An accessible, wheelchair-friendly reimagining of Super Mario Bros designed for players with mobility disabilities. Mario can't jump - instead, the game uses ramps and lifts to navigate terrain, making it playable for wheelchair users and others facing jumping challenges.

• Wheelchair-Accessible Design - Ramps and elevation changes replace jump-based mechanics
• Multiple Input Methods - Head tracking, mouse, keyboard, or controller
• Checkpoint System - Auto-advances after 3 deaths for accessibility
• Enemy AI - Goombas that can be defeated by attacking from above

Download from the Releases page - available for Windows, macOS, Linux, and Web.

1. Install Godot Engine 3.x
2. Clone the repository:

   git clone [email protected]:Kevin-Mok/SuperADABros.git

3. Open project in Godot (main scene: 1-1-World.tscn)
4. Press F5 to run

1. Set up face-tracker script
2. Script outputs coordinates to /tmp/move_mouse_with_head.out
3. Game auto-detects when head tracking is available

SuperADABros/
├── 1-1-World.tscn          # Main game scene
├── scripts/
│   ├── Mario.gd            # Player controller & physics
│   ├── Goomba.gd           # Enemy AI
│   ├── Global.gd           # State management
│   └── MoveWithHead.gd     # Head tracking input
├── tiles/                  # Level design tilesets
└── img/                    # Character & tile sprites

1. Inclusive Game Design

   • Reimagines classic mechanics for mobility-impaired players
   • Inspired by real community feedback (r/disability subreddit)
   • Demonstrates how constraints drive creative solutions

2. Multi-Input Architecture

   • Supports 4+ input methods with seamless switching
   • Head tracking integration via external OpenCV script
   • Configurable sensitivity for different abilities

1. Custom Physics System

   • Wheelchair movement on ramps with rotation mechanics
   • Custom gravity and velocity management
   • Collision detection for accessible terrain

2. Game Development Skills

   • Full implementation from design through gameplay
   • Animation system with sprite states
   • Scene-based architecture with modular tilesets

3. External Integration

   • OpenCV head tracking via file I/O
   • Real-time coordinate processing
   • Movement smoothing for accessibility

• Game Development: Godot, GDScript, 2D physics
• Computer Vision Integration: OpenCV, file-based IPC
• UX/Accessibility: Inclusive design, multiple input methods
• Creative Problem Solving: Adapting classic mechanics for new constraints

Found this GIF on r/disability as a top post - decided to make it a real playable game with actual accessibility features.

• Adjustable settings for user preferences
• More mechanics from the original game
• Additional enemy types and level designs

Development updates available on Devpost.

Kevin Mok