public PhononSourceVoiceStream(SourceVoice voice)
{
this.voice = voice;
GlobalContext globalContext = default(GlobalContext);
RenderingSettings renderingSettings = default(RenderingSettings);
renderingSettings.samplingRate = 44100;
renderingSettings.frameSize = FrameSize;
renderingSettings.convolutionOption = ConvolutionOption.Phonon;
HRTFParams hrtfParams = default(HRTFParams);
hrtfParams.type = HRTFDatabaseType.Default;
IntPtr phononRenderer = IntPtr.Zero;
PhononCore.iplCreateBinauralRenderer(globalContext, renderingSettings, hrtfParams, ref phononRenderer);
AudioFormat inputFormat = default(AudioFormat);
inputFormat.channelLayoutType = ChannelLayoutType.Speakers;
inputFormat.channelLayout = ChannelLayout.Mono;
inputFormat.channelOrder = ChannelOrder.Interleaved;
AudioFormat outputFormat = default(AudioFormat);
outputFormat.channelLayoutType = ChannelLayoutType.Speakers;
outputFormat.channelLayout = ChannelLayout.Stereo;
outputFormat.channelOrder = ChannelOrder.Interleaved;
phononInputArray = new float[FrameSize];
phononInputArrayHandle = GCHandle.Alloc(phononInputArray, GCHandleType.Pinned);
phononInputBuffer = default(Phonon.AudioBuffer);
phononInputBuffer.audioFormat = inputFormat;
phononInputBuffer.numSamples = FrameSize;
phononInputBuffer.interleavedBuffer = phononInputArrayHandle.AddrOfPinnedObject();
phononOutputArray = new float[FrameSize * 2];
phononOutputArrayHandle = GCHandle.Alloc(phononOutputArray, GCHandleType.Pinned);
phononOutputBuffer = default(Phonon.AudioBuffer);
phononOutputBuffer.audioFormat = outputFormat;
phononOutputBuffer.numSamples = FrameSize;
phononOutputBuffer.interleavedBuffer = phononOutputArrayHandle.AddrOfPinnedObject();
phononEffect = IntPtr.Zero;
PhononCore.iplCreateBinauralEffect(phononRenderer, inputFormat, outputFormat, ref phononEffect);
}
public static extern void iplGetMixedEnvironmentalAudio(IntPtr renderer, Vector3 listenerPosition, Vector3 listenerAhead, Vector3 listenerUp, AudioBuffer mixedWetAudio);
public static extern void iplGetWetAudioForConvolutionEffect(IntPtr effect, Vector3 listenerPosition, Vector3 listenerAhead, Vector3 listenerUp, AudioBuffer wetAudio);
public static extern void iplSetDryAudioForConvolutionEffect(IntPtr effect, Vector3 sourcePosition, AudioBuffer dryAudio);
public static extern void iplApplyAmbisonicsBinauralEffect(IntPtr effect, AudioBuffer inputAudio, AudioBuffer outputAudio);
public static extern void iplApplyVirtualSurroundEffect(IntPtr effect, AudioBuffer inputAudio, AudioBuffer outputAudio);
public static extern void iplApplyBinauralEffect(IntPtr effect, AudioBuffer inputAudio, Vector3 direction, HRTFInterpolation interpolation, AudioBuffer outputAudio);
public static extern void iplApplyPanningEffect(IntPtr effect, AudioBuffer inputAudio, Vector3 direction, AudioBuffer outputAudio);
public static extern void iplRotateAmbisonicsAudioBuffer(IntPtr rotator, AudioBuffer inputAudio, AudioBuffer outputAudio);
public static extern void iplConvertAudioBufferFormat(AudioBuffer inputAudio, AudioBuffer outputAudio);
public static extern void iplDeinterleaveAudioBuffer(AudioBuffer inputAudio, AudioBuffer outputAudio);
public static extern void iplMixAudioBuffers(int numBuffers, AudioBuffer[] inputAudio, AudioBuffer outputAudio);
public static extern void iplApplyDirectSoundEffect(IntPtr effect, AudioBuffer inputAudio, DirectSoundPath directSoundPath, DirectSoundEffectOptions directSoundEffectOptions, AudioBuffer outputAudio);
