Open Source Virtual Reality Software - Page 3
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HVVR
Hierarchical visibility for VR and real time rendering of effects
HVVR (Hierarchical Visibility for Virtual Reality) is an optimized software raycaster. It implements a hybrid CPU/GPU raycaster, suited for real-time rendering of effects such as lens distortion. By default, raycaster.vcxproj is configured to build all .cu files to the compute_61,sm_61 target. If your GPU needs a different code-gen target, you can change this in the raycaster project properties. Some installations of the CUDA SDK and Visual Studio integration appear to have broken build dependency tracking. If you're seeing behavior after code modification that looks like stale code from header files referenced in .cu files, try cleaning the solution and building from scratch (or install a newer CUDA Toolkit). -
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HadesVR
The "DIY" SteamVR compatible VR setup made for tinkerers
HadesVR is a SteamVR compatible VR setup made for tinkerers. The setup includes DIY controllers that are capable of emulating HTC vive wands or most aspects of the Valve Index Knuckles controllers (including finger tracking!). It also includes tracking electronics for a Headset, including an integrated wireless receiver to receive the controllers' data. There's also custom controller hardware like 3d printable shells (still a bit of a WIP) with their respective custom PCBs to build your own Knuckles controllers. The SteamVR driver used to be based on TrueOpenVR but it's modified so heavily I'm making it its own thing. This driver also uses PSMoveService (for now at least) for the positional tracking of HMD and controllers, using ping pong balls and different colors of LED's. The headset connects to the PC and receives rotation and button data from both controllers through RF, while the tracking is done outside-in (base stations) using Playstation Move Cameras and PSMoveService. -
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HyperInteractiveReality[hir] is virtual reality evolved. HiR is a system that allows anyone to do anything. HiR is the interactive representation of ideas via sound, graphics and immersive worlds. A power toolbox for artists and scientists alike. -- more to come soonly!
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JuMarker
Creation and Detection of Customized Fiducial Markers
Fiducial markers such as QR codes, ArUco, and AprilTag have become very popular tools for labeling and camera positioning. They are robust and easy to detect, even in devices with low computing power. However, their industrial appearance deters their use in scenarios where an attractive and visually appealing look is required. In these cases, it would be preferable to use customized markers showing, for instance, a company logo. This work proposes a novel method to design, detect, and track customizable fiducial markers. Our work allows creating markers templates imposing few restrictions on its design, e.g., a company logo or a picture can be used. The designer must indicate positions into the template where bits will encode a unique identifier for each marker. Then, our method will automatically create a dictionary of markers, all following the same design, but each with a unique identifier. -
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KIPRCopter
A Quadrotor Aerial Robot platform for K-12 Education.
The AR Drone is a quadrotor helicopter sold by Parrot. Parrot sells the drone as a toy controlled via a wireless device such as Ipods, Ipads, or Android based devices. Parrot advertises the toy as an advance in gaming because the control devices will project a virtual reality allowing users to play with their physical drone with an enhanced version on their controller where bullets or hot air balloons must be avoided in the virtual world. KIPR, KISS Institute for Practical Robotics is an organization that facilitates the learning of robotics programming in middle and high school students to peak an interest in computer science. To do this they hold competitions around the world called botball where students program autonomous land robots to perform various sets of tasks. KIPR, now wants to expand and leave the ground by integrating flying robots (the AR Drone) into the tasks for added interest, fun, and challenge for students. -
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KerbalVR
An add-on for Kerbal Space Program (KSP) to enable virtual reality
An add-on for Kerbal Space Program (KSP) to enable the use of a virtual reality headset (HTC Vive, Valve Index, Windows MR, Oculus Rift, etc), as supported by OpenVR. Supports in-flight IVA, and room-scale VAB / SPH. This is a forever-WIP mod to allow the use of VR headsets in KSP. The primary focus is for flight control in IVA, but can also be used for room-scale viewing inside the VAB or SPH. IVA in VR puts you inside the cockpit of your craft. You can look around (and walk around if you have the physical space around you). Currently, it is possible to interact with cockpit instrumentation provided by the RPM mod (see note below); more immersive features for the cockpit may come sometime in the future. The goal is to replace the use of the keyboard and mouse entirely with interactive cockpit controls (buttons, switches, control sticks, throttles, etc.). -
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LibPSVR
C library for Morpheus (Playstation VR)
LibPSVR is a C library for Morpheus (Playstation VR). Tested with Ubuntu 15.10 + libusb-1.0.20. For quick start, use brew before build. You will need to unload kernel modules manually. Requires the latest libusb to be installed. To compile, use the solution in the LibPSVR folder. The solution file is for Visual Studio 2017. To use PSVR with this, you must install WinUSB or libusb drivers for the PS VR Sensors and PS VR Control, Interfaces 4 and 5 respectively. You can use zadiag, which is referenced with libusb, to install the drivers. -
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LiveCoding.space
Collaborative live coding space
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. -
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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.
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MirrorVR
Live, desktop mirror for web-based virtual reality app on mobile
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. -
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MuTools
Collection of utility functions
Collection of useful classes and functions. -
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The VR_MUSICIEN project is based on the Chromium plateform and allows user to easily port their OpenGL code in a Virtual Reality Environment. This library especially computes the asymetric frustum for multiuser headtracking stereovision.
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MyWorld is an open virtual reality and game engine. It is written and usable in C/C++. It has own abstract layers for Graphics and Physics. Actually we use Irrlicht for 3D-Rendering and GUI, and ODE for Physics. It is smart, powerful and easy to extend.
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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
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OpenPerform
Brings real-time motion capture to artists and performers
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! -
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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.
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OpenSourceMetaverse Editor
a simple virtual world editor
OSME allows building virtual worlds in a single web app page form. Try selecting a built-in template to demonstrate sample virtual worlds. (e.g. Form: "Trip Visit Plan - May 2022".) Project the virtual world onto the map. (e.g. Form: Click the button for the instruction to take effect) Test one of the virtual objects marked on the map. (e.g. Map: Select a marked location like "Statue of Liberty") Explore the virtual surrounding in the 360 degrees panorama. (e.g. 3D: Navigate scene in virtual environment) Access the selected item to expand (e.g. Map/3D: Click on the "Statue of Liberty" reference) Build own virtual world by personalised customisation to the settings in the text box. Share it with others. Ideal for: running virtual exhibition event; showcasing items on display like in a museum of collectible art for curation; list favourite places to visit, shop and dine; constructing, playing, sharing virtual worlds one can imagine. -
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OpenXR Conformance Test Suite
Conformance test suite for OpenXR
OpenXR Conformance Test Suite is a collection of tests covering the breadth of the OpenXR API. Some tests have been grouped by tags depending on the involvement of the tester/invoker (e.g. [interactive]) and the area of the test (e.g. [composition] and [actions]). Interactive tests for validating layer composition must run for all graphics APIs supported by the runtime and action tests must run for all interaction profiles supported by the runtime. For this reason, the suite of tests is run multiple times with different configurations. conformance_cli, a command-line interface application, is provided for running on PCs and other devices and platforms which support this form of application. conformance_cli also demonstrates how to build an application that can interop with the conformance_test shared library. If the device being tested does not support a command-line interface, a host application must be built for the device that the OpenXR runtime will run on. -
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OpenXR-Hpp project
Open-Source OpenXR C++ language projection
This repository contains build scripts and test files for the openxr.hpp headers, providing a C++-friendly projection of the OpenXR API. To improve/maintain consistent code style and code quality, we strongly recommend setting up the pre-commit hooks. If you just want to generate the headers, run ./generate-openxr-hpp.sh or ./generate-openxr-hpp.ps1. If your OpenXR-SDK-Source (or internal gitlab) repo isn't in a directory named that parallel to this one, you can set OPENXR_REPO environment variable before running. Requires clang-format, preferably 6.0. To build this project, you must have OpenXR-SDK-Source cloned in a peer directory of this one. -
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OutcropVR
See geologic outcrops in virtual reality
OutcropVR is a toolkit for geologists. One aspect of OutcropVR is of building a scene to view in VR. OutcropVR supports creation of real-world landscape data from coordinates or georeferenced models, as well as localization from UTM values. The other aspect is the "game" mode tools. You can fly around your favorite outcrops and see unique angles that are impossible or difficult to get in real life. With the laser pointer tool, you can create lines and planes that then display the trend/plunge or strike/dip. Use the Unity menu to select Tools/Localize Photogrammetry Model from UTM. This function takes in a photogrammetry .obj file that is in UTM coordinates and converts it into smaller numbers so that Unity can work with it. If a texture file is supplied as well, it will be mapped onto the object. -
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Pansophica is an intelligent web search agent that presents results in a dynamic and interactive virtual reality. Twist, fly and play the net.
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Puzzler-VR
A VR puzzle game for Cardboard using Unity
Puzzler is a mobile VR application for new VR users which challenges them to solve a familiar type of puzzle in a new way. You just need your mobile and VR cardboard and you can enjoy playing puzzles in a virtual world without being distracted by anything from the real world you live in. Most of the scripts were provided by Udacity. I have edited them to match my needs. Most of the models and textures are provided by Udacity starter files. I used some images for texturing the particles. The main target platform is android mobiles to use it with cardboard viewer. The main focus in this project is the design issues of the VR experience. So you might find a lot of stuff about testing and designing. But trust me it’s all about making the user have a great VR experience. Puzzler is a mobile VR application for new VR users which challenges them to solve a familiar type of puzzle in a new way. -
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RESTbot
RESTful transactions to interact with a bot in Second Life or OpenSim
RESTBot is a C# webserver that uses RESTful transactions to interact with a bot in Second Life or OpenSimulator. This bot (or a collection of bots) is started through a REST command and can be stopped the same way. The software is extremely modular, and is designed to easily accept plugins that developers can write (in C#) to add more complex interaction between a web application and a Second Life® bot (a non-human-controlled avatar). *Note:* No Files for release; source code only (on the Code tab) The Wiki might be a bit weird to navigate, since it was imported from GitHub... -
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Relativty
An open source VR headset with SteamVR supports for $200
Relativty is not a consumer product. We made Relativty in my bedroom with a soldering iron and a 3D printer and we expect you to do the same, build it yourself. We started Relativty because after watching Sword Art Online we wanted to make our own VR games. Thus Relativty supports SteamVR games and can be modified to add support for any DIY or off-the-shelf VR device. The room-scaling AI can be used with any camera, it tracks your body based on video input. Precision and freedom of movement are still very far from dedicated sensors, however, we believe that the model can be trained and improved by orders of magnitude. We designed an affordable motherboard that runs the Relativty Firmware, it is based on the Atmel SAM3X8E ARM Cortex-M3 processor and uses an MPU-6050 as it’s IMU. The naked PCB and the components to solder on, cost in total about 25 dollars.