Zombie Survival FPS Game

Welcome to my Zombie Survival FPS Game project, where you must survive waves of relentless zombies using limited resources and strategic gameplay.

Key Features

Game Mechanics

• Survival Against Waves: Face increasing waves of zombies, challenging your survival skills.
• Resource Management: Manage limited ammunition and health strategically to survive longer.
• Dynamic Gameplay: Enjoy fast-paced FPS action with responsive shooting mechanics and challenging enemy AI.

Design Patterns and Programming Principles

• State Pattern: Implemented for zombie behavior management, ensuring dynamic and varied enemy actions.
• MVC Pattern: Utilized for player management, separating logic, UI, and player input for cleaner code structure.
• Object Pooling: Employed for spawning zombies efficiently, enhancing performance during intense gameplay.
• Singleton Design Pattern: Used for centralized service access, promoting modular and efficient code architecture.
• Service Locator Design Principle: Implemented for managing and accessing game services, reducing dependency on singletons.

Programming Skills Showcase

• Sound FX: Custom sound effects integrated for immersive gameplay, enhancing player experience.
• Gun Animations: Created animations for idle, shooting, and reloading actions, improving weapon realism.
• Zombie Animations: Implemented varied animations for zombies, enhancing visual feedback and gameplay immersion.
• Environment Design: Crafted detailed environments to create a compelling and immersive game world.
• Loading Screen with Asynchronous Level Loading: Developed a loading screen that asynchronously loads game levels, with a progress bar indicating loading status.
• Highest Wave Survived Tracker: Implemented a mechanism to track and display the highest wave survived, encouraging replayability and competition among players.

Game Development Principles

• SOLID Principles: Applied principles such as Open/Closed, Single Responsibility, and Dependency Inversion to ensure scalable and maintainable codebase.
• DRY Principle: Avoided code duplication by reusing components and implementing efficient algorithms.
• Clean Code Practices: Followed best practices to ensure readability, maintainability, and extensibility of codebase.

Project Details

• Unity Version: 2022.3.12
• Programming Language: C#
• Platform: PC