![]() Symmetrical property, but this rule was chosen because it has some interesting high period ![]() There are obviously other rules, which have this So named because dead cells in fields of live cells act by the same rulesĪs live cells in fields of dead cells. This rule produces patterns with a surprisingly slow rate of expansion and Otherwise it dies of loneliness or overcrowding. The rule definition is very simple: a living cell remains alive only when surrounded by 2 or 3 living neighbors, People have been discovering patterns for this rule since around 1970. This is the most famous cellular automata ever invented. This should make a universe less active, but this is an exception. ![]() Is one less condition for a dead cell to come to life on the next generation. Notice that this is a close variation of the previous rule, 235678/3678, except that there Patterns are filled in 70-85% and never die.Ĭreates gooey coagulations as it expands forever. Rule similar to Diamoeba, but much more stable. The more they grow, the more certain their survival. The edge vacillates wildly, and patterns tend Small oscillators and the period-3 orthogonal spaceship.Īn "amoeba" universe - forms large random areas that resembleĪmoebas. What makes this universe interesting is the variety of Computing power was so low back then, it was months before anyone noticed that One of the first explored alternatives to Conway's Life, back in the earlyġ970's. This means that patterns consisting entirely of 2x2 blocks, allĪligned, will continue to consist of 2x2 blocks. Simple block seeds usually lead to oscillators of various periods.Ī 2x2 block universe. Many different oscillators occur at random, and a rare glider. Choose a rule, click its name then 'apply' or 'apply and reset' Name (click to load)
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