# Graph processing and representation (Graep)

### From HaskellWiki

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+ | Graep means Graph processing and representation. |
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Graep tries to unite Topology, Category Theory, Graph Theory and functonal programming. |
Graep tries to unite Topology, Category Theory, Graph Theory and functonal programming. |
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The basic idea is that you have a coloured typed petri net whos edges are arrows. |
The basic idea is that you have a coloured typed petri net whos edges are arrows. |
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[http://haskell.org/sitewiki/images/e/e9/Idea.txt basic idea] |
[http://haskell.org/sitewiki/images/e/e9/Idea.txt basic idea] |
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− | [http://haskell.org/sitewiki/images/7/77/Description.jpeg description] |
+ | [http://haskell.org/sitewiki/images/7/77/Description.jpeg description]; |

− | [http://haskell.org/sitewiki/images/3/3c/Program.jpeg simple program] |
+ | [http://haskell.org/sitewiki/images/3/3c/Program.jpeg simple program]; |

− | [http://haskell.org/sitewiki/images/5/5f/Simples.jpeg simplices] |
+ | [http://haskell.org/sitewiki/images/5/5f/Simples.jpeg simplices]; |

[http://haskell.org/sitewiki/images/6/66/Esap.txt chat log] |
[http://haskell.org/sitewiki/images/6/66/Esap.txt chat log] |

## Revision as of 13:49, 25 September 2006

Graep means Graph processing and representation.

Graep tries to unite Topology, Category Theory, Graph Theory and functonal programming. The basic idea is that you have a coloured typed petri net whos edges are arrows. Thus you can use all the arrow operations on them. Since the Graphs are topologies you can use topological glues to build up your program in a CW simplex like way. Graph Theory will help you to determine ie. wheather the graph is cycle free, which tells you if you can fold the whole program to a single arrow.

The idea of this page is that everyone can help in pushing this idea forward and to keep track of the progress.