def _generate(d, image_xcassets, image_fn, options, icon=False):
for c, in_fn, out_fn in options:
args = []
if in_fn is not None:
filename = join(image_xcassets, d, in_fn)
else:
filename = image_fn
if icon:
args += [filename, "-Z", c]
args += ["--out", join(image_xcassets, d, out_fn)]
print("sips", " ".join(args))
sh.sips(*args)
else:
size = [int(x) for x in c.split()]
_buildimage(filename, join(image_xcassets, d, out_fn), size)
def _generate(d, image_xcassets, image_fn, options, icon=False):
for c, in_fn, out_fn in options:
args = []
if icon:
args += ["-Z", c]
else:
# ensure one side will not be bigger than the other (ie, the image will
# fit to the screen)
args += ["-Z", str(min(map(int, c.split())))]
# if there is any left pixel, cover in black.
args += ["-p"] + c.split()
# and crop the image in necessary.
args += ["-c"] + c.split()[::-1]
if in_fn is not None:
args += [join(image_xcassets, d, in_fn)]
else:
args += [image_fn]
args += ["--out", join(image_xcassets, d, out_fn)]
print "sips", " ".join(args)
sh.sips(*args)
def _generate(d, image_xcassets, image_fn, options, icon=False):
for c, in_fn, out_fn in options:
args = []
if icon:
args += ["-Z", c]
else:
# ensure one side will not be bigger than the other (ie, the image will
# fit to the screen)
args += ["-Z", str(min(map(int, c.split())))]
# if there is any left pixel, cover in black.
args += ["-p"] + c.split()
# and crop the image in necessary.
args += ["-c"] + c.split()[::-1]
if in_fn is not None:
args += [join(image_xcassets, d, in_fn)]
else:
args += [image_fn]
args += ["--out", join(image_xcassets, d, out_fn)]
print "sips", " ".join(args)
sh.sips(*args)