/// <summary>
/// block type nine
/// </summary>
private void ParseBlockTypeNine(ref int pos, int len)
{
Rott2DVocBlockNineHeader _blockheader = new Rott2DVocBlockNineHeader();
_blockheader.SampleRate = BitConverter.ToInt32(this._rawData, pos); //Int32 (int)
_blockheader.BitsPerSample = this._rawData[(pos = pos + sizeof(int))]; //Byte
_blockheader.Channels = this._rawData[(pos = pos + sizeof(byte))]; //Byte
_blockheader.Codec = BitConverter.ToInt16(this._rawData, (pos = pos + sizeof(ushort))); //Int16 (short)
_blockheader.Reserved0 = this._rawData[pos = pos + sizeof(byte)]; //Byte
_blockheader.Reserved1 = this._rawData[pos = pos + sizeof(byte)]; //Byte
_blockheader.Reserved2 = this._rawData[pos = pos + sizeof(byte)]; //Byte
Rott2DVocBlockData _block = new Rott2DVocBlockData();
_block.SampleRate = _blockheader.SampleRate;
_block.PCMType = 0;
_block.Bits = _blockheader.BitsPerSample;
//set general settings
this._sampleRate = _block.SampleRate;
this._channels = _blockheader.Channels;
this._bits = _block.Bits;
if (_blockheader.Channels > 1 && _blockheader.Codec == VOC_SAMPLE_16BIT)
{
_block.ChannelType = VOC_STEREO; //16 bit sample = stereo
}
else if (_blockheader.Channels == 1 && _blockheader.Codec == VOC_SAMPLE_8BIT)
{
_block.ChannelType = VOC_MONO; //8 bit sample = mono
}
else
{
throw new Exception("ParseBlockTypeNine :: BlockNine invalid voc block");
}
//fill sound data buffer (-> this is the "real" sound data)
_block.initSampleData(len);
ushort samplePos = 0; //block index
int datarest = this._rawData.Length - this._vocHeader.HeaderSize - len - 1; //calculate other rubbish to be removed
for (int block = 0; block < len; block++)
{
_block[samplePos] = this._rawData[(this._vocHeader.HeaderSize + datarest) + block];
//_block[samplePos] = this._rawData[block + this._vocHeader.HeaderSize + 4];
//_block[samplePos] = this._rawData[this._vocHeader.HeaderSize + block];
//_block[samplePos] = this._rawData[block];
samplePos++;
}
//add sound data to generics list
this.blocks.Add(_block);
}
/// <summary>
/// block type one
/// </summary>
private void ParseBlockTypeOne(ref int pos, int len)
{
Rott2DVocBlockOneHeader _blockheader = new Rott2DVocBlockOneHeader();
_blockheader.Len = len;
_blockheader.Tc = (uint)(this._rawData[pos] << 8);
_blockheader.Pack = this._rawData[pos = pos + 1];
Rott2DVocBlockData _block = new Rott2DVocBlockData();
_block.SampleRate = (int)((ulong)256000000L / (65536 - _blockheader.Tc));
_block.PCMType = _blockheader.Pack & 0xFF;
_block.Bits = 8;
_block.ChannelType = VOC_MONO; //mono tone only
//set general settings
this._sampleRate = _block.SampleRate;
this._channels = 1;
this._bits = _block.Bits;
//fill sound data buffer (this is the real sound data)
_block.initSampleData(len);
ushort samplePos = 0;
int datarest = this._rawData.Length - this._vocHeader.HeaderSize - len - 1; //calculate other rubbish to be removed
for (int block = 0; block < len; block++)
{
_block[samplePos] = this._rawData[(this._vocHeader.HeaderSize + datarest) + block];
//_block[samplePos] = this._rawData[block + this._vocHeader.HeaderSize + 4];
//_block[samplePos] = this._rawData[this._vocHeader.HeaderSize + block];
//_block[samplePos] = this._rawData[block];
samplePos++;
}
//add sound data to generics list
this.blocks.Add(_block);
}