void ResetDecoder(bool isFullReset)
{
// this is called when:
// - init (true)
// - parameter change w/ stream header (true)
// - parameter change w/o stream header (false)
// - the decoder encounters a "hiccup" in the data stream (false)
// - a seek happens (false)
// save off the existing "good" data
if (_preparedLength > 0)
{
SaveBuffer();
}
if (isFullReset)
{
_noExecuteChannel = new bool[_channels];
_floorData = new VorbisFloor.PacketData[_channels];
_residue = new float[_channels][];
for (int i = 0; i < _channels; i++)
{
_residue[i] = new float[Block1Size];
}
_outputBuffer = new RingBuffer(Block1Size * 2 * _channels);
_outputBuffer.Channels = _channels;
}
else
{
_outputBuffer.Clear();
}
_preparedLength = 0;
}
void ResetDecoder()
{
// this is called when the decoder encounters a "hiccup" in the data stream...
// it is also called when a seek happens
// save off the existing "good" data
if (_preparedLength > 0)
{
SaveBuffer();
}
_outputBuffer.Clear();
_preparedLength = 0;
}
public void ResetDecoder(bool isFullReset)
{
if (_preparedLength > 0)
{
SaveBuffer();
}
if (isFullReset)
{
_noExecuteChannel = new bool[_channels];
_floorData = new VorbisFloor.PacketData[_channels];
_residue = new float[_channels][];
for (int i = 0; i < _channels; i++)
{
_residue[i] = new float[Block1Size];
}
_outputBuffer = new RingBuffer(Block1Size * 2 * _channels);
_outputBuffer.Channels = _channels;
}
else
{
_outputBuffer.Clear();
}
_preparedLength = 0;
}