internal TIM2Segment(Image image, IList <Color[]> palettes, TIM2SegmentParameters parameters)
{
this.parameters = parameters;
swizzleFilter = new SwizzleFilter(parameters.width, parameters.height, parameters.bpp);
paletteFilter = new TIM2PaletteFilter(parameters.bpp);
if (parameters.bpp > 8) //true color image
{
imageData = GetColorCodec(parameters.colorSize).EncodeColors(image.GetColorArray()); //I love extension methods. Hurray!
}
else
{
ImageEncoderIndexed encoder;
if (palettes != null)
{
encoder = new ImageEncoderIndexed(palettes, image, IndexCodec.FromBitPerPixel(parameters.bpp));
}
else
{
encoder = new ImageEncoderIndexed(image, IndexCodec.FromBitPerPixel(parameters.bpp), new ARGBColorComparer());
}
imageData = encoder.Encode();
this.palettes = new List <Color[]>(encoder.Palettes).ToArray();
}
CreateImageDecoder(imageData);
}
internal TIM2Segment(byte[] imageData, byte[] paletteData, uint colorEntries, TIM2SegmentParameters parameters)
{
this.imageData = imageData;
this.parameters = parameters;
swizzleFilter = new SwizzleFilter(parameters.width, parameters.height, parameters.bpp);
paletteFilter = new TIM2PaletteFilter(parameters.bpp);
if (parameters.swizzled)
{
this.imageData = swizzleFilter.Defilter(imageData);
}
ConstructPalettes(paletteData, colorEntries);
CreateImageDecoder(imageData);
if (!parameters.linearPalette)
{
for (int i = 0; i < palettes.Length; i++)
{
palettes[i] = paletteFilter.Defilter(palettes[i]);
}
}
}