🐸 pattern algorithms data structures in javascript pseudo code space time complexity and most common implementation of each algorithm and data structure 🐸
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Updated
Sep 19, 2025 - JavaScript
🐸 pattern algorithms data structures in javascript pseudo code space time complexity and most common implementation of each algorithm and data structure 🐸
A browser-based Pac-Man clone built with HTML5 Canvas and vanilla JavaScript, featuring Dijkstra pathfinding for intelligent ghost AI.
All about data structures - Js
📚 collection of JavaScript and TypeScript data structures and algorithms for education purposes. Source code bundle of JavaScript algorithms and data structures book
A path-finding application that uses some algorithms like dijkstrat's algorithm and breath first search .. etc to find the shortest path (if it exists) between two nodes.
Developed a web-based DSA Visualizer using C (for logic), Flask (as backend), and HTML/CSS/JS (frontend). Visualizes Stack, Queue, Linked List, Tree, and Graph algorithms (Prim's, Kruskal's, Dijkstra's) with 3D animations and time/space complexity charts via file I/O.
An implementation of Dijkstra's Algorithm in JavaScript.
A browser game where pathfinding algorithms race against each other!
Dijkstra Algorithm Web App
An app where you can build graphs, and try out Dijkstra's algorithm visually
A simple shortest path visualizer, which shows how the Dijkstra algorithm work in a grid with obstacles.
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.
a web-based visualization tool for analyzing and exploring author collaboration networks
Visualize how different search algorithms traverse a graph.
This is a Pathfinding Algorithm Visualizer that allows you to see how pathfinding algorithms work on a grid. You can set up start and end points, place obstacles (walls), and watch the algorithm find the shortest path.
Work In progress, meant to help teachers visualize search algorithems to teachers, step by step.
Built to visualize the exploration of all nodes and their distances.
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