2D Game Framework
A personal hobby project on which I started working on in the summer of 2019. It began as a challenge to create a 2D physics engine from the ground up, and over time, I've steadily expanded its capabilities with additional features and functionalities.
Physics Engine
Performant
The physics engine has been rigorously optimized, leveraging a Hierarchical Spatial Hashgrid for efficient broad-phase collision detection and raycasting.
Stable
This impulse-based physics engine incorporates warm starting with persistent contacts and computes collision manifolds to enhance the stability of collision responses.
Raycasting
The hierarchical spatial hashgrid enables efficient ray casting for testing intersections with hundreds of colliders.
Component based API
Modular
With the component-based API, the creation and reusability of components become a straightforward process, featuring a lifecycle that involves init, update, render, and destroy methods.
Rendering
WebGL
This framework provides implementations for both canvas and WebGL rendering contexts. The WebGL API employs batch rendering behind the scenes and offers the flexibility to create custom shaders.
Input handeling
Multiple types of input
The framework has methods for handeling different types of input. from mouse clicks, to touchscreen swipes and gyroscopic rotations
mouse
keyboard
touch
gyroscope