def auto_orient(self):
image = self.image
if image.orientation not in ['top_left', 'undefined']:
image = image.clone()
if hasattr(image, 'auto_orient'):
# Wand 0.4.1 +
image.auto_orient()
else:
orientation_ops = {
'top_right': [image.flop],
'bottom_right':
[functools.partial(image.rotate, degree=180.0)],
'bottom_left': [image.flip],
'left_top':
[image.flip,
functools.partial(image.rotate, degree=90.0)],
'right_top':
[functools.partial(image.rotate, degree=90.0)],
'right_bottom':
[image.flop,
functools.partial(image.rotate, degree=90.0)],
'left_bottom':
[functools.partial(image.rotate, degree=270.0)]
}
fns = orientation_ops.get(image.orientation)
if fns:
for fn in fns:
fn()
image.orientation = 'top_left'
return WandImage(image)
def auto_orient(self):
image = self.image
if image.orientation not in ['top_left', 'undefined']:
image = image.clone()
if hasattr(image, 'auto_orient'):
# Wand 0.4.1 +
image.auto_orient()
else:
orientation_ops = {
'top_right': [image.flop],
'bottom_right': [functools.partial(image.rotate, degree=180.0)],
'bottom_left': [image.flip],
'left_top': [image.flip, functools.partial(image.rotate, degree=90.0)],
'right_top': [functools.partial(image.rotate, degree=90.0)],
'right_bottom': [image.flop, functools.partial(image.rotate, degree=90.0)],
'left_bottom': [functools.partial(image.rotate, degree=270.0)]
}
fns = orientation_ops.get(image.orientation)
if fns:
for fn in fns:
fn()
image.orientation = 'top_left'
return WandImage(image)
