Download openxr developer tools for windows mixed reality

OpenXR Runtime again, launch Mixed Reality Portal from the Start menu, and select "Fix it" at the top of the window. If that button is missing, the OpenXR runtime is already active.Getting the OpenXR Developer Tools for Windows Mixed RealityTo try out the Windows Mixed Reality OpenXR Runtime, you can install the OpenXR Developer Tools for Windows Mixed Reality app. This app provides a demo of various OpenXR features, along with a System Status page with key information about the active runtime and current headset.When using the HoloLens 2 emulator, the easiest way to install the OpenXR Developer Tools for Windows Mixed Reality is through the Windows Device Portal. Navigating to the "OpenXR" page and then clicking the "Install" button under "Developer Features", which also works on physical HoloLens 2 devices.Building a sample OpenXR appBe sure to install the tools you'll need for OpenXR development if you haven't already.The BasicXrApp project shows a simple OpenXR sample with Win32 and UWP HoloLens 2 project files in Visual Studio. Because the solution contains a HoloLens UWP project, you'll need the Universal Windows Platform development workload installed in Visual Studio to fully open it.While the Win32 and UWP project files are separate because of differences in packaging and deployment, the app code inside each project is almost exactly the same!After building an OpenXR Win32 desktop .EXE, you can use it with a VR headset on any desktop VR platform that supports OpenXR, whatever the headset type.After building an OpenXR UWP app package, you can deploy that package to either a HoloLens 2 device or the HoloLens 2 Emulator.Learning the OpenXR APIFor a tour of the OpenXR API, check out this 60-minute video of the BasicXrApp sample in Visual Studio. The video shows how each of the major components of the OpenXR API can

Title description author ms.author ms.date ms.topic keywords Getting started with OpenXR Get started using the portable OpenXR API standard on Windows Mixed Reality and HoloLens 2 headsets. thetuvix alexturn 2/28/2020 article OpenXR, Khronos, BasicXRApp, Windows Mixed Reality, OpenXR Developer Tools, DirectX, native, native app, custom engine, middleware, getting started, 101, preview extensions, OpenXR runtime version, system status You can develop using OpenXR on a HoloLens 2 or Windows Mixed Reality immersive headset on the desktop. If you don't have access to a headset, you can use the HoloLens 2 Emulator or the Windows Mixed Reality Simulator instead.Getting started with OpenXR for HoloLens 2To start developing OpenXR applications for HoloLens 2:Set up a HoloLens 2 or follow the instructions to install a recent version of the HoloLens 2 emulator. You should already have OpenXR 1.0 ready to go if you're using a recent emulator image or the device has updated its OS.Make sure you've got the latest OpenXR runtime with all extensions present by launching the Store app from the device or emulator.Open the menu in the upper-right, select Downloads and updates, and choose Get updates.Getting started with OpenXR for Windows Mixed Reality headsetsTo start developing OpenXR applications for immersive Windows Mixed Reality headsets:Be sure you're running at least the Windows 10 May 2019 Update (1903), which is the minimum requirement for Windows Mixed Reality end users to run OpenXR applications. If you're on an earlier version of Windows 10, you can upgrade by using the Windows 10 Update Assistant.Set up a Windows Mixed Reality headset or follow the instructions to enable the Windows Mixed Reality simulator.That's it! The Windows Mixed Reality OpenXR runtime is installed and made active automatically for all Windows Mixed Reality users. The Microsoft Store then keeps the runtime up to date.To activate the Windows Mixed Reality

The Khronos OpenXR-SDK repo on GitHub. The project is set up to build with CMake - if you're using MSBuild, you'll need to copy the code into your own project.Using preview extensionsThe MSFT_preview extensions listed in the extension roadmap are experimental vendor extensions being previewed to gather feedback. These extensions are for developer devices only and will be removed when the real extension ships.If you're interested to try out the available MSFT_preview extensions, go through the following steps to update your project:Follow either of the approaches above to integrate an OpenXR loader into your project.Replace the standard OpenXR headers in your project with the preview headers from the Mixed Reality OpenXR repo on GitHub.To then activate preview extension support on your target HoloLens 2 or desktop PC:To make sure you've got the latest OpenXR runtime with all extensions present, launch the Store app from within the target device or emulator, open the menu in the upper-right, select Downloads and updates and choose Get updates.Install the OpenXR Developer Tools for Windows Mixed Reality app from the Microsoft Store onto the target device and run it.Navigate to the Developer Settings tab and enable Use latest preview OpenXR runtime. This enables the preview runtime on your device, which has preview extensions activated.Confirm the Runtime version shown on the System Status tab of the OpenXR Developer Tools for Windows Mixed Reality matches the required version of the preview extensions you plan to try. If so, you should see the extension in the Extensions list. Once a stable extension is available, its preview extension will be removed.See the Mixed Reality OpenXR repo for documentation of these preview extensions and samples of how to use them.TroubleshootingIf you have trouble getting up and running with OpenXR development, check out our troubleshooting tips.

To a newer version of MRTK. It includes the migration tool, which automates the updating of projects assets to account for some changes in MRTK. Microsoft Mixed Reality Toolkit v2.8.1 Mixed Reality Toolkit 2.8.1 is now available for download via GitHub and the Mixed Reality Feature Tool. This update provides key fixes for applications targeting Microsoft or Oculus devices, as well as performance improvements. For complete details, please see the release notes.Download[Recommended] Mixed Reality Feature ToolWhen using Unity 2019.4 or newer, MRTK is available using the Mixed Reality Feature Tool. For more information, please see Welcome to the Mixed Reality Feature Tool.Import asset (.unitypackage) filesWhen using Unity versions older than 2019.4, please scroll down to Assets and download to a known location (typically, this is the Downloads folder on Windows 10):Microsoft.MixedReality.Toolkit.Unity.Foundation.2.8.1.unitypackage[Required if upgrading, optional otherwise] Microsoft.MixedReality.Toolkit.Unity.Tools.2.8.1.unitypackage[Optional] Microsoft.MixedReality.Toolkit.Unity.Examples.2.8.1.unitypackage[Optional] Microsoft.MixedReality.Toolkit.Unity.Extensions.2.8.1.unitypackage[Optional] Microsoft.MixedReality.Toolkit.Unity.TestUtilities.2.8.1.unitypackageOnce downloaded, you can set the target platform and import the desired packages using these instructions.Getting startedTo help get started using MRTK v2.8.1, please see the Welcome page, which covers software requirements and the initial steps required to use MRTK.Release notesPlease see Release Notes for information on new features, known issues and changes.HoloLens 2 and ARM64There is a known compiler issue that impacts applications built for Microsoft HoloLens 2 using ARM64. This issue is fixed by updating Visual Studio 2019 to version 16.8 or later. If you are unable to update Visual Studio 2019, please import the Tools package to apply a workaround.[Mixed Reality Feature Tool] com.microsoft.mixedreality.toolkit.tools[.unitypackage] Microsoft.MixedReality.Toolkit.Tools.2.8.1.unitypackageUpgradingPlease review the Upgrade Guide for guidance on how to upgrade existing projects.Note that the Tools package is now required when upgrading to a newer version of MRTK. It includes the migration tool, which automates the updating of projects assets to account for some changes in MRTK. Microsoft Mixed Reality Toolkit v2.8.0 We are happy to announce that MRTK 2.8.0 is now available for download via GitHub and the Mixed Reality Feature Tool. This update pulls in all of the changes submitted during MRTK 2.7's lifetime, dramatically improved support for the OpenXR pipeline, and several performance and experience improvements. We hope this release dramatically improves your Mixed Reality Development Experience.For this release, we recommend users use Unity 2019.4 at minimum, and to use the OpenXR pipeline for deployment when using Unity 2020 and beyond. For a list of major issues and PRs covered in this release, please consult out release notes.Today we would like to announce MRTK3 as the name that we will be calling the next version of MRTK! With the next version of MRTK gleaming in the horizon, we want to remind everyone how important the MRTK community's contributions have been to shaping MRTK into what it is today and what it is

It also provides a customizable locomotion system. You can use the Input System in addition to or instead of the XRAn umbrella term encompassing Virtual Reality (VR), Augmented Reality (AR) and Mixed Reality (MR) applications. Devices supporting these forms of interactive applications can be referred to as XR devices. More infoSee in Glossary Interaction Toolkit.VR packagesMost of the features and APIs used for VR development in Unity are provided through packages. These packages include:Provider plug-insXR Interaction ToolkitXR Core UtilitiesInput SystemVR project templateHand trackingVR and MR provider plug-insVR and MR platforms are available as provider plug-ins by the XR Plug-inA set of code created outside of Unity that creates functionality in Unity. There are two kinds of plug-ins you can use in Unity: Managed plug-ins (managed .NET assemblies created with tools like Visual Studio) and Native plug-ins (platform-specific native code libraries). More infoSee in Glossary Management system. To understand how to use the XR Plug-in Management system to add and enable provider plug-ins for your target platforms, refer to XR Project set up.The following table describes the plug-ins available for VR and MR development, and the devices that they support: Plug-in MR/VR Supported devices Apple visionOS XR Plugin MR and VR Apple Vision Pro Oculus Plug-in VR Oculus Rift, Meta Quest 2, Meta Quest 3, Meta Quest 3s, Meta Quest Pro OpenXR MR and VR Devices with an OpenXR runtime including Meta Quest devices, Valve SteamVR, HoloLens Unity OpenXR: Meta OpenXR MR and VR Meta Quest devices Unity OpenXR: Android XR MR and VR Android XR devices PlayStation VR VR PlayStation VR and VR2. (Requires Sony Developer registration.) Mock HMD VR Simulates a VR headset in the Unity Editor Play modeNote: Many headset makers are working toward using the OpenXR runtime as a standard. However, this process isn’t complete and there can be feature discrepancies between OpenXR and a headset maker’s own provider plug-in or SDK.XR Interaction ToolkitThe XR Interaction Toolkit can make it easier and faster to develop VR applications. The XR Interaction Toolkit provides:An XR Origin set up with controllers.XR controller setups with Input System presets for basic interactions

Industry giants.Oculus Runtime Top FeaturesAlignment with OpenXR for the standardization of VR/AR application development.Phased out Oculus Mobile and Oculus PC SDK encapsulated under the robust and adaptive framework of OpenXR.Ongoing support for older applications built with Oculus SDKs that will retain their functionality.Set to house all new Oculus applications to be crafted with OpenXR, commencing August 2022.Backed by compelling VR hardware like the Oculus Rift, a pioneering VR headset series offering a realistic experience at an affordable price.FeatureValueOpenXR AdoptionInteroperability and industry-wide standardizationLegacy Apps SupportMaintaining legacy applications’ integrityOculus RiftRealistic and affordable VR hardwareOculus Runtime LimitationsUnity’s OpenXR support, which is currently experimental, with full support only anticipated by 2022.The motion sickness reported by users as a general complaint.The discontinuation of popular Oculus Rift models like the Oculus Rift S.Oculus Runtime Use CasesUse case 1 – Virtual GamingDesigned with gaming at its core, Oculus Runtime provides an immersive gaming experience, with social VR experiences leading in popularity.Use case 2 – Professional VisualisationArchitecture firms, automotive giants like Audi, and the military use Oculus Runtime for a myriad of purposes, from design visualization to configuration and situational awareness.Use case 3 – Educational ToolSchools and universities are employing Oculus Runtime as an aid to enhance learning potential in a virtual environment.Windows Mixed RealityCutting through the cutting-edge landscape of computing technology, Windows Mixed Reality (MR) offers the next evolution in user experiences, positioning the blend of physical and digital worlds into mainstream accessibility.Top Features of Windows Mixed RealityHolographic representations: Creating immersive experiences by adding holographic depictions of people and 3D models into the real world.Augmented and Virtual Realities: With the virtuality continuum, shift seamlessly between augmented and virtual realities, enhancing user engagement.Advanced Interaction: Utilizing advancements in computer vision, graphical processing, display technologies, and input systems, it provides a holistic user interface for natural and intuitive human-computer-environment interactions.Spatial MappingCompatibilityGoes beyond standard displays, offering hand-tracking, eye-tracking, spatial sound, and collaboration on 3D assets to create MR spaces.Windows Mixed Reality is compatible with regular laptops and PCs, reducing the need for new, high-end hardware.Inside-Out TrackingAffordable DevicesBrings greater virtuality to users with inside-out tracking technology, expanding the range of possible VR experiences.Accessible from several manufacturers such as Acer, HP, Asus, Dell, Lenovo, and Samsung, facilitating user choice based on individual product specifications.Windows Mixed Reality DisadvantagesRequires a learning curve, especially for users less familiar with advanced technology interfaces.The virtuality continuum may cause occasional transitions between augmented and virtual realities to be somewhat disorienting.Windows Mixed Reality Use CasesUse Case 1: EducationWindows Mixed Reality provides an opportunity to revolutionize education. With holographic representations and 3D models, learning experiences become interactive, engaging, and real, breaking away from static and screen-bound pedagogical tools.Use Case 2: BusinessThe immersive capabilities of Windows Mixed Reality transform business practices. It