python-graph
A library for working with graphs in Python
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SUMMARY

python-graph is a library for working with graphs in Python.

This software provides a suitable data structure for representing graphs and a
whole set of important algorithms.


INSTALLING

To install the core module, run:

	make install-core

To install the dot language support, run:

	make install-dot

Alternatively, if you don't have make, you can install the modules by running:

	./setup.py install

inside the module directory.


DOCUMENTATION

To generate the API documentation for this package, run:

	make docs

You'll need epydoc installed in your system.


WEBSITE

The latest version of this package can be found at:

	http://code.google.com/p/python-graph/

Please report bugs at:

	http://code.google.com/p/python-graph/issues/list


AUTHORS AND CONTRIBUTORS

Pedro Matiello <[email protected]>
	* Project maintainer/leader;
	* Graph, Digraph and Hipergraph classes;
	* Accessibility algorithms;
	* Cut-node and cut-edge detection;
	* Cycle detection;
	* Depth-first and Breadth-first searching;
	* Minimal Spanning Tree (Prim's algorithm);
	* Random graph generation;
	* Topological sorting;
	* Traversals;
	* XML reading/writing;
	* Refactoring.

Anand Jeyahar  <[email protected]>
	* Edge deletion on hypergraphs.

Christian Muise <[email protected]>
	* Project commiter;
	* Dot file reading/writing;
	* Hypergraph class;
	* Refactoring.

Eugen Zagorodniy <[email protected]>
	* Mutual Accessibility (Tarjan's Algorithm).

Johannes Reinhardt <[email protected]>
	* Maximum-flow algorithm;
	* Refactoring.

Nathan Davis <[email protected]>
	* Faster node insertion.

Paul Harrison <[email protected]>
	* Mutual Accessibility (Tarjan's Algorithm).

Rhys Ulerich <[email protected]>
	* Dijkstra's Shortest path algorithm.

Roy Smith <[email protected]>
	* Heuristic Searching (A* algorithm).

Salim Fadhley <[email protected]>
	* Project commiter;
	* Porting of Roy Smith's A* implementation to python-graph;
	* Edmond Chow's heuristic for A*;
	* Refactoring.

Tomaz Kovacic <[email protected]>
	* Project commiter;
	* Transitive edge detection;
	* Critical path algorithm;
	* Bellman-Ford algorithm;
	* Logo design.

Zsolt Haraszti <[email protected]>
	* Weighted random generated graphs.


LICENSE

This software is provided under the MIT license. See accompanying COPYING file
for details.