//
// Applies the Phonon effect to audio.
//
void OnAudioFilterRead(float[] data, int channels)
{
mutex.WaitOne();
if (!initialized || destroying)
{
mutex.ReleaseMutex();
return;
}
if ((data == null) || (environmentRenderer == IntPtr.Zero) || (!processMixedAudio) || (wetData == null) ||
(wetAmbisonicsDataMarshal == null))
{
mutex.ReleaseMutex();
return;
}
#if !UNITY_ANDROID
AudioBuffer wetAmbisonicsBuffer;
wetAmbisonicsBuffer.audioFormat = ambisonicsFormat;
wetAmbisonicsBuffer.numSamples = data.Length / channels;
wetAmbisonicsBuffer.deInterleavedBuffer = wetAmbisonicsDataMarshal;
wetAmbisonicsBuffer.interleavedBuffer = null;
PhononCore.iplGetMixedEnvironmentalAudio(environmentRenderer, listenerPosition, listenerAhead, listenerUp, wetAmbisonicsBuffer);
AudioBuffer wetBufferMarshal;
wetBufferMarshal.audioFormat = outputFormat;
wetBufferMarshal.audioFormat.channelOrder = ChannelOrder.Deinterleaved; // Set format to deinterleave.
wetBufferMarshal.numSamples = data.Length / channels;
wetBufferMarshal.deInterleavedBuffer = wetDataMarshal;
wetBufferMarshal.interleavedBuffer = null;
if ((outputFormat.channelLayout == ChannelLayout.Stereo) && indirectBinauralEnabled)
{
PhononCore.iplApplyAmbisonicsBinauralEffect(propagationBinauralEffect, wetAmbisonicsBuffer, wetBufferMarshal);
}
else
{
PhononCore.iplApplyAmbisonicsPanningEffect(propagationPanningEffect, wetAmbisonicsBuffer, wetBufferMarshal);
}
AudioBuffer wetBuffer;
wetBuffer.audioFormat = outputFormat;
wetBuffer.numSamples = data.Length / channels;
wetBuffer.deInterleavedBuffer = null;
wetBuffer.interleavedBuffer = wetData;
PhononCore.iplInterleaveAudioBuffer(wetBufferMarshal, wetBuffer);
#endif
for (int i = 0; i < data.Length; ++i)
{
data[i] += wetData[i];
}
mutex.ReleaseMutex();
}
public void AudioFrameUpdate(float[] data, int channels, IntPtr environmentalRenderer, Vector3 listenerPosition,
Vector3 listenerAhead, Vector3 listenerUp, bool indirectBinauralEnabled)
{
#if !UNITY_ANDROID
AudioBuffer ambisonicsBuffer;
ambisonicsBuffer.audioFormat = ambisonicsFormat;
ambisonicsBuffer.numSamples = data.Length / channels;
ambisonicsBuffer.deInterleavedBuffer = wetAmbisonicsDataMarshal;
ambisonicsBuffer.interleavedBuffer = null;
PhononCore.iplGetMixedEnvironmentalAudio(environmentalRenderer, listenerPosition, listenerAhead, listenerUp,
ambisonicsBuffer);
AudioBuffer spatializedBuffer;
spatializedBuffer.audioFormat = outputFormat;
spatializedBuffer.audioFormat.channelOrder = ChannelOrder.Deinterleaved; // Set format to deinterleave.
spatializedBuffer.numSamples = data.Length / channels;
spatializedBuffer.deInterleavedBuffer = wetDataMarshal;
spatializedBuffer.interleavedBuffer = null;
if ((outputFormat.channelLayout == ChannelLayout.Stereo) && indirectBinauralEnabled)
{
PhononCore.iplApplyAmbisonicsBinauralEffect(propagationBinauralEffect, ambisonicsBuffer, spatializedBuffer);
}
else
{
PhononCore.iplApplyAmbisonicsPanningEffect(propagationPanningEffect, ambisonicsBuffer, spatializedBuffer);
}
AudioBuffer interleavedBuffer;
interleavedBuffer.audioFormat = outputFormat;
interleavedBuffer.numSamples = data.Length / channels;
interleavedBuffer.deInterleavedBuffer = null;
interleavedBuffer.interleavedBuffer = wetData;
PhononCore.iplInterleaveAudioBuffer(spatializedBuffer, interleavedBuffer);
for (int i = 0; i < data.Length; ++i)
{
data[i] += wetData[i];
}
#endif
}
public float[] AudioFrameUpdate(float[] data, int channels, Vector3 sourcePosition, Vector3 listenerPosition,
Vector3 listenerAhead, Vector3 listenerUp, bool enableReflections, float indirectMixFraction,
bool indirectBinauralEnabled, PhononListener phononListener)
{
#if !UNITY_ANDROID
AudioBuffer inputBuffer;
inputBuffer.audioFormat = inputFormat;
inputBuffer.numSamples = data.Length / channels;
inputBuffer.deInterleavedBuffer = null;
inputBuffer.interleavedBuffer = data;
AudioBuffer outputBuffer;
outputBuffer.audioFormat = outputFormat;
outputBuffer.numSamples = data.Length / channels;
outputBuffer.deInterleavedBuffer = null;
outputBuffer.interleavedBuffer = data;
// Input data is sent (where it is copied) for indirect propagation effect processing.
// This data must be sent before applying any other effect to the input audio.
if (enableReflections && (wetData != null) && (wetDataMarshal != null) && (wetAmbisonicsDataMarshal != null) && (propagationAmbisonicsEffect != IntPtr.Zero))
{
for (int i = 0; i < data.Length; ++i)
{
wetData[i] = data[i] * indirectMixFraction;
}
AudioBuffer propagationInputBuffer;
propagationInputBuffer.audioFormat = inputFormat;
propagationInputBuffer.numSamples = wetData.Length / channels;
propagationInputBuffer.deInterleavedBuffer = null;
propagationInputBuffer.interleavedBuffer = wetData;
PhononCore.iplSetDryAudioForConvolutionEffect(propagationAmbisonicsEffect, sourcePosition, propagationInputBuffer);
if (fourierMixingEnabled)
{
phononListener.processMixedAudio = true;
return(null);
}
AudioBuffer wetAmbisonicsBuffer;
wetAmbisonicsBuffer.audioFormat = ambisonicsFormat;
wetAmbisonicsBuffer.numSamples = data.Length / channels;
wetAmbisonicsBuffer.deInterleavedBuffer = wetAmbisonicsDataMarshal;
wetAmbisonicsBuffer.interleavedBuffer = null;
PhononCore.iplGetWetAudioForConvolutionEffect(propagationAmbisonicsEffect, listenerPosition, listenerAhead, listenerUp, wetAmbisonicsBuffer);
AudioBuffer wetBufferMarshal;
wetBufferMarshal.audioFormat = outputFormat;
wetBufferMarshal.audioFormat.channelOrder = ChannelOrder.Deinterleaved; // Set format to deinterleave.
wetBufferMarshal.numSamples = data.Length / channels;
wetBufferMarshal.deInterleavedBuffer = wetDataMarshal;
wetBufferMarshal.interleavedBuffer = null;
if ((outputFormat.channelLayout == ChannelLayout.Stereo) && indirectBinauralEnabled)
{
PhononCore.iplApplyAmbisonicsBinauralEffect(propagationBinauralEffect, wetAmbisonicsBuffer, wetBufferMarshal);
}
else
{
PhononCore.iplApplyAmbisonicsPanningEffect(propagationPanningEffect, wetAmbisonicsBuffer, wetBufferMarshal);
}
AudioBuffer wetBuffer;
wetBuffer.audioFormat = outputFormat;
wetBuffer.numSamples = data.Length / channels;
wetBuffer.deInterleavedBuffer = null;
wetBuffer.interleavedBuffer = wetData;
PhononCore.iplInterleaveAudioBuffer(wetBufferMarshal, wetBuffer);
return(wetData);
}
#endif
return(null);
}
//
// Applies the Phonon 3D effect to dry audio.
//
void OnAudioFilterRead(float[] data, int channels)
{
mutex.WaitOne();
if (!initialized || destroying)
{
mutex.ReleaseMutex();
Array.Clear(data, 0, data.Length);
return;
}
if (data == null)
{
mutex.ReleaseMutex();
Array.Clear(data, 0, data.Length);
return;
}
float distanceAttenuation = (physicsBasedAttenuation) ? directSoundPath.distanceAttenuation : 1f;
directAttnInterlop.Set(directSoundPath.occlusionFactor * directMixFraction);
float occlusionFactor = directAttnInterlop.Update();
Vector3 directDirection = directSoundPath.direction;
AudioBuffer inputBuffer;
inputBuffer.audioFormat = inputFormat;
inputBuffer.numSamples = data.Length / channels;
inputBuffer.deInterleavedBuffer = null;
inputBuffer.interleavedBuffer = data;
AudioBuffer outputBuffer;
outputBuffer.audioFormat = outputFormat;
outputBuffer.numSamples = data.Length / channels;
outputBuffer.deInterleavedBuffer = null;
outputBuffer.interleavedBuffer = data;
// Input data is sent (where it is copied) for indirect propagation effect processing.
// This data must be sent before applying any other effect to the input audio.
#if !UNITY_ANDROID
if (enableReflections && (wetData != null) && (wetDataMarshal != null) && (wetAmbisonicsDataMarshal != null) && (propagationAmbisonicsEffect != IntPtr.Zero))
{
for (int i = 0; i < data.Length; ++i)
{
wetData[i] = data[i] * indirectMixFraction;
}
AudioBuffer propagationInputBuffer;
propagationInputBuffer.audioFormat = inputFormat;
propagationInputBuffer.numSamples = wetData.Length / channels;
propagationInputBuffer.deInterleavedBuffer = null;
propagationInputBuffer.interleavedBuffer = wetData;
PhononCore.iplSetDryAudioForConvolutionEffect(propagationAmbisonicsEffect, sourcePosition, propagationInputBuffer);
}
#endif
if ((outputFormat.channelLayout == ChannelLayout.Stereo) && directBinauralEnabled)
{
// Apply binaural audio to direct sound.
PhononCore.iplApplyBinauralEffect(directBinauralEffect, inputBuffer, directDirection, hrtfInterpolation, outputBuffer);
}
else if (outputFormat.channelLayout == ChannelLayout.Custom)
{
// Apply panning fo custom speaker layout.
PhononCore.iplApplyPanningEffect(directCustomPanningEffect, inputBuffer, directDirection, outputBuffer);
}
// Process direct sound occlusion
for (int i = 0; i < data.Length; ++i)
{
data[i] *= occlusionFactor * distanceAttenuation;
}
#if !UNITY_ANDROID
if (enableReflections && (wetData != null) && (wetDataMarshal != null) && (wetAmbisonicsDataMarshal != null) && (propagationAmbisonicsEffect != IntPtr.Zero))
{
if (fourierMixingEnabled)
{
phononMixer.processMixedAudio = true;
mutex.ReleaseMutex();
return;
}
AudioBuffer wetAmbisonicsBuffer;
wetAmbisonicsBuffer.audioFormat = ambisonicsFormat;
wetAmbisonicsBuffer.numSamples = data.Length / channels;
wetAmbisonicsBuffer.deInterleavedBuffer = wetAmbisonicsDataMarshal;
wetAmbisonicsBuffer.interleavedBuffer = null;
PhononCore.iplGetWetAudioForConvolutionEffect(propagationAmbisonicsEffect, listenerPosition, listenerAhead, listenerUp, wetAmbisonicsBuffer);
AudioBuffer wetBufferMarshal;
wetBufferMarshal.audioFormat = outputFormat;
wetBufferMarshal.audioFormat.channelOrder = ChannelOrder.Deinterleaved; // Set format to deinterleave.
wetBufferMarshal.numSamples = data.Length / channels;
wetBufferMarshal.deInterleavedBuffer = wetDataMarshal;
wetBufferMarshal.interleavedBuffer = null;
if ((outputFormat.channelLayout == ChannelLayout.Stereo) && indirectBinauralEnabled)
{
PhononCore.iplApplyAmbisonicsBinauralEffect(propagationBinauralEffect, wetAmbisonicsBuffer, wetBufferMarshal);
}
else
{
PhononCore.iplApplyAmbisonicsPanningEffect(propagationPanningEffect, wetAmbisonicsBuffer, wetBufferMarshal);
}
AudioBuffer wetBuffer;
wetBuffer.audioFormat = outputFormat;
wetBuffer.numSamples = data.Length / channels;
wetBuffer.deInterleavedBuffer = null;
wetBuffer.interleavedBuffer = wetData;
PhononCore.iplInterleaveAudioBuffer(wetBufferMarshal, wetBuffer);
for (int i = 0; i < data.Length; ++i)
{
data[i] += wetData[i];
}
}
#endif
mutex.ReleaseMutex();
}
