Chrono Chase
Abstract
Problem Statement
Chrono Chase is an endless runner game developed in Unity using C#, featuring three distinct modes that span past, present, and future environments. Chrono Chase offers a unique twist with time-based gameplay, where players run from a lion in ancient times, a police officer in a modern city, and a robot in a cyberpunk future. The player collects coins while navigating through increasingly challenging obstacles, using the coins to customize their character and buy different kits for player in an in-game shop. The system is composed of three key modules: historical, present-day, and futuristic game modes. Each mode has unique enemies, environments, and hurdles. While the game offers visually diverse environments and an engaging progression system, the complexity of balancing difficulty across different eras and ensuring smooth mobile optimization could pose challenges. Using tools like Unity for game development, Blender for 3D modeling, and Audacity for sound design, Chrono Chase aims to deliver an immersive game experience. Future directions include expanding to more time periods, adding multiplayer modes, and refining AI for dynamic enemy behavior.
Most endless runner games offer repetitive gameplay with limited variety in environments and challenges, leading to reduced player engagement over time. There is a need for a more dynamic and immersive experience that sustains interest while introducing fresh gameplay elements. This project addresses that gap by developing an endless runner game with a unique time-travel feature—transporting players across different eras with distinct visuals, enemies, and mechanics to enhance excitement, challenge, and user retention.
Architecture Diagram
Project Milestones
Demo Video
Flow Diagram
Demo Video
Architecture Diagram
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Demo Video
Project Milestones
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Demo Video
Watch the demo video below for a guided walkthrough of the project's key features and functionality. It offers a clear look at the system's interface, workflow, and how it performs in real-world scenarios.
Demo Video
Architecture Diagram
Explore the project’s source code on GitHub to dive deeper into its structure, logic, and implementation. The repository includes all files, documentation, and version history for those interested in the development process.
View the project poster for a visual summary of the concept, and methodology. It highlights the key components, architectural diagrams, and project outcomes in a concise, easy-to-understand format designed for quick review.
Project Poster
View the project poster for a visual summary of the concept, and methodology. It highlights the key components, architectural diagrams, and project outcomes in a concise, easy-to-understand format designed for quick review.
GitHub Link
Explore the GitHub repository for a complete view of the code, architecture, and implementation process. It provides version history, modular structure, and technical insight in a clear and accessible format.