Like Game-of-Life, but on Growing Graphs, with WASM and WebGL

Alex Mordvintsev's 'Growing Graphs' project reimagines the classic cellular automaton concept by applying its rules not to a static grid, but to an evolving graph structure. This innovative approach yields dynamic, organic patterns that grow and change over time, reminiscent of natural phenomena or complex biological processes. The technical implementation leverages WebAssembly (WASM) for computational heavy lifting and WebGL for efficient, real-time rendering in the browser.

• Dynamic Graph Evolution: Unlike traditional grid-based automata, the simulation's rules dictate how new nodes and edges are added to an existing graph, creating an ever-expanding, intricate network.
• Cellular Automata Principles: The core logic follows principles similar to Conway's Game of Life, where the state of a node (or cell) influences its neighbors and its own future state, driving the growth and morphology of the graph.
• Web Technologies for Performance: The choice of WebAssembly allows for near-native performance of the complex simulation logic, while WebGL ensures smooth, high-fidelity visual output, making the interactive experience accessible through any modern web browser.
• Parameter Exploration: Users can experiment with various parameters to influence the graph's growth patterns, leading to a wide array of visual outcomes, from spindly filaments to dense, interconnected structures.

Ultimately, 'Growing Graphs' serves as an impressive demonstration of both creative algorithmic design and robust web development, producing a visually captivating and technically sophisticated interactive experience.