.. | ||
cellular.py | ||
glCellular.py | ||
README.md |
cellular automaton
for an ascii output run:
usage: cellular.py [-h] [--w W] [--code CODE] [--random] [--r R]
one dimensional cellular automaton for k=2
optional arguments:
-h, --help show this help message and exit
--w W field width
--code CODE code for the automaton
--random
--r R radius. can be 1 or 2
for opengl output:
usage: glCellular.py [-h] [--steps STEPS] [--w W] [--h H] [--fullscreen]
[--window_w WIN_W] [--window_h WIN_H] [--code CODE]
[--random] [--r R]
one dimensional cellular automaton for k=2 with opengl output
optional arguments:
-h, --help show this help message and exit
--steps STEPS steps per second
--w W field width
--h H field height
--fullscreen
--window_w WIN_W window width
--window_h WIN_H window height
--code CODE code for the automaton
--random
--r R radius. can be 1 or 2