A renderer-agnostic 2D drawing API for the web that works with SVG, Canvas 2D, and WebGL.
Two.js is a JavaScript library that provides a unified API for creating and animating 2D graphics on the web. It solves the problem of having to write different code for different rendering technologies by allowing developers to use the same API to draw to SVG, Canvas 2D, or WebGL contexts.
Web developers and creative coders who need to build interactive 2D visualizations, animations, or data-driven graphics that work across multiple rendering environments.
Developers choose Two.js for its renderer-agnostic design, which future-proofs projects by allowing easy switching between SVG, Canvas, and WebGL without rewriting code, and for its clean API that simplifies complex graphics programming.
A renderer agnostic two-dimensional drawing api for the web
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Provides a single interface for SVG, Canvas 2D, and WebGL, allowing developers to switch contexts without code changes, as highlighted in the README's core philosophy.
Includes a built-in update cycle and event binding, simplifying the creation of smooth animations without external libraries, demonstrated in the boilerplate example with rotating rectangles.
Can run on servers using Node Canvas for generating static images or server-side graphics, with example code provided for server-side setup in the README.
Works with ES6 imports and integrates with React, Angular, and bundlers like webpack, making it suitable for contemporary web projects, as shown in the React hook example.
The main import bundles all modules, increasing file size unnecessarily, and proper tree shaking is only on the roadmap, not yet implemented, as admitted in the ES6 imports section.
Documentation generation relies on Vuepress, a legacy tool requiring specific Node versions, complicating setup and maintenance for contributors, as noted in the build documentation instructions.
Headless rendering depends on Node Canvas, which has platform-specific installation issues and is not included as a dependency, adding setup hurdles and potential environment conflicts.