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    Super fast HTML 5 2D rendering engine that uses webGL with canvas fallback
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    PixiJS — The HTML5 Creation Engine

    PixiJS logo

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    This project aims to provide a fast, lightweight 2D library that works across all devices. The PixiJS renderer allows everyone to enjoy the power of hardware acceleration without prior knowledge of WebGL. Also, it's fast. Really fast.

    If you want to keep up to date with the latest PixiJS news then feel free to follow us on Twitter @PixiJS and we will keep you posted! You can also check back on our site as any breakthroughs will be posted up there too!

    We are now a part of the Open Collective and with your support you can help us make PixiJS even better. To make a donation, simply click the button below and we'll love you forever!

    What to Use PixiJS for and When to Use It

    PixiJS is a rendering library that will allow you to create rich, interactive graphics and cross-platform applications and games without having to dive into the WebGL API or deal with browser and device compatibility.

    PixiJS has full WebGL support and seamlessly falls back to HTML5's canvas if needed. As a framework, PixiJS is a fantastic tool for authoring interactive content, especially with the move away from Adobe Flash in recent years. Use it for your graphics-rich, interactive websites, applications, and HTML5 games. Out-of-the-box, cross-platform compatibility and graceful degradation mean you have less work to do and more fun doing it! If you want to create polished and refined experiences relatively quickly without delving into dense, low-level code, all while avoiding the headaches of browser inconsistencies, then sprinkle your next project with some PixiJS magic!

    Boost your development and feel free to use your imagination!


    • Website: Find out more about PixiJS on the official website.
    • Getting started:
      • Check out @kittykatattack's comprehensive tutorial.
      • Also check out @miltoncandelero's PixiJS tutorials aimed toward videogames with recipes, best practices, and TypeScript / npm / webpack setup here
    • Examples: Get stuck right in and play around with PixiJS code and features right here!
    • Docs: Get to know the PixiJS API by checking out the docs.
    • Guide: Supplementary guide to the API documentation here.
    • Wiki: Other misc. tutorials and resources are on the Wiki.


    • Forums: Check out the forum and Stackoverflow -- both friendly places to ask your PixiJS questions.
    • Inspiration: Check out the gallery to see some of the amazing things people have created!
    • Chat: You can join us on Discord to chat about PixiJS.


    It's easy to get started with PixiJS! Simply download a prebuilt build!

    Alternatively, PixiJS can be installed with npm or simply using a content delivery network (CDN) URL to embed PixiJS directly on your HTML page.

    Note: After v4.5.0, support for the Bower package manager has been dropped. Please see the release notes for more information.

    NPM Install

    npm install pixi.js

    There is no default export. The correct way to import PixiJS is:

    import * as PIXI from 'pixi.js';

    CDN Install

    Via jsDelivr:

    <script src=""></script>

    Or via unpkg:

    <script src=""></script>


    Thanks to @photonstorm for providing those last 2 examples and allowing us to share the source code :)


    Want to be part of the PixiJS project? Great! All are welcome! We will get there quicker together :) Whether you find a bug, have a great feature request, or you fancy owning a task from the road map above, feel free to get in touch.

    Make sure to read the Contributing Guide before submitting changes.

    Current features

    • WebGL renderer (with automatic smart batching, allowing for REALLY fast performance)
    • Canvas renderer (Fastest in town!)
    • Full scene graph
    • Super easy to use API (similar to the flash display list API)
    • Support for texture atlases
    • Asset loader / sprite sheet loader
    • Auto-detect which renderer should be used
    • Full Mouse and Multi-touch Interaction
    • Text
    • BitmapFont text
    • Multiline Text
    • Render Texture
    • Primitive Drawing
    • Masking
    • Filters
    • User Plugins

    Basic Usage Example

    import { Application, Sprite, Assets } from 'pixi.js';
    // The application will create a renderer using WebGL, if possible,
    // with a fallback to a canvas render. It will also setup the ticker
    // and the root stage PIXI.Container
    const app = new Application();
    // The application will create a canvas element for you that you
    // can then insert into the DOM
    // load the texture we need
    const texture = await Assets.load('bunny.png');
    // This creates a texture from a 'bunny.png' image
    const bunny = new Sprite(texture);
    // Setup the position of the bunny
    bunny.x = app.renderer.width / 2;
    bunny.y = app.renderer.height / 2;
    // Rotate around the center
    bunny.anchor.x = 0.5;
    bunny.anchor.y = 0.5;
    // Add the bunny to the scene we are building
    // Listen for frame updates
    app.ticker.add(() => {
        // each frame we spin the bunny around a bit
        bunny.rotation += 0.01;

    How to build

    Note that for most users you don't need to build this project. If all you want is to use PixiJS, then just download one of our prebuilt releases. The only time you should need to build PixiJS is if you are developing it.

    If you don't already have Node.js and NPM, go install them. Then, in the folder where you have cloned the repository, install the build dependencies using npm:

    npm install

    Then, to build the source, run:

    npm run build

    How to generate the documentation

    The docs can be generated using npm:

    npm run docs

    The documentation uses webdoc in combination with this template: pixi-webdoc-template. The configuration file can be found at webdoc.conf.json


    This content is released under the ( MIT License.

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