Path Finding Visualizer 🚀 A visual representation of various path-finding algorithms in action, built with HTML, CSS, and JavaScript.
Path Finding Visualizer Screenshot
Features 🌟 Interactive grid layout. Implementations of popular path-finding algorithms: Breadth-First Search (BFS) Depth-First Search (DFS) Dijkstra's Algorithm Vivid animations showcasing the path-finding process. Built-in Mario theme music for added nostalgia. How to Use 💡 Navigate to the grid and select a start and end point. Choose an algorithm by clicking on the corresponding button. Watch as the algorithm visualizes the path-finding process! Clear the grid and try again with a different path or algorithm. Background 📘 Path finding algorithms are a foundational concept in computer science, used in various fields from gaming to robotics to transport. This visualizer provides an engaging way to understand and appreciate their mechanics.
Algorithms Explained 🤔 BFS (Breadth-First Search): BFS explores nodes level-by-level, radiating out from the starting point. It guarantees the shortest path in an unweighted graph or grid.
DFS (Depth-First Search): DFS dives deep into one direction before backtracking, exploring as far as possible along each branch. It doesn't guarantee the shortest path in a grid environment.
Dijkstra's Algorithm: This method finds the shortest path between nodes in a graph. It continually searches the node with the smallest known distance from the start node. In our visualization, the final path is highlighted, making the animation seem almost instantaneous.
Future Enhancements 🚧 Integrate more path-finding algorithms such as A*, Bidirectional Search, etc. Implement maze generation techniques. Add the ability to adjust weights and consider obstacles.
Contributions 🤝 Feel free to fork this project, make enhancements, and create pull requests. All contributions are welcome!
TRY IT OUT 🤝