maze graph algorithms visualizer
A free maze game — play it in your browser, no install. An interactive visualization of maze-based shortest path algorithms with support for Dijkstra, Bellman-Ford, Floyd-Warshall, BFS, and DFS. Set start/end points, place walls, and observe how classic graph algorithms find paths dynamically on a 10x10 grid maze.
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Open the live demo Source on GitHubFrom the README
This project is an interactive web application designed to visually demonstrate key graph algorithms on a maze grid. Users can dynamically set start and end points, build walls as obstacles, and run various pathfinding algorithms to see how they explore and find paths.
Maze Interface: 10x10 grid where users can add start, end, and wall cells interactively. Dijkstra: Efficient shortest path for graphs with non-negative weights. Bellman-Ford: Handles graphs with negative weight edges and detects cycles. Floyd-Warshall: Computes shortest paths between all pairs of vertices.
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