def do_mask(img, mask_path, mask_source, mask_mode=None):
if not mask_path:
return img
if mask_source == 'media':
mask = pil.open(MEDIA_STORAGE.open(mask_path)).convert("RGBA")
else:
mask = pil.open(STATIC_STORAGE.open(mask_path)).convert("RGBA")
# We want the mask to have the same size than the image
if mask_mode == 'distort':
iw, ih = img.size
mw, mh = mask.size
if mw != iw or mh != ih:
mask = mask.resize((iw, ih), pil.ANTIALIAS)
else:
# We want the overlay to fit in the image
iw, ih = img.size
ow, oh = mask.size
overlay_ratio = float(ow) / float(oh)
have_to_scale = False
if ow > iw:
ow = iw
oh = int(float(iw) / overlay_ratio)
if oh > ih:
ow = int(float(ih) * overlay_ratio)
oh = ih
if ow != iw or oh != ih:
have_to_scale = True
if have_to_scale:
nmask = mask.resize((ow, oh), pil.ANTIALIAS)
mask = pil.new('RGBA', (iw, ih))
# mask.paste(nmask, (int((iw - ow) / 2), int((ih - oh) / 2)), nmask)
mask = do_paste(mask, nmask, (int((iw - ow) / 2), int(
(ih - oh) / 2)))
ow, oh = mask.size
r, g, b, a = mask.split()
img.putalpha(a)
def do_mask(img, mask_path, mask_source, mask_mode=None):
if not mask_path:
return img
if mask_source == 'media':
mask = pil.open(MEDIA_STORAGE.open(mask_path)).convert("RGBA")
else:
mask = pil.open(STATIC_STORAGE.open(mask_path)).convert("RGBA")
# We want the mask to have the same size than the image
if mask_mode == 'distort':
iw, ih = img.size
mw, mh = mask.size
if mw != iw or mh != ih:
mask = mask.resize((iw, ih), pil.ANTIALIAS)
else:
# We want the overlay to fit in the image
iw, ih = img.size
ow, oh = mask.size
overlay_ratio = float(ow) / float(oh)
have_to_scale = False
if ow > iw:
ow = iw
oh = int(float(iw) / overlay_ratio)
if oh > ih:
ow = int(float(ih) * overlay_ratio)
oh = ih
if ow != iw or oh != ih:
have_to_scale = True
if have_to_scale:
nmask = mask.resize((ow, oh), pil.ANTIALIAS)
mask = pil.new('RGBA', (iw, ih))
#mask.paste(nmask, (int((iw - ow) / 2), int((ih - oh) / 2)), nmask)
do_paste(mask, nmask, (int((iw - ow) / 2), int((ih - oh) / 2)))
ow, oh = mask.size
r, g, b, a = mask.split()
img.putalpha(a)
def do_overlay(img, overlay_path, overlay_source=None, overlay_tint=None, overlay_size=None, overlay_position=None):
if not overlay_path:
return img
if overlay_source == 'media':
overlay = pil.open(MEDIA_STORAGE.open(overlay_path))
else:
overlay = pil.open(STATIC_STORAGE.open(overlay_path))
# We want the overlay to fit in the image
iw, ih = img.size
ow, oh = overlay.size
overlay_ratio = float(ow) / float(oh)
if overlay_size:
tw, th = overlay_size.split(',')
ow = int(round(float(tw.strip()) * iw))
oh = int(round(float(th.strip()) * ih))
if ow < 0:
ow = oh * overlay_ratio
elif oh < 0:
oh = ow / overlay_ratio
overlay = resizeScale(overlay, ow, oh, overlay_source + "/" + overlay_path)
ow, oh = overlay.size
else:
have_to_scale = False
if ow > iw:
ow = iw
oh = int(float(iw) / overlay_ratio)
have_to_scale = True
if oh > ih:
ow = int(float(ih) * overlay_ratio)
oh = ih
have_to_scale = True
if have_to_scale:
overlay = resizeScale(overlay, ow, oh, overlay_source + "/" + overlay_path)
ow, oh = overlay.size
if overlay_tint:
do_tint(overlay, overlay_tint)
if not overlay_position:
target_x = int((iw - ow) / 2)
target_y = int((ih - oh) / 2)
else:
tx, ty = overlay_position.split(',')
if tx == "":
target_x = int((iw - ow) / 2)
else:
target_x = int(round(float(tx.strip()) * iw))
if ty == "":
target_y = int((ih - oh) / 2)
else:
target_y = int(round(float(ty.strip()) * ih))
"""
TODO: paste seems to be buggy, because pasting over opaque background returns a non opaque image
(the parts that are not 100% opaque or 100% transparent become partially transparent.
the putalpha workareound doesn't seem to look nice enough
"""
#r, g, b, a = img.split()
#img.paste(overlay, (int((iw - ow) / 2), int((ih - oh) / 2)), overlay)
#img.putalpha(a)
do_paste(img, overlay, (target_x, target_y))
return img
def do_overlay(img,
overlay_path,
overlay_source=None,
overlay_tint=None,
overlay_size=None,
overlay_position=None):
if not overlay_path:
return img
if overlay_source == 'media':
overlay = pil.open(MEDIA_STORAGE.open(overlay_path))
else:
overlay = pil.open(STATIC_STORAGE.open(overlay_path))
# We want the overlay to fit in the image
iw, ih = img.size
ow, oh = overlay.size
overlay_ratio = float(ow) / float(oh)
if overlay_size:
tw, th = overlay_size.split(',')
ow = int(round(float(tw.strip()) * iw))
oh = int(round(float(th.strip()) * ih))
if ow < 0:
ow = oh * overlay_ratio
elif oh < 0:
oh = ow / overlay_ratio
overlay = resizeScale(overlay, ow, oh,
overlay_source + "/" + overlay_path)
ow, oh = overlay.size
else:
have_to_scale = False
if ow > iw:
ow = iw
oh = int(float(iw) / overlay_ratio)
have_to_scale = True
if oh > ih:
ow = int(float(ih) * overlay_ratio)
oh = ih
have_to_scale = True
if have_to_scale:
overlay = resizeScale(overlay, ow, oh,
overlay_source + "/" + overlay_path)
ow, oh = overlay.size
if overlay_tint:
do_tint(overlay, overlay_tint)
if not overlay_position:
target_x = int((iw - ow) / 2)
target_y = int((ih - oh) / 2)
else:
tx, ty = overlay_position.split(',')
tx = tx.strip()
ty = ty.strip()
if tx == "":
# Center horizontally.
target_x = int((iw - ow) / 2)
else:
if "!" in tx:
# X origin on the right side.
x_percent = 1.0 - float(tx.replace("!", "").strip())
target_x = int(round(x_percent * iw) - ow)
else:
# X origin on the left side.
x_percent = float(tx)
target_x = int(round(x_percent * iw))
if ty == "":
# Center vertically.
target_y = int((ih - oh) / 2)
else:
if "!" in ty:
# Y origin on the bottom side.
y_percent = 1.0 - float(ty.replace("!", "").strip())
target_y = int(round(y_percent * ih) - oh)
else:
# Y origin on the top side.
y_percent = float(ty)
target_y = int(round(y_percent * ih))
"""
TODO: paste seems to be buggy, because pasting over opaque background returns a non opaque image
(the parts that are not 100% opaque or 100% transparent become partially transparent.
the putalpha workareound doesn't seem to look nice enough
"""
img = do_paste(img, overlay, (target_x, target_y))
return img
def do_overlay(img, overlay_path, overlay_source=None, overlay_tint=None, overlay_size=None, overlay_position=None):
if not overlay_path:
return img
if overlay_source == 'media':
overlay = pil.open(MEDIA_STORAGE.open(overlay_path))
else:
overlay = pil.open(STATIC_STORAGE.open(overlay_path))
# We want the overlay to fit in the image
iw, ih = img.size
ow, oh = overlay.size
overlay_ratio = float(ow) / float(oh)
if overlay_size:
tw, th = overlay_size.split(',')
ow = int(round(float(tw.strip()) * iw))
oh = int(round(float(th.strip()) * ih))
if ow < 0:
ow = oh * overlay_ratio
elif oh < 0:
oh = ow / overlay_ratio
overlay = resizeScale(overlay, ow, oh, overlay_source + "/" + overlay_path)
ow, oh = overlay.size
else:
have_to_scale = False
if ow > iw:
ow = iw
oh = int(float(iw) / overlay_ratio)
have_to_scale = True
if oh > ih:
ow = int(float(ih) * overlay_ratio)
oh = ih
have_to_scale = True
if have_to_scale:
overlay = resizeScale(overlay, ow, oh, overlay_source + "/" + overlay_path)
ow, oh = overlay.size
if overlay_tint:
do_tint(overlay, overlay_tint)
if not overlay_position:
target_x = int((iw - ow) / 2)
target_y = int((ih - oh) / 2)
else:
tx, ty = overlay_position.split(',')
tx = tx.strip()
ty = ty.strip()
if tx == "":
# Center horizontally.
target_x = int((iw - ow) / 2)
else:
if "!" in tx:
# X origin on the right side.
x_percent = 1.0 - float(tx.replace("!", "").strip())
target_x = int(round(x_percent * iw) - ow)
else:
# X origin on the left side.
x_percent = float(tx)
target_x = int(round(x_percent * iw))
if ty == "":
# Center vertically.
target_y = int((ih - oh) / 2)
else:
if "!" in ty:
# Y origin on the bottom side.
y_percent = 1.0 - float(ty.replace("!", "").strip())
target_y = int(round(y_percent * ih) - oh)
else:
# Y origin on the top side.
y_percent = float(ty)
target_y = int(round(y_percent * ih))
"""
TODO: paste seems to be buggy, because pasting over opaque background returns a non opaque image
(the parts that are not 100% opaque or 100% transparent become partially transparent.
the putalpha workareound doesn't seem to look nice enough
"""
img = do_paste(img, overlay, (target_x, target_y))
return img