Ce n'est pas la plus belle implémentation de Conway. Jeu de la vie nous en avons vu, mais le plus riche en fonctionnalités et pourtant facile à utiliser :
A very good start to learn many of the subtleties of automate cellulaire.
| Conway Game of Life Simulator | Golly |
|---|---|
| Delivery and installation: Runs in the browser through the embedded LifeViewer on conwaylife.com. Nothing to install, so it suits teaching and quick tests. | Delivery and installation: A desktop application for Windows, macOS and Linux, with separate apps for iPad and Android. Version 5.0 was released in October 2025. |
| Rules and models: Focused on Conway Game of Life and related cellular automata. The site links to LifeWiki and Catagolue for known patterns. | Rules and models: Supports Conway Life plus von Neumann 29-state, Wolfram 1D rules, WireWorld, Generations, Paterson Worms and Larger than Life. New rules can be added with RuleLoader. |
| Scale and algorithms: A large grid for an online tool, with drawing, erasing and step-back at any stage. Limits come from the browser. | Scale and algorithms: Bounded and unbounded universes with up to 256 cell states, and several algorithms including Hashlife, which handles very large and long-running patterns. |
| Scripting and analysis: Interactive use only. Edits are made by hand on the grid. | Scripting and analysis: Scripts in Lua or Python allow batch runs, pattern generation and measurements. This matters for research on complex systems. |
| Typical user: Students and newcomers learning how still lifes, oscillators and spaceships behave. | Typical user: Researchers and advanced hobbyists searching for patterns or testing other automata rules. |
Sujets abordés : automate cellulaire, définition de modèle, bibliothèque de modèles, outils d'édition, outils de dessin, outils d'effacement, accélération de la simulation, commandes de navigation, fonctionnalité de zoom, grille de calcul, interface utilisateur, riche en fonctionnalités, implémentation en ligne, efficacité de l'algorithme, processus itératifs, modélisation mathématique, théorie du calcul, ISO/IEC 25010, ISO/IEC 9126, IEEE 829, ISO 9001 et ISO/IEC 27001.
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