Graph Embedding Trajectories![]() Snapshot 1: trajectories of graph 4 with a spring electrical embedding and trajectories drawn with variable color and thickness Snapshot 2: trajectories of graph 4 with a spring embedding and trajectories drawn with variable color and thickness Snapshot 3: trajectories of graph 4 with a spring electrical embedding and trajectories drawn with variable color and thickness but induced by a higher absolute repulsive force power Snapshot 7: trajectories of graph 3 with a spring electrical embedding using "Multilevel" recursion and the "MaximalIndependentEdgeSet" coarsening scheme Snapshot 8: trajectories of graph 3 with a spring electrical embedding using "Multilevel" recursion and "MaximalIndependentVertexRugeStuben" coarsening scheme Snapshot 9: trajectories of graph 3 with a spring electrical embedding using "Multilevel" recursion and "StrictlyMonotonic" step control The "variable" method of trajectory rendering partitions each trajectory and applies different graphic directives to each segment of the trajectory. Later "moves" within the trajectory are thicker and darker. Information on the expert controls may be found in the "General Graph Drawing" tutorial in the standard Mathematica documentation. ![]() "Graph Embedding Trajectories" from The Wolfram Demonstrations Project http://demonstrations.wolfram.com/GraphEmbeddingTrajectories/ Contributed by: Seth J. Chandler |
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