patrickelectric/conway-game-of-life-in-pyside2

This project brings Conway's Game of Life to your screen as a desktop application. Conway's Game of Life is a classic simulation where simple rules determine whether cells on a grid live, die, or multiply over time, creating surprisingly complex and mesmerizing patterns from just a few starting points. The app gives you an interactive grid where you can set up your own starting patterns by clicking cells on or off. Once you hit start, the simulation runs automatically, showing you how the cells evolve. You can adjust the size of the board, clear it to start fresh, and save or load specific patterns you've created. There's also a color mode that previews what will happen in the next step, highlighting cells that will stay alive in green and those that will die in red. This is primarily a learning tool. Someone new to programming or graphical interfaces could use it to see how a desktop window with buttons and a grid actually works in Python. It's also just a fun way to experiment with a famous piece of computer science history. The README includes a few classic patterns like the "blinker" and "glider," which are well-known shapes that behave in interesting ways, giving you something to try right away. The project uses a Python tool called PySide2 for the graphical interface. This makes it a practical example for anyone curious about how to build a windowed app rather than just a script that runs in a text console.