(self, types="type", *args, **kwds)
return super().bipartite_projection_size(types, *args, **kwds)
Calculates the number of vertices and edges in the bipartite
        projections of this graph according to the specified vertex types.
        This is useful if you have a bipartite graph and you want to estimate
        the amount of memory you would need to calculate the projections
        themselves.

        @param types: an igraph vector containing the vertex types, or an
          attribute name. Anything that evalulates to C{False} corresponds to
          vertices of the first kind, everything else to the second kind.
        @return: a 4-tuple containing the number of vertices and edges in the
          first projection, followed by the number of vertices and edges in the
          second projection.
Calculates the number of vertices and edges in the bipartite
        projections of this graph according to the specified vertex types.
        This is useful if you have a bipartite graph and you want to estimate
        the amount of memory you would need to calculate the projections
        themselves.
Calculates the number of vertices and edges in the bipartite projections of this graph according to the specified vertex types . This is useful if you have a bipartite graph and you want to estimate the amount of memory you would need to calculate the projections themselves .
def bipartite_projection_size(self, types="type", *args, **kwds):
        """Calculates the number of vertices and edges in the bipartite
        projections of this graph according to the specified vertex types.
        This is useful if you have a bipartite graph and you want to estimate
        the amount of memory you would need to calculate the projections
        themselves.

        @param types: an igraph vector containing the vertex types, or an
          attribute name. Anything that evalulates to C{False} corresponds to
          vertices of the first kind, everything else to the second kind.
        @return: a 4-tuple containing the number of vertices and edges in the
          first projection, followed by the number of vertices and edges in the
          second projection.
        """
        return super().bipartite_projection_size(types, *args, **kwds)
def bipartite_projection_size ( self , types = "type" , * args , * * kwds ) : return super ( ) . bipartite_projection_size ( types , * args , * * kwds )