Conway's Game of Life

Conway’s Game of Life is a classic cellular automaton that simulates the evolution of cells on a grid based on simple rules. Each cell can be alive or dead, and its state changes depending on the number of neighboring cells. With just three fundamental rules—birth, survival, and death—the system produces complex and often unpredictable patterns, making it a powerful demonstration of emergent behavior and artificial life.

This implementation enhances the traditional simulation with interactive features, allowing users to:

• Add or remove cells dynamically to influence the simulation.
• Pause and resume the evolution at any point for closer analysis.
• Adjust the simulation speed, slowing down or accelerating time to observe patterns in different time scales.
• Next Step check every step to see what is happening to a cell you want to look
• Reset the grid to start fresh experiments.

Check and see on how Conway's Game of life works. For more rules and other information, click here.

Programmer: Elijah Cuneta