void AnalyseOut(ProcessBuffer processItem)
{
foreach (AudioBuffer outBuffer in processItem.AudioOut) {
if (outBuffer.Audio.Any (s => s != 0)) {
NotEmptySamples++;
}
}
}
void ProcessAudio(ProcessBuffer processingChunk)
{
int bufferCount = processingChunk.AudioIn.Length;
if (bufferCount == 0) {
return;
}
int bufferSize = processingChunk.AudioIn [0].BufferSize;
int floatsCount = bufferCount * bufferSize;
int bytesCount = floatsCount * sizeof(float);
float[] interlacedSamples = BufferOperations.InterlaceAudio (processingChunk.AudioIn, bufferSize, bufferCount);
byte[] waveInData = new byte[bytesCount];
Buffer.BlockCopy (interlacedSamples, 0, waveInData, 0, bytesCount);
if (DataAvailable != null) {
DataAvailable (this, new WaveInEventArgs (waveInData, bytesCount));
}
}
void ProcessAudio(ProcessBuffer processingChunk)
{
if (_playbackState != PlaybackState.Playing) {
return;
}
int bufferCount = processingChunk.AudioOut.Length;
if (bufferCount == 0) {
return;
}
int bufferSize = processingChunk.Frames;
int floatsCount = bufferCount * bufferSize;
int bytesCount = floatsCount * sizeof(float);
byte[] fromWave = new byte[bytesCount];
_waveStream.Read (fromWave, 0, bytesCount);
float[] interlacedSamples = new float[floatsCount];
Buffer.BlockCopy (fromWave, 0, interlacedSamples, 0, bytesCount);
for (int i = 0; i < floatsCount; i++) {
interlacedSamples [i] = interlacedSamples [i] * _volume;
}
BufferOperations.DeinterlaceAudio (interlacedSamples, processingChunk.AudioOut, bufferSize, bufferCount);
}