提交 d7b9e246 authored 作者: Frederic Bastien's avatar Frederic Bastien

Fix doc syntax to remove doc generation warning.

上级 8e7dd8cd
......@@ -194,16 +194,19 @@ List of Implemented Operations
- Dot Product
- :class:`Dot <theano.sparse.basic.Dot>` and
:func:`dot <theano.sparse.basic.dot>`.
- The grad implemented is regular.
- No C code for perform and no C code for grad.
- Return a dense for perform and a dense for grad.
- :class:`StructuredDot <theano.sparse.basic.StructuredDot>`
and :func:`structured_dot <theano.sparse.basic.structured_dot>`.
- The grad implemented is structured.
- C code for perform and grad.
- Return a dense for perforn and a sparse for grad.
- :class:`TrueDot <theano.sparse.basic.TrueDot>` and
:func:`true_dot <theano.sparse.basic.true_dot>`.
- The grad implemented is regular.
- No C code for perform and no C code for grad.
- Return a Sparse for perform and a Sparse for grad.
......@@ -211,11 +214,13 @@ List of Implemented Operations
grad to be dense if the second input of the op is dense.
- :class:`SamplingDot <theano.sparse.basic.SamplingDot>` and
``sampling_dot``.
- The grad implemented is structured for `p`.
- Sample of the dot and sample of the gradient.
- C code for perform but not for grad.
- Return sparse for perform and grad.
- :class:`Usmm <theano.sparse.basic.Usmm>` and ``usmm``.
- This op is the equivalent of gemm for sparse dot.
- There is no grad implemented for this op.
- There is optimization that transform a
......
......@@ -405,7 +405,7 @@ def images2neibs(ten4, neib_shape, neib_step=None, mode='valid'):
"""
:param ten4: a list of lists of images
ten4 is of shape (list 1 dim, list 2 dim,
row, col)
row, col)
:type ten4: A 4d tensor-like.
:param neib_shape: (r,c) where r is the height of the neighborhood
in rows and c is the width of the neighborhood
......@@ -416,13 +416,21 @@ def images2neibs(ten4, neib_shape, neib_step=None, mode='valid'):
columns. When None, this is the same as
neib_shape(patch are disjoint)
:type neib_step: A 1d tensor-like of 2 values.
:param mode: Possible values:
'valid': Requires an input that is a multiple of the
pooling factor (in each direction)
'ignore_borders': Same as valid, but will ignore the borders
if the shape(s) of the input
is not a multiple of the pooling factor(s)
'wrap_centered' : ?? TODO comment
:param mode:
Possible values:
``valid``
Requires an input that is a multiple of the
pooling factor (in each direction)
``ignore_borders``
Same as valid, but will ignore the borders
if the shape(s) of the input
is not a multiple of the pooling factor(s)
``wrap_centered``
?? TODO comment
:type mode: str
:return:
Reshapes the input as a 2D tensor where each row is an
......
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