public void Read(double[][] aBufferArrayArray)
{
int packetType = byteArray.ReadBitsAsByte(1);
Byte lTypeHeader = 0x00;
if (packetType != 0x00)
{
byteArray.SubBitPosition(1);
lTypeHeader = byteArray.ReadBitsAsByte(8);
}
if (packetType == 0x00)
{
Logger.LogDebug("The Packet Type Is 0 (Audio).");
try
{
int lModeNumber = byteArray.ReadBitsAsByte(ilog(( UInt32 )(vorbisHeader.setup.mode.count - 1)));
modeHeader = vorbisHeader.setup.mode.header[lModeNumber];
mappingHeader = vorbisHeader.setup.mapping.header[modeHeader.mapping];
window = new Window(byteArray, modeHeader.blockFlag, vorbisHeader.identification.blockSize0, vorbisHeader.identification.blockSize1);
noResidue = new Byte[vorbisHeader.identification.audioChannels];
DecodeFloor();
Propagate();
DecodeResidue();
InverseCoupling();
ComputeCurve(aBufferArrayArray);
}
catch
{
Logger.LogError("■Error.");
}
}
else
{
Logger.LogError("The Packet Type Is Not 0.");
vorbisHeader.Read(byteArray, lTypeHeader);
}
Logger.LogDebug("Sub Packet Position:0x" + byteArray.Position.ToString("X8") + "." + byteArray.GetBitPositionInByte().ToString() + "/" + byteArray.Length.ToString("X8"));
}
public VorbisMode(ByteArray aByteArray)
{
count = aByteArray.ReadBitsAsByte(6) + 1;
Logger.LogError("VorbisMode count:" + count);
header = new ModeHeader[count];
for (int i = 0; i < count; i++)
{
header[i] = new ModeHeader(aByteArray);
}
Byte lFramingFlag = aByteArray.ReadBitsAsByte(1);
if (lFramingFlag == 0)
{
Logger.LogError("Framing error. The Stream Is Undecodable.");
}
}
