Engineering Context: This project serves as a technical evaluation of the Defold Game Engine. It demonstrates the ability to rapidly adapt to a "Message-Passing" architecture, contrasting with standard Object-Oriented patterns found in Unity.
The primary goal of this repository was to translate standard gameplay loops into Defold's component architecture within a compressed timeline.
Unlike Unity's direct method calls (e.g., GetComponent<T>().DoSomething()), this project utilizes Defold's Message Passing system to handle entity communication.
- Hash-Based Logic: Implemented
msg.post()systems to handle collisions and state changes, ensuring strict decoupling between game objects. - Addressable Components: Logic relies on URL-based addressing schemes to locate game object instances at runtime.
- Particle Integration: Implemented Defold's native particle fx components for visual feedback (collection of stars), analyzing the performance overhead of 2D sprites in a focused timeline.
- Atlas Management: Utilized texture atlases to optimize draw calls, ensuring efficient rendering on lower-end devices.
- Build Pipeline: Successfully configured the render pipeline to target both Windows (x64) and macOS (ARM64/x64), verifying the cross-platform stability of the Lua codebase.
This project was executed using an AI-Augmented Workflow to maximize efficiency.
- Rapid Adaptation: Leveraged Generative AI (Gemini) to drastically reduce the learning curve of the Defold API. This allowed for the implementation of complex features in days rather than weeks.
- Concept Mapping: AI tools were used to translate known Engineering concepts (State Machines, Vector Math) into specific Lua syntax, acting as a real-time documentation bridge. The focus remained on Architectural Logic, while AI handled the syntactical heavy lifting.
Current Version: v0.0.6
| Version | Platform | Status |
|---|---|---|
| v0.0.6 | Windows (x64) | Stable. High Score tracking added. |
| v0.0.6 | macOS (Universal) | Untested. |
| v0.0.2 | Windows (x64) | Prototype. Basic movement only. |
Christopher Jepson Technical Artist & Software Engineer LinkedIn | Email