Lines Matching defs:energy
72 is mapped to scalefactor bands. The energy in each scalefactor
73 band is taken as the sum of the energy in all partition bands
82 1. compute the energy in each partition band
93 The strength of the masker is a function of the energy and tonality.
96 energy divided by a linear function of the tonality.
136 energy[4] L,R,M,S energy in each channel, prev granule
201 in: energy - BLKSIZE/2 elements of frequency magnitudes ^ 2
216 psycho_loudness_approx(FLOAT const *energy, FLOAT const *eql_w)
224 loudness_power += energy[i] * eql_w[i];
699 /* total energy */
710 plt->energy[gr_out][chn][j] = plt->energy_save[chn][j];
772 FLOAT energy[4], FLOAT sub_short_factor[4][3], int ns_attacks[4][4],
899 /* should have energy change between short blocks, in order to avoid periodic signals */
948 energy[chn] = psv->tot_ener[chn];
1155 * Calculate the energy and the tonality of each partition.
1161 * convolve the partitioned energy and unpredictability
1168 /* convolve the partitioned energy with the spreading function */
1413 FLOAT energy[4], int blocktype_d[2])
1423 /* fft and energy calculation */
1453 vbrpsy_attack_detection(gfc, buffer, gr_out, masking_ratio, masking_MS_ratio, energy,
1613 * The spreading function. Values returned in units of energy
1969 level = pow(10., 0.1 * level); /* convert from dB -> energy */
2022 level = pow(10., 0.1 * level); /* convert from dB -> energy */