183 void DPFrequency::updateParameters(ChannelBuffer &cb, int channelIndex) {  in updateParameters()  argument
194         IS_CHANGED(changed, cb.inputGainDb, pChannel->getInputGain());  in updateParameters()
196         if (cb.mPreEqInUse) {  in updateParameters()
202             IS_CHANGED(changed, cb.mPreEqEnabled, pPreEq->isEnabled());  in updateParameters()
203             if (cb.mPreEqEnabled) {  in updateParameters()
210                     ChannelBuffer::EqBandParams *pEqBandParams = &cb.mPreEqBands[b];  in updateParameters()
220             float inputGainFactor = dBtoLinear(cb.inputGainDb);  in updateParameters()
221             if (cb.mPreEqInUse && cb.mPreEqEnabled) {  in updateParameters()
225                     ChannelBuffer::EqBandParams *pEqBandParams = &cb.mPreEqBands[b];  in updateParameters()
228                     cb.computeBinStartStop(*pEqBandParams, binNext);  in updateParameters()
236                         cb.mPreEqFactorVector[k] = factor * inputGainFactor;  in updateParameters()
243                     cb.mPreEqFactorVector[k] = inputGainFactor;  in updateParameters()
250     if (cb.mPostEqInUse) {  in updateParameters()
258         IS_CHANGED(changed, cb.mPostEqEnabled, pPostEq->isEnabled());  in updateParameters()
259         if (cb.mPostEqEnabled) {  in updateParameters()
266                 ChannelBuffer::EqBandParams *pEqBandParams = &cb.mPostEqBands[b];  in updateParameters()
276                     ChannelBuffer::EqBandParams *pEqBandParams = &cb.mPostEqBands[b];  in updateParameters()
279                     cb.computeBinStartStop(*pEqBandParams, binNext);  in updateParameters()
287                         cb.mPostEqFactorVector[k] = factor;  in updateParameters()
295     if (cb.mMbcInUse) {  in updateParameters()
301         cb.mMbcEnabled = pMbc->isEnabled();  in updateParameters()
302         if (cb.mMbcEnabled) {  in updateParameters()
310                 ChannelBuffer::MbcBandParams *pMbcBandParams = &cb.mMbcBands[b];  in updateParameters()
331                     ChannelBuffer::MbcBandParams *pMbcBandParams = &cb.mMbcBands[b];  in updateParameters()
336                     cb.computeBinStartStop(*pMbcBandParams, binNext);  in updateParameters()
344     if (cb.mLimiterInUse) {  in updateParameters()
351         cb.mLimiterEnabled = pLimiter->isEnabled();  in updateParameters()
352         if (cb.mLimiterEnabled) {  in updateParameters()
353             IS_CHANGED(changed, cb.mLimiterParams.linkGroup ,  in updateParameters()
355             cb.mLimiterParams.attackTimeMs = pLimiter->getAttackTime();  in updateParameters()
356             cb.mLimiterParams.releaseTimeMs = pLimiter->getReleaseTime();  in updateParameters()
357             cb.mLimiterParams.ratio = pLimiter->getRatio();  in updateParameters()
358             cb.mLimiterParams.thresholdDb = pLimiter->getThreshold();  in updateParameters()
359             cb.mLimiterParams.postGainDb = pLimiter->getPostGain();  in updateParameters()
365             mLinkedLimiters.update(cb.mLimiterParams.linkGroup, channelIndex);  in updateParameters()
370     cb.outputGainDb = pChannel->getOutputGain();  in updateParameters()
477 size_t DPFrequency::processFirstStages(ChannelBuffer &cb) {  in processFirstStages()  argument
481     Eigen::Map<Eigen::VectorXf> eInput(&cb.input[0], cb.input.size());  in processFirstStages()
489     mFftServer.fwd(cb.complexTemp, eWin);  in processFirstStages()
491     size_t cSize = cb.complexTemp.size();  in processFirstStages()
496         cb.complexTemp[k] *= cb.mPreEqFactorVector[k];  in processFirstStages()
500     if (cb.mMbcInUse && cb.mMbcEnabled) {  in processFirstStages()
501         for (size_t band = 0; band < cb.mMbcBands.size(); band++) {  in processFirstStages()
502             ChannelBuffer::MbcBandParams *pMbcBandParams = &cb.mMbcBands[band];  in processFirstStages()
510                 fEnergySum += std::norm(cb.complexTemp[k]) * preGainSquared; //mag squared  in processFirstStages()
571                 cb.complexTemp[k] *= newFactor;  in processFirstStages()
579     if (cb.mPostEqInUse && cb.mPostEqEnabled) {  in processFirstStages()
581             cb.complexTemp[k] *= cb.mPostEqFactorVector[k];  in processFirstStages()
586     if (cb.mLimiterInUse && cb.mLimiterEnabled) {  in processFirstStages()
589             fEnergySum += std::norm(cb.complexTemp[k]);  in processFirstStages()
595         float fFAttSec = cb.mLimiterParams.attackTimeMs / 1000; //in seconds  in processFirstStages()
596         float fFRelSec = cb.mLimiterParams.releaseTimeMs / 1000; //in seconds  in processFirstStages()
598         if (fEnergySum > cb.mLimiterParams.previousEnvelope) {  in processFirstStages()
604         float fEnv = (1.0 - fTheta) * fEnergySum + fTheta * cb.mLimiterParams.previousEnvelope;  in processFirstStages()
606         cb.mLimiterParams.previousEnvelope = fEnv;  in processFirstStages()
611         const float thresholdDb = cb.mLimiterParams.thresholdDb;  in processFirstStages()
612         const float ratio = cb.mLimiterParams.ratio;  in processFirstStages()
621         cb.mLimiterParams.newFactor = newFactor;  in processFirstStages()
647 size_t DPFrequency::processLastStages(ChannelBuffer &cb) {  in processLastStages()  argument
649     float outputGainFactor = dBtoLinear(cb.outputGainDb);  in processLastStages()
651     if (cb.mLimiterInUse && cb.mLimiterEnabled) {  in processLastStages()
653         float factor = cb.mLimiterParams.linkFactor * dBtoLinear(cb.mLimiterParams.postGainDb);  in processLastStages()
659         size_t cSize = cb.complexTemp.size();  in processLastStages()
662             cb.complexTemp[k] *= outputGainFactor;  in processLastStages()
667     Eigen::Map<Eigen::VectorXf> eOutput(&cb.output[0], cb.output.size());  in processLastStages()
668     mFftServer.inv(eOutput, cb.complexTemp);  in processLastStages()