private void ConvertAndInsert(TextureInfo info, BinaryWriter bw, Bitmap png)
{
var palInfo = PaletteInfos.First(x => x.PaletteName.Contains(info.TextureName + "_pl"));
BGR565 bGR565 = new BGR565(palInfo.PaletteBytes);
byte[] img = new byte[0];
bw.BaseStream.Position = info.Offset + BaseOffsetTextures + TextureInfosBaseOffset;
switch (info.Format)
{
case 1:
//img = ImageConverter.BitmapToRawIndexed(new Bitmap(png), bGR565, TileMode.NotTiled, ColorDepth.F4BBP);
break;
case 3:
img = ImageConverter.BitmapToRawIndexed(new Bitmap(png), bGR565, TileMode.NotTiled, ColorDepth.F4BBP);
break;
case 4:
case 6:
img = ImageConverter.BitmapToRawIndexed(new Bitmap(png), bGR565, TileMode.NotTiled, ColorDepth.F8BBP);
break;
default:
break;
}
bw.Write(img);
ReloadTextures();
}
private void GetImage(TextureInfo info, int textureSize, int paletteSize, ColorDepth colorDepth, BinaryReader br)
{
br.BaseStream.Position = info.Offset + BaseOffsetTextures + TextureInfosBaseOffset;
byte[] img = br.ReadBytes(textureSize);
var pInfoIndex = PaletteInfos.FindIndex(x => x.PaletteName.Contains(info.TextureName + "_pl"));
br.BaseStream.Position = PalettesOffset + TextureInfosBaseOffset + PaletteInfos[pInfoIndex].Offset;
byte[] palette = br.ReadBytes(paletteSize);
PaletteInfos[pInfoIndex].PaletteBytes = palette;
info.ColorCount = paletteSize / 2;
BGR565 bGR565 = new BGR565(palette);
PaletteInfos[pInfoIndex].Palette = bGR565.Colors;
info.TextureImage = ImageConverter.RawIndexedToBitmap(img, info.Width, info.Height, bGR565, TileMode.NotTiled, colorDepth);
info.Bpp = colorDepth;
info.PaletteIndex = pInfoIndex;
}
