The MatlabBGL library fills a hole in Matla b's suite of algorithms. Namely, it provides a rich set of algorithms to work with graphs. as in graph theory graphs. The MatlabBGL packag e uses Matlab's native sparse matrix type as a gra ph and provides algorithms that work

matlab_bgl
..........\@ipdouble
..........\.........\assign.m
..........\.........\display.m
..........\.........\double.m
..........\.........\end.m
..........\.........\ipdouble.m
..........\.........\size.m
..........\.........\subsasgn.c
..........\.........\subsasgn.dll
..........\.........\subsasgn.mexa64
..........\.........\subsasgn.mexglx
..........\.........\subsref.m
..........\@ipint32
..........\........\assign.m
..........\........\display.m
..........\........\double.m
..........\........\end.m
..........\........\ipint32.m
..........\........\size.m
..........\........\subsasgn.c
..........\........\subsasgn.dll
..........\........\subsasgn.mexa64
..........\........\subsasgn.mexglx
..........\........\subsref.m
..........\all_shortest_paths.m
..........\astar_search.m
..........\bellman_ford_sp.m
..........\betweenness_centrality.m
..........\bfs.m
..........\biconnected_components.m
..........\breadth_first_search.m
..........\clustering_coefficients.m
..........\combine_visitors.m
..........\components.m
..........\Contents.m
..........\dag_sp.m
..........\depth_first_search.m
..........\dfs.m
..........\dijkstra_sp.m
..........\doc
..........\...\matlab_bgl_v2.0.pdf
..........\erdos_reyni.m
..........\examples
..........\........\approx_multiway_cut.m
..........\........\bacon_numbers.m
..........\........\bfs_example.m
..........\........\bfs_in_mbgl.m
..........\........\bfs_in_mbgl_efficient.m
..........\........\dfs_example.m
..........\........\edge_index_example.m
..........\........\max_flow_example.m
..........\........\multiway_example.m
..........\........\record_alg.m
..........\........\red_black.m
..........\floyd_warshall_all_sp.m
..........\graphs
..........\......\all_shortest_paths_example.mat
..........\......\bfs_example.mat
..........\......\bgl_cities.mat
..........\......\clique-10.mat
..........\......\clr-24-1.mat
..........\......\clr-25-2.mat
..........\......\clr-26-1.mat
..........\......\clr-27-1.mat
..........\......\cs-stanford.mat
..........\......\dfs_example.mat
..........\......\kt-3-2.mat
..........\......\kt-3-7.mat
..........\......\kt-6-23.mat
..........\......\kt-7-2.mat
..........\......\line-7.mat
..........\......\max_flow_example.mat
..........\......\minnesota.mat
..........\......\padgett-florentine.mat
..........\......\tapir.mat
..........\......\tarjan-biconn.mat
..........\johnson_all_sp.m
..........\kruskal_mst.m
..........\libmbgl
..........\.......\include
..........\.......\.......\matlab_bgl.h
..........\.......\libmbgl.a
..........\.......\libmbgl64.a
..........\.......\Release
..........\.......\.......\libmbgl.lib
..........\max_flow.m
..........\mst.m
..........\num_edges.m
..........\num_vertices.m
..........\prim_mst.m
..........\private
..........\.......\astar_search_mex.c
..........\.......\astar_search_mex.dll
..........\.......\astar_search_mex.mexa64
..........\.......\astar_search_mex.mexglx
..........\.......\betweenness_centrality_mex.c
..........\.......\betweenness_centrality_mex.dll
..........\.......\betweenness_centrality_mex.mexa64
..........\.......\betweenness_centrality_mex.mexglx

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