Pathfinding Algorithm Visualizer programmed in python using pygame, math, random and queue modules.

Find the orbital transfers that require the least delta-v to get from one orbit to another.

A simple and optimised pathfinding implementation for solving image based mazes

This project aims to maximize path length in a grid by fitting pentominoes and selecting start and end positions, always choosing the shortest path. Three approaches have been explored so far: brute force, pathfinding algorithms, and MILP-based optimization.

A maze generated from a matrix of ciphered values is solved using A* algorithm

A simple pathfinding with python and turtle

Exploring path sequences in GA4 BigQuery data

maze pathfinding

A star pathfinding algorithm

A Bresenham's line based global path planning algorithm. A recursive path planning algorithm was developed that operates on the grid maps represented by a masked array and solves potential looping problems using a state machine-based loop breaking mechanism.

Program developed in Python designed to generate the shortest path, strongly connected components, and other specifics of a randomly generated graph. The graphs can be weighted or unweighted, as well as both directed, and undirected.

Visualized pathfinding algorithms solve mazes!

Implementation and a visual demonstration of A* search algorithm using pygame and Tkinter for GUI.

A Path-Finding Visualization in python using Pygame

Winner of the HackTCNJ 2024 Hackathon. Expand-A-Conda is a search and rescue robot, ingeniously designed to detect people buried in debris using image segmentation and AI-powered pathfinding. It incorporates soft robotics by building a cheap and indestructible vine robot, capable of navigating through inaccessible terrains.

"A* Pathfinding Algorithm" Visualizer using the Pygame Library

Implementation of two path finding algorithms using A* and RRT.

Pathfinding Algorithm that visualizes the shortest path between two points