Description:
Discussion of all aspects of cellular automata.
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Anybody here know his way around HashLife?
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I'm trying to understand the recursion algorithm, but I'm a little confused - if the recursion call returns a new node, one level down .. how do I replace the tree with the complete next-gen tree? I _think_ it's expand tree -> replace with next generation, but I'm not sure. Any clarification? --feep... more »
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213 TomTom GPS 21350
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============================== ========= Get A GPS Today At A Low Price!! [link] ============================== ========= GPS Devices [link] ============================== ========= 2X[k \p\)Q\]wCIm @4n&
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celmac - yet another simulation tool :)
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Hi NG, I just published the first version of my simulation tool for Cellular Automata in english (it only was available in german before). The special thing about this application is that you're able to simulate a lot of CA because you can use a simple programming language to create youre own CA.... more »
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Generations - 3d Conway's Game of Life Simulator
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I've recently released a new version of Generations: [link] This is a traditional Game of Life simulator that operates in 2 dimensions, but keeps older generations around in 3d 'layers'. It's far from finished, and isn't very optimized (since a lot of the program is focused on graphics to begin with). However, it does... more »
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Game of life methuselah?
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The pattern below seems to take about 30000 generations to stabilize. The initial population is 20. Is this methuselah a known one? 14bo$14bo$15bo$9bo3b2o$7bo4b3o $7bo3bo$9b2o$bo$3o$obo! ..............*. ..............*. ...............* .........*...**. .......*....***. .......*...*.... .........**........ more »
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Polar coords for CA?
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Is there a way to make CAs evolve so that they produce circular expanding fronts? I have a CA that produces wavefronts but only rectangular ones. I'm trying to model something. I keep getting the impression that off/empty cells would be arranged in a rectangular grid but those near on cells would drift closer to each other.... more »
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Life: B37/S23 - A Chaotic Universe.
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L.S. The Life Rule: B37/S23 apparently gives rise to easily generated chaotic universes. Two simple patterns that do this are: ooo o.. ooo o.. and o..... ..oo.. .o..o. ..oo.. o....o These universes call for a completely different set of theorems than the "constructionist" ones (i.e., those filled with "engines" that... more »
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