def main():
parser_dict = parse_args()
create_fonts_dir(parser_dict["args"]["res_path"])
font_chars = get_font_chars(parser_dict["args"]["char_file"])
point_sizes_list = parser_dict["args"]["point_sizes"].split(",")
for size in point_sizes_list:
print "Creating for ", size
create_imagefont(
parser_dict["args"]["res_path"],
parser_dict["args"]["font_file"],
int(size),
font_chars,
get_color(parser_dict["args"]["bg_color"]),
)
def create_atlas(texMode, dirPath, atlasPath, dirName, args):
done = False
curr_size = int(args['maxrects_bin_size'])
texture_packer = None
imagesList = None
packResult = None
# Retry until optimal font atlas size is found.
while not done:
try:
result = pack_atlas(args, dirPath, curr_size)
texture_packer = result[0]
packResult = result[1]
imagesList = result[2]
done = True
except PackerError:
curr_size = next_power_of_two(curr_size)
print "Failed, trying next power of two", curr_size
borderSize = 1
atlas_name = '%s.%s' % (dirName, args['atlas_type'])
atlas_data = AtlasData(name=dirName, width=packResult[0], height=packResult[1], color_mode=texMode, file_type=args['atlas_type'], border=borderSize)
for tex in texture_packer.texArr:
atlas_data.add_texture(tex)
parser = get_parser(args['output_data_type'])
parser.parse(atlas_data)
parser.save('%s.%s' % (os.path.join(atlasPath, os.path.basename(dirPath)), parser.get_file_ext()))
atlas_image = Image.new(texMode, (packResult[0], packResult[1]), get_color(args['bg_color']))
index = 0
for image in imagesList:
tex = texture_packer.get_texture(image[0])
atlas_image.paste(image[1], (tex.x, tex.y))
index += 1
atlas_image.save(os.path.join(atlasPath, os.path.basename(dirPath)) + "." + args['atlas_type'], args['atlas_type'])
if (args['verbose']):
atlas_image.show()