public void Process(ref Sample sample)
{
sampleBuffer.Add(ref sample);
if (sampleBuffer.Count == bufferSize)
{
uint bid;
byte[] data = GetSampleData();
sampleBuffer.Clear();
al.GenBuffers(1, out bid);
al.BufferData(bid, AL.FORMAT_STEREO16, data, data.Length, 44100);
bufferQueue.Enqueue(bid);
if (bufferQueue.Count >= bufferCount)
{
int sourceState;
al.GetSourcei(sid, AL.SOURCE_STATE, out sourceState);
if (sourceState != AL.PLAYING)
{
al.SourcePlay(sid);
}
}
}
}
private void ProcessSample()
{
// Enumerate all active providers.
foreach (SampleProvider provider in activeProviders)
{
// Let the provider process one sample.
provider.Process();
// If the provider has stopped mark it for removal.
if (provider.State == SampleProviderState.Stopped)
{
stoppedProviders.Add(provider);
}
}
// Enumerate all active channels.
foreach (Channel channel in activeChannels)
{
// Let the channel mix all buffered samples and apply the effect chain to the mixed sample.
// All the generated samples are buffered into the master buffer.
if (!channel.Mix())
{
// If the channel did not mix anything mark it for removal.
stoppedChannels.Add(channel);
}
}
// Mix all the buffered samples in the master buffer.
Sample finalSample = new Sample(0f, 0f);
foreach (Sample sample in masterBuffer)
{
finalSample.left += sample.left;
finalSample.right += sample.right;
}
// Send the final mixed sample to the OpenAL voice.
openALVoice.Process(ref finalSample);
// Remove all the marked providers.
if (stoppedProviders.Count != 0)
{
foreach (SampleProvider provider in stoppedProviders)
{
activeProviders.Remove(provider);
}
stoppedProviders.Clear();
}
// Remove all the marked channels.
if (stoppedChannels.Count != 0)
{
foreach (Channel channel in stoppedChannels)
{
activeChannels.Remove(channel);
}
stoppedChannels.Clear();
}
listener.IsDirty = false;
masterBuffer.Clear();
}