(cls, types, edges, directed=False, *args, **kwds)
return result
Creates a bipartite graph with the given vertex types and edges.
        This is similar to the default constructor of the graph, the
        only difference is that it checks whether all the edges go
        between the two vertex classes and it assigns the type vector
        to a C{type} attribute afterwards.

        Examples:

        >>> g = Graph.Bipartite([0, 1, 0, 1], [(0, 1), (2, 3), (0, 3)])
        >>> g.is_bipartite()
        True
        >>> g.vs["type"]
        [False, True, False, True]

        @param types: the vertex types as a boolean list. Anything that
          evaluates to C{False} will denote a vertex of the first kind,
          anything that evaluates to C{True} will denote a vertex of the
          second kind.
        @param edges: the edges as a list of tuples.
        @param directed: whether to create a directed graph. Bipartite
          networks are usually undirected, so the default is C{False}

        @return: the graph with a binary vertex attribute named C{"type"} that
          stores the vertex classes.
Creates a bipartite graph with the given vertex types and edges.
        This is similar to the default constructor of the graph, the
        only difference is that it checks whether all the edges go
        between the two vertex classes and it assigns the type vector
        to a C{type} attribute afterwards.
Creates a bipartite graph with the given vertex types and edges . This is similar to the default constructor of the graph the only difference is that it checks whether all the edges go between the two vertex classes and it assigns the type vector to a C { type } attribute afterwards .
def Bipartite(cls, types, edges, directed=False, *args, **kwds):
        """Creates a bipartite graph with the given vertex types and edges.
        This is similar to the default constructor of the graph, the
        only difference is that it checks whether all the edges go
        between the two vertex classes and it assigns the type vector
        to a C{type} attribute afterwards.

        Examples:

        >>> g = Graph.Bipartite([0, 1, 0, 1], [(0, 1), (2, 3), (0, 3)])
        >>> g.is_bipartite()
        True
        >>> g.vs["type"]
        [False, True, False, True]

        @param types: the vertex types as a boolean list. Anything that
          evaluates to C{False} will denote a vertex of the first kind,
          anything that evaluates to C{True} will denote a vertex of the
          second kind.
        @param edges: the edges as a list of tuples.
        @param directed: whether to create a directed graph. Bipartite
          networks are usually undirected, so the default is C{False}

        @return: the graph with a binary vertex attribute named C{"type"} that
          stores the vertex classes.
        """
        result = cls._Bipartite(types, edges, directed, *args, **kwds)
        result.vs["type"] = [bool(x) for x in types]
        return result
def Bipartite ( cls , types , edges , directed = False , * args , * * kwds ) : result = cls . _Bipartite ( types , edges , directed , * args , * * kwds ) result . vs [ "type" ] = [ bool ( x ) for x in types ] return result