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);
}
private void Init(Image referenceImage, IList <Color[]> palettes)
{
width = referenceImage.Width;
height = referenceImage.Height;
ImageEncoderIndexed encoder = new ImageEncoderIndexed(palettes,
referenceImage,
IndexCodec,
PaletteCodec,
ImageFilter,
PaletteFilter);
imageData = encoder.Encode();
this.palettes = encoder.Palettes;
encodedPalettes = encoder.EncodedPalettes;
}
private void Init(Image image)
{
width = image.Width;
height = image.Height;
ImageEncoderIndexed encoder = new ImageEncoderIndexed(image,
IndexCodec,
PixelComparer,
PaletteCodec,
ImageFilter,
PaletteFilter);
imageData = encoder.Encode();
palettes = encoder.Palettes;
encodedPalettes = encoder.EncodedPalettes;
}
internal PE3SimpleDATTexture(byte[] rawHeader, Image img)
{
this.rawHeader = rawHeader;
if (img.Width != 512)
{
throw new TextureFormatException("Only a width of 512 pixel is allowed!");
}
width = img.Width;
height = img.Height;
ImageEncoderIndexed encoder = new ImageEncoderIndexed(img,
IndexCodec.FromBitPerPixel(4), null, null,
new SwizzleFilter(width, height, 4));
imageData = encoder.Encode();
}
internal PE3DATTexture(IList <Image> images, uint[] pos1, uint[] pos2, ushort[] w, ushort[] h, int[] bpps)
{
imagesData = new List <byte[]>(images.Count);
palettes = new List <Color[]>(images.Count);
positions1 = pos1;
positions2 = pos2;
widths = w;
heights = h;
this.bpps = bpps;
for (int i = 0; i < images.Count; i++)
{
if (bpps[i] != 8 && bpps[i] != 4)
{
throw new TextureFormatException("Illegal bpp value: " + bpps[i]);
}
Image img = images[i];
ImageEncoderIndexed encoder = new ImageEncoderIndexed(img, IndexCodec.FromBitPerPixel(bpps[i]), null, null, new SwizzleFilter(widths[i], heights[i], bpps[i]));
imagesData.Add(encoder.Encode());
palettes.Add(encoder.Palettes[0]);
}
}