Open Source VR Development Software - Page 3

OpenVRL - standas for Open Source Virtual Reality 'L' ('L' stands for Life or Library...). A full 3D virtual reality simulation library, with physics, collision detection, platform independand rendering, etc. Uses OpenDE and OPCODE libraries for dy

OpenReality will be a 3D Engine Library for development of Games, Virtual Reality and 3D Visualization applications. It will be very intuitive, and strongly object oriented. Of course, performance will have a great weight on the project´s decisions.

the simple universe library aims to provide a simple (possibly game-oriented) virtual reality where real-world objects and surfaces (like terrain) can be defined and simulated. Uses OpenGL and ODE.

This project aims to develop an interaction framework based on body detection by webcams, identifying the skeleton shape (hands, arms, head, legs etc), for games, virtual reality, augmented reality and other applications.

A toolkit for developing virtual reality applications. Built in C++, over OpenGL, it is object oriented and offers the use of a scene graph for object hierarchy. Also, it provides interfaces for using VR equipment such as tracking devices.

The TP5DataGlove enables you to use the P5 Glove by Essential Reality in your Delphi Applications. Now you can easily create Virtual Reality Software with Dataglove support. It utilizes a C++ Wrapper DLL which provides functions to access the Glove. It is

UE4-Plugin-OffAxis plugin provides a fishtank-VR via a so-called OffAxisProjection by modifying the projection matrix using a custom ULocalPlayer. If your project is a C++ project, you are good to go. If you have a pure blueprint project, add a random C++ class via File -> Add C++ class (empty class is fine). Copy the Plugin in your (you might need to create a Plugin folder in the directory where your project file is). Start (or restart) Unreal Engine. You might get a warning that the plugin needs to be rebuilt. That's normal. Drag the OffAxisActor in your scene. Set position of OffAxisActor to 0,0,0. In the OffAxisActor, place the child actors P_a, P_b, and P_c so that they correspond to the corners of your "virtual window". For some inputs, you might need to change the key if they are already in use in your project.

The Ultraleap Unity Plugin empowers developers to build Unity applications using Ultraleap's hand-tracking technology. It includes various assets, examples, and utilities that make it easy to design and build applications using hand tracking in XR projects. Due to the ever changing landscape of package dependencies in Unity we cannot guarantee compatibility with every plugin or variant of Unity, but aim to provide support for any LTS versions that are under continuous support from Unity. If you are sourcing the Unity Plugin directly from this repository, you may find that it does not function well with earlier versions of Unity. There are several ways you can consume this plugin. We've listed several recommended workflows for different users below. This list is by no means exhaustive, if you are aware of a workflow not listed that you think others would appreciate, please consider contributing!

The VIVE Input Utility (VIU) is a toolkit for developing VR experiences in Unity, especially with the VIVE/VIVE Pro but also targeting many platforms from a common code base including Oculus Rift, Rift S Go, Quest, Google Daydream, VIVE Wave SDK (e.g. VIVE Focus standalone) and additional VR platforms as supported by Unity such as Microsoft's 'Mixed Reality' VR headsets and more. Supports VIVE, VIVE Pro, VIVE Cosmos (any OpenVR compatible device), Oculus Rift & Touch, Rift S, Go, Quest, Daydream, and VIVE Focus, Focus+ (any WaveVR compatible device). UGUI now catches events from your Vive controllers! API to access device input/tracking by role (eg. LeftHand/RightHand), instead of device index. Binding system, able to bind device to specific role, help manage multiple tracking devices.

An Experimantation Platform for User Interaction through a Multi-Touch Interface for Navigation in a Virtual Reality Environment.

VRMoo can be summed up as such: Virtual Reality Object Oriented MUD. I intend VRMoo to be capable of simulating complex environments, allowing real time 3D interaction with these environments, and allowing real time 3D interaction with other users.

VRPN, Virtual Reality Peripheral Network, is a device-independent and network-transparent system for accessing virtual reality peripherals in VR applications. The project generates a dll to easily conect a C# aplication with the VRPN server.

VRTK is a collection of useful, reusable solutions to common problems found when building for virtual reality. VRTK aims to help productivity by speeding up the creation process from prototyping ideas to building complete solutions. The passion behind VRTK is to try and enable as many people as possible to build for VR, from seasoned developers to complete beginners who have a wonderful idea in their head but are unsure of how to create it. VRTK aims to be easy to understand so the absolute beginner can feel comfortable turning their creative thoughts into experiences but it also has enough power and flexibility to allow developers to really build out their perfect solution with little friction and without constantly re-inventing the wheel. Virtual reality is a relatively new medium so no one really understands what truly works or what doesn't work in terms of solutions, so VRTK aims to bring a community of diverse people from all across the world together to work on solving this.

VRVis is a programmer's toolkit for rapid development of Virtual Reality applications in the field of geospatial data visualization. It is based on VR Juggler and the Geospatial Data Abstraction Library (GDAL).

VRtist is a Virtual Reality tool for storytelling. Directors and artists can set up a 3D scene being immersed into the virtual world. That will allow them to have a better understanding of the 3D scene. This project is in alpha state and no longer developed. Do not use it to edit your production assets without a backup or you might break them. Import 3D objects and compose the virtual set. Naturally move around and find the best camera angles and depth of field. Use the record mode or keyframes to create animations. Use gradient sky or fine-tune the lighting using lights (directional, point and cone). Nonlinear editing using multi-camera footages. For now, VRtist has only been tested with the Oculus Rift S and Oculus Quest devices. Just unzip the release file. Then launch the VRtist.exe and put your headset. VRtist is distributed with a predefined set of 3D objects. It also supports FBX files import from a specified directory.

VhaaR ist eine Open-Source-Software für die Ausbildung im Berufsfeld Friseur/-in. Die Anwendung wurde im Rahmen einer Masterarbeit als Prototyp erstellt. Der hier hochgeladene Teil stellt das erste Szenario eines Kompetenzerwerbs von Softskills wie etwa Kundenkommunikation dar. Auf dem dazugehörigen Github-Account kann die Open-Source Entwicklungsumgebung heruntergeladen werden, um die Weiterentwicklung der Anwendung zu ermöglichen.

A collection of projects based on the Virtual Object System (VOS) platform. The goal of Interreality is to develop a free and open platform for multiuser 3D virtual reality and interactive, collaborative 3D virtual spaces, as well as other applications.

The VROnline project is universal 3D virtual reality engine for games with client/server architecture, free 3D camera, user configurable actions and AI scripts. It's based on C# and directX (now 9.0) technology. It can manage many data models(rpg,sims).

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).

VRT is a Virtual Reality Toolkit. It is planned to be OS-independent, easy-to-use, full-feature VR platform. It integrates 3D engine, physical engine and AI engine.

Vive Grip helps you to highlight, grab, and interact with game objects using SteamVR. It leverages Unity's physics engine with a simple interface that abstracts the powerful ConfigurableJoint component. Examples are included for creating weighted objects, levers, dials, guns, and more. Supports HTC Vive, Oculus Rift, Windows Mixed Reality, and more. Extensive plugin system to do custom logic on interactions and grab events. See the package directory for package details, quick start instructions, and tutorials.

Vive Stereo Rendering Toolkit provides drag-and-drop components for developers to create stereoscopic rendering effects in a few minutes. With this toolkit, effects such as mirrors or portal doors can be easily achieved in your VR application. Vive or other SteamVR-compatible HMDs, no need to modify. Vive Focus, add WaveVR from "WaveVR/Prefabs" to the scenes; remember to expand the camera rig. Oculus Rift, add OVRCameraRig from "OVR/Prefabs" to the scenes.

Use the WebXR Device API today, providing fallbacks to native WebVR 1.1 and Cardboard. A JavaScript implementation of the WebXR Device API, as well as the WebXR Gamepad Module. This polyfill allows developers to write against the latest specification, providing support when run on browsers that implement the WebVR 1.1 spec, or on mobile devices with no WebVR/WebXR support at all. The polyfill reflects the stable version of the API which has shipped in multiple browsers. If you are writing code against the WebVR 1.1 spec, use webvr-polyfill, which supports browsers with the 1.0 spec, or no implementation at all. It is recommended to write your code targeting the WebXR Device API spec however and use this polyfill as browsers begin to implement the latest changes. The minimal input controls currently supported by WebXR is polyfilled here as well, using the Gamepad API.

Build virtual reality experiences with A-Frame and React. A-Frame is a web framework for building virtual reality experiences. Since A-Frame is built on top of the DOM, web libraries such as React, Vue.js, Angular, Ember.js, d3.js are able to sit cleanly on top of A-Frame. I recommend using vanilla A-Frame and aframe-state-component with static templating over aframe-react. React wastes a lot of cycles and incurs a lot of memory garbage. aframe-react is often abused where it is too easy to place 3D/real-time logic at the React layer, causing poor performance (e.g., doing React renders on ticks). aframe-react applications frequently ignore the prescribed ECS framework of A-Frame. Internally, React does tons of computation to compute what changed, and flushes it to the entire application. It is apparent React ecosystem does not care much about memory as most examples allocate functions and objects in the render method, and where immutables are popular.