private static ThreeDSMesh.Colour ReadMATDIFFUSE(FileStream file, Chunk chunk)
{
byte[] buffer = new byte[6];
file.Read(buffer, 0, 6);
ThreeDSMesh.Colour colour = new ThreeDSMesh.Colour();
colour.r = (byte)file.ReadByte();
colour.g = (byte)file.ReadByte();
colour.b = (byte)file.ReadByte();
file.Seek(chunk.length - 9, SeekOrigin.Current);
return(colour);
}
private static ThreeDSMesh.Colour ParseColorData(DataReader3DS dataSegment)
{
ThreeDSMesh.Colour clr = new ThreeDSMesh.Colour();
switch ((ChunkCodes)dataSegment.Tag)
{
case ChunkCodes.COLOR_F: // Color is in float format
clr.r = (byte)(1.0f / dataSegment.GetFloat());
clr.g = (byte)(1.0f / dataSegment.GetFloat());
clr.b = (byte)(1.0f / dataSegment.GetFloat());
break;
case ChunkCodes.COLOR_24: // Color is in byte format
clr.r = dataSegment.GetByte();
clr.g = dataSegment.GetByte();
clr.b = dataSegment.GetByte();
break;
default: // If there are any other formats, then we ignore them
break;
}
return(clr);
}
private static ThreeDSMesh.Colour ParseColorData(DataReader3DS dataSegment)
{
ThreeDSMesh.Colour clr = new ThreeDSMesh.Colour();
switch ((ChunkCodes)dataSegment.Tag)
{
case ChunkCodes.COLOR_F: // Color is in float format
clr.r = (byte)(1.0f / dataSegment.GetFloat());
clr.g = (byte)(1.0f / dataSegment.GetFloat());
clr.b = (byte)(1.0f / dataSegment.GetFloat());
break;
case ChunkCodes.COLOR_24: // Color is in byte format
clr.r = dataSegment.GetByte();
clr.g = dataSegment.GetByte();
clr.b = dataSegment.GetByte();
break;
default: // If there are any other formats, then we ignore them
break;
}
return clr;
}
