(*layers, shortcut=None)
return Serial(
      Branch(shortcut, layer),
      Add(),  # pylint: disable=no-value-for-parameter
  )
Wraps a series of layers with a residual connection.

  Args:
    *layers: One or more layers, to be applied in series.
    shortcut: If None (the usual case), the Residual layer computes the
        element-wise sum of the stack-top input with the output of the layer
        series. If specified, the `shortcut` layer applies to a copy of the
        inputs and (elementwise) adds its output to the output from the main
        layer series.

  Returns:
      A layer representing a residual connection paired with a layer series.
Wraps a series of layers with a residual connection.
Wraps a series of layers with a residual connection .
def Residual(*layers, shortcut=None):
  """Wraps a series of layers with a residual connection.

  Args:
    *layers: One or more layers, to be applied in series.
    shortcut: If None (the usual case), the Residual layer computes the
        element-wise sum of the stack-top input with the output of the layer
        series. If specified, the `shortcut` layer applies to a copy of the
        inputs and (elementwise) adds its output to the output from the main
        layer series.

  Returns:
      A layer representing a residual connection paired with a layer series.
  """
  layers = _ensure_flat(layers)
  layer = layers[0] if len(layers) == 1 else Serial(layers)
  # TODO(jonni): Should we require layer.n_out = 1 and shortcut.n_out = 1?
  return Serial(
      Branch(shortcut, layer),
      Add(),  # pylint: disable=no-value-for-parameter
  )
def Residual ( * layers , shortcut = None ) : layers = _ensure_flat ( layers ) layer = layers [ 0 ] if len ( layers ) == 1 else Serial ( layers ) # TODO(jonni): Should we require layer.n_out = 1 and shortcut.n_out = 1? return Serial ( Branch ( shortcut , layer ) , Add ( ) , # pylint: disable=no-value-for-parameter )