def merge_networks(layers=None):
    """Merge all parameters, layers and dropout probabilities to a :class:`Layer`.
    The output of return network is the first network in the list.

    Parameters
    ----------
    layers : list of :class:`Layer`
        Merge all parameters, layers and dropout probabilities to the first layer in the list.

    Returns
    --------
    :class:`Layer`
        The network after merging all parameters, layers and dropout probabilities to the first network in the list.

    Examples
    ---------
    >>> import tensorlayer as tl
    >>> n1 = ...
    >>> n2 = ...
    >>> n1 = tl.layers.merge_networks([n1, n2])

    """
    if layers is None:
        raise Exception("layers should be a list of TensorLayer's Layers.")
    layer = layers[0]

    all_params = []
    all_layers = []
    all_drop = {}

    for l in layers:
        all_params.extend(l.all_params)
        all_layers.extend(l.all_layers)
        all_drop.update(l.all_drop)

    layer.all_params = list(all_params)
    layer.all_layers = list(all_layers)
    layer.all_drop = dict(all_drop)

    layer.all_layers = list_remove_repeat(layer.all_layers)
    layer.all_params = list_remove_repeat(layer.all_params)

    return layer
def merge_networks(layers=None):
    """Merge all parameters, layers and dropout probabilities to a :class:`Layer`.
    The output of return network is the first network in the list.

    Parameters
    ----------
    layers : list of :class:`Layer`
        Merge all parameters, layers and dropout probabilities to the first layer in the list.

    Returns
    --------
    :class:`Layer`
        The network after merging all parameters, layers and dropout probabilities to the first network in the list.

    Examples
    ---------
    >>> import tensorlayer as tl
    >>> n1 = ...
    >>> n2 = ...
    >>> n1 = tl.layers.merge_networks([n1, n2])

    """
    if layers is None:
        raise Exception("layers should be a list of TensorLayer's Layers.")
    layer = layers[0]

    all_params = []
    all_layers = []
    all_drop = {}

    for l in layers:
        all_params.extend(l.all_params)
        all_layers.extend(l.all_layers)
        all_drop.update(l.all_drop)

    layer.all_params = list(all_params)
    layer.all_layers = list(all_layers)
    layer.all_drop = dict(all_drop)

    layer.all_layers = list_remove_repeat(layer.all_layers)
    layer.all_params = list_remove_repeat(layer.all_params)

    return layer
def merge_networks ( layers = None ) : if layers is None : raise Exception ( "layers should be a list of TensorLayer's Layers." ) layer = layers [ 0 ] all_params = [ ] all_layers = [ ] all_drop = { } for l in layers : all_params . extend ( l . all_params ) all_layers . extend ( l . all_layers ) all_drop . update ( l . all_drop ) layer . all_params = list ( all_params ) layer . all_layers = list ( all_layers ) layer . all_drop = dict ( all_drop ) layer . all_layers = list_remove_repeat ( layer . all_layers ) layer . all_params = list_remove_repeat ( layer . all_params ) return layer
Merge all parameters, layers and dropout probabilities to a :class:`Layer`.
    The output of return network is the first network in the list.

    Parameters
    ----------
    layers : list of :class:`Layer`
        Merge all parameters, layers and dropout probabilities to the first layer in the list.

    Returns
    --------
    :class:`Layer`
        The network after merging all parameters, layers and dropout probabilities to the first network in the list.

    Examples
    ---------
    >>> import tensorlayer as tl
    >>> n1 = ...
    >>> n2 = ...
    >>> n1 = tl.layers.merge_networks([n1, n2])
Merge all parameters layers and dropout probabilities to a : class : Layer . The output of return network is the first network in the list .