Algomaze

Ever wondered how your GPS finds the fastest route? Or how video game AI navigates complex environments? The answer lies in pathfinding algorithms, and Algomaze brings these powerful tools to life through beautiful, interactive visualizations.

Watch as algorithms like Dijkstra's and A* explore mazes step-by-step, coloring paths and visited cells in real-time. Adjust animation speeds to follow along at your own pace, or pause to analyze each decision point. No dry textbooks—just pure, visual understanding.

Comprehensive Algorithm Library

Explore 9 different pathfinding algorithms: • Dijkstra's Algorithm - The foundation of modern routing systems • A* Search - The gold standard for game AI and robotics • Breadth-First Search - Simple, elegant, and guaranteed optimal • Depth-First Search - Memory-efficient exploration • Bidirectional Search - Meet-in-the-middle efficiency • Best-First Search - Greedy but fast • IDA - Memory-efficient A* variant • Fringe Search - Balanced performance • Theta - Any-angle pathfinding

Diverse Maze Generation

Create mazes using 8 different algorithms: • Kruskal's Algorithm - Unbiased random mazes • Prim's Algorithm - Organic, flowing patterns • Wilson's Algorithm - Perfectly uniform distribution • Recursive Division - Structured, geometric designs • Randomized Braided - Multiple solution paths • Cellular Automata - Natural, cave-like structures • Hunt-and-Kill - Long, winding corridors • Spiral Backtracker - Distinctive spiral patterns

Perfect For:

1. Computer Science students
2. Coding interview preparation
3. Algorithm enthusiasts
4. Educators and teachers
5. Game developers
6. Anyone curious about how algorithms work

Turn abstract concepts into concrete understanding with Algomaze.