What is Conway's Game of Life?
The Game of Life is a cellular automaton devised by mathematician John Conway in 1970. It is a "zero-player game," meaning its evolution is determined solely by its initial state. By toggling cells between live and dead, you set up an initial seed. When you start the simulation, the cells evolve step-by-step based on three simple rules:
- Survival: A live cell with 2 or 3 neighbors stays alive.
- Death: Cells with fewer than 2 neighbors die of loneliness, and those with more than 3 die of overcrowding.
- Birth: An empty (dead) cell with exactly 3 neighbors reproduces and becomes a live cell.
What is the goal? Since it is a "zero-player game," there is no winning or losing. The goal is to experiment and discover how different configurations evolve. You can design stable blocks, repeating oscillators, or moving spaceships. In this playground, it also serves as a physical therapy tool to train fine-motor coordinates, keyboard targeting, and cognitive tracking.
Accessibility & Coordination Shortcuts
- Click & Drag: Paint cells on the grid to create custom shapes.
- Arrow Keys: Navigate cell selection on the board.
- Space / Enter: Toggle cell state (live / dead) on selected cell.
- Keyboard Shortcuts: P Play/Pause | S Step | C Clear | R Randomize