Lines Matching defs:gd

361 convert_partition2scalefac(PsyConst_CB2SB_t const *const gd, FLOAT const *eb, FLOAT const *thr,
365     int     sb, b, n = gd->n_sb;
368         int const bo_sb = gd->bo[sb];
369         int const npart = gd->npart;
388             FLOAT const w_curr = gd->bo_weight[sb];
1712 init_numline(PsyConst_CB2SB_t * gd, FLOAT sfreq, int fft_size,
1736         gd->numlines[i] = nl;
1737         gd->rnumlines[i] = (nl > 0) ? (1.0f / nl) : 0;
1754     gd->n_sb = sbmax;
1755     gd->npart = ni;
1759         for (i = 0; i < gd->npart; i++) {
1760             int const nl = gd->numlines[i];
1762             gd->mld_cb[i] = stereo_demask(freq);
1766             gd->mld_cb[i] = 1;
1783         gd->bm[sfb] = (partition[i1] + partition[i2]) / 2;
1784         gd->bo[sfb] = bo;
1798             gd->bo_weight[sfb] = bo_w;
1800         gd->mld[sfb] = stereo_demask(mdct_freq_frac * start);
1805 compute_bark_values(PsyConst_CB2SB_t const *gd, FLOAT sfreq, int fft_size,
1809     int     k, j = 0, ni = gd->npart;
1812         int const w = gd->numlines[k];
1883     PsyConst_t *gd;
1902     gd = lame_calloc(PsyConst_t, 1);
1903     gfc->cd_psy = gd;
1905     gd->force_short_block_calc = gfp->experimentalZ;
1940     init_numline(&gd->l, sfreq, BLKSIZE, 576, SBMAX_l, gfc->scalefac_band.l);
1941     assert(gd->l.npart < CBANDS);
1942     compute_bark_values(&gd->l, sfreq, BLKSIZE, bval, bval_width);
1945     for (i = 0; i < gd->l.npart; i++) {
1953     i = init_s3_values(&gd->l.s3, gd->l.s3ind, gd->l.npart, bval, bval_width, norm);
1959     for (i = 0; i < gd->l.npart; i++) {
1964         for (k = 0; k < gd->l.numlines[i]; k++, j++) {
1970             level *= gd->l.numlines[i];
1994         gd->l.minval[i] = pow(10.0, x / 10.) * gd->l.numlines[i];
2000     init_numline(&gd->s, sfreq, BLKSIZE_s, 192, SBMAX_s, gfc->scalefac_band.s);
2001     assert(gd->s.npart < CBANDS);
2002     compute_bark_values(&gd->s, sfreq, BLKSIZE_s, bval, bval_width);
2006     for (i = 0; i < gd->s.npart; i++) {
2017         for (k = 0; k < gd->s.numlines[i]; k++, j++) {
2023             level *= gd->s.numlines[i];
2049         gd->s.minval[i] = pow(10.0, x / 10) * gd->s.numlines[i];
2052     i = init_s3_values(&gd->s.s3, gd->s.s3ind, gd->s.npart, bval, bval_width, norm);
2061     gd->decay = exp(-1.0 * LOG10 / (temporalmask_sustain_sec * sfreq / 192.0));
2075         for (b = 0; b < gd->l.npart; b++)
2076             if (gd->l.s3ind[b][1] > gd->l.npart - 1)
2077                 gd->l.s3ind[b][1] = gd->l.npart - 1;
2089     assert(gd->l.bo[SBMAX_l - 1] <= gd->l.npart);
2090     assert(gd->s.bo[SBMAX_s - 1] <= gd->s.npart);
2111         for (b = j = 0; b < gd->s.npart; ++b) {
2112             for (i = 0; i < gd->s.numlines[b]; ++i) {
2117         for (b = j = 0; b < gd->l.npart; ++b) {
2118             for (i = 0; i < gd->l.numlines[b]; ++i) {
2134         gd->attack_threshold[0] = gd->attack_threshold[1] = gd->attack_threshold[2] = x;
2135         gd->attack_threshold[3] = y;
2148         for (; b < gd->s.npart; b++) {
2149             float   m = (float) (gd->s.npart - b) / gd->s.npart;
2150             gd->s.masking_lower[b] = powf(10.f, sk_s * m * 0.1f);
2153             gd->s.masking_lower[b] = 1.f;
2156         for (; b < gd->l.npart; b++) {
2157             float   m = (float) (gd->l.npart - b) / gd->l.npart;
2158             gd->l.masking_lower[b] = powf(10.f, sk_l * m * 0.1f);
2161             gd->l.masking_lower[b] = 1.f;
2164     memcpy(&gd->l_to_s, &gd->l, sizeof(gd->l_to_s));
2165     init_numline(&gd->l_to_s, sfreq, BLKSIZE, 192, SBMAX_s, gfc->scalefac_band.s);