Open Source Virtual Reality Software
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Virtual Reality Software
View 106 business solutionsBrowse free open source Virtual Reality software and projects below. Use the toggles on the left to filter open source Virtual Reality software by OS, license, language, programming language, and project status.
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AviTab
X-Plane plugin that displays a tablet to aid VR usage
AviTab is a plugin for the X-Plane flight simulator. It displays a tablet-like computer with a few apps in the cockpit. It is mainly used for flying in virtual reality. When flying in a simulator, one often needs to look up details in PDF charts, plane manuals, checklists or other documents. Using a PDF reader breaks the immersion because the virtual aviator either has to take off of their HMD or use other tools that can move windows into VR. AviTab tries to solve this problem by offering a PDF reader inside a native plugin for X-Plane. Using a plugin also opens possibilities for more apps inside the tablet, for example, to display information about the plane status or aid in navigation. When hovering over the edges of the tablet from a short distance, X-Plane will display green bars around the tablet. The upper bar can be used to grab the window and move it around inside the cockpit. -
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Radegast
Lightweight client for connecting to Second Life and OpenSim
Radegast is a virtual world client compatible with Second Life and OpenSimulator. Its main purpose is to provide an alternative client to Linden Lab-derived virtual world viewers. There is a strong focus on accessibility and non-3D interaction. Given the current nature of changes in Second Life, I felt it was prudent to take on another abandoned text-focused viewer. Introducing MEGAbolt, a fork of the METAbolt viewer which was abandoned by its author almost eight years ago. Keep in mind, this is the first version and much has changed under the hood. It has been brought up to date and only supports Windows x64 currently and is built against the .NET 5 platform. Like Radegast, it utilizes the LibreMetaverse library and now shares much of the same code as Radegast does, which should make maintaining both viewers more manageable. -
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OpenVR SDK
API and runtime that allows access to VR hardware
OpenVR is an API and runtime that allows access to VR hardware from multiple vendors without requiring that applications have specific knowledge of the hardware they are targeting. This repository is an SDK that contains the API and samples. The runtime is under SteamVR in Tools on Steam. The OpenVR API provides a game with a way to interact with Virtual Reality displays without relying on a specific hardware vendor's SDK. It can be updated independently of the game to add support for new hardware or software updates. This means that you can access the position of the headset using only one API call and it works for all headset brands (Oculus, Mixed Reality, Vive, etc)! The API is implemented as a set of C++ interface classes full of pure virtual functions. When an application initializes the system it will return the interface that matches the header in the SDK used by that application. -
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Phone VR
Use Steam VR-enabled applications with your phone as HMD
Use Steam VR-enabled applications with your phone as HMD (Head-mounted display). The only Open-Source solution to similar commercial packages like VRidge, Riftcat, Trinus etc. The common network can be any type of network between desktop and android app, even USB Tethering and Mobile Hotspots are supported. Requires a PC with Windows 7 or above, A smartphone with Android 5.0(Lollipop) or above with OpenGL-ES 3.0 or above, Steam and some SteamVR applications installed. Windows SteamVR Driver, auto loads with SteamVR, and gets FrameTextures from VRApplication(like SteamVR Home, VRChat, etc.) via SteamVR. These Textures are then Encoded and Streamed, at specified game_fps, to Mobile devices using x264 Encoder. Most settings are self-explanatory. Any change in settings will require SteamVR to be restarted for the application. -
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Crazy Eddies GUI System (CEGUI)
A fast, powerful and adaptable GUI solution
Crazy Eddie's GUI (CEGUI) system is a graphical user interface C++ library. It was designed particularly for the needs of videogames, but the library is usable for non-game tasks, such as any other type of applications (rendering/visualisation/virtual reality) and tools. It is designed for user flexibility in look-and-feel, as well as being adaptable to the user's choice in tools and operating systems. Established in 2003, CEGUI sees continual, active development and remains one of the most powerful and most popular options for developers requiring an adaptable and efficient GUI solution. CEGUI is fully supported by the developers that created - and continue to develop - the library, and who are accessible via the project's dedicated internet forums and IRC channel. For more information, more screenshots and for news, check out out our homepage: http://cegui.org.uk The repository is now at bitbucket (including our issue/bug tracker): https://bitbucket.org/cegui -
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Open Brush
Open Brush is the community led successor to Tilt Brush!
Open Brush lets you paint in 3D space with virtual reality. Unleash your creativity with three-dimensional brush strokes, choosing from a wide palette, of brushes, including stars, light, and even fire. Your room is your canvas. Your palette is your imagination. The possibilities are endless. Open Brush is a derivative made from the open source code of Tilt Brush, a room-scale 3D-painting virtual-reality application available from Google, originally developed by Skillman & Hackett. OpenBrush strives to be an open source tool to help everyone create their own art. We believe in the preservation of art, and the freedom of artists. At our core, we are community led and driven, and while there may be a small core team behind OpenBrush, it would not be possible without our community. -
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OpenXR SDK
Generated headers and sources for OpenXR loader
OpenXR is a royalty-free, open standard that provides high-performance access to Augmented Reality (AR) and Virtual Reality (VR), collectively known as XR, platforms and devices. This repository contains OpenXR headers, as well as source code and build scripts for the OpenXR loader. It contains all generated source files and headers pre-generated for minimum dependencies. The OpenXR 1.0 specification is free for anyone to download, review and comment. Without a cross-platform standard, VR and AR applications and engines must use each platform’s proprietary APIs. New input devices need customized driver integration. OpenXR provides cross-platform, high-performance access directly into diverse XR device runtimes across multiple platforms. OpenXR enables applications and engines, including WebXR, to run on any system that exposes the OpenXR APIs. -
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A-Frame
A web framework for building virtual reality experiences
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. -
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Android 3D Model Viewer
Android OpenGL 2.0 application to view 3D models
This is a demo of OpenGL ES 2.0. It is basically an Android application with a 3D engine that can load Wavefront OBJ, STL & DAE files. The purpose of this application is to learn and share how to draw using OpenGL language. The application does not use any third-party library. Load 3D models and see how to do it with this open-source code application. The main purpose of this app is to show how to draw in Android using the OpenGL 2.0 by sharing the source code. So please, don't expect this application to be much richer or nicer than the ones already published in the app store, but at least it's open to anyone who wants to contribute or doesn't want to start a similar project from scratch. -
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CoffeeMud
Full featured MUD server with all the trimmings.
CoffeeMud is a text-based virtual reality game engine (a MUD). It is a mature, full-featured Java codebase. It includes web (HTTP) and email (SMTP) servers, chat (IMC2 and I3) and web clients, and supports ANSI, MXP, and MSP. -
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Jahshaka Studio
virtual reality authoring toolkit created by artists, for artists
Welcome to Jahshaka, the virtual reality authoring toolkit that was created by artists, for artists. The only way to build and publish virtual worlds. -
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Jahshaka
Cross platform Virtual Reality authoring and playback
Jahshaka is bringing you the future of immersive digital content creation. It combines a virtual desktop with a powerful asset management system and a immersive 3d content creation engine with full VR support. Jahshaka is free software, developed as an open source project and is designed to run on Windows, OsX and Linux. -
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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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Calcflow
A virtual reality tool for mathematical modeling
The repository contains the open-sourced code to Calcflow, a powerful mathematical visualization tool designed to give students, educators, and engineers a better grasp on some of the most difficult concepts in vector calculus. Utilizing the best UI/UX theory, Calcflow is an intuitive VR interface for vector calculus and is used by scientists and engineers for both educational and commercial applications. Today, the most common tool for complex maths visualization in the classroom is the TI-84+. Scientists, researchers, and other professionals who implement calculus in their work may rely on more complex toolkits like MATLAB. Though these tools offer broader functionality, they are similarly if not more unintuitive than their handheld counterparts. Calcflow shatters this interfacial bottleneck by enabling users to interact directly with complex equations in physical space. Users can manipulate inputs and parameters and observe changes to 3D visualizations in realtime. -
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Drums VR
Drums which you can use on playing other VR software
Drums VR is a VR drum set. Drums which you can use on playing other VR software. -
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FSKneeboard
FSKneeboard adds a helpful ingame panel to your flight simulator
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. -
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Google Cardboard XR Plugin for Unity
Google Cardboard XR plugin for Unity
This SDK provides everything you need to create your own Virtual Reality (VR) experiences for Google Cardboard in Unity 2019.4.25f1 or later. It supports essential VR features, such as motion tracking, stereoscopic rendering, and user interaction via the viewer button. With these capabilities, you can build entirely new VR experiences, or enhance existing apps with VR capabilities. You can use the Cardboard SDK to turn a smartphone into a VR platform. A smartphone can display 3D scenes with stereoscopic rendering, track and react to head movements, and interact with apps by detecting when the user presses the viewer button. The Unity XR Plugin Management API lets you turn VR mode on or off for the Google Cardboard XR Plugin for Unity. The VrMode scene in HelloCardboard sample shows basic usage of the aforementioned API. -
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Guitar VR
VR guitar to play with other VR software
Guitar VR is a virtual reality guitar that you can use while playing other VR software. -
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Qualisys Unity SDK
Unity package for the C# (.NET) implementation for Qualisys Track
Animating characters is straightforward with automatic mapping between Unity’s Mecanim human bones and QTM segments. Just add the skeleton script, set the actor name of the QTM skeleton and press play. Using a QTM rigid body to set the position and orientation of a GameObject is equally easy. Just add a script to the GameObject and set the name of the QTM rigid body. Get a real-time stream of motion capture data in Unity with minimal latency. This makes it possible to drive characters, rigid bodies or any other Unity object. Qualisys provides a robust skeleton solver that lets you solve one or more actors in real-time. Capturing crouching, wrestling and lying on the floor has never been this straightforward. By combining skeleton solving with AIM, you can capture advanced setups in a simplified workflow. An FBX is the easiest way to read mocap data in external gaming or animation software. Our FBX files contain characters, skeletons, optical markers and actors. -
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The Cognitive3D SDK for Unreal
Cognitive3D SDK for Unreal, Analytics for VR/AR/MR
This SDK for Unreal provides analytics and insights about your project. In addition, Cognitive3D empowers you to take actions that will improve users' engagement with your experience. Ensure that the Analytics Blueprints Plugin is enabled. You can either enable it in the Plugins browser in the Unreal Editor or by modifying the project file. Close the Unreal Editor and re-open it through the Epic Games Launcher. You should be prompted to recompile your project and the cognitiveVR Plugin. If the plugin is loaded correctly, it should be visible in the Plugins window. You will need to have your Developer Key and Application Key from the Dashboard. You will also need to have Blender installed. Blender is free and open-source, we use this to automatically convert images exported from Unreal Engine. -
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Twometer VR
Low budget open-source Virtual Reality controllers
TwometerVR is an open-source alternative to commercial VR hand/body tracking systems. It's primarily intended for those who have VR headsets such as the Oculus DK2 that don't include controllers. It is a low-cost alternative to expensive commercial devices such as the PS Move or Oculus Touch system. An open-source alternative to commercial hand trackers such as Oculus Touch or PS Move, because Virtual Reality should not be expensive. Although there is currently no implementation of full-body-tracking, the system is technically fully capable of supporting it. -
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VR Neuroanatomy
Explore and dissect a complete brain model in VR
Understanding the anatomy of complex organs such as the human brain can be a challenge for students, so there is a definite advantage given to students who can experience the structures in a spatial way through real or virtual experiences. Since 2016, the Marquette Visualization Lab has been utilizing a dataset of 3 and 7 Tesla MRI scans from the Structural Informatics Group at University of Washington to visualize the structures of the brain in their Cave, utilizing the Unity game engine and 10 stereoscopic 3D projectors. Most MRI scans are presented as a volumetric rendering, but this dataset is unique because it was fully labelled and parcellated, allowing lab users to not only view the structures of the brain, but also virtually dissect it in a large scale, collaborative virtual reality environment. This year, in the interest of making the learning experience more mobile and accessible, the visualization was ported to the Oculus Quest. -
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simbol
Communications platform WebXR sites with self-sovereign identity
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. -
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Cell Paint
cellPAINT allows users to create living illustrations of biology.
cellPAINT is a free-form painting app that allows users to create their own living illustrations of cellular landscapes. There are currently several prototypes available: --cellPAINT_coronavirus includes a newly-redesigned user interface, and molecular building blocks for coronavirus, blood plasma, and a simple human cell --cellPAINT_exo includes hand-painted sprites created by Julia Jimenez during an internship, and also allows input of custom sprites through Mesoscope --cellPAINT_VR is a 3D virtual reality version of cellPAINT, with molecular building blocks for a red blood cell cytoskeleton --cellPAINT_2D is the initial alpha release of cellPAINT, with building blocks for HIV, blood plasma, and a human T-cell. For more information and tutorials, see our website at https://ccsb.scripps.edu/cellpaint Please submit any bug or feature requests to our ticket page. -
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UEVR
A tool to easily transform Unreal Engine games into VR experiences
UEVR is a powerful VR mod for Unreal Engine games, supporting versions 4.8 to 5.4. It offers full 6DOF and stereoscopic 3D support out of the box, along with three rendering modes: Native Stereo, Synchronized Sequential, and AFR. It works with OpenVR and OpenXR runtimes, enabling a smooth VR experience with optional roomscale movement and motion controls. UEVR also features a user-friendly GUI, in-game menu, and per-game configurations, allowing modders to enhance VR functionality with C++ and Blueprint support.
Open Source Virtual Reality Software Guide
Open source virtual reality software is becoming increasingly popular with both casual users and professionals alike. In essence, this type of software involves the development and distribution of computer code that is free to use, copy, modify and distribute as desired. Open source VR code allows users to create interactive 3D environments that can be experienced with any compatible head-mounted display (HMD). Benefits include the ability to customize the environment for any application or purpose, improved performance and scalability when compared to free solutions, no ongoing costs for licensing fees or royalties, greater control over the experience since all elements are customizable from creation through delivery, transparency and collaboration between developers throughout the design process as well as a large library of existing tools and resources created by other developers.
Open source software often eliminates vendor lock-in restrictions found in some traditional solutions which means organizations don’t have to worry about being locked into one particular offering or brand. Additionally, open source code can help streamline development processes by allowing multiple teams across different geographic locations to collaborate freely on a project without having to worry about issues such as language barriers or differing interpretations of licensing agreements. Finally, open source software provides assurance that your application or experience will remain current with evolving technology standards and trends while maintaining international copyright laws related to intellectual property rights protectors.
Open Source Virtual Reality Software Features
Open source virtual reality software offers a variety of features, all of which aim to create an immersive and realistic experience for the user:
- 3D Rendering: Open source platforms are capable of rendering high-quality 3D environments or visuals as well as complex animations. These tools allow developers to create detailed, lifelike scenes that would not be possible with traditional game development solutions.
- Physics Engine: Many open source solutions offer advanced physics engines which can simulate real-world physics like gravity, wind and other environmental effects. This allows developers to create realistic physical interactions between objects and characters in their virtual worlds.
- Multiplayer Modes: Many open source virtual reality solutions also provide support for multiplayer modes such as co-op games or competitive PvP. This allows multiple people to interact with each other in a virtually created environment, adding an even greater sense of immersion and realism to the experience.
- Controllers & Accessories Support: Open source platforms typically support a wide range of controllers and accessories such as motion tracking systems, haptic feedback gloves and eyewear for improved immersion. This allows developers to further customize their VR experiences by providing users with additional control options beyond what is traditionally available on standard gaming devices.
Types of Open Source Virtual Reality Software
- 3D Engines: These open source virtual reality software can be used to create, modify and develop realistic 3D environment for a variety of applications. They provide a set of tools and functions with which developers can create VR experiences that interact with physical objects in the real world.
- Game Development Platforms: These platforms allow developers to create virtual reality games or experiences without programming knowledge. Many popular game engines are available as open source software, offering special features such as support for motion controllers, physics-based rendering and dynamic shadows.
- WebVR: This type of software allows developers to quickly create virtual reality experiences without the need for any coding experience by using web technologies such as HTML5, JavaScript, and CSS3. It enables users to view websites or other multimedia content through headsets such as the Oculus Rift or HTC Vive.
- Augmented Reality (AbR): Open source AR frameworks enable developers to quickly build augmented reality apps for mobile platforms like iOS and Android as well as desktop operating systems. With these frameworks, you can display computer-generated images over real-world locations or scenes in order to enhance them with digital information about the surrounding environment.
- Image/Video Capturing Software: This type of software is designed specifically for capturing immersive 360° videos and images from different angles in order to be viewed on virtual reality devices such as Gear VR or Google Cardboard. It typically provides features including depth mapping, automatic white balance adjustment and spherical stitching among others so that filmmakers can easily produce lifelike cinematic experiences in a timely manner.
Advantages of Open Source Virtual Reality Software
- Cost-Effective: The biggest advantage of open source virtual reality software is that it is generally free, meaning individuals and businesses don't have to pay for expensive licenses or subscriptions in order to use the software. This makes it a great choice for those with limited budgets who want to experience the power of virtual reality on their own terms.
- Variety of Options: Open source VR solutions come in all shapes and sizes, from full-blown suites of tools to small libraries of functions. This means users can pick and choose which features best suit their needs without having to settle for an off-the-shelf product that may be lacking certain capabilities.
- Scalable & Flexible: With open source software, developers can quickly ramp up development efforts on a project or scale back as needed - something that can be difficult with a traditional license model where you pay per seat or feature set. Plus, most open source programs also allow users to modify the code if they need specific features not provided out of the box.
- Quickly Implement Changes: In contrast with commercial solutions whose updates are usually subject to long approval processes by vendors and often incur additional costs (or worse, require reworking existing projects), open source Virtual Reality designs can quickly take changes into account, ensuring faster time to market while maintaining stability overall.
- Expert Support Systems: Open source communities are filled with experts ready to lend support when things go wrong or when someone has questions about how something works. Plus, these online forums provide invaluable feedback from experienced practitioners which can help accelerate development cycles as well as point out potential pitfalls before making large investments in technology.
Who Uses Open Source Virtual Reality Software?
- Developers: Software developers creating innovative applications with Open Source VR software. They are creating original content, such as games and graphic user interfaces with this technology.
- Hobbyists/Enthusiasts: People who simply enjoy tinkering around with the software and exploring its capabilities for their own recreational use.
- Educators: Those using Open Source VR software in classrooms to teach or demonstrate concepts in an immersive way.
- Researchers: Professionals experimenting and researching the potential of virtual reality for various fields — from psychology to engineering.
- Creative Artists: Designers and 3D animators using Open Source VR tools to create beautiful art projects that combine visuals and soundscapes into a single experience.
- Healthcare Professionals: Healthcare professionals leveraging Open Source tools to supplement traditional treatments or delivering remote care via telemedicine sessions in virtual worlds.
- Businesses & Entities: Companies wanting to stay ahead of the curve by incorporating new technologies like OpenVR into their products or services, improving customer engagement etc.
How Much Does Open Source Virtual Reality Software Cost?
Open source virtual reality software is a great way to experience the world of virtual reality without having to pay for expensive proprietary software. Most open source virtual reality programs are free of charge and can be downloaded directly from their developer’s website or through other sources such as an app store or torrent site. There may be some costs associated with these programs in terms of hardware, downloading time, and electricity needed to run them, but they are generally minimal. Many developers also offer support and tutorials to help you get up and running quickly. In addition to being free, open source software offers plenty of benefits including improved security (since it’s maintained by a community rather than an individual), shareable code that makes creating content easier, and access to development tools that make coding faster. With these advantages in mind, it’s easy to see why open source virtual reality software is often the best choice when looking for an affordable yet powerful way to explore the wonders of immersive technology.
What Does Open Source Virtual Reality Software Integrate With?
Open source virtual reality software can integrate with various types of software, including game engines such as Unity and Unreal Engine, 3D modeling tools like Blender and Maya, CAD programs like AutoCAD, audio production tools such as Audacity and FL Studio, video-editing applications like Adobe Premiere Pro, web development frameworks including React VR and A-Frame, scripting languages like Python and JavaScript, plus many more. These integrations are beneficial because they allow users to take advantage of the capabilities of a variety of programs in order to create immersive virtual reality experiences.
Trends Related to Open Source Virtual Reality Software
- Open source virtual reality (VR) software is becoming increasingly popular due to its affordability and flexibility.
- Due to its open source nature, users have the ability to modify and customize the software to their specifications and requirements.
- As more developers become familiar with the technology and its associated tools, more advanced applications are being developed in the open source space.
- Open source VR software is being used for a variety of applications such as gaming, simulation, psychological research, education, and training.
- With the advancement of VR hardware and the availability of open source software, large companies are now investing heavily in VR development.
- Gaming companies such as Oculus Rift and HTC Vive are leading the charge in the open source VR space by releasing their own SDKs, platforms, and tools.
- Open source VR software is becoming increasingly accessible to developers, allowing them to create more immersive experiences with greater detail and accuracy.
- There is also an increase in collaboration between developers on open source projects, as they can combine their skills and resources to create more sophisticated applications.
- The future of open source VR software looks bright as it continues to evolve and be used for a variety of applications.
Getting Started With Open Source Virtual Reality Software
Getting started with open source virtual reality software is relatively easy, but the exact steps for installation and set up will vary depending on the specific software you are using.
- If you are just starting out, the first step would be to select an open source VR software program that is best suited for your needs. You can find a variety of options available online, so it may be helpful to do some research into what features each one offers and how they compare.
- Once you have selected a program, download the software onto your computer. This should include instructions on how to install it properly. Depending on the type of system you have, this could involve connecting any necessary cables or running setup programs before proceeding. If needed, consult the documentation included with the download or seek help from an experienced user who may be able to offer more detailed guidance.
- Next you'll want to configure your virtual environment settings by defining environment parameters such as screen resolution, physical dimensions of space and any special shader effects or other graphical options that need to be enabled in order for your system to look its best. Again, reference any information provided with the download or ask in online forums if there is anything that isn't clear about this process.
- You might also want look into obtaining additional hardware such as motion trackers which can provide greater realism when exploring 3D environments within your chosen platform. Additionally consider researching compatible plugins that exist for adding support for external devices such as gamepads, keyboards and cameras which may be useful in certain cases when interfacing with various applications within a given virtual world experience.
- Finally after everything has been installed and configured it's time to explore. To get started try creating basic objects like cubes and spheres then play around with texture mapping techniques until you become more comfortable working with materials in VR software; once these basics are under control start making simple scenes by combining shapes together then add details like lights particles fountains etc until you can make something truly remarkable. With practice dedication and patience anyone can get good at creating intricate digital worlds using open source virtual reality technology.