public static NCLR.TTLP Palette_4bppTo8bpp(NCLR.TTLP palette)
{
NCLR.TTLP ttlp = new NCLR.TTLP {
ID = palette.ID,
length = palette.length,
unknown1 = palette.unknown1
};
List <Color> list = new List <Color>();
for (int i = 0; i < palette.palettes.Length; i++)
{
list.AddRange(palette.palettes[i].colors);
}
ttlp.palettes = new NCLR.NTFP[1];
ttlp.palettes[0].colors = list.ToArray();
ttlp.nColors = (uint)ttlp.palettes[0].colors.Length;
ttlp.paletteLength = ttlp.nColors * 2;
ttlp.depth = ColorDepth.Depth8Bit;
return(ttlp);
}
public static NCLR.TTLP Palette_8bppTo4bpp(NCLR.TTLP palette)
{
int num2;
Color[] colorArray;
NCLR.TTLP ttlp = new NCLR.TTLP {
ID = palette.ID,
length = palette.length,
unknown1 = palette.unknown1,
nColors = 0x10,
paletteLength = 0x20,
depth = ColorDepth.Depth4Bit
};
int num = (int)(palette.nColors % 0x10);
if (num == 0)
{
ttlp.palettes = new NCLR.NTFP[palette.nColors / 0x10];
for (num2 = 0; num2 < ttlp.palettes.Length; num2++)
{
colorArray = new Color[0x10];
Array.Copy(palette.palettes[0].colors, num2 * 0x10, colorArray, 0, 0x10);
ttlp.palettes[num2].colors = colorArray;
}
return(ttlp);
}
ttlp.palettes = new NCLR.NTFP[(palette.nColors / 0x10) + 1];
for (num2 = 0; num2 < (ttlp.palettes.Length - 1); num2++)
{
colorArray = new Color[0x10];
Array.Copy(palette.palettes[0].colors, num2 * 0x10, colorArray, 0, 0x10);
ttlp.palettes[num2].colors = colorArray;
}
Color[] destinationArray = new Color[num];
Array.Copy(palette.palettes[0].colors, (long)(palette.nColors / 0x10), destinationArray, 0L, (long)num);
ttlp.palettes[ttlp.palettes.Length - 1].colors = destinationArray;
return(ttlp);
}
