Learn AFRAME with Real Code Examples

Create an account on Frame platform

Set up a new virtual world via web editor

Upload assets: models, textures, audio

Attach scripts to entities for interactivity

Publish and share world via URL for browser access

Modern browser with WebGL/WebGPU

HTTPS for WebXR and collaboration

Cloud account on Frame platform

Optional local dev tools

Optional Node.js for asset pipeline

index.html - embedding Frame world

main.js - world scripts and initialization

assets/ - models, textures, audio

scenes/ - world layouts

scripts/ - custom behaviors and multi-user logic

frame-cli init -> start new project

frame-cli build -> package world

frame-cli deploy -> publish to cloud

frame-cli preview -> local preview

frame-cli sync -> sync assets with cloud

Text rendered via HTML/JS layer

Localized assets for multi-language support

Worlds can be translated externally

No engine-imposed language restrictions

Global-ready deployment for audiences

Use HTML controls with ARIA labels

Keyboard navigation for menus

Respect motion preferences in animations

Browser-native accessibility features apply

In-world accessibility via overlays possible

HTML/CSS overlays for menus and HUD

Canvas renders the 3D world

In-scene UI can be interactive 3D objects

UI managed separately from core engine

WebXR handles immersive display layers

Entity/component stores scene state

Scripts handle dynamic behavior

Networking layer syncs multi-user states

Physics engine updates interactions

Frame graph manages rendering state

Assets managed via cloud registry

Streaming for large textures/models

Physics and user input synchronized in real-time

Cache frequently used assets client-side

Minimize bandwidth for multi-user worlds