Open Source VR Development Software - Page 2
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VR Development Software
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BLUI is an ongoing research project in user interface design for virtual reality environments. BLUI was developed by the Arctic Region Supercomputing Center at the University of Alaska- Fairbanks.
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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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Cardboard SDK
Open source Cardboard SDK and samples
This SDK provides everything you need to create your own Virtual Reality (VR) experiences for Google Cardboard. 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. To get started, you'll use HelloCardboard, a demo game that demonstrates the core features of the Cardboard SDK. In the game, users look around a virtual world to find and collect objects. -
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Cross-platform 3D Game Interpreter for 3D design games simulation and Virtual Reality Graphics Rendering with GUI and Command Line. Include map editor , game modeler , script editor.
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DTL
Dungeon free resources (terrain & roguelike generation)
Dungeon free resources (terrain & roguelike generation). -
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A project for my thesis at Nanjing University designed for processing distributed vision computing. Also it provides the features for virtual reality, including scene construction, editing on animation objects and cameras, and sampling video on them.
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Forgotten Dream - audio version (russian language) Simple cross platform audio game. It's an experiment, attempt to find alternative approach to create virtual reality. libxml + libSDL + C
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The Graphics Library Stereo Vision Engine (GLSVe) is a open-source C# library based on OpenGL. It is designed to facilitate the creation of computer graphics and 3D virtual reality prototypes incorporating stereoscopic representation.
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Hover UI Kit
Create beautiful user interfaces for immersive VR/AR experiences
Hover UI Kit is a tool for creating beautiful, customizable, dynamic user interfaces. All interface interactions utilize a simple and consistent mechanism, the "hover", which users can perform with any 3D input device. These interfaces are designed specifically for VR/AR applications, addressing the complex UX challenges of these immersive environments. Virtual reality (VR) or augmented reality (AR) applications must provide ways for users to interact -- to select items, to move them, to modify them, to trigger actions, to control their virtual world. The user experience (UX) can become increasingly complex as new features are introduced, leading to a long list of application-specific interactions that can conflict with each other and can be difficult for users to learn. Hover UI Kit is built to solve this problem. It is a tool for creating beautiful, customizable, dynamic user interfaces. -
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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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IdeaSpaceVR
Create interactive 3D and VR web experiences
IdeaSpaceVR is a free, open-source, self-hosted CMS platform. Manage your virtual reality spaces and assets like you would manage blog posts. Run it on your own server. All you need is PHP and a database (MySQL, PostgreSQL or MariaDB). VR experience is a website using a theme. There are a couple of pre-installed themes: IdeaSpace Compass Blog, Image Slideshow, IdeaSpace 360, IdeaSpace 3D Model. Check out the examples! Need a different theme? Look at our theme directory or create your own by using the Theme API. Embed spaces on your website or share on social media. Add a 3D or virtual reality space to your existing website. IdeaSpaceVR is using WebXR for interactive 3D and VR experiences that is compatible with all modern web browsers on desktop, mobile and VR headsets. Experience your 3D/VR space with any virtual reality headset or any desktop or mobile device. No plugin or app installation is required, just use your web browser. -
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Lvr
Augmented Reality for everyone, out of the world experiences
Lvr contains the 3D and WebVR boilerplates required to get running across platforms including mobile, desktop, Vive, and Rift. It works on any phone with WebGL and WebRTC. HTML is easy to read and copy-and-paste. Since Lvr can be used from HTML, Lvr is accessible to everyone: web developers, VR enthusiasts, educators, artists, makers, kids. It is completely open source and free of charge! Lvr is a powerful framework on top of three.js, providing a declarative, composable, reusable entity-component structure. While Lvr can be used from HTML, developers have unlimited access to JavaScript, DOM APIs, three.js, WebVR, and WebGL. Lvr is a thin framework on top of AR.js and A-Frame. Although A-Frame uses the DOM, A-Frame does not touch the browser layout engine. Performance is a top priority, being battle-tested on highly interactive WebVR experiences. It runs efficiently even on mobile phones! -
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MOF-VR is a virtual reality program developed for Microsoft Windows and HTC Vive that allows for hypothetical metal-organic frameworks (MOFs) to be constructed and tested in molecular dynamics simulations of guest molecules.
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MathworldVR
Math world in WebVR, powered by A-frame
WebVR math platform made with A-Frame, Three.js, React, Redux. MathworldVR uses Redux for all the stuff around the app's state. It helps you write applications that behave consistently. On top of that, it provides a great developer experience, such as live code editing combined with a time-traveling debugger. For example, CalcButton component used as a backspace on the calculator is dispatching Redux action when user "clicks it" with VR hand-controller! -
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MercuryMessaging
Framework to facilitate communication in the Unity game engine
The Mercury messaging toolkit is a new way to handle cross-component communication in the Unity game engine. It integrates seamlessly with the Unity Editor, and is both robust and expandable. It has been tested in Unity 2020 up until 2020.3.21f1, Unity 2019 up until 2019.2.17f1, Unity 2018 up until 2018.3.13f1, Unity 2017 up until 2017.4f1, and 5.6. The toolkit contains the Mercury messaging framework, which is a messaging and organizational framework built around the Mercury Protocol. Unity organizes its rendered scene objects (known in Unity as GameObjects) using a standard scene graph (known in Unity as the Scene Hierarchy). While Unity is very powerful, it is fairly difficult to achieve nonspatial communication between scriptable components of GameObjects (in Unity, known as MonoBehaviours). -
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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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NatML
High performance, cross-platform machine learning for Unity Engine
NatML allows developers to integrate machine learning into their Unity applications in under five lines of code with zero infrastructure. NatML completely removes the need to have any experience with machine learning in order to take advantage of the features it can provide. NatML takes advantage of hardware machine learning accelerators, like CoreML on iOS and macOS, NNAPI on Android, and DirectML on Windows. As a result, it is multiple times faster than Unity's own Barracuda engine. NatML exposes machine learning models with simple classes that return familiar data types. These are called "Predictors", and they handle all of the heavy lifting for you. No need to write pre-processing scripts or shaders, wrangle tensors, or anything of that sort. NatML supports Android, iOS, macOS, and Windows alike. As a result, you can build your app once, test it in the Editor, and deploy it to the device all in one seamless workflow. -
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Networked-Aframe
Web framework for building multi-user virtual reality experiences
Multi-user VR on the Web. A framework for writing multi-user VR apps in HTML and JS. Built on top of A-Frame. Follow the NAF Getting Started tutorial to build your own example from scratch, including setting up a local server. Networked-Aframe works by syncing entities and their components to connected users. To connect to a room you need to add the networked-scene component to the a-scene element. For an entity to be synced, add the networked component to it. By default the position and rotation components are synced, but if you want to sync other components or child components you need to define a schema. For more advanced control over the network messages see the sections on Broadcasting Custom Messages and Options. Create an instance of a template to be synced across clients. The position and rotation will be synced by default. The buffered-interpolation is added to allow for less network updates while keeping smooth motion. -
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Collection of Open Source based tools and API that facilitate rapid application development for Games and Virtual Reality based applications.
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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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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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ROC Engine
Simple and light-weight 3D game engine
ROC Engine is a simple and lightweight 3D game engine. Keyframed skeletal animation with hardware skinning. Audio playback with spatialization (Ogg, WAV, FLAC). TrueType font rendering with Unicode characters support. All information about modeling and scripting is available at wiki. Check demo scene resources out for an example of engine usage. -
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RealityUI
A Swift Package for creating familiar UI Elements and animation
RealityUI is a collection of user interface classes for RealityKit. The classes included in RealityUI aim to offer familiar User Interface guidelines, but in a 3D setting for Augmented and Virtual Reality through RealityKit. The User Interface controls in this repository so far are made to be familiar to what people are used to with 2D interfaces, however the plan is to expand the tools on offer to new and unique controls, which are more appropriate for an Augmented Reality and Virtual Reality context. RUISwitch is a 3D toggle switch with an on and off state. Default bounding box is 2x1x1m. RUIStepper is used to increment or decrement a value. Default bounding box is 2x1x0.25m. An interactive track to represent an interpolated value. Default bounding box is 10x1x1m including thumb. RUIButton is used to initiate a specified action. The action here will only trigger if the gesture begins on a button, and also ends on the same button.
