+
    Ai
                         R .t RR ltR# )slice_along_axesNc           	     $  a  V'       g   S # VfD   \        \        S P                  4      4      p\        V4      \        V4      8  d   \	        R4      hM$\        V4      \        V4      8w  d   \	        R4      h\        V4      \        \        V4      4      8w  d   \	        R4      h\        ;QJ d    V 3R lV 4       F  '       d   K   RM	  RM! V 3R lV 4       4      '       g   \	        RV R	S P                   R
24      h\        R4      .S P                  ,          p\        W4       F  w  w  rVpV^ 8  d   VS P                  V,          ,          pV^ 8  d   VS P                  V,          ,          pWV8  d   \	        RV RV R24      hV^ 8  g   VS P                  V,          8  d   \	        RV RV RS P                   24      h\        WV4      WG&   K  	  S \        V4      ,          pV'       d   VP                  e   VP                  4       pV# )a  Slice an image along given axes.

Parameters
----------
image : ndarray
    Input image.
slices : list of 2-tuple (a, b) where a < b.
    For each axis in `axes`, a corresponding 2-tuple
    ``(min_val, max_val)`` to slice with (as with Python slices,
    ``max_val`` is non-inclusive).
axes : int or tuple, optional
    Axes corresponding to the limits given in `slices`. If None,
    axes are in ascending order, up to the length of `slices`.
copy : bool, optional
    If True, ensure that the output is not a view of `image`.

Returns
-------
out : ndarray
    The region of `image` corresponding to the given slices and axes.

Examples
--------
>>> from skimage import data
>>> img = data.camera()
>>> img.shape
(512, 512)
>>> cropped_img = slice_along_axes(img, [(0, 100)])
>>> cropped_img.shape
(100, 512)
>>> cropped_img = slice_along_axes(img, [(0, 100), (0, 100)])
>>> cropped_img.shape
(100, 100)
>>> cropped_img = slice_along_axes(img, [(0, 100), (0, 75)], axes=[1, 0])
>>> cropped_img.shape
(75, 100)
Nz!More `slices` than available axesz*`axes` and `slices` must have equal lengthz`axes` must be uniquec              3   Z   <"   T F   q^ 8  ;'       d    VSP                   8  x  K"  	  R# 5i)    N)ndim).0aimages   & \/var/www/html/photoedit/myenv/lib/python3.14/site-packages/skimage/util/_slice_along_axes.py	<genexpr>#slice_along_axes.<locals>.<genexpr>:   s&     7$QAv((!ejj.($s   ++FTzaxes z out of range; image has only z dimensionszInvalid slice (z, z'): must be ordered `(min_val, max_val)`z) for image with dimensions )listranger   len
ValueErrorsetallslicezipshapetuplebasecopy)	r	   slicesaxesr   _slicesr   baximage_slices	   f&&&     r
   r   r      s   P |E%**%&t9s6{"@AA # 
Tc&k	!EFF
4yCD	N"01137$73337$777D67EJJ<{S
 	

 	d

G &'
q5R Aq5R A5!!Bqc)PQ  q5AB'!!Bqc)Eekk]S  Ak ( g'K  ,!&&(    )NF)__all__r    r   r
   <module>r"      s   
Rr   