static void Listen()
{
while (isWorking)
{
if (captureBuffer.Capturing)
{
if ((!BufferAverage_Calculating && !BufferAmp_Calculating && !LastNValues_Busy) && !stopFlag)
{
int pos = captureBuffer.CurrentRealPosition;
int startIndex = (pos > BufferSize) ? pos - BufferSize : 0;
int count = (pos > BufferSize) ? ((pos + BufferSize > captureBufferDescription.BufferBytes) ? (captureBufferDescription.BufferBytes - pos) : BufferSize) : pos;
if (count == 0)
{
continue;
}
kek = captureBuffer.Lock(startIndex, count, LockFlags.None, out kek2);
byte[] _tmpBuf = new byte[count];
kek.Read(_tmpBuf, 0, count);
Buffer.BlockCopy(_tmpBuf, 0, _Buffer, (int)(BufferCursor % BufferSize), count);
BufferCursor += count / 2;
FourierTransformer.SetValues(LastNValues(ref _Buffer, 48000), 1.0f);
captureBuffer.Unlock(kek, kek2);
//stopFlag = true;
//captureBuffer.Read(_Buffer, 0, count, startIndex, LockFlags.None);
}
dBytes = captureBuffer.CurrentCapturePosition - pCurrentCapturePosition;
if (dBytes < 0)
{
dBytes = dBytes + 192000;
}
pCurrentCapturePosition = captureBuffer.CurrentCapturePosition;
SecondsCaptured += 2 * (float)dBytes / captureBufferDescription.BufferBytes;
}
else
{
captureBuffer.Start(new RawBool());
}
Thread.Sleep(5);
}
}
