karyarayajasa/kframe

:package: Kevin's collection of A-Frame components and scenes.

kframe

Kevin's collection of A-Frame components and scenes.

VIEW DEMOS

Components

See documentation for individual components:

• aabb-collider - An axis-aligned bounding box component for A-Frame.
• animation - Animations in A-Frame using anime.js
• animation-timeline - A timeline component to use with the A-Frame animation component.
• atlas-uvs - An A-Frame component to set UVs onto a plane geometry given a gridded texture atlas.
• audioanalyser - Audio visualizations in A-Frame using Web Audio (AnalyserNode)
• broadcast - Multi-user in A-Frame using raw websockets
• entity-generator - Generate a number of entities in A-Frame given a mixin
• event-set - Set properties in response to events in A-Frame
• firebase - Multi-user in A-Frame using Firebase
• fps-counter - A simple FPS counter component to measure performance in VR for A-Frame.
• geometry-merger - An A-Frame component to merge geometries to reduce draw calls.
• gltf-part - A component to extract parts from a GLTF model into their own A-Frame entities.
• haptics - A controller haptics (vibrations) component for A-Frame.
• layout - Position and layout child entities in 3D space for A-Frame
• log - In-VR console logs for A-Frame.
• look-at - Rotate an entity to face towards another entity in A-Frame
• mountain - Mountain terrain in A-Frame using randomly-generated height maps
• proxy-event - A component to declaratively proxy events for A-Frame.
• randomizer - Randomize color, position, rotation, and scale in A-Frame
• state - State management for A-Frame using single global state modified through actions. State flows down to application via declarative binding.
• sun-sky - Gradient sky with adjustable sun in A-Frame
• template - Encapsulate groups of entities, use templating engines, and do string interpolations in A-Frame
• text-geometry - Geometry-based text for A-Frame

Local Installation

Go to the folder of the component or scene you wish to develop and check out its README. The steps generally involve:

git clone [email protected]:ngokevin/kframe && cd kframe
# Head to the folder to develop (e.g., `cd components/foo`, `cd scenes/foo`).
npm install
npm run dev  # (or sometimes `npm run start`)

A page should open in your browser. You can develop on the source code and the server will handle live compilation and bundling.