MTE 380 Course Project

A maze solver written in C

Maze solver and generator algorithms.

Implementing labyrinth & visualization of DFS & BFS

Maze solving using genetic algorithm in C

Line-Following Maze-solving algorithm for IITBombay mesmerize Techfest Competition

Maze is a C library that is capable of scanning a complex maze and find the shortest path to end using Dijkstras algorithm. It can function independently as well as on any simulator or hardware. The same has been used to simulate a line follower robot on Coppeliasim ( VREP ) using its legacy remote API in C.

The following C code will generate a random maze and solve the maze using Linked List Data Structure

A maze generator and solver (with and without graphical)

A C Program to generate and solve a Maze using Depth first Traversal

The Maze Solver program uses a backtracking algorithm to determine if a mouse can escape from a maze. It systematically tries all routes through the maze and retraces back its path when it reaches a dead end. If all routes are exhausted, the program determines that the mouse is trapped.

C Maze Solving DFS Algorithm + JS/HTML version available + docker-compose

A command line tool to generate and solve mazes which are stored as png files. Using a wide range of graph algorithms A*, DFS, BFS...

Creates and solves mazes graphically.

Implémentation d'un Labyrinthe avec Langage C avec la bibliothèque SDL . Ce projet utilise l'algorithme de fusion aléatoire des chemins (Randomized Kruskal's algorithm ) pour générer un labyrinthe parfait et l'algorithme de recherche en profondeur recursive ( DFS recursive ) pour le résoudre .

Text-based game where you try to solve a generated maze (written in C)

UCS and A* algorithm implementation for maze solving.

A maze generator and a maze solver

This program is the software part of a Robot Line Maze-solver Project. Implemented on a raspberry pi using Direct-Register Control on Raspberry Pi. This project was made in attempt to get a better grasp of the following topics: Kernels and Linux, Direct-Register Control, Recursive Algorithms, Logic Design, Solidwork and 3D printing