Description of matrix

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matrix

PURPOSE

matrix(g) --- return (a copy of) the adjacency matrix of g

SYNOPSIS

function A = matrix(g)

DESCRIPTION

 matrix(g) --- return (a copy of) the adjacency matrix of g

CROSS-REFERENCE INFORMATION

This function calls:

This function is called by:

• across across(g,X,Y) --- find all edges with one end in X and other end in Y.
• bipartition part = bipartition(g) --- find bipartition of a bipartite graph
• bipmatch bipmatch --- maximum matching in a bipartite graph
• chromatic_poly chrompoly(g) --- find the chromatic polynomial of g
• complement graph complement
• component component(g,v) -- find vertices in v's component of g
• dist dist(g,v,w) and dist(g,v) --- find distance(s) between vertices
• dom [d,S] = dom(g) --- domination number of g
• intersect intersect(g,h1,h2) --- g is set to the intersection of h1 and h2.
• iso [yn,p] = iso(g,h,options) --- is g isomorphic to h?
• laplacian laplacian(g) --- get the Laplacian matrix of g
• match_join match_join(g,h1,h2) --- overwrite g with a graph formed from disjoint
• mycielski mycielski(g,n) --- create n'th order Mycielski graph (n > 0)
• nsptrees nsptrees(g) --- number of spanning trees of g.
• union union(g,h1,h2) --- set g equal to the union of h1 and h2.

SOURCE CODE

0001 function A = matrix(g)
0002 % matrix(g) --- return (a copy of) the adjacency matrix of g
0003 global GRAPH_MAGIC
0004 A = GRAPH_MAGIC.graphs{g.idx}.array;

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