Fracture Point

Inspiration

I was inspired to create a unique time-manipulation game where time flows only when the player moves. The core mechanic revolves around strategic movement and timing, creating an engaging combat puzzle experience.

What It Does

Fracture Point is a dynamic arena combat game where time is tied to player movement. When players stand still, time nearly freezes, and when they move, the world springs into action. Players face increasingly difficult stages with multiple enemies who shoot projectiles. The goal is to survive by dodging and deflecting projectiles back at enemies to clear each stage. As players progress, stages become more challenging with more enemies and faster-paced combat.

How I Built It

I developed the game using Phaser.js as the primary game engine. Being new to web development and JavaScript, I leveraged Amazon Q to help generate and understand code snippets. This allowed me to learn and implement game mechanics effectively despite my limited experience in web development. The final product was deployed on AWS.

Challenges I Ran Into

Initially attempted development without a game engine, leading to sub-optimal code and performance issues
Faced significant memory consumption problems
Had to pivot from the original, more complex game concept to a simpler implementation due to technical constraints and time limitations
Being new to web development and JavaScript presented a steep learning curve

Accomplishments That I'm Proud Of

As a data scientist with zero prior web development experience, I successfully:

Created a functional game using modern web technologies
Implemented complex time-manipulation mechanics
Successfully deployed the game on AWS
Leveraged generative AI tools to overcome technical challenges

What I Learned

The importance of using appropriate game engines for optimization
Web development fundamentals and JavaScript programming
Game development principles and mechanics
How to effectively use generative AI tools for development
Project scope management and adaptation

What's Next for Fracture Point

The game has two potential development paths:

Path 1: AI Enhancement

Implement advanced AI learning systems to create smarter, more adaptive enemies
Develop enemies that learn from player strategies and adapt their behavior
Create dynamic difficulty scaling based on player performance
Make each playthrough unique and challenging through intelligent enemy behavior

Path 2: Gameplay Expansion

Add various enemy types with unique behaviors
Implement new weapons and projectile types
Include special abilities like teleportation
Add environmental features like breakable walls
Implement ability suppression zones
Introduce new combat mechanics

While Fracture Point is still in its early stages, it demonstrates the exciting possibilities of modern game development, especially for newcomers empowered by generative AI tools. The project has significant potential for growth and improvement in either direction.