Introduction to 2d Continuous Cellular Automaton
Welcome to our comprehensive guide on 2d Continuous Cellular Automaton. Another of the simple transition function: next_state = (avg/2 + .54) - floor(avg/2 + .54)
2d Continuous Cellular Automaton Comprehensive Overview
http://demonstrations.wolfram.com/2DCellularAutomatonAnimations/ The Wolfram Demonstrations Project contains thousands of ... A different simple transition function ... next_state = (avg/2 + .93) - floor(avg/2 + .93) 2D Cellular Automata
In this CA,
Summary & Highlights for 2d Continuous Cellular Automaton
- http://demonstrations.wolfram.com/ContinuousCellularAutomatonWithMathRulesII/ The Wolfram Demonstrations Project contains ...
- Simulation in Processing of
- http://demonstrations.wolfram.com/ContinuousCellularAutomatonWithMathRulesI/ The Wolfram Demonstrations Project contains ...
- A mathematical object described by /u/graaahh on Reddit: http://www.reddit.com/r/CasualMath/comments/230d5s/ and ...
- http://demonstrations.wolfram.com/2DTotalisticCellularAutomata/ The Wolfram Demonstrations Project contains thousands of free ...
In summary, understanding 2d Continuous Cellular Automaton gives us a better perspective.
