Method Process

Source/AudioRouter.cpp:49–95

}

void AudioRouter::Process(double time)
{
   PROFILER(AudioRouter);

   SyncBuffers();
   mBlankVizBuffer.SetNumChannels(GetBuffer()->NumActiveChannels());

   for (size_t i = 0; i < mDestinationCables.size(); ++i)
   {
      if ((int)i == mRouteIndex)
         mDestinationCables[i]->SetOverrideVizBuffer(nullptr);
      else
         mDestinationCables[i]->SetOverrideVizBuffer(&mBlankVizBuffer);
   }

   bool doSwitchAndRamp = false;
   if (mRouteIndex != mLastProcessedRouteIndex)
   {
      doSwitchAndRamp = true;
      mLastProcessedRouteIndex = mRouteIndex;
   }

   IAudioReceiver* target = GetTarget(mRouteIndex + 1);

   for (int ch = 0; ch < GetBuffer()->NumActiveChannels(); ++ch)
   {
      float* outputBuffer = GetBuffer()->GetChannel(ch);
      if (doSwitchAndRamp)
         mSwitchAndRampIn[ch].Start(time, outputBuffer[0], 0, time + 100);

      if (abs(mSwitchAndRampIn[ch].Value(time)) > .01f)
      {
         BufferCopy(gWorkBuffer, outputBuffer, GetBuffer()->BufferSize());
         outputBuffer = gWorkBuffer;
         for (int i = 0; i < GetBuffer()->BufferSize(); ++i)
            outputBuffer[i] -= mSwitchAndRampIn[ch].Value(time + i * gInvSampleRateMs);
      }

      if (target != nullptr)
      {
         Add(target->GetBuffer()->GetChannel(ch), outputBuffer, GetBuffer()->BufferSize());
         GetVizBuffer()->WriteChunk(outputBuffer, GetBuffer()->BufferSize(), ch);
      }
   }

   GetBuffer()->Reset();
}

void AudioRouter::Poll()
{