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→Rule 110 Cellular Automaton
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The name "Rule 110" derives from the fact that this rule can be summarized in the binary sequence 01101110; interpreted as a binary number, this corresponds to the decimal value 110. | The name "Rule 110" derives from the fact that this rule can be summarized in the binary sequence 01101110; interpreted as a binary number, this corresponds to the decimal value 110. | ||
The implementation of Rule 110 is not complicated with the help of softwares. There’re already some good examples written in different languages. I took advantage of one written for Processing by [https://github.com/ormanli/Rule-110 Serdar Ormanli], in order to generate some images of Rule 110. Below is an example run of a rule 110 cellular automaton with 300 generations. | The implementation of Rule 110 is not complicated with the help of softwares. There’re already some good examples written in different languages. I took advantage of one written for Processing by [https://github.com/ormanli/Rule-110/blob/master/Processing/rule110/rule110.pde Serdar Ormanli], in order to generate some images of Rule 110. Below is an example run of a rule 110 cellular automaton with 300 generations. | ||
[[File:Rule 110.png|900px]] | [[File:Rule 110.png|900px]] | ||