This repository contains Fall Guin, an interactive 3D game developed in Unity for the Year 2 G6078: Game Design and Development Assignment 1 - Interactive 3D Game Development in Unity 3D Assignments 1 in October 2024. This project was completed as part of a group effort, and while it represents collaborative work, I demonstrated various technical skills.
Note: This is a group project. While I contributed substantially, it is a collaborative effort.
Fall Guin is inspired by "Fall Guys". Players control Pingu, navigating through an Arctic-themed obstacle course, collecting fish, and overcoming challenges to reach the goal.
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- Player Avatar: Control Pingu with movement in all axes and jumping mechanics.
- Third-Person Camera: The following camera provides a clear view.
- Obstacles: Moving icebergs and other challenges requiring timing and skill.
- Collectibles: Fish that increase the player's score.
- Environment: Arctic theme with a custom skybox and textures.
- Animations and Effects: Walking, jumping animations, and blood splatter effects.
- Sound Effects: Audio feedback for actions like walking and jumping.
- User Interface: Main menu, instructions, and game over screens.
- Life System: Players lose lives when falling into the water.
- Scoring System: Collect fish to increase the score.
- Uneven Terrain: Ground plane with uneven surfaces for added challenge.
- C# Scripting: Developed scripts for player movement, controls, and game mechanics.
- Collision Detection: Implemented systems for interactions with obstacles and collectables.
- Scoring and Life Management: Created systems for player scoring and lives.
- Animation Control: Managed animation states and transitions for Pingu.
- Sound Integration: Integrated audio clips for various player actions.
- Character Controller: Built and refined the controller for 3D movement and jumping.
- Camera System: Implemented a smooth third-person camera.
- Obstacle Mechanics: Programmed independent movement for obstacles like icebergs.
- Particle Effects: Set up blood splatter effects using Unity's particle system.
- UI Development: Designed and implemented menus and in-game UI elements.
- Texture Mapping: Applied and adjusted textures and materials on 3D models.
- Asset Modification: Integrated and customized assets from Unity Asset Store and Sketchfab.
- Environment Design: Crafted Arctic-themed levels with attention to visual details.
Our game meets and exceeds the assignment criteria:
- 3D Environment: Players move in x, y, and z axes with jumping mechanics.
- Animated Player Avatar: Pingu features walking and jumping animations.
- Third-Person Perspective: A camera follows the player's avatar.
- Movement Bounds: Player movement is constrained within the environment.
- Collision Detection: Interactions with at least five different objects.
- Independent Moving Objects: Obstacles move independently in the environment.
- Life System: Players lose lives upon certain events (e.g., falling into water).
- Scoring System: Collectibles (fish) increase player score.
- Uneven Ground Plane: Terrain includes uneven surfaces.
- Textures Applied: Textures and materials enhance visual appeal.
- User Interface: Includes entry UI, instructions, and exit UI with game outcomes.
A playable .exe version has been created and is available for demo purposes. Download the executable (.exe) file from the repository to play the game on Windows. No Unity installation is required.
The game utilizes various assets from:
- Unity Asset Store
- Sketchfab (with appropriate licensing)
- Custom-made elements
All external assets are properly credited in the project PDF documentation.
Grade: 74/100 (Feedback highlights strong efforts in game development and presentation, with notable achievements in functionality and gameplay. However, some technical issues and areas for improvement were observed, particularly in interaction and additional refinements.)
Special thanks to the team members who contributed to this project:
- Duncan Law (me)
- Johnson Lei
- Lin Hein
- Tevy Ho – TevyTrial on GitHub
Please review the included PDF documentation and presentation files for detailed technical specifications, project requirements, and presentation slides.