Watch Math Brown demonstrate how to interact with our implementation of Conway's Game of Life in the video below. And other times, all cells will quickly die off or stabilise into a static formation, known as a still life, such as a 2x2 square. The game is based on a 2d array of booleans where true represents an alive cell and false represents a dead cell. Other times, it will create a repeating sequence (such as the glider, pulsar, and spaceship from the preset dropdown). I am writing Conways Game Of Life in Ruby. I think that applies to any cellular automaton, actually, not just Life (well, short of rules. Sometimes an initial state will create an unpredictable, chaotic sequence. Life is Turing-complete - meaning that every Life pattern can be simulated by a Turing Machine and vice versa - so short of solving the Halting Problem, the only way of knowing how a given configuration will end up is to run the simulation. is like Detailed, but also includes an image. is like Advanced, but also includes less common properties. lets you search a pattern by name and/or certain common properties. For oscillators and spaceships, you can enter any phase. ![]() Those 4 seemingly simple rules can result in wildy differing sequences. The position and orientation of the pattern is not important.
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