Skip to content
This repository was archived by the owner on Jul 5, 2022. It is now read-only.

Files

Latest commit

 

History

History
140 lines (136 loc) · 5.66 KB

051.1-astar.md

File metadata and controls

140 lines (136 loc) · 5.66 KB
title redirect_from video_number date video_id repository web_editor links videos parts contributions
A* Pathfinding Algorithm - Part 1
CodingChallenges/51.1-astar.html
51.1
2017-01-16
aKYlikFAV4k
CC_051_astar
ehLjdFpat
title url
Artificial Intelligence: A Modern Approach
title url
A* Search Algorithm on Wikipedia
title url
My Maze Generation Coding Challenge
/CodingChallenges/010.1-maze-dfs-p5
title url
A* Pathfinding Algorithm - Part 2
/CodingChallenges/051.2-astar
title url
A* Pathfinding Algorithm - Part 3
/CodingChallenges/051.3-astar
title author url source
Pathfinding Visualizer (A*, BFS, DFS, Greedy...)
name url
Khalid Saifullah
title author url source
A* Pathfinding with random map regeneration on algorithm completion
name url
Don Wilson
title url source author
Astar algorithm used to solve the maze
name
Makarand Lahane
title author url source
AStar path finder with drawable obstacles
name url
Shramee Srivastav
title author url source
Pathfinding A* in Windows Form using C#
name
Trong Hieu Nguyen
title author source
A* and other algorithms implementation in Flutter using dart
name url
Ege Gungordu
title author url
A* pathfinding to solve a maze
name url
Mike Kotte
title author url
A* path finding visualization in React
name url
Subesh Bhandari
title author url source
BFS Visualizer in JS
name url
Som Shekhar Mukherjee
title author url
Motion Planning Algorithm Visualizer
name url
Kaapeine
title author url source
A* Pathfinding Visualisation in vanilla JS
name url
Shekhar Tyagi
title author url
Eight puzzle solver hosted on github pages
name url
Tahsin Tariq
title author url source
A* pathfinding algorithm made to look like lightning
name url
Daniel Sarno
title author url source
Maze creator and pathfinding
title author url source
A* pathfinding with grid drawing !
name url
Sulaymane Dagnet
title author video_id source
A* pathfinding on hex grid in processing !
name url
Lucas Fredericks
wRnOoiepbnE

In this coding challenge, I attempt an implementation of the A* Pathfinding Algorithm to find the optimal path between two points in a 2D grid. I begin by explaining the mechanics of how the algorithm works, look at pseudo-code, and then write the algorithm in JavaScript using the p5.js library for rendering.