def apply_watermark(file_path, args):
# Process an individual file
image = Watermark(file_path)
kwargs = {}
if args.scale:
kwargs['scale'] = float(args.scale)
if args.align:
kwargs['align'] = args.align
if args.valign:
kwargs['valign'] = args.valign
if args.opacity:
kwargs['opacity'] = (int(args.opacity),)
if args.color:
l_colors = args.color.split(",")
if len(l_colors) == 3:
if l_colors[0][0] == "(":
l_colors[0] = l_colors[0][1:]
if l_colors[2][-1] == ")":
l_colors[2] = l_colors[2][1:-1]
kwargs['color'] = (int(l_colors[0]), int(l_colors[1]), int(l_colors[2]) )
if args.margin:
l_margins = args.margin.split("x")
if len(l_margins) == 2:
kwargs['margin'] = (int(l_margins[0]), int(l_margins[1]))
image.apply_text(args.text, tile=args.tile, **kwargs)
output_file = os.path.join(args.output_dir, os.path.basename(file_path))
print("Saving " + output_file)
image.save(output_file)
def apply_watermark(file_path, args):
# Process an individual file
image = Watermark(file_path)
image.apply_text(args.text, tile=args.tile)
output_file = os.path.join(args.output_dir, os.path.basename(file_path))
print("Saving " + output_file)
image.save(output_file)
