Discover the bedrock of Artificial Life, where simplicity begets complexity. From self-reproducing patterns to the evolution of intelligent structures, uncover the mathematical underpinnings of living systems.
This project integrates real-world weather data like temperature and humidity, alongside Perlin noise, shaping emergent behaviors. Engage with Conway's Game of Life, where binary states yield mesmerizing patterns, reminiscent of natural movements. Witness pulsars and other organic-like movements in a seemingly inorganic space.
Bridge the gap between microscopic rules and macroscopic behaviors. Explore the interplay of environmental factors through a dynamic canvas, allowing users to interact by dragging their mouse, intervening with the mysteries of life's emergence.
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