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Source channel @githubtrending · Post #15017 · Aug 1

#typescript#editor#frontend#game_development#game_engine#gamedev#nodejs#playcanvas#typescript#ui The PlayCanvas Editor is a powerful, browser-based tool for creating 3D WebGL, WebGPU, and WebXR apps with real-time collaboration, live editing, and no compile time, letting you build and test projects quickly on any device. It supports advanced graphics features like glTF 2.0, clustered lighting, and WebXR for AR/VR experiences. You can also set up a local development environment to customize or extend the editor using open-source libraries. This means you can develop interactive 3D content faster, collaborate easily, and test directly on mobile or desktop, improving your workflow and project quality[1][2][3][4]. https://github.com/playcanvas/editor

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@githubtrending · Post #14898 · 07/02/2025, 01:30 PM

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#javascript#3d#augmented_reality#canvas#html5#javascript#svg#virtual_reality#webaudio#webgl#webgl2#webgpu#webxr Three.js is a powerful and easy-to-use JavaScript library that helps you create 3D graphics and animations on the web with much less code than using WebGL directly. It handles complex tasks like rendering and math calculations, so you can focus on designing your 3D scenes. It supports WebGL and WebGPU, with additional options like SVG and CSS3D. Three.js has excellent documentation, many examples, and a large, active community that provides support and updates. This makes it ideal for quickly building interactive 3D content that works across browsers, improving your web projects with engaging visuals and smooth performance[1][3][5]. https://github.com/mrdoob/three.js

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#javascript #3d #augmented_reality #canvas #html5 #svg #virtual_reality #webaudio #webgl #webgl2 #webgpu #webxr