void DoGBAExport(const std::vector<Image32Bpp>& images32, const std::vector<Image32Bpp>& tilesets32, const std::vector<Image32Bpp>& palettes32)
{
std::vector<Image16Bpp> images;
for (const auto& image : images32)
images.push_back(Image16Bpp(image));
std::vector<Image16Bpp> tilesets;
for (const auto& image : tilesets32)
tilesets.push_back(Image16Bpp(image));
std::shared_ptr<Palette> palette;
if (!palettes32.empty())
{
std::vector<Image16Bpp> palettes;
for (const auto& image : palettes32)
palettes.push_back(Image16Bpp(image));
Image8BppScene scene(palettes, params.symbol_base_name);
palette = scene.palette;
}
if (params.affine && params.bpp == 4 && (params.mode == "0" || params.mode == "MAP" || params.mode == "TILES" || params.mode == "TILEMAP"))
FatalLog("GBA Affine Maps are 8 bpp only.");
if (params.mode == "0" || params.mode == "TILEMAP")
DoMode0Export(images);
else if (params.mode == "3" || params.mode == "BITMAP")
DoMode3Export(images);
else if (params.mode == "4" || params.mode == "INDEXED")
DoMode4Export(images, palette);
else if (params.mode == "SPRITES")
DoSpriteExport(images, palette);
else if (params.mode == "TILES")
DoTilesetExport(images, palette);
else if (params.mode == "MAP")
DoMapExport(images, tilesets);
else if (params.mode == "PALETTE")
DoPaletteExport(images);
}
void ConvertToMode3(std::map<std::string, ImageInfo>& images, std::vector<Image16Bpp>& images16)
{
DefaultParams();
for (const auto& filename_imageinfo : images)
{
const auto& filename = filename_imageinfo.first;
const auto& info = filename_imageinfo.second;
for (auto image : info.GetImages())
{
Magick::Geometry geom(info.GetWidth(), info.GetHeight());
geom.aspect(true);
image.resize(geom);
images16.emplace_back(Image16Bpp(Image32Bpp(image, info.GetName(), filename, image.scene(), info.IsAnimated())));
}
}
}
