private void MessageSound()
{
if (!demo.ConvertNetworkProtocol() || demo.NetworkProtocol > 43)
{
parser.MessageSound();
return;
}
Int32 messageStartOffset = parser.BitBuffer.CurrentByte;
// read message
parser.BitBuffer.Endian = BitBuffer.EndianType.Big;
BitWriter bitWriter = new BitWriter();
UInt32 flags = parser.BitBuffer.ReadUnsignedBits(9);
bitWriter.WriteUnsignedBits(flags, 9);
if ((flags & (1 << 0)) != 0) // volume
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
if ((flags & (1 << 1)) != 0) // attenuation * 64
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(3), 3); // channel
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(11), 11); // edict number
if ((flags & (1 << 2)) != 0) // sound index (short)
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(16), 16);
}
else // sound index (byte)
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
bitWriter.WriteVectorCoord(true, parser.BitBuffer.ReadVectorCoord(true)); // position
if ((flags & (1 << 3)) != 0) // pitch
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
parser.BitBuffer.SkipRemainingBits();
parser.BitBuffer.Endian = BitBuffer.EndianType.Little;
// insert new message
ReWriteMessage(messageStartOffset, bitWriter.Data);
}
private void MessageSound()
{
if (!demo.ConvertNetworkProtocol() || demo.NetworkProtocol > 43)
{
parser.MessageSound();
return;
}
Int32 messageStartOffset = parser.BitBuffer.CurrentByte;
// read message
parser.BitBuffer.Endian = BitBuffer.EndianType.Big;
BitWriter bitWriter = new BitWriter();
UInt32 flags = parser.BitBuffer.ReadUnsignedBits(9);
bitWriter.WriteUnsignedBits(flags, 9);
if ((flags & (1 << 0)) != 0) // volume
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
if ((flags & (1 << 1)) != 0) // attenuation * 64
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(3), 3); // channel
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(11), 11); // edict number
if ((flags & (1 << 2)) != 0) // sound index (short)
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(16), 16);
}
else // sound index (byte)
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
bitWriter.WriteVectorCoord(true, parser.BitBuffer.ReadVectorCoord(true)); // position
if ((flags & (1 << 3)) != 0) // pitch
{
bitWriter.WriteUnsignedBits(parser.BitBuffer.ReadUnsignedBits(8), 8);
}
parser.BitBuffer.SkipRemainingBits();
parser.BitBuffer.Endian = BitBuffer.EndianType.Little;
// insert new message
ReWriteMessage(messageStartOffset, bitWriter.Data);
}
