Visualize working of famous algorithms, Currently Implemented Path Finding (Dijkstra's, A Star, BFS, DFS) Sorting (Bubble, Insertion, Selection, Merge, Quick, Heap)

This project has been created for A* algorithm implementation in Python 3 and Pyp5js is used to visualize that algorithm.

🎯 VanillaJS pathfinding visualizer using bunch of different shortest-path algorithms (A*, DFS, BFS, ...etc.)

A modern, responsive web-based Sokoban puzzle game with an intelligent solver, level editor, and solution visualizer. Play classic push-the-box puzzles or let the AI solve them for you!

Implementation of path finding problem using A* algorithm.

Visualization of some path finding algorithms such as Dijkstra's Algorithm, A* Algorithm.

🗺️ A JavaScript implementation of A* algorithm.

Path Finder

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An efficient shortest pathfinding system for transportation networks using Dijkstra's algorithm. Built with Django (backend), PostgreSQL (map data storage and path queries), and MapLibre GL JS in Next.js (interactive OpenStreetMap-based frontend). Optimized to compute shortest paths directly in SQL without loading full graphs into memory.

React strategy POC game with A*, divs and CSS transitions.

A game like Pyramids of Ra using Phaser.

Shortest Path Finder, a minor project which gives optimal path from source to destination

Jeu de taquin en javascript et Algorithme A star

App designed to illustrate how popular pathfinding algorithms (like Dijkstra, DFS, BFS, A*) work. The algorithms are implemented using JavaScript.

This project is a program that finds the shortest path between two random points on the a grid.

a* pathfinding algorithm implementation with ReactJS

Penentuan Rute Terpendek dengan A* dan UCS