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Plot (di)graphs using a timestep simulation of charged particles and springs

Project description


A python module for plotting (directed) Graphs using a simulation of springs and charged particles

See the docs for more info including mathematical explanation, examples, and class definitions.

You can import this module with PIP.

$ python3 -m pip install graphPlot --upgrade


  • [ ] Upgrade to "second order backwards" approximation in SpringBoard
  • [ ] add smart detect of max size for animation
  • [ ] Change _increment() to use matrix operations
  • [ ] add fixed node capabilities
  • [ ] Gravitational force is just to take care of disconnected graphs - is it necessary?
  • [ ] Make normalization "less invasive"
  • [ ] Cythonize
  • [ ] Integrate planarity tests
  • [ ] Add add self loop arrows
  • [ ] Add curved arrows
  • [ ] Add copy constructors
  • [ ] Add __eq__s for other classes
  • [ ] Add __repr__s for other classes
  • [ ] Check if the check in move() is most effective

Project details

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