/**
* Load a SoundFX for reading audio data from the given file, based on the given type.
*/
public SoundFX loadAudio(byte[] audioData, AudioDataType type)
{
if (!supportedMemoryTypes.Contains(type))
{
throw new UnsupportedAudioException(I18NString.Lookup(LoadAudioFailedTypeMsg));
}
switch (type)
{
case AudioDataType.AAC: return(loadAAC(audioData));
case AudioDataType.AIFF: return(loadAIFF(audioData));
case AudioDataType.AU: return(loadAU(audioData));
case AudioDataType.FLAC: return(loadFLAC(audioData));
case AudioDataType.M4A: return(loadM4A(audioData));
case AudioDataType.MIDI: return(loadMIDI(audioData));
case AudioDataType.MP3: return(loadMP3(audioData));
case AudioDataType.OGG: return(loadOGG(audioData));
case AudioDataType.RAW: return(loadRAW(audioData));
case AudioDataType.WAVE: return(loadWAVE(audioData));
case AudioDataType.WEBM: return(loadWEBM(audioData));
case AudioDataType.WMA: return(loadWMA(audioData));
default: throw new UnsupportedAudioException(I18NString.Lookup(LoadAudioFailedTypeMsg));
}
}
private static extern int ovrLipSyncDll_ProcessFrameEx(
uint context,
IntPtr audioBuffer,
uint bufferSize,
AudioDataType dataType,
ref int frameNumber,
ref int frameDelay,
float[] visemes,
int visemeCount,
ref float laughterScore,
float[] laughterCategories,
int laughterCategoriesLength);
public static Result ProcessFrame(
uint context, float[] audioBuffer, Frame frame, AudioDataType dataType = AudioDataType.F32_Stereo)
{
if (IsInitialized() != Result.Success)
{
return(Result.Unknown);
}
return((Result)ovrLipSyncDll_ProcessFrameEx(context, audioBuffer, 0, dataType,
ref frame.frameNumber, ref frame.frameDelay,
frame.Visemes, frame.Visemes.Length,
ref frame.laughterScore,
null, 0
));
}
