Project Overview

This project involved developing a game that generates unique mazes using recursive algorithms. Players navigate through the mazes, testing their problem-solving skills. The app emphasizes efficient algorithmic design and interactive gameplay.

Key Features

• Dynamic maze generation using recursive backtracking algorithms.
• Interactive user interface for maze navigation.
• Object-oriented design for scalable and maintainable code.
• Multiple difficulty levels for varied gameplay experiences.

Technical Challenges

One of the key challenges was optimizing the maze generation algorithm to handle larger grids efficiently. Additionally, creating a responsive user interface that could visualize maze updates in real time required careful UI design.

Technologies Used

• Programming Language: Python
• Algorithm Design: Recursive Backtracking
• Object-Oriented Programming (OOP) for code maintainability

Project Outcome

The project successfully demonstrated the power of recursive algorithms for maze generation. The interactive game provided an engaging platform for users to explore and solve complex mazes.

Future Improvements

Potential future enhancements include integrating additional maze generation algorithms, improving the graphical interface, and adding player performance tracking and analytics.