public PhonemeBuffer(float bufferLength, int numberOfBuffers)
{
this.phonemeBuffers = new List <InternalBuffer>(numberOfBuffers);
//Create buffers;
for (int i = 0; i < numberOfBuffers; i++)
{
InternalBuffer buffer = new InternalBuffer(bufferLength, 4);
phonemeBuffers.Add(buffer);
}
//First buffer added get lowest possible starttime. Then we work ourself up to 0 from there.
int timeScale = -numberOfBuffers;
//Create cyclic buffer pointers.
for (int i = 0; i < numberOfBuffers; i++)
{
InternalBuffer buffer = phonemeBuffers[i];
//loop back to first index when at the end.
buffer.SetNextBuffer(phonemeBuffers[i < numberOfBuffers - 1 ? i + 1 : 0]);
//The time at which this buffer will start.
float startTime = timeScale * bufferLength;
//All buffers are filled with silent phonemes.
buffer.SetDefaultValues(startTime, bufferLength, 4);
//Make sure all buffers have different default times stretching back.
timeScale += 1;
}
//Clear this index since its going to be our frontbuffer.
this.phonemeBuffers[0].Clear();
this.currentBuffer = this.phonemeBuffers[0];
//This buffer will eat all incoming phonemes even when it gets full.
this.completeBuffer = new InternalBuffer(bufferLength, 100);
}
