133         const TI* const in, const size_t inputIndex)  in readAgain()  argument
137         head[i] = in[inputIndex*CHANNELS + i];  in readAgain()
145         const TI* const in, const size_t inputIndex)  in readAdvance()  argument
154     readAgain<CHANNELS>(impulse, halfNumCoefs, in, inputIndex);  in readAdvance()
642     size_t inputIndex = 0;  in resample()  local
670         ALOG_ASSERT(inputIndex <= mBuffer.frameCount, "inputIndex%zu > frameCount%zu",  in resample()
671                 inputIndex, mBuffer.frameCount);  in resample()
687                         reinterpret_cast<TI*>(mBuffer.raw), inputIndex);  in resample()
688                 inputIndex++;  in resample()
691                     if (inputIndex >= mBuffer.frameCount) {  in resample()
692                         inputIndex = 0;  in resample()
698                             reinterpret_cast<TI*>(mBuffer.raw), inputIndex);  in resample()
699                     inputIndex++;  in resample()
732                 if (inputIndex >= frameCount) {  in resample()
735                 mInBuffer.template readAdvance<CHANNELS>(impulse, halfNumCoefs, in, inputIndex);  in resample()
736                 inputIndex++;  in resample()
743         if (inputIndex > 0) {  // we've acquired a buffer (alternatively could check frameCount)  in resample()
744             ALOG_ASSERT(inputIndex == frameCount, "inputIndex(%zu) != frameCount(%zu)",  in resample()
745                     inputIndex, frameCount);  // must have been fully read.  in resample()
746             inputIndex = 0;  in resample()
756     ALOG_ASSERT(inputIndex == 0, "Releasing: inputindex:%zu frameCount:%zu  phaseFraction:%u",  in resample()
757             inputIndex, mBuffer.frameCount, phaseFraction);  in resample()