slemonide / graphspace

A graph-based representation of a non-euclidian space

GraphSpace

A graph-based representation of a non-euclidean space

Main idea:

• Partition a plane into regular squares
• Each square is a node, sides of the squares are connections
• As such, each node has four connections
• To avoid creation of empty nodes on the borders, the space is looped onto itself (it's closed and infinite)
• Nodes can be rearranged in such a way that the plane is no longer a Euclidean plane

This project is supposed to provide only the implementation of the space itself; objects to be stored inside the space should be provided by whoever uses the space.

Wiki

For more information, visit the Wiki: https://github.com/slemonide/GraphSpace/wiki

graphspace's Issues

Game Of Life: make Game.tick() multi-threaded

Will this even help?

Game Of Life: main menu: add an option to fracture space

Game Of Life: main menu: save/load patterns

Also:

• download patterns from the web
• download rules from the web

Generate patterns:

• Sierpinski triangle pattern
• ...?

Game Of Life: main menu: provide alternative geometries

Pre-generate game of life worlds in a separate thread

Pre-generate game of life worlds in a separate thread and show them to user as needed when a render() is called.

Add random walk example

https://en.wikipedia.org/wiki/Random_walk

Game Of Life: add generation, tick() speed and population size indicators

Game Of Life: different generators

Game Of Life: make a sliding sidebar

Some things to put on a sliding bar:

• Save pattern
• Load pattern
• Edit pattern
• ...

Game Of Life: fix zoom in/zoom out

Game Of Life: implement projections on three dimensional models

Project a given timeline on a provided three dimensional model with the same topology as the timeline.

I.e. a space with a toroidal topology could be mapped on a torus or a cup.

Game Of Life: add mouse/touchscreen support

Finish Graphics class for simple GUI creation

Game Of Life: GUI: Height/Width indicator