Using G&G
Last update=30 Apr, 2018
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Click for info on using G&G with
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Graphs and Digraphs
Groups
Projective Configurations
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Torus Maps
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Hexagon Maps
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Projective Maps
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Sphere Maps
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Polyhedra
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4D Polytopes
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Fractals
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n-Body Systems
- Combinatorial Designs
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Click below for various pictures of graphs constructed by G&G.
Graph Embeddings
The torus embeddings shown here were constructed by G&G's Torus Layout algorithm.
The projective embeddings were constructed by G&G's Projective Layout algorithm, and then
adjusted by hand. There are also Klein bottle embeddings
constructed by G&G.
Vertex-Transitive Graphs
A graph is vertex-transitive if every vertex can be mapped to any other vertex by some automorphism.
Most of the drawings of the graphs shown here were constructed by G&G's Draw Symmetric algorithm.
- The connected 8-point vertex-transitive graphs.
- The connected 9-point vertex-transitive graphs.
- The connected 10-point vertex-transitive graphs.
- The connected 11-point vertex-transitive graphs.
- The connected 12-point, 3-regular (18 edges) vertex-transitive graphs, and their complements.
- The connected 12-point, 4-regular (24 edges) vertex-transitive graphs, and their complements.
- The connected 12-point, 5-regular (30 edges) vertex-transitive graphs, and their complements.
- The connected 13-point vertex-transitive graphs.
- The connected 14-point 3-regular and 4-regular vertex-transitive graphs, and their complements.
- The connected 14-point 5-regular vertex-transitive graphs, and their complements.
- The connected 14-point 6-regular vertex-transitive graphs, and their complements.
- The connected 15-point 4-regular vertex-transitive graphs, and their complements.
- The connected 15-point 6-regular vertex-transitive graphs, and their complements.
- The connected 16-point vertex-transitive graphs, and their complements.
- The connected 17-point vertex-transitive graphs, and their complements.
- The connected 19-point vertex-transitive graphs, and their complements.
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