(
        self, color=None, edge_color=None, node_compat_fn=None, edge_compat_fn=None
    )
return self.count_isomorphisms_vf2(
            self,
            color1=color,
            color2=color,
            edge_color1=edge_color,
            edge_color2=edge_color,
            node_compat_fn=node_compat_fn,
            edge_compat_fn=edge_compat_fn,
        )
Returns the number of automorphisms of the graph.

        This function simply calls C{count_isomorphisms_vf2} with the graph
        itself. See C{count_isomorphisms_vf2} for an explanation of the
        parameters.

        @return: the number of automorphisms of the graph
        @see: Graph.count_isomorphisms_vf2
Returns the number of automorphisms of the graph.
Returns the number of automorphisms of the graph .
def count_automorphisms_vf2(
        self, color=None, edge_color=None, node_compat_fn=None, edge_compat_fn=None
    ):
        """Returns the number of automorphisms of the graph.

        This function simply calls C{count_isomorphisms_vf2} with the graph
        itself. See C{count_isomorphisms_vf2} for an explanation of the
        parameters.

        @return: the number of automorphisms of the graph
        @see: Graph.count_isomorphisms_vf2
        """
        return self.count_isomorphisms_vf2(
            self,
            color1=color,
            color2=color,
            edge_color1=edge_color,
            edge_color2=edge_color,
            node_compat_fn=node_compat_fn,
            edge_compat_fn=edge_compat_fn,
        )
def count_automorphisms_vf2 ( self , color = None , edge_color = None , node_compat_fn = None , edge_compat_fn = None ) : return self . count_isomorphisms_vf2 ( self , color1 = color , color2 = color , edge_color1 = edge_color , edge_color2 = edge_color , node_compat_fn = node_compat_fn , edge_compat_fn = edge_compat_fn , )