public void ApplyLevelPalette(System.Drawing.Bitmap image)
{
System.Drawing.Imaging.ColorPalette bitmapPalette = image.Palette; // Get brush paletteIndex
NesPalette bgPalette = Level.BgPalette; // Get ROM palettes
NesPalette spritePalette = Level.SpritePalette;
bgPalette.ApplyTable(bitmapPalette.Entries); // Apply to brush paletteIndex
bgPalette.ApplyTable(bitmapPalette.Entries, 16);
spritePalette.ApplyTable(bitmapPalette.Entries, 32);
spritePalette.ApplyTable(bitmapPalette.Entries, 48);
image.Palette = bitmapPalette; // Apply back to brush paletteIndex
}
//public void SetPalette(NesPalette pal, int paltable) {
// ColorPalette p = tiles.Palette;
// pal.ApplyTable(p.Entries, 0, paltable * 4, 4);
//}
public void SetPalette(NesPalette pal) {
ColorPalette p = tiles.Palette;
pal.ApplyTable(p.Entries);
tiles.Palette = p;
this.DoubleBuffered = true;
}
public void LoadLevel(Level lvl)
{
levelData = lvl;
Patterns = (Bitmap)lvl.Patterns.PatternImage.Clone();
Palette = lvl.BgPalette;
altPalette = lvl.BgAltPalette;
var buffpal = buffer.Palette;
Palette.ApplyTable(buffpal.Entries);
altPalette.ApplyTable(buffpal.Entries, 16);
Palette.ApplyTable(buffpal.Entries, 32, 0, 16, invertColor);
altPalette.ApplyTable(buffpal.Entries, 48, 0, 16, invertColor);
buffer.Palette = buffpal;
readyToRender = true;
}
public void LoadColors(NesPalette palette, int palIndex)
{
Color[] palColors = new Color[16];
palette.ApplyTable(palColors);
Color[] pal4 = new Color[4];
pal4[0] = palColors[4 * palIndex];
pal4[1] = palColors[4 * palIndex + 1];
pal4[2] = palColors[4 * palIndex + 2];
pal4[3] = palColors[4 * palIndex + 3];
Palette = pal4;
}
public void SetPalette(NesPalette pal, int table)
{
if (Image == null)
{
queuedPalette = pal;
queuedTable = table;
return;
}
ColorPalette p = Image.Palette;
pal.ApplyTable(p.Entries, 0, table * 4, 4);
Image.Palette = p;
Invalidate();
}