![]() It travels diagonally 1 cell right and down per 4 evolution steps. We can use this property to create ”signals flows“. In the Game of Life, we can use special patterns called spaceships as signals.Ī spaceship is a pattern that can travel across the world. It means that we can implement any computable function using only those rules.Īs with real computers, our logic gates will depend on signals. It is because the rules of the game make it turing-complete. There are papers and YouTube videos about it. The idea of implementing a computer in the Game of Life isn't new. ![]() At the end of this post, we will create 4 logic gates: NOT, AND, OR, and XOR. In this post, we're going to learn common patterns in the Game of Life and create ”signals“. In the previous post, we implemented the Game of Life basics and created a module for rendering the population on the screen. SRI International.Let's continue writing a binary adder in the Game of Life. "A complete solution to the Maximum Density Still Life Problem". Voronoi's Impact on Modern Science, Book I. "The still life density problem and its generalizations". "Applying ad-hoc global constraints with the case constraint to still-life". "Constraint programming and hybrid formulations for three Life designs".
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