Lines Matching defs:band
128 INT i,band,env;
144 for (band = 0; band < noNoiseBands; band++){
147 accu += fMultDiv2(smoothFilter[i], prevNoiseLevels[i][band]);
149 FDK_ASSERT( (band + env*noNoiseBands) < MAX_NUM_NOISE_VALUES);
150 NoiseLevels[band+ env*noNoiseBands] = accu<<1;
171 INT startChannel, /*!< Start channel of the current noise floor band.*/
172 INT stopChannel, /*!< Stop channel of the current noise floor band. */
178 INVF_MODE inverseFilteringLevel) /*!< Inverse filtering level of the current band.*/
308 INT nNoiseEnvelopes, startPos[2], stopPos[2], env, band;
335 for(band = 0; band < noNoiseBands; band++){
336 FDK_ASSERT( (band + env*noNoiseBands) < MAX_NUM_NOISE_VALUES);
337 qmfBasedNoiseFloorDetection(&noiseLevels[band + env*noNoiseBands],
342 freqBandTable[band],
343 freqBandTable[band+1],
345 h_sbrNoiseFloorEstimate->noiseFloorOffset[band],
349 pInvFiltLevels[band]);
367 for(band = 0; band < noNoiseBands; band++){
368 FDK_ASSERT( (band + env*noNoiseBands) < MAX_NUM_NOISE_VALUES);
369 noiseLevels[band + env*noNoiseBands] =
370 (FIXP_DBL)NOISE_FLOOR_OFFSET_64 - (FIXP_DBL)CalcLdData(noiseLevels[band + env*noNoiseBands]+(FIXP_DBL)1) + QuantOffset;
433 const UCHAR *freqBandTable, /*!< Frequany band table. */
518 const UCHAR *freqBandTable, /*!< Frequany band table. */
519 INT nSfb) /*!< Number of bands in the frequency band table. */
