Open Source JavaScript Virtual Reality Software

Easily create social virtual worlds that anyone can interact with using Virtual Personas, a global identity system where people own their identities. Simbol accepts several configuration parameters. New worlds await us with VR and AR. A flourishing of creativity. This must happen without conceding in user experience and with an honest contract between creators and consumers regarding their data. Simbol is researching to accomplish these goals and broadcasting accomplishments made by the community via a podcast, blog and newsletter. Currently, simbol is dependent on several third-party libraries. You can check out the API in our JSDoc.

A-Frame is an open source web framework for building virtual reality experiences. With A-Frame you can create WebVR with HTML and entity-component works on Vive, Rift, Daydream and more. A-Frame simplifies virtual reality by handling the required 3D and WebVR boilerplate to get you running on platforms like mobile, desktop, Vive, and Rift. Because it can be used from HTML, just about everyone can use it. A-Frame is a thin yet powerful framework on top of three.js. While A-Frame is completely accessible from HTML, developers can also make full use of JavaScript, DOM APIs, three.js, WebVR, and WebGL.

OpenPerform brings real-time motion capture to artists and performers excluded by the high barriers to entry of expensive or "closed" systems. Our open source javascript performance framework enables artists to take direct control of the medium, to quickly collaborate with others, and to easily craft new experiences for all web-based platforms (including AR and VR). Check out the various styles and effects OpenPerform has to offer with our BVH animation demo!

Vircadia is a full coverage ecosystem of open source applications that enable individuals and organizations to deploy their own virtual world solutions. Vircadia’s worlds are among the largest with 16km³ of build space. All building and scripting of your world happens in real-time. This means that building is quick, efficient, and collaborative. Vircadia worlds can be accessed from Windows, Linux, and MacOS. Android, iOS, and Quest 2 support is coming soon. Unlike most platforms, Vircadia is 100% open source with the full software stack necessary for a premium metaverse experience licensed as Apache 2.0. Because of this, all aspects of the project can be customized for your use case. Vircadia consists of many projects and codebases with its unifying structure's goal being a decentralized metaverse.

Low poly add-ons for a-frame virtual reality models. Take any existing a-frame primitive, such as a-sphere and replace the prefix to obtain a low-poly version, such as lp-sphere. Every low-poly object supports the following attributes. Modify the attributes just like you would any other AFrame VR attribute. Specify curvature of the surface. Function that accepts the vertex’s original position and outputs the vertex’s new position. This is applied before customizable randomization. All random perturbations are applied to the vertex’s new position. Duplicate entire entities without repeating common HTML. For example, say you have a template tree and many trees in your environment. Simply create one tree, and use the clone attribute for the rest, changing the position and rotating as necessary. This keeps your code streamlined and eases development (e.g., changing tree trunks for all cloned trees involves a single-line change).

FSKneeboard (formerly known as "VFR Map For VR") adds a helpful in-game panel to your flight simulator which brings several different maps, waypoints and tracks, a charts viewer, and a notepad right into your Flight Simulator cockpit! This is is especially helpful for those of us who like to fly in VR. Powerful, highly detailed maps for your next VFR trip. Optimized for VR! Your approach charts, checklists, and notes at your fingertips. Use your mouse to quickly take notes of ATIS and ATC instructions. Automatically create snapshots/savegames from your flights every few minutes so you're able to recover Flight Simulator instabilities and crashes (fully configurable, see Advanced Usage Section for details). Search for any address or POI worldwide right from FSKneeboard and add it as waypoint or even teleport there. Windows Installer for simple installation and configuration.

Collaborative Live Coding Space with support of user-defined languages and WebVR ready 3D graphics based on Virtual World Framework (Croquet), A-Frame, Ohm language, OSC.js, Cell.js, GunDB and more. LiveCoding.space architecture moves Virtual World Framework architecture towards pure-decentralized application. By default a tiny Reflector server is used for creating a Virtual World instances. But you could try out to connect using the new experimental totaly decentralized solution provided by Krestianstvo Luminary. That will allow to create Virtual World Instances just within Web Browser by a client,using any avaliable decentralized storage GunDB on internet. No any Reflector server needed. In the near future it will be extended with support of securing world instances lists, clients lists, message streams with P2P identities.

"Maere : When Lights Die" is a horror video-game and virtual reality project by Lucid Dreams (that's us !). We are four game designers from the IMAC engineering school in France, and we've been developing this project since october 2012. It has been created with virtual reality in mind from the start and will be playable on the Oculus Rift headset as soon as we get our developer kit ! The game is also available for free on PC, Mac, and Linux.

MindGate is a virtual reality multiuser client - server system written in Java. The purpose of the system is to provide communication, persistence, 3d streaming support for users which are imersed into virtual reality worlds - stored anywhere on the Web.

Ever wanted to see what's going on in your user's virtual reality headset? MirrorVR is a live mirror for your aframe virtual reality projects: whatever your user sees in a mobile phone virtual reality headset is reproduced across any desktop viewer.

We leverage the most cutting-edge computational technologies to develop a virtual reality (VR) system - VRmol - that provides the visualization and analysis of macromolecule structures in an infinite virtual environment on the web. VRmol is natively built with WebVR technology, providing all structural analysis functions in a fully immersive, inspiring virtual environment. It is convenient to use, runs on the internet, and requires no software downloading and installation. And by connecting to a number of cloud-based genomic and drug databases, it provides an integrative platform to perform advanced structural and translational research. It can be freely accessed online by typing https://VRmol.net in VR-supported browser.

VRS is an environment for presenting three dimensional (3D) world. All visualisations are made at client(s) side VRC (Virtual Reality Client - example client is under developement, SF site avaible, see also http://jvrc.info).

Platform Independent Virtual Reality Client and Server. Come to http://www.vrspace.org/ for more information and demo.