My own take on A*/Dijkstra Pathfinding. Its a generalization to permit all implementations while using any data-structures and heuristic functions regardless of whether or not the "map" fits in memory.

A* (A star) Path finding script for Python 3.

Implementing the A* path finding algorithm, the script is able to find the shortest path from a user-selected start and end point on a randomly generated maze like grid.

A* Path Finding Algorithm designed & implemented with manhattan hieuristic & visualized through pygame.

A lot of people have difficulty visualizing how the A* Algorithm works. I created a PyGame A* Visualizing tool to show how apps like Google maps are able to compute the shortest distance from point A to point B.

A* Path Finding Algorithm Visualization (Game) Using Python

pathfinding visualization with A* algorithm

Popular algorithms used in path planning of robotics

Pathfinding program that finds the optimal path between two nodes using A* algorithm.

A Python program to implement and visualize A-star path finding algorithm interactively.

Repository per il progetto di IC (2021)

This is a Algorithms visualizer project build with an intent to help understanding algorithms better.I have used pygame library to implement this.

A simple and optimised pathfinding implementation for solving image based mazes

Demonstration of A* algorithm in Python

Developed A* path finding algorithm visualization tool

This pathfinding algorithm find the shortest-path & Generate grid using maze-generation algorithm and add the ability of controlling the grid structure & distribution of the blocks and the position of the source and the destination.

A LPA* based path-finder, mainly for robotics application. Easy to implement on your autonoumous system. ROS2 support(+docker)

A RSSI-based positioning & navigating algorithm for Raspberry Pi 4-based robots