def module_main(argv):
if len(argv) == 7:
level_id = int(argv[5], 0)
level_header = level_info.load_level_header(level_id=level_id)
output_pal = palette.assemble_palette(level_header.load_list.palettes)
main(argv[6], output_pal, int(argv[1], 0), int(argv[2], 0), int(argv[3], 0), int(argv[4]))
else:
print 'Usage: {0} <chunk_id> <offset> <count> <size> <level_palette> <output.png>'.format(argv[0])
def main(level_header, output_file, tiles_per_row):
output_pal = palette.assemble_palette(level_header.load_list.palettes)
tiles = extract_tiles(level_header)
output_data, output_w, output_h = graphics.layout_tiles(tiles, 8, 8, rows_of_tiles(len(tiles), tiles_per_row))
with open(output_file, 'wb') as f:
w = png.Writer(output_w, output_h, palette=output_pal)
w.write_array(f, output_data)
def module_main(argv):
if len(argv) == 7:
level_id = int(argv[5], 0)
level_header = level_info.load_level_header(level_id=level_id)
output_pal = palette.assemble_palette(level_header.load_list.palettes)
main(argv[6], output_pal, int(argv[1], 0), int(argv[2], 0),
int(argv[3], 0), int(argv[4]))
else:
print 'Usage: {0} <chunk_id> <offset> <count> <size> <level_palette> <output.png>'.format(
argv[0])
def main(level_header, output_file, tiles_per_row):
output_pal = palette.assemble_palette(level_header.load_list.palettes)
tiles = tileset.extract_tiles(level_header)
metatile_data = decompress_data(chunk.read_chunk(level_header.metatile_chunk))
meta_info = parse_metatile_info(metatile_data)
del metatile_data
def assemble_metatile(info):
flipped_tiles = [graphics.flip_image(tiles[i], 8, hf, vf) for i, hf, vf in info]
return graphics.layout_tiles(flipped_tiles, 8, 8, [[0, 1], [2, 3]])[0]
meta_imgs = [assemble_metatile(info) for info in meta_info]
output_data, output_w, output_h = graphics.layout_tiles(meta_imgs, 16, 16, tileset.rows_of_tiles(len(meta_imgs), tiles_per_row))
with open(output_file, 'wb') as f:
w = png.Writer(output_w, output_h, palette=output_pal)
w.write_array(f, output_data)
import sys import lvtools.chunk as chunk from lvtools.compression import decompress_data from lvtools.level import LevelHeader import lvtools.palette as palette import lvtools.util as util level_header_id = int(sys.argv[1], 0) output_file = sys.argv[2] header_data = decompress_data(chunk.read_chunk(level_header_id)) header = LevelHeader() header.load(header_data) pal = palette.assemble_palette(header.load_list.palettes) util.dump_file(output_file, palette.pack_palette(pal))