A-Maz-ing is an interactive software project that combines Python-powered algorithms for maze exploration and solving with C++ control for interactive challenges. The project's core aim is to provide a platform for users to explore, solve, and create intricate pathways, offering both an educational and entertaining experience.
- Month 1: Project Setup and Design
- Planning and Requirements Definition
- Initial C++ Maze Generation
- Beginning OpenGL Rendering for Maze Visualization
- Month 2-3: Maze Generation and Visualization
- Refining Maze Generation and Rendering in C++
- Initial Python Interface for Algorithm Selection
- C++ User Interface for Maze Selection
- Month 4-5: Algorithm Implementation in Python
- Developing Python Functions and Classes for Algorithms
- Debugging and Optimizing Python-Based Algorithms
- Expanding Python Interface for Algorithm Control
- Month 6: User Interface and Polishing in C++
- Testing and Refining C++ User Interface
- Python Interface Documentation and Usability Improvements
- Final Testing and Documentation
- Preparing for Project Presentation and Sharing
- Specific: The project aims to create an interactive maze exploration platform with Python-powered algorithms and C++ control.
- Measurable: Users can interact with different maze types and explore search algorithms using the Python interface.
- Achievable: The project leverages existing knowledge of C++ and OpenGL, alongside learning Python extension development.
- Relevant: This project aligns with the goal of improving C++ and Python skills and creating an educational and entertaining tool.
- Time-bound: The project will be completed within 5.5 months.
- C++-based maze generation and visualization.
- Python-powered maze-solving algorithms.
- Interactive user interface with algorithm selection and maze exploration.
- Educational and entertaining platform for exploring and creating intricate pathways.
- Extensive documentation and user guides.
- Easy integration of additional algorithms and maze generation methods.
- Clone the repository to your local machine.
- Follow the installation and setup instructions in the project's documentation.
- Explore the Python-powered algorithms and C++ control for interactive challenges.
We welcome contributions and collaboration. If you're interested in contributing, please read our Contribution Guidelines.
This project is licensed under the MIT License.