public static byte[] GenerateBFF2(byte[] palette, byte[] data, CGeneric.Compression compressionMethod, int sizeX, int sizeY, string bffName)
{
//generate header
//--> determine GreenAlpha and palette size
byte greenAlphaIndex = 0;
if (palette.Length > 0)
{
greenAlphaIndex = CTextureManager.GetGreenAlphaValueIndex(palette, compressionMethod);
}
//make almost random compressed value.. (10)(because not enought information about it)
//set displayedWidth equal pixel width (because not enought information about it)
byte[] sizeXB = CGeneric.ConvertIntToByteArray16bits(sizeX);
byte[] sizeYB = CGeneric.ConvertIntToByteArray16bits(sizeY);
byte[] name = CGeneric.ConvertStringToByteArray(bffName);
byte[] nbColors = new byte[0];
if (palette.Length > 0)
{
nbColors = CGeneric.ConvertIntToByteArray(palette.Length / CTextureManager.GetBytePerPixel(compressionMethod));
}
byte[] bff2header = SetHeader(compressionMethod, greenAlphaIndex, 0xE, sizeXB, sizeXB, sizeYB, name, nbColors);
//concatenate header, palette and compressed data
byte[] finalData = new byte[bff2header.Length + palette.Length + data.Length];
Array.Copy(bff2header, 0, finalData, 0, bff2header.Length);
if (palette.Length > 0)
{
Array.Copy(palette, 0, finalData, bff2header.Length, palette.Length);
}
Array.Copy(data, 0, finalData, bff2header.Length + palette.Length, data.Length);
return(finalData);
}
