The Interactive Pathfinding Map

The Pathfinding Visualizer is an interactive pathfinding tool that allows you to discover the most direct route between any two points in the world, using a number of different pathfinding algorithms.

A map pathfinding algorithm is a way to find the shortest or most efficient route between different points on a map. It helps you find the best path to go from one location to another, considering obstacles or limitations on movement. These algorithms work by breaking down the map into small connected sections, and then calculating the best path between these sections. They usually assign weights or costs to each section based on factors like distance, terrain features, or any other relevant information. The algorithm then calculates the path that has the lowest cumulative cost. 

Map pathfinding algorithms can be used for various purposes, such as finding the fastest route while driving or for optimizing logistics or delivery routes. They help alleviate the task of manually examining all possible paths and provide an automated and optimized solution for finding the most favorable way to reach a destination.

The Pathfinding Visualizer allows you to calculate a path between two points using four different pathfinding algorithms. After you select your start and destination points on the map you can choose to use either the A*, Greedy, Dijkestra's or Bidirectional Search pathfinding algorithms. Once selected you can then watch as the algorithm calculates the most efficient route between your two points on the interactive map.