  GetReactionTorque(t) {
                    return t * this.m_motorImpulse;
                  }
                  GetLocalAnchorA() {
                    return this.m_localAnchorA;
                  }
                  GetLocalAnchorB() {
                    return this.m_localAnchorB;
                  }
                  GetLocalAxisA() {
                    return this.m_localXAxisA;
                  }
                  GetJointTranslation() {
                    return this.GetPrismaticJointTranslation();
                  }
                  GetJointLinearSpeed() {
                    return this.GetPrismaticJointSpeed();
                  }
                  GetJointAngle() {
                    return this.GetRevoluteJointAngle();
                  }
                  GetJointAngularSpeed() {
                    return this.GetRevoluteJointSpeed();
                  }
                  GetPrismaticJointTranslation() {
                    const t = this.m_bodyA;
                    const e = this.m_bodyB;
                    const i = t.GetWorldPoint(this.m_localAnchorA, new St);
                    const s = e.GetWorldPoint(this.m_localAnchorB, new St);
                    const n = St.SubVV(s, i, new St);
                    const r = t.GetWorldVector(this.m_localXAxisA, new St);
                    return St.DotVV(n, r);
                  }
                  GetPrismaticJointSpeed() {
                    const t = this.m_bodyA;
                    const e = this.m_bodyB;
                    St.SubVV(this.m_localAnchorA, t.m_sweep.localCenter, this.m_lalcA);
                    const i = Ct.MulRV(t.m_xf.q, this.m_lalcA, this.m_rA);
                    St.SubVV(this.m_localAnchorB, e.m_sweep.localCenter, this.m_lalcB);
                    const s = Ct.MulRV(e.m_xf.q, this.m_lalcB, this.m_rB);
                    const n = St.AddVV(t.m_sweep.c, i, St.s_t0);
                    const r = St.AddVV(e.m_sweep.c, s, St.s_t1);
                    const o = St.SubVV(r, n, St.s_t2);
                    const a = t.GetWorldVector(this.m_localXAxisA, new St);
                    const l = t.m_linearVelocity;
                    const h = e.m_linearVelocity;
                    const c = t.m_angularVelocity;
                    const u = e.m_angularVelocity;
                    return St.DotVV(o, St.CrossSV(c, a, St.s_t0)) + St.DotVV(a, St.SubVV(St.AddVCrossSV(h, u, s, St.s_t0), St.AddVCrossSV(l, c, i, St.s_t1), St.s_t0));
                  }
                  GetRevoluteJointAngle() {
                    return this.m_bodyB.m_sweep.a - this.m_bodyA.m_sweep.a;
                  }
                  GetRevoluteJointSpeed() {
                    const t = this.m_bodyA.m_angularVelocity;
                    return this.m_bodyB.m_angularVelocity - t;
                  }
                  IsMotorEnabled() {
                    return this.m_enableMotor;
                  }
                  EnableMotor(t) {
                    if (t !== this.m_enableMotor) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_enableMotor = t;
                    }
                  }
                  SetMotorSpeed(t) {
                    if (t !== this.m_motorSpeed) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_motorSpeed = t;
                    }
                  }
                  SetMaxMotorTorque(t) {
                    if (t !== this.m_maxMotorTorque) {
                      this.m_bodyA.SetAwake(!0);
                      this.m_bodyB.SetAwake(!0);
                      this.m_maxMotorTorque = t;
                    }
                  }
                  GetMotorTorque(t) {
                    return t * this.m_motorImpulse;
                  }
                  Dump(t) {
                    const e = this.m_bodyA.m_islandIndex;
                    const i = this.m_bodyB.m_islandIndex;
                    t("  const jd: b2WheelJointDef = new b2WheelJointDef();\n");
                    t("  jd.bodyA = bodies[%d];\n", e);
                    t("  jd.bodyB = bodies[%d];\n", i);
                    t("  jd.collideConnected = %s;\n", this.m_collideConnected ? "true" : "false");
                    t("  jd.localAnchorA.Set(%.15f, %.15f);\n", this.m_localAnchorA.x, this.m_localAnchorA.y);
                    t("  jd.localAnchorB.Set(%.15f, %.15f);\n", this.m_localAnchorB.x, this.m_localAnchorB.y);
                    t("  jd.localAxisA.Set(%.15f, %.15f);\n", this.m_localXAxisA.x, this.m_localXAxisA.y);
                    t("  jd.enableMotor = %s;\n", this.m_enableMotor ? "true" : "false");
                    t("  jd.motorSpeed = %.15f;\n", this.m_motorSpeed);
                    t("  jd.maxMotorTorque = %.15f;\n", this.m_maxMotorTorque);
                    t("  jd.frequencyHz = %.15f;\n", this.m_frequencyHz);
                    t("  jd.dampingRatio = %.15f;\n", this.m_dampingRatio);
                    t("  joints[%d] = this.m_world.CreateJoint(jd);\n", this.m_index);
                  }
                }
                Os.InitVelocityConstraints_s_d = new St;
                Os.InitVelocityConstraints_s_P = new St;
                Os.SolveVelocityConstraints_s_P = new St;
                Os.SolvePositionConstraints_s_d = new St;
                Os.SolvePositionConstraints_s_P = new St;
                function Ns(t, e) {
                  return at(t * e);
                }
                function Ls(t, e) {
                  return t > e ? t : e;
                }
                class Fs {
                  constructor(t) {
                    this._other = null;
                    this.prev = null;
                    this.next = null;
                    this.contact = t;
                  }
                  get other() {
                    if (null === this._other) throw new Error;
                    return this._other;
                  }
                  set other(t) {
                    if (null !== this._other) throw new Error;
                    this._other = t;
                  }
                  Reset() {
                    this._other = null;
                    this.prev = null;
                    this.next = null;
                  }
                }
                class Vs {
                  constructor() {
                    this.m_islandFlag = !1;
                    this.m_touchingFlag = !1;
                    this.m_enabledFlag = !1;
                    this.m_filterFlag = !1;
                    this.m_bulletHitFlag = !1;
                    this.m_toiFlag = !1;
                    this.m_prev = null;
                    this.m_next = null;
                    this.m_nodeA = new Fs(this);
                    this.m_nodeB = new Fs(this);
                    this.m_indexA = 0;
                    this.m_indexB = 0;
                    this.m_manifold = new ue;
                    this.m_toiCount = 0;
                    this.m_toi = 0;
                    this.m_friction = 0;
                    this.m_restitution = 0;
                    this.m_tangentSpeed = 0;
                    this.m_oldManifold = new ue;
                  }
                  GetManifold() {
                    return this.m_manifold;
                  }
                  GetWorldManifold(t) {
                    const e = this.m_fixtureA.GetBody();
                    const i = this.m_fixtureB.GetBody();
                    const s = this.GetShapeA();
                    const n = this.GetShapeB();
                    t.Initialize(this.m_manifold, e.GetTransform(), s.m_radius, i.GetTransform(), n.m_radius);
                  }
                  IsTouching() {
                    return this.m_touchingFlag;
                  }
                  SetEnabled(t) {
                    this.m_enabledFlag = t;
                  }
                  IsEnabled() {
                    return this.m_enabledFlag;
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  GetFixtureA() {
                    return this.m_fixtureA;
                  }
                  GetChildIndexA() {
                    return this.m_indexA;
                  }
                  GetShapeA() {
                    return this.m_fixtureA.GetShape();
                  }
                  GetFixtureB() {
                    return this.m_fixtureB;
                  }
                  GetChildIndexB() {
                    return this.m_indexB;
                  }
                  GetShapeB() {
                    return this.m_fixtureB.GetShape();
                  }
                  FlagForFiltering() {
                    this.m_filterFlag = !0;
                  }
                  SetFriction(t) {
                    this.m_friction = t;
                  }
                  GetFriction() {
                    return this.m_friction;
                  }
                  ResetFriction() {
                    this.m_friction = Ns(this.m_fixtureA.m_friction, this.m_fixtureB.m_friction);
                  }
                  SetRestitution(t) {
                    this.m_restitution = t;
                  }
                  GetRestitution() {
                    return this.m_restitution;
                  }
                  ResetRestitution() {
                    this.m_restitution = Ls(this.m_fixtureA.m_restitution, this.m_fixtureB.m_restitution);
                  }
                  SetTangentSpeed(t) {
                    this.m_tangentSpeed = t;
                  }
                  GetTangentSpeed() {
                    return this.m_tangentSpeed;
                  }
                  Reset(t, e, i, s) {
                    this.m_islandFlag = !1;
                    this.m_touchingFlag = !1;
                    this.m_enabledFlag = !0;
                    this.m_filterFlag = !1;
                    this.m_bulletHitFlag = !1;
                    this.m_toiFlag = !1;
                    this.m_fixtureA = t;
                    this.m_fixtureB = i;
                    this.m_indexA = e;
                    this.m_indexB = s;
                    this.m_manifold.pointCount = 0;
                    this.m_prev = null;
                    this.m_next = null;
                    this.m_nodeA.Reset();
                    this.m_nodeB.Reset();
                    this.m_toiCount = 0;
                    this.m_friction = Ns(this.m_fixtureA.m_friction, this.m_fixtureB.m_friction);
                    this.m_restitution = Ls(this.m_fixtureA.m_restitution, this.m_fixtureB.m_restitution);
                  }
                  Update(t) {
                    const e = this.m_oldManifold;
                    this.m_oldManifold = this.m_manifold;
                    this.m_manifold = e;
                    this.m_enabledFlag = !0;
                    let i = !1;
                    const s = this.m_touchingFlag;
                    const n = this.m_fixtureA.IsSensor();
                    const r = this.m_fixtureB.IsSensor();
                    const o = n || r;
                    const a = this.m_fixtureA.GetBody();
                    const l = this.m_fixtureB.GetBody();
                    const h = a.GetTransform();
                    const c = l.GetTransform();
                    if (o) {
                      const t = this.GetShapeA();
                      const e = this.GetShapeB();
                      i = ve(t, this.m_indexA, e, this.m_indexB, h, c);
                      this.m_manifold.pointCount = 0;
                    } else {
                      this.Evaluate(this.m_manifold, h, c);
                      i = this.m_manifold.pointCount > 0;
                      for (let t = 0; t < this.m_manifold.pointCount; ++t) {
                        const e = this.m_manifold.points[t];
                        e.normalImpulse = 0;
                        e.tangentImpulse = 0;
                        const i = e.id;
                        for (let t = 0; t < this.m_oldManifold.pointCount; ++t) {
                          const s = this.m_oldManifold.points[t];
                          if (s.id.key === i.key) {
                            e.normalImpulse = s.normalImpulse;
                            e.tangentImpulse = s.tangentImpulse;
                            break;
                          }
                        }
                      }
                      if (i !== s) {
                        a.SetAwake(!0);
                        l.SetAwake(!0);
                      }
                    }
                    this.m_touchingFlag = i;
                    !s && i && t && t.BeginContact(this);
                    s && !i && t && t.EndContact(this);
                    !o && i && t && t.PreSolve(this, this.m_oldManifold);
                  }
                  ComputeTOI(t, e) {
                    const i = Vs.ComputeTOI_s_input;
                    i.proxyA.SetShape(this.GetShapeA(), this.m_indexA);
                    i.proxyB.SetShape(this.GetShapeB(), this.m_indexB);
                    i.sweepA.Copy(t);
                    i.sweepB.Copy(e);
                    i.tMax = u;
                    const s = Vs.ComputeTOI_s_output;
                    $e(s, i);
                    return s.t;
                  }
                }
                Vs.ComputeTOI_s_input = new Ge;
                Vs.ComputeTOI_s_output = new ze;
                class ks extends Vs {
                  static Create() {
                    return new ks;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    ii(t, this.GetShapeA(), e, this.GetShapeB(), i);
                  }
                }
                class Us extends Vs {
                  static Create() {
                    return new Us;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    Mi(t, this.GetShapeA(), e, this.GetShapeB(), i);
                  }
                }
                class Gs extends Vs {
                  static Create() {
                    return new Gs;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    oi(t, this.GetShapeA(), e, this.GetShapeB(), i);
                  }
                }
                class zs extends Vs {
                  static Create() {
                    return new zs;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    ki(t, this.GetShapeA(), e, this.GetShapeB(), i);
                  }
                }
                class Hs extends Vs {
                  static Create() {
                    return new Hs;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    Yi(t, this.GetShapeA(), e, this.GetShapeB(), i);
                  }
                }
                class js extends Vs {
                  static Create() {
                    return new js;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    const s = js.Evaluate_s_edge;
                    this.GetShapeA().GetChildEdge(s, this.m_indexA);
                    ki(t, s, e, this.GetShapeB(), i);
                  }
                }
                js.Evaluate_s_edge = new Qi;
                class Xs extends Vs {
                  static Create() {
                    return new Xs;
                  }
                  static Destroy(t) {}
                  Evaluate(t, e, i) {
                    const s = Xs.Evaluate_s_edge;
                    this.GetShapeA().GetChildEdge(s, this.m_indexA);
                    Yi(t, s, e, this.GetShapeB(), i);
                  }
                }
                Xs.Evaluate_s_edge = new Qi;
                class Ws {
                  constructor() {
                    this.pool = [];
                    this.createFcn = null;
                    this.destroyFcn = null;
                    this.primary = !1;
                  }
                }
                class Ys {
                  constructor() {
                    this.m_registers = [];
                    this.InitializeRegisters();
                  }
                  AddType(t, e, i, s) {
                    const n = [];
                    function r() {
                      return n.pop() || t();
                    }
                    function o(t) {
                      n.push(t);
                    }
                    this.m_registers[i][s].pool = n;
                    this.m_registers[i][s].createFcn = r;
                    this.m_registers[i][s].destroyFcn = o;
                    this.m_registers[i][s].primary = !0;
                    if (i !== s) {
                      this.m_registers[s][i].pool = n;
                      this.m_registers[s][i].createFcn = r;
                      this.m_registers[s][i].destroyFcn = o;
                      this.m_registers[s][i].primary = !1;
                    }
                  }
                  InitializeRegisters() {
                    for (let e = 0; e < t.b2ShapeType.e_shapeTypeCount; e++) {
                      this.m_registers[e] = [];
                      for (let i = 0; i < t.b2ShapeType.e_shapeTypeCount; i++) this.m_registers[e][i] = new Ws;
                    }
                    this.AddType(ks.Create, ks.Destroy, t.b2ShapeType.e_circleShape, t.b2ShapeType.e_circleShape);
                    this.AddType(Gs.Create, Gs.Destroy, t.b2ShapeType.e_polygonShape, t.b2ShapeType.e_circleShape);
                    this.AddType(Us.Create, Us.Destroy, t.b2ShapeType.e_polygonShape, t.b2ShapeType.e_polygonShape);
                    this.AddType(zs.Create, zs.Destroy, t.b2ShapeType.e_edgeShape, t.b2ShapeType.e_circleShape);
                    this.AddType(Hs.Create, Hs.Destroy, t.b2ShapeType.e_edgeShape, t.b2ShapeType.e_polygonShape);
                    this.AddType(js.Create, js.Destroy, t.b2ShapeType.e_chainShape, t.b2ShapeType.e_circleShape);
                    this.AddType(Xs.Create, Xs.Destroy, t.b2ShapeType.e_chainShape, t.b2ShapeType.e_polygonShape);
                  }
                  Create(t, e, i, s) {
                    const n = t.GetType();
                    const r = i.GetType();
                    const o = this.m_registers[n][r];
                    if (o.createFcn) {
                      const n = o.createFcn();
                      o.primary ? n.Reset(t, e, i, s) : n.Reset(i, s, t, e);
                      return n;
                    }
                    return null;
                  }
                  Destroy(t) {
                    const e = t.m_fixtureA.GetType();
                    const i = t.m_fixtureB.GetType();
                    const s = this.m_registers[e][i];
                    s.destroyFcn && s.destroyFcn(t);
                  }
                }
                class qs {
                  SayGoodbyeJoint(t) {}
                  SayGoodbyeFixture(t) {}
                  SayGoodbyeParticleGroup(t) {}
                  SayGoodbyeParticle(t, e) {}
                }
                class Ks {
                  ShouldCollide(e, i) {
                    const s = e.GetBody();
                    const n = i.GetBody();
                    if (n.GetType() === t.b2BodyType.b2_staticBody && s.GetType() === t.b2BodyType.b2_staticBody) return !1;
                    if (!n.ShouldCollideConnected(s)) return !1;
                    const r = e.GetFilterData();
                    const o = i.GetFilterData();
                    return r.groupIndex === o.groupIndex && 0 !== r.groupIndex ? r.groupIndex > 0 : 0 != (r.maskBits & o.categoryBits) && 0 != (r.categoryBits & o.maskBits);
                  }
                  ShouldCollideFixtureParticle(t, e, i) {
                    return !0;
                  }
                  ShouldCollideParticleParticle(t, e, i) {
                    return !0;
                  }
                }
                Ks.b2_defaultFilter = new Ks;
                class Js {
                  constructor() {
                    this.normalImpulses = K(a);
                    this.tangentImpulses = K(a);
                    this.count = 0;
                  }
                }
                class Zs {
                  BeginContact(t) {}
                  EndContact(t) {}
                  BeginContactFixtureParticle(t, e) {}
                  EndContactFixtureParticle(t, e) {}
                  BeginContactParticleParticle(t, e) {}
                  EndContactParticleParticle(t, e) {}
                  PreSolve(t, e) {}
                  PostSolve(t, e) {}
                }
                Zs.b2_defaultListener = new Zs;
                class Qs {
                  ReportFixture(t) {
                    return !0;
                  }
                  ReportParticle(t, e) {
                    return !1;
                  }
                  ShouldQueryParticleSystem(t) {
                    return !0;
                  }
                }
                class $s {
                  ReportFixture(t, e, i, s) {
                    return s;
                  }
                  ReportParticle(t, e, i, s, n) {
                    return 0;
                  }
                  ShouldQueryParticleSystem(t) {
                    return !0;
                  }
                }
                class tn {
                  constructor() {
                    this.m_broadPhase = new Be;
                    this.m_contactList = null;
                    this.m_contactCount = 0;
                    this.m_contactFilter = Ks.b2_defaultFilter;
                    this.m_contactListener = Zs.b2_defaultListener;
                    this.m_contactFactory = new Ys;
                  }
                  AddPair(t, e) {
                    let i = t.fixture;
                    let s = e.fixture;
                    let n = t.childIndex;
                    let r = e.childIndex;
                    let o = i.GetBody();
                    let a = s.GetBody();
                    if (o === a) return;
                    let l = a.GetContactList();
                    for (;l; ) {
                      if (l.other === o) {
                        const t = l.contact.GetFixtureA();
                        const e = l.contact.GetFixtureB();
                        const o = l.contact.GetChildIndexA();
                        const a = l.contact.GetChildIndexB();
                        if (t === i && e === s && o === n && a === r) return;
                        if (t === s && e === i && o === r && a === n) return;
                      }
                      l = l.next;
                    }
                    if (this.m_contactFilter && !this.m_contactFilter.ShouldCollide(i, s)) return;
                    const h = this.m_contactFactory.Create(i, n, s, r);
                    if (null !== h) {
                      i = h.GetFixtureA();
                      s = h.GetFixtureB();
                      n = h.GetChildIndexA();
                      r = h.GetChildIndexB();
                      o = i.m_body;
                      a = s.m_body;
                      h.m_prev = null;
                      h.m_next = this.m_contactList;
                      null !== this.m_contactList && (this.m_contactList.m_prev = h);
                      this.m_contactList = h;
                      h.m_nodeA.other = a;
                      h.m_nodeA.prev = null;
                      h.m_nodeA.next = o.m_contactList;
                      null !== o.m_contactList && (o.m_contactList.prev = h.m_nodeA);
                      o.m_contactList = h.m_nodeA;
                      h.m_nodeB.other = o;
                      h.m_nodeB.prev = null;
                      h.m_nodeB.next = a.m_contactList;
                      null !== a.m_contactList && (a.m_contactList.prev = h.m_nodeB);
                      a.m_contactList = h.m_nodeB;
                      if (!i.IsSensor() && !s.IsSensor()) {
                        o.SetAwake(!0);
                        a.SetAwake(!0);
                      }
                      ++this.m_contactCount;
                    }
                  }
                  FindNewContacts() {
                    this.m_broadPhase.UpdatePairs(((t, e) => {
                      this.AddPair(t, e);
                    }));
                  }
                  Destroy(t) {
                    const e = t.GetFixtureA();
                    const i = t.GetFixtureB();
                    const s = e.GetBody();
                    const n = i.GetBody();
                    this.m_contactListener && t.IsTouching() && this.m_contactListener.EndContact(t);
                    t.m_prev && (t.m_prev.m_next = t.m_next);
                    t.m_next && (t.m_next.m_prev = t.m_prev);
                    t === this.m_contactList && (this.m_contactList = t.m_next);
                    t.m_nodeA.prev && (t.m_nodeA.prev.next = t.m_nodeA.next);
                    t.m_nodeA.next && (t.m_nodeA.next.prev = t.m_nodeA.prev);
                    t.m_nodeA === s.m_contactList && (s.m_contactList = t.m_nodeA.next);
                    t.m_nodeB.prev && (t.m_nodeB.prev.next = t.m_nodeB.next);
                    t.m_nodeB.next && (t.m_nodeB.next.prev = t.m_nodeB.prev);
                    t.m_nodeB === n.m_contactList && (n.m_contactList = t.m_nodeB.next);
                    if (t.m_manifold.pointCount > 0 && !e.IsSensor() && !i.IsSensor()) {
                      e.GetBody().SetAwake(!0);
                      i.GetBody().SetAwake(!0);
                    }
                    this.m_contactFactory.Destroy(t);
                    --this.m_contactCount;
                  }
                  Collide() {
                    let e = this.m_contactList;
                    for (;e; ) {
                      const i = e.GetFixtureA();
                      const s = e.GetFixtureB();
                      const n = e.GetChildIndexA();
                      const r = e.GetChildIndexB();
                      const o = i.GetBody();
                      const a = s.GetBody();
                      if (e.m_filterFlag) {
                        if (this.m_contactFilter && !this.m_contactFilter.ShouldCollide(i, s)) {
                          const t = e;
                          e = t.m_next;
                          this.Destroy(t);
                          continue;
                        }
                        e.m_filterFlag = !1;
                      }
                      const l = o.IsAwake() && o.m_type !== t.b2BodyType.b2_staticBody;
                      const h = a.IsAwake() && a.m_type !== t.b2BodyType.b2_staticBody;
                      if (!l && !h) {
                        e = e.m_next;
                        continue;
                      }
                      const c = i.m_proxies[n].treeNode;
                      const u = s.m_proxies[r].treeNode;
                      if (ye(c.aabb, u.aabb)) {
                        e.Update(this.m_contactListener);
                        e = e.m_next;
                      } else {
                        const t = e;
                        e = t.m_next;
                        this.Destroy(t);
                      }
                    }
                  }
                }
                class en {
                  constructor() {
                    this.step = 0;
                    this.collide = 0;
                    this.solve = 0;
                    this.solveInit = 0;
                    this.solveVelocity = 0;
                    this.solvePosition = 0;
                    this.broadphase = 0;
                    this.solveTOI = 0;
                  }
                  Reset() {
                    this.step = 0;
                    this.collide = 0;
                    this.solve = 0;
                    this.solveInit = 0;
                    this.solveVelocity = 0;
                    this.solvePosition = 0;
                    this.broadphase = 0;
                    this.solveTOI = 0;
                    return this;
                  }
                }
                class sn {
                  constructor() {
                    this.dt = 0;
                    this.inv_dt = 0;
                    this.dtRatio = 0;
                    this.velocityIterations = 0;
                    this.positionIterations = 0;
                    this.particleIterations = 0;
                    this.warmStarting = !1;
                  }
                  Copy(t) {
                    this.dt = t.dt;
                    this.inv_dt = t.inv_dt;
                    this.dtRatio = t.dtRatio;
                    this.positionIterations = t.positionIterations;
                    this.velocityIterations = t.velocityIterations;
                    this.particleIterations = t.particleIterations;
                    this.warmStarting = t.warmStarting;
                    return this;
                  }
                }
                class nn {
                  constructor() {
                    this.c = new St;
                    this.a = 0;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new nn));
                  }
                }
                class rn {
                  constructor() {
                    this.v = new St;
                    this.w = 0;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new rn));
                  }
                }
                class on {
                  constructor() {
                    this.step = new sn;
                  }
                }
                let an = !1;
                class ln {
                  constructor() {
                    this.rA = new St;
                    this.rB = new St;
                    this.normalImpulse = 0;
                    this.tangentImpulse = 0;
                    this.normalMass = 0;
                    this.tangentMass = 0;
                    this.velocityBias = 0;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new ln));
                  }
                }
                class hn {
                  constructor() {
                    this.points = ln.MakeArray(a);
                    this.normal = new St;
                    this.tangent = new St;
                    this.normalMass = new vt;
                    this.K = new vt;
                    this.indexA = 0;
                    this.indexB = 0;
                    this.invMassA = 0;
                    this.invMassB = 0;
                    this.invIA = 0;
                    this.invIB = 0;
                    this.friction = 0;
                    this.restitution = 0;
                    this.tangentSpeed = 0;
                    this.pointCount = 0;
                    this.contactIndex = 0;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new hn));
                  }
                }
                class cn {
                  constructor() {
                    this.localPoints = St.MakeArray(a);
                    this.localNormal = new St;
                    this.localPoint = new St;
                    this.indexA = 0;
                    this.indexB = 0;
                    this.invMassA = 0;
                    this.invMassB = 0;
                    this.localCenterA = new St;
                    this.localCenterB = new St;
                    this.invIA = 0;
                    this.invIB = 0;
                    this.type = t.b2ManifoldType.e_unknown;
                    this.radiusA = 0;
                    this.radiusB = 0;
                    this.pointCount = 0;
                  }
                  static MakeArray(t) {
                    return Y(t, (t => new cn));
                  }
                }
                class un {
                  constructor() {
                    this.step = new sn;
                    this.count = 0;
                  }
                }
                class _n {
                  constructor() {
                    this.normal = new St;
                    this.point = new St;
                    this.separation = 0;
                  }
                  Initialize(e, i, s, n) {
                    const r = _n.Initialize_s_pointA;
                    const o = _n.Initialize_s_pointB;
                    const a = _n.Initialize_s_planePoint;
                    const l = _n.Initialize_s_clipPoint;
                    switch (e.type) {
                     case t.b2ManifoldType.e_circles:
                      xt.MulXV(i, e.localPoint, r);
                      xt.MulXV(s, e.localPoints[0], o);
                      St.SubVV(o, r, this.normal).SelfNormalize();
                      St.MidVV(r, o, this.point);
                      this.separation = St.DotVV(St.SubVV(o, r, St.s_t0), this.normal) - e.radiusA - e.radiusB;
                      break;

                     case t.b2ManifoldType.e_faceA:
                      Ct.MulRV(i.q, e.localNormal, this.normal);
                      xt.MulXV(i, e.localPoint, a);
                      xt.MulXV(s, e.localPoints[n], l);
                      this.separation = St.DotVV(St.SubVV(l, a, St.s_t0), this.normal) - e.radiusA - e.radiusB;
                      this.point.Copy(l);
                      break;

                     case t.b2ManifoldType.e_faceB:
                      Ct.MulRV(s.q, e.localNormal, this.normal);
                      xt.MulXV(s, e.localPoint, a);
                      xt.MulXV(i, e.localPoints[n], l);
                      this.separation = St.DotVV(St.SubVV(l, a, St.s_t0), this.normal) - e.radiusA - e.radiusB;
                      this.point.Copy(l);
                      this.normal.SelfNeg();
                    }
                  }
                }
                _n.Initialize_s_pointA = new St;
                _n.Initialize_s_pointB = new St;
                _n.Initialize_s_planePoint = new St;
                _n.Initialize_s_clipPoint = new St;
                class dn {
                  constructor() {
                    this.m_step = new sn;
                    this.m_positionConstraints = cn.MakeArray(1024);
                    this.m_velocityConstraints = hn.MakeArray(1024);
                    this.m_count = 0;
                  }
                  Initialize(t) {
                    this.m_step.Copy(t.step);
                    this.m_count = t.count;
                    if (this.m_positionConstraints.length < this.m_count) {
                      const t = et(2 * this.m_positionConstraints.length, this.m_count);
                      for (;this.m_positionConstraints.length < t; ) this.m_positionConstraints[this.m_positionConstraints.length] = new cn;
                    }
                    if (this.m_velocityConstraints.length < this.m_count) {
                      const t = et(2 * this.m_velocityConstraints.length, this.m_count);
                      for (;this.m_velocityConstraints.length < t; ) this.m_velocityConstraints[this.m_velocityConstraints.length] = new hn;
                    }
                    this.m_positions = t.positions;
                    this.m_velocities = t.velocities;
                    this.m_contacts = t.contacts;
                    for (let t = 0; t < this.m_count; ++t) {
                      const e = this.m_contacts[t];
                      const i = e.m_fixtureA;
                      const s = e.m_fixtureB;
                      const n = i.GetShape();
                      const r = s.GetShape();
                      const o = n.m_radius;
                      const a = r.m_radius;
                      const l = i.GetBody();
                      const h = s.GetBody();
                      const c = e.GetManifold();
                      const u = c.pointCount;
                      const _ = this.m_velocityConstraints[t];
                      _.friction = e.m_friction;
                      _.restitution = e.m_restitution;
                      _.tangentSpeed = e.m_tangentSpeed;
                      _.indexA = l.m_islandIndex;
                      _.indexB = h.m_islandIndex;
                      _.invMassA = l.m_invMass;
                      _.invMassB = h.m_invMass;
                      _.invIA = l.m_invI;
                      _.invIB = h.m_invI;
                      _.contactIndex = t;
                      _.pointCount = u;
                      _.K.SetZero();
                      _.normalMass.SetZero();
                      const d = this.m_positionConstraints[t];
                      d.indexA = l.m_islandIndex;
                      d.indexB = h.m_islandIndex;
                      d.invMassA = l.m_invMass;
                      d.invMassB = h.m_invMass;
                      d.localCenterA.Copy(l.m_sweep.localCenter);
                      d.localCenterB.Copy(h.m_sweep.localCenter);
                      d.invIA = l.m_invI;
                      d.invIB = h.m_invI;
                      d.localNormal.Copy(c.localNormal);
                      d.localPoint.Copy(c.localPoint);
                      d.pointCount = u;
                      d.radiusA = o;
                      d.radiusB = a;
                      d.type = c.type;
                      for (let t = 0; t < u; ++t) {
                        const e = c.points[t];
                        const i = _.points[t];
                        if (this.m_step.warmStarting) {
                          i.normalImpulse = this.m_step.dtRatio * e.normalImpulse;
                          i.tangentImpulse = this.m_step.dtRatio * e.tangentImpulse;
                        } else {
                          i.normalImpulse = 0;
                          i.tangentImpulse = 0;
                        }
                        i.rA.SetZero();
                        i.rB.SetZero();
                        i.normalMass = 0;
                        i.tangentMass = 0;
                        i.velocityBias = 0;
                        d.localPoints[t].Copy(e.localPoint);
                      }
                    }
                    return this;
                  }
                  InitializeVelocityConstraints() {
                    const t = dn.InitializeVelocityConstraints_s_xfA;
                    const e = dn.InitializeVelocityConstraints_s_xfB;
                    const i = dn.InitializeVelocityConstraints_s_worldManifold;
                    const s = 1e3;
                    for (let n = 0; n < this.m_count; ++n) {
                      const r = this.m_velocityConstraints[n];
                      const o = this.m_positionConstraints[n];
                      const a = o.radiusA;
                      const l = o.radiusB;
                      const h = this.m_contacts[r.contactIndex].GetManifold();
                      const c = r.indexA;
                      const u = r.indexB;
                      const _ = r.invMassA;
                      const d = r.invMassB;
                      const p = r.invIA;
                      const m = r.invIB;
                      const g = o.localCenterA;
                      const y = o.localCenterB;
                      const b = this.m_positions[c].c;
                      const S = this.m_positions[c].a;
                      const A = this.m_velocities[c].v;
                      const T = this.m_velocities[c].w;
                      const v = this.m_positions[u].c;
                      const E = this.m_positions[u].a;
                      const C = this.m_velocities[u].v;
                      const x = this.m_velocities[u].w;
                      t.q.SetAngle(S);
                      e.q.SetAngle(E);
                      St.SubVV(b, Ct.MulRV(t.q, g, St.s_t0), t.p);
                      St.SubVV(v, Ct.MulRV(e.q, y, St.s_t0), e.p);
                      i.Initialize(h, t, a, e, l);
                      r.normal.Copy(i.normal);
                      St.CrossVOne(r.normal, r.tangent);
                      const w = r.pointCount;
                      for (let t = 0; t < w; ++t) {
                        const e = r.points[t];
                        St.SubVV(i.points[t], b, e.rA);
                        St.SubVV(i.points[t], v, e.rB);
                        const s = St.CrossVV(e.rA, r.normal);
                        const n = St.CrossVV(e.rB, r.normal);
                        const o = _ + d + p * s * s + m * n * n;
                        e.normalMass = o > 0 ? 1 / o : 0;
                        const a = r.tangent;
                        const l = St.CrossVV(e.rA, a);
                        const h = St.CrossVV(e.rB, a);
                        const c = _ + d + p * l * l + m * h * h;
                        e.tangentMass = c > 0 ? 1 / c : 0;
                        e.velocityBias = 0;
                        const u = St.DotVV(r.normal, St.SubVV(St.AddVCrossSV(C, x, e.rB, St.s_t0), St.AddVCrossSV(A, T, e.rA, St.s_t1), St.s_t0));
                        u < -f && (e.velocityBias += -r.restitution * u);
                      }
                      if (2 === r.pointCount && an) {
                        const t = r.points[0];
                        const e = r.points[1];
                        const i = St.CrossVV(t.rA, r.normal);
                        const n = St.CrossVV(t.rB, r.normal);
                        const o = St.CrossVV(e.rA, r.normal);
                        const a = St.CrossVV(e.rB, r.normal);
                        const l = _ + d + p * i * i + m * n * n;
                        const h = _ + d + p * o * o + m * a * a;
                        const c = _ + d + p * i * o + m * n * a;
                        if (l * l < s * (l * h - c * c)) {
                          r.K.ex.Set(l, c);
                          r.K.ey.Set(c, h);
                          r.K.GetInverse(r.normalMass);
                        } else r.pointCount = 1;
                      }
                    }
                  }
                  WarmStart() {
                    const t = dn.WarmStart_s_P;
                    for (let e = 0; e < this.m_count; ++e) {
                      const i = this.m_velocityConstraints[e];
                      const s = i.indexA;
                      const n = i.indexB;
                      const r = i.invMassA;
                      const o = i.invIA;
                      const a = i.invMassB;
                      const l = i.invIB;
                      const h = i.pointCount;
                      const c = this.m_velocities[s].v;
                      let u = this.m_velocities[s].w;
                      const _ = this.m_velocities[n].v;
                      let d = this.m_velocities[n].w;
                      const p = i.normal;
                      const m = i.tangent;
                      for (let e = 0; e < h; ++e) {
                        const s = i.points[e];
                        St.AddVV(St.MulSV(s.normalImpulse, p, St.s_t0), St.MulSV(s.tangentImpulse, m, St.s_t1), t);
                        u -= o * St.CrossVV(s.rA, t);
                        c.SelfMulSub(r, t);
                        d += l * St.CrossVV(s.rB, t);
                        _.SelfMulAdd(a, t);
                      }
                      this.m_velocities[s].w = u;
                      this.m_velocities[n].w = d;
                    }
                  }
                  SolveVelocityConstraints() {
                    const t = dn.SolveVelocityConstraints_s_dv;
                    const e = dn.SolveVelocityConstraints_s_dv1;
                    const i = dn.SolveVelocityConstraints_s_dv2;
                    const s = dn.SolveVelocityConstraints_s_P;
                    const n = dn.SolveVelocityConstraints_s_a;
                    const r = dn.SolveVelocityConstraints_s_b;
                    const o = dn.SolveVelocityConstraints_s_x;
                    const a = dn.SolveVelocityConstraints_s_d;
                    const l = dn.SolveVelocityConstraints_s_P1;
                    const h = dn.SolveVelocityConstraints_s_P2;
                    const c = dn.SolveVelocityConstraints_s_P1P2;
                    for (let u = 0; u < this.m_count; ++u) {
                      const _ = this.m_velocityConstraints[u];
                      const d = _.indexA;
                      const p = _.indexB;
                      const m = _.invMassA;
                      const f = _.invIA;
                      const g = _.invMassB;
                      const y = _.invIB;
                      const b = _.pointCount;
                      const S = this.m_velocities[d].v;
                      let A = this.m_velocities[d].w;
                      const T = this.m_velocities[p].v;
                      let v = this.m_velocities[p].w;
                      const E = _.normal;
                      const C = _.tangent;
                      const x = _.friction;
                      for (let e = 0; e < b; ++e) {
                        const i = _.points[e];
                        St.SubVV(St.AddVCrossSV(T, v, i.rB, St.s_t0), St.AddVCrossSV(S, A, i.rA, St.s_t1), t);
                        const n = St.DotVV(t, C) - _.tangentSpeed;
                        let r = i.tangentMass * -n;
                        const o = x * i.normalImpulse;
                        const a = it(i.tangentImpulse + r, -o, o);
                        r = a - i.tangentImpulse;
                        i.tangentImpulse = a;
                        St.MulSV(r, C, s);
                        S.SelfMulSub(m, s);
                        A -= f * St.CrossVV(i.rA, s);
                        T.SelfMulAdd(g, s);
                        v += y * St.CrossVV(i.rB, s);
                      }
                      if (1 === _.pointCount || !1 === an) for (let e = 0; e < b; ++e) {
                        const i = _.points[e];
                        St.SubVV(St.AddVCrossSV(T, v, i.rB, St.s_t0), St.AddVCrossSV(S, A, i.rA, St.s_t1), t);
                        const n = St.DotVV(t, E);
                        let r = -i.normalMass * (n - i.velocityBias);
                        const o = et(i.normalImpulse + r, 0);
                        r = o - i.normalImpulse;
                        i.normalImpulse = o;
                        St.MulSV(r, E, s);
                        S.SelfMulSub(m, s);
                        A -= f * St.CrossVV(i.rA, s);
                        T.SelfMulAdd(g, s);
                        v += y * St.CrossVV(i.rB, s);
                      } else {
                        const t = _.points[0];
                        const s = _.points[1];
                        n.Set(t.normalImpulse, s.normalImpulse);
                        St.SubVV(St.AddVCrossSV(T, v, t.rB, St.s_t0), St.AddVCrossSV(S, A, t.rA, St.s_t1), e);
                        St.SubVV(St.AddVCrossSV(T, v, s.rB, St.s_t0), St.AddVCrossSV(S, A, s.rA, St.s_t1), i);
                        let u = St.DotVV(e, E);
                        let d = St.DotVV(i, E);
                        r.x = u - t.velocityBias;
                        r.y = d - s.velocityBias;
                        r.SelfSub(vt.MulMV(_.K, n, St.s_t0));
                        for (;;) {
                          vt.MulMV(_.normalMass, r, o).SelfNeg();
                          if (o.x >= 0 && o.y >= 0) {
                            St.SubVV(o, n, a);
                            St.MulSV(a.x, E, l);
                            St.MulSV(a.y, E, h);
                            St.AddVV(l, h, c);
                            S.SelfMulSub(m, c);
                            A -= f * (St.CrossVV(t.rA, l) + St.CrossVV(s.rA, h));
                            T.SelfMulAdd(g, c);
                            v += y * (St.CrossVV(t.rB, l) + St.CrossVV(s.rB, h));
                            t.normalImpulse = o.x;
                            s.normalImpulse = o.y;
                            break;
                          }
                          o.x = -t.normalMass * r.x;
                          o.y = 0;
                          u = 0;
                          d = _.K.ex.y * o.x + r.y;
                          if (o.x >= 0 && d >= 0) {
                            St.SubVV(o, n, a);
                            St.MulSV(a.x, E, l);
                            St.MulSV(a.y, E, h);
                            St.AddVV(l, h, c);
                            S.SelfMulSub(m, c);
                            A -= f * (St.CrossVV(t.rA, l) + St.CrossVV(s.rA, h));
                            T.SelfMulAdd(g, c);
                            v += y * (St.CrossVV(t.rB, l) + St.CrossVV(s.rB, h));
                            t.normalImpulse = o.x;
                            s.normalImpulse = o.y;
                            break;
                          }
                          o.x = 0;
                          o.y = -s.normalMass * r.y;
                          u = _.K.ey.x * o.y + r.x;
                          d = 0;
                          if (o.y >= 0 && u >= 0) {
                            St.SubVV(o, n, a);
                            St.MulSV(a.x, E, l);
                            St.MulSV(a.y, E, h);
                            St.AddVV(l, h, c);
                            S.SelfMulSub(m, c);
                            A -= f * (St.CrossVV(t.rA, l) + St.CrossVV(s.rA, h));
                            T.SelfMulAdd(g, c);
                            v += y * (St.CrossVV(t.rB, l) + St.CrossVV(s.rB, h));
                            t.normalImpulse = o.x;
                            s.normalImpulse = o.y;
                            break;
                          }
                          o.x = 0;
                          o.y = 0;
                          u = r.x;
                          d = r.y;
                          if (u >= 0 && d >= 0) {
                            St.SubVV(o, n, a);
                            St.MulSV(a.x, E, l);
                            St.MulSV(a.y, E, h);
                            St.AddVV(l, h, c);
                            S.SelfMulSub(m, c);
                            A -= f * (St.CrossVV(t.rA, l) + St.CrossVV(s.rA, h));
                            T.SelfMulAdd(g, c);
                            v += y * (St.CrossVV(t.rB, l) + St.CrossVV(s.rB, h));
                            t.normalImpulse = o.x;
                            s.normalImpulse = o.y;
                            break;
                          }
                          break;
                        }
                      }
                      this.m_velocities[d].w = A;
                      this.m_velocities[p].w = v;
                    }
                  }
                  StoreImpulses() {
                    for (let t = 0; t < this.m_count; ++t) {
                      const e = this.m_velocityConstraints[t];
                      const i = this.m_contacts[e.contactIndex].GetManifold();
                      for (let t = 0; t < e.pointCount; ++t) {
                        i.points[t].normalImpulse = e.points[t].normalImpulse;
                        i.points[t].tangentImpulse = e.points[t].tangentImpulse;
                      }
                    }
                  }
                  SolvePositionConstraints() {
                    const t = dn.SolvePositionConstraints_s_xfA;
                    const e = dn.SolvePositionConstraints_s_xfB;
                    const i = dn.SolvePositionConstraints_s_psm;
                    const s = dn.SolvePositionConstraints_s_rA;
                    const n = dn.SolvePositionConstraints_s_rB;
                    const r = dn.SolvePositionConstraints_s_P;
                    let o = 0;
                    for (let a = 0; a < this.m_count; ++a) {
                      const l = this.m_positionConstraints[a];
                      const h = l.indexA;
                      const c = l.indexB;
                      const _ = l.localCenterA;
                      const d = l.invMassA;
                      const p = l.invIA;
                      const m = l.localCenterB;
                      const f = l.invMassB;
                      const y = l.invIB;
                      const b = l.pointCount;
                      const S = this.m_positions[h].c;
                      let A = this.m_positions[h].a;
                      const T = this.m_positions[c].c;
                      let E = this.m_positions[c].a;
                      for (let a = 0; a < b; ++a) {
                        t.q.SetAngle(A);
                        e.q.SetAngle(E);
                        St.SubVV(S, Ct.MulRV(t.q, _, St.s_t0), t.p);
                        St.SubVV(T, Ct.MulRV(e.q, m, St.s_t0), e.p);
                        i.Initialize(l, t, e, a);
                        const h = i.normal;
                        const c = i.point;
                        const b = i.separation;
                        St.SubVV(c, S, s);
                        St.SubVV(c, T, n);
                        o = tt(o, b);
                        const C = it(v * (b + u), -g, 0);
                        const x = St.CrossVV(s, h);
                        const w = St.CrossVV(n, h);
                        const R = d + f + p * x * x + y * w * w;
                        const I = R > 0 ? -C / R : 0;
                        St.MulSV(I, h, r);
                        S.SelfMulSub(d, r);
                        A -= p * St.CrossVV(s, r);
                        T.SelfMulAdd(f, r);
                        E += y * St.CrossVV(n, r);
                      }
                      this.m_positions[h].a = A;
                      this.m_positions[c].a = E;
                    }
                    return o > -3 * u;
                  }
                  SolveTOIPositionConstraints(t, e) {
                    const i = dn.SolveTOIPositionConstraints_s_xfA;
                    const s = dn.SolveTOIPositionConstraints_s_xfB;
                    const n = dn.SolveTOIPositionConstraints_s_psm;
                    const r = dn.SolveTOIPositionConstraints_s_rA;
                    const o = dn.SolveTOIPositionConstraints_s_rB;
                    const a = dn.SolveTOIPositionConstraints_s_P;
                    let l = 0;
                    for (let h = 0; h < this.m_count; ++h) {
                      const c = this.m_positionConstraints[h];
                      const _ = c.indexA;
                      const d = c.indexB;
                      const p = c.localCenterA;
                      const m = c.localCenterB;
                      const f = c.pointCount;
                      let y = 0;
                      let b = 0;
                      if (_ === t || _ === e) {
                        y = c.invMassA;
                        b = c.invIA;
                      }
                      let S = 0;
                      let A = 0;
                      if (d === t || d === e) {
                        S = c.invMassB;
                        A = c.invIB;
                      }
                      const T = this.m_positions[_].c;
                      let v = this.m_positions[_].a;
                      const C = this.m_positions[d].c;
                      let x = this.m_positions[d].a;
                      for (let t = 0; t < f; ++t) {
                        i.q.SetAngle(v);
                        s.q.SetAngle(x);
                        St.SubVV(T, Ct.MulRV(i.q, p, St.s_t0), i.p);
                        St.SubVV(C, Ct.MulRV(s.q, m, St.s_t0), s.p);
                        n.Initialize(c, i, s, t);
                        const e = n.normal;
                        const h = n.point;
                        const _ = n.separation;
                        St.SubVV(h, T, r);
                        St.SubVV(h, C, o);
                        l = tt(l, _);
                        const d = it(E * (_ + u), -g, 0);
                        const f = St.CrossVV(r, e);
                        const w = St.CrossVV(o, e);
                        const R = y + S + b * f * f + A * w * w;
                        const I = R > 0 ? -d / R : 0;
                        St.MulSV(I, e, a);
                        T.SelfMulSub(y, a);
                        v -= b * St.CrossVV(r, a);
                        C.SelfMulAdd(S, a);
                        x += A * St.CrossVV(o, a);
                      }
                      this.m_positions[_].a = v;
                      this.m_positions[d].a = x;
                    }
                    return l >= -1.5 * u;
                  }
                }
                dn.InitializeVelocityConstraints_s_xfA = new xt;
                dn.InitializeVelocityConstraints_s_xfB = new xt;
                dn.InitializeVelocityConstraints_s_worldManifold = new _e;
                dn.WarmStart_s_P = new St;
                dn.SolveVelocityConstraints_s_dv = new St;
                dn.SolveVelocityConstraints_s_dv1 = new St;
                dn.SolveVelocityConstraints_s_dv2 = new St;
                dn.SolveVelocityConstraints_s_P = new St;
                dn.SolveVelocityConstraints_s_a = new St;
                dn.SolveVelocityConstraints_s_b = new St;
                dn.SolveVelocityConstraints_s_x = new St;
                dn.SolveVelocityConstraints_s_d = new St;
                dn.SolveVelocityConstraints_s_P1 = new St;
                dn.SolveVelocityConstraints_s_P2 = new St;
                dn.SolveVelocityConstraints_s_P1P2 = new St;
                dn.SolvePositionConstraints_s_xfA = new xt;
                dn.SolvePositionConstraints_s_xfB = new xt;
                dn.SolvePositionConstraints_s_psm = new _n;
                dn.SolvePositionConstraints_s_rA = new St;
                dn.SolvePositionConstraints_s_rB = new St;
                dn.SolvePositionConstraints_s_P = new St;
                dn.SolveTOIPositionConstraints_s_xfA = new xt;
                dn.SolveTOIPositionConstraints_s_xfB = new xt;
                dn.SolveTOIPositionConstraints_s_psm = new _n;
                dn.SolveTOIPositionConstraints_s_rA = new St;
                dn.SolveTOIPositionConstraints_s_rB = new St;
                dn.SolveTOIPositionConstraints_s_P = new St;
                class pn {
                  constructor() {
                    this.m_bodies = [];
                    this.m_contacts = [];
                    this.m_joints = [];
                    this.m_positions = nn.MakeArray(1024);
                    this.m_velocities = rn.MakeArray(1024);
                    this.m_bodyCount = 0;
                    this.m_jointCount = 0;
                    this.m_contactCount = 0;
                    this.m_bodyCapacity = 0;
                    this.m_contactCapacity = 0;
                    this.m_jointCapacity = 0;
                  }
                  Initialize(t, e, i, s) {
                    this.m_bodyCapacity = t;
                    this.m_contactCapacity = e;
                    this.m_jointCapacity = i;
                    this.m_bodyCount = 0;
                    this.m_contactCount = 0;
                    this.m_jointCount = 0;
                    this.m_listener = s;
                    if (this.m_positions.length < t) {
                      const e = et(2 * this.m_positions.length, t);
                      for (;this.m_positions.length < e; ) this.m_positions[this.m_positions.length] = new nn;
                    }
                    if (this.m_velocities.length < t) {
                      const e = et(2 * this.m_velocities.length, t);
                      for (;this.m_velocities.length < e; ) this.m_velocities[this.m_velocities.length] = new rn;
                    }
                  }
                  Clear() {
                    this.m_bodyCount = 0;
                    this.m_contactCount = 0;
                    this.m_jointCount = 0;
                  }
                  AddBody(t) {
                    t.m_islandIndex = this.m_bodyCount;
                    this.m_bodies[this.m_bodyCount++] = t;
                  }
                  AddContact(t) {
                    this.m_contacts[this.m_contactCount++] = t;
                  }
                  AddJoint(t) {
                    this.m_joints[this.m_jointCount++] = t;
                  }
                  Solve(e, i, n, r) {
                    const o = pn.s_timer.Reset();
                    const a = i.dt;
                    for (let e = 0; e < this.m_bodyCount; ++e) {
                      const i = this.m_bodies[e];
                      this.m_positions[e].c.Copy(i.m_sweep.c);
                      const s = i.m_sweep.a;
                      const r = this.m_velocities[e].v.Copy(i.m_linearVelocity);
                      let o = i.m_angularVelocity;
                      i.m_sweep.c0.Copy(i.m_sweep.c);
                      i.m_sweep.a0 = i.m_sweep.a;
                      if (i.m_type === t.b2BodyType.b2_dynamicBody) {
                        r.x += a * (i.m_gravityScale * n.x + i.m_invMass * i.m_force.x);
                        r.y += a * (i.m_gravityScale * n.y + i.m_invMass * i.m_force.y);
                        o += a * i.m_invI * i.m_torque;
                        r.SelfMul(1 / (1 + a * i.m_linearDamping));
                        o *= 1 / (1 + a * i.m_angularDamping);
                      }
                      this.m_positions[e].a = s;
                      this.m_velocities[e].w = o;
                    }
                    o.Reset();
                    const l = pn.s_solverData;
                    l.step.Copy(i);
                    l.positions = this.m_positions;
                    l.velocities = this.m_velocities;
                    const h = pn.s_contactSolverDef;
                    h.step.Copy(i);
                    h.contacts = this.m_contacts;
                    h.count = this.m_contactCount;
                    h.positions = this.m_positions;
                    h.velocities = this.m_velocities;
                    const c = pn.s_contactSolver.Initialize(h);
                    c.InitializeVelocityConstraints();
                    i.warmStarting && c.WarmStart();
                    for (let t = 0; t < this.m_jointCount; ++t) this.m_joints[t].InitVelocityConstraints(l);
                    e.solveInit = o.GetMilliseconds();
                    o.Reset();
                    for (let t = 0; t < i.velocityIterations; ++t) {
                      for (let t = 0; t < this.m_jointCount; ++t) this.m_joints[t].SolveVelocityConstraints(l);
                      c.SolveVelocityConstraints();
                    }
                    c.StoreImpulses();
                    e.solveVelocity = o.GetMilliseconds();
                    for (let t = 0; t < this.m_bodyCount; ++t) {
                      const e = this.m_positions[t].c;
                      let i = this.m_positions[t].a;
                      const s = this.m_velocities[t].v;
                      let n = this.m_velocities[t].w;
                      const r = St.MulSV(a, s, pn.s_translation);
                      if (St.DotVV(r, r) > S) {
                        const t = b / r.Length();
                        s.SelfMul(t);
                      }
                      const o = a * n;
                      o * o > T && (n *= A / $(o));
                      e.x += a * s.x;
                      e.y += a * s.y;
                      i += a * n;
                      this.m_positions[t].a = i;
                      this.m_velocities[t].w = n;
                    }
                    o.Reset();
                    let u = !1;
                    for (let t = 0; t < i.positionIterations; ++t) {
                      const t = c.SolvePositionConstraints();
                      let e = !0;
                      for (let t = 0; t < this.m_jointCount; ++t) {
                        const i = this.m_joints[t].SolvePositionConstraints(l);
                        e = e && i;
                      }
                      if (t && e) {
                        u = !0;
                        break;
                      }
                    }
                    for (let t = 0; t < this.m_bodyCount; ++t) {
                      const e = this.m_bodies[t];
                      e.m_sweep.c.Copy(this.m_positions[t].c);
                      e.m_sweep.a = this.m_positions[t].a;
                      e.m_linearVelocity.Copy(this.m_velocities[t].v);
                      e.m_angularVelocity = this.m_velocities[t].w;
                      e.SynchronizeTransform();
                    }
                    e.solvePosition = o.GetMilliseconds();
                    this.Report(c.m_velocityConstraints);
                    if (r) {
                      let e = s;
                      const i = L * L;
                      const n = F * F;
                      for (let s = 0; s < this.m_bodyCount; ++s) {
                        const r = this.m_bodies[s];
                        if (r.GetType() !== t.b2BodyType.b2_staticBody) if (!r.m_autoSleepFlag || r.m_angularVelocity * r.m_angularVelocity > n || St.DotVV(r.m_linearVelocity, r.m_linearVelocity) > i) {
                          r.m_sleepTime = 0;
                          e = 0;
                        } else {
                          r.m_sleepTime += a;
                          e = tt(e, r.m_sleepTime);
                        }
                      }
                      if (e >= N && u) for (let t = 0; t < this.m_bodyCount; ++t) this.m_bodies[t].SetAwake(!1);
                    }
                  }
                  SolveTOI(t, e, i) {
                    for (let t = 0; t < this.m_bodyCount; ++t) {
                      const e = this.m_bodies[t];
                      this.m_positions[t].c.Copy(e.m_sweep.c);
                      this.m_positions[t].a = e.m_sweep.a;
                      this.m_velocities[t].v.Copy(e.m_linearVelocity);
                      this.m_velocities[t].w = e.m_angularVelocity;
                    }
                    const s = pn.s_contactSolverDef;
                    s.contacts = this.m_contacts;
                    s.count = this.m_contactCount;
                    s.step.Copy(t);
                    s.positions = this.m_positions;
                    s.velocities = this.m_velocities;
                    const n = pn.s_contactSolver.Initialize(s);
                    for (let s = 0; s < t.positionIterations && !n.SolveTOIPositionConstraints(e, i); ++s) ;
                    this.m_bodies[e].m_sweep.c0.Copy(this.m_positions[e].c);
                    this.m_bodies[e].m_sweep.a0 = this.m_positions[e].a;
                    this.m_bodies[i].m_sweep.c0.Copy(this.m_positions[i].c);
                    this.m_bodies[i].m_sweep.a0 = this.m_positions[i].a;
                    n.InitializeVelocityConstraints();
                    for (let e = 0; e < t.velocityIterations; ++e) n.SolveVelocityConstraints();
                    const r = t.dt;
                    for (let t = 0; t < this.m_bodyCount; ++t) {
                      const e = this.m_positions[t].c;
                      let i = this.m_positions[t].a;
                      const s = this.m_velocities[t].v;
                      let n = this.m_velocities[t].w;
                      const o = St.MulSV(r, s, pn.s_translation);
                      if (St.DotVV(o, o) > S) {
                        const t = b / o.Length();
                        s.SelfMul(t);
                      }
                      const a = r * n;
                      a * a > T && (n *= A / $(a));
                      e.SelfMulAdd(r, s);
                      i += r * n;
                      this.m_positions[t].a = i;
                      this.m_velocities[t].w = n;
                      const l = this.m_bodies[t];
                      l.m_sweep.c.Copy(e);
                      l.m_sweep.a = i;
                      l.m_linearVelocity.Copy(s);
                      l.m_angularVelocity = n;
                      l.SynchronizeTransform();
                    }
                    this.Report(n.m_velocityConstraints);
                  }
                  Report(t) {
                    if (null !== this.m_listener) for (let e = 0; e < this.m_contactCount; ++e) {
                      const i = this.m_contacts[e];
                      if (!i) continue;
                      const s = t[e];
                      const n = pn.s_impulse;
                      n.count = s.pointCount;
                      for (let t = 0; t < s.pointCount; ++t) {
                        n.normalImpulses[t] = s.points[t].normalImpulse;
                        n.tangentImpulses[t] = s.points[t].tangentImpulse;
                      }
                      this.m_listener.PostSolve(i, n);
                    }
                  }
                }
                pn.s_timer = new Mt;
                pn.s_solverData = new on;
                pn.s_contactSolverDef = new un;
                pn.s_contactSolver = new dn;
                pn.s_translation = new St;
                pn.s_impulse = new Js;
                !function(t) {
                  t[t.b2_waterParticle = 0] = "b2_waterParticle";
                  t[t.b2_zombieParticle = 2] = "b2_zombieParticle";
                  t[t.b2_wallParticle = 4] = "b2_wallParticle";
                  t[t.b2_springParticle = 8] = "b2_springParticle";
                  t[t.b2_elasticParticle = 16] = "b2_elasticParticle";
                  t[t.b2_viscousParticle = 32] = "b2_viscousParticle";
                  t[t.b2_powderParticle = 64] = "b2_powderParticle";
                  t[t.b2_tensileParticle = 128] = "b2_tensileParticle";
                  t[t.b2_colorMixingParticle = 256] = "b2_colorMixingParticle";
                  t[t.b2_destructionListenerParticle = 512] = "b2_destructionListenerParticle";
                  t[t.b2_barrierParticle = 1024] = "b2_barrierParticle";
                  t[t.b2_staticPressureParticle = 2048] = "b2_staticPressureParticle";
                  t[t.b2_reactiveParticle = 4096] = "b2_reactiveParticle";
                  t[t.b2_repulsiveParticle = 8192] = "b2_repulsiveParticle";
                  t[t.b2_fixtureContactListenerParticle = 16384] = "b2_fixtureContactListenerParticle";
                  t[t.b2_particleContactListenerParticle = 32768] = "b2_particleContactListenerParticle";
                  t[t.b2_fixtureContactFilterParticle = 65536] = "b2_fixtureContactFilterParticle";
                  t[t.b2_particleContactFilterParticle = 131072] = "b2_particleContactFilterParticle";
                }(t.b2ParticleFlag || (t.b2ParticleFlag = {}));
                class mn {
                  constructor() {
                    this.flags = 0;
                    this.position = new St;
                    this.velocity = new St;
                    this.color = new Rt(0, 0, 0, 0);
                    this.lifetime = 0;
                    this.userData = null;
                    this.group = null;
                  }
                }
                function fn(t, e, i) {
                  const s = 8;
                  const n = .01;
                  return it(Math.ceil(Math.sqrt(t / (n * e)) * i), 1, s);
                }
                class gn {
                  constructor() {
                    this.m_index = C;
                  }
                  GetIndex() {
                    return this.m_index;
                  }
                  SetIndex(t) {
                    this.m_index = t;
                  }
                }
                !function(t) {
                  t[t.b2_solidParticleGroup = 1] = "b2_solidParticleGroup";
                  t[t.b2_rigidParticleGroup = 2] = "b2_rigidParticleGroup";
                  t[t.b2_particleGroupCanBeEmpty = 4] = "b2_particleGroupCanBeEmpty";
                  t[t.b2_particleGroupWillBeDestroyed = 8] = "b2_particleGroupWillBeDestroyed";
                  t[t.b2_particleGroupNeedsUpdateDepth = 16] = "b2_particleGroupNeedsUpdateDepth";
                  t[t.b2_particleGroupInternalMask = 24] = "b2_particleGroupInternalMask";
                }(t.b2ParticleGroupFlag || (t.b2ParticleGroupFlag = {}));
                class yn {
                  constructor() {
                    this.flags = 0;
                    this.groupFlags = 0;
                    this.position = new St;
                    this.angle = 0;
                    this.linearVelocity = new St;
                    this.angularVelocity = 0;
                    this.color = new Rt;
                    this.strength = 1;
                    this.shapeCount = 0;
                    this.stride = 0;
                    this.particleCount = 0;
                    this.lifetime = 0;
                    this.userData = null;
                    this.group = null;
                  }
                }
                class bn {
                  constructor(t) {
                    this.m_firstIndex = 0;
                    this.m_lastIndex = 0;
                    this.m_groupFlags = 0;
                    this.m_strength = 1;
                    this.m_prev = null;
                    this.m_next = null;
                    this.m_timestamp = -1;
                    this.m_mass = 0;
                    this.m_inertia = 0;
                    this.m_center = new St;
                    this.m_linearVelocity = new St;
                    this.m_angularVelocity = 0;
                    this.m_transform = new xt;
                    this.m_userData = null;
                    this.m_system = t;
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  GetParticleSystem() {
                    return this.m_system;
                  }
                  GetParticleCount() {
                    return this.m_lastIndex - this.m_firstIndex;
                  }
                  GetBufferIndex() {
                    return this.m_firstIndex;
                  }
                  ContainsParticle(t) {
                    return this.m_firstIndex <= t && t < this.m_lastIndex;
                  }
                  GetAllParticleFlags() {
                    if (!this.m_system.m_flagsBuffer.data) throw new Error;
                    let t = 0;
                    for (let e = this.m_firstIndex; e < this.m_lastIndex; e++) t |= this.m_system.m_flagsBuffer.data[e];
                    return t;
                  }
                  GetGroupFlags() {
                    return this.m_groupFlags;
                  }
                  SetGroupFlags(e) {
                    e |= this.m_groupFlags & t.b2ParticleGroupFlag.b2_particleGroupInternalMask;
                    this.m_system.SetGroupFlags(this, e);
                  }
                  GetMass() {
                    this.UpdateStatistics();
                    return this.m_mass;
                  }
                  GetInertia() {
                    this.UpdateStatistics();
                    return this.m_inertia;
                  }
                  GetCenter() {
                    this.UpdateStatistics();
                    return this.m_center;
                  }
                  GetLinearVelocity() {
                    this.UpdateStatistics();
                    return this.m_linearVelocity;
                  }
                  GetAngularVelocity() {
                    this.UpdateStatistics();
                    return this.m_angularVelocity;
                  }
                  GetTransform() {
                    return this.m_transform;
                  }
                  GetPosition() {
                    return this.m_transform.p;
                  }
                  GetAngle() {
                    return this.m_transform.q.GetAngle();
                  }
                  GetLinearVelocityFromWorldPoint(t, e) {
                    const i = bn.GetLinearVelocityFromWorldPoint_s_t0;
                    this.UpdateStatistics();
                    return St.AddVCrossSV(this.m_linearVelocity, this.m_angularVelocity, St.SubVV(t, this.m_center, i), e);
                  }
                  GetUserData() {
                    return this.m_userData;
                  }
                  SetUserData(t) {
                    this.m_userData = t;
                  }
                  ApplyForce(t) {
                    this.m_system.ApplyForce(this.m_firstIndex, this.m_lastIndex, t);
                  }
                  ApplyLinearImpulse(t) {
                    this.m_system.ApplyLinearImpulse(this.m_firstIndex, this.m_lastIndex, t);
                  }
                  DestroyParticles(t) {
                    if (this.m_system.m_world.IsLocked()) throw new Error;
                    for (let e = this.m_firstIndex; e < this.m_lastIndex; e++) this.m_system.DestroyParticle(e, t);
                  }
                  UpdateStatistics() {
                    if (!this.m_system.m_positionBuffer.data) throw new Error;
                    if (!this.m_system.m_velocityBuffer.data) throw new Error;
                    const t = new St;
                    const e = new St;
                    if (this.m_timestamp !== this.m_system.m_timestamp) {
                      const i = this.m_system.GetParticleMass();
                      this.m_mass = i * (this.m_lastIndex - this.m_firstIndex);
                      this.m_center.SetZero();
                      this.m_linearVelocity.SetZero();
                      for (let t = this.m_firstIndex; t < this.m_lastIndex; t++) {
                        this.m_center.SelfMulAdd(i, this.m_system.m_positionBuffer.data[t]);
                        this.m_linearVelocity.SelfMulAdd(i, this.m_system.m_velocityBuffer.data[t]);
                      }
                      if (this.m_mass > 0) {
                        const t = 1 / this.m_mass;
                        this.m_center.SelfMul(t);
                        this.m_linearVelocity.SelfMul(t);
                      }
                      this.m_inertia = 0;
                      this.m_angularVelocity = 0;
                      for (let s = this.m_firstIndex; s < this.m_lastIndex; s++) {
                        St.SubVV(this.m_system.m_positionBuffer.data[s], this.m_center, t);
                        St.SubVV(this.m_system.m_velocityBuffer.data[s], this.m_linearVelocity, e);
                        this.m_inertia += i * St.DotVV(t, t);
                        this.m_angularVelocity += i * St.CrossVV(t, e);
                      }
                      this.m_inertia > 0 && (this.m_angularVelocity *= 1 / this.m_inertia);
                      this.m_timestamp = this.m_system.m_timestamp;
                    }
                  }
                }
                bn.GetLinearVelocityFromWorldPoint_s_t0 = new St;
                class Sn {
                  constructor(t) {
                    this.m_buffer = [];
                    this.m_front = 0;
                    this.m_back = 0;
                    this.m_buffer.fill(null, 0, t);
                  }
                  get m_capacity() {
                    return this.m_buffer.length;
                  }
                  Push(t) {
                    if (this.m_back >= this.m_capacity) {
                      for (let t = this.m_front; t < this.m_back; t++) this.m_buffer[t - this.m_front] = this.m_buffer[t];
                      this.m_back -= this.m_front;
                      this.m_front = 0;
                    }
                    this.m_buffer[this.m_back] = t;
                    this.m_back++;
                  }
                  Pop() {
                    this.m_buffer[this.m_front] = null;
                    this.m_front++;
                  }
                  Empty() {
                    return this.m_front === this.m_back;
                  }
                  Front() {
                    const t = this.m_buffer[this.m_front];
                    if (!t) throw new Error;
                    return t;
                  }
                }
                class An {
                  constructor(t) {
                    this.m_generatorCapacity = 0;
                    this.m_generatorCount = 0;
                    this.m_countX = 0;
                    this.m_countY = 0;
                    this.m_diagram = [];
                    this.m_generatorBuffer = Y(t, (t => new Tn));
                    this.m_generatorCapacity = t;
                  }
                  AddGenerator(t, e, i) {
                    const s = this.m_generatorBuffer[this.m_generatorCount++];
                    s.center.Copy(t);
                    s.tag = e;
                    s.necessary = i;
                  }
                  Generate(t, e) {
                    const i = 1 / t;
                    const n = new St(+s, +s);
                    const r = new St(-s, -s);
                    let o = 0;
                    for (let t = 0; t < this.m_generatorCount; t++) {
                      const e = this.m_generatorBuffer[t];
                      if (e.necessary) {
                        St.MinV(n, e.center, n);
                        St.MaxV(r, e.center, r);
                        ++o;
                      }
                    }
                    if (0 === o) {
                      this.m_countX = 0;
                      this.m_countY = 0;
                      return;
                    }
                    n.x -= e;
                    n.y -= e;
                    r.x += e;
                    r.y += e;
                    this.m_countX = 1 + Math.floor(i * (r.x - n.x));
                    this.m_countY = 1 + Math.floor(i * (r.y - n.y));
                    this.m_diagram = [];
                    const a = new Sn(4 * this.m_countX * this.m_countY);
                    for (let t = 0; t < this.m_generatorCount; t++) {
                      const e = this.m_generatorBuffer[t];
                      e.center.SelfSub(n).SelfMul(i);
                      const s = Math.floor(e.center.x);
                      const r = Math.floor(e.center.y);
                      s >= 0 && r >= 0 && s < this.m_countX && r < this.m_countY && a.Push(new vn(s, r, s + r * this.m_countX, e));
                    }
                    for (;!a.Empty(); ) {
                      const t = a.Front();
                      const e = t.m_x;
                      const i = t.m_y;
                      const s = t.m_i;
                      const n = t.m_generator;
                      a.Pop();
                      if (!this.m_diagram[s]) {
                        this.m_diagram[s] = n;
                        e > 0 && a.Push(new vn(e - 1, i, s - 1, n));
                        i > 0 && a.Push(new vn(e, i - 1, s - this.m_countX, n));
                        e < this.m_countX - 1 && a.Push(new vn(e + 1, i, s + 1, n));
                        i < this.m_countY - 1 && a.Push(new vn(e, i + 1, s + this.m_countX, n));
                      }
                    }
                    for (let t = 0; t < this.m_countY; t++) for (let e = 0; e < this.m_countX - 1; e++) {
                      const i = e + t * this.m_countX;
                      const s = this.m_diagram[i];
                      const n = this.m_diagram[i + 1];
                      if (s !== n) {
                        a.Push(new vn(e, t, i, n));
                        a.Push(new vn(e + 1, t, i + 1, s));
                      }
                    }
                    for (let t = 0; t < this.m_countY - 1; t++) for (let e = 0; e < this.m_countX; e++) {
                      const i = e + t * this.m_countX;
                      const s = this.m_diagram[i];
                      const n = this.m_diagram[i + this.m_countX];
                      if (s !== n) {
                        a.Push(new vn(e, t, i, n));
                        a.Push(new vn(e, t + 1, i + this.m_countX, s));
                      }
                    }
                    for (;!a.Empty(); ) {
                      const t = a.Front();
                      const e = t.m_x;
                      const i = t.m_y;
                      const s = t.m_i;
                      const n = t.m_generator;
                      a.Pop();
                      const r = this.m_diagram[s];
                      const o = n;
                      if (r !== o) {
                        const t = r.center.x - e;
                        const n = r.center.y - i;
                        const l = o.center.x - e;
                        const h = o.center.y - i;
                        if (t * t + n * n > l * l + h * h) {
                          this.m_diagram[s] = o;
                          e > 0 && a.Push(new vn(e - 1, i, s - 1, o));
                          i > 0 && a.Push(new vn(e, i - 1, s - this.m_countX, o));
                          e < this.m_countX - 1 && a.Push(new vn(e + 1, i, s + 1, o));
                          i < this.m_countY - 1 && a.Push(new vn(e, i + 1, s + this.m_countX, o));
                        }
                      }
                    }
                  }
                  GetNodes(t) {
                    for (let e = 0; e < this.m_countY - 1; e++) for (let i = 0; i < this.m_countX - 1; i++) {
                      const s = i + e * this.m_countX;
                      const n = this.m_diagram[s];
                      const r = this.m_diagram[s + 1];
                      const o = this.m_diagram[s + this.m_countX];
                      const a = this.m_diagram[s + 1 + this.m_countX];
                      if (r !== o) {
                        n !== r && n !== o && (n.necessary || r.necessary || o.necessary) && t(n.tag, r.tag, o.tag);
                        a !== r && a !== o && (n.necessary || r.necessary || o.necessary) && t(r.tag, a.tag, o.tag);
                      }
                    }
                  }
                }
                class Tn {
                  constructor() {
                    this.center = new St;
                    this.tag = 0;
                    this.necessary = !1;
                  }
                }
                class vn {
                  constructor(t, e, i, s) {
                    this.m_x = t;
                    this.m_y = e;
                    this.m_i = i;
                    this.m_generator = s;
                  }
                }
                function En(t, e, i) {
                  const s = t[e];
                  t[e] = t[i];
                  t[i] = s;
                }
                function Cn(t, e) {
                  return t < e;
                }
                function xn(t, e = 0, i = t.length - e, s = Cn) {
                  let n = e;
                  const r = [];
                  let o = 0;
                  for (;;) {
                    for (;n + 1 < i; i++) {
                      const e = t[n + Math.floor(Math.random() * (i - n))];
                      r[o++] = i;
                      for (let r = n - 1; ;) {
                        for (;s(t[++r], e); ) ;
                        for (;s(e, t[--i]); ) ;
                        if (r >= i) break;
                        En(t, r, i);
                      }
                    }
                    if (0 === o) break;
                    n = i;
                    i = r[--o];
                  }
                  return t;
                }
                function wn(t, e = 0, i = t.length - e, s = Cn) {
                  return xn(t, e, i, s);
                }
                function Rn(t, e, i = t.length) {
                  let s = 0;
                  for (let n = 0; n < i; ++n) e(t[n]) || (n !== s ? En(t, s++, n) : ++s);
                  return s;
                }
                function In(t, e, i, s, n) {
                  let r = i - e;
                  for (;r > 0; ) {
                    const i = Math.floor(r / 2);
                    let o = e + i;
                    if (n(t[o], s)) {
                      e = ++o;
                      r -= i + 1;
                    } else r = i;
                  }
                  return e;
                }
                function Mn(t, e, i, s, n) {
                  let r = i - e;
                  for (;r > 0; ) {
                    const i = Math.floor(r / 2);
                    let o = e + i;
                    if (n(s, t[o])) r = i; else {
                      e = ++o;
                      r -= i + 1;
                    }
                  }
                  return e;
                }
                function Bn(t, e, i, s) {
                  let n = i;
                  for (;e !== n; ) {
                    En(t, e++, n++);
                    n === s ? n = i : e === i && (i = n);
                  }
                }
                function Dn(t, e, i, s) {
                  if (e === i) return i;
                  let n = e;
                  for (;++e !== i; ) s(t[n], t[e]) || En(t, ++n, e);
                  return ++n;
                }
                class Pn {
                  constructor(t) {
                    this.data = [];
                    this.count = 0;
                    this.capacity = 0;
                    this.allocator = t;
                  }
                  Append() {
                    this.count >= this.capacity && this.Grow();
                    return this.count++;
                  }
                  Reserve(t) {
                    if (!(this.capacity >= t)) {
                      for (let e = this.capacity; e < t; ++e) this.data[e] = this.allocator();
                      this.capacity = t;
                    }
                  }
                  Grow() {
                    const t = this.capacity ? 2 * this.capacity : P;
                    this.Reserve(t);
                  }
                  Free() {
                    if (0 !== this.data.length) {
                      this.data = [];
                      this.capacity = 0;
                      this.count = 0;
                    }
                  }
                  Shorten(t) {}
                  Data() {
                    return this.data;
                  }
                  GetCount() {
                    return this.count;
                  }
                  SetCount(t) {
                    this.count = t;
                  }
                  GetCapacity() {
                    return this.capacity;
                  }
                  RemoveIf(t) {
                    this.count = Rn(this.data, t, this.count);
                  }
                  Unique(t) {
                    this.count = Dn(this.data, 0, this.count, t);
                  }
                }
                class On extends Qs {
                  constructor(t) {
                    super();
                    this.m_system = t;
                  }
                  ShouldQueryParticleSystem(t) {
                    return !1;
                  }
                  ReportFixture(t) {
                    if (t.IsSensor()) return !0;
                    const e = t.GetShape().GetChildCount();
                    for (let i = 0; i < e; i++) {
                      const e = t.GetAABB(i);
                      const s = this.m_system.GetInsideBoundsEnumerator(e);
                      let n;
                      for (;(n = s.GetNext()) >= 0; ) this.ReportFixtureAndParticle(t, i, n);
                    }
                    return !0;
                  }
                  ReportParticle(t, e) {
                    return !1;
                  }
                  ReportFixtureAndParticle(t, e, i) {}
                }
                class Nn {
                  constructor() {
                    this.indexA = 0;
                    this.indexB = 0;
                    this.weight = 0;
                    this.normal = new St;
                    this.flags = 0;
                  }
                  SetIndices(t, e) {
                    this.indexA = t;
                    this.indexB = e;
                  }
                  SetWeight(t) {
                    this.weight = t;
                  }
                  SetNormal(t) {
                    this.normal.Copy(t);
                  }
                  SetFlags(t) {
                    this.flags = t;
                  }
                  GetIndexA() {
                    return this.indexA;
                  }
                  GetIndexB() {
                    return this.indexB;
                  }
                  GetWeight() {
                    return this.weight;
                  }
                  GetNormal() {
                    return this.normal;
                  }
                  GetFlags() {
                    return this.flags;
                  }
                  IsEqual(t) {
                    return this.indexA === t.indexA && this.indexB === t.indexB && this.flags === t.flags && this.weight === t.weight && this.normal.x === t.normal.x && this.normal.y === t.normal.y;
                  }
                  IsNotEqual(t) {
                    return !this.IsEqual(t);
                  }
                  ApproximatelyEqual(t) {
                    const e = .01;
                    const i = 1e-4;
                    return this.indexA === t.indexA && this.indexB === t.indexB && this.flags === t.flags && $(this.weight - t.weight) < e && St.DistanceSquaredVV(this.normal, t.normal) < i;
                  }
                }
                class Ln {
                  constructor() {
                    this.index = 0;
                    this.weight = 0;
                    this.normal = new St;
                    this.mass = 0;
                  }
                }
                class Fn {
                  constructor() {
                    this.indexA = 0;
                    this.indexB = 0;
                    this.flags = 0;
                    this.strength = 0;
                    this.distance = 0;
                  }
                }
                class Vn {
                  constructor() {
                    this.indexA = 0;
                    this.indexB = 0;
                    this.indexC = 0;
                    this.flags = 0;
                    this.strength = 0;
                    this.pa = new St(0, 0);
                    this.pb = new St(0, 0);
                    this.pc = new St(0, 0);
                    this.ka = 0;
                    this.kb = 0;
                    this.kc = 0;
                    this.s = 0;
                  }
                }
                class kn {
                  constructor() {
                    this.strictContactCheck = !1;
                    this.density = 1;
                    this.gravityScale = 1;
                    this.radius = 1;
                    this.maxCount = 0;
                    this.pressureStrength = .005;
                    this.dampingStrength = 1;
                    this.elasticStrength = .25;
                    this.springStrength = .25;
                    this.viscousStrength = .25;
                    this.surfaceTensionPressureStrength = .2;
                    this.surfaceTensionNormalStrength = .2;
                    this.repulsiveStrength = 1;
                    this.powderStrength = .5;
                    this.ejectionStrength = .5;
                    this.staticPressureStrength = .2;
                    this.staticPressureRelaxation = .2;
                    this.staticPressureIterations = 8;
                    this.colorMixingStrength = .5;
                    this.destroyByAge = !0;
                    this.lifetimeGranularity = 1 / 60;
                  }
                  Copy(t) {
                    this.strictContactCheck = t.strictContactCheck;
                    this.density = t.density;
                    this.gravityScale = t.gravityScale;
                    this.radius = t.radius;
                    this.maxCount = t.maxCount;
                    this.pressureStrength = t.pressureStrength;
                    this.dampingStrength = t.dampingStrength;
                    this.elasticStrength = t.elasticStrength;
                    this.springStrength = t.springStrength;
                    this.viscousStrength = t.viscousStrength;
                    this.surfaceTensionPressureStrength = t.surfaceTensionPressureStrength;
                    this.surfaceTensionNormalStrength = t.surfaceTensionNormalStrength;
                    this.repulsiveStrength = t.repulsiveStrength;
                    this.powderStrength = t.powderStrength;
                    this.ejectionStrength = t.ejectionStrength;
                    this.staticPressureStrength = t.staticPressureStrength;
                    this.staticPressureRelaxation = t.staticPressureRelaxation;
                    this.staticPressureIterations = t.staticPressureIterations;
                    this.colorMixingStrength = t.colorMixingStrength;
                    this.destroyByAge = t.destroyByAge;
                    this.lifetimeGranularity = t.lifetimeGranularity;
                    return this;
                  }
                  Clone() {
                    return (new kn).Copy(this);
                  }
                }
                class Un {
                  constructor(t, e) {
                    this.m_paused = !1;
                    this.m_timestamp = 0;
                    this.m_allParticleFlags = 0;
                    this.m_needsUpdateAllParticleFlags = !1;
                    this.m_allGroupFlags = 0;
                    this.m_needsUpdateAllGroupFlags = !1;
                    this.m_hasForce = !1;
                    this.m_iterationIndex = 0;
                    this.m_inverseDensity = 0;
                    this.m_particleDiameter = 0;
                    this.m_inverseDiameter = 0;
                    this.m_squaredDiameter = 0;
                    this.m_count = 0;
                    this.m_internalAllocatedCapacity = 0;
                    this.m_handleIndexBuffer = new Gn;
                    this.m_flagsBuffer = new Gn;
                    this.m_positionBuffer = new Gn;
                    this.m_velocityBuffer = new Gn;
                    this.m_forceBuffer = [];
                    this.m_weightBuffer = [];
                    this.m_staticPressureBuffer = [];
                    this.m_accumulationBuffer = [];
                    this.m_accumulation2Buffer = [];
                    this.m_depthBuffer = [];
                    this.m_colorBuffer = new Gn;
                    this.m_groupBuffer = [];
                    this.m_userDataBuffer = new Gn;
                    this.m_stuckThreshold = 0;
                    this.m_lastBodyContactStepBuffer = new Gn;
                    this.m_bodyContactCountBuffer = new Gn;
                    this.m_consecutiveContactStepsBuffer = new Gn;
                    this.m_stuckParticleBuffer = new Pn((() => 0));
                    this.m_proxyBuffer = new Pn((() => new zn));
                    this.m_contactBuffer = new Pn((() => new Nn));
                    this.m_bodyContactBuffer = new Pn((() => new Ln));
                    this.m_pairBuffer = new Pn((() => new Fn));
                    this.m_triadBuffer = new Pn((() => new Vn));
                    this.m_expirationTimeBuffer = new Gn;
                    this.m_indexByExpirationTimeBuffer = new Gn;
                    this.m_timeElapsed = 0;
                    this.m_expirationTimeBufferRequiresSorting = !1;
                    this.m_groupCount = 0;
                    this.m_groupList = null;
                    this.m_def = new kn;
                    this.m_prev = null;
                    this.m_next = null;
                    this.UpdateBodyContacts_callback = null;
                    this.SolveCollision_callback = null;
                    this.SetStrictContactCheck(t.strictContactCheck);
                    this.SetDensity(t.density);
                    this.SetGravityScale(t.gravityScale);
                    this.SetRadius(t.radius);
                    this.SetMaxParticleCount(t.maxCount);
                    this.m_def = t.Clone();
                    this.m_world = e;
                    this.SetDestructionByAge(this.m_def.destroyByAge);
                  }
                  static computeTag(t, e) {
                    return (e + Un.yOffset >>> 0 << Un.yShift) + (Un.xScale * t + Un.xOffset >>> 0) >>> 0;
                  }
                  static computeRelativeTag(t, e, i) {
                    return t + (i << Un.yShift) + (e << Un.xShift) >>> 0;
                  }
                  Drop() {
                    for (;this.m_groupList; ) this.DestroyParticleGroup(this.m_groupList);
                    this.FreeUserOverridableBuffer(this.m_handleIndexBuffer);
                    this.FreeUserOverridableBuffer(this.m_flagsBuffer);
                    this.FreeUserOverridableBuffer(this.m_lastBodyContactStepBuffer);
                    this.FreeUserOverridableBuffer(this.m_bodyContactCountBuffer);
                    this.FreeUserOverridableBuffer(this.m_consecutiveContactStepsBuffer);
                    this.FreeUserOverridableBuffer(this.m_positionBuffer);
                    this.FreeUserOverridableBuffer(this.m_velocityBuffer);
                    this.FreeUserOverridableBuffer(this.m_colorBuffer);
                    this.FreeUserOverridableBuffer(this.m_userDataBuffer);
                    this.FreeUserOverridableBuffer(this.m_expirationTimeBuffer);
                    this.FreeUserOverridableBuffer(this.m_indexByExpirationTimeBuffer);
                    this.FreeBuffer(this.m_forceBuffer, this.m_internalAllocatedCapacity);
                    this.FreeBuffer(this.m_weightBuffer, this.m_internalAllocatedCapacity);
                    this.FreeBuffer(this.m_staticPressureBuffer, this.m_internalAllocatedCapacity);
                    this.FreeBuffer(this.m_accumulationBuffer, this.m_internalAllocatedCapacity);
                    this.FreeBuffer(this.m_accumulation2Buffer, this.m_internalAllocatedCapacity);
                    this.FreeBuffer(this.m_depthBuffer, this.m_internalAllocatedCapacity);
                    this.FreeBuffer(this.m_groupBuffer, this.m_internalAllocatedCapacity);
                  }
                  CreateParticle(t) {
                    if (this.m_world.IsLocked()) throw new Error;
                    if (this.m_count >= this.m_internalAllocatedCapacity) {
                      const t = this.m_count ? 2 * this.m_count : P;
                      this.ReallocateInternalAllocatedBuffers(t);
                    }
                    if (this.m_count >= this.m_internalAllocatedCapacity) {
                      if (!this.m_def.destroyByAge) return C;
                      this.DestroyOldestParticle(0, !1);
                      this.SolveZombie();
                    }
                    const e = this.m_count++;
                    this.m_flagsBuffer.data[e] = 0;
                    this.m_lastBodyContactStepBuffer.data && (this.m_lastBodyContactStepBuffer.data[e] = 0);
                    this.m_bodyContactCountBuffer.data && (this.m_bodyContactCountBuffer.data[e] = 0);
                    this.m_consecutiveContactStepsBuffer.data && (this.m_consecutiveContactStepsBuffer.data[e] = 0);
                    this.m_positionBuffer.data[e] = (this.m_positionBuffer.data[e] || new St).Copy(i(t.position, St.ZERO));
                    this.m_velocityBuffer.data[e] = (this.m_velocityBuffer.data[e] || new St).Copy(i(t.velocity, St.ZERO));
                    this.m_weightBuffer[e] = 0;
                    this.m_forceBuffer[e] = (this.m_forceBuffer[e] || new St).SetZero();
                    this.m_staticPressureBuffer && (this.m_staticPressureBuffer[e] = 0);
                    this.m_depthBuffer && (this.m_depthBuffer[e] = 0);
                    const s = (new Rt).Copy(i(t.color, Rt.ZERO));
                    if (this.m_colorBuffer.data || !s.IsZero()) {
                      this.m_colorBuffer.data = this.RequestBuffer(this.m_colorBuffer.data);
                      this.m_colorBuffer.data[e] = (this.m_colorBuffer.data[e] || new Rt).Copy(s);
                    }
                    if (this.m_userDataBuffer.data || t.userData) {
                      this.m_userDataBuffer.data = this.RequestBuffer(this.m_userDataBuffer.data);
                      this.m_userDataBuffer.data[e] = t.userData;
                    }
                    this.m_handleIndexBuffer.data && (this.m_handleIndexBuffer.data[e] = null);
                    const n = this.m_proxyBuffer.data[this.m_proxyBuffer.Append()];
                    const r = i(t.lifetime, 0);
                    const o = r > 0;
                    if (this.m_expirationTimeBuffer.data || o) {
                      this.SetParticleLifetime(e, o ? r : this.ExpirationTimeToLifetime(-this.GetQuantizedTimeElapsed()));
                      this.m_indexByExpirationTimeBuffer.data[e] = e;
                    }
                    n.index = e;
                    const a = i(t.group, null);
                    this.m_groupBuffer[e] = a;
                    if (a) if (a.m_firstIndex < a.m_lastIndex) {
                      this.RotateBuffer(a.m_firstIndex, a.m_lastIndex, e);
                      a.m_lastIndex = e + 1;
                    } else {
                      a.m_firstIndex = e;
                      a.m_lastIndex = e + 1;
                    }
                    this.SetParticleFlags(e, i(t.flags, 0));
                    return e;
                  }
                  GetParticleHandleFromIndex(t) {
                    this.m_handleIndexBuffer.data = this.RequestBuffer(this.m_handleIndexBuffer.data);
                    let e = this.m_handleIndexBuffer.data[t];
                    if (e) return e;
                    e = new gn;
                    e.SetIndex(t);
                    this.m_handleIndexBuffer.data[t] = e;
                    return e;
                  }
                  DestroyParticle(e, i = !1) {
                    let s = t.b2ParticleFlag.b2_zombieParticle;
                    i && (s |= t.b2ParticleFlag.b2_destructionListenerParticle);
                    this.SetParticleFlags(e, this.m_flagsBuffer.data[e] | s);
                  }
                  DestroyOldestParticle(t, e = !1) {
                    const i = this.GetParticleCount();
                    const s = this.m_indexByExpirationTimeBuffer.data[i - (t + 1)];
                    const n = this.m_indexByExpirationTimeBuffer.data[t];
                    this.DestroyParticle(this.m_expirationTimeBuffer.data[s] > 0 ? s : n, e);
                  }
                  DestroyParticlesInShape(t, e, i = !1) {
                    const s = Un.DestroyParticlesInShape_s_aabb;
                    if (this.m_world.IsLocked()) throw new Error;
                    const n = new Zn(this, t, e, i);
                    const r = s;
                    t.ComputeAABB(r, e, 0);
                    this.m_world.QueryAABB(n, r);
                    return n.Destroyed();
                  }
                  CreateParticleGroup(t) {
                    const e = Un.CreateParticleGroup_s_transform;
                    if (this.m_world.IsLocked()) throw new Error;
                    const s = e;
                    s.SetPositionAngle(i(t.position, St.ZERO), i(t.angle, 0));
                    const n = this.m_count;
                    t.shape && this.CreateParticlesWithShapeForGroup(t.shape, t, s);
                    t.shapes && this.CreateParticlesWithShapesForGroup(t.shapes, i(t.shapeCount, t.shapes.length), t, s);
                    if (t.positionData) {
                      const e = i(t.particleCount, t.positionData.length);
                      for (let i = 0; i < e; i++) {
                        const e = t.positionData[i];
                        this.CreateParticleForGroup(t, s, e);
                      }
                    }
                    const r = this.m_count;
                    let o = new bn(this);
                    o.m_firstIndex = n;
                    o.m_lastIndex = r;
                    o.m_strength = i(t.strength, 1);
                    o.m_userData = t.userData;
                    o.m_transform.Copy(s);
                    o.m_prev = null;
                    o.m_next = this.m_groupList;
                    this.m_groupList && (this.m_groupList.m_prev = o);
                    this.m_groupList = o;
                    ++this.m_groupCount;
                    for (let t = n; t < r; t++) this.m_groupBuffer[t] = o;
                    this.SetGroupFlags(o, i(t.groupFlags, 0));
                    const a = new Jn;
                    this.UpdateContacts(!0);
                    this.UpdatePairsAndTriads(n, r, a);
                    if (t.group) {
                      this.JoinParticleGroups(t.group, o);
                      o = t.group;
                    }
                    return o;
                  }
                  JoinParticleGroups(t, e) {
                    if (this.m_world.IsLocked()) throw new Error;
                    this.RotateBuffer(e.m_firstIndex, e.m_lastIndex, this.m_count);
                    this.RotateBuffer(t.m_firstIndex, t.m_lastIndex, e.m_firstIndex);
                    const i = new Qn(e.m_firstIndex);
                    this.UpdateContacts(!0);
                    this.UpdatePairsAndTriads(t.m_firstIndex, e.m_lastIndex, i);
                    for (let i = e.m_firstIndex; i < e.m_lastIndex; i++) this.m_groupBuffer[i] = t;
                    const s = t.m_groupFlags | e.m_groupFlags;
                    this.SetGroupFlags(t, s);
                    t.m_lastIndex = e.m_lastIndex;
                    e.m_firstIndex = e.m_lastIndex;
                    this.DestroyParticleGroup(e);
                  }
                  SplitParticleGroup(t) {
                    this.UpdateContacts(!0);
                    const e = Y(t.GetParticleCount(), (t => new jn));
                    Un.InitializeParticleLists(t, e);
                    this.MergeParticleListsInContact(t, e);
                    const i = Un.FindLongestParticleList(t, e);
                    this.MergeZombieParticleListNodes(t, e, i);
                    this.CreateParticleGroupsFromParticleList(t, e, i);
                    this.UpdatePairsAndTriadsWithParticleList(t, e);
                  }
                  GetParticleGroupList() {
                    return this.m_groupList;
                  }
                  GetParticleGroupCount() {
                    return this.m_groupCount;
                  }
                  GetParticleCount() {
                    return this.m_count;
                  }
                  GetMaxParticleCount() {
                    return this.m_def.maxCount;
                  }
                  SetMaxParticleCount(t) {
                    this.m_def.maxCount = t;
                  }
                  GetAllParticleFlags() {
                    return this.m_allParticleFlags;
                  }
                  GetAllGroupFlags() {
                    return this.m_allGroupFlags;
                  }
                  SetPaused(t) {
                    this.m_paused = t;
                  }
                  GetPaused() {
                    return this.m_paused;
                  }
                  SetDensity(t) {
                    this.m_def.density = t;
                    this.m_inverseDensity = 1 / this.m_def.density;
                  }
                  GetDensity() {
                    return this.m_def.density;
                  }
                  SetGravityScale(t) {
                    this.m_def.gravityScale = t;
                  }
                  GetGravityScale() {
                    return this.m_def.gravityScale;
                  }
                  SetDamping(t) {
                    this.m_def.dampingStrength = t;
                  }
                  GetDamping() {
                    return this.m_def.dampingStrength;
                  }
                  SetStaticPressureIterations(t) {
                    this.m_def.staticPressureIterations = t;
                  }
                  GetStaticPressureIterations() {
                    return this.m_def.staticPressureIterations;
                  }
                  SetRadius(t) {
                    this.m_particleDiameter = 2 * t;
                    this.m_squaredDiameter = this.m_particleDiameter * this.m_particleDiameter;
                    this.m_inverseDiameter = 1 / this.m_particleDiameter;
                  }
                  GetRadius() {
                    return this.m_particleDiameter / 2;
                  }
                  GetPositionBuffer() {
                    return this.m_positionBuffer.data;
                  }
                  GetVelocityBuffer() {
                    return this.m_velocityBuffer.data;
                  }
                  GetColorBuffer() {
                    this.m_colorBuffer.data = this.RequestBuffer(this.m_colorBuffer.data);
                    return this.m_colorBuffer.data;
                  }
                  GetGroupBuffer() {
                    return this.m_groupBuffer;
                  }
                  GetWeightBuffer() {
                    return this.m_weightBuffer;
                  }
                  GetUserDataBuffer() {
                    this.m_userDataBuffer.data = this.RequestBuffer(this.m_userDataBuffer.data);
                    return this.m_userDataBuffer.data;
                  }
                  GetFlagsBuffer() {
                    return this.m_flagsBuffer.data;
                  }
                  SetParticleFlags(e, i) {
                    this.m_flagsBuffer.data[e] & ~i && (this.m_needsUpdateAllParticleFlags = !0);
                    if (~this.m_allParticleFlags & i) {
                      i & t.b2ParticleFlag.b2_tensileParticle && (this.m_accumulation2Buffer = this.RequestBuffer(this.m_accumulation2Buffer));
                      i & t.b2ParticleFlag.b2_colorMixingParticle && (this.m_colorBuffer.data = this.RequestBuffer(this.m_colorBuffer.data));
                      this.m_allParticleFlags |= i;
                    }
                    this.m_flagsBuffer.data[e] = i;
                  }
                  GetParticleFlags(t) {
                    return this.m_flagsBuffer.data[t];
                  }
                  SetFlagsBuffer(t) {
                    this.SetUserOverridableBuffer(this.m_flagsBuffer, t);
                  }
                  SetPositionBuffer(t) {
                    if (t instanceof Float32Array) {
                      if (t.length % 2 != 0) throw new Error;
                      const e = t.length / 2;
                      const i = new Array(e);
                      for (let s = 0; s < e; ++s) i[s] = new St(t.subarray(2 * s, 2 * s + 2));
                      t = i;
                    }
                    this.SetUserOverridableBuffer(this.m_positionBuffer, t);
                  }
                  SetVelocityBuffer(t) {
                    if (t instanceof Float32Array) {
                      if (t.length % 2 != 0) throw new Error;
                      const e = t.length / 2;
                      const i = new Array(e);
                      for (let s = 0; s < e; ++s) i[s] = new St(t.subarray(2 * s, 2 * s + 2));
                      t = i;
                    }
                    this.SetUserOverridableBuffer(this.m_velocityBuffer, t);
                  }
                  SetColorBuffer(t) {
                    if (t instanceof Float32Array) {
                      if (t.length % 4 != 0) throw new Error;
                      const e = t.length / 4;
                      const i = new Array(e);
                      for (let s = 0; s < e; ++s) i[s] = new Rt(t.subarray(4 * s, 4 * s + 4));
                      t = i;
                    }
                    this.SetUserOverridableBuffer(this.m_colorBuffer, t);
                  }
                  SetUserDataBuffer(t) {
                    this.SetUserOverridableBuffer(this.m_userDataBuffer, t);
                  }
                  GetContacts() {
                    return this.m_contactBuffer.data;
                  }
                  GetContactCount() {
                    return this.m_contactBuffer.count;
                  }
                  GetBodyContacts() {
                    return this.m_bodyContactBuffer.data;
                  }
                  GetBodyContactCount() {
                    return this.m_bodyContactBuffer.count;
                  }
                  GetPairs() {
                    return this.m_pairBuffer.data;
                  }
                  GetPairCount() {
                    return this.m_pairBuffer.count;
                  }
                  GetTriads() {
                    return this.m_triadBuffer.data;
                  }
                  GetTriadCount() {
                    return this.m_triadBuffer.count;
                  }
                  SetStuckThreshold(t) {
                    this.m_stuckThreshold = t;
                    if (t > 0) {
                      this.m_lastBodyContactStepBuffer.data = this.RequestBuffer(this.m_lastBodyContactStepBuffer.data);
                      this.m_bodyContactCountBuffer.data = this.RequestBuffer(this.m_bodyContactCountBuffer.data);
                      this.m_consecutiveContactStepsBuffer.data = this.RequestBuffer(this.m_consecutiveContactStepsBuffer.data);
                    }
                  }
                  GetStuckCandidates() {
                    return this.m_stuckParticleBuffer.Data();
                  }
                  GetStuckCandidateCount() {
                    return this.m_stuckParticleBuffer.GetCount();
                  }
                  ComputeCollisionEnergy() {
                    const t = Un.ComputeCollisionEnergy_s_v;
                    const e = this.m_velocityBuffer.data;
                    let i = 0;
                    for (let s = 0; s < this.m_contactBuffer.count; s++) {
                      const n = this.m_contactBuffer.data[s];
                      const r = n.indexA;
                      const o = n.indexB;
                      const a = n.normal;
                      const l = St.SubVV(e[o], e[r], t);
                      const h = St.DotVV(l, a);
                      h < 0 && (i += h * h);
                    }
                    return .5 * this.GetParticleMass() * i;
                  }
                  SetStrictContactCheck(t) {
                    this.m_def.strictContactCheck = t;
                  }
                  GetStrictContactCheck() {
                    return this.m_def.strictContactCheck;
                  }
                  SetParticleLifetime(t, e) {
                    const i = null === this.m_indexByExpirationTimeBuffer.data;
                    this.m_expirationTimeBuffer.data = this.RequestBuffer(this.m_expirationTimeBuffer.data);
                    this.m_indexByExpirationTimeBuffer.data = this.RequestBuffer(this.m_indexByExpirationTimeBuffer.data);
                    if (i) {
                      const t = this.GetParticleCount();
                      for (let e = 0; e < t; ++e) this.m_indexByExpirationTimeBuffer.data[e] = e;
                    }
                    const s = e / this.m_def.lifetimeGranularity;
                    const n = s > 0 ? this.GetQuantizedTimeElapsed() + s : s;
                    if (n !== this.m_expirationTimeBuffer.data[t]) {
                      this.m_expirationTimeBuffer.data[t] = n;
                      this.m_expirationTimeBufferRequiresSorting = !0;
                    }
                  }
                  GetParticleLifetime(t) {
                    return this.ExpirationTimeToLifetime(this.GetExpirationTimeBuffer()[t]);
                  }
                  SetDestructionByAge(t) {
                    t && this.GetExpirationTimeBuffer();
                    this.m_def.destroyByAge = t;
                  }
                  GetDestructionByAge() {
                    return this.m_def.destroyByAge;
                  }
                  GetExpirationTimeBuffer() {
                    this.m_expirationTimeBuffer.data = this.RequestBuffer(this.m_expirationTimeBuffer.data);
                    return this.m_expirationTimeBuffer.data;
                  }
                  ExpirationTimeToLifetime(t) {
                    return (t > 0 ? t - this.GetQuantizedTimeElapsed() : t) * this.m_def.lifetimeGranularity;
                  }
                  GetIndexByExpirationTimeBuffer() {
                    this.GetParticleCount() ? this.SetParticleLifetime(0, this.GetParticleLifetime(0)) : this.m_indexByExpirationTimeBuffer.data = this.RequestBuffer(this.m_indexByExpirationTimeBuffer.data);
                    return this.m_indexByExpirationTimeBuffer.data;
                  }
                  ParticleApplyLinearImpulse(t, e) {
                    this.ApplyLinearImpulse(t, t + 1, e);
                  }
                  ApplyLinearImpulse(t, e, i) {
                    const s = this.m_velocityBuffer.data;
                    const n = (e - t) * this.GetParticleMass();
                    const r = (new St).Copy(i).SelfMul(1 / n);
                    for (let i = t; i < e; i++) s[i].SelfAdd(r);
                  }
                  static IsSignificantForce(t) {
                    return 0 !== t.x || 0 !== t.y;
                  }
                  ParticleApplyForce(t, e) {
                    if (Un.IsSignificantForce(e) && this.ForceCanBeApplied(this.m_flagsBuffer.data[t])) {
                      this.PrepareForceBuffer();
                      this.m_forceBuffer[t].SelfAdd(e);
                    }
                  }
                  ApplyForce(t, e, i) {
                    const s = (new St).Copy(i).SelfMul(1 / (e - t));
                    if (Un.IsSignificantForce(s)) {
                      this.PrepareForceBuffer();
                      for (let i = t; i < e; i++) this.m_forceBuffer[i].SelfAdd(s);
                    }
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  QueryAABB(t, e) {
                    if (0 === this.m_proxyBuffer.count) return;
                    const i = 0;
                    const s = this.m_proxyBuffer.count;
                    const n = In(this.m_proxyBuffer.data, i, s, Un.computeTag(this.m_inverseDiameter * e.lowerBound.x, this.m_inverseDiameter * e.lowerBound.y), zn.CompareProxyTag);
                    const r = Mn(this.m_proxyBuffer.data, n, s, Un.computeTag(this.m_inverseDiameter * e.upperBound.x, this.m_inverseDiameter * e.upperBound.y), zn.CompareTagProxy);
                    const o = this.m_positionBuffer.data;
                    for (let i = n; i < r; ++i) {
                      const s = this.m_proxyBuffer.data[i].index;
                      const n = o[s];
                      if (e.lowerBound.x < n.x && n.x < e.upperBound.x && e.lowerBound.y < n.y && n.y < e.upperBound.y && !t.ReportParticle(this, s)) break;
                    }
                  }
                  QueryShapeAABB(t, e, i, s = 0) {
                    const n = Un.QueryShapeAABB_s_aabb;
                    e.ComputeAABB(n, i, s);
                    this.QueryAABB(t, n);
                  }
                  QueryPointAABB(t, e, i = u) {
                    const s = Un.QueryPointAABB_s_aabb;
                    s.lowerBound.Set(e.x - i, e.y - i);
                    s.upperBound.Set(e.x + i, e.y + i);
                    this.QueryAABB(t, s);
                  }
                  RayCast(t, e, i) {
                    const s = Un.RayCast_s_aabb;
                    const n = Un.RayCast_s_p;
                    const r = Un.RayCast_s_v;
                    const o = Un.RayCast_s_n;
                    const a = Un.RayCast_s_point;
                    if (0 === this.m_proxyBuffer.count) return;
                    const l = this.m_positionBuffer.data;
                    const h = s;
                    St.MinV(e, i, h.lowerBound);
                    St.MaxV(e, i, h.upperBound);
                    let c = 1;
                    const u = St.SubVV(i, e, r);
                    const _ = St.DotVV(u, u);
                    const d = this.GetInsideBoundsEnumerator(h);
                    let p;
                    for (;(p = d.GetNext()) >= 0; ) {
                      const i = St.SubVV(e, l[p], n);
                      const s = St.DotVV(i, u);
                      const r = s * s - _ * (St.DotVV(i, i) - this.m_squaredDiameter);
                      if (r >= 0) {
                        const n = at(r);
                        let l = (-s - n) / _;
                        if (l > c) continue;
                        if (l < 0) {
                          l = (-s + n) / _;
                          if (l < 0 || l > c) continue;
                        }
                        const h = St.AddVMulSV(i, l, u, o);
                        h.Normalize();
                        c = tt(c, t.ReportParticle(this, p, St.AddVMulSV(e, l, u, a), h, l));
                        if (c <= 0) break;
                      }
                    }
                  }
                  ComputeAABB(t) {
                    const e = this.GetParticleCount();
                    t.lowerBound.x = +s;
                    t.lowerBound.y = +s;
                    t.upperBound.x = -s;
                    t.upperBound.y = -s;
                    const i = this.m_positionBuffer.data;
                    for (let s = 0; s < e; s++) {
                      const e = i[s];
                      St.MinV(t.lowerBound, e, t.lowerBound);
                      St.MaxV(t.upperBound, e, t.upperBound);
                    }
                    t.lowerBound.x -= this.m_particleDiameter;
                    t.lowerBound.y -= this.m_particleDiameter;
                    t.upperBound.x += this.m_particleDiameter;
                    t.upperBound.y += this.m_particleDiameter;
                  }
                  FreeBuffer(t, e) {
                    null !== t && (t.length = 0);
                  }
                  FreeUserOverridableBuffer(t) {
                    0 === t.userSuppliedCapacity && this.FreeBuffer(t.data, this.m_internalAllocatedCapacity);
                  }
                  ReallocateBuffer3(t, e, i) {
                    if (i <= e) throw new Error;
                    const s = t ? t.slice() : [];
                    s.length = i;
                    return s;
                  }
                  ReallocateBuffer5(t, e, i, s, n) {
                    if (s <= i) throw new Error;
                    if (e && !(s <= e)) throw new Error;
                    n && !t || e || (t = this.ReallocateBuffer3(t, i, s));
                    return t;
                  }
                  ReallocateBuffer4(t, e, i, s) {
                    return this.ReallocateBuffer5(t.data, t.userSuppliedCapacity, e, i, s);
                  }
                  RequestBuffer(t) {
                    if (!t) {
                      0 === this.m_internalAllocatedCapacity && this.ReallocateInternalAllocatedBuffers(P);
                      (t = []).length = this.m_internalAllocatedCapacity;
                    }
                    return t;
                  }
                  ReallocateHandleBuffers(t) {
                    this.m_handleIndexBuffer.data = this.ReallocateBuffer4(this.m_handleIndexBuffer, this.m_internalAllocatedCapacity, t, !0);
                  }
                  ReallocateInternalAllocatedBuffers(t) {
                    function e(t, e) {
                      return e && t > e ? e : t;
                    }
                    t = e(t, this.m_def.maxCount);
                    t = e(t, this.m_flagsBuffer.userSuppliedCapacity);
                    t = e(t, this.m_positionBuffer.userSuppliedCapacity);
                    t = e(t, this.m_velocityBuffer.userSuppliedCapacity);
                    t = e(t, this.m_colorBuffer.userSuppliedCapacity);
                    t = e(t, this.m_userDataBuffer.userSuppliedCapacity);
                    if (this.m_internalAllocatedCapacity < t) {
                      this.ReallocateHandleBuffers(t);
                      this.m_flagsBuffer.data = this.ReallocateBuffer4(this.m_flagsBuffer, this.m_internalAllocatedCapacity, t, !1);
                      const e = this.m_stuckThreshold > 0;
                      this.m_lastBodyContactStepBuffer.data = this.ReallocateBuffer4(this.m_lastBodyContactStepBuffer, this.m_internalAllocatedCapacity, t, e);
                      this.m_bodyContactCountBuffer.data = this.ReallocateBuffer4(this.m_bodyContactCountBuffer, this.m_internalAllocatedCapacity, t, e);
                      this.m_consecutiveContactStepsBuffer.data = this.ReallocateBuffer4(this.m_consecutiveContactStepsBuffer, this.m_internalAllocatedCapacity, t, e);
                      this.m_positionBuffer.data = this.ReallocateBuffer4(this.m_positionBuffer, this.m_internalAllocatedCapacity, t, !1);
                      this.m_velocityBuffer.data = this.ReallocateBuffer4(this.m_velocityBuffer, this.m_internalAllocatedCapacity, t, !1);
                      this.m_forceBuffer = this.ReallocateBuffer5(this.m_forceBuffer, 0, this.m_internalAllocatedCapacity, t, !1);
                      this.m_weightBuffer = this.ReallocateBuffer5(this.m_weightBuffer, 0, this.m_internalAllocatedCapacity, t, !1);
                      this.m_staticPressureBuffer = this.ReallocateBuffer5(this.m_staticPressureBuffer, 0, this.m_internalAllocatedCapacity, t, !0);
                      this.m_accumulationBuffer = this.ReallocateBuffer5(this.m_accumulationBuffer, 0, this.m_internalAllocatedCapacity, t, !1);
                      this.m_accumulation2Buffer = this.ReallocateBuffer5(this.m_accumulation2Buffer, 0, this.m_internalAllocatedCapacity, t, !0);
                      this.m_depthBuffer = this.ReallocateBuffer5(this.m_depthBuffer, 0, this.m_internalAllocatedCapacity, t, !0);
                      this.m_colorBuffer.data = this.ReallocateBuffer4(this.m_colorBuffer, this.m_internalAllocatedCapacity, t, !0);
                      this.m_groupBuffer = this.ReallocateBuffer5(this.m_groupBuffer, 0, this.m_internalAllocatedCapacity, t, !1);
                      this.m_userDataBuffer.data = this.ReallocateBuffer4(this.m_userDataBuffer, this.m_internalAllocatedCapacity, t, !0);
                      this.m_expirationTimeBuffer.data = this.ReallocateBuffer4(this.m_expirationTimeBuffer, this.m_internalAllocatedCapacity, t, !0);
                      this.m_indexByExpirationTimeBuffer.data = this.ReallocateBuffer4(this.m_indexByExpirationTimeBuffer, this.m_internalAllocatedCapacity, t, !1);
                      this.m_internalAllocatedCapacity = t;
                    }
                  }
                  CreateParticleForGroup(t, e, s) {
                    const n = new mn;
                    n.flags = i(t.flags, 0);
                    xt.MulXV(e, s, n.position);
                    St.AddVV(i(t.linearVelocity, St.ZERO), St.CrossSV(i(t.angularVelocity, 0), St.SubVV(n.position, i(t.position, St.ZERO), St.s_t0), St.s_t0), n.velocity);
                    n.color.Copy(i(t.color, Rt.ZERO));
                    n.lifetime = i(t.lifetime, 0);
                    n.userData = t.userData;
                    this.CreateParticle(n);
                  }
                  CreateParticlesStrokeShapeForGroup(e, s, n) {
                    const r = Un.CreateParticlesStrokeShapeForGroup_s_edge;
                    const o = Un.CreateParticlesStrokeShapeForGroup_s_d;
                    const a = Un.CreateParticlesStrokeShapeForGroup_s_p;
                    let l = i(s.stride, 0);
                    0 === l && (l = this.GetParticleStride());
                    let h = 0;
                    const c = e.GetChildCount();
                    for (let i = 0; i < c; i++) {
                      let c = null;
                      if (e.GetType() === t.b2ShapeType.e_edgeShape) c = e; else {
                        c = r;
                        e.GetChildEdge(c, i);
                      }
                      const u = St.SubVV(c.m_vertex2, c.m_vertex1, o);
                      const _ = u.Length();
                      for (;h < _; ) {
                        const t = St.AddVMulSV(c.m_vertex1, h / _, u, a);
                        this.CreateParticleForGroup(s, n, t);
                        h += l;
                      }
                      h -= _;
                    }
                  }
                  CreateParticlesFillShapeForGroup(t, e, s) {
                    const n = Un.CreateParticlesFillShapeForGroup_s_aabb;
                    const r = Un.CreateParticlesFillShapeForGroup_s_p;
                    let o = i(e.stride, 0);
                    0 === o && (o = this.GetParticleStride());
                    const a = xt.IDENTITY;
                    const l = n;
                    t.ComputeAABB(l, a, 0);
                    for (let i = Math.floor(l.lowerBound.y / o) * o; i < l.upperBound.y; i += o) for (let n = Math.floor(l.lowerBound.x / o) * o; n < l.upperBound.x; n += o) {
                      const o = r.Set(n, i);
                      t.TestPoint(a, o) && this.CreateParticleForGroup(e, s, o);
                    }
                  }
                  CreateParticlesWithShapeForGroup(e, i, s) {
                    switch (e.GetType()) {
                     case t.b2ShapeType.e_edgeShape:
                     case t.b2ShapeType.e_chainShape:
                      this.CreateParticlesStrokeShapeForGroup(e, i, s);
                      break;

                     case t.b2ShapeType.e_polygonShape:
                     case t.b2ShapeType.e_circleShape:
                      this.CreateParticlesFillShapeForGroup(e, i, s);
                    }
                  }
                  CreateParticlesWithShapesForGroup(t, e, i, s) {
                    const n = new $n(t, e);
                    this.CreateParticlesFillShapeForGroup(n, i, s);
                  }
                  CloneParticle(t, e) {
                    const i = new mn;
                    i.flags = this.m_flagsBuffer.data[t];
                    i.position.Copy(this.m_positionBuffer.data[t]);
                    i.velocity.Copy(this.m_velocityBuffer.data[t]);
                    this.m_colorBuffer.data && i.color.Copy(this.m_colorBuffer.data[t]);
                    this.m_userDataBuffer.data && (i.userData = this.m_userDataBuffer.data[t]);
                    i.group = e;
                    const s = this.CreateParticle(i);
                    if (this.m_handleIndexBuffer.data) {
                      const e = this.m_handleIndexBuffer.data[t];
                      e && e.SetIndex(s);
                      this.m_handleIndexBuffer.data[s] = e;
                      this.m_handleIndexBuffer.data[t] = null;
                    }
                    this.m_lastBodyContactStepBuffer.data && (this.m_lastBodyContactStepBuffer.data[s] = this.m_lastBodyContactStepBuffer.data[t]);
                    this.m_bodyContactCountBuffer.data && (this.m_bodyContactCountBuffer.data[s] = this.m_bodyContactCountBuffer.data[t]);
                    this.m_consecutiveContactStepsBuffer.data && (this.m_consecutiveContactStepsBuffer.data[s] = this.m_consecutiveContactStepsBuffer.data[t]);
                    this.m_hasForce && this.m_forceBuffer[s].Copy(this.m_forceBuffer[t]);
                    this.m_staticPressureBuffer && (this.m_staticPressureBuffer[s] = this.m_staticPressureBuffer[t]);
                    this.m_depthBuffer && (this.m_depthBuffer[s] = this.m_depthBuffer[t]);
                    this.m_expirationTimeBuffer.data && (this.m_expirationTimeBuffer.data[s] = this.m_expirationTimeBuffer.data[t]);
                    return s;
                  }
                  DestroyParticlesInGroup(t, e = !1) {
                    for (let i = t.m_firstIndex; i < t.m_lastIndex; i++) this.DestroyParticle(i, e);
                  }
                  DestroyParticleGroup(t) {
                    this.m_world.m_destructionListener && this.m_world.m_destructionListener.SayGoodbyeParticleGroup(t);
                    this.SetGroupFlags(t, 0);
                    for (let e = t.m_firstIndex; e < t.m_lastIndex; e++) this.m_groupBuffer[e] = null;
                    t.m_prev && (t.m_prev.m_next = t.m_next);
                    t.m_next && (t.m_next.m_prev = t.m_prev);
                    t === this.m_groupList && (this.m_groupList = t.m_next);
                    --this.m_groupCount;
                  }
                  static ParticleCanBeConnected(e, i) {
                    return 0 != (e & (t.b2ParticleFlag.b2_wallParticle | t.b2ParticleFlag.b2_springParticle | t.b2ParticleFlag.b2_elasticParticle)) || null !== i && 0 != (i.GetGroupFlags() & t.b2ParticleGroupFlag.b2_rigidParticleGroup);
                  }
                  UpdatePairsAndTriads(e, i, s) {
                    const n = Un.UpdatePairsAndTriads_s_dab;
                    const r = Un.UpdatePairsAndTriads_s_dbc;
                    const o = Un.UpdatePairsAndTriads_s_dca;
                    const a = this.m_positionBuffer.data;
                    let l = 0;
                    for (let t = e; t < i; t++) l |= this.m_flagsBuffer.data[t];
                    if (l & Un.k_pairFlags) for (let n = 0; n < this.m_contactBuffer.count; n++) {
                      const r = this.m_contactBuffer.data[n];
                      const o = r.indexA;
                      const l = r.indexB;
                      const h = this.m_flagsBuffer.data[o];
                      const c = this.m_flagsBuffer.data[l];
                      const u = this.m_groupBuffer[o];
                      const _ = this.m_groupBuffer[l];
                      if (o >= e && o < i && l >= e && l < i && !((h | c) & t.b2ParticleFlag.b2_zombieParticle) && (h | c) & Un.k_pairFlags && (s.IsNecessary(o) || s.IsNecessary(l)) && Un.ParticleCanBeConnected(h, u) && Un.ParticleCanBeConnected(c, _) && s.ShouldCreatePair(o, l)) {
                        const t = this.m_pairBuffer.data[this.m_pairBuffer.Append()];
                        t.indexA = o;
                        t.indexB = l;
                        t.flags = r.flags;
                        t.strength = tt(u ? u.m_strength : 1, _ ? _.m_strength : 1);
                        t.distance = St.DistanceVV(a[o], a[l]);
                      }
                      wn(this.m_pairBuffer.data, 0, this.m_pairBuffer.count, Un.ComparePairIndices);
                      this.m_pairBuffer.Unique(Un.MatchPairIndices);
                    }
                    if (l & Un.k_triadFlags) {
                      const l = new An(i - e);
                      for (let n = e; n < i; n++) {
                        const e = this.m_flagsBuffer.data[n];
                        const i = this.m_groupBuffer[n];
                        e & t.b2ParticleFlag.b2_zombieParticle || !Un.ParticleCanBeConnected(e, i) || l.AddGenerator(a[n], n, s.IsNecessary(n));
                      }
                      const h = this.GetParticleStride();
                      l.Generate(h / 2, 2 * h);
                      const c = this;
                      const u = (t, e, i) => {
                        const l = c.m_flagsBuffer.data[t];
                        const h = c.m_flagsBuffer.data[e];
                        const u = c.m_flagsBuffer.data[i];
                        if ((l | h | u) & Un.k_triadFlags && s.ShouldCreateTriad(t, e, i)) {
                          const s = a[t];
                          const _ = a[e];
                          const d = a[i];
                          const p = St.SubVV(s, _, n);
                          const m = St.SubVV(_, d, r);
                          const f = St.SubVV(d, s, o);
                          const g = D * c.m_squaredDiameter;
                          if (St.DotVV(p, p) > g || St.DotVV(m, m) > g || St.DotVV(f, f) > g) return;
                          const y = c.m_groupBuffer[t];
                          const b = c.m_groupBuffer[e];
                          const S = c.m_groupBuffer[i];
                          const A = c.m_triadBuffer.data[c.m_triadBuffer.Append()];
                          A.indexA = t;
                          A.indexB = e;
                          A.indexC = i;
                          A.flags = l | h | u;
                          A.strength = tt(tt(y ? y.m_strength : 1, b ? b.m_strength : 1), S ? S.m_strength : 1);
                          const T = (s.x + _.x + d.x) / 3;
                          const v = (s.y + _.y + d.y) / 3;
                          A.pa.x = s.x - T;
                          A.pa.y = s.y - v;
                          A.pb.x = _.x - T;
                          A.pb.y = _.y - v;
                          A.pc.x = d.x - T;
                          A.pc.y = d.y - v;
                          A.ka = -St.DotVV(f, p);
                          A.kb = -St.DotVV(p, m);
                          A.kc = -St.DotVV(m, f);
                          A.s = St.CrossVV(s, _) + St.CrossVV(_, d) + St.CrossVV(d, s);
                        }
                      };
                      l.GetNodes(u);
                      wn(this.m_triadBuffer.data, 0, this.m_triadBuffer.count, Un.CompareTriadIndices);
                      this.m_triadBuffer.Unique(Un.MatchTriadIndices);
                    }
                  }
                  UpdatePairsAndTriadsWithReactiveParticles() {
                    const e = new tr(this.m_flagsBuffer);
                    this.UpdatePairsAndTriads(0, this.m_count, e);
                    for (let e = 0; e < this.m_count; e++) this.m_flagsBuffer.data[e] &= ~t.b2ParticleFlag.b2_reactiveParticle;
                    this.m_allParticleFlags &= ~t.b2ParticleFlag.b2_reactiveParticle;
                  }
                  static ComparePairIndices(t, e) {
                    const i = t.indexA - e.indexA;
                    return 0 !== i ? i < 0 : t.indexB < e.indexB;
                  }
                  static MatchPairIndices(t, e) {
                    return t.indexA === e.indexA && t.indexB === e.indexB;
                  }
                  static CompareTriadIndices(t, e) {
                    const i = t.indexA - e.indexA;
                    if (0 !== i) return i < 0;
                    const s = t.indexB - e.indexB;
                    return 0 !== s ? s < 0 : t.indexC < e.indexC;
                  }
                  static MatchTriadIndices(t, e) {
                    return t.indexA === e.indexA && t.indexB === e.indexB && t.indexC === e.indexC;
                  }
                  static InitializeParticleLists(t, e) {
                    const i = t.GetBufferIndex();
                    const s = t.GetParticleCount();
                    for (let t = 0; t < s; t++) {
                      const s = e[t];
                      s.list = s;
                      s.next = null;
                      s.count = 1;
                      s.index = t + i;
                    }
                  }
                  MergeParticleListsInContact(t, e) {
                    const i = t.GetBufferIndex();
                    for (let s = 0; s < this.m_contactBuffer.count; s++) {
                      const n = this.m_contactBuffer.data[s];
                      const r = n.indexA;
                      const o = n.indexB;
                      if (!t.ContainsParticle(r) || !t.ContainsParticle(o)) continue;
                      let a = e[r - i].list;
                      let l = e[o - i].list;
                      if (a !== l) {
                        if (a.count < l.count) {
                          const t = a;
                          a = l;
                          l = t;
                        }
                        Un.MergeParticleLists(a, l);
                      }
                    }
                  }
                  static MergeParticleLists(t, e) {
                    for (let i = e; ;) {
                      i.list = t;
                      const e = i.next;
                      if (!e) {
                        i.next = t.next;
                        break;
                      }
                      i = e;
                    }
                    t.next = e;
                    t.count += e.count;
                    e.count = 0;
                  }
                  static FindLongestParticleList(t, e) {
                    const i = t.GetParticleCount();
                    let s = e[0];
                    for (let t = 0; t < i; t++) {
                      const i = e[t];
                      s.count < i.count && (s = i);
                    }
                    return s;
                  }
                  MergeZombieParticleListNodes(e, i, s) {
                    const n = e.GetParticleCount();
                    for (let e = 0; e < n; e++) {
                      const n = i[e];
                      n !== s && this.m_flagsBuffer.data[n.index] & t.b2ParticleFlag.b2_zombieParticle && Un.MergeParticleListAndNode(s, n);
                    }
                  }
                  static MergeParticleListAndNode(t, e) {
                    e.list = t;
                    e.next = t.next;
                    t.next = e;
                    t.count++;
                    e.count = 0;
                  }
                  CreateParticleGroupsFromParticleList(e, i, s) {
                    const n = e.GetParticleCount();
                    const r = new yn;
                    r.groupFlags = e.GetGroupFlags();
                    r.userData = e.GetUserData();
                    for (let e = 0; e < n; e++) {
                      const n = i[e];
                      if (!n.count || n === s) continue;
                      const o = this.CreateParticleGroup(r);
                      for (let e = n; e; e = e.next) {
                        const i = e.index;
                        const s = this.CloneParticle(i, o);
                        this.m_flagsBuffer.data[i] |= t.b2ParticleFlag.b2_zombieParticle;
                        e.index = s;
                      }
                    }
                  }
                  UpdatePairsAndTriadsWithParticleList(t, e) {
                    const i = t.GetBufferIndex();
                    for (let s = 0; s < this.m_pairBuffer.count; s++) {
                      const n = this.m_pairBuffer.data[s];
                      const r = n.indexA;
                      const o = n.indexB;
                      t.ContainsParticle(r) && (n.indexA = e[r - i].index);
                      t.ContainsParticle(o) && (n.indexB = e[o - i].index);
                    }
                    for (let s = 0; s < this.m_triadBuffer.count; s++) {
                      const n = this.m_triadBuffer.data[s];
                      const r = n.indexA;
                      const o = n.indexB;
                      const a = n.indexC;
                      t.ContainsParticle(r) && (n.indexA = e[r - i].index);
                      t.ContainsParticle(o) && (n.indexB = e[o - i].index);
                      t.ContainsParticle(a) && (n.indexC = e[a - i].index);
                    }
                  }
                  ComputeDepth() {
                    const e = [];
                    let i = 0;
                    for (let s = 0; s < this.m_contactBuffer.count; s++) {
                      const n = this.m_contactBuffer.data[s];
                      const r = n.indexA;
                      const o = n.indexB;
                      const a = this.m_groupBuffer[r];
                      const l = this.m_groupBuffer[o];
                      a && a === l && a.m_groupFlags & t.b2ParticleGroupFlag.b2_particleGroupNeedsUpdateDepth && (e[i++] = n);
                    }
                    const n = [];
                    let r = 0;
                    for (let e = this.m_groupList; e; e = e.GetNext()) if (e.m_groupFlags & t.b2ParticleGroupFlag.b2_particleGroupNeedsUpdateDepth) {
                      n[r++] = e;
                      this.SetGroupFlags(e, e.m_groupFlags & ~t.b2ParticleGroupFlag.b2_particleGroupNeedsUpdateDepth);
                      for (let t = e.m_firstIndex; t < e.m_lastIndex; t++) this.m_accumulationBuffer[t] = 0;
                    }
                    for (let t = 0; t < i; t++) {
                      const i = e[t];
                      const s = i.indexA;
                      const n = i.indexB;
                      const r = i.weight;
                      this.m_accumulationBuffer[s] += r;
                      this.m_accumulationBuffer[n] += r;
                    }
                    for (let t = 0; t < r; t++) {
                      const e = n[t];
                      for (let t = e.m_firstIndex; t < e.m_lastIndex; t++) {
                        const e = this.m_accumulationBuffer[t];
                        this.m_depthBuffer[t] = e < .8 ? 0 : s;
                      }
                    }
                    const o = at(this.m_count) >> 0;
                    for (let t = 0; t < o; t++) {
                      let t = !1;
                      for (let s = 0; s < i; s++) {
                        const i = e[s];
                        const n = i.indexA;
                        const r = i.indexB;
                        const o = 1 - i.weight;
                        const a = this.m_depthBuffer[n];
                        const l = this.m_depthBuffer[r];
                        const h = l + o;
                        const c = a + o;
                        if (a > h) {
                          this.m_depthBuffer[n] = h;
                          t = !0;
                        }
                        if (l > c) {
                          this.m_depthBuffer[r] = c;
                          t = !0;
                        }
                      }
                      if (!t) break;
                    }
                    for (let t = 0; t < r; t++) {
                      const e = n[t];
                      for (let t = e.m_firstIndex; t < e.m_lastIndex; t++) this.m_depthBuffer[t] < s ? this.m_depthBuffer[t] *= this.m_particleDiameter : this.m_depthBuffer[t] = 0;
                    }
                  }
                  GetInsideBoundsEnumerator(t) {
                    const e = Un.computeTag(this.m_inverseDiameter * t.lowerBound.x - 1, this.m_inverseDiameter * t.lowerBound.y - 1);
                    const i = Un.computeTag(this.m_inverseDiameter * t.upperBound.x + 1, this.m_inverseDiameter * t.upperBound.y + 1);
                    const s = 0;
                    const n = this.m_proxyBuffer.count;
                    const r = In(this.m_proxyBuffer.data, s, n, e, zn.CompareProxyTag);
                    const o = Mn(this.m_proxyBuffer.data, s, n, i, zn.CompareTagProxy);
                    return new Hn(this, e, i, r, o);
                  }
                  UpdateAllParticleFlags() {
                    this.m_allParticleFlags = 0;
                    for (let t = 0; t < this.m_count; t++) this.m_allParticleFlags |= this.m_flagsBuffer.data[t];
                    this.m_needsUpdateAllParticleFlags = !1;
                  }
                  UpdateAllGroupFlags() {
                    this.m_allGroupFlags = 0;
                    for (let t = this.m_groupList; t; t = t.GetNext()) this.m_allGroupFlags |= t.m_groupFlags;
                    this.m_needsUpdateAllGroupFlags = !1;
                  }
                  AddContact(t, e, i) {
                    const s = this.m_flagsBuffer.data;
                    const n = this.m_positionBuffer.data;
                    const r = St.SubVV(n[e], n[t], Un.AddContact_s_d);
                    const o = St.DotVV(r, r);
                    if (0 < o && o < this.m_squaredDiameter) {
                      const i = ot(o);
                      const n = this.m_contactBuffer.data[this.m_contactBuffer.Append()];
                      n.indexA = t;
                      n.indexB = e;
                      n.flags = s[t] | s[e];
                      n.weight = 1 - o * i * this.m_inverseDiameter;
                      n.normal.x = i * r.x;
                      n.normal.y = i * r.y;
                    }
                  }
                  FindContacts_Reference(t) {
                    const e = 0;
                    const i = this.m_proxyBuffer.count;
                    this.m_contactBuffer.count = 0;
                    for (let t = e, s = e; t < i; t++) {
                      const e = Un.computeRelativeTag(this.m_proxyBuffer.data[t].tag, 1, 0);
                      for (let s = t + 1; s < i && !(e < this.m_proxyBuffer.data[s].tag); s++) this.AddContact(this.m_proxyBuffer.data[t].index, this.m_proxyBuffer.data[s].index, this.m_contactBuffer);
                      const n = Un.computeRelativeTag(this.m_proxyBuffer.data[t].tag, -1, 1);
                      for (;s < i && !(n <= this.m_proxyBuffer.data[s].tag); s++) ;
                      const r = Un.computeRelativeTag(this.m_proxyBuffer.data[t].tag, 1, 1);
                      for (let e = s; e < i && !(r < this.m_proxyBuffer.data[e].tag); e++) this.AddContact(this.m_proxyBuffer.data[t].index, this.m_proxyBuffer.data[e].index, this.m_contactBuffer);
                    }
                  }
                  FindContacts(t) {
                    this.FindContacts_Reference(t);
                  }
                  UpdateProxies_Reference(t) {
                    const e = this.m_positionBuffer.data;
                    const i = this.m_inverseDiameter;
                    for (let t = 0; t < this.m_proxyBuffer.count; ++t) {
                      const s = this.m_proxyBuffer.data[t];
                      const n = e[s.index];
                      s.tag = Un.computeTag(i * n.x, i * n.y);
                    }
                  }
                  UpdateProxies(t) {
                    this.UpdateProxies_Reference(t);
                  }
                  SortProxies(t) {
                    xn(this.m_proxyBuffer.data, 0, this.m_proxyBuffer.count, zn.CompareProxyProxy);
                  }
                  FilterContacts(e) {
                    const i = this.GetParticleContactFilter();
                    if (null === i) return;
                    const s = this;
                    const n = e => 0 != (e.flags & t.b2ParticleFlag.b2_particleContactFilterParticle) && !i.ShouldCollideParticleParticle(s, e.indexA, e.indexB);
                    this.m_contactBuffer.RemoveIf(n);
                  }
                  NotifyContactListenerPreContact(t) {
                    if (null !== this.GetParticleContactListener()) {
                      t.Initialize(this.m_contactBuffer, this.m_flagsBuffer);
                      throw new Error;
                    }
                  }
                  NotifyContactListenerPostContact(t) {
                    const e = this.GetParticleContactListener();
                    if (null !== e) {
                      for (let t = 0; t < this.m_contactBuffer.count; ++t) {
                        const i = this.m_contactBuffer.data[t];
                        e.BeginContactParticleParticle(this, i);
                      }
                      throw new Error;
                    }
                  }
                  static b2ParticleContactIsZombie(e) {
                    return (e.flags & t.b2ParticleFlag.b2_zombieParticle) === t.b2ParticleFlag.b2_zombieParticle;
                  }
                  UpdateContacts(t) {
                    this.UpdateProxies(this.m_proxyBuffer);
                    this.SortProxies(this.m_proxyBuffer);
                    const e = new Kn;
                    this.NotifyContactListenerPreContact(e);
                    this.FindContacts(this.m_contactBuffer);
                    this.FilterContacts(this.m_contactBuffer);
                    this.NotifyContactListenerPostContact(e);
                    t && this.m_contactBuffer.RemoveIf(Un.b2ParticleContactIsZombie);
                  }
                  NotifyBodyContactListenerPreContact(t) {
                    if (null !== this.GetFixtureContactListener()) {
                      t.Initialize(this.m_bodyContactBuffer, this.m_flagsBuffer);
                      throw new Error;
                    }
                  }
                  NotifyBodyContactListenerPostContact(t) {
                    const e = this.GetFixtureContactListener();
                    if (null !== e) {
                      for (let t = 0; t < this.m_bodyContactBuffer.count; t++) {
                        const i = this.m_bodyContactBuffer.data[t];
                        e.BeginContactFixtureParticle(this, i);
                      }
                      throw new Error;
                    }
                  }
                  UpdateBodyContacts() {
                    const t = Un.UpdateBodyContacts_s_aabb;
                    const e = new Yn;
                    this.NotifyBodyContactListenerPreContact(e);
                    if (this.m_stuckThreshold > 0) {
                      const t = this.GetParticleCount();
                      for (let e = 0; e < t; e++) {
                        this.m_bodyContactCountBuffer.data[e] = 0;
                        this.m_timestamp > this.m_lastBodyContactStepBuffer.data[e] + 1 && (this.m_consecutiveContactStepsBuffer.data[e] = 0);
                      }
                    }
                    this.m_bodyContactBuffer.SetCount(0);
                    this.m_stuckParticleBuffer.SetCount(0);
                    const i = t;
                    this.ComputeAABB(i);
                    null === this.UpdateBodyContacts_callback && (this.UpdateBodyContacts_callback = new er(this));
                    const s = this.UpdateBodyContacts_callback;
                    s.m_contactFilter = this.GetFixtureContactFilter();
                    this.m_world.QueryAABB(s, i);
                    this.m_def.strictContactCheck && this.RemoveSpuriousBodyContacts();
                    this.NotifyBodyContactListenerPostContact(e);
                  }
                  Solve(e) {
                    const i = Un.Solve_s_subStep;
                    if (0 !== this.m_count) {
                      this.m_expirationTimeBuffer.data && this.SolveLifetimes(e);
                      this.m_allParticleFlags & t.b2ParticleFlag.b2_zombieParticle && this.SolveZombie();
                      this.m_needsUpdateAllParticleFlags && this.UpdateAllParticleFlags();
                      this.m_needsUpdateAllGroupFlags && this.UpdateAllGroupFlags();
                      if (!this.m_paused) for (this.m_iterationIndex = 0; this.m_iterationIndex < e.particleIterations; this.m_iterationIndex++) {
                        ++this.m_timestamp;
                        const s = i.Copy(e);
                        s.dt /= e.particleIterations;
                        s.inv_dt *= e.particleIterations;
                        this.UpdateContacts(!1);
                        this.UpdateBodyContacts();
                        this.ComputeWeight();
                        this.m_allGroupFlags & t.b2ParticleGroupFlag.b2_particleGroupNeedsUpdateDepth && this.ComputeDepth();
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_reactiveParticle && this.UpdatePairsAndTriadsWithReactiveParticles();
                        this.m_hasForce && this.SolveForce(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_viscousParticle && this.SolveViscous();
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_repulsiveParticle && this.SolveRepulsive(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_powderParticle && this.SolvePowder(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_tensileParticle && this.SolveTensile(s);
                        this.m_allGroupFlags & t.b2ParticleGroupFlag.b2_solidParticleGroup && this.SolveSolid(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_colorMixingParticle && this.SolveColorMixing();
                        this.SolveGravity(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_staticPressureParticle && this.SolveStaticPressure(s);
                        this.SolvePressure(s);
                        this.SolveDamping(s);
                        this.m_allParticleFlags & Un.k_extraDampingFlags && this.SolveExtraDamping();
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_elasticParticle && this.SolveElastic(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_springParticle && this.SolveSpring(s);
                        this.LimitVelocity(s);
                        this.m_allGroupFlags & t.b2ParticleGroupFlag.b2_rigidParticleGroup && this.SolveRigidDamping();
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_barrierParticle && this.SolveBarrier(s);
                        this.SolveCollision(s);
                        this.m_allGroupFlags & t.b2ParticleGroupFlag.b2_rigidParticleGroup && this.SolveRigid(s);
                        this.m_allParticleFlags & t.b2ParticleFlag.b2_wallParticle && this.SolveWall();
                        for (let t = 0; t < this.m_count; t++) this.m_positionBuffer.data[t].SelfMulAdd(s.dt, this.m_velocityBuffer.data[t]);
                      }
                    }
                  }
                  SolveCollision(t) {
                    const e = Un.SolveCollision_s_aabb;
                    const i = this.m_positionBuffer.data;
                    const n = this.m_velocityBuffer.data;
                    const r = e;
                    r.lowerBound.x = +s;
                    r.lowerBound.y = +s;
                    r.upperBound.x = -s;
                    r.upperBound.y = -s;
                    for (let e = 0; e < this.m_count; e++) {
                      const s = n[e];
                      const o = i[e];
                      const a = o.x + t.dt * s.x;
                      const l = o.y + t.dt * s.y;
                      r.lowerBound.x = tt(r.lowerBound.x, tt(o.x, a));
                      r.lowerBound.y = tt(r.lowerBound.y, tt(o.y, l));
                      r.upperBound.x = et(r.upperBound.x, et(o.x, a));
                      r.upperBound.y = et(r.upperBound.y, et(o.y, l));
                    }
                    null === this.SolveCollision_callback && (this.SolveCollision_callback = new ir(this, t));
                    const o = this.SolveCollision_callback;
                    o.m_step = t;
                    this.m_world.QueryAABB(o, r);
                  }
                  LimitVelocity(t) {
                    const e = this.m_velocityBuffer.data;
                    const i = this.GetCriticalVelocitySquared(t);
                    for (let t = 0; t < this.m_count; t++) {
                      const s = e[t];
                      const n = St.DotVV(s, s);
                      n > i && s.SelfMul(at(i / n));
                    }
                  }
                  SolveGravity(t) {
                    const e = Un.SolveGravity_s_gravity;
                    const i = this.m_velocityBuffer.data;
                    const s = St.MulSV(t.dt * this.m_def.gravityScale, this.m_world.GetGravity(), e);
                    for (let t = 0; t < this.m_count; t++) i[t].SelfAdd(s);
                  }
                  SolveBarrier(e) {
                    const i = Un.SolveBarrier_s_aabb;
                    const s = Un.SolveBarrier_s_va;
                    const n = Un.SolveBarrier_s_vb;
                    const r = Un.SolveBarrier_s_pba;
                    const o = Un.SolveBarrier_s_vba;
                    const a = Un.SolveBarrier_s_vc;
                    const l = Un.SolveBarrier_s_pca;
                    const h = Un.SolveBarrier_s_vca;
                    const c = Un.SolveBarrier_s_qba;
                    const u = Un.SolveBarrier_s_qca;
                    const _ = Un.SolveBarrier_s_dv;
                    const d = Un.SolveBarrier_s_f;
                    const p = this.m_positionBuffer.data;
                    const m = this.m_velocityBuffer.data;
                    for (let t = 0; t < this.m_count; t++) 0 != (this.m_flagsBuffer.data[t] & Un.k_barrierWallFlags) && m[t].SetZero();
                    const f = O * e.dt;
                    const g = this.GetParticleMass();
                    for (let y = 0; y < this.m_pairBuffer.count; y++) {
                      const b = this.m_pairBuffer.data[y];
                      if (b.flags & t.b2ParticleFlag.b2_barrierParticle) {
                        const t = b.indexA;
                        const y = b.indexB;
                        const S = p[t];
                        const A = p[y];
                        const T = i;
                        St.MinV(S, A, T.lowerBound);
                        St.MaxV(S, A, T.upperBound);
                        const v = this.m_groupBuffer[t];
                        const E = this.m_groupBuffer[y];
                        const C = this.GetLinearVelocity(v, t, S, s);
                        const x = this.GetLinearVelocity(E, y, A, n);
                        const w = St.SubVV(A, S, r);
                        const R = St.SubVV(x, C, o);
                        const I = this.GetInsideBoundsEnumerator(T);
                        let M;
                        for (;(M = I.GetNext()) >= 0; ) {
                          const t = p[M];
                          const i = this.m_groupBuffer[M];
                          if (v !== i && E !== i) {
                            const s = this.GetLinearVelocity(i, M, t, a);
                            const n = St.SubVV(t, S, l);
                            const r = St.SubVV(s, C, h);
                            const o = St.CrossVV(R, r);
                            const p = St.CrossVV(w, r) - St.CrossVV(n, R);
                            const y = St.CrossVV(w, n);
                            let b, A;
                            const T = c, v = u;
                            if (0 === o) {
                              if (0 === p) continue;
                              A = -y / p;
                              if (!(A >= 0 && A < f)) continue;
                              St.AddVMulSV(w, A, R, T);
                              St.AddVMulSV(n, A, r, v);
                              b = St.DotVV(T, v) / St.DotVV(T, T);
                              if (!(b >= 0 && b <= 1)) continue;
                            } else {
                              const t = p * p - 4 * y * o;
                              if (t < 0) continue;
                              const e = at(t);
                              let i = (-p - e) / (2 * o);
                              let s = (-p + e) / (2 * o);
                              if (i > s) {
                                const t = i;
                                i = s;
                                s = t;
                              }
                              A = i;
                              St.AddVMulSV(w, A, R, T);
                              St.AddVMulSV(n, A, r, v);
                              b = St.DotVV(T, v) / St.DotVV(T, T);
                              if (!(A >= 0 && A < f && b >= 0 && b <= 1)) {
                                A = s;
                                if (!(A >= 0 && A < f)) continue;
                                St.AddVMulSV(w, A, R, T);
                                St.AddVMulSV(n, A, r, v);
                                b = St.DotVV(T, v) / St.DotVV(T, T);
                                if (!(b >= 0 && b <= 1)) continue;
                              }
                            }
                            const E = _;
                            E.x = C.x + b * R.x - s.x;
                            E.y = C.y + b * R.y - s.y;
                            const x = St.MulSV(g, E, d);
                            if (i && this.IsRigidGroup(i)) {
                              const e = i.GetMass();
                              const s = i.GetInertia();
                              e > 0 && i.m_linearVelocity.SelfMulAdd(1 / e, x);
                              s > 0 && (i.m_angularVelocity += St.CrossVV(St.SubVV(t, i.GetCenter(), St.s_t0), x) / s);
                            } else m[M].SelfAdd(E);
                            this.ParticleApplyForce(M, x.SelfMul(-e.inv_dt));
                          }
                        }
                      }
                    }
                  }
                  SolveStaticPressure(e) {
                    this.m_staticPressureBuffer = this.RequestBuffer(this.m_staticPressureBuffer);
                    const i = this.GetCriticalPressure(e);
                    const s = this.m_def.staticPressureStrength * i;
                    const n = I * i;
                    const r = this.m_def.staticPressureRelaxation;
                    for (let e = 0; e < this.m_def.staticPressureIterations; e++) {
                      for (let t = 0; t < this.m_count; t++) this.m_accumulationBuffer[t] = 0;
                      for (let e = 0; e < this.m_contactBuffer.count; e++) {
                        const i = this.m_contactBuffer.data[e];
                        if (i.flags & t.b2ParticleFlag.b2_staticPressureParticle) {
                          const t = i.indexA;
                          const e = i.indexB;
                          const s = i.weight;
                          this.m_accumulationBuffer[t] += s * this.m_staticPressureBuffer[e];
                          this.m_accumulationBuffer[e] += s * this.m_staticPressureBuffer[t];
                        }
                      }
                      for (let e = 0; e < this.m_count; e++) {
                        const i = this.m_weightBuffer[e];
                        if (this.m_flagsBuffer.data[e] & t.b2ParticleFlag.b2_staticPressureParticle) {
                          const t = (this.m_accumulationBuffer[e] + s * (i - R)) / (i + r);
                          this.m_staticPressureBuffer[e] = it(t, 0, n);
                        } else this.m_staticPressureBuffer[e] = 0;
                      }
                    }
                  }
                  ComputeWeight() {
                    for (let t = 0; t < this.m_count; t++) this.m_weightBuffer[t] = 0;
                    for (let t = 0; t < this.m_bodyContactBuffer.count; t++) {
                      const e = this.m_bodyContactBuffer.data[t];
                      const i = e.index;
                      const s = e.weight;
                      this.m_weightBuffer[i] += s;
                    }
                    for (let t = 0; t < this.m_contactBuffer.count; t++) {
                      const e = this.m_contactBuffer.data[t];
                      const i = e.indexA;
                      const s = e.indexB;
                      const n = e.weight;
                      this.m_weightBuffer[i] += n;
                      this.m_weightBuffer[s] += n;
                    }
                  }
                  SolvePressure(e) {
                    const i = Un.SolvePressure_s_f;
                    const s = this.m_positionBuffer.data;
                    const n = this.m_velocityBuffer.data;
                    const r = this.GetCriticalPressure(e);
                    const o = this.m_def.pressureStrength * r;
                    const a = I * r;
                    for (let t = 0; t < this.m_count; t++) {
                      const e = o * et(0, this.m_weightBuffer[t] - R);
                      this.m_accumulationBuffer[t] = tt(e, a);
                    }
                    if (this.m_allParticleFlags & Un.k_noPressureFlags) for (let t = 0; t < this.m_count; t++) this.m_flagsBuffer.data[t] & Un.k_noPressureFlags && (this.m_accumulationBuffer[t] = 0);
                    if (this.m_allParticleFlags & t.b2ParticleFlag.b2_staticPressureParticle) for (let e = 0; e < this.m_count; e++) this.m_flagsBuffer.data[e] & t.b2ParticleFlag.b2_staticPressureParticle && (this.m_accumulationBuffer[e] += this.m_staticPressureBuffer[e]);
                    const l = e.dt / (this.m_def.density * this.m_particleDiameter);
                    const h = this.GetParticleInvMass();
                    for (let t = 0; t < this.m_bodyContactBuffer.count; t++) {
                      const e = this.m_bodyContactBuffer.data[t];
                      const r = e.index;
                      const a = e.body;
                      const c = e.weight;
                      const u = e.mass;
                      const _ = e.normal;
                      const d = s[r];
                      const p = this.m_accumulationBuffer[r] + o * c;
                      const m = St.MulSV(l * c * u * p, _, i);
                      n[r].SelfMulSub(h, m);
                      a.ApplyLinearImpulse(m, d, !0);
                    }
                    for (let t = 0; t < this.m_contactBuffer.count; t++) {
                      const e = this.m_contactBuffer.data[t];
                      const s = e.indexA;
                      const r = e.indexB;
                      const o = e.weight;
                      const a = e.normal;
                      const h = this.m_accumulationBuffer[s] + this.m_accumulationBuffer[r];
                      const c = St.MulSV(l * o * h, a, i);
                      n[s].SelfSub(c);
                      n[r].SelfAdd(c);
                    }
                  }
                  SolveDamping(t) {
                    const e = Un.SolveDamping_s_v;
                    const i = Un.SolveDamping_s_f;
                    const s = this.m_positionBuffer.data;
                    const n = this.m_velocityBuffer.data;
                    const r = this.m_def.dampingStrength;
                    const o = 1 / this.GetCriticalVelocity(t);
                    const a = this.GetParticleInvMass();
                    for (let t = 0; t < this.m_bodyContactBuffer.count; t++) {
                      const l = this.m_bodyContactBuffer.data[t];
                      const h = l.index;
                      const c = l.body;
                      const u = l.weight;
                      const _ = l.mass;
                      const d = l.normal;
                      const p = s[h];
                      const m = St.SubVV(c.GetLinearVelocityFromWorldPoint(p, St.s_t0), n[h], e);
                      const f = St.DotVV(m, d);
                      if (f < 0) {
                        const t = et(r * u, tt(-o * f, .5));
                        const e = St.MulSV(t * _ * f, d, i);
                        n[h].SelfMulAdd(a, e);
                        c.ApplyLinearImpulse(e.SelfNeg(), p, !0);
                      }
                    }
                    for (let t = 0; t < this.m_contactBuffer.count; t++) {
                      const s = this.m_contactBuffer.data[t];
                      const a = s.indexA;
                      const l = s.indexB;
                      const h = s.weight;
                      const c = s.normal;
                      const u = St.SubVV(n[l], n[a], e);
                      const _ = St.DotVV(u, c);
                      if (_ < 0) {
                        const t = et(r * h, tt(-o * _, .5));
                        const e = St.MulSV(t * _, c, i);
                        n[a].SelfAdd(e);
                        n[l].SelfSub(e);
                      }
                    }
                  }
                  SolveRigidDamping() {
                    const t = Un.SolveRigidDamping_s_t0;
                    const e = Un.SolveRigidDamping_s_t1;
                    const i = Un.SolveRigidDamping_s_p;
                    const s = Un.SolveRigidDamping_s_v;
                    const n = [ 0 ], r = [ 0 ], o = [ 0 ];
                    const a = [ 0 ], l = [ 0 ], h = [ 0 ];
                    const c = this.m_positionBuffer.data;
                    const u = this.m_def.dampingStrength;
                    for (let i = 0; i < this.m_bodyContactBuffer.count; i++) {
                      const _ = this.m_bodyContactBuffer.data[i];
                      const d = _.index;
                      const p = this.m_groupBuffer[d];
                      if (p && this.IsRigidGroup(p)) {
                        const i = _.body;
                        const m = _.normal;
                        const f = _.weight;
                        const g = c[d];
                        const y = St.SubVV(i.GetLinearVelocityFromWorldPoint(g, t), p.GetLinearVelocityFromWorldPoint(g, e), s);
                        const b = St.DotVV(y, m);
                        if (b < 0) {
                          this.InitDampingParameterWithRigidGroupOrParticle(n, r, o, !0, p, d, g, m);
                          this.InitDampingParameter(a, l, h, i.GetMass(), i.GetInertia() - i.GetMass() * i.GetLocalCenter().LengthSquared(), i.GetWorldCenter(), g, m);
                          const t = u * tt(f, 1) * this.ComputeDampingImpulse(n[0], r[0], o[0], a[0], l[0], h[0], b);
                          this.ApplyDamping(n[0], r[0], o[0], !0, p, d, t, m);
                          i.ApplyLinearImpulse(St.MulSV(-t, m, St.s_t0), g, !0);
                        }
                      }
                    }
                    for (let _ = 0; _ < this.m_contactBuffer.count; _++) {
                      const d = this.m_contactBuffer.data[_];
                      const p = d.indexA;
                      const m = d.indexB;
                      const f = d.normal;
                      const g = d.weight;
                      const y = this.m_groupBuffer[p];
                      const b = this.m_groupBuffer[m];
                      const S = this.IsRigidGroup(y);
                      const A = this.IsRigidGroup(b);
                      if (y !== b && (S || A)) {
                        const _ = St.MidVV(c[p], c[m], i);
                        const d = St.SubVV(this.GetLinearVelocity(b, m, _, t), this.GetLinearVelocity(y, p, _, e), s);
                        const T = St.DotVV(d, f);
                        if (T < 0) {
                          this.InitDampingParameterWithRigidGroupOrParticle(n, r, o, S, y, p, _, f);
                          this.InitDampingParameterWithRigidGroupOrParticle(a, l, h, A, b, m, _, f);
                          const t = u * g * this.ComputeDampingImpulse(n[0], r[0], o[0], a[0], l[0], h[0], T);
                          this.ApplyDamping(n[0], r[0], o[0], S, y, p, t, f);
                          this.ApplyDamping(a[0], l[0], h[0], A, b, m, -t, f);
                        }
                      }
                    }
                  }
                  SolveExtraDamping() {
                    const t = Un.SolveExtraDamping_s_v;
                    const e = Un.SolveExtraDamping_s_f;
                    const i = this.m_velocityBuffer.data;
                    const s = this.m_positionBuffer.data;
                    const n = this.GetParticleInvMass();
                    for (let r = 0; r < this.m_bodyContactBuffer.count; r++) {
                      const o = this.m_bodyContactBuffer.data[r];
                      const a = o.index;
                      if (this.m_flagsBuffer.data[a] & Un.k_extraDampingFlags) {
                        const r = o.body;
                        const l = o.mass;
                        const h = o.normal;
                        const c = s[a];
                        const u = St.SubVV(r.GetLinearVelocityFromWorldPoint(c, St.s_t0), i[a], t);
                        const _ = St.DotVV(u, h);
                        if (_ < 0) {
                          const t = St.MulSV(.5 * l * _, h, e);
                          i[a].SelfMulAdd(n, t);
                          r.ApplyLinearImpulse(t.SelfNeg(), c, !0);
                        }
                      }
                    }
                  }
                  SolveWall() {
                    const e = this.m_velocityBuffer.data;
                    for (let i = 0; i < this.m_count; i++) this.m_flagsBuffer.data[i] & t.b2ParticleFlag.b2_wallParticle && e[i].SetZero();
                  }
                  SolveRigid(e) {
                    const i = Un.SolveRigid_s_position;
                    const s = Un.SolveRigid_s_rotation;
                    const n = Un.SolveRigid_s_transform;
                    const r = Un.SolveRigid_s_velocityTransform;
                    const o = this.m_positionBuffer.data;
                    const a = this.m_velocityBuffer.data;
                    for (let l = this.m_groupList; l; l = l.GetNext()) if (l.m_groupFlags & t.b2ParticleGroupFlag.b2_rigidParticleGroup) {
                      l.UpdateStatistics();
                      const t = s;
                      t.SetAngle(e.dt * l.m_angularVelocity);
                      const h = St.AddVV(l.m_center, St.SubVV(St.MulSV(e.dt, l.m_linearVelocity, St.s_t0), Ct.MulRV(t, l.m_center, St.s_t1), St.s_t0), i);
                      const c = n;
                      c.SetPositionRotation(h, t);
                      xt.MulXX(c, l.m_transform, l.m_transform);
                      const u = r;
                      u.p.x = e.inv_dt * c.p.x;
                      u.p.y = e.inv_dt * c.p.y;
                      u.q.s = e.inv_dt * c.q.s;
                      u.q.c = e.inv_dt * (c.q.c - 1);
                      for (let t = l.m_firstIndex; t < l.m_lastIndex; t++) xt.MulXV(u, o[t], a[t]);
                    }
                  }
                  SolveElastic(e) {
                    const i = Un.SolveElastic_s_pa;
                    const s = Un.SolveElastic_s_pb;
                    const n = Un.SolveElastic_s_pc;
                    const r = Un.SolveElastic_s_r;
                    const o = Un.SolveElastic_s_t0;
                    const a = this.m_positionBuffer.data;
                    const l = this.m_velocityBuffer.data;
                    const h = e.inv_dt * this.m_def.elasticStrength;
                    for (let c = 0; c < this.m_triadBuffer.count; c++) {
                      const u = this.m_triadBuffer.data[c];
                      if (u.flags & t.b2ParticleFlag.b2_elasticParticle) {
                        const t = u.indexA;
                        const c = u.indexB;
                        const _ = u.indexC;
                        const d = u.pa;
                        const p = u.pb;
                        const m = u.pc;
                        const f = i.Copy(a[t]);
                        const g = s.Copy(a[c]);
                        const y = n.Copy(a[_]);
                        const b = l[t];
                        const S = l[c];
                        const A = l[_];
                        f.SelfMulAdd(e.dt, b);
                        g.SelfMulAdd(e.dt, S);
                        y.SelfMulAdd(e.dt, A);
                        const T = (f.x + g.x + y.x) / 3;
                        const v = (f.y + g.y + y.y) / 3;
                        f.x -= T;
                        f.y -= v;
                        g.x -= T;
                        g.y -= v;
                        y.x -= T;
                        y.y -= v;
                        const E = r;
                        E.s = St.CrossVV(d, f) + St.CrossVV(p, g) + St.CrossVV(m, y);
                        E.c = St.DotVV(d, f) + St.DotVV(p, g) + St.DotVV(m, y);
                        let C = ot(E.s * E.s + E.c * E.c);
                        isFinite(C) || (C = 198177537e11);
                        E.s *= C;
                        E.c *= C;
                        const x = h * u.strength;
                        Ct.MulRV(E, d, o);
                        St.SubVV(o, f, o);
                        St.MulSV(x, o, o);
                        b.SelfAdd(o);
                        Ct.MulRV(E, p, o);
                        St.SubVV(o, g, o);
                        St.MulSV(x, o, o);
                        S.SelfAdd(o);
                        Ct.MulRV(E, m, o);
                        St.SubVV(o, y, o);
                        St.MulSV(x, o, o);
                        A.SelfAdd(o);
                      }
                    }
                  }
                  SolveSpring(e) {
                    const i = Un.SolveSpring_s_pa;
                    const s = Un.SolveSpring_s_pb;
                    const n = Un.SolveSpring_s_d;
                    const r = Un.SolveSpring_s_f;
                    const o = this.m_positionBuffer.data;
                    const a = this.m_velocityBuffer.data;
                    const l = e.inv_dt * this.m_def.springStrength;
                    for (let h = 0; h < this.m_pairBuffer.count; h++) {
                      const c = this.m_pairBuffer.data[h];
                      if (c.flags & t.b2ParticleFlag.b2_springParticle) {
                        const t = c.indexA;
                        const h = c.indexB;
                        const u = i.Copy(o[t]);
                        const _ = s.Copy(o[h]);
                        const d = a[t];
                        const p = a[h];
                        u.SelfMulAdd(e.dt, d);
                        _.SelfMulAdd(e.dt, p);
                        const m = St.SubVV(_, u, n);
                        const f = c.distance;
                        const g = m.Length();
                        const y = l * c.strength;
                        const b = St.MulSV(y * (f - g) / g, m, r);
                        d.SelfSub(b);
                        p.SelfAdd(b);
                      }
                    }
                  }
                  SolveTensile(e) {
                    const i = Un.SolveTensile_s_weightedNormal;
                    const s = Un.SolveTensile_s_s;
                    const n = Un.SolveTensile_s_f;
                    const r = this.m_velocityBuffer.data;
                    for (let t = 0; t < this.m_count; t++) {
                      this.m_accumulation2Buffer[t] = new St;
                      this.m_accumulation2Buffer[t].SetZero();
                    }
                    for (let e = 0; e < this.m_contactBuffer.count; e++) {
                      const s = this.m_contactBuffer.data[e];
                      if (s.flags & t.b2ParticleFlag.b2_tensileParticle) {
                        const t = s.indexA;
                        const e = s.indexB;
                        const n = s.weight;
                        const r = s.normal;
                        const o = St.MulSV((1 - n) * n, r, i);
                        this.m_accumulation2Buffer[t].SelfSub(o);
                        this.m_accumulation2Buffer[e].SelfAdd(o);
                      }
                    }
                    const o = this.GetCriticalVelocity(e);
                    const a = this.m_def.surfaceTensionPressureStrength * o;
                    const l = this.m_def.surfaceTensionNormalStrength * o;
                    const h = M * o;
                    for (let e = 0; e < this.m_contactBuffer.count; e++) {
                      const i = this.m_contactBuffer.data[e];
                      if (i.flags & t.b2ParticleFlag.b2_tensileParticle) {
                        const t = i.indexA;
                        const e = i.indexB;
                        const o = i.weight;
                        const c = i.normal;
                        const u = this.m_weightBuffer[t] + this.m_weightBuffer[e];
                        const _ = St.SubVV(this.m_accumulation2Buffer[e], this.m_accumulation2Buffer[t], s);
                        const d = tt(a * (u - 2) + l * St.DotVV(_, c), h) * o;
                        const p = St.MulSV(d, c, n);
                        r[t].SelfSub(p);
                        r[e].SelfAdd(p);
                      }
                    }
                  }
                  SolveViscous() {
                    const e = Un.SolveViscous_s_v;
                    const i = Un.SolveViscous_s_f;
                    const s = this.m_positionBuffer.data;
                    const n = this.m_velocityBuffer.data;
                    const r = this.m_def.viscousStrength;
                    const o = this.GetParticleInvMass();
                    for (let a = 0; a < this.m_bodyContactBuffer.count; a++) {
                      const l = this.m_bodyContactBuffer.data[a];
                      const h = l.index;
                      if (this.m_flagsBuffer.data[h] & t.b2ParticleFlag.b2_viscousParticle) {
                        const t = l.body;
                        const a = l.weight;
                        const c = l.mass;
                        const u = s[h];
                        const _ = St.SubVV(t.GetLinearVelocityFromWorldPoint(u, St.s_t0), n[h], e);
                        const d = St.MulSV(r * c * a, _, i);
                        n[h].SelfMulAdd(o, d);
                        t.ApplyLinearImpulse(d.SelfNeg(), u, !0);
                      }
                    }
                    for (let s = 0; s < this.m_contactBuffer.count; s++) {
                      const o = this.m_contactBuffer.data[s];
                      if (o.flags & t.b2ParticleFlag.b2_viscousParticle) {
                        const t = o.indexA;
                        const s = o.indexB;
                        const a = o.weight;
                        const l = St.SubVV(n[s], n[t], e);
                        const h = St.MulSV(r * a, l, i);
                        n[t].SelfAdd(h);
                        n[s].SelfSub(h);
                      }
                    }
                  }
                  SolveRepulsive(e) {
                    const i = Un.SolveRepulsive_s_f;
                    const s = this.m_velocityBuffer.data;
                    const n = this.m_def.repulsiveStrength * this.GetCriticalVelocity(e);
                    for (let e = 0; e < this.m_contactBuffer.count; e++) {
                      const r = this.m_contactBuffer.data[e];
                      if (r.flags & t.b2ParticleFlag.b2_repulsiveParticle) {
                        const t = r.indexA;
                        const e = r.indexB;
                        if (this.m_groupBuffer[t] !== this.m_groupBuffer[e]) {
                          const o = r.weight;
                          const a = r.normal;
                          const l = St.MulSV(n * o, a, i);
                          s[t].SelfSub(l);
                          s[e].SelfAdd(l);
                        }
                      }
                    }
                  }
                  SolvePowder(e) {
                    const i = Un.SolvePowder_s_f;
                    const s = this.m_positionBuffer.data;
                    const n = this.m_velocityBuffer.data;
                    const r = this.m_def.powderStrength * this.GetCriticalVelocity(e);
                    const o = 1 - w;
                    const a = this.GetParticleInvMass();
                    for (let e = 0; e < this.m_bodyContactBuffer.count; e++) {
                      const l = this.m_bodyContactBuffer.data[e];
                      const h = l.index;
                      if (this.m_flagsBuffer.data[h] & t.b2ParticleFlag.b2_powderParticle) {
                        const t = l.weight;
                        if (t > o) {
                          const e = l.body;
                          const c = l.mass;
                          const u = s[h];
                          const _ = l.normal;
                          const d = St.MulSV(r * c * (t - o), _, i);
                          n[h].SelfMulSub(a, d);
                          e.ApplyLinearImpulse(d, u, !0);
                        }
                      }
                    }
                    for (let e = 0; e < this.m_contactBuffer.count; e++) {
                      const s = this.m_contactBuffer.data[e];
                      if (s.flags & t.b2ParticleFlag.b2_powderParticle) {
                        const t = s.weight;
                        if (t > o) {
                          const e = s.indexA;
                          const a = s.indexB;
                          const l = s.normal;
                          const h = St.MulSV(r * (t - o), l, i);
                          n[e].SelfSub(h);
                          n[a].SelfAdd(h);
                        }
                      }
                    }
                  }
                  SolveSolid(t) {
                    const e = Un.SolveSolid_s_f;
                    const i = this.m_velocityBuffer.data;
                    this.m_depthBuffer = this.RequestBuffer(this.m_depthBuffer);
                    const s = t.inv_dt * this.m_def.ejectionStrength;
                    for (let t = 0; t < this.m_contactBuffer.count; t++) {
                      const n = this.m_contactBuffer.data[t];
                      const r = n.indexA;
                      const o = n.indexB;
                      if (this.m_groupBuffer[r] !== this.m_groupBuffer[o]) {
                        const t = n.weight;
                        const a = n.normal;
                        const l = this.m_depthBuffer[r] + this.m_depthBuffer[o];
                        const h = St.MulSV(s * l * t, a, e);
                        i[r].SelfSub(h);
                        i[o].SelfAdd(h);
                      }
                    }
                  }
                  SolveForce(t) {
                    const e = this.m_velocityBuffer.data;
                    const i = t.dt * this.GetParticleInvMass();
                    for (let t = 0; t < this.m_count; t++) e[t].SelfMulAdd(i, this.m_forceBuffer[t]);
                    this.m_hasForce = !1;
                  }
                  SolveColorMixing() {
                    const e = .5 * this.m_def.colorMixingStrength;
                    if (e) for (let i = 0; i < this.m_contactBuffer.count; i++) {
                      const s = this.m_contactBuffer.data[i];
                      const n = s.indexA;
                      const r = s.indexB;
                      if (this.m_flagsBuffer.data[n] & this.m_flagsBuffer.data[r] & t.b2ParticleFlag.b2_colorMixingParticle) {
                        const t = this.m_colorBuffer.data[n];
                        const i = this.m_colorBuffer.data[r];
                        Rt.MixColors(t, i, e);
                      }
                    }
                  }
                  SolveZombie() {
                    let e = 0;
                    const i = [];
                    for (let t = 0; t < this.m_count; t++) i[t] = C;
                    let s = 0;
                    for (let n = 0; n < this.m_count; n++) {
                      const r = this.m_flagsBuffer.data[n];
                      if (r & t.b2ParticleFlag.b2_zombieParticle) {
                        const e = this.m_world.m_destructionListener;
                        r & t.b2ParticleFlag.b2_destructionListenerParticle && e && e.SayGoodbyeParticle(this, n);
                        if (this.m_handleIndexBuffer.data) {
                          const t = this.m_handleIndexBuffer.data[n];
                          if (t) {
                            t.SetIndex(C);
                            this.m_handleIndexBuffer.data[n] = null;
                          }
                        }
                        i[n] = C;
                      } else {
                        i[n] = e;
                        if (n !== e) {
                          if (this.m_handleIndexBuffer.data) {
                            const t = this.m_handleIndexBuffer.data[n];
                            t && t.SetIndex(e);
                            this.m_handleIndexBuffer.data[e] = t;
                          }
                          this.m_flagsBuffer.data[e] = this.m_flagsBuffer.data[n];
                          this.m_lastBodyContactStepBuffer.data && (this.m_lastBodyContactStepBuffer.data[e] = this.m_lastBodyContactStepBuffer.data[n]);
                          this.m_bodyContactCountBuffer.data && (this.m_bodyContactCountBuffer.data[e] = this.m_bodyContactCountBuffer.data[n]);
                          this.m_consecutiveContactStepsBuffer.data && (this.m_consecutiveContactStepsBuffer.data[e] = this.m_consecutiveContactStepsBuffer.data[n]);
                          this.m_positionBuffer.data[e].Copy(this.m_positionBuffer.data[n]);
                          this.m_velocityBuffer.data[e].Copy(this.m_velocityBuffer.data[n]);
                          this.m_groupBuffer[e] = this.m_groupBuffer[n];
                          this.m_hasForce && this.m_forceBuffer[e].Copy(this.m_forceBuffer[n]);
                          this.m_staticPressureBuffer && (this.m_staticPressureBuffer[e] = this.m_staticPressureBuffer[n]);
                          this.m_depthBuffer && (this.m_depthBuffer[e] = this.m_depthBuffer[n]);
                          this.m_colorBuffer.data && this.m_colorBuffer.data[e].Copy(this.m_colorBuffer.data[n]);
                          this.m_userDataBuffer.data && (this.m_userDataBuffer.data[e] = this.m_userDataBuffer.data[n]);
                          this.m_expirationTimeBuffer.data && (this.m_expirationTimeBuffer.data[e] = this.m_expirationTimeBuffer.data[n]);
                        }
                        e++;
                        s |= r;
                      }
                    }
                    const n = {
                      IsProxyInvalid: t => t.index < 0,
                      IsContactInvalid: t => t.indexA < 0 || t.indexB < 0,
                      IsBodyContactInvalid: t => t.index < 0,
                      IsPairInvalid: t => t.indexA < 0 || t.indexB < 0,
                      IsTriadInvalid: t => t.indexA < 0 || t.indexB < 0 || t.indexC < 0
                    };
                    for (let t = 0; t < this.m_proxyBuffer.count; t++) {
                      const e = this.m_proxyBuffer.data[t];
                      e.index = i[e.index];
                    }
                    this.m_proxyBuffer.RemoveIf(n.IsProxyInvalid);
                    for (let t = 0; t < this.m_contactBuffer.count; t++) {
                      const e = this.m_contactBuffer.data[t];
                      e.indexA = i[e.indexA];
                      e.indexB = i[e.indexB];
                    }
                    this.m_contactBuffer.RemoveIf(n.IsContactInvalid);
                    for (let t = 0; t < this.m_bodyContactBuffer.count; t++) {
                      const e = this.m_bodyContactBuffer.data[t];
                      e.index = i[e.index];
                    }
                    this.m_bodyContactBuffer.RemoveIf(n.IsBodyContactInvalid);
                    for (let t = 0; t < this.m_pairBuffer.count; t++) {
                      const e = this.m_pairBuffer.data[t];
                      e.indexA = i[e.indexA];
                      e.indexB = i[e.indexB];
                    }
                    this.m_pairBuffer.RemoveIf(n.IsPairInvalid);
                    for (let t = 0; t < this.m_triadBuffer.count; t++) {
                      const e = this.m_triadBuffer.data[t];
                      e.indexA = i[e.indexA];
                      e.indexB = i[e.indexB];
                      e.indexC = i[e.indexC];
                    }
                    this.m_triadBuffer.RemoveIf(n.IsTriadInvalid);
                    if (this.m_indexByExpirationTimeBuffer.data) {
                      let t = 0;
                      for (let e = 0; e < this.m_count; e++) {
                        const s = i[this.m_indexByExpirationTimeBuffer.data[e]];
                        s !== C && (this.m_indexByExpirationTimeBuffer.data[t++] = s);
                      }
                    }
                    for (let s = this.m_groupList; s; s = s.GetNext()) {
                      let n = e;
                      let r = 0;
                      let o = !1;
                      for (let t = s.m_firstIndex; t < s.m_lastIndex; t++) {
                        const e = i[t];
                        if (e >= 0) {
                          n = tt(n, e);
                          r = et(r, e + 1);
                        } else o = !0;
                      }
                      if (n < r) {
                        s.m_firstIndex = n;
                        s.m_lastIndex = r;
                        o && s.m_groupFlags & t.b2ParticleGroupFlag.b2_solidParticleGroup && this.SetGroupFlags(s, s.m_groupFlags | t.b2ParticleGroupFlag.b2_particleGroupNeedsUpdateDepth);
                      } else {
                        s.m_firstIndex = 0;
                        s.m_lastIndex = 0;
                        s.m_groupFlags & t.b2ParticleGroupFlag.b2_particleGroupCanBeEmpty || this.SetGroupFlags(s, s.m_groupFlags | t.b2ParticleGroupFlag.b2_particleGroupWillBeDestroyed);
                      }
                    }
                    this.m_count = e;
                    this.m_allParticleFlags = s;
                    this.m_needsUpdateAllParticleFlags = !1;
                    for (let e = this.m_groupList; e; ) {
                      const i = e.GetNext();
                      e.m_groupFlags & t.b2ParticleGroupFlag.b2_particleGroupWillBeDestroyed && this.DestroyParticleGroup(e);
                      e = i;
                    }
                  }
                  SolveLifetimes(t) {
                    this.m_timeElapsed = this.LifetimeToExpirationTime(t.dt);
                    const e = this.GetQuantizedTimeElapsed();
                    const i = this.m_expirationTimeBuffer.data;
                    const s = this.m_indexByExpirationTimeBuffer.data;
                    const n = this.GetParticleCount();
                    if (this.m_expirationTimeBufferRequiresSorting) {
                      xn(s, 0, n, ((t, e) => {
                        const s = i[t];
                        const n = i[e];
                        const r = s <= 0;
                        return r === n <= 0 ? s > n : r;
                      }));
                      this.m_expirationTimeBufferRequiresSorting = !1;
                    }
                    for (let t = n - 1; t >= 0; --t) {
                      const n = s[t];
                      const r = i[n];
                      if (e < r || r <= 0) break;
                      this.DestroyParticle(n);
                    }
                  }
                  RotateBuffer(t, e, i) {
                    if (t !== e && e !== i) {
                      Bn(this.m_flagsBuffer.data, t, e, i);
                      this.m_lastBodyContactStepBuffer.data && Bn(this.m_lastBodyContactStepBuffer.data, t, e, i);
                      this.m_bodyContactCountBuffer.data && Bn(this.m_bodyContactCountBuffer.data, t, e, i);
                      this.m_consecutiveContactStepsBuffer.data && Bn(this.m_consecutiveContactStepsBuffer.data, t, e, i);
                      Bn(this.m_positionBuffer.data, t, e, i);
                      Bn(this.m_velocityBuffer.data, t, e, i);
                      Bn(this.m_groupBuffer, t, e, i);
                      this.m_hasForce && Bn(this.m_forceBuffer, t, e, i);
                      this.m_staticPressureBuffer && Bn(this.m_staticPressureBuffer, t, e, i);
                      this.m_depthBuffer && Bn(this.m_depthBuffer, t, e, i);
                      this.m_colorBuffer.data && Bn(this.m_colorBuffer.data, t, e, i);
                      this.m_userDataBuffer.data && Bn(this.m_userDataBuffer.data, t, e, i);
                      if (this.m_handleIndexBuffer.data) {
                        Bn(this.m_handleIndexBuffer.data, t, e, i);
                        for (let e = t; e < i; ++e) {
                          const t = this.m_handleIndexBuffer.data[e];
                          t && t.SetIndex(s(t.GetIndex()));
                        }
                      }
                      if (this.m_expirationTimeBuffer.data) {
                        Bn(this.m_expirationTimeBuffer.data, t, e, i);
                        const n = this.GetParticleCount();
                        const r = this.m_indexByExpirationTimeBuffer.data;
                        for (let t = 0; t < n; ++t) r[t] = s(r[t]);
                      }
                      for (let t = 0; t < this.m_proxyBuffer.count; t++) {
                        const e = this.m_proxyBuffer.data[t];
                        e.index = s(e.index);
                      }
                      for (let t = 0; t < this.m_contactBuffer.count; t++) {
                        const e = this.m_contactBuffer.data[t];
                        e.indexA = s(e.indexA);
                        e.indexB = s(e.indexB);
                      }
                      for (let t = 0; t < this.m_bodyContactBuffer.count; t++) {
                        const e = this.m_bodyContactBuffer.data[t];
                        e.index = s(e.index);
                      }
                      for (let t = 0; t < this.m_pairBuffer.count; t++) {
                        const e = this.m_pairBuffer.data[t];
                        e.indexA = s(e.indexA);
                        e.indexB = s(e.indexB);
                      }
                      for (let t = 0; t < this.m_triadBuffer.count; t++) {
                        const e = this.m_triadBuffer.data[t];
                        e.indexA = s(e.indexA);
                        e.indexB = s(e.indexB);
                        e.indexC = s(e.indexC);
                      }
                      for (let t = this.m_groupList; t; t = t.GetNext()) {
                        t.m_firstIndex = s(t.m_firstIndex);
                        t.m_lastIndex = s(t.m_lastIndex - 1) + 1;
                      }
                    }
                    function s(s) {
                      return s < t ? s : s < e ? s + i - e : s < i ? s + t - e : s;
                    }
                  }
                  GetCriticalVelocity(t) {
                    return this.m_particleDiameter * t.inv_dt;
                  }
                  GetCriticalVelocitySquared(t) {
                    const e = this.GetCriticalVelocity(t);
                    return e * e;
                  }
                  GetCriticalPressure(t) {
                    return this.m_def.density * this.GetCriticalVelocitySquared(t);
                  }
                  GetParticleStride() {
                    return w * this.m_particleDiameter;
                  }
                  GetParticleMass() {
                    const t = this.GetParticleStride();
                    return this.m_def.density * t * t;
                  }
                  GetParticleInvMass() {
                    const t = this.m_inverseDiameter * (1 / w);
                    return this.m_inverseDensity * t * t;
                  }
                  GetFixtureContactFilter() {
                    return this.m_allParticleFlags & t.b2ParticleFlag.b2_fixtureContactFilterParticle ? this.m_world.m_contactManager.m_contactFilter : null;
                  }
                  GetParticleContactFilter() {
                    return this.m_allParticleFlags & t.b2ParticleFlag.b2_particleContactFilterParticle ? this.m_world.m_contactManager.m_contactFilter : null;
                  }
                  GetFixtureContactListener() {
                    return this.m_allParticleFlags & t.b2ParticleFlag.b2_fixtureContactListenerParticle ? this.m_world.m_contactManager.m_contactListener : null;
                  }
                  GetParticleContactListener() {
                    return this.m_allParticleFlags & t.b2ParticleFlag.b2_particleContactListenerParticle ? this.m_world.m_contactManager.m_contactListener : null;
                  }
                  SetUserOverridableBuffer(t, e) {
                    t.data = e;
                    t.userSuppliedCapacity = e.length;
                  }
                  SetGroupFlags(e, i) {
                    const s = e.m_groupFlags;
                    (s ^ i) & t.b2ParticleGroupFlag.b2_solidParticleGroup && (i |= t.b2ParticleGroupFlag.b2_particleGroupNeedsUpdateDepth);
                    s & ~i && (this.m_needsUpdateAllGroupFlags = !0);
                    if (~this.m_allGroupFlags & i) {
                      i & t.b2ParticleGroupFlag.b2_solidParticleGroup && (this.m_depthBuffer = this.RequestBuffer(this.m_depthBuffer));
                      this.m_allGroupFlags |= i;
                    }
                    e.m_groupFlags = i;
                  }
                  static BodyContactCompare(t, e) {
                    return t.index === e.index ? t.weight > e.weight : t.index < e.index;
                  }
                  RemoveSpuriousBodyContacts() {
                    xn(this.m_bodyContactBuffer.data, 0, this.m_bodyContactBuffer.count, Un.BodyContactCompare);
                    const t = Un.RemoveSpuriousBodyContacts_s_n;
                    const e = Un.RemoveSpuriousBodyContacts_s_pos;
                    const i = Un.RemoveSpuriousBodyContacts_s_normal;
                    const s = 3;
                    const n = this;
                    let r = -1;
                    let o = 0;
                    const a = a => {
                      if (a.index !== r) {
                        o = 0;
                        r = a.index;
                      }
                      if (o++ > s) return !0;
                      const l = t.Copy(a.normal);
                      l.SelfMul(n.m_particleDiameter * (1 - a.weight));
                      const h = St.AddVV(n.m_positionBuffer.data[a.index], l, e);
                      if (!a.fixture.TestPoint(h)) {
                        const t = a.fixture.GetShape().GetChildCount();
                        for (let e = 0; e < t; e++) {
                          const t = i;
                          if (a.fixture.ComputeDistance(h, t, e) < u) return !1;
                        }
                        return !0;
                      }
                      return !1;
                    };
                    this.m_bodyContactBuffer.count = Rn(this.m_bodyContactBuffer.data, a, this.m_bodyContactBuffer.count);
                  }
                  DetectStuckParticle(t) {
                    if (!(this.m_stuckThreshold <= 0)) {
                      ++this.m_bodyContactCountBuffer.data[t];
                      if (2 === this.m_bodyContactCountBuffer.data[t]) {
                        ++this.m_consecutiveContactStepsBuffer.data[t];
                        this.m_consecutiveContactStepsBuffer.data[t] > this.m_stuckThreshold && (this.m_stuckParticleBuffer.data[this.m_stuckParticleBuffer.Append()] = t);
                      }
                      this.m_lastBodyContactStepBuffer.data[t] = this.m_timestamp;
                    }
                  }
                  ValidateParticleIndex(t) {
                    return t >= 0 && t < this.GetParticleCount() && t !== C;
                  }
                  GetQuantizedTimeElapsed() {
                    return Math.floor(this.m_timeElapsed / 4294967296);
                  }
                  LifetimeToExpirationTime(t) {
                    return this.m_timeElapsed + Math.floor(t / this.m_def.lifetimeGranularity * 4294967296);
                  }
                  ForceCanBeApplied(e) {
                    return !(e & t.b2ParticleFlag.b2_wallParticle);
                  }
                  PrepareForceBuffer() {
                    if (!this.m_hasForce) {
                      for (let t = 0; t < this.m_count; t++) this.m_forceBuffer[t].SetZero();
                      this.m_hasForce = !0;
                    }
                  }
                  IsRigidGroup(e) {
                    return null !== e && 0 != (e.m_groupFlags & t.b2ParticleGroupFlag.b2_rigidParticleGroup);
                  }
                  GetLinearVelocity(t, e, i, s) {
                    return t && this.IsRigidGroup(t) ? t.GetLinearVelocityFromWorldPoint(i, s) : s.Copy(this.m_velocityBuffer.data[e]);
                  }
                  InitDampingParameter(t, e, i, s, n, r, o, a) {
                    t[0] = s > 0 ? 1 / s : 0;
                    e[0] = n > 0 ? 1 / n : 0;
                    i[0] = St.CrossVV(St.SubVV(o, r, St.s_t0), a);
                  }
                  InitDampingParameterWithRigidGroupOrParticle(e, i, s, n, r, o, a, l) {
                    if (r && n) this.InitDampingParameter(e, i, s, r.GetMass(), r.GetInertia(), r.GetCenter(), a, l); else {
                      const n = this.m_flagsBuffer.data[o];
                      this.InitDampingParameter(e, i, s, n & t.b2ParticleFlag.b2_wallParticle ? 0 : this.GetParticleMass(), 0, a, a, l);
                    }
                  }
                  ComputeDampingImpulse(t, e, i, s, n, r, o) {
                    const a = t + e * i * i + s + n * r * r;
                    return a > 0 ? o / a : 0;
                  }
                  ApplyDamping(t, e, i, s, n, r, o, a) {
                    if (n && s) {
                      n.m_linearVelocity.SelfMulAdd(o * t, a);
                      n.m_angularVelocity += o * i * e;
                    } else this.m_velocityBuffer.data[r].SelfMulAdd(o * t, a);
                  }
                }
                Un.xTruncBits = 12;
                Un.yTruncBits = 12;
                Un.tagBits = 32;
                Un.yOffset = 1 << Un.yTruncBits - 1;
                Un.yShift = Un.tagBits - Un.yTruncBits;
                Un.xShift = Un.tagBits - Un.yTruncBits - Un.xTruncBits;
                Un.xScale = 1 << Un.xShift;
                Un.xOffset = Un.xScale * (1 << Un.xTruncBits - 1);
                Un.yMask = (1 << Un.yTruncBits) - 1 << Un.yShift;
                Un.xMask = ~Un.yMask;
                Un.DestroyParticlesInShape_s_aabb = new ge;
                Un.CreateParticleGroup_s_transform = new xt;
                Un.ComputeCollisionEnergy_s_v = new St;
                Un.QueryShapeAABB_s_aabb = new ge;
                Un.QueryPointAABB_s_aabb = new ge;
                Un.RayCast_s_aabb = new ge;
                Un.RayCast_s_p = new St;
                Un.RayCast_s_v = new St;
                Un.RayCast_s_n = new St;
                Un.RayCast_s_point = new St;
                Un.k_pairFlags = t.b2ParticleFlag.b2_springParticle;
                Un.k_triadFlags = t.b2ParticleFlag.b2_elasticParticle;
                Un.k_noPressureFlags = t.b2ParticleFlag.b2_powderParticle | t.b2ParticleFlag.b2_tensileParticle;
                Un.k_extraDampingFlags = t.b2ParticleFlag.b2_staticPressureParticle;
                Un.k_barrierWallFlags = t.b2ParticleFlag.b2_barrierParticle | t.b2ParticleFlag.b2_wallParticle;
                Un.CreateParticlesStrokeShapeForGroup_s_edge = new Qi;
                Un.CreateParticlesStrokeShapeForGroup_s_d = new St;
                Un.CreateParticlesStrokeShapeForGroup_s_p = new St;
                Un.CreateParticlesFillShapeForGroup_s_aabb = new ge;
                Un.CreateParticlesFillShapeForGroup_s_p = new St;
                Un.UpdatePairsAndTriads_s_dab = new St;
                Un.UpdatePairsAndTriads_s_dbc = new St;
                Un.UpdatePairsAndTriads_s_dca = new St;
                Un.AddContact_s_d = new St;
                Un.UpdateBodyContacts_s_aabb = new ge;
                Un.Solve_s_subStep = new sn;
                Un.SolveCollision_s_aabb = new ge;
                Un.SolveGravity_s_gravity = new St;
                Un.SolveBarrier_s_aabb = new ge;
                Un.SolveBarrier_s_va = new St;
                Un.SolveBarrier_s_vb = new St;
                Un.SolveBarrier_s_pba = new St;
                Un.SolveBarrier_s_vba = new St;
                Un.SolveBarrier_s_vc = new St;
                Un.SolveBarrier_s_pca = new St;
                Un.SolveBarrier_s_vca = new St;
                Un.SolveBarrier_s_qba = new St;
                Un.SolveBarrier_s_qca = new St;
                Un.SolveBarrier_s_dv = new St;
                Un.SolveBarrier_s_f = new St;
                Un.SolvePressure_s_f = new St;
                Un.SolveDamping_s_v = new St;
                Un.SolveDamping_s_f = new St;
                Un.SolveRigidDamping_s_t0 = new St;
                Un.SolveRigidDamping_s_t1 = new St;
                Un.SolveRigidDamping_s_p = new St;
                Un.SolveRigidDamping_s_v = new St;
                Un.SolveExtraDamping_s_v = new St;
                Un.SolveExtraDamping_s_f = new St;
                Un.SolveRigid_s_position = new St;
                Un.SolveRigid_s_rotation = new Ct;
                Un.SolveRigid_s_transform = new xt;
                Un.SolveRigid_s_velocityTransform = new xt;
                Un.SolveElastic_s_pa = new St;
                Un.SolveElastic_s_pb = new St;
                Un.SolveElastic_s_pc = new St;
                Un.SolveElastic_s_r = new Ct;
                Un.SolveElastic_s_t0 = new St;
                Un.SolveSpring_s_pa = new St;
                Un.SolveSpring_s_pb = new St;
                Un.SolveSpring_s_d = new St;
                Un.SolveSpring_s_f = new St;
                Un.SolveTensile_s_weightedNormal = new St;
                Un.SolveTensile_s_s = new St;
                Un.SolveTensile_s_f = new St;
                Un.SolveViscous_s_v = new St;
                Un.SolveViscous_s_f = new St;
                Un.SolveRepulsive_s_f = new St;
                Un.SolvePowder_s_f = new St;
                Un.SolveSolid_s_f = new St;
                Un.RemoveSpuriousBodyContacts_s_n = new St;
                Un.RemoveSpuriousBodyContacts_s_pos = new St;
                Un.RemoveSpuriousBodyContacts_s_normal = new St;
                class Gn {
                  constructor() {
                    this._data = null;
                    this.userSuppliedCapacity = 0;
                  }
                  get data() {
                    return this._data;
                  }
                  set data(t) {
                    this._data = t;
                  }
                }
                class zn {
                  constructor() {
                    this.index = C;
                    this.tag = 0;
                  }
                  static CompareProxyProxy(t, e) {
                    return t.tag < e.tag;
                  }
                  static CompareTagProxy(t, e) {
                    return t < e.tag;
                  }
                  static CompareProxyTag(t, e) {
                    return t.tag < e;
                  }
                }
                class Hn {
                  constructor(t, e, i, s, n) {
                    this.m_system = t;
                    this.m_xLower = (e & Un.xMask) >>> 0;
                    this.m_xUpper = (i & Un.xMask) >>> 0;
                    this.m_yLower = (e & Un.yMask) >>> 0;
                    this.m_yUpper = (i & Un.yMask) >>> 0;
                    this.m_first = s;
                    this.m_last = n;
                  }
                  GetNext() {
                    for (;this.m_first < this.m_last; ) {
                      const t = (this.m_system.m_proxyBuffer.data[this.m_first].tag & Un.xMask) >>> 0;
                      if (t >= this.m_xLower && t <= this.m_xUpper) return this.m_system.m_proxyBuffer.data[this.m_first++].index;
                      this.m_first++;
                    }
                    return C;
                  }
                }
                class jn {
                  constructor() {
                    this.next = null;
                    this.count = 0;
                    this.index = 0;
                  }
                }
                class Xn {
                  Allocate(t, e) {
                    return e;
                  }
                  Clear() {}
                  GetCount() {
                    return 0;
                  }
                  Invalidate(t) {}
                  GetValidBuffer() {
                    return [];
                  }
                  GetBuffer() {
                    return [];
                  }
                  SetCount(t) {}
                }
                class Wn {
                  constructor(t, e) {
                    this.second = C;
                    this.first = t;
                    this.second = e;
                  }
                }
                class Yn extends Xn {
                  Initialize(t, e) {}
                  Find(t) {
                    return C;
                  }
                }
                class qn {
                  constructor(t, e) {
                    this.first = C;
                    this.second = C;
                    this.first = t;
                    this.second = e;
                  }
                }
                class Kn extends Xn {
                  Initialize(t, e) {}
                  Find(t) {
                    return C;
                  }
                }
                class Jn {
                  IsNecessary(t) {
                    return !0;
                  }
                  ShouldCreatePair(t, e) {
                    return !0;
                  }
                  ShouldCreateTriad(t, e, i) {
                    return !0;
                  }
                }
                class Zn extends Qs {
                  constructor(t, e, i, s) {
                    super();
                    this.m_callDestructionListener = !1;
                    this.m_destroyed = 0;
                    this.m_system = t;
                    this.m_shape = e;
                    this.m_xf = i;
                    this.m_callDestructionListener = s;
                    this.m_destroyed = 0;
                  }
                  ReportFixture(t) {
                    return !1;
                  }
                  ReportParticle(t, e) {
                    if (t !== this.m_system) return !1;
                    if (this.m_shape.TestPoint(this.m_xf, this.m_system.m_positionBuffer.data[e])) {
                      this.m_system.DestroyParticle(e, this.m_callDestructionListener);
                      this.m_destroyed++;
                    }
                    return !0;
                  }
                  Destroyed() {
                    return this.m_destroyed;
                  }
                }
                class Qn extends Jn {
                  constructor(t) {
                    super();
                    this.m_threshold = 0;
                    this.m_threshold = t;
                  }
                  ShouldCreatePair(t, e) {
                    return t < this.m_threshold && this.m_threshold <= e || e < this.m_threshold && this.m_threshold <= t;
                  }
                  ShouldCreateTriad(t, e, i) {
                    return (t < this.m_threshold || e < this.m_threshold || i < this.m_threshold) && (this.m_threshold <= t || this.m_threshold <= e || this.m_threshold <= i);
                  }
                }
                class $n extends Ki {
                  constructor(e, i = e.length) {
                    super(t.b2ShapeType.e_unknown, 0);
                    this.m_shapeCount = 0;
                    this.m_shapes = e;
                    this.m_shapeCount = i;
                  }
                  Clone() {
                    throw new Error;
                  }
                  GetChildCount() {
                    return 1;
                  }
                  TestPoint(t, e) {
                    for (let i = 0; i < this.m_shapeCount; i++) if (this.m_shapes[i].TestPoint(t, e)) return !0;
                    return !1;
                  }
                  ComputeDistance(t, e, i, s) {
                    return 0;
                  }
                  RayCast(t, e, i, s) {
                    return !1;
                  }
                  ComputeAABB(t, e, i) {
                    const n = new ge;
                    t.lowerBound.x = +s;
                    t.lowerBound.y = +s;
                    t.upperBound.x = -s;
                    t.upperBound.y = -s;
                    for (let i = 0; i < this.m_shapeCount; i++) {
                      const s = this.m_shapes[i].GetChildCount();
                      for (let r = 0; r < s; r++) {
                        const s = n;
                        this.m_shapes[i].ComputeAABB(s, e, r);
                        t.Combine1(s);
                      }
                    }
                  }
                  ComputeMass(t, e) {}
                  SetupDistanceProxy(t, e) {}
                  ComputeSubmergedArea(t, e, i, s) {
                    return 0;
                  }
                  Dump(t) {}
                }
                class tr extends Jn {
                  constructor(t) {
                    super();
                    this.m_flagsBuffer = t;
                  }
                  IsNecessary(e) {
                    return 0 != (this.m_flagsBuffer.data[e] & t.b2ParticleFlag.b2_reactiveParticle);
                  }
                }
                class er extends On {
                  constructor(t, e = null) {
                    super(t);
                    this.m_contactFilter = null;
                    this.m_contactFilter = e;
                  }
                  ShouldCollideFixtureParticle(e, i, s) {
                    return !(this.m_contactFilter && this.m_system.GetFlagsBuffer()[s] & t.b2ParticleFlag.b2_fixtureContactFilterParticle) || this.m_contactFilter.ShouldCollideFixtureParticle(e, this.m_system, s);
                  }
                  ReportFixtureAndParticle(e, i, s) {
                    const n = er.ReportFixtureAndParticle_s_n;
                    const r = er.ReportFixtureAndParticle_s_rp;
                    const o = this.m_system.m_positionBuffer.data[s];
                    const a = n;
                    const l = e.ComputeDistance(o, a, i);
                    if (l < this.m_system.m_particleDiameter && this.ShouldCollideFixtureParticle(e, this.m_system, s)) {
                      const i = e.GetBody();
                      const n = i.GetWorldCenter();
                      const h = i.GetMass();
                      const c = i.GetInertia() - h * i.GetLocalCenter().LengthSquared();
                      const u = h > 0 ? 1 / h : 0;
                      const _ = c > 0 ? 1 / c : 0;
                      const d = this.m_system.m_flagsBuffer.data[s] & t.b2ParticleFlag.b2_wallParticle ? 0 : this.m_system.GetParticleInvMass();
                      const p = St.SubVV(o, n, r);
                      const m = St.CrossVV(p, a);
                      const f = d + u + _ * m * m;
                      const g = this.m_system.m_bodyContactBuffer.data[this.m_system.m_bodyContactBuffer.Append()];
                      g.index = s;
                      g.body = i;
                      g.fixture = e;
                      g.weight = 1 - l * this.m_system.m_inverseDiameter;
                      g.normal.Copy(a.SelfNeg());
                      g.mass = f > 0 ? 1 / f : 0;
                      this.m_system.DetectStuckParticle(s);
                    }
                  }
                }
                er.ReportFixtureAndParticle_s_n = new St;
                er.ReportFixtureAndParticle_s_rp = new St;
                class ir extends On {
                  constructor(t, e) {
                    super(t);
                    this.m_step = e;
                  }
                  ReportFixtureAndParticle(e, i, s) {
                    const n = ir.ReportFixtureAndParticle_s_p1;
                    const r = ir.ReportFixtureAndParticle_s_output;
                    const o = ir.ReportFixtureAndParticle_s_input;
                    const a = ir.ReportFixtureAndParticle_s_p;
                    const l = ir.ReportFixtureAndParticle_s_v;
                    const h = ir.ReportFixtureAndParticle_s_f;
                    const c = e.GetBody();
                    const _ = this.m_system.m_positionBuffer.data[s];
                    const d = this.m_system.m_velocityBuffer.data[s];
                    const p = r;
                    const m = o;
                    if (0 === this.m_system.m_iterationIndex) {
                      const i = xt.MulTXV(c.m_xf0, _, n);
                      if (e.GetShape().GetType() === t.b2ShapeType.e_circleShape) {
                        i.SelfSub(c.GetLocalCenter());
                        Ct.MulRV(c.m_xf0.q, i, i);
                        Ct.MulTRV(c.m_xf.q, i, i);
                        i.SelfAdd(c.GetLocalCenter());
                      }
                      xt.MulXV(c.m_xf, i, m.p1);
                    } else m.p1.Copy(_);
                    St.AddVMulSV(_, this.m_step.dt, d, m.p2);
                    m.maxFraction = 1;
                    if (e.RayCast(p, m, i)) {
                      const t = p.normal;
                      const e = a;
                      e.x = (1 - p.fraction) * m.p1.x + p.fraction * m.p2.x + u * t.x;
                      e.y = (1 - p.fraction) * m.p1.y + p.fraction * m.p2.y + u * t.y;
                      const i = l;
                      i.x = this.m_step.inv_dt * (e.x - _.x);
                      i.y = this.m_step.inv_dt * (e.y - _.y);
                      this.m_system.m_velocityBuffer.data[s].Copy(i);
                      const n = h;
                      n.x = this.m_step.inv_dt * this.m_system.GetParticleMass() * (d.x - i.x);
                      n.y = this.m_step.inv_dt * this.m_system.GetParticleMass() * (d.y - i.y);
                      this.m_system.ParticleApplyForce(s, n);
                    }
                  }
                  ReportParticle(t, e) {
                    return !1;
                  }
                }
                ir.ReportFixtureAndParticle_s_p1 = new St;
                ir.ReportFixtureAndParticle_s_output = new fe;
                ir.ReportFixtureAndParticle_s_input = new me;
                ir.ReportFixtureAndParticle_s_p = new St;
                ir.ReportFixtureAndParticle_s_v = new St;
                ir.ReportFixtureAndParticle_s_f = new St;
                class sr {
                  constructor(t) {
                    this.m_newFixture = !1;
                    this.m_locked = !1;
                    this.m_clearForces = !0;
                    this.m_contactManager = new tn;
                    this.m_bodyList = null;
                    this.m_jointList = null;
                    this.m_particleSystemList = null;
                    this.m_bodyCount = 0;
                    this.m_jointCount = 0;
                    this.m_gravity = new St;
                    this.m_allowSleep = !0;
                    this.m_destructionListener = null;
                    this.m_debugDraw = null;
                    this.m_inv_dt0 = 0;
                    this.m_warmStarting = !0;
                    this.m_continuousPhysics = !0;
                    this.m_subStepping = !1;
                    this.m_stepComplete = !0;
                    this.m_profile = new en;
                    this.m_island = new pn;
                    this.s_stack = [];
                    this.m_controllerList = null;
                    this.m_controllerCount = 0;
                    this.m_gravity.Copy(t);
                  }
                  SetDestructionListener(t) {
                    this.m_destructionListener = t;
                  }
                  SetContactFilter(t) {
                    this.m_contactManager.m_contactFilter = t;
                  }
                  SetContactListener(t) {
                    this.m_contactManager.m_contactListener = t;
                  }
                  SetDebugDraw(t) {
                    this.m_debugDraw = t;
                  }
                  CreateBody(t = {}) {
                    if (this.IsLocked()) throw new Error;
                    const e = new rs(t, this);
                    e.m_prev = null;
                    e.m_next = this.m_bodyList;
                    this.m_bodyList && (this.m_bodyList.m_prev = e);
                    this.m_bodyList = e;
                    ++this.m_bodyCount;
                    return e;
                  }
                  DestroyBody(t) {
                    if (this.IsLocked()) throw new Error;
                    let e = t.m_jointList;
                    for (;e; ) {
                      const i = e;
                      e = e.next;
                      this.m_destructionListener && this.m_destructionListener.SayGoodbyeJoint(i.joint);
                      this.DestroyJoint(i.joint);
                      t.m_jointList = e;
                    }
                    t.m_jointList = null;
                    let i = t.m_controllerList;
                    for (;i; ) {
                      const e = i;
                      i = i.nextController;
                      e.controller.RemoveBody(t);
                    }
                    let s = t.m_contactList;
                    for (;s; ) {
                      const t = s;
                      s = s.next;
                      this.m_contactManager.Destroy(t.contact);
                    }
                    t.m_contactList = null;
                    let n = t.m_fixtureList;
                    for (;n; ) {
                      const e = n;
                      n = n.m_next;
                      this.m_destructionListener && this.m_destructionListener.SayGoodbyeFixture(e);
                      e.DestroyProxies();
                      e.Reset();
                      t.m_fixtureList = n;
                      t.m_fixtureCount -= 1;
                    }
                    t.m_fixtureList = null;
                    t.m_fixtureCount = 0;
                    t.m_prev && (t.m_prev.m_next = t.m_next);
                    t.m_next && (t.m_next.m_prev = t.m_prev);
                    t === this.m_bodyList && (this.m_bodyList = t.m_next);
                    --this.m_bodyCount;
                  }
                  static _Joint_Create(e) {
                    switch (e.type) {
                     case t.b2JointType.e_distanceJoint:
                      return new us(e);

                     case t.b2JointType.e_mouseJoint:
                      return new As(e);

                     case t.b2JointType.e_prismaticJoint:
                      return new vs(e);

                     case t.b2JointType.e_revoluteJoint:
                      return new Rs(e);

                     case t.b2JointType.e_pulleyJoint:
                      return new xs(e);

                     case t.b2JointType.e_gearJoint:
                      return new gs(e);

                     case t.b2JointType.e_wheelJoint:
                      return new Os(e);

                     case t.b2JointType.e_weldJoint:
                      return new Ds(e);

                     case t.b2JointType.e_frictionJoint:
                      return new ms(e);

                     case t.b2JointType.e_ropeJoint:
                      return new Ms(e);

                     case t.b2JointType.e_motorJoint:
                      return new bs(e);

                     case t.b2JointType.e_areaJoint:
                      return new ds(e);
                    }
                    throw new Error;
                  }
                  static _Joint_Destroy(t) {}
                  CreateJoint(t) {
                    if (this.IsLocked()) throw new Error;
                    const e = sr._Joint_Create(t);
                    e.m_prev = null;
                    e.m_next = this.m_jointList;
                    this.m_jointList && (this.m_jointList.m_prev = e);
                    this.m_jointList = e;
                    ++this.m_jointCount;
                    e.m_edgeA.prev = null;
                    e.m_edgeA.next = e.m_bodyA.m_jointList;
                    e.m_bodyA.m_jointList && (e.m_bodyA.m_jointList.prev = e.m_edgeA);
                    e.m_bodyA.m_jointList = e.m_edgeA;
                    e.m_edgeB.prev = null;
                    e.m_edgeB.next = e.m_bodyB.m_jointList;
                    e.m_bodyB.m_jointList && (e.m_bodyB.m_jointList.prev = e.m_edgeB);
                    e.m_bodyB.m_jointList = e.m_edgeB;
                    const i = e.m_bodyA;
                    const s = e.m_bodyB;
                    if (!e.m_collideConnected) {
                      let t = s.GetContactList();
                      for (;t; ) {
                        t.other === i && t.contact.FlagForFiltering();
                        t = t.next;
                      }
                    }
                    return e;
                  }
                  DestroyJoint(t) {
                    if (this.IsLocked()) throw new Error;
                    t.m_prev && (t.m_prev.m_next = t.m_next);
                    t.m_next && (t.m_next.m_prev = t.m_prev);
                    t === this.m_jointList && (this.m_jointList = t.m_next);
                    const e = t.m_bodyA;
                    const i = t.m_bodyB;
                    const s = t.m_collideConnected;
                    e.SetAwake(!0);
                    i.SetAwake(!0);
                    t.m_edgeA.prev && (t.m_edgeA.prev.next = t.m_edgeA.next);
                    t.m_edgeA.next && (t.m_edgeA.next.prev = t.m_edgeA.prev);
                    t.m_edgeA === e.m_jointList && (e.m_jointList = t.m_edgeA.next);
                    t.m_edgeA.Reset();
                    t.m_edgeB.prev && (t.m_edgeB.prev.next = t.m_edgeB.next);
                    t.m_edgeB.next && (t.m_edgeB.next.prev = t.m_edgeB.prev);
                    t.m_edgeB === i.m_jointList && (i.m_jointList = t.m_edgeB.next);
                    t.m_edgeB.Reset();
                    sr._Joint_Destroy(t);
                    --this.m_jointCount;
                    if (!s) {
                      let t = i.GetContactList();
                      for (;t; ) {
                        t.other === e && t.contact.FlagForFiltering();
                        t = t.next;
                      }
                    }
                  }
                  CreateParticleSystem(t) {
                    if (this.IsLocked()) throw new Error;
                    const e = new Un(t, this);
                    e.m_prev = null;
                    e.m_next = this.m_particleSystemList;
                    this.m_particleSystemList && (this.m_particleSystemList.m_prev = e);
                    this.m_particleSystemList = e;
                    return e;
                  }
                  DestroyParticleSystem(t) {
                    if (this.IsLocked()) throw new Error;
                    t.m_prev && (t.m_prev.m_next = t.m_next);
                    t.m_next && (t.m_next.m_prev = t.m_prev);
                    t === this.m_particleSystemList && (this.m_particleSystemList = t.m_next);
                  }
                  CalculateReasonableParticleIterations(t) {
                    if (null === this.m_particleSystemList) return 1;
                    function e(t) {
                      let e = s;
                      for (let i = t.GetParticleSystemList(); null !== i; i = i.m_next) e = tt(e, i.GetRadius());
                      return e;
                    }
                    return fn(this.m_gravity.Length(), e(this), t);
                  }
                  Step(t, e, i, s = this.CalculateReasonableParticleIterations(t)) {
                    const n = sr.Step_s_stepTimer.Reset();
                    if (this.m_newFixture) {
                      this.m_contactManager.FindNewContacts();
                      this.m_newFixture = !1;
                    }
                    this.m_locked = !0;
                    const r = sr.Step_s_step;
                    r.dt = t;
                    r.velocityIterations = e;
                    r.positionIterations = i;
                    r.particleIterations = s;
                    r.inv_dt = t > 0 ? 1 / t : 0;
                    r.dtRatio = this.m_inv_dt0 * t;
                    r.warmStarting = this.m_warmStarting;
                    const o = sr.Step_s_timer.Reset();
                    this.m_contactManager.Collide();
                    this.m_profile.collide = o.GetMilliseconds();
                    if (this.m_stepComplete && r.dt > 0) {
                      const t = sr.Step_s_timer.Reset();
                      for (let t = this.m_particleSystemList; t; t = t.m_next) t.Solve(r);
                      this.Solve(r);
                      this.m_profile.solve = t.GetMilliseconds();
                    }
                    if (this.m_continuousPhysics && r.dt > 0) {
                      const t = sr.Step_s_timer.Reset();
                      this.SolveTOI(r);
                      this.m_profile.solveTOI = t.GetMilliseconds();
                    }
                    r.dt > 0 && (this.m_inv_dt0 = r.inv_dt);
                    this.m_clearForces && this.ClearForces();
                    this.m_locked = !1;
                    this.m_profile.step = n.GetMilliseconds();
                  }
                  ClearForces() {
                    for (let t = this.m_bodyList; t; t = t.m_next) {
                      t.m_force.SetZero();
                      t.m_torque = 0;
                    }
                  }
                  DrawParticleSystem(t) {
                    if (null === this.m_debugDraw) return;
                    const e = t.GetParticleCount();
                    if (e) {
                      const i = t.GetRadius();
                      const s = t.GetPositionBuffer();
                      if (t.m_colorBuffer.data) {
                        const n = t.GetColorBuffer();
                        this.m_debugDraw.DrawParticles(s, i, n, e);
                      } else this.m_debugDraw.DrawParticles(s, i, null, e);
                    }
                  }
                  DrawDebugData() {
                    if (null === this.m_debugDraw) return;
                    const e = this.m_debugDraw.GetFlags();
                    const i = sr.DrawDebugData_s_color.SetRGB(0, 0, 0);
                    if (e & t.b2DrawFlags.e_shapeBit) for (let e = this.m_bodyList; e; e = e.m_next) {
                      const s = e.m_xf;
                      this.m_debugDraw.PushTransform(s);
                      for (let s = e.GetFixtureList(); s; s = s.m_next) if (e.IsActive()) if (e.GetType() === t.b2BodyType.b2_staticBody) {
                        i.SetRGB(.5, .9, .5);
                        this.DrawShape(s, i);
                      } else if (e.GetType() === t.b2BodyType.b2_kinematicBody) {
                        i.SetRGB(.5, .5, .9);
                        this.DrawShape(s, i);
                      } else if (e.IsAwake()) {
                        i.SetRGB(.9, .7, .7);
                        this.DrawShape(s, i);
                      } else {
                        i.SetRGB(.6, .6, .6);
                        this.DrawShape(s, i);
                      } else {
                        i.SetRGB(.5, .5, .3);
                        this.DrawShape(s, i);
                      }
                      this.m_debugDraw.PopTransform(s);
                    }
                    if (e & t.b2DrawFlags.e_particleBit) for (let t = this.m_particleSystemList; t; t = t.m_next) this.DrawParticleSystem(t);
                    if (e & t.b2DrawFlags.e_jointBit) for (let t = this.m_jointList; t; t = t.m_next) this.DrawJoint(t);
                    if (e & t.b2DrawFlags.e_aabbBit) {
                      i.SetRGB(.9, .3, .9);
                      const t = sr.DrawDebugData_s_vs;
                      for (let e = this.m_bodyList; e; e = e.m_next) if (e.IsActive()) for (let s = e.GetFixtureList(); s; s = s.m_next) for (let e = 0; e < s.m_proxyCount; ++e) {
                        const n = s.m_proxies[e].treeNode.aabb;
                        t[0].Set(n.lowerBound.x, n.lowerBound.y);
                        t[1].Set(n.upperBound.x, n.lowerBound.y);
                        t[2].Set(n.upperBound.x, n.upperBound.y);
                        t[3].Set(n.lowerBound.x, n.upperBound.y);
                        this.m_debugDraw.DrawPolygon(t, 4, i);
                      }
                    }
                    if (e & t.b2DrawFlags.e_centerOfMassBit) for (let t = this.m_bodyList; t; t = t.m_next) {
                      const e = sr.DrawDebugData_s_xf;
                      e.q.Copy(t.m_xf.q);
                      e.p.Copy(t.GetWorldCenter());
                      this.m_debugDraw.DrawTransform(e);
                    }
                    if (e & t.b2DrawFlags.e_controllerBit) for (let t = this.m_controllerList; t; t = t.m_next) t.Draw(this.m_debugDraw);
                  }
                  QueryAABB(...t) {
                    t[0] instanceof Qs ? this._QueryAABB(t[0], t[1]) : this._QueryAABB(null, t[0], t[1]);
                  }
                  _QueryAABB(t, e, i) {
                    this.m_contactManager.m_broadPhase.Query(e, (e => {
                      const s = e.userData.fixture;
                      return t ? t.ReportFixture(s) : !i || i(s);
                    }));
                    if (t instanceof Qs) for (let i = this.m_particleSystemList; i; i = i.m_next) t.ShouldQueryParticleSystem(i) && i.QueryAABB(t, e);
                  }
                  QueryAllAABB(t, e = []) {
                    this.QueryAABB(t, (t => {
                      e.push(t);
                      return !0;
                    }));
                    return e;
                  }
                  QueryPointAABB(...t) {
                    t[0] instanceof Qs ? this._QueryPointAABB(t[0], t[1]) : this._QueryPointAABB(null, t[0], t[1]);
                  }
                  _QueryPointAABB(t, e, i) {
                    this.m_contactManager.m_broadPhase.QueryPoint(e, (e => {
                      const s = e.userData.fixture;
                      return t ? t.ReportFixture(s) : !i || i(s);
                    }));
                    if (t instanceof Qs) for (let i = this.m_particleSystemList; i; i = i.m_next) t.ShouldQueryParticleSystem(i) && i.QueryPointAABB(t, e);
                  }
                  QueryAllPointAABB(t, e = []) {
                    this.QueryPointAABB(t, (t => {
                      e.push(t);
                      return !0;
                    }));
                    return e;
                  }
                  QueryFixtureShape(...t) {
                    t[0] instanceof Qs ? this._QueryFixtureShape(t[0], t[1], t[2], t[3]) : this._QueryFixtureShape(null, t[0], t[1], t[2], t[3]);
                  }
                  _QueryFixtureShape(t, e, i, s, n) {
                    const r = sr.QueryFixtureShape_s_aabb;
                    e.ComputeAABB(r, s, i);
                    this.m_contactManager.m_broadPhase.Query(r, (r => {
                      const o = r.userData;
                      const a = o.fixture;
                      if (ve(e, i, a.GetShape(), o.childIndex, s, a.GetBody().GetTransform())) {
                        if (t) return t.ReportFixture(a);
                        if (n) return n(a);
                      }
                      return !0;
                    }));
                    if (t instanceof Qs) for (let e = this.m_particleSystemList; e; e = e.m_next) t.ShouldQueryParticleSystem(e) && e.QueryAABB(t, r);
                  }
                  QueryAllFixtureShape(t, e, i, s = []) {
                    this.QueryFixtureShape(t, e, i, (t => {
                      s.push(t);
                      return !0;
                    }));
                    return s;
                  }
                  QueryFixturePoint(...t) {
                    t[0] instanceof Qs ? this._QueryFixturePoint(t[0], t[1]) : this._QueryFixturePoint(null, t[0], t[1]);
                  }
                  _QueryFixturePoint(t, e, i) {
                    this.m_contactManager.m_broadPhase.QueryPoint(e, (s => {
                      const n = s.userData.fixture;
                      if (n.TestPoint(e)) {
                        if (t) return t.ReportFixture(n);
                        if (i) return i(n);
                      }
                      return !0;
                    }));
                    if (t) for (let i = this.m_particleSystemList; i; i = i.m_next) t.ShouldQueryParticleSystem(i) && i.QueryPointAABB(t, e);
                  }
                  QueryAllFixturePoint(t, e = []) {
                    this.QueryFixturePoint(t, (t => {
                      e.push(t);
                      return !0;
                    }));
                    return e;
                  }
                  RayCast(...t) {
                    t[0] instanceof $s ? this._RayCast(t[0], t[1], t[2]) : this._RayCast(null, t[0], t[1], t[2]);
                  }
                  _RayCast(t, e, i, s) {
                    const n = sr.RayCast_s_input;
                    n.maxFraction = 1;
                    n.p1.Copy(e);
                    n.p2.Copy(i);
                    this.m_contactManager.m_broadPhase.RayCast(n, ((n, r) => {
                      const o = r.userData;
                      const a = o.fixture;
                      const l = o.childIndex;
                      const h = sr.RayCast_s_output;
                      if (a.RayCast(h, n, l)) {
                        const n = h.fraction;
                        const r = sr.RayCast_s_point;
                        r.Set((1 - n) * e.x + n * i.x, (1 - n) * e.y + n * i.y);
                        if (t) return t.ReportFixture(a, r, h.normal, n);
                        if (s) return s(a, r, h.normal, n);
                      }
                      return n.maxFraction;
                    }));
                    if (t) for (let s = this.m_particleSystemList; s; s = s.m_next) t.ShouldQueryParticleSystem(s) && s.RayCast(t, e, i);
                  }
                  RayCastOne(t, e) {
                    let i = null;
                    let s = 1;
                    this.RayCast(t, e, ((t, e, n, r) => {
                      if (r < s) {
                        s = r;
                        i = t;
                      }
                      return s;
                    }));
                    return i;
                  }
                  RayCastAll(t, e, i = []) {
                    this.RayCast(t, e, ((t, e, s, n) => {
                      i.push(t);
                      return 1;
                    }));
                    return i;
                  }
                  GetBodyList() {
                    return this.m_bodyList;
                  }
                  GetJointList() {
                    return this.m_jointList;
                  }
                  GetParticleSystemList() {
                    return this.m_particleSystemList;
                  }
                  GetContactList() {
                    return this.m_contactManager.m_contactList;
                  }
                  SetAllowSleeping(t) {
                    if (t !== this.m_allowSleep) {
                      this.m_allowSleep = t;
                      if (!this.m_allowSleep) for (let t = this.m_bodyList; t; t = t.m_next) t.SetAwake(!0);
                    }
                  }
                  GetAllowSleeping() {
                    return this.m_allowSleep;
                  }
                  SetWarmStarting(t) {
                    this.m_warmStarting = t;
                  }
                  GetWarmStarting() {
                    return this.m_warmStarting;
                  }
                  SetContinuousPhysics(t) {
                    this.m_continuousPhysics = t;
                  }
                  GetContinuousPhysics() {
                    return this.m_continuousPhysics;
                  }
                  SetSubStepping(t) {
                    this.m_subStepping = t;
                  }
                  GetSubStepping() {
                    return this.m_subStepping;
                  }
                  GetProxyCount() {
                    return this.m_contactManager.m_broadPhase.GetProxyCount();
                  }
                  GetBodyCount() {
                    return this.m_bodyCount;
                  }
                  GetJointCount() {
                    return this.m_jointCount;
                  }
                  GetContactCount() {
                    return this.m_contactManager.m_contactCount;
                  }
                  GetTreeHeight() {
                    return this.m_contactManager.m_broadPhase.GetTreeHeight();
                  }
                  GetTreeBalance() {
                    return this.m_contactManager.m_broadPhase.GetTreeBalance();
                  }
                  GetTreeQuality() {
                    return this.m_contactManager.m_broadPhase.GetTreeQuality();
                  }
                  SetGravity(t, e = !0) {
                    if (!St.IsEqualToV(this.m_gravity, t)) {
                      this.m_gravity.Copy(t);
                      if (e) for (let t = this.m_bodyList; t; t = t.m_next) t.SetAwake(!0);
                    }
                  }
                  GetGravity() {
                    return this.m_gravity;
                  }
                  IsLocked() {
                    return this.m_locked;
                  }
                  SetAutoClearForces(t) {
                    this.m_clearForces = t;
                  }
                  GetAutoClearForces() {
                    return this.m_clearForces;
                  }
                  ShiftOrigin(t) {
                    if (this.IsLocked()) throw new Error;
                    for (let e = this.m_bodyList; e; e = e.m_next) {
                      e.m_xf.p.SelfSub(t);
                      e.m_sweep.c0.SelfSub(t);
                      e.m_sweep.c.SelfSub(t);
                    }
                    for (let e = this.m_jointList; e; e = e.m_next) e.ShiftOrigin(t);
                    this.m_contactManager.m_broadPhase.ShiftOrigin(t);
                  }
                  GetContactManager() {
                    return this.m_contactManager;
                  }
                  GetProfile() {
                    return this.m_profile;
                  }
                  Dump(e) {
                    if (this.m_locked) return;
                    e("const g: b2Vec2 = new b2Vec2(%.15f, %.15f);\n", this.m_gravity.x, this.m_gravity.y);
                    e("this.m_world.SetGravity(g);\n");
                    e("const bodies: b2Body[] = [];\n");
                    e("const joints: b2Joint[] = [];\n");
                    let i = 0;
                    for (let t = this.m_bodyList; t; t = t.m_next) {
                      t.m_islandIndex = i;
                      t.Dump(e);
                      ++i;
                    }
                    i = 0;
                    for (let t = this.m_jointList; t; t = t.m_next) {
                      t.m_index = i;
                      ++i;
                    }
                    for (let i = this.m_jointList; i; i = i.m_next) if (i.m_type !== t.b2JointType.e_gearJoint) {
                      e("{\n");
                      i.Dump(e);
                      e("}\n");
                    }
                    for (let i = this.m_jointList; i; i = i.m_next) if (i.m_type === t.b2JointType.e_gearJoint) {
                      e("{\n");
                      i.Dump(e);
                      e("}\n");
                    }
                  }
                  DrawJoint(e) {
                    if (null === this.m_debugDraw) return;
                    const i = e.GetBodyA();
                    const s = e.GetBodyB();
                    const n = i.m_xf;
                    const r = s.m_xf;
                    const o = n.p;
                    const a = r.p;
                    const l = e.GetAnchorA(sr.DrawJoint_s_p1);
                    const h = e.GetAnchorB(sr.DrawJoint_s_p2);
                    const c = sr.DrawJoint_s_color.SetRGB(.5, .8, .8);
                    switch (e.m_type) {
                     case t.b2JointType.e_distanceJoint:
                      this.m_debugDraw.DrawSegment(l, h, c);
                      break;

                     case t.b2JointType.e_pulleyJoint:
                      {
                        const t = e;
                        const i = t.GetGroundAnchorA();
                        const s = t.GetGroundAnchorB();
                        this.m_debugDraw.DrawSegment(i, l, c);
                        this.m_debugDraw.DrawSegment(s, h, c);
                        this.m_debugDraw.DrawSegment(i, s, c);
                        break;
                      }

                     case t.b2JointType.e_mouseJoint:
                      {
                        const t = sr.DrawJoint_s_c;
                        t.Set(0, 1, 0);
                        this.m_debugDraw.DrawPoint(l, 4, t);
                        this.m_debugDraw.DrawPoint(h, 4, t);
                        t.Set(.8, .8, .8);
                        this.m_debugDraw.DrawSegment(l, h, t);
                        break;
                      }

                     default:
                      this.m_debugDraw.DrawSegment(o, l, c);
                      this.m_debugDraw.DrawSegment(l, h, c);
                      this.m_debugDraw.DrawSegment(a, h, c);
                    }
                  }
                  DrawShape(e, i) {
                    if (null === this.m_debugDraw) return;
                    const s = e.GetShape();
                    switch (s.m_type) {
                     case t.b2ShapeType.e_circleShape:
                      {
                        const t = s;
                        const e = t.m_p;
                        const n = t.m_radius;
                        const r = St.UNITX;
                        this.m_debugDraw.DrawSolidCircle(e, n, r, i);
                        break;
                      }

                     case t.b2ShapeType.e_edgeShape:
                      {
                        const t = s;
                        const e = t.m_vertex1;
                        const n = t.m_vertex2;
                        this.m_debugDraw.DrawSegment(e, n, i);
                        break;
                      }

                     case t.b2ShapeType.e_chainShape:
                      {
                        const t = s;
                        const e = t.m_count;
                        const n = t.m_vertices;
                        const r = sr.DrawShape_s_ghostColor.SetRGBA(.75 * i.r, .75 * i.g, .75 * i.b, i.a);
                        let o = n[0];
                        this.m_debugDraw.DrawPoint(o, 4, i);
                        if (t.m_hasPrevVertex) {
                          const e = t.m_prevVertex;
                          this.m_debugDraw.DrawSegment(e, o, r);
                          this.m_debugDraw.DrawCircle(e, .1, r);
                        }
                        for (let t = 1; t < e; ++t) {
                          const e = n[t];
                          this.m_debugDraw.DrawSegment(o, e, i);
                          this.m_debugDraw.DrawPoint(e, 4, i);
                          o = e;
                        }
                        if (t.m_hasNextVertex) {
                          const e = t.m_nextVertex;
                          this.m_debugDraw.DrawSegment(e, o, r);
                          this.m_debugDraw.DrawCircle(e, .1, r);
                        }
                        break;
                      }

                     case t.b2ShapeType.e_polygonShape:
                      {
                        const t = s;
                        const e = t.m_count;
                        const n = t.m_vertices;
                        this.m_debugDraw.DrawSolidPolygon(n, e, i);
                        break;
                      }
                    }
                  }
                  Solve(e) {
                    for (let t = this.m_bodyList; t; t = t.m_next) t.m_xf0.Copy(t.m_xf);
                    for (let t = this.m_controllerList; t; t = t.m_next) t.Step(e);
                    this.m_profile.solveInit = 0;
                    this.m_profile.solveVelocity = 0;
                    this.m_profile.solvePosition = 0;
                    const i = this.m_island;
                    i.Initialize(this.m_bodyCount, this.m_contactManager.m_contactCount, this.m_jointCount, this.m_contactManager.m_contactListener);
                    for (let t = this.m_bodyList; t; t = t.m_next) t.m_islandFlag = !1;
                    for (let t = this.m_contactManager.m_contactList; t; t = t.m_next) t.m_islandFlag = !1;
                    for (let t = this.m_jointList; t; t = t.m_next) t.m_islandFlag = !1;
                    const s = this.s_stack;
                    for (let n = this.m_bodyList; n; n = n.m_next) {
                      if (n.m_islandFlag) continue;
                      if (!n.IsAwake() || !n.IsActive()) continue;
                      if (n.GetType() === t.b2BodyType.b2_staticBody) continue;
                      i.Clear();
                      let r = 0;
                      s[r++] = n;
                      n.m_islandFlag = !0;
                      for (;r > 0; ) {
                        const e = s[--r];
                        if (!e) throw new Error;
                        i.AddBody(e);
                        e.m_awakeFlag = !0;
                        if (e.GetType() !== t.b2BodyType.b2_staticBody) {
                          for (let t = e.m_contactList; t; t = t.next) {
                            const e = t.contact;
                            if (e.m_islandFlag) continue;
                            if (!e.IsEnabled() || !e.IsTouching()) continue;
                            const n = e.m_fixtureA.m_isSensor;
                            const o = e.m_fixtureB.m_isSensor;
                            if (n || o) continue;
                            i.AddContact(e);
                            e.m_islandFlag = !0;
                            const a = t.other;
                            if (!a.m_islandFlag) {
                              s[r++] = a;
                              a.m_islandFlag = !0;
                            }
                          }
                          for (let t = e.m_jointList; t; t = t.next) {
                            if (t.joint.m_islandFlag) continue;
                            const e = t.other;
                            if (e.IsActive()) {
                              i.AddJoint(t.joint);
                              t.joint.m_islandFlag = !0;
                              if (!e.m_islandFlag) {
                                s[r++] = e;
                                e.m_islandFlag = !0;
                              }
                            }
                          }
                        }
                      }
                      const o = new en;
                      i.Solve(o, e, this.m_gravity, this.m_allowSleep);
                      this.m_profile.solveInit += o.solveInit;
                      this.m_profile.solveVelocity += o.solveVelocity;
                      this.m_profile.solvePosition += o.solvePosition;
                      for (let e = 0; e < i.m_bodyCount; ++e) {
                        const s = i.m_bodies[e];
                        s.GetType() === t.b2BodyType.b2_staticBody && (s.m_islandFlag = !1);
                      }
                    }
                    for (let t = 0; t < s.length && s[t]; ++t) s[t] = null;
                    const n = new Mt;
                    for (let e = this.m_bodyList; e; e = e.m_next) e.m_islandFlag && e.GetType() !== t.b2BodyType.b2_staticBody && e.SynchronizeFixtures();
                    this.m_contactManager.FindNewContacts();
                    this.m_profile.broadphase = n.GetMilliseconds();
                  }
                  SolveTOI(e) {
                    const i = this.m_island;
                    i.Initialize(2 * m, m, 0, this.m_contactManager.m_contactListener);
                    if (this.m_stepComplete) {
                      for (let t = this.m_bodyList; t; t = t.m_next) {
                        t.m_islandFlag = !1;
                        t.m_sweep.alpha0 = 0;
                      }
                      for (let t = this.m_contactManager.m_contactList; t; t = t.m_next) {
                        t.m_toiFlag = !1;
                        t.m_islandFlag = !1;
                        t.m_toiCount = 0;
                        t.m_toi = 1;
                      }
                    }
                    for (;;) {
                      let s = null;
                      let r = 1;
                      for (let e = this.m_contactManager.m_contactList; e; e = e.m_next) {
                        if (!e.IsEnabled()) continue;
                        if (e.m_toiCount > p) continue;
                        let i = 1;
                        if (e.m_toiFlag) i = e.m_toi; else {
                          const s = e.GetFixtureA();
                          const n = e.GetFixtureB();
                          if (s.IsSensor() || n.IsSensor()) continue;
                          const r = s.GetBody();
                          const o = n.GetBody();
                          const a = r.m_type;
                          const l = o.m_type;
                          const h = r.IsAwake() && a !== t.b2BodyType.b2_staticBody;
                          const c = o.IsAwake() && l !== t.b2BodyType.b2_staticBody;
                          if (!h && !c) continue;
                          const u = r.IsBullet() || a !== t.b2BodyType.b2_dynamicBody;
                          const _ = o.IsBullet() || l !== t.b2BodyType.b2_dynamicBody;
                          if (!u && !_) continue;
                          let d = r.m_sweep.alpha0;
                          if (r.m_sweep.alpha0 < o.m_sweep.alpha0) {
                            d = o.m_sweep.alpha0;
                            r.m_sweep.Advance(d);
                          } else if (o.m_sweep.alpha0 < r.m_sweep.alpha0) {
                            d = r.m_sweep.alpha0;
                            o.m_sweep.Advance(d);
                          }
                          const p = e.GetChildIndexA();
                          const m = e.GetChildIndexB();
                          const f = sr.SolveTOI_s_toi_input;
                          f.proxyA.SetShape(s.GetShape(), p);
                          f.proxyB.SetShape(n.GetShape(), m);
                          f.sweepA.Copy(r.m_sweep);
                          f.sweepB.Copy(o.m_sweep);
                          f.tMax = 1;
                          const g = sr.SolveTOI_s_toi_output;
                          $e(g, f);
                          const y = g.t;
                          i = g.state === t.b2TOIOutputState.e_touching ? tt(d + (1 - d) * y, 1) : 1;
                          e.m_toi = i;
                          e.m_toiFlag = !0;
                        }
                        if (i < r) {
                          s = e;
                          r = i;
                        }
                      }
                      if (null === s || 1 - 10 * n < r) {
                        this.m_stepComplete = !0;
                        break;
                      }
                      const o = s.GetFixtureA();
                      const a = s.GetFixtureB();
                      const l = o.GetBody();
                      const h = a.GetBody();
                      const c = sr.SolveTOI_s_backup1.Copy(l.m_sweep);
                      const u = sr.SolveTOI_s_backup2.Copy(h.m_sweep);
                      l.Advance(r);
                      h.Advance(r);
                      s.Update(this.m_contactManager.m_contactListener);
                      s.m_toiFlag = !1;
                      ++s.m_toiCount;
                      if (!s.IsEnabled() || !s.IsTouching()) {
                        s.SetEnabled(!1);
                        l.m_sweep.Copy(c);
                        h.m_sweep.Copy(u);
                        l.SynchronizeTransform();
                        h.SynchronizeTransform();
                        continue;
                      }
                      l.SetAwake(!0);
                      h.SetAwake(!0);
                      i.Clear();
                      i.AddBody(l);
                      i.AddBody(h);
                      i.AddContact(s);
                      l.m_islandFlag = !0;
                      h.m_islandFlag = !0;
                      s.m_islandFlag = !0;
                      for (let e = 0; e < 2; ++e) {
                        const s = 0 === e ? l : h;
                        if (s.m_type === t.b2BodyType.b2_dynamicBody) for (let e = s.m_contactList; e && i.m_bodyCount !== i.m_bodyCapacity && i.m_contactCount !== i.m_contactCapacity; e = e.next) {
                          const n = e.contact;
                          if (n.m_islandFlag) continue;
                          const o = e.other;
                          if (o.m_type === t.b2BodyType.b2_dynamicBody && !s.IsBullet() && !o.IsBullet()) continue;
                          const a = n.m_fixtureA.m_isSensor;
                          const l = n.m_fixtureB.m_isSensor;
                          if (a || l) continue;
                          const h = sr.SolveTOI_s_backup.Copy(o.m_sweep);
                          o.m_islandFlag || o.Advance(r);
                          n.Update(this.m_contactManager.m_contactListener);
                          if (n.IsEnabled()) if (n.IsTouching()) {
                            n.m_islandFlag = !0;
                            i.AddContact(n);
                            if (!o.m_islandFlag) {
                              o.m_islandFlag = !0;
                              o.m_type !== t.b2BodyType.b2_staticBody && o.SetAwake(!0);
                              i.AddBody(o);
                            }
                          } else {
                            o.m_sweep.Copy(h);
                            o.SynchronizeTransform();
                          } else {
                            o.m_sweep.Copy(h);
                            o.SynchronizeTransform();
                          }
                        }
                      }
                      const _ = sr.SolveTOI_s_subStep;
                      _.dt = (1 - r) * e.dt;
                      _.inv_dt = 1 / _.dt;
                      _.dtRatio = 1;
                      _.positionIterations = 20;
                      _.velocityIterations = e.velocityIterations;
                      _.particleIterations = e.particleIterations;
                      _.warmStarting = !1;
                      i.SolveTOI(_, l.m_islandIndex, h.m_islandIndex);
                      for (let e = 0; e < i.m_bodyCount; ++e) {
                        const s = i.m_bodies[e];
                        s.m_islandFlag = !1;
                        if (s.m_type === t.b2BodyType.b2_dynamicBody) {
                          s.SynchronizeFixtures();
                          for (let t = s.m_contactList; t; t = t.next) {
                            t.contact.m_toiFlag = !1;
                            t.contact.m_islandFlag = !1;
                          }
                        }
                      }
                      this.m_contactManager.FindNewContacts();
                      if (this.m_subStepping) {
                        this.m_stepComplete = !1;
                        break;
                      }
                    }
                  }
                  AddController(t) {
                    t.m_next = this.m_controllerList;
                    t.m_prev = null;
                    this.m_controllerList && (this.m_controllerList.m_prev = t);
                    this.m_controllerList = t;
                    ++this.m_controllerCount;
                    return t;
                  }
                  RemoveController(t) {
                    t.m_prev && (t.m_prev.m_next = t.m_next);
                    t.m_next && (t.m_next.m_prev = t.m_prev);
                    this.m_controllerList === t && (this.m_controllerList = t.m_next);
                    --this.m_controllerCount;
                    t.m_prev = null;
                    t.m_next = null;
                    return t;
                  }
                }
                sr.Step_s_step = new sn;
                sr.Step_s_stepTimer = new Mt;
                sr.Step_s_timer = new Mt;
                sr.DrawDebugData_s_color = new Rt(0, 0, 0);
                sr.DrawDebugData_s_vs = St.MakeArray(4);
                sr.DrawDebugData_s_xf = new xt;
                sr.QueryFixtureShape_s_aabb = new ge;
                sr.RayCast_s_input = new me;
                sr.RayCast_s_output = new fe;
                sr.RayCast_s_point = new St;
                sr.DrawJoint_s_p1 = new St;
                sr.DrawJoint_s_p2 = new St;
                sr.DrawJoint_s_color = new Rt(.5, .8, .8);
                sr.DrawJoint_s_c = new Rt;
                sr.DrawShape_s_ghostColor = new Rt;
                sr.SolveTOI_s_subStep = new sn;
                sr.SolveTOI_s_backup = new wt;
                sr.SolveTOI_s_backup1 = new wt;
                sr.SolveTOI_s_backup2 = new wt;
                sr.SolveTOI_s_toi_input = new Ge;
                sr.SolveTOI_s_toi_output = new ze;
                class nr {
                  constructor(t, e) {
                    this.prevBody = null;
                    this.nextBody = null;
                    this.prevController = null;
                    this.nextController = null;
                    this.controller = t;
                    this.body = e;
                  }
                }
                class rr {
                  constructor() {
                    this.m_bodyList = null;
                    this.m_bodyCount = 0;
                    this.m_prev = null;
                    this.m_next = null;
                  }
                  GetNext() {
                    return this.m_next;
                  }
                  GetPrev() {
                    return this.m_prev;
                  }
                  GetBodyList() {
                    return this.m_bodyList;
                  }
                  AddBody(t) {
                    const e = new nr(this, t);
                    e.nextBody = this.m_bodyList;
                    e.prevBody = null;
                    this.m_bodyList && (this.m_bodyList.prevBody = e);
                    this.m_bodyList = e;
                    ++this.m_bodyCount;
                    e.nextController = t.m_controllerList;
                    e.prevController = null;
                    t.m_controllerList && (t.m_controllerList.prevController = e);
                    t.m_controllerList = e;
                    ++t.m_controllerCount;
                  }
                  RemoveBody(t) {
                    if (this.m_bodyCount <= 0) throw new Error;
                    let e = this.m_bodyList;
                    for (;e && e.body !== t; ) e = e.nextBody;
                    if (null === e) throw new Error;
                    e.prevBody && (e.prevBody.nextBody = e.nextBody);
                    e.nextBody && (e.nextBody.prevBody = e.prevBody);
                    this.m_bodyList === e && (this.m_bodyList = e.nextBody);
                    --this.m_bodyCount;
                    e.nextController && (e.nextController.prevController = e.prevController);
                    e.prevController && (e.prevController.nextController = e.nextController);
                    t.m_controllerList === e && (t.m_controllerList = e.nextController);
                    --t.m_controllerCount;
                  }
                  Clear() {
                    for (;this.m_bodyList; ) this.RemoveBody(this.m_bodyList.body);
                    this.m_bodyCount = 0;
                  }
                }
                class or extends rr {
                  constructor() {
                    super(...arguments);
                    this.normal = new St(0, 1);
                    this.offset = 0;
                    this.density = 0;
                    this.velocity = new St(0, 0);
                    this.linearDrag = 0;
                    this.angularDrag = 0;
                    this.useDensity = !1;
                    this.useWorldGravity = !0;
                    this.gravity = new St(0, 0);
                  }
                  Step(t) {
                    if (this.m_bodyList) {
                      this.useWorldGravity && this.gravity.Copy(this.m_bodyList.body.GetWorld().GetGravity());
                      for (let t = this.m_bodyList; t; t = t.nextBody) {
                        const e = t.body;
                        if (!e.IsAwake()) continue;
                        const i = new St;
                        const s = new St;
                        let r = 0;
                        let o = 0;
                        for (let t = e.GetFixtureList(); t; t = t.m_next) {
                          const n = new St;
                          const a = t.GetShape().ComputeSubmergedArea(this.normal, this.offset, e.GetTransform(), n);
                          r += a;
                          i.x += a * n.x;
                          i.y += a * n.y;
                          let l = 0;
                          l = this.useDensity ? t.GetDensity() : 1;
                          o += a * l;
                          s.x += a * n.x * l;
                          s.y += a * n.y * l;
                        }
                        i.x /= r;
                        i.y /= r;
                        s.x /= o;
                        s.y /= o;
                        if (r < n) continue;
                        const a = this.gravity.Clone().SelfNeg();
                        a.SelfMul(this.density * r);
                        e.ApplyForce(a, s);
                        const l = e.GetLinearVelocityFromWorldPoint(i, new St);
                        l.SelfSub(this.velocity);
                        l.SelfMul(-this.linearDrag * r);
                        e.ApplyForce(l, i);
                        e.ApplyTorque(-e.GetInertia() / e.GetMass() * r * e.GetAngularVelocity() * this.angularDrag);
                      }
                    }
                  }
                  Draw(t) {
                    const e = 100;
                    const i = new St;
                    const s = new St;
                    i.x = this.normal.x * this.offset + this.normal.y * e;
                    i.y = this.normal.y * this.offset - this.normal.x * e;
                    s.x = this.normal.x * this.offset - this.normal.y * e;
                    s.y = this.normal.y * this.offset + this.normal.x * e;
                    const n = new Rt(0, 0, .8);
                    t.DrawSegment(i, s, n);
                  }
                }
                class ar extends rr {
                  constructor() {
                    super(...arguments);
                    this.A = new St(0, 0);
                  }
                  Step(t) {
                    const e = St.MulSV(t.dt, this.A, ar.Step_s_dtA);
                    for (let t = this.m_bodyList; t; t = t.nextBody) {
                      const i = t.body;
                      i.IsAwake() && i.SetLinearVelocity(St.AddVV(i.GetLinearVelocity(), e, St.s_t0));
                    }
                  }
                  Draw(t) {}
                }
                ar.Step_s_dtA = new St;
                class lr extends rr {
                  constructor() {
                    super(...arguments);
                    this.F = new St(0, 0);
                  }
                  Step(t) {
                    for (let t = this.m_bodyList; t; t = t.nextBody) {
                      const e = t.body;
                      e.IsAwake() && e.ApplyForce(this.F, e.GetWorldCenter());
                    }
                  }
                  Draw(t) {}
                }
                class hr extends rr {
                  constructor() {
                    super(...arguments);
                    this.G = 1;
                    this.invSqr = !0;
                  }
                  Step(t) {
                    if (this.invSqr) for (let t = this.m_bodyList; t; t = t.nextBody) {
                      const e = t.body;
                      const i = e.GetWorldCenter();
                      const s = e.GetMass();
                      for (let r = this.m_bodyList; r && r !== t; r = r.nextBody) {
                        const t = r.body;
                        const o = t.GetWorldCenter();
                        const a = t.GetMass();
                        const l = o.x - i.x;
                        const h = o.y - i.y;
                        const c = l * l + h * h;
                        if (c < n) continue;
                        const u = hr.Step_s_f.Set(l, h);
                        u.SelfMul(this.G / c / at(c) * s * a);
                        e.IsAwake() && e.ApplyForce(u, i);
                        t.IsAwake() && t.ApplyForce(u.SelfMul(-1), o);
                      }
                    } else for (let t = this.m_bodyList; t; t = t.nextBody) {
                      const e = t.body;
                      const i = e.GetWorldCenter();
                      const s = e.GetMass();
                      for (let r = this.m_bodyList; r && r !== t; r = r.nextBody) {
                        const t = r.body;
                        const o = t.GetWorldCenter();
                        const a = t.GetMass();
                        const l = o.x - i.x;
                        const h = o.y - i.y;
                        const c = l * l + h * h;
                        if (c < n) continue;
                        const u = hr.Step_s_f.Set(l, h);
                        u.SelfMul(this.G / c * s * a);
                        e.IsAwake() && e.ApplyForce(u, i);
                        t.IsAwake() && t.ApplyForce(u.SelfMul(-1), o);
                      }
                    }
                  }
                  Draw(t) {}
                }
                hr.Step_s_f = new St;
                class cr extends rr {
                  constructor() {
                    super(...arguments);
                    this.T = new vt;
                    this.maxTimestep = 0;
                  }
                  Step(t) {
                    let e = t.dt;
                    if (!(e <= n)) {
                      e > this.maxTimestep && this.maxTimestep > 0 && (e = this.maxTimestep);
                      for (let t = this.m_bodyList; t; t = t.nextBody) {
                        const i = t.body;
                        if (!i.IsAwake()) continue;
                        const s = i.GetWorldVector(vt.MulMV(this.T, i.GetLocalVector(i.GetLinearVelocity(), St.s_t0), St.s_t1), cr.Step_s_damping);
                        i.SetLinearVelocity(St.AddVV(i.GetLinearVelocity(), St.MulSV(e, s, St.s_t0), St.s_t1));
                      }
                    }
                  }
                  Draw(t) {}
                  SetAxisAligned(t, e) {
                    this.T.ex.x = -t;
                    this.T.ex.y = 0;
                    this.T.ey.x = 0;
                    this.T.ey.y = -e;
                    this.maxTimestep = t > 0 || e > 0 ? 1 / et(t, e) : 0;
                  }
                }
                cr.Step_s_damping = new St;
                class ur {
                  constructor() {
                    this.vertices = [];
                    this.count = 0;
                    this.masses = [];
                    this.gravity = new St(0, 0);
                    this.damping = .1;
                    this.k2 = .9;
                    this.k3 = .1;
                  }
                }
                class _r {
                  constructor() {
                    this.m_count = 0;
                    this.m_ps = [];
                    this.m_p0s = [];
                    this.m_vs = [];
                    this.m_ims = [];
                    this.m_Ls = [];
                    this.m_as = [];
                    this.m_gravity = new St;
                    this.m_damping = 0;
                    this.m_k2 = 1;
                    this.m_k3 = .1;
                  }
                  GetVertexCount() {
                    return this.m_count;
                  }
                  GetVertices() {
                    return this.m_ps;
                  }
                  Initialize(t) {
                    this.m_count = t.count;
                    this.m_ps = St.MakeArray(this.m_count);
                    this.m_p0s = St.MakeArray(this.m_count);
                    this.m_vs = St.MakeArray(this.m_count);
                    this.m_ims = K(this.m_count);
                    for (let e = 0; e < this.m_count; ++e) {
                      this.m_ps[e].Copy(t.vertices[e]);
                      this.m_p0s[e].Copy(t.vertices[e]);
                      this.m_vs[e].SetZero();
                      const i = t.masses[e];
                      this.m_ims[e] = i > 0 ? 1 / i : 0;
                    }
                    const e = this.m_count - 1;
                    const i = this.m_count - 2;
                    this.m_Ls = K(e);
                    this.m_as = K(i);
                    for (let t = 0; t < e; ++t) {
                      const e = this.m_ps[t];
                      const i = this.m_ps[t + 1];
                      this.m_Ls[t] = St.DistanceVV(e, i);
                    }
                    for (let t = 0; t < i; ++t) {
                      const e = this.m_ps[t];
                      const i = this.m_ps[t + 1];
                      const s = this.m_ps[t + 2];
                      const n = St.SubVV(i, e, St.s_t0);
                      const r = St.SubVV(s, i, St.s_t1);
                      const o = St.CrossVV(n, r);
                      const a = St.DotVV(n, r);
                      this.m_as[t] = mt(o, a);
                    }
                    this.m_gravity.Copy(t.gravity);
                    this.m_damping = t.damping;
                    this.m_k2 = t.k2;
                    this.m_k3 = t.k3;
                  }
                  Step(t, e) {
                    if (0 === t) return;
                    const i = Math.exp(-t * this.m_damping);
                    for (let e = 0; e < this.m_count; ++e) {
                      this.m_p0s[e].Copy(this.m_ps[e]);
                      this.m_ims[e] > 0 && this.m_vs[e].SelfMulAdd(t, this.m_gravity);
                      this.m_vs[e].SelfMul(i);
                      this.m_ps[e].SelfMulAdd(t, this.m_vs[e]);
                    }
                    for (let t = 0; t < e; ++t) {
                      this.SolveC2();
                      this.SolveC3();
                      this.SolveC2();
                    }
                    const s = 1 / t;
                    for (let t = 0; t < this.m_count; ++t) St.MulSV(s, St.SubVV(this.m_ps[t], this.m_p0s[t], St.s_t0), this.m_vs[t]);
                  }
                  SolveC2() {
                    const t = this.m_count - 1;
                    for (let e = 0; e < t; ++e) {
                      const t = this.m_ps[e];
                      const i = this.m_ps[e + 1];
                      const s = St.SubVV(i, t, _r.s_d);
                      const n = s.Normalize();
                      const r = this.m_ims[e];
                      const o = this.m_ims[e + 1];
                      if (r + o === 0) continue;
                      const a = r / (r + o);
                      const l = o / (r + o);
                      t.SelfMulSub(this.m_k2 * a * (this.m_Ls[e] - n), s);
                      i.SelfMulAdd(this.m_k2 * l * (this.m_Ls[e] - n), s);
                    }
                  }
                  SetAngle(t) {
                    const e = this.m_count - 2;
                    for (let i = 0; i < e; ++i) this.m_as[i] = t;
                  }
                  SolveC3() {
                    const t = this.m_count - 2;
                    for (let e = 0; e < t; ++e) {
                      const t = this.m_ps[e];
                      const i = this.m_ps[e + 1];
                      const s = this.m_ps[e + 2];
                      const n = this.m_ims[e];
                      const r = this.m_ims[e + 1];
                      const a = this.m_ims[e + 2];
                      const l = St.SubVV(i, t, _r.s_d1);
                      const h = St.SubVV(s, i, _r.s_d2);
                      const c = l.LengthSquared();
                      const u = h.LengthSquared();
                      if (c * u == 0) continue;
                      const _ = St.CrossVV(l, h);
                      const d = St.DotVV(l, h);
                      let p = mt(_, d);
                      const m = St.MulSV(-1 / c, l.SelfSkew(), _r.s_Jd1);
                      const f = St.MulSV(1 / u, h.SelfSkew(), _r.s_Jd2);
                      const g = St.NegV(m, _r.s_J1);
                      const y = St.SubVV(m, f, _r.s_J2);
                      const b = f;
                      let S = n * St.DotVV(g, g) + r * St.DotVV(y, y) + a * St.DotVV(b, b);
                      if (0 === S) continue;
                      S = 1 / S;
                      let A = p - this.m_as[e];
                      for (;A > o; ) {
                        p -= 2 * o;
                        A = p - this.m_as[e];
                      }
                      for (;A < -o; ) {
                        p += 2 * o;
                        A = p - this.m_as[e];
                      }
                      const T = -this.m_k3 * S * A;
                      t.SelfMulAdd(n * T, g);
                      i.SelfMulAdd(r * T, y);
                      s.SelfMulAdd(a * T, b);
                    }
                  }
                  Draw(t) {
                    const e = new Rt(.4, .5, .7);
                    for (let i = 0; i < this.m_count - 1; ++i) t.DrawSegment(this.m_ps[i], this.m_ps[i + 1], e);
                  }
                }
                _r.s_d = new St;
                _r.s_d1 = new St;
                _r.s_d2 = new St;
                _r.s_Jd1 = new St;
                _r.s_Jd2 = new St;
                _r.s_J1 = new St;
                _r.s_J2 = new St;
                t.b2AABB = ge;
                t.b2Abs = $;
                t.b2Acos = dt;
                t.b2Alloc = V;
                t.b2AreaJoint = ds;
                t.b2AreaJointDef = _s;
                t.b2Asin = pt;
                t.b2Assert = e;
                t.b2Atan2 = mt;
                t.b2BlockAllocator = Pt;
                t.b2Body = rs;
                t.b2BodyDef = ns;
                t.b2BroadPhase = Be;
                t.b2BuoyancyController = or;
                t.b2CalculateParticleIterations = fn;
                t.b2ChainAndCircleContact = js;
                t.b2ChainAndPolygonContact = Xs;
                t.b2ChainShape = $i;
                t.b2CircleContact = ks;
                t.b2CircleShape = Ji;
                t.b2Clamp = it;
                t.b2ClipSegmentToLine = be;
                t.b2ClipVertex = pe;
                t.b2CollideCircles = ii;
                t.b2CollideEdgeAndCircle = ki;
                t.b2CollideEdgeAndPolygon = Yi;
                t.b2CollidePolygonAndCircle = oi;
                t.b2CollidePolygons = Mi;
                t.b2Color = Rt;
                t.b2ConstantAccelController = ar;
                t.b2ConstantForceController = lr;
                t.b2Contact = Vs;
                t.b2ContactEdge = Fs;
                t.b2ContactFactory = Ys;
                t.b2ContactFeature = le;
                t.b2ContactFilter = Ks;
                t.b2ContactID = he;
                t.b2ContactImpulse = Js;
                t.b2ContactListener = Zs;
                t.b2ContactManager = tn;
                t.b2ContactPositionConstraint = cn;
                t.b2ContactRegister = Ws;
                t.b2ContactSolver = dn;
                t.b2ContactSolverDef = un;
                t.b2ContactVelocityConstraint = hn;
                t.b2Controller = rr;
                t.b2ControllerEdge = nr;
                t.b2Cos = ut;
                t.b2Counter = Bt;
                t.b2DegToRad = ht;
                t.b2DestructionListener = qs;
                t.b2Distance = Qt;
                t.b2DistanceInput = Ft;
                t.b2DistanceJoint = us;
                t.b2DistanceJointDef = cs;
                t.b2DistanceOutput = Vt;
                t.b2DistanceProxy = Nt;
                t.b2Draw = It;
                t.b2DynamicTree = xe;
                t.b2EdgeAndCircleContact = zs;
                t.b2EdgeAndPolygonContact = Hs;
                t.b2EdgeShape = Qi;
                t.b2Filter = ts;
                t.b2Fixture = ss;
                t.b2FixtureDef = es;
                t.b2FixtureParticleQueryCallback = On;
                t.b2FixtureProxy = is;
                t.b2Free = k;
                t.b2FrictionJoint = ms;
                t.b2FrictionJointDef = ps;
                t.b2GearJoint = gs;
                t.b2GearJointDef = fs;
                t.b2GetPointStates = de;
                t.b2GravityController = hr;
                t.b2GrowableBuffer = Pn;
                t.b2GrowableStack = Dt;
                t.b2InvSqrt = ot;
                t.b2IsPowerOfTwo = gt;
                t.b2IsValid = nt;
                t.b2Island = pn;
                t.b2Jacobian = os;
                t.b2Joint = hs;
                t.b2JointDef = ls;
                t.b2JointEdge = as;
                t.b2Log = U;
                t.b2MakeArray = Y;
                t.b2MakeNullArray = q;
                t.b2MakeNumberArray = K;
                t.b2Manifold = ue;
                t.b2ManifoldPoint = ce;
                t.b2MassData = qi;
                t.b2Mat22 = vt;
                t.b2Mat33 = Et;
                t.b2Max = et;
                t.b2Maybe = i;
                t.b2Min = tt;
                t.b2MixFriction = Ns;
                t.b2MixRestitution = Ls;
                t.b2MotorJoint = bs;
                t.b2MotorJointDef = ys;
                t.b2MouseJoint = As;
                t.b2MouseJointDef = Ss;
                t.b2NextPowerOfTwo = ft;
                t.b2Pair = Me;
                t.b2PairLessThan = De;
                t.b2ParseInt = X;
                t.b2ParseUInt = W;
                t.b2ParticleBodyContact = Ln;
                t.b2ParticleContact = Nn;
                t.b2ParticleDef = mn;
                t.b2ParticleGroup = bn;
                t.b2ParticleGroupDef = yn;
                t.b2ParticleHandle = gn;
                t.b2ParticlePair = Fn;
                t.b2ParticlePairSet = Kn;
                t.b2ParticleSystem = Un;
                t.b2ParticleSystemDef = kn;
                t.b2ParticleSystem_CompositeShape = $n;
                t.b2ParticleSystem_ConnectionFilter = Jn;
                t.b2ParticleSystem_DestroyParticlesInShapeCallback = Zn;
                t.b2ParticleSystem_FixedSetAllocator = Xn;
                t.b2ParticleSystem_FixtureParticle = Wn;
                t.b2ParticleSystem_FixtureParticleSet = Yn;
                t.b2ParticleSystem_InsideBoundsEnumerator = Hn;
                t.b2ParticleSystem_JoinParticleGroupsFilter = Qn;
                t.b2ParticleSystem_ParticleListNode = jn;
                t.b2ParticleSystem_ParticlePair = qn;
                t.b2ParticleSystem_Proxy = zn;
                t.b2ParticleSystem_ReactiveFilter = tr;
                t.b2ParticleSystem_SolveCollisionCallback = ir;
                t.b2ParticleSystem_UpdateBodyContactsCallback = er;
                t.b2ParticleSystem_UserOverridableBuffer = Gn;
                t.b2ParticleTriad = Vn;
                t.b2PolygonAndCircleContact = Gs;
                t.b2PolygonContact = Us;
                t.b2PolygonShape = Zi;
                t.b2Position = nn;
                t.b2PositionSolverManifold = _n;
                t.b2Pow = lt;
                t.b2PrismaticJoint = vs;
                t.b2PrismaticJointDef = Ts;
                t.b2Profile = en;
                t.b2PulleyJoint = xs;
                t.b2PulleyJointDef = Cs;
                t.b2QueryCallback = Qs;
                t.b2RadToDeg = ct;
                t.b2Random = yt;
                t.b2RandomRange = bt;
                t.b2RayCastCallback = $s;
                t.b2RayCastInput = me;
                t.b2RayCastOutput = fe;
                t.b2RevoluteJoint = Rs;
                t.b2RevoluteJointDef = ws;
                t.b2Rope = _r;
                t.b2RopeDef = ur;
                t.b2RopeJoint = Ms;
                t.b2RopeJointDef = Is;
                t.b2Rot = Ct;
                t.b2SeparationFunction = He;
                t.b2Shape = Ki;
                t.b2ShapeCast = ae;
                t.b2ShapeCastInput = kt;
                t.b2ShapeCastOutput = Ut;
                t.b2Simplex = Ht;
                t.b2SimplexCache = Lt;
                t.b2SimplexVertex = zt;
                t.b2Sin = _t;
                t.b2SolverData = on;
                t.b2Sq = rt;
                t.b2Sqrt = at;
                t.b2StackAllocator = Ot;
                t.b2Swap = st;
                t.b2Sweep = wt;
                t.b2TOIInput = Ge;
                t.b2TOIOutput = ze;
                t.b2TensorDampingController = cr;
                t.b2TestOverlapAABB = ye;
                t.b2TestOverlapShape = ve;
                t.b2TimeOfImpact = $e;
                t.b2TimeStep = sn;
                t.b2Timer = Mt;
                t.b2Transform = xt;
                t.b2TreeNode = Ce;
                t.b2Vec2 = St;
                t.b2Vec2_zero = At;
                t.b2Vec3 = Tt;
                t.b2Velocity = rn;
                t.b2VelocityConstraintPoint = ln;
                t.b2Version = G;
                t.b2WeldJoint = Ds;
                t.b2WeldJointDef = Bs;
                t.b2WheelJoint = Os;
                t.b2WheelJointDef = Ps;
                t.b2World = sr;
                t.b2WorldManifold = _e;
                t.b2_180_over_pi = Z;
                t.b2_aabbExtension = h;
                t.b2_aabbMultiplier = c;
                t.b2_angularSleepTolerance = F;
                t.b2_angularSlop = _;
                t.b2_barrierCollisionTime = O;
                t.b2_baumgarte = v;
                t.b2_branch = H;
                t.b2_commit = j;
                t.b2_epsilon = n;
                t.b2_epsilon_sq = r;
                t.b2_gjk_reset = Gt;
                t.b2_invalidParticleIndex = C;
                t.b2_linearSleepTolerance = L;
                t.b2_linearSlop = u;
                t.b2_maxAngularCorrection = y;
                t.b2_maxFloat = s;
                t.b2_maxLinearCorrection = g;
                t.b2_maxManifoldPoints = a;
                t.b2_maxParticleForce = M;
                t.b2_maxParticleIndex = x;
                t.b2_maxParticlePressure = I;
                t.b2_maxPolygonVertices = l;
                t.b2_maxRotation = A;
                t.b2_maxRotationSquared = T;
                t.b2_maxSubSteps = p;
                t.b2_maxTOIContacts = m;
                t.b2_maxTranslation = b;
                t.b2_maxTranslationSquared = S;
                t.b2_maxTriadDistance = B;
                t.b2_maxTriadDistanceSquared = D;
                t.b2_minParticleSystemBufferCapacity = P;
                t.b2_minParticleWeight = R;
                t.b2_minPulleyLength = Es;
                t.b2_particleStride = w;
                t.b2_pi = o;
                t.b2_pi_over_180 = J;
                t.b2_polygonRadius = d;
                t.b2_timeToSleep = N;
                t.b2_toiBaumgarte = E;
                t.b2_toi_reset = Pe;
                t.b2_two_pi = Q;
                t.b2_velocityThreshold = f;
                t.b2_version = z;
                t.g_blockSolve = an;
                Object.defineProperty(t, "__esModule", {
                  value: !0
                });
              }(e);
            }));
            (fbt = mbt) && fbt.__esModule && Object.prototype.hasOwnProperty.call(fbt, "default") && fbt.default;
            var fbt;
            let gbt = {};
            for (var ybt in mbt) {
              if (-1 !== ybt.indexOf("b2_")) continue;
              gbt[ybt.replace("b2", "")] = mbt[ybt];
            }
            var bbt = gbt;
            let Sbt;
            !function(t) {
              t[t.Static = 0] = "Static";
              t[t.Kinematic = 1] = "Kinematic";
              t[t.Dynamic = 2] = "Dynamic";
              t[t.Animated = 3] = "Animated";
            }(Sbt || (Sbt = t("ERigidBody2DType", {})));
            oe(Sbt);
            let Abt;
            !function(t) {
              t[t.None = 0] = "None";
              t[t.BOX = 1] = "BOX";
              t[t.CIRCLE = 2] = "CIRCLE";
              t[t.POLYGON = 3] = "POLYGON";
            }(Abt || (Abt = t("ECollider2DType", {})));
            oe(Abt);
            let Tbt;
            !function(t) {
              t[t.None = 0] = "None";
              t[t.DISTANCE = 1] = "DISTANCE";
              t[t.SPRING = 2] = "SPRING";
              t[t.WHEEL = 3] = "WHEEL";
              t[t.MOUSE = 4] = "MOUSE";
              t[t.FIXED = 5] = "FIXED";
              t[t.SLIDER = 6] = "SLIDER";
              t[t.RELATIVE = 7] = "RELATIVE";
              t[t.HINGE = 8] = "HINGE";
            }(Tbt || (Tbt = t("EJoint2DType", {})));
            oe(Tbt);
            let vbt;
            !function(t) {
              t[t.DEFAULT = 1] = "DEFAULT";
            }(vbt || (vbt = t("PhysicsGroup", {})));
            oe(vbt);
            let Ebt;
            !function(t) {
              t[t.Closest = 0] = "Closest";
              t[t.Any = 1] = "Any";
              t[t.AllClosest = 2] = "AllClosest";
              t[t.All = 3] = "All";
            }(Ebt || (Ebt = t("ERaycast2DType", {})));
            const Cbt = t("Contact2DType", {
              None: "none-contact",
              BEGIN_CONTACT: "begin-contact",
              END_CONTACT: "end-contact",
              PRE_SOLVE: "pre-solve",
              POST_SOLVE: "post-solve"
            });
            let xbt;
            !function(t) {
              t[t.None = 0] = "None";
              t[t.Shape = 1] = "Shape";
              t[t.Joint = 2] = "Joint";
              t[t.Aabb = 4] = "Aabb";
              t[t.Pair = 8] = "Pair";
              t[t.CenterOfMass = 16] = "CenterOfMass";
              t[t.Particle = 32] = "Particle";
              t[t.Controller = 64] = "Controller";
              t[t.All = 63] = "All";
            }(xbt || (xbt = t("EPhysics2DDrawFlags", {})));
            const wbt = t("PHYSICS_2D_PTM_RATIO", 32);
            class Rbt extends bbt.ContactListener {
              constructor(...t) {
                super(...t);
                this._contactFixtures = [];
                this._BeginContact = null;
                this._EndContact = null;
                this._PreSolve = null;
                this._PostSolve = null;
              }
              setBeginContact(t) {
                this._BeginContact = t;
              }
              setEndContact(t) {
                this._EndContact = t;
              }
              setPreSolve(t) {
                this._PreSolve = t;
              }
              setPostSolve(t) {
                this._PostSolve = t;
              }
              BeginContact(t) {
                if (!this._BeginContact) return;
                const e = t.GetFixtureA();
                const i = t.GetFixtureB();
                const s = this._contactFixtures;
                t._shouldReport = !1;
                if (-1 !== s.indexOf(e) || -1 !== s.indexOf(i)) {
                  t._shouldReport = !0;
                  this._BeginContact(t);
                }
              }
              EndContact(t) {
                if (this._EndContact && t._shouldReport) {
                  t._shouldReport = !1;
                  this._EndContact(t);
                }
              }
              PreSolve(t, e) {
                this._PreSolve && t._shouldReport && this._PreSolve(t, e);
              }
              PostSolve(t, e) {
                this._PostSolve && t._shouldReport && this._PostSolve(t, e);
              }
              registerContactFixture(t) {
                this._contactFixtures.push(t);
              }
              unregisterContactFixture(t) {
                at(this._contactFixtures, t);
              }
            }
            class Ibt extends bbt.QueryCallback {
              constructor(...t) {
                super(...t);
                this._point = new bbt.Vec2;
                this._isPoint = !1;
                this._fixtures = [];
              }
              init(t) {
                if (t) {
                  this._isPoint = !0;
                  this._point.x = t.x;
                  this._point.y = t.y;
                } else this._isPoint = !1;
                this._fixtures.length = 0;
              }
              ReportFixture(t) {
                this._isPoint ? t.TestPoint(this._point) && this._fixtures.push(t) : this._fixtures.push(t);
                return !0;
              }
              getFixture() {
                return this._fixtures[0];
              }
              getFixtures() {
                return this._fixtures;
              }
            }
            function Mbt(t, e) {
              const i = e.length;
              return e[t < 0 ? i - -t % i : t % i];
            }
            function Bbt(t, e, i) {
              const s = [];
              for (;e < t; ) e += i.length;
              for (;t <= e; ++t) s.push(Mbt(t, i));
              return s;
            }
            function Dbt(t) {
              Ubt(t);
              let e = [];
              let i;
              let s;
              let n;
              let r;
              let o = new Qi;
              let a = new Qi;
              let l = 0;
              let h = 0;
              let c;
              let u;
              for (let _ = 0; _ < t.length; ++_) if (Obt(_, t)) {
                s = n = 1e8;
                for (let e = 0; e < t.length; ++e) {
                  if (Lbt(Mbt(_ - 1, t), Mbt(_, t), Mbt(e, t)) && Vbt(Mbt(_ - 1, t), Mbt(_, t), Mbt(e - 1, t))) {
                    r = zbt(Mbt(_ - 1, t), Mbt(_, t), Mbt(e, t), Mbt(e - 1, t));
                    if (Nbt(Mbt(_ + 1, t), Mbt(_, t), r)) {
                      i = kbt(Mbt(_, t), r);
                      if (i < s) {
                        s = i;
                        o = r;
                        l = e;
                      }
                    }
                  }
                  if (Lbt(Mbt(_ + 1, t), Mbt(_, t), Mbt(e + 1, t)) && Vbt(Mbt(_ + 1, t), Mbt(_, t), Mbt(e, t))) {
                    r = zbt(Mbt(_ + 1, t), Mbt(_, t), Mbt(e, t), Mbt(e + 1, t));
                    if (Lbt(Mbt(_ - 1, t), Mbt(_, t), r)) {
                      i = kbt(Mbt(_, t), r);
                      if (i < n) {
                        n = i;
                        h = e;
                        a = r;
                      }
                    }
                  }
                }
                if (l == (h + 1) % t.length) {
                  const e = o.add(a).multiplyScalar(.5);
                  c = Bbt(_, h, t);
                  c.push(e);
                  u = Bbt(l, _, t);
                  u.push(e);
                } else {
                  let e = 0;
                  let i = l;
                  for (;h < l; ) h += t.length;
                  for (let s = l; s <= h; ++s) if (Pbt(_, s, t)) {
                    let n = 1 / (kbt(Mbt(_, t), Mbt(s, t)) + 1);
                    Obt(s, t) ? Vbt(Mbt(s - 1, t), Mbt(s, t), Mbt(_, t)) && Fbt(Mbt(s + 1, t), Mbt(s, t), Mbt(_, t)) ? n += 3 : n += 2 : n += 1;
                    if (n > e) {
                      i = s;
                      e = n;
                    }
                  }
                  c = Bbt(_, i, t);
                  u = Bbt(i, _, t);
                }
                e = e.concat(Dbt(c));
                e = e.concat(Dbt(u));
                return e;
              }
              e.push(t);
              for (let t = e.length - 1; t >= 0; t--) 0 == e[t].length && e.splice(t, 0);
              return e;
            }
            function Pbt(t, e, i) {
              if (Obt(t, i)) {
                if (Fbt(Mbt(t, i), Mbt(t - 1, i), Mbt(e, i)) && Vbt(Mbt(t, i), Mbt(t + 1, i), Mbt(e, i))) return !1;
              } else if (Vbt(Mbt(t, i), Mbt(t + 1, i), Mbt(e, i)) || Fbt(Mbt(t, i), Mbt(t - 1, i), Mbt(e, i))) return !1;
              if (Obt(e, i)) {
                if (Fbt(Mbt(e, i), Mbt(e - 1, i), Mbt(t, i)) && Vbt(Mbt(e, i), Mbt(e + 1, i), Mbt(t, i))) return !1;
              } else if (Vbt(Mbt(e, i), Mbt(e + 1, i), Mbt(t, i)) || Fbt(Mbt(e, i), Mbt(e - 1, i), Mbt(t, i))) return !1;
              for (let s = 0; s < i.length; ++s) {
                if ((s + 1) % i.length == t || s == t || (s + 1) % i.length == e || s == e) continue;
                const n = new Qi;
                if (Hbt(Mbt(t, i), Mbt(e, i), Mbt(s, i), Mbt(s + 1, i), n)) return !1;
              }
              return !0;
            }
            function Obt(t, e) {
              return Nbt(t, e);
            }
            function Nbt(t, e, i) {
              if (void 0 === i) {
                const s = t;
                const n = e;
                t = Mbt(s - 1, n);
                e = Mbt(s, n);
                void 0 === t && (t = e);
                void 0 === (i = Mbt(s + 1, n)) && (i = e);
              }
              return jbt(t, e, i) < 0;
            }
            function Lbt(t, e, i) {
              return jbt(t, e, i) > 0;
            }
            function Fbt(t, e, i) {
              return jbt(t, e, i) >= 0;
            }
            function Vbt(t, e, i) {
              return jbt(t, e, i) <= 0;
            }
            function kbt(t, e) {
              const i = e.x - t.x;
              const s = e.y - t.y;
              return i * i + s * s;
            }
            function Ubt(t) {
              Gbt(t) || t.reverse();
            }
            function Gbt(t) {
              return t.length < 3 || function(t) {
                let e;
                let i = 0;
                for (e = 0; e < t.length; e++) {
                  const s = (e + 1) % t.length;
                  i += t[e].x * t[s].y;
                  i -= t[e].y * t[s].x;
                }
                i /= 2;
                return i;
              }(t) > 0;
            }
            function zbt(t, e, i, s) {
              const n = new Qi;
              const r = e.y - t.y;
              const o = t.x - e.x;
              const a = r * t.x + o * t.y;
              const l = s.y - i.y;
              const h = i.x - s.x;
              const c = l * i.x + h * i.y;
              const u = r * h - l * o;
              if (!(_ = u, d = 0, Math.abs(_ - d) <= 1e-6)) {
                n.x = (h * a - o * c) / u;
                n.y = (r * c - l * a) / u;
              }
              var _, d;
              return n;
            }
            function Hbt(t, e, i, s, n) {
              if (t == i || t == s || e == i || e == s) return !1;
              const r = t.x;
              const o = t.y;
              const a = e.x;
              const l = e.y;
              const h = i.x;
              const c = i.y;
              const u = s.x;
              const _ = s.y;
              if (Math.max(r, a) < Math.min(h, u) || Math.max(h, u) < Math.min(r, a)) return !1;
              if (Math.max(o, l) < Math.min(c, _) || Math.max(c, _) < Math.min(o, l)) return !1;
              let d = (u - h) * (o - c) - (_ - c) * (r - h);
              let p = (a - r) * (o - c) - (l - o) * (r - h);
              const m = (_ - c) * (a - r) - (u - h) * (l - o);
              if (Math.abs(m) < 1e-6) return !1;
              d /= m;
              p /= m;
              if (d > 0 && d < 1 && p > 0 && p < 1) {
                n.x = r + d * (a - r);
                n.y = o + d * (l - o);
                return !0;
              }
              return !1;
            }
            function jbt(t, e, i) {
              return t.x * (e.y - i.y) + e.x * (i.y - t.y) + i.x * (t.y - e.y);
            }
            var Xbt = Object.freeze({
              __proto__: null,
              ConvexPartition: Dbt,
              ForceCounterClockWise: Ubt,
              IsCounterClockWise: Gbt
            });
            const Wbt = (...t) => 0;
            function Ybt(t) {
              if (null == t) {
                F(9600);
                return !0;
              }
              return !1;
            }
            const qbt = {
              impl: null,
              rigidBody: null,
              isAwake: !1,
              isSleeping: !1,
              initialize: Wbt,
              setType: Wbt,
              setLinearDamping: Wbt,
              setAngularDamping: Wbt,
              setGravityScale: Wbt,
              setFixedRotation: Wbt,
              setAllowSleep: Wbt,
              isActive: Wbt,
              setActive: Wbt,
              wakeUp: Wbt,
              sleep: Wbt,
              getMass: Wbt,
              getInertia: Wbt,
              getLinearVelocity: Wbt,
              setLinearVelocity: Wbt,
              getLinearVelocityFromWorldPoint: Wbt,
              getAngularVelocity: Wbt,
              setAngularVelocity: Wbt,
              getLocalVector: Wbt,
              getWorldVector: Wbt,
              getLocalPoint: Wbt,
              getWorldPoint: Wbt,
              getLocalCenter: Wbt,
              getWorldCenter: Wbt,
              applyForce: Wbt,
              applyForceToCenter: Wbt,
              applyTorque: Wbt,
              applyLinearImpulse: Wbt,
              applyLinearImpulseToCenter: Wbt,
              applyAngularImpulse: Wbt,
              onEnable: Wbt,
              onDisable: Wbt,
              onDestroy: Wbt
            };
            const Kbt = {
              INITED: !1
            };
            const Jbt = {
              impl: null,
              collider: null,
              worldAABB: null,
              worldPoints: null,
              worldPosition: null,
              worldRadius: null,
              initialize: Wbt,
              apply: Wbt,
              onLoad: Wbt,
              onEnable: Wbt,
              onDisable: Wbt,
              onDestroy: Wbt,
              onGroupChanged: Wbt
            };
            function Zbt(t) {
              !function() {
                if (Kbt.INITED) return;
                Kbt.INITED = !0;
                Kbt[Abt.BOX] = function() {
                  return Ybt(dbt.BoxShape) ? Jbt : new dbt.BoxShape;
                };
                Kbt[Abt.CIRCLE] = function() {
                  return Ybt(dbt.CircleShape) ? Jbt : new dbt.CircleShape;
                };
                Kbt[Abt.POLYGON] = function() {
                  return Ybt(dbt.PolygonShape) ? Jbt : new dbt.PolygonShape;
                };
              }();
              return Kbt[t]();
            }
            const Qbt = {
              INITED: !1
            };
            const $bt = {
              impl: null,
              initialize: Wbt,
              setDampingRatio: Wbt,
              setFrequency: Wbt,
              setMaxForce: Wbt,
              setTarget: Wbt,
              setDistance: Wbt,
              setAngularOffset: Wbt,
              setCorrectionFactor: Wbt,
              setLinearOffset: Wbt,
              setMaxLength: Wbt,
              setMaxTorque: Wbt,
              setLowerLimit: Wbt,
              setUpperLimit: Wbt,
              setMaxMotorForce: Wbt,
              setMaxMotorTorque: Wbt,
              setMotorSpeed: Wbt,
              enableLimit: Wbt,
              enableMotor: Wbt,
              setLowerAngle: Wbt,
              setUpperAngle: Wbt
            };
            function tSt(t) {
              !function() {
                if (Qbt.INITED) return;
                Qbt.INITED = !0;
                const t = m._global.CC_PHYSICS_2D_BUILTIN;
                Qbt[Tbt.SPRING] = function() {
                  return t || Ybt(dbt.SpringJoint) ? $bt : new dbt.SpringJoint;
                };
                Qbt[Tbt.DISTANCE] = function() {
                  return t || Ybt(dbt.DistanceJoint) ? $bt : new dbt.DistanceJoint;
                };
                Qbt[Tbt.FIXED] = function() {
                  return t || Ybt(dbt.FixedJoint) ? $bt : new dbt.FixedJoint;
                };
                Qbt[Tbt.MOUSE] = function() {
                  return t || Ybt(dbt.MouseJoint) ? $bt : new dbt.MouseJoint;
                };
                Qbt[Tbt.RELATIVE] = function() {
                  return t || Ybt(dbt.RelativeJoint) ? $bt : new dbt.RelativeJoint;
                };
                Qbt[Tbt.SLIDER] = function() {
                  return t || Ybt(dbt.SliderJoint) ? $bt : new dbt.SliderJoint;
                };
                Qbt[Tbt.WHEEL] = function() {
                  return t || Ybt(dbt.WheelJoint) ? $bt : new dbt.WheelJoint;
                };
                Qbt[Tbt.HINGE] = function() {
                  return t || Ybt(dbt.HingeJoint) ? $bt : new dbt.HingeJoint;
                };
              }();
              return Qbt[t]();
            }
            let eSt;
            !function(t) {
              t[t.DYNAMIC = 1] = "DYNAMIC";
              t[t.STATIC = 2] = "STATIC";
              t[t.KINEMATIC = 4] = "KINEMATIC";
            }(eSt || (eSt = t("ERigidBodyType", {})));
            oe(eSt);
            let iSt;
            !function(t) {
              t[t.X_AXIS = 0] = "X_AXIS";
              t[t.Y_AXIS = 1] = "Y_AXIS";
              t[t.Z_AXIS = 2] = "Z_AXIS";
            }(iSt || (iSt = t("EAxisDirection", {})));
            oe(iSt);
            let sSt;
            !function(t) {
              t[t.VERTEX = 1] = "VERTEX";
              t[t.LINE = 2] = "LINE";
              t[t.TRIANGLE = 3] = "TRIANGLE";
              t[t.TETRAHEDRON = 4] = "TETRAHEDRON";
            }(sSt || (sSt = {}));
            oe(sSt);
            let nSt;
            !function(t) {
              t[t.BOX = 0] = "BOX";
              t[t.SPHERE = 1] = "SPHERE";
              t[t.CAPSULE = 2] = "CAPSULE";
              t[t.CYLINDER = 3] = "CYLINDER";
              t[t.CONE = 4] = "CONE";
              t[t.MESH = 5] = "MESH";
              t[t.PLANE = 6] = "PLANE";
              t[t.SIMPLEX = 7] = "SIMPLEX";
              t[t.TERRAIN = 8] = "TERRAIN";
            }(nSt || (nSt = {}));
            oe(nSt);
            let rSt;
            !function(t) {
              t[t.POINT_TO_POINT = 0] = "POINT_TO_POINT";
              t[t.HINGE = 1] = "HINGE";
              t[t.CONE_TWIST = 2] = "CONE_TWIST";
            }(rSt || (rSt = {}));
            oe(rSt);
            let oSt;
            !function(t) {
              t[t.DEFAULT = 1] = "DEFAULT";
            }(oSt || (oSt = {}));
            oe(oSt);
            class aSt {
              constructor(t) {
                if (1 === t) {
                  const t = this;
                  for (let e = 0; e < 32; e++) {
                    const i = "_" + (1 << e);
                    t[i] = 0;
                    t.updateArray = [];
                    Object.defineProperty(t, 1 << e, {
                      get() {
                        return this[i];
                      },
                      set(t) {
                        if (this[i] !== t) {
                          this[i] = t;
                          this.updateArray.indexOf(e) < 0 && this.updateArray.push(e);
                        }
                      }
                    });
                  }
                  this._1 = oSt.DEFAULT;
                } else {
                  for (let t = 0; t < 32; t++) {
                    this[`${1 << t}`] = 0;
                  }
                  this[1] = oSt.DEFAULT;
                }
              }
            }
            let lSt = null;
            m.internal.PhysicsGroup2D = vbt;
            class hSt extends(To(Tg)){
              get enable() {
                return this._enable;
              }
              set enable(t) {
                this._enable = t;
              }
              get allowSleep() {
                return this._allowSleep;
              }
              set allowSleep(t) {
                this._allowSleep = t;
                this.physicsWorld.setAllowSleep(t);
              }
              get gravity() {
                return this._gravity;
              }
              set gravity(t) {
                this._gravity.set(t);
                this.physicsWorld.setGravity(new Qi(t.x / wbt, t.y / wbt));
              }
              get maxSubSteps() {
                return this._maxSubSteps;
              }
              set maxSubSteps(t) {
                this._maxSubSteps = t;
              }
              get fixedTimeStep() {
                return this._fixedTimeStep;
              }
              set fixedTimeStep(t) {
                this._fixedTimeStep = t;
              }
              get autoSimulation() {
                return this._autoSimulation;
              }
              set autoSimulation(t) {
                this._autoSimulation = t;
              }
              get debugDrawFlags() {
                return this.physicsWorld.debugDrawFlags;
              }
              set debugDrawFlags(t) {
                this.physicsWorld.debugDrawFlags = t;
              }
              static get PHYSICS_NONE() {
                return !pbt;
              }
              static get PHYSICS_BUILTIN() {
                return "builtin" === pbt;
              }
              static get PHYSICS_BOX2D() {
                return "box2d" === pbt;
              }
              static get PhysicsGroup() {
                return vbt;
              }
              static get instance() {
                lSt || (lSt = new hSt);
                return lSt;
              }
              get stepping() {
                return this._steping;
              }
              constructor() {
                var t, e, i, s;
                super();
                this.velocityIterations = 10;
                this.positionIterations = 10;
                this.physicsWorld = void 0;
                this.collisionMatrix = new aSt;
                this._enable = !0;
                this._allowSleep = !0;
                this._maxSubSteps = 1;
                this._fixedTimeStep = 1 / 60;
                this._autoSimulation = !0;
                this._accumulator = 0;
                this._steping = !1;
                this._gravity = new Qi(0, -10 * wbt);
                this._delayEvents = [];
                const n = de.querySettings(_e.Category.PHYSICS, "gravity");
                if (n) {
                  Qi.copy(this._gravity, n);
                  this._gravity.multiplyScalar(wbt);
                }
                this._allowSleep = null !== (t = de.querySettings(_e.Category.PHYSICS, "allowSleep")) && void 0 !== t ? t : this._allowSleep;
                this._fixedTimeStep = null !== (e = de.querySettings(_e.Category.PHYSICS, "fixedTimeStep")) && void 0 !== e ? e : this._fixedTimeStep;
                this._maxSubSteps = null !== (i = de.querySettings(_e.Category.PHYSICS, "maxSubSteps")) && void 0 !== i ? i : this._maxSubSteps;
                this._autoSimulation = null !== (s = de.querySettings(_e.Category.PHYSICS, "autoSimulation")) && void 0 !== s ? s : this._autoSimulation;
                const r = de.querySettings(_e.Category.PHYSICS, "collisionMatrix");
                if (r) for (const t in r) {
                  const e = parseInt(t);
                  const i = 1 << parseInt(t);
                  this.collisionMatrix[`${i}`] = r[e];
                }
                const o = de.querySettings(_e.Category.PHYSICS, "collisionGroups");
                if (o) {
                  const t = o;
                  if (t instanceof Array) {
                    t.forEach((t => {
                      vbt[t.name] = 1 << t.index;
                    }));
                    oe.update(vbt);
                  }
                }
                this.physicsWorld = Ybt(dbt.PhysicsWorld) ? null : new dbt.PhysicsWorld;
                this.gravity = this._gravity;
                this.allowSleep = this._allowSleep;
              }
              postUpdate(t) {
                if (!this._enable) return;
                if (!this._autoSimulation) return;
                IR.emit(RR.EVENT_BEFORE_PHYSICS);
                this._steping = !0;
                const e = this._fixedTimeStep;
                const i = this.velocityIterations;
                const s = this.positionIterations;
                this._accumulator += t;
                let n = 0;
                for (;n++ < this._maxSubSteps && this._accumulator > e; ) {
                  this.physicsWorld.step(e, i, s);
                  this._accumulator -= e;
                }
                const r = this._delayEvents;
                for (let t = 0, e = r.length; t < e; t++) {
                  const e = r[t];
                  e.func.call(e.target);
                }
                r.length = 0;
                this.physicsWorld.syncPhysicsToScene();
                this.debugDrawFlags && this.physicsWorld.drawDebug();
                this._steping = !1;
                IR.emit(RR.EVENT_AFTER_PHYSICS);
              }
              _callAfterStep(t, e) {
                this._steping ? this._delayEvents.push({
                  target: t,
                  func: e
                }) : e.call(t);
              }
              resetAccumulator(t = 0) {
                this._accumulator = t;
              }
              step(t) {
                this.physicsWorld.step(t, this.velocityIterations, this.positionIterations);
              }
              raycast(t, e, i = Ebt.Closest, s = 4294967295) {
                return this.physicsWorld.raycast(t, e, i, s);
              }
              testPoint(t) {
                return this.physicsWorld.testPoint(t);
              }
              testAABB(t) {
                return this.physicsWorld.testAABB(t);
              }
            }
            t("PhysicsSystem2D", hSt);
            hSt.ID = "PHYSICS_2D";
            IR.once(RR.EVENT_INIT, (() => {
              hSt.PHYSICS_NONE || IR.registerSystem(hSt.ID, hSt.instance, Tg.Priority.LOW);
            }));
            let cSt;
            !function(t) {
              t[t.Circles = 0] = "Circles";
              t[t.FaceA = 1] = "FaceA";
              t[t.FaceB = 2] = "FaceB";
            }(cSt || (cSt = t("Physics2DManifoldType", {})));
            var uSt, _St, dSt, pSt, mSt, fSt, gSt, ySt, bSt, SSt, ASt, TSt, vSt, ESt, CSt, xSt, wSt, RSt, ISt;
            const {property: MSt, type: BSt, menu: DSt} = wh;
            let PSt = t("RigidBody2D", (uSt = Ul("cc.RigidBody2D"), _St = DSt("Physics2D/RigidBody2D"), 
            dSt = BSt(oSt), pSt = BSt(Sbt), uSt(mSt = _St(mSt = (fSt = (ISt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "enabledContactListener", gSt, this);
                Ml(this, "bullet", ySt, this);
                Ml(this, "awakeOnLoad", bSt, this);
                this._body = null;
                Ml(this, "_group", SSt, this);
                Ml(this, "_type", ASt, this);
                Ml(this, "_allowSleep", TSt, this);
                Ml(this, "_gravityScale", vSt, this);
                Ml(this, "_linearDamping", ESt, this);
                Ml(this, "_angularDamping", CSt, this);
                Ml(this, "_linearVelocity", xSt, this);
                Ml(this, "_angularVelocity", wSt, this);
                Ml(this, "_fixedRotation", RSt, this);
              }
              get group() {
                return this._group;
              }
              set group(t) {
                this._group = t;
              }
              get type() {
                return this._type;
              }
              set type(t) {
                this._type = t;
                this._body && (t === Sbt.Animated ? this._body.setType(Sbt.Kinematic) : this._body.setType(t));
              }
              get allowSleep() {
                return this._allowSleep;
              }
              set allowSleep(t) {
                this._allowSleep = t;
                this._body && this._body.setAllowSleep(t);
              }
              get gravityScale() {
                return this._gravityScale;
              }
              set gravityScale(t) {
                this._gravityScale = t;
                this._body && this._body.setGravityScale(t);
              }
              get linearDamping() {
                return this._linearDamping;
              }
              set linearDamping(t) {
                this._linearDamping = t;
                this._body && this._body.setLinearDamping(t);
              }
              get angularDamping() {
                return this._angularDamping;
              }
              set angularDamping(t) {
                this._angularDamping = t;
                this._body && this._body.setAngularDamping(t);
              }
              get linearVelocity() {
                this._body && this._body.getLinearVelocity(this._linearVelocity);
                return this._linearVelocity;
              }
              set linearVelocity(t) {
                this._linearVelocity = t;
                this._body && this._body.setLinearVelocity(t);
              }
              get angularVelocity() {
                this._body && (this._angularVelocity = this._body.getAngularVelocity());
                return this._angularVelocity;
              }
              set angularVelocity(t) {
                this._angularVelocity = t;
                this._body && this._body.setAngularVelocity(t);
              }
              get fixedRotation() {
                return this._fixedRotation;
              }
              set fixedRotation(t) {
                this._fixedRotation = t;
                this._body && this._body.setFixedRotation(t);
              }
              isAwake() {
                return !!this._body && this._body.isAwake;
              }
              wakeUp() {
                this._body && this._body.wakeUp();
              }
              sleep() {
                this._body && this._body.sleep();
              }
              getMass() {
                return this._body ? this._body.getMass() : 0;
              }
              applyForce(t, e, i) {
                this._body && this._body.applyForce(t, e, i);
              }
              applyForceToCenter(t, e) {
                this._body && this._body.applyForceToCenter(t, e);
              }
              applyTorque(t, e) {
                this._body && this._body.applyTorque(t, e);
              }
              applyLinearImpulse(t, e, i) {
                this._body && this._body.applyLinearImpulse(t, e, i);
              }
              applyLinearImpulseToCenter(t, e) {
                this._body && this._body.applyLinearImpulseToCenter(t, e);
              }
              applyAngularImpulse(t, e) {
                this._body && this._body.applyAngularImpulse(t, e);
              }
              getLinearVelocityFromWorldPoint(t, e) {
                return this._body ? this._body.getLinearVelocityFromWorldPoint(t, e) : e;
              }
              getLocalVector(t, e) {
                return this._body ? this._body.getLocalVector(t, e) : e;
              }
              getWorldVector(t, e) {
                return this._body ? this._body.getWorldVector(t, e) : e;
              }
              getLocalPoint(t, e) {
                return this._body ? this._body.getLocalPoint(t, e) : e;
              }
              getWorldPoint(t, e) {
                return this._body ? this._body.getWorldPoint(t, e) : e;
              }
              getLocalCenter(t) {
                return this._body ? this._body.getLocalCenter(t) : t;
              }
              getWorldCenter(t) {
                return this._body ? this._body.getWorldCenter(t) : t;
              }
              getInertia() {
                this._body && this._body.getInertia();
                return 0;
              }
              onLoad() {
                this._body = m._global.CC_PHYSICS_2D_BUILTIN ? qbt : Ybt(dbt.RigidBody) ? null : new dbt.RigidBody;
                this._body.initialize(this);
              }
              onEnable() {
                this._body && this._body.onEnable();
              }
              onDisable() {
                this._body && this._body.onDisable();
              }
              onDestroy() {
                this._body && this._body.onDestroy();
              }
              get impl() {
                return this._body;
              }
            }, ISt), Bl(fSt.prototype, "group", [ dSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "group"), fSt.prototype), 
            gSt = Bl(fSt.prototype, "enabledContactListener", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), ySt = Bl(fSt.prototype, "bullet", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(fSt.prototype, "type", [ pSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "type"), fSt.prototype), 
            Bl(fSt.prototype, "allowSleep", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "allowSleep"), fSt.prototype), 
            Bl(fSt.prototype, "gravityScale", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "gravityScale"), fSt.prototype), 
            Bl(fSt.prototype, "linearDamping", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "linearDamping"), fSt.prototype), 
            Bl(fSt.prototype, "angularDamping", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "angularDamping"), fSt.prototype), 
            Bl(fSt.prototype, "linearVelocity", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "linearVelocity"), fSt.prototype), 
            Bl(fSt.prototype, "angularVelocity", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "angularVelocity"), fSt.prototype), 
            Bl(fSt.prototype, "fixedRotation", [ MSt ], Object.getOwnPropertyDescriptor(fSt.prototype, "fixedRotation"), fSt.prototype), 
            bSt = Bl(fSt.prototype, "awakeOnLoad", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), SSt = Bl(fSt.prototype, "_group", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return oSt.DEFAULT;
              }
            }), ASt = Bl(fSt.prototype, "_type", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Sbt.Dynamic;
              }
            }), TSt = Bl(fSt.prototype, "_allowSleep", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), vSt = Bl(fSt.prototype, "_gravityScale", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), ESt = Bl(fSt.prototype, "_linearDamping", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), CSt = Bl(fSt.prototype, "_angularDamping", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), xSt = Bl(fSt.prototype, "_linearVelocity", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), wSt = Bl(fSt.prototype, "_angularVelocity", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), RSt = Bl(fSt.prototype, "_fixedRotation", [ MSt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), fSt)) || mSt) || mSt));
            var OSt, NSt, LSt, FSt, VSt, kSt, USt, GSt, zSt, HSt, jSt, XSt, WSt;
            let YSt = t("Collider2D", (OSt = Ul("cc.Collider2D"), NSt = Th(oSt), OSt(LSt = (FSt = (WSt = class extends(To(Qc)){
              constructor(...t) {
                super(...t);
                Ml(this, "editing", VSt, this);
                Ml(this, "tag", kSt, this);
                this.TYPE = Abt.None;
                this._shape = null;
                this._body = null;
                Ml(this, "_group", USt, this);
                Ml(this, "_density", GSt, this);
                Ml(this, "_sensor", zSt, this);
                Ml(this, "_friction", HSt, this);
                Ml(this, "_restitution", jSt, this);
                Ml(this, "_offset", XSt, this);
              }
              get group() {
                return this._group;
              }
              set group(t) {
                this._group = t;
                this._shape && this._shape.onGroupChanged && this._shape.onGroupChanged();
              }
              get density() {
                return this._density;
              }
              set density(t) {
                this._density = t;
              }
              get sensor() {
                return this._sensor;
              }
              set sensor(t) {
                this._sensor = t;
              }
              get friction() {
                return this._friction;
              }
              set friction(t) {
                this._friction = t;
              }
              get restitution() {
                return this._restitution;
              }
              set restitution(t) {
                this._restitution = t;
              }
              get offset() {
                return this._offset;
              }
              set offset(t) {
                this._offset = t;
              }
              get body() {
                return this._body;
              }
              get impl() {
                return this._shape;
              }
              onLoad() {
                this._shape = Zbt(this.TYPE);
                this._shape.initialize(this);
                this._shape.onLoad && this._shape.onLoad();
                this._body = this.getComponent(PSt);
              }
              onEnable() {
                this._shape && this._shape.onEnable();
              }
              onDisable() {
                this._shape && this._shape.onDisable && this._shape.onDisable();
              }
              onDestroy() {
                this._shape && this._shape.onDestroy && this._shape.onDestroy();
              }
              apply() {
                this._shape && this._shape.apply && this._shape.apply();
              }
              get worldAABB() {
                return this._shape ? this._shape.worldAABB : new as;
              }
            }, WSt), VSt = Bl(FSt.prototype, "editing", [ nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), kSt = Bl(FSt.prototype, "tag", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(FSt.prototype, "group", [ NSt ], Object.getOwnPropertyDescriptor(FSt.prototype, "group"), FSt.prototype), 
            Bl(FSt.prototype, "density", [ jl ], Object.getOwnPropertyDescriptor(FSt.prototype, "density"), FSt.prototype), 
            Bl(FSt.prototype, "sensor", [ jl ], Object.getOwnPropertyDescriptor(FSt.prototype, "sensor"), FSt.prototype), 
            Bl(FSt.prototype, "friction", [ jl ], Object.getOwnPropertyDescriptor(FSt.prototype, "friction"), FSt.prototype), 
            Bl(FSt.prototype, "restitution", [ jl ], Object.getOwnPropertyDescriptor(FSt.prototype, "restitution"), FSt.prototype), 
            Bl(FSt.prototype, "offset", [ jl ], Object.getOwnPropertyDescriptor(FSt.prototype, "offset"), FSt.prototype), 
            USt = Bl(FSt.prototype, "_group", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return oSt.DEFAULT;
              }
            }), GSt = Bl(FSt.prototype, "_density", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), zSt = Bl(FSt.prototype, "_sensor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), HSt = Bl(FSt.prototype, "_friction", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .2;
              }
            }), jSt = Bl(FSt.prototype, "_restitution", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), XSt = Bl(FSt.prototype, "_offset", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), FSt)) || LSt));
            var qSt, KSt, JSt, ZSt;
            t("BoxCollider2D", Ul("cc.BoxCollider2D")(qSt = $l()(qSt = (KSt = (ZSt = class extends YSt {
              constructor(...t) {
                super(...t);
                Ml(this, "_size", JSt, this);
                this.TYPE = Abt.BOX;
              }
              get size() {
                return this._size;
              }
              set size(t) {
                this._size = t;
              }
              get worldPoints() {
                return this._shape ? this._shape.worldPoints : [];
              }
            }, ZSt), JSt = Bl(KSt.prototype, "_size", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new rs(1, 1);
              }
            }), Bl(KSt.prototype, "size", [ jl ], Object.getOwnPropertyDescriptor(KSt.prototype, "size"), KSt.prototype), 
            KSt)) || qSt) || qSt);
            var QSt, $St, tAt, eAt;
            t("CircleCollider2D", Ul("cc.CircleCollider2D")(QSt = $l()(QSt = ($St = (eAt = class extends YSt {
              constructor(...t) {
                super(...t);
                Ml(this, "_radius", tAt, this);
                this.TYPE = Abt.CIRCLE;
              }
              get radius() {
                return this._radius;
              }
              set radius(t) {
                this._radius = t < 0 ? 0 : t;
              }
              get worldPosition() {
                return this._shape ? this._shape.worldPosition : new Qi;
              }
              get worldRadius() {
                return this._shape ? this._shape.worldRadius : 0;
              }
            }, eAt), tAt = Bl($St.prototype, "_radius", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Bl($St.prototype, "radius", [ jl ], Object.getOwnPropertyDescriptor($St.prototype, "radius"), $St.prototype), 
            $St)) || QSt) || QSt);
            var iAt, sAt, nAt, rAt, oAt, aAt, lAt, hAt, cAt;
            t("PolygonCollider2D", (iAt = Ul("cc.PolygonCollider2D"), sAt = $l(), nAt = jl({
              serializable: !1,
              displayOrder: 0
            }), rAt = jl({
              type: Qi
            }), iAt(oAt = sAt(oAt = (aAt = (cAt = class extends YSt {
              constructor(...t) {
                super(...t);
                Ml(this, "threshold", lAt, this);
                Ml(this, "_points", hAt, this);
                this.TYPE = Abt.POLYGON;
              }
              get points() {
                return this._points;
              }
              set points(t) {
                this._points = t;
              }
              get worldPoints() {
                return this._shape ? this._shape.worldPoints : [];
              }
            }, cAt), lAt = Bl(aAt.prototype, "threshold", [ nAt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), hAt = Bl(aAt.prototype, "_points", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [ new Qi(-1, -1), new Qi(1, -1), new Qi(1, 1), new Qi(-1, 1) ];
              }
            }), Bl(aAt.prototype, "points", [ rAt ], Object.getOwnPropertyDescriptor(aAt.prototype, "points"), aAt.prototype), 
            aAt)) || oAt) || oAt));
            var uAt, _At, dAt, pAt, mAt, fAt, gAt, yAt;
            let bAt = t("Joint2D", (uAt = Ul("cc.Joint2D"), _At = Th(PSt), uAt(dAt = (pAt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "anchor", mAt, this);
                Ml(this, "connectedAnchor", fAt, this);
                Ml(this, "collideConnected", gAt, this);
                Ml(this, "connectedBody", yAt, this);
                this._body = null;
                this._joint = null;
                this.TYPE = Tbt.None;
              }
              get body() {
                return this._body;
              }
              get impl() {
                return this._joint;
              }
              onLoad() {
                this._joint = tSt(this.TYPE);
                this._joint.initialize(this);
                this._body = this.getComponent(PSt);
              }
              onEnable() {
                this._joint && this._joint.onEnable && this._joint.onEnable();
              }
              onDisable() {
                this._joint && this._joint.onDisable && this._joint.onDisable();
              }
              start() {
                this._joint && this._joint.start && this._joint.start();
              }
              onDestroy() {
                this._joint && this._joint.onDestroy && this._joint.onDestroy();
              }
            }, mAt = Bl(pAt.prototype, "anchor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), fAt = Bl(pAt.prototype, "connectedAnchor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), gAt = Bl(pAt.prototype, "collideConnected", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), yAt = Bl(pAt.prototype, "connectedBody", [ _At ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), pAt)) || dAt));
            var SAt, AAt, TAt, vAt, EAt;
            t("DistanceJoint2D", Ul("cc.DistanceJoint2D")(SAt = $l()(SAt = (AAt = (EAt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.DISTANCE;
                Ml(this, "_maxLength", TAt, this);
                Ml(this, "_autoCalcDistance", vAt, this);
              }
              get maxLength() {
                return this._autoCalcDistance && this.connectedBody ? Pi.distance(this.node.worldPosition, this.connectedBody.node.worldPosition) : this._maxLength;
              }
              set maxLength(t) {
                this._maxLength = t;
                this._joint && this._joint.setMaxLength(t);
              }
              get autoCalcDistance() {
                return this._autoCalcDistance;
              }
              set autoCalcDistance(t) {
                this._autoCalcDistance = t;
              }
            }, EAt), Bl(AAt.prototype, "maxLength", [ jl ], Object.getOwnPropertyDescriptor(AAt.prototype, "maxLength"), AAt.prototype), 
            Bl(AAt.prototype, "autoCalcDistance", [ jl ], Object.getOwnPropertyDescriptor(AAt.prototype, "autoCalcDistance"), AAt.prototype), 
            TAt = Bl(AAt.prototype, "_maxLength", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), vAt = Bl(AAt.prototype, "_autoCalcDistance", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), AAt)) || SAt) || SAt);
            var CAt, xAt, wAt, RAt, IAt, MAt, BAt;
            t("SpringJoint2D", Ul("cc.SpringJoint2D")(CAt = $l()(CAt = (xAt = (BAt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.SPRING;
                Ml(this, "_frequency", wAt, this);
                Ml(this, "_dampingRatio", RAt, this);
                Ml(this, "_distance", IAt, this);
                Ml(this, "_autoCalcDistance", MAt, this);
              }
              get frequency() {
                return this._frequency;
              }
              set frequency(t) {
                this._frequency = t;
                this._joint && this._joint.setFrequency(t);
              }
              get dampingRatio() {
                return this._dampingRatio;
              }
              set dampingRatio(t) {
                this._dampingRatio = t;
                this._joint && this._joint.setDampingRatio(t);
              }
              get distance() {
                return this._autoCalcDistance && this.connectedBody ? Pi.distance(this.node.worldPosition, this.connectedBody.node.worldPosition) : this._distance;
              }
              set distance(t) {
                this._distance = t;
                this._joint && this._joint.setDistance(t);
              }
              get autoCalcDistance() {
                return this._autoCalcDistance;
              }
              set autoCalcDistance(t) {
                this._autoCalcDistance = t;
              }
            }, BAt), Bl(xAt.prototype, "frequency", [ jl ], Object.getOwnPropertyDescriptor(xAt.prototype, "frequency"), xAt.prototype), 
            Bl(xAt.prototype, "dampingRatio", [ jl ], Object.getOwnPropertyDescriptor(xAt.prototype, "dampingRatio"), xAt.prototype), 
            Bl(xAt.prototype, "distance", [ jl ], Object.getOwnPropertyDescriptor(xAt.prototype, "distance"), xAt.prototype), 
            Bl(xAt.prototype, "autoCalcDistance", [ jl ], Object.getOwnPropertyDescriptor(xAt.prototype, "autoCalcDistance"), xAt.prototype), 
            wAt = Bl(xAt.prototype, "_frequency", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), RAt = Bl(xAt.prototype, "_dampingRatio", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .7;
              }
            }), IAt = Bl(xAt.prototype, "_distance", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 10;
              }
            }), MAt = Bl(xAt.prototype, "_autoCalcDistance", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), xAt)) || CAt) || CAt);
            var DAt, PAt, OAt, NAt, LAt, FAt;
            t("MouseJoint2D", Ul("cc.MouseJoint2D")(DAt = $l()(DAt = (PAt = (FAt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.MOUSE;
                Ml(this, "_maxForce", OAt, this);
                Ml(this, "_dampingRatio", NAt, this);
                Ml(this, "_frequency", LAt, this);
                this._target = new Qi;
              }
              get target() {
                return this._target;
              }
              set target(t) {
                this._target = t;
                this._joint && this._joint.setTarget(t);
              }
              get frequency() {
                return this._frequency;
              }
              set frequency(t) {
                this._frequency = t;
                this._joint && this._joint.setFrequency(t);
              }
              get dampingRatio() {
                return this._dampingRatio;
              }
              set dampingRatio(t) {
                this._dampingRatio = t;
                this._joint && this._joint.setDampingRatio(t);
              }
              get maxForce() {
                return this._maxForce;
              }
              set maxForce(t) {
                this._maxForce = t;
                this._joint && this._joint.setMaxForce(t);
              }
              update(t) {
                this._joint.update(t);
              }
            }, FAt), Bl(PAt.prototype, "frequency", [ jl ], Object.getOwnPropertyDescriptor(PAt.prototype, "frequency"), PAt.prototype), 
            Bl(PAt.prototype, "dampingRatio", [ jl ], Object.getOwnPropertyDescriptor(PAt.prototype, "dampingRatio"), PAt.prototype), 
            Bl(PAt.prototype, "maxForce", [ jl ], Object.getOwnPropertyDescriptor(PAt.prototype, "maxForce"), PAt.prototype), 
            OAt = Bl(PAt.prototype, "_maxForce", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e3;
              }
            }), NAt = Bl(PAt.prototype, "_dampingRatio", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .7;
              }
            }), LAt = Bl(PAt.prototype, "_frequency", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), PAt)) || DAt) || DAt);
            var VAt, kAt, UAt, GAt, zAt, HAt, jAt, XAt, WAt;
            const YAt = new Pi;
            const qAt = new Pi;
            t("RelativeJoint2D", Ul("cc.RelativeJoint2D")(VAt = $l()(VAt = (kAt = (WAt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.RELATIVE;
                Ml(this, "_maxForce", UAt, this);
                Ml(this, "_maxTorque", GAt, this);
                Ml(this, "_correctionFactor", zAt, this);
                Ml(this, "_angularOffset", HAt, this);
                Ml(this, "_linearOffset", jAt, this);
                Ml(this, "_autoCalcOffset", XAt, this);
              }
              get maxForce() {
                return this._maxForce;
              }
              set maxForce(t) {
                this._maxForce = t;
                this._joint && this._joint.setMaxForce(t);
              }
              get maxTorque() {
                return this._maxTorque;
              }
              set maxTorque(t) {
                this._maxTorque = t;
                this._joint && this._joint.setMaxTorque(t);
              }
              get correctionFactor() {
                return this._correctionFactor;
              }
              set correctionFactor(t) {
                this._correctionFactor = t;
                this._joint && this._joint.setCorrectionFactor(t);
              }
              get linearOffset() {
                return this._autoCalcOffset && this.connectedBody ? Qi.subtract(this._linearOffset, this.connectedBody.node.worldPosition, this.node.worldPosition) : this._linearOffset;
              }
              set linearOffset(t) {
                this._linearOffset.set(t);
                this._joint && this._joint.setLinearOffset(t);
              }
              get angularOffset() {
                if (this._autoCalcOffset && this.connectedBody) {
                  Ui.toEuler(YAt, this.node.worldRotation);
                  Ui.toEuler(qAt, this.connectedBody.node.worldRotation);
                  this._angularOffset = qAt.z - YAt.z;
                }
                return this._angularOffset;
              }
              set angularOffset(t) {
                this._angularOffset = t;
                this._joint && this._joint.setAngularOffset(t);
              }
              get autoCalcOffset() {
                return this._autoCalcOffset;
              }
              set autoCalcOffset(t) {
                this._autoCalcOffset = t;
              }
            }, WAt), Bl(kAt.prototype, "maxForce", [ jl ], Object.getOwnPropertyDescriptor(kAt.prototype, "maxForce"), kAt.prototype), 
            Bl(kAt.prototype, "maxTorque", [ jl ], Object.getOwnPropertyDescriptor(kAt.prototype, "maxTorque"), kAt.prototype), 
            Bl(kAt.prototype, "correctionFactor", [ jl ], Object.getOwnPropertyDescriptor(kAt.prototype, "correctionFactor"), kAt.prototype), 
            Bl(kAt.prototype, "linearOffset", [ jl ], Object.getOwnPropertyDescriptor(kAt.prototype, "linearOffset"), kAt.prototype), 
            Bl(kAt.prototype, "angularOffset", [ jl ], Object.getOwnPropertyDescriptor(kAt.prototype, "angularOffset"), kAt.prototype), 
            Bl(kAt.prototype, "autoCalcOffset", [ jl ], Object.getOwnPropertyDescriptor(kAt.prototype, "autoCalcOffset"), kAt.prototype), 
            UAt = Bl(kAt.prototype, "_maxForce", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), GAt = Bl(kAt.prototype, "_maxTorque", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .7;
              }
            }), zAt = Bl(kAt.prototype, "_correctionFactor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .3;
              }
            }), HAt = Bl(kAt.prototype, "_angularOffset", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), jAt = Bl(kAt.prototype, "_linearOffset", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Qi;
              }
            }), XAt = Bl(kAt.prototype, "_autoCalcOffset", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), kAt)) || VAt) || VAt);
            var KAt, JAt, ZAt, QAt, $At, tTt, eTt, iTt, sTt, nTt, rTt;
            const oTt = new Qi;
            t("SliderJoint2D", Ul("cc.SliderJoint2D")(KAt = $l()(KAt = (JAt = (rTt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.SLIDER;
                Ml(this, "_angle", ZAt, this);
                Ml(this, "_autoCalcAngle", QAt, this);
                Ml(this, "_enableMotor", $At, this);
                Ml(this, "_maxMotorForce", tTt, this);
                Ml(this, "_motorSpeed", eTt, this);
                Ml(this, "_enableLimit", iTt, this);
                Ml(this, "_lowerLimit", sTt, this);
                Ml(this, "_upperLimit", nTt, this);
              }
              get angle() {
                if (this._autoCalcAngle && this.connectedBody) {
                  Qi.subtract(oTt, this.connectedBody.node.worldPosition, this.node.worldPosition);
                  this._angle = fi(Math.atan2(oTt.y, oTt.x));
                }
                return this._angle;
              }
              set angle(t) {
                this._angle = t;
              }
              get autoCalcAngle() {
                return this._autoCalcAngle;
              }
              set autoCalcAngle(t) {
                this._autoCalcAngle = t;
              }
              get enableMotor() {
                return this._enableMotor;
              }
              set enableMotor(t) {
                this._enableMotor = t;
              }
              get maxMotorForce() {
                return this._maxMotorForce;
              }
              set maxMotorForce(t) {
                this._maxMotorForce = t;
                this._joint && this._joint.setMaxMotorForce(t);
              }
              get motorSpeed() {
                return this._motorSpeed;
              }
              set motorSpeed(t) {
                this._motorSpeed = t;
                this._joint && this._joint.setMotorSpeed(t);
              }
              get enableLimit() {
                return this._enableLimit;
              }
              set enableLimit(t) {
                this._enableLimit = t;
              }
              get lowerLimit() {
                return this._lowerLimit;
              }
              set lowerLimit(t) {
                this._lowerLimit = t;
                this._joint && this._joint.setLowerLimit(t);
              }
              get upperLimit() {
                return this._upperLimit;
              }
              set upperLimit(t) {
                this._upperLimit = t;
                this._joint && this._joint.setUpperLimit(t);
              }
            }, rTt), Bl(JAt.prototype, "angle", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "angle"), JAt.prototype), 
            Bl(JAt.prototype, "autoCalcAngle", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "autoCalcAngle"), JAt.prototype), 
            Bl(JAt.prototype, "enableMotor", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "enableMotor"), JAt.prototype), 
            Bl(JAt.prototype, "maxMotorForce", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "maxMotorForce"), JAt.prototype), 
            Bl(JAt.prototype, "motorSpeed", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "motorSpeed"), JAt.prototype), 
            Bl(JAt.prototype, "enableLimit", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "enableLimit"), JAt.prototype), 
            Bl(JAt.prototype, "lowerLimit", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "lowerLimit"), JAt.prototype), 
            Bl(JAt.prototype, "upperLimit", [ jl ], Object.getOwnPropertyDescriptor(JAt.prototype, "upperLimit"), JAt.prototype), 
            ZAt = Bl(JAt.prototype, "_angle", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), QAt = Bl(JAt.prototype, "_autoCalcAngle", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), $At = Bl(JAt.prototype, "_enableMotor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), tTt = Bl(JAt.prototype, "_maxMotorForce", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e3;
              }
            }), eTt = Bl(JAt.prototype, "_motorSpeed", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e3;
              }
            }), iTt = Bl(JAt.prototype, "_enableLimit", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), sTt = Bl(JAt.prototype, "_lowerLimit", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), nTt = Bl(JAt.prototype, "_upperLimit", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), JAt)) || KAt) || KAt);
            var aTt, lTt, hTt, cTt, uTt;
            t("FixedJoint2D", Ul("cc.FixedJoint2D")(aTt = $l()(aTt = (lTt = (uTt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.FIXED;
                Ml(this, "_frequency", hTt, this);
                Ml(this, "_dampingRatio", cTt, this);
              }
              get frequency() {
                return this._frequency;
              }
              set frequency(t) {
                this._frequency = t;
                this._joint && this._joint.setFrequency(t);
              }
              get dampingRatio() {
                return this._dampingRatio;
              }
              set dampingRatio(t) {
                this._dampingRatio = t;
                this._joint && this._joint.setDampingRatio(t);
              }
            }, uTt), Bl(lTt.prototype, "frequency", [ jl ], Object.getOwnPropertyDescriptor(lTt.prototype, "frequency"), lTt.prototype), 
            Bl(lTt.prototype, "dampingRatio", [ jl ], Object.getOwnPropertyDescriptor(lTt.prototype, "dampingRatio"), lTt.prototype), 
            hTt = Bl(lTt.prototype, "_frequency", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .7;
              }
            }), cTt = Bl(lTt.prototype, "_dampingRatio", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), lTt)) || aTt) || aTt);
            var _Tt, dTt, pTt, mTt, fTt, gTt, yTt, bTt, STt;
            t("WheelJoint2D", Ul("cc.WheelJoint2D")(_Tt = $l()(_Tt = (dTt = (STt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.WHEEL;
                Ml(this, "_angle", pTt, this);
                Ml(this, "_enableMotor", mTt, this);
                Ml(this, "_maxMotorTorque", fTt, this);
                Ml(this, "_motorSpeed", gTt, this);
                Ml(this, "_frequency", yTt, this);
                Ml(this, "_dampingRatio", bTt, this);
              }
              get angle() {
                return this._angle;
              }
              set angle(t) {
                this._angle = t;
              }
              get enableMotor() {
                return this._enableMotor;
              }
              set enableMotor(t) {
                this._enableMotor = t;
                this._joint && this._joint.enableMotor(t);
              }
              get maxMotorTorque() {
                return this._maxMotorTorque;
              }
              set maxMotorTorque(t) {
                this._maxMotorTorque = t;
                this._joint && this._joint.setMaxMotorTorque(t);
              }
              get motorSpeed() {
                return this._motorSpeed;
              }
              set motorSpeed(t) {
                this._motorSpeed = t;
                this._joint && this._joint.setMotorSpeed(t);
              }
              get frequency() {
                return this._frequency;
              }
              set frequency(t) {
                this._frequency = t;
                this._joint && this._joint.setFrequency(t);
              }
              get dampingRatio() {
                return this._dampingRatio;
              }
              set dampingRatio(t) {
                this._dampingRatio = t;
                this._joint && this._joint.setDampingRatio(t);
              }
            }, STt), Bl(dTt.prototype, "angle", [ jl ], Object.getOwnPropertyDescriptor(dTt.prototype, "angle"), dTt.prototype), 
            Bl(dTt.prototype, "enableMotor", [ jl ], Object.getOwnPropertyDescriptor(dTt.prototype, "enableMotor"), dTt.prototype), 
            Bl(dTt.prototype, "maxMotorTorque", [ jl ], Object.getOwnPropertyDescriptor(dTt.prototype, "maxMotorTorque"), dTt.prototype), 
            Bl(dTt.prototype, "motorSpeed", [ jl ], Object.getOwnPropertyDescriptor(dTt.prototype, "motorSpeed"), dTt.prototype), 
            Bl(dTt.prototype, "frequency", [ jl ], Object.getOwnPropertyDescriptor(dTt.prototype, "frequency"), dTt.prototype), 
            Bl(dTt.prototype, "dampingRatio", [ jl ], Object.getOwnPropertyDescriptor(dTt.prototype, "dampingRatio"), dTt.prototype), 
            pTt = Bl(dTt.prototype, "_angle", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 90;
              }
            }), mTt = Bl(dTt.prototype, "_enableMotor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), fTt = Bl(dTt.prototype, "_maxMotorTorque", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e3;
              }
            }), gTt = Bl(dTt.prototype, "_motorSpeed", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), yTt = Bl(dTt.prototype, "_frequency", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 5;
              }
            }), bTt = Bl(dTt.prototype, "_dampingRatio", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .7;
              }
            }), dTt)) || _Tt) || _Tt);
            var ATt, TTt, vTt, ETt, CTt, xTt, wTt, RTt, ITt;
            t("HingeJoint2D", Ul("cc.HingeJoint2D")(ATt = $l()(ATt = (TTt = (ITt = class extends bAt {
              constructor(...t) {
                super(...t);
                this.TYPE = Tbt.HINGE;
                Ml(this, "_enableLimit", vTt, this);
                Ml(this, "_lowerAngle", ETt, this);
                Ml(this, "_upperAngle", CTt, this);
                Ml(this, "_enableMotor", xTt, this);
                Ml(this, "_maxMotorTorque", wTt, this);
                Ml(this, "_motorSpeed", RTt, this);
              }
              get enableLimit() {
                return this._enableLimit;
              }
              set enableLimit(t) {
                this._enableLimit = t;
              }
              get lowerAngle() {
                return this._lowerAngle;
              }
              set lowerAngle(t) {
                this._lowerAngle = t;
                this._joint && this._joint.setLowerAngle(t);
              }
              get upperAngle() {
                return this._upperAngle;
              }
              set upperAngle(t) {
                this._upperAngle = t;
                this._joint && this._joint.setUpperAngle(t);
              }
              get enableMotor() {
                return this._enableMotor;
              }
              set enableMotor(t) {
                this._enableMotor = t;
                this._joint && this._joint.enableMotor(t);
              }
              get maxMotorTorque() {
                return this._maxMotorTorque;
              }
              set maxMotorTorque(t) {
                this._maxMotorTorque = t;
                this._joint && this._joint.setMaxMotorTorque(t);
              }
              get motorSpeed() {
                return this._motorSpeed;
              }
              set motorSpeed(t) {
                this._motorSpeed = t;
                this._joint && this._joint.setMotorSpeed(t);
              }
            }, ITt), Bl(TTt.prototype, "enableLimit", [ jl ], Object.getOwnPropertyDescriptor(TTt.prototype, "enableLimit"), TTt.prototype), 
            Bl(TTt.prototype, "lowerAngle", [ jl ], Object.getOwnPropertyDescriptor(TTt.prototype, "lowerAngle"), TTt.prototype), 
            Bl(TTt.prototype, "upperAngle", [ jl ], Object.getOwnPropertyDescriptor(TTt.prototype, "upperAngle"), TTt.prototype), 
            Bl(TTt.prototype, "enableMotor", [ jl ], Object.getOwnPropertyDescriptor(TTt.prototype, "enableMotor"), TTt.prototype), 
            Bl(TTt.prototype, "maxMotorTorque", [ jl ], Object.getOwnPropertyDescriptor(TTt.prototype, "maxMotorTorque"), TTt.prototype), 
            Bl(TTt.prototype, "motorSpeed", [ jl ], Object.getOwnPropertyDescriptor(TTt.prototype, "motorSpeed"), TTt.prototype), 
            vTt = Bl(TTt.prototype, "_enableLimit", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), ETt = Bl(TTt.prototype, "_lowerAngle", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), CTt = Bl(TTt.prototype, "_upperAngle", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), xTt = Bl(TTt.prototype, "_enableMotor", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), wTt = Bl(TTt.prototype, "_maxMotorTorque", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1e3;
              }
            }), RTt = Bl(TTt.prototype, "_motorSpeed", [ jl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), TTt)) || ATt) || ATt);
            t("Physics2DUtils", {
              PolygonSeparator: Xbt
            });
            class MTt extends bbt.RayCastCallback {
              constructor(...t) {
                super(...t);
                this._type = Ebt.Closest;
                this._fixtures = [];
                this._points = [];
                this._normals = [];
                this._fractions = [];
                this._mask = 4294967295;
              }
              init(t, e) {
                this._type = t;
                this._mask = e;
                this._fixtures.length = 0;
                this._points.length = 0;
                this._normals.length = 0;
                this._fractions.length = 0;
              }
              ReportFixture(t, e, i, s) {
                if (0 == (t.GetFilterData().categoryBits & this._mask)) return 0;
                if (this._type === Ebt.Closest) {
                  this._fixtures[0] = t;
                  this._points[0] = e;
                  this._normals[0] = i;
                  this._fractions[0] = s;
                  return s;
                }
                this._fixtures.push(t);
                this._points.push(new Qi(e.x, e.y));
                this._normals.push(new Qi(i.x, i.y));
                this._fractions.push(s);
                return this._type === Ebt.Any ? 0 : this._type >= Ebt.All ? 1 : s;
              }
              getFixtures() {
                return this._fixtures;
              }
              getPoints() {
                return this._points;
              }
              getNormals() {
                return this._normals;
              }
              getFractions() {
                return this._fractions;
              }
            }
            const BTt = [];
            const DTt = [ new Qi, new Qi ];
            const PTt = new bbt.WorldManifold;
            const OTt = {
              points: [],
              separations: [],
              normal: new Qi
            };
            class NTt {
              constructor() {
                this.localPoint = new Qi;
                this.normalImpulse = 0;
                this.tangentImpulse = 0;
              }
            }
            const LTt = [ new NTt, new NTt ];
            const FTt = {
              type: 0,
              localPoint: new Qi,
              localNormal: new Qi,
              points: []
            };
            const VTt = {
              normalImpulses: [],
              tangentImpulses: []
            };
            class kTt {
              constructor() {
                this.colliderA = null;
                this.colliderB = null;
                this.disabled = !1;
                this.disabledOnce = !1;
                this._impulse = null;
                this._inverted = !1;
                this._b2contact = null;
              }
              static get(t) {
                let e = BTt.pop();
                e || (e = new kTt);
                e.init(t);
                return e;
              }
              static put(t) {
                const e = t.m_userData;
                if (e) {
                  BTt.push(e);
                  e.reset();
                }
              }
              _setImpulse(t) {
                this._impulse = t;
              }
              init(t) {
                this.colliderA = t.m_fixtureA.m_userData.collider;
                this.colliderB = t.m_fixtureB.m_userData.collider;
                this.disabled = !1;
                this.disabledOnce = !1;
                this._impulse = null;
                this._inverted = !1;
                this._b2contact = t;
                t.m_userData = this;
              }
              reset() {
                this.setTangentSpeed(0);
                this.resetFriction();
                this.resetRestitution();
                this.colliderA = null;
                this.colliderB = null;
                this.disabled = !1;
                this._impulse = null;
                this._b2contact.m_userData = null;
                this._b2contact = null;
              }
              getWorldManifold() {
                const t = OTt.points;
                const e = OTt.separations;
                const i = OTt.normal;
                this._b2contact.GetWorldManifold(PTt);
                const s = PTt.points;
                const n = PTt.separations;
                const r = this._b2contact.GetManifold().pointCount;
                t.length = e.length = r;
                for (let i = 0; i < r; i++) {
                  const r = DTt[i];
                  r.x = s[i].x * wbt;
                  r.y = s[i].y * wbt;
                  t[i] = r;
                  e[i] = n[i] * wbt;
                }
                i.x = PTt.normal.x;
                i.y = PTt.normal.y;
                if (this._inverted) {
                  i.x *= -1;
                  i.y *= -1;
                }
                return OTt;
              }
              getManifold() {
                const t = FTt.points;
                const e = FTt.localNormal;
                const i = FTt.localPoint;
                const s = this._b2contact.GetManifold();
                const n = s.points;
                const r = t.length = s.pointCount;
                for (let e = 0; e < r; e++) {
                  const i = LTt[e];
                  const s = n[e];
                  i.localPoint.x = s.localPoint.x * wbt;
                  i.localPoint.y = s.localPoint.y * wbt;
                  i.normalImpulse = s.normalImpulse * wbt;
                  i.tangentImpulse = s.tangentImpulse;
                  t[e] = i;
                }
                i.x = s.localPoint.x * wbt;
                i.y = s.localPoint.y * wbt;
                e.x = s.localNormal.x;
                e.y = s.localNormal.y;
                FTt.type = s.type;
                if (this._inverted) {
                  e.x *= -1;
                  e.y *= -1;
                }
                return FTt;
              }
              getImpulse() {
                const t = this._impulse;
                if (!t) return null;
                const e = VTt.normalImpulses;
                const i = VTt.tangentImpulses;
                const s = t.count;
                for (let n = 0; n < s; n++) {
                  e[n] = t.normalImpulses[n] * wbt;
                  i[n] = t.tangentImpulses[n];
                }
                i.length = e.length = s;
                return VTt;
              }
              emit(t) {
                const e = this.colliderA;
                const i = this.colliderB;
                const s = e.body;
                const n = i.body;
                s.enabledContactListener && (null == e || e.emit(t, e, i, this));
                n.enabledContactListener && (null == i || i.emit(t, i, e, this));
                (s.enabledContactListener || n.enabledContactListener) && hSt.instance.emit(t, e, i, this);
                if (this.disabled || this.disabledOnce) {
                  this.setEnabled(!1);
                  this.disabledOnce = !1;
                }
              }
              setEnabled(t) {
                this._b2contact.SetEnabled(t);
              }
              isTouching() {
                return this._b2contact.IsTouching();
              }
              setTangentSpeed(t) {
                this._b2contact.SetTangentSpeed(t);
              }
              getTangentSpeed() {
                return this._b2contact.GetTangentSpeed();
              }
              setFriction(t) {
                this._b2contact.SetFriction(t);
              }
              getFriction() {
                return this._b2contact.GetFriction();
              }
              resetFriction() {
                return this._b2contact.ResetFriction();
              }
              setRestitution(t) {
                this._b2contact.SetRestitution(t);
              }
              getRestitution() {
                return this._b2contact.GetRestitution();
              }
              resetRestitution() {
                return this._b2contact.ResetRestitution();
              }
            }
            const UTt = new bbt.Vec2;
            const GTt = new Bi;
            const zTt = Bi.GREEN;
            const HTt = Bi.RED;
            class jTt extends bbt.Draw {
              constructor(t) {
                super();
                this._drawer = null;
                this._xf = new bbt.Transform;
                this._dxf = new bbt.Transform;
                this._drawer = t;
              }
              _DrawPolygon(t, e) {
                const i = this._drawer;
                for (let s = 0; s < e; s++) {
                  bbt.Transform.MulXV(this._xf, t[s], UTt);
                  const e = UTt.x * wbt;
                  const n = UTt.y * wbt;
                  0 === s ? i.moveTo(e, n) : i.lineTo(e, n);
                }
                i.close();
              }
              DrawPolygon(t, e, i) {
                this._applyStrokeColor(i);
                this._DrawPolygon(t, e);
                this._drawer.stroke();
              }
              DrawSolidPolygon(t, e, i) {
                this._applyFillColor(i);
                this._DrawPolygon(t, e);
                this._drawer.fill();
                this._drawer.stroke();
              }
              _DrawCircle(t, e) {
                const i = this._xf.p;
                this._drawer.circle((t.x + i.x) * wbt, (t.y + i.y) * wbt, e * wbt);
              }
              DrawCircle(t, e, i) {
                this._applyStrokeColor(i);
                this._DrawCircle(t, e);
                this._drawer.stroke();
              }
              DrawSolidCircle(t, e, i, s) {
                this._applyFillColor(s);
                this._DrawCircle(t, e);
                this._drawer.fill();
              }
              DrawSegment(t, e, i) {
                const s = this._drawer;
                if (t.x !== e.x || t.y !== e.y) {
                  this._applyStrokeColor(i);
                  bbt.Transform.MulXV(this._xf, t, UTt);
                  s.moveTo(UTt.x * wbt, UTt.y * wbt);
                  bbt.Transform.MulXV(this._xf, e, UTt);
                  s.lineTo(UTt.x * wbt, UTt.y * wbt);
                  s.stroke();
                } else {
                  this._applyFillColor(i);
                  this._DrawCircle(t, 2 / wbt);
                  s.fill();
                }
              }
              DrawTransform(t) {
                const e = this._drawer;
                e.strokeColor = HTt;
                UTt.x = UTt.y = 0;
                bbt.Transform.MulXV(t, UTt, UTt);
                e.moveTo(UTt.x * wbt, UTt.y * wbt);
                UTt.x = 1;
                UTt.y = 0;
                bbt.Transform.MulXV(t, UTt, UTt);
                e.lineTo(UTt.x * wbt, UTt.y * wbt);
                e.stroke();
                e.strokeColor = zTt;
                UTt.x = UTt.y = 0;
                bbt.Transform.MulXV(t, UTt, UTt);
                e.moveTo(UTt.x * wbt, UTt.y * wbt);
                UTt.x = 0;
                UTt.y = 1;
                bbt.Transform.MulXV(t, UTt, UTt);
                e.lineTo(UTt.x * wbt, UTt.y * wbt);
                e.stroke();
              }
              DrawPoint(t, e, i) {}
              DrawParticles() {}
              _applyStrokeColor(t) {
                this._drawer.strokeColor = GTt.set(255 * t.r, 255 * t.g, 255 * t.b, 150);
              }
              _applyFillColor(t) {
                this._drawer.fillColor = GTt.set(255 * t.r, 255 * t.g, 255 * t.b, 150);
              }
              PushTransform(t) {
                this._xf = t;
              }
              PopTransform() {
                this._xf = this._dxf;
              }
            }
            const XTt = new Pi;
            const WTt = new Qi;
            const YTt = new Qi;
            const qTt = new bbt.BodyDef;
            const KTt = new bbt.AABB;
            const JTt = [];
            new Pi;
            const ZTt = new bbt.Vec2;
            const QTt = new bbt.Filter;
            function $Tt(t) {
              const e = t.collider;
              QTt.categoryBits = e.group === oSt.DEFAULT ? e.body.group : e.group;
              QTt.maskBits = hSt.instance.collisionMatrix[QTt.categoryBits];
              return QTt;
            }
            class tvt {
              constructor() {
                this._shapes = [];
                this._fixtures = [];
                this._collider = null;
                this._body = null;
                this._inited = !1;
                this._rect = new as;
              }
              get impl() {
                return this._shapes;
              }
              get collider() {
                return this._collider;
              }
              initialize(t) {
                this._collider = t;
              }
              onLoad() {}
              onEnable() {
                hSt.instance._callAfterStep(this, this._init);
              }
              onDisable() {
                hSt.instance._callAfterStep(this, this._destroy);
              }
              start() {}
              onGroupChanged() {
                const t = $Tt(this);
                this._fixtures.forEach((e => {
                  e.SetFilterData(t);
                }));
              }
              apply() {
                this._destroy();
                this._init();
              }
              get worldAABB() {
                const t = 1e7;
                let e = t;
                let i = t;
                let s = -t;
                let n = -t;
                const r = this._fixtures;
                for (let t = 0; t < r.length; t++) {
                  const o = r[t];
                  const a = o.GetShape().GetChildCount();
                  for (let t = 0; t < a; t++) {
                    const r = o.GetAABB(t);
                    r.lowerBound.x < e && (e = r.lowerBound.x);
                    r.lowerBound.y < i && (i = r.lowerBound.y);
                    r.upperBound.x > s && (s = r.upperBound.x);
                    r.upperBound.y > n && (n = r.upperBound.y);
                  }
                }
                e *= wbt;
                i *= wbt;
                s *= wbt;
                n *= wbt;
                const o = this._rect;
                o.x = e;
                o.y = i;
                o.width = s - e;
                o.height = n - i;
                return o;
              }
              getFixtureIndex(t) {
                return this._fixtures.indexOf(t);
              }
              _createShapes(t, e) {
                return [];
              }
              _init() {
                var t;
                if (this._inited) return;
                const e = this.collider;
                const i = e.getComponent(PSt);
                if (!i) return;
                const s = null === (t = i.impl) || void 0 === t ? void 0 : t.impl;
                if (!s) return;
                const n = i.node.worldScale;
                const r = 0 === n.x && 0 === n.y ? [] : this._createShapes(n.x, n.y);
                const o = $Tt(this);
                for (let t = 0; t < r.length; t++) {
                  const n = r[t];
                  const a = {
                    density: e.density,
                    isSensor: e.sensor,
                    friction: e.friction,
                    restitution: e.restitution,
                    shape: n,
                    filter: o
                  };
                  const l = s.CreateFixture(a);
                  l.m_userData = this;
                  i.enabledContactListener && hSt.instance.physicsWorld.registerContactFixture(l);
                  this._shapes.push(n);
                  this._fixtures.push(l);
                }
                this._body = s;
                this._inited = !0;
              }
              _destroy() {
                if (!this._inited) return;
                const t = this._fixtures;
                const e = this._body;
                for (let i = t.length - 1; i >= 0; i--) {
                  const s = t[i];
                  s.m_userData = null;
                  hSt.instance.physicsWorld.unregisterContactFixture(s);
                  e && e.DestroyFixture(s);
                }
                this._body = null;
                this._fixtures.length = 0;
                this._shapes.length = 0;
                this._inited = !1;
              }
            }
            const evt = new as;
            class ivt {
              constructor() {
                this._b2joint = null;
                this._jointComp = null;
                this._body = null;
                this._inited = !1;
              }
              get impl() {
                return this._b2joint;
              }
              get comp() {
                return this._jointComp;
              }
              get body() {
                return this._body;
              }
              initialize(t) {
                this._jointComp = t;
              }
              onEnable() {
                hSt.instance._callAfterStep(this, this._init);
              }
              onDisable() {
                hSt.instance._callAfterStep(this, this._destroy);
              }
              start() {
                hSt.instance._callAfterStep(this, this._init);
              }
              _init() {
                if (this._inited) return;
                const t = this._jointComp;
                if (!t.isValid) return;
                this._body = t.getComponent(PSt);
                const e = this._createJointDef();
                if (!e) return;
                const i = t.connectedBody;
                if (i && i.enabledInHierarchy) {
                  e.bodyA = this._body.impl.impl;
                  e.bodyB = i.impl.impl;
                  e.collideConnected = t.collideConnected;
                  this._b2joint = hSt.instance.physicsWorld.impl.CreateJoint(e);
                  this._inited = !0;
                }
              }
              _destroy() {
                if (this._inited) {
                  hSt.instance.physicsWorld.impl.DestroyJoint(this._b2joint);
                  this._b2joint = null;
                  this._inited = !1;
                }
              }
              _createJointDef() {
                return null;
              }
              isValid() {
                return this._b2joint && this._body && this._body.impl && this._jointComp && this._jointComp.connectedBody && this._jointComp.connectedBody.impl;
              }
            }
            const svt = new bbt.Vec2;
            !function(t, e) {
              pbt = t;
              m._global.CC_PHYSICS_2D_BUILTIN = "builtin" == t;
              m._global.CC_PHYSICS_2D_BOX2D = "box2d" == t;
              dbt = e;
            }("box2d", {
              PhysicsWorld: class {
                get impl() {
                  return this._world;
                }
                constructor() {
                  this._world = void 0;
                  this._bodies = [];
                  this._animatedBodies = [];
                  this._rotationAxis = new Pi;
                  this._contactListener = void 0;
                  this._aabbQueryCallback = void 0;
                  this._raycastQueryCallback = void 0;
                  this._debugGraphics = null;
                  this._b2DebugDrawer = null;
                  this._debugDrawFlags = 0;
                  this._world = new bbt.World(new bbt.Vec2(0, -10));
                  const t = new Rbt;
                  t.setBeginContact(this._onBeginContact);
                  t.setEndContact(this._onEndContact);
                  t.setPreSolve(this._onPreSolve);
                  t.setPostSolve(this._onPostSolve);
                  this._world.SetContactListener(t);
                  this._contactListener = t;
                  this._aabbQueryCallback = new Ibt;
                  this._raycastQueryCallback = new MTt;
                }
                get debugDrawFlags() {
                  return this._debugDrawFlags;
                }
                set debugDrawFlags(t) {
                  t || this._debugGraphics && (this._debugGraphics.node.parent = null);
                  this._debugDrawFlags = t;
                }
                _checkDebugDrawValid() {
                  if (!this._debugGraphics || !this._debugGraphics.isValid) {
                    let t = mv("Canvas");
                    if (!t) {
                      const e = IR.getScene();
                      if (!e) return;
                      t = new _y("Canvas");
                      t.addComponent(mF);
                      t.parent = e;
                    }
                    const e = new _y("PHYSICS_2D_DEBUG_DRAW");
                    e.hideFlags |= co.Flags.DontSave;
                    e.parent = t;
                    e.worldPosition = Pi.ZERO;
                    e.layer = mm.Enum.UI_2D;
                    this._debugGraphics = e.addComponent(dN);
                    this._debugGraphics.lineWidth = 2;
                    const i = new jTt(this._debugGraphics);
                    this._b2DebugDrawer = i;
                    this._world.SetDebugDraw(i);
                  }
                  const t = this._debugGraphics.node.parent;
                  this._debugGraphics.node.setSiblingIndex(t.children.length - 1);
                  this._b2DebugDrawer && this._b2DebugDrawer.SetFlags(this.debugDrawFlags);
                }
                setGravity(t) {
                  this._world.SetGravity(t);
                }
                setAllowSleep(t) {
                  this._world.SetAllowSleeping(!0);
                }
                step(t, e = 10, i = 10) {
                  const s = this._animatedBodies;
                  for (let e = 0, i = s.length; e < i; e++) s[e].animate(t);
                  this._world.Step(t, e, i);
                }
                raycast(t, e, i, s) {
                  if (t.equals(e)) return [];
                  i = i || Ebt.Closest;
                  WTt.x = t.x / wbt;
                  WTt.y = t.y / wbt;
                  YTt.x = e.x / wbt;
                  YTt.y = e.y / wbt;
                  const n = this._raycastQueryCallback;
                  n.init(i, s);
                  this._world.RayCast(n, WTt, YTt);
                  const r = n.getFixtures();
                  if (r.length > 0) {
                    const t = n.getPoints();
                    const e = n.getNormals();
                    const s = n.getFractions();
                    const o = [];
                    for (let n = 0, a = r.length; n < a; n++) {
                      const a = r[n];
                      const l = a.m_userData;
                      const h = l.collider;
                      if (i === Ebt.AllClosest) {
                        let i;
                        for (let t = 0; t < o.length; t++) o[t].collider === h && (i = o[t]);
                        if (i) {
                          if (s[n] < i.fraction) {
                            i.fixtureIndex = l.getFixtureIndex(a);
                            i.point.x = t[n].x * wbt;
                            i.point.y = t[n].y * wbt;
                            i.normal.x = e[n].x;
                            i.normal.y = e[n].y;
                            i.fraction = s[n];
                          }
                          continue;
                        }
                      }
                      o.push({
                        collider: h,
                        fixtureIndex: l.getFixtureIndex(a),
                        point: new Qi(t[n].x * wbt, t[n].y * wbt),
                        normal: new Qi(e[n].x, e[n].y),
                        fraction: s[n]
                      });
                    }
                    return o;
                  }
                  return [];
                }
                syncPhysicsToScene() {
                  const t = this._bodies;
                  for (let e = 0, i = t.length; e < i; e++) {
                    const i = t[e];
                    const s = i.rigidBody;
                    if (s.type === Sbt.Animated) {
                      i.resetVelocity();
                      continue;
                    }
                    const n = s.node;
                    const r = i.impl;
                    const o = r.GetPosition();
                    XTt.x = o.x * wbt;
                    XTt.y = o.y * wbt;
                    XTt.z = 0;
                    n.worldPosition = XTt;
                    const a = fi(r.GetAngle());
                    n.setWorldRotationFromEuler(0, 0, a);
                  }
                }
                syncSceneToPhysics() {
                  const t = this._bodies;
                  for (let e = 0; e < t.length; e++) {
                    t[e].syncRotationToPhysics();
                    t[e].syncPositionToPhysics();
                  }
                }
                addBody(t) {
                  if (this._bodies.includes(t)) return;
                  const e = qTt;
                  const i = t.rigidBody;
                  e.allowSleep = i.allowSleep;
                  e.gravityScale = i.gravityScale;
                  e.linearDamping = i.linearDamping;
                  e.angularDamping = i.angularDamping;
                  e.fixedRotation = i.fixedRotation;
                  e.bullet = i.bullet;
                  const s = i.node;
                  const n = s.worldPosition;
                  e.position.Set(n.x / wbt, n.y / wbt);
                  XTt.z = Ui.getAxisAngle(this._rotationAxis, s.worldRotation);
                  this._rotationAxis.z < 0 && (XTt.z = 2 * Math.PI - XTt.z);
                  e.angle = XTt.z;
                  e.awake = i.awakeOnLoad;
                  if (i.type === Sbt.Animated) {
                    e.type = Sbt.Kinematic;
                    this._animatedBodies.push(t);
                    t._animatedPos.set(e.position.x, e.position.y);
                    t._animatedAngle = e.angle;
                  } else e.type = i.type;
                  const r = i;
                  const o = r._linearVelocity;
                  e.linearVelocity.Set(o.x, o.y);
                  e.angularVelocity = mi(r._angularVelocity);
                  const a = this._world.CreateBody(e);
                  a.m_userData = t;
                  t._imp = a;
                  this._bodies.push(t);
                }
                removeBody(t) {
                  if (!this._bodies.includes(t)) return;
                  if (t.impl) {
                    t.impl.m_userData = null;
                    this._world.DestroyBody(t.impl);
                    t._imp = null;
                  }
                  te.remove(this._bodies, t);
                  t.rigidBody.type === Sbt.Animated && te.remove(this._animatedBodies, t);
                }
                registerContactFixture(t) {
                  this._contactListener.registerContactFixture(t);
                }
                unregisterContactFixture(t) {
                  this._contactListener.unregisterContactFixture(t);
                }
                testPoint(t) {
                  const e = WTt.x = t.x / wbt;
                  const i = WTt.y = t.y / wbt;
                  const s = .2 / wbt;
                  KTt.lowerBound.x = e - s;
                  KTt.lowerBound.y = i - s;
                  KTt.upperBound.x = e + s;
                  KTt.upperBound.y = i + s;
                  const n = this._aabbQueryCallback;
                  n.init(WTt);
                  this._world.QueryAABB(n, KTt);
                  const r = n.getFixtures();
                  JTt.length = 0;
                  for (let t = 0; t < r.length; t++) {
                    const e = r[t].m_userData.collider;
                    JTt.includes(e) || JTt.push(e);
                  }
                  return JTt;
                }
                testAABB(t) {
                  KTt.lowerBound.x = t.xMin / wbt;
                  KTt.lowerBound.y = t.yMin / wbt;
                  KTt.upperBound.x = t.xMax / wbt;
                  KTt.upperBound.y = t.yMax / wbt;
                  const e = this._aabbQueryCallback;
                  e.init();
                  this._world.QueryAABB(e, KTt);
                  const i = e.getFixtures();
                  JTt.length = 0;
                  for (let t = 0; t < i.length; t++) {
                    const e = i[t].m_userData.collider;
                    JTt.includes(e) || JTt.push(e);
                  }
                  return JTt;
                }
                drawDebug() {
                  this._checkDebugDrawValid();
                  if (this._debugGraphics) {
                    this._debugGraphics.clear();
                    this._world.DrawDebugData();
                  }
                }
                _onBeginContact(t) {
                  kTt.get(t).emit(Cbt.BEGIN_CONTACT);
                }
                _onEndContact(t) {
                  const e = t.m_userData;
                  if (e) {
                    e.emit(Cbt.END_CONTACT);
                    kTt.put(t);
                  }
                }
                _onPreSolve(t) {
                  const e = t.m_userData;
                  e && e.emit(Cbt.PRE_SOLVE);
                }
                _onPostSolve(t, e) {
                  const i = t.m_userData;
                  if (i) {
                    i._setImpulse(e);
                    i.emit(Cbt.POST_SOLVE);
                    i._setImpulse(null);
                  }
                }
              },
              RigidBody: class {
                constructor() {
                  this._animatedPos = new Qi;
                  this._animatedAngle = 0;
                  this._body = null;
                  this._inited = !1;
                }
                get impl() {
                  return this._body;
                }
                set _imp(t) {
                  this._body = t;
                }
                get rigidBody() {
                  return this._rigidBody;
                }
                get isAwake() {
                  return this._body.IsAwake();
                }
                get isSleeping() {
                  return !this._body.IsAwake();
                }
                initialize(t) {
                  this._rigidBody = t;
                  hSt.instance._callAfterStep(this, this._init);
                }
                onDestroy() {
                  hSt.instance._callAfterStep(this, this._destroy);
                }
                onEnable() {
                  this.setActive(!0);
                }
                onDisable() {
                  this.setActive(!1);
                }
                _registerNodeEvents() {
                  this.rigidBody.node.on(ny.TRANSFORM_CHANGED, this._onNodeTransformChanged, this);
                }
                _unregisterNodeEvents() {
                  this.rigidBody.node.off(ny.TRANSFORM_CHANGED, this._onNodeTransformChanged, this);
                }
                _onNodeTransformChanged(t) {
                  if (!hSt.instance.stepping) {
                    if (t & _y.TransformBit.SCALE) {
                      const t = this.rigidBody.getComponents(YSt);
                      for (let e = 0; e < t.length; e++) t[e].apply();
                    }
                    t & _y.TransformBit.POSITION && this.syncPositionToPhysics(!0);
                    t & _y.TransformBit.ROTATION && this.syncRotationToPhysics(!0);
                  }
                }
                _init() {
                  if (!this._inited) {
                    this._registerNodeEvents();
                    hSt.instance.physicsWorld.addBody(this);
                    this._inited = !0;
                  }
                }
                _destroy() {
                  if (this._inited) {
                    hSt.instance.physicsWorld.removeBody(this);
                    this._unregisterNodeEvents();
                    this._inited = !1;
                  }
                }
                animate(t) {
                  const e = this._body;
                  if (!e) return;
                  const i = e.GetPosition();
                  e.SetAwake(!0);
                  const s = 1 / t;
                  ZTt.x = (this._animatedPos.x - i.x) * s;
                  ZTt.y = (this._animatedPos.y - i.y) * s;
                  e.SetLinearVelocity(ZTt);
                  const n = e.GetAngle();
                  e.SetAngularVelocity((this._animatedAngle - n) * s);
                }
                syncPositionToPhysics(t = !1) {
                  const e = this._body;
                  if (!e) return;
                  const i = this._rigidBody.node.worldPosition;
                  let s;
                  const n = this._rigidBody.type;
                  s = n === Sbt.Animated ? e.GetLinearVelocity() : e.GetPosition();
                  s.x = i.x / wbt;
                  s.y = i.y / wbt;
                  n === Sbt.Animated && t ? this._animatedPos.set(s.x, s.y) : e.SetTransformVec(s, e.GetAngle());
                }
                syncRotationToPhysics(t = !1) {
                  const e = this._body;
                  if (!e) return;
                  const i = mi(this._rigidBody.node.eulerAngles.z);
                  this._rigidBody.type === Sbt.Animated && t ? this._animatedAngle = i : e.SetTransformVec(e.GetPosition(), i);
                }
                resetVelocity() {
                  const t = this._body;
                  if (!t) return;
                  const e = t.m_linearVelocity;
                  e.Set(0, 0);
                  t.SetLinearVelocity(e);
                  t.SetAngularVelocity(0);
                }
                setType(t) {
                  this._body.SetType(t);
                }
                setLinearDamping(t) {
                  this._body.SetLinearDamping(t);
                }
                setAngularDamping(t) {
                  this._body.SetAngularDamping(t);
                }
                setGravityScale(t) {
                  this._body.SetGravityScale(t);
                }
                setFixedRotation(t) {
                  this._body.SetFixedRotation(t);
                }
                setAllowSleep(t) {
                  this._body.SetSleepingAllowed(t);
                }
                isActive() {
                  return this._body.IsActive();
                }
                setActive(t) {
                  this._body.SetActive(t);
                }
                wakeUp() {
                  this._body.SetAwake(!0);
                }
                sleep() {
                  this._body.SetAwake(!1);
                }
                getMass() {
                  return this._body.GetMass();
                }
                setLinearVelocity(t) {
                  this._body.SetLinearVelocity(t);
                }
                getLinearVelocity(t) {
                  const e = this._body.GetLinearVelocity();
                  t.x = e.x;
                  t.y = e.y;
                  return t;
                }
                getLinearVelocityFromWorldPoint(t, e) {
                  ZTt.Set(t.x / wbt, t.y / wbt);
                  this._body.GetLinearVelocityFromWorldPoint(ZTt, e);
                  e.x *= wbt;
                  e.y *= wbt;
                  return e;
                }
                setAngularVelocity(t) {
                  this._body.SetAngularVelocity(t);
                }
                getAngularVelocity() {
                  return fi(this._body.GetAngularVelocity());
                }
                getLocalVector(t, e) {
                  e = e || new Qi;
                  ZTt.Set(t.x / wbt, t.y / wbt);
                  this._body.GetLocalVector(ZTt, e);
                  e.x *= wbt;
                  e.y *= wbt;
                  return e;
                }
                getWorldVector(t, e) {
                  ZTt.Set(t.x / wbt, t.y / wbt);
                  this._body.GetWorldVector(ZTt, e);
                  e.x *= wbt;
                  e.y *= wbt;
                  return e;
                }
                getLocalPoint(t, e) {
                  e = e || new Qi;
                  ZTt.Set(t.x / wbt, t.y / wbt);
                  this._body.GetLocalPoint(ZTt, e);
                  e.x *= wbt;
                  e.y *= wbt;
                  return e;
                }
                getWorldPoint(t, e) {
                  e = e || new Qi;
                  ZTt.Set(t.x / wbt, t.y / wbt);
                  this._body.GetWorldPoint(ZTt, e);
                  e.x *= wbt;
                  e.y *= wbt;
                  return e;
                }
                getLocalCenter(t) {
                  t = t || new Qi;
                  const e = this._body.GetLocalCenter();
                  t.x = e.x * wbt;
                  t.y = e.y * wbt;
                  return t;
                }
                getWorldCenter(t) {
                  t = t || new Qi;
                  const e = this._body.GetWorldCenter();
                  t.x = e.x * wbt;
                  t.y = e.y * wbt;
                  return t;
                }
                getInertia() {
                  return this._body.GetInertia();
                }
                applyForce(t, e, i) {
                  if (this._body) {
                    ZTt.Set(e.x / wbt, e.y / wbt);
                    this._body.ApplyForce(t, ZTt, i);
                  }
                }
                applyForceToCenter(t, e) {
                  this._body && this._body.ApplyForceToCenter(t, e);
                }
                applyTorque(t, e) {
                  this._body && this._body.ApplyTorque(t, e);
                }
                applyLinearImpulse(t, e, i) {
                  if (this._body) {
                    ZTt.Set(e.x / wbt, e.y / wbt);
                    this._body.ApplyLinearImpulse(t, ZTt, i);
                  }
                }
                applyLinearImpulseToCenter(t, e) {
                  this._body && this._body.ApplyLinearImpulse(t, this._body.GetPosition(), e);
                }
                applyAngularImpulse(t, e) {
                  this._body && this._body.ApplyAngularImpulse(t, e);
                }
              },
              BoxShape: class extends tvt {
                constructor(...t) {
                  super(...t);
                  this._worldPoints = [ new Qi, new Qi, new Qi, new Qi ];
                }
                get worldPoints() {
                  const t = evt;
                  const e = this.collider;
                  const i = e.size;
                  const s = e.offset;
                  t.x = s.x - i.width / 2;
                  t.y = s.y - i.height / 2;
                  t.width = i.width;
                  t.height = i.height;
                  const n = this._worldPoints;
                  const r = n[0];
                  const o = n[1];
                  const a = n[2];
                  const l = n[3];
                  t.transformMat4ToPoints(e.node.worldMatrix, r, o, a, l);
                  return n;
                }
                _createShapes(t, e) {
                  t = Math.abs(t);
                  e = Math.abs(e);
                  const i = this.collider;
                  const s = i.size.width / 2 / wbt * t;
                  const n = i.size.height / 2 / wbt * e;
                  const r = i.offset.x / wbt * t;
                  const o = i.offset.y / wbt * e;
                  const a = new bbt.PolygonShape;
                  a.SetAsBox(s, n, new bbt.Vec2(r, o), 0);
                  return [ a ];
                }
              },
              CircleShape: class extends tvt {
                constructor(...t) {
                  super(...t);
                  this._worldPosition = new Qi;
                }
                get worldRadius() {
                  return this._shapes[0].m_radius * wbt;
                }
                get worldPosition() {
                  const t = this._shapes[0].m_p;
                  return this._worldPosition.set(t.x * wbt, t.y * wbt);
                }
                _createShapes(t, e) {
                  t = Math.abs(t);
                  e = Math.abs(e);
                  const i = this.collider;
                  const s = i.offset.x / wbt * t;
                  const n = i.offset.y / wbt * e;
                  const r = new bbt.CircleShape;
                  r.m_radius = i.radius / wbt * t;
                  r.m_p.Set(s, n);
                  return [ r ];
                }
              },
              PolygonShape: class extends tvt {
                constructor(...t) {
                  super(...t);
                  this._worldPoints = [];
                }
                get worldPoints() {
                  const t = this.collider;
                  const e = t.points;
                  const i = this._worldPoints;
                  const s = t.node.worldMatrix;
                  for (let t = 0; t < e.length; t++) {
                    i[t] || (i[t] = new Qi);
                    Qi.transformMat4(i[t], e[t], s);
                  }
                  i.length = e.length;
                  return this._worldPoints;
                }
                _createShapes(t, e) {
                  const i = [];
                  const s = this.collider;
                  const n = s.points;
                  n.length > 0 && n[0].equals(n[n.length - 1]) && (n.length -= 1);
                  const r = Dbt(n);
                  const o = s.offset;
                  for (let s = 0; s < r.length; s++) {
                    const n = r[s];
                    let a = null;
                    let l = [];
                    let h = null;
                    for (let s = 0, r = n.length; s < r; s++) {
                      a || (a = new bbt.PolygonShape);
                      const c = n[s];
                      const u = (c.x + o.x) / wbt * t;
                      const _ = (c.y + o.y) / wbt * e;
                      const d = new bbt.Vec2(u, _);
                      l.push(d);
                      h || (h = d);
                      if (l.length === bbt.maxPolygonVertices) {
                        a.Set(l, l.length);
                        i.push(a);
                        a = null;
                        s < r - 1 && (l = [ h, l[l.length - 1] ]);
                      }
                    }
                    if (a) {
                      a.Set(l, l.length);
                      i.push(a);
                    }
                  }
                  return i;
                }
              },
              MouseJoint: class extends ivt {
                constructor(...t) {
                  super(...t);
                  this._touchPoint = new Qi;
                  this._isTouched = !1;
                }
                setTarget(t) {
                  if (this._b2joint) {
                    svt.x = t.x / wbt;
                    svt.y = t.y / wbt;
                    this._b2joint.SetTarget(svt);
                  }
                }
                setDampingRatio(t) {
                  this._b2joint && this._b2joint.SetDampingRatio(t);
                }
                setFrequency(t) {
                  this._b2joint && this._b2joint.SetFrequency(t);
                }
                setMaxForce(t) {
                  this._b2joint && this._b2joint.SetMaxForce(t);
                }
                _createJointDef() {
                  const t = new bbt.MouseJointDef;
                  const e = this._jointComp;
                  t.target.Set(this._touchPoint.x / wbt, this._touchPoint.y / wbt);
                  t.maxForce = e.maxForce;
                  t.dampingRatio = e.dampingRatio;
                  t.frequencyHz = e.frequency;
                  return t;
                }
                initialize(t) {
                  super.initialize(t);
                  const e = mv("Canvas");
                  if (e) {
                    e.on(ny.TOUCH_START, this.onTouchBegan, this);
                    e.on(ny.TOUCH_MOVE, this.onTouchMove, this);
                    e.on(ny.TOUCH_END, this.onTouchEnd, this);
                    e.on(ny.TOUCH_CANCEL, this.onTouchEnd, this);
                  }
                }
                onEnable() {}
                start() {}
                onTouchBegan(t) {
                  this._isTouched = !0;
                  const e = this._touchPoint.set(t.getUILocation());
                  const i = hSt.instance.physicsWorld.testPoint(e);
                  if (i.length <= 0) return;
                  const s = i[0].body;
                  s.wakeUp();
                  const n = this._jointComp;
                  n.connectedBody = s;
                  this._init();
                  this.setMaxForce(n.maxForce * s.getMass());
                  this.setTarget(e);
                }
                onTouchMove(t) {
                  this._touchPoint = t.getUILocation();
                }
                onTouchEnd(t) {
                  this._destroy();
                  this._isTouched = !1;
                }
                update() {
                  this._isTouched && this.isValid() && this.setTarget(this._touchPoint);
                }
              },
              DistanceJoint: class extends ivt {
                setMaxLength(t) {
                  this._b2joint && this._b2joint.SetMaxLength(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.RopeJointDef;
                  e.localAnchorA.Set(t.anchor.x / wbt, t.anchor.y / wbt);
                  e.localAnchorB.Set(t.connectedAnchor.x / wbt, t.connectedAnchor.y / wbt);
                  e.maxLength = t.maxLength / wbt;
                  return e;
                }
              },
              SpringJoint: class extends ivt {
                setDampingRatio(t) {
                  this._b2joint && this._b2joint.SetDampingRatio(t);
                }
                setFrequency(t) {
                  this._b2joint && this._b2joint.SetFrequency(t);
                }
                setDistance(t) {
                  this._b2joint && this._b2joint.SetLength(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.DistanceJointDef;
                  e.localAnchorA.Set(t.anchor.x / wbt, t.anchor.y / wbt);
                  e.localAnchorB.Set(t.connectedAnchor.x / wbt, t.connectedAnchor.y / wbt);
                  e.length = t.distance / wbt;
                  e.dampingRatio = t.dampingRatio;
                  e.frequencyHz = t.frequency;
                  return e;
                }
              },
              RelativeJoint: class extends ivt {
                setMaxForce(t) {
                  this._b2joint && this._b2joint.SetMaxForce(t);
                }
                setAngularOffset(t) {
                  this._b2joint && this._b2joint.SetAngularOffset(mi(t));
                }
                setLinearOffset(t) {
                  this._b2joint && this._b2joint.SetLinearOffset(new bbt.Vec2(t.x / wbt, t.y / wbt));
                }
                setCorrectionFactor(t) {
                  this._b2joint && (this._b2joint.m_correctionFactor = t);
                }
                setMaxTorque(t) {
                  this._b2joint && this._b2joint.SetMaxTorque(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.MotorJointDef;
                  e.linearOffset.Set(t.linearOffset.x / wbt, t.linearOffset.y / wbt);
                  e.angularOffset = mi(t.angularOffset);
                  e.maxForce = t.maxForce;
                  e.maxTorque = t.maxTorque;
                  e.correctionFactor = t.correctionFactor;
                  return e;
                }
              },
              SliderJoint: class extends ivt {
                enableLimit(t) {
                  this._b2joint && this._b2joint.EnableLimit(t);
                }
                setLowerLimit(t) {
                  this.updateLimits();
                }
                setUpperLimit(t) {
                  this.updateLimits();
                }
                updateLimits() {
                  if (this._b2joint) {
                    const t = this._jointComp;
                    this._b2joint.SetLimits(t.lowerLimit / wbt, t.upperLimit / wbt);
                  }
                }
                enableMotor(t) {
                  this._b2joint && this._b2joint.EnableMotor(t);
                }
                setMaxMotorForce(t) {
                  this._b2joint && this._b2joint.SetMaxMotorForce(t);
                }
                setMotorSpeed(t) {
                  this._b2joint && this._b2joint.SetMotorSpeed(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.PrismaticJointDef;
                  e.localAnchorA.Set(t.anchor.x / wbt, t.anchor.y / wbt);
                  e.localAnchorB.Set(t.connectedAnchor.x / wbt, t.connectedAnchor.y / wbt);
                  const i = mi(t.angle);
                  e.localAxisA.Set(Math.cos(i), Math.sin(i));
                  e.referenceAngle = 0;
                  e.enableLimit = t.enableLimit;
                  e.lowerTranslation = t.lowerLimit / wbt;
                  e.upperTranslation = t.upperLimit / wbt;
                  e.enableMotor = t.enableMotor;
                  e.maxMotorForce = t.maxMotorForce;
                  e.motorSpeed = t.motorSpeed;
                  return e;
                }
              },
              FixedJoint: class extends ivt {
                setFrequency(t) {
                  this._b2joint && this._b2joint.SetFrequency(t);
                }
                setDampingRatio(t) {
                  this._b2joint && this._b2joint.SetDampingRatio(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.WeldJointDef;
                  e.localAnchorA.Set(t.anchor.x / wbt, t.anchor.y / wbt);
                  e.localAnchorB.Set(t.connectedAnchor.x / wbt, t.connectedAnchor.y / wbt);
                  e.referenceAngle = 0;
                  e.frequencyHz = t.frequency;
                  e.dampingRatio = t.dampingRatio;
                  return e;
                }
              },
              WheelJoint: class extends ivt {
                setDampingRatio(t) {
                  this._b2joint && this._b2joint.SetSpringDampingRatio(t);
                }
                setFrequency(t) {
                  this._b2joint && this._b2joint.SetSpringFrequencyHz(t);
                }
                enableMotor(t) {
                  this._b2joint && this._b2joint.EnableMotor(t);
                }
                setMaxMotorTorque(t) {
                  this._b2joint && this._b2joint.SetMaxMotorTorque(t);
                }
                setMotorSpeed(t) {
                  this._b2joint && this._b2joint.SetMotorSpeed(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.WheelJointDef;
                  e.localAnchorA.Set(t.anchor.x / wbt, t.anchor.y / wbt);
                  e.localAnchorB.Set(t.connectedAnchor.x / wbt, t.connectedAnchor.y / wbt);
                  const i = mi(t.angle);
                  e.localAxisA.Set(Math.cos(i), Math.sin(i));
                  e.maxMotorTorque = t.maxMotorTorque;
                  e.motorSpeed = mi(t.motorSpeed);
                  e.enableMotor = t.enableMotor;
                  e.dampingRatio = t.dampingRatio;
                  e.frequencyHz = t.frequency;
                  return e;
                }
              },
              HingeJoint: class extends ivt {
                enableLimit(t) {
                  this._b2joint && this._b2joint.EnableLimit(t);
                }
                setLowerAngle(t) {
                  this.updateLimits();
                }
                setUpperAngle(t) {
                  this.updateLimits();
                }
                updateLimits() {
                  if (this._b2joint) {
                    const t = this._jointComp;
                    this._b2joint.SetLimits(mi(t.lowerAngle), mi(t.upperAngle));
                  }
                }
                enableMotor(t) {
                  this._b2joint && this._b2joint.EnableMotor(t);
                }
                setMaxMotorTorque(t) {
                  this._b2joint && this._b2joint.SetMaxMotorTorque(t);
                }
                setMotorSpeed(t) {
                  this._b2joint && this._b2joint.SetMotorSpeed(t);
                }
                _createJointDef() {
                  const t = this._jointComp;
                  const e = new bbt.RevoluteJointDef;
                  e.localAnchorA.Set(t.anchor.x / wbt, t.anchor.y / wbt);
                  e.localAnchorB.Set(t.connectedAnchor.x / wbt, t.connectedAnchor.y / wbt);
                  e.enableMotor = t.enableMotor;
                  e.maxMotorTorque = t.maxMotorTorque;
                  e.motorSpeed = mi(t.motorSpeed);
                  e.enableLimit = t.enableLimit;
                  e.lowerAngle = t.lowerAngle;
                  e.upperAngle = t.upperAngle;
                  return e;
                }
              }
            });
            function nvt(t) {
              m._global.CC_PHYSICS_BUILTIN = "builtin" === t;
              m._global.CC_PHYSICS_CANNON = "cannon.js" === t;
              m._global.CC_PHYSICS_AMMO = "bullet" === t;
            }
            let rvt;
            const ovt = {
              id: "",
              switchTo: function(t) {
                if (!ovt.runInEditor) return;
                const e = ovt;
                if (ovt.physicsWorld && t !== ovt.id && null != ovt.backend[t]) {
                  ovt.physicsWorld.destroy();
                  console.info(`[PHYSICS]: switch from ${ovt.id} to ${t}.`);
                  nvt(t);
                  e.id = t;
                  e.wrapper = ovt.backend[t];
                  e.physicsWorld = uvt();
                } else {
                  console.info(`[PHYSICS]: using ${t}.`);
                  e.physicsWorld = uvt();
                }
                if (rvt) {
                  const t = e.physicsWorld;
                  t.setGravity(rvt.gravity);
                  t.setAllowSleep(rvt.allowSleep);
                }
              },
              register: function(t, e) {
                console.info(`[PHYSICS]: register ${t}.`);
                ovt.backend[t] = e;
                if (!ovt.physicsWorld || ovt.id === t) {
                  nvt(t);
                  const i = ovt;
                  i.id = t;
                  i.wrapper = e;
                }
              },
              wrapper: {},
              backend: {},
              physicsWorld: null,
              runInEditor: !0
            };
            const avt = (...t) => 0;
            const lvt = {
              impl: null,
              setGravity: avt,
              setAllowSleep: avt,
              setDefaultMaterial: avt,
              step: avt,
              syncAfterEvents: avt,
              syncSceneToPhysics: avt,
              raycast: avt,
              raycastClosest: avt,
              emitEvents: avt,
              destroy: avt
            };
            var hvt;
            !function(t) {
              t[t.World = 0] = "World";
              t[t.RigidBody = 1] = "RigidBody";
              t[t.BoxCollider = 2] = "BoxCollider";
              t[t.SphereCollider = 3] = "SphereCollider";
              t[t.CapsuleCollider = 4] = "CapsuleCollider";
              t[t.MeshCollider = 5] = "MeshCollider";
              t[t.CylinderCollider = 6] = "CylinderCollider";
              t[t.ConeCollider = 7] = "ConeCollider";
              t[t.TerrainCollider = 8] = "TerrainCollider";
              t[t.SimplexCollider = 9] = "SimplexCollider";
              t[t.PlaneCollider = 10] = "PlaneCollider";
              t[t.PointToPointConstraint = 11] = "PointToPointConstraint";
              t[t.HingeConstraint = 12] = "HingeConstraint";
              t[t.ConeTwistConstraint = 13] = "ConeTwistConstraint";
            }(hvt || (hvt = {}));
            function cvt(t, e) {
              if (null == t) {
                ovt.id ? C(`${ovt.id} physics does not support ${hvt[e]}`) : F(9600);
                return !0;
              }
              return !1;
            }
            function uvt() {
              return cvt(ovt.wrapper.PhysicsWorld, hvt.World) ? lvt : new ovt.wrapper.PhysicsWorld;
            }
            const _vt = {
              impl: null,
              rigidBody: null,
              isAwake: !1,
              isSleepy: !1,
              isSleeping: !1,
              initialize: avt,
              onEnable: avt,
              onDisable: avt,
              onDestroy: avt,
              setType: avt,
              setMass: avt,
              setLinearDamping: avt,
              setAngularDamping: avt,
              useGravity: avt,
              setLinearFactor: avt,
              setAngularFactor: avt,
              setAllowSleep: avt,
              wakeUp: avt,
              sleep: avt,
              clearState: avt,
              clearForces: avt,
              clearVelocity: avt,
              setSleepThreshold: avt,
              getSleepThreshold: avt,
              getLinearVelocity: avt,
              setLinearVelocity: avt,
              getAngularVelocity: avt,
              setAngularVelocity: avt,
              applyForce: avt,
              applyLocalForce: avt,
              applyImpulse: avt,
              applyLocalImpulse: avt,
              applyTorque: avt,
              applyLocalTorque: avt,
              setGroup: avt,
              getGroup: avt,
              addGroup: avt,
              removeGroup: avt,
              setMask: avt,
              getMask: avt,
              addMask: avt,
              removeMask: avt,
              isUsingCCD: avt,
              useCCD: avt
            };
            const dvt = {
              INITED: !1
            };
            const pvt = {
              impl: null,
              collider: null,
              attachedRigidBody: null,
              initialize: avt,
              onLoad: avt,
              onEnable: avt,
              onDisable: avt,
              onDestroy: avt,
              setGroup: avt,
              getGroup: avt,
              addGroup: avt,
              removeGroup: avt,
              setMask: avt,
              getMask: avt,
              addMask: avt,
              removeMask: avt,
              setMaterial: avt,
              setAsTrigger: avt,
              setCenter: avt,
              getAABB: avt,
              getBoundingSphere: avt,
              updateSize: avt,
              updateRadius: avt,
              setRadius: avt,
              setCylinderHeight: avt,
              setDirection: avt,
              setHeight: avt,
              setShapeType: avt,
              setVertices: avt,
              setMesh: avt,
              setTerrain: avt,
              setNormal: avt,
              setConstant: avt,
              updateEventListener: avt
            };
            function mvt(t) {
              !function() {
                if (dvt.INITED) return;
                dvt.INITED = !0;
                dvt[nSt.BOX] = function() {
                  return cvt(ovt.wrapper.BoxShape, hvt.BoxCollider) ? pvt : new ovt.wrapper.BoxShape;
                };
                dvt[nSt.SPHERE] = function() {
                  return cvt(ovt.wrapper.SphereShape, hvt.SphereCollider) ? pvt : new ovt.wrapper.SphereShape;
                };
                dvt[nSt.CAPSULE] = function() {
                  return cvt(ovt.wrapper.CapsuleShape, hvt.CapsuleCollider) ? pvt : new ovt.wrapper.CapsuleShape;
                };
                dvt[nSt.CYLINDER] = function() {
                  return cvt(ovt.wrapper.CylinderShape, hvt.CylinderCollider) ? pvt : new ovt.wrapper.CylinderShape;
                };
                dvt[nSt.CONE] = function() {
                  return cvt(ovt.wrapper.ConeShape, hvt.ConeCollider) ? pvt : new ovt.wrapper.ConeShape;
                };
                dvt[nSt.MESH] = function() {
                  return cvt(ovt.wrapper.TrimeshShape, hvt.MeshCollider) ? pvt : new ovt.wrapper.TrimeshShape;
                };
                dvt[nSt.TERRAIN] = function() {
                  return cvt(ovt.wrapper.TerrainShape, hvt.TerrainCollider) ? pvt : new ovt.wrapper.TerrainShape;
                };
                dvt[nSt.SIMPLEX] = function() {
                  return cvt(ovt.wrapper.SimplexShape, hvt.SimplexCollider) ? pvt : new ovt.wrapper.SimplexShape;
                };
                dvt[nSt.PLANE] = function() {
                  return cvt(ovt.wrapper.PlaneShape, hvt.PlaneCollider) ? pvt : new ovt.wrapper.PlaneShape;
                };
              }();
              return dvt[t]();
            }
            const fvt = {
              INITED: !1
            };
            const gvt = {
              impl: null,
              initialize: avt,
              onLoad: avt,
              onEnable: avt,
              onDisable: avt,
              onDestroy: avt,
              setEnableCollision: avt,
              setConnectedBody: avt,
              setPivotA: avt,
              setPivotB: avt,
              setAxis: avt
            };
            function yvt(t) {
              !function() {
                if (fvt.INITED) return;
                fvt.INITED = !0;
                fvt[rSt.POINT_TO_POINT] = function() {
                  return cvt(ovt.wrapper.PointToPointConstraint, hvt.PointToPointConstraint) ? gvt : new ovt.wrapper.PointToPointConstraint;
                };
                fvt[rSt.HINGE] = function() {
                  return cvt(ovt.wrapper.HingeConstraint, hvt.HingeConstraint) ? gvt : new ovt.wrapper.HingeConstraint;
                };
                fvt[rSt.CONE_TWIST] = function() {
                  return cvt(ovt.wrapper.ConeTwistConstraint, hvt.ConeTwistConstraint) ? gvt : new ovt.wrapper.ConeTwistConstraint;
                };
              }();
              return fvt[t]();
            }
            ovt.id = "physx";
            var bvt, Svt, Avt, Tvt, vvt, Evt, Cvt, xvt;
            let wvt = function(e) {
              return t({
                PhysicsMaterial: e,
                PhysicMaterial: e
              }), e;
            }(Ul("cc.PhysicsMaterial")(bvt = (Svt = (xvt = Cvt = class t extends gc {
              get friction() {
                return this._friction;
              }
              set friction(e) {
                if (!ci(this._friction, e)) {
                  this._friction = e;
                  this.emit(t.EVENT_UPDATE);
                }
              }
              get rollingFriction() {
                return this._rollingFriction;
              }
              set rollingFriction(e) {
                if (!ci(this._rollingFriction, e)) {
                  this._rollingFriction = e;
                  this.emit(t.EVENT_UPDATE);
                }
              }
              get spinningFriction() {
                return this._spinningFriction;
              }
              set spinningFriction(e) {
                if (!ci(this._spinningFriction, e)) {
                  this._spinningFriction = e;
                  this.emit(t.EVENT_UPDATE);
                }
              }
              get restitution() {
                return this._restitution;
              }
              set restitution(e) {
                if (!ci(this._restitution, e)) {
                  this._restitution = e;
                  this.emit(t.EVENT_UPDATE);
                }
              }
              constructor() {
                super();
                this.id = void 0;
                Ml(this, "_friction", Avt, this);
                Ml(this, "_rollingFriction", Tvt, this);
                Ml(this, "_spinningFriction", vvt, this);
                Ml(this, "_restitution", Evt, this);
                t.allMaterials.push(this);
                this.id = t._idCounter++;
                this._uuid || (this._uuid = `pm_${this.id}`);
              }
              clone() {
                const e = new t;
                e._friction = this._friction;
                e._restitution = this._restitution;
                e._rollingFriction = this._rollingFriction;
                e._spinningFriction = this._spinningFriction;
                return e;
              }
              destroy() {
                if (super.destroy()) {
                  const e = t.allMaterials.indexOf(this);
                  e >= 0 && t.allMaterials.splice(e, 1);
                  return !0;
                }
                return !1;
              }
              setValues(e, i, s, n) {
                const r = this._friction !== e || this._rollingFriction !== i || this._spinningFriction !== s || this._restitution !== n;
                this._friction = e;
                this._rollingFriction = i;
                this._spinningFriction = s;
                this._restitution = n;
                r && this.emit(t.EVENT_UPDATE);
              }
            }, Cvt.allMaterials = [], Cvt.EVENT_UPDATE = "event_update", Cvt._idCounter = 0, 
            xvt), Bl(Svt.prototype, "friction", [ nh ], Object.getOwnPropertyDescriptor(Svt.prototype, "friction"), Svt.prototype), 
            Bl(Svt.prototype, "rollingFriction", [ nh ], Object.getOwnPropertyDescriptor(Svt.prototype, "rollingFriction"), Svt.prototype), 
            Bl(Svt.prototype, "spinningFriction", [ nh ], Object.getOwnPropertyDescriptor(Svt.prototype, "spinningFriction"), Svt.prototype), 
            Bl(Svt.prototype, "restitution", [ nh ], Object.getOwnPropertyDescriptor(Svt.prototype, "restitution"), Svt.prototype), 
            Avt = Bl(Svt.prototype, "_friction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .6;
              }
            }), Tvt = Bl(Svt.prototype, "_rollingFriction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), vvt = Bl(Svt.prototype, "_spinningFriction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Evt = Bl(Svt.prototype, "_restitution", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Svt)) || bvt);
            class Rvt {
              constructor() {
                this._hitPoint = new Pi;
                this._hitNormal = new Pi;
                this._distance = 0;
                this._collider = null;
              }
              get hitPoint() {
                return this._hitPoint;
              }
              get distance() {
                return this._distance;
              }
              get collider() {
                return this._collider;
              }
              get hitNormal() {
                return this._hitNormal;
              }
              _assign(t, e, i, s) {
                Pi.copy(this._hitPoint, t);
                Pi.copy(this._hitNormal, s);
                this._distance = e;
                this._collider = i;
              }
              clone() {
                const t = new Rvt;
                Pi.copy(t._hitPoint, this._hitPoint);
                Pi.copy(t._hitNormal, this._hitNormal);
                t._distance = this._distance;
                t._collider = this._collider;
                return t;
              }
            }
            t("PhysicsRayResult", Rvt);
            m.internal.PhysicsGroup = oSt;
            class Ivt extends Tg {
              static get PHYSICS_NONE() {
                return !ovt.id;
              }
              static get PHYSICS_BUILTIN() {
                return "builtin" === ovt.id;
              }
              static get PHYSICS_CANNON() {
                return "cannon.js" === ovt.id;
              }
              static get PHYSICS_BULLET() {
                return "bullet" === ovt.id;
              }
              static get PHYSICS_PHYSX() {
                return "physx" === ovt.id;
              }
              static get PhysicsGroup() {
                return oSt;
              }
              static get instance() {
                return Ivt._instance;
              }
              get enable() {
                return this._enable;
              }
              set enable(t) {
                this._enable = t;
              }
              get allowSleep() {
                return this._allowSleep;
              }
              set allowSleep(t) {
                this._allowSleep = t;
                this.physicsWorld && this.physicsWorld.setAllowSleep(t);
              }
              get maxSubSteps() {
                return this._maxSubSteps;
              }
              set maxSubSteps(t) {
                this._maxSubSteps = t;
              }
              get fixedTimeStep() {
                return this._fixedTimeStep;
              }
              set fixedTimeStep(t) {
                this._fixedTimeStep = t;
              }
              get gravity() {
                return this._gravity;
              }
              set gravity(t) {
                this._gravity.set(t);
                this.physicsWorld && this.physicsWorld.setGravity(t);
              }
              get sleepThreshold() {
                return this._sleepThreshold;
              }
              set sleepThreshold(t) {
                this._sleepThreshold = t;
              }
              get autoSimulation() {
                return this._autoSimulation;
              }
              set autoSimulation(t) {
                this._autoSimulation = t;
              }
              get defaultMaterial() {
                return this._material;
              }
              initDefaultMaterial() {
                if (null == this._material) {
                  this._material = xR.get("default-physics-material");
                  if (null != this._material) {
                    this.physicsWorld.setDefaultMaterial(this._material);
                    this._material.on(wvt.EVENT_UPDATE, this._updateMaterial, this);
                    this.setDefaultMaterial(this._materialConfig);
                  } else console.error("PhysicsSystem initDefaultMaterial failed");
                }
              }
              get physicsWorld() {
                return ovt.physicsWorld;
              }
              constructor() {
                super();
                this.raycastClosestResult = new Rvt;
                this.raycastResults = [];
                this.collisionMatrix = new aSt(1);
                this.minVolumeSize = 1e-5;
                this.useNodeChains = !1;
                this._enable = !0;
                this._allowSleep = !0;
                this._maxSubSteps = 1;
                this._subStepCount = 0;
                this._fixedTimeStep = 1 / 60;
                this._autoSimulation = !0;
                this._accumulator = 0;
                this._sleepThreshold = .1;
                this._gravity = new Pi(0, -10, 0);
                this._materialConfig = new wvt;
                this.raycastOptions = {
                  group: -1,
                  mask: -1,
                  queryTrigger: !0,
                  maxDistance: 1e7
                };
                this.raycastResultPool = new to((() => new Rvt), 1);
              }
              postUpdate(t) {
                if (this.physicsWorld) if (this._enable) {
                  if (this._autoSimulation) {
                    this._subStepCount = 0;
                    this._accumulator += t;
                    IR.emit(RR.EVENT_BEFORE_PHYSICS);
                    for (;this._subStepCount < this._maxSubSteps; ) {
                      if (!(this._accumulator >= this._fixedTimeStep)) {
                        this.physicsWorld.syncSceneToPhysics();
                        break;
                      }
                      this.physicsWorld.syncSceneToPhysics();
                      this.physicsWorld.step(this._fixedTimeStep);
                      this.physicsWorld.emitEvents();
                      this.physicsWorld.syncAfterEvents();
                      this._accumulator -= this._fixedTimeStep;
                      this._subStepCount++;
                    }
                    IR.emit(RR.EVENT_AFTER_PHYSICS);
                  }
                } else this.physicsWorld.syncSceneToPhysics();
              }
              resetConfiguration(t) {
                const e = t ? t.allowSleep : de.querySettings(_e.Category.PHYSICS, "allowSleep");
                "boolean" == typeof e && (this._allowSleep = e);
                const i = t ? t.fixedTimeStep : de.querySettings(_e.Category.PHYSICS, "fixedTimeStep");
                "number" == typeof i && (this._fixedTimeStep = i);
                const s = t ? t.maxSubSteps : de.querySettings(_e.Category.PHYSICS, "maxSubSteps");
                "number" == typeof s && (this._maxSubSteps = s);
                const n = t ? t.sleepThreshold : de.querySettings(_e.Category.PHYSICS, "sleepThreshold");
                "number" == typeof n && (this._sleepThreshold = n);
                const r = t ? t.autoSimulation : de.querySettings(_e.Category.PHYSICS, "autoSimulation");
                "boolean" == typeof r && (this.autoSimulation = r);
                const o = t ? t.gravity : de.querySettings(_e.Category.PHYSICS, "gravity");
                o && Pi.copy(this._gravity, o);
                const a = t ? t.defaultMaterial : de.querySettings(_e.Category.PHYSICS, "defaultMaterial");
                this._materialConfig = a;
                const l = t ? t.collisionMatrix : de.querySettings(_e.Category.PHYSICS, "collisionMatrix");
                if (l) for (const t in l) this.collisionMatrix["" + (1 << parseInt(t))] = l[t];
                const h = t ? t.collisionGroups : de.querySettings(_e.Category.PHYSICS, "collisionGroups");
                if (h) {
                  const t = h;
                  if (t instanceof Array) {
                    t.forEach((t => {
                      oSt[t.name] = 1 << t.index;
                    }));
                    oe.update(oSt);
                  }
                }
                if (this.physicsWorld) {
                  this.physicsWorld.setGravity(this._gravity);
                  this.physicsWorld.setAllowSleep(this._allowSleep);
                }
              }
              setDefaultMaterial(t) {
                this._material && t && this._material.setValues(t.friction, t.rollingFriction, t.spinningFriction, t.restitution);
              }
              resetAccumulator(t = 0) {
                this._accumulator = t;
              }
              step(t, e, i) {
                this.physicsWorld && this.physicsWorld.step(t, e, i);
              }
              syncSceneToPhysics() {
                this.physicsWorld && this.physicsWorld.syncSceneToPhysics();
              }
              emitEvents() {
                this.physicsWorld && this.physicsWorld.emitEvents();
              }
              raycast(t, e = 4294967295, i = 1e7, s = !0) {
                if (!this.physicsWorld) return !1;
                this.raycastResultPool.reset();
                this.raycastResults.length = 0;
                this.raycastOptions.mask = e >>> 0;
                this.raycastOptions.maxDistance = i;
                this.raycastOptions.queryTrigger = s;
                return this.physicsWorld.raycast(t, this.raycastOptions, this.raycastResultPool, this.raycastResults);
              }
              raycastClosest(t, e = 4294967295, i = 1e7, s = !0) {
                if (!this.physicsWorld) return !1;
                this.raycastOptions.mask = e >>> 0;
                this.raycastOptions.maxDistance = i;
                this.raycastOptions.queryTrigger = s;
                return this.physicsWorld.raycastClosest(t, this.raycastOptions, this.raycastClosestResult);
              }
              _updateMaterial() {
                this.physicsWorld && this.physicsWorld.setDefaultMaterial(this._material);
              }
              static constructAndRegister() {
                if (!Ivt._instance) {
                  const t = new Ivt;
                  t.resetConfiguration();
                  !function(t) {
                    rvt || (rvt = t);
                    if (ovt.runInEditor && !ovt.physicsWorld) {
                      console.info(`[PHYSICS]: using ${ovt.id}.`);
                      const t = ovt.physicsWorld = uvt();
                      t.setGravity(rvt.gravity);
                      t.setAllowSleep(rvt.allowSleep);
                    }
                  }(t);
                  Ivt._instance = t;
                  IR.registerSystem(Ivt.ID, t, t.priority);
                  xR.get("default-physics-material") ? t.initDefaultMaterial() : BR.onPostProjectInitDelegate.add(t.initDefaultMaterial.bind(t));
                }
              }
            }
            t("PhysicsSystem", Ivt);
            Ivt.ID = "PHYSICS";
            Ivt._instance = null;
            IR.once(RR.EVENT_INIT, (() => {
              Ivt.constructAndRegister();
            }));
            var Mvt, Bvt, Dvt, Pvt, Ovt, Nvt, Lvt, Fvt, Vvt, kvt, Uvt, Gvt, zvt, Hvt, jvt, Xvt, Wvt, Yvt, qvt, Kvt, Jvt, Zvt, Qvt, $vt, tEt, eEt, iEt, sEt, nEt, rEt, oEt, aEt, lEt, hEt, cEt, uEt, _Et, dEt, pEt, mEt, fEt, gEt, yEt, bEt;
            let SEt = function(e) {
              return t({
                RigidBody: e,
                RigidBodyComponent: e
              }), e;
            }((Mvt = Ul("cc.RigidBody"), Bvt = sh(), Dvt = $l(), Pvt = zl(-1), Ovt = Th(Ivt.PhysicsGroup), 
            Nvt = ph(), Lvt = lh(), Fvt = Th(eSt), Vvt = ph(), kvt = lh(), Uvt = rh(), Gvt = ph(), 
            zvt = lh(), Hvt = rh(), jvt = ph(), Xvt = lh(), Wvt = rh(), Yvt = ph(), qvt = lh(), 
            Kvt = rh(), Jvt = ph(), Zvt = lh(), Qvt = rh(), $vt = ph(), tEt = lh(), eEt = rh(), 
            iEt = ph(), sEt = lh(), nEt = rh(), rEt = ph(), oEt = lh(), Mvt(aEt = Bvt(aEt = Dvt(aEt = Ql(aEt = Hl(aEt = Pvt(aEt = (lEt = (bEt = yEt = class extends Qc {
              constructor(...t) {
                super(...t);
                this._body = null;
                Ml(this, "_group", hEt, this);
                Ml(this, "_type", cEt, this);
                Ml(this, "_mass", uEt, this);
                Ml(this, "_allowSleep", _Et, this);
                Ml(this, "_linearDamping", dEt, this);
                Ml(this, "_angularDamping", pEt, this);
                Ml(this, "_useGravity", mEt, this);
                Ml(this, "_linearFactor", fEt, this);
                Ml(this, "_angularFactor", gEt, this);
              }
              get group() {
                return this._group;
              }
              set group(t) {
                Number.isInteger(Math.log2(t >>> 0)) || C("[Physics]: The group should only have one bit.");
                this._group = t;
                this._body && this._body.getGroup() !== t && this._body.setGroup(t);
              }
              get type() {
                return this._type;
              }
              set type(t) {
                if (this._type !== t) {
                  this._type = t;
                  this._body && this._body.setType(t);
                }
              }
              get mass() {
                return this._mass;
              }
              set mass(t) {
                t <= 0 && C("[Physics]: The mass should be greater than zero.");
                if (this._mass !== t) {
                  t = t <= 0 ? 1e-4 : t;
                  this._mass = t;
                  this._body && this._body.setMass(t);
                }
              }
              get allowSleep() {
                return this._allowSleep;
              }
              set allowSleep(t) {
                this._allowSleep = t;
                this._body && this._body.setAllowSleep(t);
              }
              get linearDamping() {
                return this._linearDamping;
              }
              set linearDamping(t) {
                (t < 0 || t > 1) && C("[Physics]: The damping should be between zero to one.");
                this._linearDamping = t;
                this._body && this._body.setLinearDamping(t);
              }
              get angularDamping() {
                return this._angularDamping;
              }
              set angularDamping(t) {
                (t < 0 || t > 1) && C("[Physics]: The damping should be between zero to one.");
                this._angularDamping = t;
                this._body && this._body.setAngularDamping(t);
              }
              get useGravity() {
                return this._useGravity;
              }
              set useGravity(t) {
                this._useGravity = t;
                this._body && this._body.useGravity(t);
              }
              get linearFactor() {
                return this._linearFactor;
              }
              set linearFactor(t) {
                Pi.copy(this._linearFactor, t);
                this._body && this._body.setLinearFactor(this._linearFactor);
              }
              get angularFactor() {
                return this._angularFactor;
              }
              set angularFactor(t) {
                Pi.copy(this._angularFactor, t);
                this._body && this._body.setAngularFactor(this._angularFactor);
              }
              get sleepThreshold() {
                return this._isInitialized ? this._body.getSleepThreshold() : .1;
              }
              set sleepThreshold(t) {
                this._isInitialized && this._body.setSleepThreshold(t);
              }
              get useCCD() {
                return !!this._isInitialized && this._body.isUsingCCD();
              }
              set useCCD(t) {
                this._isInitialized && this._body.useCCD(t);
              }
              get isAwake() {
                return !!this._isInitialized && this._body.isAwake;
              }
              get isSleepy() {
                return !!this._isInitialized && this._body.isSleepy;
              }
              get isSleeping() {
                return !!this._isInitialized && this._body.isSleeping;
              }
              get isStatic() {
                return this._type === eSt.STATIC;
              }
              set isStatic(t) {
                t && this.isStatic || !t && !this.isStatic || (this.type = t ? eSt.STATIC : eSt.DYNAMIC);
              }
              get isDynamic() {
                return this._type === eSt.DYNAMIC;
              }
              set isDynamic(t) {
                t && this.isDynamic || !t && !this.isDynamic || (this.type = t ? eSt.DYNAMIC : eSt.KINEMATIC);
              }
              get isKinematic() {
                return this._type === eSt.KINEMATIC;
              }
              set isKinematic(t) {
                t && this.isKinematic || !t && !this.isKinematic || (this.type = t ? eSt.KINEMATIC : eSt.DYNAMIC);
              }
              get body() {
                return this._body;
              }
              get _isInitialized() {
                const t = null === this._body;
                t && x("[Physics]: This component has not been call onLoad yet, please make sure the node has been added to the scene.");
                return !t;
              }
              onLoad() {
                if (ovt.runInEditor) {
                  this._body = cvt(ovt.wrapper.RigidBody, hvt.RigidBody) ? _vt : new ovt.wrapper.RigidBody;
                  this._body.initialize(this);
                }
              }
              onEnable() {
                this._body && this._body.onEnable();
              }
              onDisable() {
                this._body && this._body.onDisable();
              }
              onDestroy() {
                this._body && this._body.onDestroy();
              }
              applyForce(t, e) {
                this._isInitialized && this._body.applyForce(t, e);
              }
              applyLocalForce(t, e) {
                this._isInitialized && this._body.applyLocalForce(t, e);
              }
              applyImpulse(t, e) {
                this._isInitialized && this._body.applyImpulse(t, e);
              }
              applyLocalImpulse(t, e) {
                this._isInitialized && this._body.applyLocalImpulse(t, e);
              }
              applyTorque(t) {
                this._isInitialized && this._body.applyTorque(t);
              }
              applyLocalTorque(t) {
                this._isInitialized && this._body.applyLocalTorque(t);
              }
              wakeUp() {
                this._isInitialized && this._body.wakeUp();
              }
              sleep() {
                this._isInitialized && this._body.sleep();
              }
              clearState() {
                this._isInitialized && this._body.clearState();
              }
              clearForces() {
                this._isInitialized && this._body.clearForces();
              }
              clearVelocity() {
                this._isInitialized && this._body.clearVelocity();
              }
              getLinearVelocity(t) {
                this._isInitialized && this._body.getLinearVelocity(t);
              }
              setLinearVelocity(t) {
                this._isInitialized && this._body.setLinearVelocity(t);
              }
              getAngularVelocity(t) {
                this._isInitialized && this._body.getAngularVelocity(t);
              }
              setAngularVelocity(t) {
                this._isInitialized && this._body.setAngularVelocity(t);
              }
              getGroup() {
                return this._isInitialized ? this._body.getGroup() : 0;
              }
              setGroup(t) {
                this._isInitialized && this._body.setGroup(t);
              }
              addGroup(t) {
                this._isInitialized && this._body.addGroup(t);
              }
              removeGroup(t) {
                this._isInitialized && this._body.removeGroup(t);
              }
              getMask() {
                return this._isInitialized ? this._body.getMask() : 0;
              }
              setMask(t) {
                this._isInitialized && this._body.setMask(t);
              }
              addMask(t) {
                this._isInitialized && this._body.addMask(t);
              }
              removeMask(t) {
                this._isInitialized && this._body.removeMask(t);
              }
            }, yEt.Type = eSt, bEt), Bl(lEt.prototype, "group", [ Ovt, Nvt, Lvt ], Object.getOwnPropertyDescriptor(lEt.prototype, "group"), lEt.prototype), 
            Bl(lEt.prototype, "type", [ Fvt, Vvt, kvt ], Object.getOwnPropertyDescriptor(lEt.prototype, "type"), lEt.prototype), 
            Bl(lEt.prototype, "mass", [ Uvt, Gvt, zvt ], Object.getOwnPropertyDescriptor(lEt.prototype, "mass"), lEt.prototype), 
            Bl(lEt.prototype, "allowSleep", [ Hvt, jvt, Xvt ], Object.getOwnPropertyDescriptor(lEt.prototype, "allowSleep"), lEt.prototype), 
            Bl(lEt.prototype, "linearDamping", [ Wvt, Yvt, qvt ], Object.getOwnPropertyDescriptor(lEt.prototype, "linearDamping"), lEt.prototype), 
            Bl(lEt.prototype, "angularDamping", [ Kvt, Jvt, Zvt ], Object.getOwnPropertyDescriptor(lEt.prototype, "angularDamping"), lEt.prototype), 
            Bl(lEt.prototype, "useGravity", [ Qvt, $vt, tEt ], Object.getOwnPropertyDescriptor(lEt.prototype, "useGravity"), lEt.prototype), 
            Bl(lEt.prototype, "linearFactor", [ eEt, iEt, sEt ], Object.getOwnPropertyDescriptor(lEt.prototype, "linearFactor"), lEt.prototype), 
            Bl(lEt.prototype, "angularFactor", [ nEt, rEt, oEt ], Object.getOwnPropertyDescriptor(lEt.prototype, "angularFactor"), lEt.prototype), 
            hEt = Bl(lEt.prototype, "_group", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Ivt.PhysicsGroup.DEFAULT;
              }
            }), cEt = Bl(lEt.prototype, "_type", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return eSt.DYNAMIC;
              }
            }), uEt = Bl(lEt.prototype, "_mass", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), _Et = Bl(lEt.prototype, "_allowSleep", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), dEt = Bl(lEt.prototype, "_linearDamping", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), pEt = Bl(lEt.prototype, "_angularDamping", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), mEt = Bl(lEt.prototype, "_useGravity", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), fEt = Bl(lEt.prototype, "_linearFactor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(1, 1, 1);
              }
            }), gEt = Bl(lEt.prototype, "_angularFactor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(1, 1, 1);
              }
            }), lEt)) || aEt) || aEt) || aEt) || aEt) || aEt) || aEt));
            SEt || (SEt = function(e) {
              return t({
                RigidBody: e,
                RigidBodyComponent: e
              }), e;
            }({}));
            var AEt, TEt, vEt, EEt, CEt, xEt, wEt, REt, IEt, MEt, BEt, DEt, PEt, OEt, NEt, LEt, FEt, VEt, kEt, UEt, GEt, zEt;
            let HEt = function(e) {
              return t({
                Collider: e,
                ColliderComponent: e
              }), e;
            }((AEt = Ul("cc.Collider"), TEt = Th(SEt), vEt = ah(), EEt = ph(), CEt = lh(), xEt = Th(wvt), 
            wEt = ah(), REt = ph(), IEt = lh(), MEt = ph(), BEt = lh(), DEt = Th(Pi), PEt = ph(), 
            OEt = lh(), NEt = Th(wvt), AEt(LEt = (FEt = (zEt = GEt = class extends(To(Qc)){
              get attachedRigidBody() {
                return function(t) {
                  const e = t.getComponent(SEt);
                  if (e && e.isValid) return e;
                  return null;
                }(this.node);
              }
              get sharedMaterial() {
                return this._material;
              }
              set sharedMaterial(t) {
                this.material = t;
              }
              get material() {
                if (this._isSharedMaterial && this._material) {
                  this._material.off(wvt.EVENT_UPDATE, this._updateMaterial, this);
                  this._material = this._material.clone();
                  this._material.on(wvt.EVENT_UPDATE, this._updateMaterial, this);
                  this._isSharedMaterial = !1;
                }
                return this._material;
              }
              set material(t) {
                if (this._shape) {
                  if (t && this._material) {
                    if (this._material.id !== t.id) {
                      this._material.off(wvt.EVENT_UPDATE, this._updateMaterial, this);
                      t.on(wvt.EVENT_UPDATE, this._updateMaterial, this);
                      this._isSharedMaterial = !1;
                      this._material = t;
                    }
                  } else if (t && !this._material) {
                    t.on(wvt.EVENT_UPDATE, this._updateMaterial, this);
                    this._material = t;
                  } else if (!t && this._material) {
                    this._material.off(wvt.EVENT_UPDATE, this._updateMaterial, this);
                    this._material = t;
                  }
                  this._updateMaterial();
                } else this._material = t;
              }
              get isTrigger() {
                return this._isTrigger;
              }
              set isTrigger(t) {
                this._isTrigger = t;
                this._shape && this._shape.setAsTrigger(this._isTrigger);
              }
              get center() {
                return this._center;
              }
              set center(t) {
                Pi.copy(this._center, t);
                this._shape && this._shape.setCenter(this._center);
              }
              get shape() {
                return this._shape;
              }
              get worldBounds() {
                null == this._aabb && (this._aabb = new hl);
                this._shape && this._shape.getAABB(this._aabb);
                return this._aabb;
              }
              get boundingSphere() {
                null == this._boundingSphere && (this._boundingSphere = new ua);
                this._shape && this._shape.getBoundingSphere(this._boundingSphere);
                return this._boundingSphere;
              }
              get needTriggerEvent() {
                return this._needTriggerEvent;
              }
              get needCollisionEvent() {
                return this._needCollisionEvent;
              }
              get _isInitialized() {
                const t = null === this._shape;
                t && x("[Physics]: This component has not been call onLoad yet, please make sure the node has been added to the scene.");
                return !t;
              }
              constructor(t) {
                super();
                this.type = void 0;
                this._shape = null;
                this._aabb = null;
                this._boundingSphere = null;
                this._isSharedMaterial = !0;
                this._needTriggerEvent = !1;
                this._needCollisionEvent = !1;
                Ml(this, "_material", VEt, this);
                Ml(this, "_isTrigger", kEt, this);
                Ml(this, "_center", UEt, this);
                this.type = t;
              }
              on(t, e, i, s) {
                const n = super.on(t, e, i, s);
                this._updateNeedEvent(t);
                return n;
              }
              off(t, e, i) {
                super.off(t, e, i);
                this._updateNeedEvent();
              }
              once(t, e, i) {
                const s = super.once(t, e, i);
                this._updateNeedEvent(t);
                return s;
              }
              removeAll(t) {
                super.removeAll(t);
                this._updateNeedEvent();
              }
              getGroup() {
                return this._isInitialized ? this._shape.getGroup() : 0;
              }
              setGroup(t) {
                this._isInitialized && this._shape.setGroup(t);
              }
              addGroup(t) {
                this._isInitialized && this._shape.addGroup(t);
              }
              removeGroup(t) {
                this._isInitialized && this._shape.removeGroup(t);
              }
              getMask() {
                return this._isInitialized ? this._shape.getMask() : 0;
              }
              setMask(t) {
                this._isInitialized && this._shape.setMask(t);
              }
              addMask(t) {
                this._isInitialized && this._shape.addMask(t);
              }
              removeMask(t) {
                this._isInitialized && this._shape.removeMask(t);
              }
              onLoad() {
                if (ovt.runInEditor) {
                  this.sharedMaterial = null == this._material ? Ivt.instance.defaultMaterial : this._material;
                  this._shape = mvt(this.type);
                  this._shape.initialize(this);
                  this._shape.onLoad();
                }
              }
              onEnable() {
                this._shape && this._shape.onEnable();
              }
              onDisable() {
                this._shape && this._shape.onDisable();
              }
              onDestroy() {
                if (this._shape) {
                  this._needTriggerEvent = !1;
                  this._needCollisionEvent = !1;
                  this._shape.updateEventListener();
                  this._material && this._material.off(wvt.EVENT_UPDATE, this._updateMaterial, this);
                  this._shape.onDestroy();
                }
                this._boundingSphere && this._boundingSphere.destroy();
              }
              _updateMaterial() {
                this._shape && this._shape.setMaterial(this._material);
              }
              _updateNeedEvent(t) {
                if (this.isValid) {
                  if (void 0 !== t) {
                    "onCollisionEnter" !== t && "onCollisionStay" !== t && "onCollisionExit" !== t || (this._needCollisionEvent = !0);
                    "onTriggerEnter" !== t && "onTriggerStay" !== t && "onTriggerExit" !== t || (this._needTriggerEvent = !0);
                  } else {
                    this.hasEventListener("onTriggerEnter") || this.hasEventListener("onTriggerStay") || this.hasEventListener("onTriggerExit") || (this._needTriggerEvent = !1);
                    this.hasEventListener("onCollisionEnter") || this.hasEventListener("onCollisionStay") || this.hasEventListener("onCollisionExit") || (this._needCollisionEvent = !1);
                  }
                  this._shape && this._shape.updateEventListener();
                }
              }
            }, GEt.Type = nSt, GEt.Axis = iSt, zEt), Bl(FEt.prototype, "attachedRigidBody", [ TEt, oh, vEt, EEt, CEt ], Object.getOwnPropertyDescriptor(FEt.prototype, "attachedRigidBody"), FEt.prototype), 
            Bl(FEt.prototype, "sharedMaterial", [ xEt, wEt, REt, IEt ], Object.getOwnPropertyDescriptor(FEt.prototype, "sharedMaterial"), FEt.prototype), 
            Bl(FEt.prototype, "isTrigger", [ MEt, BEt ], Object.getOwnPropertyDescriptor(FEt.prototype, "isTrigger"), FEt.prototype), 
            Bl(FEt.prototype, "center", [ DEt, PEt, OEt ], Object.getOwnPropertyDescriptor(FEt.prototype, "center"), FEt.prototype), 
            VEt = Bl(FEt.prototype, "_material", [ NEt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), kEt = Bl(FEt.prototype, "_isTrigger", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), UEt = Bl(FEt.prototype, "_center", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), FEt)) || LEt));
            HEt || (HEt = function(e) {
              return t({
                Collider: e,
                ColliderComponent: e
              }), e;
            }({}));
            function jEt(t) {
              void 0 === (t = t || {}).includeNormal && (t.includeNormal = !0);
              void 0 === t.includeUV && (t.includeUV = !0);
              return t;
            }
            const XEt = new Pi;
            const WEt = new Pi;
            const YEt = new Pi;
            const qEt = new Pi;
            const KEt = new Pi;
            const JEt = new Pi;
            const ZEt = new Pi;
            const QEt = new Pi;
            const $Et = new Pi;
            const tCt = new Pi;
            const eCt = new Pi;
            const iCt = new Pi;
            const sCt = new Pi(0, 0, 0);
            const nCt = new Pi(0, 0, 0);
            function rCt(t = .5, e = .5, i = 2, s = {}) {
              const n = .5 * i;
              const r = s.radialSegments || 32;
              const o = s.heightSegments || 1;
              const a = void 0 === s.capped || s.capped;
              const l = s.arc || 2 * Math.PI;
              let h = 0;
              if (!a) {
                t > 0 && h++;
                e > 0 && h++;
              }
              let c = (r + 1) * (o + 1);
              a && (c += (r + 1) * h + r * h);
              let u = r * o * 2 * 3;
              a && (u += r * h * 3);
              const _ = new Array(u);
              const d = new Array(3 * c);
              const p = new Array(3 * c);
              const m = new Array(2 * c);
              const f = Math.max(t, e);
              const g = new Pi(-f, -n, -f);
              const y = new Pi(f, n, f);
              const b = Math.sqrt(f * f + n * n);
              let S = 0;
              let A = 0;
              !function() {
                const s = [];
                const a = t - e;
                const h = a * a / i * Math.sign(a);
                for (let t = 0; t <= o; t++) {
                  const c = [];
                  const u = t / o;
                  const _ = u * a + e;
                  for (let t = 0; t <= r; ++t) {
                    const e = t / r;
                    const s = e * l;
                    const o = Math.sin(s);
                    const a = Math.cos(s);
                    d[3 * S] = _ * o;
                    d[3 * S + 1] = u * i - n;
                    d[3 * S + 2] = _ * a;
                    Pi.normalize(sCt, Pi.set(nCt, o, -h, a));
                    p[3 * S] = sCt.x;
                    p[3 * S + 1] = sCt.y;
                    p[3 * S + 2] = sCt.z;
                    m[2 * S] = 2 * (1 - e) % 1;
                    m[2 * S + 1] = u;
                    c.push(S);
                    ++S;
                  }
                  s.push(c);
                }
                for (let t = 0; t < o; ++t) for (let e = 0; e < r; ++e) {
                  const i = s[t][e];
                  const n = s[t + 1][e];
                  const r = s[t + 1][e + 1];
                  const o = s[t][e + 1];
                  _[A] = i;
                  ++A;
                  _[A] = o;
                  ++A;
                  _[A] = n;
                  ++A;
                  _[A] = o;
                  ++A;
                  _[A] = r;
                  ++A;
                  _[A] = n;
                  ++A;
                }
              }();
              if (a) {
                e > 0 && T(!1);
                t > 0 && T(!0);
              }
              return {
                positions: d,
                normals: p,
                uvs: m,
                indices: _,
                minPos: g,
                maxPos: y,
                boundingRadius: b
              };
              function T(i) {
                const s = i ? t : e;
                const o = i ? 1 : -1;
                const a = S;
                for (let t = 1; t <= r; ++t) {
                  d[3 * S] = 0;
                  d[3 * S + 1] = n * o;
                  d[3 * S + 2] = 0;
                  p[3 * S] = 0;
                  p[3 * S + 1] = o;
                  p[3 * S + 2] = 0;
                  m[2 * S] = .5;
                  m[2 * S + 1] = .5;
                  ++S;
                }
                const h = S;
                for (let t = 0; t <= r; ++t) {
                  const e = t / r * l;
                  const i = Math.cos(e);
                  const a = Math.sin(e);
                  d[3 * S] = s * a;
                  d[3 * S + 1] = n * o;
                  d[3 * S + 2] = s * i;
                  p[3 * S] = 0;
                  p[3 * S + 1] = o;
                  p[3 * S + 2] = 0;
                  m[2 * S] = .5 - .5 * a * o;
                  m[2 * S + 1] = .5 + .5 * i;
                  ++S;
                }
                for (let t = 0; t < r; ++t) {
                  const e = a + t;
                  const s = h + t;
                  if (i) {
                    _[A] = s + 1;
                    ++A;
                    _[A] = e;
                    ++A;
                    _[A] = s;
                    ++A;
                  } else {
                    _[A] = e;
                    ++A;
                    _[A] = s + 1;
                    ++A;
                    _[A] = s;
                    ++A;
                  }
                }
              }
            }
            const oCt = new Pi(0, 0, 0);
            const aCt = new Pi(0, 0, 0);
            const lCt = new Pi(0, 0, 0);
            const hCt = new Pi(0, 0, 0);
            const cCt = new Pi(0, 0, 0);
            const uCt = new Pi(0, 0, 0);
            const _Ct = new Pi(0, 0, 0);
            const dCt = new Pi(0, 0, 0);
            const pCt = new Pi(0, 0, 0);
            var mCt = Object.freeze({
              __proto__: null,
              box: function(t) {
                const e = (t = t || {}).widthSegments || 1;
                const i = t.heightSegments || 1;
                const s = t.lengthSegments || 1;
                const n = (t.width || 1) / 2;
                const r = (t.height || 1) / 2;
                const o = (t.length || 1) / 2;
                const a = [ Pi.set(KEt, -n, -r, o), Pi.set(JEt, n, -r, o), Pi.set(ZEt, n, r, o), Pi.set(QEt, -n, r, o), Pi.set($Et, n, -r, -o), Pi.set(tCt, -n, -r, -o), Pi.set(eCt, -n, r, -o), Pi.set(iCt, n, r, -o) ];
                const l = [ [ 2, 3, 1 ], [ 4, 5, 7 ], [ 7, 6, 2 ], [ 1, 0, 4 ], [ 1, 4, 2 ], [ 5, 0, 6 ] ];
                const h = [ [ 0, 0, 1 ], [ 0, 0, -1 ], [ 0, 1, 0 ], [ 0, -1, 0 ], [ 1, 0, 0 ], [ -1, 0, 0 ] ];
                const c = [ [ -1, 0, 0, 1 ], [ -1, 0, 0, 1 ], [ -1, 0, 0, 1 ], [ -1, 0, 0, 1 ], [ 0, 0, -1, 1 ], [ 0, 0, 1, 1 ] ];
                const u = [];
                const _ = [];
                const d = [];
                const p = [];
                const m = [];
                const f = new Pi(-n, -r, -o);
                const g = new Pi(n, r, o);
                const y = Math.sqrt(n * n + r * r + o * o);
                function b(t, e, i) {
                  let s;
                  let n;
                  let r;
                  let o;
                  const f = u.length / 3;
                  const g = l[t];
                  const y = h[t];
                  const b = c[t];
                  for (o = 0; o <= i; o++) for (r = 0; r <= e; r++) {
                    s = r / e;
                    n = o / i;
                    Pi.lerp(XEt, a[g[0]], a[g[1]], s);
                    Pi.lerp(WEt, a[g[0]], a[g[2]], n);
                    Pi.subtract(YEt, WEt, a[g[0]]);
                    Pi.add(qEt, XEt, YEt);
                    u.push(qEt.x, qEt.y, qEt.z);
                    _.push(y[0], y[1], y[2]);
                    d.push(s, n);
                    p.push(b[0], b[1], b[2], b[3]);
                    if (r < e && o < i) {
                      const t = e + 1;
                      const i = r + o * t;
                      const s = r + (o + 1) * t;
                      const n = r + 1 + (o + 1) * t;
                      const a = r + 1 + o * t;
                      m.push(f + i, f + a, f + s);
                      m.push(f + s, f + a, f + n);
                    }
                  }
                }
                b(0, e, i);
                b(4, s, i);
                b(1, e, i);
                b(5, s, i);
                b(3, e, s);
                b(2, e, s);
                return {
                  positions: u,
                  normals: _,
                  uvs: d,
                  tangents: p,
                  indices: m,
                  minPos: f,
                  maxPos: g,
                  boundingRadius: y
                };
              },
              cone: function(t = .5, e = 1, i = {}) {
                return rCt(0, t, e, i);
              },
              cylinder: rCt,
              plane: function(t) {
                const e = function(t) {
                  (t = jEt(t)).width = t.width || 10;
                  t.length = t.length || 10;
                  t.widthSegments = t.widthSegments || 10;
                  t.lengthSegments = t.lengthSegments || 10;
                  return t;
                }(t);
                const {width: i, length: s, widthSegments: n, lengthSegments: r} = e;
                const o = .5 * i;
                const a = .5 * s;
                const l = [];
                const h = [];
                const c = [];
                const u = new Pi(-o, 0, -a);
                const _ = new Pi(o, 0, a);
                const d = Math.sqrt(i * i + s * s);
                Pi.set(cCt, -o, 0, a);
                Pi.set(uCt, o, 0, a);
                Pi.set(_Ct, -o, 0, -a);
                for (let t = 0; t <= r; t++) for (let i = 0; i <= n; i++) {
                  const s = i / n;
                  const o = t / r;
                  Pi.lerp(oCt, cCt, uCt, s);
                  Pi.lerp(aCt, cCt, _Ct, o);
                  Pi.subtract(lCt, aCt, cCt);
                  Pi.add(hCt, oCt, lCt);
                  l.push(hCt.x, hCt.y, hCt.z);
                  e.includeUV && h.push(s, o);
                  if (i < n && t < r) {
                    const e = n + 1;
                    const s = i + t * e;
                    const r = i + (t + 1) * e;
                    const o = i + 1 + (t + 1) * e;
                    const a = i + 1 + t * e;
                    c.push(s, a, r);
                    c.push(a, o, r);
                  }
                }
                const p = {
                  positions: l,
                  indices: c,
                  minPos: u,
                  maxPos: _,
                  boundingRadius: d
                };
                if (e.includeNormal) {
                  const t = (r + 1) * (n + 1);
                  const e = new Array(3 * t);
                  p.normals = e;
                  for (let i = 0; i < t; ++i) {
                    e[3 * i + 0] = 0;
                    e[3 * i + 1] = 1;
                    e[3 * i + 2] = 0;
                  }
                }
                e.includeUV && (p.uvs = h);
                return p;
              },
              quad: function(t) {
                const e = jEt(t);
                const i = {
                  positions: [ -.5, -.5, 0, -.5, .5, 0, .5, .5, 0, .5, -.5, 0 ],
                  indices: [ 0, 3, 1, 3, 2, 1 ],
                  minPos: {
                    x: -.5,
                    y: -.5,
                    z: 0
                  },
                  maxPos: {
                    x: .5,
                    y: .5,
                    z: 0
                  },
                  boundingRadius: Math.sqrt(.5)
                };
                !1 !== e.includeNormal && (i.normals = [ 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1 ]);
                !1 !== e.includeUV && (i.uvs = [ 0, 0, 0, 1, 1, 1, 1, 0 ]);
                return i;
              },
              sphere: function(t = .5, e = {}) {
                const i = void 0 !== e.segments ? e.segments : 32;
                const s = [];
                const n = [];
                const r = [];
                const o = [];
                const a = new Pi(-t, -t, -t);
                const l = new Pi(t, t, t);
                const h = t;
                for (let e = 0; e <= i; ++e) {
                  const a = e * Math.PI / i;
                  const l = Math.sin(a);
                  const h = -Math.cos(a);
                  for (let a = 0; a <= i; ++a) {
                    const c = 2 * a * Math.PI / i - Math.PI / 2;
                    const u = Math.sin(c) * l;
                    const _ = h;
                    const d = Math.cos(c) * l;
                    const p = a / i;
                    const m = e / i;
                    s.push(u * t, _ * t, d * t);
                    n.push(u, _, d);
                    r.push(p, m);
                    if (e < i && a < i) {
                      const t = i + 1;
                      const s = t * e + a;
                      const n = t * (e + 1) + a;
                      const r = t * (e + 1) + a + 1;
                      const l = t * e + a + 1;
                      o.push(s, l, n);
                      o.push(l, r, n);
                    }
                  }
                }
                return {
                  positions: s,
                  indices: o,
                  normals: n,
                  uvs: r,
                  minPos: a,
                  maxPos: l,
                  boundingRadius: h
                };
              },
              torus: function(t = .4, e = .1, i = {}) {
                const s = i.radialSegments || 32;
                const n = i.tubularSegments || 32;
                const r = i.arc || 2 * Math.PI;
                const o = [];
                const a = [];
                const l = [];
                const h = [];
                const c = new Pi(-t - e, -e, -t - e);
                const u = new Pi(t + e, e, t + e);
                const _ = t + e;
                for (let i = 0; i <= s; i++) for (let c = 0; c <= n; c++) {
                  const u = c / n;
                  const _ = i / s;
                  const d = u * r;
                  const p = _ * Math.PI * 2;
                  const m = (t + e * Math.cos(p)) * Math.sin(d);
                  const f = e * Math.sin(p);
                  const g = (t + e * Math.cos(p)) * Math.cos(d);
                  const y = Math.sin(d) * Math.cos(p);
                  const b = Math.sin(p);
                  const S = Math.cos(d) * Math.cos(p);
                  o.push(m, f, g);
                  a.push(y, b, S);
                  l.push(u, _);
                  if (c < n && i < s) {
                    const t = n + 1;
                    const e = t * i + c;
                    const s = t * (i + 1) + c;
                    const r = t * (i + 1) + c + 1;
                    const o = t * i + c + 1;
                    h.push(e, o, s);
                    h.push(o, r, s);
                  }
                }
                return {
                  positions: o,
                  normals: a,
                  uvs: l,
                  indices: h,
                  minPos: c,
                  maxPos: u,
                  boundingRadius: _
                };
              },
              capsule: function(t = .5, e = .5, i = 2, s = {}) {
                const n = i - t - e;
                const r = s.sides || 32;
                const o = s.heightSegments || 32;
                const a = e / i;
                const l = n / i;
                const h = t / i;
                const c = Math.floor(o * a);
                const u = Math.floor(o * h);
                const _ = Math.floor(o * l);
                const d = n + e - i / 2;
                const p = e - i / 2;
                const m = e - i / 2;
                const f = s.arc || 2 * Math.PI;
                const g = [];
                const y = [];
                const b = [];
                const S = [];
                const A = Math.max(t, e);
                const T = new Pi(-A, -i / 2, -A);
                const v = new Pi(A, i / 2, A);
                const E = i / 2;
                let C = 0;
                const x = [];
                !function() {
                  for (let t = 0; t <= c; ++t) {
                    const i = t * Math.PI / c / 2;
                    const s = Math.sin(i);
                    const n = -Math.cos(i);
                    for (let i = 0; i <= r; ++i) {
                      const a = 2 * i * Math.PI / r - Math.PI / 2;
                      const l = Math.sin(a);
                      const h = Math.cos(a);
                      const u = l * s;
                      const _ = n;
                      const d = h * s;
                      const p = i / r;
                      const f = t / o;
                      g.push(u * e, _ * e + m, d * e);
                      y.push(u, _, d);
                      b.push(p, f);
                      if (t < c && i < r) {
                        const e = r + 1;
                        const s = e * t + i;
                        const n = e * (t + 1) + i;
                        const o = e * (t + 1) + i + 1;
                        const a = e * t + i + 1;
                        S.push(s, a, n);
                        S.push(a, o, n);
                      }
                      ++C;
                    }
                  }
                }();
                !function() {
                  const i = (t - e) / n;
                  for (let s = 0; s <= _; s++) {
                    const o = [];
                    const h = s / _;
                    const c = h * (t - e) + e;
                    for (let t = 0; t <= r; ++t) {
                      const e = t / r;
                      const s = h * l + a;
                      const u = e * f - f / 4;
                      const _ = Math.sin(u);
                      const d = Math.cos(u);
                      g.push(c * _);
                      g.push(h * n + p);
                      g.push(c * d);
                      Pi.normalize(dCt, Pi.set(pCt, _, -i, d));
                      y.push(dCt.x);
                      y.push(dCt.y);
                      y.push(dCt.z);
                      b.push(e, s);
                      o.push(C);
                      ++C;
                    }
                    x.push(o);
                  }
                  for (let t = 0; t < _; ++t) for (let e = 0; e < r; ++e) {
                    const i = x[t][e];
                    const s = x[t + 1][e];
                    const n = x[t + 1][e + 1];
                    const r = x[t][e + 1];
                    S.push(i);
                    S.push(r);
                    S.push(s);
                    S.push(r);
                    S.push(n);
                    S.push(s);
                  }
                }();
                !function() {
                  for (let e = 0; e <= u; ++e) {
                    const i = e * Math.PI / u / 2 + Math.PI / 2;
                    const s = Math.sin(i);
                    const n = -Math.cos(i);
                    for (let i = 0; i <= r; ++i) {
                      const a = 2 * i * Math.PI / r - Math.PI / 2;
                      const l = Math.sin(a);
                      const c = Math.cos(a);
                      const p = l * s;
                      const m = n;
                      const f = c * s;
                      const A = i / r;
                      const T = e / o + (1 - h);
                      g.push(p * t, m * t + d, f * t);
                      y.push(p, m, f);
                      b.push(A, T);
                      if (e < u && i < r) {
                        const t = r + 1;
                        const s = t * e + i + x[_][r] + 1;
                        const n = t * (e + 1) + i + x[_][r] + 1;
                        const o = t * (e + 1) + i + 1 + x[_][r] + 1;
                        const a = t * e + i + 1 + x[_][r] + 1;
                        S.push(s, a, n);
                        S.push(a, o, n);
                      }
                    }
                  }
                }();
                return {
                  positions: g,
                  normals: y,
                  uvs: b,
                  indices: S,
                  minPos: T,
                  maxPos: v,
                  boundingRadius: E
                };
              },
              circle: function(t) {
                const e = function(t) {
                  (t = jEt(t)).segments = 64;
                  return t;
                }(t);
                const i = e.segments;
                const s = new Array(3 * (i + 1));
                s[0] = 0;
                s[1] = 0;
                s[2] = 0;
                const n = new Array(1 + 2 * i);
                n[0] = 0;
                const r = 2 * Math.PI / i;
                for (let t = 0; t < i; ++t) {
                  const e = r * t;
                  const i = Math.cos(e);
                  const o = Math.sin(e);
                  const a = 3 * (t + 1);
                  s[a + 0] = i;
                  s[a + 1] = o;
                  s[a + 2] = 0;
                  const l = 2 * t;
                  n[1 + l] = t + 1;
                  n[1 + (l + 1)] = t + 2;
                }
                i > 0 && (n[n.length - 1] = 1);
                return {
                  positions: s,
                  indices: n,
                  minPos: {
                    x: 1,
                    y: 1,
                    z: 0
                  },
                  maxPos: {
                    x: -1,
                    y: -1,
                    z: 0
                  },
                  boundingRadius: 1,
                  primitiveMode: Xs.TRIANGLE_FAN
                };
              },
              translate: function(t, e) {
                const i = e.x || 0;
                const s = e.y || 0;
                const n = e.z || 0;
                const r = Math.floor(t.positions.length / 3);
                for (let e = 0; e < r; ++e) {
                  const r = 3 * e;
                  const o = 3 * e + 1;
                  const a = 3 * e + 2;
                  t.positions[r] += i;
                  t.positions[o] += s;
                  t.positions[a] += n;
                }
                if (t.minPos) {
                  t.minPos.x += i;
                  t.minPos.y += s;
                  t.minPos.z += n;
                }
                if (t.maxPos) {
                  t.maxPos.x += i;
                  t.maxPos.y += s;
                  t.maxPos.z += n;
                }
                return t;
              },
              scale: function(t, e) {
                const i = e.x || 0;
                const s = e.y || 0;
                const n = e.z || 0;
                const r = Math.floor(t.positions.length / 3);
                for (let e = 0; e < r; ++e) {
                  const r = 3 * e;
                  const o = 3 * e + 1;
                  const a = 3 * e + 2;
                  t.positions[r] *= i;
                  t.positions[o] *= s;
                  t.positions[a] *= n;
                }
                if (t.minPos) {
                  t.minPos.x *= i;
                  t.minPos.y *= s;
                  t.minPos.z *= n;
                }
                if (t.maxPos) {
                  t.maxPos.x *= i;
                  t.maxPos.y *= s;
                  t.maxPos.z *= n;
                }
                t.boundingRadius = Math.max(Math.max(i, s), n);
                return t;
              },
              wireframed: function(t) {
                const {indices: e} = t;
                if (!e) return t;
                if (t.primitiveMode && t.primitiveMode !== Xs.TRIANGLE_LIST) return t;
                const i = [ [ 0, 1 ], [ 1, 2 ], [ 2, 0 ] ];
                const s = [];
                const n = {};
                for (let t = 0; t < e.length; t += 3) for (let r = 0; r < 3; ++r) {
                  const o = e[t + i[r][0]];
                  const a = e[t + i[r][1]];
                  const l = o > a ? a << 16 | o : o << 16 | a;
                  if (void 0 === n[l]) {
                    n[l] = 0;
                    s.push(o, a);
                  }
                }
                t.indices = s;
                t.primitiveMode = Xs.LINE_LIST;
                return t;
              },
              wireframe: function(t) {
                const e = [ [ 0, 1 ], [ 1, 2 ], [ 2, 0 ] ];
                const i = [];
                const s = {};
                for (let n = 0; n < t.length; n += 3) for (let r = 0; r < 3; ++r) {
                  const o = t[n + e[r][0]];
                  const a = t[n + e[r][1]];
                  const l = o > a ? a << 16 | o : o << 16 | a;
                  if (void 0 === s[l]) {
                    s[l] = 0;
                    i.push(o, a);
                  }
                }
                return i;
              },
              invWinding: function(t) {
                const e = [];
                for (let i = 0; i < t.length; i += 3) e.push(t[i], t[i + 2], t[i + 1]);
                return e;
              },
              toWavefrontOBJ: function(t, e = 1) {
                if (!t.indices || !t.uvs || !t.normals || void 0 !== t.primitiveMode && t.primitiveMode !== Xs.TRIANGLE_LIST) return "";
                const i = t.positions;
                const s = t.uvs;
                const n = t.normals;
                const r = t.indices;
                const o = t => `${r[t] + 1}/${r[t] + 1}/${r[t] + 1}`;
                let a = "";
                for (let t = 0; t < i.length; t += 3) a += `v ${i[t] * e} ${i[t + 1] * e} ${i[t + 2] * e}\n`;
                for (let t = 0; t < s.length; t += 2) a += `vt ${s[t]} ${s[t + 1]}\n`;
                for (let t = 0; t < n.length; t += 3) a += `vn ${n[t]} ${n[t + 1]} ${n[t + 2]}\n`;
                for (let t = 0; t < r.length; t += 3) a += `f ${o(t)} ${o(t + 1)} ${o(t + 2)}\n`;
                return a;
              },
              normals: function(t, e, i = 1) {
                const s = new Array(2 * t.length);
                for (let n = 0; n < t.length / 3; ++n) {
                  const r = 3 * n;
                  const o = 6 * n;
                  s[o + 0] = t[r + 0];
                  s[o + 1] = t[r + 1];
                  s[o + 2] = t[r + 2];
                  s[o + 3] = t[r + 0] + e[r + 0] * i;
                  s[o + 4] = t[r + 1] + e[r + 1] * i;
                  s[o + 5] = t[r + 2] + e[r + 2] * i;
                }
                return s;
              },
              applyDefaultGeometryOptions: jEt
            });
            t("primitives", mCt);
            const fCt = new Pi;
            function gCt(t) {
              t.x = Math.abs(t.x);
              t.y = Math.abs(t.y);
              t.z = Math.abs(t.z);
              return t;
            }
            var yCt = Object.freeze({
              __proto__: null,
              setWrap: function(t, e) {
                t.__cc_wrapper__ = e;
              },
              getWrap: function(t) {
                return t.__cc_wrapper__;
              },
              maxComponent: function(t) {
                return Math.max(t.x, Math.max(t.y, t.z));
              },
              VEC3_0: fCt,
              TriggerEventObject: {
                type: "onTriggerEnter",
                selfCollider: null,
                otherCollider: null,
                impl: null
              },
              CollisionEventObject: {
                type: "onCollisionEnter",
                selfCollider: null,
                otherCollider: null,
                contacts: [],
                impl: null
              },
              shrinkPositions: function(t) {
                const e = [];
                if (t.length >= 3) {
                  e[0] = t[0], e[1] = t[1], e[2] = t[2];
                  const i = t.length;
                  for (let s = 3; s < i; s += 3) {
                    const i = t[s];
                    const n = t[s + 1];
                    const r = t[s + 2];
                    const o = e.length;
                    let a = !0;
                    for (let t = 0; t < o; t += 3) if (ci(i, e[t]) && ci(n, e[t + 1]) && ci(r, e[t + 2])) {
                      a = !1;
                      break;
                    }
                    if (a) {
                      e.push(i);
                      e.push(n);
                      e.push(r);
                    }
                  }
                }
                return e;
              },
              absolute: gCt,
              cylinder: rCt
            });
            var bCt, SCt, ACt, TCt, vCt, ECt, CCt, xCt, wCt;
            let RCt = function(e) {
              return t({
                BoxCollider: e,
                BoxColliderComponent: e
              }), e;
            }((bCt = Ul("cc.BoxCollider"), SCt = sh(), ACt = $l(), TCt = Th(Pi), vCt = lh(), 
            bCt(ECt = SCt(ECt = ACt(ECt = Ql(ECt = (CCt = (wCt = class extends HEt {
              get size() {
                return this._size;
              }
              set size(t) {
                if (!Pi.strictEquals(this._size, t)) {
                  Pi.copy(this._size, t);
                  gCt(this._size);
                  this._shape && this.shape.updateSize();
                }
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.BOX);
                Ml(this, "_size", xCt, this);
              }
            }, wCt), Bl(CCt.prototype, "size", [ TCt, vCt ], Object.getOwnPropertyDescriptor(CCt.prototype, "size"), CCt.prototype), 
            xCt = Bl(CCt.prototype, "_size", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(1, 1, 1);
              }
            }), CCt)) || ECt) || ECt) || ECt) || ECt));
            var ICt, MCt, BCt, DCt, PCt, OCt, NCt, LCt;
            let FCt = function(e) {
              return t({
                SphereCollider: e,
                SphereColliderComponent: e
              }), e;
            }((ICt = Ul("cc.SphereCollider"), MCt = sh(), BCt = $l(), DCt = lh(), ICt(PCt = MCt(PCt = BCt(PCt = Ql(PCt = (OCt = (LCt = class extends HEt {
              get radius() {
                return this._radius;
              }
              set radius(t) {
                if (this._radius !== t) {
                  this._radius = Math.abs(t);
                  this._shape && this.shape.updateRadius();
                }
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.SPHERE);
                Ml(this, "_radius", NCt, this);
              }
            }, LCt), Bl(OCt.prototype, "radius", [ DCt ], Object.getOwnPropertyDescriptor(OCt.prototype, "radius"), OCt.prototype), 
            NCt = Bl(OCt.prototype, "_radius", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), OCt)) || PCt) || PCt) || PCt) || PCt));
            var VCt, kCt, UCt, GCt, zCt, HCt, jCt, XCt, WCt, YCt, qCt, KCt, JCt;
            let ZCt = function(e) {
              return t({
                CapsuleCollider: e,
                CapsuleColliderComponent: e
              }), e;
            }((VCt = Ul("cc.CapsuleCollider"), kCt = sh(), UCt = $l(), GCt = lh(), zCt = lh(), 
            HCt = Th(iSt), jCt = lh(), VCt(XCt = kCt(XCt = UCt(XCt = Ql(XCt = (WCt = (JCt = class extends HEt {
              get radius() {
                return this._radius;
              }
              set radius(t) {
                if (this._radius !== t) {
                  this._radius = Math.abs(t);
                  this._shape && this.shape.setRadius(t);
                }
              }
              get cylinderHeight() {
                return this._cylinderHeight;
              }
              set cylinderHeight(t) {
                if (this._cylinderHeight !== t) {
                  this._cylinderHeight = Math.abs(t);
                  this._shape && this.shape.setCylinderHeight(t);
                }
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                if (!((t = Math.floor(t)) < iSt.X_AXIS || t > iSt.Z_AXIS) && this._direction !== t) {
                  this._direction = t;
                  this._shape && this.shape.setDirection(t);
                }
              }
              get height() {
                return 2 * this._radius + this._cylinderHeight;
              }
              set height(t) {
                let e = t - 2 * this._radius;
                e < 0 && (e = 0);
                this.cylinderHeight = e;
              }
              get worldHeight() {
                return 2 * this._radius * this._getRadiusScale() + this._cylinderHeight * this._getHeightScale();
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.CAPSULE);
                Ml(this, "_radius", YCt, this);
                Ml(this, "_cylinderHeight", qCt, this);
                Ml(this, "_direction", KCt, this);
              }
              _getRadiusScale() {
                if (null == this.node) return 1;
                const t = this.node.worldScale;
                return this._direction === iSt.Y_AXIS ? Math.abs(Ri(t.x, t.z)) : this._direction === iSt.X_AXIS ? Math.abs(Ri(t.y, t.z)) : Math.abs(Ri(t.x, t.y));
              }
              _getHeightScale() {
                if (null == this.node) return 1;
                const t = this.node.worldScale;
                return this._direction === iSt.Y_AXIS ? Math.abs(t.y) : this._direction === iSt.X_AXIS ? Math.abs(t.x) : Math.abs(t.z);
              }
            }, JCt), Bl(WCt.prototype, "radius", [ GCt ], Object.getOwnPropertyDescriptor(WCt.prototype, "radius"), WCt.prototype), 
            Bl(WCt.prototype, "cylinderHeight", [ zCt ], Object.getOwnPropertyDescriptor(WCt.prototype, "cylinderHeight"), WCt.prototype), 
            Bl(WCt.prototype, "direction", [ HCt, jCt ], Object.getOwnPropertyDescriptor(WCt.prototype, "direction"), WCt.prototype), 
            YCt = Bl(WCt.prototype, "_radius", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), qCt = Bl(WCt.prototype, "_cylinderHeight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), KCt = Bl(WCt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return iSt.Y_AXIS;
              }
            }), WCt)) || XCt) || XCt) || XCt) || XCt));
            var QCt, $Ct, txt, ext, ixt, sxt, nxt, rxt, oxt, axt, lxt, hxt, cxt;
            let uxt = function(e) {
              return t({
                CylinderCollider: e,
                CylinderColliderComponent: e
              }), e;
            }((QCt = Ul("cc.CylinderCollider"), $Ct = sh(), txt = $l(), ext = lh(), ixt = lh(), 
            sxt = Th(iSt), nxt = lh(), QCt(rxt = $Ct(rxt = txt(rxt = Ql(rxt = (oxt = (cxt = class extends HEt {
              get radius() {
                return this._radius;
              }
              set radius(t) {
                if (this._radius !== t) {
                  this._radius = Math.abs(t);
                  this._shape && this.shape.setRadius(t);
                }
              }
              get height() {
                return this._height;
              }
              set height(t) {
                if (this._height !== t) {
                  this._height = Math.abs(t);
                  this._shape && this.shape.setHeight(t);
                }
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                if (this._direction !== t && !(t < iSt.X_AXIS || t > iSt.Z_AXIS)) {
                  this._direction = t;
                  this._shape && this.shape.setDirection(t);
                }
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.CYLINDER);
                Ml(this, "_radius", axt, this);
                Ml(this, "_height", lxt, this);
                Ml(this, "_direction", hxt, this);
              }
            }, cxt), Bl(oxt.prototype, "radius", [ ext ], Object.getOwnPropertyDescriptor(oxt.prototype, "radius"), oxt.prototype), 
            Bl(oxt.prototype, "height", [ ixt ], Object.getOwnPropertyDescriptor(oxt.prototype, "height"), oxt.prototype), 
            Bl(oxt.prototype, "direction", [ sxt, nxt ], Object.getOwnPropertyDescriptor(oxt.prototype, "direction"), oxt.prototype), 
            axt = Bl(oxt.prototype, "_radius", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), lxt = Bl(oxt.prototype, "_height", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 2;
              }
            }), hxt = Bl(oxt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return iSt.Y_AXIS;
              }
            }), oxt)) || rxt) || rxt) || rxt) || rxt));
            var _xt, dxt, pxt, mxt, fxt, gxt, yxt, bxt, Sxt, Axt, Txt, vxt, Ext;
            let Cxt = t("ConeCollider", (_xt = Ul("cc.ConeCollider"), dxt = sh(), pxt = $l(), 
            mxt = lh(), fxt = lh(), gxt = Th(iSt), yxt = lh(), _xt(bxt = dxt(bxt = pxt(bxt = Ql(bxt = (Sxt = (Ext = class extends HEt {
              get radius() {
                return this._radius;
              }
              set radius(t) {
                if (this._radius !== t) {
                  this._radius = Math.abs(t);
                  this._shape && this.shape.setRadius(t);
                }
              }
              get height() {
                return this._height;
              }
              set height(t) {
                if (this._height !== t) {
                  t < 0 && (t = 0);
                  this._height = t;
                  this._shape && this.shape.setHeight(t);
                }
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                if (this._direction !== t && !(t < iSt.X_AXIS || t > iSt.Z_AXIS)) {
                  this._direction = t;
                  this._shape && this.shape.setDirection(t);
                }
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.CONE);
                Ml(this, "_radius", Axt, this);
                Ml(this, "_height", Txt, this);
                Ml(this, "_direction", vxt, this);
              }
            }, Ext), Bl(Sxt.prototype, "radius", [ mxt ], Object.getOwnPropertyDescriptor(Sxt.prototype, "radius"), Sxt.prototype), 
            Bl(Sxt.prototype, "height", [ fxt ], Object.getOwnPropertyDescriptor(Sxt.prototype, "height"), Sxt.prototype), 
            Bl(Sxt.prototype, "direction", [ gxt, yxt ], Object.getOwnPropertyDescriptor(Sxt.prototype, "direction"), Sxt.prototype), 
            Axt = Bl(Sxt.prototype, "_radius", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), Txt = Bl(Sxt.prototype, "_height", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), vxt = Bl(Sxt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return iSt.Y_AXIS;
              }
            }), Sxt)) || bxt) || bxt) || bxt) || bxt));
            var xxt, wxt, Rxt, Ixt, Mxt, Bxt, Dxt, Pxt, Oxt, Nxt, Lxt;
            let Fxt = function(e) {
              return t({
                MeshCollider: e,
                MeshColliderComponent: e
              }), e;
            }((xxt = Ul("cc.MeshCollider"), wxt = sh(), Rxt = $l(), Ixt = Th(Ez), Mxt = lh(), 
            Bxt = lh(), xxt(Dxt = wxt(Dxt = Rxt(Dxt = Ql(Dxt = (Pxt = (Lxt = class extends HEt {
              get mesh() {
                return this._mesh;
              }
              set mesh(t) {
                if (this._mesh !== t) {
                  this._mesh = t;
                  this._shape && this.shape.setMesh(this._mesh);
                }
              }
              get convex() {
                return this._convex;
              }
              set convex(t) {
                this._convex !== t && (this._convex = t);
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.MESH);
                Ml(this, "_mesh", Oxt, this);
                Ml(this, "_convex", Nxt, this);
              }
            }, Lxt), Bl(Pxt.prototype, "mesh", [ Ixt, Mxt ], Object.getOwnPropertyDescriptor(Pxt.prototype, "mesh"), Pxt.prototype), 
            Bl(Pxt.prototype, "convex", [ nh, Bxt ], Object.getOwnPropertyDescriptor(Pxt.prototype, "convex"), Pxt.prototype), 
            Oxt = Bl(Pxt.prototype, "_mesh", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Nxt = Bl(Pxt.prototype, "_convex", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Pxt)) || Dxt) || Dxt) || Dxt) || Dxt));
            var Vxt, kxt, Uxt, Gxt, zxt, Hxt, jxt, Xxt, Wxt, Yxt, qxt, Kxt, Jxt, Zxt, Qxt, $xt, twt, ewt, iwt;
            let swt = t("ConstantForce", (Vxt = Ul("cc.ConstantForce"), kxt = sh(), Uxt = Gl(SEt), 
            Gxt = $l(), zxt = ph(), Hxt = lh(), jxt = ph(), Xxt = lh(), Wxt = ph(), Yxt = lh(), 
            qxt = ph(), Kxt = lh(), Vxt(Jxt = kxt(Jxt = Uxt(Jxt = Gxt(Jxt = Hl(Jxt = Ql(Jxt = (Zxt = (iwt = class extends Qc {
              constructor(...t) {
                super(...t);
                this._rigidBody = null;
                Ml(this, "_force", Qxt, this);
                Ml(this, "_localForce", $xt, this);
                Ml(this, "_torque", twt, this);
                Ml(this, "_localTorque", ewt, this);
                this._mask = 0;
              }
              get force() {
                return this._force;
              }
              set force(t) {
                Pi.copy(this._force, t);
                this._maskUpdate(this._force, 1);
              }
              get localForce() {
                return this._localForce;
              }
              set localForce(t) {
                Pi.copy(this._localForce, t);
                this._maskUpdate(this.localForce, 2);
              }
              get torque() {
                return this._torque;
              }
              set torque(t) {
                Pi.copy(this._torque, t);
                this._maskUpdate(this._torque, 4);
              }
              get localTorque() {
                return this._localTorque;
              }
              set localTorque(t) {
                Pi.copy(this._localTorque, t);
                this._maskUpdate(this._localTorque, 8);
              }
              onLoad() {
                this._rigidBody = this.node.getComponent(SEt);
                this._maskUpdate(this._force, 1);
                this._maskUpdate(this._localForce, 2);
                this._maskUpdate(this._torque, 4);
                this._maskUpdate(this._localTorque, 8);
              }
              lateUpdate(t) {
                if (null != this._rigidBody && 0 !== this._mask) {
                  1 & this._mask && this._rigidBody.applyForce(this._force);
                  2 & this._mask && this._rigidBody.applyLocalForce(this.localForce);
                  4 & this._mask && this._rigidBody.applyTorque(this._torque);
                  8 & this._mask && this._rigidBody.applyLocalTorque(this._localTorque);
                }
              }
              _maskUpdate(t, e) {
                t.strictEquals(Pi.ZERO) ? this._mask &= ~e : this._mask |= e;
              }
            }, iwt), Qxt = Bl(Zxt.prototype, "_force", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), $xt = Bl(Zxt.prototype, "_localForce", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), twt = Bl(Zxt.prototype, "_torque", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), ewt = Bl(Zxt.prototype, "_localTorque", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), Bl(Zxt.prototype, "force", [ zxt, Hxt ], Object.getOwnPropertyDescriptor(Zxt.prototype, "force"), Zxt.prototype), 
            Bl(Zxt.prototype, "localForce", [ jxt, Xxt ], Object.getOwnPropertyDescriptor(Zxt.prototype, "localForce"), Zxt.prototype), 
            Bl(Zxt.prototype, "torque", [ Wxt, Yxt ], Object.getOwnPropertyDescriptor(Zxt.prototype, "torque"), Zxt.prototype), 
            Bl(Zxt.prototype, "localTorque", [ qxt, Kxt ], Object.getOwnPropertyDescriptor(Zxt.prototype, "localTorque"), Zxt.prototype), 
            Zxt)) || Jxt) || Jxt) || Jxt) || Jxt) || Jxt) || Jxt));
            var nwt, rwt, owt, awt, lwt, hwt, cwt, uwt, _wt, dwt, pwt, mwt, fwt;
            t("TERRAIN_MAX_LEVELS", 4);
            const gwt = t("TERRAIN_MAX_BLEND_LAYERS", 4);
            const ywt = t("TERRAIN_MAX_LAYER_COUNT", 256);
            const bwt = t("TERRAIN_BLOCK_TILE_COMPLEXITY", 32);
            const Swt = t("TERRAIN_BLOCK_VERTEX_COMPLEXITY", 33);
            const Awt = t("TERRAIN_BLOCK_VERTEX_SIZE", 8);
            const Twt = t("TERRAIN_HEIGHT_BASE", 32768);
            const vwt = t("TERRAIN_HEIGHT_FACTORY", 1 / 512);
            const Ewt = t("TERRAIN_HEIGHT_FMIN", -Twt * vwt);
            const Cwt = t("TERRAIN_HEIGHT_FMAX", (65535 - Twt) * vwt);
            t("TERRAIN_NORTH_INDEX", 0);
            t("TERRAIN_SOUTH_INDEX", 1);
            t("TERRAIN_WEST_INDEX", 2);
            t("TERRAIN_EAST_INDEX", 3);
            const xwt = t("TERRAIN_DATA_VERSION", 16842753);
            const wwt = t("TERRAIN_DATA_VERSION2", 16842754);
            const Rwt = t("TERRAIN_DATA_VERSION3", 16842755);
            const Iwt = t("TERRAIN_DATA_VERSION4", 16842756);
            const Mwt = t("TERRAIN_DATA_VERSION5", 16842757);
            const Bwt = t("TERRAIN_DATA_VERSION6", 16842758);
            const Dwt = t("TERRAIN_DATA_VERSION_DEFAULT", 16843025);
            class Pwt {
              constructor() {
                this.length = 0;
                this.buffer = new Uint8Array(2048);
                this._buffView = new DataView(this.buffer.buffer);
                this._seekPos = 0;
              }
              reserve(t) {
                if (this.buffer.byteLength > t) return;
                let e = this.buffer.byteLength;
                for (;e < t; ) e += e;
                const i = new Uint8Array(e);
                for (let t = 0; t < this.length; ++t) i[t] = this.buffer[t];
                this.buffer = i;
                this._buffView = new DataView(this.buffer.buffer);
              }
              assign(t) {
                this.buffer = t;
                this.length = t.length;
                this._seekPos = t.byteOffset;
                this._buffView = new DataView(t.buffer);
              }
              writeInt8(t) {
                this.reserve(this.length + 1);
                this._buffView.setInt8(this.length, t);
                this.length += 1;
              }
              writeInt16(t) {
                this.reserve(this.length + 2);
                this._buffView.setInt16(this.length, t, !0);
                this.length += 2;
              }
              writeInt32(t) {
                this.reserve(this.length + 4);
                this._buffView.setInt32(this.length, t, !0);
                this.length += 4;
              }
              writeIntArray(t) {
                this.reserve(this.length + 4 * t.length);
                for (let e = 0; e < t.length; ++e) this._buffView.setInt32(this.length + 4 * e, t[e], !0);
                this.length += 4 * t.length;
              }
              writeFloat(t) {
                this.reserve(this.length + 4);
                this._buffView.setFloat32(this.length, t, !0);
                this.length += 4;
              }
              writeFloatArray(t) {
                this.reserve(this.length + 4 * t.length);
                for (let e = 0; e < t.length; ++e) this._buffView.setFloat32(this.length + 4 * e, t[e], !0);
                this.length += 4 * t.length;
              }
              writeString(t) {
                this.reserve(this.length + t.length + 4);
                this._buffView.setInt32(this.length, t.length, !0);
                for (let e = 0; e < t.length; ++e) this._buffView.setInt8(this.length + 4 + e, t.charCodeAt(e));
                this.length += t.length + 4;
              }
              readInt8() {
                const t = this._buffView.getInt8(this._seekPos);
                this._seekPos += 1;
                return t;
              }
              readInt16() {
                const t = this._buffView.getInt16(this._seekPos, !0);
                this._seekPos += 2;
                return t;
              }
              readInt() {
                const t = this._buffView.getInt32(this._seekPos, !0);
                this._seekPos += 4;
                return t;
              }
              readIntArray(t) {
                for (let e = 0; e < t.length; ++e) t[e] = this._buffView.getInt32(this._seekPos + 4 * e, !0);
                this._seekPos += 4 * t.length;
                return t;
              }
              readFloat() {
                const t = this._buffView.getFloat32(this._seekPos, !0);
                this._seekPos += 4;
                return t;
              }
              readFloatArray(t) {
                for (let e = 0; e < t.length; ++e) t[e] = this._buffView.getFloat32(this._seekPos + 4 * e, !0);
                this._seekPos += 4 * t.length;
                return t;
              }
              readString() {
                const t = this.readInt();
                let e = "";
                for (let i = 0; i < t; ++i) e += String.fromCharCode(this.readInt8());
                return e;
              }
            }
            let Owt = t("TerrainLayerInfo", Ul("cc.TerrainLayerInfo")(nwt = (rwt = class {
              constructor() {
                Ml(this, "slot", owt, this);
                Ml(this, "tileSize", awt, this);
                Ml(this, "detailMap", lwt, this);
                Ml(this, "normalMap", hwt, this);
                Ml(this, "roughness", cwt, this);
                Ml(this, "metallic", uwt, this);
              }
            }, owt = Bl(rwt.prototype, "slot", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), awt = Bl(rwt.prototype, "tileSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), lwt = Bl(rwt.prototype, "detailMap", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), hwt = Bl(rwt.prototype, "normalMap", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), cwt = Bl(rwt.prototype, "roughness", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), uwt = Bl(rwt.prototype, "metallic", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), rwt)) || nwt);
            let Nwt = t("TerrainLayerBinaryInfo", Ul("cc.TerrainLayerBinaryInfo")(_wt = class {
              constructor() {
                this.slot = 0;
                this.tileSize = 1;
                this.roughness = 1;
                this.metallic = 0;
                this.detailMapId = "";
                this.normalMapId = "";
              }
            }) || _wt);
            let Lwt = t("TerrainAsset", Ul("cc.TerrainAsset")(dwt = (pwt = (fwt = class extends gc {
              constructor() {
                super();
                this._version = 0;
                this._data = null;
                this._tileSize = 1;
                this._blockCount = [ 1, 1 ];
                this._weightMapSize = 128;
                this._lightMapSize = 128;
                this._heights = new Uint16Array;
                this._normals = new Float32Array;
                this._weights = new Uint8Array;
                this._layerBuffer = [ -1, -1, -1, -1 ];
                this._layerBinaryInfos = [];
                Ml(this, "_layerInfos", mwt, this);
              }
              get _nativeAsset() {
                return this._data.buffer;
              }
              set _nativeAsset(t) {
                this._data && this._data.byteLength === t.byteLength ? this._data.set(new Uint8Array(t)) : this._data = new Uint8Array(t);
                this._loadNativeData(this._data);
              }
              get version() {
                return this._version;
              }
              set tileSize(t) {
                this._tileSize = t;
              }
              get tileSize() {
                return this._tileSize;
              }
              set blockCount(t) {
                this._blockCount = t;
              }
              get blockCount() {
                return this._blockCount;
              }
              set lightMapSize(t) {
                this._lightMapSize = t;
              }
              get lightMapSize() {
                return this._lightMapSize;
              }
              set weightMapSize(t) {
                this._weightMapSize = t;
              }
              get weightMapSize() {
                return this._weightMapSize;
              }
              set heights(t) {
                this._heights = t;
              }
              get heights() {
                return this._heights;
              }
              set normals(t) {
                this._normals = t;
              }
              get normals() {
                return this._normals;
              }
              set weights(t) {
                this._weights = t;
              }
              get weights() {
                return this._weights;
              }
              set layerBuffer(t) {
                this._layerBuffer = t;
              }
              get layerBuffer() {
                return this._layerBuffer;
              }
              set layerInfos(t) {
                this._layerInfos = t;
              }
              get layerInfos() {
                return this._layerInfos;
              }
              get layerBinaryInfos() {
                return this._layerBinaryInfos;
              }
              getLayer(t, e, i) {
                const s = 4 * (e * this.blockCount[0] + t) + i;
                return t < this.blockCount[0] && e < this.blockCount[1] && s < this._layerBuffer.length ? this._layerBuffer[s] : -1;
              }
              getHeight(t, e) {
                const i = this._blockCount[0] * bwt + 1;
                return (this._heights[e * i + t] - Twt) * vwt;
              }
              getVertexCountI() {
                return this._blockCount.length < 1 ? 0 : this._blockCount[0] * bwt + 1;
              }
              getVertexCountJ() {
                return this._blockCount.length < 2 ? 0 : this._blockCount[1] * bwt + 1;
              }
              _setNativeData(t) {
                this._data = t;
              }
              _loadNativeData(t) {
                if (!t || 0 === t.length) return !1;
                const e = new Pwt;
                e.assign(t);
                this._version = e.readInt();
                if (this._version === Dwt) return !0;
                if (this._version !== xwt && this._version !== wwt && this._version !== Rwt && this._version !== Iwt && this._version !== Mwt && this._version !== Bwt) return !1;
                this.tileSize = e.readFloat();
                e.readIntArray(this._blockCount);
                this.weightMapSize = e.readInt16();
                this.lightMapSize = e.readInt16();
                const i = e.readInt();
                this.heights = new Uint16Array(i);
                for (let t = 0; t < this.heights.length; ++t) this.heights[t] = e.readInt16();
                if (this._version >= Bwt) {
                  const t = e.readInt();
                  this.normals = new Float32Array(t);
                  for (let t = 0; t < this.normals.length; ++t) this.normals[t] = e.readFloat();
                }
                const s = e.readInt();
                this.weights = new Uint8Array(s);
                for (let t = 0; t < this.weights.length; ++t) this.weights[t] = e.readInt8();
                if (this._version >= wwt) {
                  const t = e.readInt();
                  this.layerBuffer = new Array(t);
                  for (let t = 0; t < this.layerBuffer.length; ++t) this.layerBuffer[t] = e.readInt16();
                }
                if (this._version >= Rwt) {
                  const t = e.readInt();
                  this._layerBinaryInfos = new Array(t);
                  for (let t = 0; t < this._layerBinaryInfos.length; ++t) {
                    this._layerBinaryInfos[t] = new Nwt;
                    this._layerBinaryInfos[t].slot = e.readInt();
                    this._layerBinaryInfos[t].tileSize = e.readFloat();
                    this._layerBinaryInfos[t].detailMapId = e.readString();
                    if (this._version >= Iwt) {
                      this._layerBinaryInfos[t].normalMapId = e.readString();
                      this._layerBinaryInfos[t].roughness = e.readFloat();
                      this._layerBinaryInfos[t].metallic = e.readFloat();
                    }
                  }
                }
                return !0;
              }
              _exportNativeData() {
                const t = new Pwt;
                t.writeInt32(Bwt);
                t.writeFloat(this.tileSize);
                t.writeIntArray(this._blockCount);
                t.writeInt16(this.weightMapSize);
                t.writeInt16(this.lightMapSize);
                t.writeInt32(this.heights.length);
                for (let e = 0; e < this.heights.length; ++e) t.writeInt16(this.heights[e]);
                t.writeInt32(this.normals.length);
                for (let e = 0; e < this.normals.length; ++e) t.writeFloat(this.normals[e]);
                t.writeInt32(this.weights.length);
                for (let e = 0; e < this.weights.length; ++e) t.writeInt8(this.weights[e]);
                t.writeInt32(this.layerBuffer.length);
                for (let e = 0; e < this.layerBuffer.length; ++e) t.writeInt16(this.layerBuffer[e]);
                const e = [];
                e.length = this.layerInfos.length;
                for (let t = 0; t < e.length; ++t) {
                  const i = this.layerInfos[t];
                  const s = new Nwt;
                  s.slot = t;
                  s.tileSize = i.tileSize;
                  s.detailMapId = i.detailMap ? i.detailMap._uuid : "";
                  s.normalMapId = i.normalMap ? i.normalMap._uuid : "";
                  s.metallic = i.metallic;
                  s.roughness = i.roughness;
                  e[t] = s;
                }
                t.writeInt32(e.length);
                for (let i = 0; i < e.length; ++i) {
                  t.writeInt32(e[i].slot);
                  t.writeFloat(e[i].tileSize);
                  t.writeString(e[i].detailMapId);
                  t.writeString(e[i].normalMapId);
                  t.writeFloat(e[i].roughness);
                  t.writeFloat(e[i].metallic);
                }
                return t.buffer;
              }
              _exportDefaultNativeData() {
                const t = new Pwt;
                t.writeInt32(Dwt);
                return t.buffer;
              }
            }, fwt), mwt = Bl(pwt.prototype, "_layerInfos", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), pwt)) || dwt);
            var Fwt, Vwt, kwt, Uwt, Gwt, zwt, Hwt, jwt, Xwt;
            let Wwt = t("TerrainCollider", (Fwt = Ul("cc.TerrainCollider"), Vwt = sh(), kwt = $l(), 
            Uwt = Th(Lwt), Gwt = lh(), Fwt(zwt = Vwt(zwt = kwt(zwt = Ql(zwt = (Hwt = (Xwt = class extends HEt {
              get terrain() {
                return this._terrain;
              }
              set terrain(t) {
                this._terrain = t;
                this._shape && this.shape.setTerrain(this._terrain);
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.TERRAIN);
                Ml(this, "_terrain", jwt, this);
              }
            }, Xwt), Bl(Hwt.prototype, "terrain", [ Uwt, Gwt ], Object.getOwnPropertyDescriptor(Hwt.prototype, "terrain"), Hwt.prototype), 
            jwt = Bl(Hwt.prototype, "_terrain", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Hwt)) || zwt) || zwt) || zwt) || zwt));
            var Ywt, qwt, Kwt, Jwt, Zwt, Qwt, $wt, tRt, eRt, iRt, sRt, nRt, rRt, oRt, aRt, lRt, hRt, cRt;
            let uRt = t("SimplexCollider", (Ywt = Ul("cc.SimplexCollider"), qwt = sh(), Kwt = $l(), 
            Jwt = Th(sSt), Zwt = lh(), Qwt = lh(), $wt = rh(), tRt = lh(), eRt = rh(), iRt = lh(), 
            sRt = rh(), nRt = lh(), Ywt(rRt = qwt(rRt = Kwt(rRt = Ql(rRt = (oRt = (cRt = hRt = class extends HEt {
              get shapeType() {
                return this._shapeType;
              }
              set shapeType(t) {
                this._shapeType = t;
                this._shape && this.shape.setShapeType(t);
              }
              get vertex0() {
                return this._vertices[0];
              }
              set vertex0(t) {
                Pi.copy(this._vertices[0], t);
                this.updateVertices();
              }
              get vertex1() {
                return this._vertices[1];
              }
              set vertex1(t) {
                Pi.copy(this._vertices[1], t);
                this.updateVertices();
              }
              get vertex2() {
                return this._vertices[2];
              }
              set vertex2(t) {
                Pi.copy(this._vertices[2], t);
                this.updateVertices();
              }
              get vertex3() {
                return this._vertices[3];
              }
              set vertex3(t) {
                Pi.copy(this._vertices[3], t);
                this.updateVertices();
              }
              get shape() {
                return this._shape;
              }
              get vertices() {
                return this._vertices;
              }
              constructor() {
                super(nSt.SIMPLEX);
                Ml(this, "_shapeType", aRt, this);
                Ml(this, "_vertices", lRt, this);
              }
              updateVertices() {
                this._shape && this.shape.setVertices(this._vertices);
              }
            }, hRt.ESimplexType = sSt, cRt), Bl(oRt.prototype, "shapeType", [ Jwt, Zwt ], Object.getOwnPropertyDescriptor(oRt.prototype, "shapeType"), oRt.prototype), 
            Bl(oRt.prototype, "vertex0", [ nh, Qwt ], Object.getOwnPropertyDescriptor(oRt.prototype, "vertex0"), oRt.prototype), 
            Bl(oRt.prototype, "vertex1", [ $wt, tRt ], Object.getOwnPropertyDescriptor(oRt.prototype, "vertex1"), oRt.prototype), 
            Bl(oRt.prototype, "vertex2", [ eRt, iRt ], Object.getOwnPropertyDescriptor(oRt.prototype, "vertex2"), oRt.prototype), 
            Bl(oRt.prototype, "vertex3", [ sRt, nRt ], Object.getOwnPropertyDescriptor(oRt.prototype, "vertex3"), oRt.prototype), 
            aRt = Bl(oRt.prototype, "_shapeType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return sSt.TETRAHEDRON;
              }
            }), lRt = Bl(oRt.prototype, "_vertices", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [ new Pi(0, 0, 0), new Pi(0, 0, 1), new Pi(1, 0, 0), new Pi(0, 1, 0) ];
              }
            }), oRt)) || rRt) || rRt) || rRt) || rRt));
            uRt || (uRt = t("SimplexCollider", {}));
            var _Rt, dRt, pRt, mRt, fRt, gRt, yRt, bRt, SRt, ARt, TRt;
            let vRt = t("PlaneCollider", (_Rt = Ul("cc.PlaneCollider"), dRt = sh(), pRt = $l(), 
            mRt = Th(Pi), fRt = lh(), gRt = lh(), _Rt(yRt = dRt(yRt = pRt(yRt = Ql(yRt = (bRt = (TRt = class extends HEt {
              get normal() {
                return this._normal;
              }
              set normal(t) {
                if (!Pi.strictEquals(this._normal, t)) {
                  Pi.copy(this._normal, t);
                  this._shape && this.shape.setNormal(this._normal);
                }
              }
              get constant() {
                return this._constant;
              }
              set constant(t) {
                if (this._constant !== t) {
                  this._constant = t;
                  this._shape && this.shape.setConstant(this._constant);
                }
              }
              get shape() {
                return this._shape;
              }
              constructor() {
                super(nSt.PLANE);
                Ml(this, "_normal", SRt, this);
                Ml(this, "_constant", ARt, this);
              }
            }, TRt), Bl(bRt.prototype, "normal", [ mRt, fRt ], Object.getOwnPropertyDescriptor(bRt.prototype, "normal"), bRt.prototype), 
            Bl(bRt.prototype, "constant", [ nh, gRt ], Object.getOwnPropertyDescriptor(bRt.prototype, "constant"), bRt.prototype), 
            SRt = Bl(bRt.prototype, "_normal", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi(0, 1, 0);
              }
            }), ARt = Bl(bRt.prototype, "_constant", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), bRt)) || yRt) || yRt) || yRt) || yRt));
            var ERt, CRt, xRt, wRt, RRt, IRt, MRt, BRt, DRt, PRt, ORt, NRt, LRt, FRt;
            let VRt = t("Constraint", (ERt = Ul("cc.Constraint"), CRt = Gl(SEt), xRt = Th(SEt), 
            wRt = ph(), RRt = Th(SEt), IRt = ph(), MRt = ph(), BRt = Th(SEt), ERt(DRt = CRt(DRt = (PRt = (FRt = LRt = class extends(To(Qc)){
              get attachedBody() {
                return this.getComponent(SEt);
              }
              get connectedBody() {
                return this._connectedBody;
              }
              set connectedBody(t) {
                this._connectedBody = t;
                this._constraint && this._constraint.setConnectedBody(t);
              }
              get enableCollision() {
                return this._enableCollision;
              }
              set enableCollision(t) {
                this._enableCollision = t;
                this._constraint && this._constraint.setEnableCollision(t);
              }
              constructor(t) {
                super();
                this.TYPE = void 0;
                Ml(this, "_enableCollision", ORt, this);
                Ml(this, "_connectedBody", NRt, this);
                this._constraint = null;
                this.TYPE = t;
              }
              onLoad() {
                if (ovt.runInEditor) {
                  this._constraint = yvt(this.TYPE);
                  this._constraint.initialize(this);
                }
              }
              onEnable() {
                this._constraint && this._constraint.onEnable();
              }
              onDisable() {
                this._constraint && this._constraint.onDisable();
              }
              onDestroy() {
                this._constraint && this._constraint.onDestroy();
              }
            }, LRt.Type = rSt, FRt), Bl(PRt.prototype, "attachedBody", [ xRt, oh, wRt ], Object.getOwnPropertyDescriptor(PRt.prototype, "attachedBody"), PRt.prototype), 
            Bl(PRt.prototype, "connectedBody", [ RRt, IRt ], Object.getOwnPropertyDescriptor(PRt.prototype, "connectedBody"), PRt.prototype), 
            Bl(PRt.prototype, "enableCollision", [ MRt ], Object.getOwnPropertyDescriptor(PRt.prototype, "enableCollision"), PRt.prototype), 
            ORt = Bl(PRt.prototype, "_enableCollision", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), NRt = Bl(PRt.prototype, "_connectedBody", [ BRt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), PRt)) || DRt) || DRt));
            VRt || (VRt = t("Constraint", {}));
            var kRt, URt, GRt, zRt, HRt, jRt, XRt, WRt, YRt, qRt, KRt, JRt, ZRt, QRt, $Rt;
            let tIt = t("HingeConstraint", (kRt = Ul("cc.HingeConstraint"), URt = sh(), GRt = $l(), 
            zRt = Th(Pi), HRt = Th(Pi), jRt = Th(Pi), XRt = ql("axisA"), WRt = ql("pivotA"), 
            YRt = ql("pivotB"), kRt(qRt = URt(qRt = GRt(qRt = (KRt = ($Rt = class extends VRt {
              get pivotA() {
                return this._pivotA;
              }
              set pivotA(t) {
                Pi.copy(this._pivotA, t);
                this.constraint.setPivotA(this._pivotA);
              }
              get pivotB() {
                return this._pivotB;
              }
              set pivotB(t) {
                Pi.copy(this._pivotB, t);
                this.constraint.setPivotB(this._pivotB);
              }
              get axis() {
                return this._axis;
              }
              set axis(t) {
                Pi.copy(this._axis, t);
                this.constraint.setAxis(this._axis);
              }
              get constraint() {
                return this._constraint;
              }
              constructor() {
                super(rSt.HINGE);
                Ml(this, "_axis", JRt, this);
                Ml(this, "_pivotA", ZRt, this);
                Ml(this, "_pivotB", QRt, this);
              }
            }, $Rt), Bl(KRt.prototype, "pivotA", [ zRt ], Object.getOwnPropertyDescriptor(KRt.prototype, "pivotA"), KRt.prototype), 
            Bl(KRt.prototype, "pivotB", [ HRt ], Object.getOwnPropertyDescriptor(KRt.prototype, "pivotB"), KRt.prototype), 
            Bl(KRt.prototype, "axis", [ jRt ], Object.getOwnPropertyDescriptor(KRt.prototype, "axis"), KRt.prototype), 
            JRt = Bl(KRt.prototype, "_axis", [ Yl, XRt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), ZRt = Bl(KRt.prototype, "_pivotA", [ Yl, WRt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), QRt = Bl(KRt.prototype, "_pivotB", [ Yl, YRt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), KRt)) || qRt) || qRt) || qRt));
            var eIt, iIt, sIt, nIt, rIt, oIt, aIt, lIt, hIt, cIt;
            let uIt = t("PointToPointConstraint", (eIt = Ul("cc.PointToPointConstraint"), iIt = sh(), 
            sIt = $l(), nIt = Th(Pi), rIt = Th(Pi), eIt(oIt = iIt(oIt = sIt(oIt = (aIt = (cIt = class extends VRt {
              get pivotA() {
                return this._pivotA;
              }
              set pivotA(t) {
                Pi.copy(this._pivotA, t);
                this.constraint.setPivotA(this._pivotA);
              }
              get pivotB() {
                return this._pivotB;
              }
              set pivotB(t) {
                Pi.copy(this._pivotB, t);
                this.constraint.setPivotB(this._pivotB);
              }
              get constraint() {
                return this._constraint;
              }
              constructor() {
                super(rSt.POINT_TO_POINT);
                Ml(this, "_pivotA", lIt, this);
                Ml(this, "_pivotB", hIt, this);
              }
            }, cIt), Bl(aIt.prototype, "pivotA", [ nIt ], Object.getOwnPropertyDescriptor(aIt.prototype, "pivotA"), aIt.prototype), 
            Bl(aIt.prototype, "pivotB", [ rIt ], Object.getOwnPropertyDescriptor(aIt.prototype, "pivotB"), aIt.prototype), 
            lIt = Bl(aIt.prototype, "_pivotA", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), hIt = Bl(aIt.prototype, "_pivotB", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Pi;
              }
            }), aIt)) || oIt) || oIt) || oIt));
            m.PhysicsSystem = Ivt;
            m.PhysicsMaterial = wvt;
            m.PhysicsRayResult = Rvt;
            m.ConstantForce = swt;
            var _It = Object.freeze({
              __proto__: null,
              PhysicsSystem: Ivt,
              PhysicsRayResult: Rvt,
              get Collider() {
                return HEt;
              },
              BoxCollider: RCt,
              SphereCollider: FCt,
              CapsuleCollider: ZCt,
              MeshCollider: Fxt,
              CylinderCollider: uxt,
              ConeCollider: Cxt,
              TerrainCollider: Wwt,
              get SimplexCollider() {
                return uRt;
              },
              PlaneCollider: vRt,
              get Constraint() {
                return VRt;
              },
              HingeConstraint: tIt,
              PointToPointConstraint: uIt,
              get RigidBody() {
                return SEt;
              },
              PhysicsMaterial: wvt,
              ConstantForce: swt,
              selector: ovt,
              utils: yCt,
              get ERigidBodyType() {
                return eSt;
              },
              get EAxisDirection() {
                return iSt;
              },
              get ESimplexType() {
                return sSt;
              },
              get EColliderType() {
                return nSt;
              },
              get EConstraintType() {
                return rSt;
              },
              get PhysicsGroup() {
                return oSt;
              }
            });
            t("physics", _It);
            W(Ivt, "PhysicsSystem", [ {
              name: "ins",
              newName: "instance"
            }, {
              name: "PHYSICS_AMMO",
              newName: "PHYSICS_BULLET"
            } ]);
            W(Ivt.prototype, "PhysicsSystem.prototype", [ {
              name: "deltaTime",
              newName: "fixedTimeStep"
            }, {
              name: "maxSubStep",
              newName: "maxSubSteps"
            } ]);
            Y(Ivt.prototype, "PhysicsSystem.prototype", [ {
              name: "useFixedTime"
            }, {
              name: "useCollisionMatrix"
            }, {
              name: "updateCollisionMatrix"
            }, {
              name: "resetCollisionMatrix"
            }, {
              name: "isCollisionGroup"
            }, {
              name: "setCollisionGroup"
            } ]);
            W(HEt.prototype, "Collider.prototype", [ {
              name: "attachedRigidbody",
              newName: "attachedRigidBody"
            }, {
              name: "TYPE",
              newName: "type"
            } ]);
            W(HEt, "Collider", [ {
              name: "EColliderType",
              newName: "Type"
            }, {
              name: "EAxisDirection",
              newName: "Axis"
            } ]);
            W(VRt, "Constraint", [ {
              name: "EConstraintType",
              newName: "Type"
            } ]);
            W(RCt.prototype, "BoxCollider.prototype", [ {
              name: "boxShape",
              newName: "shape"
            } ]);
            W(FCt.prototype, "SphereCollider.prototype", [ {
              name: "sphereShape",
              newName: "shape"
            } ]);
            W(ZCt.prototype, "CapsuleCollider.prototype", [ {
              name: "capsuleShape",
              newName: "shape"
            } ]);
            W(SEt.prototype, "RigidBody.prototype", [ {
              name: "rigidBody",
              newName: "body"
            } ]);
            W(SEt, "RigidBody", [ {
              name: "ERigidBodyType",
              newName: "Type"
            } ]);
            Y(SEt.prototype, "RigidBody.prototype", [ {
              name: "fixedRotation"
            } ]);
            m.RigidBodyComponent = SEt;
            ee.setClassAlias(SEt, "cc.RigidBodyComponent");
            m.ColliderComponent = HEt;
            ee.setClassAlias(HEt, "cc.ColliderComponent");
            m.BoxColliderComponent = RCt;
            ee.setClassAlias(RCt, "cc.BoxColliderComponent");
            m.SphereColliderComponent = FCt;
            ee.setClassAlias(FCt, "cc.SphereColliderComponent");
            ee.setClassAlias(ZCt, "cc.CapsuleColliderComponent");
            ee.setClassAlias(Fxt, "cc.MeshColliderComponent");
            ee.setClassAlias(uxt, "cc.CylinderColliderComponent");
            m.PhysicMaterial = wvt;
            ee.setClassAlias(wvt, "cc.PhysicMaterial");
            m.physics = _It;
            var dIt, pIt, mIt, fIt, gIt, yIt, bIt, SIt;
            var AIt;
            !function(t) {
              t[t.BOX = 0] = "BOX";
              t[t.SPHERE = 1] = "SPHERE";
              t[t.CYLINDER = 2] = "CYLINDER";
              t[t.CONE = 3] = "CONE";
              t[t.CAPSULE = 4] = "CAPSULE";
              t[t.TORUS = 5] = "TORUS";
              t[t.PLANE = 6] = "PLANE";
              t[t.QUAD = 7] = "QUAD";
            }(AIt || (AIt = {}));
            he(AIt);
            let TIt = t("Primitive", (dIt = Ul("cc.Primitive"), pIt = Th(AIt), dIt(mIt = (fIt = (SIt = bIt = class extends Ez {
              constructor(t = AIt.BOX) {
                super();
                Ml(this, "type", gIt, this);
                Ml(this, "info", yIt, this);
                this.type = t;
              }
              onLoaded() {
                DI(mCt[AIt[this.type].toLowerCase()](this.info), this);
              }
            }, bIt.PrimitiveType = AIt, SIt), gIt = Bl(fIt.prototype, "type", [ pIt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return AIt.BOX;
              }
            }), yIt = Bl(fIt.prototype, "info", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return {};
              }
            }), fIt)) || mIt));
            m.Primitive = TIt;
            m.primitives = mCt;
            var vIt, EIt;
            let CIt = Ul("cc.PerfCounter")(vIt = (EIt = class extends class {
              get value() {
                return this._value;
              }
              set value(t) {
                this._value = t;
              }
              constructor(t, e, i) {
                this._id = void 0;
                this._opts = void 0;
                this._accumStart = void 0;
                this._total = 0;
                this._value = 0;
                this._averageValue = 0;
                this._accumValue = 0;
                this._accumSamples = 0;
                this._id = t;
                this._opts = e;
                this._accumStart = i;
              }
              sample(t) {
                this._average(this._value, t);
              }
              human() {
                const {average: t, isInteger: e} = this._opts;
                const i = t ? this._averageValue : this._value;
                return e ? Math.round(i) : Math.round(100 * i) / 100;
              }
              alarm() {
                return this._opts.below && this._value < this._opts.below || this._opts.over && this._value > this._opts.over;
              }
              _average(t, e = 0) {
                if (this._opts.average) {
                  this._accumValue += t;
                  ++this._accumSamples;
                  const i = e;
                  if (i - this._accumStart >= this._opts.average) {
                    this._averageValue = this._accumValue / this._accumSamples;
                    this._accumValue = 0;
                    this._accumStart = i;
                    this._accumSamples = 0;
                  }
                }
              }
            } {
              constructor(t, e, i) {
                super(t, e, i);
                this._time = void 0;
                this._time = i;
              }
              start(t = 0) {
                this._time = t;
              }
              end(t = 0) {
                this._value = t - this._time;
                this._average(this._value);
              }
              tick() {
                this.end();
                this.start();
              }
              frame(t) {
                const e = t;
                const i = e - this._time;
                this._total++;
                if (i > (this._opts.average || 1e3)) {
                  this._value = 1e3 * this._total / i;
                  this._total = 0;
                  this._time = e;
                  this._average(this._value);
                }
              }
            }, EIt)) || vIt;
            const xIt = "0123456789. ";
            const wIt = 500;
            const RIt = {
              0: 0,
              1: 1,
              2: 2,
              3: 3,
              4: 4,
              5: 5,
              6: 6,
              7: 7,
              8: 8,
              9: 9,
              ".": 10
            };
            const IIt = {
              fps: {
                desc: "Framerate (FPS)",
                below: 30,
                average: wIt,
                isInteger: !0
              },
              draws: {
                desc: "Draw call",
                isInteger: !0
              },
              frame: {
                desc: "Frame time (ms)",
                min: 0,
                max: 50,
                average: wIt
              },
              instances: {
                desc: "Instance Count",
                isInteger: !0
              },
              tricount: {
                desc: "Triangle",
                isInteger: !0
              },
              logic: {
                desc: "Game Logic (ms)",
                min: 0,
                max: 50,
                average: wIt,
                color: "#080"
              },
              physics: {
                desc: "Physics (ms)",
                min: 0,
                max: 50,
                average: wIt
              },
              render: {
                desc: "Renderer (ms)",
                min: 0,
                max: 50,
                average: wIt,
                color: "#f90"
              },
              textureMemory: {
                desc: "GFX Texture Mem(M)"
              },
              bufferMemory: {
                desc: "GFX Buffer Mem(M)"
              }
            };
            const MIt = {
              fontSize: 23,
              quadHeight: .4,
              segmentsPerLine: 8,
              textureWidth: 256,
              textureHeight: 256
            };
            class BIt extends Tg {
              constructor() {
                super();
                this._stats = null;
                this._showFPS = !1;
                this._rootNode = null;
                this._device = null;
                this._swapchain = null;
                this._pipeline = null;
                this._meshRenderer = null;
                this._canvas = null;
                this._ctx = null;
                this._texture = null;
                this._region = new mn;
                this._canvasArr = [];
                this._regionArr = [ this._region ];
                this.digitsData = null;
                this.offsetData = null;
                this.pass = null;
                this._canvasDone = !1;
                this._statsDone = !1;
                this._inited = !1;
                this._lineHeight = MIt.textureHeight / (Object.keys(IIt).length + 1);
                this._wordHeight = 0;
                this._eachNumWidth = 0;
                this._totalLines = 0;
                this.lastTime = 0;
                this._canvas = document.createElement("canvas");
                this._ctx = this._canvas.getContext("2d");
                this._canvasArr.push(this._canvas);
              }
              init() {
                !!de.querySettings(_e.Category.PROFILING, "showFPS") ? this.showStats() : this.hideStats();
              }
              isShowingStats() {
                return this._showFPS;
              }
              hideStats() {
                if (this._showFPS) {
                  this._rootNode && (this._rootNode.active = !1);
                  m.director.off(m.Director.EVENT_BEFORE_UPDATE, this.beforeUpdate, this);
                  m.director.off(m.Director.EVENT_AFTER_UPDATE, this.afterUpdate, this);
                  m.director.off(m.Director.EVENT_BEFORE_PHYSICS, this.beforePhysics, this);
                  m.director.off(m.Director.EVENT_AFTER_PHYSICS, this.afterPhysics, this);
                  m.director.off(m.Director.EVENT_BEFORE_DRAW, this.beforeDraw, this);
                  m.director.off(m.Director.EVENT_AFTER_DRAW, this.afterDraw, this);
                  this._showFPS = !1;
                  IR.root.pipeline.profiler = null;
                  m.game.config.showFPS = !1;
                }
              }
              showStats() {
                if (!this._showFPS) {
                  if (!this._device) {
                    const t = m.director.root;
                    this._device = zo.gfxDevice;
                    this._swapchain = t.mainWindow.swapchain;
                    this._pipeline = t.pipeline;
                  }
                  this.generateCanvas();
                  this.generateStats();
                  m.game.once(m.Game.EVENT_ENGINE_INITED, this.generateNode, this);
                  m.game.on(m.Game.EVENT_RESTART, this.generateNode, this);
                  this._rootNode && (this._rootNode.active = !0);
                  m.director.on(m.Director.EVENT_BEFORE_UPDATE, this.beforeUpdate, this);
                  m.director.on(m.Director.EVENT_AFTER_UPDATE, this.afterUpdate, this);
                  m.director.on(m.Director.EVENT_BEFORE_PHYSICS, this.beforePhysics, this);
                  m.director.on(m.Director.EVENT_AFTER_PHYSICS, this.afterPhysics, this);
                  m.director.on(m.Director.EVENT_BEFORE_DRAW, this.beforeDraw, this);
                  m.director.on(m.Director.EVENT_AFTER_DRAW, this.afterDraw, this);
                  this._showFPS = !0;
                  this._canvasDone = !0;
                  this._statsDone = !0;
                  m.game.config.showFPS = !0;
                }
              }
              generateCanvas() {
                if (this._canvasDone) return;
                const {textureWidth: t, textureHeight: e} = MIt;
                if (this._ctx && this._canvas) {
                  this._canvas.width = t;
                  this._canvas.height = e;
                  this._canvas.style.width = `${this._canvas.width}`;
                  this._canvas.style.height = `${this._canvas.height}`;
                  this._ctx.font = `${MIt.fontSize}px Arial`;
                  this._ctx.textBaseline = "top";
                  this._ctx.fillStyle = "#fff";
                  this._texture = this._device.createTexture(new xn(xs.TEX2D, ws.SAMPLED | ws.TRANSFER_DST, bs.RGBA8, t, e));
                  this._region.texExtent.width = t;
                  this._region.texExtent.height = e;
                }
              }
              generateStats() {
                if (this._statsDone || !this._ctx || !this._canvas) return;
                this._stats = null;
                const t = performance.now();
                this._ctx.textAlign = "left";
                let e = 0;
                for (const i in IIt) {
                  const s = IIt[i];
                  this._ctx.fillText(s.desc, 0, e * this._lineHeight);
                  s.counter = new CIt(i, s, t);
                  e++;
                }
                this._totalLines = e;
                this._wordHeight = this._totalLines * this._lineHeight / this._canvas.height;
                for (let t = 0; t < xIt.length; ++t) {
                  const e = this._ctx.measureText(xIt[t]).width;
                  this._eachNumWidth = Math.max(this._eachNumWidth, e);
                }
                for (let t = 0; t < xIt.length; ++t) this._ctx.fillText(xIt[t], t * this._eachNumWidth, this._totalLines * this._lineHeight);
                this._eachNumWidth /= this._canvas.width;
                this._stats = IIt;
                this._canvasArr[0] = this._canvas;
                this._device.copyTexImagesToTexture(this._canvasArr, this._texture, this._regionArr);
              }
              generateNode() {
                if (this._rootNode && this._rootNode.isValid) return;
                this._rootNode = new _y("PROFILER_NODE");
                this._rootNode._objFlags = m.Object.Flags.DontSave | m.Object.Flags.HideInHierarchy;
                m.game.addPersistRootNode(this._rootNode);
                const t = new _y("Profiler_Root");
                t.parent = this._rootNode;
                const e = MIt.quadHeight;
                const i = e / this._totalLines;
                const s = e / this._wordHeight;
                const n = i / MIt.fontSize;
                const r = this._eachNumWidth * this._canvas.width * n;
                const o = [ 0, e, 0, s, e, 0, s, 0, 0, 0, 0, 0 ];
                const a = [ 0, 2, 1, 0, 3, 2 ];
                const l = [ 0, 0, -1, 0, 1, 0, -1, 0, 1, this._wordHeight, -1, 0, 0, this._wordHeight, -1, 0 ];
                let h = 0;
                for (let t = 0; t < this._totalLines; t++) for (let n = 0; n < MIt.segmentsPerLine; n++) {
                  o.push(s + n * r, e - t * i, 0);
                  o.push(s + (n + 1) * r, e - t * i, 0);
                  o.push(s + (n + 1) * r, e - (t + 1) * i, 0);
                  o.push(s + n * r, e - (t + 1) * i, 0);
                  h = 4 * (t * MIt.segmentsPerLine + n + 1);
                  a.push(0 + h, 2 + h, 1 + h, 0 + h, 3 + h, 2 + h);
                  const c = t * MIt.segmentsPerLine + n;
                  const u = Math.floor(c / 4);
                  const _ = c - 4 * u;
                  l.push(0, this._wordHeight, u, _);
                  l.push(this._eachNumWidth, this._wordHeight, u, _);
                  l.push(this._eachNumWidth, 1, u, _);
                  l.push(0, 1, u, _);
                }
                this._meshRenderer = t.addComponent(bH);
                this._meshRenderer.mesh = DI({
                  positions: o,
                  indices: a,
                  colors: l
                });
                const c = new hm;
                c.initialize({
                  effectName: "util/profiler"
                });
                const u = this.pass = c.passes[0];
                const _ = u.getBinding("mainTexture");
                const d = u.getBinding("digits");
                const p = u.getBinding("offset");
                u.bindTexture(_, this._texture);
                this.digitsData = u.blocks[d];
                this.offsetData = u.blocks[p];
                this.offsetData[3] = -1;
                this._meshRenderer.material = c;
                this._meshRenderer.node.layer = mm.Enum.PROFILER;
                this._inited = !0;
              }
              beforeUpdate() {
                if (!this._stats) return;
                const t = performance.now();
                this._stats.frame.counter.start(t);
                this._stats.logic.counter.start(t);
              }
              afterUpdate() {
                if (!this._stats) return;
                const t = performance.now();
                m.director.isPaused() ? this._stats.frame.counter.start(t) : this._stats.logic.counter.end(t);
              }
              beforePhysics() {
                if (!this._stats) return;
                const t = performance.now();
                this._stats.physics.counter.start(t);
              }
              afterPhysics() {
                if (!this._stats) return;
                const t = performance.now();
                this._stats.physics.counter.end(t);
              }
              beforeDraw() {
                if (!this._stats || !this._inited) return;
                {
                  const t = this._swapchain.surfaceTransform;
                  const e = this._device.capabilities.clipSpaceSignY;
                  if (t !== this.offsetData[3]) {
                    const i = Yi[t];
                    let s = -.9;
                    let n = -.9 * e;
                    if (Vo.isXR) {
                      s = -.5;
                      n = -.5 * e;
                    }
                    this.offsetData[0] = s * i[0] + n * i[2];
                    this.offsetData[1] = s * i[1] + n * i[3];
                    this.offsetData[2] = this._eachNumWidth;
                    this.offsetData[3] = t;
                  }
                  this.pass._rootBufferDirty = !0;
                }
                this._meshRenderer.model ? IR.root.pipeline.profiler = this._meshRenderer.model : IR.root.pipeline.profiler = null;
                const t = performance.now();
                this._stats.render.counter.start(t);
              }
              afterDraw() {
                if (!this._stats || !this._inited) return;
                const t = performance.now();
                this._stats.frame.counter.end(t);
                this._stats.fps.counter.frame(t);
                this._stats.render.counter.end(t);
                if (t - this.lastTime < wIt) return;
                this.lastTime = t;
                const e = this._device;
                this._stats.draws.counter.value = e.numDrawCalls;
                this._stats.instances.counter.value = e.numInstances;
                this._stats.bufferMemory.counter.value = e.memoryStatus.bufferSize / 1048576;
                this._stats.textureMemory.counter.value = e.memoryStatus.textureSize / 1048576;
                this._stats.tricount.counter.value = e.numTris;
                let i = 0;
                {
                  const e = this.digitsData;
                  for (const s in this._stats) {
                    const n = this._stats[s];
                    n.counter.sample(t);
                    const r = n.counter.human().toString();
                    for (let t = MIt.segmentsPerLine - 1; t >= 0; t--) {
                      const s = i * MIt.segmentsPerLine + t;
                      const n = r[r.length - (MIt.segmentsPerLine - t)];
                      let o = RIt[n];
                      void 0 === o && (o = 11);
                      e[s] = o;
                    }
                    i++;
                  }
                }
              }
            }
            t("Profiler", BIt);
            const DIt = t("profiler", new BIt);
            IR.registerSystem("profiler", DIt, 0);
            m.profiler = DIt;
            new Rn(Ds.POINT, Ds.POINT, Ds.NONE, Ps.CLAMP, Ps.CLAMP, Ps.CLAMP);
            const PIt = function(t, e, i, s) {
              t[e + 0] = i.m00;
              t[e + 1] = i.m01;
              t[e + 2] = i.m02;
              t[e + 3] = i.m12;
              t[e + 4] = i.m04;
              t[e + 5] = i.m05;
              t[e + 6] = i.m06;
              t[e + 7] = i.m13;
              t[e + 8] = i.m08;
              t[e + 9] = i.m09;
              t[e + 10] = i.m10;
              t[e + 11] = i.m14;
            };
            new Ui;
            new Ui;
            new Pi;
            new Ui;
            new Pi;
            function OIt(t, e) {
              const i = 4 / Math.sqrt(e);
              return 12 * Math.ceil(Math.max(480 * i, t) / 12);
            }
            const NIt = new Pi;
            const LIt = new Pi;
            const FIt = new Pi;
            const VIt = new Pi;
            const kIt = new qi;
            const UIt = new qi;
            const GIt = new hl;
            const zIt = Number.MAX_SAFE_INTEGER;
            class HIt {
              get pixelsPerJoint() {
                return this._pixelsPerJoint;
              }
              constructor(t) {
                this._device = void 0;
                this._pool = void 0;
                this._textureBuffers = new Map;
                this._formatSize = void 0;
                this._pixelsPerJoint = void 0;
                this._customPool = void 0;
                this._chunkIdxMap = new Map;
                this._device = t;
                const e = function(t) {
                  return t.getFormatFeatures(bs.RGBA32F) & Is.SAMPLED_TEXTURE ? bs.RGBA32F : bs.RGBA8;
                }(this._device);
                this._formatSize = ur[e].size;
                this._pixelsPerJoint = 48 / this._formatSize;
                this._pool = new KP(t);
                this._pool.initialize({
                  format: e,
                  roundUpFn: OIt
                });
                this._customPool = new KP(t);
                this._customPool.initialize({
                  format: e,
                  roundUpFn: OIt
                });
              }
              clear() {
                this._pool.destroy();
                this._textureBuffers.clear();
              }
              registerCustomTextureLayouts(t) {
                for (let e = 0; e < t.length; e++) {
                  const i = t[e];
                  const s = this._customPool.createChunk(i.textureLength);
                  for (let t = 0; t < i.contents.length; t++) {
                    const e = i.contents[t];
                    const {skeleton: n} = e;
                    this._chunkIdxMap.set(n, s);
                    for (let t = 0; t < e.clips.length; t++) {
                      const i = e.clips[t];
                      this._chunkIdxMap.set(n ^ i, s);
                    }
                  }
                }
              }
              getDefaultPoseTexture(t, e, i) {
                const s = 0 ^ t.hash;
                let n = this._textureBuffers.get(s) || null;
                if (n && n.bounds.has(e.hash)) {
                  n.refCount++;
                  return n;
                }
                const {joints: r, bindposes: o} = t;
                let a = null;
                let l = !1;
                const h = r.length;
                if (n) n.refCount++; else {
                  const e = 12 * h;
                  const i = this._chunkIdxMap.get(s);
                  const r = void 0 !== i ? this._customPool.alloc(e * Float32Array.BYTES_PER_ELEMENT, i) : this._pool.alloc(e * Float32Array.BYTES_PER_ELEMENT);
                  if (!r) return n;
                  n = {
                    pixelOffset: r.start / this._formatSize,
                    refCount: 1,
                    bounds: new Map,
                    skeletonHash: t.hash,
                    clipHash: 0,
                    readyToBeDeleted: !1,
                    handle: r
                  };
                  a = new Float32Array(e);
                  l = !0;
                }
                Pi.set(FIt, zIt, zIt, zIt);
                Pi.set(VIt, -zIt, -zIt, -zIt);
                const c = e.getBoneSpaceBounds(t);
                for (let e = 0, s = 0; e < h; e++, s += 12) {
                  const n = i.getChildByPath(r[e]);
                  const h = n ? KW(n, i, kIt) : t.inverseBindposes[e];
                  const u = c[e];
                  if (u) {
                    hl.transform(GIt, u, h);
                    GIt.getBoundary(NIt, LIt);
                    Pi.min(FIt, FIt, NIt);
                    Pi.max(VIt, VIt, LIt);
                  }
                  if (l) {
                    n && qi.multiply(h, h, o[e]);
                    PIt(a, s, n ? h : qi.IDENTITY);
                  }
                }
                const u = [ new hl ];
                n.bounds.set(e.hash, u);
                hl.fromPoints(u[0], FIt, VIt);
                if (l) {
                  this._pool.update(n.handle, a.buffer);
                  this._textureBuffers.set(s, n);
                }
                return n;
              }
              getSequencePoseTexture(t, e, i, s) {
                const n = t.hash ^ e.hash;
                let r = this._textureBuffers.get(n) || null;
                if (r && r.bounds.has(i.hash)) {
                  r.refCount++;
                  return r;
                }
                const {joints: o, bindposes: a} = t;
                const l = XZ.getOrExtract(e);
                const {frames: h} = l;
                let c = null;
                let u = !1;
                const _ = o.length;
                if (r) r.refCount++; else {
                  const i = 12 * _ * h;
                  const o = this._chunkIdxMap.get(n);
                  const a = void 0 !== o ? this._customPool.alloc(i * Float32Array.BYTES_PER_ELEMENT, o) : this._pool.alloc(i * Float32Array.BYTES_PER_ELEMENT);
                  if (!a) return null;
                  const l = this._createAnimInfos(t, e, s);
                  r = {
                    pixelOffset: a.start / this._formatSize,
                    refCount: 1,
                    bounds: new Map,
                    skeletonHash: t.hash,
                    clipHash: e.hash,
                    readyToBeDeleted: !1,
                    handle: a,
                    animInfos: l
                  };
                  c = new Float32Array(i);
                  u = !0;
                }
                const d = i.getBoneSpaceBounds(t);
                const p = [];
                r.bounds.set(i.hash, p);
                for (let t = 0; t < h; t++) p.push(new hl(zIt, zIt, zIt, -zIt, -zIt, -zIt));
                for (let e = 0, i = 0; e < h; e++) {
                  const s = p[e];
                  for (let n = 0; n < _; n++, i += 12) {
                    const {curveData: o, downstream: l, bindposeIdx: h, bindposeCorrection: _} = r.animInfos[n];
                    let p;
                    let m = !0;
                    if (o && l) p = qi.multiply(kIt, o[e], l); else if (o) p = o[e]; else if (l) p = l; else {
                      p = t.inverseBindposes[h];
                      m = !1;
                    }
                    const f = d[n];
                    if (f) {
                      const t = _ ? qi.multiply(UIt, p, _) : p;
                      hl.transform(GIt, f, t);
                      GIt.getBoundary(NIt, LIt);
                      Pi.min(s.center, s.center, NIt);
                      Pi.max(s.halfExtents, s.halfExtents, LIt);
                    }
                    if (u) {
                      m && qi.multiply(kIt, p, a[h]);
                      PIt(c, i, m ? kIt : qi.IDENTITY);
                    }
                  }
                  hl.fromPoints(s, s.center, s.halfExtents);
                }
                if (u) {
                  this._pool.update(r.handle, c.buffer);
                  this._textureBuffers.set(n, r);
                }
                return r;
              }
              releaseHandle(t) {
                t.refCount > 0 && t.refCount--;
                if (!t.refCount && t.readyToBeDeleted) {
                  const e = t.skeletonHash ^ t.clipHash;
                  (void 0 !== this._chunkIdxMap.get(e) ? this._customPool : this._pool).free(t.handle);
                  this._textureBuffers.get(e) === t && this._textureBuffers.delete(e);
                }
              }
              releaseSkeleton(t) {
                const e = this._textureBuffers.values();
                let i = e.next();
                for (;!i.done; ) {
                  const s = i.value;
                  if (s.skeletonHash === t.hash) {
                    s.readyToBeDeleted = !0;
                    s.refCount ? this._textureBuffers.delete(s.skeletonHash ^ s.clipHash) : this.releaseHandle(s);
                  }
                  i = e.next();
                }
              }
              releaseAnimationClip(t) {
                const e = this._textureBuffers.values();
                let i = e.next();
                for (;!i.done; ) {
                  const s = i.value;
                  if (s.clipHash === t.hash) {
                    s.readyToBeDeleted = !0;
                    s.refCount ? this._textureBuffers.delete(s.skeletonHash ^ s.clipHash) : this.releaseHandle(s);
                  }
                  i = e.next();
                }
              }
              _createAnimInfos(t, e, i) {
                const s = [];
                const {joints: n, bindposes: r} = t;
                const o = n.length;
                const a = XZ.getOrExtract(e);
                for (let e = 0; e < o; e++) {
                  let l = n[e];
                  let h = a.joints[l];
                  let c = i.getChildByPath(l);
                  let u;
                  let _;
                  for (;!h; ) {
                    const t = l.lastIndexOf("/");
                    l = l.substring(0, t);
                    h = a.joints[l];
                    if (c) {
                      u || (u = new qi);
                      qi.fromRTS(kIt, c.rotation, c.position, c.scale);
                      qi.multiply(u, kIt, u);
                      c = c.parent;
                    } else _ = l;
                    if (t < 0) break;
                  }
                  let d = e;
                  let p;
                  if (void 0 !== _ && h) {
                    d = e - 1;
                    for (let i = 0; i < o; i++) if (n[i] === _) {
                      d = i;
                      p = new qi;
                      qi.multiply(p, r[i], t.inverseBindposes[e]);
                      break;
                    }
                  }
                  s.push({
                    curveData: h && h.transforms,
                    downstream: u,
                    bindposeIdx: d,
                    bindposeCorrection: p
                  });
                }
                return s;
              }
            }
            class jIt {
              constructor(t) {
                this._pool = new Map;
                this._device = void 0;
                this._device = t;
              }
              getData(t = "-1") {
                const e = this._pool.get(t);
                if (e) return e;
                const i = this._device.createBuffer(new An(Ts.UNIFORM | Ts.TRANSFER_DST, Cs.HOST | Cs.DEVICE, ef.SIZE, ef.SIZE));
                const s = new Float32Array([ 0, 0, 0, 0 ]);
                i.update(s);
                const n = {
                  buffer: i,
                  data: s,
                  dirty: !1,
                  dirtyForJSB: new Uint8Array([ 0 ]),
                  currentClip: null
                };
                this._pool.set(t, n);
                return n;
              }
              destroy(t) {
                const e = this._pool.get(t);
                if (e) {
                  e.buffer.destroy();
                  this._pool.delete(t);
                }
              }
              switchClip(t, e) {
                t.currentClip = e;
                t.data[0] = -1;
                t.buffer.update(t.data);
                t.dirty = !1;
                t.dirtyForJSB[0] = 0;
                return t;
              }
              clear() {
                for (const t of this._pool.values()) t.buffer.destroy();
                this._pool.clear();
              }
            }
            m.internal.DataPoolManager = class {
              constructor(t) {
                this.jointTexturePool = void 0;
                this.jointAnimationInfo = void 0;
                this.jointTexturePool = new HIt(t);
                this.jointAnimationInfo = new jIt(t);
              }
              releaseSkeleton(t) {
                this.jointTexturePool.releaseSkeleton(t);
              }
              releaseAnimationClip(t) {
                this.jointTexturePool.releaseAnimationClip(t);
              }
              clear() {
                this.jointTexturePool.clear();
                this.jointAnimationInfo.clear();
              }
            };
            const XIt = new qi;
            const WIt = new qi;
            class YIt extends YY {
              constructor(t, e = "") {
                super(t, e);
                this._frames = 1;
                this._bakedDuration = 0;
                this._animInfo = null;
                this._sockets = [];
                this._animInfoMgr = void 0;
                this._parent = null;
                this._curvesInited = !1;
                this._animInfoMgr = m.director.root.dataPoolManager.jointAnimationInfo;
              }
              initialize(t) {
                if (this._curveLoaded) return;
                this._parent = t.getComponent("cc.SkeletalAnimation");
                const e = this._parent.useBakedAnimation;
                this._doNotCreateEval = e;
                super.initialize(t);
                this._curvesInited = !e;
                const {frames: i, samples: s} = XZ.getOrExtract(this.clip);
                this._frames = i - 1;
                this._animInfo = this._animInfoMgr.getData(t.uuid);
                this._bakedDuration = this._frames / s;
                this.setUseBaked(e);
              }
              setUseBaked(t) {
                if (t) {
                  this._sampleCurves = this._sampleCurvesBaked;
                  this.duration = this._bakedDuration;
                } else {
                  this._sampleCurves = super._sampleCurves;
                  this.duration = this.clip.duration;
                  if (!this._curvesInited) {
                    this._curveLoaded = !1;
                    super.initialize(this._targetNode);
                    this._curvesInited = !0;
                  }
                }
              }
              rebuildSocketCurves(t) {
                this._sockets.length = 0;
                if (!this._targetNode) return;
                const e = this._targetNode;
                for (let i = 0; i < t.length; ++i) {
                  const s = t[i];
                  const n = e.getChildByPath(s.path);
                  if (!s.target) continue;
                  const r = XZ.getOrExtract(this.clip);
                  let o = s.path;
                  let a = r.joints[o];
                  let l = n;
                  let h;
                  for (;!a; ) {
                    const t = o.lastIndexOf("/");
                    o = o.substring(0, t);
                    a = r.joints[o];
                    if (l) {
                      h || (h = qi.identity(WIt));
                      qi.fromRTS(XIt, l.rotation, l.position, l.scale);
                      qi.multiply(h, XIt, h);
                      l = l.parent;
                    }
                    if (t < 0) break;
                  }
                  const c = a && a.transforms;
                  const {frames: u} = r;
                  const _ = [];
                  for (let t = 0; t < u; t++) {
                    let e;
                    e = c && h ? qi.multiply(XIt, c[t], h) : c ? c[t] : h || new qi;
                    const i = {
                      pos: new Pi,
                      rot: new Ui,
                      scale: new Pi
                    };
                    qi.toRTS(e, i.rot, i.pos, i.scale);
                    _.push(i);
                  }
                  this._sockets.push({
                    target: s.target,
                    frames: _
                  });
                }
              }
              _sampleCurvesBaked(t) {
                const e = t / this.duration;
                const i = this._animInfo;
                const s = this.clip;
                if (i.currentClip !== s) {
                  this._animInfoMgr.switchClip(this._animInfo, s);
                  this._parent.getUsers().forEach((t => {
                    t.uploadAnimation(s);
                  }));
                }
                const n = e * this._frames + .5 | 0;
                if (n !== i.data[0]) {
                  i.data[0] = n;
                  i.dirty = !0;
                  i.dirtyForJSB[0] = 1;
                  for (let t = 0; t < this._sockets.length; ++t) {
                    const {target: e, frames: i} = this._sockets[t];
                    const {pos: s, rot: r, scale: o} = i[n];
                    e.setRTS(r, s, o);
                  }
                }
              }
            }
            t("SkeletalAnimationState", YIt);
            var qIt, KIt, JIt, ZIt, QIt, $It, tMt, eMt, iMt, sMt, nMt, rMt, oMt, aMt, lMt, hMt, cMt, uMt, _Mt, dMt, pMt;
            let mMt = t("Socket", (qIt = Ul("cc.SkeletalAnimation.Socket"), KIt = Th(_y), qIt(JIt = (ZIt = (tMt = class {
              constructor(t = "", e = null) {
                Ml(this, "path", QIt, this);
                Ml(this, "target", $It, this);
                this.path = t;
                this.target = e;
              }
            }, tMt), QIt = Bl(ZIt.prototype, "path", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), $It = Bl(ZIt.prototype, "target", [ KIt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), ZIt)) || JIt));
            ee.setClassAlias(mMt, "cc.SkeletalAnimationComponent.Socket");
            const fMt = new qi;
            const gMt = new qi;
            function yMt(t, e = "", i = []) {
              for (let s = 0; s < t.children.length; s++) {
                const n = t.children[s];
                if (!n) continue;
                const r = e ? `${e}/${n.name}` : n.name;
                i.push(r);
                yMt(n, r, i);
              }
              return i;
            }
            let bMt = function(e) {
              return t({
                SkeletalAnimation: e,
                SkeletalAnimationComponent: e
              }), e;
            }((eMt = Ul("cc.SkeletalAnimation"), iMt = sh(), sMt = zl(99), nMt = $l(), rMt = Th([ mMt ]), 
            oMt = lh(), aMt = lh(), lMt = Th([ mMt ]), eMt(hMt = iMt(hMt = sMt(hMt = Ql(hMt = nMt(hMt = (cMt = (pMt = dMt = class extends o3 {
              constructor(...t) {
                super(...t);
                Ml(this, "_useBakedAnimation", uMt, this);
                Ml(this, "_sockets", _Mt, this);
                this._users = new Set;
                this._currentBakedState = null;
              }
              get sockets() {
                return this._sockets;
              }
              set sockets(t) {
                if (!this._useBakedAnimation) {
                  const e = XY();
                  e.removeSockets(this.node, this._sockets);
                  e.addSockets(this.node, t);
                }
                this._sockets = t;
                this.rebuildSocketAnimations();
              }
              get useBakedAnimation() {
                return this._useBakedAnimation;
              }
              set useBakedAnimation(t) {
                this._useBakedAnimation = t;
                for (const e in this._nameToState) {
                  this._nameToState[e].setUseBaked(t);
                }
                this._users.forEach((e => {
                  e.setUseBakedAnimation(t);
                }));
                if (this._useBakedAnimation) XY().removeSockets(this.node, this._sockets); else {
                  XY().addSockets(this.node, this._sockets);
                  this._currentBakedState = null;
                }
              }
              onLoad() {
                super.onLoad();
                const t = this.node.getComponentsInChildren(YW);
                for (let e = 0; e < t.length; ++e) {
                  const i = t[e];
                  i.skinningRoot === this.node && this.notifySkinnedMeshAdded(i);
                }
              }
              onDestroy() {
                super.onDestroy();
                m.director.root.dataPoolManager.jointAnimationInfo.destroy(this.node.uuid);
                XY().removeSockets(this.node, this._sockets);
                this._removeAllUsers();
              }
              onEnable() {
                var t;
                super.onEnable();
                null === (t = this._currentBakedState) || void 0 === t || t.resume();
              }
              onDisable() {
                var t;
                super.onDisable();
                null === (t = this._currentBakedState) || void 0 === t || t.pause();
              }
              start() {
                this.sockets = this._sockets;
                this.useBakedAnimation = this._useBakedAnimation;
                super.start();
              }
              pause() {
                if (this._useBakedAnimation) {
                  var t;
                  null === (t = this._currentBakedState) || void 0 === t || t.pause();
                } else super.pause();
              }
              resume() {
                if (this._useBakedAnimation) {
                  var t;
                  null === (t = this._currentBakedState) || void 0 === t || t.resume();
                } else super.resume();
              }
              stop() {
                if (this._useBakedAnimation) {
                  if (this._currentBakedState) {
                    this._currentBakedState.stop();
                    this._currentBakedState = null;
                  }
                } else super.stop();
              }
              querySockets() {
                const t = this._defaultClip && Object.keys(XZ.getOrExtract(this._defaultClip).joints).sort().reduce(((t, e) => (e.startsWith(t[t.length - 1]) || t.push(e), 
                t)), []) || [];
                if (!t.length) return [ "please specify a valid default animation clip first" ];
                const e = [];
                for (let i = 0; i < t.length; i++) {
                  const s = t[i];
                  const n = this.node.getChildByPath(s);
                  if (n) {
                    e.push(s);
                    yMt(n, s, e);
                  }
                }
                return e;
              }
              rebuildSocketAnimations() {
                for (const t of this._sockets) {
                  const e = this.node.getChildByPath(t.path);
                  const {target: i} = t;
                  if (e && i) {
                    i.name = `${t.path.substring(t.path.lastIndexOf("/") + 1)} Socket`;
                    i.parent = this.node;
                    KW(e, this.node, fMt);
                    qi.fromRTS(gMt, i.rotation, i.position, i.scale);
                    qi.equals(gMt, fMt) || (i.matrix = fMt);
                  }
                }
                for (const t of Object.keys(this._nameToState)) {
                  this._nameToState[t].rebuildSocketCurves(this._sockets);
                }
              }
              createSocket(t) {
                const e = this._sockets.find((e => e.path === t));
                if (e) return e.target;
                if (!this.node.getChildByPath(t)) {
                  console.warn("illegal socket path");
                  return null;
                }
                const i = new _y;
                i.parent = this.node;
                this._sockets.push(new mMt(t, i));
                this.rebuildSocketAnimations();
                return i;
              }
              notifySkinnedMeshAdded(t) {
                const {_useBakedAnimation: e} = this;
                const i = t.associatedAnimation;
                i && i._users.delete(t);
                t.associatedAnimation = this;
                t.setUseBakedAnimation(e, !0);
                if (e) {
                  const {_currentBakedState: e} = this;
                  e && t.uploadAnimation(e.clip);
                }
                this._users.add(t);
              }
              notifySkinnedMeshRemoved(t) {
                ne(t.associatedAnimation === this || null === t.associatedAnimation);
                t.setUseBakedAnimation(!1);
                t.associatedAnimation = null;
                this._users.delete(t);
              }
              getUsers() {
                return this._users;
              }
              _createState(t, e) {
                return new YIt(t, e);
              }
              _doCreateState(t, e) {
                const i = super._doCreateState(t, e);
                i.rebuildSocketCurves(this._sockets);
                return i;
              }
              doPlayOrCrossFade(t, e) {
                if (this._useBakedAnimation) {
                  this._currentBakedState && this._currentBakedState.stop();
                  const e = t;
                  this._currentBakedState = e;
                  e.play();
                } else super.doPlayOrCrossFade(t, e);
              }
              _removeAllUsers() {
                Array.from(this._users).forEach((t => {
                  this.notifySkinnedMeshRemoved(t);
                }));
              }
            }, dMt.Socket = mMt, pMt), Bl(cMt.prototype, "sockets", [ rMt, oMt ], Object.getOwnPropertyDescriptor(cMt.prototype, "sockets"), cMt.prototype), 
            Bl(cMt.prototype, "useBakedAnimation", [ aMt ], Object.getOwnPropertyDescriptor(cMt.prototype, "useBakedAnimation"), cMt.prototype), 
            uMt = Bl(cMt.prototype, "_useBakedAnimation", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), _Mt = Bl(cMt.prototype, "_sockets", [ lMt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), cMt)) || hMt) || hMt) || hMt) || hMt) || hMt));
            m.SkeletalAnimationComponent = bMt;
            ee.setClassAlias(bMt, "cc.SkeletalAnimationComponent");
            class SMt {
              constructor() {
                this.start = void 0;
                this.interrupt = void 0;
                this.end = void 0;
                this.dispose = void 0;
                this.complete = void 0;
                this.event = void 0;
              }
              static getListeners(t) {
                t.listener || (t.listener = new SMt);
                return t.listener;
              }
            }
            var AMt = function() {
              var t = function(e, i) {
                t = Object.setPrototypeOf || {
                  __proto__: []
                } instanceof Array && function(t, e) {
                  t.__proto__ = e;
                } || function(t, e) {
                  for (var i in e) e.hasOwnProperty(i) && (t[i] = e[i]);
                };
                return t(e, i);
              };
              return function(e, i) {
                t(e, i);
                function s() {
                  this.constructor = e;
                }
                e.prototype = null === i ? Object.create(i) : (s.prototype = i.prototype, new s);
              };
            }();
            !function(t) {
              var e = function() {
                function t(t, e, i) {
                  if (null == t) throw new Error("name cannot be null.");
                  if (null == e) throw new Error("timelines cannot be null.");
                  this.name = t;
                  this.timelines = e;
                  this.timelineIds = [];
                  for (var s = 0; s < e.length; s++) this.timelineIds[e[s].getPropertyId()] = !0;
                  this.duration = i;
                }
                t.prototype.hasTimeline = function(t) {
                  return 1 == this.timelineIds[t];
                };
                t.prototype.apply = function(t, e, i, s, n, r, o, a) {
                  if (null == t) throw new Error("skeleton cannot be null.");
                  if (s && 0 != this.duration) {
                    i %= this.duration;
                    e > 0 && (e %= this.duration);
                  }
                  var l = this.timelines;
                  for (var h = 0, c = l.length; h < c; h++) l[h].apply(t, e, i, n, r, o, a);
                };
                t.binarySearch = function(t, e, i) {
                  void 0 === i && (i = 1);
                  var s = 0;
                  var n = t.length / i - 2;
                  if (0 == n) return i;
                  var r = n >>> 1;
                  for (;;) {
                    t[(r + 1) * i] <= e ? s = r + 1 : n = r;
                    if (s == n) return (s + 1) * i;
                    r = s + n >>> 1;
                  }
                };
                t.linearSearch = function(t, e, i) {
                  for (var s = 0, n = t.length - i; s <= n; s += i) if (t[s] > e) return s;
                  return -1;
                };
                return t;
              }();
              t.Animation = e;
              var i;
              !function(t) {
                t[t.setup = 0] = "setup";
                t[t.first = 1] = "first";
                t[t.replace = 2] = "replace";
                t[t.add = 3] = "add";
              }(i = t.MixBlend || (t.MixBlend = {}));
              var s;
              !function(t) {
                t[t.mixIn = 0] = "mixIn";
                t[t.mixOut = 1] = "mixOut";
              }(s = t.MixDirection || (t.MixDirection = {}));
              var n;
              !function(t) {
                t[t.rotate = 0] = "rotate";
                t[t.translate = 1] = "translate";
                t[t.scale = 2] = "scale";
                t[t.shear = 3] = "shear";
                t[t.attachment = 4] = "attachment";
                t[t.color = 5] = "color";
                t[t.deform = 6] = "deform";
                t[t.event = 7] = "event";
                t[t.drawOrder = 8] = "drawOrder";
                t[t.ikConstraint = 9] = "ikConstraint";
                t[t.transformConstraint = 10] = "transformConstraint";
                t[t.pathConstraintPosition = 11] = "pathConstraintPosition";
                t[t.pathConstraintSpacing = 12] = "pathConstraintSpacing";
                t[t.pathConstraintMix = 13] = "pathConstraintMix";
                t[t.twoColor = 14] = "twoColor";
              }(n = t.TimelineType || (t.TimelineType = {}));
              var r = function() {
                function e(i) {
                  if (i <= 0) throw new Error("frameCount must be > 0: " + i);
                  this.curves = t.Utils.newFloatArray((i - 1) * e.BEZIER_SIZE);
                }
                e.prototype.getFrameCount = function() {
                  return this.curves.length / e.BEZIER_SIZE + 1;
                };
                e.prototype.setLinear = function(t) {
                  this.curves[t * e.BEZIER_SIZE] = e.LINEAR;
                };
                e.prototype.setStepped = function(t) {
                  this.curves[t * e.BEZIER_SIZE] = e.STEPPED;
                };
                e.prototype.getCurveType = function(t) {
                  var i = t * e.BEZIER_SIZE;
                  if (i == this.curves.length) return e.LINEAR;
                  var s = this.curves[i];
                  return s == e.LINEAR ? e.LINEAR : s == e.STEPPED ? e.STEPPED : e.BEZIER;
                };
                e.prototype.setCurve = function(t, i, s, n, r) {
                  var o = .03 * (2 * -i + n), a = .03 * (2 * -s + r);
                  var l = .006 * (3 * (i - n) + 1), h = .006 * (3 * (s - r) + 1);
                  var c = 2 * o + l, u = 2 * a + h;
                  var _ = .3 * i + o + .16666667 * l, d = .3 * s + a + .16666667 * h;
                  var p = t * e.BEZIER_SIZE;
                  var m = this.curves;
                  m[p++] = e.BEZIER;
                  var f = _, g = d;
                  for (var y = p + e.BEZIER_SIZE - 1; p < y; p += 2) {
                    m[p] = f;
                    m[p + 1] = g;
                    _ += c;
                    d += u;
                    c += l;
                    u += h;
                    f += _;
                    g += d;
                  }
                };
                e.prototype.getCurvePercent = function(i, s) {
                  s = t.MathUtils.clamp(s, 0, 1);
                  var n = this.curves;
                  var r = i * e.BEZIER_SIZE;
                  var o = n[r];
                  if (o == e.LINEAR) return s;
                  if (o == e.STEPPED) return 0;
                  var a = 0;
                  for (var l = ++r, h = r + e.BEZIER_SIZE - 1; r < h; r += 2) if ((a = n[r]) >= s) {
                    var c = void 0, u = void 0;
                    if (r == l) {
                      c = 0;
                      u = 0;
                    } else {
                      c = n[r - 2];
                      u = n[r - 1];
                    }
                    return u + (n[r + 1] - u) * (s - c) / (a - c);
                  }
                  var _ = n[r - 1];
                  return _ + (1 - _) * (s - a) / (1 - a);
                };
                e.LINEAR = 0;
                e.STEPPED = 1;
                e.BEZIER = 2;
                e.BEZIER_SIZE = 19;
                return e;
              }();
              t.CurveTimeline = r;
              var o = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e << 1);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.rotate << 24) + this.boneIndex;
                };
                r.prototype.setFrame = function(t, e, i) {
                  t <<= 1;
                  this.frames[t] = e;
                  this.frames[t + r.ROTATION] = i;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = this.frames;
                  var u = t.bones[this.boneIndex];
                  if (u.active) if (n < c[0]) switch (l) {
                   case i.setup:
                    u.rotation = u.data.rotation;
                    return;

                   case i.first:
                    var _ = u.data.rotation - u.rotation;
                    u.rotation += (_ - 360 * (16384 - (16384.499999999996 - _ / 360 | 0))) * a;
                  } else if (n >= c[c.length - r.ENTRIES]) {
                    var d = c[c.length + r.PREV_ROTATION];
                    switch (l) {
                     case i.setup:
                      u.rotation = u.data.rotation + d * a;
                      break;

                     case i.first:
                     case i.replace:
                      d += u.data.rotation - u.rotation;
                      d -= 360 * (16384 - (16384.499999999996 - d / 360 | 0));

                     case i.add:
                      u.rotation += d * a;
                    }
                  } else {
                    var p = e.binarySearch(c, n, r.ENTRIES);
                    var m = c[p + r.PREV_ROTATION];
                    var f = c[p];
                    var g = this.getCurvePercent((p >> 1) - 1, 1 - (n - f) / (c[p + r.PREV_TIME] - f));
                    var y = c[p + r.ROTATION] - m;
                    y = m + (y - 360 * (16384 - (16384.499999999996 - y / 360 | 0))) * g;
                    switch (l) {
                     case i.setup:
                      u.rotation = u.data.rotation + (y - 360 * (16384 - (16384.499999999996 - y / 360 | 0))) * a;
                      break;

                     case i.first:
                     case i.replace:
                      y += u.data.rotation - u.rotation;

                     case i.add:
                      u.rotation += (y - 360 * (16384 - (16384.499999999996 - y / 360 | 0))) * a;
                    }
                  }
                };
                r.ENTRIES = 2;
                r.PREV_TIME = -2;
                r.PREV_ROTATION = -1;
                r.ROTATION = 1;
                return r;
              }(r);
              t.RotateTimeline = o;
              var a = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * r.ENTRIES);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.translate << 24) + this.boneIndex;
                };
                r.prototype.setFrame = function(t, e, i, s) {
                  t *= r.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + r.X] = i;
                  this.frames[t + r.Y] = s;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = this.frames;
                  var u = t.bones[this.boneIndex];
                  if (u.active) if (n < c[0]) switch (l) {
                   case i.setup:
                    u.x = u.data.x;
                    u.y = u.data.y;
                    return;

                   case i.first:
                    u.x += (u.data.x - u.x) * a;
                    u.y += (u.data.y - u.y) * a;
                  } else {
                    var _ = 0, d = 0;
                    if (n >= c[c.length - r.ENTRIES]) {
                      _ = c[c.length + r.PREV_X];
                      d = c[c.length + r.PREV_Y];
                    } else {
                      var p = e.binarySearch(c, n, r.ENTRIES);
                      _ = c[p + r.PREV_X];
                      d = c[p + r.PREV_Y];
                      var m = c[p];
                      var f = this.getCurvePercent(p / r.ENTRIES - 1, 1 - (n - m) / (c[p + r.PREV_TIME] - m));
                      _ += (c[p + r.X] - _) * f;
                      d += (c[p + r.Y] - d) * f;
                    }
                    switch (l) {
                     case i.setup:
                      u.x = u.data.x + _ * a;
                      u.y = u.data.y + d * a;
                      break;

                     case i.first:
                     case i.replace:
                      u.x += (u.data.x + _ - u.x) * a;
                      u.y += (u.data.y + d - u.y) * a;
                      break;

                     case i.add:
                      u.x += _ * a;
                      u.y += d * a;
                    }
                  }
                };
                r.ENTRIES = 3;
                r.PREV_TIME = -3;
                r.PREV_X = -2;
                r.PREV_Y = -1;
                r.X = 1;
                r.Y = 2;
                return r;
              }(r);
              t.TranslateTimeline = a;
              var l = function(r) {
                AMt(o, r);
                function o(t) {
                  return r.call(this, t) || this;
                }
                o.prototype.getPropertyId = function() {
                  return (n.scale << 24) + this.boneIndex;
                };
                o.prototype.apply = function(n, r, a, l, h, c, u) {
                  var _ = this.frames;
                  var d = n.bones[this.boneIndex];
                  if (d.active) if (a < _[0]) switch (c) {
                   case i.setup:
                    d.scaleX = d.data.scaleX;
                    d.scaleY = d.data.scaleY;
                    return;

                   case i.first:
                    d.scaleX += (d.data.scaleX - d.scaleX) * h;
                    d.scaleY += (d.data.scaleY - d.scaleY) * h;
                  } else {
                    var p = 0, m = 0;
                    if (a >= _[_.length - o.ENTRIES]) {
                      p = _[_.length + o.PREV_X] * d.data.scaleX;
                      m = _[_.length + o.PREV_Y] * d.data.scaleY;
                    } else {
                      var f = e.binarySearch(_, a, o.ENTRIES);
                      p = _[f + o.PREV_X];
                      m = _[f + o.PREV_Y];
                      var g = _[f];
                      var y = this.getCurvePercent(f / o.ENTRIES - 1, 1 - (a - g) / (_[f + o.PREV_TIME] - g));
                      p = (p + (_[f + o.X] - p) * y) * d.data.scaleX;
                      m = (m + (_[f + o.Y] - m) * y) * d.data.scaleY;
                    }
                    if (1 == h) if (c == i.add) {
                      d.scaleX += p - d.data.scaleX;
                      d.scaleY += m - d.data.scaleY;
                    } else {
                      d.scaleX = p;
                      d.scaleY = m;
                    } else {
                      var b = 0, S = 0;
                      if (u == s.mixOut) switch (c) {
                       case i.setup:
                        b = d.data.scaleX;
                        S = d.data.scaleY;
                        d.scaleX = b + (Math.abs(p) * t.MathUtils.signum(b) - b) * h;
                        d.scaleY = S + (Math.abs(m) * t.MathUtils.signum(S) - S) * h;
                        break;

                       case i.first:
                       case i.replace:
                        b = d.scaleX;
                        S = d.scaleY;
                        d.scaleX = b + (Math.abs(p) * t.MathUtils.signum(b) - b) * h;
                        d.scaleY = S + (Math.abs(m) * t.MathUtils.signum(S) - S) * h;
                        break;

                       case i.add:
                        b = d.scaleX;
                        S = d.scaleY;
                        d.scaleX = b + (Math.abs(p) * t.MathUtils.signum(b) - d.data.scaleX) * h;
                        d.scaleY = S + (Math.abs(m) * t.MathUtils.signum(S) - d.data.scaleY) * h;
                      } else switch (c) {
                       case i.setup:
                        b = Math.abs(d.data.scaleX) * t.MathUtils.signum(p);
                        S = Math.abs(d.data.scaleY) * t.MathUtils.signum(m);
                        d.scaleX = b + (p - b) * h;
                        d.scaleY = S + (m - S) * h;
                        break;

                       case i.first:
                       case i.replace:
                        b = Math.abs(d.scaleX) * t.MathUtils.signum(p);
                        S = Math.abs(d.scaleY) * t.MathUtils.signum(m);
                        d.scaleX = b + (p - b) * h;
                        d.scaleY = S + (m - S) * h;
                        break;

                       case i.add:
                        b = t.MathUtils.signum(p);
                        S = t.MathUtils.signum(m);
                        d.scaleX = Math.abs(d.scaleX) * b + (p - Math.abs(d.data.scaleX) * b) * h;
                        d.scaleY = Math.abs(d.scaleY) * S + (m - Math.abs(d.data.scaleY) * S) * h;
                      }
                    }
                  }
                };
                return o;
              }(a);
              t.ScaleTimeline = l;
              var h = function(t) {
                AMt(s, t);
                function s(e) {
                  return t.call(this, e) || this;
                }
                s.prototype.getPropertyId = function() {
                  return (n.shear << 24) + this.boneIndex;
                };
                s.prototype.apply = function(t, n, r, o, a, l, h) {
                  var c = this.frames;
                  var u = t.bones[this.boneIndex];
                  if (u.active) if (r < c[0]) switch (l) {
                   case i.setup:
                    u.shearX = u.data.shearX;
                    u.shearY = u.data.shearY;
                    return;

                   case i.first:
                    u.shearX += (u.data.shearX - u.shearX) * a;
                    u.shearY += (u.data.shearY - u.shearY) * a;
                  } else {
                    var _ = 0, d = 0;
                    if (r >= c[c.length - s.ENTRIES]) {
                      _ = c[c.length + s.PREV_X];
                      d = c[c.length + s.PREV_Y];
                    } else {
                      var p = e.binarySearch(c, r, s.ENTRIES);
                      _ = c[p + s.PREV_X];
                      d = c[p + s.PREV_Y];
                      var m = c[p];
                      var f = this.getCurvePercent(p / s.ENTRIES - 1, 1 - (r - m) / (c[p + s.PREV_TIME] - m));
                      _ += (c[p + s.X] - _) * f;
                      d += (c[p + s.Y] - d) * f;
                    }
                    switch (l) {
                     case i.setup:
                      u.shearX = u.data.shearX + _ * a;
                      u.shearY = u.data.shearY + d * a;
                      break;

                     case i.first:
                     case i.replace:
                      u.shearX += (u.data.shearX + _ - u.shearX) * a;
                      u.shearY += (u.data.shearY + d - u.shearY) * a;
                      break;

                     case i.add:
                      u.shearX += _ * a;
                      u.shearY += d * a;
                    }
                  }
                };
                return s;
              }(a);
              t.ShearTimeline = h;
              var c = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * r.ENTRIES);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.color << 24) + this.slotIndex;
                };
                r.prototype.setFrame = function(t, e, i, s, n, o) {
                  t *= r.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + r.R] = i;
                  this.frames[t + r.G] = s;
                  this.frames[t + r.B] = n;
                  this.frames[t + r.A] = o;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = t.slots[this.slotIndex];
                  if (c.bone.active) {
                    var u = this.frames;
                    if (n < u[0]) switch (l) {
                     case i.setup:
                      c.color.setFromColor(c.data.color);
                      return;

                     case i.first:
                      var _ = c.color, d = c.data.color;
                      _.add((d.r - _.r) * a, (d.g - _.g) * a, (d.b - _.b) * a, (d.a - _.a) * a);
                    } else {
                      var p = 0, m = 0, f = 0, g = 0;
                      if (n >= u[u.length - r.ENTRIES]) {
                        var y = u.length;
                        p = u[y + r.PREV_R];
                        m = u[y + r.PREV_G];
                        f = u[y + r.PREV_B];
                        g = u[y + r.PREV_A];
                      } else {
                        var b = e.binarySearch(u, n, r.ENTRIES);
                        p = u[b + r.PREV_R];
                        m = u[b + r.PREV_G];
                        f = u[b + r.PREV_B];
                        g = u[b + r.PREV_A];
                        var S = u[b];
                        var A = this.getCurvePercent(b / r.ENTRIES - 1, 1 - (n - S) / (u[b + r.PREV_TIME] - S));
                        p += (u[b + r.R] - p) * A;
                        m += (u[b + r.G] - m) * A;
                        f += (u[b + r.B] - f) * A;
                        g += (u[b + r.A] - g) * A;
                      }
                      if (1 == a) c.color.set(p, m, f, g); else {
                        _ = c.color;
                        l == i.setup && _.setFromColor(c.data.color);
                        _.add((p - _.r) * a, (m - _.g) * a, (f - _.b) * a, (g - _.a) * a);
                      }
                    }
                  }
                };
                r.ENTRIES = 5;
                r.PREV_TIME = -5;
                r.PREV_R = -4;
                r.PREV_G = -3;
                r.PREV_B = -2;
                r.PREV_A = -1;
                r.R = 1;
                r.G = 2;
                r.B = 3;
                r.A = 4;
                return r;
              }(r);
              t.ColorTimeline = c;
              var u = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * r.ENTRIES);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.twoColor << 24) + this.slotIndex;
                };
                r.prototype.setFrame = function(t, e, i, s, n, o, a, l, h) {
                  t *= r.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + r.R] = i;
                  this.frames[t + r.G] = s;
                  this.frames[t + r.B] = n;
                  this.frames[t + r.A] = o;
                  this.frames[t + r.R2] = a;
                  this.frames[t + r.G2] = l;
                  this.frames[t + r.B2] = h;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = t.slots[this.slotIndex];
                  if (c.bone.active) {
                    var u = this.frames;
                    if (n < u[0]) switch (l) {
                     case i.setup:
                      c.color.setFromColor(c.data.color);
                      c.darkColor.setFromColor(c.data.darkColor);
                      return;

                     case i.first:
                      var _ = c.color, d = c.darkColor, p = c.data.color, m = c.data.darkColor;
                      _.add((p.r - _.r) * a, (p.g - _.g) * a, (p.b - _.b) * a, (p.a - _.a) * a);
                      d.add((m.r - d.r) * a, (m.g - d.g) * a, (m.b - d.b) * a, 0);
                    } else {
                      var f = 0, g = 0, y = 0, b = 0, S = 0, A = 0, T = 0;
                      if (n >= u[u.length - r.ENTRIES]) {
                        var v = u.length;
                        f = u[v + r.PREV_R];
                        g = u[v + r.PREV_G];
                        y = u[v + r.PREV_B];
                        b = u[v + r.PREV_A];
                        S = u[v + r.PREV_R2];
                        A = u[v + r.PREV_G2];
                        T = u[v + r.PREV_B2];
                      } else {
                        var E = e.binarySearch(u, n, r.ENTRIES);
                        f = u[E + r.PREV_R];
                        g = u[E + r.PREV_G];
                        y = u[E + r.PREV_B];
                        b = u[E + r.PREV_A];
                        S = u[E + r.PREV_R2];
                        A = u[E + r.PREV_G2];
                        T = u[E + r.PREV_B2];
                        var C = u[E];
                        var x = this.getCurvePercent(E / r.ENTRIES - 1, 1 - (n - C) / (u[E + r.PREV_TIME] - C));
                        f += (u[E + r.R] - f) * x;
                        g += (u[E + r.G] - g) * x;
                        y += (u[E + r.B] - y) * x;
                        b += (u[E + r.A] - b) * x;
                        S += (u[E + r.R2] - S) * x;
                        A += (u[E + r.G2] - A) * x;
                        T += (u[E + r.B2] - T) * x;
                      }
                      if (1 == a) {
                        c.color.set(f, g, y, b);
                        c.darkColor.set(S, A, T, 1);
                      } else {
                        _ = c.color, d = c.darkColor;
                        if (l == i.setup) {
                          _.setFromColor(c.data.color);
                          d.setFromColor(c.data.darkColor);
                        }
                        _.add((f - _.r) * a, (g - _.g) * a, (y - _.b) * a, (b - _.a) * a);
                        d.add((S - d.r) * a, (A - d.g) * a, (T - d.b) * a, 0);
                      }
                    }
                  }
                };
                r.ENTRIES = 8;
                r.PREV_TIME = -8;
                r.PREV_R = -7;
                r.PREV_G = -6;
                r.PREV_B = -5;
                r.PREV_A = -4;
                r.PREV_R2 = -3;
                r.PREV_G2 = -2;
                r.PREV_B2 = -1;
                r.R = 1;
                r.G = 2;
                r.B = 3;
                r.A = 4;
                r.R2 = 5;
                r.G2 = 6;
                r.B2 = 7;
                return r;
              }(r);
              t.TwoColorTimeline = u;
              var _ = function() {
                function r(e) {
                  this.frames = t.Utils.newFloatArray(e);
                  this.attachmentNames = new Array(e);
                }
                r.prototype.getPropertyId = function() {
                  return (n.attachment << 24) + this.slotIndex;
                };
                r.prototype.getFrameCount = function() {
                  return this.frames.length;
                };
                r.prototype.setFrame = function(t, e, i) {
                  this.frames[t] = e;
                  this.attachmentNames[t] = i;
                };
                r.prototype.apply = function(t, n, r, o, a, l, h) {
                  var c = t.slots[this.slotIndex];
                  if (c.bone.active) if (h != s.mixOut || l != i.setup) {
                    var u = this.frames;
                    if (r < u[0]) {
                      if (l == i.setup || l == i.first) {
                        var _ = c.data.attachmentName;
                        c.setAttachment(null == _ ? null : t.getAttachment(this.slotIndex, _));
                      }
                    } else {
                      var d = 0;
                      d = r >= u[u.length - 1] ? u.length - 1 : e.binarySearch(u, r, 1) - 1;
                      var p = this.attachmentNames[d];
                      t.slots[this.slotIndex].setAttachment(null == p ? null : t.getAttachment(this.slotIndex, p));
                    }
                  } else {
                    var m = c.data.attachmentName;
                    c.setAttachment(null == m ? null : t.getAttachment(this.slotIndex, m));
                  }
                };
                return r;
              }();
              t.AttachmentTimeline = _;
              var d = null;
              var p = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e);
                  i.frameVertices = new Array(e);
                  null == d && (d = t.Utils.newFloatArray(64));
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.deform << 27) + +this.attachment.id + this.slotIndex;
                };
                r.prototype.setFrame = function(t, e, i) {
                  this.frames[t] = e;
                  this.frameVertices[t] = i;
                };
                r.prototype.apply = function(s, n, r, o, a, l, h) {
                  var c = s.slots[this.slotIndex];
                  if (c.bone.active) {
                    var u = c.getAttachment();
                    if (u instanceof t.VertexAttachment && u.deformAttachment == this.attachment) {
                      var _ = c.deform;
                      0 == _.length && (l = i.setup);
                      var d = this.frameVertices;
                      var p = d[0].length;
                      var m = this.frames;
                      if (r < m[0]) {
                        var f = u;
                        switch (l) {
                         case i.setup:
                          _.length = 0;
                          return;

                         case i.first:
                          if (1 == a) {
                            _.length = 0;
                            break;
                          }
                          var g = t.Utils.setArraySize(_, p);
                          if (null == f.bones) {
                            var y = f.vertices;
                            for (var b = 0; b < p; b++) g[b] += (y[b] - g[b]) * a;
                          } else {
                            a = 1 - a;
                            for (b = 0; b < p; b++) g[b] *= a;
                          }
                        }
                      } else {
                        var S = t.Utils.setArraySize(_, p);
                        if (r >= m[m.length - 1]) {
                          var A = d[m.length - 1];
                          if (1 == a) if (l == i.add) {
                            if (null == (f = u).bones) {
                              y = f.vertices;
                              for (var T = 0; T < p; T++) S[T] += A[T] - y[T];
                            } else for (var v = 0; v < p; v++) S[v] += A[v];
                          } else t.Utils.arrayCopy(A, 0, S, 0, p); else switch (l) {
                           case i.setup:
                            var E = u;
                            if (null == E.bones) {
                              y = E.vertices;
                              for (var C = 0; C < p; C++) {
                                var x = y[C];
                                S[C] = x + (A[C] - x) * a;
                              }
                            } else for (var w = 0; w < p; w++) S[w] = A[w] * a;
                            break;

                           case i.first:
                           case i.replace:
                            for (var R = 0; R < p; R++) S[R] += (A[R] - S[R]) * a;

                           case i.add:
                            if (null == (f = u).bones) {
                              y = f.vertices;
                              for (var I = 0; I < p; I++) S[I] += (A[I] - y[I]) * a;
                            } else for (var M = 0; M < p; M++) S[M] += A[M] * a;
                          }
                        } else {
                          var B = e.binarySearch(m, r);
                          var D = d[B - 1];
                          var P = d[B];
                          var O = m[B];
                          var N = this.getCurvePercent(B - 1, 1 - (r - O) / (m[B - 1] - O));
                          if (1 == a) if (l == i.add) {
                            if (null == (f = u).bones) {
                              y = f.vertices;
                              for (var L = 0; L < p; L++) {
                                var F = D[L];
                                S[L] += F + (P[L] - F) * N - y[L];
                              }
                            } else for (var V = 0; V < p; V++) {
                              F = D[V];
                              S[V] += F + (P[V] - F) * N;
                            }
                          } else for (var k = 0; k < p; k++) {
                            F = D[k];
                            S[k] = F + (P[k] - F) * N;
                          } else switch (l) {
                           case i.setup:
                            var U = u;
                            if (null == U.bones) {
                              y = U.vertices;
                              for (var G = 0; G < p; G++) {
                                F = D[G], x = y[G];
                                S[G] = x + (F + (P[G] - F) * N - x) * a;
                              }
                            } else for (var z = 0; z < p; z++) {
                              F = D[z];
                              S[z] = (F + (P[z] - F) * N) * a;
                            }
                            break;

                           case i.first:
                           case i.replace:
                            for (var H = 0; H < p; H++) {
                              F = D[H];
                              S[H] += (F + (P[H] - F) * N - S[H]) * a;
                            }
                            break;

                           case i.add:
                            if (null == (f = u).bones) {
                              y = f.vertices;
                              for (var j = 0; j < p; j++) {
                                F = D[j];
                                S[j] += (F + (P[j] - F) * N - y[j]) * a;
                              }
                            } else for (var X = 0; X < p; X++) {
                              F = D[X];
                              S[X] += (F + (P[X] - F) * N) * a;
                            }
                          }
                        }
                      }
                    }
                  }
                };
                return r;
              }(r);
              t.DeformTimeline = p;
              var m = function() {
                function i(e) {
                  this.frames = t.Utils.newFloatArray(e);
                  this.events = new Array(e);
                }
                i.prototype.getPropertyId = function() {
                  return n.event << 24;
                };
                i.prototype.getFrameCount = function() {
                  return this.frames.length;
                };
                i.prototype.setFrame = function(t, e) {
                  this.frames[t] = e.time;
                  this.events[t] = e;
                };
                i.prototype.apply = function(t, i, s, n, r, o, a) {
                  if (null != n) {
                    var l = this.frames;
                    var h = this.frames.length;
                    if (i > s) {
                      this.apply(t, i, Number.MAX_VALUE, n, r, o, a);
                      i = -1;
                    } else if (i >= l[h - 1]) return;
                    if (!(s < l[0])) {
                      var c = 0;
                      if (i < l[0]) c = 0; else {
                        var u = l[c = e.binarySearch(l, i)];
                        for (;c > 0 && l[c - 1] == u; ) c--;
                      }
                      for (;c < h && s >= l[c]; c++) n.push(this.events[c]);
                    }
                  }
                };
                return i;
              }();
              t.EventTimeline = m;
              var f = function() {
                function r(e) {
                  this.frames = t.Utils.newFloatArray(e);
                  this.drawOrders = new Array(e);
                }
                r.prototype.getPropertyId = function() {
                  return n.drawOrder << 24;
                };
                r.prototype.getFrameCount = function() {
                  return this.frames.length;
                };
                r.prototype.setFrame = function(t, e, i) {
                  this.frames[t] = e;
                  this.drawOrders[t] = i;
                };
                r.prototype.apply = function(n, r, o, a, l, h, c) {
                  var u = n.drawOrder;
                  var _ = n.slots;
                  if (c != s.mixOut || h != i.setup) {
                    var d = this.frames;
                    if (o < d[0]) h != i.setup && h != i.first || t.Utils.arrayCopy(n.slots, 0, n.drawOrder, 0, n.slots.length); else {
                      var p = 0;
                      p = o >= d[d.length - 1] ? d.length - 1 : e.binarySearch(d, o) - 1;
                      var m = this.drawOrders[p];
                      if (null == m) t.Utils.arrayCopy(_, 0, u, 0, _.length); else for (var f = 0, g = m.length; f < g; f++) u[f] = _[m[f]];
                    }
                  } else t.Utils.arrayCopy(n.slots, 0, n.drawOrder, 0, n.slots.length);
                };
                return r;
              }();
              t.DrawOrderTimeline = f;
              var g = function(r) {
                AMt(o, r);
                function o(e) {
                  var i = r.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * o.ENTRIES);
                  return i;
                }
                o.prototype.getPropertyId = function() {
                  return (n.ikConstraint << 24) + this.ikConstraintIndex;
                };
                o.prototype.setFrame = function(t, e, i, s, n, r, a) {
                  t *= o.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + o.MIX] = i;
                  this.frames[t + o.SOFTNESS] = s;
                  this.frames[t + o.BEND_DIRECTION] = n;
                  this.frames[t + o.COMPRESS] = r ? 1 : 0;
                  this.frames[t + o.STRETCH] = a ? 1 : 0;
                };
                o.prototype.apply = function(t, n, r, a, l, h, c) {
                  var u = this.frames;
                  var _ = t.ikConstraints[this.ikConstraintIndex];
                  if (_.active) if (r < u[0]) switch (h) {
                   case i.setup:
                    _.mix = _.data.mix;
                    _.softness = _.data.softness;
                    _.bendDirection = _.data.bendDirection;
                    _.compress = _.data.compress;
                    _.stretch = _.data.stretch;
                    return;

                   case i.first:
                    _.mix += (_.data.mix - _.mix) * l;
                    _.softness += (_.data.softness - _.softness) * l;
                    _.bendDirection = _.data.bendDirection;
                    _.compress = _.data.compress;
                    _.stretch = _.data.stretch;
                  } else if (r >= u[u.length - o.ENTRIES]) if (h == i.setup) {
                    _.mix = _.data.mix + (u[u.length + o.PREV_MIX] - _.data.mix) * l;
                    _.softness = _.data.softness + (u[u.length + o.PREV_SOFTNESS] - _.data.softness) * l;
                    if (c == s.mixOut) {
                      _.bendDirection = _.data.bendDirection;
                      _.compress = _.data.compress;
                      _.stretch = _.data.stretch;
                    } else {
                      _.bendDirection = u[u.length + o.PREV_BEND_DIRECTION];
                      _.compress = 0 != u[u.length + o.PREV_COMPRESS];
                      _.stretch = 0 != u[u.length + o.PREV_STRETCH];
                    }
                  } else {
                    _.mix += (u[u.length + o.PREV_MIX] - _.mix) * l;
                    _.softness += (u[u.length + o.PREV_SOFTNESS] - _.softness) * l;
                    if (c == s.mixIn) {
                      _.bendDirection = u[u.length + o.PREV_BEND_DIRECTION];
                      _.compress = 0 != u[u.length + o.PREV_COMPRESS];
                      _.stretch = 0 != u[u.length + o.PREV_STRETCH];
                    }
                  } else {
                    var d = e.binarySearch(u, r, o.ENTRIES);
                    var p = u[d + o.PREV_MIX];
                    var m = u[d + o.PREV_SOFTNESS];
                    var f = u[d];
                    var g = this.getCurvePercent(d / o.ENTRIES - 1, 1 - (r - f) / (u[d + o.PREV_TIME] - f));
                    if (h == i.setup) {
                      _.mix = _.data.mix + (p + (u[d + o.MIX] - p) * g - _.data.mix) * l;
                      _.softness = _.data.softness + (m + (u[d + o.SOFTNESS] - m) * g - _.data.softness) * l;
                      if (c == s.mixOut) {
                        _.bendDirection = _.data.bendDirection;
                        _.compress = _.data.compress;
                        _.stretch = _.data.stretch;
                      } else {
                        _.bendDirection = u[d + o.PREV_BEND_DIRECTION];
                        _.compress = 0 != u[d + o.PREV_COMPRESS];
                        _.stretch = 0 != u[d + o.PREV_STRETCH];
                      }
                    } else {
                      _.mix += (p + (u[d + o.MIX] - p) * g - _.mix) * l;
                      _.softness += (m + (u[d + o.SOFTNESS] - m) * g - _.softness) * l;
                      if (c == s.mixIn) {
                        _.bendDirection = u[d + o.PREV_BEND_DIRECTION];
                        _.compress = 0 != u[d + o.PREV_COMPRESS];
                        _.stretch = 0 != u[d + o.PREV_STRETCH];
                      }
                    }
                  }
                };
                o.ENTRIES = 6;
                o.PREV_TIME = -6;
                o.PREV_MIX = -5;
                o.PREV_SOFTNESS = -4;
                o.PREV_BEND_DIRECTION = -3;
                o.PREV_COMPRESS = -2;
                o.PREV_STRETCH = -1;
                o.MIX = 1;
                o.SOFTNESS = 2;
                o.BEND_DIRECTION = 3;
                o.COMPRESS = 4;
                o.STRETCH = 5;
                return o;
              }(r);
              t.IkConstraintTimeline = g;
              var y = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * r.ENTRIES);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.transformConstraint << 24) + this.transformConstraintIndex;
                };
                r.prototype.setFrame = function(t, e, i, s, n, o) {
                  t *= r.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + r.ROTATE] = i;
                  this.frames[t + r.TRANSLATE] = s;
                  this.frames[t + r.SCALE] = n;
                  this.frames[t + r.SHEAR] = o;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = this.frames;
                  var u = t.transformConstraints[this.transformConstraintIndex];
                  if (u.active) if (n < c[0]) {
                    var _ = u.data;
                    switch (l) {
                     case i.setup:
                      u.rotateMix = _.rotateMix;
                      u.translateMix = _.translateMix;
                      u.scaleMix = _.scaleMix;
                      u.shearMix = _.shearMix;
                      return;

                     case i.first:
                      u.rotateMix += (_.rotateMix - u.rotateMix) * a;
                      u.translateMix += (_.translateMix - u.translateMix) * a;
                      u.scaleMix += (_.scaleMix - u.scaleMix) * a;
                      u.shearMix += (_.shearMix - u.shearMix) * a;
                    }
                  } else {
                    var d = 0, p = 0, m = 0, f = 0;
                    if (n >= c[c.length - r.ENTRIES]) {
                      var g = c.length;
                      d = c[g + r.PREV_ROTATE];
                      p = c[g + r.PREV_TRANSLATE];
                      m = c[g + r.PREV_SCALE];
                      f = c[g + r.PREV_SHEAR];
                    } else {
                      var y = e.binarySearch(c, n, r.ENTRIES);
                      d = c[y + r.PREV_ROTATE];
                      p = c[y + r.PREV_TRANSLATE];
                      m = c[y + r.PREV_SCALE];
                      f = c[y + r.PREV_SHEAR];
                      var b = c[y];
                      var S = this.getCurvePercent(y / r.ENTRIES - 1, 1 - (n - b) / (c[y + r.PREV_TIME] - b));
                      d += (c[y + r.ROTATE] - d) * S;
                      p += (c[y + r.TRANSLATE] - p) * S;
                      m += (c[y + r.SCALE] - m) * S;
                      f += (c[y + r.SHEAR] - f) * S;
                    }
                    if (l == i.setup) {
                      _ = u.data;
                      u.rotateMix = _.rotateMix + (d - _.rotateMix) * a;
                      u.translateMix = _.translateMix + (p - _.translateMix) * a;
                      u.scaleMix = _.scaleMix + (m - _.scaleMix) * a;
                      u.shearMix = _.shearMix + (f - _.shearMix) * a;
                    } else {
                      u.rotateMix += (d - u.rotateMix) * a;
                      u.translateMix += (p - u.translateMix) * a;
                      u.scaleMix += (m - u.scaleMix) * a;
                      u.shearMix += (f - u.shearMix) * a;
                    }
                  }
                };
                r.ENTRIES = 5;
                r.PREV_TIME = -5;
                r.PREV_ROTATE = -4;
                r.PREV_TRANSLATE = -3;
                r.PREV_SCALE = -2;
                r.PREV_SHEAR = -1;
                r.ROTATE = 1;
                r.TRANSLATE = 2;
                r.SCALE = 3;
                r.SHEAR = 4;
                return r;
              }(r);
              t.TransformConstraintTimeline = y;
              var b = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * r.ENTRIES);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.pathConstraintPosition << 24) + this.pathConstraintIndex;
                };
                r.prototype.setFrame = function(t, e, i) {
                  t *= r.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + r.VALUE] = i;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = this.frames;
                  var u = t.pathConstraints[this.pathConstraintIndex];
                  if (u.active) if (n < c[0]) switch (l) {
                   case i.setup:
                    u.position = u.data.position;
                    return;

                   case i.first:
                    u.position += (u.data.position - u.position) * a;
                  } else {
                    var _ = 0;
                    if (n >= c[c.length - r.ENTRIES]) _ = c[c.length + r.PREV_VALUE]; else {
                      var d = e.binarySearch(c, n, r.ENTRIES);
                      _ = c[d + r.PREV_VALUE];
                      var p = c[d];
                      var m = this.getCurvePercent(d / r.ENTRIES - 1, 1 - (n - p) / (c[d + r.PREV_TIME] - p));
                      _ += (c[d + r.VALUE] - _) * m;
                    }
                    l == i.setup ? u.position = u.data.position + (_ - u.data.position) * a : u.position += (_ - u.position) * a;
                  }
                };
                r.ENTRIES = 2;
                r.PREV_TIME = -2;
                r.PREV_VALUE = -1;
                r.VALUE = 1;
                return r;
              }(r);
              t.PathConstraintPositionTimeline = b;
              var S = function(t) {
                AMt(s, t);
                function s(e) {
                  return t.call(this, e) || this;
                }
                s.prototype.getPropertyId = function() {
                  return (n.pathConstraintSpacing << 24) + this.pathConstraintIndex;
                };
                s.prototype.apply = function(t, n, r, o, a, l, h) {
                  var c = this.frames;
                  var u = t.pathConstraints[this.pathConstraintIndex];
                  if (u.active) if (r < c[0]) switch (l) {
                   case i.setup:
                    u.spacing = u.data.spacing;
                    return;

                   case i.first:
                    u.spacing += (u.data.spacing - u.spacing) * a;
                  } else {
                    var _ = 0;
                    if (r >= c[c.length - s.ENTRIES]) _ = c[c.length + s.PREV_VALUE]; else {
                      var d = e.binarySearch(c, r, s.ENTRIES);
                      _ = c[d + s.PREV_VALUE];
                      var p = c[d];
                      var m = this.getCurvePercent(d / s.ENTRIES - 1, 1 - (r - p) / (c[d + s.PREV_TIME] - p));
                      _ += (c[d + s.VALUE] - _) * m;
                    }
                    l == i.setup ? u.spacing = u.data.spacing + (_ - u.data.spacing) * a : u.spacing += (_ - u.spacing) * a;
                  }
                };
                return s;
              }(b);
              t.PathConstraintSpacingTimeline = S;
              var A = function(s) {
                AMt(r, s);
                function r(e) {
                  var i = s.call(this, e) || this;
                  i.frames = t.Utils.newFloatArray(e * r.ENTRIES);
                  return i;
                }
                r.prototype.getPropertyId = function() {
                  return (n.pathConstraintMix << 24) + this.pathConstraintIndex;
                };
                r.prototype.setFrame = function(t, e, i, s) {
                  t *= r.ENTRIES;
                  this.frames[t] = e;
                  this.frames[t + r.ROTATE] = i;
                  this.frames[t + r.TRANSLATE] = s;
                };
                r.prototype.apply = function(t, s, n, o, a, l, h) {
                  var c = this.frames;
                  var u = t.pathConstraints[this.pathConstraintIndex];
                  if (u.active) if (n < c[0]) switch (l) {
                   case i.setup:
                    u.rotateMix = u.data.rotateMix;
                    u.translateMix = u.data.translateMix;
                    return;

                   case i.first:
                    u.rotateMix += (u.data.rotateMix - u.rotateMix) * a;
                    u.translateMix += (u.data.translateMix - u.translateMix) * a;
                  } else {
                    var _ = 0, d = 0;
                    if (n >= c[c.length - r.ENTRIES]) {
                      _ = c[c.length + r.PREV_ROTATE];
                      d = c[c.length + r.PREV_TRANSLATE];
                    } else {
                      var p = e.binarySearch(c, n, r.ENTRIES);
                      _ = c[p + r.PREV_ROTATE];
                      d = c[p + r.PREV_TRANSLATE];
                      var m = c[p];
                      var f = this.getCurvePercent(p / r.ENTRIES - 1, 1 - (n - m) / (c[p + r.PREV_TIME] - m));
                      _ += (c[p + r.ROTATE] - _) * f;
                      d += (c[p + r.TRANSLATE] - d) * f;
                    }
                    if (l == i.setup) {
                      u.rotateMix = u.data.rotateMix + (_ - u.data.rotateMix) * a;
                      u.translateMix = u.data.translateMix + (d - u.data.translateMix) * a;
                    } else {
                      u.rotateMix += (_ - u.rotateMix) * a;
                      u.translateMix += (d - u.translateMix) * a;
                    }
                  }
                };
                r.ENTRIES = 3;
                r.PREV_TIME = -3;
                r.PREV_ROTATE = -2;
                r.PREV_TRANSLATE = -1;
                r.ROTATE = 1;
                r.TRANSLATE = 2;
                return r;
              }(r);
              t.PathConstraintMixTimeline = A;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(e) {
                  this.tracks = new Array;
                  this.timeScale = 1;
                  this.events = new Array;
                  this.listeners = new Array;
                  this.queue = new s(this);
                  this.propertyIDs = new t.IntSet;
                  this.animationsChanged = !1;
                  this.trackEntryPool = new t.Pool((function() {
                    return new i;
                  }));
                  this.data = e;
                }
                e.prototype.update = function(t) {
                  t *= this.timeScale;
                  var e = this.tracks;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (null != n) {
                      n.animationLast = n.nextAnimationLast;
                      n.trackLast = n.nextTrackLast;
                      var r = t * n.timeScale;
                      if (n.delay > 0) {
                        n.delay -= r;
                        if (n.delay > 0) continue;
                        r = -n.delay;
                        n.delay = 0;
                      }
                      var o = n.next;
                      if (null != o) {
                        var a = n.trackLast - o.delay;
                        if (a >= 0) {
                          o.delay = 0;
                          o.trackTime += 0 == n.timeScale ? 0 : (a / n.timeScale + t) * o.timeScale;
                          n.trackTime += r;
                          this.setCurrent(i, o, !0);
                          for (;null != o.mixingFrom; ) {
                            o.mixTime += t;
                            o = o.mixingFrom;
                          }
                          continue;
                        }
                      } else if (n.trackLast >= n.trackEnd && null == n.mixingFrom) {
                        e[i] = null;
                        this.queue.end(n);
                        this.disposeNext(n);
                        continue;
                      }
                      if (null != n.mixingFrom && this.updateMixingFrom(n, t)) {
                        var l = n.mixingFrom;
                        n.mixingFrom = null;
                        null != l && (l.mixingTo = null);
                        for (;null != l; ) {
                          this.queue.end(l);
                          l = l.mixingFrom;
                        }
                      }
                      n.trackTime += r;
                    }
                  }
                  this.queue.drain();
                };
                e.prototype.updateMixingFrom = function(t, e) {
                  var i = t.mixingFrom;
                  if (null == i) return !0;
                  var s = this.updateMixingFrom(i, e);
                  i.animationLast = i.nextAnimationLast;
                  i.trackLast = i.nextTrackLast;
                  if (t.mixTime > 0 && t.mixTime >= t.mixDuration) {
                    if (0 == i.totalAlpha || 0 == t.mixDuration) {
                      t.mixingFrom = i.mixingFrom;
                      null != i.mixingFrom && (i.mixingFrom.mixingTo = t);
                      t.interruptAlpha = i.interruptAlpha;
                      this.queue.end(i);
                    }
                    return s;
                  }
                  i.trackTime += e * i.timeScale;
                  t.mixTime += e;
                  return !1;
                };
                e.prototype.apply = function(i) {
                  if (null == i) throw new Error("skeleton cannot be null.");
                  this.animationsChanged && this._animationsChanged();
                  var s = this.events;
                  var n = this.tracks;
                  var r = !1;
                  for (var o = 0, a = n.length; o < a; o++) {
                    var l = n[o];
                    if (!(null == l || l.delay > 0)) {
                      r = !0;
                      var h = 0 == o ? t.MixBlend.first : l.mixBlend;
                      var c = l.alpha;
                      null != l.mixingFrom ? c *= this.applyMixingFrom(l, i, h) : l.trackTime >= l.trackEnd && null == l.next && (c = 0);
                      var u = l.animationLast, _ = l.getAnimationTime();
                      var d = l.animation.timelines.length;
                      var p = l.animation.timelines;
                      if (0 == o && 1 == c || h == t.MixBlend.add) for (var m = 0; m < d; m++) {
                        t.Utils.webkit602BugfixHelper(c, h);
                        p[m].apply(i, u, _, s, c, h, t.MixDirection.mixIn);
                      } else {
                        var f = l.timelineMode;
                        var g = 0 == l.timelinesRotation.length;
                        g && t.Utils.setArraySize(l.timelinesRotation, d << 1, null);
                        var y = l.timelinesRotation;
                        for (m = 0; m < d; m++) {
                          var b = p[m];
                          var S = (f[m] & e.NOT_LAST - 1) == e.SUBSEQUENT ? h : t.MixBlend.setup;
                          if (b instanceof t.RotateTimeline) this.applyRotateTimeline(b, i, _, c, S, y, m << 1, g); else {
                            t.Utils.webkit602BugfixHelper(c, h);
                            b.apply(i, u, _, s, c, S, t.MixDirection.mixIn);
                          }
                        }
                      }
                      this.queueEvents(l, _);
                      s.length = 0;
                      l.nextAnimationLast = _;
                      l.nextTrackLast = l.trackTime;
                    }
                  }
                  this.queue.drain();
                  return r;
                };
                e.prototype.applyMixingFrom = function(i, s, n) {
                  var r = i.mixingFrom;
                  null != r.mixingFrom && this.applyMixingFrom(r, s, n);
                  var o = 0;
                  if (0 == i.mixDuration) {
                    o = 1;
                    n == t.MixBlend.first && (n = t.MixBlend.setup);
                  } else {
                    (o = i.mixTime / i.mixDuration) > 1 && (o = 1);
                    n != t.MixBlend.first && (n = r.mixBlend);
                  }
                  var a = o < r.eventThreshold ? this.events : null;
                  var l = o < r.attachmentThreshold, h = o < r.drawOrderThreshold;
                  var c = r.animationLast, u = r.getAnimationTime();
                  var _ = r.animation.timelines.length;
                  var d = r.animation.timelines;
                  var p = r.alpha * i.interruptAlpha, m = p * (1 - o);
                  if (n == t.MixBlend.add) for (var f = 0; f < _; f++) d[f].apply(s, c, u, a, m, n, t.MixDirection.mixOut); else {
                    var g = r.timelineMode;
                    var y = r.timelineHoldMix;
                    var b = 0 == r.timelinesRotation.length;
                    b && t.Utils.setArraySize(r.timelinesRotation, _ << 1, null);
                    var S = r.timelinesRotation;
                    r.totalAlpha = 0;
                    for (f = 0; f < _; f++) {
                      var A = d[f];
                      var T = t.MixDirection.mixOut;
                      var v = void 0;
                      var E = 0;
                      switch (g[f] & e.NOT_LAST - 1) {
                       case e.SUBSEQUENT:
                        v = n;
                        if (!l && A instanceof t.AttachmentTimeline) {
                          if ((g[f] & e.NOT_LAST) == e.NOT_LAST) continue;
                          v = t.MixBlend.setup;
                        }
                        if (!h && A instanceof t.DrawOrderTimeline) continue;
                        E = m;
                        break;

                       case e.FIRST:
                        v = t.MixBlend.setup;
                        E = m;
                        break;

                       case e.HOLD:
                        v = t.MixBlend.setup;
                        E = p;
                        break;

                       default:
                        v = t.MixBlend.setup;
                        var C = y[f];
                        E = p * Math.max(0, 1 - C.mixTime / C.mixDuration);
                      }
                      r.totalAlpha += E;
                      if (A instanceof t.RotateTimeline) this.applyRotateTimeline(A, s, u, E, v, S, f << 1, b); else {
                        t.Utils.webkit602BugfixHelper(E, n);
                        v == t.MixBlend.setup && (A instanceof t.AttachmentTimeline ? (l || (g[f] & e.NOT_LAST) == e.NOT_LAST) && (T = t.MixDirection.mixIn) : A instanceof t.DrawOrderTimeline && h && (T = t.MixDirection.mixIn));
                        A.apply(s, c, u, a, E, v, T);
                      }
                    }
                  }
                  i.mixDuration > 0 && this.queueEvents(r, u);
                  this.events.length = 0;
                  r.nextAnimationLast = u;
                  r.nextTrackLast = r.trackTime;
                  return o;
                };
                e.prototype.applyRotateTimeline = function(e, i, s, n, r, o, a, l) {
                  l && (o[a] = 0);
                  if (1 != n) {
                    var h = e;
                    var c = h.frames;
                    var u = i.bones[h.boneIndex];
                    if (u.active) {
                      var _ = 0, d = 0;
                      if (s < c[0]) switch (r) {
                       case t.MixBlend.setup:
                        u.rotation = u.data.rotation;

                       default:
                        return;

                       case t.MixBlend.first:
                        _ = u.rotation;
                        d = u.data.rotation;
                      } else {
                        _ = r == t.MixBlend.setup ? u.data.rotation : u.rotation;
                        if (s >= c[c.length - t.RotateTimeline.ENTRIES]) d = u.data.rotation + c[c.length + t.RotateTimeline.PREV_ROTATION]; else {
                          var p = t.Animation.binarySearch(c, s, t.RotateTimeline.ENTRIES);
                          var m = c[p + t.RotateTimeline.PREV_ROTATION];
                          var f = c[p];
                          var g = h.getCurvePercent((p >> 1) - 1, 1 - (s - f) / (c[p + t.RotateTimeline.PREV_TIME] - f));
                          d = c[p + t.RotateTimeline.ROTATION] - m;
                          d = m + (d -= 360 * (16384 - (16384.499999999996 - d / 360 | 0))) * g + u.data.rotation;
                          d -= 360 * (16384 - (16384.499999999996 - d / 360 | 0));
                        }
                      }
                      var y = 0, b = d - _;
                      if (0 == (b -= 360 * (16384 - (16384.499999999996 - b / 360 | 0)))) y = o[a]; else {
                        var S = 0, A = 0;
                        if (l) {
                          S = 0;
                          A = b;
                        } else {
                          S = o[a];
                          A = o[a + 1];
                        }
                        var T = b > 0, v = S >= 0;
                        if (t.MathUtils.signum(A) != t.MathUtils.signum(b) && Math.abs(A) <= 90) {
                          Math.abs(S) > 180 && (S += 360 * t.MathUtils.signum(S));
                          v = T;
                        }
                        y = b + S - S % 360;
                        v != T && (y += 360 * t.MathUtils.signum(S));
                        o[a] = y;
                      }
                      o[a + 1] = b;
                      _ += y * n;
                      u.rotation = _ - 360 * (16384 - (16384.499999999996 - _ / 360 | 0));
                    }
                  } else e.apply(i, 0, s, null, 1, r, t.MixDirection.mixIn);
                };
                e.prototype.queueEvents = function(t, e) {
                  var i = t.animationStart, s = t.animationEnd;
                  var n = s - i;
                  var r = t.trackLast % n;
                  var o = this.events;
                  var a = 0, l = o.length;
                  for (;a < l; a++) {
                    var h = o[a];
                    if (h.time < r) break;
                    h.time > s || this.queue.event(t, h);
                  }
                  (t.loop ? 0 == n || r > t.trackTime % n : e >= s && t.animationLast < s) && this.queue.complete(t);
                  for (;a < l; a++) {
                    o[a].time < i || this.queue.event(t, o[a]);
                  }
                };
                e.prototype.clearTracks = function() {
                  var t = this.queue.drainDisabled;
                  this.queue.drainDisabled = !0;
                  for (var e = 0, i = this.tracks.length; e < i; e++) this.clearTrack(e);
                  this.tracks.length = 0;
                  this.queue.drainDisabled = t;
                  this.queue.drain();
                };
                e.prototype.clearTrack = function(t) {
                  if (!(t >= this.tracks.length)) {
                    var e = this.tracks[t];
                    if (null != e) {
                      this.queue.end(e);
                      this.disposeNext(e);
                      var i = e;
                      for (;;) {
                        var s = i.mixingFrom;
                        if (null == s) break;
                        this.queue.end(s);
                        i.mixingFrom = null;
                        i.mixingTo = null;
                        i = s;
                      }
                      this.tracks[e.trackIndex] = null;
                      this.queue.drain();
                    }
                  }
                };
                e.prototype.setCurrent = function(t, e, i) {
                  var s = this.expandToIndex(t);
                  this.tracks[t] = e;
                  if (null != s) {
                    i && this.queue.interrupt(s);
                    e.mixingFrom = s;
                    s.mixingTo = e;
                    e.mixTime = 0;
                    null != s.mixingFrom && s.mixDuration > 0 && (e.interruptAlpha *= Math.min(1, s.mixTime / s.mixDuration));
                    s.timelinesRotation.length = 0;
                  }
                  this.queue.start(e);
                };
                e.prototype.setAnimation = function(t, e, i) {
                  var s = this.data.skeletonData.findAnimation(e);
                  if (null == s) throw new Error("Animation not found: " + e);
                  return this.setAnimationWith(t, s, i);
                };
                e.prototype.setAnimationWith = function(t, e, i) {
                  if (null == e) throw new Error("animation cannot be null.");
                  var s = !0;
                  var n = this.expandToIndex(t);
                  if (null != n) if (-1 == n.nextTrackLast) {
                    this.tracks[t] = n.mixingFrom;
                    this.queue.interrupt(n);
                    this.queue.end(n);
                    this.disposeNext(n);
                    n = n.mixingFrom;
                    s = !1;
                  } else this.disposeNext(n);
                  var r = this.trackEntry(t, e, i, n);
                  this.setCurrent(t, r, s);
                  this.queue.drain();
                  return r;
                };
                e.prototype.addAnimation = function(t, e, i, s) {
                  var n = this.data.skeletonData.findAnimation(e);
                  if (null == n) throw new Error("Animation not found: " + e);
                  return this.addAnimationWith(t, n, i, s);
                };
                e.prototype.addAnimationWith = function(t, e, i, s) {
                  if (null == e) throw new Error("animation cannot be null.");
                  var n = this.expandToIndex(t);
                  if (null != n) for (;null != n.next; ) n = n.next;
                  var r = this.trackEntry(t, e, i, n);
                  if (null == n) {
                    this.setCurrent(t, r, !0);
                    this.queue.drain();
                  } else {
                    n.next = r;
                    if (s <= 0) {
                      var o = n.animationEnd - n.animationStart;
                      if (0 != o) {
                        n.loop ? s += o * (1 + (n.trackTime / o | 0)) : s += Math.max(o, n.trackTime);
                        s -= this.data.getMix(n.animation, e);
                      } else s = n.trackTime;
                    }
                  }
                  r.delay = s;
                  return r;
                };
                e.prototype.setEmptyAnimation = function(t, i) {
                  var s = this.setAnimationWith(t, e.emptyAnimation, !1);
                  s.mixDuration = i;
                  s.trackEnd = i;
                  return s;
                };
                e.prototype.addEmptyAnimation = function(t, i, s) {
                  s <= 0 && (s -= i);
                  var n = this.addAnimationWith(t, e.emptyAnimation, !1, s);
                  n.mixDuration = i;
                  n.trackEnd = i;
                  return n;
                };
                e.prototype.setEmptyAnimations = function(t) {
                  var e = this.queue.drainDisabled;
                  this.queue.drainDisabled = !0;
                  for (var i = 0, s = this.tracks.length; i < s; i++) {
                    var n = this.tracks[i];
                    null != n && this.setEmptyAnimation(n.trackIndex, t);
                  }
                  this.queue.drainDisabled = e;
                  this.queue.drain();
                };
                e.prototype.expandToIndex = function(e) {
                  if (e < this.tracks.length) return this.tracks[e];
                  t.Utils.ensureArrayCapacity(this.tracks, e + 1, null);
                  this.tracks.length = e + 1;
                  return null;
                };
                e.prototype.trackEntry = function(t, e, i, s) {
                  var n = this.trackEntryPool.obtain();
                  n.trackIndex = t;
                  n.animation = e;
                  n.loop = i;
                  n.holdPrevious = !1;
                  n.eventThreshold = 0;
                  n.attachmentThreshold = 0;
                  n.drawOrderThreshold = 0;
                  n.animationStart = 0;
                  n.animationEnd = e.duration;
                  n.animationLast = -1;
                  n.nextAnimationLast = -1;
                  n.delay = 0;
                  n.trackTime = 0;
                  n.trackLast = -1;
                  n.nextTrackLast = -1;
                  n.trackEnd = Number.MAX_VALUE;
                  n.timeScale = 1;
                  n.alpha = 1;
                  n.interruptAlpha = 1;
                  n.mixTime = 0;
                  n.mixDuration = null == s ? 0 : this.data.getMix(s.animation, e);
                  return n;
                };
                e.prototype.disposeNext = function(t) {
                  var e = t.next;
                  for (;null != e; ) {
                    this.queue.dispose(e);
                    e = e.next;
                  }
                  t.next = null;
                };
                e.prototype._animationsChanged = function() {
                  this.animationsChanged = !1;
                  this.propertyIDs.clear();
                  for (var e = 0, i = this.tracks.length; e < i; e++) {
                    if (null != (s = this.tracks[e])) {
                      for (;null != s.mixingFrom; ) s = s.mixingFrom;
                      do {
                        null != s.mixingFrom && s.mixBlend == t.MixBlend.add || this.computeHold(s);
                        s = s.mixingTo;
                      } while (null != s);
                    }
                  }
                  this.propertyIDs.clear();
                  for (e = this.tracks.length - 1; e >= 0; e--) {
                    var s = this.tracks[e];
                    for (;null != s; ) {
                      this.computeNotLast(s);
                      s = s.mixingFrom;
                    }
                  }
                };
                e.prototype.computeHold = function(i) {
                  var s = i.mixingTo;
                  var n = i.animation.timelines;
                  var r = i.animation.timelines.length;
                  var o = t.Utils.setArraySize(i.timelineMode, r);
                  i.timelineHoldMix.length = 0;
                  var a = t.Utils.setArraySize(i.timelineHoldMix, r);
                  var l = this.propertyIDs;
                  if (null != s && s.holdPrevious) for (var h = 0; h < r; h++) {
                    l.add(n[h].getPropertyId());
                    o[h] = e.HOLD;
                  } else t: for (h = 0; h < r; h++) {
                    var c = n[h];
                    var u = c.getPropertyId();
                    if (l.add(u)) if (null == s || c instanceof t.AttachmentTimeline || c instanceof t.DrawOrderTimeline || c instanceof t.EventTimeline || !s.animation.hasTimeline(u)) o[h] = e.FIRST; else {
                      for (var _ = s.mixingTo; null != _; _ = _.mixingTo) if (!_.animation.hasTimeline(u)) {
                        if (i.mixDuration > 0) {
                          o[h] = e.HOLD_MIX;
                          a[h] = _;
                          continue t;
                        }
                        break;
                      }
                      o[h] = e.HOLD;
                    } else o[h] = e.SUBSEQUENT;
                  }
                };
                e.prototype.computeNotLast = function(i) {
                  var s = i.animation.timelines;
                  var n = i.animation.timelines.length;
                  var r = i.timelineMode;
                  var o = this.propertyIDs;
                  for (var a = 0; a < n; a++) if (s[a] instanceof t.AttachmentTimeline) {
                    var l = s[a];
                    o.add(l.slotIndex) || (r[a] |= e.NOT_LAST);
                  }
                };
                e.prototype.getCurrent = function(t) {
                  return t >= this.tracks.length ? null : this.tracks[t];
                };
                e.prototype.addListener = function(t) {
                  if (null == t) throw new Error("listener cannot be null.");
                  this.listeners.push(t);
                };
                e.prototype.removeListener = function(t) {
                  var e = this.listeners.indexOf(t);
                  e >= 0 && this.listeners.splice(e, 1);
                };
                e.prototype.clearListeners = function() {
                  this.listeners.length = 0;
                };
                e.prototype.clearListenerNotifications = function() {
                  this.queue.clear();
                };
                e.emptyAnimation = new t.Animation("<empty>", [], 0);
                e.SUBSEQUENT = 0;
                e.FIRST = 1;
                e.HOLD = 2;
                e.HOLD_MIX = 3;
                e.NOT_LAST = 4;
                return e;
              }();
              t.AnimationState = e;
              var i = function() {
                function e() {
                  this.mixBlend = t.MixBlend.replace;
                  this.timelineMode = new Array;
                  this.timelineHoldMix = new Array;
                  this.timelinesRotation = new Array;
                }
                e.prototype.reset = function() {
                  this.next = null;
                  this.mixingFrom = null;
                  this.mixingTo = null;
                  this.animation = null;
                  this.listener = null;
                  this.timelineMode.length = 0;
                  this.timelineHoldMix.length = 0;
                  this.timelinesRotation.length = 0;
                };
                e.prototype.getAnimationTime = function() {
                  if (this.loop) {
                    var t = this.animationEnd - this.animationStart;
                    return 0 == t ? this.animationStart : this.trackTime % t + this.animationStart;
                  }
                  return Math.min(this.trackTime + this.animationStart, this.animationEnd);
                };
                e.prototype.setAnimationLast = function(t) {
                  this.animationLast = t;
                  this.nextAnimationLast = t;
                };
                e.prototype.isComplete = function() {
                  return this.trackTime >= this.animationEnd - this.animationStart;
                };
                e.prototype.resetRotationDirections = function() {
                  this.timelinesRotation.length = 0;
                };
                return e;
              }();
              t.TrackEntry = i;
              var s = function() {
                function t(t) {
                  this.objects = [];
                  this.drainDisabled = !1;
                  this.animState = t;
                }
                t.prototype.start = function(t) {
                  this.objects.push(n.start);
                  this.objects.push(t);
                  this.animState.animationsChanged = !0;
                };
                t.prototype.interrupt = function(t) {
                  this.objects.push(n.interrupt);
                  this.objects.push(t);
                };
                t.prototype.end = function(t) {
                  this.objects.push(n.end);
                  this.objects.push(t);
                  this.animState.animationsChanged = !0;
                };
                t.prototype.dispose = function(t) {
                  this.objects.push(n.dispose);
                  this.objects.push(t);
                };
                t.prototype.complete = function(t) {
                  this.objects.push(n.complete);
                  this.objects.push(t);
                };
                t.prototype.event = function(t, e) {
                  this.objects.push(n.event);
                  this.objects.push(t);
                  this.objects.push(e);
                };
                t.prototype.drain = function() {
                  if (!this.drainDisabled) {
                    this.drainDisabled = !0;
                    var t = this.objects;
                    var e = this.animState.listeners;
                    for (var i = 0; i < t.length; i += 2) {
                      var s = t[i];
                      var r = t[i + 1];
                      switch (s) {
                       case n.start:
                        null != r.listener && r.listener.start && r.listener.start(r);
                        for (var o = 0; o < e.length; o++) e[o].start && e[o].start(r);
                        break;

                       case n.interrupt:
                        null != r.listener && r.listener.interrupt && r.listener.interrupt(r);
                        for (o = 0; o < e.length; o++) e[o].interrupt && e[o].interrupt(r);
                        break;

                       case n.end:
                        null != r.listener && r.listener.end && r.listener.end(r);
                        for (o = 0; o < e.length; o++) e[o].end && e[o].end(r);

                       case n.dispose:
                        null != r.listener && r.listener.dispose && r.listener.dispose(r);
                        for (o = 0; o < e.length; o++) e[o].dispose && e[o].dispose(r);
                        this.animState.trackEntryPool.free(r);
                        break;

                       case n.complete:
                        null != r.listener && r.listener.complete && r.listener.complete(r);
                        for (o = 0; o < e.length; o++) e[o].complete && e[o].complete(r);
                        break;

                       case n.event:
                        var a = t[2 + i++];
                        null != r.listener && r.listener.event && r.listener.event(r, a);
                        for (o = 0; o < e.length; o++) e[o].event && e[o].event(r, a);
                      }
                    }
                    this.clear();
                    this.drainDisabled = !1;
                  }
                };
                t.prototype.clear = function() {
                  this.objects.length = 0;
                };
                return t;
              }();
              t.EventQueue = s;
              var n;
              !function(t) {
                t[t.start = 0] = "start";
                t[t.interrupt = 1] = "interrupt";
                t[t.end = 2] = "end";
                t[t.dispose = 3] = "dispose";
                t[t.complete = 4] = "complete";
                t[t.event = 5] = "event";
              }(n = t.EventType || (t.EventType = {}));
              var r = function() {
                function t() {}
                t.prototype.start = function(t) {};
                t.prototype.interrupt = function(t) {};
                t.prototype.end = function(t) {};
                t.prototype.dispose = function(t) {};
                t.prototype.complete = function(t) {};
                t.prototype.event = function(t, e) {};
                return t;
              }();
              t.AnimationStateAdapter = r;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function t(t) {
                  this.animationToMixTime = {};
                  this.defaultMix = 0;
                  if (null == t) throw new Error("skeletonData cannot be null.");
                  this.skeletonData = t;
                }
                t.prototype.setMix = function(t, e, i) {
                  var s = this.skeletonData.findAnimation(t);
                  if (null == s) throw new Error("Animation not found: " + t);
                  var n = this.skeletonData.findAnimation(e);
                  if (null == n) throw new Error("Animation not found: " + e);
                  this.setMixWith(s, n, i);
                };
                t.prototype.setMixWith = function(t, e, i) {
                  if (null == t) throw new Error("from cannot be null.");
                  if (null == e) throw new Error("to cannot be null.");
                  var s = t.name + "." + e.name;
                  this.animationToMixTime[s] = i;
                };
                t.prototype.getMix = function(t, e) {
                  var i = t.name + "." + e.name;
                  var s = this.animationToMixTime[i];
                  return void 0 === s ? this.defaultMix : s;
                };
                return t;
              }();
              t.AnimationStateData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t, e) {
                  void 0 === e && (e = "");
                  this.assets = {};
                  this.errors = {};
                  this.toLoad = 0;
                  this.loaded = 0;
                  this.textureLoader = t;
                  this.pathPrefix = e;
                }
                e.downloadText = function(t, e, i) {
                  var s = new XMLHttpRequest;
                  s.open("GET", t, !0);
                  s.onload = function() {
                    200 == s.status ? e(s.responseText) : i(s.status, s.responseText);
                  };
                  s.onerror = function() {
                    i(s.status, s.responseText);
                  };
                  s.send();
                };
                e.downloadBinary = function(t, e, i) {
                  var s = new XMLHttpRequest;
                  s.open("GET", t, !0);
                  s.responseType = "arraybuffer";
                  s.onload = function() {
                    200 == s.status ? e(new Uint8Array(s.response)) : i(s.status, s.responseText);
                  };
                  s.onerror = function() {
                    i(s.status, s.responseText);
                  };
                  s.send();
                };
                e.prototype.loadBinary = function(t, i, s) {
                  var n = this;
                  void 0 === i && (i = null);
                  void 0 === s && (s = null);
                  t = this.pathPrefix + t;
                  this.toLoad++;
                  e.downloadBinary(t, (function(e) {
                    n.assets[t] = e;
                    i && i(t, e);
                    n.toLoad--;
                    n.loaded++;
                  }), (function(e, i) {
                    n.errors[t] = "Couldn't load binary " + t + ": status " + status + ", " + i;
                    s && s(t, "Couldn't load binary " + t + ": status " + status + ", " + i);
                    n.toLoad--;
                    n.loaded++;
                  }));
                };
                e.prototype.loadText = function(t, i, s) {
                  var n = this;
                  void 0 === i && (i = null);
                  void 0 === s && (s = null);
                  t = this.pathPrefix + t;
                  this.toLoad++;
                  e.downloadText(t, (function(e) {
                    n.assets[t] = e;
                    i && i(t, e);
                    n.toLoad--;
                    n.loaded++;
                  }), (function(e, i) {
                    n.errors[t] = "Couldn't load text " + t + ": status " + status + ", " + i;
                    s && s(t, "Couldn't load text " + t + ": status " + status + ", " + i);
                    n.toLoad--;
                    n.loaded++;
                  }));
                };
                e.prototype.loadTexture = function(t, e, i) {
                  var s = this;
                  void 0 === e && (e = null);
                  void 0 === i && (i = null);
                  t = this.pathPrefix + t;
                  this.toLoad++;
                  var n = new Image;
                  n.crossOrigin = "anonymous";
                  n.onload = function(i) {
                    var r = s.textureLoader(n);
                    s.assets[t] = r;
                    s.toLoad--;
                    s.loaded++;
                    e && e(t, n);
                  };
                  n.onerror = function(e) {
                    s.errors[t] = "Couldn't load image " + t;
                    s.toLoad--;
                    s.loaded++;
                    i && i(t, "Couldn't load image " + t);
                  };
                  n.src = t;
                };
                e.prototype.loadTextureData = function(t, e, i, s) {
                  var n = this;
                  void 0 === i && (i = null);
                  void 0 === s && (s = null);
                  t = this.pathPrefix + t;
                  this.toLoad++;
                  var r = new Image;
                  r.onload = function(e) {
                    var s = n.textureLoader(r);
                    n.assets[t] = s;
                    n.toLoad--;
                    n.loaded++;
                    i && i(t, r);
                  };
                  r.onerror = function(e) {
                    n.errors[t] = "Couldn't load image " + t;
                    n.toLoad--;
                    n.loaded++;
                    s && s(t, "Couldn't load image " + t);
                  };
                  r.src = e;
                };
                e.prototype.loadTextureAtlas = function(i, s, n) {
                  var r = this;
                  void 0 === s && (s = null);
                  void 0 === n && (n = null);
                  var o = i.lastIndexOf("/") >= 0 ? i.substring(0, i.lastIndexOf("/")) : "";
                  i = this.pathPrefix + i;
                  this.toLoad++;
                  e.downloadText(i, (function(e) {
                    var a = {
                      count: 0
                    };
                    var l = new Array;
                    try {
                      new t.TextureAtlas(e, (function(e) {
                        l.push(o + "/" + e);
                        var i = document.createElement("img");
                        i.width = 16;
                        i.height = 16;
                        return new t.FakeTexture(i);
                      }));
                    } catch (t) {
                      var h = t;
                      r.errors[i] = "Couldn't load texture atlas " + i + ": " + h.message;
                      n && n(i, "Couldn't load texture atlas " + i + ": " + h.message);
                      r.toLoad--;
                      r.loaded++;
                      return;
                    }
                    var c = function(h) {
                      var c = !1;
                      r.loadTexture(h, (function(h, u) {
                        a.count++;
                        if (a.count == l.length) if (c) {
                          r.errors[i] = "Couldn't load texture atlas page " + h + "} of atlas " + i;
                          n && n(i, "Couldn't load texture atlas page " + h + " of atlas " + i);
                          r.toLoad--;
                          r.loaded++;
                        } else try {
                          var _ = new t.TextureAtlas(e, (function(t) {
                            return r.get(o + "/" + t);
                          }));
                          r.assets[i] = _;
                          s && s(i, _);
                          r.toLoad--;
                          r.loaded++;
                        } catch (t) {
                          var d = t;
                          r.errors[i] = "Couldn't load texture atlas " + i + ": " + d.message;
                          n && n(i, "Couldn't load texture atlas " + i + ": " + d.message);
                          r.toLoad--;
                          r.loaded++;
                        }
                      }), (function(t, e) {
                        c = !0;
                        a.count++;
                        if (a.count == l.length) {
                          r.errors[i] = "Couldn't load texture atlas page " + t + "} of atlas " + i;
                          n && n(i, "Couldn't load texture atlas page " + t + " of atlas " + i);
                          r.toLoad--;
                          r.loaded++;
                        }
                      }));
                    };
                    for (var u = 0, _ = l; u < _.length; u++) {
                      c(_[u]);
                    }
                  }), (function(t, e) {
                    r.errors[i] = "Couldn't load texture atlas " + i + ": status " + status + ", " + e;
                    n && n(i, "Couldn't load texture atlas " + i + ": status " + status + ", " + e);
                    r.toLoad--;
                    r.loaded++;
                  }));
                };
                e.prototype.get = function(t) {
                  t = this.pathPrefix + t;
                  return this.assets[t];
                };
                e.prototype.remove = function(t) {
                  t = this.pathPrefix + t;
                  var e = this.assets[t];
                  e.dispose && e.dispose();
                  this.assets[t] = null;
                };
                e.prototype.removeAll = function() {
                  for (var t in this.assets) {
                    var e = this.assets[t];
                    e.dispose && e.dispose();
                  }
                  this.assets = {};
                };
                e.prototype.isLoadingComplete = function() {
                  return 0 == this.toLoad;
                };
                e.prototype.getToLoad = function() {
                  return this.toLoad;
                };
                e.prototype.getLoaded = function() {
                  return this.loaded;
                };
                e.prototype.dispose = function() {
                  this.removeAll();
                };
                e.prototype.hasErrors = function() {
                  return Object.keys(this.errors).length > 0;
                };
                e.prototype.getErrors = function() {
                  return this.errors;
                };
                return e;
              }();
              t.AssetManager = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t) {
                  this.atlas = t;
                }
                e.prototype.newRegionAttachment = function(e, i, s) {
                  var n = this.atlas.findRegion(s);
                  if (null == n) return null;
                  n.renderObject = n;
                  var r = new t.RegionAttachment(i);
                  r.setRegion(n);
                  return r;
                };
                e.prototype.newMeshAttachment = function(e, i, s) {
                  var n = this.atlas.findRegion(s);
                  if (null == n) return null;
                  n.renderObject = n;
                  var r = new t.MeshAttachment(i);
                  r.region = n;
                  return r;
                };
                e.prototype.newBoundingBoxAttachment = function(e, i) {
                  return new t.BoundingBoxAttachment(i);
                };
                e.prototype.newPathAttachment = function(e, i) {
                  return new t.PathAttachment(i);
                };
                e.prototype.newPointAttachment = function(e, i) {
                  return new t.PointAttachment(i);
                };
                e.prototype.newClippingAttachment = function(e, i) {
                  return new t.ClippingAttachment(i);
                };
                return e;
              }();
              t.AtlasAttachmentLoader = e;
            }(TMt || (TMt = {}));
            !function(t) {
              !function(t) {
                t[t.Normal = 0] = "Normal";
                t[t.Additive = 1] = "Additive";
                t[t.Multiply = 2] = "Multiply";
                t[t.Screen = 3] = "Screen";
              }(t.BlendMode || (t.BlendMode = {}));
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t, e, i) {
                  this.children = new Array;
                  this.x = 0;
                  this.y = 0;
                  this.rotation = 0;
                  this.scaleX = 0;
                  this.scaleY = 0;
                  this.shearX = 0;
                  this.shearY = 0;
                  this.ax = 0;
                  this.ay = 0;
                  this.arotation = 0;
                  this.ascaleX = 0;
                  this.ascaleY = 0;
                  this.ashearX = 0;
                  this.ashearY = 0;
                  this.appliedValid = !1;
                  this.a = 0;
                  this.b = 0;
                  this.c = 0;
                  this.d = 0;
                  this.worldY = 0;
                  this.worldX = 0;
                  this.sorted = !1;
                  this.active = !1;
                  if (null == t) throw new Error("data cannot be null.");
                  if (null == e) throw new Error("skeleton cannot be null.");
                  this.data = t;
                  this.skeleton = e;
                  this.parent = i;
                  this.setToSetupPose();
                }
                e.prototype.isActive = function() {
                  return this.active;
                };
                e.prototype.update = function() {
                  this.updateWorldTransformWith(this.x, this.y, this.rotation, this.scaleX, this.scaleY, this.shearX, this.shearY);
                };
                e.prototype.updateWorldTransform = function() {
                  this.updateWorldTransformWith(this.x, this.y, this.rotation, this.scaleX, this.scaleY, this.shearX, this.shearY);
                };
                e.prototype.updateWorldTransformWith = function(e, i, s, n, r, o, a) {
                  this.ax = e;
                  this.ay = i;
                  this.arotation = s;
                  this.ascaleX = n;
                  this.ascaleY = r;
                  this.ashearX = o;
                  this.ashearY = a;
                  this.appliedValid = !0;
                  var l = this.parent;
                  if (null != l) {
                    var h = l.a, c = l.b, u = l.c, _ = l.d;
                    this.worldX = h * e + c * i + l.worldX;
                    this.worldY = u * e + _ * i + l.worldY;
                    switch (this.data.transformMode) {
                     case t.TransformMode.Normal:
                      I = s + 90 + a;
                      var d = t.MathUtils.cosDeg(s + o) * n;
                      var p = t.MathUtils.cosDeg(I) * r;
                      var m = t.MathUtils.sinDeg(s + o) * n;
                      var f = t.MathUtils.sinDeg(I) * r;
                      this.a = h * d + c * m;
                      this.b = h * p + c * f;
                      this.c = u * d + _ * m;
                      this.d = u * p + _ * f;
                      return;

                     case t.TransformMode.OnlyTranslation:
                      I = s + 90 + a;
                      this.a = t.MathUtils.cosDeg(s + o) * n;
                      this.b = t.MathUtils.cosDeg(I) * r;
                      this.c = t.MathUtils.sinDeg(s + o) * n;
                      this.d = t.MathUtils.sinDeg(I) * r;
                      break;

                     case t.TransformMode.NoRotationOrReflection:
                      var g = 0;
                      if ((E = h * h + u * u) > 1e-4) {
                        c = u * (E = Math.abs(h * _ - c * u) / E);
                        _ = h * E;
                        g = Math.atan2(u, h) * t.MathUtils.radDeg;
                      } else {
                        h = 0;
                        u = 0;
                        g = 90 - Math.atan2(_, c) * t.MathUtils.radDeg;
                      }
                      var y = s + o - g;
                      var b = s + a - g + 90;
                      d = t.MathUtils.cosDeg(y) * n;
                      p = t.MathUtils.cosDeg(b) * r;
                      m = t.MathUtils.sinDeg(y) * n;
                      f = t.MathUtils.sinDeg(b) * r;
                      this.a = h * d - c * m;
                      this.b = h * p - c * f;
                      this.c = u * d + _ * m;
                      this.d = u * p + _ * f;
                      break;

                     case t.TransformMode.NoScale:
                     case t.TransformMode.NoScaleOrReflection:
                      var S = t.MathUtils.cosDeg(s);
                      var A = t.MathUtils.sinDeg(s);
                      var T = (h * S + c * A) / this.skeleton.scaleX;
                      var v = (u * S + _ * A) / this.skeleton.scaleY;
                      var E;
                      (E = Math.sqrt(T * T + v * v)) > 1e-5 && (E = 1 / E);
                      T *= E;
                      v *= E;
                      E = Math.sqrt(T * T + v * v);
                      this.data.transformMode == t.TransformMode.NoScale && h * _ - c * u < 0 != (this.skeleton.scaleX < 0 != this.skeleton.scaleY < 0) && (E = -E);
                      var C = Math.PI / 2 + Math.atan2(v, T);
                      var x = Math.cos(C) * E;
                      var w = Math.sin(C) * E;
                      d = t.MathUtils.cosDeg(o) * n;
                      p = t.MathUtils.cosDeg(90 + a) * r;
                      m = t.MathUtils.sinDeg(o) * n;
                      f = t.MathUtils.sinDeg(90 + a) * r;
                      this.a = T * d + x * m;
                      this.b = T * p + x * f;
                      this.c = v * d + w * m;
                      this.d = v * p + w * f;
                    }
                    this.a *= this.skeleton.scaleX;
                    this.b *= this.skeleton.scaleX;
                    this.c *= this.skeleton.scaleY;
                    this.d *= this.skeleton.scaleY;
                  } else {
                    var R = this.skeleton;
                    var I = s + 90 + a;
                    var M = R.scaleX;
                    var B = R.scaleY;
                    this.a = t.MathUtils.cosDeg(s + o) * n * M;
                    this.b = t.MathUtils.cosDeg(I) * r * M;
                    this.c = t.MathUtils.sinDeg(s + o) * n * B;
                    this.d = t.MathUtils.sinDeg(I) * r * B;
                    this.worldX = e * M + R.x;
                    this.worldY = i * B + R.y;
                  }
                };
                e.prototype.setToSetupPose = function() {
                  var t = this.data;
                  this.x = t.x;
                  this.y = t.y;
                  this.rotation = t.rotation;
                  this.scaleX = t.scaleX;
                  this.scaleY = t.scaleY;
                  this.shearX = t.shearX;
                  this.shearY = t.shearY;
                };
                e.prototype.getWorldRotationX = function() {
                  return Math.atan2(this.c, this.a) * t.MathUtils.radDeg;
                };
                e.prototype.getWorldRotationY = function() {
                  return Math.atan2(this.d, this.b) * t.MathUtils.radDeg;
                };
                e.prototype.getWorldScaleX = function() {
                  return Math.sqrt(this.a * this.a + this.c * this.c);
                };
                e.prototype.getWorldScaleY = function() {
                  return Math.sqrt(this.b * this.b + this.d * this.d);
                };
                e.prototype.updateAppliedTransform = function() {
                  this.appliedValid = !0;
                  var e = this.parent;
                  if (null != e) {
                    var i = e.a, s = e.b, n = e.c, r = e.d;
                    var o = 1 / (i * r - s * n);
                    var a = this.worldX - e.worldX, l = this.worldY - e.worldY;
                    this.ax = a * r * o - l * s * o;
                    this.ay = l * i * o - a * n * o;
                    var h = o * r;
                    var c = o * i;
                    var u = o * s;
                    var _ = o * n;
                    var d = h * this.a - u * this.c;
                    var p = h * this.b - u * this.d;
                    var m = c * this.c - _ * this.a;
                    var f = c * this.d - _ * this.b;
                    this.ashearX = 0;
                    this.ascaleX = Math.sqrt(d * d + m * m);
                    if (this.ascaleX > 1e-4) {
                      var g = d * f - p * m;
                      this.ascaleY = g / this.ascaleX;
                      this.ashearY = Math.atan2(d * p + m * f, g) * t.MathUtils.radDeg;
                      this.arotation = Math.atan2(m, d) * t.MathUtils.radDeg;
                    } else {
                      this.ascaleX = 0;
                      this.ascaleY = Math.sqrt(p * p + f * f);
                      this.ashearY = 0;
                      this.arotation = 90 - Math.atan2(f, p) * t.MathUtils.radDeg;
                    }
                  } else {
                    this.ax = this.worldX;
                    this.ay = this.worldY;
                    this.arotation = Math.atan2(this.c, this.a) * t.MathUtils.radDeg;
                    this.ascaleX = Math.sqrt(this.a * this.a + this.c * this.c);
                    this.ascaleY = Math.sqrt(this.b * this.b + this.d * this.d);
                    this.ashearX = 0;
                    this.ashearY = Math.atan2(this.a * this.b + this.c * this.d, this.a * this.d - this.b * this.c) * t.MathUtils.radDeg;
                  }
                };
                e.prototype.worldToLocal = function(t) {
                  var e = this.a, i = this.b, s = this.c, n = this.d;
                  var r = 1 / (e * n - i * s);
                  var o = t.x - this.worldX, a = t.y - this.worldY;
                  t.x = o * n * r - a * i * r;
                  t.y = a * e * r - o * s * r;
                  return t;
                };
                e.prototype.localToWorld = function(t) {
                  var e = t.x, i = t.y;
                  t.x = e * this.a + i * this.b + this.worldX;
                  t.y = e * this.c + i * this.d + this.worldY;
                  return t;
                };
                e.prototype.worldToLocalRotation = function(e) {
                  var i = t.MathUtils.sinDeg(e), s = t.MathUtils.cosDeg(e);
                  return Math.atan2(this.a * i - this.c * s, this.d * s - this.b * i) * t.MathUtils.radDeg + this.rotation - this.shearX;
                };
                e.prototype.localToWorldRotation = function(e) {
                  e -= this.rotation - this.shearX;
                  var i = t.MathUtils.sinDeg(e), s = t.MathUtils.cosDeg(e);
                  return Math.atan2(s * this.c + i * this.d, s * this.a + i * this.b) * t.MathUtils.radDeg;
                };
                e.prototype.rotateWorld = function(e) {
                  var i = this.a, s = this.b, n = this.c, r = this.d;
                  var o = t.MathUtils.cosDeg(e), a = t.MathUtils.sinDeg(e);
                  this.a = o * i - a * n;
                  this.b = o * s - a * r;
                  this.c = a * i + o * n;
                  this.d = a * s + o * r;
                  this.appliedValid = !1;
                };
                return e;
              }();
              t.Bone = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e, s, n) {
                this.x = 0;
                this.y = 0;
                this.rotation = 0;
                this.scaleX = 1;
                this.scaleY = 1;
                this.shearX = 0;
                this.shearY = 0;
                this.transformMode = i.Normal;
                this.skinRequired = !1;
                this.color = new t.Color;
                if (e < 0) throw new Error("index must be >= 0.");
                if (null == s) throw new Error("name cannot be null.");
                this.index = e;
                this.name = s;
                this.parent = n;
              };
              t.BoneData = e;
              var i;
              !function(t) {
                t[t.Normal = 0] = "Normal";
                t[t.OnlyTranslation = 1] = "OnlyTranslation";
                t[t.NoRotationOrReflection = 2] = "NoRotationOrReflection";
                t[t.NoScale = 3] = "NoScale";
                t[t.NoScaleOrReflection = 4] = "NoScaleOrReflection";
              }(i = t.TransformMode || (t.TransformMode = {}));
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t, e, i) {
                this.name = t;
                this.order = e;
                this.skinRequired = i;
              };
              t.ConstraintData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t, e) {
                if (null == e) throw new Error("data cannot be null.");
                this.time = t;
                this.data = e;
              };
              t.Event = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t) {
                this.name = t;
              };
              t.EventData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t, e) {
                  this.bendDirection = 0;
                  this.compress = !1;
                  this.stretch = !1;
                  this.mix = 1;
                  this.softness = 0;
                  this.active = !1;
                  if (null == t) throw new Error("data cannot be null.");
                  if (null == e) throw new Error("skeleton cannot be null.");
                  this.data = t;
                  this.mix = t.mix;
                  this.softness = t.softness;
                  this.bendDirection = t.bendDirection;
                  this.compress = t.compress;
                  this.stretch = t.stretch;
                  this.bones = new Array;
                  for (var i = 0; i < t.bones.length; i++) this.bones.push(e.findBone(t.bones[i].name));
                  this.target = e.findBone(t.target.name);
                }
                e.prototype.isActive = function() {
                  return this.active;
                };
                e.prototype.apply = function() {
                  this.update();
                };
                e.prototype.update = function() {
                  var t = this.target;
                  var e = this.bones;
                  switch (e.length) {
                   case 1:
                    this.apply1(e[0], t.worldX, t.worldY, this.compress, this.stretch, this.data.uniform, this.mix);
                    break;

                   case 2:
                    this.apply2(e[0], e[1], t.worldX, t.worldY, this.bendDirection, this.stretch, this.softness, this.mix);
                  }
                };
                e.prototype.apply1 = function(e, i, s, n, r, o, a) {
                  e.appliedValid || e.updateAppliedTransform();
                  var l = e.parent;
                  var h = 1 / (l.a * l.d - l.b * l.c);
                  var c = i - l.worldX, u = s - l.worldY;
                  var _ = (c * l.d - u * l.b) * h - e.ax, d = (u * l.a - c * l.c) * h - e.ay;
                  var p = Math.atan2(d, _) * t.MathUtils.radDeg - e.ashearX - e.arotation;
                  e.ascaleX < 0 && (p += 180);
                  p > 180 ? p -= 360 : p < -180 && (p += 360);
                  var m = e.ascaleX, f = e.ascaleY;
                  if (n || r) {
                    var g = e.data.length * m, y = Math.sqrt(_ * _ + d * d);
                    if (n && y < g || r && y > g && g > 1e-4) {
                      var b = (y / g - 1) * a + 1;
                      m *= b;
                      o && (f *= b);
                    }
                  }
                  e.updateWorldTransformWith(e.ax, e.ay, e.arotation + p * a, m, f, e.ashearX, e.ashearY);
                };
                e.prototype.apply2 = function(e, i, s, n, r, o, a, l) {
                  if (0 != l) {
                    e.appliedValid || e.updateAppliedTransform();
                    i.appliedValid || i.updateAppliedTransform();
                    var h = e.ax, c = e.ay, u = e.ascaleX, _ = u, d = e.ascaleY, p = i.ascaleX;
                    var m = 0, f = 0, g = 0;
                    if (u < 0) {
                      u = -u;
                      m = 180;
                      g = -1;
                    } else {
                      m = 0;
                      g = 1;
                    }
                    if (d < 0) {
                      d = -d;
                      g = -g;
                    }
                    if (p < 0) {
                      p = -p;
                      f = 180;
                    } else f = 0;
                    var y = i.ax, b = 0, S = 0, A = 0, T = e.a, v = e.b, E = e.c, C = e.d;
                    var x = Math.abs(u - d) <= 1e-4;
                    if (x) {
                      S = T * y + v * (b = i.ay) + e.worldX;
                      A = E * y + C * b + e.worldY;
                    } else {
                      b = 0;
                      S = T * y + e.worldX;
                      A = E * y + e.worldY;
                    }
                    var w = e.parent;
                    T = w.a;
                    v = w.b;
                    E = w.c;
                    var R = 1 / (T * (C = w.d) - v * E), I = S - w.worldX, M = A - w.worldY;
                    var B = (I * C - M * v) * R - h, D = (M * T - I * E) * R - c;
                    var P, O, N = Math.sqrt(B * B + D * D), L = i.data.length * p;
                    if (N < 1e-4) {
                      this.apply1(e, s, n, !1, o, !1, l);
                      i.updateWorldTransformWith(y, b, 0, i.ascaleX, i.ascaleY, i.ashearX, i.ashearY);
                    } else {
                      var F = ((I = s - w.worldX) * C - (M = n - w.worldY) * v) * R - h, V = (M * T - I * E) * R - c;
                      var k = F * F + V * V;
                      if (0 != a) {
                        a *= u * (p + 1) / 2;
                        var U = Math.sqrt(k), G = U - N - L * u + a;
                        if (G > 0) {
                          var z = Math.min(1, G / (2 * a)) - 1;
                          k = (F -= (z = (G - a * (1 - z * z)) / U) * F) * F + (V -= z * V) * V;
                        }
                      }
                      t: if (x) {
                        var H = (k - N * N - (L *= u) * L) / (2 * N * L);
                        if (H < -1) H = -1; else if (H > 1) {
                          H = 1;
                          o && (_ *= (Math.sqrt(k) / (N + L) - 1) * l + 1);
                        }
                        O = Math.acos(H) * r;
                        T = N + L * H;
                        v = L * Math.sin(O);
                        P = Math.atan2(V * T - F * v, F * T + V * v);
                      } else {
                        var j = (T = u * L) * T, X = (v = d * L) * v, W = Math.atan2(V, F);
                        var Y = -2 * X * N, q = X - j;
                        if ((C = Y * Y - 4 * q * (E = X * N * N + j * k - j * X)) >= 0) {
                          var K = Math.sqrt(C);
                          Y < 0 && (K = -K);
                          var J = (K = -(Y + K) / 2) / q, Z = E / K;
                          var Q = Math.abs(J) < Math.abs(Z) ? J : Z;
                          if (Q * Q <= k) {
                            M = Math.sqrt(k - Q * Q) * r;
                            P = W - Math.atan2(M, Q);
                            O = Math.atan2(M / d, (Q - N) / u);
                            break t;
                          }
                        }
                        var $ = t.MathUtils.PI, tt = N - T, et = tt * tt, it = 0;
                        var st = 0, nt = N + T, rt = nt * nt, ot = 0;
                        if ((E = -T * N / (j - X)) >= -1 && E <= 1) {
                          E = Math.acos(E);
                          if ((C = (I = T * Math.cos(E) + N) * I + (M = v * Math.sin(E)) * M) < et) {
                            $ = E;
                            et = C;
                            tt = I;
                            it = M;
                          }
                          if (C > rt) {
                            st = E;
                            rt = C;
                            nt = I;
                            ot = M;
                          }
                        }
                        if (k <= (et + rt) / 2) {
                          P = W - Math.atan2(it * r, tt);
                          O = $ * r;
                        } else {
                          P = W - Math.atan2(ot * r, nt);
                          O = st * r;
                        }
                      }
                      var at = Math.atan2(b, y) * g;
                      var lt = e.arotation;
                      (P = (P - at) * t.MathUtils.radDeg + m - lt) > 180 ? P -= 360 : P < -180 && (P += 360);
                      e.updateWorldTransformWith(h, c, lt + P * l, _, e.ascaleY, 0, 0);
                      lt = i.arotation;
                      (O = ((O + at) * t.MathUtils.radDeg - i.ashearX) * g + f - lt) > 180 ? O -= 360 : O < -180 && (O += 360);
                      i.updateWorldTransformWith(y, b, lt + O * l, i.ascaleX, i.ascaleY, i.ashearX, i.ashearY);
                    }
                  } else i.updateWorldTransform();
                };
                return e;
              }();
              t.IkConstraint = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t) {
                AMt(e, t);
                function e(e) {
                  var i = t.call(this, e, 0, !1) || this;
                  i.bones = new Array;
                  i.bendDirection = 1;
                  i.compress = !1;
                  i.stretch = !1;
                  i.uniform = !1;
                  i.mix = 1;
                  i.softness = 0;
                  return i;
                }
                return e;
              }(t.ConstraintData);
              t.IkConstraintData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t, e) {
                  this.position = 0;
                  this.spacing = 0;
                  this.rotateMix = 0;
                  this.translateMix = 0;
                  this.spaces = new Array;
                  this.positions = new Array;
                  this.world = new Array;
                  this.curves = new Array;
                  this.lengths = new Array;
                  this.segments = new Array;
                  this.active = !1;
                  if (null == t) throw new Error("data cannot be null.");
                  if (null == e) throw new Error("skeleton cannot be null.");
                  this.data = t;
                  this.bones = new Array;
                  for (var i = 0, s = t.bones.length; i < s; i++) this.bones.push(e.findBone(t.bones[i].name));
                  this.target = e.findSlot(t.target.name);
                  this.position = t.position;
                  this.spacing = t.spacing;
                  this.rotateMix = t.rotateMix;
                  this.translateMix = t.translateMix;
                }
                e.prototype.isActive = function() {
                  return this.active;
                };
                e.prototype.apply = function() {
                  this.update();
                };
                e.prototype.update = function() {
                  var i = this.target.getAttachment();
                  if (i instanceof t.PathAttachment) {
                    var s = this.rotateMix, n = this.translateMix;
                    var r = s > 0;
                    if (n > 0 || r) {
                      var o = this.data;
                      var a = o.spacingMode == t.SpacingMode.Percent;
                      var l = o.rotateMode;
                      var h = l == t.RotateMode.Tangent, c = l == t.RotateMode.ChainScale;
                      var u = this.bones.length, _ = h ? u : u + 1;
                      var d = this.bones;
                      var p = t.Utils.setArraySize(this.spaces, _), m = null;
                      var f = this.spacing;
                      if (c || !a) {
                        c && (m = t.Utils.setArraySize(this.lengths, u));
                        var g = o.spacingMode == t.SpacingMode.Length;
                        for (var y = 0, b = _ - 1; y < b; ) {
                          var S = (B = d[y]).data.length;
                          if (S < e.epsilon) {
                            c && (m[y] = 0);
                            p[++y] = 0;
                          } else if (a) {
                            if (c) {
                              var A = S * B.a, T = S * B.c;
                              var v = Math.sqrt(A * A + T * T);
                              m[y] = v;
                            }
                            p[++y] = f;
                          } else {
                            A = S * B.a, T = S * B.c;
                            var E = Math.sqrt(A * A + T * T);
                            c && (m[y] = E);
                            p[++y] = (g ? S + f : f) * E / S;
                          }
                        }
                      } else for (y = 1; y < _; y++) p[y] = f;
                      var C = this.computeWorldPositions(i, _, h, o.positionMode == t.PositionMode.Percent, a);
                      var x = C[0], w = C[1], R = o.offsetRotation;
                      var I = !1;
                      if (0 == R) I = l == t.RotateMode.Chain; else {
                        I = !1;
                        R *= (M = this.target.bone).a * M.d - M.b * M.c > 0 ? t.MathUtils.degRad : -t.MathUtils.degRad;
                      }
                      y = 0;
                      for (var M = 3; y < u; y++, M += 3) {
                        var B;
                        (B = d[y]).worldX += (x - B.worldX) * n;
                        B.worldY += (w - B.worldY) * n;
                        var D = (A = C[M]) - x, P = (T = C[M + 1]) - w;
                        if (c) {
                          var O = m[y];
                          if (0 != O) {
                            var N = (Math.sqrt(D * D + P * P) / O - 1) * s + 1;
                            B.a *= N;
                            B.c *= N;
                          }
                        }
                        x = A;
                        w = T;
                        if (r) {
                          var L = B.a, F = B.b, V = B.c, k = B.d, U = 0, G = 0, z = 0;
                          U = h ? C[M - 1] : 0 == p[y + 1] ? C[M + 2] : Math.atan2(P, D);
                          U -= Math.atan2(V, L);
                          if (I) {
                            G = Math.cos(U);
                            z = Math.sin(U);
                            var H = B.data.length;
                            x += (H * (G * L - z * V) - D) * s;
                            w += (H * (z * L + G * V) - P) * s;
                          } else U += R;
                          U > t.MathUtils.PI ? U -= t.MathUtils.PI2 : U < -t.MathUtils.PI && (U += t.MathUtils.PI2);
                          U *= s;
                          G = Math.cos(U);
                          z = Math.sin(U);
                          B.a = G * L - z * V;
                          B.b = G * F - z * k;
                          B.c = z * L + G * V;
                          B.d = z * F + G * k;
                        }
                        B.appliedValid = !1;
                      }
                    }
                  }
                };
                e.prototype.computeWorldPositions = function(i, s, n, r, o) {
                  var a = this.target;
                  var l = this.position;
                  var h = this.spaces, c = t.Utils.setArraySize(this.positions, 3 * s + 2), u = null;
                  var _ = i.closed;
                  var d = i.worldVerticesLength, p = d / 6, m = e.NONE;
                  if (!i.constantSpeed) {
                    var f = i.lengths;
                    var g = f[p -= _ ? 1 : 2];
                    r && (l *= g);
                    if (o) for (var y = 1; y < s; y++) h[y] *= g;
                    u = t.Utils.setArraySize(this.world, 8);
                    y = 0;
                    for (var b = 0, S = 0; y < s; y++, b += 3) {
                      var A = l += X = h[y];
                      if (_) {
                        (A %= g) < 0 && (A += g);
                        S = 0;
                      } else {
                        if (A < 0) {
                          if (m != e.BEFORE) {
                            m = e.BEFORE;
                            i.computeWorldVertices(a, 2, 4, u, 0, 2);
                          }
                          this.addBeforePosition(A, u, 0, c, b);
                          continue;
                        }
                        if (A > g) {
                          if (m != e.AFTER) {
                            m = e.AFTER;
                            i.computeWorldVertices(a, d - 6, 4, u, 0, 2);
                          }
                          this.addAfterPosition(A - g, u, 0, c, b);
                          continue;
                        }
                      }
                      for (;;S++) {
                        var T = f[S];
                        if (!(A > T)) {
                          if (0 == S) A /= T; else {
                            A = (A - (K = f[S - 1])) / (T - K);
                          }
                          break;
                        }
                      }
                      if (S != m) {
                        m = S;
                        if (_ && S == p) {
                          i.computeWorldVertices(a, d - 4, 4, u, 0, 2);
                          i.computeWorldVertices(a, 0, 4, u, 4, 2);
                        } else i.computeWorldVertices(a, 6 * S + 2, 8, u, 0, 2);
                      }
                      this.addCurvePosition(A, u[0], u[1], u[2], u[3], u[4], u[5], u[6], u[7], c, b, n || y > 0 && 0 == X);
                    }
                    return c;
                  }
                  if (_) {
                    d += 2;
                    u = t.Utils.setArraySize(this.world, d);
                    i.computeWorldVertices(a, 2, d - 4, u, 0, 2);
                    i.computeWorldVertices(a, 0, 2, u, d - 4, 2);
                    u[d - 2] = u[0];
                    u[d - 1] = u[1];
                  } else {
                    p--;
                    d -= 4;
                    u = t.Utils.setArraySize(this.world, d);
                    i.computeWorldVertices(a, 2, d, u, 0, 2);
                  }
                  var v = t.Utils.setArraySize(this.curves, p);
                  var E = 0;
                  var C = u[0], x = u[1], w = 0, R = 0, I = 0, M = 0, B = 0, D = 0;
                  var P = 0, O = 0, N = 0, L = 0, F = 0, V = 0, k = 0, U = 0;
                  y = 0;
                  for (var G = 2; y < p; y++, G += 6) {
                    w = u[G];
                    R = u[G + 1];
                    I = u[G + 2];
                    M = u[G + 3];
                    F = 2 * (P = .1875 * (C - 2 * w + I)) + (N = .09375 * (3 * (w - I) - C + (B = u[G + 4])));
                    V = 2 * (O = .1875 * (x - 2 * R + M)) + (L = .09375 * (3 * (R - M) - x + (D = u[G + 5])));
                    k = .75 * (w - C) + P + .16666667 * N;
                    U = .75 * (R - x) + O + .16666667 * L;
                    E += Math.sqrt(k * k + U * U);
                    k += F;
                    U += V;
                    F += N;
                    V += L;
                    E += Math.sqrt(k * k + U * U);
                    k += F;
                    U += V;
                    E += Math.sqrt(k * k + U * U);
                    k += F + N;
                    U += V + L;
                    E += Math.sqrt(k * k + U * U);
                    v[y] = E;
                    C = B;
                    x = D;
                  }
                  l *= r ? E : E / i.lengths[p - 1];
                  if (o) for (y = 1; y < s; y++) h[y] *= E;
                  var z = this.segments;
                  var H = 0;
                  y = 0, b = 0, S = 0;
                  for (var j = 0; y < s; y++, b += 3) {
                    var X;
                    A = l += X = h[y];
                    if (_) {
                      (A %= E) < 0 && (A += E);
                      S = 0;
                    } else {
                      if (A < 0) {
                        this.addBeforePosition(A, u, 0, c, b);
                        continue;
                      }
                      if (A > E) {
                        this.addAfterPosition(A - E, u, d - 4, c, b);
                        continue;
                      }
                    }
                    for (;;S++) {
                      var W = v[S];
                      if (!(A > W)) {
                        if (0 == S) A /= W; else {
                          A = (A - (K = v[S - 1])) / (W - K);
                        }
                        break;
                      }
                    }
                    if (S != m) {
                      m = S;
                      var Y = 6 * S;
                      C = u[Y];
                      x = u[Y + 1];
                      w = u[Y + 2];
                      R = u[Y + 3];
                      I = u[Y + 4];
                      M = u[Y + 5];
                      F = 2 * (P = .03 * (C - 2 * w + I)) + (N = .006 * (3 * (w - I) - C + (B = u[Y + 6])));
                      V = 2 * (O = .03 * (x - 2 * R + M)) + (L = .006 * (3 * (R - M) - x + (D = u[Y + 7])));
                      k = .3 * (w - C) + P + .16666667 * N;
                      U = .3 * (R - x) + O + .16666667 * L;
                      H = Math.sqrt(k * k + U * U);
                      z[0] = H;
                      for (Y = 1; Y < 8; Y++) {
                        k += F;
                        U += V;
                        F += N;
                        V += L;
                        H += Math.sqrt(k * k + U * U);
                        z[Y] = H;
                      }
                      k += F;
                      U += V;
                      H += Math.sqrt(k * k + U * U);
                      z[8] = H;
                      k += F + N;
                      U += V + L;
                      H += Math.sqrt(k * k + U * U);
                      z[9] = H;
                      j = 0;
                    }
                    A *= H;
                    for (;;j++) {
                      var q = z[j];
                      if (!(A > q)) {
                        if (0 == j) A /= q; else {
                          var K;
                          A = j + (A - (K = z[j - 1])) / (q - K);
                        }
                        break;
                      }
                    }
                    this.addCurvePosition(.1 * A, C, x, w, R, I, M, B, D, c, b, n || y > 0 && 0 == X);
                  }
                  return c;
                };
                e.prototype.addBeforePosition = function(t, e, i, s, n) {
                  var r = e[i], o = e[i + 1], a = e[i + 2] - r, l = e[i + 3] - o, h = Math.atan2(l, a);
                  s[n] = r + t * Math.cos(h);
                  s[n + 1] = o + t * Math.sin(h);
                  s[n + 2] = h;
                };
                e.prototype.addAfterPosition = function(t, e, i, s, n) {
                  var r = e[i + 2], o = e[i + 3], a = r - e[i], l = o - e[i + 1], h = Math.atan2(l, a);
                  s[n] = r + t * Math.cos(h);
                  s[n + 1] = o + t * Math.sin(h);
                  s[n + 2] = h;
                };
                e.prototype.addCurvePosition = function(t, e, i, s, n, r, o, a, l, h, c, u) {
                  if (0 == t || isNaN(t)) {
                    h[c] = e;
                    h[c + 1] = i;
                    h[c + 2] = Math.atan2(n - i, s - e);
                  } else {
                    var _ = t * t, d = _ * t, p = 1 - t, m = p * p, f = m * p;
                    var g = p * t, y = 3 * g, b = p * y, S = y * t;
                    var A = e * f + s * b + r * S + a * d, T = i * f + n * b + o * S + l * d;
                    h[c] = A;
                    h[c + 1] = T;
                    u && (h[c + 2] = t < .001 ? Math.atan2(n - i, s - e) : Math.atan2(T - (i * m + n * g * 2 + o * _), A - (e * m + s * g * 2 + r * _)));
                  }
                };
                e.NONE = -1;
                e.BEFORE = -2;
                e.AFTER = -3;
                e.epsilon = 1e-5;
                return e;
              }();
              t.PathConstraint = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t) {
                AMt(e, t);
                function e(e) {
                  var i = t.call(this, e, 0, !1) || this;
                  i.bones = new Array;
                  return i;
                }
                return e;
              }(t.ConstraintData);
              t.PathConstraintData = e;
              !function(t) {
                t[t.Fixed = 0] = "Fixed";
                t[t.Percent = 1] = "Percent";
              }(t.PositionMode || (t.PositionMode = {}));
              !function(t) {
                t[t.Length = 0] = "Length";
                t[t.Fixed = 1] = "Fixed";
                t[t.Percent = 2] = "Percent";
              }(t.SpacingMode || (t.SpacingMode = {}));
              !function(t) {
                t[t.Tangent = 0] = "Tangent";
                t[t.Chain = 1] = "Chain";
                t[t.ChainScale = 2] = "ChainScale";
              }(t.RotateMode || (t.RotateMode = {}));
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function t(t) {
                  this.toLoad = new Array;
                  this.assets = {};
                  this.clientId = t;
                }
                t.prototype.loaded = function() {
                  var t = 0;
                  for (var e in this.assets) t++;
                  return t;
                };
                return t;
              }();
              var i = function() {
                function t(t) {
                  void 0 === t && (t = "");
                  this.clientAssets = {};
                  this.queuedAssets = {};
                  this.rawAssets = {};
                  this.errors = {};
                  this.pathPrefix = t;
                }
                t.prototype.queueAsset = function(t, i, s) {
                  var n = this.clientAssets[t];
                  if (null == n) {
                    n = new e(t);
                    this.clientAssets[t] = n;
                  }
                  null !== i && (n.textureLoader = i);
                  n.toLoad.push(s);
                  if (this.queuedAssets[s] === s) return !1;
                  this.queuedAssets[s] = s;
                  return !0;
                };
                t.prototype.loadText = function(t, e) {
                  var i = this;
                  e = this.pathPrefix + e;
                  if (this.queueAsset(t, null, e)) {
                    var s = new XMLHttpRequest;
                    s.onreadystatechange = function() {
                      s.readyState == XMLHttpRequest.DONE && (s.status >= 200 && s.status < 300 ? i.rawAssets[e] = s.responseText : i.errors[e] = "Couldn't load text " + e + ": status " + s.status + ", " + s.responseText);
                    };
                    s.open("GET", e, !0);
                    s.send();
                  }
                };
                t.prototype.loadJson = function(t, e) {
                  var i = this;
                  e = this.pathPrefix + e;
                  if (this.queueAsset(t, null, e)) {
                    var s = new XMLHttpRequest;
                    s.onreadystatechange = function() {
                      s.readyState == XMLHttpRequest.DONE && (s.status >= 200 && s.status < 300 ? i.rawAssets[e] = JSON.parse(s.responseText) : i.errors[e] = "Couldn't load text " + e + ": status " + s.status + ", " + s.responseText);
                    };
                    s.open("GET", e, !0);
                    s.send();
                  }
                };
                t.prototype.loadTexture = function(t, e, i) {
                  var s = this;
                  i = this.pathPrefix + i;
                  if (this.queueAsset(t, e, i)) {
                    var n = new Image;
                    n.src = i;
                    n.crossOrigin = "anonymous";
                    n.onload = function(t) {
                      s.rawAssets[i] = n;
                    };
                    n.onerror = function(t) {
                      s.errors[i] = "Couldn't load image " + i;
                    };
                  }
                };
                t.prototype.get = function(t, e) {
                  e = this.pathPrefix + e;
                  var i = this.clientAssets[t];
                  return null == i || i.assets[e];
                };
                t.prototype.updateClientAssets = function(t) {
                  for (var e = 0; e < t.toLoad.length; e++) {
                    var i = t.toLoad[e];
                    var s = t.assets[i];
                    if (null == s) {
                      var n = this.rawAssets[i];
                      if (null == n) continue;
                      n instanceof HTMLImageElement ? t.assets[i] = t.textureLoader(n) : t.assets[i] = n;
                    }
                  }
                };
                t.prototype.isLoadingComplete = function(t) {
                  var e = this.clientAssets[t];
                  if (null == e) return !0;
                  this.updateClientAssets(e);
                  return e.toLoad.length == e.loaded();
                };
                t.prototype.dispose = function() {};
                t.prototype.hasErrors = function() {
                  return Object.keys(this.errors).length > 0;
                };
                t.prototype.getErrors = function() {
                  return this.errors;
                };
                return t;
              }();
              t.SharedAssetManager = i;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(e) {
                  this._updateCache = new Array;
                  this.updateCacheReset = new Array;
                  this.time = 0;
                  this.scaleX = 1;
                  this.scaleY = 1;
                  this.x = 0;
                  this.y = 0;
                  if (null == e) throw new Error("data cannot be null.");
                  this.data = e;
                  this.bones = new Array;
                  for (var i = 0; i < e.bones.length; i++) {
                    var s = e.bones[i];
                    var n = void 0;
                    if (null == s.parent) n = new t.Bone(s, this, null); else {
                      var r = this.bones[s.parent.index];
                      n = new t.Bone(s, this, r);
                      r.children.push(n);
                    }
                    this.bones.push(n);
                  }
                  this.slots = new Array;
                  this.drawOrder = new Array;
                  for (i = 0; i < e.slots.length; i++) {
                    var o = e.slots[i];
                    n = this.bones[o.boneData.index];
                    var a = new t.Slot(o, n);
                    this.slots.push(a);
                    this.drawOrder.push(a);
                  }
                  this.ikConstraints = new Array;
                  for (i = 0; i < e.ikConstraints.length; i++) {
                    var l = e.ikConstraints[i];
                    this.ikConstraints.push(new t.IkConstraint(l, this));
                  }
                  this.transformConstraints = new Array;
                  for (i = 0; i < e.transformConstraints.length; i++) {
                    var h = e.transformConstraints[i];
                    this.transformConstraints.push(new t.TransformConstraint(h, this));
                  }
                  this.pathConstraints = new Array;
                  for (i = 0; i < e.pathConstraints.length; i++) {
                    var c = e.pathConstraints[i];
                    this.pathConstraints.push(new t.PathConstraint(c, this));
                  }
                  this.color = new t.Color(1, 1, 1, 1);
                  this.updateCache();
                }
                e.prototype.updateCache = function() {
                  this._updateCache.length = 0;
                  this.updateCacheReset.length = 0;
                  var t = this.bones;
                  for (var e = 0, i = t.length; e < i; e++) {
                    (n = t[e]).sorted = n.data.skinRequired;
                    n.active = !n.sorted;
                  }
                  if (null != this.skin) {
                    var s = this.skin.bones;
                    for (e = 0, i = this.skin.bones.length; e < i; e++) {
                      var n = this.bones[s[e].index];
                      do {
                        n.sorted = !1;
                        n.active = !0;
                        n = n.parent;
                      } while (null != n);
                    }
                  }
                  var r = this.ikConstraints;
                  var o = this.transformConstraints;
                  var a = this.pathConstraints;
                  var l = r.length, h = o.length, c = a.length;
                  var u = l + h + c;
                  t: for (e = 0; e < u; e++) {
                    for (var _ = 0; _ < l; _++) {
                      if ((d = r[_]).data.order == e) {
                        this.sortIkConstraint(d);
                        continue t;
                      }
                    }
                    for (_ = 0; _ < h; _++) {
                      if ((d = o[_]).data.order == e) {
                        this.sortTransformConstraint(d);
                        continue t;
                      }
                    }
                    for (_ = 0; _ < c; _++) {
                      var d;
                      if ((d = a[_]).data.order == e) {
                        this.sortPathConstraint(d);
                        continue t;
                      }
                    }
                  }
                  for (e = 0, i = t.length; e < i; e++) this.sortBone(t[e]);
                };
                e.prototype.sortIkConstraint = function(e) {
                  e.active = e.target.isActive() && (!e.data.skinRequired || null != this.skin && t.Utils.contains(this.skin.constraints, e.data, !0));
                  if (e.active) {
                    var i = e.target;
                    this.sortBone(i);
                    var s = e.bones;
                    var n = s[0];
                    this.sortBone(n);
                    if (s.length > 1) {
                      var r = s[s.length - 1];
                      this._updateCache.indexOf(r) > -1 || this.updateCacheReset.push(r);
                    }
                    this._updateCache.push(e);
                    this.sortReset(n.children);
                    s[s.length - 1].sorted = !0;
                  }
                };
                e.prototype.sortPathConstraint = function(e) {
                  e.active = e.target.bone.isActive() && (!e.data.skinRequired || null != this.skin && t.Utils.contains(this.skin.constraints, e.data, !0));
                  if (e.active) {
                    var i = e.target;
                    var s = i.data.index;
                    var n = i.bone;
                    null != this.skin && this.sortPathConstraintAttachment(this.skin, s, n);
                    null != this.data.defaultSkin && this.data.defaultSkin != this.skin && this.sortPathConstraintAttachment(this.data.defaultSkin, s, n);
                    for (var r = 0, o = this.data.skins.length; r < o; r++) this.sortPathConstraintAttachment(this.data.skins[r], s, n);
                    var a = i.getAttachment();
                    a instanceof t.PathAttachment && this.sortPathConstraintAttachmentWith(a, n);
                    var l = e.bones;
                    var h = l.length;
                    for (r = 0; r < h; r++) this.sortBone(l[r]);
                    this._updateCache.push(e);
                    for (r = 0; r < h; r++) this.sortReset(l[r].children);
                    for (r = 0; r < h; r++) l[r].sorted = !0;
                  }
                };
                e.prototype.sortTransformConstraint = function(e) {
                  e.active = e.target.isActive() && (!e.data.skinRequired || null != this.skin && t.Utils.contains(this.skin.constraints, e.data, !0));
                  if (e.active) {
                    this.sortBone(e.target);
                    var i = e.bones;
                    var s = i.length;
                    if (e.data.local) for (var n = 0; n < s; n++) {
                      var r = i[n];
                      this.sortBone(r.parent);
                      this._updateCache.indexOf(r) > -1 || this.updateCacheReset.push(r);
                    } else for (n = 0; n < s; n++) this.sortBone(i[n]);
                    this._updateCache.push(e);
                    for (var o = 0; o < s; o++) this.sortReset(i[o].children);
                    for (o = 0; o < s; o++) i[o].sorted = !0;
                  }
                };
                e.prototype.sortPathConstraintAttachment = function(t, e, i) {
                  var s = t.attachments[e];
                  if (s) for (var n in s) this.sortPathConstraintAttachmentWith(s[n], i);
                };
                e.prototype.sortPathConstraintAttachmentWith = function(e, i) {
                  if (e instanceof t.PathAttachment) {
                    var s = e.bones;
                    if (null == s) this.sortBone(i); else {
                      var n = this.bones;
                      var r = 0;
                      for (;r < s.length; ) {
                        var o = s[r++];
                        for (var a = r + o; r < a; r++) {
                          var l = s[r];
                          this.sortBone(n[l]);
                        }
                      }
                    }
                  }
                };
                e.prototype.sortBone = function(t) {
                  if (!t.sorted) {
                    var e = t.parent;
                    null != e && this.sortBone(e);
                    t.sorted = !0;
                    this._updateCache.push(t);
                  }
                };
                e.prototype.sortReset = function(t) {
                  for (var e = 0, i = t.length; e < i; e++) {
                    var s = t[e];
                    if (s.active) {
                      s.sorted && this.sortReset(s.children);
                      s.sorted = !1;
                    }
                  }
                };
                e.prototype.updateWorldTransform = function() {
                  var t = this.updateCacheReset;
                  for (var e = 0, i = t.length; e < i; e++) {
                    var s = t[e];
                    s.ax = s.x;
                    s.ay = s.y;
                    s.arotation = s.rotation;
                    s.ascaleX = s.scaleX;
                    s.ascaleY = s.scaleY;
                    s.ashearX = s.shearX;
                    s.ashearY = s.shearY;
                    s.appliedValid = !0;
                  }
                  var n = this._updateCache;
                  for (e = 0, i = n.length; e < i; e++) n[e].update();
                };
                e.prototype.setToSetupPose = function() {
                  this.setBonesToSetupPose();
                  this.setSlotsToSetupPose();
                };
                e.prototype.setBonesToSetupPose = function() {
                  var t = this.bones;
                  for (var e = 0, i = t.length; e < i; e++) t[e].setToSetupPose();
                  var s = this.ikConstraints;
                  for (e = 0, i = s.length; e < i; e++) {
                    (a = s[e]).mix = a.data.mix;
                    a.softness = a.data.softness;
                    a.bendDirection = a.data.bendDirection;
                    a.compress = a.data.compress;
                    a.stretch = a.data.stretch;
                  }
                  var n = this.transformConstraints;
                  for (e = 0, i = n.length; e < i; e++) {
                    var r = (a = n[e]).data;
                    a.rotateMix = r.rotateMix;
                    a.translateMix = r.translateMix;
                    a.scaleMix = r.scaleMix;
                    a.shearMix = r.shearMix;
                  }
                  var o = this.pathConstraints;
                  for (e = 0, i = o.length; e < i; e++) {
                    var a;
                    r = (a = o[e]).data;
                    a.position = r.position;
                    a.spacing = r.spacing;
                    a.rotateMix = r.rotateMix;
                    a.translateMix = r.translateMix;
                  }
                };
                e.prototype.setSlotsToSetupPose = function() {
                  var e = this.slots;
                  t.Utils.arrayCopy(e, 0, this.drawOrder, 0, e.length);
                  for (var i = 0, s = e.length; i < s; i++) e[i].setToSetupPose();
                };
                e.prototype.getRootBone = function() {
                  return 0 == this.bones.length ? null : this.bones[0];
                };
                e.prototype.findBone = function(t) {
                  if (null == t) throw new Error("boneName cannot be null.");
                  var e = this.bones;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.data.name == t) return n;
                  }
                  return null;
                };
                e.prototype.findBoneIndex = function(t) {
                  if (null == t) throw new Error("boneName cannot be null.");
                  var e = this.bones;
                  for (var i = 0, s = e.length; i < s; i++) if (e[i].data.name == t) return i;
                  return -1;
                };
                e.prototype.findSlot = function(t) {
                  if (null == t) throw new Error("slotName cannot be null.");
                  var e = this.slots;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.data.name == t) return n;
                  }
                  return null;
                };
                e.prototype.findSlotIndex = function(t) {
                  if (null == t) throw new Error("slotName cannot be null.");
                  var e = this.slots;
                  for (var i = 0, s = e.length; i < s; i++) if (e[i].data.name == t) return i;
                  return -1;
                };
                e.prototype.setSkinByName = function(t) {
                  var e = this.data.findSkin(t);
                  if (null == e) throw new Error("Skin not found: " + t);
                  this.setSkin(e);
                };
                e.prototype.setSkin = function(t) {
                  if (t != this.skin) {
                    if (null != t) if (null != this.skin) t.attachAll(this, this.skin); else {
                      var e = this.slots;
                      for (var i = 0, s = e.length; i < s; i++) {
                        var n = e[i];
                        var r = n.data.attachmentName;
                        if (null != r) {
                          var o = t.getAttachment(i, r);
                          null != o && n.setAttachment(o);
                        }
                      }
                    }
                    this.skin = t;
                    this.updateCache();
                  }
                };
                e.prototype.getAttachmentByName = function(t, e) {
                  return this.getAttachment(this.data.findSlotIndex(t), e);
                };
                e.prototype.getAttachment = function(t, e) {
                  if (null == e) throw new Error("attachmentName cannot be null.");
                  if (null != this.skin) {
                    var i = this.skin.getAttachment(t, e);
                    if (null != i) return i;
                  }
                  return null != this.data.defaultSkin ? this.data.defaultSkin.getAttachment(t, e) : null;
                };
                e.prototype.setAttachment = function(t, e) {
                  if (null == t) throw new Error("slotName cannot be null.");
                  var i = this.slots;
                  for (var s = 0, n = i.length; s < n; s++) {
                    var r = i[s];
                    if (r.data.name == t) {
                      var o = null;
                      if (null != e && null == (o = this.getAttachment(s, e))) throw new Error("Attachment not found: " + e + ", for slot: " + t);
                      r.setAttachment(o);
                      return;
                    }
                  }
                  throw new Error("Slot not found: " + t);
                };
                e.prototype.findIkConstraint = function(t) {
                  if (null == t) throw new Error("constraintName cannot be null.");
                  var e = this.ikConstraints;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.data.name == t) return n;
                  }
                  return null;
                };
                e.prototype.findTransformConstraint = function(t) {
                  if (null == t) throw new Error("constraintName cannot be null.");
                  var e = this.transformConstraints;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.data.name == t) return n;
                  }
                  return null;
                };
                e.prototype.findPathConstraint = function(t) {
                  if (null == t) throw new Error("constraintName cannot be null.");
                  var e = this.pathConstraints;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.data.name == t) return n;
                  }
                  return null;
                };
                e.prototype.getBounds = function(e, i, s) {
                  void 0 === s && (s = new Array(2));
                  if (null == e) throw new Error("offset cannot be null.");
                  if (null == i) throw new Error("size cannot be null.");
                  var n = this.drawOrder;
                  var r = Number.POSITIVE_INFINITY, o = Number.POSITIVE_INFINITY, a = Number.NEGATIVE_INFINITY, l = Number.NEGATIVE_INFINITY;
                  for (var h = 0, c = n.length; h < c; h++) {
                    var u = n[h];
                    if (u.bone.active) {
                      var _ = 0;
                      var d = null;
                      var p = u.getAttachment();
                      if (p instanceof t.RegionAttachment) {
                        _ = 8;
                        d = t.Utils.setArraySize(s, _, 0);
                        p.computeWorldVertices(u.bone, d, 0, 2);
                      } else if (p instanceof t.MeshAttachment) {
                        var m = p;
                        _ = m.worldVerticesLength;
                        d = t.Utils.setArraySize(s, _, 0);
                        m.computeWorldVertices(u, 0, _, d, 0, 2);
                      }
                      if (null != d) for (var f = 0, g = d.length; f < g; f += 2) {
                        var y = d[f], b = d[f + 1];
                        r = Math.min(r, y);
                        o = Math.min(o, b);
                        a = Math.max(a, y);
                        l = Math.max(l, b);
                      }
                    }
                  }
                  e.set(r, o);
                  i.set(a - r, l - o);
                };
                e.prototype.update = function(t) {
                  this.time += t;
                };
                return e;
              }();
              t.Skeleton = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t) {
                  this.scale = 1;
                  this.linkedMeshes = new Array;
                  this.attachmentLoader = t;
                }
                e.prototype.readSkeletonData = function(s) {
                  var n = this.scale;
                  var r = new t.SkeletonData;
                  r.name = "";
                  var o = new i(s);
                  r.hash = o.readString();
                  r.version = o.readString();
                  r.x = o.readFloat();
                  r.y = o.readFloat();
                  r.width = o.readFloat();
                  r.height = o.readFloat();
                  var a = o.readBoolean();
                  if (a) {
                    r.fps = o.readFloat();
                    r.imagesPath = o.readString();
                    r.audioPath = o.readString();
                  }
                  var l = 0;
                  l = o.readInt(!0);
                  for (var h = 0; h < l; h++) o.strings.push(o.readString());
                  l = o.readInt(!0);
                  for (h = 0; h < l; h++) {
                    var c = o.readString();
                    var u = 0 == h ? null : r.bones[o.readInt(!0)];
                    (p = new t.BoneData(h, c, u)).rotation = o.readFloat();
                    p.x = o.readFloat() * n;
                    p.y = o.readFloat() * n;
                    p.scaleX = o.readFloat();
                    p.scaleY = o.readFloat();
                    p.shearX = o.readFloat();
                    p.shearY = o.readFloat();
                    p.length = o.readFloat() * n;
                    p.transformMode = e.TransformModeValues[o.readInt(!0)];
                    p.skinRequired = o.readBoolean();
                    a && t.Color.rgba8888ToColor(p.color, o.readInt32());
                    r.bones.push(p);
                  }
                  l = o.readInt(!0);
                  for (h = 0; h < l; h++) {
                    var _ = o.readString();
                    var d = r.bones[o.readInt(!0)];
                    var p = new t.SlotData(h, _, d);
                    t.Color.rgba8888ToColor(p.color, o.readInt32());
                    var m = o.readInt32();
                    -1 != m && t.Color.rgb888ToColor(p.darkColor = new t.Color, m);
                    p.attachmentName = o.readStringRef();
                    p.blendMode = e.BlendModeValues[o.readInt(!0)];
                    r.slots.push(p);
                  }
                  l = o.readInt(!0);
                  h = 0;
                  for (var f = void 0; h < l; h++) {
                    (p = new t.IkConstraintData(o.readString())).order = o.readInt(!0);
                    p.skinRequired = o.readBoolean();
                    f = o.readInt(!0);
                    for (var g = 0; g < f; g++) p.bones.push(r.bones[o.readInt(!0)]);
                    p.target = r.bones[o.readInt(!0)];
                    p.mix = o.readFloat();
                    p.softness = o.readFloat() * n;
                    p.bendDirection = o.readByte();
                    p.compress = o.readBoolean();
                    p.stretch = o.readBoolean();
                    p.uniform = o.readBoolean();
                    r.ikConstraints.push(p);
                  }
                  l = o.readInt(!0);
                  for (h = 0, f = void 0; h < l; h++) {
                    (p = new t.TransformConstraintData(o.readString())).order = o.readInt(!0);
                    p.skinRequired = o.readBoolean();
                    f = o.readInt(!0);
                    for (g = 0; g < f; g++) p.bones.push(r.bones[o.readInt(!0)]);
                    p.target = r.bones[o.readInt(!0)];
                    p.local = o.readBoolean();
                    p.relative = o.readBoolean();
                    p.offsetRotation = o.readFloat();
                    p.offsetX = o.readFloat() * n;
                    p.offsetY = o.readFloat() * n;
                    p.offsetScaleX = o.readFloat();
                    p.offsetScaleY = o.readFloat();
                    p.offsetShearY = o.readFloat();
                    p.rotateMix = o.readFloat();
                    p.translateMix = o.readFloat();
                    p.scaleMix = o.readFloat();
                    p.shearMix = o.readFloat();
                    r.transformConstraints.push(p);
                  }
                  l = o.readInt(!0);
                  for (h = 0, f = void 0; h < l; h++) {
                    (p = new t.PathConstraintData(o.readString())).order = o.readInt(!0);
                    p.skinRequired = o.readBoolean();
                    f = o.readInt(!0);
                    for (g = 0; g < f; g++) p.bones.push(r.bones[o.readInt(!0)]);
                    p.target = r.slots[o.readInt(!0)];
                    p.positionMode = e.PositionModeValues[o.readInt(!0)];
                    p.spacingMode = e.SpacingModeValues[o.readInt(!0)];
                    p.rotateMode = e.RotateModeValues[o.readInt(!0)];
                    p.offsetRotation = o.readFloat();
                    p.position = o.readFloat();
                    p.positionMode == t.PositionMode.Fixed && (p.position *= n);
                    p.spacing = o.readFloat();
                    p.spacingMode != t.SpacingMode.Length && p.spacingMode != t.SpacingMode.Fixed || (p.spacing *= n);
                    p.rotateMix = o.readFloat();
                    p.translateMix = o.readFloat();
                    r.pathConstraints.push(p);
                  }
                  var y = this.readSkin(o, r, !0, a);
                  if (null != y) {
                    r.defaultSkin = y;
                    r.skins.push(y);
                  }
                  h = r.skins.length;
                  t.Utils.setArraySize(r.skins, l = h + o.readInt(!0));
                  for (;h < l; h++) r.skins[h] = this.readSkin(o, r, !1, a);
                  l = this.linkedMeshes.length;
                  for (h = 0; h < l; h++) {
                    var b = this.linkedMeshes[h];
                    var S = null == b.skin ? r.defaultSkin : r.findSkin(b.skin);
                    if (null == S) throw new Error("Skin not found: " + b.skin);
                    var A = S.getAttachment(b.slotIndex, b.parent);
                    if (null == A) throw new Error("Parent mesh not found: " + b.parent);
                    b.mesh.deformAttachment = b.inheritDeform ? A : b.mesh;
                    b.mesh.setParentMesh(A);
                    b.mesh.updateUVs();
                  }
                  this.linkedMeshes.length = 0;
                  l = o.readInt(!0);
                  for (h = 0; h < l; h++) {
                    (p = new t.EventData(o.readStringRef())).intValue = o.readInt(!1);
                    p.floatValue = o.readFloat();
                    p.stringValue = o.readString();
                    p.audioPath = o.readString();
                    if (null != p.audioPath) {
                      p.volume = o.readFloat();
                      p.balance = o.readFloat();
                    }
                    r.events.push(p);
                  }
                  l = o.readInt(!0);
                  for (h = 0; h < l; h++) r.animations.push(this.readAnimation(o, o.readString(), r));
                  return r;
                };
                e.prototype.readSkin = function(e, i, s, n) {
                  var r = null;
                  var o = 0;
                  if (s) {
                    if (0 == (o = e.readInt(!0))) return null;
                    r = new t.Skin("default");
                  } else {
                    (r = new t.Skin(e.readStringRef())).bones.length = e.readInt(!0);
                    for (var a = 0, l = r.bones.length; a < l; a++) r.bones[a] = i.bones[e.readInt(!0)];
                    for (a = 0, l = e.readInt(!0); a < l; a++) r.constraints.push(i.ikConstraints[e.readInt(!0)]);
                    for (a = 0, l = e.readInt(!0); a < l; a++) r.constraints.push(i.transformConstraints[e.readInt(!0)]);
                    for (a = 0, l = e.readInt(!0); a < l; a++) r.constraints.push(i.pathConstraints[e.readInt(!0)]);
                    o = e.readInt(!0);
                  }
                  for (a = 0; a < o; a++) {
                    var h = e.readInt(!0);
                    for (var c = 0, u = e.readInt(!0); c < u; c++) {
                      var _ = e.readStringRef();
                      var d = this.readAttachment(e, i, r, h, _, n);
                      null != d && r.setAttachment(h, _, d);
                    }
                  }
                  return r;
                };
                e.prototype.readAttachment = function(i, n, r, o, a, l) {
                  var h = this.scale;
                  var c = i.readStringRef();
                  null == c && (c = a);
                  var u = i.readByte();
                  switch (e.AttachmentTypeValues[u]) {
                   case t.AttachmentType.Region:
                    var _ = i.readStringRef();
                    var d = i.readFloat();
                    var p = i.readFloat();
                    var m = i.readFloat();
                    var f = i.readFloat();
                    var g = i.readFloat();
                    var y = i.readFloat();
                    var b = i.readFloat();
                    var S = i.readInt32();
                    null == _ && (_ = c);
                    var A = this.attachmentLoader.newRegionAttachment(r, c, _);
                    if (null == A) return null;
                    A.path = _;
                    A.x = p * h;
                    A.y = m * h;
                    A.scaleX = f;
                    A.scaleY = g;
                    A.rotation = d;
                    A.width = y * h;
                    A.height = b * h;
                    t.Color.rgba8888ToColor(A.color, S);
                    A.updateOffset();
                    return A;

                   case t.AttachmentType.BoundingBox:
                    var T = i.readInt(!0);
                    var v = this.readVertices(i, T);
                    S = l ? i.readInt32() : 0;
                    var E = this.attachmentLoader.newBoundingBoxAttachment(r, c);
                    if (null == E) return null;
                    E.worldVerticesLength = T << 1;
                    E.vertices = v.vertices;
                    E.bones = v.bones;
                    l && t.Color.rgba8888ToColor(E.color, S);
                    return E;

                   case t.AttachmentType.Mesh:
                    _ = i.readStringRef();
                    S = i.readInt32();
                    T = i.readInt(!0);
                    var C = this.readFloatArray(i, T << 1, 1);
                    var x = this.readShortArray(i);
                    v = this.readVertices(i, T);
                    var w = i.readInt(!0);
                    var R = null;
                    y = 0, b = 0;
                    if (l) {
                      R = this.readShortArray(i);
                      y = i.readFloat();
                      b = i.readFloat();
                    }
                    null == _ && (_ = c);
                    if (null == (D = this.attachmentLoader.newMeshAttachment(r, c, _))) return null;
                    D.path = _;
                    t.Color.rgba8888ToColor(D.color, S);
                    D.bones = v.bones;
                    D.vertices = v.vertices;
                    D.worldVerticesLength = T << 1;
                    D.triangles = x;
                    D.regionUVs = C;
                    D.updateUVs();
                    D.hullLength = w << 1;
                    if (l) {
                      D.edges = R;
                      D.width = y * h;
                      D.height = b * h;
                    }
                    return D;

                   case t.AttachmentType.LinkedMesh:
                    _ = i.readStringRef();
                    S = i.readInt32();
                    var I = i.readStringRef();
                    var M = i.readStringRef();
                    var B = i.readBoolean();
                    y = 0, b = 0;
                    if (l) {
                      y = i.readFloat();
                      b = i.readFloat();
                    }
                    null == _ && (_ = c);
                    var D;
                    if (null == (D = this.attachmentLoader.newMeshAttachment(r, c, _))) return null;
                    D.path = _;
                    t.Color.rgba8888ToColor(D.color, S);
                    if (l) {
                      D.width = y * h;
                      D.height = b * h;
                    }
                    this.linkedMeshes.push(new s(D, I, o, M, B));
                    return D;

                   case t.AttachmentType.Path:
                    var P = i.readBoolean();
                    var O = i.readBoolean();
                    T = i.readInt(!0);
                    v = this.readVertices(i, T);
                    var N = t.Utils.newArray(T / 3, 0);
                    for (var L = 0, F = N.length; L < F; L++) N[L] = i.readFloat() * h;
                    S = l ? i.readInt32() : 0;
                    if (null == (_ = this.attachmentLoader.newPathAttachment(r, c))) return null;
                    _.closed = P;
                    _.constantSpeed = O;
                    _.worldVerticesLength = T << 1;
                    _.vertices = v.vertices;
                    _.bones = v.bones;
                    _.lengths = N;
                    l && t.Color.rgba8888ToColor(_.color, S);
                    return _;

                   case t.AttachmentType.Point:
                    d = i.readFloat();
                    p = i.readFloat();
                    m = i.readFloat();
                    S = l ? i.readInt32() : 0;
                    var V = this.attachmentLoader.newPointAttachment(r, c);
                    if (null == V) return null;
                    V.x = p * h;
                    V.y = m * h;
                    V.rotation = d;
                    l && t.Color.rgba8888ToColor(V.color, S);
                    return V;

                   case t.AttachmentType.Clipping:
                    var k = i.readInt(!0);
                    T = i.readInt(!0);
                    v = this.readVertices(i, T);
                    S = l ? i.readInt32() : 0;
                    var U = this.attachmentLoader.newClippingAttachment(r, c);
                    if (null == U) return null;
                    U.endSlot = n.slots[k];
                    U.worldVerticesLength = T << 1;
                    U.vertices = v.vertices;
                    U.bones = v.bones;
                    l && t.Color.rgba8888ToColor(U.color, S);
                    return U;
                  }
                  return null;
                };
                e.prototype.readVertices = function(e, i) {
                  var s = i << 1;
                  var r = new n;
                  var o = this.scale;
                  if (!e.readBoolean()) {
                    r.vertices = this.readFloatArray(e, s, o);
                    return r;
                  }
                  var a = new Array;
                  var l = new Array;
                  for (var h = 0; h < i; h++) {
                    var c = e.readInt(!0);
                    l.push(c);
                    for (var u = 0; u < c; u++) {
                      l.push(e.readInt(!0));
                      a.push(e.readFloat() * o);
                      a.push(e.readFloat() * o);
                      a.push(e.readFloat());
                    }
                  }
                  r.vertices = t.Utils.toFloatArray(a);
                  r.bones = l;
                  return r;
                };
                e.prototype.readFloatArray = function(t, e, i) {
                  var s = new Array(e);
                  if (1 == i) for (var n = 0; n < e; n++) s[n] = t.readFloat(); else for (n = 0; n < e; n++) s[n] = t.readFloat() * i;
                  return s;
                };
                e.prototype.readShortArray = function(t) {
                  var e = t.readInt(!0);
                  var i = new Array(e);
                  for (var s = 0; s < e; s++) i[s] = t.readShort();
                  return i;
                };
                e.prototype.readAnimation = function(i, s, n) {
                  var r = new Array;
                  var o = this.scale;
                  var a = 0;
                  var l = new t.Color;
                  var h = new t.Color;
                  for (var c = 0, u = i.readInt(!0); c < u; c++) {
                    var _ = i.readInt(!0);
                    for (var d = 0, p = i.readInt(!0); d < p; d++) {
                      var m = i.readByte();
                      var f = i.readInt(!0);
                      switch (m) {
                       case e.SLOT_ATTACHMENT:
                        (S = new t.AttachmentTimeline(f)).slotIndex = _;
                        for (var g = 0; g < f; g++) S.setFrame(g, i.readFloat(), i.readStringRef());
                        r.push(S);
                        a = Math.max(a, S.frames[f - 1]);
                        break;

                       case e.SLOT_COLOR:
                        (S = new t.ColorTimeline(f)).slotIndex = _;
                        for (g = 0; g < f; g++) {
                          var y = i.readFloat();
                          t.Color.rgba8888ToColor(l, i.readInt32());
                          S.setFrame(g, y, l.r, l.g, l.b, l.a);
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[(f - 1) * t.ColorTimeline.ENTRIES]);
                        break;

                       case e.SLOT_TWO_COLOR:
                        (S = new t.TwoColorTimeline(f)).slotIndex = _;
                        for (g = 0; g < f; g++) {
                          y = i.readFloat();
                          t.Color.rgba8888ToColor(l, i.readInt32());
                          t.Color.rgb888ToColor(h, i.readInt32());
                          S.setFrame(g, y, l.r, l.g, l.b, l.a, h.r, h.g, h.b);
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[(f - 1) * t.TwoColorTimeline.ENTRIES]);
                      }
                    }
                  }
                  for (c = 0, u = i.readInt(!0); c < u; c++) {
                    var b = i.readInt(!0);
                    for (d = 0, p = i.readInt(!0); d < p; d++) {
                      m = i.readByte();
                      f = i.readInt(!0);
                      switch (m) {
                       case e.BONE_ROTATE:
                        (S = new t.RotateTimeline(f)).boneIndex = b;
                        for (g = 0; g < f; g++) {
                          S.setFrame(g, i.readFloat(), i.readFloat());
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[(f - 1) * t.RotateTimeline.ENTRIES]);
                        break;

                       case e.BONE_TRANSLATE:
                       case e.BONE_SCALE:
                       case e.BONE_SHEAR:
                        var S = void 0;
                        var A = 1;
                        if (m == e.BONE_SCALE) S = new t.ScaleTimeline(f); else if (m == e.BONE_SHEAR) S = new t.ShearTimeline(f); else {
                          S = new t.TranslateTimeline(f);
                          A = o;
                        }
                        S.boneIndex = b;
                        for (g = 0; g < f; g++) {
                          S.setFrame(g, i.readFloat(), i.readFloat() * A, i.readFloat() * A);
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[(f - 1) * t.TranslateTimeline.ENTRIES]);
                      }
                    }
                  }
                  for (c = 0, u = i.readInt(!0); c < u; c++) {
                    var T = i.readInt(!0);
                    f = i.readInt(!0);
                    (S = new t.IkConstraintTimeline(f)).ikConstraintIndex = T;
                    for (g = 0; g < f; g++) {
                      S.setFrame(g, i.readFloat(), i.readFloat(), i.readFloat() * o, i.readByte(), i.readBoolean(), i.readBoolean());
                      g < f - 1 && this.readCurve(i, g, S);
                    }
                    r.push(S);
                    a = Math.max(a, S.frames[(f - 1) * t.IkConstraintTimeline.ENTRIES]);
                  }
                  for (c = 0, u = i.readInt(!0); c < u; c++) {
                    T = i.readInt(!0);
                    f = i.readInt(!0);
                    (S = new t.TransformConstraintTimeline(f)).transformConstraintIndex = T;
                    for (g = 0; g < f; g++) {
                      S.setFrame(g, i.readFloat(), i.readFloat(), i.readFloat(), i.readFloat(), i.readFloat());
                      g < f - 1 && this.readCurve(i, g, S);
                    }
                    r.push(S);
                    a = Math.max(a, S.frames[(f - 1) * t.TransformConstraintTimeline.ENTRIES]);
                  }
                  for (c = 0, u = i.readInt(!0); c < u; c++) {
                    T = i.readInt(!0);
                    var v = n.pathConstraints[T];
                    for (d = 0, p = i.readInt(!0); d < p; d++) {
                      m = i.readByte();
                      f = i.readInt(!0);
                      switch (m) {
                       case e.PATH_POSITION:
                       case e.PATH_SPACING:
                        S = void 0;
                        A = 1;
                        if (m == e.PATH_SPACING) {
                          S = new t.PathConstraintSpacingTimeline(f);
                          v.spacingMode != t.SpacingMode.Length && v.spacingMode != t.SpacingMode.Fixed || (A = o);
                        } else {
                          S = new t.PathConstraintPositionTimeline(f);
                          v.positionMode == t.PositionMode.Fixed && (A = o);
                        }
                        S.pathConstraintIndex = T;
                        for (g = 0; g < f; g++) {
                          S.setFrame(g, i.readFloat(), i.readFloat() * A);
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[(f - 1) * t.PathConstraintPositionTimeline.ENTRIES]);
                        break;

                       case e.PATH_MIX:
                        (S = new t.PathConstraintMixTimeline(f)).pathConstraintIndex = T;
                        for (g = 0; g < f; g++) {
                          S.setFrame(g, i.readFloat(), i.readFloat(), i.readFloat());
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[(f - 1) * t.PathConstraintMixTimeline.ENTRIES]);
                      }
                    }
                  }
                  for (c = 0, u = i.readInt(!0); c < u; c++) {
                    var E = n.skins[i.readInt(!0)];
                    for (d = 0, p = i.readInt(!0); d < p; d++) {
                      _ = i.readInt(!0);
                      for (var C = 0, x = i.readInt(!0); C < x; C++) {
                        var w = E.getAttachment(_, i.readStringRef());
                        var R = null != w.bones;
                        var I = w.vertices;
                        var M = R ? I.length / 3 * 2 : I.length;
                        f = i.readInt(!0);
                        (S = new t.DeformTimeline(f)).slotIndex = _;
                        S.attachment = w;
                        for (g = 0; g < f; g++) {
                          y = i.readFloat();
                          var B = void 0;
                          var D = i.readInt(!0);
                          if (0 == D) B = R ? t.Utils.newFloatArray(M) : I; else {
                            B = t.Utils.newFloatArray(M);
                            var P = i.readInt(!0);
                            D += P;
                            if (1 == o) for (var O = P; O < D; O++) B[O] = i.readFloat(); else for (O = P; O < D; O++) B[O] = i.readFloat() * o;
                            if (!R) {
                              O = 0;
                              for (var N = B.length; O < N; O++) B[O] += I[O];
                            }
                          }
                          S.setFrame(g, y, B);
                          g < f - 1 && this.readCurve(i, g, S);
                        }
                        r.push(S);
                        a = Math.max(a, S.frames[f - 1]);
                      }
                    }
                  }
                  var L = i.readInt(!0);
                  if (L > 0) {
                    S = new t.DrawOrderTimeline(L);
                    var F = n.slots.length;
                    for (c = 0; c < L; c++) {
                      y = i.readFloat();
                      var V = i.readInt(!0);
                      var k = t.Utils.newArray(F, 0);
                      for (d = F - 1; d >= 0; d--) k[d] = -1;
                      var U = t.Utils.newArray(F - V, 0);
                      var G = 0, z = 0;
                      for (d = 0; d < V; d++) {
                        _ = i.readInt(!0);
                        for (;G != _; ) U[z++] = G++;
                        k[G + i.readInt(!0)] = G++;
                      }
                      for (;G < F; ) U[z++] = G++;
                      for (d = F - 1; d >= 0; d--) -1 == k[d] && (k[d] = U[--z]);
                      S.setFrame(c, y, k);
                    }
                    r.push(S);
                    a = Math.max(a, S.frames[L - 1]);
                  }
                  var H = i.readInt(!0);
                  if (H > 0) {
                    S = new t.EventTimeline(H);
                    for (c = 0; c < H; c++) {
                      y = i.readFloat();
                      var j = n.events[i.readInt(!0)];
                      var X = new t.Event(y, j);
                      X.intValue = i.readInt(!1);
                      X.floatValue = i.readFloat();
                      X.stringValue = i.readBoolean() ? i.readString() : j.stringValue;
                      if (null != X.data.audioPath) {
                        X.volume = i.readFloat();
                        X.balance = i.readFloat();
                      }
                      S.setFrame(c, X);
                    }
                    r.push(S);
                    a = Math.max(a, S.frames[H - 1]);
                  }
                  return new t.Animation(s, r, a);
                };
                e.prototype.readCurve = function(t, i, s) {
                  switch (t.readByte()) {
                   case e.CURVE_STEPPED:
                    s.setStepped(i);
                    break;

                   case e.CURVE_BEZIER:
                    this.setCurve(s, i, t.readFloat(), t.readFloat(), t.readFloat(), t.readFloat());
                  }
                };
                e.prototype.setCurve = function(t, e, i, s, n, r) {
                  t.setCurve(e, i, s, n, r);
                };
                e.AttachmentTypeValues = [ 0, 1, 2, 3, 4, 5, 6 ];
                e.TransformModeValues = [ t.TransformMode.Normal, t.TransformMode.OnlyTranslation, t.TransformMode.NoRotationOrReflection, t.TransformMode.NoScale, t.TransformMode.NoScaleOrReflection ];
                e.PositionModeValues = [ t.PositionMode.Fixed, t.PositionMode.Percent ];
                e.SpacingModeValues = [ t.SpacingMode.Length, t.SpacingMode.Fixed, t.SpacingMode.Percent ];
                e.RotateModeValues = [ t.RotateMode.Tangent, t.RotateMode.Chain, t.RotateMode.ChainScale ];
                e.BlendModeValues = [ t.BlendMode.Normal, t.BlendMode.Additive, t.BlendMode.Multiply, t.BlendMode.Screen ];
                e.BONE_ROTATE = 0;
                e.BONE_TRANSLATE = 1;
                e.BONE_SCALE = 2;
                e.BONE_SHEAR = 3;
                e.SLOT_ATTACHMENT = 0;
                e.SLOT_COLOR = 1;
                e.SLOT_TWO_COLOR = 2;
                e.PATH_POSITION = 0;
                e.PATH_SPACING = 1;
                e.PATH_MIX = 2;
                e.CURVE_LINEAR = 0;
                e.CURVE_STEPPED = 1;
                e.CURVE_BEZIER = 2;
                return e;
              }();
              t.SkeletonBinary = e;
              var i = function() {
                function t(t, e, i, s) {
                  void 0 === e && (e = new Array);
                  void 0 === i && (i = 0);
                  void 0 === s && (s = new DataView(t.buffer));
                  this.strings = e;
                  this.index = i;
                  this.buffer = s;
                }
                t.prototype.readByte = function() {
                  return this.buffer.getInt8(this.index++);
                };
                t.prototype.readShort = function() {
                  var t = this.buffer.getInt16(this.index);
                  this.index += 2;
                  return t;
                };
                t.prototype.readInt32 = function() {
                  var t = this.buffer.getInt32(this.index);
                  this.index += 4;
                  return t;
                };
                t.prototype.readInt = function(t) {
                  var e = this.readByte();
                  var i = 127 & e;
                  if (0 != (128 & e)) {
                    i |= (127 & (e = this.readByte())) << 7;
                    if (0 != (128 & e)) {
                      i |= (127 & (e = this.readByte())) << 14;
                      if (0 != (128 & e)) {
                        i |= (127 & (e = this.readByte())) << 21;
                        0 != (128 & e) && (i |= (127 & (e = this.readByte())) << 28);
                      }
                    }
                  }
                  return t ? i : i >>> 1 ^ -(1 & i);
                };
                t.prototype.readStringRef = function() {
                  var t = this.readInt(!0);
                  return 0 == t ? null : this.strings[t - 1];
                };
                t.prototype.readString = function() {
                  var t = this.readInt(!0);
                  switch (t) {
                   case 0:
                    return null;

                   case 1:
                    return "";
                  }
                  t--;
                  var e = "";
                  for (var i = 0; i < t; ) {
                    var s = this.readByte();
                    switch (s >> 4) {
                     case 12:
                     case 13:
                      e += String.fromCharCode((31 & s) << 6 | 63 & this.readByte());
                      i += 2;
                      break;

                     case 14:
                      e += String.fromCharCode((15 & s) << 12 | (63 & this.readByte()) << 6 | 63 & this.readByte());
                      i += 3;
                      break;

                     default:
                      e += String.fromCharCode(s);
                      i++;
                    }
                  }
                  return e;
                };
                t.prototype.readFloat = function() {
                  var t = this.buffer.getFloat32(this.index);
                  this.index += 4;
                  return t;
                };
                t.prototype.readBoolean = function() {
                  return 0 != this.readByte();
                };
                return t;
              }();
              var s = function(t, e, i, s, n) {
                this.mesh = t;
                this.skin = e;
                this.slotIndex = i;
                this.parent = s;
                this.inheritDeform = n;
              };
              var n = function(t, e) {
                void 0 === t && (t = null);
                void 0 === e && (e = null);
                this.bones = t;
                this.vertices = e;
              };
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e() {
                  this.minX = 0;
                  this.minY = 0;
                  this.maxX = 0;
                  this.maxY = 0;
                  this.boundingBoxes = new Array;
                  this.polygons = new Array;
                  this.polygonPool = new t.Pool((function() {
                    return t.Utils.newFloatArray(16);
                  }));
                }
                e.prototype.update = function(e, i) {
                  if (null == e) throw new Error("skeleton cannot be null.");
                  var s = this.boundingBoxes;
                  var n = this.polygons;
                  var r = this.polygonPool;
                  var o = e.slots;
                  var a = o.length;
                  s.length = 0;
                  r.freeAll(n);
                  n.length = 0;
                  for (var l = 0; l < a; l++) {
                    var h = o[l];
                    if (h.bone.active) {
                      var c = h.getAttachment();
                      if (c instanceof t.BoundingBoxAttachment) {
                        var u = c;
                        s.push(u);
                        var _ = r.obtain();
                        _.length != u.worldVerticesLength && (_ = t.Utils.newFloatArray(u.worldVerticesLength));
                        n.push(_);
                        u.computeWorldVertices(h, 0, u.worldVerticesLength, _, 0, 2);
                      }
                    }
                  }
                  if (i) this.aabbCompute(); else {
                    this.minX = Number.POSITIVE_INFINITY;
                    this.minY = Number.POSITIVE_INFINITY;
                    this.maxX = Number.NEGATIVE_INFINITY;
                    this.maxY = Number.NEGATIVE_INFINITY;
                  }
                };
                e.prototype.aabbCompute = function() {
                  var t = Number.POSITIVE_INFINITY, e = Number.POSITIVE_INFINITY, i = Number.NEGATIVE_INFINITY, s = Number.NEGATIVE_INFINITY;
                  var n = this.polygons;
                  for (var r = 0, o = n.length; r < o; r++) {
                    var a = n[r];
                    var l = a;
                    for (var h = 0, c = a.length; h < c; h += 2) {
                      var u = l[h];
                      var _ = l[h + 1];
                      t = Math.min(t, u);
                      e = Math.min(e, _);
                      i = Math.max(i, u);
                      s = Math.max(s, _);
                    }
                  }
                  this.minX = t;
                  this.minY = e;
                  this.maxX = i;
                  this.maxY = s;
                };
                e.prototype.aabbContainsPoint = function(t, e) {
                  return t >= this.minX && t <= this.maxX && e >= this.minY && e <= this.maxY;
                };
                e.prototype.aabbIntersectsSegment = function(t, e, i, s) {
                  var n = this.minX;
                  var r = this.minY;
                  var o = this.maxX;
                  var a = this.maxY;
                  if (t <= n && i <= n || e <= r && s <= r || t >= o && i >= o || e >= a && s >= a) return !1;
                  var l = (s - e) / (i - t);
                  var h = l * (n - t) + e;
                  if (h > r && h < a) return !0;
                  if ((h = l * (o - t) + e) > r && h < a) return !0;
                  var c = (r - e) / l + t;
                  return c > n && c < o || (c = (a - e) / l + t) > n && c < o;
                };
                e.prototype.aabbIntersectsSkeleton = function(t) {
                  return this.minX < t.maxX && this.maxX > t.minX && this.minY < t.maxY && this.maxY > t.minY;
                };
                e.prototype.containsPoint = function(t, e) {
                  var i = this.polygons;
                  for (var s = 0, n = i.length; s < n; s++) if (this.containsPointPolygon(i[s], t, e)) return this.boundingBoxes[s];
                  return null;
                };
                e.prototype.containsPointPolygon = function(t, e, i) {
                  var s = t;
                  var n = t.length;
                  var r = n - 2;
                  var o = !1;
                  for (var a = 0; a < n; a += 2) {
                    var l = s[a + 1];
                    var h = s[r + 1];
                    if (l < i && h >= i || h < i && l >= i) {
                      var c = s[a];
                      c + (i - l) / (h - l) * (s[r] - c) < e && (o = !o);
                    }
                    r = a;
                  }
                  return o;
                };
                e.prototype.intersectsSegment = function(t, e, i, s) {
                  var n = this.polygons;
                  for (var r = 0, o = n.length; r < o; r++) if (this.intersectsSegmentPolygon(n[r], t, e, i, s)) return this.boundingBoxes[r];
                  return null;
                };
                e.prototype.intersectsSegmentPolygon = function(t, e, i, s, n) {
                  var r = t;
                  var o = t.length;
                  var a = e - s, l = i - n;
                  var h = e * n - i * s;
                  var c = r[o - 2], u = r[o - 1];
                  for (var _ = 0; _ < o; _ += 2) {
                    var d = r[_], p = r[_ + 1];
                    var m = c * p - u * d;
                    var f = c - d, g = u - p;
                    var y = a * g - l * f;
                    var b = (h * f - a * m) / y;
                    if ((b >= c && b <= d || b >= d && b <= c) && (b >= e && b <= s || b >= s && b <= e)) {
                      var S = (h * g - l * m) / y;
                      if ((S >= u && S <= p || S >= p && S <= u) && (S >= i && S <= n || S >= n && S <= i)) return !0;
                    }
                    c = d;
                    u = p;
                  }
                  return !1;
                };
                e.prototype.getPolygon = function(t) {
                  if (null == t) throw new Error("boundingBox cannot be null.");
                  var e = this.boundingBoxes.indexOf(t);
                  return -1 == e ? null : this.polygons[e];
                };
                e.prototype.getWidth = function() {
                  return this.maxX - this.minX;
                };
                e.prototype.getHeight = function() {
                  return this.maxY - this.minY;
                };
                return e;
              }();
              t.SkeletonBounds = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e() {
                  this.triangulator = new t.Triangulator;
                  this.clippingPolygon = new Array;
                  this.clipOutput = new Array;
                  this.clippedVertices = new Array;
                  this.clippedTriangles = new Array;
                  this.scratch = new Array;
                }
                e.prototype.clipStart = function(i, s) {
                  if (null != this.clipAttachment) return 0;
                  this.clipAttachment = s;
                  var n = s.worldVerticesLength;
                  var r = t.Utils.setArraySize(this.clippingPolygon, n);
                  s.computeWorldVertices(i, 0, n, r, 0, 2);
                  var o = this.clippingPolygon;
                  e.makeClockwise(o);
                  var a = this.clippingPolygons = this.triangulator.decompose(o, this.triangulator.triangulate(o));
                  for (var l = 0, h = a.length; l < h; l++) {
                    var c = a[l];
                    e.makeClockwise(c);
                    c.push(c[0]);
                    c.push(c[1]);
                  }
                  return a.length;
                };
                e.prototype.clipEndWithSlot = function(t) {
                  null != this.clipAttachment && this.clipAttachment.endSlot == t.data && this.clipEnd();
                };
                e.prototype.clipEnd = function() {
                  if (null != this.clipAttachment) {
                    this.clipAttachment = null;
                    this.clippingPolygons = null;
                    this.clippedVertices.length = 0;
                    this.clippedTriangles.length = 0;
                    this.clippingPolygon.length = 0;
                  }
                };
                e.prototype.isClipping = function() {
                  return null != this.clipAttachment;
                };
                e.prototype.clipTriangles = function(e, i, s, n, r, o, a, l, h, c, u) {
                  void 0 === h && (h = 2);
                  void 0 === c && (c = 0);
                  void 0 === u && (u = 0);
                  var _ = this.clipOutput, d = this.clippedVertices;
                  var p = this.clippedTriangles;
                  var m = this.clippingPolygons;
                  var f = this.clippingPolygons.length;
                  var g = l ? 12 : 8;
                  var y = 0;
                  d.length = 0;
                  p.length = 0;
                  t: for (var b = 0; b < n; b += 3) {
                    var S = s[b] * h;
                    var A = e[S + c], T = e[S + c + 1];
                    var v = r[S + u], E = r[S + u + 1];
                    var C = e[(S = s[b + 1] * h) + c], x = e[S + c + 1];
                    var w = r[S + u], R = r[S + u + 1];
                    var I = e[(S = s[b + 2] * h) + c], M = e[S + c + 1];
                    var B = r[S + u], D = r[S + u + 1];
                    for (var P = 0; P < f; P++) {
                      var O = d.length;
                      if (!this.clip(A, T, C, x, I, M, m[P], _)) {
                        (H = t.Utils.setArraySize(d, O + 3 * g))[O] = A;
                        H[O + 1] = T;
                        H[O + 2] = o.r;
                        H[O + 3] = o.g;
                        H[O + 4] = o.b;
                        H[O + 5] = o.a;
                        if (l) {
                          H[O + 6] = v;
                          H[O + 7] = E;
                          H[O + 8] = a.r;
                          H[O + 9] = a.g;
                          H[O + 10] = a.b;
                          H[O + 11] = a.a;
                          H[O + 12] = C;
                          H[O + 13] = x;
                          H[O + 14] = o.r;
                          H[O + 15] = o.g;
                          H[O + 16] = o.b;
                          H[O + 17] = o.a;
                          H[O + 18] = w;
                          H[O + 19] = R;
                          H[O + 20] = a.r;
                          H[O + 21] = a.g;
                          H[O + 22] = a.b;
                          H[O + 23] = a.a;
                          H[O + 24] = I;
                          H[O + 25] = M;
                          H[O + 26] = o.r;
                          H[O + 27] = o.g;
                          H[O + 28] = o.b;
                          H[O + 29] = o.a;
                          H[O + 30] = B;
                          H[O + 31] = D;
                          H[O + 32] = a.r;
                          H[O + 33] = a.g;
                          H[O + 34] = a.b;
                          H[O + 35] = a.a;
                        } else {
                          H[O + 6] = v;
                          H[O + 7] = E;
                          H[O + 8] = C;
                          H[O + 9] = x;
                          H[O + 10] = o.r;
                          H[O + 11] = o.g;
                          H[O + 12] = o.b;
                          H[O + 13] = o.a;
                          H[O + 14] = w;
                          H[O + 15] = R;
                          H[O + 16] = I;
                          H[O + 17] = M;
                          H[O + 18] = o.r;
                          H[O + 19] = o.g;
                          H[O + 20] = o.b;
                          H[O + 21] = o.a;
                          H[O + 22] = B;
                          H[O + 23] = D;
                        }
                        O = p.length;
                        (Q = t.Utils.setArraySize(p, O + 3))[O] = y;
                        Q[O + 1] = y + 1;
                        Q[O + 2] = y + 2;
                        y += 3;
                        continue t;
                      }
                      var N = _.length;
                      if (0 != N) {
                        var L = x - M, F = I - C, V = A - I, k = M - T;
                        var U = 1 / (L * V + F * (T - M));
                        var G = N >> 1;
                        var z = this.clipOutput;
                        var H = t.Utils.setArraySize(d, O + G * g);
                        for (var j = 0; j < N; j += 2) {
                          var X = z[j], W = z[j + 1];
                          H[O] = X;
                          H[O + 1] = W;
                          H[O + 2] = o.r;
                          H[O + 3] = o.g;
                          H[O + 4] = o.b;
                          H[O + 5] = o.a;
                          var Y = X - I, q = W - M;
                          var K = (L * Y + F * q) * U;
                          var J = (k * Y + V * q) * U;
                          var Z = 1 - K - J;
                          H[O + 6] = v * K + w * J + B * Z;
                          H[O + 7] = E * K + R * J + D * Z;
                          if (l) {
                            H[O + 8] = a.r;
                            H[O + 9] = a.g;
                            H[O + 10] = a.b;
                            H[O + 11] = a.a;
                          }
                          O += g;
                        }
                        O = p.length;
                        var Q = t.Utils.setArraySize(p, O + 3 * (G - 2));
                        G--;
                        for (j = 1; j < G; j++) {
                          Q[O] = y;
                          Q[O + 1] = y + j;
                          Q[O + 2] = y + j + 1;
                          O += 3;
                        }
                        y += G + 1;
                      }
                    }
                  }
                };
                e.prototype.clip = function(t, e, i, s, n, r, o, a) {
                  var l = a;
                  var h = !1;
                  var c = null;
                  if (o.length % 4 >= 2) {
                    c = a;
                    a = this.scratch;
                  } else c = this.scratch;
                  c.length = 0;
                  c.push(t);
                  c.push(e);
                  c.push(i);
                  c.push(s);
                  c.push(n);
                  c.push(r);
                  c.push(t);
                  c.push(e);
                  a.length = 0;
                  var u = o;
                  var _ = o.length - 4;
                  for (var d = 0; ;d += 2) {
                    var p = u[d], m = u[d + 1];
                    var f = u[d + 2], g = u[d + 3];
                    var y = p - f, b = m - g;
                    var S = c;
                    var A = c.length - 2, T = a.length;
                    for (var v = 0; v < A; v += 2) {
                      var E = S[v], C = S[v + 1];
                      var x = S[v + 2], w = S[v + 3];
                      var R = y * (w - g) - b * (x - f) > 0;
                      if (y * (C - g) - b * (E - f) > 0) {
                        if (R) {
                          a.push(x);
                          a.push(w);
                          continue;
                        }
                        var I = (B = w - C) * (f - p) - (D = x - E) * (g - m);
                        if (Math.abs(I) > 1e-6) {
                          var M = (D * (m - C) - B * (p - E)) / I;
                          a.push(p + (f - p) * M);
                          a.push(m + (g - m) * M);
                        } else {
                          a.push(p);
                          a.push(m);
                        }
                      } else if (R) {
                        var B, D;
                        I = (B = w - C) * (f - p) - (D = x - E) * (g - m);
                        if (Math.abs(I) > 1e-6) {
                          M = (D * (m - C) - B * (p - E)) / I;
                          a.push(p + (f - p) * M);
                          a.push(m + (g - m) * M);
                        } else {
                          a.push(p);
                          a.push(m);
                        }
                        a.push(x);
                        a.push(w);
                      }
                      h = !0;
                    }
                    if (T == a.length) {
                      l.length = 0;
                      return !0;
                    }
                    a.push(a[0]);
                    a.push(a[1]);
                    if (d == _) break;
                    var P = a;
                    (a = c).length = 0;
                    c = P;
                  }
                  if (l != a) {
                    l.length = 0;
                    d = 0;
                    for (var O = a.length - 2; d < O; d++) l[d] = a[d];
                  } else l.length = l.length - 2;
                  return h;
                };
                e.makeClockwise = function(t) {
                  var e = t;
                  var i = t.length;
                  var s = e[i - 2] * e[1] - e[0] * e[i - 1], n = 0, r = 0, o = 0;
                  for (var a = 0, l = i - 3; a < l; a += 2) {
                    n = e[a];
                    r = e[a + 1];
                    o = e[a + 2];
                    s += n * e[a + 3] - o * r;
                  }
                  if (!(s < 0)) {
                    a = 0;
                    var h = i - 2;
                    for (l = i >> 1; a < l; a += 2) {
                      var c = e[a], u = e[a + 1];
                      var _ = h - a;
                      e[a] = e[_];
                      e[a + 1] = e[_ + 1];
                      e[_] = c;
                      e[_ + 1] = u;
                    }
                  }
                };
                return e;
              }();
              t.SkeletonClipping = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function t() {
                  this.bones = new Array;
                  this.slots = new Array;
                  this.skins = new Array;
                  this.events = new Array;
                  this.animations = new Array;
                  this.ikConstraints = new Array;
                  this.transformConstraints = new Array;
                  this.pathConstraints = new Array;
                  this.fps = 0;
                }
                t.prototype.findBone = function(t) {
                  if (null == t) throw new Error("boneName cannot be null.");
                  var e = this.bones;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findBoneIndex = function(t) {
                  if (null == t) throw new Error("boneName cannot be null.");
                  var e = this.bones;
                  for (var i = 0, s = e.length; i < s; i++) if (e[i].name == t) return i;
                  return -1;
                };
                t.prototype.findSlot = function(t) {
                  if (null == t) throw new Error("slotName cannot be null.");
                  var e = this.slots;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findSlotIndex = function(t) {
                  if (null == t) throw new Error("slotName cannot be null.");
                  var e = this.slots;
                  for (var i = 0, s = e.length; i < s; i++) if (e[i].name == t) return i;
                  return -1;
                };
                t.prototype.findSkin = function(t) {
                  if (null == t) throw new Error("skinName cannot be null.");
                  var e = this.skins;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findEvent = function(t) {
                  if (null == t) throw new Error("eventDataName cannot be null.");
                  var e = this.events;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findAnimation = function(t) {
                  if (null == t) throw new Error("animationName cannot be null.");
                  var e = this.animations;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findIkConstraint = function(t) {
                  if (null == t) throw new Error("constraintName cannot be null.");
                  var e = this.ikConstraints;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findTransformConstraint = function(t) {
                  if (null == t) throw new Error("constraintName cannot be null.");
                  var e = this.transformConstraints;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findPathConstraint = function(t) {
                  if (null == t) throw new Error("constraintName cannot be null.");
                  var e = this.pathConstraints;
                  for (var i = 0, s = e.length; i < s; i++) {
                    var n = e[i];
                    if (n.name == t) return n;
                  }
                  return null;
                };
                t.prototype.findPathConstraintIndex = function(t) {
                  if (null == t) throw new Error("pathConstraintName cannot be null.");
                  var e = this.pathConstraints;
                  for (var i = 0, s = e.length; i < s; i++) if (e[i].name == t) return i;
                  return -1;
                };
                return t;
              }();
              t.SkeletonData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t) {
                  this.scale = 1;
                  this.linkedMeshes = new Array;
                  this.attachmentLoader = t;
                }
                e.prototype.readSkeletonData = function(i) {
                  var s = this.scale;
                  var n = new t.SkeletonData;
                  var r = "string" == typeof i ? JSON.parse(i) : i;
                  var o = r.skeleton;
                  if (null != o) {
                    n.hash = o.hash;
                    n.version = o.spine;
                    n.x = o.x;
                    n.y = o.y;
                    n.width = o.width;
                    n.height = o.height;
                    n.fps = o.fps;
                    n.imagesPath = o.images;
                  }
                  if (r.bones) for (var a = 0; a < r.bones.length; a++) {
                    var l = r.bones[a];
                    var h = null;
                    var c = this.getValue(l, "parent", null);
                    if (null != c && null == (h = n.findBone(c))) throw new Error("Parent bone not found: " + c);
                    (p = new t.BoneData(n.bones.length, l.name, h)).length = this.getValue(l, "length", 0) * s;
                    p.x = this.getValue(l, "x", 0) * s;
                    p.y = this.getValue(l, "y", 0) * s;
                    p.rotation = this.getValue(l, "rotation", 0);
                    p.scaleX = this.getValue(l, "scaleX", 1);
                    p.scaleY = this.getValue(l, "scaleY", 1);
                    p.shearX = this.getValue(l, "shearX", 0);
                    p.shearY = this.getValue(l, "shearY", 0);
                    p.transformMode = e.transformModeFromString(this.getValue(l, "transform", "normal"));
                    p.skinRequired = this.getValue(l, "skin", !1);
                    n.bones.push(p);
                  }
                  if (r.slots) for (a = 0; a < r.slots.length; a++) {
                    var u = (I = r.slots[a]).name;
                    var _ = I.bone;
                    var d = n.findBone(_);
                    if (null == d) throw new Error("Slot bone not found: " + _);
                    var p = new t.SlotData(n.slots.length, u, d);
                    var m = this.getValue(I, "color", null);
                    null != m && p.color.setFromString(m);
                    var f = this.getValue(I, "dark", null);
                    if (null != f) {
                      p.darkColor = new t.Color(1, 1, 1, 1);
                      p.darkColor.setFromString(f);
                    }
                    p.attachmentName = this.getValue(I, "attachment", null);
                    p.blendMode = e.blendModeFromString(this.getValue(I, "blend", "normal"));
                    n.slots.push(p);
                  }
                  if (r.ik) for (a = 0; a < r.ik.length; a++) {
                    var g = r.ik[a];
                    (p = new t.IkConstraintData(g.name)).order = this.getValue(g, "order", 0);
                    p.skinRequired = this.getValue(g, "skin", !1);
                    for (var y = 0; y < g.bones.length; y++) {
                      _ = g.bones[y];
                      if (null == (x = n.findBone(_))) throw new Error("IK bone not found: " + _);
                      p.bones.push(x);
                    }
                    var b = g.target;
                    p.target = n.findBone(b);
                    if (null == p.target) throw new Error("IK target bone not found: " + b);
                    p.mix = this.getValue(g, "mix", 1);
                    p.softness = this.getValue(g, "softness", 0) * s;
                    p.bendDirection = this.getValue(g, "bendPositive", !0) ? 1 : -1;
                    p.compress = this.getValue(g, "compress", !1);
                    p.stretch = this.getValue(g, "stretch", !1);
                    p.uniform = this.getValue(g, "uniform", !1);
                    n.ikConstraints.push(p);
                  }
                  if (r.transform) for (a = 0; a < r.transform.length; a++) {
                    g = r.transform[a];
                    (p = new t.TransformConstraintData(g.name)).order = this.getValue(g, "order", 0);
                    p.skinRequired = this.getValue(g, "skin", !1);
                    for (y = 0; y < g.bones.length; y++) {
                      _ = g.bones[y];
                      if (null == (x = n.findBone(_))) throw new Error("Transform constraint bone not found: " + _);
                      p.bones.push(x);
                    }
                    b = g.target;
                    p.target = n.findBone(b);
                    if (null == p.target) throw new Error("Transform constraint target bone not found: " + b);
                    p.local = this.getValue(g, "local", !1);
                    p.relative = this.getValue(g, "relative", !1);
                    p.offsetRotation = this.getValue(g, "rotation", 0);
                    p.offsetX = this.getValue(g, "x", 0) * s;
                    p.offsetY = this.getValue(g, "y", 0) * s;
                    p.offsetScaleX = this.getValue(g, "scaleX", 0);
                    p.offsetScaleY = this.getValue(g, "scaleY", 0);
                    p.offsetShearY = this.getValue(g, "shearY", 0);
                    p.rotateMix = this.getValue(g, "rotateMix", 1);
                    p.translateMix = this.getValue(g, "translateMix", 1);
                    p.scaleMix = this.getValue(g, "scaleMix", 1);
                    p.shearMix = this.getValue(g, "shearMix", 1);
                    n.transformConstraints.push(p);
                  }
                  if (r.path) for (a = 0; a < r.path.length; a++) {
                    g = r.path[a];
                    (p = new t.PathConstraintData(g.name)).order = this.getValue(g, "order", 0);
                    p.skinRequired = this.getValue(g, "skin", !1);
                    for (y = 0; y < g.bones.length; y++) {
                      _ = g.bones[y];
                      if (null == (x = n.findBone(_))) throw new Error("Transform constraint bone not found: " + _);
                      p.bones.push(x);
                    }
                    b = g.target;
                    p.target = n.findSlot(b);
                    if (null == p.target) throw new Error("Path target slot not found: " + b);
                    p.positionMode = e.positionModeFromString(this.getValue(g, "positionMode", "percent"));
                    p.spacingMode = e.spacingModeFromString(this.getValue(g, "spacingMode", "length"));
                    p.rotateMode = e.rotateModeFromString(this.getValue(g, "rotateMode", "tangent"));
                    p.offsetRotation = this.getValue(g, "rotation", 0);
                    p.position = this.getValue(g, "position", 0);
                    p.positionMode == t.PositionMode.Fixed && (p.position *= s);
                    p.spacing = this.getValue(g, "spacing", 0);
                    p.spacingMode != t.SpacingMode.Length && p.spacingMode != t.SpacingMode.Fixed || (p.spacing *= s);
                    p.rotateMix = this.getValue(g, "rotateMix", 1);
                    p.translateMix = this.getValue(g, "translateMix", 1);
                    n.pathConstraints.push(p);
                  }
                  if (r.skins) {
                    var S = r.skins;
                    if (!(S instanceof Array)) {
                      var A = [];
                      for (var T in S) A.push({
                        name: T,
                        attachments: S[T]
                      });
                      S = A;
                    }
                    for (a = 0; a < S.length; a++) {
                      var v = S[a];
                      var E = new t.Skin(v.name);
                      if (v.bones) for (var C = 0; C < v.bones.length; C++) {
                        var x;
                        if (null == (x = n.findBone(v.bones[C]))) throw new Error("Skin bone not found: " + v.bones[C]);
                        E.bones.push(x);
                      }
                      if (v.ik) for (C = 0; C < v.ik.length; C++) {
                        if (null == (w = n.findIkConstraint(v.ik[C]))) throw new Error("Skin IK constraint not found: " + v.ik[C]);
                        E.constraints.push(w);
                      }
                      if (v.transform) for (C = 0; C < v.transform.length; C++) {
                        if (null == (w = n.findTransformConstraint(v.transform[C]))) throw new Error("Skin transform constraint not found: " + v.transform[C]);
                        E.constraints.push(w);
                      }
                      if (v.path) for (C = 0; C < v.path.length; C++) {
                        var w;
                        if (null == (w = n.findPathConstraint(v.path[C]))) throw new Error("Skin path constraint not found: " + v.path[C]);
                        E.constraints.push(w);
                      }
                      for (var u in v.attachments) {
                        var R = n.findSlot(u);
                        if (null == R) throw new Error("Slot not found: " + u);
                        var I = v.attachments[u];
                        for (var M in I) {
                          var B = this.readAttachment(I[M], E, R.index, M, n);
                          null != B && E.setAttachment(R.index, M, B);
                        }
                      }
                      n.skins.push(E);
                      "default" == E.name && (n.defaultSkin = E);
                    }
                  }
                  a = 0;
                  for (var D = this.linkedMeshes.length; a < D; a++) {
                    var P = this.linkedMeshes[a];
                    if (null == (E = null == P.skin ? n.defaultSkin : n.findSkin(P.skin))) throw new Error("Skin not found: " + P.skin);
                    var O = E.getAttachment(P.slotIndex, P.parent);
                    if (null == O) throw new Error("Parent mesh not found: " + P.parent);
                    P.mesh.deformAttachment = P.inheritDeform ? O : P.mesh;
                    P.mesh.setParentMesh(O);
                    P.mesh.updateUVs();
                  }
                  this.linkedMeshes.length = 0;
                  if (r.events) for (var N in r.events) {
                    var L = r.events[N];
                    (p = new t.EventData(N)).intValue = this.getValue(L, "int", 0);
                    p.floatValue = this.getValue(L, "float", 0);
                    p.stringValue = this.getValue(L, "string", "");
                    p.audioPath = this.getValue(L, "audio", null);
                    if (null != p.audioPath) {
                      p.volume = this.getValue(L, "volume", 1);
                      p.balance = this.getValue(L, "balance", 0);
                    }
                    n.events.push(p);
                  }
                  if (r.animations) for (var F in r.animations) {
                    var V = r.animations[F];
                    this.readAnimation(V, F, n);
                  }
                  return n;
                };
                e.prototype.readAttachment = function(e, s, n, r, o) {
                  var a = this.scale;
                  r = this.getValue(e, "name", r);
                  switch (this.getValue(e, "type", "region")) {
                   case "region":
                    var l = this.getValue(e, "path", r);
                    var h = this.attachmentLoader.newRegionAttachment(s, r, l);
                    if (null == h) return null;
                    h.path = l;
                    h.x = this.getValue(e, "x", 0) * a;
                    h.y = this.getValue(e, "y", 0) * a;
                    h.scaleX = this.getValue(e, "scaleX", 1);
                    h.scaleY = this.getValue(e, "scaleY", 1);
                    h.rotation = this.getValue(e, "rotation", 0);
                    h.width = e.width * a;
                    h.height = e.height * a;
                    null != (A = this.getValue(e, "color", null)) && h.color.setFromString(A);
                    h.updateOffset();
                    return h;

                   case "boundingbox":
                    var c = this.attachmentLoader.newBoundingBoxAttachment(s, r);
                    if (null == c) return null;
                    this.readVertices(e, c, e.vertexCount << 1);
                    null != (A = this.getValue(e, "color", null)) && c.color.setFromString(A);
                    return c;

                   case "mesh":
                   case "linkedmesh":
                    l = this.getValue(e, "path", r);
                    var u = this.attachmentLoader.newMeshAttachment(s, r, l);
                    if (null == u) return null;
                    u.path = l;
                    null != (A = this.getValue(e, "color", null)) && u.color.setFromString(A);
                    u.width = this.getValue(e, "width", 0) * a;
                    u.height = this.getValue(e, "height", 0) * a;
                    var _ = this.getValue(e, "parent", null);
                    if (null != _) {
                      this.linkedMeshes.push(new i(u, this.getValue(e, "skin", null), n, _, this.getValue(e, "deform", !0)));
                      return u;
                    }
                    var d = e.uvs;
                    this.readVertices(e, u, d.length);
                    u.triangles = e.triangles;
                    u.regionUVs = d;
                    u.updateUVs();
                    u.edges = this.getValue(e, "edges", null);
                    u.hullLength = 2 * this.getValue(e, "hull", 0);
                    return u;

                   case "path":
                    if (null == (l = this.attachmentLoader.newPathAttachment(s, r))) return null;
                    l.closed = this.getValue(e, "closed", !1);
                    l.constantSpeed = this.getValue(e, "constantSpeed", !0);
                    var p = e.vertexCount;
                    this.readVertices(e, l, p << 1);
                    var m = t.Utils.newArray(p / 3, 0);
                    for (var f = 0; f < e.lengths.length; f++) m[f] = e.lengths[f] * a;
                    l.lengths = m;
                    null != (A = this.getValue(e, "color", null)) && l.color.setFromString(A);
                    return l;

                   case "point":
                    var g = this.attachmentLoader.newPointAttachment(s, r);
                    if (null == g) return null;
                    g.x = this.getValue(e, "x", 0) * a;
                    g.y = this.getValue(e, "y", 0) * a;
                    g.rotation = this.getValue(e, "rotation", 0);
                    null != (A = this.getValue(e, "color", null)) && g.color.setFromString(A);
                    return g;

                   case "clipping":
                    var y = this.attachmentLoader.newClippingAttachment(s, r);
                    if (null == y) return null;
                    var b = this.getValue(e, "end", null);
                    if (null != b) {
                      var S = o.findSlot(b);
                      if (null == S) throw new Error("Clipping end slot not found: " + b);
                      y.endSlot = S;
                    }
                    p = e.vertexCount;
                    this.readVertices(e, y, p << 1);
                    var A;
                    null != (A = this.getValue(e, "color", null)) && y.color.setFromString(A);
                    return y;
                  }
                  return null;
                };
                e.prototype.readVertices = function(e, i, s) {
                  var n = this.scale;
                  i.worldVerticesLength = s;
                  var r = e.vertices;
                  if (s != r.length) {
                    var o = new Array;
                    var a = new Array;
                    for (u = 0, _ = r.length; u < _; ) {
                      var l = r[u++];
                      a.push(l);
                      for (var h = u + 4 * l; u < h; u += 4) {
                        a.push(r[u]);
                        o.push(r[u + 1] * n);
                        o.push(r[u + 2] * n);
                        o.push(r[u + 3]);
                      }
                    }
                    i.bones = a;
                    i.vertices = t.Utils.toFloatArray(o);
                  } else {
                    var c = t.Utils.toFloatArray(r);
                    if (1 != n) for (var u = 0, _ = r.length; u < _; u++) c[u] *= n;
                    i.vertices = c;
                  }
                };
                e.prototype.readAnimation = function(e, i, s) {
                  var n = this.scale;
                  var r = new Array;
                  var o = 0;
                  if (e.slots) for (var a in e.slots) {
                    var l = e.slots[a];
                    if (-1 == (Q = s.findSlotIndex(a))) throw new Error("Slot not found: " + a);
                    for (var h in l) {
                      var c = l[h];
                      if ("attachment" == h) {
                        (S = new t.AttachmentTimeline(c.length)).slotIndex = Q;
                        var u = 0;
                        for (var _ = 0; _ < c.length; _++) {
                          var d = c[_];
                          S.setFrame(u++, this.getValue(d, "time", 0), d.name);
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[S.getFrameCount() - 1]);
                      } else if ("color" == h) {
                        (S = new t.ColorTimeline(c.length)).slotIndex = Q;
                        u = 0;
                        for (_ = 0; _ < c.length; _++) {
                          d = c[_];
                          var p = new t.Color;
                          p.setFromString(d.color);
                          S.setFrame(u, this.getValue(d, "time", 0), p.r, p.g, p.b, p.a);
                          this.readCurve(d, S, u);
                          u++;
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.ColorTimeline.ENTRIES]);
                      } else {
                        if ("twoColor" != h) throw new Error("Invalid timeline type for a slot: " + h + " (" + a + ")");
                        (S = new t.TwoColorTimeline(c.length)).slotIndex = Q;
                        u = 0;
                        for (_ = 0; _ < c.length; _++) {
                          d = c[_];
                          var m = new t.Color;
                          var f = new t.Color;
                          m.setFromString(d.light);
                          f.setFromString(d.dark);
                          S.setFrame(u, this.getValue(d, "time", 0), m.r, m.g, m.b, m.a, f.r, f.g, f.b);
                          this.readCurve(d, S, u);
                          u++;
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.TwoColorTimeline.ENTRIES]);
                      }
                    }
                  }
                  if (e.bones) for (var g in e.bones) {
                    var y = e.bones[g];
                    var b = s.findBoneIndex(g);
                    if (-1 == b) throw new Error("Bone not found: " + g);
                    for (var h in y) {
                      c = y[h];
                      if ("rotate" === h) {
                        (S = new t.RotateTimeline(c.length)).boneIndex = b;
                        u = 0;
                        for (_ = 0; _ < c.length; _++) {
                          d = c[_];
                          S.setFrame(u, this.getValue(d, "time", 0), this.getValue(d, "angle", 0));
                          this.readCurve(d, S, u);
                          u++;
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.RotateTimeline.ENTRIES]);
                      } else {
                        if ("translate" !== h && "scale" !== h && "shear" !== h) throw new Error("Invalid timeline type for a bone: " + h + " (" + g + ")");
                        var S = null;
                        var A = 1, T = 0;
                        if ("scale" === h) {
                          S = new t.ScaleTimeline(c.length);
                          T = 1;
                        } else if ("shear" === h) S = new t.ShearTimeline(c.length); else {
                          S = new t.TranslateTimeline(c.length);
                          A = n;
                        }
                        S.boneIndex = b;
                        u = 0;
                        for (_ = 0; _ < c.length; _++) {
                          d = c[_];
                          var v = this.getValue(d, "x", T), E = this.getValue(d, "y", T);
                          S.setFrame(u, this.getValue(d, "time", 0), v * A, E * A);
                          this.readCurve(d, S, u);
                          u++;
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.TranslateTimeline.ENTRIES]);
                      }
                    }
                  }
                  if (e.ik) for (var C in e.ik) {
                    var x = e.ik[C];
                    var w = s.findIkConstraint(C);
                    (S = new t.IkConstraintTimeline(x.length)).ikConstraintIndex = s.ikConstraints.indexOf(w);
                    u = 0;
                    for (_ = 0; _ < x.length; _++) {
                      d = x[_];
                      S.setFrame(u, this.getValue(d, "time", 0), this.getValue(d, "mix", 1), this.getValue(d, "softness", 0) * n, this.getValue(d, "bendPositive", !0) ? 1 : -1, this.getValue(d, "compress", !1), this.getValue(d, "stretch", !1));
                      this.readCurve(d, S, u);
                      u++;
                    }
                    r.push(S);
                    o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.IkConstraintTimeline.ENTRIES]);
                  }
                  if (e.transform) for (var C in e.transform) {
                    x = e.transform[C];
                    w = s.findTransformConstraint(C);
                    (S = new t.TransformConstraintTimeline(x.length)).transformConstraintIndex = s.transformConstraints.indexOf(w);
                    u = 0;
                    for (_ = 0; _ < x.length; _++) {
                      d = x[_];
                      S.setFrame(u, this.getValue(d, "time", 0), this.getValue(d, "rotateMix", 1), this.getValue(d, "translateMix", 1), this.getValue(d, "scaleMix", 1), this.getValue(d, "shearMix", 1));
                      this.readCurve(d, S, u);
                      u++;
                    }
                    r.push(S);
                    o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.TransformConstraintTimeline.ENTRIES]);
                  }
                  let R = e.path || e.paths;
                  if (R) for (var C in R) {
                    x = R[C];
                    var I = s.findPathConstraintIndex(C);
                    if (-1 == I) throw new Error("Path constraint not found: " + C);
                    var M = s.pathConstraints[I];
                    for (var h in x) {
                      c = x[h];
                      if ("position" === h || "spacing" === h) {
                        S = null;
                        A = 1;
                        if ("spacing" === h) {
                          S = new t.PathConstraintSpacingTimeline(c.length);
                          M.spacingMode != t.SpacingMode.Length && M.spacingMode != t.SpacingMode.Fixed || (A = n);
                        } else {
                          S = new t.PathConstraintPositionTimeline(c.length);
                          M.positionMode == t.PositionMode.Fixed && (A = n);
                        }
                        S.pathConstraintIndex = I;
                        u = 0;
                        for (_ = 0; _ < c.length; _++) {
                          d = c[_];
                          S.setFrame(u, this.getValue(d, "time", 0), this.getValue(d, h, 0) * A);
                          this.readCurve(d, S, u);
                          u++;
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.PathConstraintPositionTimeline.ENTRIES]);
                      } else if ("mix" === h) {
                        (S = new t.PathConstraintMixTimeline(c.length)).pathConstraintIndex = I;
                        u = 0;
                        for (_ = 0; _ < c.length; _++) {
                          d = c[_];
                          S.setFrame(u, this.getValue(d, "time", 0), this.getValue(d, "rotateMix", 1), this.getValue(d, "translateMix", 1));
                          this.readCurve(d, S, u);
                          u++;
                        }
                        r.push(S);
                        o = Math.max(o, S.frames[(S.getFrameCount() - 1) * t.PathConstraintMixTimeline.ENTRIES]);
                      }
                    }
                  }
                  if (e.deform) for (var B in e.deform) {
                    var D = e.deform[B];
                    var P = s.findSkin(B);
                    if (null == P) throw new Error("Skin not found: " + B);
                    for (var a in D) {
                      l = D[a];
                      if (-1 == (Q = s.findSlotIndex(a))) throw new Error("Slot not found: " + l.name);
                      for (var h in l) {
                        c = l[h];
                        var O = P.getAttachment(Q, h);
                        if (null != O) {
                          var N = null != O.bones;
                          var L = O.vertices;
                          var F = N ? L.length / 3 * 2 : L.length;
                          (S = new t.DeformTimeline(c.length)).slotIndex = Q;
                          S.attachment = O;
                          u = 0;
                          for (var V = 0; V < c.length; V++) {
                            d = c[V];
                            var k = void 0;
                            var U = this.getValue(d, "vertices", null);
                            if (null == U) k = N ? t.Utils.newFloatArray(F) : L; else {
                              k = t.Utils.newFloatArray(F);
                              var G = this.getValue(d, "offset", 0);
                              t.Utils.arrayCopy(U, 0, k, G, U.length);
                              if (1 != n) for (var z = (_ = G) + U.length; _ < z; _++) k[_] *= n;
                              if (!N) for (_ = 0; _ < F; _++) k[_] += L[_];
                            }
                            S.setFrame(u, this.getValue(d, "time", 0), k);
                            this.readCurve(d, S, u);
                            u++;
                          }
                          r.push(S);
                          o = Math.max(o, S.frames[S.getFrameCount() - 1]);
                        }
                      }
                    }
                  }
                  var H = e.drawOrder;
                  null == H && (H = e.draworder);
                  if (null != H) {
                    S = new t.DrawOrderTimeline(H.length);
                    var j = s.slots.length;
                    u = 0;
                    for (V = 0; V < H.length; V++) {
                      var X = H[V];
                      var W = null;
                      var Y = this.getValue(X, "offsets", null);
                      if (null != Y) {
                        W = t.Utils.newArray(j, -1);
                        var q = t.Utils.newArray(j - Y.length, 0);
                        var K = 0, J = 0;
                        for (_ = 0; _ < Y.length; _++) {
                          var Z = Y[_];
                          var Q;
                          if (-1 == (Q = s.findSlotIndex(Z.slot))) throw new Error("Slot not found: " + Z.slot);
                          for (;K != Q; ) q[J++] = K++;
                          W[K + Z.offset] = K++;
                        }
                        for (;K < j; ) q[J++] = K++;
                        for (_ = j - 1; _ >= 0; _--) -1 == W[_] && (W[_] = q[--J]);
                      }
                      S.setFrame(u++, this.getValue(X, "time", 0), W);
                    }
                    r.push(S);
                    o = Math.max(o, S.frames[S.getFrameCount() - 1]);
                  }
                  if (e.events) {
                    S = new t.EventTimeline(e.events.length);
                    u = 0;
                    for (_ = 0; _ < e.events.length; _++) {
                      var $ = e.events[_];
                      var tt = s.findEvent($.name);
                      if (null == tt) throw new Error("Event not found: " + $.name);
                      var et = new t.Event(t.Utils.toSinglePrecision(this.getValue($, "time", 0)), tt);
                      et.intValue = this.getValue($, "int", tt.intValue);
                      et.floatValue = this.getValue($, "float", tt.floatValue);
                      et.stringValue = this.getValue($, "string", tt.stringValue);
                      if (null != et.data.audioPath) {
                        et.volume = this.getValue($, "volume", 1);
                        et.balance = this.getValue($, "balance", 0);
                      }
                      S.setFrame(u++, et);
                    }
                    r.push(S);
                    o = Math.max(o, S.frames[S.getFrameCount() - 1]);
                  }
                  if (isNaN(o)) throw new Error("Error while parsing animation, duration is NaN");
                  s.animations.push(new t.Animation(i, r, o));
                };
                e.prototype.readCurve = function(t, e, i) {
                  var s = t.curve;
                  s && ("stepped" == s ? e.setStepped(i) : "[object Array]" === Object.prototype.toString.call(s) ? e.setCurve(i, s[0], s[1], s[2], s[3]) : e.setCurve(i, s, this.getValue(t, "c2", 0), this.getValue(t, "c3", 1), this.getValue(t, "c4", 1)));
                };
                e.prototype.getValue = function(t, e, i) {
                  return void 0 !== t[e] ? t[e] : i;
                };
                e.blendModeFromString = function(e) {
                  if ("normal" == (e = e.toLowerCase())) return t.BlendMode.Normal;
                  if ("additive" == e) return t.BlendMode.Additive;
                  if ("multiply" == e) return t.BlendMode.Multiply;
                  if ("screen" == e) return t.BlendMode.Screen;
                  throw new Error("Unknown blend mode: " + e);
                };
                e.positionModeFromString = function(e) {
                  if ("fixed" == (e = e.toLowerCase())) return t.PositionMode.Fixed;
                  if ("percent" == e) return t.PositionMode.Percent;
                  throw new Error("Unknown position mode: " + e);
                };
                e.spacingModeFromString = function(e) {
                  if ("length" == (e = e.toLowerCase())) return t.SpacingMode.Length;
                  if ("fixed" == e) return t.SpacingMode.Fixed;
                  if ("percent" == e) return t.SpacingMode.Percent;
                  throw new Error("Unknown position mode: " + e);
                };
                e.rotateModeFromString = function(e) {
                  if ("tangent" == (e = e.toLowerCase())) return t.RotateMode.Tangent;
                  if ("chain" == e) return t.RotateMode.Chain;
                  if ("chainscale" == e) return t.RotateMode.ChainScale;
                  throw new Error("Unknown rotate mode: " + e);
                };
                e.transformModeFromString = function(e) {
                  if ("normal" == (e = e.toLowerCase())) return t.TransformMode.Normal;
                  if ("onlytranslation" == e) return t.TransformMode.OnlyTranslation;
                  if ("norotationorreflection" == e) return t.TransformMode.NoRotationOrReflection;
                  if ("noscale" == e) return t.TransformMode.NoScale;
                  if ("noscaleorreflection" == e) return t.TransformMode.NoScaleOrReflection;
                  throw new Error("Unknown transform mode: " + e);
                };
                return e;
              }();
              t.SkeletonJson = e;
              var i = function(t, e, i, s, n) {
                this.mesh = t;
                this.skin = e;
                this.slotIndex = i;
                this.parent = s;
                this.inheritDeform = n;
              };
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t, e, i) {
                this.slotIndex = t;
                this.name = e;
                this.attachment = i;
              };
              t.SkinEntry = e;
              var i = function() {
                function i(t) {
                  this.attachments = new Array;
                  this.bones = Array();
                  this.constraints = new Array;
                  if (null == t) throw new Error("name cannot be null.");
                  this.name = t;
                }
                i.prototype.setAttachment = function(t, e, i) {
                  if (null == i) throw new Error("attachment cannot be null.");
                  var s = this.attachments;
                  t >= s.length && (s.length = t + 1);
                  s[t] || (s[t] = {});
                  s[t][e] = i;
                };
                i.prototype.addSkin = function(t) {
                  for (var e = 0; e < t.bones.length; e++) {
                    var i = t.bones[e];
                    var s = !1;
                    for (var n = 0; n < this.bones.length; n++) if (this.bones[n] == i) {
                      s = !0;
                      break;
                    }
                    s || this.bones.push(i);
                  }
                  for (e = 0; e < t.constraints.length; e++) {
                    var r = t.constraints[e];
                    s = !1;
                    for (n = 0; n < this.constraints.length; n++) if (this.constraints[n] == r) {
                      s = !0;
                      break;
                    }
                    s || this.constraints.push(r);
                  }
                  var o = t.getAttachments();
                  for (e = 0; e < o.length; e++) {
                    var a = o[e];
                    this.setAttachment(a.slotIndex, a.name, a.attachment);
                  }
                };
                i.prototype.copySkin = function(e) {
                  for (var i = 0; i < e.bones.length; i++) {
                    var s = e.bones[i];
                    var n = !1;
                    for (var r = 0; r < this.bones.length; r++) if (this.bones[r] == s) {
                      n = !0;
                      break;
                    }
                    n || this.bones.push(s);
                  }
                  for (i = 0; i < e.constraints.length; i++) {
                    var o = e.constraints[i];
                    n = !1;
                    for (r = 0; r < this.constraints.length; r++) if (this.constraints[r] == o) {
                      n = !0;
                      break;
                    }
                    n || this.constraints.push(o);
                  }
                  var a = e.getAttachments();
                  for (i = 0; i < a.length; i++) {
                    var l = a[i];
                    if (null != l.attachment) if (l.attachment instanceof t.MeshAttachment) {
                      l.attachment = l.attachment.newLinkedMesh();
                      this.setAttachment(l.slotIndex, l.name, l.attachment);
                    } else {
                      l.attachment = l.attachment.copy();
                      this.setAttachment(l.slotIndex, l.name, l.attachment);
                    }
                  }
                };
                i.prototype.getAttachment = function(t, e) {
                  var i = this.attachments[t];
                  return i ? i[e] : null;
                };
                i.prototype.removeAttachment = function(t, e) {
                  var i = this.attachments[t];
                  i && (i[e] = null);
                };
                i.prototype.getAttachments = function() {
                  var t = new Array;
                  for (var i = 0; i < this.attachments.length; i++) {
                    var s = this.attachments[i];
                    if (s) for (var n in s) {
                      var r = s[n];
                      r && t.push(new e(i, n, r));
                    }
                  }
                  return t;
                };
                i.prototype.getAttachmentsForSlot = function(t, i) {
                  var s = this.attachments[t];
                  if (s) for (var n in s) {
                    var r = s[n];
                    r && i.push(new e(t, n, r));
                  }
                };
                i.prototype.clear = function() {
                  this.attachments.length = 0;
                  this.bones.length = 0;
                  this.constraints.length = 0;
                };
                i.prototype.attachAll = function(t, e) {
                  var i = 0;
                  for (var s = 0; s < t.slots.length; s++) {
                    var n = t.slots[s];
                    var r = n.getAttachment();
                    if (r && i < e.attachments.length) {
                      var o = e.attachments[i];
                      for (var a in o) {
                        if (r == o[a]) {
                          var l = this.getAttachment(i, a);
                          null != l && n.setAttachment(l);
                          break;
                        }
                      }
                    }
                    i++;
                  }
                };
                return i;
              }();
              t.Skin = i;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(e, i) {
                  this.deform = new Array;
                  if (null == e) throw new Error("data cannot be null.");
                  if (null == i) throw new Error("bone cannot be null.");
                  this.data = e;
                  this.bone = i;
                  this.color = new t.Color;
                  this.darkColor = null == e.darkColor ? null : new t.Color;
                  this.setToSetupPose();
                }
                e.prototype.getSkeleton = function() {
                  return this.bone.skeleton;
                };
                e.prototype.getAttachment = function() {
                  return this.attachment;
                };
                e.prototype.setAttachment = function(t) {
                  if (this.attachment != t) {
                    this.attachment = t;
                    this.attachmentTime = this.bone.skeleton.time;
                    this.deform.length = 0;
                  }
                };
                e.prototype.setAttachmentTime = function(t) {
                  this.attachmentTime = this.bone.skeleton.time - t;
                };
                e.prototype.getAttachmentTime = function() {
                  return this.bone.skeleton.time - this.attachmentTime;
                };
                e.prototype.setToSetupPose = function() {
                  this.color.setFromColor(this.data.color);
                  null != this.darkColor && this.darkColor.setFromColor(this.data.darkColor);
                  if (null == this.data.attachmentName) this.attachment = null; else {
                    this.attachment = null;
                    this.setAttachment(this.bone.skeleton.getAttachment(this.data.index, this.data.attachmentName));
                  }
                };
                return e;
              }();
              t.Slot = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e, i, s) {
                this.color = new t.Color(1, 1, 1, 1);
                if (e < 0) throw new Error("index must be >= 0.");
                if (null == i) throw new Error("name cannot be null.");
                if (null == s) throw new Error("boneData cannot be null.");
                this.index = e;
                this.name = i;
                this.boneData = s;
              };
              t.SlotData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function t(t) {
                  this._image = t;
                }
                t.prototype.getImage = function() {
                  return this._image;
                };
                t.filterFromString = function(t) {
                  switch (t.toLowerCase()) {
                   case "nearest":
                    return i.Nearest;

                   case "linear":
                    return i.Linear;

                   case "mipmap":
                    return i.MipMap;

                   case "mipmapnearestnearest":
                    return i.MipMapNearestNearest;

                   case "mipmaplinearnearest":
                    return i.MipMapLinearNearest;

                   case "mipmapnearestlinear":
                    return i.MipMapNearestLinear;

                   case "mipmaplinearlinear":
                    return i.MipMapLinearLinear;

                   default:
                    throw new Error("Unknown texture filter " + t);
                  }
                };
                t.wrapFromString = function(t) {
                  switch (t.toLowerCase()) {
                   case "mirroredtepeat":
                    return s.MirroredRepeat;

                   case "clamptoedge":
                    return s.ClampToEdge;

                   case "repeat":
                    return s.Repeat;

                   default:
                    throw new Error("Unknown texture wrap " + t);
                  }
                };
                return t;
              }();
              t.Texture = e;
              var i;
              !function(t) {
                t[t.Nearest = 9728] = "Nearest";
                t[t.Linear = 9729] = "Linear";
                t[t.MipMap = 9987] = "MipMap";
                t[t.MipMapNearestNearest = 9984] = "MipMapNearestNearest";
                t[t.MipMapLinearNearest = 9985] = "MipMapLinearNearest";
                t[t.MipMapNearestLinear = 9986] = "MipMapNearestLinear";
                t[t.MipMapLinearLinear = 9987] = "MipMapLinearLinear";
              }(i = t.TextureFilter || (t.TextureFilter = {}));
              var s;
              !function(t) {
                t[t.MirroredRepeat = 33648] = "MirroredRepeat";
                t[t.ClampToEdge = 33071] = "ClampToEdge";
                t[t.Repeat = 10497] = "Repeat";
              }(s = t.TextureWrap || (t.TextureWrap = {}));
              var n = function() {
                this.u = 0;
                this.v = 0;
                this.u2 = 0;
                this.v2 = 0;
                this.width = 0;
                this.height = 0;
                this.rotate = !1;
                this.offsetX = 0;
                this.offsetY = 0;
                this.originalWidth = 0;
                this.originalHeight = 0;
              };
              t.TextureRegion = n;
              var r = function(t) {
                AMt(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                e.prototype.setFilters = function(t, e) {};
                e.prototype.setWraps = function(t, e) {};
                e.prototype.dispose = function() {};
                return e;
              }(e);
              t.FakeTexture = r;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t, e) {
                  this.pages = new Array;
                  this.regions = new Array;
                  this.load(t, e);
                }
                e.prototype.load = function(e, r) {
                  if (null == r) throw new Error("textureLoader cannot be null.");
                  var o = new i(e);
                  var a = new Array(4);
                  var l = null;
                  for (;;) {
                    var h = o.readLine();
                    if (null == h) break;
                    if (0 == (h = h.trim()).length) l = null; else if (l) {
                      var c = new n;
                      c.name = h;
                      c.page = l;
                      var u = o.readValue();
                      "true" == u.toLocaleLowerCase() ? c.degrees = 90 : "false" == u.toLocaleLowerCase() ? c.degrees = 0 : c.degrees = parseFloat(u);
                      c.rotate = 90 == c.degrees;
                      o.readTuple(a);
                      var _ = parseInt(a[0]);
                      var d = parseInt(a[1]);
                      o.readTuple(a);
                      var p = parseInt(a[0]);
                      var m = parseInt(a[1]);
                      c.u = _ / l.width;
                      c.v = d / l.height;
                      if (c.rotate) {
                        c.u2 = (_ + m) / l.width;
                        c.v2 = (d + p) / l.height;
                      } else {
                        c.u2 = (_ + p) / l.width;
                        c.v2 = (d + m) / l.height;
                      }
                      c.x = _;
                      c.y = d;
                      c.width = Math.abs(p);
                      c.height = Math.abs(m);
                      4 == o.readTuple(a) && 4 == o.readTuple(a) && o.readTuple(a);
                      c.originalWidth = parseInt(a[0]);
                      c.originalHeight = parseInt(a[1]);
                      o.readTuple(a);
                      c.offsetX = parseInt(a[0]);
                      c.offsetY = parseInt(a[1]);
                      c.index = parseInt(o.readValue());
                      c.texture = l.texture;
                      this.regions.push(c);
                    } else {
                      (l = new s).name = h;
                      if (2 == o.readTuple(a)) {
                        l.width = parseInt(a[0]);
                        l.height = parseInt(a[1]);
                        o.readTuple(a);
                      }
                      o.readTuple(a);
                      l.minFilter = t.Texture.filterFromString(a[0]);
                      l.magFilter = t.Texture.filterFromString(a[1]);
                      var f = o.readValue();
                      l.uWrap = t.TextureWrap.ClampToEdge;
                      l.vWrap = t.TextureWrap.ClampToEdge;
                      "x" == f ? l.uWrap = t.TextureWrap.Repeat : "y" == f ? l.vWrap = t.TextureWrap.Repeat : "xy" == f && (l.uWrap = l.vWrap = t.TextureWrap.Repeat);
                      l.texture = r(h);
                      l.texture.setFilters(l.minFilter, l.magFilter);
                      l.texture.setWraps(l.uWrap, l.vWrap);
                      l.width = l.texture.getImage().width;
                      l.height = l.texture.getImage().height;
                      this.pages.push(l);
                    }
                  }
                };
                e.prototype.findRegion = function(t) {
                  for (var e = 0; e < this.regions.length; e++) if (this.regions[e].name == t) return this.regions[e];
                  return null;
                };
                e.prototype.dispose = function() {
                  for (var t = 0; t < this.pages.length; t++) this.pages[t].texture.dispose();
                };
                return e;
              }();
              t.TextureAtlas = e;
              var i = function() {
                function t(t) {
                  this.index = 0;
                  this.lines = t.split(/\r\n|\r|\n/);
                }
                t.prototype.readLine = function() {
                  return this.index >= this.lines.length ? null : this.lines[this.index++];
                };
                t.prototype.readValue = function() {
                  var t = this.readLine();
                  var e = t.indexOf(":");
                  if (-1 == e) throw new Error("Invalid line: " + t);
                  return t.substring(e + 1).trim();
                };
                t.prototype.readTuple = function(t) {
                  var e = this.readLine();
                  var i = e.indexOf(":");
                  if (-1 == i) throw new Error("Invalid line: " + e);
                  var s = 0, n = i + 1;
                  for (;s < 3; s++) {
                    var r = e.indexOf(",", n);
                    if (-1 == r) break;
                    t[s] = e.substr(n, r - n).trim();
                    n = r + 1;
                  }
                  t[s] = e.substring(n).trim();
                  return s + 1;
                };
                return t;
              }();
              var s = function() {};
              t.TextureAtlasPage = s;
              var n = function(t) {
                AMt(e, t);
                function e() {
                  return null !== t && t.apply(this, arguments) || this;
                }
                return e;
              }(t.TextureRegion);
              t.TextureAtlasRegion = n;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(e, i) {
                  this.rotateMix = 0;
                  this.translateMix = 0;
                  this.scaleMix = 0;
                  this.shearMix = 0;
                  this.temp = new t.Vector2;
                  this.active = !1;
                  if (null == e) throw new Error("data cannot be null.");
                  if (null == i) throw new Error("skeleton cannot be null.");
                  this.data = e;
                  this.rotateMix = e.rotateMix;
                  this.translateMix = e.translateMix;
                  this.scaleMix = e.scaleMix;
                  this.shearMix = e.shearMix;
                  this.bones = new Array;
                  for (var s = 0; s < e.bones.length; s++) this.bones.push(i.findBone(e.bones[s].name));
                  this.target = i.findBone(e.target.name);
                }
                e.prototype.isActive = function() {
                  return this.active;
                };
                e.prototype.apply = function() {
                  this.update();
                };
                e.prototype.update = function() {
                  this.data.local ? this.data.relative ? this.applyRelativeLocal() : this.applyAbsoluteLocal() : this.data.relative ? this.applyRelativeWorld() : this.applyAbsoluteWorld();
                };
                e.prototype.applyAbsoluteWorld = function() {
                  var e = this.rotateMix, i = this.translateMix, s = this.scaleMix, n = this.shearMix;
                  var r = this.target;
                  var o = r.a, a = r.b, l = r.c, h = r.d;
                  var c = o * h - a * l > 0 ? t.MathUtils.degRad : -t.MathUtils.degRad;
                  var u = this.data.offsetRotation * c;
                  var _ = this.data.offsetShearY * c;
                  var d = this.bones;
                  for (var p = 0, m = d.length; p < m; p++) {
                    var f = d[p];
                    var g = !1;
                    if (0 != e) {
                      var y = f.a, b = f.b, S = f.c, A = f.d;
                      (R = Math.atan2(l, o) - Math.atan2(S, y) + u) > t.MathUtils.PI ? R -= t.MathUtils.PI2 : R < -t.MathUtils.PI && (R += t.MathUtils.PI2);
                      R *= e;
                      var T = Math.cos(R), v = Math.sin(R);
                      f.a = T * y - v * S;
                      f.b = T * b - v * A;
                      f.c = v * y + T * S;
                      f.d = v * b + T * A;
                      g = !0;
                    }
                    if (0 != i) {
                      var E = this.temp;
                      r.localToWorld(E.set(this.data.offsetX, this.data.offsetY));
                      f.worldX += (E.x - f.worldX) * i;
                      f.worldY += (E.y - f.worldY) * i;
                      g = !0;
                    }
                    if (s > 0) {
                      var C = Math.sqrt(f.a * f.a + f.c * f.c);
                      var x = Math.sqrt(o * o + l * l);
                      C > 1e-5 && (C = (C + (x - C + this.data.offsetScaleX) * s) / C);
                      f.a *= C;
                      f.c *= C;
                      C = Math.sqrt(f.b * f.b + f.d * f.d);
                      x = Math.sqrt(a * a + h * h);
                      C > 1e-5 && (C = (C + (x - C + this.data.offsetScaleY) * s) / C);
                      f.b *= C;
                      f.d *= C;
                      g = !0;
                    }
                    if (n > 0) {
                      b = f.b, A = f.d;
                      var w = Math.atan2(A, b);
                      var R;
                      (R = Math.atan2(h, a) - Math.atan2(l, o) - (w - Math.atan2(f.c, f.a))) > t.MathUtils.PI ? R -= t.MathUtils.PI2 : R < -t.MathUtils.PI && (R += t.MathUtils.PI2);
                      R = w + (R + _) * n;
                      C = Math.sqrt(b * b + A * A);
                      f.b = Math.cos(R) * C;
                      f.d = Math.sin(R) * C;
                      g = !0;
                    }
                    g && (f.appliedValid = !1);
                  }
                };
                e.prototype.applyRelativeWorld = function() {
                  var e = this.rotateMix, i = this.translateMix, s = this.scaleMix, n = this.shearMix;
                  var r = this.target;
                  var o = r.a, a = r.b, l = r.c, h = r.d;
                  var c = o * h - a * l > 0 ? t.MathUtils.degRad : -t.MathUtils.degRad;
                  var u = this.data.offsetRotation * c, _ = this.data.offsetShearY * c;
                  var d = this.bones;
                  for (var p = 0, m = d.length; p < m; p++) {
                    var f = d[p];
                    var g = !1;
                    if (0 != e) {
                      var y = f.a, b = f.b, S = f.c, A = f.d;
                      (x = Math.atan2(l, o) + u) > t.MathUtils.PI ? x -= t.MathUtils.PI2 : x < -t.MathUtils.PI && (x += t.MathUtils.PI2);
                      x *= e;
                      var T = Math.cos(x), v = Math.sin(x);
                      f.a = T * y - v * S;
                      f.b = T * b - v * A;
                      f.c = v * y + T * S;
                      f.d = v * b + T * A;
                      g = !0;
                    }
                    if (0 != i) {
                      var E = this.temp;
                      r.localToWorld(E.set(this.data.offsetX, this.data.offsetY));
                      f.worldX += E.x * i;
                      f.worldY += E.y * i;
                      g = !0;
                    }
                    if (s > 0) {
                      var C = (Math.sqrt(o * o + l * l) - 1 + this.data.offsetScaleX) * s + 1;
                      f.a *= C;
                      f.c *= C;
                      C = (Math.sqrt(a * a + h * h) - 1 + this.data.offsetScaleY) * s + 1;
                      f.b *= C;
                      f.d *= C;
                      g = !0;
                    }
                    if (n > 0) {
                      var x;
                      (x = Math.atan2(h, a) - Math.atan2(l, o)) > t.MathUtils.PI ? x -= t.MathUtils.PI2 : x < -t.MathUtils.PI && (x += t.MathUtils.PI2);
                      b = f.b, A = f.d;
                      x = Math.atan2(A, b) + (x - t.MathUtils.PI / 2 + _) * n;
                      C = Math.sqrt(b * b + A * A);
                      f.b = Math.cos(x) * C;
                      f.d = Math.sin(x) * C;
                      g = !0;
                    }
                    g && (f.appliedValid = !1);
                  }
                };
                e.prototype.applyAbsoluteLocal = function() {
                  var t = this.rotateMix, e = this.translateMix, i = this.scaleMix, s = this.shearMix;
                  var n = this.target;
                  n.appliedValid || n.updateAppliedTransform();
                  var r = this.bones;
                  for (var o = 0, a = r.length; o < a; o++) {
                    var l = r[o];
                    l.appliedValid || l.updateAppliedTransform();
                    var h = l.arotation;
                    if (0 != t) {
                      var c = n.arotation - h + this.data.offsetRotation;
                      h += (c -= 360 * (16384 - (16384.499999999996 - c / 360 | 0))) * t;
                    }
                    var u = l.ax, _ = l.ay;
                    if (0 != e) {
                      u += (n.ax - u + this.data.offsetX) * e;
                      _ += (n.ay - _ + this.data.offsetY) * e;
                    }
                    var d = l.ascaleX, p = l.ascaleY;
                    if (0 != i) {
                      d > 1e-5 && (d = (d + (n.ascaleX - d + this.data.offsetScaleX) * i) / d);
                      p > 1e-5 && (p = (p + (n.ascaleY - p + this.data.offsetScaleY) * i) / p);
                    }
                    var m = l.ashearY;
                    if (0 != s) {
                      c = n.ashearY - m + this.data.offsetShearY;
                      c -= 360 * (16384 - (16384.499999999996 - c / 360 | 0));
                      l.shearY += c * s;
                    }
                    l.updateWorldTransformWith(u, _, h, d, p, l.ashearX, m);
                  }
                };
                e.prototype.applyRelativeLocal = function() {
                  var t = this.rotateMix, e = this.translateMix, i = this.scaleMix, s = this.shearMix;
                  var n = this.target;
                  n.appliedValid || n.updateAppliedTransform();
                  var r = this.bones;
                  for (var o = 0, a = r.length; o < a; o++) {
                    var l = r[o];
                    l.appliedValid || l.updateAppliedTransform();
                    var h = l.arotation;
                    0 != t && (h += (n.arotation + this.data.offsetRotation) * t);
                    var c = l.ax, u = l.ay;
                    if (0 != e) {
                      c += (n.ax + this.data.offsetX) * e;
                      u += (n.ay + this.data.offsetY) * e;
                    }
                    var _ = l.ascaleX, d = l.ascaleY;
                    if (0 != i) {
                      _ > 1e-5 && (_ *= (n.ascaleX - 1 + this.data.offsetScaleX) * i + 1);
                      d > 1e-5 && (d *= (n.ascaleY - 1 + this.data.offsetScaleY) * i + 1);
                    }
                    var p = l.ashearY;
                    0 != s && (p += (n.ashearY + this.data.offsetShearY) * s);
                    l.updateWorldTransformWith(c, u, h, _, d, l.ashearX, p);
                  }
                };
                return e;
              }();
              t.TransformConstraint = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(t) {
                AMt(e, t);
                function e(e) {
                  var i = t.call(this, e, 0, !1) || this;
                  i.bones = new Array;
                  i.rotateMix = 0;
                  i.translateMix = 0;
                  i.scaleMix = 0;
                  i.shearMix = 0;
                  i.offsetRotation = 0;
                  i.offsetX = 0;
                  i.offsetY = 0;
                  i.offsetScaleX = 0;
                  i.offsetScaleY = 0;
                  i.offsetShearY = 0;
                  i.relative = !1;
                  i.local = !1;
                  return i;
                }
                return e;
              }(t.ConstraintData);
              t.TransformConstraintData = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e() {
                  this.convexPolygons = new Array;
                  this.convexPolygonsIndices = new Array;
                  this.indicesArray = new Array;
                  this.isConcaveArray = new Array;
                  this.triangles = new Array;
                  this.polygonPool = new t.Pool((function() {
                    return new Array;
                  }));
                  this.polygonIndicesPool = new t.Pool((function() {
                    return new Array;
                  }));
                }
                e.prototype.triangulate = function(t) {
                  var i = t;
                  var s = t.length >> 1;
                  var n = this.indicesArray;
                  n.length = 0;
                  for (var r = 0; r < s; r++) n[r] = r;
                  var o = this.isConcaveArray;
                  o.length = 0;
                  r = 0;
                  for (var a = s; r < a; ++r) o[r] = e.isConcave(r, s, i, n);
                  var l = this.triangles;
                  l.length = 0;
                  for (;s > 3; ) {
                    var h = s - 1, c = (r = 0, 1);
                    for (;;) {
                      t: if (!o[r]) {
                        var u = n[h] << 1, _ = n[r] << 1, d = n[c] << 1;
                        var p = i[u], m = i[u + 1];
                        var f = i[_], g = i[_ + 1];
                        var y = i[d], b = i[d + 1];
                        for (var S = (c + 1) % s; S != h; S = (S + 1) % s) if (o[S]) {
                          var A = n[S] << 1;
                          var T = i[A], v = i[A + 1];
                          if (e.positiveArea(y, b, p, m, T, v) && e.positiveArea(p, m, f, g, T, v) && e.positiveArea(f, g, y, b, T, v)) break t;
                        }
                        break;
                      }
                      if (0 == c) {
                        do {
                          if (!o[r]) break;
                          r--;
                        } while (r > 0);
                        break;
                      }
                      h = r;
                      r = c;
                      c = (c + 1) % s;
                    }
                    l.push(n[(s + r - 1) % s]);
                    l.push(n[r]);
                    l.push(n[(r + 1) % s]);
                    n.splice(r, 1);
                    o.splice(r, 1);
                    var E = (--s + r - 1) % s;
                    var C = r == s ? 0 : r;
                    o[E] = e.isConcave(E, s, i, n);
                    o[C] = e.isConcave(C, s, i, n);
                  }
                  if (3 == s) {
                    l.push(n[2]);
                    l.push(n[0]);
                    l.push(n[1]);
                  }
                  return l;
                };
                e.prototype.decompose = function(t, i) {
                  var s = t;
                  var n = this.convexPolygons;
                  this.polygonPool.freeAll(n);
                  n.length = 0;
                  var r = this.convexPolygonsIndices;
                  this.polygonIndicesPool.freeAll(r);
                  r.length = 0;
                  var o = this.polygonIndicesPool.obtain();
                  o.length = 0;
                  var a = this.polygonPool.obtain();
                  a.length = 0;
                  var l = -1, h = 0;
                  for (var c = 0, u = i.length; c < u; c += 3) {
                    var _ = i[c] << 1, d = i[c + 1] << 1, p = i[c + 2] << 1;
                    var m = s[_], f = s[_ + 1];
                    var g = s[d], y = s[d + 1];
                    var b = s[p], S = s[p + 1];
                    var A = !1;
                    if (l == _) {
                      var T = a.length - 4;
                      var v = e.winding(a[T], a[T + 1], a[T + 2], a[T + 3], b, S);
                      var E = e.winding(b, S, a[0], a[1], a[2], a[3]);
                      if (v == h && E == h) {
                        a.push(b);
                        a.push(S);
                        o.push(p);
                        A = !0;
                      }
                    }
                    if (!A) {
                      if (a.length > 0) {
                        n.push(a);
                        r.push(o);
                      } else {
                        this.polygonPool.free(a);
                        this.polygonIndicesPool.free(o);
                      }
                      (a = this.polygonPool.obtain()).length = 0;
                      a.push(m);
                      a.push(f);
                      a.push(g);
                      a.push(y);
                      a.push(b);
                      a.push(S);
                      (o = this.polygonIndicesPool.obtain()).length = 0;
                      o.push(_);
                      o.push(d);
                      o.push(p);
                      h = e.winding(m, f, g, y, b, S);
                      l = _;
                    }
                  }
                  if (a.length > 0) {
                    n.push(a);
                    r.push(o);
                  }
                  for (c = 0, u = n.length; c < u; c++) if (0 != (o = r[c]).length) {
                    var C = o[0];
                    var x = o[o.length - 1];
                    var w = (a = n[c])[T = a.length - 4], R = a[T + 1];
                    var I = a[T + 2], M = a[T + 3];
                    var B = a[0], D = a[1];
                    var P = a[2], O = a[3];
                    var N = e.winding(w, R, I, M, B, D);
                    for (var L = 0; L < u; L++) if (L != c) {
                      var F = r[L];
                      if (3 == F.length) {
                        var V = F[0];
                        var k = F[1];
                        var U = F[2];
                        var G = n[L];
                        b = G[G.length - 2], S = G[G.length - 1];
                        if (V == C && k == x) {
                          v = e.winding(w, R, I, M, b, S);
                          E = e.winding(b, S, B, D, P, O);
                          if (v == N && E == N) {
                            G.length = 0;
                            F.length = 0;
                            a.push(b);
                            a.push(S);
                            o.push(U);
                            w = I;
                            R = M;
                            I = b;
                            M = S;
                            L = 0;
                          }
                        }
                      }
                    }
                  }
                  for (c = n.length - 1; c >= 0; c--) if (0 == (a = n[c]).length) {
                    n.splice(c, 1);
                    this.polygonPool.free(a);
                    o = r[c];
                    r.splice(c, 1);
                    this.polygonIndicesPool.free(o);
                  }
                  return n;
                };
                e.isConcave = function(t, e, i, s) {
                  var n = s[(e + t - 1) % e] << 1;
                  var r = s[t] << 1;
                  var o = s[(t + 1) % e] << 1;
                  return !this.positiveArea(i[n], i[n + 1], i[r], i[r + 1], i[o], i[o + 1]);
                };
                e.positiveArea = function(t, e, i, s, n, r) {
                  return t * (r - s) + i * (e - r) + n * (s - e) >= 0;
                };
                e.winding = function(t, e, i, s, n, r) {
                  var o = i - t, a = s - e;
                  return n * a - r * o + o * e - t * a >= 0 ? 1 : -1;
                };
                return e;
              }();
              t.Triangulator = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function t() {
                  this.array = new Array;
                }
                t.prototype.add = function(t) {
                  var e = this.contains(t);
                  this.array[0 | t] = 0 | t;
                  return !e;
                };
                t.prototype.contains = function(t) {
                  return null != this.array[0 | t];
                };
                t.prototype.remove = function(t) {
                  this.array[0 | t] = void 0;
                };
                t.prototype.clear = function() {
                  this.array.length = 0;
                };
                return t;
              }();
              t.IntSet = e;
              var i = function() {
                function t(t, e, i, s) {
                  void 0 === t && (t = 0);
                  void 0 === e && (e = 0);
                  void 0 === i && (i = 0);
                  void 0 === s && (s = 0);
                  this.r = t;
                  this.g = e;
                  this.b = i;
                  this.a = s;
                }
                t.prototype.set = function(t, e, i, s) {
                  this.r = t;
                  this.g = e;
                  this.b = i;
                  this.a = s;
                  this.clamp();
                  return this;
                };
                t.prototype.setFromColor = function(t) {
                  this.r = t.r;
                  this.g = t.g;
                  this.b = t.b;
                  this.a = t.a;
                  return this;
                };
                t.prototype.setFromString = function(t) {
                  t = "#" == t.charAt(0) ? t.substr(1) : t;
                  this.r = parseInt(t.substr(0, 2), 16) / 255;
                  this.g = parseInt(t.substr(2, 2), 16) / 255;
                  this.b = parseInt(t.substr(4, 2), 16) / 255;
                  this.a = (8 != t.length ? 255 : parseInt(t.substr(6, 2), 16)) / 255;
                  return this;
                };
                t.prototype.add = function(t, e, i, s) {
                  this.r += t;
                  this.g += e;
                  this.b += i;
                  this.a += s;
                  this.clamp();
                  return this;
                };
                t.prototype.clamp = function() {
                  this.r < 0 ? this.r = 0 : this.r > 1 && (this.r = 1);
                  this.g < 0 ? this.g = 0 : this.g > 1 && (this.g = 1);
                  this.b < 0 ? this.b = 0 : this.b > 1 && (this.b = 1);
                  this.a < 0 ? this.a = 0 : this.a > 1 && (this.a = 1);
                  return this;
                };
                t.rgba8888ToColor = function(t, e) {
                  t.r = ((4278190080 & e) >>> 24) / 255;
                  t.g = ((16711680 & e) >>> 16) / 255;
                  t.b = ((65280 & e) >>> 8) / 255;
                  t.a = (255 & e) / 255;
                };
                t.rgb888ToColor = function(t, e) {
                  t.r = ((16711680 & e) >>> 16) / 255;
                  t.g = ((65280 & e) >>> 8) / 255;
                  t.b = (255 & e) / 255;
                };
                t.WHITE = new t(1, 1, 1, 1);
                t.RED = new t(1, 0, 0, 1);
                t.GREEN = new t(0, 1, 0, 1);
                t.BLUE = new t(0, 0, 1, 1);
                t.MAGENTA = new t(1, 0, 1, 1);
                return t;
              }();
              t.Color = i;
              var s = function() {
                function t() {}
                t.clamp = function(t, e, i) {
                  return t < e ? e : t > i ? i : t;
                };
                t.cosDeg = function(e) {
                  return Math.cos(e * t.degRad);
                };
                t.sinDeg = function(e) {
                  return Math.sin(e * t.degRad);
                };
                t.signum = function(t) {
                  return t > 0 ? 1 : t < 0 ? -1 : 0;
                };
                t.toInt = function(t) {
                  return t > 0 ? Math.floor(t) : Math.ceil(t);
                };
                t.cbrt = function(t) {
                  var e = Math.pow(Math.abs(t), 1 / 3);
                  return t < 0 ? -e : e;
                };
                t.randomTriangular = function(e, i) {
                  return t.randomTriangularWith(e, i, .5 * (e + i));
                };
                t.randomTriangularWith = function(t, e, i) {
                  var s = Math.random();
                  var n = e - t;
                  return s <= (i - t) / n ? t + Math.sqrt(s * n * (i - t)) : e - Math.sqrt((1 - s) * n * (e - i));
                };
                t.PI = 3.1415927;
                t.PI2 = 2 * t.PI;
                t.radiansToDegrees = 180 / t.PI;
                t.radDeg = t.radiansToDegrees;
                t.degreesToRadians = t.PI / 180;
                t.degRad = t.degreesToRadians;
                return t;
              }();
              t.MathUtils = s;
              var n = function() {
                function t() {}
                t.prototype.apply = function(t, e, i) {
                  return t + (e - t) * this.applyInternal(i);
                };
                return t;
              }();
              t.Interpolation = n;
              var r = function(t) {
                AMt(e, t);
                function e(e) {
                  var i = t.call(this) || this;
                  i.power = 2;
                  i.power = e;
                  return i;
                }
                e.prototype.applyInternal = function(t) {
                  return t <= .5 ? Math.pow(2 * t, this.power) / 2 : Math.pow(2 * (t - 1), this.power) / (this.power % 2 == 0 ? -2 : 2) + 1;
                };
                return e;
              }(n);
              t.Pow = r;
              var o = function(t) {
                AMt(e, t);
                function e(e) {
                  return t.call(this, e) || this;
                }
                e.prototype.applyInternal = function(t) {
                  return Math.pow(t - 1, this.power) * (this.power % 2 == 0 ? -1 : 1) + 1;
                };
                return e;
              }(r);
              t.PowOut = o;
              var a = function() {
                function t() {}
                t.arrayCopy = function(t, e, i, s, n) {
                  for (var r = e, o = s; r < e + n; r++, o++) i[o] = t[r];
                };
                t.setArraySize = function(t, e, i) {
                  void 0 === i && (i = 0);
                  var s = t.length;
                  if (s == e) return t;
                  t.length = e;
                  if (s < e) for (var n = s; n < e; n++) t[n] = i;
                  return t;
                };
                t.ensureArrayCapacity = function(e, i, s) {
                  void 0 === s && (s = 0);
                  return e.length >= i ? e : t.setArraySize(e, i, s);
                };
                t.newArray = function(t, e) {
                  var i = new Array(t);
                  for (var s = 0; s < t; s++) i[s] = e;
                  return i;
                };
                t.newFloatArray = function(e) {
                  if (t.SUPPORTS_TYPED_ARRAYS) return new Float32Array(e);
                  var i = new Array(e);
                  for (var s = 0; s < i.length; s++) i[s] = 0;
                  return i;
                };
                t.newShortArray = function(e) {
                  if (t.SUPPORTS_TYPED_ARRAYS) return new Int16Array(e);
                  var i = new Array(e);
                  for (var s = 0; s < i.length; s++) i[s] = 0;
                  return i;
                };
                t.toFloatArray = function(e) {
                  return t.SUPPORTS_TYPED_ARRAYS ? new Float32Array(e) : e;
                };
                t.toSinglePrecision = function(e) {
                  return t.SUPPORTS_TYPED_ARRAYS ? Math.fround(e) : e;
                };
                t.webkit602BugfixHelper = function(t, e) {};
                t.contains = function(t, e, i) {
                  for (var s = 0; s < t.length; s++) if (t[s] == e) return !0;
                  return !1;
                };
                t.SUPPORTS_TYPED_ARRAYS = "undefined" != typeof Float32Array;
                return t;
              }();
              t.Utils = a;
              var l = function() {
                function t() {}
                t.logBones = function(t) {
                  for (var e = 0; e < t.bones.length; e++) {
                    var i = t.bones[e];
                    console.log(i.data.name + ", " + i.a + ", " + i.b + ", " + i.c + ", " + i.d + ", " + i.worldX + ", " + i.worldY);
                  }
                };
                return t;
              }();
              t.DebugUtils = l;
              var h = function() {
                function t(t) {
                  this.items = new Array;
                  this.instantiator = t;
                }
                t.prototype.obtain = function() {
                  return this.items.length > 0 ? this.items.pop() : this.instantiator();
                };
                t.prototype.free = function(t) {
                  t.reset && t.reset();
                  this.items.push(t);
                };
                t.prototype.freeAll = function(t) {
                  for (var e = 0; e < t.length; e++) {
                    t[e].reset && t[e].reset();
                    this.items[e] = t[e];
                  }
                };
                t.prototype.clear = function() {
                  this.items.length = 0;
                };
                return t;
              }();
              t.Pool = h;
              var c = function() {
                function t(t, e) {
                  void 0 === t && (t = 0);
                  void 0 === e && (e = 0);
                  this.x = t;
                  this.y = e;
                }
                t.prototype.set = function(t, e) {
                  this.x = t;
                  this.y = e;
                  return this;
                };
                t.prototype.length = function() {
                  var t = this.x;
                  var e = this.y;
                  return Math.sqrt(t * t + e * e);
                };
                t.prototype.normalize = function() {
                  var t = this.length();
                  if (0 != t) {
                    this.x /= t;
                    this.y /= t;
                  }
                  return this;
                };
                return t;
              }();
              t.Vector2 = c;
              var u = function() {
                function t() {
                  this.maxDelta = .064;
                  this.framesPerSecond = 0;
                  this.delta = 0;
                  this.totalTime = 0;
                  this.lastTime = Date.now() / 1e3;
                  this.frameCount = 0;
                  this.frameTime = 0;
                }
                t.prototype.update = function() {
                  var t = Date.now() / 1e3;
                  this.delta = t - this.lastTime;
                  this.frameTime += this.delta;
                  this.totalTime += this.delta;
                  this.delta > this.maxDelta && (this.delta = this.maxDelta);
                  this.lastTime = t;
                  this.frameCount++;
                  if (this.frameTime > 1) {
                    this.framesPerSecond = this.frameCount / this.frameTime;
                    this.frameTime = 0;
                    this.frameCount = 0;
                  }
                };
                return t;
              }();
              t.TimeKeeper = u;
              var _ = function() {
                function t(t) {
                  void 0 === t && (t = 32);
                  this.addedValues = 0;
                  this.lastValue = 0;
                  this.mean = 0;
                  this.dirty = !0;
                  this.values = new Array(t);
                }
                t.prototype.hasEnoughData = function() {
                  return this.addedValues >= this.values.length;
                };
                t.prototype.addValue = function(t) {
                  this.addedValues < this.values.length && this.addedValues++;
                  this.values[this.lastValue++] = t;
                  this.lastValue > this.values.length - 1 && (this.lastValue = 0);
                  this.dirty = !0;
                };
                t.prototype.getMean = function() {
                  if (this.hasEnoughData()) {
                    if (this.dirty) {
                      var t = 0;
                      for (var e = 0; e < this.values.length; e++) t += this.values[e];
                      this.mean = t / this.values.length;
                      this.dirty = !1;
                    }
                    return this.mean;
                  }
                  return 0;
                };
                return t;
              }();
              t.WindowedMean = _;
            }(TMt || (TMt = {}));
            Math.fround || (Math.fround = function(t) {
              return function(e) {
                return t[0] = e, t[0];
              };
            }(new Float32Array(1)));
            !function(t) {
              var e = function(t) {
                if (null == t) throw new Error("name cannot be null.");
                this.name = t;
              };
              t.Attachment = e;
              var i = function(e) {
                AMt(i, e);
                function i(t) {
                  var s = e.call(this, t) || this;
                  s.id = (65535 & i.nextID++) << 11;
                  s.worldVerticesLength = 0;
                  s.deformAttachment = s;
                  return s;
                }
                i.prototype.computeWorldVertices = function(t, e, i, s, n, r) {
                  i = n + (i >> 1) * r;
                  var o = t.bone.skeleton;
                  var a = t.deform;
                  var l = this.vertices;
                  var h = this.bones;
                  if (null != h) {
                    var c = 0, u = 0;
                    for (var _ = 0; _ < e; _ += 2) {
                      c += (f = h[c]) + 1;
                      u += f;
                    }
                    var d = o.bones;
                    if (0 == a.length) for (R = n, E = 3 * u; R < i; R += r) {
                      var p = 0, m = 0;
                      var f = h[c++];
                      f += c;
                      for (;c < f; c++, E += 3) {
                        S = d[h[c]];
                        I = l[E], M = l[E + 1];
                        var g = l[E + 2];
                        p += (I * S.a + M * S.b + S.worldX) * g;
                        m += (I * S.c + M * S.d + S.worldY) * g;
                      }
                      s[R] = p;
                      s[R + 1] = m;
                    } else {
                      var y = a;
                      R = n, E = 3 * u;
                      for (var b = u << 1; R < i; R += r) {
                        p = 0, m = 0;
                        f = h[c++];
                        f += c;
                        for (;c < f; c++, E += 3, b += 2) {
                          S = d[h[c]];
                          I = l[E] + y[b], M = l[E + 1] + y[b + 1], g = l[E + 2];
                          p += (I * S.a + M * S.b + S.worldX) * g;
                          m += (I * S.c + M * S.d + S.worldY) * g;
                        }
                        s[R] = p;
                        s[R + 1] = m;
                      }
                    }
                  } else {
                    a.length > 0 && (l = a);
                    var S;
                    var A = (S = t.bone).worldX;
                    var T = S.worldY;
                    var v = S.a, E = S.b, C = S.c, x = S.d;
                    for (var w = e, R = n; R < i; w += 2, R += r) {
                      var I = l[w], M = l[w + 1];
                      s[R] = I * v + M * E + A;
                      s[R + 1] = I * C + M * x + T;
                    }
                  }
                };
                i.prototype.copyTo = function(e) {
                  if (null != this.bones) {
                    e.bones = new Array(this.bones.length);
                    t.Utils.arrayCopy(this.bones, 0, e.bones, 0, this.bones.length);
                  } else e.bones = null;
                  if (null != this.vertices) {
                    e.vertices = t.Utils.newFloatArray(this.vertices.length);
                    t.Utils.arrayCopy(this.vertices, 0, e.vertices, 0, this.vertices.length);
                  } else e.vertices = null;
                  e.worldVerticesLength = this.worldVerticesLength;
                  e.deformAttachment = this.deformAttachment;
                };
                i.nextID = 0;
                return i;
              }(e);
              t.VertexAttachment = i;
            }(TMt || (TMt = {}));
            !function(t) {
              !function(t) {
                t[t.Region = 0] = "Region";
                t[t.BoundingBox = 1] = "BoundingBox";
                t[t.Mesh = 2] = "Mesh";
                t[t.LinkedMesh = 3] = "LinkedMesh";
                t[t.Path = 4] = "Path";
                t[t.Point = 5] = "Point";
                t[t.Clipping = 6] = "Clipping";
              }(t.AttachmentType || (t.AttachmentType = {}));
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e) {
                AMt(i, e);
                function i(i) {
                  var s = e.call(this, i) || this;
                  s.color = new t.Color(1, 1, 1, 1);
                  return s;
                }
                i.prototype.copy = function() {
                  var t = new i(this.name);
                  this.copyTo(t);
                  t.color.setFromColor(this.color);
                  return t;
                };
                return i;
              }(t.VertexAttachment);
              t.BoundingBoxAttachment = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e) {
                AMt(i, e);
                function i(i) {
                  var s = e.call(this, i) || this;
                  s.color = new t.Color(.2275, .2275, .8078, 1);
                  return s;
                }
                i.prototype.copy = function() {
                  var t = new i(this.name);
                  this.copyTo(t);
                  t.endSlot = this.endSlot;
                  t.color.setFromColor(this.color);
                  return t;
                };
                return i;
              }(t.VertexAttachment);
              t.ClippingAttachment = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e) {
                AMt(i, e);
                function i(i) {
                  var s = e.call(this, i) || this;
                  s.color = new t.Color(1, 1, 1, 1);
                  s.tempColor = new t.Color(0, 0, 0, 0);
                  return s;
                }
                i.prototype.updateUVs = function() {
                  var e = this.regionUVs;
                  null != this.uvs && this.uvs.length == e.length || (this.uvs = t.Utils.newFloatArray(e.length));
                  var i = this.uvs;
                  var s = this.uvs.length;
                  var n = this.region.u, r = this.region.v, o = 0, a = 0;
                  if (this.region instanceof t.TextureAtlasRegion) {
                    var l = this.region;
                    var h = l.texture.getImage().width, c = l.texture.getImage().height;
                    switch (l.degrees) {
                     case 90:
                      n -= (l.originalHeight - l.offsetY - l.height) / h;
                      r -= (l.originalWidth - l.offsetX - l.width) / c;
                      o = l.originalHeight / h;
                      a = l.originalWidth / c;
                      for (var u = 0; u < s; u += 2) {
                        i[u] = n + e[u + 1] * o;
                        i[u + 1] = r + (1 - e[u]) * a;
                      }
                      return;

                     case 180:
                      n -= (l.originalWidth - l.offsetX - l.width) / h;
                      r -= l.offsetY / c;
                      o = l.originalWidth / h;
                      a = l.originalHeight / c;
                      for (u = 0; u < s; u += 2) {
                        i[u] = n + (1 - e[u]) * o;
                        i[u + 1] = r + (1 - e[u + 1]) * a;
                      }
                      return;

                     case 270:
                      n -= l.offsetY / h;
                      r -= l.offsetX / c;
                      o = l.originalHeight / h;
                      a = l.originalWidth / c;
                      for (u = 0; u < s; u += 2) {
                        i[u] = n + (1 - e[u + 1]) * o;
                        i[u + 1] = r + e[u] * a;
                      }
                      return;
                    }
                    n -= l.offsetX / h;
                    r -= (l.originalHeight - l.offsetY - l.height) / c;
                    o = l.originalWidth / h;
                    a = l.originalHeight / c;
                  } else if (null == this.region) {
                    n = r = 0;
                    o = a = 1;
                  } else {
                    o = this.region.u2 - n;
                    a = this.region.v2 - r;
                  }
                  for (u = 0; u < s; u += 2) {
                    i[u] = n + e[u] * o;
                    i[u + 1] = r + e[u + 1] * a;
                  }
                };
                i.prototype.getParentMesh = function() {
                  return this.parentMesh;
                };
                i.prototype.setParentMesh = function(t) {
                  this.parentMesh = t;
                  if (null != t) {
                    this.bones = t.bones;
                    this.vertices = t.vertices;
                    this.worldVerticesLength = t.worldVerticesLength;
                    this.regionUVs = t.regionUVs;
                    this.triangles = t.triangles;
                    this.hullLength = t.hullLength;
                    this.worldVerticesLength = t.worldVerticesLength;
                  }
                };
                i.prototype.copy = function() {
                  if (null != this.parentMesh) return this.newLinkedMesh();
                  var e = new i(this.name);
                  e.region = this.region;
                  e.path = this.path;
                  e.color.setFromColor(this.color);
                  this.copyTo(e);
                  e.regionUVs = new Array(this.regionUVs.length);
                  t.Utils.arrayCopy(this.regionUVs, 0, e.regionUVs, 0, this.regionUVs.length);
                  e.uvs = new Array(this.uvs.length);
                  t.Utils.arrayCopy(this.uvs, 0, e.uvs, 0, this.uvs.length);
                  e.triangles = new Array(this.triangles.length);
                  t.Utils.arrayCopy(this.triangles, 0, e.triangles, 0, this.triangles.length);
                  e.hullLength = this.hullLength;
                  if (null != this.edges) {
                    e.edges = new Array(this.edges.length);
                    t.Utils.arrayCopy(this.edges, 0, e.edges, 0, this.edges.length);
                  }
                  e.width = this.width;
                  e.height = this.height;
                  return e;
                };
                i.prototype.newLinkedMesh = function() {
                  var t = new i(this.name);
                  t.region = this.region;
                  t.path = this.path;
                  t.color.setFromColor(this.color);
                  t.deformAttachment = this.deformAttachment;
                  t.setParentMesh(null != this.parentMesh ? this.parentMesh : this);
                  t.updateUVs();
                  return t;
                };
                return i;
              }(t.VertexAttachment);
              t.MeshAttachment = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e) {
                AMt(i, e);
                function i(i) {
                  var s = e.call(this, i) || this;
                  s.closed = !1;
                  s.constantSpeed = !1;
                  s.color = new t.Color(1, 1, 1, 1);
                  return s;
                }
                i.prototype.copy = function() {
                  var e = new i(this.name);
                  this.copyTo(e);
                  e.lengths = new Array(this.lengths.length);
                  t.Utils.arrayCopy(this.lengths, 0, e.lengths, 0, this.lengths.length);
                  e.closed = closed;
                  e.constantSpeed = this.constantSpeed;
                  e.color.setFromColor(this.color);
                  return e;
                };
                return i;
              }(t.VertexAttachment);
              t.PathAttachment = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e) {
                AMt(i, e);
                function i(i) {
                  var s = e.call(this, i) || this;
                  s.color = new t.Color(.38, .94, 0, 1);
                  return s;
                }
                i.prototype.computeWorldPosition = function(t, e) {
                  e.x = this.x * t.a + this.y * t.b + t.worldX;
                  e.y = this.x * t.c + this.y * t.d + t.worldY;
                  return e;
                };
                i.prototype.computeWorldRotation = function(e) {
                  var i = t.MathUtils.cosDeg(this.rotation), s = t.MathUtils.sinDeg(this.rotation);
                  var n = i * e.a + s * e.b;
                  var r = i * e.c + s * e.d;
                  return Math.atan2(r, n) * t.MathUtils.radDeg;
                };
                i.prototype.copy = function() {
                  var t = new i(this.name);
                  t.x = this.x;
                  t.y = this.y;
                  t.rotation = this.rotation;
                  t.color.setFromColor(this.color);
                  return t;
                };
                return i;
              }(t.VertexAttachment);
              t.PointAttachment = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function(e) {
                AMt(i, e);
                function i(i) {
                  var s = e.call(this, i) || this;
                  s.x = 0;
                  s.y = 0;
                  s.scaleX = 1;
                  s.scaleY = 1;
                  s.rotation = 0;
                  s.width = 0;
                  s.height = 0;
                  s.color = new t.Color(1, 1, 1, 1);
                  s.offset = t.Utils.newFloatArray(8);
                  s.uvs = t.Utils.newFloatArray(8);
                  s.tempColor = new t.Color(1, 1, 1, 1);
                  return s;
                }
                i.prototype.updateOffset = function() {
                  var t = this.width / this.region.originalWidth * this.scaleX;
                  var e = this.height / this.region.originalHeight * this.scaleY;
                  var s = -this.width / 2 * this.scaleX + this.region.offsetX * t;
                  var n = -this.height / 2 * this.scaleY + this.region.offsetY * e;
                  var r = s + this.region.width * t;
                  var o = n + this.region.height * e;
                  var a = this.rotation * Math.PI / 180;
                  var l = Math.cos(a);
                  var h = Math.sin(a);
                  var c = s * l + this.x;
                  var u = s * h;
                  var _ = n * l + this.y;
                  var d = n * h;
                  var p = r * l + this.x;
                  var m = r * h;
                  var f = o * l + this.y;
                  var g = o * h;
                  var y = this.offset;
                  y[i.OX1] = c - d;
                  y[i.OY1] = _ + u;
                  y[i.OX2] = c - g;
                  y[i.OY2] = f + u;
                  y[i.OX3] = p - g;
                  y[i.OY3] = f + m;
                  y[i.OX4] = p - d;
                  y[i.OY4] = _ + m;
                };
                i.prototype.setRegion = function(t) {
                  this.region = t;
                  var e = this.uvs;
                  if (t.rotate) {
                    e[2] = t.u;
                    e[3] = t.v2;
                    e[4] = t.u;
                    e[5] = t.v;
                    e[6] = t.u2;
                    e[7] = t.v;
                    e[0] = t.u2;
                    e[1] = t.v2;
                  } else {
                    e[0] = t.u;
                    e[1] = t.v2;
                    e[2] = t.u;
                    e[3] = t.v;
                    e[4] = t.u2;
                    e[5] = t.v;
                    e[6] = t.u2;
                    e[7] = t.v2;
                  }
                };
                i.prototype.computeWorldVertices = function(t, e, s, n) {
                  var r = this.offset;
                  var o = t.worldX, a = t.worldY;
                  var l = t.a, h = t.b, c = t.c, u = t.d;
                  var _ = 0, d = 0;
                  _ = r[i.OX1];
                  d = r[i.OY1];
                  e[s] = _ * l + d * h + o;
                  e[s + 1] = _ * c + d * u + a;
                  s += n;
                  _ = r[i.OX2];
                  d = r[i.OY2];
                  e[s] = _ * l + d * h + o;
                  e[s + 1] = _ * c + d * u + a;
                  s += n;
                  _ = r[i.OX3];
                  d = r[i.OY3];
                  e[s] = _ * l + d * h + o;
                  e[s + 1] = _ * c + d * u + a;
                  s += n;
                  _ = r[i.OX4];
                  d = r[i.OY4];
                  e[s] = _ * l + d * h + o;
                  e[s + 1] = _ * c + d * u + a;
                };
                i.prototype.copy = function() {
                  var e = new i(this.name);
                  e.region = this.region;
                  e.rendererObject = this.rendererObject;
                  e.path = this.path;
                  e.x = this.x;
                  e.y = this.y;
                  e.scaleX = this.scaleX;
                  e.scaleY = this.scaleY;
                  e.rotation = this.rotation;
                  e.width = this.width;
                  e.height = this.height;
                  t.Utils.arrayCopy(this.uvs, 0, e.uvs, 0, 8);
                  t.Utils.arrayCopy(this.offset, 0, e.offset, 0, 8);
                  e.color.setFromColor(this.color);
                  return e;
                };
                i.OX1 = 0;
                i.OY1 = 1;
                i.OX2 = 2;
                i.OY2 = 3;
                i.OX3 = 4;
                i.OY3 = 5;
                i.OX4 = 6;
                i.OY4 = 7;
                i.X1 = 0;
                i.Y1 = 1;
                i.C1R = 2;
                i.C1G = 3;
                i.C1B = 4;
                i.C1A = 5;
                i.U1 = 6;
                i.V1 = 7;
                i.X2 = 8;
                i.Y2 = 9;
                i.C2R = 10;
                i.C2G = 11;
                i.C2B = 12;
                i.C2A = 13;
                i.U2 = 14;
                i.V2 = 15;
                i.X3 = 16;
                i.Y3 = 17;
                i.C3R = 18;
                i.C3G = 19;
                i.C3B = 20;
                i.C3A = 21;
                i.U3 = 22;
                i.V3 = 23;
                i.X4 = 24;
                i.Y4 = 25;
                i.C4R = 26;
                i.C4G = 27;
                i.C4B = 28;
                i.C4A = 29;
                i.U4 = 30;
                i.V4 = 31;
                return i;
              }(t.Attachment);
              t.RegionAttachment = e;
            }(TMt || (TMt = {}));
            !function(t) {
              var e = function() {
                function e(t, e) {
                  this.jitterX = 0;
                  this.jitterY = 0;
                  this.jitterX = t;
                  this.jitterY = e;
                }
                e.prototype.begin = function(t) {};
                e.prototype.transform = function(e, i, s, n) {
                  e.x += t.MathUtils.randomTriangular(-this.jitterX, this.jitterY);
                  e.y += t.MathUtils.randomTriangular(-this.jitterX, this.jitterY);
                };
                e.prototype.end = function() {};
                return e;
              }();
              t.JitterEffect = e;
            }(TMt || (TMt = {}));
            var TMt;
            !function(t) {
              var e = function() {
                function e(t, e) {
                  this.centerX = 0;
                  this.centerY = 0;
                  this.radius = 0;
                  this.angle = 0;
                  this.worldX = 0;
                  this.worldY = 0;
                  this.radius = t;
                  this.interpolation = e;
                }
                e.prototype.begin = function(t) {
                  this.worldX = t.x + this.centerX;
                  this.worldY = t.y + this.centerY;
                };
                e.prototype.transform = function(e, i, s, n) {
                  var r = this.angle * t.MathUtils.degreesToRadians;
                  var o = e.x - this.worldX;
                  var a = e.y - this.worldY;
                  var l = Math.sqrt(o * o + a * a);
                  if (l < this.radius) {
                    var h = this.interpolation.apply(0, r, (this.radius - l) / this.radius);
                    var c = Math.cos(h);
                    var u = Math.sin(h);
                    e.x = c * o - u * a + this.worldX;
                    e.y = u * o + c * a + this.worldY;
                  }
                };
                e.prototype.end = function() {};
                e.interpolation = new t.PowOut(2);
                return e;
              }();
              t.SwirlEffect = e;
            }(TMt || (TMt = {}));
            var vMt = TMt;
            const EMt = 1 / 60;
            const CMt = [];
            const xMt = [];
            let wMt = 0;
            let RMt = 0;
            let IMt = 0;
            let MMt = null;
            let BMt = null;
            let DMt = 0;
            let PMt = 0;
            let OMt = 0;
            let NMt = 0;
            let LMt = null;
            let FMt = null;
            let VMt = 0;
            let kMt = 0;
            let UMt;
            let GMt;
            let zMt;
            let HMt;
            let jMt;
            let XMt;
            const WMt = new vMt.Color(1, 1, 1, 1);
            const YMt = new vMt.Color(1, 1, 1, 1);
            const qMt = [ 0, 1, 2, 2, 3, 0 ];
            class KMt {
              constructor() {
                this.frames = [];
                this.totalTime = 0;
                this.isCompleted = !1;
                this.maxVertexCount = 0;
                this.maxIndexCount = 0;
                this._privateMode = !1;
                this._inited = !1;
                this._invalid = !0;
                this._enableCacheAttachedInfo = !1;
                this._frameIdx = -1;
                this._skeletonInfo = null;
                this._animationName = null;
                this._tempSegments = null;
                this._tempColors = null;
                this._tempBoneInfos = null;
                this._privateMode = !1;
                this._inited = !1;
                this._invalid = !0;
                this._enableCacheAttachedInfo = !1;
                this.frames = [];
                this.totalTime = 0;
                this._frameIdx = -1;
                this.isCompleted = !1;
                this._skeletonInfo = null;
                this._animationName = null;
                this._tempSegments = null;
                this._tempColors = null;
                this._tempBoneInfos = null;
              }
              init(t, e) {
                this._inited = !0;
                this._animationName = e;
                this._skeletonInfo = t;
              }
              clear() {
                this._inited = !1;
                for (let t = 0, e = this.frames.length; t < e; t++) {
                  this.frames[t].segments.length = 0;
                }
                this.invalidAllFrame();
              }
              bind(t) {
                t.complete = t => {
                  t && t.animation.name === this._animationName && (this.isCompleted = !0);
                };
              }
              unbind(t) {
                t.complete = null;
              }
              begin() {
                if (!this._invalid) return;
                const t = this._skeletonInfo;
                const e = null == t ? void 0 : t.curAnimationCache;
                e && e !== this && (this._privateMode ? e.invalidAllFrame() : e.updateToFrame());
                const i = null == t ? void 0 : t.skeleton;
                const s = null == t ? void 0 : t.listener;
                const n = null == t ? void 0 : t.state;
                const r = null == i ? void 0 : i.data.findAnimation(this._animationName);
                null == n || n.setAnimationWith(0, r, !1);
                this.bind(s);
                t.curAnimationCache = this;
                this._frameIdx = -1;
                this.isCompleted = !1;
                this.totalTime = 0;
                this._invalid = !1;
              }
              end() {
                if (!this.needToUpdate()) {
                  this._skeletonInfo.curAnimationCache = null;
                  this.frames.length = this._frameIdx + 1;
                  this.isCompleted = !0;
                  this.unbind(this._skeletonInfo.listener);
                }
              }
              updateToFrame(t) {
                if (!this._inited) return;
                this.begin();
                if (!this.needToUpdate(t)) return;
                const e = this._skeletonInfo;
                const i = null == e ? void 0 : e.skeleton;
                const s = null == e ? void 0 : e.clipper;
                const n = null == e ? void 0 : e.state;
                do {
                  null == i || i.update(EMt);
                  null == n || n.update(EMt);
                  null == n || n.apply(i);
                  null == i || i.updateWorldTransform();
                  this._frameIdx++;
                  this.updateFrame(i, s, this._frameIdx);
                  this.totalTime += EMt;
                } while (this.needToUpdate(t));
                this.end();
              }
              isInited() {
                return this._inited;
              }
              isInvalid() {
                return this._invalid;
              }
              invalidAllFrame() {
                this.isCompleted = !1;
                this._invalid = !0;
              }
              updateAllFrame() {
                this.invalidAllFrame();
                this.updateToFrame();
              }
              enableCacheAttachedInfo() {
                if (!this._enableCacheAttachedInfo) {
                  this._enableCacheAttachedInfo = !0;
                  this.invalidAllFrame();
                }
              }
              fillVertices(t, e, i, s, n) {
                HMt = i.a * e.a * t.a * 255;
                UMt = e.r * t.r * 255;
                GMt = e.g * t.g * 255;
                zMt = e.b * t.b * 255;
                WMt.r = UMt * i.r;
                WMt.g = GMt * i.g;
                WMt.b = zMt * i.b;
                WMt.a = HMt;
                if (null == n.darkColor) YMt.set(0, 0, 0, 1); else {
                  YMt.r = n.darkColor.r * UMt;
                  YMt.g = n.darkColor.g * GMt;
                  YMt.b = n.darkColor.b * zMt;
                }
                YMt.a = 0;
                jMt = (WMt.a << 24 >>> 0) + (WMt.b << 16) + (WMt.g << 8) + WMt.r;
                XMt = (YMt.a << 24 >>> 0) + (YMt.b << 16) + (YMt.g << 8) + YMt.r;
                if (LMt !== jMt || FMt !== XMt) {
                  const t = this._tempColors;
                  LMt = jMt;
                  FMt = XMt;
                  NMt > 0 && (t[NMt - 1].vfOffset = IMt);
                  t[NMt++] = {
                    fr: WMt.r,
                    fg: WMt.g,
                    fb: WMt.b,
                    fa: WMt.a,
                    dr: YMt.r,
                    dg: YMt.g,
                    db: YMt.b,
                    da: YMt.a,
                    vfOffset: 0
                  };
                }
                if (s.isClipping()) {
                  s.clipTriangles(CMt, VMt, xMt, kMt, CMt, WMt, YMt, !0, 6, IMt, IMt + 2);
                  const t = s.clippedVertices;
                  const e = s.clippedTriangles;
                  kMt = e.length;
                  VMt = t.length / 12 * 6;
                  for (let t = 0, i = RMt, s = e.length; t < s; ) xMt[i++] = e[t++];
                  for (let e = 0, i = t.length, s = IMt; e < i; e += 12, s += 6) {
                    CMt[s] = t[e];
                    CMt[s + 1] = t[e + 1];
                    CMt[s + 2] = t[e + 6];
                    CMt[s + 3] = t[e + 7];
                    CMt[s + 4] = jMt;
                    CMt[s + 5] = XMt;
                  }
                } else for (let t = IMt, e = IMt + VMt; t < e; t += 6) {
                  CMt[t + 4] = jMt;
                  CMt[t + 5] = XMt;
                }
              }
              updateFrame(t, e, i) {
                IMt = 0;
                wMt = 0;
                RMt = 0;
                MMt = null;
                BMt = null;
                DMt = 0;
                PMt = 0;
                OMt = 0;
                NMt = 0;
                LMt = null;
                FMt = null;
                this.frames[i] = this.frames[i] || {
                  segments: [],
                  colors: [],
                  boneInfos: [],
                  vertices: null,
                  uintVert: null,
                  indices: null
                };
                const s = this.frames[i];
                const n = this._tempSegments = s.segments;
                const r = this._tempColors = s.colors;
                const o = this._tempBoneInfos = s.boneInfos;
                this.traverseSkeleton(t, e);
                NMt > 0 && (r[NMt - 1].vfOffset = IMt);
                r.length = NMt;
                o.length = wMt;
                const a = OMt - 1;
                if (a >= 0) if (PMt > 0) {
                  const t = n[a];
                  t.indexCount = PMt;
                  t.vfCount = 7 * DMt;
                  t.vertexCount = DMt;
                  n.length = OMt;
                } else n.length = OMt - 1;
                if (0 === n.length) return;
                let l = s.vertices;
                const h = IMt / 6;
                const c = 7 * h;
                (!l || l.length < c) && (l = s.vertices = new Float32Array(c));
                const u = new Uint32Array(l.buffer);
                for (let t = 0, e = 0; t < c; ) {
                  l[t] = CMt[e++];
                  l[t + 1] = CMt[e++];
                  l[t + 3] = CMt[e++];
                  l[t + 4] = CMt[e++];
                  u[t + 5] = CMt[e++];
                  u[t + 6] = CMt[e++];
                  t += 7;
                }
                let _ = s.indices;
                (!_ || _.length < RMt) && (_ = s.indices = new Uint16Array(RMt));
                for (let t = 0; t < RMt; t++) _[t] = xMt[t];
                s.vertices = l;
                s.indices = _;
                this.maxVertexCount = h > this.maxVertexCount ? h : this.maxVertexCount;
                this.maxIndexCount = _.length > this.maxIndexCount ? _.length : this.maxIndexCount;
              }
              needToUpdate(t) {
                return !this.isCompleted && this.totalTime < 30 && (void 0 === t || this._frameIdx < t);
              }
              traverseSkeleton(t, e) {
                const i = this._tempSegments;
                const s = this._tempBoneInfos;
                const n = t.color;
                let r;
                let o;
                let a;
                let l;
                let h;
                let c;
                let u;
                let _;
                let d;
                let p;
                let m;
                let f;
                let g;
                const y = t.bones;
                if (this._enableCacheAttachedInfo) for (let t = 0, e = y.length; t < e; t++, wMt++) {
                  const e = y[t];
                  let i = s[wMt];
                  i || (i = s[wMt] = {});
                  i.a = e.a;
                  i.b = e.b;
                  i.c = e.c;
                  i.d = e.d;
                  i.worldX = e.worldX;
                  i.worldY = e.worldY;
                }
                for (let s = 0, y = t.drawOrder.length; s < y; s++) {
                  g = t.drawOrder[s];
                  if (g.bone.active) {
                    VMt = 0;
                    kMt = 0;
                    r = g.getAttachment();
                    if (r) {
                      c = r instanceof vMt.RegionAttachment;
                      u = r instanceof vMt.MeshAttachment;
                      _ = r instanceof vMt.ClippingAttachment;
                      if (_) e.clipStart(g, r); else if (c || u) {
                        d = r.region.texture.getRealTexture();
                        if (d) {
                          f = g.data.blendMode;
                          if (MMt !== d.getId() || BMt !== f) {
                            MMt = d.getId();
                            BMt = f;
                            p = OMt - 1;
                            if (p >= 0) if (PMt > 0) {
                              m = i[p];
                              m.indexCount = PMt;
                              m.vertexCount = DMt;
                              m.vfCount = 7 * DMt;
                            } else OMt--;
                            i[OMt] = {
                              tex: d,
                              blendMode: f,
                              indexCount: 0,
                              vertexCount: 0,
                              vfCount: 0
                            };
                            OMt++;
                            PMt = 0;
                            DMt = 0;
                          }
                          if (c) {
                            h = qMt;
                            VMt = 24;
                            kMt = 6;
                            r.computeWorldVertices(g.bone, CMt, IMt, 6);
                          } else if (u) {
                            const t = r;
                            h = t.triangles;
                            VMt = 6 * (t.worldVerticesLength >> 1);
                            kMt = h.length;
                            t.computeWorldVertices(g, 0, t.worldVerticesLength, CMt, IMt, 6);
                          }
                          if (0 !== VMt && 0 !== kMt) {
                            for (let t = 0, e = RMt, i = h.length; t < i; ) xMt[e++] = h[t++];
                            l = r.uvs;
                            for (let t = IMt, e = IMt + VMt, i = 0; t < e; t += 6, i += 2) {
                              CMt[t + 2] = l[i];
                              CMt[t + 3] = l[i + 1];
                            }
                            o = r.color;
                            a = g.color;
                            this.fillVertices(n, o, a, e, g);
                            if (kMt > 0) {
                              for (let t = RMt, e = RMt + kMt; t < e; t++) xMt[t] += DMt;
                              RMt += kMt;
                              IMt += VMt;
                              PMt += kMt;
                              DMt += VMt / 6;
                            }
                            e.clipEndWithSlot(g);
                          } else e.clipEndWithSlot(g);
                        } else e.clipEndWithSlot(g);
                      } else e.clipEndWithSlot(g);
                    } else e.clipEndWithSlot(g);
                  }
                }
                e.clipEnd();
              }
            }
            class JMt {
              constructor() {
                this._privateMode = void 0;
                this._skeletonCache = void 0;
                this._animationPool = void 0;
                this._privateMode = !1;
                this._animationPool = {};
                this._skeletonCache = {};
              }
              enablePrivateMode() {
                this._privateMode = !0;
              }
              clear() {
                this._animationPool = {};
                this._skeletonCache = {};
              }
              removeSkeleton(t) {
                const e = this._skeletonCache[t];
                if (!e) return;
                const i = e.animationsCache;
                for (const e in i) {
                  const s = i[e];
                  if (s) {
                    this._animationPool[`${t}#${e}`] = s;
                    s.clear();
                  }
                }
                delete this._skeletonCache[t];
              }
              getSkeletonCache(t, e) {
                let i = this._skeletonCache[t];
                if (!i) {
                  const s = new vMt.Skeleton(e);
                  const n = new vMt.SkeletonClipping;
                  const r = new vMt.AnimationStateData(s.data);
                  const o = new vMt.AnimationState(r);
                  const a = new SMt;
                  o.addListener(a);
                  this._skeletonCache[t] = i = {
                    skeleton: s,
                    clipper: n,
                    state: o,
                    listener: a,
                    animationsCache: {},
                    curAnimationCache: null
                  };
                }
                return i;
              }
              getAnimationCache(t, e) {
                const i = this._skeletonCache[t];
                if (!i) return null;
                return i.animationsCache[e];
              }
              invalidAnimationCache(t) {
                const e = this._skeletonCache[t];
                if (!(e && e.skeleton)) return;
                const i = e.animationsCache;
                for (const t in i) {
                  i[t].invalidAllFrame();
                }
              }
              initAnimationCache(t, e) {
                if (!e) return null;
                const i = this._skeletonCache[t];
                const s = i && i.skeleton;
                if (!s) return null;
                if (!s.data.findAnimation(e)) return null;
                const n = i.animationsCache;
                let r = n[e];
                if (!r) {
                  const s = `${t}#${e}`;
                  r = this._animationPool[s];
                  if (r) delete this._animationPool[s]; else {
                    r = new KMt;
                    r._privateMode = this._privateMode;
                  }
                  r.init(i, e);
                  n[e] = r;
                }
                return r;
              }
              updateAnimationCache(t, e) {
                if (e) {
                  const i = this.initAnimationCache(t, e);
                  if (!i) return;
                  i.updateAllFrame();
                } else {
                  const e = this._skeletonCache[t];
                  if (!(e && e.skeleton)) return;
                  const i = e.animationsCache;
                  for (const t in i) {
                    i[t].updateAllFrame();
                  }
                }
              }
            }
            JMt.FrameTime = EMt;
            JMt.sharedCache = new JMt;
            const ZMt = new qi;
            class QMt {
              constructor() {
                this._inited = !1;
                this._skeleton = null;
                this._skeletonNode = null;
                this._skeletonComp = null;
                this._inited = !1;
                this._skeleton = null;
                this._skeletonNode = null;
                this._skeletonComp = null;
              }
              init(t) {
                this._inited = !0;
                this._skeleton = t._skeleton;
                this._skeletonNode = t.node;
                this._skeletonComp = t;
              }
              reset() {
                this._inited = !1;
                this._skeleton = null;
                this._skeletonNode = null;
                this._skeletonComp = null;
              }
              _syncAttachedNode() {
                if (!this._inited) return;
                const t = this._skeletonComp.socketNodes;
                if (0 === t.size) return;
                let e = null;
                e = this._skeletonComp.isAnimationCached() ? this._skeletonComp._curFrame && this._skeletonComp._curFrame.boneInfos : this._skeleton.bones;
                if (!e) return;
                const i = (t, e) => {
                  const i = ZMt;
                  i.m00 = e.a;
                  i.m01 = e.c;
                  i.m04 = e.b;
                  i.m05 = e.d;
                  i.m12 = e.worldX;
                  i.m13 = e.worldY;
                  t.matrix = ZMt;
                };
                for (const s of t.keys()) {
                  const n = t.get(s);
                  if (!n || !n.isValid) {
                    t.delete(s);
                    continue;
                  }
                  const r = e[s];
                  if (r) i(n, r); else {
                    n.removeFromParent();
                    n.destroy();
                    t.delete(s);
                  }
                }
              }
            }
            class $Mt extends vMt.Texture {
              constructor(t) {
                super(t);
                this.name = "sp.SkeletonTexture";
                this._texture = null;
                this._material = null;
              }
              setRealTexture(t) {
                this._texture = t;
              }
              getRealTexture() {
                return this._texture;
              }
              setFilters(t, e) {
                this._texture && this.getRealTexture().setFilters(tBt(t), tBt(e));
              }
              setWraps(t, e) {
                this._texture && this.getRealTexture().setWrapMode(eBt(t), eBt(e));
              }
              dispose() {}
            }
            function tBt(t) {
              switch (t) {
               case vMt.TextureFilter.Nearest:
               case vMt.TextureFilter.MipMapNearestNearest:
               case vMt.TextureFilter.MipMapLinearNearest:
                return Qp.NEAREST;

               case vMt.TextureFilter.MipMap:
               case vMt.TextureFilter.MipMapNearestLinear:
               case vMt.TextureFilter.MipMapLinearLinear:
               case vMt.TextureFilter.Linear:
               default:
                return Qp.LINEAR;
              }
            }
            function eBt(t) {
              switch (t) {
               case vMt.TextureWrap.MirroredRepeat:
                return Zp.MIRRORED_REPEAT;

               case vMt.TextureWrap.ClampToEdge:
                return Zp.CLAMP_TO_EDGE;

               case vMt.TextureWrap.Repeat:
               default:
                return Zp.REPEAT;
              }
            }
            var iBt, sBt, nBt, rBt, oBt, aBt, lBt, hBt, cBt, uBt, _Bt;
            let dBt = (iBt = Ul("sp.SkeletonData"), sBt = Th([ LC ]), nBt = Th([ Fe ]), iBt(rBt = (oBt = (_Bt = class extends gc {
              get skeletonJsonStr() {
                return this._skeletonJson ? JSON.stringify(this._skeletonJson) : "";
              }
              get skeletonJson() {
                return this._skeletonJson;
              }
              set skeletonJson(t) {
                this.reset();
                this._skeletonJson = "string" == typeof t ? JSON.parse(t) : t;
                !this._uuid && t.skeleton && (this._uuid = t.skeleton.hash);
              }
              get atlasText() {
                return this._atlasText;
              }
              set atlasText(t) {
                this._atlasText = t;
                this.reset();
              }
              get _nativeAsset() {
                return this._buffer;
              }
              set _nativeAsset(t) {
                this._buffer = t;
                this.reset();
              }
              constructor() {
                super();
                Ml(this, "_skeletonJson", aBt, this);
                Ml(this, "textures", lBt, this);
                Ml(this, "textureNames", hBt, this);
                Ml(this, "scale", cBt, this);
                Ml(this, "_atlasText", uBt, this);
                this._buffer = void 0;
                this._skeletonCache = null;
                this._atlasCache = null;
                this._skinsEnum = null;
                this._animsEnum = null;
                this.reset();
              }
              createNode(t) {
                const e = new _y(this.name);
                e.addComponent("cc.Skeleton").skeletonData = this;
                return t(null, e);
              }
              reset() {
                this._skeletonCache = null;
                this._atlasCache = null;
              }
              resetEnums() {}
              getRuntimeData(t) {
                if (this._skeletonCache) return this._skeletonCache;
                if (!(this.textures && this.textures.length > 0) && this.textureNames && this.textureNames.length > 0) {
                  t || console.error(`${this.name} no textures found!`);
                  return null;
                }
                const e = this._getAtlas(t);
                if (!e) return null;
                const i = new vMt.AtlasAttachmentLoader(e);
                let s = null;
                let n = null;
                if (this.skeletonJson) {
                  n = new vMt.SkeletonJson(i);
                  s = this.skeletonJson;
                } else {
                  n = new vMt.SkeletonBinary(i);
                  s = new Uint8Array(this._nativeAsset);
                }
                n.scale = this.scale;
                this._skeletonCache = n.readSkeletonData(s);
                e.dispose();
                return this._skeletonCache;
              }
              getSkinsEnum() {
                if (this._skinsEnum) return this._skinsEnum;
                const t = this.getRuntimeData(!0);
                if (t) {
                  const e = t.skins;
                  const i = {};
                  for (let t = 0; t < e.length; t++) {
                    i[e[t].name] = t;
                  }
                  return this._skinsEnum = oe(i);
                }
                return null;
              }
              getAnimsEnum() {
                if (this._animsEnum && Object.keys(this._animsEnum).length > 1) return this._animsEnum;
                const t = this.getRuntimeData(!0);
                if (t) {
                  const e = {
                    "<None>": 0
                  };
                  const i = t.animations;
                  for (let t = 0; t < i.length; t++) {
                    e[i[t].name] = t + 1;
                  }
                  return this._animsEnum = oe(e);
                }
                return null;
              }
              destroy() {
                JMt.sharedCache.removeSkeleton(this._uuid);
                return super.destroy();
              }
              _getTexture(t) {
                const e = this.textureNames;
                for (let i = 0; i < e.length; i++) if (e[i] === t) {
                  const t = this.textures[i];
                  const e = new $Mt({
                    width: t.width,
                    height: t.height
                  });
                  e.setRealTexture(t);
                  return e;
                }
                console.error(`${this.name} no textures found!`);
                return null;
              }
              _getAtlas(t) {
                if (this._atlasCache) return this._atlasCache;
                if (!this.atlasText) {
                  t || console.error(`${this.name} no atlas found!`);
                  return null;
                }
                return this._atlasCache = new vMt.TextureAtlas(this.atlasText, this._getTexture.bind(this));
              }
            }, _Bt), aBt = Bl(oBt.prototype, "_skeletonJson", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), lBt = Bl(oBt.prototype, "textures", [ Yl, sBt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), hBt = Bl(oBt.prototype, "textureNames", [ Yl, nBt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), cBt = Bl(oBt.prototype, "scale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), uBt = Bl(oBt.prototype, "_atlasText", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), oBt)) || rBt);
            m.internal.SpineSkeletonData = dBt;
            class pBt extends Tg {
              constructor() {
                super();
                this._skeletons = new Set;
              }
              static getInstance() {
                if (!pBt._instance) {
                  pBt._instance = new pBt;
                  IR.registerSystem(pBt.ID, pBt._instance, Tg.Priority.HIGH);
                }
                return pBt._instance;
              }
              add(t) {
                t && (this._skeletons.has(t) || this._skeletons.add(t));
              }
              remove(t) {
                t && this._skeletons.has(t) && this._skeletons.delete(t);
              }
              postUpdate(t) {
                this._skeletons && this._skeletons.forEach((e => {
                  e.updateAnimation(t);
                }));
              }
              prepareRenderData() {
                this._skeletons && this._skeletons.forEach((t => {
                  t.markForUpdateRenderData();
                }));
              }
            }
            pBt.ID = "SKELETON";
            pBt._instance = void 0;
            m.internal.SpineSkeletonSystem = pBt;
            var mBt, fBt, gBt, yBt, bBt, SBt, ABt, TBt, vBt, EBt, CBt, xBt, wBt, RBt, IBt, MBt, BBt, DBt, PBt, OBt, NBt, LBt, FBt, VBt, kBt, UBt, GBt, zBt, HBt, jBt, XBt, WBt, YBt, qBt, KBt, JBt, ZBt, QBt, $Bt, tDt, eDt, iDt, sDt, nDt, rDt, oDt, aDt, lDt, hDt, cDt, uDt, _Dt;
            let dDt;
            !function(t) {
              t[t.default = 0] = "default";
            }(dDt || (dDt = {}));
            he(dDt);
            let pDt;
            !function(t) {
              t[t["<None>"] = 0] = "<None>";
            }(pDt || (pDt = {}));
            he(pDt);
            let mDt;
            !function(t) {
              t[t.REALTIME = 0] = "REALTIME";
              t[t.SHARED_CACHE = 1] = "SHARED_CACHE";
              t[t.PRIVATE_CACHE = 2] = "PRIVATE_CACHE";
            }(mDt || (mDt = {}));
            he(mDt);
            function fDt(t, e, i) {
              si.Attr.setClassAttr(t, e, "type", "Enum");
              si.Attr.setClassAttr(t, e, "enumList", oe.getList(i));
            }
            let gDt;
            !function(t) {
              t[t.COLORED_TEXTURED = 0] = "COLORED_TEXTURED";
              t[t.TWO_COLORED = 1] = "TWO_COLORED";
            }(gDt || (gDt = {}));
            let yDt = (mBt = Ul("sp.Skeleton.SpineSocket"), fBt = Th(_y), mBt(gBt = (yBt = (ABt = class {
              constructor(t = "", e = null) {
                Ml(this, "path", bBt, this);
                Ml(this, "target", SBt, this);
                this.path = t;
                this.target = e;
              }
            }, ABt), bBt = Bl(yBt.prototype, "path", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), SBt = Bl(yBt.prototype, "target", [ fBt, nh, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), yBt)) || gBt);
            ee.setClassAlias(yDt, "sp.Skeleton.SpineSocket");
            let bDt = (TBt = Ul("sp.Skeleton"), vBt = sh(), EBt = $l(), CBt = Th(hm), xBt = ph(), 
            wBt = ah(), RBt = Th(dBt), IBt = ah(), MBt = Th(dDt), BBt = lh(), DBt = ah(), PBt = Th(pDt), 
            OBt = lh(), NBt = ah(), LBt = lh(), FBt = Th(mDt), VBt = lh(), kBt = lh(), UBt = lh(), 
            GBt = lh(), zBt = lh(), HBt = lh(), jBt = lh(), XBt = Th([ yDt ]), WBt = lh(), YBt = rh(), 
            qBt = rh(), TBt(KBt = vBt(KBt = EBt(KBt = Ql(KBt = (JBt = (_Dt = uDt = class t extends uD {
              get drawList() {
                return this._drawList;
              }
              get customMaterial() {
                return this._customMaterial;
              }
              set customMaterial(t) {
                this._customMaterial = t;
                this._cleanMaterialCache();
                this.setMaterial(this._customMaterial, 0);
                this.markForUpdateRenderData();
              }
              get paused() {
                return this._paused;
              }
              set paused(t) {
                this._paused = t;
              }
              get skeletonData() {
                return this._skeletonData;
              }
              set skeletonData(t) {
                t && t.resetEnums();
                if (this._skeletonData !== t) {
                  this.destroyRenderData();
                  this._skeletonData = t;
                  this._needUpdateSkeltonData = !0;
                  this.defaultSkin = "";
                  this.defaultAnimation = "";
                  this._updateSkeletonData();
                }
              }
              get animation() {
                if (this.isAnimationCached()) return this._animationName;
                const t = this.getCurrent(0);
                return t && t.animation.name || "";
              }
              set animation(t) {
                if (t) {
                  this.setAnimation(0, t, this.loop);
                  this.markForUpdateRenderData();
                } else if (!this.isAnimationCached()) {
                  this.clearTrack(0);
                  this.setToSetupPose();
                }
              }
              get _defaultSkinIndex() {
                if (this.skeletonData) {
                  const t = this.skeletonData.getSkinsEnum();
                  if (t) if ("" === this.defaultSkin) {
                    if (t.hasOwnProperty(0)) {
                      this._defaultSkinIndex = 0;
                      return 0;
                    }
                  } else {
                    const e = t[this.defaultSkin];
                    if (void 0 !== e) return e;
                  }
                }
                return 0;
              }
              set _defaultSkinIndex(t) {
                let e;
                this.skeletonData && (e = this.skeletonData.getSkinsEnum());
                if (!e) {
                  console.error(`${this.name} skin enums are invalid`);
                  return;
                }
                const i = e[t];
                if (void 0 !== i) {
                  this.defaultSkin = i;
                  this.setSkin(this.defaultSkin);
                } else console.error(`${this.name} skin enums are invalid`);
              }
              get _animationIndex() {
                const t = this.animation;
                if (this.skeletonData) if (t) {
                  const e = this.skeletonData.getAnimsEnum();
                  if (e) {
                    const i = e[t];
                    if (void 0 !== i) return i;
                  }
                } else this._refreshInspector();
                return 0;
              }
              set _animationIndex(t) {
                let e;
                this.skeletonData && (e = this.skeletonData.getAnimsEnum());
                if (!e) {
                  console.error(`${this.name} animation enums are invalid`);
                  return;
                }
                const i = e[t];
                if (void 0 !== i) {
                  this.animation = i;
                  this.animation = i;
                } else console.error(`${this.name} animation enums are invalid`);
              }
              get defaultCacheMode() {
                return this._defaultCacheMode;
              }
              set defaultCacheMode(t) {
                this._defaultCacheMode = t;
                this.setAnimationCacheMode(this._defaultCacheMode);
              }
              get premultipliedAlpha() {
                return this._premultipliedAlpha;
              }
              set premultipliedAlpha(t) {
                if (t !== this._premultipliedAlpha) {
                  this._premultipliedAlpha = t;
                  this.markForUpdateRenderData();
                }
              }
              get timeScale() {
                return this._timeScale;
              }
              set timeScale(t) {
                t !== this._timeScale && (this._timeScale = t);
              }
              get debugSlots() {
                return this._debugSlots;
              }
              set debugSlots(t) {
                if (t !== this._debugSlots) {
                  this._debugSlots = t;
                  this._updateDebugDraw();
                  this.markForUpdateRenderData();
                }
              }
              get debugBones() {
                return this._debugBones;
              }
              set debugBones(t) {
                if (t !== this._debugBones) {
                  this._debugBones = t;
                  this._updateDebugDraw();
                  this.markForUpdateRenderData();
                }
              }
              get debugMesh() {
                return this._debugMesh;
              }
              set debugMesh(t) {
                if (t !== this._debugMesh) {
                  this._debugMesh = t;
                  this._updateDebugDraw();
                  this.markForUpdateRenderData();
                }
              }
              get useTint() {
                return this._useTint;
              }
              set useTint(t) {
                if (t !== this._useTint) {
                  this._useTint = t;
                  this._updateUseTint();
                }
              }
              get sockets() {
                return this._sockets;
              }
              set sockets(t) {
                this._sockets = t;
                this._updateSocketBindings();
                this.attachUtil._syncAttachedNode();
              }
              get socketNodes() {
                return this._socketNodes;
              }
              requestDrawInfo(t) {
                this._drawInfoList[t] || (this._drawInfoList[t] = new aB);
                return this._drawInfoList[t];
              }
              constructor() {
                super();
                Ml(this, "loop", ZBt, this);
                this._frameCache = null;
                this._curFrame = null;
                this._effectDelegate = null;
                this._skeleton = void 0;
                this._clipper = void 0;
                this._debugRenderer = void 0;
                this._startSlotIndex = void 0;
                this._endSlotIndex = void 0;
                this._startEntry = void 0;
                this._endEntry = void 0;
                this.attachUtil = void 0;
                this.maxVertexCount = 0;
                this.maxIndexCount = 0;
                this._materialCache = {};
                this._enumSkins = oe({});
                this._enumAnimations = oe({});
                this._playTimes = 0;
                Ml(this, "_timeScale", QBt, this);
                this._paused = !1;
                this._accTime = 0;
                this._playCount = 0;
                this._skeletonCache = null;
                this._animationName = "";
                this._animationQueue = [];
                this._headAniInfo = null;
                this._isAniComplete = !0;
                this._needUpdateSkeltonData = !0;
                Ml(this, "_useTint", $Bt, this);
                Ml(this, "_preCacheMode", tDt, this);
                Ml(this, "_cacheMode", eDt, this);
                Ml(this, "_defaultCacheMode", iDt, this);
                Ml(this, "_debugBones", sDt, this);
                Ml(this, "_debugSlots", nDt, this);
                Ml(this, "_skeletonData", rDt, this);
                Ml(this, "_premultipliedAlpha", oDt, this);
                Ml(this, "defaultSkin", aDt, this);
                Ml(this, "defaultAnimation", lDt, this);
                Ml(this, "_sockets", hDt, this);
                this._drawIdx = 0;
                this._drawList = new to((() => ({
                  material: null,
                  texture: null,
                  indexOffset: 0,
                  indexCount: 0
                })), 1);
                Ml(this, "_debugMesh", cDt, this);
                this._rootBone = void 0;
                this._state = void 0;
                this._listener = void 0;
                this._socketNodes = new Map;
                this._cachedSockets = new Map;
                this._drawInfoList = [];
                this._effectDelegate = null;
                this._skeleton = null;
                this._rootBone = null;
                this._listener = null;
                this._debugRenderer = null;
                this._startSlotIndex = -1;
                this._endSlotIndex = -1;
                this._startEntry = {
                  animation: {
                    name: ""
                  },
                  trackIndex: 0
                };
                this._endEntry = {
                  animation: {
                    name: ""
                  },
                  trackIndex: 0
                };
                this.attachUtil = new QMt;
                fDt(this, "_defaultSkinIndex", this._enumSkins);
                fDt(this, "_animationIndex", this._enumAnimations);
                this._useVertexOpacity = !0;
              }
              setSkeletonData(t) {
                const e = this.node._uiProps.uiTransformComp;
                null != t.width && null != t.height && e.setContentSize(t.width, t.height);
                if (this._cacheMode === mDt.SHARED_CACHE) this._skeletonCache = JMt.sharedCache; else if (this._cacheMode === mDt.PRIVATE_CACHE) {
                  this._skeletonCache = new JMt;
                  this._skeletonCache.enablePrivateMode();
                }
                if (this.isAnimationCached()) {
                  (this.debugBones || this.debugSlots) && C("Debug bones or slots is invalid in cached mode");
                  const e = this._skeletonCache.getSkeletonCache(this.skeletonData._uuid, t);
                  this._skeleton = e.skeleton;
                  this._clipper = e.clipper;
                  this._rootBone = this._skeleton.getRootBone();
                } else {
                  this._skeleton = new vMt.Skeleton(t);
                  this._clipper = new vMt.SkeletonClipping;
                  this._rootBone = this._skeleton.getRootBone();
                }
                this._flushAssembler();
              }
              setSlotsRange(t, e) {
                if (this.isAnimationCached()) C("Slots visible range can not be modified in cached mode."); else {
                  this._startSlotIndex = t;
                  this._endSlotIndex = e;
                }
              }
              setAnimationStateData(t) {
                if (this.isAnimationCached()) C("'setAnimationStateData' interface can not be invoked in cached mode."); else {
                  const e = new vMt.AnimationState(t);
                  if (this._listener) {
                    this._state && this._state.removeListener(this._listener);
                    e.addListener(this._listener);
                  }
                  this._state = e;
                }
              }
              __preload() {
                super.__preload();
                const t = this.node.children;
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e];
                  i && "DEBUG_DRAW_NODE" === i.name && i.destroy();
                }
                this._updateSkeletonData();
                this._updateDebugDraw();
                this._indexBoneSockets();
                this._updateSocketBindings();
              }
              setAnimationCacheMode(t) {
                if (this._preCacheMode !== t) {
                  this._cacheMode = t;
                  this._needUpdateSkeltonData = !0;
                  this._updateSkeletonData();
                  this._updateUseTint();
                  this._updateSocketBindings();
                  this.markForUpdateRenderData();
                }
              }
              isAnimationCached() {
                return this._cacheMode !== mDt.REALTIME;
              }
              updateAnimation(t) {
                this.markForUpdateRenderData();
                if (!this.paused) {
                  t *= 1 * this._timeScale;
                  if (this.isAnimationCached()) {
                    if (this._isAniComplete) {
                      if (0 === this._animationQueue.length && !this._headAniInfo) {
                        const t = this._frameCache;
                        if (t && t.isInvalid()) {
                          t.updateToFrame();
                          const e = t.frames;
                          this._curFrame = e[e.length - 1];
                        }
                        return;
                      }
                      this._headAniInfo || (this._headAniInfo = this._animationQueue.shift());
                      this._accTime += t;
                      if (this._accTime > this._headAniInfo.delay) {
                        const t = this._headAniInfo;
                        this._headAniInfo = null;
                        this.setAnimation(0, t.animationName, t.loop);
                      }
                      return;
                    }
                    this._updateCache(t);
                  } else this._updateRealtime(t);
                }
              }
              setVertexEffectDelegate(t) {
                this._effectDelegate = t;
              }
              setToSetupPose() {
                this._skeleton && this._skeleton.setToSetupPose();
              }
              setBonesToSetupPose() {
                this._skeleton && this._skeleton.setBonesToSetupPose();
              }
              setSlotsToSetupPose() {
                this._skeleton && this._skeleton.setSlotsToSetupPose();
              }
              updateAnimationCache(t) {
                if (!this.isAnimationCached()) return;
                const e = this._skeletonData._uuid;
                this._skeletonCache && this._skeletonCache.updateAnimationCache(e, t);
              }
              invalidAnimationCache() {
                this.isAnimationCached() && this._skeletonCache && this._skeletonCache.invalidAnimationCache(this._skeletonData._uuid);
              }
              findBone(t) {
                return this._skeleton ? this._skeleton.findBone(t) : null;
              }
              findSlot(t) {
                return this._skeleton ? this._skeleton.findSlot(t) : null;
              }
              setSkin(t) {
                if (this._skeleton) {
                  this._skeleton.setSkinByName(t);
                  this._skeleton.setSlotsToSetupPose();
                }
                this.invalidAnimationCache();
              }
              getAttachment(t, e) {
                return this._skeleton ? this._skeleton.getAttachmentByName(t, e) : null;
              }
              setAttachment(t, e) {
                this._skeleton && this._skeleton.setAttachment(t, e);
                this.invalidAnimationCache();
              }
              getTextureAtlas(t) {
                return t.region;
              }
              setMix(t, e, i) {
                this._state && this._state.data.setMix(t, e, i);
              }
              setAnimation(t, e, i) {
                this._playTimes = i ? 0 : 1;
                this._animationName = e;
                if (this.isAnimationCached()) {
                  0 !== t && C("Track index can not greater than 0 in cached mode.");
                  if (!this._skeletonCache) return null;
                  let i = this._skeletonCache.getAnimationCache(this._skeletonData._uuid, e);
                  i || (i = this._skeletonCache.initAnimationCache(this._skeletonData._uuid, e));
                  if (i) {
                    this._isAniComplete = !1;
                    this._accTime = 0;
                    this._playCount = 0;
                    this._frameCache = i;
                    this._socketNodes.size > 0 && this._frameCache.enableCacheAttachedInfo();
                    this._frameCache.updateToFrame(0);
                    this._curFrame = this._frameCache.frames[0];
                  }
                } else if (this._skeleton) {
                  const s = this._skeleton.data.findAnimation(e);
                  if (!s) {
                    P(7509, e);
                    return null;
                  }
                  const n = this._state.setAnimationWith(t, s, i);
                  this._state.apply(this._skeleton);
                  return n;
                }
                return null;
              }
              addAnimation(t, e, i, s) {
                s = s || 0;
                if (this.isAnimationCached()) {
                  0 !== t && C("Track index can not greater than 0 in cached mode.");
                  this._animationQueue.push({
                    animationName: e,
                    loop: i,
                    delay: s
                  });
                } else if (this._skeleton) {
                  var n;
                  const r = this._skeleton.data.findAnimation(e);
                  if (!r) {
                    P(7510, e);
                    return null;
                  }
                  return null === (n = this._state) || void 0 === n ? void 0 : n.addAnimationWith(t, r, i, s);
                }
                return null;
              }
              findAnimation(t) {
                return this._skeleton ? this._skeleton.data.findAnimation(t) : null;
              }
              getCurrent(t) {
                if (this.isAnimationCached()) C("'getCurrent' interface can not be invoked in cached mode."); else if (this._state) return this._state.getCurrent(t);
                return null;
              }
              clearTracks() {
                if (this.isAnimationCached()) C("'clearTracks' interface can not be invoked in cached mode."); else if (this._state) {
                  this._state.clearTracks();
                  this.setToSetupPose();
                }
              }
              clearTrack(t) {
                this.isAnimationCached() ? C("'clearTrack' interface can not be invoked in cached mode.") : this._state && this._state.clearTrack(t);
              }
              setStartListener(t) {
                this._ensureListener();
                this._listener.start = t;
              }
              setInterruptListener(t) {
                this._ensureListener();
                this._listener.interrupt = t;
              }
              setEndListener(t) {
                this._ensureListener();
                this._listener.end = t;
              }
              setDisposeListener(t) {
                this._ensureListener();
                this._listener.dispose = t;
              }
              setCompleteListener(t) {
                this._ensureListener();
                this._listener.complete = t;
              }
              setEventListener(t) {
                this._ensureListener();
                this._listener.event = t;
              }
              setTrackStartListener(t, e) {
                SMt.getListeners(t).start = e;
              }
              setTrackInterruptListener(t, e) {
                SMt.getListeners(t).interrupt = e;
              }
              setTrackEndListener(t, e) {
                SMt.getListeners(t).end = e;
              }
              setTrackDisposeListener(t, e) {
                SMt.getListeners(t).dispose = e;
              }
              setTrackCompleteListener(t, e) {
                SMt.getListeners(t).complete = function(t) {
                  const i = Math.floor(t.trackTime / t.animationEnd);
                  e(t, i);
                };
              }
              setTrackEventListener(t, e) {
                SMt.getListeners(t).event = e;
              }
              getState() {
                return this._state;
              }
              onEnable() {
                super.onEnable();
                this._flushAssembler();
                pBt.getInstance().add(this);
              }
              onDisable() {
                super.onDisable();
                pBt.getInstance().remove(this);
              }
              onDestroy() {
                this._cleanMaterialCache();
                this._drawList.destroy();
                super.onDestroy();
              }
              destroyRenderData() {
                this._drawList.reset();
                super.destroyRenderData();
              }
              getMaterialForBlendAndTint(t, e, i) {
                const s = `${i}/${t}/${e}`;
                let n = this._materialCache[s];
                if (n) return n;
                let r = this.customMaterial;
                null === r && (r = xR.get("default-spine-material"));
                let o = !1;
                switch (i) {
                 case gDt.TWO_COLORED:
                  o = !0;

                 case gDt.COLORED_TEXTURED:
                }
                n = new uS({
                  parent: r,
                  subModelIdx: 0,
                  owner: this
                });
                this._materialCache[s] = n;
                n.overridePipelineStates({
                  blendState: {
                    blendColor: Bi.WHITE,
                    targets: [ {
                      blendEq: Fs.ADD,
                      blendAlphaEq: Fs.ADD,
                      blendSrc: t,
                      blendDst: e,
                      blendSrcAlpha: t,
                      blendDstAlpha: e
                    } ]
                  }
                });
                n.recompileShaders({
                  TWO_COLORED: o,
                  USE_LOCAL: !0
                });
                return n;
              }
              onRestore() {
                this.updateMaterial();
                this.markForUpdateRenderData();
              }
              querySockets() {
                if (!this._skeleton) return [];
                0 === this._cachedSockets.size && this._indexBoneSockets();
                return this._cachedSockets.size > 0 ? Array.from(this._cachedSockets.keys()).sort() : [];
              }
              _requestDrawData(t, e, i, s) {
                const n = this._drawList.add();
                n.material = t;
                n.texture = e;
                n.indexOffset = i;
                n.indexCount = s;
                return n;
              }
              _render(t) {
                if (this.renderData && this._drawList) {
                  const e = this.renderData;
                  const i = e.chunk;
                  const s = i.vertexAccessor;
                  const n = e.getMeshBuffer();
                  const r = n.indexOffset;
                  s.appendIndices(i.bufferId, e.indices);
                  for (let e = 0; e < this._drawList.length; e++) {
                    this._drawIdx = e;
                    const i = this._drawList.data[e];
                    if (i.texture) {
                      const e = n.requireFreeIA(t.device);
                      e.firstIndex = r + i.indexOffset;
                      e.indexCount = i.indexCount;
                      t.commitIA(this, e, i.texture, i.material, this.node);
                    }
                  }
                }
              }
              updateWorldTransform() {
                this.isAnimationCached() && this._skeleton && this._skeleton.updateWorldTransform();
              }
              _emitCacheCompleteEvent() {
                if (this._listener) {
                  this._endEntry.animation.name = this._animationName;
                  this._listener.complete && this._listener.complete(this._endEntry);
                  this._listener.end && this._listener.end(this._endEntry);
                }
              }
              _updateCache(t) {
                const e = this._frameCache;
                if (!e.isInited()) return;
                const i = e.frames;
                const s = JMt.FrameTime;
                if (0 === this._accTime && 0 === this._playCount) {
                  this._startEntry.animation.name = this._animationName;
                  this._listener && this._listener.start && this._listener.start(this._startEntry);
                }
                this._accTime += t;
                let n = Math.floor(this._accTime / s);
                if (!e.isCompleted) {
                  e.updateToFrame(n);
                  if (this.renderData && (this.renderData.vertexCount < e.maxVertexCount || this.renderData.indexCount < e.maxIndexCount)) {
                    this.maxVertexCount = e.maxVertexCount > this.maxVertexCount ? e.maxVertexCount : this.maxVertexCount;
                    this.maxIndexCount = e.maxIndexCount > this.maxIndexCount ? e.maxIndexCount : this.maxIndexCount;
                    this.renderData.resize(this.maxVertexCount, this.maxIndexCount);
                    (!this.renderData.indices || this.maxIndexCount > this.renderData.indices.length) && (this.renderData.indices = new Uint16Array(this.maxIndexCount));
                  }
                }
                if (e.isCompleted && n >= i.length) {
                  this._playCount++;
                  if (this._playTimes > 0 && this._playCount >= this._playTimes) {
                    this._curFrame = i[i.length - 1];
                    this._accTime = 0;
                    this._playCount = 0;
                    this._isAniComplete = !0;
                    this._emitCacheCompleteEvent();
                    return;
                  }
                  this._accTime = 0;
                  n = 0;
                  this._emitCacheCompleteEvent();
                }
                this._curFrame = i[n];
              }
              _updateRealtime(t) {
                const e = this._skeleton;
                const i = this._state;
                if (e) {
                  e.update(t);
                  if (i) {
                    i.update(t);
                    i.apply(e);
                  }
                }
              }
              _indexBoneSockets() {
                if (!this._skeleton) return;
                this._cachedSockets.clear();
                const t = this._skeleton.bones;
                const e = i => null == i.parent ? i.data.name || "<Unamed>" : `${e(t[i.parent.data.index])}/${i.data.name}`;
                for (let i = 0, s = t.length; i < s; i++) {
                  const s = t[i].data;
                  const n = e(t[i]);
                  this._cachedSockets.set(n, s.index);
                }
              }
              _updateUseTint() {
                this._cleanMaterialCache();
                this.destroyRenderData();
                if (this._assembler && this._skeleton) {
                  this._renderData = this._assembler.createData(this);
                  this.markForUpdateRenderData();
                }
              }
              _updateBatch() {
                this.markForUpdateRenderData();
              }
              _updateAnimEnum() {
                let t;
                t = this.skeletonData ? this.skeletonData.getAnimsEnum() : pDt;
                this._enumAnimations = oe({});
                Object.assign(this._enumAnimations, t);
                oe.update(this._enumAnimations);
                fDt(this, "_animationIndex", this._enumAnimations);
              }
              _updateSkinEnum() {
                let t;
                t = this.skeletonData ? this.skeletonData.getSkinsEnum() : dDt;
                this._enumSkins = oe({});
                Object.assign(this._enumSkins, t);
                oe.update(this._enumSkins);
                fDt(this, "_defaultSkinIndex", this._enumSkins);
              }
              _ensureListener() {
                if (!this._listener) {
                  this._listener = new SMt;
                  this._state && this._state.addListener(this._listener);
                }
              }
              _updateSkeletonData() {
                if (!this.skeletonData || !1 === this._needUpdateSkeltonData) return;
                this._needUpdateSkeltonData = !1;
                const t = this.skeletonData.getRuntimeData();
                if (t) {
                  try {
                    this.setSkeletonData(t);
                    this.isAnimationCached() || this.setAnimationStateData(new vMt.AnimationStateData(this._skeleton.data));
                    this.defaultSkin && this.setSkin(this.defaultSkin);
                  } catch (t) {
                    C(t);
                  }
                  this._indexBoneSockets();
                  this.attachUtil.init(this);
                  this._preCacheMode = this._cacheMode;
                  this.animation = this.defaultAnimation;
                }
              }
              _refreshInspector() {
                this._updateAnimEnum();
                this._updateSkinEnum();
              }
              _updateDebugDraw() {
                if (this.debugBones || this.debugSlots || this.debugMesh) {
                  if (!this._debugRenderer) {
                    const t = new _y("DEBUG_DRAW_NODE");
                    t.hideFlags |= co.Flags.DontSave | co.Flags.HideInHierarchy;
                    const e = t.addComponent(dN);
                    e.lineWidth = 1;
                    e.strokeColor = new Bi(255, 0, 0, 255);
                    this._debugRenderer = e;
                    t.parent = this.node;
                  }
                  this.isAnimationCached() && C("Debug bones or slots is invalid in cached mode");
                } else if (this._debugRenderer) {
                  this._debugRenderer.node.destroy();
                  this._debugRenderer = null;
                }
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                this._assembler !== e && (this._assembler = e);
                if (this._skeleton && this._assembler) {
                  this._renderData = this._assembler.createData(this);
                  this.markForUpdateRenderData();
                  this._updateColor();
                }
              }
              _updateSocketBindings() {
                if (this._skeleton) {
                  this._socketNodes.clear();
                  for (let t = 0, e = this._sockets.length; t < e; t++) {
                    const e = this._sockets[t];
                    if (e.path && e.target) {
                      const t = this._cachedSockets.get(e.path);
                      if (!t) {
                        console.error(`Skeleton data does not contain path ${e.path}`);
                        continue;
                      }
                      this._socketNodes.set(t, e.target);
                    }
                  }
                }
              }
              _verifySockets(t) {
                for (let e = 0, i = t.length; e < i; e++) {
                  const i = t[e].target;
                  !i || i.parent && i.parent === this.node || console.error(`Target node ${i.name} is expected to be a direct child of ${this.node.name}`);
                }
                const e = new Map;
                t.forEach((t => {
                  t.target && (e.get(t.target) ? console.error(`Target node ${t.target.name} has existed.`) : e.set(t.target, !0));
                }));
              }
              _cleanMaterialCache() {
                for (const t in this._materialCache) this._materialCache[t].destroy();
                this._materialCache = {};
              }
              createRenderEntity() {
                const t = new fB(uB.DYNAMIC);
                t.setUseLocal(!0);
                return t;
              }
              markForUpdateRenderData(t = !0) {
                super.markForUpdateRenderData(t);
                this._debugRenderer && this._debugRenderer.markForUpdateRenderData(t);
              }
            }, uDt.SpineSocket = yDt, uDt.AnimationCacheMode = mDt, _Dt), Bl(JBt.prototype, "customMaterial", [ vh, CBt, xBt, wBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "customMaterial"), JBt.prototype), 
            Bl(JBt.prototype, "skeletonData", [ nh, RBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "skeletonData"), JBt.prototype), 
            Bl(JBt.prototype, "_defaultSkinIndex", [ IBt, MBt, BBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "_defaultSkinIndex"), JBt.prototype), 
            Bl(JBt.prototype, "_animationIndex", [ DBt, PBt, OBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "_animationIndex"), JBt.prototype), 
            Bl(JBt.prototype, "defaultCacheMode", [ NBt, LBt, nh, FBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "defaultCacheMode"), JBt.prototype), 
            ZBt = Bl(JBt.prototype, "loop", [ Yl, VBt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(JBt.prototype, "premultipliedAlpha", [ nh, kBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "premultipliedAlpha"), JBt.prototype), 
            Bl(JBt.prototype, "timeScale", [ UBt, nh ], Object.getOwnPropertyDescriptor(JBt.prototype, "timeScale"), JBt.prototype), 
            Bl(JBt.prototype, "debugSlots", [ nh, GBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "debugSlots"), JBt.prototype), 
            Bl(JBt.prototype, "debugBones", [ nh, zBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "debugBones"), JBt.prototype), 
            Bl(JBt.prototype, "debugMesh", [ nh, HBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "debugMesh"), JBt.prototype), 
            Bl(JBt.prototype, "useTint", [ nh, jBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "useTint"), JBt.prototype), 
            Bl(JBt.prototype, "sockets", [ XBt, WBt ], Object.getOwnPropertyDescriptor(JBt.prototype, "sockets"), JBt.prototype), 
            QBt = Bl(JBt.prototype, "_timeScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), $Bt = Bl(JBt.prototype, "_useTint", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), tDt = Bl(JBt.prototype, "_preCacheMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return -1;
              }
            }), eDt = Bl(JBt.prototype, "_cacheMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return mDt.REALTIME;
              }
            }), iDt = Bl(JBt.prototype, "_defaultCacheMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return mDt.REALTIME;
              }
            }), sDt = Bl(JBt.prototype, "_debugBones", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), nDt = Bl(JBt.prototype, "_debugSlots", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), rDt = Bl(JBt.prototype, "_skeletonData", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), oDt = Bl(JBt.prototype, "_premultipliedAlpha", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), aDt = Bl(JBt.prototype, "defaultSkin", [ Yl, YBt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), lDt = Bl(JBt.prototype, "defaultAnimation", [ qBt, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), hDt = Bl(JBt.prototype, "_sockets", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), cDt = Bl(JBt.prototype, "_debugMesh", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), JBt)) || KBt) || KBt) || KBt) || KBt);
            m.internal.SpineSkeleton = bDt;
            const SDt = [ 0, 1, 2, 2, 3, 0 ];
            const ADt = new Bi(0, 0, 255, 255);
            const TDt = new Bi(255, 0, 0, 255);
            const vDt = new Bi(0, 255, 0, 255);
            const EDt = new Bi(255, 255, 0, 255);
            const CDt = new vMt.Color(1, 1, 1, 1);
            const xDt = new vMt.Color(1, 1, 1, 1);
            const wDt = new vMt.Vector2;
            const RDt = new vMt.Vector2;
            let IDt;
            let MDt;
            let BDt;
            let DDt;
            let PDt;
            let ODt;
            let NDt;
            let LDt;
            let FDt;
            let VDt;
            let kDt;
            let UDt;
            let GDt;
            let zDt;
            let HDt;
            let jDt;
            let XDt = 0;
            let WDt = 0;
            let YDt = 0;
            let qDt = 0;
            let KDt = 0;
            let JDt = 0;
            let ZDt = 0;
            let QDt = 0;
            let $Dt;
            let tPt;
            let ePt;
            let iPt;
            let sPt;
            let nPt;
            let rPt;
            let oPt;
            let aPt;
            let lPt;
            let hPt;
            let cPt;
            let uPt;
            let _Pt;
            let dPt;
            let pPt;
            let mPt;
            let fPt;
            let gPt;
            let yPt;
            let bPt;
            let SPt;
            let APt = null;
            let TPt = null;
            let vPt = null;
            function EPt(t) {
              let e;
              let i;
              switch (t) {
               case vMt.BlendMode.Additive:
                e = IDt ? Ls.ONE : Ls.SRC_ALPHA;
                i = Ls.ONE;
                break;

               case vMt.BlendMode.Multiply:
                e = Ls.DST_COLOR;
                i = Ls.ONE_MINUS_SRC_ALPHA;
                break;

               case vMt.BlendMode.Screen:
                e = Ls.ONE;
                i = Ls.ONE_MINUS_SRC_COLOR;
                break;

               case vMt.BlendMode.Normal:
               default:
                e = IDt ? Ls.ONE : Ls.SRC_ALPHA;
                i = Ls.ONE_MINUS_SRC_ALPHA;
              }
              return mPt.getMaterialForBlendAndTint(e, i, PDt ? gDt.TWO_COLORED : gDt.COLORED_TEXTURED);
            }
            function CPt(t) {
              cPt = t.fa * UDt;
              MDt = IDt ? cPt / 255 : 1;
              nPt = FDt * MDt;
              rPt = VDt * MDt;
              oPt = kDt * MDt;
              aPt = t.fr * nPt;
              lPt = t.fg * rPt;
              hPt = t.fb * oPt;
              GDt = (cPt << 24 >>> 0) + (hPt << 16) + (lPt << 8) + aPt;
              uPt = t.dr * nPt;
              _Pt = t.dg * rPt;
              dPt = t.db * oPt;
              pPt = IDt ? 255 : 0;
              zDt = (pPt << 24 >>> 0) + (dPt << 16) + (_Pt << 8) + uPt;
            }
            function xPt(t) {
              return (t.a << 24 >>> 0) + (t.b << 16) + (t.g << 8) + t.r;
            }
            function wPt(t, e, i, s) {
              return (s << 24 >>> 0) + (i << 16) + (e << 8) + t;
            }
            let RPt = null;
            let IPt = null;
            const MPt = {
              vCount: 32767,
              ensureAccessor(t) {
                let e = t ? IPt : RPt;
                if (!e) {
                  const i = IR.root.device;
                  const s = IR.root.batcher2D;
                  const n = t ? XM : HM;
                  if (t) {
                    e = IPt = new iB(i, n, this.vCount);
                    s.registerBufferAccessor(Number.parseInt("SPINETINT", 36), IPt);
                  } else {
                    e = RPt = new iB(i, n, this.vCount);
                    s.registerBufferAccessor(Number.parseInt("SPINE", 36), RPt);
                  }
                }
                return e;
              },
              createData(t) {
                let e = t.renderData;
                if (!e) {
                  const i = t.useTint || t.isAnimationCached();
                  const s = this.ensureAccessor(i);
                  const n = t._skeleton.data.skins;
                  let r = 0;
                  let o = 0;
                  for (let t = 0; t < n.length; ++t) {
                    const e = n[t].attachments;
                    for (let t = 0; t < e.length; t++) {
                      const i = e[t];
                      for (const t in i) {
                        const e = i[t];
                        if (e instanceof vMt.RegionAttachment) {
                          r += 4;
                          o += 6;
                        } else if (e instanceof vMt.MeshAttachment) {
                          r += e.worldVerticesLength >> 1;
                          o += e.triangles.length;
                        }
                      }
                    }
                  }
                  e = SB.add(i ? XM : HM, s);
                  e.resize(r, o);
                  e.indices && o === e.indices.length || (e.indices = new Uint16Array(o));
                  t.maxVertexCount = r;
                  t.maxIndexCount = o;
                }
                return e;
              },
              updateRenderData(t, e) {
                mPt = t;
                const i = t._skeleton;
                !t.isAnimationCached() && i && i.updateWorldTransform();
                i && function(t, e) {
                  if (!t._skeleton) return;
                  const i = t.color;
                  FDt = i.r / 255;
                  VDt = i.g / 255;
                  kDt = i.b / 255;
                  UDt = t.node._uiProps.opacity;
                  PDt = t.useTint || t.isAnimationCached();
                  HDt = (s = PDt, YM(s ? XM : HM) >> 2);
                  var s;
                  t.drawList.reset();
                  mPt = t;
                  fPt = t.renderData;
                  TPt = null;
                  sPt = !0;
                  IDt = t.premultipliedAlpha;
                  MDt = 1;
                  SPt = !1;
                  APt = t._effectDelegate && t._effectDelegate._vertexEffect;
                  (4294967295 !== i._val || IDt) && (SPt = !0);
                  if (t.isAnimationCached()) !function() {
                    const t = mPt._curFrame;
                    if (!t) return;
                    const e = t.segments;
                    if (0 === e.length) return;
                    jDt = 12;
                    qDt = 0;
                    KDt = 0;
                    YDt = 0;
                    JDt = 0;
                    let i = null;
                    const s = t.vertices;
                    const n = t.indices;
                    let r = 0;
                    let o = 0;
                    let a = 0;
                    let l = 0;
                    const h = t.colors;
                    let c = 0;
                    let u = h[c++];
                    let _ = u.vfOffset;
                    CPt(u);
                    let d = 0;
                    const p = fPt;
                    const m = p.chunk.vb;
                    const f = p.indices;
                    for (let t = 0, g = e.length; t < g; t++) {
                      const g = e[t];
                      i = EPt(g.blendMode);
                      if (i) {
                        TPt || (TPt = i);
                        if (sPt || i.hash !== TPt.hash || g.tex && g.tex !== vPt) {
                          sPt = !1;
                          const t = JDt - d;
                          if (t > 0) {
                            mPt._requestDrawData(TPt, vPt, d, t);
                            d = JDt;
                          }
                          TPt = i;
                          vPt = g.tex;
                        }
                        WDt = g.vertexCount;
                        KDt = g.indexCount;
                        r = p.chunk.vertexOffset;
                        for (let t = JDt, e = JDt + KDt; t < e; t++) f[t] = r + YDt + n[a++];
                        l = g.vfCount;
                        m.set(s.subarray(o, o + l), o);
                        if (SPt) {
                          let t = o / 7 * 6;
                          for (let e = o, i = o + l; e < i; e += HDt, t += 6) {
                            if (t >= _) {
                              u = h[c++];
                              CPt(u);
                              _ = u.vfOffset;
                            }
                            bPt[e + 5] = GDt;
                            bPt[e + 6] = zDt;
                          }
                        }
                        o += l;
                        YDt += WDt;
                        JDt += KDt;
                        WDt = 0;
                        KDt = 0;
                      }
                    }
                    const g = JDt - d;
                    vPt && g > 0 && mPt._requestDrawData(TPt, vPt, d, g);
                  }(); else {
                    APt && APt.begin(t._skeleton);
                    !function(t) {
                      const e = fPt;
                      yPt = e.chunk.vb;
                      bPt = new Uint32Array(yPt.buffer, yPt.byteOffset, yPt.length);
                      gPt = e.indices;
                      ZDt = mPt.maxVertexCount;
                      QDt = mPt.maxIndexCount;
                      const i = mPt._skeleton;
                      const s = i.color;
                      const n = mPt._debugRenderer;
                      const r = mPt._clipper;
                      let o = null;
                      let a;
                      let l;
                      let h;
                      let c;
                      let u;
                      let _;
                      let d;
                      BDt = mPt._startSlotIndex;
                      DDt = mPt._endSlotIndex;
                      iPt = !1;
                      -1 === BDt && (iPt = !0);
                      ODt = mPt.debugSlots;
                      NDt = mPt.debugBones;
                      LDt = mPt.debugMesh;
                      if (n && (NDt || ODt || LDt)) {
                        n.clear();
                        n.lineWidth = 5;
                      }
                      jDt = 12;
                      XDt = 0;
                      YDt = 0;
                      qDt = 0;
                      KDt = 0;
                      JDt = 0;
                      let p = 0;
                      for (let t = 0, m = i.drawOrder.length; t < m; t++) {
                        d = i.drawOrder[t];
                        if (void 0 === d || !d.bone.active) continue;
                        BDt >= 0 && BDt === d.data.index && (iPt = !0);
                        if (!iPt) {
                          r.clipEndWithSlot(d);
                          continue;
                        }
                        DDt >= 0 && DDt === d.data.index && (iPt = !1);
                        XDt = 0;
                        KDt = 0;
                        a = d.getAttachment();
                        if (!a) {
                          r.clipEndWithSlot(d);
                          continue;
                        }
                        c = a instanceof vMt.RegionAttachment;
                        u = a instanceof vMt.MeshAttachment;
                        _ = a instanceof vMt.ClippingAttachment;
                        if (_) {
                          r.clipStart(d, a);
                          continue;
                        }
                        if (!c && !u) {
                          r.clipEndWithSlot(d);
                          continue;
                        }
                        const m = a.region.texture.getRealTexture();
                        o = EPt(d.data.blendMode);
                        if (!o) {
                          r.clipEndWithSlot(d);
                          continue;
                        }
                        TPt || (TPt = o);
                        if (sPt || o.hash !== TPt.hash || m && vPt !== m) {
                          sPt = !1;
                          const t = JDt - p;
                          if (t > 0) {
                            mPt._requestDrawData(TPt, vPt, p, t);
                            p = JDt;
                          }
                          vPt = m;
                          TPt = o;
                        }
                        if (c) {
                          h = SDt;
                          WDt = 4;
                          XDt = WDt * HDt;
                          KDt = 6;
                          a.computeWorldVertices(d.bone, yPt, qDt, HDt);
                          if (n && ODt) {
                            n.strokeColor = ADt;
                            n.moveTo(yPt[qDt], yPt[qDt + 1]);
                            for (let t = qDt + HDt, e = qDt + XDt; t < e; t += HDt) n.lineTo(yPt[t], yPt[t + 1]);
                            n.close();
                            n.stroke();
                          }
                        } else if (u) {
                          const t = a;
                          h = t.triangles;
                          WDt = t.worldVerticesLength >> 1;
                          XDt = WDt * HDt;
                          KDt = h.length;
                          t.computeWorldVertices(d, 0, t.worldVerticesLength, yPt, qDt, HDt);
                          if (n && LDt) {
                            n.strokeColor = EDt;
                            for (let t = 0, e = h.length; t < e; t += 3) {
                              const e = h[t] * HDt + qDt;
                              const i = h[t + 1] * HDt + qDt;
                              const s = h[t + 2] * HDt + qDt;
                              n.moveTo(yPt[e], yPt[e + 1]);
                              n.lineTo(yPt[i], yPt[i + 1]);
                              n.lineTo(yPt[s], yPt[s + 1]);
                              n.close();
                              n.stroke();
                            }
                          }
                        }
                        if (0 === XDt || 0 === KDt) {
                          r.clipEndWithSlot(d);
                          continue;
                        }
                        const f = a;
                        gPt = e.indices;
                        gPt.set(h, JDt);
                        l = f.uvs;
                        for (let t = qDt, e = qDt + XDt, i = 0; t < e; t += HDt, i += 2) {
                          yPt[t + 3] = l[i];
                          yPt[t + 4] = l[i + 1];
                        }
                        DPt(s, f.color, d.color, r, d);
                        if (KDt > 0) {
                          const t = e.chunk.vertexOffset;
                          for (let e = JDt, i = JDt + KDt; e < i; e++) gPt[e] += YDt + t;
                        }
                        qDt += XDt;
                        YDt += WDt;
                        JDt += KDt;
                        WDt = 0;
                        KDt = 0;
                        r.clipEndWithSlot(d);
                      }
                      const m = JDt - p;
                      vPt && m > 0 && mPt._requestDrawData(TPt, vPt, p, m);
                      r.clipEnd();
                      if (n && NDt) {
                        let t;
                        n.strokeColor = TDt;
                        n.fillColor = ADt;
                        for (let e = 0, s = i.bones.length; e < s; e++) {
                          t = i.bones[e];
                          const s = t.data.length * t.a + t.worldX;
                          const r = t.data.length * t.c + t.worldY;
                          n.moveTo(t.worldX, t.worldY);
                          n.lineTo(s, r);
                          n.stroke();
                          n.circle(t.worldX, t.worldY, 1.5 * Math.PI);
                          n.fill();
                          0 === e && (n.fillColor = vDt);
                        }
                      }
                    }();
                    APt && APt.end();
                  }
                  (PDt ? IPt : RPt).getMeshBuffer(fPt.chunk.bufferId).setDirty();
                  t.attachUtil._syncAttachedNode();
                  mPt = void 0;
                  APt = null;
                }(t);
              },
              updateColor(t) {
                if (t) {
                  mPt = t;
                  mPt.markForUpdateRenderData();
                }
              },
              fillBuffers(t, e) {}
            };
            function BPt(t, e) {
              const i = WDt;
              const s = KDt;
              const n = fPt;
              KDt = e.length;
              WDt = t.length / jDt;
              XDt = WDt * HDt;
              ZDt += WDt - i;
              QDt += KDt - s;
              const r = gPt;
              const o = n.chunk.vertexOffset;
              let a = !1;
              if (ZDt > n.vertexCount) {
                n.resizeAndCopy(ZDt, QDt > n.indexCount ? QDt : n.indexCount);
                yPt = n.chunk.vb;
                bPt = new Uint32Array(yPt.buffer, yPt.byteOffset, yPt.length);
                a = !0;
              }
              if (QDt > gPt.length) {
                gPt = n.indices = new Uint16Array(QDt);
                a = !0;
              }
              if (a) {
                const t = n.chunk.vertexOffset - o;
                for (let e = 0; e < JDt; ++e) gPt[e] = r[e] + t;
              }
            }
            function DPt(t, e, i, s, n) {
              CDt.a = i.a * e.a * t.a * UDt * 255;
              MDt = IDt ? CDt.a : 255;
              $Dt = FDt * e.r * t.r * MDt;
              tPt = VDt * e.g * t.g * MDt;
              ePt = kDt * e.b * t.b * MDt;
              CDt.r = $Dt * i.r;
              CDt.g = tPt * i.g;
              CDt.b = ePt * i.b;
              if (null == n.darkColor) xDt.set(0, 0, 0, 1); else {
                xDt.r = n.darkColor.r * $Dt;
                xDt.g = n.darkColor.g * tPt;
                xDt.b = n.darkColor.b * ePt;
              }
              xDt.a = IDt ? 255 : 0;
              if (PDt) if (s.isClipping()) {
                jDt = PDt ? 12 : 8;
                const t = yPt.subarray(qDt);
                const e = yPt.subarray(qDt + 3);
                s.clipTriangles(t, XDt, gPt.subarray(JDt), KDt, e, CDt, xDt, PDt, HDt);
                const i = s.clippedVertices;
                const n = s.clippedTriangles;
                BPt(i, n);
                n.length > 0 && gPt.set(n, JDt);
                if (APt) for (let t = 0, e = i.length, s = qDt; t < e; t += jDt, s += HDt) {
                  wDt.x = i[t];
                  wDt.y = i[t + 1];
                  RDt.x = i[t + 6];
                  RDt.y = i[t + 7];
                  APt.transform(wDt, RDt, CDt, xDt);
                  yPt[s] = wDt.x;
                  yPt[s + 1] = wDt.y;
                  yPt[s + 3] = RDt.x;
                  yPt[s + 4] = RDt.y;
                  bPt[s + 5] = wPt(i[t + 2], i[t + 3], i[t + 4], i[t + 5]);
                  bPt[s + 6] = wPt(i[t + 8], i[t + 9], i[t + 10], i[t + 11]);
                } else for (let t = 0, e = i.length, s = qDt; t < e; t += jDt, s += HDt) {
                  yPt[s] = i[t];
                  yPt[s + 1] = i[t + 1];
                  yPt[s + 3] = i[t + 6];
                  yPt[s + 4] = i[t + 7];
                  bPt[s + 5] = wPt(i[t + 2], i[t + 3], i[t + 4], i[t + 5]);
                  bPt[s + 6] = wPt(i[t + 8], i[t + 9], i[t + 10], i[t + 11]);
                }
              } else {
                GDt = xPt(CDt);
                zDt = xPt(xDt);
                if (APt) for (let t = qDt, e = qDt + XDt; t < e; t += HDt) {
                  wDt.x = yPt[t];
                  wDt.y = yPt[t + 1];
                  RDt.x = yPt[t + 3];
                  RDt.y = yPt[t + 4];
                  APt.transform(wDt, RDt, CDt, xDt);
                  yPt[t] = wDt.x;
                  yPt[t + 1] = wDt.y;
                  yPt[t + 3] = RDt.x;
                  yPt[t + 4] = RDt.y;
                  bPt[t + 5] = GDt;
                  bPt[t + 6] = zDt;
                } else for (let t = qDt, e = qDt + XDt; t < e; t += HDt) {
                  bPt[t + 5] = GDt;
                  bPt[t + 6] = zDt;
                }
              } else if (s.isClipping()) {
                jDt = PDt ? 12 : 8;
                const t = yPt.subarray(qDt);
                const e = yPt.subarray(qDt + 3);
                s.clipTriangles(t, XDt, gPt.subarray(JDt), KDt, e, CDt, xDt, PDt, HDt);
                const i = s.clippedVertices;
                const n = s.clippedTriangles;
                BPt(i, n);
                n.length > 0 && gPt.set(n, JDt);
                if (APt) for (let t = 0, e = i.length, s = qDt; t < e; t += jDt, s += HDt) {
                  wDt.x = i[t];
                  wDt.y = i[t + 1];
                  RDt.x = i[t + 6];
                  RDt.y = i[t + 7];
                  APt.transform(wDt, RDt, CDt, xDt);
                  yPt[s] = wDt.x;
                  yPt[s + 1] = wDt.y;
                  yPt[s + 3] = RDt.x;
                  yPt[s + 4] = RDt.y;
                  bPt[s + 5] = wPt(i[t + 2], i[t + 3], i[t + 4], i[t + 5]);
                } else for (let t = 0, e = i.length, s = qDt; t < e; t += jDt, s += HDt) {
                  yPt[s] = i[t];
                  yPt[s + 1] = i[t + 1];
                  yPt[s + 3] = i[t + 6];
                  yPt[s + 4] = i[t + 7];
                  bPt[s + 5] = wPt(i[t + 2], i[t + 3], i[t + 4], i[t + 5]);
                }
              } else {
                GDt = xPt(CDt);
                if (APt) for (let t = qDt, e = qDt + XDt; t < e; t += HDt) {
                  wDt.x = yPt[t];
                  wDt.y = yPt[t + 1];
                  RDt.x = yPt[t + 3];
                  RDt.y = yPt[t + 4];
                  APt.transform(wDt, RDt, CDt, xDt);
                  yPt[t] = wDt.x;
                  yPt[t + 1] = wDt.y;
                  yPt[t + 3] = RDt.x;
                  yPt[t + 4] = RDt.y;
                  bPt[t + 5] = GDt;
                } else for (let t = qDt, e = qDt + XDt; t < e; t += HDt) bPt[t + 5] = GDt;
              }
            }
            m.internal.SpineAssembler = MPt;
            const PPt = {
              getAssembler: () => MPt
            };
            bDt.Assembler = PPt;
            const OPt = window.spine;
            const NPt = OPt.VertexEffectDelegate;
            let LPt;
            !function(t) {
              t[t.REGION = 0] = "REGION";
              t[t.BOUNDING_BOX = 1] = "BOUNDING_BOX";
              t[t.MESH = 2] = "MESH";
              t[t.SKINNED_MESH = 3] = "SKINNED_MESH";
            }(LPt || (LPt = {}));
            he(LPt);
            let FPt;
            !function(t) {
              t[t.START = 0] = "START";
              t[t.INTERRUPT = 1] = "INTERRUPT";
              t[t.END = 2] = "END";
              t[t.DISPOSE = 3] = "DISPOSE";
              t[t.COMPLETE = 4] = "COMPLETE";
              t[t.EVENT = 5] = "EVENT";
            }(FPt || (FPt = {}));
            he(FPt);
            m.internal.SpineAnimationEventType = FPt;
            t("sp", Object.freeze({
              __proto__: null,
              timeScale: 1,
              get DefaultSkinsEnum() {
                return dDt;
              },
              get DefaultAnimsEnum() {
                return pDt;
              },
              get AnimationCacheMode() {
                return mDt;
              },
              get SpineMaterialType() {
                return gDt;
              },
              SpineSocket: yDt,
              Skeleton: bDt,
              SkeletonData: dBt,
              simpleSpineAssembler: PPt,
              spine: OPt,
              VertexEffectDelegate: NPt,
              get ATTACHMENT_TYPE() {
                return LPt;
              },
              get AnimationEventType() {
                return FPt;
              }
            }));
            t("HeightField", class {
              constructor(t, e) {
                this.data = new Uint16Array;
                this.w = 0;
                this.h = 0;
                this.w = t;
                this.h = e;
                this.data = new Uint16Array(t * e);
                for (let i = 0; i < t * e; ++i) this.data[i] = 0;
              }
              set(t, e, i) {
                this.data[e * this.w + t] = i;
              }
              get(t, e) {
                return this.data[e * this.w + t];
              }
              getClamp(t, e) {
                t = _i(t, 0, this.w - 1);
                e = _i(e, 0, this.h - 1);
                return this.get(t, e);
              }
              getAt(t, e) {
                const i = t;
                const s = e;
                let n = Math.floor(i);
                let r = Math.floor(s);
                let o = n + 1;
                let a = r + 1;
                const l = i - n;
                const h = s - r;
                n = _i(n, 0, this.w - 1);
                r = _i(r, 0, this.h - 1);
                o = _i(o, 0, this.w - 1);
                a = _i(a, 0, this.h - 1);
                let c = this.get(n, r);
                const u = this.get(o, r);
                const _ = this.get(n, a);
                let d = this.get(o, a);
                const p = .5 * (u + _);
                l + h <= 1 ? d = p + (p - c) : c = p + (p - d);
                return (c * (1 - l) + u * l) * (1 - h) + (_ * (1 - l) + d * l) * h;
              }
            });
            const VPt = 33;
            const kPt = 32;
            const UPt = 1e14;
            class GPt {
              constructor() {
                this.level = 0;
                this.north = 0;
                this.south = 0;
                this.west = 0;
                this.east = 0;
              }
              equals(t) {
                return this.level === t.level && this.north === t.north && this.south === t.south && this.west === t.west && this.east === t.east;
              }
            }
            class zPt {
              constructor() {
                this.size = 0;
                this.indices = null;
              }
            }
            class HPt {
              constructor() {
                this.key = new GPt;
                this.start = 0;
                this.size = 0;
                this.buffer = null;
                this.primCount = 0;
              }
            }
            class jPt {
              static mapIndex(t, e, i) {
                return 16 * t + 4 * e + i;
              }
              constructor() {
                this._bodyIndexPool = void 0;
                this._connecterIndexPool = void 0;
                this._indexMap = [];
                this._indexBuffer = new Uint16Array;
                this._bodyIndexPool = new Array(4);
                for (let t = 0; t < 4; ++t) this._bodyIndexPool[t] = new zPt;
                this._connecterIndexPool = new Array(64);
                for (let t = 0; t < 4; ++t) for (let e = 0; e < 4; ++e) for (let i = 0; i < 4; ++i) this._connecterIndexPool[jPt.mapIndex(t, e, i)] = new zPt;
                for (let t = 0; t < 4; ++t) this._genBodyIndex(t);
                for (let t = 0; t < 4; ++t) for (let e = 0; e < 4; ++e) {
                  this._genConnecterIndexNorth(t, e);
                  this._genConnecterIndexSouth(t, e);
                  this._genConnecterIndexWest(t, e);
                  this._genConnecterIndexEast(t, e);
                }
                for (let t = 0; t < 4; ++t) for (let e = 0; e < 4; ++e) if (!(e < t)) for (let i = 0; i < 4; ++i) if (!(i < t)) for (let s = 0; s < 4; ++s) if (!(s < t)) for (let n = 0; n < 4; ++n) {
                  if (n < t) continue;
                  const r = new GPt;
                  r.level = t;
                  r.north = e;
                  r.south = i;
                  r.west = s;
                  r.east = n;
                  this._genIndexData(r);
                }
              }
              getIndexData(t) {
                for (let e = 0; e < this._indexMap.length; ++e) if (this._indexMap[e].key.equals(t)) return this._indexMap[e];
                return null;
              }
              _genBodyIndex(t) {
                const e = 1 << t;
                let i = kPt >> t;
                let s = 0;
                if (t < 3) {
                  i -= 2;
                  s = e * VPt + e;
                }
                if (0 === i || 0 === i) return;
                const n = i * i * 6;
                this._bodyIndexPool[t].indices = new Uint16Array(n);
                let r = 0;
                const o = new Uint16Array(n);
                let a = s;
                let l = a + VPt * e;
                for (let t = 0; t < i; ++t) {
                  for (let t = 0; t < i; ++t) {
                    o[r++] = l + t * e;
                    o[r++] = l + (t + 1) * e;
                    o[r++] = a + t * e;
                    o[r++] = l + (t + 1) * e;
                    o[r++] = a + (t + 1) * e;
                    o[r++] = a + t * e;
                  }
                  a += VPt * e;
                  l += VPt * e;
                }
                this._bodyIndexPool[t].size = r;
                this._bodyIndexPool[t].indices = o;
              }
              _genConnecterIndexNorth(t, e) {
                const i = jPt.mapIndex(t, e, 0);
                if (e < t || 3 === t) {
                  this._connecterIndexPool[i].size = 0;
                  this._connecterIndexPool[i].indices = null;
                  return;
                }
                const s = 1 << t;
                const n = 1 << e;
                const r = kPt >> t;
                let o = 0;
                const a = new Uint16Array(2 * r + 2);
                a[o++] = 0;
                a[o++] = 0;
                for (let t = 1; t < r; ++t) {
                  const e = t * s;
                  const i = s * VPt + e;
                  const r = (s - s) * VPt + e / n * n;
                  a[o++] = i;
                  a[o++] = r;
                }
                a[o++] = 32;
                a[o++] = 32;
                this._connecterIndexPool[i].size = o;
                this._connecterIndexPool[i].indices = a;
              }
              _genConnecterIndexSouth(t, e) {
                const i = jPt.mapIndex(t, e, 1);
                if (e < t || 3 === t) {
                  this._connecterIndexPool[i].size = 0;
                  this._connecterIndexPool[i].indices = null;
                  return;
                }
                const s = 1 << t;
                const n = 1 << e;
                const r = kPt >> t;
                let o = 0;
                const a = new Uint16Array(2 * r + 2);
                a[o++] = 1056;
                a[o++] = 1056;
                for (let t = 1; t < r; ++t) {
                  const e = t * s;
                  const i = 32 - s;
                  const r = (i + s) * VPt + e / n * n;
                  const l = i * VPt + e;
                  a[o++] = r;
                  a[o++] = l;
                }
                a[o++] = 1088;
                a[o++] = 1088;
                this._connecterIndexPool[i].size = o;
                this._connecterIndexPool[i].indices = a;
              }
              _genConnecterIndexWest(t, e) {
                const i = jPt.mapIndex(t, e, 2);
                if (e < t || 3 === t) {
                  this._connecterIndexPool[i].size = 0;
                  this._connecterIndexPool[i].indices = null;
                  return;
                }
                const s = 1 << t;
                const n = 1 << e;
                const r = kPt >> t;
                let o = 0;
                const a = new Uint16Array(2 * r + 2);
                a[o++] = 0;
                a[o++] = 0;
                for (let t = 1; t < r; ++t) {
                  const e = t * s / n * n * VPt + 0;
                  const i = t * s * VPt + s;
                  a[o++] = e;
                  a[o++] = i;
                }
                a[o++] = 1056;
                a[o++] = 1056;
                this._connecterIndexPool[i].size = o;
                this._connecterIndexPool[i].indices = a;
              }
              _genConnecterIndexEast(t, e) {
                const i = jPt.mapIndex(t, e, 3);
                if (e < t || 3 === t) {
                  this._connecterIndexPool[i].size = 0;
                  this._connecterIndexPool[i].indices = null;
                  return;
                }
                const s = 1 << t;
                const n = 1 << e;
                const r = kPt >> t;
                let o = 0;
                const a = new Uint16Array(2 * r + 2);
                a[o++] = 32;
                a[o++] = 32;
                for (let t = 1; t < r; ++t) {
                  const e = t * s * VPt + (32 - s);
                  const i = t * s / n * n * VPt + 32;
                  a[o++] = e;
                  a[o++] = i;
                }
                a[o++] = 1088;
                a[o++] = 1088;
                this._connecterIndexPool[i].size = o;
                this._connecterIndexPool[i].indices = a;
              }
              _getConnenterIndex(t, e, i) {
                return this._connecterIndexPool[jPt.mapIndex(t, e, i)];
              }
              _genIndexData(t) {
                let e = this.getIndexData(t);
                if (null != e) return e;
                const i = this._bodyIndexPool[t.level];
                const s = this._getConnenterIndex(t.level, t.north, 0);
                const n = this._getConnenterIndex(t.level, t.south, 1);
                const r = this._getConnenterIndex(t.level, t.west, 2);
                const o = this._getConnenterIndex(t.level, t.east, 3);
                e = new HPt;
                e.size = 0;
                e.primCount = 0;
                null != i.indices && (e.size += i.size);
                s.indices && (e.size += 3 * (s.size - 2));
                n.indices && (e.size += 3 * (n.size - 2));
                r.indices && (e.size += 3 * (r.size - 2));
                o.indices && (e.size += 3 * (o.size - 2));
                if (0 === e.size) return null;
                let a = 0;
                e.buffer = new Uint16Array(e.size);
                e.key.level = t.level;
                e.key.east = t.east;
                e.key.west = t.west;
                e.key.north = t.north;
                e.key.south = t.south;
                if (i.indices) for (let t = 0; t < i.size; ++t) e.buffer[a++] = i.indices[t];
                if (s.indices) for (let t = 0; t < s.size - 2; t += 2) {
                  const i = s.indices[t + 0];
                  const n = s.indices[t + 1];
                  const r = s.indices[t + 2];
                  const o = s.indices[t + 3];
                  e.buffer[a++] = i;
                  e.buffer[a++] = r;
                  e.buffer[a++] = n;
                  e.buffer[a++] = r;
                  e.buffer[a++] = o;
                  e.buffer[a++] = n;
                }
                if (n.indices) for (let t = 0; t < n.size - 2; t += 2) {
                  const i = n.indices[t + 0];
                  const s = n.indices[t + 1];
                  const r = n.indices[t + 2];
                  const o = n.indices[t + 3];
                  e.buffer[a++] = i;
                  e.buffer[a++] = r;
                  e.buffer[a++] = s;
                  e.buffer[a++] = r;
                  e.buffer[a++] = o;
                  e.buffer[a++] = s;
                }
                if (r.indices) for (let t = 0; t < r.size - 2; t += 2) {
                  const i = r.indices[t + 0];
                  const s = r.indices[t + 1];
                  const n = r.indices[t + 2];
                  const o = r.indices[t + 3];
                  e.buffer[a++] = i;
                  e.buffer[a++] = n;
                  e.buffer[a++] = s;
                  e.buffer[a++] = n;
                  e.buffer[a++] = o;
                  e.buffer[a++] = s;
                }
                if (o.indices) for (let t = 0; t < o.size - 2; t += 2) {
                  const i = o.indices[t + 0];
                  const s = o.indices[t + 1];
                  const n = o.indices[t + 2];
                  const r = o.indices[t + 3];
                  e.buffer[a++] = i;
                  e.buffer[a++] = n;
                  e.buffer[a++] = s;
                  e.buffer[a++] = n;
                  e.buffer[a++] = r;
                  e.buffer[a++] = s;
                }
                e.primCount = a / 3;
                e.start = this._indexBuffer.length;
                this._indexMap.push(e);
                const l = new Uint16Array(e.start + e.size);
                l.set(this._indexBuffer, 0);
                l.set(e.buffer, e.start);
                this._indexBuffer = l;
                return e;
              }
            }
            var XPt, WPt, YPt, qPt, KPt, JPt, ZPt, QPt, $Pt, tOt, eOt, iOt, sOt, nOt, rOt, oOt, aOt, lOt, hOt, cOt, uOt, _Ot, dOt, pOt, mOt, fOt, gOt, yOt, bOt, SOt, AOt, TOt, vOt, EOt, COt, xOt, wOt, ROt, IOt, MOt, BOt, DOt, POt, OOt, NOt, LOt, FOt, VOt;
            let kOt = t("TerrainInfo", Ul("cc.TerrainInfo")(XPt = (WPt = (ZPt = class {
              constructor() {
                Ml(this, "tileSize", YPt, this);
                Ml(this, "blockCount", qPt, this);
                Ml(this, "weightMapSize", KPt, this);
                Ml(this, "lightMapSize", JPt, this);
              }
              get size() {
                const t = new rs(0, 0);
                t.width = this.blockCount[0] * bwt * this.tileSize;
                t.height = this.blockCount[1] * bwt * this.tileSize;
                return t;
              }
              get tileCount() {
                const t = [ 0, 0 ];
                t[0] = this.blockCount[0] * bwt;
                t[1] = this.blockCount[1] * bwt;
                return t;
              }
              get vertexCount() {
                const t = this.tileCount;
                t[0] += 1;
                t[1] += 1;
                return t;
              }
            }, ZPt), YPt = Bl(WPt.prototype, "tileSize", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), qPt = Bl(WPt.prototype, "blockCount", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [ 1, 1 ];
              }
            }), KPt = Bl(WPt.prototype, "weightMapSize", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 128;
              }
            }), JPt = Bl(WPt.prototype, "lightMapSize", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 128;
              }
            }), WPt)) || XPt);
            let UOt = t("TerrainLayer", Ul("cc.TerrainLayer")(QPt = ($Pt = class {
              constructor() {
                Ml(this, "detailMap", tOt, this);
                Ml(this, "normalMap", eOt, this);
                Ml(this, "tileSize", iOt, this);
                Ml(this, "metallic", sOt, this);
                Ml(this, "roughness", nOt, this);
              }
            }, tOt = Bl($Pt.prototype, "detailMap", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), eOt = Bl($Pt.prototype, "normalMap", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), iOt = Bl($Pt.prototype, "tileSize", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), sOt = Bl($Pt.prototype, "metallic", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), nOt = Bl($Pt.prototype, "roughness", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), $Pt)) || QPt);
            class GOt extends wS {
              constructor(...t) {
                super(...t);
                this._model = null;
                this._meshData = null;
                this._brushPass = null;
                this._brushMaterial = null;
                this._currentMaterial = null;
                this._currentMaterialLayers = 0;
              }
              destroy() {
                if (null != this._model) {
                  m.director.root.destroyModel(this._model);
                  this._model = null;
                }
                return super.destroy();
              }
              _destroyModel() {
                if (null != this._model) {
                  m.director.root.destroyModel(this._model);
                  this._model = null;
                }
              }
              _invalidMaterial() {
                if (null != this._currentMaterial) {
                  this._clearMaterials();
                  this._brushPass = null;
                  this._currentMaterial = null;
                  null != this._model && (this._model.enabled = !1);
                }
              }
              _updateMaterial(t, e) {
                if (null == this._meshData || null == this._model) return !1;
                const i = t.getMaxLayer();
                if (null == this._currentMaterial || i !== this._currentMaterialLayers) {
                  this._currentMaterial = new hm;
                  this._currentMaterial.initialize({
                    effectAsset: t.getTerrain().getEffectAsset(),
                    defines: t._getMaterialDefines(i)
                  });
                  if (null !== this._brushMaterial) {
                    const t = new hm;
                    t.copy(this._brushMaterial);
                    this._brushPass = null;
                    if (null !== t.passes && t.passes.length > 0) {
                      this._brushPass = t.passes[0];
                      this._currentMaterial.passes.push(this._brushPass);
                      t.passes.pop();
                    }
                  }
                  e && this._model.initSubModel(0, this._meshData, this._currentMaterial);
                  this.setMaterial(this._currentMaterial, 0);
                  this._currentMaterialLayers = i;
                  this._model.enabled = !0;
                  this._model.receiveShadow = t.getTerrain().receiveShadow;
                  return !0;
                }
                return !1;
              }
              _onMaterialModified(t, e) {
                null != this._model && this._onRebuildPSO(t, e || this._getBuiltinMaterial());
              }
              _onRebuildPSO(t, e) {
                this._model && this._model.setSubModelMaterial(t, e);
              }
              _clearMaterials() {
                null != this._model && this._onMaterialModified(0, null);
              }
              _getBuiltinMaterial() {
                return xR.get("missing-material");
              }
            }
            let zOt = t("TerrainBlockLightmapInfo", Ul("cc.TerrainBlockLightmapInfo")(rOt = (oOt = class {
              constructor() {
                Ml(this, "texture", aOt, this);
                Ml(this, "UOff", lOt, this);
                Ml(this, "VOff", hOt, this);
                Ml(this, "UScale", cOt, this);
                Ml(this, "VScale", uOt, this);
              }
            }, aOt = Bl(oOt.prototype, "texture", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), lOt = Bl(oOt.prototype, "UOff", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), hOt = Bl(oOt.prototype, "VOff", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), cOt = Bl(oOt.prototype, "UScale", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), uOt = Bl(oOt.prototype, "VScale", [ Yl, nh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), oOt)) || rOt);
            class HOt {
              constructor(t, e, i) {
                this._terrain = void 0;
                this._node = void 0;
                this._renderable = void 0;
                this._index = [ 1, 1 ];
                this._weightMap = null;
                this._lightmapInfo = null;
                this._lodLevel = 0;
                this._lodKey = new GPt;
                this._errorMetrics = [ 0, 0, 0, 0 ];
                this._LevelDistances = [ UPt, UPt, UPt, UPt ];
                this._bbMin = new Pi;
                this._bbMax = new Pi;
                this._terrain = t;
                this._index[0] = e;
                this._index[1] = i;
                this._lightmapInfo = t._getLightmapInfo(e, i);
                this._node = new _y("TerrainBlock");
                this._node.setParent(this._terrain.node);
                this._node.hideFlags |= co.Flags.DontSave | co.Flags.HideInHierarchy;
                this._node.layer = this._terrain.node.layer;
                this._renderable = this._node.addComponent(GOt);
              }
              build() {
                const t = IR.root.device;
                const e = new Float32Array(Awt * Swt * Swt);
                this._buildVertexData(e);
                const i = t.createBuffer(new An(Ts.VERTEX | Ts.TRANSFER_DST, Cs.DEVICE, Awt * Float32Array.BYTES_PER_ELEMENT * Swt * Swt, Awt * Float32Array.BYTES_PER_ELEMENT));
                i.update(e);
                this._buildBoundingBox();
                const s = [ new Vn(cr.ATTR_POSITION, bs.RGB32F), new Vn(cr.ATTR_NORMAL, bs.RGB32F), new Vn(cr.ATTR_TEX_COORD, bs.RG32F) ];
                this._renderable._meshData = new fC([ i ], s, Xs.TRIANGLE_LIST, this._terrain._getSharedIndexBuffer(), null, !1);
                this._renderable._model = m.director.root.createModel(wA);
                this._renderable._model.createBoundingShape(this._bbMin, this._bbMax);
                this._renderable._model.node = this._renderable._model.transform = this._node;
                null != this._renderable.node.scene && (this.visible = !0);
                this._updateWeightMap();
                this._updateMaterial(!0);
                if (this._terrain.lodEnable) {
                  this._updateLodBuffer(e);
                  this._updateIndexBuffer();
                }
              }
              rebuild() {
                this._updateHeight();
                this._updateWeightMap();
                this._renderable._invalidMaterial();
                this._updateMaterial(!1);
              }
              destroy() {
                this.visible = !1;
                this._renderable._destroyModel();
                null != this._node && this._node.isValid && this._node.destroy();
                null != this._weightMap && this._weightMap.destroy();
              }
              update() {
                this._updateMaterial(!1);
                const t = this._terrain.useNormalMap;
                const e = this._terrain.usePBR;
                const i = t => null !== t ? t.detailMap : null;
                const s = t => {
                  let e = null !== t ? t.normalMap : null;
                  null === e && (e = m.builtinResMgr.get("normal-texture"));
                  return e;
                };
                const n = this._renderable._currentMaterial;
                if (null !== n) {
                  const r = this.getMaxLayer();
                  const o = new is(1, 1, 1, 1);
                  const a = new is(1, 1, 1, 1);
                  const l = new is(0, 0, 0, 0);
                  if (0 === r) if (-1 !== this.layers[0]) {
                    const e = this._terrain.getLayer(this.layers[0]);
                    if (null !== e) {
                      o.x = 1 / e.tileSize;
                      a.x = e.roughness;
                      l.x = e.metallic;
                    }
                    n.setProperty("detailMap0", i(e));
                    t && n.setProperty("normalMap0", s(e));
                  } else {
                    n.setProperty("detailMap0", m.builtinResMgr.get("default-texture"));
                    t && n.setProperty("normalMap0", m.builtinResMgr.get("normal-texture"));
                  } else if (1 === r) {
                    const e = this._terrain.getLayer(this.layers[0]);
                    const r = this._terrain.getLayer(this.layers[1]);
                    if (null !== e) {
                      o.x = 1 / e.tileSize;
                      a.x = e.roughness;
                      l.x = e.metallic;
                    }
                    if (null !== r) {
                      o.y = 1 / r.tileSize;
                      a.y = r.roughness;
                      l.y = r.metallic;
                    }
                    n.setProperty("weightMap", this._weightMap);
                    n.setProperty("detailMap0", i(e));
                    n.setProperty("detailMap1", i(r));
                    if (t) {
                      n.setProperty("normalMap0", s(e));
                      n.setProperty("normalMap1", s(r));
                    }
                  } else if (2 === r) {
                    const e = this._terrain.getLayer(this.layers[0]);
                    const r = this._terrain.getLayer(this.layers[1]);
                    const h = this._terrain.getLayer(this.layers[2]);
                    if (null !== e) {
                      o.x = 1 / e.tileSize;
                      a.x = e.roughness;
                      l.x = e.metallic;
                    }
                    if (null !== r) {
                      o.y = 1 / r.tileSize;
                      a.y = r.roughness;
                      l.y = r.metallic;
                    }
                    if (null !== h) {
                      o.z = 1 / h.tileSize;
                      a.z = h.roughness;
                      l.z = h.metallic;
                    }
                    n.setProperty("weightMap", this._weightMap);
                    n.setProperty("detailMap0", i(e));
                    n.setProperty("detailMap1", i(r));
                    n.setProperty("detailMap2", i(h));
                    if (t) {
                      n.setProperty("normalMap0", s(e));
                      n.setProperty("normalMap1", s(r));
                      n.setProperty("normalMap2", s(h));
                    }
                  } else if (3 === r) {
                    const e = this._terrain.getLayer(this.layers[0]);
                    const r = this._terrain.getLayer(this.layers[1]);
                    const h = this._terrain.getLayer(this.layers[2]);
                    const c = this._terrain.getLayer(this.layers[3]);
                    if (null !== e) {
                      o.x = 1 / e.tileSize;
                      a.x = e.roughness;
                      l.x = e.metallic;
                    }
                    if (null !== r) {
                      o.y = 1 / r.tileSize;
                      a.y = r.roughness;
                      l.y = r.metallic;
                    }
                    if (null !== h) {
                      o.z = 1 / h.tileSize;
                      a.z = h.roughness;
                      l.z = h.metallic;
                    }
                    if (null !== c) {
                      o.w = 1 / c.tileSize;
                      a.w = c.roughness;
                      l.w = c.metallic;
                    }
                    n.setProperty("weightMap", this._weightMap);
                    n.setProperty("detailMap0", i(e));
                    n.setProperty("detailMap1", i(r));
                    n.setProperty("detailMap2", i(h));
                    n.setProperty("detailMap3", i(c));
                    if (t) {
                      n.setProperty("normalMap0", s(e));
                      n.setProperty("normalMap1", s(r));
                      n.setProperty("normalMap2", s(h));
                      n.setProperty("normalMap3", s(c));
                    }
                  }
                  n.setProperty("UVScale", o);
                  if (e) {
                    n.setProperty("roughness", a);
                    n.setProperty("metallic", l);
                  }
                  if (null !== this.lightmap) {
                    n.setProperty("lightMap", this.lightmap);
                    n.setProperty("lightMapUVParam", this.lightmapUVParam);
                  }
                }
              }
              _updateLevel(t) {
                const e = new Pi;
                const i = new Pi;
                Pi.add(e, this._bbMin, this._terrain.node.getWorldPosition());
                Pi.add(i, this._bbMax, this._terrain.node.getWorldPosition());
                const s = Pi.distance(e, t);
                const n = Pi.distance(i, t);
                let r = Math.min(s, n);
                r -= this._terrain.LodBias;
                this._lodLevel = 0;
                for (;this._lodLevel < 3; ) {
                  if (r <= this._LevelDistances[this._lodLevel + 1]) break;
                  ++this._lodLevel;
                }
              }
              setBrushMaterial(t) {
                if (this._renderable._brushMaterial !== t) {
                  this._renderable._invalidMaterial();
                  this._renderable._brushMaterial = t;
                }
              }
              _getBrushMaterial() {
                return this._renderable ? this._renderable._brushMaterial : null;
              }
              _getBrushPass() {
                return this._renderable ? this._renderable._brushPass : null;
              }
              get valid() {
                if (null === this._terrain) return !1;
                const t = this._terrain.getBlocks();
                for (let e = 0; e < t.length; ++e) if (t[e] === this) return !0;
                return !1;
              }
              get material() {
                return this._renderable ? this._renderable._currentMaterial : null;
              }
              get layers() {
                return this._terrain.getBlockLayers(this._index[0], this._index[1]);
              }
              get weightmap() {
                return this._weightMap;
              }
              get lightmap() {
                return this._lightmapInfo ? this._lightmapInfo.texture : null;
              }
              get lightmapUVParam() {
                return null != this._lightmapInfo ? new is(this._lightmapInfo.UOff, this._lightmapInfo.VOff, this._lightmapInfo.UScale, this._lightmapInfo.VScale) : new is(0, 0, 0, 0);
              }
              set visible(t) {
                null !== this._renderable._model && (t ? null != this._terrain.node && null != this._terrain.node.scene && null != this._terrain.node.scene.renderScene && null == this._renderable._model.scene && this._terrain.node.scene.renderScene.addModel(this._renderable._model) : null !== this._renderable._model.scene && this._renderable._model.scene.removeModel(this._renderable._model));
              }
              get visible() {
                return null !== this._renderable._model && null !== this._renderable._model.scene;
              }
              getTerrain() {
                return this._terrain;
              }
              getIndex() {
                return this._index;
              }
              getRect() {
                const t = new as;
                t.x = this._index[0] * bwt;
                t.y = this._index[1] * bwt;
                t.width = bwt;
                t.height = bwt;
                return t;
              }
              setLayer(t, e) {
                if (this.layers[t] !== e) {
                  this._terrain.setBlockLayer(this._index[0], this._index[1], t, e);
                  this._renderable._invalidMaterial();
                  this._updateMaterial(!1);
                }
              }
              getLayer(t) {
                return this.layers[t];
              }
              getMaxLayer() {
                return this.layers[3] >= 0 ? 3 : this.layers[2] >= 0 ? 2 : this.layers[1] >= 0 ? 1 : 0;
              }
              _getMaterialDefines(t) {
                return {
                  LAYERS: t + 1,
                  CC_USE_LIGHTMAP: null !== this.lightmap ? 1 : 0,
                  USE_NORMALMAP: this._terrain.useNormalMap ? 1 : 0,
                  USE_PBR: this._terrain.usePBR ? 1 : 0
                };
              }
              _invalidMaterial() {
                this._renderable._invalidMaterial();
              }
              _updateMaterial(t) {
                this._renderable._updateMaterial(this, t) && null !== this.lightmap && this.lightmap.setWrapMode(Zp.CLAMP_TO_BORDER, Zp.CLAMP_TO_BORDER);
              }
              _updateHeight() {
                if (null == this._renderable._meshData) return;
                const t = new Float32Array(Awt * Swt * Swt);
                this._buildVertexData(t);
                this._renderable._meshData.vertexBuffers[0].update(t);
                this._buildBoundingBox();
                this._renderable._model.createBoundingShape(this._bbMin, this._bbMax);
                this._renderable._model.updateWorldBound();
                this._updateLodBuffer(t);
                this._updateIndexBuffer();
              }
              _updateWeightMap() {
                if (0 === this.getMaxLayer()) {
                  if (null != this._weightMap) {
                    this._weightMap.destroy();
                    this._weightMap = null;
                  }
                  return;
                }
                if (null == this._weightMap) {
                  this._weightMap = new LC;
                  this._weightMap.create(this._terrain.weightMapSize, this._terrain.weightMapSize, Jp.RGBA8888);
                  this._weightMap.setFilters(Qp.LINEAR, Qp.LINEAR);
                  this._weightMap.setWrapMode(Zp.CLAMP_TO_EDGE, Zp.CLAMP_TO_EDGE);
                }
                const t = new Uint8Array(this._terrain.weightMapSize * this._terrain.weightMapSize * 4);
                let e = 0;
                for (let i = 0; i < this._terrain.weightMapSize; ++i) for (let s = 0; s < this._terrain.weightMapSize; ++s) {
                  const n = this._index[0] * this._terrain.weightMapSize + s;
                  const r = this._index[1] * this._terrain.weightMapSize + i;
                  const o = this._terrain.getWeight(n, r);
                  t[4 * e + 0] = Math.floor(255 * o.x);
                  t[4 * e + 1] = Math.floor(255 * o.y);
                  t[4 * e + 2] = Math.floor(255 * o.z);
                  t[4 * e + 3] = Math.floor(255 * o.w);
                  e += 1;
                }
                this._weightMap.uploadData(t);
              }
              _updateLightmap(t) {
                this._lightmapInfo = t;
                this._invalidMaterial();
              }
              _updateLod() {
                const t = new GPt;
                t.level = this._lodLevel;
                t.north = this._lodLevel;
                t.south = this._lodLevel;
                t.west = this._lodLevel;
                t.east = this._lodLevel;
                if (this._index[0] > 0) {
                  const e = this.getTerrain().getBlock(this._index[0] - 1, this._index[1]);
                  t.west = e._lodLevel;
                  t.west < this._lodLevel && (t.west = this._lodLevel);
                }
                if (this._index[0] < this._terrain.info.blockCount[0] - 1) {
                  const e = this.getTerrain().getBlock(this._index[0] + 1, this._index[1]);
                  t.east = e._lodLevel;
                  t.east < this._lodLevel && (t.east = this._lodLevel);
                }
                if (this._index[1] > 0) {
                  const e = this.getTerrain().getBlock(this._index[0], this._index[1] - 1);
                  t.north = e._lodLevel;
                  t.north < this._lodLevel && (t.north = this._lodLevel);
                }
                if (this._index[1] < this._terrain.info.blockCount[1] - 1) {
                  const e = this.getTerrain().getBlock(this._index[0], this._index[1] + 1);
                  t.south = e._lodLevel;
                  t.south < this._lodLevel && (t.south = this._lodLevel);
                }
                if (!this._lodKey.equals(t)) {
                  this._lodKey = t;
                  this._updateIndexBuffer();
                }
              }
              _resetLod() {
                const t = new GPt;
                t.level = 0;
                t.north = 0;
                t.south = 0;
                t.west = 0;
                t.east = 0;
                if (!this._lodKey.equals(t)) {
                  this._lodKey = t;
                  this._updateIndexBuffer();
                }
              }
              _updateIndexBuffer() {
                if (null === this._renderable._meshData) return;
                if (null === this._renderable._model) return;
                if (0 === this._renderable._model.subModels.length) return;
                const t = this._terrain._getIndexData(this._lodKey);
                if (null === t) return;
                const e = this._renderable._model.subModels[0];
                e.inputAssembler.firstIndex = t.start;
                e.inputAssembler.indexCount = t.size;
              }
              _getHeight(t, e, i) {
                return i[(Swt * e + t) * Awt + 1];
              }
              _updateLodBuffer(t) {
                this._lodLevel = 0;
                this._lodKey = new GPt;
                this._calcErrorMetrics(t);
                this._calcLevelDistances(t);
              }
              _calcErrorMetrics(t) {
                this._errorMetrics[0] = 0;
                for (let e = 1; e < 4; ++e) this._errorMetrics[e] = this._calcErrorMetric(e, t);
                for (let t = 2; t < 4; ++t) this._errorMetrics[t] = Math.max(this._errorMetrics[t], this._errorMetrics[t - 1]);
              }
              _calcErrorMetric(t, e) {
                let i = 0;
                const s = 1 << t;
                const n = Swt;
                const r = Swt;
                const o = n - 1 >> t;
                const a = r - 1 >> t;
                for (let t = 0; t < r; t += s) for (let n = 0; n < o; ++n) {
                  const r = n * s;
                  const o = r + s;
                  const a = (o + r) / 2;
                  const l = this._getHeight(r, t, e);
                  const h = this._getHeight(o, t, e);
                  const c = this._getHeight(a, t, e);
                  const u = (l + h) / 2;
                  const _ = Math.abs(c - u);
                  i = Math.max(i, _);
                }
                for (let t = 0; t < n; t += s) for (let n = 0; n < a; ++n) {
                  const r = n * s;
                  const o = r + s;
                  const a = (r + o) / 2;
                  const l = this._getHeight(t, r, e);
                  const h = this._getHeight(t, o, e);
                  const c = this._getHeight(t, a, e);
                  const u = (l + h) / 2;
                  const _ = Math.abs(c - u);
                  i = Math.max(i, _);
                }
                for (let t = 0; t < a; ++t) {
                  const n = t * s;
                  const r = n + s;
                  const a = (n + r) / 2;
                  for (let t = 0; t < o; ++t) {
                    const o = t * s;
                    const l = o + s;
                    const h = (o + l) / 2;
                    const c = this._getHeight(o, n, e);
                    const u = this._getHeight(l, r, e);
                    const _ = this._getHeight(h, a, e);
                    const d = (c + u) / 2;
                    const p = Math.abs(_ - d);
                    i = Math.max(i, p);
                  }
                }
                return i;
              }
              _calcLevelDistances(t) {
                for (let t = 1; t < 4; ++t) {
                  const e = 96 * this._errorMetrics[t];
                  this._LevelDistances[t] = e;
                }
              }
              _buildVertexData(t) {
                let e = 0;
                for (let i = 0; i < Swt; ++i) for (let s = 0; s < Swt; ++s) {
                  const n = this._index[0] * bwt + s;
                  const r = this._index[1] * bwt + i;
                  const o = this._terrain.getPosition(n, r);
                  const a = this._terrain.getNormal(n, r);
                  const l = new Qi(s / bwt, i / bwt);
                  t[e++] = o.x;
                  t[e++] = o.y;
                  t[e++] = o.z;
                  t[e++] = a.x;
                  t[e++] = a.y;
                  t[e++] = a.z;
                  t[e++] = l.x;
                  t[e++] = l.y;
                }
              }
              _buildBoundingBox() {
                this._bbMin.set(Number.MAX_VALUE, Number.MAX_VALUE, Number.MAX_VALUE);
                this._bbMax.set(Number.MIN_VALUE, Number.MIN_VALUE, Number.MIN_VALUE);
                for (let t = 0; t < Swt; ++t) for (let e = 0; e < Swt; ++e) {
                  const i = this._index[0] * bwt + e;
                  const s = this._index[1] * bwt + t;
                  const n = this._terrain.getPosition(i, s);
                  Pi.min(this._bbMin, this._bbMin, n);
                  Pi.max(this._bbMax, this._bbMax, n);
                }
              }
            }
            t("TerrainBlock", HOt);
            t("Terrain", (_Ot = Ul("cc.Terrain"), dOt = sh(), pOt = Th(Lwt), mOt = Th(Yp), fOt = rh(), 
            gOt = Th(zOt), yOt = Th(Le), bOt = Th(Le), SOt = Th(Le), AOt = Th(Le), TOt = Th(Ne), 
            vOt = Th(Lwt), EOt = rh(), COt = Th(Yp), xOt = rh(), wOt = Th(kOt), _Ot(ROt = dOt(ROt = Ql(ROt = Hl(ROt = (IOt = (VOt = class extends Qc {
              constructor() {
                super();
                Ml(this, "__asset", MOt, this);
                Ml(this, "_effectAsset", BOt, this);
                Ml(this, "_lightmapInfos", DOt, this);
                Ml(this, "_receiveShadow", POt, this);
                Ml(this, "_useNormalmap", OOt, this);
                Ml(this, "_usePBR", NOt, this);
                Ml(this, "_lodEnable", LOt, this);
                Ml(this, "_lodBias", FOt, this);
                this._buitinAsset = null;
                this._tileSize = 1;
                this._blockCount = [ 1, 1 ];
                this._weightMapSize = 128;
                this._lightMapSize = 128;
                this._heights = new Uint16Array;
                this._weights = new Uint8Array;
                this._normals = new Float32Array;
                this._layerList = [];
                this._layerBuffer = [];
                this._blocks = [];
                this._lod = null;
                this._sharedIndexBuffer = null;
                this._sharedLodIndexBuffer = null;
                for (let t = 0; t < ywt; ++t) this._layerList.push(null);
              }
              set _asset(t) {
                this.__asset = t;
                if (this._buitinAsset !== this.__asset) {
                  this._buitinAsset = this.__asset;
                  for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].destroy();
                  this._blocks = [];
                  if (null === this.__asset) {
                    this._effectAsset = null;
                    this._lightmapInfos = [];
                    this._receiveShadow = !1;
                    this._useNormalmap = !1;
                    this._usePBR = !1;
                    this._tileSize = 1;
                    this._blockCount = [ 1, 1 ];
                    this._weightMapSize = 128;
                    this._lightMapSize = 128;
                    this._heights = new Uint16Array;
                    this._weights = new Uint8Array;
                    this._normals = new Float32Array;
                    this._layerBuffer = [];
                    this._blocks = [];
                    this._layerList = [];
                    for (let t = 0; t < ywt; ++t) this._layerList.push(null);
                  }
                  zo.gfxDevice && this._buildImp();
                }
              }
              get _asset() {
                return this.__asset;
              }
              set effectAsset(t) {
                if (this._effectAsset !== t) {
                  this._effectAsset = t;
                  for (let t = 0; t < this._blocks.length; ++t) this._blocks[t]._invalidMaterial();
                }
              }
              get effectAsset() {
                return this._effectAsset;
              }
              get receiveShadow() {
                return this._receiveShadow;
              }
              set receiveShadow(t) {
                this._receiveShadow = t;
                for (let t = 0; t < this._blocks.length; t++) this._blocks[t]._invalidMaterial();
              }
              get useNormalMap() {
                return this._useNormalmap;
              }
              set useNormalMap(t) {
                this._useNormalmap = t;
                for (let t = 0; t < this._blocks.length; t++) this._blocks[t]._invalidMaterial();
              }
              get usePBR() {
                return this._usePBR;
              }
              set usePBR(t) {
                this._usePBR = t;
                for (let t = 0; t < this._blocks.length; t++) this._blocks[t]._invalidMaterial();
              }
              get lodEnable() {
                return this._lodEnable;
              }
              set lodEnable(t) {
                this._lodEnable = t;
                this._lodEnable && null === this._lod && (this._lod = new jPt);
                if (!this._lodEnable) for (let t = 0; t < this._blocks.length; t++) this._blocks[t]._resetLod();
              }
              get LodBias() {
                return this._lodBias;
              }
              set LodBias(t) {
                this._lodBias = t;
              }
              get size() {
                const t = new rs(0, 0);
                t.width = this.blockCount[0] * bwt * this.tileSize;
                t.height = this.blockCount[1] * bwt * this.tileSize;
                return t;
              }
              get tileSize() {
                return this._tileSize;
              }
              get tileCount() {
                return [ this.blockCount[0] * bwt, this.blockCount[1] * bwt ];
              }
              get vertexCount() {
                const t = this.tileCount;
                t[0] += 1;
                t[1] += 1;
                return t;
              }
              get blockCount() {
                return this._blockCount;
              }
              get lightMapSize() {
                return this._lightMapSize;
              }
              get weightMapSize() {
                return this._weightMapSize;
              }
              get heights() {
                return this._heights;
              }
              get weights() {
                return this._weights;
              }
              get valid() {
                return this._blocks.length > 0;
              }
              get info() {
                const t = new kOt;
                t.tileSize = this.tileSize;
                t.blockCount[0] = this.blockCount[0];
                t.blockCount[1] = this.blockCount[1];
                t.weightMapSize = this.weightMapSize;
                t.lightMapSize = this.lightMapSize;
                return t;
              }
              build(t) {
                this._tileSize = t.tileSize;
                this._blockCount[0] = t.blockCount[0];
                this._blockCount[1] = t.blockCount[1];
                this._weightMapSize = t.weightMapSize;
                this._lightMapSize = t.lightMapSize;
                return this._buildImp();
              }
              rebuild(t) {
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].destroy();
                this._blocks = [];
                this._resetLightmap(!1);
                this._rebuildLayerBuffer(t);
                this._rebuildHeights(t);
                this._rebuildWeights(t);
                this._tileSize = t.tileSize;
                this._blockCount[0] = t.blockCount[0];
                this._blockCount[1] = t.blockCount[1];
                this._weightMapSize = t.weightMapSize;
                this._lightMapSize = t.lightMapSize;
                this._buildNormals();
                for (let t = 0; t < this._blockCount[1]; ++t) for (let e = 0; e < this._blockCount[0]; ++e) this._blocks.push(new HOt(this, e, t));
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].build();
              }
              importHeightField(t, e) {
                let i = 0;
                for (let s = 0; s < this.vertexCount[1]; ++s) for (let n = 0; n < this.vertexCount[0]; ++n) {
                  const r = n / this.tileCount[0];
                  const o = s / this.tileCount[1];
                  const a = t.getAt(r * t.w, o * t.h) * e;
                  this._heights[i++] = a;
                }
                this._buildNormals();
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t]._updateHeight();
              }
              exportHeightField(t, e) {
                let i = 0;
                for (let s = 0; s < t.h; ++s) for (let n = 0; n < t.w; ++n) {
                  const r = n / (t.w - 1);
                  const o = s / (t.h - 1);
                  const a = r * this.size.width;
                  const l = o * this.size.height;
                  const h = this.getHeightAt(a, l);
                  null != h && (t.data[i++] = h * e);
                }
              }
              exportAsset() {
                const t = new Lwt;
                t.tileSize = this.tileSize;
                t.blockCount = this.blockCount;
                t.lightMapSize = this.lightMapSize;
                t.weightMapSize = this.weightMapSize;
                t.heights = this.heights;
                t.weights = this.weights;
                t.layerBuffer = new Array(4 * this._blocks.length);
                for (let e = 0; e < this._blocks.length; ++e) {
                  t.layerBuffer[4 * e + 0] = this._blocks[e].layers[0];
                  t.layerBuffer[4 * e + 1] = this._blocks[e].layers[1];
                  t.layerBuffer[4 * e + 2] = this._blocks[e].layers[2];
                  t.layerBuffer[4 * e + 3] = this._blocks[e].layers[3];
                }
                this.exportLayerListToAsset(t);
                return t;
              }
              exportLayerListToAsset(t) {
                t.layerInfos.length = 0;
                for (let e = 0; e < this._layerList.length; ++e) {
                  const i = this._layerList[e];
                  if (i && i.detailMap && po(i.detailMap)) {
                    const s = new Owt;
                    s.slot = e;
                    s.tileSize = i.tileSize;
                    s.detailMap = i.detailMap;
                    s.normalMap = i.normalMap;
                    s.metallic = i.metallic;
                    s.roughness = i.roughness;
                    t.layerInfos.push(s);
                  }
                }
              }
              getEffectAsset() {
                return null === this._effectAsset ? m.EffectAsset.get("builtin-terrain") : this._effectAsset;
              }
              onEnable() {
                0 === this._blocks.length && this._buildImp();
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].visible = !0;
                m.director.root.pipelineEvent.on(Wf.RENDER_CAMERA_BEGIN, this.onUpdateFromCamera, this);
              }
              onDisable() {
                m.director.root.pipelineEvent.off(Wf.RENDER_CAMERA_BEGIN, this.onUpdateFromCamera, this);
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].visible = !1;
              }
              onDestroy() {
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].destroy();
                this._blocks = [];
                for (let t = 0; t < this._layerList.length; ++t) this._layerList[t] = null;
                null != this._sharedIndexBuffer && this._sharedIndexBuffer.destroy();
              }
              onRestore() {
                this.onEnable();
                this._buildImp(!0);
              }
              update(t) {
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].update();
              }
              onUpdateFromCamera(t) {
                if (this.lodEnable && null != this._sharedLodIndexBuffer && t.scene === this._getRenderScene()) {
                  for (let e = 0; e < this._blocks.length; ++e) this._blocks[e]._updateLevel(t.position);
                  for (let t = 0; t < this._blocks.length; ++t) this._blocks[t]._updateLod();
                }
              }
              addLayer(t) {
                for (let i = 0; i < this._layerList.length; ++i) {
                  var e;
                  if (null === this._layerList[i] || this._layerList[i] && null === (null === (e = this._layerList[i]) || void 0 === e ? void 0 : e.detailMap)) {
                    this._layerList[i] = t;
                    this._asset && this.exportLayerListToAsset(this._asset);
                    return i;
                  }
                }
                return -1;
              }
              setLayer(t, e) {
                this._layerList[t] = e;
                this._asset && this.exportLayerListToAsset(this._asset);
              }
              removeLayer(t) {
                this._layerList[t] = null;
                this._asset && this.exportLayerListToAsset(this._asset);
              }
              getLayer(t) {
                return -1 === t ? null : this._layerList[t];
              }
              getPosition(t, e) {
                const i = t * this._tileSize;
                const s = e * this._tileSize;
                const n = this.getHeight(t, e);
                return new Pi(i, n, s);
              }
              getHeightField() {
                return this._heights;
              }
              setHeight(t, e, i) {
                i = _i(i, Ewt, Cwt);
                this._heights[e * this.vertexCount[0] + t] = Twt + i / vwt;
              }
              getHeight(t, e) {
                return (this._heights[e * this.vertexCount[0] + t] - Twt) * vwt;
              }
              getHeightClamp(t, e) {
                t = _i(t, 0, this.vertexCount[0] - 1);
                e = _i(e, 0, this.vertexCount[1] - 1);
                return this.getHeight(t, e);
              }
              getHeightAt(t, e) {
                const i = t / this.tileSize;
                const s = e / this.tileSize;
                let n = Math.floor(i);
                let r = Math.floor(s);
                let o = n + 1;
                let a = r + 1;
                const l = i - n;
                const h = s - r;
                if (n < 0 || n > this.vertexCount[0] - 1 || r < 0 || r > this.vertexCount[1] - 1) return null;
                n = _i(n, 0, this.vertexCount[0] - 1);
                r = _i(r, 0, this.vertexCount[1] - 1);
                o = _i(o, 0, this.vertexCount[0] - 1);
                a = _i(a, 0, this.vertexCount[1] - 1);
                let c = this.getHeight(n, r);
                const u = this.getHeight(o, r);
                const _ = this.getHeight(n, a);
                let d = this.getHeight(o, a);
                const p = .5 * (u + _);
                l + h <= 1 ? d = p + (p - c) : c = p + (p - d);
                return (c * (1 - l) + u * l) * (1 - h) + (_ * (1 - l) + d * l) * h;
              }
              _setNormal(t, e, i) {
                const s = e * this.vertexCount[0] + t;
                this._normals[3 * s + 0] = i.x;
                this._normals[3 * s + 1] = i.y;
                this._normals[3 * s + 2] = i.z;
              }
              getNormal(t, e) {
                const i = e * this.vertexCount[0] + t;
                const s = new Pi;
                s.x = this._normals[3 * i + 0];
                s.y = this._normals[3 * i + 1];
                s.z = this._normals[3 * i + 2];
                return s;
              }
              getNormalAt(t, e) {
                const i = t / this.tileSize;
                const s = e / this.tileSize;
                let n = Math.floor(i);
                let r = Math.floor(s);
                let o = n + 1;
                let a = r + 1;
                const l = i - n;
                const h = s - r;
                if (n < 0 || n > this.vertexCount[0] - 1 || r < 0 || r > this.vertexCount[1] - 1) return null;
                n = _i(n, 0, this.vertexCount[0] - 1);
                r = _i(r, 0, this.vertexCount[1] - 1);
                o = _i(o, 0, this.vertexCount[0] - 1);
                a = _i(a, 0, this.vertexCount[1] - 1);
                const c = this.getNormal(n, r);
                const u = this.getNormal(o, r);
                const _ = this.getNormal(n, a);
                const d = this.getNormal(o, a);
                const p = new Pi;
                Pi.add(p, u, _).multiplyScalar(.5);
                if (l + h <= 1) {
                  d.set(p);
                  d.subtract(c);
                  d.add(p);
                } else {
                  c.set(p);
                  c.subtract(d);
                  c.add(p);
                }
                const m = new Pi;
                const f = new Pi;
                const g = new Pi;
                Pi.lerp(m, c, u, l);
                Pi.lerp(f, _, d, l);
                Pi.lerp(g, m, f, h);
                return g;
              }
              setWeight(t, e, i) {
                const s = e * this._weightMapSize * this._blockCount[0] + t;
                this._weights[4 * s + 0] = 255 * i.x;
                this._weights[4 * s + 1] = 255 * i.y;
                this._weights[4 * s + 2] = 255 * i.z;
                this._weights[4 * s + 3] = 255 * i.w;
              }
              getWeight(t, e) {
                const i = e * this._weightMapSize * this._blockCount[0] + t;
                const s = new is;
                s.x = this._weights[4 * i + 0] / 255;
                s.y = this._weights[4 * i + 1] / 255;
                s.z = this._weights[4 * i + 2] / 255;
                s.w = this._weights[4 * i + 3] / 255;
                return s;
              }
              getWeightAt(t, e) {
                const i = this.weightMapSize * this.blockCount[0];
                const s = this.weightMapSize * this.blockCount[1];
                if (0 === i || 0 === s) return null;
                const n = t / i;
                const r = e / s;
                let o = Math.floor(n);
                let a = Math.floor(r);
                let l = o + 1;
                let h = a + 1;
                const c = n - o;
                const u = r - a;
                if (o < 0 || o > i - 1 || a < 0 || a > s - 1) return null;
                o = _i(o, 0, i - 1);
                a = _i(a, 0, s - 1);
                l = _i(l, 0, i - 1);
                h = _i(h, 0, s - 1);
                let _ = this.getWeight(o, a);
                const d = this.getWeight(l, a);
                const p = this.getWeight(o, h);
                let m = this.getWeight(l, h);
                const f = new is;
                is.add(f, d, p).multiplyScalar(.5);
                if (c + u <= 1) {
                  m = new is;
                  is.subtract(m, f, _).add(f);
                } else {
                  _ = new is;
                  is.subtract(_, f, m).add(f);
                }
                const g = new is;
                const y = new is;
                const b = new is;
                is.lerp(g, _, d, c);
                is.lerp(y, p, m, c);
                is.lerp(b, g, y, u);
                return b;
              }
              getMaxWeightLayerAt(t, e) {
                const i = this.weightMapSize * this.blockCount[0];
                const s = this.weightMapSize * this.blockCount[1];
                if (0 === i || 0 === s) return null;
                const n = t / i;
                const r = e / s;
                const o = Math.floor(n);
                const a = Math.floor(r);
                if (o < 0 || o > i - 1 || a < 0 || a > s - 1) return null;
                const l = this.getWeight(o, a);
                const h = Math.floor(t / this.weightMapSize);
                const c = Math.floor(e / this.weightMapSize);
                const u = this.getBlock(h, c);
                let _ = 0;
                l.y > l[_] && -1 !== u.getLayer(1) && (_ = 1);
                l.y > l[_] && -1 !== u.getLayer(2) && (_ = 2);
                l.z > l[_] && -1 !== u.getLayer(3) && (_ = 3);
                _ = u.getLayer(_);
                return this.getLayer(_);
              }
              getBlockLayers(t, e) {
                const i = (e * this._blockCount[0] + t) * gwt;
                return [ this._layerBuffer[i], this._layerBuffer[i + 1], this._layerBuffer[i + 2], this._layerBuffer[i + 3] ];
              }
              getBlockLayer(t, e, i) {
                const s = (e * this._blockCount[0] + t) * gwt;
                return this._layerBuffer[s + i];
              }
              setBlockLayer(t, e, i, s) {
                const n = (e * this._blockCount[0] + t) * gwt;
                this._layerBuffer[n + i] = s;
              }
              getBlock(t, e) {
                return this._blocks[e * this._blockCount[0] + t];
              }
              getBlocks() {
                return this._blocks;
              }
              rayCheck(t, e, i, s = !0) {
                const n = t;
                s && Pi.subtract(n, t, this.node.getWorldPosition());
                const r = new Pi;
                r.set(e);
                r.multiplyScalar(i);
                let o = null;
                if (e.equals(new Pi(0, 1, 0))) {
                  const t = this.getHeightAt(n.x, n.z);
                  null != t && n.y <= t && (o = new Pi(n.x, t, n.z));
                } else if (e.equals(new Pi(0, -1, 0))) {
                  const t = this.getHeightAt(n.x, n.z);
                  null != t && n.y >= t && (o = new Pi(n.x, t, n.z));
                } else {
                  let t = 0;
                  for (;t++ < 2e3; ) {
                    const t = this.getHeightAt(n.x, n.z);
                    if (null != t && n.y <= t) break;
                    n.add(e);
                  }
                  for (;t++ < 2e3; ) {
                    const t = this.getHeightAt(n.x, n.z);
                    if (null != t && n.y <= t) {
                      o = new Pi(n.x, t, n.z);
                      break;
                    }
                    n.add(r);
                  }
                }
                return o;
              }
              _createSharedIndexBuffer() {
                const t = zo.gfxDevice;
                if (null !== this._lod) {
                  const e = t.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, Uint16Array.BYTES_PER_ELEMENT * this._lod._indexBuffer.length, Uint16Array.BYTES_PER_ELEMENT));
                  e.update(this._lod._indexBuffer);
                  return e;
                }
                {
                  const e = new Uint16Array(bwt * bwt * 6);
                  let i = 0;
                  for (let t = 0; t < bwt; ++t) for (let s = 0; s < bwt; ++s) {
                    const n = t * Swt + s;
                    const r = t * Swt + s + 1;
                    const o = (t + 1) * Swt + s;
                    const a = (t + 1) * Swt + s + 1;
                    e[i++] = n;
                    e[i++] = o;
                    e[i++] = r;
                    e[i++] = r;
                    e[i++] = o;
                    e[i++] = a;
                  }
                  const s = t.createBuffer(new An(Ts.INDEX | Ts.TRANSFER_DST, Cs.DEVICE, Uint16Array.BYTES_PER_ELEMENT * e.length, Uint16Array.BYTES_PER_ELEMENT));
                  s.update(e);
                  return s;
                }
              }
              _getSharedIndexBuffer() {
                if (null !== this._sharedIndexBuffer) return this._sharedIndexBuffer;
                if (null !== this._sharedLodIndexBuffer) return this._sharedLodIndexBuffer;
                if (null !== this._lod) {
                  this._sharedLodIndexBuffer = this._createSharedIndexBuffer();
                  return this._sharedLodIndexBuffer;
                }
                this._sharedIndexBuffer = this._createSharedIndexBuffer();
                return this._sharedIndexBuffer;
              }
              _getIndexData(t) {
                return null !== this._sharedLodIndexBuffer && null !== this._lod ? this._lod.getIndexData(t) : null;
              }
              _resetLightmap(t) {
                this._lightmapInfos.length = 0;
                if (t) for (let t = 0; t < this._blockCount[0] * this._blockCount[1]; ++t) this._lightmapInfos.push(new zOt);
              }
              _updateLightmap(t, e, i, s, n, r) {
                this._lightmapInfos[t].texture = e;
                this._lightmapInfos[t].UOff = i;
                this._lightmapInfos[t].VOff = s;
                this._lightmapInfos[t].UScale = n;
                this._lightmapInfos[t].VScale = r;
                this._blocks[t]._updateLightmap(this._lightmapInfos[t]);
              }
              _getLightmapInfo(t, e) {
                const i = e * this._blockCount[0] + t;
                return i < this._lightmapInfos.length ? this._lightmapInfos[i] : null;
              }
              _calcNormal(t, e) {
                let i = 1;
                const s = this.getPosition(t, e);
                let n;
                let r;
                if (t < this.vertexCount[0] - 1) n = this.getPosition(t + 1, e); else {
                  i *= -1;
                  n = this.getPosition(t - 1, e);
                }
                if (e < this.vertexCount[1] - 1) r = this.getPosition(t, e + 1); else {
                  i *= -1;
                  r = this.getPosition(t, e - 1);
                }
                n.subtract(s);
                r.subtract(s);
                const o = new Pi;
                o.set(r);
                o.cross(n);
                o.multiplyScalar(i);
                o.normalize();
                return o;
              }
              _buildNormals() {
                let t = 0;
                for (let e = 0; e < this.vertexCount[1]; ++e) for (let i = 0; i < this.vertexCount[0]; ++i) {
                  const s = this._calcNormal(i, e);
                  this._normals[3 * t + 0] = s.x;
                  this._normals[3 * t + 1] = s.y;
                  this._normals[3 * t + 2] = s.z;
                  t += 1;
                }
              }
              _buildImp(t = !1) {
                if (this.valid) return;
                const e = this.__asset;
                this._buitinAsset !== e && (this._buitinAsset = e);
                if (!t && null !== e) {
                  this._tileSize = e.tileSize;
                  this._blockCount = e.blockCount;
                  this._weightMapSize = e.weightMapSize;
                  this._lightMapSize = e.lightMapSize;
                  this._heights = e.heights;
                  this._normals = e.normals;
                  this._weights = e.weights;
                  this._layerBuffer = e.layerBuffer;
                  for (let t = 0; t < this._layerList.length; ++t) this._layerList[t] = null;
                  if (e.version < Mwt) for (let t = 0; t < e.layerBinaryInfos.length; ++t) {
                    const i = new UOt;
                    const s = e.layerBinaryInfos[t];
                    i.tileSize = s.tileSize;
                    m.assetManager.loadAny(s.detailMapId, ((t, e) => {
                      i.detailMap = e;
                    }));
                    "" !== s.normalMapId && m.assetManager.loadAny(s.normalMapId, ((t, e) => {
                      i.normalMap = e;
                    }));
                    i.roughness = s.roughness;
                    i.metallic = s.metallic;
                    this._layerList[s.slot] = i;
                  } else for (let t = 0; t < e.layerInfos.length; ++t) {
                    const i = new UOt;
                    const s = e.layerInfos[t];
                    i.tileSize = s.tileSize;
                    i.detailMap = s.detailMap;
                    i.normalMap = s.normalMap;
                    i.roughness = s.roughness;
                    i.metallic = s.metallic;
                    this._layerList[s.slot] = i;
                  }
                }
                if (0 === this._blockCount[0] || 0 === this._blockCount[1]) return;
                const i = this.vertexCount[0] * this.vertexCount[1];
                if (null === this._heights || this._heights.length !== i) {
                  this._heights = new Uint16Array(i);
                  this._normals = new Float32Array(3 * i);
                  for (let t = 0; t < i; ++t) {
                    this._heights[t] = Twt;
                    this._normals[3 * t + 0] = 0;
                    this._normals[3 * t + 1] = 1;
                    this._normals[3 * t + 2] = 0;
                  }
                }
                if (null === this._normals || this._normals.length !== 3 * i) {
                  this._normals = new Float32Array(3 * i);
                  this._buildNormals();
                }
                const s = this.blockCount[0] * this.blockCount[1] * gwt;
                if (null === this._layerBuffer || this._layerBuffer.length !== s) {
                  this._layerBuffer = new Array(s);
                  for (let t = 0; t < s; ++t) this._layerBuffer[t] = -1;
                }
                const n = this._weightMapSize * this._blockCount[0];
                const r = this._weightMapSize * this._blockCount[1];
                if (this._weights.length !== n * r * 4) {
                  this._weights = new Uint8Array(n * r * 4);
                  for (let t = 0; t < n * r; ++t) {
                    this._weights[4 * t + 0] = 255;
                    this._weights[4 * t + 1] = 0;
                    this._weights[4 * t + 2] = 0;
                    this._weights[4 * t + 3] = 0;
                  }
                }
                for (let t = 0; t < this._blockCount[1]; ++t) for (let e = 0; e < this._blockCount[0]; ++e) this._blocks.push(new HOt(this, e, t));
                for (let t = 0; t < this._blocks.length; ++t) this._blocks[t].build();
              }
              _rebuildHeights(t) {
                if (this.vertexCount[0] === t.vertexCount[0] && this.vertexCount[1] === t.vertexCount[1]) return !1;
                const e = new Uint16Array(t.vertexCount[0] * t.vertexCount[1]);
                for (let t = 0; t < e.length; ++t) e[t] = Twt;
                const i = Math.min(this.vertexCount[0], t.vertexCount[0]);
                const s = Math.min(this.vertexCount[1], t.vertexCount[1]);
                for (let n = 0; n < s; ++n) for (let s = 0; s < i; ++s) {
                  const i = n * t.vertexCount[0] + s;
                  const r = n * this.vertexCount[0] + s;
                  e[i] = this._heights[r];
                }
                this._heights = e;
                return !0;
              }
              _rebuildLayerBuffer(t) {
                if (this.blockCount[0] === t.blockCount[0] && this.blockCount[1] === t.blockCount[1]) return !1;
                const e = [];
                e.length = t.blockCount[0] * t.blockCount[1] * gwt;
                for (let t = 0; t < e.length; ++t) e[t] = -1;
                const i = Math.min(this.blockCount[0], t.blockCount[0]);
                const s = Math.min(this.blockCount[1], t.blockCount[1]);
                for (let n = 0; n < s; ++n) for (let s = 0; s < i; ++s) {
                  const i = n * t.blockCount[0] + s;
                  const r = n * this.blockCount[0] + s;
                  for (let t = 0; t < gwt; ++t) e[i * gwt + t] = this._layerBuffer[r * gwt + t];
                }
                this._layerBuffer = e;
                return !0;
              }
              _rebuildWeights(t) {
                const e = this._weightMapSize;
                const i = this._weightMapSize * this._blockCount[0];
                const s = this._weightMapSize * this._blockCount[1];
                const n = t.weightMapSize * t.blockCount[0];
                const r = t.weightMapSize * t.blockCount[1];
                if (n === i && r === s) return !1;
                const o = new Uint8Array(n * r * 4);
                for (let t = 0; t < n * r; ++t) {
                  o[4 * t + 0] = 255;
                  o[4 * t + 1] = 0;
                  o[4 * t + 2] = 0;
                  o[4 * t + 3] = 0;
                }
                const a = Math.min(t.blockCount[0], this._blockCount[0]);
                const l = Math.min(t.blockCount[1], this._blockCount[1]);
                const h = (t, e, s) => {
                  const n = e * i + t;
                  const r = new is;
                  r.x = s[4 * n + 0] / 255;
                  r.y = s[4 * n + 1] / 255;
                  r.z = s[4 * n + 2] / 255;
                  r.w = s[4 * n + 3] / 255;
                  return r;
                };
                const c = (t, i, s, n, r) => {
                  const o = Math.floor(t);
                  const a = Math.floor(i);
                  const l = Math.min(o + 1, e - 1);
                  const c = Math.min(a + 1, e - 1);
                  const u = t - o;
                  const _ = i - a;
                  const d = h(o + s, a + n, this._weights);
                  const p = h(l + s, a + n, this._weights);
                  const m = h(o + s, c + n, this._weights);
                  const f = h(l + s, c + n, this._weights);
                  const g = new is;
                  is.add(g, p, m).multiplyScalar(.5);
                  if (u + _ <= 1) {
                    f.set(g);
                    f.subtract(d);
                    f.add(g);
                  } else {
                    d.set(g);
                    d.subtract(f);
                    d.add(g);
                  }
                  const y = new is;
                  const b = new is;
                  const S = new is;
                  is.lerp(y, d, p, u);
                  is.lerp(b, m, f, u);
                  is.lerp(S, y, b, _);
                  return S;
                };
                for (let i = 0; i < l; ++i) for (let s = 0; s < a; ++s) {
                  const r = s * e;
                  const a = i * e;
                  for (let l = 0; l < t.weightMapSize; ++l) for (let u = 0; u < t.weightMapSize; ++u) {
                    let _;
                    if (t.weightMapSize === e) _ = h(u + r, l + a, this._weights); else {
                      _ = c(u / (t.weightMapSize - 1) * (e - 1), l / (t.weightMapSize - 1) * (e - 1), r, a, this._weights);
                    }
                    const d = s * t.weightMapSize + u;
                    const p = (i * t.weightMapSize + l) * n + d;
                    o[4 * p + 0] = 255 * _.x;
                    o[4 * p + 1] = 255 * _.y;
                    o[4 * p + 2] = 255 * _.z;
                    o[4 * p + 3] = 255 * _.w;
                  }
                }
                this._weights = o;
                return !0;
              }
            }, VOt), MOt = Bl(IOt.prototype, "__asset", [ pOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), BOt = Bl(IOt.prototype, "_effectAsset", [ mOt, Yl, gh, fOt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), DOt = Bl(IOt.prototype, "_lightmapInfos", [ gOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), POt = Bl(IOt.prototype, "_receiveShadow", [ yOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), OOt = Bl(IOt.prototype, "_useNormalmap", [ bOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), NOt = Bl(IOt.prototype, "_usePBR", [ SOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), LOt = Bl(IOt.prototype, "_lodEnable", [ AOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), FOt = Bl(IOt.prototype, "_lodBias", [ TOt, Yl, gh ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(IOt.prototype, "_asset", [ vOt, EOt ], Object.getOwnPropertyDescriptor(IOt.prototype, "_asset"), IOt.prototype), 
            Bl(IOt.prototype, "effectAsset", [ COt, xOt ], Object.getOwnPropertyDescriptor(IOt.prototype, "effectAsset"), IOt.prototype), 
            Bl(IOt.prototype, "receiveShadow", [ nh ], Object.getOwnPropertyDescriptor(IOt.prototype, "receiveShadow"), IOt.prototype), 
            Bl(IOt.prototype, "useNormalMap", [ nh ], Object.getOwnPropertyDescriptor(IOt.prototype, "useNormalMap"), IOt.prototype), 
            Bl(IOt.prototype, "usePBR", [ nh ], Object.getOwnPropertyDescriptor(IOt.prototype, "usePBR"), IOt.prototype), 
            Bl(IOt.prototype, "lodEnable", [ nh ], Object.getOwnPropertyDescriptor(IOt.prototype, "lodEnable"), IOt.prototype), 
            Bl(IOt.prototype, "LodBias", [ nh ], Object.getOwnPropertyDescriptor(IOt.prototype, "LodBias"), IOt.prototype), 
            Bl(IOt.prototype, "info", [ wOt ], Object.getOwnPropertyDescriptor(IOt.prototype, "info"), IOt.prototype), 
            IOt)) || ROt) || ROt) || ROt) || ROt));
            let jOt;
            !function(t) {
              t[t.ORTHO = 0] = "ORTHO";
              t[t.HEX = 1] = "HEX";
              t[t.ISO = 2] = "ISO";
            }(jOt || (jOt = {}));
            he(jOt);
            let XOt;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.MAP = 1] = "MAP";
              t[t.LAYER = 2] = "LAYER";
              t[t.OBJECTGROUP = 3] = "OBJECTGROUP";
              t[t.OBJECT = 4] = "OBJECT";
              t[t.TILE = 5] = "TILE";
            }(XOt || (XOt = {}));
            he(XOt);
            let WOt;
            !function(t) {
              t[t.HORIZONTAL = 2147483648] = "HORIZONTAL";
              t[t.VERTICAL = 1073741824] = "VERTICAL";
              t[t.DIAGONAL = 536870912] = "DIAGONAL";
              t[t.FLIPPED_ALL = 4026531840] = "FLIPPED_ALL";
              t[t.FLIPPED_MASK = 268435455] = "FLIPPED_MASK";
            }(WOt || (WOt = {}));
            he(WOt);
            let YOt;
            !function(t) {
              t[t.STAGGERAXIS_X = 0] = "STAGGERAXIS_X";
              t[t.STAGGERAXIS_Y = 1] = "STAGGERAXIS_Y";
            }(YOt || (YOt = {}));
            he(YOt);
            let qOt;
            !function(t) {
              t[t.STAGGERINDEX_ODD = 0] = "STAGGERINDEX_ODD";
              t[t.STAGGERINDEX_EVEN = 1] = "STAGGERINDEX_EVEN";
            }(qOt || (qOt = {}));
            he(qOt);
            let KOt;
            !function(t) {
              t[t.RightDown = 0] = "RightDown";
              t[t.RightUp = 1] = "RightUp";
              t[t.LeftDown = 2] = "LeftDown";
              t[t.LeftUp = 3] = "LeftUp";
            }(KOt || (KOt = {}));
            he(KOt);
            let JOt;
            !function(t) {
              t[t.RECT = 0] = "RECT";
              t[t.ELLIPSE = 1] = "ELLIPSE";
              t[t.POLYGON = 2] = "POLYGON";
              t[t.POLYLINE = 3] = "POLYLINE";
              t[t.IMAGE = 4] = "IMAGE";
              t[t.TEXT = 5] = "TEXT";
            }(JOt || (JOt = {}));
            he(JOt);
            class ZOt {
              constructor() {
                this.name = "";
                this.firstGid = 0;
                this.spacing = 0;
                this.margin = 0;
                this.sourceImage = void 0;
                this.imageName = null;
                this.imageSize = new rs(0, 0);
                this.tileOffset = new Qi(0, 0);
                this._tileSize = new rs(0, 0);
                this.collection = !1;
              }
              rectForGID(t, e) {
                const i = e || new as(0, 0, 0, 0);
                i.width = this._tileSize.width;
                i.height = this._tileSize.height;
                let s = t;
                s &= WOt.FLIPPED_MASK;
                s -= this.firstGid;
                const n = Math.floor((this.imageSize.width - 2 * this.margin + this.spacing) / (this._tileSize.width + this.spacing));
                i.x = Math.round(s % n * (this._tileSize.width + this.spacing) + this.margin);
                i.y = Math.round(Math.floor(s / n) * (this._tileSize.height + this.spacing) + this.margin);
                return i;
              }
            }
            class QOt {
              constructor() {
                this.properties = {};
                this.name = "";
                this.objects = [];
                this.visible = !0;
                this.opacity = 0;
                this.color = new Bi(255, 255, 255, 255);
                this.offset = new Qi(0, 0);
                this.draworder = "topdown";
                this.tintColor = null;
              }
              getProperties() {
                return this.properties;
              }
              setProperties(t) {
                this.properties = t;
              }
            }
            class $Ot {
              constructor() {
                this.properties = {};
                this.name = "";
                this.layerSize = null;
                this.tiles = [];
                this.visible = !0;
                this.opacity = 0;
                this.ownTiles = !0;
                this.minGID = 1e5;
                this.maxGID = 0;
                this.offset = new Qi(0, 0);
                this.tintColor = null;
              }
              getProperties() {
                return this.properties;
              }
              setProperties(t) {
                this.properties = t;
              }
            }
            $Ot.ATTRIB_NONE = 1;
            $Ot.ATTRIB_BASE64 = 2;
            $Ot.ATTRIB_GZIP = 4;
            $Ot.ATTRIB_ZLIB = 8;
            class tNt {
              constructor() {
                this.name = "";
                this.visible = !0;
                this.width = 0;
                this.height = 0;
                this.offset = new Qi(0, 0);
                this.opacity = 0;
                this.trans = new Bi(255, 255, 255, 255);
                this.sourceImage = void 0;
                this.tintColor = null;
              }
            }
            function eNt(t) {
              const e = IP.HorizontalAlign;
              switch (t) {
               case "center":
                return e.CENTER;

               case "right":
                return e.RIGHT;

               default:
                return e.LEFT;
              }
            }
            function iNt(t) {
              const e = IP.VerticalAlign;
              switch (t) {
               case "center":
                return e.CENTER;

               case "bottom":
                return e.BOTTOM;

               default:
                return e.TOP;
              }
            }
            function sNt(t) {
              if (!t) return new Bi(0, 0, 0, 255);
              if (8 === (t = -1 !== t.indexOf("#") ? t.substring(1) : t).length) {
                const e = parseInt(t.substr(0, 2), 16) || 255;
                const i = parseInt(t.substr(2, 2), 16) || 0;
                const s = parseInt(t.substr(4, 2), 16) || 0;
                const n = parseInt(t.substr(6, 2), 16) || 0;
                return new Bi(i, s, n, e);
              }
              {
                const e = parseInt(t.substr(0, 2), 16) || 0;
                const i = parseInt(t.substr(2, 2), 16) || 0;
                const s = parseInt(t.substr(4, 2), 16) || 0;
                return new Bi(e, i, s, 255);
              }
            }
            function nNt(t, e) {
              const i = [];
              const s = t.getElementsByTagName("properties");
              for (let t = 0; t < s.length; ++t) {
                const e = s[t].getElementsByTagName("property");
                for (let t = 0; t < e.length; ++t) i.push(e[t]);
              }
              e = e || {};
              for (let t = 0; t < i.length; t++) {
                const s = i[t];
                const n = s.getAttribute("name");
                const r = s.getAttribute("type") || "string";
                let o = s.getAttribute("value");
                "int" === r ? o = parseInt(o) : "float" === r ? o = parseFloat(o) : "bool" === r ? o = "true" === o : "color" === r && (o = sNt(o));
                e[n] = o;
              }
              return e;
            }
            class rNt {
              get mapSize() {
                return this._mapSize;
              }
              get tileSize() {
                return this._tileSize;
              }
              constructor(t, e, i, s, n) {
                this.properties = {};
                this.orientation = null;
                this.parentElement = null;
                this.parentGID = 0;
                this.layerAttrs = 0;
                this.storingCharacters = !1;
                this.currentString = null;
                this.renderOrder = KOt.RightDown;
                this._supportVersion = [ 1, 4, 0 ];
                this._objectGroups = [];
                this._allChildren = [];
                this._mapSize = new rs(0, 0);
                this._tileSize = new rs(0, 0);
                this._layers = [];
                this._tilesets = [];
                this._imageLayers = [];
                this._tileProperties = new Map;
                this._tileAnimations = {};
                this._tsxContentMap = null;
                this._spriteFrameMap = null;
                this._spfSizeMap = {};
                this._staggerAxis = null;
                this._staggerIndex = null;
                this._hexSideLength = 0;
                this._imageLayerSPF = null;
                this.initWithXML(t, e, i, s, n);
              }
              getOrientation() {
                return this.orientation;
              }
              setOrientation(t) {
                this.orientation = t;
              }
              getStaggerAxis() {
                return this._staggerAxis;
              }
              setStaggerAxis(t) {
                this._staggerAxis = t;
              }
              getStaggerIndex() {
                return this._staggerIndex;
              }
              setStaggerIndex(t) {
                this._staggerIndex = t;
              }
              getHexSideLength() {
                return this._hexSideLength;
              }
              setHexSideLength(t) {
                this._hexSideLength = t;
              }
              getMapSize() {
                return new rs(this._mapSize.width, this._mapSize.height);
              }
              setMapSize(t) {
                this._mapSize.width = t.width;
                this._mapSize.height = t.height;
              }
              get mapWidth() {
                return this._mapSize.width;
              }
              set mapWidth(t) {
                this._mapSize.width = t;
              }
              get mapHeight() {
                return this._mapSize.height;
              }
              set mapHeight(t) {
                this._mapSize.height = t;
              }
              getTileSize() {
                return new rs(this._tileSize.width, this._tileSize.height);
              }
              setTileSize(t) {
                this._tileSize.width = t.width;
                this._tileSize.height = t.height;
              }
              get tileWidth() {
                return this._tileSize.width;
              }
              set tileWidth(t) {
                this._tileSize.width = t;
              }
              get tileHeight() {
                return this._tileSize.height;
              }
              set tileHeight(t) {
                this._tileSize.height = t;
              }
              getLayers() {
                return this._layers;
              }
              setLayers(t) {
                this._allChildren.push(t);
                this._layers.push(t);
              }
              getImageLayers() {
                return this._imageLayers;
              }
              setImageLayers(t) {
                this._allChildren.push(t);
                this._imageLayers.push(t);
              }
              getTilesets() {
                return this._tilesets;
              }
              setTilesets(t) {
                this._tilesets.push(t);
              }
              getObjectGroups() {
                return this._objectGroups;
              }
              setObjectGroups(t) {
                this._allChildren.push(t);
                this._objectGroups.push(t);
              }
              getAllChildren() {
                return this._allChildren;
              }
              getParentElement() {
                return this.parentElement;
              }
              setParentElement(t) {
                this.parentElement = t;
              }
              getParentGID() {
                return this.parentGID;
              }
              setParentGID(t) {
                this.parentGID = t;
              }
              getLayerAttribs() {
                return this.layerAttrs;
              }
              setLayerAttribs(t) {
                this.layerAttrs = t;
              }
              getStoringCharacters() {
                return this.storingCharacters;
              }
              setStoringCharacters(t) {
                this.storingCharacters = t;
              }
              getProperties() {
                return this.properties;
              }
              setProperties(t) {
                this.properties = t;
              }
              initWithXML(t, e, i, s, n) {
                this._tilesets.length = 0;
                this._layers.length = 0;
                this._imageLayers.length = 0;
                this._tsxContentMap = e;
                this._spriteFrameMap = i;
                this._imageLayerSPF = n;
                this._spfSizeMap = s;
                this._objectGroups.length = 0;
                this._allChildren.length = 0;
                this.properties = {};
                this._tileProperties = new Map;
                this._tileAnimations = new Map;
                this.currentString = "";
                this.storingCharacters = !1;
                this.layerAttrs = $Ot.ATTRIB_NONE;
                this.parentElement = null;
                return this.parseXMLString(t);
              }
              parseXMLString(t, e) {
                let i;
                const s = (new aR).parse(t).documentElement;
                const n = s.getAttribute("orientation");
                const r = s.getAttribute("staggeraxis");
                const o = s.getAttribute("staggerindex");
                const a = s.getAttribute("hexsidelength");
                const l = s.getAttribute("renderorder");
                const h = s.getAttribute("version") || "1.0.0";
                if ("map" === s.nodeName) {
                  const t = h.split(".");
                  const e = this._supportVersion;
                  for (i = 0; i < e.length; i++) {
                    const s = parseInt(t[i]) || 0;
                    if (e[i] < s) {
                      P(7216, h);
                      break;
                    }
                  }
                  "orthogonal" === n ? this.orientation = jOt.ORTHO : "isometric" === n ? this.orientation = jOt.ISO : "hexagonal" === n ? this.orientation = jOt.HEX : null !== n && P(7217, n);
                  this.renderOrder = "right-up" === l ? KOt.RightUp : "left-up" === l ? KOt.LeftUp : "left-down" === l ? KOt.LeftDown : KOt.RightDown;
                  "x" === r ? this.setStaggerAxis(YOt.STAGGERAXIS_X) : "y" === r && this.setStaggerAxis(YOt.STAGGERAXIS_Y);
                  "odd" === o ? this.setStaggerIndex(qOt.STAGGERINDEX_ODD) : "even" === o && this.setStaggerIndex(qOt.STAGGERINDEX_EVEN);
                  a && this.setHexSideLength(parseFloat(a));
                  let c = new rs(0, 0);
                  c.width = parseFloat(s.getAttribute("width"));
                  c.height = parseFloat(s.getAttribute("height"));
                  this.setMapSize(c);
                  c = new rs(0, 0);
                  c.width = parseFloat(s.getAttribute("tilewidth"));
                  c.height = parseFloat(s.getAttribute("tileheight"));
                  this.setTileSize(c);
                  this.properties = nNt(s);
                }
                let c = s.getElementsByTagName("tileset");
                if ("map" !== s.nodeName) {
                  c = [];
                  c.push(s);
                }
                for (i = 0; i < c.length; i++) {
                  const t = c[i];
                  const s = t.getAttribute("source");
                  if (s) {
                    const e = parseInt(t.getAttribute("firstgid"));
                    const i = this._tsxContentMap[s];
                    i && this.parseXMLString(i, e);
                  } else {
                    const i = t.getElementsByTagName("image");
                    const s = i.length > 1;
                    const n = i[0];
                    let r = n.getAttribute("source");
                    r = r.replace(/\\/g, "/");
                    const o = t.getElementsByTagName("tile");
                    const a = o && o.length || 1;
                    let l = null;
                    const h = t.getAttribute("name") || "";
                    const c = parseInt(t.getAttribute("spacing")) || 0;
                    const u = parseInt(t.getAttribute("margin")) || 0;
                    const _ = e || parseInt(t.getAttribute("firstgid")) || 0;
                    const d = new rs(0, 0);
                    d.width = parseFloat(t.getAttribute("tilewidth"));
                    d.height = parseFloat(t.getAttribute("tileheight"));
                    const p = t.getElementsByTagName("tileoffset")[0];
                    let m = 0;
                    let f = 0;
                    if (p) {
                      m = parseFloat(p.getAttribute("x")) || 0;
                      f = parseFloat(p.getAttribute("y")) || 0;
                    }
                    let g = null;
                    for (let t = 0; t < a; t++) {
                      const e = i[t] ? i[t] : n;
                      if (!e) continue;
                      let r = e.getAttribute("source");
                      r = r.replace(/\\/g, "/");
                      if (!g || s) {
                        g = new ZOt;
                        g.name = h;
                        g.firstGid = _ & WOt.FLIPPED_MASK;
                        g.tileOffset.x = m;
                        g.tileOffset.y = f;
                        g.collection = s;
                        if (!s) {
                          g.imageName = r;
                          g.imageSize.width = parseFloat(e.getAttribute("width")) || 0;
                          g.imageSize.height = parseFloat(e.getAttribute("height")) || 0;
                          g.sourceImage = this._spriteFrameMap[r];
                          if (!g.sourceImage) {
                            const t = rNt.getNameWithPostfix(r);
                            g.imageName = t;
                            g.sourceImage = this._spriteFrameMap[t];
                            if (!g.sourceImage) {
                              const t = rNt.getShortName(r);
                              g.imageName = t;
                              g.sourceImage = this._spriteFrameMap[t];
                              if (!g.sourceImage) {
                                console.error(`[error]: ${t} not find in [${Object.keys(this._spriteFrameMap).join(", ")}]`);
                                F(7221, r);
                                console.warn(`Please try asset type of ${r} to 'sprite-frame'`);
                              }
                            }
                          }
                        }
                        g.spacing = c;
                        g.margin = u;
                        g._tileSize.width = d.width;
                        g._tileSize.height = d.height;
                        this.setTilesets(g);
                      }
                      l = o && o[t];
                      if (!l) continue;
                      this.parentGID = _ + (parseInt(l.getAttribute("id")) || 0);
                      const a = l.getElementsByTagName("image");
                      if (a && a.length > 0) {
                        const t = a[0];
                        let e = t.getAttribute("source");
                        e = e.replace(/\\/g, "/");
                        g.imageName = e;
                        g.imageSize.width = parseFloat(t.getAttribute("width")) || 0;
                        g.imageSize.height = parseFloat(t.getAttribute("height")) || 0;
                        g._tileSize.width = g.imageSize.width;
                        g._tileSize.height = g.imageSize.height;
                        g.sourceImage = this._spriteFrameMap[e];
                        if (!g.sourceImage) {
                          const t = rNt.getNameWithPostfix(e);
                          g.imageName = t;
                          g.sourceImage = this._spriteFrameMap[t];
                          if (!g.sourceImage) {
                            const t = rNt.getShortName(e);
                            g.imageName = t;
                            g.sourceImage = this._spriteFrameMap[t];
                            if (!g.sourceImage) {
                              F(7221, e);
                              console.warn(`Please try asset type of ${e} to 'sprite-frame'`);
                            }
                          }
                        }
                        g.firstGid = this.parentGID & WOt.FLIPPED_MASK;
                      }
                      const p = (WOt.FLIPPED_MASK & this.parentGID) >>> 0;
                      this._tileProperties.set(p, nNt(l));
                      const y = l.getElementsByTagName("animation");
                      if (y && y.length > 0) {
                        const t = y[0].getElementsByTagName("frame");
                        const e = {
                          frames: [],
                          dt: 0,
                          frameIdx: 0
                        };
                        this._tileAnimations.set(p, e);
                        const i = e.frames;
                        for (let e = 0; e < t.length; e++) {
                          const s = t[e];
                          const n = _ + (parseInt(s.getAttribute("tileid")) || 0);
                          const r = parseFloat(s.getAttribute("duration")) || 0;
                          i.push({
                            tileid: n,
                            duration: r / 1e3,
                            grid: null
                          });
                        }
                      }
                    }
                  }
                }
                const u = s.childNodes;
                for (i = 0; i < u.length; i++) {
                  const t = u[i];
                  if (!this._shouldIgnoreNode(t)) {
                    if ("imagelayer" === t.nodeName) {
                      const e = this._parseImageLayer(t);
                      e && this.setImageLayers(e);
                    }
                    if ("layer" === t.nodeName) {
                      const e = this._parseLayer(t);
                      this.setLayers(e);
                    }
                    if ("objectgroup" === t.nodeName) {
                      const e = this._parseObjectGroup(t);
                      this.setObjectGroups(e);
                    }
                  }
                }
                return s;
              }
              _shouldIgnoreNode(t) {
                return 3 === t.nodeType || 8 === t.nodeType || 4 === t.nodeType;
              }
              _parseImageLayer(t) {
                const e = t.getElementsByTagName("image");
                if (!e || 0 === e.length) return null;
                const i = new tNt;
                i.name = t.getAttribute("name");
                i.offset.x = parseFloat(t.getAttribute("offsetx")) || 0;
                i.offset.y = parseFloat(t.getAttribute("offsety")) || 0;
                const s = t.getAttribute("visible");
                i.visible = !("0" === s);
                const n = t.getAttribute("opacity");
                i.opacity = n ? Math.round(255 * parseFloat(n)) : 255;
                const r = t.getAttribute("tintcolor");
                i.tintColor = r ? sNt(r) : null;
                const o = e[0];
                const a = o.getAttribute("source");
                i.sourceImage = this._imageLayerSPF[a];
                i.width = parseInt(o.getAttribute("width")) || 0;
                i.height = parseInt(o.getAttribute("height")) || 0;
                i.trans = sNt(o.getAttribute("trans"));
                if (!i.sourceImage) {
                  F(7221, a);
                  console.warn(`Please try asset type of ${a} to 'sprite-frame'`);
                  return null;
                }
                return i;
              }
              _parseLayer(t) {
                const e = t.getElementsByTagName("data")[0];
                const i = new $Ot;
                i.name = t.getAttribute("name");
                const s = new rs(0, 0);
                s.width = parseFloat(t.getAttribute("width"));
                s.height = parseFloat(t.getAttribute("height"));
                i.layerSize = s;
                const n = t.getAttribute("visible");
                i.visible = !("0" === n);
                const r = t.getAttribute("opacity");
                i.opacity = r ? Math.round(255 * parseFloat(r)) : 255;
                i.offset = new Qi(parseFloat(t.getAttribute("offsetx")) || 0, parseFloat(t.getAttribute("offsety")) || 0);
                const o = t.getAttribute("tintcolor");
                i.tintColor = o ? sNt(o) : null;
                let a = "";
                for (let t = 0; t < e.childNodes.length; t++) a += e.childNodes[t].nodeValue;
                a = a.trim();
                const l = e.getAttribute("compression");
                const h = e.getAttribute("encoding");
                if (l && "gzip" !== l && "zlib" !== l) {
                  P(7218);
                  return null;
                }
                let c;
                switch (l) {
                 case "gzip":
                  c = Wft.unzipBase64AsArray(a, 4);
                  break;

                 case "zlib":
                  c = function(t) {
                    if (t.length % 4 != 0) return null;
                    const e = t.length / 4;
                    const i = window.Uint32Array ? new Uint32Array(e) : [];
                    for (let s = 0; s < e; s++) {
                      const e = 4 * s;
                      i[s] = t[e] + 256 * t[e + 1] + 65536 * t[e + 2] + t[e + 3] * (1 << 24);
                    }
                    return i;
                  }(new Vft.Inflate(Wft.Base64.decodeAsArray(a, 1)).decompress());
                  break;

                 case null:
                 case "":
                  if ("base64" === h) c = Wft.Base64.decodeAsArray(a, 4); else if ("csv" === h) {
                    c = [];
                    const t = a.split(",");
                    for (let e = 0; e < t.length; e++) c.push(parseInt(t[e]));
                  } else {
                    const t = e.getElementsByTagName("tile");
                    c = [];
                    for (let e = 0; e < t.length; e++) c.push(parseInt(t[e].getAttribute("gid")));
                  }
                  break;

                 default:
                  this.layerAttrs === $Ot.ATTRIB_NONE && P(7219);
                }
                c && (i.tiles = new Uint32Array(c));
                i.properties = nNt(t);
                return i;
              }
              _parseObjectGroup(t) {
                const e = new QOt;
                e.name = t.getAttribute("name") || "";
                e.offset = new Qi(parseFloat(t.getAttribute("offsetx")), parseFloat(t.getAttribute("offsety")));
                const i = t.getAttribute("opacity");
                e.opacity = i ? Math.round(255 * parseFloat(i)) : 255;
                const s = t.getAttribute("tintcolor");
                e.tintColor = s ? sNt(s) : null;
                const n = t.getAttribute("visible");
                n && 0 === parseInt(n) && (e.visible = !1);
                const r = t.getAttribute("color");
                r && e.color.fromHEX(r);
                const o = t.getAttribute("draworder");
                o && (e.draworder = o);
                e.setProperties(nNt(t));
                const a = t.getElementsByTagName("object");
                if (a) {
                  for (let t = 0; t < a.length; t++) {
                    const i = a[t];
                    const s = {};
                    s.id = i.getAttribute("id") || t;
                    s.name = i.getAttribute("name") || "";
                    s.width = parseFloat(i.getAttribute("width")) || 0;
                    s.height = parseFloat(i.getAttribute("height")) || 0;
                    s.x = parseFloat(i.getAttribute("x")) || 0;
                    s.y = parseFloat(i.getAttribute("y")) || 0;
                    s.rotation = parseFloat(i.getAttribute("rotation")) || 0;
                    nNt(i, s);
                    const n = i.getAttribute("visible");
                    s.visible = !(n && 0 === parseInt(n));
                    const r = i.getElementsByTagName("text");
                    if (r && r.length > 0) {
                      const t = r[0];
                      s.type = JOt.TEXT;
                      s.wrap = "1" === t.getAttribute("wrap");
                      s.color = sNt(t.getAttribute("color"));
                      s.halign = eNt(t.getAttribute("halign"));
                      s.valign = iNt(t.getAttribute("valign"));
                      s.pixelsize = parseInt(t.getAttribute("pixelsize")) || 16;
                      s.text = t.childNodes[0].nodeValue;
                    }
                    const o = i.getAttribute("gid");
                    if (o) {
                      s.gid = parseInt(o);
                      s.type = JOt.IMAGE;
                    }
                    const l = i.getElementsByTagName("ellipse");
                    l && l.length > 0 && (s.type = JOt.ELLIPSE);
                    const h = i.getElementsByTagName("polygon");
                    if (h && h.length > 0) {
                      s.type = JOt.POLYGON;
                      const t = h[0].getAttribute("points");
                      t && (s.points = this._parsePointsString(t));
                    }
                    const c = i.getElementsByTagName("polyline");
                    if (c && c.length > 0) {
                      s.type = JOt.POLYLINE;
                      const t = c[0].getAttribute("points");
                      t && (s.polylinePoints = this._parsePointsString(t));
                    }
                    s.type || (s.type = JOt.RECT);
                    e.objects.push(s);
                  }
                  "index" !== o && e.objects.sort(((t, e) => t.y - e.y));
                }
                return e;
              }
              _parsePointsString(t) {
                if (!t) return null;
                const e = [];
                const i = t.split(" ");
                for (let t = 0; t < i.length; t++) {
                  const s = i[t].split(",");
                  e.push({
                    x: parseFloat(s[0]),
                    y: parseFloat(s[1])
                  });
                }
                return e;
              }
              setTileAnimations(t) {
                this._tileAnimations = t;
              }
              getTileAnimations() {
                return this._tileAnimations;
              }
              getTileProperties() {
                return this._tileProperties;
              }
              setTileProperties(t) {
                this._tileProperties = t;
              }
              getCurrentString() {
                return this.currentString;
              }
              setCurrentString(t) {
                this.currentString = t;
              }
              static getNameWithPostfix(t) {
                const e = (t = t.replace(/\\/g, "/")).lastIndexOf("/") + 1;
                const i = t.length;
                return t.substring(e, i);
              }
              static getShortName(t) {
                const e = (t = t.replace(/\\/g, "/")).lastIndexOf("/") + 1;
                let i = t.lastIndexOf(".");
                i = i < 0 ? t.length : i;
                return t.substring(e, i);
              }
            }
            var oNt, aNt, lNt, hNt, cNt, uNt, _Nt, dNt, pNt, mNt, fNt, gNt, yNt, bNt;
            let SNt = t("TiledTile", (oNt = Ul("cc.TiledTile"), aNt = sh(), lNt = $l(), hNt = Gl(jB), 
            cNt = Th(Oe), uNt = Th(Oe), _Nt = Th(Oe), dNt = Th(Oe), pNt = Th(Oe), oNt(mNt = aNt(mNt = lNt(mNt = hNt(mNt = Ql(mNt = (fNt = (bNt = class extends Qc {
              constructor() {
                super();
                this._layer = null;
                Ml(this, "_x", gNt, this);
                Ml(this, "_y", yNt, this);
              }
              get x() {
                return this._x;
              }
              set x(t) {
                if (t !== this._x) if (this._layer && this._layer.isInvalidPosition(t, this._y)) C("Invalid x, the valid value is between [%s] ~ [%s]", 0, this._layer.layerSize.width); else {
                  this._resetTile();
                  this._x = t;
                  this.updateInfo();
                }
              }
              get y() {
                return this._y;
              }
              set y(t) {
                if (t !== this._y) if (this._layer && this._layer.isInvalidPosition(this._x, t)) C("Invalid y, the valid value is between [%s] ~ [%s]", 0, this._layer.layerSize.height); else {
                  this._resetTile();
                  this._y = t;
                  this.updateInfo();
                }
              }
              get grid() {
                return this._layer ? this._layer.getTileGIDAt(this._x, this._y) : 0;
              }
              set grid(t) {
                this._layer && this._layer.setTileGIDAt(t, this._x, this._y);
              }
              onEnable() {
                const t = this.node.parent;
                this._layer = t.getComponent("cc.TiledLayer");
                this.node.on(ny.TRANSFORM_CHANGED, this._updatePosition, this);
                this.node.on(ny.SIZE_CHANGED, this._updatePosition, this);
                this._resetTile();
                this.updateInfo();
              }
              onDisable() {
                this._resetTile();
                this.node.off(ny.TRANSFORM_CHANGED, this._updatePosition, this);
                this.node.off(ny.SIZE_CHANGED, this._updatePosition, this);
              }
              _resetTile() {
                this._layer && this._layer.getTiledTileAt(this._x, this._y) === this && this._layer.setTiledTileAt(this._x, this._y, null);
              }
              updateInfo() {
                if (!this._layer) return;
                const t = this._x;
                const e = this._y;
                if (this._layer.getTiledTileAt(t, e)) {
                  C("There is already a TiledTile at [%s, %s]", t, e);
                  return;
                }
                const i = this._layer.getPositionAt(t, e);
                this.node.setPosition(i.x, i.y);
                this._layer.setTiledTileAt(t, e, this);
                this._layer.markForUpdateRenderData();
              }
              _updatePosition() {
                this._layer.markForUpdateRenderData();
              }
            }, bNt), gNt = Bl(fNt.prototype, "_x", [ cNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), yNt = Bl(fNt.prototype, "_y", [ uNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Bl(fNt.prototype, "x", [ _Nt ], Object.getOwnPropertyDescriptor(fNt.prototype, "x"), fNt.prototype), 
            Bl(fNt.prototype, "y", [ dNt ], Object.getOwnPropertyDescriptor(fNt.prototype, "y"), fNt.prototype), 
            Bl(fNt.prototype, "grid", [ pNt ], Object.getOwnPropertyDescriptor(fNt.prototype, "grid"), fNt.prototype), 
            fNt)) || mNt) || mNt) || mNt) || mNt) || mNt));
            function ANt(t, e, i) {
              const s = i || t.sourceImage;
              const n = s.texture;
              const r = t.collection;
              if (!t.imageSize.width || !t.imageSize.height) {
                const e = t.sourceImage;
                t.imageSize.width = e.width;
                t.imageSize.height = e.height;
              }
              const o = t.imageSize.width;
              const a = t.imageSize.height;
              const l = t._tileSize.width;
              const h = t._tileSize.height;
              const c = s.width;
              const u = s.height;
              const _ = t.spacing;
              const d = t.margin;
              let p = 1;
              if (!r) {
                const t = Math.floor((o - 2 * d + _) / (l + _));
                const e = Math.floor((a - 2 * d + _) / (h + _));
                p = Math.max(1, e * t);
              }
              const m = t.firstGid;
              let f = null;
              let g = !!e.get(m);
              const y = t.firstGid + p;
              let b = m;
              for (;b < y; ++b) {
                g && !e.get(b) && (g = !1);
                if (!g && e.get(b)) break;
                f = {
                  tileset: t,
                  x: 0,
                  y: 0,
                  width: l,
                  height: h,
                  t: 0,
                  l: 0,
                  r: 0,
                  b: 0,
                  cx: 0,
                  cy: 0,
                  offsetX: 0,
                  offsetY: 0,
                  rotated: !1,
                  gid: b,
                  spriteFrame: s,
                  texture: n
                };
                t.rectForGID(b, f);
                if (!i || p > 1) if (i) {
                  f._name = i.name;
                  const t = i.unbiasUV[0];
                  const e = i.rotated ? i.unbiasUV[1] : i.unbiasUV[5];
                  f.l = t + (f.x + .5) / c;
                  f.t = e + (f.y + .5) / u;
                  f.r = t + (f.x + f.width - .5) / c;
                  f.b = e + (f.y + f.height - .5) / u;
                  f._rect = new as(f.x, f.y, f.width, f.height);
                } else {
                  f.l = f.x / c;
                  f.t = f.y / u;
                  f.r = (f.x + f.width) / c;
                  f.b = (f.y + f.height) / u;
                  f._rect = new as(f.x, f.y, f.width, f.height);
                } else if (i.rotated) {
                  f._rotated = !0;
                  f._name = i.name;
                  f._rect = i.getRect();
                  f.l = i.unbiasUV[0];
                  f.t = i.unbiasUV[1];
                  f.r = i.unbiasUV[4];
                  f.b = i.unbiasUV[3];
                } else {
                  f._name = i.name;
                  f._rect = i.getRect();
                  f.l = i.unbiasUV[0];
                  f.t = i.unbiasUV[5];
                  f.r = i.unbiasUV[2];
                  f.b = i.unbiasUV[1];
                }
                f.cx = (f.l + f.r) / 2;
                f.cy = (f.t + f.b) / 2;
                e.set(b, f);
              }
            }
            var TNt, vNt, ENt;
            const CNt = new qi;
            const xNt = new Qi;
            const wNt = new Pi;
            const RNt = new Pi;
            const INt = {
              row: 0,
              col: 0
            };
            let MNt = t("TiledUserNodeData", Ul("cc.TiledUserNodeData")(TNt = class extends Qc {
              constructor() {
                super();
                this._index = -1;
                this._row = -1;
                this._col = -1;
                this._tiledLayer = null;
              }
            }) || TNt);
            let BNt = t("TiledLayer", Ul("cc.TiledLayer")(vNt = (ENt = class t extends uD {
              get cullingRect() {
                return this._cullingRect;
              }
              get rightTop() {
                return this._rightTop;
              }
              get layerSize() {
                return this._layerSize;
              }
              get tiledDataArray() {
                return this._tiledDataArray;
              }
              get leftDownToCenterX() {
                return this._leftDownToCenterX;
              }
              get leftDownToCenterY() {
                return this._leftDownToCenterY;
              }
              requestDrawInfo(t) {
                if (!this._drawInfoList[t]) {
                  this._drawInfoList[t] = new aB;
                  this._drawInfoList[t].setDrawInfoType(oB.IA);
                }
                return this._drawInfoList[t];
              }
              constructor() {
                super();
                this._userNodeGrid = {};
                this._userNodeMap = {};
                this._userNodeDirty = !1;
                this.tiledTiles = [];
                this._viewPort = {
                  x: -1,
                  y: -1,
                  width: -1,
                  height: -1
                };
                this._cullingRect = {
                  leftDown: {
                    row: -1,
                    col: -1
                  },
                  rightTop: {
                    row: -1,
                    col: -1
                  }
                };
                this._cullingDirty = !0;
                this._rightTop = {
                  row: -1,
                  col: -1
                };
                this._layerInfo = null;
                this._mapInfo = null;
                this._topOffset = 0;
                this._downOffset = 0;
                this._leftOffset = 0;
                this._rightOffset = 0;
                this.tiles = [];
                this.vertices = [];
                this._verticesDirty = !0;
                this._layerName = "";
                this._layerSize = void 0;
                this._minGID = void 0;
                this._maxGID = void 0;
                this._layerOrientation = null;
                this._opacity = void 0;
                this._tintColor = void 0;
                this.texGrids = null;
                this._textures = [];
                this._tilesets = [];
                this._leftDownToCenterX = 0;
                this._leftDownToCenterY = 0;
                this._hasTiledNodeGrid = !1;
                this._hasAniGrid = !1;
                this._animations = null;
                this._enableCulling = void 0;
                this.colorChanged = !1;
                this._properties = void 0;
                this.renderOrder = void 0;
                this._staggerAxis = void 0;
                this._staggerIndex = void 0;
                this._hexSideLength = void 0;
                this._mapTileSize = void 0;
                this._odd_even = void 0;
                this._diffX1 = void 0;
                this._diffY1 = void 0;
                this._useAutomaticVertexZ = void 0;
                this._vertexZvalue = void 0;
                this._offset = void 0;
                this._tiledDataArray = [];
                this._drawInfoList = [];
                this._tiledDataArrayIdx = 0;
              }
              hasTiledNode() {
                return this._hasTiledNodeGrid;
              }
              hasAnimation() {
                return this._hasAniGrid;
              }
              set enableCulling(t) {
                if (this._enableCulling !== t) {
                  this._enableCulling = t;
                  this._cullingDirty = !0;
                  this.markForUpdateRenderData();
                }
              }
              get enableCulling() {
                return this._enableCulling;
              }
              addUserNode(t) {
                let e = t.getComponent(MNt);
                if (e) {
                  C("CCTiledLayer:addUserNode node has been added");
                  return !1;
                }
                e = t.addComponent(MNt);
                t.parent = this.node;
                this._userNodeMap[t.uuid] = e;
                e._row = -1;
                e._col = -1;
                e._tiledLayer = this;
                this._nodeLocalPosToLayerPos(t.getPosition(), xNt);
                this._positionToRowCol(xNt.x, xNt.y, INt);
                this._addUserNodeToGrid(e, INt);
                this._updateCullingOffsetByUserNode(t);
                t.on(ny.TRANSFORM_CHANGED, this._userNodePosChange, e);
                t.on(ny.SIZE_CHANGED, this._userNodeSizeChange, e);
                return !0;
              }
              removeUserNode(t) {
                const e = t.getComponent(MNt);
                if (!e) {
                  C("CCTiledLayer:removeUserNode node is not exist");
                  return !1;
                }
                t.off(ny.TRANSFORM_CHANGED, this._userNodePosChange, e);
                t.off(ny.SIZE_CHANGED, this._userNodeSizeChange, e);
                this._removeUserNodeFromGrid(e);
                delete this._userNodeMap[t.uuid];
                t._removeComponent(e);
                e.destroy();
                t.removeFromParent();
                return !0;
              }
              destroyUserNode(t) {
                this.removeUserNode(t);
                t.destroy();
              }
              _nodeLocalPosToLayerPos(t, e) {
                e.x = t.x + this._leftDownToCenterX;
                e.y = t.y + this._leftDownToCenterY;
              }
              getNodesByRowCol(t, e) {
                const i = this._userNodeGrid[t];
                return i ? i[e] : null;
              }
              getNodesCountByRow(t) {
                const e = this._userNodeGrid[t];
                return e ? e.count : 0;
              }
              _updateAllUserNode() {
                this._userNodeGrid = {};
                for (const t in this._userNodeMap) {
                  const e = this._userNodeMap[t];
                  this._nodeLocalPosToLayerPos(e.node.getPosition(), xNt);
                  this._positionToRowCol(xNt.x, xNt.y, INt);
                  this._addUserNodeToGrid(e, INt);
                  this._updateCullingOffsetByUserNode(e.node);
                }
              }
              _updateCullingOffsetByUserNode(t) {
                const e = t._uiProps.uiTransformComp.contentSize;
                this._topOffset < e.height && (this._topOffset = e.height);
                this._downOffset < e.height && (this._downOffset = e.height);
                this._leftOffset < e.width && (this._leftOffset = e.width);
                this._rightOffset < e.width && (this._rightOffset = e.width);
              }
              _userNodeSizeChange() {
                const t = this.node;
                const e = this._tiledLayer;
                e._updateCullingOffsetByUserNode(t);
                e._userNodeDirty = !0;
                e.markForUpdateRenderData();
              }
              _userNodePosChange() {
                const t = this;
                const e = t.node;
                const i = t._tiledLayer;
                i._nodeLocalPosToLayerPos(e.getPosition(), xNt);
                i._positionToRowCol(xNt.x, xNt.y, INt);
                i._limitInLayer(INt);
                if (INt.row !== t._row || INt.col !== t._col) {
                  i._removeUserNodeFromGrid(t);
                  i._addUserNodeToGrid(t, INt);
                }
              }
              _removeUserNodeFromGrid(t) {
                const e = t._row;
                const i = t._col;
                const s = t._index;
                const n = this._userNodeGrid[e];
                const r = n && n[i];
                if (r) {
                  n.count--;
                  r.count--;
                  r.list[s] = null;
                  if (r.count <= 0) {
                    r.list.length = 0;
                    r.count = 0;
                  }
                }
                t._row = -1;
                t._col = -1;
                t._index = -1;
                this._userNodeDirty = !0;
                this.markForUpdateRenderData();
              }
              _limitInLayer(t) {
                const e = t.row;
                const i = t.col;
                e < 0 && (t.row = 0);
                e > this._rightTop.row && (t.row = this._rightTop.row);
                i < 0 && (t.col = 0);
                i > this._rightTop.col && (t.col = this._rightTop.col);
              }
              _addUserNodeToGrid(t, e) {
                const i = e.row;
                const s = e.col;
                const n = this._userNodeGrid[i] = this._userNodeGrid[i] || {
                  count: 0
                };
                const r = n[s] = n[s] || {
                  count: 0,
                  list: []
                };
                t._row = i;
                t._col = s;
                t._index = r.list.length;
                n.count++;
                r.count++;
                r.list.push(t);
                this._userNodeDirty = !0;
              }
              isUserNodeDirty() {
                return this._userNodeDirty;
              }
              setUserNodeDirty(t) {
                this._userNodeDirty = t;
              }
              onEnable() {
                super.onEnable();
                this.node.on(ny.ANCHOR_CHANGED, this._syncAnchorPoint, this);
                this.node.on(ny.TRANSFORM_CHANGED, this.updateCulling, this);
                this.node.on(ny.SIZE_CHANGED, this.updateCulling, this);
                this.node.parent.on(ny.TRANSFORM_CHANGED, this.updateCulling, this);
                this.node.parent.on(ny.SIZE_CHANGED, this.updateCulling, this);
                this.markForUpdateRenderData();
                this.scheduleOnce(this.updateCulling.bind(this));
              }
              onDisable() {
                var t, e;
                super.onDisable();
                null === (t = this.node.parent) || void 0 === t || t.off(ny.SIZE_CHANGED, this.updateCulling, this);
                null === (e = this.node.parent) || void 0 === e || e.off(ny.TRANSFORM_CHANGED, this.updateCulling, this);
                this.node.off(ny.SIZE_CHANGED, this.updateCulling, this);
                this.node.off(ny.TRANSFORM_CHANGED, this.updateCulling, this);
                this.node.off(ny.ANCHOR_CHANGED, this._syncAnchorPoint, this);
              }
              _syncAnchorPoint() {
                const t = this.node;
                const e = t._uiProps.uiTransformComp;
                const i = t.getScale();
                this._leftDownToCenterX = e.width * e.anchorX * i.x;
                this._leftDownToCenterY = e.height * e.anchorY * i.y;
                this._cullingDirty = !0;
                this.markForUpdateRenderData();
              }
              getLayerName() {
                return this._layerName;
              }
              setLayerName(t) {
                this._layerName = t;
              }
              getProperty(t) {
                return this._properties[t];
              }
              getPositionAt(t, e) {
                let i;
                if (void 0 !== e) {
                  i = Math.floor(t);
                  e = Math.floor(e);
                } else {
                  i = Math.floor(t.x);
                  e = Math.floor(t.y);
                }
                switch (this._layerOrientation) {
                 case jOt.ORTHO:
                  return this._positionForOrthoAt(i, e);

                 case jOt.ISO:
                  return this._positionForIsoAt(i, e);

                 case jOt.HEX:
                  return this._positionForHexAt(i, e);
                }
                return null;
              }
              isInvalidPosition(t, e) {
                return t >= this._layerSize.width || e >= this._layerSize.height || t < 0 || e < 0;
              }
              _positionForIsoAt(t, e) {
                let i = 0;
                let s = 0;
                const n = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                const r = this.tiles[n];
                if (r) {
                  const t = (r & WOt.FLIPPED_MASK) >>> 0;
                  const e = this.texGrids.get(t).tileset.tileOffset;
                  i = e.x;
                  s = e.y;
                }
                return new Qi(.5 * this._mapTileSize.width * (this._layerSize.height + t - e - 1) + i, .5 * this._mapTileSize.height * (this._layerSize.width - t + this._layerSize.height - e - 2) - s);
              }
              _positionForOrthoAt(t, e) {
                let i = 0;
                let s = 0;
                const n = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                const r = this.tiles[n];
                if (r) {
                  const t = (r & WOt.FLIPPED_MASK) >>> 0;
                  const e = this.texGrids.get(t).tileset.tileOffset;
                  i = e.x;
                  s = e.y;
                }
                return new Qi(t * this._mapTileSize.width + i, (this._layerSize.height - e - 1) * this._mapTileSize.height - s);
              }
              _positionForHexAt(t, e) {
                const i = this._mapTileSize.width;
                const s = this._mapTileSize.height;
                const n = this._layerSize.height;
                const r = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                const o = (this.tiles[r] & WOt.FLIPPED_MASK) >>> 0;
                let a;
                a = this.texGrids.get(o) ? this.texGrids.get(o).tileset.tileOffset : {
                  x: 0,
                  y: 0
                };
                const l = this._staggerIndex === qOt.STAGGERINDEX_ODD ? 1 : -1;
                let h = 0;
                let c = 0;
                let u = 0;
                let _ = 0;
                switch (this._staggerAxis) {
                 case YOt.STAGGERAXIS_Y:
                  u = 0;
                  e % 2 == 1 && (u = i / 2 * l);
                  h = t * i + u + a.x;
                  c = (n - e - 1) * (s - (s - this._hexSideLength) / 2) - a.y;
                  break;

                 case YOt.STAGGERAXIS_X:
                  _ = 0;
                  t % 2 == 1 && (_ = s / 2 * -l);
                  h = t * (i - (i - this._hexSideLength) / 2) + a.x;
                  c = (n - e - 1) * s + _ - a.y;
                }
                return new Qi(h, c);
              }
              setTilesGIDAt(t, e, i, s) {
                if (!t || 0 === t.length || s <= 0) return;
                i < 0 && (i = 0);
                e < 0 && (e = 0);
                let n = 0;
                const r = e + s;
                for (let s = i; ;s++) for (let i = e; i < r; i++) {
                  if (n >= t.length) return;
                  this._updateTileForGID(t[n], i, s);
                  n++;
                }
              }
              setTileGIDAt(t, e, i, s) {
                const n = (t & WOt.FLIPPED_MASK) >>> 0;
                e = Math.floor(e);
                i = Math.floor(i);
                if (this.isInvalidPosition(e, i)) throw new Error("cc.TiledLayer.setTileGIDAt(): invalid position");
                if (this.tiles && this._tilesets && 0 !== this._tilesets.length) if (0 !== n && n < this._tilesets[0].firstGid) P(7239, t); else {
                  s = s || 0;
                  this._updateTileForGID((n | s) >>> 0, e, i);
                } else P(7238);
              }
              _updateTileForGID(t, e, i) {
                const s = 0 | e + i * this._layerSize.width;
                if (s >= this.tiles.length) return;
                if (t === this.tiles[s]) return;
                const n = (t & WOt.FLIPPED_MASK) >>> 0;
                if (this.texGrids.get(n)) {
                  this.tiles[s] = t;
                  this._updateVertex(e, i);
                } else this.tiles[s] = 0;
                this._cullingDirty = !0;
              }
              getTileGIDAt(t, e) {
                if (this.isInvalidPosition(t, e)) throw new Error("cc.TiledLayer.getTileGIDAt(): invalid position");
                if (!this.tiles) {
                  P(7237);
                  return null;
                }
                const i = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                return (this.tiles[i] & WOt.FLIPPED_MASK) >>> 0;
              }
              getTileFlagsAt(t, e) {
                if (this.isInvalidPosition(t, e)) throw new Error("TiledLayer.getTileFlagsAt: invalid position");
                if (!this.tiles) {
                  P(7240);
                  return null;
                }
                const i = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                return (this.tiles[i] & WOt.FLIPPED_ALL) >>> 0;
              }
              setCullingDirty(t) {
                this._cullingDirty = t;
              }
              isCullingDirty() {
                return this._cullingDirty;
              }
              updateViewPort(t, e, i, s) {
                if (this._viewPort.width === i && this._viewPort.height === s && this._viewPort.x === t && this._viewPort.y === e) return;
                this._viewPort.x = t;
                this._viewPort.y = e;
                this._viewPort.width = i;
                this._viewPort.height = s;
                let n = 1;
                this._layerOrientation === jOt.ISO && (n = 2);
                const r = this._viewPort.x - this._offset.x + this._leftDownToCenterX;
                const o = this._viewPort.y - this._offset.y + this._leftDownToCenterY;
                let a = r - this._leftOffset;
                let l = o - this._downOffset;
                const h = r + i + this._rightOffset;
                const c = o + s + this._topOffset;
                const u = this._cullingRect.leftDown;
                const _ = this._cullingRect.rightTop;
                a < 0 && (a = 0);
                l < 0 && (l = 0);
                this._positionToRowCol(a, l, INt);
                INt.row -= n;
                INt.col -= n;
                INt.row = INt.row > 0 ? INt.row : 0;
                INt.col = INt.col > 0 ? INt.col : 0;
                if (INt.row !== u.row || INt.col !== u.col) {
                  u.row = INt.row;
                  u.col = INt.col;
                  this._cullingDirty = !0;
                }
                if (h < 0 || c < 0) {
                  INt.row = -1;
                  INt.col = -1;
                } else {
                  this._positionToRowCol(h, c, INt);
                  INt.row++;
                  INt.col++;
                }
                INt.row > this._rightTop.row && (INt.row = this._rightTop.row);
                INt.col > this._rightTop.col && (INt.col = this._rightTop.col);
                if (INt.row !== _.row || INt.col !== _.col) {
                  _.row = INt.row;
                  _.col = INt.col;
                  this._cullingDirty = !0;
                  this.markForUpdateRenderData();
                }
              }
              _positionToRowCol(t, e, i) {
                const s = this._mapTileSize.width;
                const n = this._mapTileSize.height;
                const r = .5 * s;
                const o = .5 * n;
                let a = 0;
                let l = 0;
                let h = 0;
                let c = 0;
                const u = this._staggerAxis;
                switch (this._layerOrientation) {
                 case jOt.ORTHO:
                  l = Math.floor(t / s);
                  a = Math.floor(e / n);
                  break;

                 case jOt.ISO:
                  l = Math.floor(t / r);
                  a = Math.floor(e / o);
                  break;

                 case jOt.HEX:
                  if (u === YOt.STAGGERAXIS_Y) {
                    a = Math.floor(e / (n - this._diffY1));
                    h = a % 2 == 1 ? r * this._odd_even : 0;
                    l = Math.floor((t - h) / s);
                  } else {
                    l = Math.floor(t / (s - this._diffX1));
                    c = l % 2 == 1 ? o * -this._odd_even : 0;
                    a = Math.floor((e - c) / n);
                  }
                }
                i.row = a;
                i.col = l;
                return i;
              }
              updateCulling() {
                if (this._enableCulling) {
                  this.node.updateWorldTransform();
                  qi.invert(CNt, this.node.getWorldMatrix());
                  const t = IR.root.batcher2D.getFirstRenderCamera(this.node);
                  if (t) {
                    wNt.x = 0;
                    wNt.y = 0;
                    wNt.z = 0;
                    RNt.x = t.width;
                    RNt.y = t.height;
                    RNt.z = 0;
                    t.screenToWorld(wNt, wNt);
                    t.screenToWorld(RNt, RNt);
                    Pi.transformMat4(wNt, wNt, CNt);
                    Pi.transformMat4(RNt, RNt, CNt);
                    this.updateViewPort(wNt.x, wNt.y, RNt.x - wNt.x, RNt.y - wNt.y);
                  }
                }
              }
              getLayerOrientation() {
                return this._layerOrientation;
              }
              getProperties() {
                return this._properties;
              }
              _updateVertex(t, e) {
                const i = WOt.FLIPPED_MASK;
                const s = this.vertices;
                const n = this._layerOrientation;
                const r = this.tiles;
                if (!r) return;
                const o = this._rightTop;
                const a = this._mapTileSize.width;
                const l = this._mapTileSize.height;
                const h = .5 * a;
                const c = .5 * l;
                const u = this._layerSize.height;
                const _ = this._layerSize.width;
                const d = this.texGrids;
                let p = 0;
                let m = 0;
                let f;
                let g;
                let y;
                let b;
                let S;
                let A;
                if (n === jOt.HEX) {
                  f = this._staggerAxis;
                  g = this._diffX1;
                  y = this._diffY1;
                  b = this._odd_even;
                }
                let T = 0;
                let v = 0;
                let E = 0;
                let C = 0;
                let x = 0;
                let w = 0;
                let R = 0;
                const I = e * _ + t;
                E = (r[I] & i) >>> 0;
                const M = d.get(E);
                if (!M) return;
                this._animations.get(E) && (this._hasAniGrid = this._hasAniGrid || !0);
                switch (n) {
                 case jOt.ORTHO:
                  T = t;
                  v = u - e - 1;
                  p = T * a;
                  m = v * l;
                  break;

                 case jOt.ISO:
                  T = u + t - e - 1;
                  v = u + _ - t - e - 2;
                  p = h * T;
                  m = c * v;
                  break;

                 case jOt.HEX:
                  S = f === YOt.STAGGERAXIS_Y && e % 2 == 1 ? h * b : 0;
                  A = f === YOt.STAGGERAXIS_X && t % 2 == 1 ? c * -b : 0;
                  p = t * (a - g) + S;
                  m = (u - e - 1) * (l - y) + A;
                  T = t;
                  v = u - e - 1;
                }
                const B = s[v] = s[v] || {
                  minCol: 0,
                  maxCol: 0
                };
                const D = B[T] = B[T] || {};
                B.minCol > T && (B.minCol = T);
                B.maxCol < T && (B.maxCol = T);
                if (o.row < v) {
                  o.row = v;
                  n === jOt.ISO && (o.row += 1);
                }
                if (o.col < T) {
                  o.col = T;
                  n === jOt.ISO && (o.col += 1);
                }
                const P = M.tileset.tileOffset;
                p += this._offset.x + P.x + M.offsetX;
                m += this._offset.y - P.y - M.offsetY;
                C = -P.y + M.tileset._tileSize.height - l;
                C = C < 0 ? 0 : C;
                x = P.y < 0 ? 0 : P.y;
                w = -P.x < 0 ? 0 : -P.x;
                R = P.x + M.tileset._tileSize.width - a;
                R = R < 0 ? 0 : R;
                this._rightOffset < w && (this._rightOffset = w);
                this._leftOffset < R && (this._leftOffset = R);
                this._topOffset < x && (this._topOffset = x);
                this._downOffset < C && (this._downOffset = C);
                D.left = p;
                D.bottom = m;
                D.index = I;
                this._cullingDirty = !0;
              }
              _updateVertices() {
                this.vertices.length = 0;
                if (!this.tiles) return;
                const t = this._rightTop;
                t.row = -1;
                t.col = -1;
                const e = this._layerSize.height;
                const i = this._layerSize.width;
                this._topOffset = 0;
                this._downOffset = 0;
                this._leftOffset = 0;
                this._rightOffset = 0;
                this._hasAniGrid = !1;
                for (let t = 0; t < e; ++t) for (let e = 0; e < i; ++e) this._updateVertex(e, t);
                this._verticesDirty = !1;
              }
              getTiledTileAt(t, e, i) {
                if (this.isInvalidPosition(t, e)) throw new Error("TiledLayer.getTiledTileAt: invalid position");
                if (!this.tiles) {
                  P(7236);
                  return null;
                }
                const s = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                let n = this.tiledTiles[s];
                if (!n && i) {
                  const i = new _y;
                  n = i.addComponent(SNt);
                  n._x = t;
                  n._y = e;
                  n._layer = this;
                  n.updateInfo();
                  i.parent = this.node;
                  return n;
                }
                return n;
              }
              setTiledTileAt(t, e, i) {
                if (this.isInvalidPosition(t, e)) throw new Error("TiledLayer.setTiledTileAt: invalid position");
                if (!this.tiles) {
                  P(7236);
                  return null;
                }
                const s = Math.floor(t) + Math.floor(e) * this._layerSize.width;
                this.tiledTiles[s] = i;
                this._cullingDirty = !0;
                this._hasTiledNodeGrid = !!i || this.tiledTiles.some((t => !!t));
                return i;
              }
              getTexture(t) {
                t = t || 0;
                return this._textures && t >= 0 && this._textures.length > t ? this._textures[t] : null;
              }
              getTextures() {
                return this._textures;
              }
              setTexture(t) {
                this.setTextures([ t ]);
              }
              setTextures(t) {
                this._textures = t;
                this.markForUpdateRenderData();
              }
              getLayerSize() {
                return this._layerSize;
              }
              getMapTileSize() {
                return this._mapTileSize;
              }
              getTileSet(t) {
                t = t || 0;
                return this._tilesets && t >= 0 && this._tilesets.length > t ? this._tilesets[t] : null;
              }
              getTileSets() {
                return this._tilesets;
              }
              setTileSet(t) {
                this.setTileSets([ t ]);
              }
              setTileSets(t) {
                this._tilesets = t;
                const e = this._textures = [];
                const i = this.texGrids;
                i.clear();
                for (let i = 0; i < t.length; i++) {
                  const s = t[i];
                  s && (e[i] = s.sourceImage);
                }
                for (let e = 0, s = t.length; e < s; ++e) {
                  const s = t[e];
                  s && ANt(s, i, s.sourceImage);
                }
                this._prepareToRender();
              }
              init(t, e, i, s, n) {
                this._cullingDirty = !0;
                this._layerInfo = t;
                this._mapInfo = e;
                const r = t.layerSize;
                this._layerName = t.name;
                this.tiles = t.tiles;
                this._properties = t.properties;
                this._layerSize = r;
                this._minGID = t.minGID;
                this._maxGID = t.maxGID;
                this._opacity = t.opacity;
                t.tintColor && (this._tintColor = t.tintColor);
                this.renderOrder = e.renderOrder;
                this._staggerAxis = e.getStaggerAxis();
                this._staggerIndex = e.getStaggerIndex();
                this._hexSideLength = e.getHexSideLength();
                this._animations = e.getTileAnimations();
                this._tilesets = i;
                this._textures = s;
                this.texGrids = n;
                this._layerOrientation = e.orientation;
                this._mapTileSize = e.getTileSize();
                const o = this._mapTileSize.width;
                const a = this._mapTileSize.height;
                const l = this._layerSize.width;
                const h = this._layerSize.height;
                if (this._layerOrientation === jOt.HEX) {
                  let t = 0;
                  let e = 0;
                  this._odd_even = this._staggerIndex === qOt.STAGGERINDEX_ODD ? 1 : -1;
                  if (this._staggerAxis === YOt.STAGGERAXIS_X) {
                    this._diffX1 = (o - this._hexSideLength) / 2;
                    this._diffY1 = 0;
                    e = a * (h + .5);
                    t = (o + this._hexSideLength) * Math.floor(l / 2) + o * (l % 2);
                  } else {
                    this._diffX1 = 0;
                    this._diffY1 = (a - this._hexSideLength) / 2;
                    t = o * (l + .5);
                    e = (a + this._hexSideLength) * Math.floor(h / 2) + a * (h % 2);
                  }
                  this.node._uiProps.uiTransformComp.setContentSize(t, e);
                } else if (this._layerOrientation === jOt.ISO) {
                  const t = l + h;
                  this.node._uiProps.uiTransformComp.setContentSize(.5 * o * t, .5 * a * t);
                } else this.node._uiProps.uiTransformComp.setContentSize(l * o, h * a);
                this._offset = new Qi(t.offset.x, -t.offset.y);
                this._useAutomaticVertexZ = !1;
                this._vertexZvalue = 0;
                this._syncAnchorPoint();
                this._prepareToRender();
              }
              _prepareToRender() {
                this._updateVertices();
                this._updateAllUserNode();
              }
              requestTiledRenderData() {
                const t = this._tiledDataArray;
                for (;t.length > 0 && t[t.length - 1].subNodes && 0 === t[t.length - 1].subNodes.length; ) t.pop();
                if (t.length > 0) {
                  const e = t[t.length - 1];
                  if (e.renderData && 0 === e.renderData.vertexCount) return e;
                }
                const e = {
                  renderData: null,
                  texture: null
                };
                this._tiledDataArray.push(e);
                return e;
              }
              requestSubNodesData() {
                const t = this._tiledDataArray;
                if (t.length > 0 && t[t.length - 1].subNodes && 0 === t[t.length - 1].subNodes.length) return t[t.length - 1];
                const e = {
                  subNodes: []
                };
                this._tiledDataArray.push(e);
                return e;
              }
              destroyRenderData() {
                this._tiledDataArray.forEach((t => {
                  const e = t.renderData;
                  e && SB.remove(e);
                }));
                this._tiledDataArray.length = 0;
                super.destroyRenderData();
              }
              _flushAssembler() {
                const e = t.Assembler.getAssembler(this);
                if (this._assembler !== e) {
                  this._assembler = e;
                  this._assembler.createData(this);
                }
                if (0 === this._tiledDataArray.length) {
                  this.markForUpdateRenderData();
                  this._updateColor();
                }
              }
              _render(t) {
                for (let e = 0; e < this._tiledDataArray.length; e++) {
                  this._tiledDataArrayIdx = e;
                  const i = this._tiledDataArray[e];
                  if (i.subNodes) i.subNodes.forEach((e => {
                    e && t.walk(e.node);
                  })); else {
                    const e = i;
                    e.texture && t.commitComp(this, e.renderData, e.texture, this._assembler, null);
                  }
                }
                this.node._static = !0;
              }
              createRenderEntity() {
                return new fB(uB.CROSSED);
              }
              fillIndicesBuffer(t, e) {
                const i = t.chunk.meshBuffer.iData;
                let s = t.chunk.meshBuffer.indexOffset;
                e.setIndexOffset(s);
                let n = t.chunk.vertexOffset;
                const r = t.vertexCount / 4;
                for (let t = 0; t < r; t += 1) {
                  i[s] = n;
                  i[s + 1] = n + 1;
                  i[s + 2] = n + 2;
                  i[s + 3] = n + 2;
                  i[s + 4] = n + 1;
                  i[s + 5] = n + 3;
                  s += 6;
                  n += 4;
                }
                t.chunk.meshBuffer.indexOffset = s;
                e.setIBCount(6 * r);
              }
              prepareDrawData() {
                this._drawInfoList.length = 0;
                const t = this.renderEntity;
                t.clearDynamicRenderDrawInfos();
                const e = this._tiledDataArray;
                let i = 0;
                e.forEach((e => {
                  if (e.subNodes) e.subNodes.forEach((e => {
                    if (e) {
                      this._drawInfoList[i] || (this._drawInfoList[i] = new aB);
                      const s = this._drawInfoList[i];
                      s.setDrawInfoType(oB.SUB_NODE);
                      s.setSubNode(e.node);
                      t.setDynamicRenderDrawInfo(s, i);
                      i++;
                    }
                  })); else {
                    const s = e;
                    if (s.texture) {
                      this._drawInfoList[i] || (this._drawInfoList[i] = new aB);
                      const e = this._drawInfoList[i];
                      s.renderData.fillDrawInfoAttributes(e);
                      e.setTexture(s.texture.getGFXTexture());
                      e.setSampler(s.texture.getGFXSampler());
                      e.setMaterial(this.getRenderMaterial(0));
                      this.fillIndicesBuffer(s.renderData, e);
                      t.setDynamicRenderDrawInfo(e, i);
                      i++;
                    }
                  }
                }));
              }
            }, ENt)) || vNt);
            var DNt, PNt, ONt, NNt, LNt, FNt, VNt;
            let kNt = t("TiledObjectGroup", (DNt = Ul("cc.TiledObjectGroup"), PNt = sh(), ONt = Gl(jB), 
            NNt = Th(Le), DNt(LNt = PNt(LNt = ONt(LNt = (FNt = (VNt = class extends Qc {
              constructor(...t) {
                super(...t);
                this._premultiplyAlpha = !1;
                this._groupName = void 0;
                this._positionOffset = void 0;
                this._mapInfo = void 0;
                this._properties = void 0;
                this._offset = void 0;
                this._opacity = void 0;
                this._tintColor = null;
                this._animations = void 0;
                this._hasAniObj = void 0;
                this._texGrids = void 0;
                this.aniObjects = void 0;
                this._objects = [];
              }
              get premultiplyAlpha() {
                return this._premultiplyAlpha;
              }
              set premultiplyAlpha(t) {
                this._premultiplyAlpha = t;
              }
              getPositionOffset() {
                return this._positionOffset;
              }
              getProperties() {
                return this._properties;
              }
              getGroupName() {
                return this._groupName;
              }
              getProperty(t) {
                return this._properties[t.toString()];
              }
              getObject(t) {
                for (let e = 0, i = this._objects.length; e < i; e++) {
                  const i = this._objects[e];
                  if (i && i.name === t) return i;
                }
                return null;
              }
              getObjects() {
                return this._objects;
              }
              get offset() {
                return this._offset;
              }
              _init(t, e, i) {
                const s = WOt.FLIPPED_MASK;
                const n = WOt.HORIZONTAL;
                const r = WOt.VERTICAL;
                this._groupName = t.name;
                this._positionOffset = t.offset;
                this._mapInfo = e;
                this._properties = t.getProperties();
                this._offset = new Qi(t.offset.x, -t.offset.y);
                this._opacity = t.opacity;
                t.tintColor && (this._tintColor = t.tintColor);
                this._texGrids = i;
                this._animations = e.getTileAnimations();
                this.aniObjects = [];
                this._hasAniObj = !1;
                const o = e.mapSize;
                const a = e.tileSize;
                let l = 0;
                let h = 0;
                const c = new Bi;
                const u = jOt.ISO === e.orientation;
                if (e.orientation === jOt.HEX) if (e.getStaggerAxis() === YOt.STAGGERAXIS_X) {
                  h = a.height * (o.height + .5);
                  l = (a.width + e.getHexSideLength()) * Math.floor(o.width / 2) + a.width * (o.width % 2);
                } else {
                  l = a.width * (o.width + .5);
                  h = (a.height + e.getHexSideLength()) * Math.floor(o.height / 2) + a.height * (o.height % 2);
                } else if (u) {
                  const t = o.width + o.height;
                  l = .5 * a.width * t;
                  h = .5 * a.height * t;
                } else {
                  l = o.width * a.width;
                  h = o.height * a.height;
                }
                const _ = this.node._uiProps.uiTransformComp;
                _.setContentSize(l, h);
                const d = l * _.anchorX;
                const p = h * (1 - _.anchorY);
                const m = t.objects;
                const f = {};
                for (let t = 0, e = m.length; t < e; t++) {
                  const e = m[t];
                  const l = e.type;
                  e.offset = new Qi(e.x, e.y);
                  const _ = e.points || e.polylinePoints;
                  if (_) for (let t = 0; t < _.length; t++) _[t].y *= -1;
                  if (u) {
                    const t = e.x / a.height;
                    const i = e.y / a.height;
                    e.x = .5 * a.width * (o.height + t - i);
                    e.y = .5 * a.height * (o.width + o.height - t - i);
                  } else e.y = h - e.y;
                  if (l === JOt.TEXT) {
                    const i = `text${e.id}`;
                    f[i] = !0;
                    let s = this.node.getChildByName(i);
                    s || (s = new _y);
                    s.setRotationFromEuler(0, 0, -e.rotation);
                    s.setPosition(e.x - d, e.y - p);
                    s.name = i;
                    s.parent = this.node;
                    s.setSiblingIndex(t);
                    let n = s.getComponent(IP);
                    n || (n = s.addComponent(IP));
                    const r = s._uiProps.uiTransformComp;
                    s.active = e.visible;
                    r.anchorX = 0;
                    r.anchorY = 1;
                    if (this._tintColor) {
                      c.set(this._tintColor);
                      c.a *= this._opacity / 255;
                      n.color.set(c);
                    } else {
                      n.color.a *= this._opacity / 255;
                    }
                    n.overflow = IP.Overflow.SHRINK;
                    n.lineHeight = e.height;
                    n.string = e.text;
                    n.horizontalAlign = e.halign;
                    n.verticalAlign = e.valign;
                    n.fontSize = e.pixelsize;
                    r.setContentSize(e.width, e.height);
                  } else if (l === JOt.IMAGE) {
                    const o = e.gid;
                    const a = (o & s) >>> 0;
                    const l = i.get(a);
                    if (!l) continue;
                    const h = l.tileset;
                    const _ = `img${e.id}`;
                    f[_] = !0;
                    let m = this.node.getChildByName(_);
                    e.width = e.width || l.width;
                    e.height = e.height || l.height;
                    if (m && m._objFlags & co.Flags.HideInHierarchy) {
                      m.removeFromParent();
                      m.hideFlags |= co.Flags.DontSave;
                      m.destroy();
                      m = null;
                    }
                    m || (m = new _y);
                    if (this._animations.get(a)) {
                      this.aniObjects.push({
                        object: e,
                        imgNode: m,
                        gridGID: a
                      });
                      this._hasAniObj = !0;
                    }
                    const g = h.tileOffset.x;
                    const y = h.tileOffset.y;
                    m.active = e.visible;
                    m.setRotationFromEuler(0, 0, -e.rotation);
                    m.setPosition(e.x - d, e.y - p);
                    m.name = _;
                    m.parent = this.node;
                    m.setSiblingIndex(t);
                    let b = m.getComponent(cL);
                    b || (b = m.addComponent(cL));
                    const S = m._uiProps.uiTransformComp;
                    if (u) {
                      S.anchorX = .5 + g / e.width;
                      S.anchorY = y / e.height;
                    } else {
                      S.anchorX = g / e.width;
                      S.anchorY = y / e.height;
                    }
                    if (this._tintColor) {
                      c.set(this._tintColor);
                      c.a *= this._opacity / 255;
                      b.color.set(c);
                    } else {
                      b.color.a *= this._opacity / 255;
                    }
                    b.sizeMode = cL.SizeMode.CUSTOM;
                    const A = this._premultiplyAlpha ? Ls.ONE : Ls.SRC_ALPHA;
                    if (b._srcBlendFactor !== A) {
                      b._srcBlendFactor = A;
                      b.material && b._updateBlendFunc();
                    }
                    let T = l.spriteFrame;
                    T = T ? T.clone() : new GI;
                    (o & n) >>> 0 && (T.flipUVX = !T.flipUVX);
                    (o & r) >>> 0 && (T.flipUVY = !T.flipUVY);
                    T.rotated = l._rotated;
                    T.rect = l._rect;
                    b.spriteFrame = T;
                    S.setContentSize(e.width, e.height);
                    b.markForUpdateRenderData();
                  }
                }
                this._objects = m;
                const g = this.node.children;
                const y = /^(?:img|text)\d+$/;
                for (let t = 0, e = g.length; t < e; t++) {
                  const e = g[t];
                  const i = e.name;
                  y.test(i) && !f[i] && e.destroy();
                }
              }
              update(t) {
                if (!this._hasAniObj) return;
                const e = this.aniObjects;
                const i = this._texGrids;
                const s = jOt.ISO === this._mapInfo.orientation;
                for (let t = 0, n = e.length; t < n; t++) {
                  const n = e[t];
                  const r = n.gridGID;
                  const o = i.get(r);
                  if (!o) continue;
                  const a = o.tileset;
                  const l = n.object;
                  const h = n.imgNode;
                  const c = a.tileOffset.x;
                  const u = a.tileOffset.y;
                  const _ = h._uiProps.uiTransformComp;
                  if (s) {
                    _.anchorX = .5 + c / l.width;
                    _.anchorY = u / l.height;
                  } else {
                    _.anchorX = c / l.width;
                    _.anchorY = u / l.height;
                  }
                  const d = h.getComponent(cL);
                  const p = d.spriteFrame;
                  p.rotated = o._rotated;
                  p.rect = o._rect;
                  d.spriteFrame = p;
                  d.markForUpdateRenderData();
                }
              }
            }, VNt), Bl(FNt.prototype, "premultiplyAlpha", [ NNt ], Object.getOwnPropertyDescriptor(FNt.prototype, "premultiplyAlpha"), FNt.prototype), 
            FNt)) || LNt) || LNt) || LNt));
            var UNt, GNt, zNt, HNt, jNt, XNt, WNt, YNt, qNt, KNt, JNt, ZNt, QNt, $Nt, tLt, eLt, iLt, sLt;
            let nLt = t("TiledMapAsset", (UNt = Ul("cc.TiledMapAsset"), GNt = Th([ EC ]), zNt = Th([ Fe ]), 
            HNt = Th([ GI ]), jNt = Th([ GI ]), XNt = Th([ Fe ]), WNt = Th([ Fe ]), YNt = Th([ rs ]), 
            UNt(qNt = (KNt = class extends gc {
              constructor(...t) {
                super(...t);
                Ml(this, "tmxXmlStr", JNt, this);
                Ml(this, "tsxFiles", ZNt, this);
                Ml(this, "tsxFileNames", QNt, this);
                Ml(this, "spriteFrames", $Nt, this);
                Ml(this, "imageLayerSpriteFrame", tLt, this);
                Ml(this, "imageLayerSpriteFrameNames", eLt, this);
                Ml(this, "spriteFrameNames", iLt, this);
                Ml(this, "spriteFrameSizes", sLt, this);
              }
            }, JNt = Bl(KNt.prototype, "tmxXmlStr", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), ZNt = Bl(KNt.prototype, "tsxFiles", [ Yl, GNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), QNt = Bl(KNt.prototype, "tsxFileNames", [ Yl, zNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), $Nt = Bl(KNt.prototype, "spriteFrames", [ Yl, HNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), tLt = Bl(KNt.prototype, "imageLayerSpriteFrame", [ Yl, jNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), eLt = Bl(KNt.prototype, "imageLayerSpriteFrameNames", [ Yl, XNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), iLt = Bl(KNt.prototype, "spriteFrameNames", [ Yl, WNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), sLt = Bl(KNt.prototype, "spriteFrameSizes", [ Yl, YNt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), KNt)) || qNt));
            var rLt, oLt, aLt, lLt, hLt, cLt, uLt, _Lt, dLt, pLt, mLt, fLt, gLt;
            t("TiledMap", (rLt = Ul("cc.TiledMap"), oLt = sh(), aLt = $l(), lLt = Gl(jB), hLt = Th(nLt), 
            cLt = ph(), rLt(uLt = oLt(uLt = aLt(uLt = lLt(uLt = Ql(uLt = (_Lt = (gLt = fLt = class extends Qc {
              constructor(...t) {
                super(...t);
                this._texGrids = new Map;
                this._textures = [];
                this._tilesets = [];
                this._animations = new Map;
                this._imageLayers = [];
                this._layers = [];
                this._groups = [];
                this._images = [];
                this._properties = {};
                this._tileProperties = new Map;
                this._mapInfo = null;
                this._mapSize = new rs(0, 0);
                this._tileSize = new rs(0, 0);
                this._mapOrientation = jOt.ORTHO;
                this._isApplied = !1;
                Ml(this, "_tmxFile", dLt, this);
                Ml(this, "_enableCulling", pLt, this);
                Ml(this, "cleanupImageCache", mLt, this);
              }
              get tmxAsset() {
                return this._tmxFile;
              }
              set tmxAsset(t) {
                if (this._tmxFile !== t) {
                  this._tmxFile = t;
                  this._applyFile();
                  this._isApplied = !0;
                }
              }
              get enableCulling() {
                return this._enableCulling;
              }
              set enableCulling(t) {
                this._enableCulling = t;
                const e = this._layers;
                for (let i = 0; i < e.length; ++i) e[i].enableCulling = t;
              }
              getMapSize() {
                return this._mapSize;
              }
              getTileSize() {
                return this._tileSize;
              }
              getMapOrientation() {
                return this._mapOrientation;
              }
              getObjectGroups() {
                return this._groups;
              }
              getObjectGroup(t) {
                const e = this._groups;
                for (let i = 0, s = e.length; i < s; i++) {
                  const s = e[i];
                  if (s && s.getGroupName() === t) return s;
                }
                return null;
              }
              getProperties() {
                return this._properties;
              }
              getLayers() {
                return this._layers;
              }
              getLayer(t) {
                const e = this._layers;
                for (let i = 0, s = e.length; i < s; i++) {
                  const s = e[i];
                  if (s && s.getLayerName() === t) return s;
                }
                return null;
              }
              _changeLayer(t, e) {
                const i = this._layers;
                for (let s = 0, n = i.length; s < n; s++) {
                  const n = i[s];
                  if (n && n.getLayerName() === t) {
                    i[s] = e;
                    return;
                  }
                }
              }
              getProperty(t) {
                return this._properties[t.toString()];
              }
              getPropertiesForGID(t) {
                return this._tileProperties.get(t);
              }
              __preload() {
                if (this._tmxFile && !1 === this._isApplied) {
                  this._applyFile();
                  this._isApplied = !0;
                }
              }
              onEnable() {
                this.node.on(ny.ANCHOR_CHANGED, this._syncAnchorPoint, this);
              }
              onDisable() {
                this.node.off(ny.ANCHOR_CHANGED, this._syncAnchorPoint, this);
              }
              _applyFile() {
                const t = [];
                const e = {};
                const i = this._tmxFile;
                if (i) {
                  let s = i.spriteFrameNames;
                  const n = i.spriteFrameSizes;
                  const r = i.spriteFrames;
                  const o = {};
                  const a = {};
                  for (let i = 0; i < s.length; ++i) {
                    const l = s[i];
                    a[l] = n[i];
                    t[i] = r[i];
                    const h = t[i];
                    if (h) {
                      e[h.name] = h;
                      o[l] = h;
                    }
                  }
                  const l = {};
                  const h = i.imageLayerSpriteFrame;
                  s = i.imageLayerSpriteFrameNames;
                  for (let t = 0; t < h.length; ++t) l[s[t]] = h[t];
                  const c = i.tsxFileNames;
                  const u = i.tsxFiles;
                  const _ = {};
                  for (let t = 0; t < c.length; ++t) c[t].length > 0 && (_[c[t]] = u[t].text);
                  const d = new rNt(i.tmxXmlStr, _, o, a, l);
                  const p = d.getTilesets();
                  p && 0 !== p.length || P(7241);
                  this._buildWithMapInfo(d);
                } else this._releaseMapInfo();
              }
              _releaseMapInfo() {
                const t = this._layers;
                for (let s = 0, n = t.length; s < n; s++) {
                  var e, i;
                  null === (e = t[s].node.parent) || void 0 === e || e.off(ny.SIZE_CHANGED, t[s].updateCulling, t[s]);
                  null === (i = t[s].node.parent) || void 0 === i || i.off(ny.TRANSFORM_CHANGED, t[s].updateCulling, t[s]);
                  t[s].node.removeFromParent();
                  t[s].node.destroy();
                }
                t.length = 0;
                const s = this._groups;
                for (let t = 0, e = s.length; t < e; t++) {
                  s[t].node.removeFromParent();
                  s[t].node.destroy();
                }
                s.length = 0;
                const n = this._images;
                for (let t = 0, e = n.length; t < e; t++) {
                  n[t].removeFromParent();
                  n[t].destroy();
                }
                n.length = 0;
              }
              _syncAnchorPoint() {
                const t = this.node._uiProps.uiTransformComp.anchorPoint;
                const e = this.node._uiProps.uiTransformComp.width * t.x;
                const i = this.node._uiProps.uiTransformComp.height * (1 - t.y);
                let s;
                let n;
                for (s = 0, n = this._layers.length; s < n; s++) {
                  this._layers[s].node._uiProps.uiTransformComp.setAnchorPoint(t);
                }
                for (s = 0, n = this._groups.length; s < n; s++) {
                  const t = this._groups[s];
                  const n = t.node._uiProps.uiTransformComp;
                  n.anchorX = .5;
                  n.anchorY = .5;
                  const r = t.offset.x - e + n.width * n.anchorX;
                  const o = t.offset.y + i - n.height * n.anchorY;
                  t.node.setPosition(r, o);
                }
                for (s = 0, n = this._images.length; s < n; s++) {
                  const t = this._images[s]._uiProps.uiTransformComp;
                  t.anchorX = .5;
                  t.anchorY = .5;
                  const n = this._images[s]._offset.x - e + t.width * t.anchorX;
                  const r = this._images[s]._offset.y + i - t.height * t.anchorY;
                  this._images[s].setPosition(n, r);
                }
              }
              _fillAniGrids(t, e) {
                for (const i of e.keys()) {
                  const s = e.get(i);
                  if (!s) continue;
                  const n = s.frames;
                  for (let e = 0; e < n.length; e++) {
                    const i = n[e];
                    i.grid = t.get(i.tileid);
                  }
                }
              }
              _buildLayerAndGroup() {
                const t = this._tilesets;
                const e = this._texGrids;
                const i = this._animations;
                e.clear();
                for (let i = 0, s = t.length; i < s; ++i) {
                  const s = t[i];
                  s && (s.sourceImage ? ANt(s, e, s.sourceImage) : console.warn(`Can't find the spriteFrame of tilesets ${i}`));
                }
                this._fillAniGrids(e, i);
                let s = this._layers;
                let n = this._groups;
                let r = this._images;
                const o = {};
                for (let t = 0, e = s.length; t < e; t++) o[s[t].node.name] = !0;
                for (let t = 0, e = n.length; t < e; t++) o[n[t].node.name] = !0;
                for (let t = 0, e = r.length; t < e; t++) o[r[t].name] = !0;
                s = this._layers = [];
                n = this._groups = [];
                r = this._images = [];
                const a = this._mapInfo;
                const l = this.node;
                const h = a.getAllChildren();
                const c = this._textures;
                let u = 0;
                let _ = 0;
                if (h && h.length > 0) for (let i = 0, d = h.length; i < d; i++) {
                  const d = h[i];
                  const p = d.name;
                  let m = this.node.getChildByName(p);
                  o[p] = !1;
                  if (!m) {
                    m = new _y;
                    m.name = p;
                    m.layer = l.layer;
                    l.addChild(m);
                  }
                  m.setSiblingIndex(i);
                  m.active = d.visible;
                  if (d instanceof $Ot) {
                    let i = m.getComponent(BNt);
                    i || (i = m.addComponent(BNt));
                    i.init(d, a, t, c, e);
                    i.enableCulling = this._enableCulling;
                    d.ownTiles = !1;
                    s.push(i);
                  } else if (d instanceof QOt) {
                    let t = m.getComponent(kNt);
                    t || (t = m.addComponent(kNt));
                    t._init(d, a, e);
                    n.push(t);
                  } else if (d instanceof tNt) {
                    const t = d.sourceImage;
                    m.layerInfo = d;
                    m._offset = new Qi(d.offset.x, -d.offset.y);
                    let e = m.getComponent(cL);
                    e || (e = m.addComponent(cL));
                    e.color.a *= d.opacity;
                    e.spriteFrame = t;
                    let i = t.width;
                    let s = t.height;
                    if (t.original) {
                      i = t.originalSize.width;
                      s = t.originalSize.height;
                    }
                    m._uiProps.uiTransformComp.setContentSize(i, s);
                    r.push(m);
                  }
                  u = Math.max(u, m._uiProps.uiTransformComp.width);
                  _ = Math.max(_, m._uiProps.uiTransformComp.height);
                }
                const d = l.children;
                for (let t = 0, e = d.length; t < e; t++) {
                  const e = d[t];
                  o[e.name] && e.destroy();
                }
                this.node._uiProps.uiTransformComp.setContentSize(u, _);
                this._syncAnchorPoint();
              }
              _buildWithMapInfo(t) {
                this._mapInfo = t;
                this._mapSize = t.getMapSize();
                this._tileSize = t.getTileSize();
                this._mapOrientation = t.orientation;
                this._properties = t.properties;
                this._tileProperties = t.getTileProperties();
                this._imageLayers = t.getImageLayers();
                this._animations = t.getTileAnimations();
                this._tilesets = t.getTilesets();
                const e = this._tilesets;
                this._textures.length = 0;
                const i = [];
                for (let t = 0, s = e.length; t < s; ++t) {
                  const s = e[t];
                  if (s && s.sourceImage) {
                    this._textures[t] = s.sourceImage;
                    i.push(s.sourceImage);
                  }
                }
                for (let t = 0; t < this._imageLayers.length; t++) {
                  const e = this._imageLayers[t];
                  e && e.sourceImage && i.push(e.sourceImage);
                }
                this._buildLayerAndGroup();
                this.cleanupImageCache && this._textures.forEach((t => {
                  this.doCleanupImageCache(t);
                }));
              }
              doCleanupImageCache(t) {
                if (t._image instanceof HTMLImageElement) {
                  t._image.src = "";
                  t._image.destroy();
                } else Vo.hasFeature(Vo.Feature.IMAGE_BITMAP) && t._image instanceof ImageBitmap && t._image.close && t._image.close();
                t._image = null;
              }
              lateUpdate(t) {
                const e = this._animations;
                const i = this._texGrids;
                for (const s of e.keys()) {
                  const n = e.get(s);
                  const r = n.frames;
                  let o = r[n.frameIdx];
                  n.dt += t;
                  if (o.duration < n.dt) {
                    n.dt = 0;
                    n.frameIdx++;
                    n.frameIdx >= r.length && (n.frameIdx = 0);
                    o = r[n.frameIdx];
                  }
                  i.set(s, o.grid);
                }
                const s = this.getLayers();
                for (let t = 0, e = s.length; t < e; t++) {
                  const e = s[t];
                  (e.hasAnimation() || e.node.hasChangedFlags) && e.markForUpdateRenderData();
                }
              }
            }, fLt.Orientation = jOt, fLt.Property = XOt, fLt.TileFlag = WOt, fLt.StaggerAxis = YOt, 
            fLt.StaggerIndex = qOt, fLt.TMXObjectType = JOt, fLt.RenderOrder = KOt, gLt), dLt = Bl(_Lt.prototype, "_tmxFile", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bl(_Lt.prototype, "tmxAsset", [ hLt, cLt ], Object.getOwnPropertyDescriptor(_Lt.prototype, "tmxAsset"), _Lt.prototype), 
            pLt = Bl(_Lt.prototype, "_enableCulling", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(_Lt.prototype, "enableCulling", [ nh ], Object.getOwnPropertyDescriptor(_Lt.prototype, "enableCulling"), _Lt.prototype), 
            mLt = Bl(_Lt.prototype, "cleanupImageCache", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), _Lt)) || uLt) || uLt) || uLt) || uLt) || uLt));
            const yLt = Math.ceil(10922.5);
            const bLt = [];
            for (let t = 0; t < 4; t++) bLt.push(new Pi);
            const SLt = new qi;
            const ALt = new Pi;
            const TLt = {
              row: 0,
              col: 0
            };
            let vLt = {
              x: 0,
              y: 0
            };
            let ELt = {
              x: 0,
              y: 0
            };
            let CLt = {
              x: 0,
              y: 0
            };
            let xLt = {
              x: 0,
              y: 0
            };
            let wLt = 0;
            let RLt = 0;
            let ILt = 0;
            let MLt = 0;
            let BLt = null;
            let DLt;
            let PLt;
            let OLt;
            let NLt = null;
            const LLt = {
              ensureAccessor() {
                if (!NLt) {
                  const t = IR.root.device;
                  IR.root.batcher2D;
                  NLt = new iB(t, zM, this.vCount);
                  IR.on(RR.EVENT_BEFORE_DRAW, (() => {
                    NLt.reset();
                  }));
                }
              },
              createData(t) {
                this.ensureAccessor();
              },
              fillBuffers(t, e) {
                if (!t || 0 === t.tiledDataArray.length) return;
                const i = t.tiledDataArray[t._tiledDataArrayIdx].renderData;
                const s = i.chunk.meshBuffer.iData;
                let n = i.chunk.meshBuffer.indexOffset;
                let r = i.chunk.vertexOffset;
                const o = i.vertexCount / 4;
                for (let t = 0; t < o; t += 1) {
                  s[n] = r;
                  s[n + 1] = r + 1;
                  s[n + 2] = r + 2;
                  s[n + 3] = r + 2;
                  s[n + 4] = r + 1;
                  s[n + 5] = r + 3;
                  n += 6;
                  r += 4;
                }
                i.chunk.meshBuffer.indexOffset = n;
              },
              updateRenderData(t) {
                t.updateCulling();
                RLt = t.leftDownToCenterX;
                ILt = t.leftDownToCenterY;
                if (t.colorChanged || t.isCullingDirty() || t.isUserNodeDirty() || t.hasAnimation() || t.hasTiledNode() || t.node.hasChangedFlags) {
                  t.colorChanged = !1;
                  t.destroyRenderData();
                  let e;
                  let i;
                  if (t.enableCulling) {
                    const s = t.cullingRect;
                    e = s.leftDown;
                    i = s.rightTop;
                  } else {
                    e = TLt;
                    i = t.rightTop;
                  }
                  switch (t.renderOrder) {
                   case KOt.RightDown:
                    kLt(e, i, -1, 1, t);
                    break;

                   case KOt.LeftDown:
                    kLt(e, i, -1, -1, t);
                    break;

                   case KOt.RightUp:
                    kLt(e, i, 1, 1, t);
                    break;

                   case KOt.LeftUp:
                   default:
                    kLt(e, i, 1, -1, t);
                  }
                  t.setCullingDirty(!1);
                  t.setUserNodeDirty(!1);
                }
                t.prepareDrawData();
              },
              updateColor(t) {
                const e = t.color;
                const i = new Float32Array(4);
                i[0] = e.r / 255;
                i[1] = e.g / 255;
                i[2] = e.b / 255;
                i[3] = e.a / 255;
                const s = t.tiledDataArray;
                for (const t of s) {
                  if (!t.renderData) continue;
                  const e = t.renderData;
                  const s = e.vData;
                  for (let t = e.vertexStart, n = e.vertexCount; t < n; t++) s.set(i, 9 * t + 5);
                }
              }
            };
            function FLt(t, e) {
              if (t._rotated) {
                vLt.x = t.r;
                vLt.y = t.t;
                ELt.x = t.l;
                ELt.y = t.t;
                CLt.x = t.r;
                CLt.y = t.b;
                xLt.x = t.l;
                xLt.y = t.b;
              } else {
                vLt.x = t.l;
                vLt.y = t.t;
                ELt.x = t.l;
                ELt.y = t.b;
                CLt.x = t.r;
                CLt.y = t.t;
                xLt.x = t.r;
                xLt.y = t.b;
              }
              let i;
              if ((e & WOt.DIAGONAL) >>> 0) {
                i = ELt;
                ELt = CLt;
                CLt = i;
              }
              if ((e & WOt.HORIZONTAL) >>> 0) {
                i = vLt;
                vLt = CLt;
                CLt = i;
                i = ELt;
                ELt = xLt;
                xLt = i;
              }
              if ((e & WOt.VERTICAL) >>> 0) {
                i = vLt;
                vLt = ELt;
                ELt = i;
                i = CLt;
                CLt = xLt;
                xLt = i;
              }
            }
            function VLt() {
              if (MLt < 1 || !BLt) return;
              const t = 4 * MLt;
              const e = 6 * MLt;
              const i = PLt.requestTiledRenderData();
              i.renderData = SB.add(zM, NLt);
              i.renderData.drawInfoType = oB.IA;
              i.texture = BLt;
              const s = i.renderData;
              s.resize(t, e);
              s.chunk.vb.set(DLt.subarray(0, 9 * t), 0);
              MLt = 0;
              BLt = null;
            }
            function kLt(t, e, i, s, n) {
              if (e.row < 0 || e.col < 0) return;
              PLt = n;
              const r = n.node.worldMatrix;
              wLt = 0;
              const o = n.tiledTiles;
              const a = n.texGrids;
              const l = n.tiles;
              const h = 18;
              const c = 27;
              const u = n.vertices;
              let _;
              let d;
              let p;
              let m;
              let f;
              let g;
              let y;
              let b;
              let S = 0;
              let A = 0;
              let T = 0;
              let v = 0;
              let E = 0;
              let C;
              let x = 0;
              let w = !0;
              OLt = FLt;
              const R = new Float32Array(4);
              R[0] = n.color.r / 255;
              R[1] = n.color.g / 255;
              R[2] = n.color.b / 255;
              R[3] = n.color.a / 255;
              if (-1 === i) {
                m = e.row;
                f = t.row;
              } else {
                m = t.row;
                f = e.row;
              }
              const I = Math.abs(t.row - e.row) + 1;
              const M = Math.abs(e.col - t.col) + 1;
              DLt = new Float32Array(I * M * 9 * 4);
              MLt = 0;
              const B = DLt;
              for (;(f - m) * i >= 0; m += i) {
                _ = u[m];
                x = n.getNodesCountByRow(m);
                w = _ && 0 === x;
                if (1 === s) {
                  d = w && t.col < _.minCol ? _.minCol : t.col;
                  p = w && e.col > _.maxCol ? _.maxCol : e.col;
                } else {
                  d = w && e.col > _.maxCol ? _.maxCol : e.col;
                  p = w && t.col < _.minCol ? _.minCol : t.col;
                }
                for (;(p - d) * s >= 0; d += s) {
                  g = _ && _[d];
                  if (x > 0) {
                    VLt();
                    const t = n.requestSubNodesData();
                    const e = n.getNodesByRowCol(m, d);
                    e && e.count > 0 && (t.subNodes = e.list);
                  }
                  if (g) {
                    S = l[g.index];
                    b = a.get((S & WOt.FLIPPED_MASK) >>> 0);
                    if (b) {
                      if (BLt !== b.texture) {
                        VLt();
                        BLt = b.texture;
                      }
                      y = b.tileset._tileSize;
                      A = g.left - RLt;
                      T = g.bottom - ILt;
                      v = A + y.width;
                      E = T + y.height;
                      C = o[g.index];
                      wLt = 4 * MLt * 9;
                      if (C) C.node.active && ULt(C.node, R, B, A, v, E, T, false); else {
                        bLt[0].x = A;
                        bLt[0].y = E;
                        bLt[1].x = A;
                        bLt[1].y = T;
                        bLt[2].x = v;
                        bLt[2].y = E;
                        bLt[3].x = v;
                        bLt[3].y = T;
                        bLt[0].transformMat4(r);
                        B[wLt] = bLt[0].x;
                        B[wLt + 1] = bLt[0].y;
                        B[wLt + 2] = bLt[0].z;
                        bLt[1].transformMat4(r);
                        B[wLt + 9] = bLt[1].x;
                        B[wLt + 9 + 1] = bLt[1].y;
                        B[wLt + 9 + 2] = bLt[1].z;
                        bLt[2].transformMat4(r);
                        B[wLt + h] = bLt[2].x;
                        B[wLt + h + 1] = bLt[2].y;
                        B[wLt + h + 2] = bLt[2].z;
                        bLt[3].transformMat4(r);
                        B[wLt + c] = bLt[3].x;
                        B[wLt + c + 1] = bLt[3].y;
                        B[wLt + c + 2] = bLt[3].z;
                        B.set(R, wLt + 5);
                        B.set(R, wLt + 9 + 5);
                        B.set(R, wLt + h + 5);
                        B.set(R, wLt + c + 5);
                      }
                      OLt(b, S);
                      B[wLt + 3] = vLt.x;
                      B[wLt + 4] = vLt.y;
                      B[wLt + 9 + 3] = ELt.x;
                      B[wLt + 9 + 4] = ELt.y;
                      B[wLt + h + 3] = CLt.x;
                      B[wLt + h + 4] = CLt.y;
                      B[wLt + c + 3] = xLt.x;
                      B[wLt + c + 4] = xLt.y;
                      MLt++;
                      MLt >= yLt && VLt();
                    }
                  }
                }
              }
              VLt();
            }
            function ULt(t, e, i, s, n, r, o, a) {
              const l = 18;
              const h = 27;
              t.updateWorldTransform();
              qi.fromRTS(SLt, t.rotation, t.position, t.scale);
              Pi.set(ALt, -(s + RLt), -(o + ILt), 0);
              qi.transform(SLt, SLt, ALt);
              qi.multiply(SLt, t.parent.worldMatrix, SLt);
              const c = SLt;
              const u = c.m12;
              const _ = c.m13;
              const d = c.m00;
              const p = c.m01;
              const m = c.m04;
              const f = c.m05;
              const g = 1 === d && 0 === p && 0 === m && 1 === f;
              if (a) {
                const t = (s + n) / 2;
                const e = (r + o) / 2;
                if (g) {
                  i[wLt] = t + u;
                  i[wLt + 1] = r + _;
                  i[wLt + 9] = s + u;
                  i[wLt + 9 + 1] = e + _;
                  i[wLt + l] = n + u;
                  i[wLt + l + 1] = e + _;
                  i[wLt + h] = t + u;
                  i[wLt + h + 1] = o + _;
                } else {
                  i[wLt] = t * d + r * m + u;
                  i[wLt + 1] = t * p + r * f + _;
                  i[wLt + 9] = s * d + e * m + u;
                  i[wLt + 9 + 1] = s * p + e * f + _;
                  i[wLt + l] = n * d + e * m + u;
                  i[wLt + l + 1] = n * p + e * f + _;
                  i[wLt + h] = t * d + o * m + u;
                  i[wLt + h + 1] = t * p + o * f + _;
                }
              } else if (g) {
                i[wLt] = s + u;
                i[wLt + 1] = r + _;
                i[wLt + 9] = s + u;
                i[wLt + 9 + 1] = o + _;
                i[wLt + l] = n + u;
                i[wLt + l + 1] = r + _;
                i[wLt + h] = n + u;
                i[wLt + h + 1] = o + _;
              } else {
                i[wLt] = s * d + r * m + u;
                i[wLt + 1] = s * p + r * f + _;
                i[wLt + 9] = s * d + o * m + u;
                i[wLt + 9 + 1] = s * p + o * f + _;
                i[wLt + l] = n * d + r * m + u;
                i[wLt + l + 1] = n * p + r * f + _;
                i[wLt + h] = n * d + o * m + u;
                i[wLt + h + 1] = n * p + o * f + _;
              }
              i.set(e, wLt + 5);
              i.set(e, wLt + 9 + 5);
              i.set(e, wLt + l + 5);
              i.set(e, wLt + h + 5);
            }
            const GLt = t("tiledLayerAssembler", {
              getAssembler: () => LLt
            });
            BNt.Assembler = GLt;
            class zLt {
              constructor() {
                this.originalTarget = null;
                this.target = null;
                this.tag = zLt.TAG_INVALID;
              }
              clone() {
                const t = new zLt;
                t.originalTarget = null;
                t.target = null;
                t.tag = this.tag;
                return t;
              }
              isDone() {
                return !0;
              }
              startWithTarget(t) {
                this.originalTarget = t;
                this.target = t;
              }
              stop() {
                this.target = null;
              }
              step(t) {
                P(1006);
              }
              update(t) {
                P(1007);
              }
              getTarget() {
                return this.target;
              }
              setTarget(t) {
                this.target = t;
              }
              getOriginalTarget() {
                return this.originalTarget;
              }
              setOriginalTarget(t) {
                this.originalTarget = t;
              }
              getTag() {
                return this.tag;
              }
              setTag(t) {
                this.tag = t;
              }
              reverse() {
                P(1008);
                return null;
              }
              retain() {}
              release() {}
            }
            zLt.TAG_INVALID = -1;
            class HLt extends zLt {
              constructor(...t) {
                super(...t);
                this._duration = 0;
                this._timesForRepeat = 1;
              }
              getDuration() {
                return this._duration * (this._timesForRepeat || 1);
              }
              setDuration(t) {
                this._duration = t;
              }
              clone() {
                return new HLt;
              }
            }
            let jLt = 0;
            class XLt {
              constructor() {
                this.actions = [];
                this.target = null;
                this.actionIndex = 0;
                this.currentAction = null;
                this.paused = !1;
                this.lock = !1;
              }
            }
            class WLt {
              constructor() {
                this._hashTargets = new Map;
                this._arrayTargets = [];
                this._elementPool = [];
              }
              _searchElementByTarget(t, e) {
                for (let i = 0; i < t.length; i++) if (e === t[i].target) return t[i];
                return null;
              }
              _getElement(t, e) {
                let i = this._elementPool.pop();
                i || (i = new XLt);
                i.target = t;
                i.paused = !!e;
                return i;
              }
              _putElement(t) {
                t.actions.length = 0;
                t.actionIndex = 0;
                t.currentAction = null;
                t.paused = !1;
                t.target = null;
                t.lock = !1;
                this._elementPool.push(t);
              }
              addAction(t, e, i) {
                if (!t || !e) {
                  F(1e3);
                  return;
                }
                null == e.uuid && (e.uuid = "_TWEEN_UUID_" + jLt++);
                let s = this._hashTargets.get(e);
                if (s) s.actions || (s.actions = []); else {
                  s = this._getElement(e, i);
                  this._hashTargets.set(e, s);
                  this._arrayTargets.push(s);
                }
                s.target = e;
                s.actions.push(t);
                t.startWithTarget(e);
              }
              removeAllActions() {
                const t = this._arrayTargets;
                for (let e = 0; e < t.length; e++) {
                  const i = t[e];
                  i && this._putElement(i);
                }
                this._arrayTargets.length = 0;
                this._hashTargets = new Map;
              }
              removeAllActionsFromTarget(t) {
                if (null == t) return;
                const e = this._hashTargets.get(t);
                if (e) {
                  e.actions.length = 0;
                  this._deleteHashElement(e);
                }
              }
              removeAction(t) {
                if (null == t) return;
                const e = t.getOriginalTarget();
                const i = this._hashTargets.get(e);
                if (i) for (let e = 0; e < i.actions.length; e++) if (i.actions[e] === t) {
                  i.actions.splice(e, 1);
                  i.actionIndex >= e && i.actionIndex--;
                  break;
                }
              }
              _removeActionByTag(t, e, i) {
                for (let s = 0, n = e.actions.length; s < n; ++s) {
                  const n = e.actions[s];
                  if (n && n.getTag() === t) {
                    if (i && n.getOriginalTarget() !== i) continue;
                    this._removeActionAtIndex(s, e);
                    break;
                  }
                }
              }
              _removeAllActionsByTag(t, e, i) {
                for (let s = e.actions.length - 1; s >= 0; --s) {
                  const n = e.actions[s];
                  if (n && n.getTag() === t) {
                    if (i && n.getOriginalTarget() !== i) continue;
                    this._removeActionAtIndex(s, e);
                  }
                }
              }
              removeActionByTag(t, e) {
                t === zLt.TAG_INVALID && P(1002);
                const i = this._hashTargets;
                if (e) {
                  const s = i.get(e);
                  s && this._removeActionByTag(t, s, e);
                } else i.forEach((e => {
                  this._removeActionByTag(t, e);
                }));
              }
              removeAllActionsByTag(t, e) {
                t === zLt.TAG_INVALID && P(1002);
                const i = this._hashTargets;
                if (e) {
                  const s = i.get(e);
                  s && this._removeAllActionsByTag(t, s, e);
                } else i.forEach((e => {
                  this._removeAllActionsByTag(t, e);
                }));
              }
              getActionByTag(t, e) {
                t === zLt.TAG_INVALID && P(1004);
                const i = this._hashTargets.get(e);
                if (i) {
                  if (null != i.actions) for (let e = 0; e < i.actions.length; ++e) {
                    const s = i.actions[e];
                    if (s && s.getTag() === t) return s;
                  }
                  P(1005, t);
                }
                return null;
              }
              getNumberOfRunningActionsInTarget(t) {
                const e = this._hashTargets.get(t);
                return e && e.actions ? e.actions.length : 0;
              }
              pauseTarget(t) {
                const e = this._hashTargets.get(t);
                e && (e.paused = !0);
              }
              resumeTarget(t) {
                const e = this._hashTargets.get(t);
                e && (e.paused = !1);
              }
              pauseAllRunningActions() {
                const t = [];
                const e = this._arrayTargets;
                for (let i = 0; i < e.length; i++) {
                  const s = e[i];
                  if (s && !s.paused) {
                    s.paused = !0;
                    t.push(s.target);
                  }
                }
                return t;
              }
              resumeTargets(t) {
                if (t) for (let e = 0; e < t.length; e++) t[e] && this.resumeTarget(t[e]);
              }
              pauseTargets(t) {
                if (t) for (let e = 0; e < t.length; e++) t[e] && this.pauseTarget(t[e]);
              }
              purgeSharedManager() {
                m.director.getScheduler().unscheduleUpdate(this);
              }
              _removeActionAtIndex(t, e) {
                e.actions[t];
                e.actions.splice(t, 1);
                e.actionIndex >= t && e.actionIndex--;
                0 === e.actions.length && this._deleteHashElement(e);
              }
              _deleteHashElement(t) {
                let e = !1;
                if (t && !t.lock && this._hashTargets.get(t.target)) {
                  this._hashTargets.delete(t.target);
                  const i = this._arrayTargets;
                  for (let e = 0, s = i.length; e < s; e++) if (i[e] === t) {
                    i.splice(e, 1);
                    break;
                  }
                  this._putElement(t);
                  e = !0;
                }
                return e;
              }
              update(t) {
                const e = this._arrayTargets;
                let i;
                for (let s = 0; s < e.length; s++) {
                  this._currentTarget = e[s];
                  i = this._currentTarget;
                  const n = i.target;
                  if (!_o(n) || n.isValid) {
                    if (!i.paused && i.actions) {
                      i.lock = !0;
                      for (i.actionIndex = 0; i.actionIndex < i.actions.length; i.actionIndex++) {
                        i.currentAction = i.actions[i.actionIndex];
                        if (i.currentAction) {
                          i.currentAction.step(t * (i.currentAction._speedMethod ? i.currentAction._speed : 1));
                          if (i.currentAction && i.currentAction.isDone()) {
                            i.currentAction.stop();
                            const t = i.currentAction;
                            i.currentAction = null;
                            this.removeAction(t);
                          }
                          i.currentAction = null;
                        }
                      }
                      i.lock = !1;
                    }
                    0 === i.actions.length && this._deleteHashElement(i) && s--;
                  } else {
                    this.removeAllActionsFromTarget(n);
                    s--;
                  }
                }
              }
            }
            class YLt extends Tg {
              constructor(...t) {
                super(...t);
                this.actionMgr = new WLt;
              }
              get ActionManager() {
                return this.actionMgr;
              }
              update(t) {
                this.actionMgr.update(t);
              }
            }
            t("TweenSystem", YLt);
            YLt.ID = "TWEEN";
            YLt.instance = void 0;
            IR.on(RR.EVENT_INIT, (() => {
              const t = new YLt;
              YLt.instance = t;
              IR.registerSystem(YLt.ID, t, Tg.Priority.MEDIUM);
            }));
            class qLt extends HLt {
              isDone() {
                return !0;
              }
              step(t) {
                this.update(1);
              }
              update(t) {}
              reverse() {
                return this.clone();
              }
              clone() {
                return new qLt;
              }
            }
            class KLt extends qLt {
              update(t) {
                const e = this.target.getComponentsInChildren(vS);
                for (let t = 0; t < e.length; ++t) {
                  e[t].enabled = !0;
                }
              }
              reverse() {
                return new JLt;
              }
              clone() {
                return new KLt;
              }
            }
            class JLt extends qLt {
              update(t) {
                const e = this.target.getComponentsInChildren(vS);
                for (let t = 0; t < e.length; ++t) {
                  e[t].enabled = !1;
                }
              }
              reverse() {
                return new KLt;
              }
              clone() {
                return new JLt;
              }
            }
            class ZLt extends qLt {
              constructor(t) {
                super();
                this._isNeedCleanUp = !0;
                void 0 !== t && this.init(t);
              }
              update(t) {
                this.target.removeFromParent();
                this._isNeedCleanUp && this.target.destroy();
              }
              init(t) {
                this._isNeedCleanUp = t;
                return !0;
              }
              reverse() {
                return new ZLt(this._isNeedCleanUp);
              }
              clone() {
                return new ZLt(this._isNeedCleanUp);
              }
            }
            class QLt extends qLt {
              constructor(t, e, i) {
                super();
                this._selectorTarget = null;
                this._function = null;
                this._data = null;
                this.initWithFunction(t, e, i);
              }
              initWithFunction(t, e, i) {
                t && (this._function = t);
                e && (this._selectorTarget = e);
                void 0 !== i && (this._data = i);
                return !0;
              }
              execute() {
                this._function && this._function.call(this._selectorTarget, this.target, this._data);
              }
              update(t) {
                this.execute();
              }
              getTargetCallback() {
                return this._selectorTarget;
              }
              setTargetCallback(t) {
                if (t !== this._selectorTarget) {
                  this._selectorTarget && (this._selectorTarget = null);
                  this._selectorTarget = t;
                }
              }
              clone() {
                const t = new QLt;
                t.initWithFunction(this._function, this._selectorTarget, this._data);
                return t;
              }
            }
            class $Lt extends HLt {
              constructor(t) {
                super();
                this.MAX_VALUE = 2;
                this._elapsed = 0;
                this._firstTick = !1;
                this._easeList = [];
                this._speed = 1;
                this._repeatForever = !1;
                this._repeatMethod = !1;
                this._speedMethod = !1;
                void 0 === t || isNaN(t) || this.initWithDuration(t);
              }
              getElapsed() {
                return this._elapsed;
              }
              initWithDuration(t) {
                this._duration = 0 === t ? pe.FLT_EPSILON : t;
                this._elapsed = 0;
                this._firstTick = !0;
                return !0;
              }
              isDone() {
                return this._elapsed >= this._duration;
              }
              _cloneDecoration(t) {
                t._repeatForever = this._repeatForever;
                t._speed = this._speed;
                t._timesForRepeat = this._timesForRepeat;
                t._easeList = this._easeList;
                t._speedMethod = this._speedMethod;
                t._repeatMethod = this._repeatMethod;
              }
              _reverseEaseList(t) {
                if (this._easeList) {
                  t._easeList = [];
                  for (let e = 0; e < this._easeList.length; e++) t._easeList.push(this._easeList[e]);
                }
              }
              clone() {
                const t = new $Lt(this._duration);
                this._cloneDecoration(t);
                return t;
              }
              easing(t) {
                this._easeList ? this._easeList.length = 0 : this._easeList = [];
                for (let t = 0; t < arguments.length; t++) this._easeList.push(arguments[t]);
                return this;
              }
              _computeEaseTime(t) {
                return t;
              }
              step(t) {
                if (this._firstTick) {
                  this._firstTick = !1;
                  this._elapsed = 0;
                } else this._elapsed += t;
                let e = this._elapsed / (this._duration > 1.192092896e-7 ? this._duration : 1.192092896e-7);
                e = e < 1 ? e : 1;
                this.update(e > 0 ? e : 0);
                if (this._repeatMethod && this._timesForRepeat > 1 && this.isDone()) {
                  this._repeatForever || this._timesForRepeat--;
                  this.startWithTarget(this.target);
                  this.step(this._elapsed - this._duration);
                }
              }
              startWithTarget(t) {
                zLt.prototype.startWithTarget.call(this, t);
                this._elapsed = 0;
                this._firstTick = !0;
              }
              reverse() {
                P(1010);
                return this;
              }
              setAmplitudeRate(t) {
                P(1011);
              }
              getAmplitudeRate() {
                P(1012);
                return 0;
              }
              speed(t) {
                if (t <= 0) {
                  P(1013);
                  return this;
                }
                this._speedMethod = !0;
                this._speed *= t;
                return this;
              }
              getSpeed() {
                return this._speed;
              }
              setSpeed(t) {
                this._speed = t;
                return this;
              }
              repeat(t) {
                t = Math.round(t);
                if (isNaN(t) || t < 1) {
                  P(1014);
                  return this;
                }
                this._repeatMethod = !0;
                this._timesForRepeat *= t;
                return this;
              }
              repeatForever() {
                this._repeatMethod = !0;
                this._timesForRepeat = this.MAX_VALUE;
                this._repeatForever = !0;
                return this;
              }
            }
            class tFt extends $Lt {
              constructor(t) {
                super();
                this._actions = [];
                this._split = 0;
                this._last = 0;
                this._reversed = !1;
                const e = t instanceof Array ? t : arguments;
                if (1 === e.length) {
                  F(1019);
                  return;
                }
                const i = e.length - 1;
                i >= 0 && null == e[i] && P(1015);
                if (i >= 0) {
                  let t = e[0];
                  let s;
                  for (let n = 1; n < i; n++) if (e[n]) {
                    s = t;
                    t = tFt._actionOneTwo(s, e[n]);
                  }
                  this.initWithTwoActions(t, e[i]);
                }
              }
              initWithTwoActions(t, e) {
                if (!t || !e) {
                  F(1025);
                  return !1;
                }
                let i = t._duration;
                let s = e._duration;
                i *= t._repeatMethod ? t._timesForRepeat : 1;
                s *= e._repeatMethod ? e._timesForRepeat : 1;
                const n = i + s;
                this.initWithDuration(n);
                this._actions[0] = t;
                this._actions[1] = e;
                return !0;
              }
              clone() {
                const t = new tFt;
                this._cloneDecoration(t);
                t.initWithTwoActions(this._actions[0].clone(), this._actions[1].clone());
                return t;
              }
              startWithTarget(t) {
                $Lt.prototype.startWithTarget.call(this, t);
                this._split = this._actions[0]._duration / this._duration;
                this._split *= this._actions[0]._repeatMethod ? this._actions[0]._timesForRepeat : 1;
                this._last = -1;
              }
              stop() {
                -1 !== this._last && this._actions[this._last].stop();
                zLt.prototype.stop.call(this);
              }
              update(t) {
                let e;
                let i = 0;
                const s = this._split;
                const n = this._actions;
                const r = this._last;
                let o;
                if ((t = this._computeEaseTime(t)) < s) {
                  e = 0 !== s ? t / s : 1;
                  if (0 === i && 1 === r && this._reversed) {
                    n[1].update(0);
                    n[1].stop();
                  }
                } else {
                  i = 1;
                  e = 1 === s ? 1 : (t - s) / (1 - s);
                  if (-1 === r) {
                    n[0].startWithTarget(this.target);
                    n[0].update(1);
                    n[0].stop();
                  }
                  if (0 === r) {
                    n[0].update(1);
                    n[0].stop();
                  }
                }
                o = n[i];
                if (r !== i || !o.isDone()) {
                  r !== i && o.startWithTarget(this.target);
                  e *= o._timesForRepeat;
                  o.update(e > 1 ? e % 1 : e);
                  this._last = i;
                }
              }
              reverse() {
                const t = tFt._actionOneTwo(this._actions[1].reverse(), this._actions[0].reverse());
                this._cloneDecoration(t);
                this._reverseEaseList(t);
                t._reversed = !0;
                return t;
              }
            }
            tFt._actionOneTwo = function(t, e) {
              const i = new tFt;
              i.initWithTwoActions(t, e);
              return i;
            };
            function eFt(t) {
              const e = t instanceof Array ? t : arguments;
              if (1 === e.length) {
                F(1019);
                return null;
              }
              const i = e.length - 1;
              i >= 0 && null == e[i] && P(1015);
              let s = null;
              if (i >= 0) {
                s = e[0];
                for (let t = 1; t <= i; t++) e[t] && (s = tFt._actionOneTwo(s, e[t]));
              }
              return s;
            }
            class iFt extends $Lt {
              constructor(t, e) {
                super();
                this._times = 0;
                this._total = 0;
                this._nextDt = 0;
                this._actionInstant = !1;
                this._innerAction = null;
                void 0 !== e && this.initWithAction(t, e);
              }
              initWithAction(t, e) {
                const i = t._duration * e;
                if (this.initWithDuration(i)) {
                  this._times = e;
                  this._innerAction = t;
                  if (t instanceof qLt) {
                    this._actionInstant = !0;
                    this._times -= 1;
                  }
                  this._total = 0;
                  return !0;
                }
                return !1;
              }
              clone() {
                const t = new iFt;
                this._cloneDecoration(t);
                t.initWithAction(this._innerAction.clone(), this._times);
                return t;
              }
              startWithTarget(t) {
                this._total = 0;
                this._nextDt = this._innerAction._duration / this._duration;
                $Lt.prototype.startWithTarget.call(this, t);
                this._innerAction.startWithTarget(t);
              }
              stop() {
                this._innerAction.stop();
                zLt.prototype.stop.call(this);
              }
              update(t) {
                t = this._computeEaseTime(t);
                const e = this._innerAction;
                const i = this._duration;
                const s = this._times;
                let n = this._nextDt;
                if (t >= n) {
                  for (;t > n && this._total < s; ) {
                    e.update(1);
                    this._total++;
                    e.stop();
                    e.startWithTarget(this.target);
                    n += e._duration / i;
                    this._nextDt = n > 1 ? 1 : n;
                  }
                  if (t >= 1 && this._total < s) {
                    e.update(1);
                    this._total++;
                  }
                  this._actionInstant || (this._total === s ? e.stop() : e.update(t - (n - e._duration / i)));
                } else e.update(t * s % 1);
              }
              isDone() {
                return this._total === this._times;
              }
              reverse() {
                const t = new iFt(this._innerAction.reverse(), this._times);
                this._cloneDecoration(t);
                this._reverseEaseList(t);
                return t;
              }
              setInnerAction(t) {
                this._innerAction !== t && (this._innerAction = t);
              }
              getInnerAction() {
                return this._innerAction;
              }
            }
            class sFt extends $Lt {
              constructor(t) {
                super();
                this._innerAction = null;
                t && this.initWithAction(t);
              }
              initWithAction(t) {
                if (!t) {
                  F(1026);
                  return !1;
                }
                this._innerAction = t;
                return !0;
              }
              clone() {
                const t = new sFt;
                this._cloneDecoration(t);
                t.initWithAction(this._innerAction.clone());
                return t;
              }
              startWithTarget(t) {
                $Lt.prototype.startWithTarget.call(this, t);
                this._innerAction.startWithTarget(t);
              }
              step(t) {
                const e = this._innerAction;
                e.step(t);
                if (e.isDone()) {
                  e.startWithTarget(this.target);
                  e.step(e.getElapsed() - e._duration);
                }
              }
              isDone() {
                return !1;
              }
              reverse() {
                const t = new sFt(this._innerAction.reverse());
                this._cloneDecoration(t);
                this._reverseEaseList(t);
                return t;
              }
              setInnerAction(t) {
                this._innerAction !== t && (this._innerAction = t);
              }
              getInnerAction() {
                return this._innerAction;
              }
            }
            class nFt extends $Lt {
              constructor(t) {
                super();
                this._one = null;
                this._two = null;
                const e = t instanceof Array ? t : arguments;
                if (1 === e.length) {
                  F(1020);
                  return;
                }
                const i = e.length - 1;
                i >= 0 && null == e[i] && P(1015);
                if (i >= 0) {
                  let t = e[0];
                  let s;
                  for (let n = 1; n < i; n++) if (e[n]) {
                    s = t;
                    t = nFt._actionOneTwo(s, e[n]);
                  }
                  this.initWithTwoActions(t, e[i]);
                }
              }
              initWithTwoActions(t, e) {
                if (!t || !e) {
                  F(1027);
                  return !1;
                }
                let i = !1;
                const s = t._duration;
                const n = e._duration;
                if (this.initWithDuration(Math.max(s, n))) {
                  this._one = t;
                  this._two = e;
                  s > n ? this._two = tFt._actionOneTwo(e, aFt(s - n)) : s < n && (this._one = tFt._actionOneTwo(t, aFt(n - s)));
                  i = !0;
                }
                return i;
              }
              clone() {
                const t = new nFt;
                this._cloneDecoration(t);
                t.initWithTwoActions(this._one.clone(), this._two.clone());
                return t;
              }
              startWithTarget(t) {
                $Lt.prototype.startWithTarget.call(this, t);
                this._one.startWithTarget(t);
                this._two.startWithTarget(t);
              }
              stop() {
                this._one.stop();
                this._two.stop();
                zLt.prototype.stop.call(this);
              }
              update(t) {
                t = this._computeEaseTime(t);
                this._one && this._one.update(t);
                this._two && this._two.update(t);
              }
              reverse() {
                const t = nFt._actionOneTwo(this._one.reverse(), this._two.reverse());
                this._cloneDecoration(t);
                this._reverseEaseList(t);
                return t;
              }
            }
            nFt._actionOneTwo = function(t, e) {
              const i = new nFt;
              i.initWithTwoActions(t, e);
              return i;
            };
            function rFt(t) {
              const e = t instanceof Array ? t : arguments;
              if (1 === e.length) {
                F(1020);
                return null;
              }
              e.length > 0 && null == e[e.length - 1] && P(1015);
              let i = e[0];
              for (let t = 1; t < e.length; t++) null != e[t] && (i = nFt._actionOneTwo(i, e[t]));
              return i;
            }
            class oFt extends $Lt {
              update(t) {}
              reverse() {
                const t = new oFt(this._duration);
                this._cloneDecoration(t);
                this._reverseEaseList(t);
                return t;
              }
              clone() {
                const t = new oFt;
                this._cloneDecoration(t);
                t.initWithDuration(this._duration);
                return t;
              }
            }
            function aFt(t) {
              return new oFt(t);
            }
            class lFt extends $Lt {
              constructor(t) {
                super();
                this._other = null;
                t && this.initWithAction(t);
              }
              initWithAction(t) {
                if (!t) {
                  F(1028);
                  return !1;
                }
                if (t === this._other) {
                  F(1029);
                  return !1;
                }
                if ($Lt.prototype.initWithDuration.call(this, t._duration)) {
                  this._other = t;
                  return !0;
                }
                return !1;
              }
              clone() {
                const t = new lFt;
                this._cloneDecoration(t);
                t.initWithAction(this._other.clone());
                return t;
              }
              startWithTarget(t) {
                $Lt.prototype.startWithTarget.call(this, t);
                this._other.startWithTarget(t);
              }
              update(t) {
                t = this._computeEaseTime(t);
                this._other && this._other.update(1 - t);
              }
              reverse() {
                return this._other.clone();
              }
              stop() {
                this._other.stop();
                zLt.prototype.stop.call(this);
              }
            }
            class hFt extends $Lt {
              constructor(t, e, i) {
                super();
                this._opts = void 0;
                this._props = void 0;
                this._originProps = void 0;
                if (null == i) i = Object.create(null); else {
                  !function(t) {
                    const e = " [Tween:] ";
                    const i = ` option is not support in v + ${f}`;
                    const s = t;
                    s.delay && C(`${e}delay${i}`);
                    s.repeat && C(`${e}repeat${i}`);
                    s.repeatDelay && C(`${e}repeatDelay${i}`);
                    s.interpolation && C(`${e}interpolation${i}`);
                    s.onStop && C(`${e}onStop${i}`);
                  }(i);
                  i.easing && "string" == typeof i.easing && (i.easing = function(t) {
                    const e = t.charAt(0);
                    if (/[A-Z]/.test(e)) {
                      const i = (t = t.replace(e, e.toLowerCase())).split("-");
                      if (2 === i.length) {
                        const e = i[0];
                        if ("linear" === e) t = "linear"; else {
                          const s = i[1];
                          switch (e) {
                           case "quadratic":
                            t = `quad${s}`;
                            break;

                           case "quartic":
                            t = `quart${s}`;
                            break;

                           case "quintic":
                            t = `quint${s}`;
                            break;

                           case "sinusoidal":
                            t = `sine${s}`;
                            break;

                           case "exponential":
                            t = `expo${s}`;
                            break;

                           case "circular":
                            t = `circ${s}`;
                            break;

                           default:
                            t = e + s;
                          }
                        }
                      }
                    }
                    return t;
                  }(i.easing));
                  i.progress || (i.progress = this.progress);
                  if (i.easing && "string" == typeof i.easing) {
                    const t = i.easing;
                    i.easing = Td[t];
                    i.easing || N(1031, t);
                  }
                }
                this._opts = i;
                this._props = Object.create(null);
                for (const t in e) {
                  if (!e.hasOwnProperty(t)) continue;
                  let i = e[t];
                  "function" == typeof i && (i = i());
                  if (null == i || "string" == typeof i) continue;
                  let s;
                  let n;
                  if (void 0 !== i.value && (i.easing || i.progress)) {
                    if ("string" == typeof i.easing) {
                      s = Td[i.easing];
                      s || N(1031, i.easing);
                    } else s = i.easing;
                    n = i.progress;
                    i = i.value;
                  }
                  const r = Object.create(null);
                  r.value = i;
                  r.easing = s;
                  r.progress = n;
                  this._props[t] = r;
                }
                this._originProps = e;
                this.initWithDuration(t);
              }
              clone() {
                const t = new hFt(this._duration, this._originProps, this._opts);
                this._cloneDecoration(t);
                return t;
              }
              startWithTarget(t) {
                $Lt.prototype.startWithTarget.call(this, t);
                const e = !!this._opts.relative;
                const i = this._props;
                for (const s in i) {
                  const n = t[s];
                  if (void 0 === n) continue;
                  const r = i[s];
                  const o = r.value;
                  if ("number" == typeof n) {
                    r.start = n;
                    r.current = n;
                    r.end = e ? n + o : o;
                  } else if ("object" == typeof n) {
                    if (null == r.start) {
                      r.start = {};
                      r.current = {};
                      r.end = {};
                    }
                    for (const t in o) if (!isNaN(n[t])) {
                      r.start[t] = n[t];
                      r.current[t] = n[t];
                      r.end[t] = e ? n[t] + o[t] : o[t];
                    }
                  }
                }
                this._opts.onStart && this._opts.onStart(this.target);
              }
              update(t) {
                const e = this.target;
                if (!e) return;
                const i = this._props;
                const s = this._opts;
                let n = t;
                s.easing && (n = s.easing(t));
                const r = s.progress;
                for (const s in i) {
                  const o = i[s];
                  const a = o.easing ? o.easing(t) : n;
                  const l = o.progress ? o.progress : r;
                  const h = o.start;
                  const c = o.end;
                  if ("number" == typeof h) o.current = l(h, c, o.current, a); else if ("object" == typeof h) for (const t in h) o.current[t] = l(h[t], c[t], o.current[t], a);
                  e[s] = o.current;
                }
                s.onUpdate && s.onUpdate(this.target, t);
                1 === t && s.onComplete && s.onComplete(this.target);
              }
              progress(t, e, i, s) {
                return t + (e - t) * s;
              }
            }
            t("TweenAction", hFt);
            class cFt extends qLt {
              constructor(t) {
                super();
                this._props = void 0;
                this._props = {};
                void 0 !== t && this.init(t);
              }
              init(t) {
                for (const e in t) this._props[e] = t[e];
                return !0;
              }
              update() {
                const t = this._props;
                const e = this.target;
                for (const i in t) e[i] = t[i];
              }
              clone() {
                const t = new cFt;
                t.init(this._props);
                return t;
              }
            }
            class uFt {
              constructor(t) {
                this._actions = [];
                this._finalAction = null;
                this._target = null;
                this._tag = zLt.TAG_INVALID;
                this._target = void 0 === t ? null : t;
              }
              tag(t) {
                this._tag = t;
                return this;
              }
              then(t) {
                t instanceof zLt ? this._actions.push(t.clone()) : this._actions.push(t._union());
                return this;
              }
              target(t) {
                this._target = t;
                return this;
              }
              start() {
                if (!this._target) {
                  C("Please set target to tween first");
                  return this;
                }
                this._finalAction && YLt.instance.ActionManager.removeAction(this._finalAction);
                this._finalAction = this._union();
                this._finalAction.setTag(this._tag);
                YLt.instance.ActionManager.addAction(this._finalAction, this._target, !1);
                return this;
              }
              stop() {
                this._finalAction && YLt.instance.ActionManager.removeAction(this._finalAction);
                return this;
              }
              clone(t) {
                const e = this._union();
                return _Ft(t).then(e.clone());
              }
              union() {
                const t = this._union();
                this._actions.length = 0;
                this._actions.push(t);
                return this;
              }
              to(t, e, i) {
                (i = i || Object.create(null)).relative = !1;
                const s = new hFt(t, e, i);
                this._actions.push(s);
                return this;
              }
              by(t, e, i) {
                (i = i || Object.create(null)).relative = !0;
                const s = new hFt(t, e, i);
                this._actions.push(s);
                return this;
              }
              set(t) {
                const e = new cFt(t);
                this._actions.push(e);
                return this;
              }
              delay(t) {
                const e = aFt(t);
                this._actions.push(e);
                return this;
              }
              call(t) {
                const e = function(t, e, i) {
                  return new QLt(t, e, i);
                }(t);
                this._actions.push(e);
                return this;
              }
              sequence(...t) {
                const e = uFt._wrappedSequence(...t);
                this._actions.push(e);
                return this;
              }
              parallel(...t) {
                const e = uFt._wrappedParallel(...t);
                this._actions.push(e);
                return this;
              }
              repeat(t, e) {
                if (t === 1 / 0) return this.repeatForever(e);
                const i = this._actions;
                let s;
                s = e instanceof uFt ? e._union() : i.pop();
                i.push(function(t, e) {
                  return new iFt(t, e);
                }(s, t));
                return this;
              }
              repeatForever(t) {
                const e = this._actions;
                let i;
                i = t instanceof uFt ? t._union() : e.pop();
                e.push(function(t) {
                  return new sFt(t);
                }(i));
                return this;
              }
              reverseTime(t) {
                const e = this._actions;
                let i;
                i = t instanceof uFt ? t._union() : e.pop();
                e.push(function(t) {
                  return new lFt(t);
                }(i));
                return this;
              }
              hide() {
                const t = new JLt;
                this._actions.push(t);
                return this;
              }
              show() {
                const t = new KLt;
                this._actions.push(t);
                return this;
              }
              removeSelf() {
                const t = new ZLt(!1);
                this._actions.push(t);
                return this;
              }
              static stopAll() {
                YLt.instance.ActionManager.removeAllActions();
              }
              static stopAllByTag(t, e) {
                YLt.instance.ActionManager.removeAllActionsByTag(t, e);
              }
              static stopAllByTarget(t) {
                YLt.instance.ActionManager.removeAllActionsFromTarget(t);
              }
              _union() {
                const t = this._actions;
                let e;
                e = 1 === t.length ? t[0] : eFt(t);
                return e;
              }
              _destroy() {
                this.stop();
              }
              static _wrappedSequence(...t) {
                const e = uFt._tmp_args;
                e.length = 0;
                for (let i = t.length, s = 0; s < i; s++) {
                  const i = e[s] = t[s];
                  i instanceof uFt && (e[s] = i._union());
                }
                return eFt.apply(eFt, e);
              }
              static _wrappedParallel(...t) {
                const e = uFt._tmp_args;
                e.length = 0;
                for (let i = t.length, s = 0; s < i; s++) {
                  const i = e[s] = t[s];
                  i instanceof uFt && (e[s] = i._union());
                }
                return rFt.apply(rFt, e);
              }
            }
            t("Tween", uFt);
            uFt._tmp_args = [];
            m.Tween = uFt;
            function _Ft(t) {
              return new uFt(t);
            }
            m.tween = _Ft;
            function dFt(t) {
              C("tweenUtil' is deprecated, please use 'tween' instead ");
              return new uFt(t);
            }
            m.tweenUtil = dFt;
            let pFt;
            !function(t) {
              t[t.Other = 0] = "Other";
              t[t.Left = 1] = "Left";
              t[t.Right = 2] = "Right";
            }(pFt || (pFt = t("DeviceType", {})));
            let mFt;
            !function(t) {
              t.SELECT_ENTERED = "select-entered";
              t.SELECT_EXITED = "select-exited";
              t.SELECT_CANCELED = "select-canceled";
              t.ACTIVATED = "OnActivited";
              t.DEACTIVITED = "Deactivited";
              t.ACTIVATE_CANCELED = "activate-canceled";
              t.UIPRESS_ENTERED = "UI-press-entered";
              t.UIPRESS_EXITED = "UI-press-exited";
              t.UIPRESS_CANCELED = "UI-press-canceled";
              t.HOVER_ENTERED = "hover-entered";
              t.HOVER_EXITED = "hover-exited";
              t.HOVER_STAY = "hover-stay";
              t.HOVER_CANCELED = "hover-canceled";
            }(mFt || (mFt = t("XrControlEventType", {})));
            t("XrEventHandle", class extends RS {
              constructor(...t) {
                super(...t);
                this.deviceType = pFt.Other;
                this.hitPoint = new Pi;
                this.model = null;
                this.eventHandle = 0;
                this.triggerId = "";
                this.attachNode = null;
                this.forceGrab = !0;
              }
            });
            let fFt;
            !function(t) {
              t.XRUI_HOVER_ENTERED = "xrui-hover-entered";
              t.XRUI_HOVER_EXITED = "xrui-hover-exited";
              t.XRUI_HOVER_STAY = "xrui-hover-stay";
              t.XRUI_CLICK = "xrui-click";
              t.XRUI_UNCLICK = "xrui-unclick";
            }(fFt || (fFt = t("XrUIPressEventType", {})));
            let gFt;
            !function(t) {
              t.XR_CAPS_LOCK = "xr-caps-lock";
              t.XR_KEYBOARD_INIT = "xr-keyboard-init";
              t.XR_KEYBOARD_INPUT = "xr-keyboard-input";
              t.TO_LATIN = "to-latin";
              t.TO_SYMBOL = "to-symbol";
              t.TO_MATH_SYMBOL = "to-math-symbol";
            }(gFt || (gFt = t("XrKeyboardEventType", {})));
            t("XrUIPressEvent", class extends RS {
              constructor(...t) {
                super(...t);
                this.deviceType = pFt.Other;
                this.hitPoint = new Pi;
              }
            });
            var yFt, bFt, SFt, AFt, TFt, vFt, EFt, CFt, xFt, wFt, RFt, IFt, MFt, BFt, DFt, PFt, OFt, NFt, LFt, FFt, VFt, kFt, UFt, GFt, zFt, HFt, jFt, XFt, WFt, YFt, qFt, KFt, JFt, ZFt, QFt, $Ft, tVt, eVt, iVt, sVt, nVt, rVt, oVt, aVt, lVt, hVt, cVt, uVt, _Vt, dVt, pVt, mVt, fVt, gVt, yVt, bVt, SVt, AVt, TVt, vVt;
            const EVt = new Bi;
            var CVt;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.COLOR = 1] = "COLOR";
              t[t.SPRITE = 2] = "SPRITE";
              t[t.SCALE = 3] = "SCALE";
            }(CVt || (CVt = {}));
            he(CVt);
            var xVt;
            !function(t) {
              t.NORMAL = "normal";
              t.HOVER = "hover";
              t.PRESSED = "pressed";
              t.DISABLED = "disabled";
            }(xVt || (xVt = {}));
            let wVt;
            !function(t) {
              t.CLICK = "click";
            }(wVt || (wVt = {}));
            let RVt = function(e) {
              return t({
                Button: e,
                ButtonComponent: e
              }), e;
            }((yFt = Ul("cc.Button"), bFt = sh(), SFt = zl(110), AFt = $l(), TFt = Gl(jB), vFt = Th(_y), 
            EFt = ph(), CFt = lh(), xFt = ph(), wFt = lh(), RFt = Th(CVt), IFt = ph(), MFt = lh(), 
            BFt = ph(), DFt = lh(), PFt = ph(), OFt = lh(), NFt = ph(), LFt = lh(), FFt = ph(), 
            VFt = lh(), kFt = ch(), UFt = uh(), GFt = ph(), zFt = lh(), HFt = ph(), jFt = lh(), 
            XFt = Th(GI), WFt = ph(), YFt = lh(), qFt = Th(GI), KFt = ph(), JFt = lh(), ZFt = Th(GI), 
            QFt = ph(), $Ft = lh(), tVt = Th(GI), eVt = ph(), iVt = lh(), sVt = Th([ Vc ]), 
            nVt = ph(), rVt = lh(), yFt(oVt = bFt(oVt = SFt(oVt = AFt(oVt = TFt(oVt = Ql(oVt = (aVt = (vVt = TVt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "clickEvents", lVt, this);
                Ml(this, "_interactable", hVt, this);
                Ml(this, "_transition", cVt, this);
                Ml(this, "_normalColor", uVt, this);
                Ml(this, "_hoverColor", _Vt, this);
                Ml(this, "_pressedColor", dVt, this);
                Ml(this, "_disabledColor", pVt, this);
                Ml(this, "_normalSprite", mVt, this);
                Ml(this, "_hoverSprite", fVt, this);
                Ml(this, "_pressedSprite", gVt, this);
                Ml(this, "_disabledSprite", yVt, this);
                Ml(this, "_duration", bVt, this);
                Ml(this, "_zoomScale", SVt, this);
                Ml(this, "_target", AVt, this);
                this._pressed = !1;
                this._hovered = !1;
                this._fromColor = new Bi;
                this._toColor = new Bi;
                this._time = 0;
                this._transitionFinished = !0;
                this._fromScale = new Pi;
                this._toScale = new Pi;
                this._originalScale = null;
                this._sprite = null;
                this._targetScale = new Pi;
              }
              get target() {
                return this._target || this.node;
              }
              set target(t) {
                if (this._target !== t) {
                  this._target && this._unregisterTargetEvent(this._target);
                  this._target = t;
                  this._applyTarget();
                }
              }
              get interactable() {
                return this._interactable;
              }
              set interactable(t) {
                if (this._interactable !== t) {
                  this._interactable = t;
                  this._updateState();
                  this._interactable || this._resetState();
                }
              }
              set _resizeToTarget(t) {
                t && this._resizeNodeToTargetNode();
              }
              get transition() {
                return this._transition;
              }
              set transition(t) {
                if (this._transition !== t) {
                  this._transition === CVt.COLOR ? this._updateColorTransition(xVt.NORMAL) : this._transition === CVt.SPRITE && this._updateSpriteTransition(xVt.NORMAL);
                  this._transition = t;
                  this._updateState();
                }
              }
              get normalColor() {
                return this._normalColor;
              }
              set normalColor(t) {
                if (this._normalColor !== t) {
                  this._normalColor.set(t);
                  this._updateState();
                }
              }
              get pressedColor() {
                return this._pressedColor;
              }
              set pressedColor(t) {
                this._pressedColor !== t && this._pressedColor.set(t);
              }
              get hoverColor() {
                return this._hoverColor;
              }
              set hoverColor(t) {
                this._hoverColor !== t && this._hoverColor.set(t);
              }
              get disabledColor() {
                return this._disabledColor;
              }
              set disabledColor(t) {
                if (this._disabledColor !== t) {
                  this._disabledColor.set(t);
                  this._updateState();
                }
              }
              get duration() {
                return this._duration;
              }
              set duration(t) {
                this._duration !== t && (this._duration = t);
              }
              get zoomScale() {
                return this._zoomScale;
              }
              set zoomScale(t) {
                this._zoomScale !== t && (this._zoomScale = t);
              }
              get normalSprite() {
                return this._normalSprite;
              }
              set normalSprite(t) {
                if (this._normalSprite === t) return;
                this._normalSprite = t;
                const e = this.node.getComponent(cL);
                e && (e.spriteFrame = t);
                this._updateState();
              }
              get pressedSprite() {
                return this._pressedSprite;
              }
              set pressedSprite(t) {
                if (this._pressedSprite !== t) {
                  this._pressedSprite = t;
                  this._updateState();
                }
              }
              get hoverSprite() {
                return this._hoverSprite;
              }
              set hoverSprite(t) {
                if (this._hoverSprite !== t) {
                  this._hoverSprite = t;
                  this._updateState();
                }
              }
              get disabledSprite() {
                return this._disabledSprite;
              }
              set disabledSprite(t) {
                if (this._disabledSprite !== t) {
                  this._disabledSprite = t;
                  this._updateState();
                }
              }
              __preload() {
                this.target || (this.target = this.node);
                const t = this.node.getComponent(cL);
                t && (this._normalSprite = t.spriteFrame);
                this._applyTarget();
                this._resetState();
              }
              onEnable() {
                this._registerNodeEvent();
              }
              onDisable() {
                this._resetState();
                this._unregisterNodeEvent();
              }
              onDestroy() {
                this.target.isValid && this._unregisterTargetEvent(this.target);
              }
              update(t) {
                const e = this.target;
                if (this._transitionFinished || !e) return;
                if (this._transition !== CVt.COLOR && this._transition !== CVt.SCALE) return;
                this._time += t;
                let i = 1;
                this._duration > 0 && (i = this._time / this._duration);
                i >= 1 && (i = 1);
                if (this._transition === CVt.COLOR) {
                  const t = e._uiProps.uiComp;
                  Bi.lerp(EVt, this._fromColor, this._toColor, i);
                  t && (t.color = EVt);
                } else if (this.transition === CVt.SCALE) {
                  e.getScale(this._targetScale);
                  this._targetScale.x = pi(this._fromScale.x, this._toScale.x, i);
                  this._targetScale.y = pi(this._fromScale.y, this._toScale.y, i);
                  e.setScale(this._targetScale);
                }
                1 === i && (this._transitionFinished = !0);
              }
              _resizeNodeToTargetNode() {
                if (!this.target) return;
                this.target._uiProps.uiTransformComp;
              }
              _resetState() {
                this._pressed = !1;
                this._hovered = !1;
                const t = this.target;
                if (!t) return;
                const e = this._transition;
                if (e === CVt.COLOR && this._interactable) {
                  const e = t.getComponent(uD);
                  e && (e.color = this._normalColor);
                } else e === CVt.SCALE && this._originalScale && t.setScale(this._originalScale);
                this._transitionFinished = !0;
              }
              _registerNodeEvent() {
                this.node.on(ny.TOUCH_START, this._onTouchBegan, this);
                this.node.on(ny.TOUCH_MOVE, this._onTouchMove, this);
                this.node.on(ny.TOUCH_END, this._onTouchEnded, this);
                this.node.on(ny.TOUCH_CANCEL, this._onTouchCancel, this);
                this.node.on(ny.MOUSE_ENTER, this._onMouseMoveIn, this);
                this.node.on(ny.MOUSE_LEAVE, this._onMouseMoveOut, this);
                this.node.on(fFt.XRUI_HOVER_ENTERED, this._xrHoverEnter, this);
                this.node.on(fFt.XRUI_HOVER_EXITED, this._xrHoverExit, this);
                this.node.on(fFt.XRUI_CLICK, this._xrClick, this);
                this.node.on(fFt.XRUI_UNCLICK, this._xrUnClick, this);
              }
              _registerTargetEvent(t) {
                t.on(ny.TRANSFORM_CHANGED, this._onTargetTransformChanged, this);
              }
              _unregisterNodeEvent() {
                this.node.off(ny.TOUCH_START, this._onTouchBegan, this);
                this.node.off(ny.TOUCH_MOVE, this._onTouchMove, this);
                this.node.off(ny.TOUCH_END, this._onTouchEnded, this);
                this.node.off(ny.TOUCH_CANCEL, this._onTouchCancel, this);
                this.node.off(ny.MOUSE_ENTER, this._onMouseMoveIn, this);
                this.node.off(ny.MOUSE_LEAVE, this._onMouseMoveOut, this);
                this.node.off(fFt.XRUI_HOVER_ENTERED, this._xrHoverEnter, this);
                this.node.off(fFt.XRUI_HOVER_EXITED, this._xrHoverExit, this);
                this.node.off(fFt.XRUI_CLICK, this._xrClick, this);
                this.node.off(fFt.XRUI_UNCLICK, this._xrUnClick, this);
              }
              _unregisterTargetEvent(t) {
                t.off(ny.TRANSFORM_CHANGED);
              }
              _getTargetSprite(t) {
                let e = null;
                t && (e = t.getComponent(cL));
                return e;
              }
              _applyTarget() {
                if (this.target) {
                  this._sprite = this._getTargetSprite(this.target);
                  this._originalScale || (this._originalScale = new Pi);
                  Pi.copy(this._originalScale, this.target.getScale());
                  this._registerTargetEvent(this.target);
                }
              }
              _onTargetSpriteFrameChanged(t) {
                this._transition === CVt.SPRITE && this._setCurrentStateSpriteFrame(t.spriteFrame);
              }
              _setCurrentStateSpriteFrame(t) {
                if (t) switch (this._getButtonState()) {
                 case xVt.NORMAL:
                  this._normalSprite = t;
                  break;

                 case xVt.HOVER:
                  this._hoverSprite = t;
                  break;

                 case xVt.PRESSED:
                  this._pressedSprite = t;
                  break;

                 case xVt.DISABLED:
                  this._disabledSprite = t;
                }
              }
              _onTargetColorChanged(t) {
                this._transition === CVt.COLOR && this._setCurrentStateColor(t);
              }
              _setCurrentStateColor(t) {
                switch (this._getButtonState()) {
                 case xVt.NORMAL:
                  this._normalColor = t;
                  break;

                 case xVt.HOVER:
                  this._hoverColor = t;
                  break;

                 case xVt.PRESSED:
                  this._pressedColor = t;
                  break;

                 case xVt.DISABLED:
                  this._disabledColor = t;
                }
              }
              _onTargetTransformChanged(t) {
                t & ay.SCALE && this._originalScale && this._transition === CVt.SCALE && this._transitionFinished && Pi.copy(this._originalScale, this.target.getScale());
              }
              _onTouchBegan(t) {
                if (this._interactable && this.enabledInHierarchy) {
                  this._pressed = !0;
                  this._updateState();
                  t && (t.propagationStopped = !0);
                }
              }
              _onTouchMove(t) {
                if (!this._interactable || !this.enabledInHierarchy || !this._pressed) return;
                if (!t) return;
                const e = t.touch;
                if (!e) return;
                const i = this.node._uiProps.uiTransformComp.hitTest(e.getLocation());
                if (this._transition === CVt.SCALE && this.target && this._originalScale) if (i) {
                  Pi.copy(this._fromScale, this._originalScale);
                  Pi.multiplyScalar(this._toScale, this._originalScale, this._zoomScale);
                  this._transitionFinished = !1;
                } else {
                  this._time = 0;
                  this._transitionFinished = !0;
                  this.target.setScale(this._originalScale);
                } else {
                  let t;
                  t = i ? xVt.PRESSED : xVt.NORMAL;
                  this._applyTransition(t);
                }
                t && (t.propagationStopped = !0);
              }
              _onTouchEnded(t) {
                if (this._interactable && this.enabledInHierarchy) {
                  if (this._pressed) {
                    Vc.emitEvents(this.clickEvents, t);
                    this.node.emit(wVt.CLICK, this);
                  }
                  this._pressed = !1;
                  this._updateState();
                  t && (t.propagationStopped = !0);
                }
              }
              _onTouchCancel(t) {
                if (this._interactable && this.enabledInHierarchy) {
                  this._pressed = !1;
                  this._updateState();
                }
              }
              _onMouseMoveIn(t) {
                if (!this._pressed && this.interactable && this.enabledInHierarchy && (this._transition !== CVt.SPRITE || this._hoverSprite) && !this._hovered) {
                  this._hovered = !0;
                  this._updateState();
                }
              }
              _onMouseMoveOut(t) {
                if (this._hovered) {
                  this._hovered = !1;
                  this._updateState();
                }
              }
              _updateState() {
                const t = this._getButtonState();
                this._applyTransition(t);
              }
              _getButtonState() {
                let t = xVt.NORMAL;
                this._interactable ? this._pressed ? t = xVt.PRESSED : this._hovered && (t = xVt.HOVER) : t = xVt.DISABLED;
                return t.toString();
              }
              _updateColorTransition(t) {
                var e;
                const i = this[`${t}Color`];
                const s = null === (e = this.target) || void 0 === e ? void 0 : e.getComponent(uD);
                if (s) if (t === xVt.DISABLED) s.color = i; else {
                  this._fromColor = s.color.clone();
                  this._toColor = i;
                  this._time = 0;
                  this._transitionFinished = !1;
                }
              }
              _updateSpriteTransition(t) {
                const e = this[`${t}Sprite`];
                this._sprite && e && (this._sprite.spriteFrame = e);
              }
              _updateScaleTransition(t) {
                this._interactable && (t === xVt.PRESSED ? this._zoomUp() : this._zoomBack());
              }
              _zoomUp() {
                if (this._originalScale) {
                  Pi.copy(this._fromScale, this._originalScale);
                  Pi.multiplyScalar(this._toScale, this._originalScale, this._zoomScale);
                  this._time = 0;
                  this._transitionFinished = !1;
                }
              }
              _zoomBack() {
                if (this.target && this._originalScale) {
                  Pi.copy(this._fromScale, this.target.getScale());
                  Pi.copy(this._toScale, this._originalScale);
                  this._time = 0;
                  this._transitionFinished = !1;
                }
              }
              _applyTransition(t) {
                const e = this._transition;
                e === CVt.COLOR ? this._updateColorTransition(t) : e === CVt.SPRITE ? this._updateSpriteTransition(t) : e === CVt.SCALE && this._updateScaleTransition(t);
              }
              _xrHoverEnter() {
                this._onMouseMoveIn();
                this._updateState();
              }
              _xrHoverExit() {
                this._onMouseMoveOut();
                if (this._pressed) {
                  this._pressed = !1;
                  this._updateState();
                }
              }
              _xrClick() {
                if (this._interactable && this.enabledInHierarchy) {
                  this._pressed = !0;
                  this._updateState();
                }
              }
              _xrUnClick() {
                if (this._interactable && this.enabledInHierarchy) {
                  if (this._pressed) {
                    Vc.emitEvents(this.clickEvents, this);
                    this.node.emit(wVt.CLICK, this);
                  }
                  this._pressed = !1;
                  this._updateState();
                }
              }
            }, TVt.Transition = CVt, TVt.EventType = wVt, vVt), Bl(aVt.prototype, "target", [ vFt, EFt, CFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "target"), aVt.prototype), 
            Bl(aVt.prototype, "interactable", [ xFt, wFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "interactable"), aVt.prototype), 
            Bl(aVt.prototype, "transition", [ RFt, IFt, MFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "transition"), aVt.prototype), 
            Bl(aVt.prototype, "normalColor", [ BFt, DFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "normalColor"), aVt.prototype), 
            Bl(aVt.prototype, "pressedColor", [ PFt, OFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "pressedColor"), aVt.prototype), 
            Bl(aVt.prototype, "hoverColor", [ NFt, LFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "hoverColor"), aVt.prototype), 
            Bl(aVt.prototype, "disabledColor", [ FFt, VFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "disabledColor"), aVt.prototype), 
            Bl(aVt.prototype, "duration", [ kFt, UFt, GFt, zFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "duration"), aVt.prototype), 
            Bl(aVt.prototype, "zoomScale", [ HFt, jFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "zoomScale"), aVt.prototype), 
            Bl(aVt.prototype, "normalSprite", [ XFt, WFt, YFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "normalSprite"), aVt.prototype), 
            Bl(aVt.prototype, "pressedSprite", [ qFt, KFt, JFt ], Object.getOwnPropertyDescriptor(aVt.prototype, "pressedSprite"), aVt.prototype), 
            Bl(aVt.prototype, "hoverSprite", [ ZFt, QFt, $Ft ], Object.getOwnPropertyDescriptor(aVt.prototype, "hoverSprite"), aVt.prototype), 
            Bl(aVt.prototype, "disabledSprite", [ tVt, eVt, iVt ], Object.getOwnPropertyDescriptor(aVt.prototype, "disabledSprite"), aVt.prototype), 
            lVt = Bl(aVt.prototype, "clickEvents", [ sVt, Yl, nVt, rVt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), hVt = Bl(aVt.prototype, "_interactable", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), cVt = Bl(aVt.prototype, "_transition", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return CVt.NONE;
              }
            }), uVt = Bl(aVt.prototype, "_normalColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), _Vt = Bl(aVt.prototype, "_hoverColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(211, 211, 211, 255);
              }
            }), dVt = Bl(aVt.prototype, "_pressedColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return Bi.WHITE.clone();
              }
            }), pVt = Bl(aVt.prototype, "_disabledColor", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new Bi(124, 124, 124, 255);
              }
            }), mVt = Bl(aVt.prototype, "_normalSprite", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), fVt = Bl(aVt.prototype, "_hoverSprite", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), gVt = Bl(aVt.prototype, "_pressedSprite", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), yVt = Bl(aVt.prototype, "_disabledSprite", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), bVt = Bl(aVt.prototype, "_duration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), SVt = Bl(aVt.prototype, "_zoomScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1.2;
              }
            }), AVt = Bl(aVt.prototype, "_target", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), aVt)) || oVt) || oVt) || oVt) || oVt) || oVt) || oVt));
            m.Button = RVt;
            class IVt {
              static add(t) {
                const e = this._tabIndexList;
                -1 === e.indexOf(t) && e.push(t);
              }
              static remove(t) {
                const e = this._tabIndexList;
                const i = e.indexOf(t);
                -1 !== i && e.splice(i, 1);
              }
              static resort() {
                this._tabIndexList.sort(((t, e) => t._delegate.tabIndex - e._delegate.tabIndex));
              }
              static next(t) {
                const e = this._tabIndexList;
                const i = e.indexOf(t);
                t.setFocus(!1);
                if (-1 !== i) {
                  const t = e[i + 1];
                  t && t._delegate.tabIndex >= 0 && t.setFocus(!0);
                }
              }
            }
            IVt._tabIndexList = [];
            let MVt;
            !function(t) {
              t[t.DEFAULT = 0] = "DEFAULT";
              t[t.DONE = 1] = "DONE";
              t[t.SEND = 2] = "SEND";
              t[t.SEARCH = 3] = "SEARCH";
              t[t.GO = 4] = "GO";
              t[t.NEXT = 5] = "NEXT";
            }(MVt || (MVt = {}));
            oe(MVt);
            let BVt;
            !function(t) {
              t[t.ANY = 0] = "ANY";
              t[t.EMAIL_ADDR = 1] = "EMAIL_ADDR";
              t[t.NUMERIC = 2] = "NUMERIC";
              t[t.PHONE_NUMBER = 3] = "PHONE_NUMBER";
              t[t.URL = 4] = "URL";
              t[t.DECIMAL = 5] = "DECIMAL";
              t[t.SINGLE_LINE = 6] = "SINGLE_LINE";
            }(BVt || (BVt = {}));
            oe(BVt);
            let DVt;
            !function(t) {
              t[t.PASSWORD = 0] = "PASSWORD";
              t[t.SENSITIVE = 1] = "SENSITIVE";
              t[t.INITIAL_CAPS_WORD = 2] = "INITIAL_CAPS_WORD";
              t[t.INITIAL_CAPS_SENTENCE = 3] = "INITIAL_CAPS_SENTENCE";
              t[t.INITIAL_CAPS_ALL_CHARACTERS = 4] = "INITIAL_CAPS_ALL_CHARACTERS";
              t[t.DEFAULT = 5] = "DEFAULT";
            }(DVt || (DVt = {}));
            oe(DVt);
            class PVt {
              constructor() {
                this._editing = !1;
                this._delegate = null;
              }
              init(t) {}
              onEnable() {}
              update() {}
              onDisable() {
                this._editing && this.endEditing();
              }
              clear() {
                this._delegate = null;
              }
              setTabIndex(t) {}
              setSize(t, e) {}
              setFocus(t) {
                t ? this.beginEditing() : this.endEditing();
              }
              isFocused() {
                return this._editing;
              }
              beginEditing() {}
              endEditing() {}
            }
            new qi;
            new qi;
            new Pi;
            var OVt, NVt, LVt, FVt, VVt, kVt, UVt, GVt, zVt, HVt, jVt, XVt, WVt, YVt, qVt, KVt, JVt, ZVt, QVt, $Vt, tkt, ekt, ikt, skt, nkt, rkt, okt, akt, lkt, hkt, ckt, ukt, _kt, dkt, pkt, mkt, fkt, gkt, ykt, bkt, Skt, Akt, Tkt, vkt, Ekt, Ckt, xkt, wkt, Rkt, Ikt, Mkt, Bkt, Dkt, Pkt, Okt, Nkt, Lkt, Fkt, Vkt, kkt;
            var Ukt;
            !function(t) {
              t.EDITING_DID_BEGAN = "editing-did-began";
              t.EDITING_DID_ENDED = "editing-did-ended";
              t.TEXT_CHANGED = "text-changed";
              t.EDITING_RETURN = "editing-return";
              t.XR_EDITING_DID_BEGAN = "xr-editing-did-began";
              t.XR_EDITING_DID_ENDED = "xr-editing-did-ended";
            }(Ukt || (Ukt = {}));
            let Gkt = function(e) {
              return t({
                EditBox: e,
                EditBoxComponent: e
              }), e;
            }((OVt = Ul("cc.EditBox"), NVt = sh(), LVt = zl(110), FVt = $l(), VVt = Gl(jB), 
            kVt = ph(), UVt = lh(), GVt = ph(), zVt = lh(), HVt = Th(IP), jVt = ph(), XVt = lh(), 
            WVt = Th(IP), YVt = ph(), qVt = lh(), KVt = Th(GI), JVt = ph(), ZVt = lh(), QVt = Th(DVt), 
            $Vt = ph(), tkt = lh(), ekt = Th(BVt), ikt = ph(), skt = lh(), nkt = Th(MVt), rkt = ph(), 
            okt = lh(), akt = ph(), lkt = lh(), hkt = ph(), ckt = lh(), ukt = Th([ Vc ]), _kt = ph(), 
            dkt = lh(), pkt = Th([ Vc ]), mkt = ph(), fkt = lh(), gkt = Th([ Vc ]), ykt = ph(), 
            bkt = lh(), Skt = Th([ Vc ]), Akt = ph(), Tkt = lh(), OVt(vkt = NVt(vkt = LVt(vkt = FVt(vkt = VVt(vkt = Ql(vkt = (Ekt = (kkt = Vkt = class t extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "editingDidBegan", Ckt, this);
                Ml(this, "textChanged", xkt, this);
                Ml(this, "editingDidEnded", wkt, this);
                Ml(this, "editingReturn", Rkt, this);
                this._impl = null;
                this._background = null;
                Ml(this, "_textLabel", Ikt, this);
                Ml(this, "_placeholderLabel", Mkt, this);
                Ml(this, "_returnType", Bkt, this);
                Ml(this, "_string", Dkt, this);
                Ml(this, "_tabIndex", Pkt, this);
                Ml(this, "_backgroundImage", Okt, this);
                Ml(this, "_inputFlag", Nkt, this);
                Ml(this, "_inputMode", Lkt, this);
                Ml(this, "_maxLength", Fkt, this);
                this._isLabelVisible = !1;
              }
              get string() {
                return this._string;
              }
              set string(t) {
                this._maxLength >= 0 && t.length >= this._maxLength && (t = t.slice(0, this._maxLength));
                if (this._string !== t) {
                  this._string = t;
                  this._updateString(t);
                }
              }
              get placeholder() {
                return this._placeholderLabel ? this._placeholderLabel.string : "";
              }
              set placeholder(t) {
                this._placeholderLabel && (this._placeholderLabel.string = t);
              }
              get textLabel() {
                return this._textLabel;
              }
              set textLabel(t) {
                if (this._textLabel !== t) {
                  this._textLabel = t;
                  if (this._textLabel) {
                    this._updateTextLabel();
                    this._updateLabels();
                  }
                }
              }
              get placeholderLabel() {
                return this._placeholderLabel;
              }
              set placeholderLabel(t) {
                if (this._placeholderLabel !== t) {
                  this._placeholderLabel = t;
                  if (this._placeholderLabel) {
                    this._updatePlaceholderLabel();
                    this._updateLabels();
                  }
                }
              }
              get backgroundImage() {
                return this._backgroundImage;
              }
              set backgroundImage(t) {
                if (this._backgroundImage !== t) {
                  this._backgroundImage = t;
                  this._ensureBackgroundSprite();
                  this._background.spriteFrame = t;
                }
              }
              get inputFlag() {
                return this._inputFlag;
              }
              set inputFlag(t) {
                if (this._inputFlag !== t) {
                  this._inputFlag = t;
                  this._updateString(this._string);
                }
              }
              get inputMode() {
                return this._inputMode;
              }
              set inputMode(t) {
                if (this._inputMode !== t) {
                  this._inputMode = t;
                  this._updateTextLabel();
                  this._updatePlaceholderLabel();
                }
              }
              get returnType() {
                return this._returnType;
              }
              set returnType(t) {
                this._returnType = t;
              }
              get maxLength() {
                return this._maxLength;
              }
              set maxLength(t) {
                this._maxLength = t;
              }
              get tabIndex() {
                return this._tabIndex;
              }
              set tabIndex(t) {
                if (this._tabIndex !== t) {
                  this._tabIndex = t;
                  this._impl && this._impl.setTabIndex(t);
                }
              }
              __preload() {
                this._init();
              }
              onEnable() {
                this._registerEvent();
                this._ensureBackgroundSprite();
                this._impl && this._impl.onEnable();
              }
              update() {
                this._impl && this._impl.update();
              }
              onDisable() {
                this._unregisterEvent();
                this._unregisterBackgroundEvent();
                this._impl && this._impl.onDisable();
              }
              onDestroy() {
                this._impl && this._impl.clear();
              }
              setFocus() {
                this._impl && this._impl.setFocus(!0);
              }
              focus() {
                this._impl && this._impl.setFocus(!0);
              }
              blur() {
                this._impl && this._impl.setFocus(!1);
              }
              isFocused() {
                return !!this._impl && this._impl.isFocused();
              }
              _editBoxEditingDidBegan() {
                Vc.emitEvents(this.editingDidBegan, this);
                this.node.emit(Ukt.EDITING_DID_BEGAN, this);
              }
              _editBoxEditingDidEnded() {
                Vc.emitEvents(this.editingDidEnded, this);
                this.node.emit(Ukt.EDITING_DID_ENDED, this);
              }
              _editBoxTextChanged(t) {
                t = this._updateLabelStringStyle(t, !0);
                this.string = t;
                Vc.emitEvents(this.textChanged, t, this);
                this.node.emit(Ukt.TEXT_CHANGED, this);
              }
              _editBoxEditingReturn() {
                Vc.emitEvents(this.editingReturn, this);
                this.node.emit(Ukt.EDITING_RETURN, this);
              }
              _showLabels() {
                this._isLabelVisible = !0;
                this._updateLabels();
              }
              _hideLabels() {
                this._isLabelVisible = !1;
                this._textLabel && (this._textLabel.node.active = !1);
                this._placeholderLabel && (this._placeholderLabel.node.active = !1);
              }
              _onTouchBegan(t) {
                t.propagationStopped = !0;
              }
              _onTouchCancel(t) {
                t.propagationStopped = !0;
              }
              _onTouchEnded(t) {
                this._impl && this._impl.beginEditing();
                t.propagationStopped = !0;
              }
              _init() {
                this._updatePlaceholderLabel();
                this._updateTextLabel();
                this._isLabelVisible = !0;
                this.node.on(ny.SIZE_CHANGED, this._resizeChildNodes, this);
                (this._impl = new t._EditBoxImpl).init(this);
                this._updateString(this._string);
                this._syncSize();
              }
              _ensureBackgroundSprite() {
                if (!this._background) {
                  let t = this.node.getComponent(cL);
                  t || (t = this.node.addComponent(cL));
                  if (t !== this._background) {
                    t.type = cL.Type.SLICED;
                    t.spriteFrame = this._backgroundImage;
                    this._background = t;
                    this._registerBackgroundEvent();
                  }
                }
              }
              _updateTextLabel() {
                let t = this._textLabel;
                if (!t) {
                  let e = this.node.getChildByName("TEXT_LABEL");
                  if (!e) {
                    e = new _y("TEXT_LABEL");
                    e.layer = this.node.layer;
                  }
                  t = e.getComponent(IP);
                  t || (t = e.addComponent(IP));
                  e.parent = this.node;
                  this._textLabel = t;
                }
                this._textLabel.node._uiProps.uiTransformComp.setAnchorPoint(0, 1);
                t.overflow = IP.Overflow.CLAMP;
                if (this._inputMode === BVt.ANY) {
                  t.verticalAlign = xP.TOP;
                  t.enableWrapText = !0;
                } else t.enableWrapText = !1;
                t.string = this._updateLabelStringStyle(this._string);
              }
              _updatePlaceholderLabel() {
                let t = this._placeholderLabel;
                if (!t) {
                  let e = this.node.getChildByName("PLACEHOLDER_LABEL");
                  if (!e) {
                    e = new _y("PLACEHOLDER_LABEL");
                    e.layer = this.node.layer;
                  }
                  t = e.getComponent(IP);
                  t || (t = e.addComponent(IP));
                  e.parent = this.node;
                  this._placeholderLabel = t;
                }
                this._placeholderLabel.node._uiProps.uiTransformComp.setAnchorPoint(0, 1);
                this._inputMode === BVt.ANY ? t.enableWrapText = !0 : t.enableWrapText = !1;
                t.string = this.placeholder;
              }
              _syncSize() {
                const t = this.node._uiProps.uiTransformComp;
                const e = t.contentSize;
                if (this._background) {
                  const i = this._background.node._uiProps.uiTransformComp;
                  i.anchorPoint = t.anchorPoint;
                  i.setContentSize(e);
                }
                this._updateLabelPosition(e);
                this._impl && this._impl.setSize(e.width, e.height);
              }
              _updateLabels() {
                if (this._isLabelVisible) {
                  const t = this._string;
                  this._textLabel && (this._textLabel.node.active = "" !== t);
                  this._placeholderLabel && (this._placeholderLabel.node.active = "" === t);
                }
              }
              _updateString(t) {
                const e = this._textLabel;
                if (!e) return;
                let i = t;
                i && (i = this._updateLabelStringStyle(i));
                e.string = i;
                this._updateLabels();
              }
              _updateLabelStringStyle(t, e = !1) {
                const i = this._inputFlag;
                if (e || i !== DVt.PASSWORD) i === DVt.INITIAL_CAPS_ALL_CHARACTERS ? t = t.toUpperCase() : i === DVt.INITIAL_CAPS_WORD ? t = t.replace(/(?:^|\s)\S/g, (t => t.toUpperCase())) : i === DVt.INITIAL_CAPS_SENTENCE && (t = function(t) {
                  return t.charAt(0).toUpperCase() + t.slice(1);
                }(t)); else {
                  let e = "";
                  const i = t.length;
                  for (let t = 0; t < i; ++t) e += "●";
                  t = e;
                }
                return t;
              }
              _registerEvent() {
                this.node.on(ny.TOUCH_START, this._onTouchBegan, this);
                this.node.on(ny.TOUCH_END, this._onTouchEnded, this);
                this.node.on(fFt.XRUI_UNCLICK, this._xrUnClick, this);
                this.node.on(gFt.XR_KEYBOARD_INPUT, this._xrKeyBoardInput, this);
              }
              _unregisterEvent() {
                this.node.off(ny.TOUCH_START, this._onTouchBegan, this);
                this.node.off(ny.TOUCH_END, this._onTouchEnded, this);
                this.node.off(fFt.XRUI_UNCLICK, this._xrUnClick, this);
                this.node.off(gFt.XR_KEYBOARD_INPUT, this._xrKeyBoardInput, this);
              }
              _onBackgroundSpriteFrameChanged() {
                this._background && (this.backgroundImage = this._background.spriteFrame);
              }
              _registerBackgroundEvent() {
                const t = this._background && this._background.node;
                null == t || t.on(cL.EventType.SPRITE_FRAME_CHANGED, this._onBackgroundSpriteFrameChanged, this);
              }
              _unregisterBackgroundEvent() {
                const t = this._background && this._background.node;
                null == t || t.off(cL.EventType.SPRITE_FRAME_CHANGED, this._onBackgroundSpriteFrameChanged, this);
              }
              _updateLabelPosition(t) {
                const e = this.node._uiProps.uiTransformComp;
                const i = -e.anchorX * e.width;
                const s = -e.anchorY * e.height;
                const n = this._placeholderLabel;
                const r = this._textLabel;
                if (r) {
                  r.node._uiProps.uiTransformComp.setContentSize(t.width - 2, t.height);
                  r.node.setPosition(i + 2, s + t.height, r.node.position.z);
                  this._inputMode === BVt.ANY && (r.verticalAlign = xP.TOP);
                  r.enableWrapText = this._inputMode === BVt.ANY;
                }
                if (n) {
                  n.node._uiProps.uiTransformComp.setContentSize(t.width - 2, t.height);
                  n.lineHeight = t.height;
                  n.node.setPosition(i + 2, s + t.height, n.node.position.z);
                  n.enableWrapText = this._inputMode === BVt.ANY;
                }
              }
              _resizeChildNodes() {
                const t = this.node._uiProps.uiTransformComp;
                const e = this._textLabel && this._textLabel.node;
                if (e) {
                  e.setPosition(-t.width / 2, t.height / 2, e.position.z);
                  e._uiProps.uiTransformComp.setContentSize(t.contentSize);
                }
                const i = this._placeholderLabel && this._placeholderLabel.node;
                if (i) {
                  i.setPosition(-t.width / 2, t.height / 2, i.position.z);
                  i._uiProps.uiTransformComp.setContentSize(t.contentSize);
                }
                const s = this._background && this._background.node;
                s && s._uiProps.uiTransformComp.setContentSize(t.contentSize);
                this._syncSize();
              }
              _xrUnClick() {
                this.node.emit(Ukt.XR_EDITING_DID_BEGAN, this._maxLength, this.string);
              }
              _xrKeyBoardInput(t) {
                this.string = t;
              }
            }, Vkt._EditBoxImpl = PVt, Vkt.KeyboardReturnType = MVt, Vkt.InputFlag = DVt, Vkt.InputMode = BVt, 
            Vkt.EventType = Ukt, kkt), Bl(Ekt.prototype, "string", [ kVt, UVt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "string"), Ekt.prototype), 
            Bl(Ekt.prototype, "placeholder", [ GVt, zVt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "placeholder"), Ekt.prototype), 
            Bl(Ekt.prototype, "textLabel", [ HVt, jVt, XVt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "textLabel"), Ekt.prototype), 
            Bl(Ekt.prototype, "placeholderLabel", [ WVt, YVt, qVt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "placeholderLabel"), Ekt.prototype), 
            Bl(Ekt.prototype, "backgroundImage", [ KVt, JVt, ZVt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "backgroundImage"), Ekt.prototype), 
            Bl(Ekt.prototype, "inputFlag", [ QVt, $Vt, tkt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "inputFlag"), Ekt.prototype), 
            Bl(Ekt.prototype, "inputMode", [ ekt, ikt, skt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "inputMode"), Ekt.prototype), 
            Bl(Ekt.prototype, "returnType", [ nkt, rkt, okt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "returnType"), Ekt.prototype), 
            Bl(Ekt.prototype, "maxLength", [ akt, lkt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "maxLength"), Ekt.prototype), 
            Bl(Ekt.prototype, "tabIndex", [ hkt, ckt ], Object.getOwnPropertyDescriptor(Ekt.prototype, "tabIndex"), Ekt.prototype), 
            Ckt = Bl(Ekt.prototype, "editingDidBegan", [ ukt, Yl, _kt, dkt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), xkt = Bl(Ekt.prototype, "textChanged", [ pkt, Yl, mkt, fkt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), wkt = Bl(Ekt.prototype, "editingDidEnded", [ gkt, Yl, ykt, bkt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Rkt = Bl(Ekt.prototype, "editingReturn", [ Skt, Yl, Akt, Tkt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Ikt = Bl(Ekt.prototype, "_textLabel", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Mkt = Bl(Ekt.prototype, "_placeholderLabel", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Bkt = Bl(Ekt.prototype, "_returnType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return MVt.DEFAULT;
              }
            }), Dkt = Bl(Ekt.prototype, "_string", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), Pkt = Bl(Ekt.prototype, "_tabIndex", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Okt = Bl(Ekt.prototype, "_backgroundImage", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Nkt = Bl(Ekt.prototype, "_inputFlag", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return DVt.DEFAULT;
              }
            }), Lkt = Bl(Ekt.prototype, "_inputMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return BVt.ANY;
              }
            }), Fkt = Bl(Ekt.prototype, "_maxLength", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 20;
              }
            }), Ekt)) || vkt) || vkt) || vkt) || vkt) || vkt) || vkt));
            0;
            m.internal.EditBox = Gkt;
            var zkt, Hkt, jkt, Xkt, Wkt, Ykt, qkt, Kkt, Jkt, Zkt, Qkt, $kt, tUt, eUt, iUt, sUt, nUt, rUt, oUt, aUt, lUt, hUt, cUt, uUt, _Ut, dUt, pUt, mUt, fUt, gUt, yUt, bUt, SUt, AUt, TUt, vUt, EUt, CUt, xUt, wUt, RUt, IUt, MUt, BUt, DUt, PUt, OUt, NUt, LUt, FUt, VUt, kUt, UUt, GUt, zUt;
            var HUt;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.HORIZONTAL = 1] = "HORIZONTAL";
              t[t.VERTICAL = 2] = "VERTICAL";
              t[t.GRID = 3] = "GRID";
            }(HUt || (HUt = {}));
            he(HUt);
            var jUt;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.CONTAINER = 1] = "CONTAINER";
              t[t.CHILDREN = 2] = "CHILDREN";
            }(jUt || (jUt = {}));
            he(jUt);
            var XUt;
            !function(t) {
              t[t.HORIZONTAL = 0] = "HORIZONTAL";
              t[t.VERTICAL = 1] = "VERTICAL";
            }(XUt || (XUt = {}));
            he(XUt);
            var WUt;
            !function(t) {
              t[t.BOTTOM_TO_TOP = 0] = "BOTTOM_TO_TOP";
              t[t.TOP_TO_BOTTOM = 1] = "TOP_TO_BOTTOM";
            }(WUt || (WUt = {}));
            he(WUt);
            var YUt;
            !function(t) {
              t[t.LEFT_TO_RIGHT = 0] = "LEFT_TO_RIGHT";
              t[t.RIGHT_TO_LEFT = 1] = "RIGHT_TO_LEFT";
            }(YUt || (YUt = {}));
            he(YUt);
            var qUt;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.FIXED_ROW = 1] = "FIXED_ROW";
              t[t.FIXED_COL = 2] = "FIXED_COL";
            }(qUt || (qUt = {}));
            he(qUt);
            const KUt = new Pi;
            let JUt = function(e) {
              return t({
                Layout: e,
                LayoutComponent: e
              }), e;
            }((zkt = Ul("cc.Layout"), Hkt = sh(), jkt = zl(110), Xkt = $l(), Wkt = Gl(jB), Ykt = rh(), 
            qkt = lh(), Kkt = rh(), Jkt = lh(), Zkt = Th(HUt), Qkt = ph(), $kt = lh(), tUt = Th(jUt), 
            eUt = rh(), iUt = lh(), sUt = rh(), nUt = lh(), rUt = Th(XUt), oUt = lh(), aUt = lh(), 
            lUt = lh(), hUt = lh(), cUt = lh(), uUt = lh(), _Ut = lh(), dUt = Th(WUt), pUt = lh(), 
            mUt = Th(YUt), fUt = lh(), gUt = Th(qUt), yUt = rh(), bUt = lh(), SUt = rh(), AUt = lh(), 
            TUt = lh(), zkt(vUt = Hkt(vUt = jkt(vUt = Xkt(vUt = Wkt(vUt = Ql(vUt = (EUt = (zUt = GUt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_resizeMode", CUt, this);
                Ml(this, "_layoutType", xUt, this);
                Ml(this, "_cellSize", wUt, this);
                Ml(this, "_startAxis", RUt, this);
                Ml(this, "_paddingLeft", IUt, this);
                Ml(this, "_paddingRight", MUt, this);
                Ml(this, "_paddingTop", BUt, this);
                Ml(this, "_paddingBottom", DUt, this);
                Ml(this, "_spacingX", PUt, this);
                Ml(this, "_spacingY", OUt, this);
                Ml(this, "_verticalDirection", NUt, this);
                Ml(this, "_horizontalDirection", LUt, this);
                Ml(this, "_constraint", FUt, this);
                Ml(this, "_constraintNum", VUt, this);
                Ml(this, "_affectedByScale", kUt, this);
                Ml(this, "_isAlign", UUt, this);
                this._layoutSize = new rs(300, 200);
                this._layoutDirty = !0;
                this._childrenDirty = !1;
                this._usefulLayoutObj = [];
                this._init = !1;
              }
              get alignHorizontal() {
                return this._isAlign;
              }
              set alignHorizontal(t) {
                if (this._layoutType === HUt.HORIZONTAL) {
                  this._isAlign = t;
                  this._doLayoutDirty();
                }
              }
              get alignVertical() {
                return this._isAlign;
              }
              set alignVertical(t) {
                if (this._layoutType === HUt.VERTICAL) {
                  this._isAlign = t;
                  this._doLayoutDirty();
                }
              }
              get type() {
                return this._layoutType;
              }
              set type(t) {
                this._layoutType = t;
                this._doLayoutDirty();
              }
              get resizeMode() {
                return this._resizeMode;
              }
              set resizeMode(t) {
                if (this._layoutType !== HUt.NONE) {
                  this._resizeMode = t;
                  this._doLayoutDirty();
                }
              }
              get cellSize() {
                return this._cellSize;
              }
              set cellSize(t) {
                if (this._cellSize !== t) {
                  this._cellSize.set(t);
                  this._doLayoutDirty();
                }
              }
              get startAxis() {
                return this._startAxis;
              }
              set startAxis(t) {
                if (this._startAxis !== t) {
                  this._startAxis = t;
                  this._doLayoutDirty();
                }
              }
              get paddingLeft() {
                return this._paddingLeft;
              }
              set paddingLeft(t) {
                if (this._paddingLeft !== t) {
                  this._paddingLeft = t;
                  this._doLayoutDirty();
                }
              }
              get paddingRight() {
                return this._paddingRight;
              }
              set paddingRight(t) {
                if (this._paddingRight !== t) {
                  this._paddingRight = t;
                  this._doLayoutDirty();
                }
              }
              get paddingTop() {
                return this._paddingTop;
              }
              set paddingTop(t) {
                if (this._paddingTop !== t) {
                  this._paddingTop = t;
                  this._doLayoutDirty();
                }
              }
              get paddingBottom() {
                return this._paddingBottom;
              }
              set paddingBottom(t) {
                if (this._paddingBottom !== t) {
                  this._paddingBottom = t;
                  this._doLayoutDirty();
                }
              }
              get spacingX() {
                return this._spacingX;
              }
              set spacingX(t) {
                if (this._spacingX !== t) {
                  this._spacingX = t;
                  this._doLayoutDirty();
                }
              }
              get spacingY() {
                return this._spacingY;
              }
              set spacingY(t) {
                if (this._spacingY !== t) {
                  this._spacingY = t;
                  this._doLayoutDirty();
                }
              }
              get verticalDirection() {
                return this._verticalDirection;
              }
              set verticalDirection(t) {
                if (this._verticalDirection !== t) {
                  this._verticalDirection = t;
                  this._doLayoutDirty();
                }
              }
              get horizontalDirection() {
                return this._horizontalDirection;
              }
              set horizontalDirection(t) {
                if (this._horizontalDirection !== t) {
                  this._horizontalDirection = t;
                  this._doLayoutDirty();
                }
              }
              get padding() {
                return this._paddingLeft;
              }
              set padding(t) {
                if (this.paddingLeft !== t || this._paddingRight !== t || this._paddingTop !== t || this._paddingBottom !== t) {
                  this._paddingLeft = this._paddingRight = this._paddingTop = this._paddingBottom = t;
                  this._doLayoutDirty();
                }
              }
              get constraint() {
                return this._constraint;
              }
              set constraint(t) {
                if (this._layoutType !== HUt.NONE && this._constraint !== t) {
                  this._constraint = t;
                  this._doLayoutDirty();
                }
              }
              get constraintNum() {
                return this._constraintNum;
              }
              set constraintNum(t) {
                if (this._constraint !== qUt.NONE && this._constraintNum !== t) {
                  t <= 0 && C("Limit values to be greater than 0");
                  this._constraintNum = t;
                  this._doLayoutDirty();
                }
              }
              get affectedByScale() {
                return this._affectedByScale;
              }
              set affectedByScale(t) {
                this._affectedByScale = t;
                this._doLayoutDirty();
              }
              updateLayout(t = !1) {
                if ((this._layoutDirty || t) && this.node.children.length > 0) {
                  this._doLayout();
                  this._layoutDirty = !1;
                }
              }
              onEnable() {
                this._addEventListeners();
                const t = this.node._uiProps.uiTransformComp;
                t.contentSize.equals(rs.ZERO) && t.setContentSize(this._layoutSize);
                this._childrenChanged();
              }
              onDisable() {
                this._usefulLayoutObj.length = 0;
                this._removeEventListeners();
              }
              _checkUsefulObj() {
                this._usefulLayoutObj.length = 0;
                const t = this.node.children;
                for (let e = 0; e < t.length; ++e) {
                  const i = t[e];
                  const s = i._uiProps.uiTransformComp;
                  i.activeInHierarchy && s && this._usefulLayoutObj.push(s);
                }
              }
              _addEventListeners() {
                IR.on(RR.EVENT_AFTER_UPDATE, this.updateLayout, this);
                this.node.on(ny.SIZE_CHANGED, this._resized, this);
                this.node.on(ny.ANCHOR_CHANGED, this._doLayoutDirty, this);
                this.node.on(ny.CHILD_ADDED, this._childAdded, this);
                this.node.on(ny.CHILD_REMOVED, this._childRemoved, this);
                this.node.on(ny.SIBLING_ORDER_CHANGED, this._childrenChanged, this);
                this.node.on("childrenSiblingOrderChanged", this.updateLayout, this);
                this._addChildrenEventListeners();
              }
              _removeEventListeners() {
                IR.off(RR.EVENT_AFTER_UPDATE, this.updateLayout, this);
                this.node.off(ny.SIZE_CHANGED, this._resized, this);
                this.node.off(ny.ANCHOR_CHANGED, this._doLayoutDirty, this);
                this.node.off(ny.CHILD_ADDED, this._childAdded, this);
                this.node.off(ny.CHILD_REMOVED, this._childRemoved, this);
                this.node.off(ny.SIBLING_ORDER_CHANGED, this._childrenChanged, this);
                this.node.off("childrenSiblingOrderChanged", this.updateLayout, this);
                this._removeChildrenEventListeners();
              }
              _addChildrenEventListeners() {
                const t = this.node.children;
                for (let e = 0; e < t.length; ++e) {
                  const i = t[e];
                  i.on(ny.SIZE_CHANGED, this._doLayoutDirty, this);
                  i.on(ny.TRANSFORM_CHANGED, this._transformDirty, this);
                  i.on(ny.ANCHOR_CHANGED, this._doLayoutDirty, this);
                  i.on(ny.ACTIVE_IN_HIERARCHY_CHANGED, this._childrenChanged, this);
                }
              }
              _removeChildrenEventListeners() {
                const t = this.node.children;
                for (let e = 0; e < t.length; ++e) {
                  const i = t[e];
                  i.off(ny.SIZE_CHANGED, this._doLayoutDirty, this);
                  i.off(ny.TRANSFORM_CHANGED, this._transformDirty, this);
                  i.off(ny.ANCHOR_CHANGED, this._doLayoutDirty, this);
                  i.off(ny.ACTIVE_IN_HIERARCHY_CHANGED, this._childrenChanged, this);
                }
              }
              _childAdded(t) {
                t.on(ny.SIZE_CHANGED, this._doLayoutDirty, this);
                t.on(ny.TRANSFORM_CHANGED, this._transformDirty, this);
                t.on(ny.ANCHOR_CHANGED, this._doLayoutDirty, this);
                t.on(ny.ACTIVE_IN_HIERARCHY_CHANGED, this._childrenChanged, this);
                this._childrenChanged();
              }
              _childRemoved(t) {
                t.off(ny.SIZE_CHANGED, this._doLayoutDirty, this);
                t.off(ny.TRANSFORM_CHANGED, this._transformDirty, this);
                t.off(ny.ANCHOR_CHANGED, this._doLayoutDirty, this);
                t.off(ny.ACTIVE_IN_HIERARCHY_CHANGED, this._childrenChanged, this);
                this._childrenChanged();
              }
              _resized() {
                this._layoutSize.set(this.node._uiProps.uiTransformComp.contentSize);
                this._doLayoutDirty();
              }
              _doLayoutHorizontally(t, e, i, s) {
                const n = this.node._uiProps.uiTransformComp.anchorPoint;
                const r = this._getFixedBreakingNum();
                let o = 1;
                let a = this._paddingLeft;
                if (this._horizontalDirection === YUt.RIGHT_TO_LEFT) {
                  o = -1;
                  a = this._paddingRight;
                }
                const l = (this._horizontalDirection - n.x) * t + o * a;
                let h = l - o * this._spacingX;
                let c = 0;
                let u = 0;
                let _ = 0;
                let d = 0;
                let p = !1;
                const m = this._usefulLayoutObj.length;
                let f = this._cellSize.width;
                const g = this._getPaddingH();
                this._layoutType !== HUt.GRID && this._resizeMode === jUt.CHILDREN && (f = (t - g - (m - 1) * this._spacingX) / m);
                const y = this._usefulLayoutObj;
                for (let a = 0; a < y.length; ++a) {
                  const m = y[a];
                  const b = m.node;
                  const S = b.scale;
                  const A = this._getUsedScaleValue(S.x);
                  const T = this._getUsedScaleValue(S.y);
                  if (this._resizeMode === jUt.CHILDREN) {
                    m.width = f / A;
                    this._layoutType === HUt.GRID && (m.height = this._cellSize.height / T);
                  }
                  const v = Math.abs(this._horizontalDirection - m.anchorX);
                  const E = m.width * A;
                  const C = m.height * T;
                  if (C > _) {
                    d = Math.max(_, d);
                    u = _ || C;
                    _ = C;
                  }
                  h += o * (v * E + this._spacingX);
                  const x = o * (1 - v) * E;
                  if (e) {
                    if (r > 0) {
                      p = a / r > 0 && a % r == 0;
                      p && (u = _ > C ? _ : u);
                    } else if (E > t - g) h > l + o * (v * E) && (p = !0); else {
                      const e = (1 - this._horizontalDirection - n.x) * t;
                      const i = h + x + o * (o > 0 ? this._paddingRight : this._paddingLeft);
                      p = Math.abs(i) > Math.abs(e);
                    }
                    if (p) {
                      h = l + o * (v * E);
                      C !== _ && (u = _);
                      c += u + this._spacingY;
                      u = _ = C;
                    }
                  }
                  const w = i(b, m, c);
                  s && b.setPosition(h, w);
                  h += x;
                }
                u = Math.max(u, _);
                return Math.max(d, c + u) + this._getPaddingV();
              }
              _doLayoutVertically(t, e, i, s) {
                const n = this.node._uiProps.uiTransformComp.anchorPoint;
                const r = this._getFixedBreakingNum();
                let o = 1;
                let a = this._paddingBottom;
                if (this._verticalDirection === WUt.TOP_TO_BOTTOM) {
                  o = -1;
                  a = this._paddingTop;
                }
                const l = (this._verticalDirection - n.y) * t + o * a;
                let h = l - o * this._spacingY;
                let c = 0;
                let u = 0;
                let _ = 0;
                let d = 0;
                let p = !1;
                const m = this._usefulLayoutObj.length;
                let f = this._cellSize.height;
                const g = this._getPaddingV();
                this._layoutType !== HUt.GRID && this._resizeMode === jUt.CHILDREN && (f = (t - g - (m - 1) * this._spacingY) / m);
                const y = this._usefulLayoutObj;
                for (let a = 0; a < y.length; ++a) {
                  const m = y[a];
                  const b = m.node;
                  const S = b.scale;
                  const A = this._getUsedScaleValue(S.x);
                  const T = this._getUsedScaleValue(S.y);
                  if (this._resizeMode === jUt.CHILDREN) {
                    m.height = f / T;
                    this._layoutType === HUt.GRID && (m.width = this._cellSize.width / A);
                  }
                  const v = Math.abs(this._verticalDirection - m.anchorY);
                  const E = m.width * A;
                  const C = m.height * T;
                  if (E > c) {
                    u = Math.max(c, u);
                    _ = c || E;
                    c = E;
                  }
                  h += o * (v * C + this._spacingY);
                  const x = o * (1 - v) * C;
                  if (e) {
                    if (r > 0) {
                      p = a / r > 0 && a % r == 0;
                      p && (_ = c > C ? c : _);
                    } else if (C > t - g) h > l + o * (v * C) && (p = !0); else {
                      const e = (1 - this._verticalDirection - n.y) * t;
                      const i = h + x + o * (o > 0 ? this._paddingTop : this._paddingBottom);
                      p = Math.abs(i) > Math.abs(e);
                    }
                    if (p) {
                      h = l + o * (v * C);
                      E !== c && (_ = c);
                      d += _ + this._spacingX;
                      _ = c = E;
                    }
                  }
                  const w = i(b, m, d);
                  if (s) {
                    b.getPosition(KUt);
                    b.setPosition(w, h, KUt.z);
                  }
                  h += x;
                }
                _ = Math.max(_, c);
                return Math.max(u, d + _) + this._getPaddingH();
              }
              _doLayoutGridAxisHorizontal(t, e) {
                const i = e.width;
                let s = 1;
                let n = -t.y * e.height;
                let r = this._paddingBottom;
                if (this._verticalDirection === WUt.TOP_TO_BOTTOM) {
                  s = -1;
                  n = (1 - t.y) * e.height;
                  r = this._paddingTop;
                }
                const o = (t, e, i) => n + s * (i + (1 - e.anchorY) * e.height * this._getUsedScaleValue(t.scale.y) + r);
                let a = 0;
                if (this._resizeMode === jUt.CONTAINER) {
                  a = this._doLayoutHorizontally(i, !0, o, !1);
                  n = -t.y * a;
                  if (this._verticalDirection === WUt.TOP_TO_BOTTOM) {
                    s = -1;
                    n = (1 - t.y) * a;
                  }
                }
                this._doLayoutHorizontally(i, !0, o, !0);
                this._resizeMode === jUt.CONTAINER && this.node._uiProps.uiTransformComp.setContentSize(i, a);
              }
              _doLayoutGridAxisVertical(t, e) {
                const i = e.height;
                let s = 1;
                let n = -t.x * e.width;
                let r = this._paddingLeft;
                if (this._horizontalDirection === YUt.RIGHT_TO_LEFT) {
                  s = -1;
                  n = (1 - t.x) * e.width;
                  r = this._paddingRight;
                }
                const o = (t, e, i) => n + s * (i + (1 - e.anchorX) * e.width * this._getUsedScaleValue(t.scale.x) + r);
                let a = 0;
                if (this._resizeMode === jUt.CONTAINER) {
                  a = this._doLayoutVertically(i, !0, o, !1);
                  n = -t.x * a;
                  if (this._horizontalDirection === YUt.RIGHT_TO_LEFT) {
                    s = -1;
                    n = (1 - t.x) * a;
                  }
                }
                this._doLayoutVertically(i, !0, o, !0);
                this._resizeMode === jUt.CONTAINER && this.node._uiProps.uiTransformComp.setContentSize(a, i);
              }
              _doLayoutGrid() {
                const t = this.node._uiProps.uiTransformComp;
                const e = t.anchorPoint;
                const i = t.contentSize;
                this.startAxis === XUt.HORIZONTAL ? this._doLayoutGridAxisHorizontal(e, i) : this.startAxis === XUt.VERTICAL && this._doLayoutGridAxisVertical(e, i);
              }
              _getHorizontalBaseWidth(t = !0) {
                const e = this._usefulLayoutObj;
                let i = 0;
                const s = e.length;
                if (this._resizeMode === jUt.CONTAINER) {
                  for (let t = 0; t < e.length; ++t) {
                    const s = e[t];
                    const n = s.node.scale;
                    i += s.width * this._getUsedScaleValue(n.x);
                  }
                  i += (s - 1) * this._spacingX + this._getPaddingH();
                } else i = this.node._uiProps.uiTransformComp.width;
                return i;
              }
              _getVerticalBaseHeight() {
                const t = this._usefulLayoutObj;
                let e = 0;
                const i = t.length;
                if (this._resizeMode === jUt.CONTAINER) {
                  for (let i = 0; i < t.length; ++i) {
                    const s = t[i];
                    const n = s.node.scale;
                    e += s.height * this._getUsedScaleValue(n.y);
                  }
                  e += (i - 1) * this._spacingY + this._getPaddingV();
                } else e = this.node._uiProps.uiTransformComp.height;
                return e;
              }
              _doLayout() {
                if (!this._init || this._childrenDirty) {
                  this._checkUsefulObj();
                  this._init = !0;
                  this._childrenDirty = !1;
                }
                if (this._layoutType === HUt.HORIZONTAL) {
                  const t = this._getHorizontalBaseWidth();
                  const e = t => (this._isAlign ? Pi.ZERO : t.position).y;
                  this._doLayoutHorizontally(t, !1, e, !0);
                  this.node._uiProps.uiTransformComp.width = t;
                } else if (this._layoutType === HUt.VERTICAL) {
                  const t = this._getVerticalBaseHeight();
                  const e = t => (this._isAlign ? Pi.ZERO : t.position).x;
                  this._doLayoutVertically(t, !1, e, !0);
                  this.node._uiProps.uiTransformComp.height = t;
                } else this._layoutType === HUt.GRID && this._doLayoutGrid();
              }
              _getUsedScaleValue(t) {
                return this._affectedByScale ? Math.abs(t) : 1;
              }
              _transformDirty(t) {
                t & ay.SCALE && t & ay.POSITION && this._affectedByScale && this._doLayoutDirty();
              }
              _doLayoutDirty() {
                this._layoutDirty = !0;
              }
              _childrenChanged() {
                this._childrenDirty = !0;
                this._doLayoutDirty();
              }
              _getPaddingH() {
                return this._paddingLeft + this._paddingRight;
              }
              _getPaddingV() {
                return this._paddingTop + this._paddingBottom;
              }
              _getFixedBreakingNum() {
                if (this._layoutType !== HUt.GRID || this._constraint === qUt.NONE || this._constraintNum <= 0) return 0;
                let t = this._constraint === qUt.FIXED_ROW ? Math.ceil(this._usefulLayoutObj.length / this._constraintNum) : this._constraintNum;
                this._startAxis === XUt.VERTICAL && (t = this._constraint === qUt.FIXED_COL ? Math.ceil(this._usefulLayoutObj.length / this._constraintNum) : this._constraintNum);
                return t;
              }
            }, GUt.Type = HUt, GUt.VerticalDirection = WUt, GUt.HorizontalDirection = YUt, GUt.ResizeMode = jUt, 
            GUt.AxisDirection = XUt, GUt.Constraint = qUt, zUt), Bl(EUt.prototype, "alignHorizontal", [ Ykt, qkt ], Object.getOwnPropertyDescriptor(EUt.prototype, "alignHorizontal"), EUt.prototype), 
            Bl(EUt.prototype, "alignVertical", [ Kkt, Jkt ], Object.getOwnPropertyDescriptor(EUt.prototype, "alignVertical"), EUt.prototype), 
            Bl(EUt.prototype, "type", [ Zkt, Qkt, $kt ], Object.getOwnPropertyDescriptor(EUt.prototype, "type"), EUt.prototype), 
            Bl(EUt.prototype, "resizeMode", [ tUt, eUt, iUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "resizeMode"), EUt.prototype), 
            Bl(EUt.prototype, "cellSize", [ sUt, nUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "cellSize"), EUt.prototype), 
            Bl(EUt.prototype, "startAxis", [ rUt, oUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "startAxis"), EUt.prototype), 
            Bl(EUt.prototype, "paddingLeft", [ aUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "paddingLeft"), EUt.prototype), 
            Bl(EUt.prototype, "paddingRight", [ lUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "paddingRight"), EUt.prototype), 
            Bl(EUt.prototype, "paddingTop", [ hUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "paddingTop"), EUt.prototype), 
            Bl(EUt.prototype, "paddingBottom", [ cUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "paddingBottom"), EUt.prototype), 
            Bl(EUt.prototype, "spacingX", [ uUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "spacingX"), EUt.prototype), 
            Bl(EUt.prototype, "spacingY", [ _Ut ], Object.getOwnPropertyDescriptor(EUt.prototype, "spacingY"), EUt.prototype), 
            Bl(EUt.prototype, "verticalDirection", [ dUt, pUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "verticalDirection"), EUt.prototype), 
            Bl(EUt.prototype, "horizontalDirection", [ mUt, fUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "horizontalDirection"), EUt.prototype), 
            Bl(EUt.prototype, "constraint", [ gUt, yUt, bUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "constraint"), EUt.prototype), 
            Bl(EUt.prototype, "constraintNum", [ SUt, AUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "constraintNum"), EUt.prototype), 
            Bl(EUt.prototype, "affectedByScale", [ TUt ], Object.getOwnPropertyDescriptor(EUt.prototype, "affectedByScale"), EUt.prototype), 
            CUt = Bl(EUt.prototype, "_resizeMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return jUt.NONE;
              }
            }), xUt = Bl(EUt.prototype, "_layoutType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return HUt.NONE;
              }
            }), wUt = Bl(EUt.prototype, "_cellSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new rs(40, 40);
              }
            }), RUt = Bl(EUt.prototype, "_startAxis", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return XUt.HORIZONTAL;
              }
            }), IUt = Bl(EUt.prototype, "_paddingLeft", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), MUt = Bl(EUt.prototype, "_paddingRight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), BUt = Bl(EUt.prototype, "_paddingTop", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), DUt = Bl(EUt.prototype, "_paddingBottom", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), PUt = Bl(EUt.prototype, "_spacingX", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), OUt = Bl(EUt.prototype, "_spacingY", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), NUt = Bl(EUt.prototype, "_verticalDirection", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return WUt.TOP_TO_BOTTOM;
              }
            }), LUt = Bl(EUt.prototype, "_horizontalDirection", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return YUt.LEFT_TO_RIGHT;
              }
            }), FUt = Bl(EUt.prototype, "_constraint", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return qUt.NONE;
              }
            }), VUt = Bl(EUt.prototype, "_constraintNum", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 2;
              }
            }), kUt = Bl(EUt.prototype, "_affectedByScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), UUt = Bl(EUt.prototype, "_isAlign", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), EUt)) || vUt) || vUt) || vUt) || vUt) || vUt) || vUt));
            m.Layout = JUt;
            var ZUt, QUt, $Ut, tGt, eGt, iGt, sGt, nGt, rGt, oGt, aGt, lGt, hGt, cGt, uGt, _Gt, dGt, pGt, mGt, fGt, gGt, yGt;
            var bGt;
            !function(t) {
              t[t.HORIZONTAL = 0] = "HORIZONTAL";
              t[t.VERTICAL = 1] = "VERTICAL";
              t[t.FILLED = 2] = "FILLED";
            }(bGt || (bGt = {}));
            oe(bGt);
            let SGt = function(e) {
              return t({
                ProgressBar: e,
                ProgressBarComponent: e
              }), e;
            }((ZUt = Ul("cc.ProgressBar"), QUt = sh(), $Ut = zl(110), tGt = $l(), eGt = Gl(jB), 
            iGt = Th(cL), sGt = lh(), nGt = Th(bGt), rGt = lh(), oGt = lh(), aGt = hh(), lGt = lh(), 
            hGt = lh(), ZUt(cGt = QUt(cGt = $Ut(cGt = tGt(cGt = eGt(cGt = (uGt = (yGt = gGt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_barSprite", _Gt, this);
                Ml(this, "_mode", dGt, this);
                Ml(this, "_totalLength", pGt, this);
                Ml(this, "_progress", mGt, this);
                Ml(this, "_reverse", fGt, this);
              }
              get barSprite() {
                return this._barSprite;
              }
              set barSprite(t) {
                if (this._barSprite !== t) {
                  this._barSprite = t;
                  this._initBarSprite();
                }
              }
              get mode() {
                return this._mode;
              }
              set mode(t) {
                if (this._mode !== t) {
                  this._mode = t;
                  if (this._barSprite) {
                    const t = this._barSprite.node;
                    if (!t) return;
                    const e = t._uiProps.uiTransformComp.contentSize;
                    this._mode === bGt.HORIZONTAL ? this.totalLength = e.width : this._mode === bGt.VERTICAL ? this.totalLength = e.height : this._mode === bGt.FILLED && (this.totalLength = this._barSprite.fillRange);
                  }
                }
              }
              get totalLength() {
                return this._totalLength;
              }
              set totalLength(t) {
                this._mode === bGt.FILLED && (t = di(t));
                if (this._totalLength !== t) {
                  this._totalLength = t;
                  this._updateBarStatus();
                }
              }
              get progress() {
                return this._progress;
              }
              set progress(t) {
                if (this._progress !== t) {
                  this._progress = t;
                  this._updateBarStatus();
                }
              }
              get reverse() {
                return this._reverse;
              }
              set reverse(t) {
                if (this._reverse !== t) {
                  this._reverse = t;
                  this._barSprite && (this._barSprite.fillStart = 1 - this._barSprite.fillStart);
                  this._updateBarStatus();
                }
              }
              _initBarSprite() {
                if (this._barSprite) {
                  const t = this._barSprite.node;
                  if (!t) return;
                  const e = this.node._uiProps.uiTransformComp;
                  const i = e.contentSize;
                  const s = e.anchorPoint;
                  const n = t._uiProps.uiTransformComp.contentSize;
                  this._barSprite.fillType === cL.FillType.RADIAL && (this._mode = bGt.FILLED);
                  this._mode === bGt.HORIZONTAL ? this.totalLength = n.width : this._mode === bGt.VERTICAL ? this.totalLength = n.height : this.totalLength = this._barSprite.fillRange;
                  if (t.parent === this.node) {
                    const e = -i.width * s.x;
                    t.setPosition(e, 0, 0);
                  }
                }
              }
              _updateBarStatus() {
                if (this._barSprite) {
                  const t = this._barSprite.node;
                  if (!t) return;
                  const e = t._uiProps.uiTransformComp;
                  const i = e.anchorPoint;
                  const s = e.contentSize;
                  const n = t.getPosition();
                  let r = new Qi(0, .5);
                  const o = di(this._progress);
                  let a = this._totalLength * o;
                  let l = s;
                  let h = 0;
                  let c = 0;
                  switch (this._mode) {
                   case bGt.HORIZONTAL:
                    this._reverse && (r = new Qi(1, .5));
                    l = new rs(a, s.height);
                    h = this._totalLength;
                    c = s.height;
                    break;

                   case bGt.VERTICAL:
                    r = this._reverse ? new Qi(.5, 1) : new Qi(.5, 0);
                    l = new rs(s.width, a);
                    h = s.width;
                    c = this._totalLength;
                  }
                  if (this._mode === bGt.FILLED) if (this._barSprite.type !== cL.Type.FILLED) C("ProgressBar FILLED mode only works when barSprite's Type is FILLED!"); else {
                    this._reverse && (a *= -1);
                    this._barSprite.fillRange = a;
                  } else if (this._barSprite.type !== cL.Type.FILLED) {
                    const s = r.x - i.x;
                    const o = r.y - i.y;
                    const a = new Pi(h * s, c * o, 0);
                    t.setPosition(n.x + a.x, n.y + a.y, n.z);
                    e.setAnchorPoint(r);
                    e.setContentSize(l);
                  } else C("ProgressBar non-FILLED mode only works when barSprite's Type is non-FILLED!");
                }
              }
            }, gGt.Mode = bGt, yGt), Bl(uGt.prototype, "barSprite", [ iGt, sGt ], Object.getOwnPropertyDescriptor(uGt.prototype, "barSprite"), uGt.prototype), 
            Bl(uGt.prototype, "mode", [ nGt, rGt ], Object.getOwnPropertyDescriptor(uGt.prototype, "mode"), uGt.prototype), 
            Bl(uGt.prototype, "totalLength", [ oGt ], Object.getOwnPropertyDescriptor(uGt.prototype, "totalLength"), uGt.prototype), 
            Bl(uGt.prototype, "progress", [ aGt, dh, lGt ], Object.getOwnPropertyDescriptor(uGt.prototype, "progress"), uGt.prototype), 
            Bl(uGt.prototype, "reverse", [ hGt ], Object.getOwnPropertyDescriptor(uGt.prototype, "reverse"), uGt.prototype), 
            _Gt = Bl(uGt.prototype, "_barSprite", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), dGt = Bl(uGt.prototype, "_mode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return bGt.HORIZONTAL;
              }
            }), pGt = Bl(uGt.prototype, "_totalLength", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), mGt = Bl(uGt.prototype, "_progress", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), fGt = Bl(uGt.prototype, "_reverse", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), uGt)) || cGt) || cGt) || cGt) || cGt) || cGt));
            m.ProgressBar = SGt;
            var AGt, TGt, vGt, EGt, CGt, xGt, wGt, RGt, IGt, MGt, BGt, DGt, PGt, OGt, NGt, LGt, FGt, VGt, kGt, UGt, GGt, zGt, HGt, jGt;
            const XGt = new Pi;
            const WGt = new Pi;
            const YGt = new Pi;
            const qGt = new Qi;
            const KGt = new Bi;
            const JGt = new Qi;
            var ZGt;
            !function(t) {
              t[t.HORIZONTAL = 0] = "HORIZONTAL";
              t[t.VERTICAL = 1] = "VERTICAL";
            }(ZGt || (ZGt = {}));
            he(ZGt);
            let QGt = function(e) {
              return t({
                ScrollBar: e,
                ScrollBarComponent: e
              }), e;
            }((AGt = Ul("cc.ScrollBar"), TGt = sh(), vGt = zl(110), EGt = $l(), CGt = Gl(jB), 
            xGt = Th(cL), wGt = ph(), RGt = lh(), IGt = Th(ZGt), MGt = ph(), BGt = lh(), DGt = ph(), 
            PGt = lh(), OGt = ph(), NGt = lh(), AGt(LGt = TGt(LGt = vGt(LGt = EGt(LGt = CGt(LGt = (FGt = (jGt = HGt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_scrollView", VGt, this);
                Ml(this, "_handle", kGt, this);
                Ml(this, "_direction", UGt, this);
                Ml(this, "_enableAutoHide", GGt, this);
                Ml(this, "_autoHideTime", zGt, this);
                this._touching = !1;
                this._opacity = 255;
                this._autoHideRemainingTime = 0;
              }
              get handle() {
                return this._handle;
              }
              set handle(t) {
                if (this._handle !== t) {
                  this._handle = t;
                  this.onScroll(Qi.ZERO);
                }
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                if (this._direction !== t) {
                  this._direction = t;
                  this.onScroll(Qi.ZERO);
                }
              }
              get enableAutoHide() {
                return this._enableAutoHide;
              }
              set enableAutoHide(t) {
                if (this._enableAutoHide !== t) {
                  this._enableAutoHide = t;
                  this._enableAutoHide && this._setOpacity(0);
                }
              }
              get autoHideTime() {
                return this._autoHideTime;
              }
              set autoHideTime(t) {
                this._autoHideTime !== t && (this._autoHideTime = t);
              }
              hide() {
                this._autoHideRemainingTime = 0;
                this._setOpacity(0);
              }
              show() {
                this._autoHideRemainingTime = this._autoHideTime;
                this._setOpacity(this._opacity);
              }
              onScroll(t) {
                if (!this._scrollView) return;
                const e = this._scrollView.content;
                if (!e) return;
                const i = e._uiProps.uiTransformComp.contentSize;
                const s = this._scrollView.node._uiProps.uiTransformComp.contentSize;
                const n = this.node._uiProps.uiTransformComp.contentSize;
                if (this._conditionalDisableScrollBar(i, s)) return;
                if (this._enableAutoHide) {
                  this._autoHideRemainingTime = this._autoHideTime;
                  this._setOpacity(this._opacity);
                }
                let r = 0;
                let o = 0;
                let a = 0;
                let l = 0;
                let h = 0;
                const c = JGt;
                c.set(0, 0);
                if (this._direction === ZGt.HORIZONTAL) {
                  r = i.width;
                  o = s.width;
                  h = n.width;
                  a = t.x;
                  this._convertToScrollViewSpace(c, e);
                  l = -c.x;
                } else if (this._direction === ZGt.VERTICAL) {
                  r = i.height;
                  o = s.height;
                  h = n.height;
                  a = t.y;
                  this._convertToScrollViewSpace(c, e);
                  l = -c.y;
                }
                const u = this._calculateLength(r, o, h, a);
                const _ = JGt;
                this._calculatePosition(_, r, o, h, l, a, u);
                this._updateLength(u);
                this._updateHandlerPosition(_);
              }
              setScrollView(t) {
                this._scrollView = t;
              }
              onTouchBegan() {
                this._enableAutoHide && (this._touching = !0);
              }
              onTouchEnded() {
                if (this._enableAutoHide) {
                  this._touching = !1;
                  if (!(this._autoHideTime <= 0)) {
                    if (this._scrollView) {
                      const t = this._scrollView.content;
                      if (t) {
                        const e = t._uiProps.uiTransformComp.contentSize;
                        const i = this._scrollView.node._uiProps.uiTransformComp.contentSize;
                        if (this._conditionalDisableScrollBar(e, i)) return;
                      }
                    }
                    this._autoHideRemainingTime = this._autoHideTime;
                  }
                }
              }
              onEnable() {
                const t = this.node.getComponent(cL);
                t && (this._opacity = t.color.a);
              }
              start() {
                this._enableAutoHide && this._setOpacity(0);
              }
              update(t) {
                this._processAutoHide(t);
              }
              _convertToScrollViewSpace(t, e) {
                const i = this._scrollView && this._scrollView.node._uiProps.uiTransformComp;
                const s = e._uiProps.uiTransformComp;
                if (i && s) {
                  XGt.set(-s.anchorX * s.width, -s.anchorY * s.height, 0);
                  s.convertToWorldSpaceAR(XGt, WGt);
                  const e = i.convertToNodeSpaceAR(WGt);
                  e.x += i.anchorX * i.width;
                  e.y += i.anchorY * i.height;
                  t.set(e.x, e.y);
                } else t.set(Qi.ZERO);
              }
              _setOpacity(t) {
                if (this._handle) {
                  let e = this.node.getComponent(cL);
                  if (e) {
                    KGt.set(e.color);
                    KGt.a = t;
                    e.color = KGt;
                  }
                  e = this._handle.getComponent(cL);
                  if (e) {
                    KGt.set(e.color);
                    KGt.a = t;
                    e.color = KGt;
                  }
                }
              }
              _updateHandlerPosition(t) {
                if (this._handle) {
                  const e = YGt;
                  this._fixupHandlerPosition(e);
                  this._handle.node.setPosition(t.x + e.x, t.y + e.y, e.z);
                }
              }
              _fixupHandlerPosition(t) {
                const e = this.node._uiProps.uiTransformComp;
                const i = e.contentSize;
                const s = e.anchorPoint;
                const n = this.handle.node._uiProps.uiTransformComp.contentSize;
                const r = this.handle.node.parent;
                Pi.set(XGt, -i.width * s.x, -i.height * s.y, 0);
                const o = this.node._uiProps.uiTransformComp.convertToWorldSpaceAR(XGt, WGt);
                const a = t;
                a.set(0, 0, 0);
                r._uiProps.uiTransformComp.convertToNodeSpaceAR(o, a);
                this.direction === ZGt.HORIZONTAL ? a.set(a.x, a.y + (i.height - n.height) / 2, a.z) : this.direction === ZGt.VERTICAL && a.set(a.x + (i.width - n.width) / 2, a.y, a.z);
                this.handle.node.setPosition(a);
              }
              _conditionalDisableScrollBar(t, e) {
                return t.width <= e.width && this._direction === ZGt.HORIZONTAL || t.height <= e.height && this._direction === ZGt.VERTICAL;
              }
              _calculateLength(t, e, i, s) {
                let n = t;
                s && (n += 20 * (s > 0 ? s : -s));
                return i * (e / n);
              }
              _calculatePosition(t, e, i, s, n, r, o) {
                let a = e - i;
                r && (a += Math.abs(r));
                let l = 0;
                if (a) {
                  l = n / a;
                  l = di(l);
                }
                const h = (s - o) * l;
                this._direction === ZGt.VERTICAL ? t.set(0, h) : t.set(h, 0);
              }
              _updateLength(t) {
                if (this._handle) {
                  const e = this._handle.node._uiProps.uiTransformComp;
                  const i = e.contentSize;
                  const s = e.anchorPoint;
                  s.x === qGt.x && s.y === qGt.y || e.setAnchorPoint(qGt);
                  this._direction === ZGt.HORIZONTAL ? e.setContentSize(t, i.height) : e.setContentSize(i.width, t);
                }
              }
              _processAutoHide(t) {
                if (this._enableAutoHide && !(this._autoHideRemainingTime <= 0) && !this._touching) {
                  this._autoHideRemainingTime -= t;
                  if (this._autoHideRemainingTime <= this._autoHideTime) {
                    this._autoHideRemainingTime = Math.max(0, this._autoHideRemainingTime);
                    const t = this._opacity * (this._autoHideRemainingTime / this._autoHideTime);
                    this._setOpacity(t);
                  }
                }
              }
            }, HGt.Direction = ZGt, jGt), Bl(FGt.prototype, "handle", [ xGt, wGt, RGt ], Object.getOwnPropertyDescriptor(FGt.prototype, "handle"), FGt.prototype), 
            Bl(FGt.prototype, "direction", [ IGt, MGt, BGt ], Object.getOwnPropertyDescriptor(FGt.prototype, "direction"), FGt.prototype), 
            Bl(FGt.prototype, "enableAutoHide", [ DGt, PGt ], Object.getOwnPropertyDescriptor(FGt.prototype, "enableAutoHide"), FGt.prototype), 
            Bl(FGt.prototype, "autoHideTime", [ OGt, NGt ], Object.getOwnPropertyDescriptor(FGt.prototype, "autoHideTime"), FGt.prototype), 
            VGt = Bl(FGt.prototype, "_scrollView", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), kGt = Bl(FGt.prototype, "_handle", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), UGt = Bl(FGt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return ZGt.HORIZONTAL;
              }
            }), GGt = Bl(FGt.prototype, "_enableAutoHide", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), zGt = Bl(FGt.prototype, "_autoHideTime", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), FGt)) || LGt) || LGt) || LGt) || LGt) || LGt));
            m.ScrollBar = QGt;
            var $Gt;
            let tzt = t("ViewGroup", Ul("cc.ViewGroup")($Gt = zl(110)($Gt = class extends Qc {}) || $Gt) || $Gt);
            m.ViewGroup = tzt;
            var ezt, izt, szt, nzt, rzt, ozt, azt, lzt, hzt, czt, uzt, _zt, dzt, pzt, mzt, fzt, gzt, yzt, bzt, Szt, Azt, Tzt, vzt, Ezt, Czt, xzt, wzt, Rzt, Izt, Mzt, Bzt, Dzt, Pzt, Ozt, Nzt, Lzt, Fzt, Vzt, kzt, Uzt, Gzt, zzt, Hzt, jzt, Xzt, Wzt, Yzt, qzt;
            const Kzt = 1e-4;
            const Jzt = new Pi;
            const Zzt = new Pi;
            const Qzt = new Qi;
            const $zt = new Qi;
            const tHt = () => (new Date).getMilliseconds();
            const eHt = {
              "scroll-to-top": 0,
              "scroll-to-bottom": 1,
              "scroll-to-left": 2,
              "scroll-to-right": 3,
              scrolling: 4,
              "bounce-bottom": 6,
              "bounce-left": 7,
              "bounce-right": 8,
              "bounce-top": 5,
              "scroll-ended": 9,
              "touch-up": 10,
              "scroll-ended-with-threshold": 11,
              "scroll-began": 12
            };
            let iHt;
            !function(t) {
              t.SCROLL_TO_TOP = "scroll-to-top";
              t.SCROLL_TO_BOTTOM = "scroll-to-bottom";
              t.SCROLL_TO_LEFT = "scroll-to-left";
              t.SCROLL_TO_RIGHT = "scroll-to-right";
              t.SCROLL_BEGAN = "scroll-began";
              t.SCROLL_ENDED = "scroll-ended";
              t.BOUNCE_TOP = "bounce-top";
              t.BOUNCE_BOTTOM = "bounce-bottom";
              t.BOUNCE_LEFT = "bounce-left";
              t.BOUNCE_RIGHT = "bounce-right";
              t.SCROLLING = "scrolling";
              t.SCROLL_ENG_WITH_THRESHOLD = "scroll-ended-with-threshold";
              t.TOUCH_UP = "touch-up";
            }(iHt || (iHt = {}));
            var sHt;
            !function(t) {
              t[t.NONE = 0] = "NONE";
              t[t.LEFT = 1] = "LEFT";
              t[t.RIGHT = 2] = "RIGHT";
            }(sHt || (sHt = {}));
            let nHt = function(e) {
              return t({
                ScrollView: e,
                ScrollViewComponent: e
              }), e;
            }((ezt = Ul("cc.ScrollView"), izt = sh(), szt = zl(110), nzt = $l(), rzt = Gl(jB), 
            ozt = hh(), azt = ph(), lzt = lh(), hzt = hh(), czt = ph(), uzt = lh(), _zt = ph(), 
            dzt = lh(), pzt = ph(), mzt = lh(), fzt = Th(_y), gzt = ph(), yzt = lh(), bzt = ph(), 
            Szt = lh(), Azt = Th(QGt), Tzt = ph(), vzt = lh(), Ezt = ph(), Czt = lh(), xzt = Th(QGt), 
            wzt = ph(), Rzt = lh(), Izt = ph(), Mzt = lh(), Bzt = Th([ Vc ]), Dzt = ph(), Pzt = lh(), 
            ezt(Ozt = izt(Ozt = szt(Ozt = nzt(Ozt = rzt(Ozt = (Nzt = (qzt = Yzt = class extends tzt {
              constructor(...t) {
                super(...t);
                Ml(this, "bounceDuration", Lzt, this);
                Ml(this, "brake", Fzt, this);
                Ml(this, "elastic", Vzt, this);
                Ml(this, "inertia", kzt, this);
                Ml(this, "horizontal", Uzt, this);
                Ml(this, "vertical", Gzt, this);
                Ml(this, "cancelInnerEvents", zzt, this);
                Ml(this, "scrollEvents", Hzt, this);
                this._autoScrolling = !1;
                this._scrolling = !1;
                Ml(this, "_content", jzt, this);
                Ml(this, "_horizontalScrollBar", Xzt, this);
                Ml(this, "_verticalScrollBar", Wzt, this);
                this._topBoundary = 0;
                this._bottomBoundary = 0;
                this._leftBoundary = 0;
                this._rightBoundary = 0;
                this._touchMoveDisplacements = [];
                this._touchMoveTimeDeltas = [];
                this._touchMovePreviousTimestamp = 0;
                this._touchMoved = !1;
                this._autoScrollAttenuate = !1;
                this._autoScrollStartPosition = new Pi;
                this._autoScrollTargetDelta = new Pi;
                this._autoScrollTotalTime = 0;
                this._autoScrollAccumulatedTime = 0;
                this._autoScrollCurrentlyOutOfBoundary = !1;
                this._autoScrollBraking = !1;
                this._autoScrollBrakingStartPosition = new Pi;
                this._outOfBoundaryAmount = new Pi;
                this._outOfBoundaryAmountDirty = !0;
                this._stopMouseWheel = !1;
                this._mouseWheelEventElapsedTime = 0;
                this._isScrollEndedWithThresholdEventFired = !1;
                this._scrollEventEmitMask = 0;
                this._isBouncing = !1;
                this._contentPos = new Pi;
                this._deltaPos = new Pi;
                this._hoverIn = sHt.NONE;
                this._scrollState = new Qi(0, 0);
              }
              get content() {
                return this._content;
              }
              set content(t) {
                if (this._content === t) return;
                const e = t && t.parent && t.parent._uiProps.uiTransformComp;
                if (!t || t && e) {
                  this._content = t;
                  this._calculateBoundary();
                } else P(4302);
              }
              get horizontalScrollBar() {
                return this._horizontalScrollBar;
              }
              set horizontalScrollBar(t) {
                if (this._horizontalScrollBar !== t) {
                  this._horizontalScrollBar = t;
                  if (this._horizontalScrollBar) {
                    this._horizontalScrollBar.setScrollView(this);
                    this._updateScrollBar(Qi.ZERO);
                  }
                }
              }
              get verticalScrollBar() {
                return this._verticalScrollBar;
              }
              set verticalScrollBar(t) {
                if (this._verticalScrollBar !== t) {
                  this._verticalScrollBar = t;
                  if (this._verticalScrollBar) {
                    this._verticalScrollBar.setScrollView(this);
                    this._updateScrollBar(Qi.ZERO);
                  }
                }
              }
              get view() {
                const t = this._content && this._content.parent;
                return t ? t._uiProps.uiTransformComp : null;
              }
              scrollToBottom(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(0, 0),
                  applyToHorizontal: !1,
                  applyToVertical: !0
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i, !0);
              }
              scrollToTop(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(0, 1),
                  applyToHorizontal: !1,
                  applyToVertical: !0
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToLeft(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(0, 0),
                  applyToHorizontal: !0,
                  applyToVertical: !1
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToRight(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(1, 0),
                  applyToHorizontal: !0,
                  applyToVertical: !1
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToTopLeft(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(0, 1),
                  applyToHorizontal: !0,
                  applyToVertical: !0
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToTopRight(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(1, 1),
                  applyToHorizontal: !0,
                  applyToVertical: !0
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToBottomLeft(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(0, 0),
                  applyToHorizontal: !0,
                  applyToVertical: !0
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToBottomRight(t, e = !0) {
                const i = this._calculateMovePercentDelta({
                  anchor: new Qi(1, 0),
                  applyToHorizontal: !0,
                  applyToVertical: !0
                });
                t ? this._startAutoScroll(i, t, !1 !== e) : this._moveContent(i);
              }
              scrollToOffset(t, e, i = !0) {
                const s = this.getMaxScrollOffset();
                const n = new Qi(0, 0);
                0 === s.x ? n.x = 0 : n.x = t.x / s.x;
                0 === s.y ? n.y = 1 : n.y = (s.y - t.y) / s.y;
                this.scrollTo(n, e, i);
              }
              getScrollOffset() {
                const t = this._getContentTopBoundary() - this._topBoundary;
                const e = this._getContentLeftBoundary() - this._leftBoundary;
                return new Qi(e, t);
              }
              getMaxScrollOffset() {
                if (!this._content || !this.view) return Qi.ZERO;
                const t = this._content._uiProps.uiTransformComp.contentSize;
                let e = t.width - this.view.width;
                let i = t.height - this.view.height;
                e = e >= 0 ? e : 0;
                i = i >= 0 ? i : 0;
                return new Qi(e, i);
              }
              scrollToPercentHorizontal(t, e, i) {
                const s = this._calculateMovePercentDelta({
                  anchor: new Qi(t, 0),
                  applyToHorizontal: !0,
                  applyToVertical: !1
                });
                e ? this._startAutoScroll(s, e, !1 !== i) : this._moveContent(s);
              }
              scrollTo(t, e, i) {
                const s = this._calculateMovePercentDelta({
                  anchor: new Qi(t),
                  applyToHorizontal: !0,
                  applyToVertical: !0
                });
                e ? this._startAutoScroll(s, e, i) : this._moveContent(s);
              }
              scrollToPercentVertical(t, e, i) {
                const s = this._calculateMovePercentDelta({
                  anchor: new Qi(0, t),
                  applyToHorizontal: !1,
                  applyToVertical: !0
                });
                e ? this._startAutoScroll(s, e, i) : this._moveContent(s);
              }
              stopAutoScroll() {
                this._autoScrolling = !1;
                this._autoScrollAccumulatedTime = this._autoScrollTotalTime;
              }
              setContentPosition(t) {
                this._setContentPosition(t);
              }
              _setContentPosition(t) {
                if (!this._content) return;
                const e = this._getContentPosition();
                if (!(Math.abs(t.x - e.x) < Kzt && Math.abs(t.y - e.y) < Kzt)) {
                  this._content.setPosition(t);
                  this._outOfBoundaryAmountDirty = !0;
                }
              }
              getContentPosition() {
                return this._getContentPosition();
              }
              _getContentPosition() {
                if (!this._content) return Pi.ZERO.clone();
                this._contentPos.set(this._content.position);
                return this._contentPos;
              }
              isScrolling() {
                return this._scrolling;
              }
              isAutoScrolling() {
                return this._autoScrolling;
              }
              getScrollEndedEventTiming() {
                return Kzt;
              }
              start() {
                this._calculateBoundary();
                this._content && IR.once(RR.EVENT_BEFORE_DRAW, this._adjustContentOutOfBoundary, this);
              }
              onEnable() {
                this._registerEvent();
                if (this._content) {
                  this._content.on(ny.SIZE_CHANGED, this._calculateBoundary, this);
                  this._content.on(ny.TRANSFORM_CHANGED, this._scaleChanged, this);
                  if (this.view) {
                    this.view.node.on(ny.TRANSFORM_CHANGED, this._scaleChanged, this);
                    this.view.node.on(ny.SIZE_CHANGED, this._calculateBoundary, this);
                  }
                }
                this._calculateBoundary();
                this._updateScrollBarState();
              }
              update(t) {
                this._autoScrolling && this._processAutoScrolling(t);
              }
              onDisable() {
                this._unregisterEvent();
                if (this._content) {
                  this._content.off(ny.SIZE_CHANGED, this._calculateBoundary, this);
                  this._content.off(ny.TRANSFORM_CHANGED, this._scaleChanged, this);
                  if (this.view) {
                    this.view.node.off(ny.TRANSFORM_CHANGED, this._scaleChanged, this);
                    this.view.node.off(ny.SIZE_CHANGED, this._calculateBoundary, this);
                  }
                }
                this._hideScrollBar();
                this.stopAutoScroll();
              }
              _registerEvent() {
                this.node.on(ny.TOUCH_START, this._onTouchBegan, this, !0);
                this.node.on(ny.TOUCH_MOVE, this._onTouchMoved, this, !0);
                this.node.on(ny.TOUCH_END, this._onTouchEnded, this, !0);
                this.node.on(ny.TOUCH_CANCEL, this._onTouchCancelled, this, !0);
                this.node.on(ny.MOUSE_WHEEL, this._onMouseWheel, this, !0);
                this.node.on(fFt.XRUI_HOVER_ENTERED, this._xrHoverEnter, this);
                this.node.on(fFt.XRUI_HOVER_EXITED, this._xrHoverExit, this);
                lv.on(av.EventType.HANDLE_INPUT, this._dispatchEventHandleInput, this);
                lv.on(av.EventType.GAMEPAD_INPUT, this._dispatchEventHandleInput, this);
              }
              _unregisterEvent() {
                this.node.off(ny.TOUCH_START, this._onTouchBegan, this, !0);
                this.node.off(ny.TOUCH_MOVE, this._onTouchMoved, this, !0);
                this.node.off(ny.TOUCH_END, this._onTouchEnded, this, !0);
                this.node.off(ny.TOUCH_CANCEL, this._onTouchCancelled, this, !0);
                this.node.off(ny.MOUSE_WHEEL, this._onMouseWheel, this, !0);
                this.node.off(fFt.XRUI_HOVER_ENTERED, this._xrHoverEnter, this);
                this.node.off(fFt.XRUI_HOVER_EXITED, this._xrHoverExit, this);
                lv.off(av.EventType.HANDLE_INPUT, this._dispatchEventHandleInput, this);
                lv.off(av.EventType.GAMEPAD_INPUT, this._dispatchEventHandleInput, this);
              }
              _onMouseWheel(t, e) {
                if (!this.enabledInHierarchy) return;
                if (this._hasNestedViewGroup(t, e)) return;
                const i = new Pi;
                const s = t.getScrollY();
                this.vertical ? i.set(0, -.1 * s, 0) : this.horizontal && i.set(-.1 * s, 0, 0);
                this._mouseWheelEventElapsedTime = 0;
                this._processDeltaMove(i);
                if (!this._stopMouseWheel) {
                  this._handlePressLogic();
                  this.schedule(this._checkMouseWheel, 1 / 60, NaN, 0);
                  this._stopMouseWheel = !0;
                }
                this._stopPropagationIfTargetIsMe(t);
              }
              _onTouchBegan(t, e) {
                if (this.enabledInHierarchy && this._content && !this._hasNestedViewGroup(t, e)) {
                  this._handlePressLogic();
                  this._touchMoved = !1;
                  this._stopPropagationIfTargetIsMe(t);
                }
              }
              _onTouchMoved(t, e) {
                if (!this.enabledInHierarchy || !this._content) return;
                if (this._hasNestedViewGroup(t, e)) return;
                const i = t.touch;
                this._handleMoveLogic(i);
                if (!this.cancelInnerEvents) return;
                const s = i.getUILocation(Qzt);
                s.subtract(i.getUIStartLocation($zt));
                if (s.length() > 7 && !this._touchMoved && t.target !== this.node) {
                  const e = new NS(t.getTouches(), t.bubbles, IS.TOUCH_CANCEL);
                  e.touch = t.touch;
                  e.simulate = !0;
                  t.target.dispatchEvent(e);
                  this._touchMoved = !0;
                }
                this._stopPropagationIfTargetIsMe(t);
              }
              _onTouchEnded(t, e) {
                if (!this.enabledInHierarchy || !this._content || !t) return;
                if (this._hasNestedViewGroup(t, e)) return;
                this._dispatchEvent(iHt.TOUCH_UP);
                const i = t.touch;
                this._handleReleaseLogic(i);
                this._touchMoved ? t.propagationStopped = !0 : this._stopPropagationIfTargetIsMe(t);
              }
              _onTouchCancelled(t, e) {
                if (this.enabledInHierarchy && this._content && !this._hasNestedViewGroup(t, e)) {
                  if (t && !t.simulate) {
                    const e = t.touch;
                    this._handleReleaseLogic(e);
                  }
                  this._stopPropagationIfTargetIsMe(t);
                }
              }
              _calculateBoundary() {
                if (this._content && this.view) {
                  const t = this._content.getComponent(JUt);
                  t && t.enabledInHierarchy && t.updateLayout();
                  const e = this.view;
                  const i = e.width * e.anchorX;
                  const s = e.height * e.anchorY;
                  this._leftBoundary = -i;
                  this._bottomBoundary = -s;
                  this._rightBoundary = this._leftBoundary + e.width;
                  this._topBoundary = this._bottomBoundary + e.height;
                  this._moveContentToTopLeft(e.contentSize);
                }
              }
              _hasNestedViewGroup(t, e) {
                if (!t || t.eventPhase !== RS.CAPTURING_PHASE) return !1;
                if (e) for (const i of e) {
                  const e = i;
                  if (this.node === e) return !(!t.target || !t.target.getComponent(tzt));
                  if (e.getComponent(tzt)) return !0;
                }
                return !1;
              }
              _startInertiaScroll(t) {
                const e = new Pi(t);
                e.multiplyScalar(.7);
                this._startAttenuatingAutoScroll(e, t);
              }
              _calculateAttenuatedFactor(t) {
                return this.brake <= 0 ? 1 - this.brake : (1 - this.brake) * (1 / (1 + 14e-6 * t + t * t * 8e-9));
              }
              _startAttenuatingAutoScroll(t, e) {
                const i = t.clone();
                i.normalize();
                if (this._content && this.view) {
                  const t = this._content._uiProps.uiTransformComp.contentSize;
                  const e = this.view.contentSize;
                  const s = t.width - e.width;
                  const n = t.height - e.height;
                  const r = this._calculateAttenuatedFactor(s);
                  const o = this._calculateAttenuatedFactor(n);
                  i.x = i.x * s * (1 - this.brake) * r;
                  i.y = i.y * n * o * (1 - this.brake);
                  i.z = 0;
                }
                const s = t.length();
                let n = i.length() / s;
                i.add(t);
                if (this.brake > 0 && n > 7) {
                  n = Math.sqrt(n);
                  const e = t.clone();
                  e.multiplyScalar(n);
                  i.set(e);
                  i.add(t);
                }
                let r = this._calculateAutoScrollTimeByInitialSpeed(e.length());
                if (this.brake > 0 && n > 3) {
                  n = 3;
                  r *= n;
                }
                0 === this.brake && n > 1 && (r *= n);
                this._startAutoScroll(i, r, !0);
              }
              _calculateAutoScrollTimeByInitialSpeed(t) {
                return Math.sqrt(Math.sqrt(t / 5));
              }
              _startAutoScroll(t, e, i = !1) {
                const s = this._flattenVectorByDirection(t);
                this._autoScrolling = !0;
                this._autoScrollTargetDelta = s;
                this._autoScrollAttenuate = i;
                Pi.copy(this._autoScrollStartPosition, this._getContentPosition());
                this._autoScrollTotalTime = e;
                this._autoScrollAccumulatedTime = 0;
                this._autoScrollBraking = !1;
                this._isScrollEndedWithThresholdEventFired = !1;
                this._autoScrollBrakingStartPosition.set(0, 0, 0);
                this._getHowMuchOutOfBoundary().equals(Pi.ZERO, Kzt) || (this._autoScrollCurrentlyOutOfBoundary = !0);
              }
              _calculateTouchMoveVelocity() {
                const t = new Pi;
                let e = 0;
                e = this._touchMoveTimeDeltas.reduce(((t, e) => t + e), e);
                if (e <= 0 || e >= .5) t.set(Pi.ZERO); else {
                  let i = new Pi;
                  i = this._touchMoveDisplacements.reduce(((t, e) => {
                    t.add(e);
                    return t;
                  }), i);
                  t.set(i.x * (1 - this.brake) / e, i.y * (1 - this.brake) / e, i.z);
                }
                return t;
              }
              _flattenVectorByDirection(t) {
                const e = t;
                e.x = this.horizontal ? e.x : 0;
                e.y = this.vertical ? e.y : 0;
                return e;
              }
              _moveContent(t, e) {
                const i = this._flattenVectorByDirection(t);
                Jzt.set(this._getContentPosition());
                Jzt.add(i);
                Jzt.set(Math.round(1e4 * Jzt.x) * Kzt, Math.round(1e4 * Jzt.y) * Kzt, Jzt.z);
                this._setContentPosition(Jzt);
                const s = this._getHowMuchOutOfBoundary();
                Qzt.set(s.x, s.y);
                this._updateScrollBar(Qzt);
                this.elastic && e && this._startBounceBackIfNeeded();
              }
              _getContentLeftBoundary() {
                if (!this._content) return -1;
                const t = this._getContentPosition();
                const e = this._content._uiProps.uiTransformComp;
                return t.x - e.anchorX * e.width;
              }
              _getContentRightBoundary() {
                if (!this._content) return -1;
                const t = this._content._uiProps.uiTransformComp;
                return this._getContentLeftBoundary() + t.width;
              }
              _getContentTopBoundary() {
                if (!this._content) return -1;
                const t = this._content._uiProps.uiTransformComp;
                return this._getContentBottomBoundary() + t.height;
              }
              _getContentBottomBoundary() {
                if (!this._content) return -1;
                const t = this._getContentPosition();
                const e = this._content._uiProps.uiTransformComp;
                return t.y - e.anchorY * e.height;
              }
              _getHowMuchOutOfBoundary(t) {
                if ((t = t || new Pi).equals(Pi.ZERO, Kzt) && !this._outOfBoundaryAmountDirty) return this._outOfBoundaryAmount;
                const e = new Pi;
                const i = this._getContentLeftBoundary();
                const s = this._getContentRightBoundary();
                i + t.x > this._leftBoundary ? e.x = this._leftBoundary - (i + t.x) : s + t.x < this._rightBoundary && (e.x = this._rightBoundary - (s + t.x));
                const n = this._getContentTopBoundary();
                const r = this._getContentBottomBoundary();
                n + t.y < this._topBoundary ? e.y = this._topBoundary - (n + t.y) : r + t.y > this._bottomBoundary && (e.y = this._bottomBoundary - (r + t.y));
                if (t.equals(Pi.ZERO, Kzt)) {
                  this._outOfBoundaryAmount = e;
                  this._outOfBoundaryAmountDirty = !1;
                }
                this._clampDelta(e);
                return e;
              }
              _updateScrollBar(t) {
                this._horizontalScrollBar && this._horizontalScrollBar.onScroll(t);
                this.verticalScrollBar && this.verticalScrollBar.onScroll(t);
              }
              _onScrollBarTouchBegan() {
                this._horizontalScrollBar && this._horizontalScrollBar.onTouchBegan();
                this.verticalScrollBar && this.verticalScrollBar.onTouchBegan();
              }
              _onScrollBarTouchEnded() {
                this._horizontalScrollBar && this._horizontalScrollBar.onTouchEnded();
                this.verticalScrollBar && this.verticalScrollBar.onTouchEnded();
              }
              _dispatchEvent(t) {
                if (t === iHt.SCROLL_ENDED) this._scrollEventEmitMask = 0; else if (t === iHt.SCROLL_TO_TOP || t === iHt.SCROLL_TO_BOTTOM || t === iHt.SCROLL_TO_LEFT || t === iHt.SCROLL_TO_RIGHT) {
                  const e = 1 << eHt[t];
                  if (this._scrollEventEmitMask & e) return;
                  this._scrollEventEmitMask |= e;
                }
                Vc.emitEvents(this.scrollEvents, this, eHt[t]);
                this.node.emit(t, this);
              }
              _adjustContentOutOfBoundary() {
                if (this._content) {
                  this._outOfBoundaryAmountDirty = !0;
                  if (this._isOutOfBoundary()) {
                    const t = this._getHowMuchOutOfBoundary();
                    Jzt.set(this._getContentPosition());
                    Jzt.add(t);
                    this._content.setPosition(Jzt);
                    this._updateScrollBar(Qi.ZERO);
                  }
                }
              }
              _hideScrollBar() {
                this._horizontalScrollBar && this._horizontalScrollBar.hide();
                this._verticalScrollBar && this._verticalScrollBar.hide();
              }
              _updateScrollBarState() {
                if (!this._content || !this.view) return;
                const t = this.view;
                const e = this._content._uiProps.uiTransformComp;
                this.verticalScrollBar && (e.height < t.height ? this.verticalScrollBar.hide() : this.verticalScrollBar.show());
                this.horizontalScrollBar && (e.width < t.width ? this.horizontalScrollBar.hide() : this.horizontalScrollBar.show());
              }
              _stopPropagationIfTargetIsMe(t) {
                t.eventPhase === RS.AT_TARGET && t.target === this.node && (t.propagationStopped = !0);
              }
              _processDeltaMove(t) {
                this._scrollChildren(t);
                this._gatherTouchMove(t);
              }
              _handleMoveLogic(t) {
                this._getLocalAxisAlignDelta(this._deltaPos, t);
                this._processDeltaMove(this._deltaPos);
              }
              _handleReleaseLogic(t) {
                this._getLocalAxisAlignDelta(this._deltaPos, t);
                this._gatherTouchMove(this._deltaPos);
                this._processInertiaScroll();
                if (this._scrolling) {
                  this._scrolling = !1;
                  this._autoScrolling || this._dispatchEvent(iHt.SCROLL_ENDED);
                }
              }
              _getLocalAxisAlignDelta(t, e) {
                const i = this.node._uiProps.uiTransformComp;
                const s = new Pi;
                if (i) {
                  e.getUILocation(Qzt);
                  e.getUIPreviousLocation($zt);
                  Jzt.set(Qzt.x, Qzt.y, 0);
                  Zzt.set($zt.x, $zt.y, 0);
                  i.convertToNodeSpaceAR(Jzt, Jzt);
                  i.convertToNodeSpaceAR(Zzt, Zzt);
                  Pi.subtract(s, Jzt, Zzt);
                }
                t.set(s);
              }
              _scrollChildren(t) {
                this._clampDelta(t);
                const e = t;
                let i;
                if (this.elastic) {
                  i = this._getHowMuchOutOfBoundary();
                  e.x *= 0 === i.x ? 1 : .5;
                  e.y *= 0 === i.y ? 1 : .5;
                }
                if (!this.elastic) {
                  i = this._getHowMuchOutOfBoundary(e);
                  e.add(i);
                }
                let s = "";
                let n = "";
                if (this._content) {
                  const {anchorX: t, anchorY: i, width: r, height: o} = this._content._uiProps.uiTransformComp;
                  const a = this._content.position || Pi.ZERO;
                  if (this.vertical) if (e.y > 0) {
                    a.y - i * o + e.y >= this._bottomBoundary && (s = iHt.SCROLL_TO_BOTTOM);
                  } else if (e.y < 0) {
                    a.y - i * o + o + e.y <= this._topBoundary && (s = iHt.SCROLL_TO_TOP);
                  }
                  if (this.horizontal) if (e.x < 0) {
                    a.x - t * r + r + e.x <= this._rightBoundary && (n = iHt.SCROLL_TO_RIGHT);
                  } else if (e.x > 0) {
                    a.x - t * r + e.x >= this._leftBoundary && (n = iHt.SCROLL_TO_LEFT);
                  }
                }
                this._moveContent(e, !1);
                if (this.horizontal && 0 !== e.x || this.vertical && 0 !== e.y) {
                  if (!this._scrolling) {
                    this._scrolling = !0;
                    this._dispatchEvent(iHt.SCROLL_BEGAN);
                  }
                  this._dispatchEvent(iHt.SCROLLING);
                }
                "" !== s && this._dispatchEvent(s);
                "" !== n && this._dispatchEvent(n);
              }
              _handlePressLogic() {
                this._autoScrolling && this._dispatchEvent(iHt.SCROLL_ENDED);
                this._autoScrolling = !1;
                this._isBouncing = !1;
                this._touchMovePreviousTimestamp = tHt();
                this._touchMoveDisplacements.length = 0;
                this._touchMoveTimeDeltas.length = 0;
                this._onScrollBarTouchBegan();
              }
              _clampDelta(t) {
                if (this._content && this.view) {
                  const e = this.view.contentSize;
                  const i = this._content._uiProps.uiTransformComp;
                  i.width < e.width && (t.x = 0);
                  i.height < e.height && (t.y = 0);
                }
              }
              _gatherTouchMove(t) {
                const e = t.clone();
                this._clampDelta(e);
                for (;this._touchMoveDisplacements.length >= 5; ) {
                  this._touchMoveDisplacements.shift();
                  this._touchMoveTimeDeltas.shift();
                }
                this._touchMoveDisplacements.push(e);
                const i = tHt();
                this._touchMoveTimeDeltas.push((i - this._touchMovePreviousTimestamp) / 1e3);
                this._touchMovePreviousTimestamp = i;
              }
              _startBounceBackIfNeeded() {
                if (!this.elastic) return !1;
                const t = this._getHowMuchOutOfBoundary();
                this._clampDelta(t);
                if (t.equals(Pi.ZERO, Kzt)) return !1;
                const e = Math.max(this.bounceDuration, 0);
                this._startAutoScroll(t, e, !0);
                if (!this._isBouncing) {
                  t.y > 0 && this._dispatchEvent(iHt.BOUNCE_TOP);
                  t.y < 0 && this._dispatchEvent(iHt.BOUNCE_BOTTOM);
                  t.x > 0 && this._dispatchEvent(iHt.BOUNCE_RIGHT);
                  t.x < 0 && this._dispatchEvent(iHt.BOUNCE_LEFT);
                  this._isBouncing = !0;
                }
                return !0;
              }
              _processInertiaScroll() {
                if (!this._startBounceBackIfNeeded() && this.inertia) {
                  const t = this._calculateTouchMoveVelocity();
                  !t.equals(Jzt, Kzt) && this.brake < 1 && this._startInertiaScroll(t);
                }
                this._onScrollBarTouchEnded();
              }
              _isOutOfBoundary() {
                return !this._getHowMuchOutOfBoundary().equals(Pi.ZERO, Kzt);
              }
              _isNecessaryAutoScrollBrake() {
                if (this._autoScrollBraking) return !0;
                if (this._isOutOfBoundary()) {
                  if (!this._autoScrollCurrentlyOutOfBoundary) {
                    this._autoScrollCurrentlyOutOfBoundary = !0;
                    this._autoScrollBraking = !0;
                    Pi.copy(this._autoScrollBrakingStartPosition, this._getContentPosition());
                    return !0;
                  }
                } else this._autoScrollCurrentlyOutOfBoundary = !1;
                return !1;
              }
              _processAutoScrolling(t) {
                const e = this._isNecessaryAutoScrollBrake();
                const i = e ? .05 : 1;
                this._autoScrollAccumulatedTime += t * (1 / i);
                let s = Math.min(1, this._autoScrollAccumulatedTime / this._autoScrollTotalTime);
                this._autoScrollAttenuate && (s = (n = s, (n -= 1) * n * n * n * n + 1));
                var n;
                const r = this._autoScrollTargetDelta.clone();
                r.multiplyScalar(s);
                const o = this._autoScrollStartPosition.clone();
                o.add(r);
                let a = Math.abs(s - 1) <= Kzt;
                if (Math.abs(s - 1) <= this.getScrollEndedEventTiming() && !this._isScrollEndedWithThresholdEventFired) {
                  this._dispatchEvent(iHt.SCROLL_ENG_WITH_THRESHOLD);
                  this._isScrollEndedWithThresholdEventFired = !0;
                }
                if (this.elastic) {
                  const t = o.clone();
                  t.subtract(this._autoScrollBrakingStartPosition);
                  e && t.multiplyScalar(i);
                  o.set(this._autoScrollBrakingStartPosition);
                  o.add(t);
                } else {
                  const t = o.clone();
                  t.subtract(this.getContentPosition());
                  const e = this._getHowMuchOutOfBoundary(t);
                  if (!e.equals(Pi.ZERO, Kzt)) {
                    o.add(e);
                    a = !0;
                  }
                }
                a && (this._autoScrolling = !1);
                const l = o.clone();
                l.subtract(this._getContentPosition());
                this._clampDelta(l);
                this._moveContent(l, a);
                this._dispatchEvent(iHt.SCROLLING);
                if (!this._autoScrolling) {
                  this._isBouncing = !1;
                  this._scrolling = !1;
                  this._dispatchEvent(iHt.SCROLL_ENDED);
                }
              }
              _checkMouseWheel(t) {
                if (this._getHowMuchOutOfBoundary().equals(Pi.ZERO, Kzt)) {
                  this._mouseWheelEventElapsedTime += t;
                  if (this._mouseWheelEventElapsedTime > .1) {
                    this._onScrollBarTouchEnded();
                    this.unschedule(this._checkMouseWheel);
                    this._dispatchEvent(iHt.SCROLL_ENDED);
                    this._stopMouseWheel = !1;
                  }
                } else {
                  this._processInertiaScroll();
                  this.unschedule(this._checkMouseWheel);
                  this._dispatchEvent(iHt.SCROLL_ENDED);
                  this._stopMouseWheel = !1;
                }
              }
              _calculateMovePercentDelta(t) {
                const e = t.anchor;
                const i = t.applyToHorizontal;
                const s = t.applyToVertical;
                this._calculateBoundary();
                e.clampf(Qi.ZERO, Qi.ONE);
                let n = this._getContentBottomBoundary() - this._bottomBoundary;
                n = -n;
                let r = this._getContentLeftBoundary() - this._leftBoundary;
                r = -r;
                const o = new Pi;
                if (this._content && this.view) {
                  let t = 0;
                  const a = this._content._uiProps.uiTransformComp.contentSize;
                  const l = this.view.contentSize;
                  if (i) {
                    t = a.width - l.width;
                    o.x = r - t * e.x;
                  }
                  if (s) {
                    t = a.height - l.height;
                    o.y = n - t * e.y;
                  }
                }
                return o;
              }
              _moveContentToTopLeft(t) {
                let e = this._getContentBottomBoundary() - this._bottomBoundary;
                e = -e;
                const i = new Pi;
                let s = 0;
                let n = this._getContentLeftBoundary() - this._leftBoundary;
                n = -n;
                if (this._content) {
                  const r = this._content._uiProps.uiTransformComp.contentSize;
                  if (r.height < t.height) {
                    s = r.height - t.height;
                    i.y = e - s;
                  }
                  if (r.width < t.width) {
                    s = r.width - t.width;
                    i.x = n;
                  }
                }
                this._updateScrollBarState();
                this._moveContent(i);
                this._adjustContentOutOfBoundary();
              }
              _scaleChanged(t) {
                t === ay.SCALE && this._calculateBoundary();
              }
              _xrHoverEnter(t) {
                t.deviceType === pFt.Left ? this._hoverIn = sHt.LEFT : t.deviceType === pFt.Right && (this._hoverIn = sHt.RIGHT);
                this._autoScrolling = !1;
                this._dispatchEvent(iHt.SCROLL_BEGAN);
              }
              _xrHoverExit() {
                this._hoverIn = sHt.NONE;
                this._autoScrolling = !0;
                this._dispatchEvent(iHt.SCROLL_ENDED);
              }
              _dispatchEventHandleInput(t) {
                let e;
                t instanceof LS ? e = t.gamepad : t instanceof FS && (e = t.handleInputDevice);
                let i;
                if (this.enabledInHierarchy && this._hoverIn !== sHt.NONE) {
                  if (this._hoverIn === sHt.LEFT) {
                    i = e.leftStick.getValue();
                    i.equals(Qi.ZERO) || this._xrThumbStickMove(i);
                  } else if (this._hoverIn === sHt.RIGHT) {
                    i = e.rightStick.getValue();
                    i.equals(Qi.ZERO) || this._xrThumbStickMove(i);
                  }
                  if (!i && this._scrollState.equals(Qi.ZERO)) {
                    this._xrThumbStickMoveEnd();
                    this._scrollState.set(i);
                  }
                }
              }
              _xrThumbStickMove(t) {
                const e = new Pi;
                const i = t.y;
                this.vertical ? e.set(0, -62.5 * i, 0) : this.horizontal && e.set(-62.5 * i, 0, 0);
                this._mouseWheelEventElapsedTime = 0;
                this._processDeltaMove(e);
                this._dispatchEvent(iHt.SCROLLING);
              }
              _xrThumbStickMoveEnd() {
                this._autoScrolling = !0;
                this._dispatchEvent(iHt.TOUCH_UP);
              }
            }, Yzt.EventType = iHt, qzt), Lzt = Bl(Nzt.prototype, "bounceDuration", [ Yl, ozt, azt, lzt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), Fzt = Bl(Nzt.prototype, "brake", [ Yl, hzt, czt, uzt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), Vzt = Bl(Nzt.prototype, "elastic", [ Yl, _zt, dzt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), kzt = Bl(Nzt.prototype, "inertia", [ Yl, pzt, mzt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(Nzt.prototype, "content", [ fzt, gzt, yzt ], Object.getOwnPropertyDescriptor(Nzt.prototype, "content"), Nzt.prototype), 
            Uzt = Bl(Nzt.prototype, "horizontal", [ Yl, bzt, Szt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(Nzt.prototype, "horizontalScrollBar", [ Azt, Tzt, vzt ], Object.getOwnPropertyDescriptor(Nzt.prototype, "horizontalScrollBar"), Nzt.prototype), 
            Gzt = Bl(Nzt.prototype, "vertical", [ Yl, Ezt, Czt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(Nzt.prototype, "verticalScrollBar", [ xzt, wzt, Rzt ], Object.getOwnPropertyDescriptor(Nzt.prototype, "verticalScrollBar"), Nzt.prototype), 
            zzt = Bl(Nzt.prototype, "cancelInnerEvents", [ Yl, Izt, Mzt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Hzt = Bl(Nzt.prototype, "scrollEvents", [ Bzt, Yl, Dzt, Pzt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), jzt = Bl(Nzt.prototype, "_content", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Xzt = Bl(Nzt.prototype, "_horizontalScrollBar", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Wzt = Bl(Nzt.prototype, "_verticalScrollBar", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Nzt)) || Ozt) || Ozt) || Ozt) || Ozt) || Ozt));
            m.ScrollView = nHt;
            var rHt, oHt, aHt, lHt, hHt, cHt, uHt, _Ht, dHt, pHt, mHt, fHt, gHt, yHt, bHt, SHt, AHt, THt, vHt, EHt, CHt;
            const xHt = new Pi;
            var wHt;
            !function(t) {
              t[t.Horizontal = 0] = "Horizontal";
              t[t.Vertical = 1] = "Vertical";
            }(wHt || (wHt = {}));
            he(wHt);
            let RHt = function(e) {
              return t({
                Slider: e,
                SliderComponent: e
              }), e;
            }((rHt = Ul("cc.Slider"), oHt = sh(), aHt = zl(110), lHt = $l(), hHt = Gl(jB), cHt = Th(cL), 
            uHt = lh(), _Ht = Th(wHt), dHt = lh(), pHt = hh(), mHt = lh(), fHt = Th([ Vc ]), 
            gHt = lh(), rHt(yHt = oHt(yHt = aHt(yHt = lHt(yHt = hHt(yHt = (bHt = (CHt = EHt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "slideEvents", SHt, this);
                Ml(this, "_handle", AHt, this);
                Ml(this, "_direction", THt, this);
                Ml(this, "_progress", vHt, this);
                this._offset = new Pi;
                this._dragging = !1;
                this._touchHandle = !1;
                this._handleLocalPos = new Pi;
                this._touchPos = new Pi;
              }
              get handle() {
                return this._handle;
              }
              set handle(t) {
                this._handle !== t && (this._handle = t);
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                if (this._direction !== t) {
                  this._direction = t;
                  this._changeLayout();
                }
              }
              get progress() {
                return this._progress;
              }
              set progress(t) {
                if (this._progress !== t) {
                  this._progress = t;
                  this._updateHandlePosition();
                }
              }
              __preload() {
                this._updateHandlePosition();
              }
              onEnable() {
                this._updateHandlePosition();
                this.node.on(ny.TOUCH_START, this._onTouchBegan, this);
                this.node.on(ny.TOUCH_MOVE, this._onTouchMoved, this);
                this.node.on(ny.TOUCH_END, this._onTouchEnded, this);
                this.node.on(ny.TOUCH_CANCEL, this._onTouchCancelled, this);
                this.node.on(fFt.XRUI_HOVER_STAY, this._xrHoverStay, this);
                this.node.on(fFt.XRUI_CLICK, this._xrClick, this);
                this.node.on(fFt.XRUI_UNCLICK, this._xrUnClick, this);
                if (this._handle && this._handle.isValid) {
                  this._handle.node.on(ny.TOUCH_START, this._onHandleDragStart, this);
                  this._handle.node.on(ny.TOUCH_MOVE, this._onTouchMoved, this);
                  this._handle.node.on(ny.TOUCH_END, this._onTouchEnded, this);
                }
              }
              onDisable() {
                this.node.off(ny.TOUCH_START, this._onTouchBegan, this);
                this.node.off(ny.TOUCH_MOVE, this._onTouchMoved, this);
                this.node.off(ny.TOUCH_END, this._onTouchEnded, this);
                this.node.off(ny.TOUCH_CANCEL, this._onTouchCancelled, this);
                this.node.off(fFt.XRUI_HOVER_STAY, this._xrHoverStay, this);
                this.node.off(fFt.XRUI_CLICK, this._xrClick, this);
                this.node.off(fFt.XRUI_UNCLICK, this._xrUnClick, this);
                if (this._handle && this._handle.isValid) {
                  this._handle.node.off(ny.TOUCH_START, this._onHandleDragStart, this);
                  this._handle.node.off(ny.TOUCH_MOVE, this._onTouchMoved, this);
                  this._handle.node.off(ny.TOUCH_END, this._onTouchEnded, this);
                }
              }
              _onHandleDragStart(t) {
                if (!t || !this._handle || !this._handle.node._uiProps.uiTransformComp) return;
                this._dragging = !0;
                this._touchHandle = !0;
                const e = t.touch.getUILocation();
                Pi.set(this._touchPos, e.x, e.y, 0);
                this._handle.node._uiProps.uiTransformComp.convertToNodeSpaceAR(this._touchPos, this._offset);
                t.propagationStopped = !0;
              }
              _onTouchBegan(t) {
                if (this._handle && t) {
                  this._dragging = !0;
                  this._touchHandle || this._handleSliderLogic(t.touch);
                  t.propagationStopped = !0;
                }
              }
              _onTouchMoved(t) {
                if (this._dragging && t) {
                  this._handleSliderLogic(t.touch);
                  t.propagationStopped = !0;
                }
              }
              _onTouchEnded(t) {
                this._dragging = !1;
                this._touchHandle = !1;
                this._offset = new Pi;
                t && (t.propagationStopped = !0);
              }
              _onTouchCancelled(t) {
                this._dragging = !1;
                t && (t.propagationStopped = !0);
              }
              _handleSliderLogic(t) {
                this._updateProgress(t);
                this._emitSlideEvent();
              }
              _emitSlideEvent() {
                Vc.emitEvents(this.slideEvents, this);
                this.node.emit("slide", this);
              }
              _updateProgress(t) {
                if (!this._handle || !t) return;
                const e = t.getUILocation();
                Pi.set(this._touchPos, e.x, e.y, 0);
                const i = this.node._uiProps.uiTransformComp;
                const s = i.convertToNodeSpaceAR(this._touchPos, xHt);
                this.direction === wHt.Horizontal ? this.progress = di(.5 + (s.x - this._offset.x) / i.width) : this.progress = di(.5 + (s.y - this._offset.y) / i.height);
              }
              _updateHandlePosition() {
                if (!this._handle) return;
                this._handleLocalPos.set(this._handle.node.getPosition());
                const t = this.node._uiProps.uiTransformComp;
                this._direction === wHt.Horizontal ? this._handleLocalPos.x = -t.width * t.anchorX + this.progress * t.width : this._handleLocalPos.y = -t.height * t.anchorY + this.progress * t.height;
                this._handle.node.setPosition(this._handleLocalPos);
              }
              _changeLayout() {
                const t = this.node._uiProps.uiTransformComp;
                const e = t.contentSize;
                t.setContentSize(e.height, e.width);
                if (this._handle) {
                  const t = this._handle.node.position;
                  this._direction === wHt.Horizontal ? this._handle.node.setPosition(t.x, 0, t.z) : this._handle.node.setPosition(0, t.y, t.z);
                  this._updateHandlePosition();
                }
              }
              _xrHandleProgress(t) {
                if (!this._touchHandle) {
                  const e = this.node._uiProps.uiTransformComp;
                  e.convertToNodeSpaceAR(t, xHt);
                  this.direction === wHt.Horizontal ? this.progress = di(.5 + (xHt.x - this.node.position.x) / e.width) : this.progress = di(.5 + (xHt.y - this.node.position.y) / e.height);
                }
              }
              _xrClick(t) {
                if (this._handle) {
                  this._dragging = !0;
                  this._xrHandleProgress(t.hitPoint);
                  this._emitSlideEvent();
                }
              }
              _xrUnClick() {
                this._dragging = !1;
                this._touchHandle = !1;
              }
              _xrHoverStay(t) {
                if (this._dragging) {
                  this._xrHandleProgress(t.hitPoint);
                  this._emitSlideEvent();
                }
              }
            }, EHt.Direction = wHt, CHt), Bl(bHt.prototype, "handle", [ cHt, uHt ], Object.getOwnPropertyDescriptor(bHt.prototype, "handle"), bHt.prototype), 
            Bl(bHt.prototype, "direction", [ _Ht, dHt ], Object.getOwnPropertyDescriptor(bHt.prototype, "direction"), bHt.prototype), 
            Bl(bHt.prototype, "progress", [ dh, pHt, mHt ], Object.getOwnPropertyDescriptor(bHt.prototype, "progress"), bHt.prototype), 
            SHt = Bl(bHt.prototype, "slideEvents", [ fHt, Yl, gHt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), AHt = Bl(bHt.prototype, "_handle", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), THt = Bl(bHt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return wHt.Horizontal;
              }
            }), vHt = Bl(bHt.prototype, "_progress", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), bHt)) || yHt) || yHt) || yHt) || yHt) || yHt));
            m.Slider = RHt;
            function IHt(...t) {
              return Object.assign({}, ...t);
            }
            var MHt, BHt, DHt, PHt, OHt, NHt, LHt, FHt, VHt, kHt, UHt, GHt, zHt, HHt, jHt, XHt, WHt, YHt, qHt;
            var KHt;
            !function(t) {
              t.TOGGLE = "toggle";
            }(KHt || (KHt = {}));
            let JHt = function(e) {
              return t({
                Toggle: e,
                ToggleComponent: e
              }), e;
            }((MHt = Ul("cc.Toggle"), BHt = sh(), DHt = zl(110), PHt = $l(), OHt = Gl(jB), NHt = ph(), 
            LHt = lh(), FHt = Th(cL), VHt = ph(), kHt = lh(), UHt = Th([ Vc ]), GHt = lh(), 
            MHt(zHt = BHt(zHt = DHt(zHt = PHt(zHt = OHt(zHt = (HHt = (qHt = YHt = class t extends RVt {
              constructor(...t) {
                super(...t);
                Ml(this, "checkEvents", jHt, this);
                Ml(this, "_isChecked", XHt, this);
                Ml(this, "_checkMark", WHt, this);
              }
              get isChecked() {
                return this._isChecked;
              }
              set isChecked(t) {
                this._set(t);
              }
              get checkMark() {
                return this._checkMark;
              }
              set checkMark(t) {
                this._checkMark !== t && (this._checkMark = t);
              }
              set _resizeToTarget(t) {
                t && this._resizeNodeToTargetNode();
              }
              get _toggleContainer() {
                const t = this.node.parent;
                return m.Node.isNode(t) ? t.getComponent("cc.ToggleContainer") : null;
              }
              _internalToggle() {
                this.isChecked = !this.isChecked;
              }
              _set(t, e = !0) {
                if (this._isChecked == t) return;
                this._isChecked = t;
                const i = this._toggleContainer;
                if (i && i.enabled && this.enabled && (t || !i.anyTogglesChecked() && !i.allowSwitchOff)) {
                  this._isChecked = !0;
                  i.notifyToggleCheck(this, e);
                }
                this.playEffect();
                e && this._emitToggleEvents();
              }
              playEffect() {
                this._checkMark && (this._checkMark.node.active = this._isChecked);
              }
              setIsCheckedWithoutNotify(t) {
                this._set(t, !1);
              }
              onEnable() {
                super.onEnable();
                this.playEffect();
                this.node.on(t.EventType.CLICK, this._internalToggle, this);
              }
              onDisable() {
                super.onDisable();
                this.node.off(t.EventType.CLICK, this._internalToggle, this);
              }
              OnDestroy() {
                const t = this._toggleContainer;
                t && t.ensureValidState();
              }
              _emitToggleEvents() {
                this.node.emit(t.EventType.TOGGLE, this);
                this.checkEvents && Vc.emitEvents(this.checkEvents, this);
              }
            }, YHt.EventType = IHt(KHt, wVt), qHt), Bl(HHt.prototype, "isChecked", [ NHt, LHt ], Object.getOwnPropertyDescriptor(HHt.prototype, "isChecked"), HHt.prototype), 
            Bl(HHt.prototype, "checkMark", [ FHt, VHt, kHt ], Object.getOwnPropertyDescriptor(HHt.prototype, "checkMark"), HHt.prototype), 
            jHt = Bl(HHt.prototype, "checkEvents", [ UHt, Yl, GHt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), XHt = Bl(HHt.prototype, "_isChecked", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), WHt = Bl(HHt.prototype, "_checkMark", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), HHt)) || zHt) || zHt) || zHt) || zHt) || zHt));
            m.Toggle = JHt;
            var ZHt, QHt, $Ht, tjt, ejt, ijt, sjt, njt, rjt, ojt, ajt, ljt;
            let hjt = function(e) {
              return t({
                ToggleContainer: e,
                ToggleContainerComponent: e
              }), e;
            }((ZHt = Ul("cc.ToggleContainer"), QHt = sh(), $Ht = zl(110), tjt = $l(), ejt = lh(), 
            ijt = Th([ Vc ]), sjt = lh(), ZHt(njt = QHt(njt = $Ht(njt = tjt(njt = Ql(njt = (rjt = (ljt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_allowSwitchOff", ojt, this);
                Ml(this, "checkEvents", ajt, this);
              }
              get allowSwitchOff() {
                return this._allowSwitchOff;
              }
              set allowSwitchOff(t) {
                this._allowSwitchOff = t;
              }
              get toggleItems() {
                return this.node.children.map((t => {
                  const e = t.getComponent("cc.Toggle");
                  return e && e.enabled ? e : null;
                })).filter(Boolean);
              }
              onEnable() {
                this.ensureValidState();
                this.node.on(ny.CHILD_ADDED, this.ensureValidState, this);
                this.node.on(ny.CHILD_REMOVED, this.ensureValidState, this);
              }
              onDisable() {
                this.node.off(ny.CHILD_ADDED, this.ensureValidState, this);
                this.node.off(ny.CHILD_REMOVED, this.ensureValidState, this);
              }
              activeToggles() {
                return this.toggleItems.filter((t => t.isChecked));
              }
              anyTogglesChecked() {
                return !!this.toggleItems.find((t => t.isChecked));
              }
              notifyToggleCheck(t, e = !0) {
                if (this.enabledInHierarchy) {
                  for (let i = 0; i < this.toggleItems.length; i++) {
                    const s = this.toggleItems[i];
                    s !== t && (e ? s.isChecked = !1 : s.setIsCheckedWithoutNotify(!1));
                  }
                  this.checkEvents && m.Component.EventHandler.emitEvents(this.checkEvents, t);
                }
              }
              ensureValidState() {
                const t = this.toggleItems;
                if (!this._allowSwitchOff && !this.anyTogglesChecked() && 0 !== t.length) {
                  const e = t[0];
                  e.isChecked = !0;
                  this.notifyToggleCheck(e);
                }
                const e = this.activeToggles();
                if (e.length > 1) {
                  const t = e[0];
                  for (let i = 0; i < e.length; ++i) {
                    const s = e[i];
                    s !== t && (s.isChecked = !1);
                  }
                }
              }
            }, ljt), ojt = Bl(rjt.prototype, "_allowSwitchOff", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), Bl(rjt.prototype, "allowSwitchOff", [ ejt ], Object.getOwnPropertyDescriptor(rjt.prototype, "allowSwitchOff"), rjt.prototype), 
            ajt = Bl(rjt.prototype, "checkEvents", [ ijt, Yl, sjt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), rjt)) || njt) || njt) || njt) || njt) || njt));
            m.ToggleContainer = hjt;
            var cjt, ujt, _jt, djt, pjt, mjt, fjt, gjt, yjt, bjt, Sjt, Ajt, Tjt, vjt, Ejt, Cjt, xjt, wjt, Rjt, Ijt, Mjt, Bjt, Djt, Pjt, Ojt, Njt, Ljt, Fjt, Vjt, kjt, Ujt, Gjt, zjt, Hjt, jjt, Xjt, Wjt, Yjt, qjt, Kjt, Jjt, Zjt, Qjt, $jt, tXt;
            const eXt = new Qi;
            function iXt(t) {
              return t instanceof oA ? HR : t._uiProps.uiTransformComp ? t._uiProps.uiTransformComp.contentSize : rs.ZERO;
            }
            function sXt(t, e, i, s) {
              t.parent ? eXt.set(t.parent.getScale().x, t.parent.getScale().y) : eXt.set(0, 0);
              let n = eXt.x;
              let r = eXt.y;
              let o = 0;
              let a = 0;
              for (let l = t.parent; ;) {
                if (!l) {
                  i.x = i.y = 0;
                  s.x = s.y = 1;
                  return;
                }
                const t = l.getPosition();
                o += t.x;
                a += t.y;
                l = l.parent;
                if (l === e) break;
                {
                  l ? eXt.set(l.getScale().x, l.getScale().y) : eXt.set(0, 0);
                  const t = eXt.x;
                  const e = eXt.y;
                  o *= t;
                  a *= e;
                  n *= t;
                  r *= e;
                }
              }
              s.x = 0 !== n ? 1 / n : 1;
              s.y = 0 !== r ? 1 / r : 1;
              i.x = -o;
              i.y = -a;
            }
            let nXt;
            !function(t) {
              t[t.ONCE = 0] = "ONCE";
              t[t.ALWAYS = 1] = "ALWAYS";
              t[t.ON_WINDOW_RESIZE = 2] = "ON_WINDOW_RESIZE";
            }(nXt || (nXt = {}));
            he(nXt);
            let rXt;
            !function(t) {
              t[t.TOP = 1] = "TOP";
              t[t.MID = 2] = "MID";
              t[t.BOT = 4] = "BOT";
              t[t.LEFT = 8] = "LEFT";
              t[t.CENTER = 16] = "CENTER";
              t[t.RIGHT = 32] = "RIGHT";
              t[t.HORIZONTAL = 56] = "HORIZONTAL";
              t[t.VERTICAL = 7] = "VERTICAL";
            }(rXt || (rXt = {}));
            const oXt = rXt.TOP | rXt.BOT;
            const aXt = rXt.LEFT | rXt.RIGHT;
            let lXt = function(e) {
              return t({
                Widget: e,
                WidgetComponent: e
              }), e;
            }((cjt = Ul("cc.Widget"), ujt = sh(), _jt = zl(110), djt = $l(), pjt = Gl(jB), mjt = Th(_y), 
            fjt = lh(), gjt = lh(), yjt = lh(), bjt = lh(), Sjt = lh(), Ajt = lh(), Tjt = lh(), 
            vjt = rh(), Ejt = rh(), Cjt = lh(), xjt = lh(), wjt = lh(), Rjt = lh(), Ijt = lh(), 
            Mjt = lh(), Bjt = Th(nXt), Djt = lh(), cjt(Pjt = ujt(Pjt = _jt(Pjt = djt(Pjt = pjt(Pjt = Ql(Pjt = (Ojt = (tXt = $jt = class extends Qc {
              constructor(...t) {
                super(...t);
                this._lastPos = new Pi;
                this._lastSize = new rs;
                this._dirty = !0;
                this._hadAlignOnce = !1;
                Ml(this, "_alignFlags", Njt, this);
                Ml(this, "_target", Ljt, this);
                Ml(this, "_left", Fjt, this);
                Ml(this, "_right", Vjt, this);
                Ml(this, "_top", kjt, this);
                Ml(this, "_bottom", Ujt, this);
                Ml(this, "_horizontalCenter", Gjt, this);
                Ml(this, "_verticalCenter", zjt, this);
                Ml(this, "_isAbsLeft", Hjt, this);
                Ml(this, "_isAbsRight", jjt, this);
                Ml(this, "_isAbsTop", Xjt, this);
                Ml(this, "_isAbsBottom", Wjt, this);
                Ml(this, "_isAbsHorizontalCenter", Yjt, this);
                Ml(this, "_isAbsVerticalCenter", qjt, this);
                Ml(this, "_originalWidth", Kjt, this);
                Ml(this, "_originalHeight", Jjt, this);
                Ml(this, "_alignMode", Zjt, this);
                Ml(this, "_lockFlags", Qjt, this);
              }
              get target() {
                return this._target;
              }
              set target(t) {
                if (this._target !== t) {
                  this._unregisterTargetEvents();
                  this._target = t;
                  this._registerTargetEvents();
                  this._validateTargetInDEV();
                  this._recursiveDirty();
                }
              }
              get isAlignTop() {
                return (this._alignFlags & rXt.TOP) > 0;
              }
              set isAlignTop(t) {
                this._setAlign(rXt.TOP, t);
                this._recursiveDirty();
              }
              get isAlignBottom() {
                return (this._alignFlags & rXt.BOT) > 0;
              }
              set isAlignBottom(t) {
                this._setAlign(rXt.BOT, t);
                this._recursiveDirty();
              }
              get isAlignLeft() {
                return (this._alignFlags & rXt.LEFT) > 0;
              }
              set isAlignLeft(t) {
                this._setAlign(rXt.LEFT, t);
                this._recursiveDirty();
              }
              get isAlignRight() {
                return (this._alignFlags & rXt.RIGHT) > 0;
              }
              set isAlignRight(t) {
                this._setAlign(rXt.RIGHT, t);
                this._recursiveDirty();
              }
              get isAlignVerticalCenter() {
                return (this._alignFlags & rXt.MID) > 0;
              }
              set isAlignVerticalCenter(t) {
                if (t) {
                  this.isAlignTop = !1;
                  this.isAlignBottom = !1;
                  this._alignFlags |= rXt.MID;
                } else this._alignFlags &= ~rXt.MID;
                this._recursiveDirty();
              }
              get isAlignHorizontalCenter() {
                return (this._alignFlags & rXt.CENTER) > 0;
              }
              set isAlignHorizontalCenter(t) {
                if (t) {
                  this.isAlignLeft = !1;
                  this.isAlignRight = !1;
                  this._alignFlags |= rXt.CENTER;
                } else this._alignFlags &= ~rXt.CENTER;
                this._recursiveDirty();
              }
              get isStretchWidth() {
                return (this._alignFlags & aXt) === aXt;
              }
              get isStretchHeight() {
                return (this._alignFlags & oXt) === oXt;
              }
              get top() {
                return this._top;
              }
              set top(t) {
                this._top = t;
                this._recursiveDirty();
              }
              get editorTop() {
                return this._isAbsTop ? this._top : 100 * this._top;
              }
              set editorTop(t) {
                this._top = this._isAbsTop ? t : t / 100;
                this._recursiveDirty();
              }
              get bottom() {
                return this._bottom;
              }
              set bottom(t) {
                this._bottom = t;
                this._recursiveDirty();
              }
              get editorBottom() {
                return this._isAbsBottom ? this._bottom : 100 * this._bottom;
              }
              set editorBottom(t) {
                this._bottom = this._isAbsBottom ? t : t / 100;
                this._recursiveDirty();
              }
              get left() {
                return this._left;
              }
              set left(t) {
                this._left = t;
                this._recursiveDirty();
              }
              get editorLeft() {
                return this._isAbsLeft ? this._left : 100 * this._left;
              }
              set editorLeft(t) {
                this._left = this._isAbsLeft ? t : t / 100;
                this._recursiveDirty();
              }
              get right() {
                return this._right;
              }
              set right(t) {
                this._right = t;
                this._recursiveDirty();
              }
              get editorRight() {
                return this._isAbsRight ? this._right : 100 * this._right;
              }
              set editorRight(t) {
                this._right = this._isAbsRight ? t : t / 100;
                this._recursiveDirty();
              }
              get horizontalCenter() {
                return this._horizontalCenter;
              }
              set horizontalCenter(t) {
                this._horizontalCenter = t;
                this._recursiveDirty();
              }
              get editorHorizontalCenter() {
                return this._isAbsHorizontalCenter ? this._horizontalCenter : 100 * this._horizontalCenter;
              }
              set editorHorizontalCenter(t) {
                this._horizontalCenter = this._isAbsHorizontalCenter ? t : t / 100;
                this._recursiveDirty();
              }
              get verticalCenter() {
                return this._verticalCenter;
              }
              set verticalCenter(t) {
                this._verticalCenter = t;
                this._recursiveDirty();
              }
              get editorVerticalCenter() {
                return this._isAbsVerticalCenter ? this._verticalCenter : 100 * this._verticalCenter;
              }
              set editorVerticalCenter(t) {
                this._verticalCenter = this._isAbsVerticalCenter ? t : t / 100;
                this._recursiveDirty();
              }
              get isAbsoluteTop() {
                return this._isAbsTop;
              }
              set isAbsoluteTop(t) {
                if (this._isAbsTop !== t) {
                  this._isAbsTop = t;
                  this._autoChangedValue(rXt.TOP, this._isAbsTop);
                }
              }
              get isAbsoluteBottom() {
                return this._isAbsBottom;
              }
              set isAbsoluteBottom(t) {
                if (this._isAbsBottom !== t) {
                  this._isAbsBottom = t;
                  this._autoChangedValue(rXt.BOT, this._isAbsBottom);
                }
              }
              get isAbsoluteLeft() {
                return this._isAbsLeft;
              }
              set isAbsoluteLeft(t) {
                if (this._isAbsLeft !== t) {
                  this._isAbsLeft = t;
                  this._autoChangedValue(rXt.LEFT, this._isAbsLeft);
                }
              }
              get isAbsoluteRight() {
                return this._isAbsRight;
              }
              set isAbsoluteRight(t) {
                if (this._isAbsRight !== t) {
                  this._isAbsRight = t;
                  this._autoChangedValue(rXt.RIGHT, this._isAbsRight);
                }
              }
              get isAbsoluteHorizontalCenter() {
                return this._isAbsHorizontalCenter;
              }
              set isAbsoluteHorizontalCenter(t) {
                if (this._isAbsHorizontalCenter !== t) {
                  this._isAbsHorizontalCenter = t;
                  this._autoChangedValue(rXt.CENTER, this._isAbsHorizontalCenter);
                }
              }
              get isAbsoluteVerticalCenter() {
                return this._isAbsVerticalCenter;
              }
              set isAbsoluteVerticalCenter(t) {
                if (this._isAbsVerticalCenter !== t) {
                  this._isAbsVerticalCenter = t;
                  this._autoChangedValue(rXt.MID, this._isAbsVerticalCenter);
                }
              }
              get alignMode() {
                return this._alignMode;
              }
              set alignMode(t) {
                this._alignMode = t;
                this._recursiveDirty();
              }
              get alignFlags() {
                return this._alignFlags;
              }
              set alignFlags(t) {
                if (this._alignFlags !== t) {
                  this._alignFlags = t;
                  this._recursiveDirty();
                }
              }
              updateAlignment() {
                m._widgetManager.updateAlignment(this.node);
              }
              _validateTargetInDEV() {}
              setDirty() {
                this._recursiveDirty();
              }
              onEnable() {
                this.node.getPosition(this._lastPos);
                this._lastSize.set(this.node._uiProps.uiTransformComp.contentSize);
                m._widgetManager.add(this);
                this._hadAlignOnce = !1;
                this._registerEvent();
                this._registerTargetEvents();
              }
              onDisable() {
                m._widgetManager.remove(this);
                this._unregisterEvent();
                this._unregisterTargetEvents();
              }
              onDestroy() {
                this._removeParentEvent();
              }
              _adjustWidgetToAllowMovingInEditor(t) {}
              _adjustWidgetToAllowResizingInEditor() {}
              _adjustWidgetToAnchorChanged() {
                this.setDirty();
              }
              _adjustTargetToParentChanged(t) {
                t && this._unregisterOldParentEvents(t);
                this.node.getParent() && this._registerTargetEvents();
                this._setDirtyByMode();
              }
              _registerEvent() {
                this.node.on(ny.TRANSFORM_CHANGED, this._setDirtyByMode, this);
                this.node.on(ny.SIZE_CHANGED, this._setDirtyByMode, this);
                this.node.on(ny.ANCHOR_CHANGED, this._adjustWidgetToAnchorChanged, this);
                this.node.on(ny.PARENT_CHANGED, this._adjustTargetToParentChanged, this);
              }
              _unregisterEvent() {
                this.node.off(ny.TRANSFORM_CHANGED, this._setDirtyByMode, this);
                this.node.off(ny.SIZE_CHANGED, this._setDirtyByMode, this);
                this.node.off(ny.ANCHOR_CHANGED, this._adjustWidgetToAnchorChanged, this);
              }
              _removeParentEvent() {
                this.node.off(ny.PARENT_CHANGED, this._adjustTargetToParentChanged, this);
              }
              _autoChangedValue(t, e) {
                if (!((this._alignFlags & t) > 0)) return;
                const i = this.node.parent && this.node.parent._uiProps;
                const s = i && i.uiTransformComp;
                const n = s ? s.contentSize : HR;
                this.isAlignLeft && t === rXt.LEFT ? this._left = e ? this._left * n.width : this._left / n.width : this.isAlignRight && t === rXt.RIGHT ? this._right = e ? this._right * n.width : this._right / n.width : this.isAlignHorizontalCenter && t === rXt.CENTER ? this._horizontalCenter = e ? this._horizontalCenter * n.width : this._horizontalCenter / n.width : this.isAlignTop && t === rXt.TOP ? this._top = e ? this._top * n.height : this._top / n.height : this.isAlignBottom && t === rXt.BOT ? this._bottom = e ? this._bottom * n.height : this._bottom / n.height : this.isAbsoluteVerticalCenter && t === rXt.MID && (this._verticalCenter = this._verticalCenter / n.height);
                this._recursiveDirty();
              }
              _registerTargetEvents() {
                const t = this._target || this.node.parent;
                if (t && t.getComponent(jB)) {
                  t.on(ny.TRANSFORM_CHANGED, this._setDirtyByMode, this);
                  t.on(ny.SIZE_CHANGED, this._setDirtyByMode, this);
                  t.on(ny.ANCHOR_CHANGED, this._setDirtyByMode, this);
                }
              }
              _unregisterTargetEvents() {
                const t = this._target || this.node.parent;
                if (t) {
                  t.off(ny.TRANSFORM_CHANGED, this._setDirtyByMode, this);
                  t.off(ny.SIZE_CHANGED, this._setDirtyByMode, this);
                  t.off(ny.ANCHOR_CHANGED, this._setDirtyByMode, this);
                }
              }
              _unregisterOldParentEvents(t) {
                const e = this._target || t;
                if (e) {
                  e.off(ny.TRANSFORM_CHANGED, this._setDirtyByMode, this);
                  e.off(ny.SIZE_CHANGED, this._setDirtyByMode, this);
                }
              }
              _setDirtyByMode() {
                this.alignMode === nXt.ALWAYS && this._recursiveDirty();
              }
              _setAlign(t, e) {
                if (e === (this._alignFlags & t) > 0) return;
                const i = (t & aXt) > 0;
                const s = this.node._uiProps.uiTransformComp;
                if (e) {
                  this._alignFlags |= t;
                  if (i) {
                    this.isAlignHorizontalCenter = !1;
                    this.isStretchWidth && (this._originalWidth = s.width);
                  } else {
                    this.isAlignVerticalCenter = !1;
                    this.isStretchHeight && (this._originalHeight = s.height);
                  }
                } else {
                  i ? this.isStretchWidth && (s.width = this._originalWidth) : this.isStretchHeight && (s.height = this._originalHeight);
                  this._alignFlags &= ~t;
                }
              }
              _recursiveDirty() {
                this._dirty || (this._dirty = !0);
              }
            }, $jt.AlignMode = nXt, tXt), Bl(Ojt.prototype, "target", [ mjt, fjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "target"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAlignTop", [ gjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAlignTop"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAlignBottom", [ yjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAlignBottom"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAlignLeft", [ bjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAlignLeft"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAlignRight", [ Sjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAlignRight"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAlignVerticalCenter", [ Ajt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAlignVerticalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAlignHorizontalCenter", [ Tjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAlignHorizontalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "isStretchWidth", [ vjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isStretchWidth"), Ojt.prototype), 
            Bl(Ojt.prototype, "isStretchHeight", [ Ejt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isStretchHeight"), Ojt.prototype), 
            Bl(Ojt.prototype, "top", [ Cjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "top"), Ojt.prototype), 
            Bl(Ojt.prototype, "editorTop", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "editorTop"), Ojt.prototype), 
            Bl(Ojt.prototype, "bottom", [ xjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "bottom"), Ojt.prototype), 
            Bl(Ojt.prototype, "editorBottom", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "editorBottom"), Ojt.prototype), 
            Bl(Ojt.prototype, "left", [ wjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "left"), Ojt.prototype), 
            Bl(Ojt.prototype, "editorLeft", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "editorLeft"), Ojt.prototype), 
            Bl(Ojt.prototype, "right", [ Rjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "right"), Ojt.prototype), 
            Bl(Ojt.prototype, "editorRight", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "editorRight"), Ojt.prototype), 
            Bl(Ojt.prototype, "horizontalCenter", [ Ijt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "horizontalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "editorHorizontalCenter", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "editorHorizontalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "verticalCenter", [ Mjt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "verticalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "editorVerticalCenter", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "editorVerticalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAbsoluteTop", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAbsoluteTop"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAbsoluteBottom", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAbsoluteBottom"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAbsoluteLeft", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAbsoluteLeft"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAbsoluteRight", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAbsoluteRight"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAbsoluteHorizontalCenter", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAbsoluteHorizontalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "isAbsoluteVerticalCenter", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "isAbsoluteVerticalCenter"), Ojt.prototype), 
            Bl(Ojt.prototype, "alignMode", [ Bjt, Djt ], Object.getOwnPropertyDescriptor(Ojt.prototype, "alignMode"), Ojt.prototype), 
            Bl(Ojt.prototype, "alignFlags", [ nh ], Object.getOwnPropertyDescriptor(Ojt.prototype, "alignFlags"), Ojt.prototype), 
            Njt = Bl(Ojt.prototype, "_alignFlags", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Ljt = Bl(Ojt.prototype, "_target", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), Fjt = Bl(Ojt.prototype, "_left", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Vjt = Bl(Ojt.prototype, "_right", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), kjt = Bl(Ojt.prototype, "_top", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Ujt = Bl(Ojt.prototype, "_bottom", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Gjt = Bl(Ojt.prototype, "_horizontalCenter", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), zjt = Bl(Ojt.prototype, "_verticalCenter", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Hjt = Bl(Ojt.prototype, "_isAbsLeft", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), jjt = Bl(Ojt.prototype, "_isAbsRight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Xjt = Bl(Ojt.prototype, "_isAbsTop", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Wjt = Bl(Ojt.prototype, "_isAbsBottom", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Yjt = Bl(Ojt.prototype, "_isAbsHorizontalCenter", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), qjt = Bl(Ojt.prototype, "_isAbsVerticalCenter", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Kjt = Bl(Ojt.prototype, "_originalWidth", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Jjt = Bl(Ojt.prototype, "_originalHeight", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Zjt = Bl(Ojt.prototype, "_alignMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return nXt.ON_WINDOW_RESIZE;
              }
            }), Qjt = Bl(Ojt.prototype, "_lockFlags", [ Yl, Kl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), Ojt)) || Pjt) || Pjt) || Pjt) || Pjt) || Pjt) || Pjt));
            m.internal.computeInverseTransForTarget = sXt;
            m.internal.getReadonlyNodeSize = iXt;
            m.Widget = lXt;
            var hXt, cXt, uXt, _Xt, dXt, pXt, mXt, fXt, gXt, yXt, bXt, SXt, AXt, TXt, vXt, EXt, CXt, xXt, wXt;
            const RXt = new Bi;
            var IXt;
            !function(t) {
              t[t.HORIZONTAL = 0] = "HORIZONTAL";
              t[t.VERTICAL = 1] = "VERTICAL";
            }(IXt || (IXt = {}));
            he(IXt);
            let MXt = function(e) {
              return t({
                PageViewIndicator: e,
                PageViewIndicatorComponent: e
              }), e;
            }((hXt = Ul("cc.PageViewIndicator"), cXt = sh(), uXt = zl(110), _Xt = $l(), dXt = Th(GI), 
            pXt = lh(), mXt = Th(IXt), fXt = lh(), gXt = Th(rs), yXt = lh(), bXt = lh(), hXt(SXt = cXt(SXt = uXt(SXt = _Xt(SXt = (AXt = (wXt = xXt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "spacing", TXt, this);
                Ml(this, "_spriteFrame", vXt, this);
                Ml(this, "_direction", EXt, this);
                Ml(this, "_cellSize", CXt, this);
                this._layout = null;
                this._pageView = null;
                this._indicators = [];
              }
              get spriteFrame() {
                return this._spriteFrame;
              }
              set spriteFrame(t) {
                this._spriteFrame !== t && (this._spriteFrame = t);
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                this._direction !== t && (this._direction = t);
              }
              get cellSize() {
                return this._cellSize;
              }
              set cellSize(t) {
                this._cellSize !== t && (this._cellSize = t);
              }
              onLoad() {
                this._updateLayout();
              }
              setPageView(t) {
                this._pageView = t;
                this._refresh();
              }
              _updateLayout() {
                this._layout = this.getComponent(JUt);
                this._layout || (this._layout = this.addComponent(JUt));
                const t = this._layout;
                if (this.direction === IXt.HORIZONTAL) {
                  t.type = JUt.Type.HORIZONTAL;
                  t.spacingX = this.spacing;
                } else if (this.direction === IXt.VERTICAL) {
                  t.type = JUt.Type.VERTICAL;
                  t.spacingY = this.spacing;
                }
                t.resizeMode = JUt.ResizeMode.CONTAINER;
              }
              _createIndicator() {
                const t = new _y;
                t.layer = this.node.layer;
                const e = t.addComponent(cL);
                e.spriteFrame = this.spriteFrame;
                e.sizeMode = cL.SizeMode.CUSTOM;
                t.parent = this.node;
                t._uiProps.uiTransformComp.setContentSize(this._cellSize);
                return t;
              }
              _changedState() {
                const t = this._indicators;
                if (0 === t.length || !this._pageView) return;
                const e = this._pageView.curPageIdx;
                if (!(e >= t.length)) {
                  for (let e = 0; e < t.length; ++e) {
                    const i = t[e];
                    if (!i._uiProps.uiComp) continue;
                    const s = i._uiProps.uiComp;
                    RXt.set(s.color);
                    RXt.a = 127.5;
                    s.color = RXt;
                  }
                  if (t[e]._uiProps.uiComp) {
                    const i = t[e]._uiProps.uiComp;
                    RXt.set(i.color);
                    RXt.a = 255;
                    i.color = RXt;
                  }
                }
              }
              _refresh() {
                if (!this._pageView) return;
                const t = this._indicators;
                const e = this._pageView.getPages();
                if (e.length === t.length) return;
                let i = 0;
                if (e.length > t.length) for (i = 0; i < e.length; ++i) t[i] || (t[i] = this._createIndicator()); else {
                  for (i = t.length - e.length; i > 0; --i) {
                    const e = t[i - 1];
                    this.node.removeChild(e);
                    t.splice(i - 1, 1);
                  }
                }
                this._layout && this._layout.enabledInHierarchy && this._layout.updateLayout();
                this._changedState();
              }
            }, xXt.Direction = IXt, wXt), Bl(AXt.prototype, "spriteFrame", [ dXt, pXt ], Object.getOwnPropertyDescriptor(AXt.prototype, "spriteFrame"), AXt.prototype), 
            Bl(AXt.prototype, "direction", [ mXt, fXt ], Object.getOwnPropertyDescriptor(AXt.prototype, "direction"), AXt.prototype), 
            Bl(AXt.prototype, "cellSize", [ gXt, yXt ], Object.getOwnPropertyDescriptor(AXt.prototype, "cellSize"), AXt.prototype), 
            TXt = Bl(AXt.prototype, "spacing", [ Yl, bXt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), vXt = Bl(AXt.prototype, "_spriteFrame", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), EXt = Bl(AXt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return IXt.HORIZONTAL;
              }
            }), CXt = Bl(AXt.prototype, "_cellSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new rs(20, 20);
              }
            }), AXt)) || SXt) || SXt) || SXt) || SXt));
            m.PageViewIndicator = MXt;
            var BXt, DXt, PXt, OXt, NXt, LXt, FXt, VXt, kXt, UXt, GXt, zXt, HXt, jXt, XXt, WXt, YXt, qXt, KXt, JXt, ZXt, QXt, $Xt, tWt, eWt, iWt, sWt, nWt, rWt, oWt, aWt, lWt, hWt, cWt, uWt, _Wt, dWt, pWt, mWt, fWt, gWt, yWt, bWt;
            const SWt = new Qi;
            var AWt;
            !function(t) {
              t[t.Unified = 0] = "Unified";
              t[t.Free = 1] = "Free";
            }(AWt || (AWt = {}));
            he(AWt);
            var TWt;
            !function(t) {
              t[t.Horizontal = 0] = "Horizontal";
              t[t.Vertical = 1] = "Vertical";
            }(TWt || (TWt = {}));
            he(TWt);
            var vWt;
            !function(t) {
              t.PAGE_TURNING = "page-turning";
            }(vWt || (vWt = {}));
            let EWt = function(e) {
              return t({
                PageView: e,
                PageViewComponent: e
              }), e;
            }((BXt = Ul("cc.PageView"), DXt = sh(), PXt = zl(110), OXt = $l(), NXt = Th(AWt), 
            LXt = lh(), FXt = Th(TWt), VXt = lh(), kXt = hh(), UXt = lh(), GXt = hh(), zXt = lh(), 
            HXt = Th(MXt), jXt = lh(), XXt = lh(), WXt = Th(QGt), YXt = rh(), qXt = Th(QGt), 
            KXt = rh(), JXt = rh(), ZXt = rh(), QXt = rh(), $Xt = Th([ Vc ]), tWt = rh(), eWt = lh(), 
            iWt = Th([ Vc ]), sWt = lh(), BXt(nWt = DXt(nWt = PXt(nWt = OXt(nWt = (rWt = (bWt = yWt = class t extends nHt {
              constructor(...t) {
                super(...t);
                Ml(this, "autoPageTurningThreshold", oWt, this);
                Ml(this, "horizontal", aWt, this);
                Ml(this, "vertical", lWt, this);
                Ml(this, "cancelInnerEvents", hWt, this);
                Ml(this, "scrollEvents", cWt, this);
                Ml(this, "pageTurningSpeed", uWt, this);
                Ml(this, "pageEvents", _Wt, this);
                Ml(this, "_sizeMode", dWt, this);
                Ml(this, "_direction", pWt, this);
                Ml(this, "_scrollThreshold", mWt, this);
                Ml(this, "_pageTurningEventTiming", fWt, this);
                Ml(this, "_indicator", gWt, this);
                this._curPageIdx = 0;
                this._lastPageIdx = 0;
                this._pages = [];
                this._initContentPos = new Pi;
                this._scrollCenterOffsetX = [];
                this._scrollCenterOffsetY = [];
                this._touchBeganPosition = new Qi;
                this._touchEndPosition = new Qi;
              }
              get sizeMode() {
                return this._sizeMode;
              }
              set sizeMode(t) {
                if (this._sizeMode !== t) {
                  this._sizeMode = t;
                  this._syncSizeMode();
                }
              }
              get direction() {
                return this._direction;
              }
              set direction(t) {
                if (this._direction !== t) {
                  this._direction = t;
                  this._syncScrollDirection();
                }
              }
              get scrollThreshold() {
                return this._scrollThreshold;
              }
              set scrollThreshold(t) {
                this._scrollThreshold !== t && (this._scrollThreshold = t);
              }
              get pageTurningEventTiming() {
                return this._pageTurningEventTiming;
              }
              set pageTurningEventTiming(t) {
                this._pageTurningEventTiming !== t && (this._pageTurningEventTiming = t);
              }
              get indicator() {
                return this._indicator;
              }
              set indicator(t) {
                if (this._indicator !== t) {
                  this._indicator = t;
                  this.indicator && this.indicator.setPageView(this);
                }
              }
              get curPageIdx() {
                return this._curPageIdx;
              }
              get verticalScrollBar() {
                return super.verticalScrollBar;
              }
              set verticalScrollBar(t) {
                super.verticalScrollBar = t;
              }
              get horizontalScrollBar() {
                return super.horizontalScrollBar;
              }
              set horizontalScrollBar(t) {
                super.horizontalScrollBar = t;
              }
              onEnable() {
                super.onEnable();
                this.node.on(ny.SIZE_CHANGED, this._updateAllPagesSize, this);
                this.node.on(t.EventType.SCROLL_ENG_WITH_THRESHOLD, this._dispatchPageTurningEvent, this);
              }
              onDisable() {
                super.onDisable();
                this.node.off(ny.SIZE_CHANGED, this._updateAllPagesSize, this);
                this.node.off(t.EventType.SCROLL_ENG_WITH_THRESHOLD, this._dispatchPageTurningEvent, this);
              }
              onLoad() {
                this._initPages();
                this.indicator && this.indicator.setPageView(this);
              }
              getCurrentPageIndex() {
                return this._curPageIdx;
              }
              setCurrentPageIndex(t) {
                this.scrollToPage(t, 1);
              }
              getPages() {
                return this._pages;
              }
              addPage(t) {
                if (t && -1 === this._pages.indexOf(t) && this.content) if (t._uiProps.uiTransformComp) {
                  this.content.addChild(t);
                  this._pages.push(t);
                  this._updatePageView();
                } else P(4301);
              }
              insertPage(t, e) {
                if (e < 0 || !t || -1 !== this._pages.indexOf(t) || !this.content) return;
                if (e >= this._pages.length) this.addPage(t); else {
                  if (!t._uiProps.uiTransformComp) {
                    P(4301);
                    return;
                  }
                  this._pages.splice(e, 0, t);
                  this.content.insertChild(t, e);
                  this._updatePageView();
                }
              }
              removePage(t) {
                if (!t || !this.content) return;
                const e = this._pages.indexOf(t);
                -1 !== e ? this.removePageAtIndex(e) : N(4300, t.name);
              }
              removePageAtIndex(t) {
                const e = this._pages;
                if (t < 0 || t >= e.length) return;
                const i = e[t];
                if (i && this.content) {
                  this.content.removeChild(i);
                  e.splice(t, 1);
                  this._updatePageView();
                }
              }
              removeAllPages() {
                if (!this.content) return;
                const t = this._pages;
                for (let e = 0, i = t.length; e < i; e++) this.content.removeChild(t[e]);
                this._pages.length = 0;
                this._updatePageView();
              }
              scrollToPage(t, e = .3) {
                if (!(t < 0 || t >= this._pages.length)) {
                  this._curPageIdx = t;
                  this.scrollToOffset(this._moveOffsetValue(t), e, !0);
                  this.indicator && this.indicator._changedState();
                }
              }
              getScrollEndedEventTiming() {
                return this.pageTurningEventTiming;
              }
              _updatePageView() {
                if (!this.content) return;
                const t = this.content.getComponent(JUt);
                t && t.enabled && t.updateLayout();
                const e = this._pages.length;
                if (this._curPageIdx >= e) {
                  this._curPageIdx = 0 === e ? 0 : e - 1;
                  this._lastPageIdx = this._curPageIdx;
                }
                const i = this._initContentPos;
                for (let t = 0; t < e; ++t) {
                  const e = this._pages[t].position;
                  this.direction === TWt.Horizontal ? this._scrollCenterOffsetX[t] = Math.abs(i.x + e.x) : this._scrollCenterOffsetY[t] = Math.abs(i.y + e.y);
                }
                this.indicator && this.indicator._refresh();
              }
              _updateAllPagesSize() {
                const t = this.view;
                if (!this.content || !t) return;
                if (this._sizeMode !== AWt.Unified) return;
                const e = this._pages;
                const i = t.contentSize;
                for (let t = 0, s = e.length; t < s; t++) e[t]._uiProps.uiTransformComp.setContentSize(i);
              }
              _handleReleaseLogic() {
                this._autoScrollToPage();
                if (this._scrolling) {
                  this._scrolling = !1;
                  this._autoScrolling || this._dispatchEvent(t.EventType.SCROLL_ENDED);
                }
              }
              _onTouchBegan(t, e) {
                t.touch.getUILocation(SWt);
                Qi.set(this._touchBeganPosition, SWt.x, SWt.y);
                super._onTouchBegan(t, e);
              }
              _onTouchMoved(t, e) {
                super._onTouchMoved(t, e);
              }
              _onTouchEnded(t, e) {
                t.touch.getUILocation(SWt);
                Qi.set(this._touchEndPosition, SWt.x, SWt.y);
                super._onTouchEnded(t, e);
              }
              _onTouchCancelled(t, e) {
                t.touch.getUILocation(SWt);
                Qi.set(this._touchEndPosition, SWt.x, SWt.y);
                super._onTouchCancelled(t, e);
              }
              _onMouseWheel() {}
              _syncScrollDirection() {
                this.horizontal = this.direction === TWt.Horizontal;
                this.vertical = this.direction === TWt.Vertical;
              }
              _syncSizeMode() {
                const t = this.view;
                if (!this.content || !t) return;
                const e = this.content.getComponent(JUt);
                if (e) {
                  if (this._sizeMode === AWt.Free && this._pages.length > 0) {
                    const i = this._pages[0]._uiProps.uiTransformComp;
                    const s = this._pages[this._pages.length - 1]._uiProps.uiTransformComp;
                    if (this.direction === TWt.Horizontal) {
                      e.paddingLeft = (t.width - i.width) / 2;
                      e.paddingRight = (t.width - s.width) / 2;
                    } else if (this.direction === TWt.Vertical) {
                      e.paddingTop = (t.height - i.height) / 2;
                      e.paddingBottom = (t.height - s.height) / 2;
                    }
                  }
                  e.updateLayout();
                }
              }
              _initPages() {
                if (!this.content) return;
                this._initContentPos = this.content.position;
                const t = this.content.children;
                for (let e = 0; e < t.length; ++e) {
                  const i = t[e];
                  this._pages.indexOf(i) >= 0 || this._pages.push(i);
                }
                this._syncScrollDirection();
                this._syncSizeMode();
                this._updatePageView();
              }
              _dispatchPageTurningEvent() {
                if (this._lastPageIdx !== this._curPageIdx) {
                  this._lastPageIdx = this._curPageIdx;
                  Vc.emitEvents(this.pageEvents, this, vWt.PAGE_TURNING);
                  this.node.emit(vWt.PAGE_TURNING, this);
                }
              }
              _isQuicklyScrollable(t) {
                if (this.direction === TWt.Horizontal) {
                  if (Math.abs(t.x) > this.autoPageTurningThreshold) return !0;
                } else if (this.direction === TWt.Vertical && Math.abs(t.y) > this.autoPageTurningThreshold) return !0;
                return !1;
              }
              _moveOffsetValue(t) {
                const e = new Qi;
                if (this._sizeMode === AWt.Free) this.direction === TWt.Horizontal ? e.x = this._scrollCenterOffsetX[t] : this.direction === TWt.Vertical && (e.y = this._scrollCenterOffsetY[t]); else {
                  const i = this.view;
                  if (!i) return e;
                  this.direction === TWt.Horizontal ? e.x = t * i.width : this.direction === TWt.Vertical && (e.y = t * i.height);
                }
                return e;
              }
              _getDragDirection(t) {
                return this._direction === TWt.Horizontal ? 0 === t.x ? 0 : t.x > 0 ? 1 : -1 : 0 === t.y ? 0 : t.y < 0 ? 1 : -1;
              }
              _isScrollable(t, e, i) {
                if (this._sizeMode === AWt.Free) {
                  let s = 0;
                  let n = 0;
                  if (this.direction === TWt.Horizontal) {
                    s = this._scrollCenterOffsetX[e];
                    n = this._scrollCenterOffsetX[i];
                    return Math.abs(t.x) >= Math.abs(s - n) * this.scrollThreshold;
                  }
                  if (this.direction === TWt.Vertical) {
                    s = this._scrollCenterOffsetY[e];
                    n = this._scrollCenterOffsetY[i];
                    return Math.abs(t.y) >= Math.abs(s - n) * this.scrollThreshold;
                  }
                } else {
                  const e = this.view;
                  if (!e) return !1;
                  if (this.direction === TWt.Horizontal) return Math.abs(t.x) >= e.width * this.scrollThreshold;
                  if (this.direction === TWt.Vertical) return Math.abs(t.y) >= e.height * this.scrollThreshold;
                }
                return !1;
              }
              _autoScrollToPage() {
                if (this._startBounceBackIfNeeded()) {
                  const t = this._getHowMuchOutOfBoundary();
                  this._clampDelta(t);
                  (t.x > 0 || t.y < 0) && (this._curPageIdx = 0 === this._pages.length ? 0 : this._pages.length - 1);
                  (t.x < 0 || t.y > 0) && (this._curPageIdx = 0);
                  this.indicator && this.indicator._changedState();
                } else {
                  const t = new Qi;
                  Qi.subtract(t, this._touchBeganPosition, this._touchEndPosition);
                  const e = this._curPageIdx;
                  const i = e + this._getDragDirection(t);
                  const s = this.pageTurningSpeed * Math.abs(e - i);
                  if (i < this._pages.length) {
                    if (this._isScrollable(t, e, i)) {
                      this.scrollToPage(i, s);
                      return;
                    }
                    {
                      const t = this._calculateTouchMoveVelocity();
                      if (this._isQuicklyScrollable(t)) {
                        this.scrollToPage(i, s);
                        return;
                      }
                    }
                  }
                  this.scrollToPage(e, s);
                }
              }
            }, yWt.SizeMode = AWt, yWt.Direction = TWt, yWt.EventType = IHt(vWt, iHt), bWt), 
            Bl(rWt.prototype, "sizeMode", [ NXt, LXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "sizeMode"), rWt.prototype), 
            Bl(rWt.prototype, "direction", [ FXt, VXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "direction"), rWt.prototype), 
            Bl(rWt.prototype, "scrollThreshold", [ dh, kXt, UXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "scrollThreshold"), rWt.prototype), 
            Bl(rWt.prototype, "pageTurningEventTiming", [ dh, GXt, zXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "pageTurningEventTiming"), rWt.prototype), 
            Bl(rWt.prototype, "indicator", [ HXt, jXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "indicator"), rWt.prototype), 
            oWt = Bl(rWt.prototype, "autoPageTurningThreshold", [ Yl, XXt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 100;
              }
            }), Bl(rWt.prototype, "verticalScrollBar", [ WXt, vh, YXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "verticalScrollBar"), rWt.prototype), 
            Bl(rWt.prototype, "horizontalScrollBar", [ qXt, vh, KXt ], Object.getOwnPropertyDescriptor(rWt.prototype, "horizontalScrollBar"), rWt.prototype), 
            aWt = Bl(rWt.prototype, "horizontal", [ vh, Yl, JXt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), lWt = Bl(rWt.prototype, "vertical", [ vh, Yl, ZXt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), hWt = Bl(rWt.prototype, "cancelInnerEvents", [ vh, Yl, QXt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), cWt = Bl(rWt.prototype, "scrollEvents", [ $Xt, Yl, vh, tWt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), uWt = Bl(rWt.prototype, "pageTurningSpeed", [ Yl, nh, eWt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .3;
              }
            }), _Wt = Bl(rWt.prototype, "pageEvents", [ iWt, Yl, sWt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), dWt = Bl(rWt.prototype, "_sizeMode", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return AWt.Unified;
              }
            }), pWt = Bl(rWt.prototype, "_direction", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return TWt.Horizontal;
              }
            }), mWt = Bl(rWt.prototype, "_scrollThreshold", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .5;
              }
            }), fWt = Bl(rWt.prototype, "_pageTurningEventTiming", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return .1;
              }
            }), gWt = Bl(rWt.prototype, "_indicator", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), rWt)) || nWt) || nWt) || nWt) || nWt));
            m.PageView = EWt;
            const CWt = new Pi;
            const xWt = new Qi;
            const wWt = new Qi;
            const RWt = new Qi(1, 1);
            const IWt = new Qi;
            const MWt = new Qi;
            function BWt(t, e) {
              if (e._hadAlignOnce) return;
              e.alignMode === nXt.ONCE && (e._hadAlignOnce = !0);
              const i = e.target;
              let s;
              const n = wWt;
              const r = RWt;
              if (i) {
                s = i;
                sXt(t, s, n, r);
              } else s = t.parent;
              const o = iXt(s);
              const a = s instanceof oA || !s.getComponent(jB);
              const l = a ? xWt : s.getComponent(jB).anchorPoint;
              const h = a;
              t.getPosition(CWt);
              const c = t._uiProps.uiTransformComp;
              let u = CWt.x;
              let _ = CWt.y;
              const d = c.anchorPoint;
              const p = t.getScale();
              if (e.alignFlags & rXt.HORIZONTAL) {
                let t = 0;
                let s = 0;
                const a = o.width;
                if (h) {
                  t = HR.left.x;
                  s = HR.right.x;
                } else {
                  t = -l.x * a;
                  s = t + a;
                }
                t += e.isAbsoluteLeft ? e.left : e.left * a;
                s -= e.isAbsoluteRight ? e.right : e.right * a;
                if (i) {
                  t += n.x;
                  t *= r.x;
                  s += n.x;
                  s *= r.x;
                }
                let _ = 0;
                let m = d.x;
                let f = p.x;
                if (f < 0) {
                  m = 1 - m;
                  f = -f;
                }
                if (e.isStretchWidth) {
                  _ = s - t;
                  0 !== f && (c.width = _ / f);
                  u = t + m * _;
                } else {
                  _ = c.width * f;
                  if (e.isAlignHorizontalCenter) {
                    let t = e.isAbsoluteHorizontalCenter ? e.horizontalCenter : e.horizontalCenter * a;
                    let s = (.5 - l.x) * o.width;
                    if (i) {
                      t *= r.x;
                      s += n.x;
                      s *= r.x;
                    }
                    u = s + (m - .5) * _ + t;
                  } else u = e.isAlignLeft ? t + m * _ : s + (m - 1) * _;
                }
                e._lastSize.width = _;
              }
              if (e.alignFlags & rXt.VERTICAL) {
                let t = 0;
                let s = 0;
                const a = o.height;
                if (h) {
                  s = HR.bottom.y;
                  t = HR.top.y;
                } else {
                  s = -l.y * a;
                  t = s + a;
                }
                s += e.isAbsoluteBottom ? e.bottom : e.bottom * a;
                t -= e.isAbsoluteTop ? e.top : e.top * a;
                if (i) {
                  s += n.y;
                  s *= r.y;
                  t += n.y;
                  t *= r.y;
                }
                let u = 0;
                let m = d.y;
                let f = p.y;
                if (f < 0) {
                  m = 1 - m;
                  f = -f;
                }
                if (e.isStretchHeight) {
                  u = t - s;
                  0 !== f && (c.height = u / f);
                  _ = s + m * u;
                } else {
                  u = c.height * f;
                  if (e.isAlignVerticalCenter) {
                    let t = e.isAbsoluteVerticalCenter ? e.verticalCenter : e.verticalCenter * a;
                    let s = (.5 - l.y) * o.height;
                    if (i) {
                      t *= r.y;
                      s += n.y;
                      s *= r.y;
                    }
                    _ = s + (m - .5) * u + t;
                  } else _ = e.isAlignBottom ? s + m * u : t + (m - 1) * u;
                }
                e._lastSize.height = u;
              }
              t.setPosition(u, _, CWt.z);
              Pi.set(e._lastPos, u, _, CWt.z);
            }
            function DWt(t) {
              const e = t.getComponent(lXt);
              if (e && e.enabled) {
                if (!m.isValid(t, !0)) return;
                OWt.push(e);
              }
              const i = t.children;
              for (const t of i) t.active && DWt(t);
            }
            function PWt() {
              const t = IR.getScene();
              if (t) {
                NWt.isAligning = !0;
                if (NWt._nodesOrderDirty) {
                  OWt.length = 0;
                  DWt(t);
                  NWt._nodesOrderDirty = !1;
                }
                let e = null;
                const i = NWt._activeWidgetsIterator;
                for (i.i = 0; i.i < OWt.length; ++i.i) {
                  e = OWt[i.i];
                  if (e._dirty) {
                    BWt(e.node, e);
                    e._dirty = !1;
                  }
                }
                NWt.isAligning = !1;
              }
            }
            const OWt = [];
            const NWt = t("widgetManager", m._widgetManager = {
              isAligning: !1,
              _nodesOrderDirty: !1,
              _activeWidgetsIterator: new te.MutableForwardIterator(OWt),
              animationState: null,
              init() {
                IR.on(RR.EVENT_AFTER_SCENE_LAUNCH, PWt);
                IR.on(RR.EVENT_AFTER_UPDATE, PWt);
                WR.instance.on("design-resolution-changed", this.onResized, this);
                {
                  const t = this.onResized.bind(this);
                  WR.instance.on("canvas-resize", t);
                  Lo.on("orientation-change", t);
                }
              },
              add(t) {
                this._nodesOrderDirty = !0;
              },
              remove(t) {
                this._activeWidgetsIterator.remove(t);
              },
              onResized() {
                const t = IR.getScene();
                t && this.refreshWidgetOnResized(t);
              },
              refreshWidgetOnResized(t) {
                const e = _y.isNode(t) && t.getComponent(lXt);
                e && e.enabled && (e.alignMode === nXt.ON_WINDOW_RESIZE || e.alignMode === nXt.ALWAYS) && e.setDirty();
                const i = t.children;
                for (const t of i) this.refreshWidgetOnResized(t);
              },
              updateOffsetsToStayPut(t, e) {
                function i(t, e) {
                  return Math.abs(t - e) > 1e-10 ? e : t;
                }
                const s = t.node;
                let n = s.parent;
                if (n) {
                  const r = IWt;
                  r.set(0, 0);
                  const o = MWt;
                  o.set(1, 1);
                  if (t.target) {
                    n = t.target;
                    sXt(s, n, r, o);
                  }
                  if (!e) return;
                  const a = n._uiProps && n._uiProps.uiTransformComp;
                  const l = a ? a.anchorPoint : xWt;
                  const h = s._uiProps.uiTransformComp;
                  const c = iXt(n);
                  const u = h.anchorPoint;
                  const _ = s.getPosition();
                  const d = rXt;
                  const p = s.getScale();
                  let m = 0;
                  if (e & d.LEFT) {
                    let e = -l.x * c.width;
                    e += r.x;
                    e *= o.x;
                    m = _.x - u.x * h.width * Math.abs(p.x) - e;
                    t.isAbsoluteLeft || (m /= c.width);
                    m /= o.x;
                    t.left = i(t.left, m);
                  }
                  if (e & d.RIGHT) {
                    let e = (1 - l.x) * c.width;
                    e += r.x;
                    m = (e *= o.x) - (_.x + (1 - u.x) * h.width * Math.abs(p.x));
                    t.isAbsoluteRight || (m /= c.width);
                    m /= o.x;
                    t.right = i(t.right, m);
                  }
                  if (e & d.TOP) {
                    let e = (1 - l.y) * c.height;
                    e += r.y;
                    m = (e *= o.y) - (_.y + (1 - u.y) * h.height * Math.abs(p.y));
                    t.isAbsoluteTop || (m /= c.height);
                    m /= o.y;
                    t.top = i(t.top, m);
                  }
                  if (e & d.BOT) {
                    let e = -l.y * c.height;
                    e += r.y;
                    e *= o.y;
                    m = _.y - u.y * h.height * Math.abs(p.y) - e;
                    t.isAbsoluteBottom || (m /= c.height);
                    m /= o.y;
                    t.bottom = i(t.bottom, m);
                  }
                }
              },
              updateAlignment: function t(e) {
                const i = e.parent;
                i && _y.isNode(i) && t(i);
                const s = e.getComponent(lXt);
                s && i && BWt(e, s);
              },
              AlignMode: nXt,
              AlignFlags: rXt
            });
            IR.on(RR.EVENT_INIT, (() => {
              NWt.init();
            }));
            var LWt;
            let FWt = function(e) {
              return t({
                SafeArea: e,
                SafeAreaComponent: e
              }), e;
            }(Ul("cc.SafeArea")(LWt = sh()(LWt = zl(110)(LWt = Ql(LWt = $l()(LWt = Gl(lXt)(LWt = class extends Qc {
              onEnable() {
                this.updateArea();
                Lo.on("window-resize", this.updateArea, this);
                Lo.on("orientation-change", this.updateArea, this);
              }
              onDisable() {
                Lo.off("window-resize", this.updateArea, this);
                Lo.off("orientation-change", this.updateArea, this);
              }
              updateArea() {
                const t = this.node.getComponent(lXt);
                const e = this.node.getComponent(jB);
                if (!t || !e) return;
                t.updateAlignment();
                const i = this.node.position.clone();
                const s = e.anchorPoint.clone();
                t.isAlignTop = t.isAlignBottom = t.isAlignLeft = t.isAlignRight = !0;
                const n = JR.getVisibleSize();
                const r = n.width;
                const o = n.height;
                const a = Vo.getSafeAreaRect();
                t.top = o - a.y - a.height;
                t.bottom = a.y;
                t.left = a.x;
                t.right = r - a.x - a.width;
                t.updateAlignment();
                const l = this.node.position.clone();
                const h = s.x - (l.x - i.x) / e.width;
                const c = s.y - (l.y - i.y) / e.height;
                e.setAnchorPoint(h, c);
                NWt.add(t);
              }
            }) || LWt) || LWt) || LWt) || LWt) || LWt) || LWt);
            m.SafeArea = FWt;
            var VWt, kWt, UWt, GWt, zWt, HWt, jWt, XWt, WWt, YWt, qWt, KWt, JWt, ZWt, QWt, $Wt, tYt, eYt, iYt, sYt;
            let nYt = function(e) {
              return t({
                UICoordinateTracker: e,
                UICoordinateTrackerComponent: e
              }), e;
            }((VWt = Ul("cc.UICoordinateTracker"), kWt = sh(), UWt = $l(), GWt = zl(110), zWt = Th(_y), 
            HWt = lh(), jWt = Th(hS), XWt = lh(), WWt = lh(), YWt = lh(), qWt = Th([ Vc ]), 
            KWt = lh(), VWt(JWt = kWt(JWt = UWt(JWt = GWt(JWt = (ZWt = (sYt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "syncEvents", QWt, this);
                Ml(this, "_target", $Wt, this);
                Ml(this, "_camera", tYt, this);
                Ml(this, "_useScale", eYt, this);
                Ml(this, "_distance", iYt, this);
                this._transformPos = new Pi;
                this._viewPos = new Pi;
                this._canMove = !0;
                this._lastWPos = new Pi;
                this._lastCameraPos = new Pi;
              }
              get target() {
                return this._target;
              }
              set target(t) {
                if (this._target !== t) {
                  this._target = t;
                  this._checkCanMove();
                }
              }
              get camera() {
                return this._camera;
              }
              set camera(t) {
                if (this._camera !== t) {
                  this._camera = t;
                  this._checkCanMove();
                }
              }
              get useScale() {
                return this._useScale;
              }
              set useScale(t) {
                this._useScale !== t && (this._useScale = t);
              }
              get distance() {
                return this._distance;
              }
              set distance(t) {
                this._distance !== t && (this._distance = t);
              }
              onEnable() {
                this._checkCanMove();
              }
              update() {
                const t = this.node.worldPosition;
                const e = this._camera;
                if (this._canMove && e && e.camera && (!this._lastWPos.equals(t) || !this._lastCameraPos.equals(e.node.worldPosition))) {
                  this._lastWPos.set(t);
                  this._lastCameraPos.set(e.node.worldPosition);
                  e.camera.update();
                  e.convertToUINode(t, this._target, this._transformPos);
                  this._useScale && Pi.transformMat4(this._viewPos, this.node.worldPosition, e.camera.matView);
                  if (this.syncEvents.length > 0) {
                    const t = this._distance / Math.abs(this._viewPos.z);
                    Vc.emitEvents(this.syncEvents, this._transformPos, t);
                  }
                }
              }
              _checkCanMove() {
                this._canMove = !(!this._camera || !this._target);
              }
            }, sYt), Bl(ZWt.prototype, "target", [ zWt, HWt ], Object.getOwnPropertyDescriptor(ZWt.prototype, "target"), ZWt.prototype), 
            Bl(ZWt.prototype, "camera", [ jWt, XWt ], Object.getOwnPropertyDescriptor(ZWt.prototype, "camera"), ZWt.prototype), 
            Bl(ZWt.prototype, "useScale", [ WWt ], Object.getOwnPropertyDescriptor(ZWt.prototype, "useScale"), ZWt.prototype), 
            Bl(ZWt.prototype, "distance", [ YWt ], Object.getOwnPropertyDescriptor(ZWt.prototype, "distance"), ZWt.prototype), 
            QWt = Bl(ZWt.prototype, "syncEvents", [ qWt, Yl, KWt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), $Wt = Bl(ZWt.prototype, "_target", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), tYt = Bl(ZWt.prototype, "_camera", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), eYt = Bl(ZWt.prototype, "_useScale", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), iYt = Bl(ZWt.prototype, "_distance", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), ZWt)) || JWt) || JWt) || JWt) || JWt));
            var rYt;
            const oYt = [ ny.TOUCH_START, ny.TOUCH_END, ny.TOUCH_MOVE, ny.MOUSE_DOWN, ny.MOUSE_MOVE, ny.MOUSE_UP, ny.MOUSE_ENTER, ny.MOUSE_LEAVE, ny.MOUSE_WHEEL ];
            function aYt(t) {
              t.propagationStopped = !0;
            }
            let lYt = function(e) {
              return t({
                BlockInputEvents: e,
                BlockInputEventsComponent: e
              }), e;
            }(Ul("cc.BlockInputEvents")(rYt = sh()(rYt = $l()(rYt = class extends Qc {
              onEnable() {
                for (let t = 0; t < oYt.length; t++) this.node.on(oYt[t], aYt, this);
              }
              onDisable() {
                for (let t = 0; t < oYt.length; t++) this.node.off(oYt[t], aYt, this);
              }
            }) || rYt) || rYt) || rYt);
            var hYt, cYt, uYt, _Yt, dYt, pYt, mYt, fYt, gYt, yYt, bYt, SYt;
            let AYt = t("SubContextView", (hYt = Ul("cc.SubContextView"), cYt = sh(), uYt = zl(110), 
            _Yt = Gl(jB), dYt = $l(), pYt = lh(), mYt = lh(), hYt(fYt = cYt(fYt = uYt(fYt = _Yt(fYt = dYt(fYt = (gYt = (SYt = class extends Qc {
              get designResolutionSize() {
                return this._designResolutionSize;
              }
              set designResolutionSize(t) {}
              get fps() {
                return this._fps;
              }
              set fps(t) {
                if (this._fps !== t) {
                  this._fps = t;
                  this._updateInterval = 1e3 / t;
                }
              }
              constructor() {
                super();
                Ml(this, "_fps", yYt, this);
                this._sprite = void 0;
                this._imageAsset = void 0;
                this._texture = void 0;
                this._updatedTime = 0;
                this._updateInterval = 0;
                this._openDataContext = void 0;
                this._content = void 0;
                Ml(this, "_designResolutionSize", bYt, this);
                this._content = new _y("content");
                this._content.hideFlags |= co.Flags.DontSave | co.Flags.HideInHierarchy;
                this._sprite = null;
                this._imageAsset = new IC;
                this._openDataContext = null;
                this._updatedTime = performance.now();
                this._texture = new LC;
              }
              onLoad() {
                if (SI.getOpenDataContext) {
                  this._updateInterval = 1e3 / this._fps;
                  this._openDataContext = SI.getOpenDataContext();
                  this._initSharedCanvas();
                  this._initContentNode();
                  this._updateSubContextView();
                  this._updateContentLayer();
                } else this.enabled = !1;
              }
              onEnable() {
                this._registerNodeEvent();
              }
              onDisable() {
                this._unregisterNodeEvent();
              }
              _initSharedCanvas() {
                if (this._openDataContext) {
                  const t = this._openDataContext.canvas;
                  let e = this._designResolutionSize.width;
                  let i = this._designResolutionSize.height;
                  t.width = e;
                  t.height = i;
                }
              }
              _initContentNode() {
                if (this._openDataContext) {
                  const t = this._openDataContext.canvas;
                  const e = this._imageAsset;
                  e.reset(t);
                  this._texture.image = e;
                  this._texture.create(t.width, t.height);
                  this._sprite = this._content.getComponent(cL);
                  this._sprite || (this._sprite = this._content.addComponent(cL));
                  if (this._sprite.spriteFrame) this._sprite.spriteFrame.texture = this._texture; else {
                    const t = new GI;
                    t.texture = this._texture;
                    this._sprite.spriteFrame = t;
                  }
                  this._content.parent = this.node;
                }
              }
              _updateSubContextView() {
                if (!this._openDataContext) return;
                const t = this.node.getComponent(jB);
                const e = this._content.getComponent(jB);
                const i = t.width / e.width;
                const s = t.height / e.height;
                const n = i > s ? s : i;
                e.width *= n;
                e.height *= n;
                const r = JR.getViewportRect();
                const o = e.getBoundingBoxToWorld();
                const a = JR.getVisibleSize();
                const l = Lo.devicePixelRatio;
                const h = (r.width * (o.x / a.width) + r.x) / l;
                const c = (r.height * (o.y / a.height) + r.y) / l;
                const u = r.width * (o.width / a.width) / l;
                const _ = r.height * (o.height / a.height) / l;
                this._openDataContext.postMessage({
                  fromEngine: !0,
                  type: "engine",
                  event: "viewport",
                  x: h,
                  y: c,
                  width: u,
                  height: _
                });
              }
              _updateSubContextTexture() {
                const t = this._imageAsset;
                if (!t || !this._openDataContext) return;
                if (t.width <= 0 || t.height <= 0) return;
                const e = this._openDataContext.canvas;
                t.reset(e);
                (e.width > t.width || e.height > t.height) && this._texture.create(e.width, e.height);
                this._texture.uploadData(e);
              }
              _registerNodeEvent() {
                this.node.on(ny.TRANSFORM_CHANGED, this._updateSubContextView, this);
                this.node.on(ny.SIZE_CHANGED, this._updateSubContextView, this);
                this.node.on(ny.LAYER_CHANGED, this._updateContentLayer, this);
              }
              _unregisterNodeEvent() {
                this.node.off(ny.TRANSFORM_CHANGED, this._updateSubContextView, this);
                this.node.off(ny.SIZE_CHANGED, this._updateSubContextView, this);
                this.node.off(ny.LAYER_CHANGED, this._updateContentLayer, this);
              }
              _updateContentLayer() {
                this._content.layer = this.node.layer;
              }
              update(t) {
                if (void 0 === t) {
                  this._updateSubContextTexture();
                  return;
                }
                if (performance.now() - this._updatedTime >= this._updateInterval) {
                  this._updatedTime += this._updateInterval;
                  this._updateSubContextTexture();
                }
              }
              onDestroy() {
                this._content.destroy();
                this._texture.destroy();
                this._sprite && this._sprite.destroy();
                this._imageAsset.destroy();
                this._openDataContext = null;
              }
            }, SYt), Bl(gYt.prototype, "designResolutionSize", [ pYt ], Object.getOwnPropertyDescriptor(gYt.prototype, "designResolutionSize"), gYt.prototype), 
            Bl(gYt.prototype, "fps", [ mYt ], Object.getOwnPropertyDescriptor(gYt.prototype, "fps"), gYt.prototype), 
            yYt = Bl(gYt.prototype, "_fps", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 60;
              }
            }), bYt = Bl(gYt.prototype, "_designResolutionSize", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return new rs(640, 960);
              }
            }), gYt)) || fYt) || fYt) || fYt) || fYt) || fYt));
            m.SubContextView = AYt;
            et({
              ButtonComponent: {
                newName: "Button",
                since: "1.2.0",
                removed: !1
              },
              EditBoxComponent: {
                newName: "EditBox",
                since: "1.2.0",
                removed: !1
              },
              LayoutComponent: {
                newName: "Layout",
                since: "1.2.0",
                removed: !1
              },
              ProgressBarComponent: {
                newName: "ProgressBar",
                since: "1.2.0",
                removed: !1
              },
              ScrollViewComponent: {
                newName: "ScrollView",
                since: "1.2.0",
                removed: !1
              },
              ScrollBarComponent: {
                newName: "ScrollBar",
                since: "1.2.0",
                removed: !1
              },
              SliderComponent: {
                newName: "Slider",
                since: "1.2.0",
                removed: !1
              },
              ToggleComponent: {
                newName: "Toggle",
                since: "1.2.0",
                removed: !1
              },
              ToggleContainerComponent: {
                newName: "ToggleContainer",
                since: "1.2.0",
                removed: !1
              },
              WidgetComponent: {
                newName: "Widget",
                since: "1.2.0",
                removed: !1
              },
              PageViewComponent: {
                newName: "PageView",
                since: "1.2.0",
                removed: !1
              },
              PageViewIndicatorComponent: {
                newName: "PageViewIndicator",
                since: "1.2.0",
                removed: !1
              },
              SafeAreaComponent: {
                newName: "SafeArea",
                since: "1.2.0",
                removed: !1
              },
              UICoordinateTrackerComponent: {
                newName: "UICoordinateTracker",
                since: "1.2.0",
                removed: !1
              },
              BlockInputEventsComponent: {
                newName: "BlockInputEvents",
                since: "1.2.0",
                removed: !1
              }
            });
            var TYt;
            let vYt = t("UIReorderComponent", Ul("cc.UIReorderComponent")(TYt = class {
              constructor() {
                N(1408, "UIReorderComponent");
              }
            }) || TYt);
            m.UIReorderComponent = vYt;
            m.ButtonComponent = RVt;
            ee.setClassAlias(RVt, "cc.ButtonComponent");
            m.EditBoxComponent = Gkt;
            ee.setClassAlias(Gkt, "cc.EditBoxComponent");
            m.LayoutComponent = JUt;
            ee.setClassAlias(JUt, "cc.LayoutComponent");
            m.ProgressBarComponent = SGt;
            ee.setClassAlias(SGt, "cc.ProgressBarComponent");
            m.ScrollViewComponent = nHt;
            ee.setClassAlias(nHt, "cc.ScrollViewComponent");
            m.ScrollBarComponent = QGt;
            ee.setClassAlias(QGt, "cc.ScrollBarComponent");
            m.SliderComponent = RHt;
            ee.setClassAlias(RHt, "cc.SliderComponent");
            m.ToggleComponent = JHt;
            ee.setClassAlias(JHt, "cc.ToggleComponent");
            m.ToggleContainerComponent = hjt;
            ee.setClassAlias(hjt, "cc.ToggleContainerComponent");
            m.WidgetComponent = lXt;
            ee.setClassAlias(lXt, "cc.WidgetComponent");
            m.PageViewComponent = EWt;
            ee.setClassAlias(EWt, "cc.PageViewComponent");
            m.PageViewIndicatorComponent = MXt;
            ee.setClassAlias(MXt, "cc.PageViewIndicatorComponent");
            m.SafeAreaComponent = FWt;
            ee.setClassAlias(FWt, "cc.SafeAreaComponent");
            ee.setClassAlias(nYt, "cc.UICoordinateTrackerComponent");
            m.BlockInputEventsComponent = lYt;
            ee.setClassAlias(lYt, "cc.BlockInputEventsComponent");
            var EYt, CYt, xYt;
            let wYt = t("VideoClip", Ul("cc.VideoClip")(EYt = (CYt = class extends gc {
              constructor() {
                super();
                Ml(this, "_duration", xYt, this);
                this._video = null;
              }
              set _nativeAsset(t) {
                this._video = t;
                this._duration = t ? t.duration : 0;
              }
              get _nativeAsset() {
                return this._video;
              }
            }, xYt = Bl(CYt.prototype, "_duration", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 0;
              }
            }), CYt)) || EYt);
            function RYt(t, e, i) {
              const s = document.createElement("video");
              const n = document.createElement("source");
              s.appendChild(n);
              const r = new XMLHttpRequest;
              r.open("GET", t, !0);
              r.responseType = "blob";
              r.onload = function() {
                if (200 === this.status || 0 === this.status) {
                  n.src = URL.createObjectURL(this.response);
                  i(null, s);
                } else i(new Error(`${r.status}(no response)`));
              };
              r.onerror = function() {
                const e = `load video failure - ${t}`;
                E(e);
                i(new Error(e));
              };
              r.send();
            }
            function IYt(t, e, i, s) {
              const n = new wYt;
              n._nativeUrl = t;
              n._nativeAsset = e;
              s(null, n);
            }
            Jw.register({
              ".mp4": RYt,
              ".avi": RYt,
              ".mov": RYt,
              ".mpg": RYt,
              ".mpeg": RYt,
              ".rm": RYt,
              ".rmvb": RYt
            });
            sR.register({
              ".mp4": IYt,
              ".avi": IYt,
              ".mov": IYt,
              ".mpg": IYt,
              ".mpeg": IYt,
              ".rm": IYt,
              ".rmvb": IYt
            });
            const MYt = oe({
              REMOTE: 0,
              LOCAL: 1
            });
            let BYt;
            !function(t) {
              t.NONE = "none";
              t.PLAYING = "playing";
              t.PAUSED = "paused";
              t.STOPPED = "stopped";
              t.COMPLETED = "completed";
              t.META_LOADED = "meta-loaded";
              t.READY_TO_PLAY = "ready-to-play";
              t.ERROR = "error";
              t.CLICKED = "clicked";
            }(BYt || (BYt = {}));
            let DYt;
            !function(t) {
              t[t.HAVE_NOTHING = 0] = "HAVE_NOTHING";
              t[t.HAVE_METADATA = 1] = "HAVE_METADATA";
              t[t.HAVE_CURRENT_DATA = 2] = "HAVE_CURRENT_DATA";
              t[t.HAVE_FUTURE_DATA = 3] = "HAVE_FUTURE_DATA";
              t[t.HAVE_ENOUGH_DATA = 4] = "HAVE_ENOUGH_DATA";
            }(DYt || (DYt = {}));
            class PYt {
              constructor(t) {
                this._componentEventList = new Map;
                this._state = BYt.NONE;
                this._video = null;
                this._onHide = void 0;
                this._onShow = void 0;
                this._interrupted = !1;
                this._loaded = !1;
                this._loadedMeta = !1;
                this._ignorePause = !1;
                this._fullScreenOnAwake = !1;
                this._visible = !0;
                this._playing = !1;
                this._cachedCurrentTime = -1;
                this._waitingFullscreen = !1;
                this._waitingPlay = !1;
                this._keepAspectRatio = !1;
                this._component = null;
                this._uiTrans = null;
                this._node = null;
                this._stayOnBottom = !1;
                this._dirty = !1;
                this._forceUpdate = !1;
                this._w = 0;
                this._h = 0;
                this._m00 = 0;
                this._m01 = 0;
                this._m04 = 0;
                this._m05 = 0;
                this._m12 = 0;
                this._m13 = 0;
                this._component = t;
                this._node = t.node;
                this._uiTrans = t.node.getComponent(jB);
                this._onHide = () => {
                  if (this.video && this._state === BYt.PLAYING) {
                    this.video.pause();
                    this._interrupted = !0;
                  }
                };
                this._onShow = () => {
                  if (this._interrupted && this.video) {
                    this.video.play();
                    this._interrupted = !1;
                  }
                };
                m.game.on(m.Game.EVENT_HIDE, this._onHide);
                m.game.on(m.Game.EVENT_SHOW, this._onShow);
              }
              get fullScreenOnAwake() {
                return this._fullScreenOnAwake;
              }
              get loaded() {
                return this._loaded;
              }
              get componentEventList() {
                return this._componentEventList;
              }
              get video() {
                return this._video;
              }
              get state() {
                return this._state;
              }
              get isPlaying() {
                return this._playing;
              }
              get UICamera() {
                return IR.root.batcher2D.getFirstRenderCamera(this._node);
              }
              onLoadedMetadata(t) {
                this._loadedMeta = !0;
                this._forceUpdate = !0;
                this._visible ? this.enable() : this.disable();
                this.dispatchEvent(BYt.META_LOADED);
                const e = t.target;
                this._keepAspectRatio && e && this.syncUITransform(e.videoWidth, e.videoHeight);
                this.delayedFullScreen();
                this.delayedPlay();
              }
              onCanPlay(t) {
                this._loaded = !0;
                this.dispatchEvent(BYt.READY_TO_PLAY);
              }
              onPlay(t) {
                this._playing = !0;
                this.dispatchEvent(BYt.PLAYING);
              }
              onPlaying(t) {
                this.dispatchEvent(BYt.PLAYING);
              }
              onPause(t) {
                if (this._ignorePause) this._ignorePause = !1; else {
                  this._playing = !1;
                  this.dispatchEvent(BYt.PAUSED);
                }
              }
              onStoped(t) {
                this._playing = !1;
                this._ignorePause = !1;
                this.dispatchEvent(BYt.STOPPED);
              }
              onEnded(t) {
                this.dispatchEvent(BYt.COMPLETED);
              }
              onClick(t) {
                this.dispatchEvent(BYt.CLICKED);
              }
              onError(t) {
                this.dispatchEvent(BYt.ERROR);
                const e = t.target;
                e && e.error && x(`Error ${e.error.code}; details: ${e.error.message}`);
              }
              play() {
                this._loadedMeta || this._loaded ? this.canPlay() : this._waitingPlay = !0;
              }
              delayedPlay() {
                if (this._waitingPlay) {
                  this.canPlay();
                  this._waitingPlay = !1;
                }
              }
              syncFullScreenOnAwake(t) {
                this._fullScreenOnAwake = t;
                this._loadedMeta || this._loaded ? this.canFullScreen(t) : this._waitingFullscreen = !0;
              }
              delayedFullScreen() {
                if (this._waitingFullscreen) {
                  this.canFullScreen(this._fullScreenOnAwake);
                  this._waitingFullscreen = !1;
                }
              }
              dispatchEvent(t) {
                const e = this._componentEventList.get(t);
                if (e) {
                  this._state = t;
                  e.call(this);
                }
              }
              syncUITransform(t, e) {
                if (this._uiTrans) {
                  this._uiTrans.width = t;
                  this._uiTrans.height = e;
                }
              }
              syncCurrentTime() {
                if (this.video && -1 !== this._cachedCurrentTime && this.video.currentTime !== this._cachedCurrentTime) {
                  this.seekTo(this._cachedCurrentTime);
                  this._cachedCurrentTime = -1;
                }
              }
              destroy() {
                this.removeVideoPlayer();
                this._componentEventList.clear();
                m.game.off(m.Game.EVENT_HIDE, this._onHide);
                m.game.off(m.Game.EVENT_SHOW, this._onShow);
              }
            }
            m.internal.VideoPlayerImpl = PYt;
            const OYt = Zi();
            class NYt extends PYt {
              constructor(t) {
                super(t);
                this._eventList = new Map;
                this._clearColorA = -1;
                this._clearFlag = void 0;
              }
              addListener(t, e) {
                if (this._video) {
                  this._eventList.set(t, e);
                  this._video.addEventListener(t, e);
                }
              }
              removeAllListeners() {
                this._eventList.forEach(((t, e) => {
                  this._video && this._video.removeEventListener(e, t);
                }));
                this._eventList.clear();
              }
              canPlay() {
                if (this.video) {
                  const t = this.video.play();
                  window.Promise && t instanceof Promise && t.catch((t => {})).then((() => {
                    this.syncCurrentTime();
                  }));
                }
              }
              pause() {
                if (this.video) {
                  this.video.pause();
                  this._cachedCurrentTime = this.video.currentTime;
                }
              }
              resume() {
                this.play();
              }
              stop() {
                if (this.video) {
                  this._ignorePause = !0;
                  this.video.currentTime = 0;
                  this.video.pause();
                  this._cachedCurrentTime = 0;
                  setTimeout((() => {
                    this._ignorePause = !1;
                    this.dispatchEvent(BYt.STOPPED);
                  }), 0);
                }
              }
              syncClip(t) {
                this.removeVideoPlayer();
                t && this.createVideoPlayer(t.nativeUrl);
              }
              syncURL(t) {
                this.removeVideoPlayer();
                t && this.createVideoPlayer(t);
              }
              syncPlaybackRate(t) {
                Vo.browserType !== Co.UC ? this.video && (this.video.playbackRate = t) : C("playbackRate is not supported by the uc mobile browser.");
              }
              syncVolume(t) {
                this.video && (this.video.volume = t);
              }
              syncMute(t) {
                this.video && (this.video.muted = t);
              }
              syncLoop(t) {
                this.video && (this.video.loop = t);
              }
              getDuration() {
                return this.video ? this.video.duration : 0;
              }
              getCurrentTime() {
                return this.video ? this.video.currentTime : -1;
              }
              seekTo(t) {
                this.video && (this.video.currentTime = t);
              }
              canFullScreen(t) {
                const e = this._video;
                if (e && e.readyState === DYt.HAVE_ENOUGH_DATA) if (Vo.os === Ro.IOS && Vo.isBrowser) {
                  t ? e.webkitEnterFullscreen && e.webkitEnterFullscreen() : e.webkitExitFullscreen && e.webkitExitFullscreen();
                  this._fullScreenOnAwake = e.webkitDisplayingFullscreen;
                } else if (Fo.supportsFullScreen) if (t) {
                  Vo.browserType === Co.IE && (e.style.transform = "");
                  e.setAttribute("x5-video-player-fullscreen", "true");
                  Fo.requestFullScreen(e, (t => {
                    const i = Vo.browserType === Co.IE ? t.msFullscreenElement : t.fullscreenElement;
                    this._fullScreenOnAwake = i === e;
                  }), (() => {
                    this._fullScreenOnAwake = !1;
                  }));
                } else {
                  e.removeAttribute("x5-video-player-fullscreen");
                  Fo.exitFullScreen();
                } else {
                  this._fullScreenOnAwake = t;
                  this._forceUpdate = !0;
                  this.syncMatrix();
                }
              }
              syncStayOnBottom(t) {
                if (this._video) {
                  this._video.style["z-index"] = t ? -32768 : 0;
                  this._stayOnBottom = t;
                }
                this._dirty = !0;
              }
              syncKeepAspectRatio(t) {
                this._keepAspectRatio = t;
                t && this._loadedMeta && this._video && this.syncUITransform(this._video.videoWidth, this._video.videoHeight);
              }
              removeVideoPlayer() {
                const t = this._video;
                if (t && Se(BR.container, t)) {
                  BR.container.removeChild(t);
                  this.removeAllListeners();
                }
                this._cachedCurrentTime = 0;
                this._playing = !1;
                this._loaded = !1;
                this._loadedMeta = !1;
                this._video = null;
              }
              createVideoPlayer(t) {
                const e = this._video = document.createElement("video");
                e.className = "cocosVideo";
                e.style.visibility = "hidden";
                e.style.position = "absolute";
                e.style.bottom = "0px";
                e.style.left = "0px";
                e.style["transform-origin"] = "0px 100% 0px";
                e.style["-webkit-transform-origin"] = "0px 100% 0px";
                e.setAttribute("preload", "auto");
                e.setAttribute("webkit-playsinline", "");
                e.setAttribute("x5-playsinline", "");
                e.setAttribute("playsinline", "");
                this._bindDomEvent();
                BR.container.appendChild(e);
                const i = document.createElement("source");
                e.appendChild(i);
                i.src = t;
              }
              _bindDomEvent() {
                this._video;
                this.addListener("loadedmetadata", this.onLoadedMetadata.bind(this));
                this.addListener("canplay", this.onCanPlay.bind(this));
                this.addListener("canplaythrough", this.onCanPlay.bind(this));
                this.addListener("play", this.onPlay.bind(this));
                this.addListener("playing", this.onPlaying.bind(this));
                this.addListener("pause", this.onPause.bind(this));
                this.addListener("click", this.onClick.bind(this));
                this.addListener("ended", this.onEnded.bind(this));
                this.addListener("error", this.onError.bind(this));
              }
              onCanPlay(t) {
                const e = t.target;
                if (!this._loaded || !e) switch (e.readyState) {
                 case DYt.HAVE_METADATA:
                 case DYt.HAVE_ENOUGH_DATA:
                  super.onCanPlay(t);
                }
              }
              enable() {
                if (this._video) {
                  this._visible = !0;
                  if ("visible" === this._video.style.visibility) return;
                  this._video.style.visibility = "visible";
                }
              }
              disable(t) {
                if (this._video) {
                  !t && this._playing && this._video.pause();
                  this._visible = !1;
                  if ("hidden" === this._video.style.visibility) return;
                  this._video.style.visibility = "hidden";
                }
              }
              syncMatrix() {
                if (!this._video || !this._visible || !this._component) return;
                const t = this.UICamera;
                if (!t) return;
                if (Fo.fullScreen()) return;
                if (this._dirty) {
                  this._dirty = !1;
                  if (this._stayOnBottom) {
                    this._clearColorA = t.clearColor.w;
                    this._clearFlag = t.clearFlag;
                    t.clearColor.w = 0;
                    t.clearFlag = en.ALL;
                  } else if (this._clearFlag) {
                    t.clearColor.w = this._clearColorA;
                    t.clearFlag = this._clearFlag;
                    this._clearColorA = -1;
                    this._clearFlag = null;
                  }
                }
                this._component.node.getWorldMatrix(OYt);
                t.update(!0);
                t.worldMatrixToScreen(OYt, OYt, BR.canvas.width, BR.canvas.height);
                let e = 0;
                let i = 0;
                if (this._fullScreenOnAwake) {
                  e = HR.width;
                  i = HR.height;
                } else {
                  e = this._uiTrans.contentSize.width;
                  i = this._uiTrans.contentSize.height;
                }
                if (!this._forceUpdate && this._m00 === OYt.m00 && this._m01 === OYt.m01 && this._m04 === OYt.m04 && this._m05 === OYt.m05 && this._m12 === OYt.m12 && this._m13 === OYt.m13 && this._w === e && this._h === i) return;
                this._m00 = OYt.m00;
                this._m01 = OYt.m01;
                this._m04 = OYt.m04;
                this._m05 = OYt.m05;
                this._m12 = OYt.m12;
                this._m13 = OYt.m13;
                this._w = e;
                this._h = i;
                const s = Lo.devicePixelRatio;
                const n = 1 / s;
                const r = 1 / s;
                const o = BR.container;
                const a = OYt.m00 * n;
                const l = OYt.m01;
                const h = OYt.m04;
                const c = OYt.m05 * r;
                this._video.style.width = `${this._w}px`;
                this._video.style.height = `${this._h}px`;
                Vo.browserType !== Co.MOBILE_QQ ? this._video.style.objectFit = this._keepAspectRatio ? "none" : "fill" : C("keepAspectRatio is not supported by the qq mobile browser.");
                const u = this._w * n;
                const _ = this._h * r;
                const {x: d, y: p} = this._uiTrans.anchorPoint;
                const m = u * OYt.m00 * d;
                const f = _ * OYt.m05 * p;
                const g = o && o.style.paddingLeft ? parseInt(o.style.paddingLeft) : 0;
                const y = o && o.style.paddingBottom ? parseInt(o.style.paddingBottom) : 0;
                const b = `matrix(${a},${-l},${-h},${c},${OYt.m12 * n - m + g},${-(OYt.m13 * r - f + y)})`;
                this._video.style.transform = b;
                this._video.style["-webkit-transform"] = b;
                Vo.browserType !== Co.IE && (this._forceUpdate = !1);
              }
            }
            class LYt {
              static getImpl(t) {
                return new NYt(t);
              }
            }
            m.internal.VideoPlayerImplManager = LYt;
            var FYt, VYt, kYt, UYt, GYt, zYt, HYt, jYt, XYt, WYt, YYt, qYt, KYt, JYt, ZYt, QYt, $Yt, tqt, eqt, iqt, sqt, nqt, rqt, oqt, aqt, lqt, hqt, cqt, uqt, _qt, dqt, pqt, mqt, fqt, gqt, yqt, bqt, Sqt, Aqt;
            let Tqt = t("VideoPlayer", (FYt = Ul("cc.VideoPlayer"), VYt = sh(), kYt = $l(), 
            UYt = Gl(jB), GYt = Th(wYt), zYt = Th(MYt), HYt = lh(), jYt = lh(), XYt = Th(wYt), 
            WYt = lh(), YYt = lh(), qYt = hh(), KYt = lh(), JYt = hh(), ZYt = lh(), QYt = lh(), 
            $Yt = lh(), tqt = lh(), eqt = lh(), iqt = lh(), sqt = Th([ Vc ]), nqt = ph(), rqt = lh(), 
            FYt(oqt = VYt(oqt = kYt(oqt = UYt(oqt = Ql(oqt = (aqt = (Aqt = Sqt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_resourceType", lqt, this);
                Ml(this, "_remoteURL", hqt, this);
                Ml(this, "_clip", cqt, this);
                Ml(this, "_playOnAwake", uqt, this);
                Ml(this, "_volume", _qt, this);
                Ml(this, "_mute", dqt, this);
                Ml(this, "_playbackRate", pqt, this);
                Ml(this, "_loop", mqt, this);
                Ml(this, "_fullScreenOnAwake", fqt, this);
                Ml(this, "_stayOnBottom", gqt, this);
                Ml(this, "_keepAspectRatio", yqt, this);
                this._impl = null;
                this._cachedCurrentTime = 0;
                Ml(this, "videoPlayerEvent", bqt, this);
              }
              get resourceType() {
                return this._resourceType;
              }
              set resourceType(t) {
                if (this._resourceType !== t) {
                  this._resourceType = t;
                  this.syncSource();
                }
              }
              get remoteURL() {
                return this._remoteURL;
              }
              set remoteURL(t) {
                if (this._remoteURL !== t) {
                  this._remoteURL = t;
                  this.syncSource();
                }
              }
              get clip() {
                return this._clip;
              }
              set clip(t) {
                if (this._clip !== t) {
                  this._clip = t;
                  this.syncSource();
                }
              }
              get playOnAwake() {
                return this._playOnAwake;
              }
              set playOnAwake(t) {
                this._playOnAwake = t;
              }
              get playbackRate() {
                return this._playbackRate;
              }
              set playbackRate(t) {
                this._playbackRate = t;
                this._impl && this._impl.syncPlaybackRate(t);
              }
              get volume() {
                return this._volume;
              }
              set volume(t) {
                this._volume = t;
                this._impl && this._impl.syncVolume(t);
              }
              get mute() {
                return this._mute;
              }
              set mute(t) {
                this._mute = t;
                this._impl && this._impl.syncMute(t);
              }
              get loop() {
                return this._loop;
              }
              set loop(t) {
                this._loop = t;
                this._impl && this._impl.syncLoop(t);
              }
              get keepAspectRatio() {
                return this._keepAspectRatio;
              }
              set keepAspectRatio(t) {
                if (this._keepAspectRatio !== t) {
                  this._keepAspectRatio = t;
                  this._impl && this._impl.syncKeepAspectRatio(t);
                }
              }
              get fullScreenOnAwake() {
                if (this._impl) {
                  this._fullScreenOnAwake = this._impl.fullScreenOnAwake;
                  return this._fullScreenOnAwake;
                }
                return this._fullScreenOnAwake;
              }
              set fullScreenOnAwake(t) {
                if (this._fullScreenOnAwake !== t) {
                  this._fullScreenOnAwake = t;
                  this._impl && this._impl.syncFullScreenOnAwake(t);
                }
              }
              get stayOnBottom() {
                return this._stayOnBottom;
              }
              set stayOnBottom(t) {
                if (this._stayOnBottom !== t) {
                  this._stayOnBottom = t;
                  this._impl && this._impl.syncStayOnBottom(t);
                }
              }
              get nativeVideo() {
                return this._impl && this._impl.video || null;
              }
              get currentTime() {
                return this._impl ? this._impl.getCurrentTime() : this._cachedCurrentTime;
              }
              set currentTime(t) {
                if (Number.isNaN(t)) C(`illegal video time! value:${t}`); else {
                  t = _i(t, 0, this.duration);
                  this._cachedCurrentTime = t;
                  this._impl && this._impl.seekTo(t);
                }
              }
              get duration() {
                return this._impl ? this._impl.getDuration() : 0;
              }
              get state() {
                return this._impl ? this._impl.state : BYt.NONE;
              }
              get isPlaying() {
                return !!this._impl && this._impl.isPlaying;
              }
              syncSource() {
                this._impl && (this._resourceType === MYt.REMOTE ? this._impl.syncURL(this._remoteURL) : this._impl.syncClip(this._clip));
              }
              __preload() {
                this._impl = LYt.getImpl(this);
                this.syncSource();
                this._impl.syncLoop(this._loop);
                this._impl.syncVolume(this._volume);
                this._impl.syncMute(this._mute);
                this._impl.seekTo(this._cachedCurrentTime);
                this._impl.syncPlaybackRate(this._playbackRate);
                this._impl.syncStayOnBottom(this._stayOnBottom);
                this._impl.syncKeepAspectRatio(this._keepAspectRatio);
                this._impl.syncFullScreenOnAwake(this._fullScreenOnAwake);
                this._impl.componentEventList.set(BYt.META_LOADED, this.onMetaLoaded.bind(this));
                this._impl.componentEventList.set(BYt.READY_TO_PLAY, this.onReadyToPlay.bind(this));
                this._impl.componentEventList.set(BYt.PLAYING, this.onPlaying.bind(this));
                this._impl.componentEventList.set(BYt.PAUSED, this.onPaused.bind(this));
                this._impl.componentEventList.set(BYt.STOPPED, this.onStopped.bind(this));
                this._impl.componentEventList.set(BYt.COMPLETED, this.onCompleted.bind(this));
                this._impl.componentEventList.set(BYt.ERROR, this.onError.bind(this));
                this._playOnAwake && this._impl.loaded && this.play();
              }
              onEnable() {
                this._impl && this._impl.enable();
              }
              onDisable() {
                this._impl && this._impl.disable();
              }
              onDestroy() {
                if (this._impl) {
                  this._impl.destroy();
                  this._impl = null;
                }
              }
              update(t) {
                this._impl && this._impl.syncMatrix();
              }
              onMetaLoaded() {
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.META_LOADED);
                this.node.emit("meta-loaded", this);
              }
              onReadyToPlay() {
                this._playOnAwake && !this.isPlaying && this.play();
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.READY_TO_PLAY);
                this.node.emit(BYt.READY_TO_PLAY, this);
              }
              onPlaying() {
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.PLAYING);
                this.node.emit(BYt.PLAYING, this);
              }
              onPaused() {
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.PAUSED);
                this.node.emit(BYt.PAUSED, this);
              }
              onStopped() {
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.STOPPED);
                this.node.emit(BYt.STOPPED, this);
              }
              onCompleted() {
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.COMPLETED);
                this.node.emit(BYt.COMPLETED, this);
              }
              onError() {
                Vc.emitEvents(this.videoPlayerEvent, this, BYt.ERROR);
                this.node.emit(BYt.ERROR, this);
              }
              play() {
                this._impl && this._impl.play();
              }
              resume() {
                this._impl && this._impl.resume();
              }
              pause() {
                this._impl && this._impl.pause();
              }
              stop() {
                this._impl && this._impl.stop();
              }
            }, Sqt.EventType = BYt, Sqt.ResourceType = MYt, Aqt), lqt = Bl(aqt.prototype, "_resourceType", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return MYt.LOCAL;
              }
            }), hqt = Bl(aqt.prototype, "_remoteURL", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "";
              }
            }), cqt = Bl(aqt.prototype, "_clip", [ GYt, Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return null;
              }
            }), uqt = Bl(aqt.prototype, "_playOnAwake", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), _qt = Bl(aqt.prototype, "_volume", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), dqt = Bl(aqt.prototype, "_mute", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), pqt = Bl(aqt.prototype, "_playbackRate", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return 1;
              }
            }), mqt = Bl(aqt.prototype, "_loop", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), fqt = Bl(aqt.prototype, "_fullScreenOnAwake", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), gqt = Bl(aqt.prototype, "_stayOnBottom", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !1;
              }
            }), yqt = Bl(aqt.prototype, "_keepAspectRatio", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return !0;
              }
            }), Bl(aqt.prototype, "resourceType", [ zYt, HYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "resourceType"), aqt.prototype), 
            Bl(aqt.prototype, "remoteURL", [ jYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "remoteURL"), aqt.prototype), 
            Bl(aqt.prototype, "clip", [ XYt, WYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "clip"), aqt.prototype), 
            Bl(aqt.prototype, "playOnAwake", [ YYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "playOnAwake"), aqt.prototype), 
            Bl(aqt.prototype, "playbackRate", [ dh, qYt, KYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "playbackRate"), aqt.prototype), 
            Bl(aqt.prototype, "volume", [ dh, JYt, ZYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "volume"), aqt.prototype), 
            Bl(aqt.prototype, "mute", [ QYt ], Object.getOwnPropertyDescriptor(aqt.prototype, "mute"), aqt.prototype), 
            Bl(aqt.prototype, "loop", [ $Yt ], Object.getOwnPropertyDescriptor(aqt.prototype, "loop"), aqt.prototype), 
            Bl(aqt.prototype, "keepAspectRatio", [ tqt ], Object.getOwnPropertyDescriptor(aqt.prototype, "keepAspectRatio"), aqt.prototype), 
            Bl(aqt.prototype, "fullScreenOnAwake", [ eqt ], Object.getOwnPropertyDescriptor(aqt.prototype, "fullScreenOnAwake"), aqt.prototype), 
            Bl(aqt.prototype, "stayOnBottom", [ iqt ], Object.getOwnPropertyDescriptor(aqt.prototype, "stayOnBottom"), aqt.prototype), 
            bqt = Bl(aqt.prototype, "videoPlayerEvent", [ Yl, sqt, nqt, rqt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), aqt)) || oqt) || oqt) || oqt) || oqt) || oqt));
            m.internal.VideoPlayer = Tqt;
            W(Tqt.prototype, "VideoPlayer.prototype", [ {
              name: "onPasued",
              newName: "onPaused"
            } ]);
            let vqt;
            !function(t) {
              t.NONE = "none";
              t.LOADING = "loading";
              t.LOADED = "loaded";
              t.ERROR = "error";
            }(vqt || (vqt = {}));
            class Eqt {
              constructor(t) {
                this._componentEventList = new Map;
                this._state = vqt.NONE;
                this._wrapper = void 0;
                this._webview = null;
                this._loaded = !1;
                this._forceUpdate = !1;
                this._component = null;
                this._uiTrans = null;
                this._node = null;
                this._w = 0;
                this._h = 0;
                this._m00 = 0;
                this._m01 = 0;
                this._m04 = 0;
                this._m05 = 0;
                this._m12 = 0;
                this._m13 = 0;
                this._component = t;
                this._node = t.node;
                this._uiTrans = t.node.getComponent(jB);
                this.reset();
                this.createWebView();
              }
              reset() {
                this._wrapper = null;
                this._webview = null;
                this._loaded = !1;
                this._w = 0;
                this._h = 0;
                this._m00 = 0;
                this._m01 = 0;
                this._m04 = 0;
                this._m05 = 0;
                this._m12 = 0;
                this._m13 = 0;
                this._state = vqt.NONE;
                this._forceUpdate = !1;
              }
              get loaded() {
                return this._loaded;
              }
              get componentEventList() {
                return this._componentEventList;
              }
              get webview() {
                return this._webview;
              }
              get state() {
                return this._state;
              }
              get UICamera() {
                return IR.root.batcher2D.getFirstRenderCamera(this._node);
              }
              dispatchEvent(t, ...e) {
                const i = this._componentEventList.get(t);
                if (i) {
                  this._state = t;
                  i.call(this, e);
                }
              }
              destroy() {
                this.removeWebView();
                this._wrapper = null;
                this._webview = null;
                this._loaded = !1;
                this._component = null;
                this._uiTrans = null;
                this._forceUpdate = !1;
                this._componentEventList.clear();
              }
            }
            m.internal.WebViewImpl = Eqt;
            const Cqt = Zi();
            class xqt extends Eqt {
              constructor(t) {
                super(t);
              }
              _bindDomEvent() {
                if (!this.webview) return;
                this.webview.addEventListener("load", (t => {
                  this._forceUpdate = !0;
                  this.dispatchEvent(vqt.LOADED);
                  const e = t.target;
                  const i = e.contentDocument && e.contentDocument.body;
                  i && i.innerHTML.includes("404") && this.dispatchEvent(vqt.ERROR, i.innerHTML);
                }));
              }
              loadURL(t) {
                if (this.webview) {
                  this.webview.src = t;
                  this.dispatchEvent(vqt.LOADING);
                }
              }
              createWebView() {
                const t = document.createElement("div");
                this._wrapper = t;
                t.id = "webview-wrapper";
                t.style["-webkit-overflow"] = "auto";
                t.style["-webkit-overflow-scrolling"] = "touch";
                t.style.position = "absolute";
                t.style.bottom = "0px";
                t.style.left = "0px";
                t.style.transformOrigin = "0px 100% 0px";
                t.style["-webkit-transform-origin"] = "0px 100% 0px";
                BR.container.appendChild(t);
                const e = document.createElement("iframe");
                this._webview = e;
                e.id = "webview";
                e.style.border = "none";
                e.style.width = "100%";
                e.style.height = "100%";
                t.appendChild(e);
                this._bindDomEvent();
              }
              removeWebView() {
                const t = this._wrapper;
                Se(BR.container, t) && BR.container.removeChild(t);
                this.reset();
              }
              enable() {
                this._wrapper && (this._wrapper.style.visibility = "visible");
              }
              disable() {
                this._wrapper && (this._wrapper.style.visibility = "hidden");
              }
              evaluateJS(t) {
                if (this.webview) {
                  const e = this.webview.contentWindow;
                  if (e) try {
                    e.eval(t);
                  } catch (t) {
                    this.dispatchEvent(vqt.ERROR, t);
                    x(t);
                  }
                }
              }
              setOnJSCallback(t) {
                C("The platform does not support");
              }
              setJavascriptInterfaceScheme(t) {
                C("The platform does not support");
              }
              syncMatrix() {
                if (!this._wrapper || !this._uiTrans || !this._component || "hidden" === this._wrapper.style.visibility) return;
                const t = this.UICamera;
                if (!t) return;
                this._component.node.getWorldMatrix(Cqt);
                t.update(!0);
                t.worldMatrixToScreen(Cqt, Cqt, BR.canvas.width, BR.canvas.height);
                const {width: e, height: i} = this._uiTrans.contentSize;
                if (!this._forceUpdate && this._m00 === Cqt.m00 && this._m01 === Cqt.m01 && this._m04 === Cqt.m04 && this._m05 === Cqt.m05 && this._m12 === Cqt.m12 && this._m13 === Cqt.m13 && this._w === e && this._h === i) return;
                this._m00 = Cqt.m00;
                this._m01 = Cqt.m01;
                this._m04 = Cqt.m04;
                this._m05 = Cqt.m05;
                this._m12 = Cqt.m12;
                this._m13 = Cqt.m13;
                this._w = e;
                this._h = i;
                const s = Lo.devicePixelRatio;
                const n = 1 / s;
                const r = 1 / s;
                const o = BR.container;
                const a = Cqt.m00 * n;
                const l = Cqt.m01;
                const h = Cqt.m04;
                const c = Cqt.m05 * r;
                this._wrapper.style.width = `${e}px`;
                this._wrapper.style.height = `${i}px`;
                const u = this._w * n;
                const _ = this._h * r;
                const d = u * Cqt.m00 * this._uiTrans.anchorX;
                const p = _ * Cqt.m05 * this._uiTrans.anchorY;
                const m = o && o.style.paddingLeft ? parseInt(o.style.paddingLeft) : 0;
                const f = o && o.style.paddingBottom ? parseInt(o.style.paddingBottom) : 0;
                const g = `matrix(${a},${-l},${-h},${c},${Cqt.m12 * n - d + m},${-(Cqt.m13 * r - p + f)})`;
                this._wrapper.style.transform = g;
                this._wrapper.style["-webkit-transform"] = g;
                this._forceUpdate = !1;
              }
            }
            class wqt {
              static getImpl(t) {
                return new xqt(t);
              }
            }
            m.internal.WebViewImplManager = wqt;
            var Rqt, Iqt, Mqt, Bqt, Dqt, Pqt, Oqt, Nqt, Lqt, Fqt, Vqt, kqt, Uqt, Gqt;
            let zqt = t("WebView", (Rqt = Ul("cc.WebView"), Iqt = sh(), Mqt = $l(), Bqt = Gl(jB), 
            Dqt = lh(), Pqt = Th([ Vc ]), Oqt = ph(), Nqt = lh(), Rqt(Lqt = Iqt(Lqt = Mqt(Lqt = Bqt(Lqt = Ql(Lqt = (Fqt = (Gqt = Uqt = class extends Qc {
              constructor(...t) {
                super(...t);
                Ml(this, "_url", Vqt, this);
                this._impl = null;
                Ml(this, "webviewEvents", kqt, this);
              }
              get url() {
                return this._url;
              }
              set url(t) {
                this._url = t;
                this._impl && this._impl.loadURL(t);
              }
              get nativeWebView() {
                return this._impl && this._impl.webview || null;
              }
              get state() {
                return this._impl ? this._impl.state : vqt.NONE;
              }
              setJavascriptInterfaceScheme(t) {
                this._impl && this._impl.setJavascriptInterfaceScheme(t);
              }
              setOnJSCallback(t) {
                this._impl && this._impl.setOnJSCallback(t);
              }
              evaluateJS(t) {
                this._impl && this._impl.evaluateJS(t);
              }
              __preload() {
                this._impl = wqt.getImpl(this);
                this._impl.componentEventList.set(vqt.LOADING, this.onLoading.bind(this));
                this._impl.componentEventList.set(vqt.LOADED, this.onLoaded.bind(this));
                this._impl.componentEventList.set(vqt.ERROR, this.onError.bind(this));
                this._impl.loadURL(this._url);
              }
              onLoading() {
                Vc.emitEvents(this.webviewEvents, this, vqt.LOADING);
                this.node.emit(vqt.LOADING, this);
              }
              onLoaded() {
                Vc.emitEvents(this.webviewEvents, this, vqt.LOADED);
                this.node.emit(vqt.LOADED, this);
              }
              onError(...t) {
                Vc.emitEvents(this.webviewEvents, this, vqt.ERROR, t);
                this.node.emit(vqt.ERROR, this, t);
              }
              onEnable() {
                this._impl && this._impl.enable();
              }
              onDisable() {
                this._impl && this._impl.disable();
              }
              onDestroy() {
                if (this._impl) {
                  this._impl.destroy();
                  this._impl = null;
                }
              }
              update(t) {
                this._impl && this._impl.syncMatrix();
              }
            }, Uqt.EventType = vqt, Gqt), Vqt = Bl(Fqt.prototype, "_url", [ Yl ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return "https://cocos.com";
              }
            }), Bl(Fqt.prototype, "url", [ Dqt ], Object.getOwnPropertyDescriptor(Fqt.prototype, "url"), Fqt.prototype), 
            kqt = Bl(Fqt.prototype, "webviewEvents", [ Yl, Pqt, Oqt, Nqt ], {
              configurable: !0,
              enumerable: !0,
              writable: !0,
              initializer: function() {
                return [];
              }
            }), Fqt)) || Lqt) || Lqt) || Lqt) || Lqt) || Lqt));
            m.internal.WebView = zqt;
          }
        };
      }));
    },
    582: (t, e) => {
      "use strict";
      Object.defineProperty(e, "__esModule", {
        value: !0
      });
      e.default = void 0;
      e.default = {
        imports: {
          cc: "./cocos-js/cc.js"
        }
      };
    },
    457: () => {
      "use strict";
      !function() {
        function t(t, e) {
          return (e || "") + " (SystemJS Error#" + t + " https://git.io/JvFET#" + t + ")";
        }
        var e = "undefined" != typeof Symbol;
        var i = "undefined" != typeof self;
        var s = "undefined" != typeof document;
        var n = i ? self : global;
        var r;
        if (s) {
          var o = document.querySelector("base[href]");
          o && (r = o.href);
        }
        if (!r && "undefined" != typeof location) {
          var a = (r = location.href.split("#")[0].split("?")[0]).lastIndexOf("/");
          -1 !== a && (r = r.slice(0, a + 1));
        }
        var l = /\\/g;
        function h(t, e) {
          -1 !== t.indexOf("\\") && (t = t.replace(l, "/"));
          if ("/" === t[0] && "/" === t[1]) return e.slice(0, e.indexOf(":") + 1) + t;
          if ("." === t[0] && ("/" === t[1] || "." === t[1] && ("/" === t[2] || 2 === t.length && (t += "/")) || 1 === t.length && (t += "/")) || "/" === t[0]) {
            var i = e.slice(0, e.indexOf(":") + 1);
            var s;
            s = "/" === e[i.length + 1] ? "file:" !== i ? (s = e.slice(i.length + 2)).slice(s.indexOf("/") + 1) : e.slice(8) : e.slice(i.length + ("/" === e[i.length]));
            if ("/" === t[0]) return e.slice(0, e.length - s.length - 1) + t;
            var n = s.slice(0, s.lastIndexOf("/") + 1) + t;
            var r = [];
            var o = -1;
            for (var a = 0; a < n.length; a++) if (-1 !== o) {
              if ("/" === n[a]) {
                r.push(n.slice(o, a + 1));
                o = -1;
              }
            } else if ("." === n[a]) if ("." !== n[a + 1] || "/" !== n[a + 2] && a + 2 !== n.length) "/" === n[a + 1] || a + 1 === n.length ? a += 1 : o = a; else {
              r.pop();
              a += 2;
            } else o = a;
            -1 !== o && r.push(n.slice(o));
            return e.slice(0, e.length - s.length) + r.join("");
          }
        }
        function c(t, e) {
          return h(t, e) || (-1 !== t.indexOf(":") ? t : h("./" + t, e));
        }
        function u(t, e, i, s, n) {
          for (var r in t) {
            var o = h(r, i) || r;
            var a = t[r];
            if ("string" == typeof a) {
              var l = m(s, h(a, i) || a, n);
              l ? e[o] = l : p("W1", r, a, "bare specifier did not resolve");
            }
          }
        }
        function _(t, e) {
          if (e[t]) return t;
          var i = t.length;
          do {
            var s = t.slice(0, i + 1);
            if (s in e) return s;
          } while (-1 !== (i = t.lastIndexOf("/", i - 1)));
        }
        function d(t, e) {
          var i = _(t, e);
          if (i) {
            var s = e[i];
            if (null === s) return;
            if (!(t.length > i.length && "/" !== s[s.length - 1])) return s + t.slice(i.length);
            p("W2", i, s, "should have a trailing '/'");
          }
        }
        function p(e, i, s, n) {
          console.warn(t(e, "Package target " + n + ", resolving target '" + s + "' for " + i));
        }
        function m(t, e, i) {
          var s = t.scopes;
          var n = i && _(i, s);
          for (;n; ) {
            var r = d(e, s[n]);
            if (r) return r;
            n = _(n.slice(0, n.lastIndexOf("/")), s);
          }
          return d(e, t.imports) || -1 !== e.indexOf(":") && e;
        }
        var f = e && Symbol.toStringTag;
        var g = e ? Symbol() : "@";
        function y() {
          this[g] = {};
        }
        var b = y.prototype;
        b.import = function(t, e) {
          var i = this;
          return Promise.resolve(i.prepareImport()).then((function() {
            return i.resolve(t, e);
          })).then((function(t) {
            var e = v(i, t);
            return e.C || function(t, e) {
              return e.C = E(t, e, e, {}).then((function() {
                return w(t, e, {});
              })).then((function() {
                return e.n;
              }));
            }(i, e);
          }));
        };
        b.createContext = function(t) {
          var e = this;
          return {
            url: t,
            resolve: function(i, s) {
              return Promise.resolve(e.resolve(i, s || t));
            }
          };
        };
        b.onload = function() {};
        function S(t) {
          return t.id;
        }
        function A(t, e, i, s) {
          t.onload(i, e.id, e.d && e.d.map(S), !!s);
          if (i) throw i;
        }
        var T;
        b.register = function(t, e) {
          T = [ t, e ];
        };
        b.getRegister = function() {
          var t = T;
          T = void 0;
          return t;
        };
        function v(e, i, s) {
          var n = e[g][i];
          if (n) return n;
          var r = [];
          var o = Object.create(null);
          f && Object.defineProperty(o, f, {
            value: "Module"
          });
          var a = Promise.resolve().then((function() {
            return e.instantiate(i, s);
          })).then((function(s) {
            if (!s) throw Error(t(2, "Module " + i + " did not instantiate"));
            var a = s[1]((function(t, e) {
              n.h = !0;
              var i = !1;
              if ("string" == typeof t) {
                if (!(t in o) || o[t] !== e) {
                  o[t] = e;
                  i = !0;
                }
              } else {
                for (var s in t) {
                  e = t[s];
                  if (!(s in o) || o[s] !== e) {
                    o[s] = e;
                    i = !0;
                  }
                }
                t.__esModule && (o.__esModule = t.__esModule);
              }
              if (i) for (var a = 0; a < r.length; a++) {
                var l = r[a];
                l && l(o);
              }
              return e;
            }), 2 === s[1].length ? {
              import: function(t) {
                return e.import(t, i);
              },
              meta: e.createContext(i)
            } : void 0);
            n.e = a.execute || function() {};
            return [ s[0], a.setters || [] ];
          }), (function(t) {
            n.e = null;
            n.er = t;
            A(e, n, t, !0);
            throw t;
          }));
          var l = a.then((function(t) {
            return Promise.all(t[0].map((function(s, n) {
              var r = t[1][n];
              return Promise.resolve(e.resolve(s, i)).then((function(t) {
                var s = v(e, t, i);
                return Promise.resolve(s.I).then((function() {
                  if (r) {
                    s.i.push(r);
                    !s.h && s.I || r(s.n);
                  }
                  return s;
                }));
              }));
            }))).then((function(t) {
              n.d = t;
            }));
          }));
          return n = e[g][i] = {
            id: i,
            i: r,
            n: o,
            I: a,
            L: l,
            h: !1,
            d: void 0,
            e: void 0,
            er: void 0,
            E: void 0,
            C: void 0,
            p: void 0
          };
        }
        function E(t, e, i, s) {
          if (!s[e.id]) {
            s[e.id] = !0;
            return Promise.resolve(e.L).then((function() {
              e.p && null !== e.p.e || (e.p = i);
              return Promise.all(e.d.map((function(e) {
                return E(t, e, i, s);
              })));
            })).catch((function(i) {
              if (e.er) throw i;
              e.e = null;
              A(t, e, i, !1);
              throw i;
            }));
          }
        }
        var C = Object.freeze(Object.create(null));
        var x = Promise.prototype.finally || function(t) {
          if ("function" != typeof t) return this.then(t, t);
          const e = this.constructor || Promise;
          return this.then((i => e.resolve(t()).then((() => i))), (i => e.resolve(t()).then((() => {
            throw i;
          }))));
        };
        function w(t, e, i) {
          if (i[e.id]) return e.E;
          i[e.id] = !0;
          if (!e.e) {
            if (e.er) throw e.er;
            return e.E ? e.E : void 0;
          }
          const s = e.e;
          e.e = null;
          var n;
          e.d.forEach((function(s) {
            try {
              var r = w(t, s, i);
              r && (n = n || []).push(r);
            } catch (i) {
              e.er = i;
              A(t, e, i, !1);
              throw i;
            }
          }));
          if (n) return e.E = x.call(Promise.all(n).then(o), (function() {
            e.E = null;
          }));
          var r = o();
          if (r) return e.E = x.call(r, (function() {
            e.E = null;
          }));
          function o() {
            try {
              var i = s.call(C);
              if (i) return i = i.then((function() {
                e.C = e.n;
                A(t, e, null, !0);
              }), (function(i) {
                e.er = i;
                A(t, e, i, !0);
                throw i;
              }));
              e.C = e.n;
              e.L = e.I = void 0;
            } catch (t) {
              e.er = t;
              throw t;
            } finally {
              A(t, e, e.er, !0);
            }
          }
        }
        n.System = new y;
        b.instantiate = function(t, e) {
          throw new Error(`Unable to instantiate ${t} from ${e}`);
        };
        let R = r;
        const I = {
          imports: {},
          scopes: {}
        };
        function M(t, e) {
          !function(t, e, i) {
            t.imports && u(t.imports, i.imports, e, i, null);
            var s;
            for (s in t.scopes || {}) {
              var n = c(s, e);
              u(t.scopes[s], i.scopes[n] || (i.scopes[n] = {}), e, i, n);
            }
            for (s in t.depcache || {}) i.depcache[c(s, e)] = t.depcache[s];
            for (s in t.integrity || {}) i.integrity[c(s, e)] = t.integrity[s];
          }(t, e || R, I);
        }
        b.resolve = function(t, e) {
          return m(I, h(t, e = e || R) || t, e) || function(t, e) {
            throw new Error(`Unresolved id: ${t} from parentUrl: ${e}`);
          }(t, e);
        };
        function B(t) {
          return function(e) {
            const i = this;
            let s;
            try {
              s = t(e);
            } catch (t) {
              return Promise.reject(t);
            }
            return function(t) {
              return Boolean(t && "function" == typeof t.then);
            }(s) ? new Promise((t => s.then((() => {
              t(i.getRegister());
            })))) : i.getRegister();
          };
        }
        function D(t, e) {
          const i = b.instantiate;
          b.instantiate = function(s, n) {
            const r = s.substr(0, t.length) === t ? s.substr(t.length) : null;
            return null === r ? i.call(this, s, n) : e.call(this, r, n);
          };
        }
        !function(t) {
          var e = t.System;
          o(e);
          var i = e.constructor.prototype;
          var s = e.constructor;
          var n = function() {
            s.call(this);
            o(this);
          };
          n.prototype = i;
          e.constructor = n;
          var r;
          function o(t) {
            t.registerRegistry = Object.create(null);
          }
          var a = i.register;
          i.register = function(t, e, i) {
            if ("string" != typeof t) return a.apply(this, arguments);
            var s = [ e, i ];
            this.registerRegistry[t] = s;
            if (!r) {
              r = s;
              Promise.resolve().then((function() {
                r = null;
              }));
            }
            return a.apply(this, arguments);
          };
          var l = i.resolve;
          i.resolve = function(t, e) {
            try {
              return l.call(this, t, e);
            } catch (e) {
              if (t in this.registerRegistry) return t;
              throw e;
            }
          };
          var h = i.instantiate;
          i.instantiate = function(t, e) {
            var i = this.registerRegistry[t];
            if (i) {
              this.registerRegistry[t] = null;
              return i;
            }
            return h.call(this, t, e);
          };
          var c = i.getRegister;
          i.getRegister = function() {
            var t = c.call(this);
            var e = r || t;
            r = null;
            return e;
          };
        }("undefined" != typeof self ? self : global);
        b.prepareImport = function(t) {};
        b.warmup = function({pathname: t = "/", importMap: e, importMapUrl: i, defaultHandler: s, handlers: n}) {
          if (function(t) {
            R = t;
          }(`no-schema:${t}`), M(e, `no-schema:/${i}`), s && D("no-schema:", B(s)), n) for (const t of Object.keys(n)) D(t, B(n[t]));
        };
      }();
    },
    260: t => {
      function e(t) {
        var e = new Error("Cannot find module '" + t + "'");
        e.code = "MODULE_NOT_FOUND";
        throw e;
      }
      e.keys = () => [];
      e.resolve = e;
      e.id = 260;
      t.exports = e;
    },
    266: t => {
      "use strict";
      t.exports = JSON.parse();
    }
  };
  var e = {};
  function i(s) {
    var n = globalThis.__common_module_cache___050c3e31727995d1749ba30b8ad948d6 ? globalThis.__common_module_cache___050c3e31727995d1749ba30b8ad948d6[s] : null;
    if (n) return n.exports;
    var r = e[s];
    if (void 0 !== r) return r.exports;
    var o = e[s] = {
      exports: {}
    };
    globalThis.__common_module_cache___050c3e31727995d1749ba30b8ad948d6 && String(s).indexOf("?name=") < 0 && function(t) {
      if (globalThis.webpackChunk_050c3e31727995d1749ba30b8ad948d6) {
        switch (globalThis.webpackChunk_050c3e31727995d1749ba30b8ad948d6.length) {
         case 1:
          return globalThis.webpackChunk_050c3e31727995d1749ba30b8ad948d6[0][1][t];

         case 2:
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        }
      }
    }(s) && (globalThis.__common_module_cache___050c3e31727995d1749ba30b8ad948d6[s] = o);
    t[s].call(o.exports, o, o.exports, i);
    return o.exports;
  }
  i.o = (t, e) => Object.prototype.hasOwnProperty.call(t, e);
  var s = i(565);
  _050c3e31727995d1749ba30b8ad948d6 = s;
};

print("compiling done");