Tracking Unity packages

--- Package name | Version | Release date | Unity version | Version counter |:---|---:|:---:|:---|---:| | [» com.unity.2d.animation](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.animation "2D Animation provides the all the necessary tooling and runtime components for skeletal animation using Sprites.") | | | | | | [» com.unity.2d.common](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.common "2D Common is a package that contains shared functionalities that are used by most of the other 2D packages.") | | | | | | [» com.unity.2d.ik](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.ik "2D IK package provides the necessary editor tooling to setup inverse kinematics for 2D characters and a runtime component to execute it.") | | | | | | [» com.unity.2d.pixel-perfect](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.pixel-perfect "The 2D Pixel Perfect package contains the Pixel Perfect Camera component which ensures your pixel art remains crisp and clear at different resolutions, and stable in motion. It is a single component that makes all the calculations needed to scale the viewport with resolution changes, removing the hassle from the user. The user can adjust the definition of the pixel art rendered within the camera viewport through the component settings, as well preview any changes immediately in Game view by using the Run in Edit Mode feature.") | | | | | | [» com.unity.2d.psdimporter](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.psdimporter "A ScriptedImporter for importing Adobe Photoshop file format. The ScriptedImporter is currently targeted for users who wants to create multi Sprite character animation using 2D Animation v2.") | | | | | | [» com.unity.2d.spriteshape](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.spriteshape "SpriteShape Runtime & Editor Package contains the tooling and the runtime component that allows you to create very organic looking spline based 2D worlds. It comes with intuitive configurator and a highly performant renderer.") | | | | | | [» com.unity.2d.triangle](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.2d.triangle "2D Triangle is an open source library that tessellates shapes into meshes.") | | | | | | [» com.unity.addressables](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.addressables "Our new Addressable Asset System allows the developer to ask for an asset via its address and get back the thing that resides at that address. Once an asset \(e.g. a prefab\) is marked \"addressable\", it generates an address which can be called from anywhere. Wherever the asset resides \(local or remote\), the system will locate it and its dependencies, then return it. The Addressable Asset System uses asynchronous loading to support loading from any location with any collection of dependencies. Whether you are using direct references, traditional asset bundles, or Resource folders, addressable assets provide a simpler way to make your game more dynamic. The Addressable Asset System simultaneously opens up the world of asset bundles while managing all the complexity.") | | | | | | [» com.unity.ai.planner](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.ai.planner "The AI Planner includes authoring tools and a system for automated decision\-making. Automated planners are useful for: ▪ Directing agent behavior either in a cooperative, neutral, or adversarial capacity ▪ Auto\-generating storylines or as an online story manager ▪ Validating game design mechanics ▪ Assisting in creating tutorials ▪ Automated testing Start by creating a domain definition in the authoring tool that models the problem space at an abstract level. Then, create one or more plan definitions that provide rules for what actions or decisions can be made. Submit these to the planner system and get back a plan that converges on an optimal solution and can update as changes in the world occur.") | | | | | | [» com.unity.animation.cs-jobs-samples](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.animation.cs-jobs-samples "Code samples using the animation C\# jobs feature. Animation jobs are part of the Playable feature and they allow to modify the animation stream using just a C\# script. Here is the list of the samples in this package: ▪ SimpleMixer ▪ WeightedMaskMixer ▪ Look At ▪ Two\-bone IK ▪ Fullbody IK") | | | | | | [» com.unity.animation.rigging](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.animation.rigging "Animation Rigging toolkit using Unity's Animation C\# Jobs") | | | | | | [» com.unity.assetbundlebrowser](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.assetbundlebrowser "The Asset Bundle Browser tool enables the user to view and edit the configuration of asset bundles for their Unity project. It will block editing that would create invalid bundles, and inform you of any issues with existing bundles. It also provides basic build functionality. Use this tool as an alternative to selecting assets and setting their asset bundle manually in the inspector. It can be dropped into any Unity project with a version of 5.6 or greater. It will create a new menu item in Window > AssetBundle Browser. The bundle configuration, build functionality, and built\-bundle inspection are split into three tabs within the new window.") | | | | | | [» com.unity.audio.megacityprototype](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.audio.megacityprototype "This package contains the prototype audio system for the megacity sample project. The contents of this package should not be considered as part of the standard audio system feature set of unity, as it was a prototype created for the megacity sample, that will serve as inspiration for audio features going forward.") | | | | | | [» com.unity.burst](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.burst "Burst is a compiler, it translates from IL/.NET bytecode to highly optimized native code using LLVM.") | | | | | | [» com.unity.cacheserver.client](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.cacheserver.client "This package provides APIs and utilities that facilitate communication with the Unity Cache Server from Unity Editor C\# scripts. The primary purpose of the Unity Cache Server Client is to extend the application of the Unity Cache Server to Unity Editor tools and processes that could benefit from binary data caching.") | | | | | | [» com.unity.cinemachine](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.cinemachine "Smart camera tools for passionate creators. IMPORTANT NOTE: If you are upgrading from the Asset Store version of Cinemachine, delete the Cinemachine asset from your project BEFORE installing this version from the Package Manager.") | | | | | | [» com.unity.code-analysis](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.code-analysis "Roslyn C\# code analysis and evaluation tool for Unity.") | | | | | | [» com.unity.collections](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.collections "Additional Unity Native Collections. NaitiveQueue, NativeHashMap, NativeMultiHashMap, NativeList.") | | | | | | [» com.unity.editorcoroutines](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.editorcoroutines "The editor coroutines package allows developers to start constructs similar to Unity's monobehaviour based coroutines within the editor using abitrary objects. ") | | | | | | [» com.unity.entities](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.entities "Unity Entity Component System \- Core Entity Component System, New Transform components, basic Instance Mesh Renderer") | | | | | | [» com.unity.formats.usd](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.formats.usd "The Unity USD package contains a set of libraries designed to support the use of Pixar's Universal Scene Description \(USD\) in Unity. The goal of this package is to make it maximally easy to integrate USD using native Unity & C\# data types with a familiar serialization paradigm and little prior knowledge of USD. USD enables round\-trip asset workflows between digital content creation tools like Maya, 3ds Max, Houdini, Katana, Nuke, Modo, Sketchup, Substance Designer, and Substance Painter. Unlike other asset file formats, Universal Scene Description is designed to support an entire asset pipeline and to enable teams to work in parallel using asset references and overrides. This package includes ready\-to\-use binaries and examples to allow anyone to easily jump\-in.") | | | | | | [» com.unity.ide.rider](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.ide.rider "Code editor integration for supporting Rider as code editor for unity. Adds support for generating csproj files for code completion, auto discovery of installations, etc.") | | | | | | [» com.unity.ide.visualstudio](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.ide.visualstudio "Code editor integration for supporting Visual Studio as code editor for unity. Adds support for generating csproj files for intellisense purposes, auto discovery of installations, etc.") | | | | | | [» com.unity.ide.vscode](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.ide.vscode "Code editor integration for supporting Visual Studio Code as code editor for unity. Adds support for generating csproj files for intellisense purposes, auto discovery of installations, etc.") | | | | | | [» com.unity.immediate-window](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.immediate-window "The Immediate Window provides a way to rapidly edit and debug code. It is not a full development environment, instead it is to be used for API discovery and rapid prototyping.") | | | | | | [» com.unity.incrementalcompiler](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.incrementalcompiler "Roslyn based incremental compiler.") | | | | | | [» com.unity.inputsystem](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.inputsystem "A new input system which can be used as a more extensible and customizable alternative to Unity's classic input system in UnityEngine.Input.") | | | | | | [» com.unity.jobs](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.jobs "Additional C\# jobs types. IJobParallelForBatch and IJobParallelForFilter") | | | | | | [» com.unity.learn.iet-framework](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.learn.iet-framework "This package is mandatory for all In\-Editor Tutorials.") | | | | | | [» com.unity.localization](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.localization "Preview of player localization system. Provides tools for localizing your built application.") | | | | | | [» com.unity.mathematics](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.mathematics "Unity's C\# SIMD math library providing vector types and math functions with a shader like syntax. This package is still in experimental phase.") | | | | | | [» com.unity.memoryprofiler](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.memoryprofiler "The Memory Profiler creates a unified solution allowing you to profile both small projects on mobile devices and big AAA projects on high end machines. It provides actionable information about allocations in the engine to allow developers to manage and reduce memory usage. ") | | | | | | [» com.unity.mobile.android-logcat](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.mobile.android-logcat "Android Logcat package adds support for displaying log messages coming from Android devices in Unity Editor. Click the 'View documentation' link above for more information. The window can be accessed in Unity Editor via 'Window > Analysis > Android Logcat', or simply by pressing 'Alt\+6' on Windows or 'Option\+6' on macOS. Make sure to have Android module loaded and switch to Android build target in 'Build Settings' window if the menu doesn't exist.") | | | | | | [» com.unity.mobile.notifications](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.mobile.notifications "Mobile Notifications package adds support for scheduling local repeatable or one\-time notifications on iOS and Android. Requires iOS 10 and Android 4.1 or above.") | | | | | | [» com.unity.multiplayer-hlapi](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.multiplayer-hlapi "The high level API component of the Unity Multiplayer system.") | | | | | | [» com.unity.package-manager-ui](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.package-manager-ui "Use the Unity Package Manager user interface to manage a Project's packages and discover new packages. For more information, click the 'View documentation' link above. ") | | | | | | [» com.unity.package-validation-suite](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.package-validation-suite "Unity Package Manager validation suite, used to evaluate a package's integrity before it's considered for publishing. This is a Unity internal tool at the moment, no support will be provided for this package.") | | | | | | [» com.unity.physics](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.physics "Unity's C\# stateless physics library. This package is still in experimental phase.") | | | | | | [» com.unity.playablegraph-visualizer](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.playablegraph-visualizer "The PlayableGraph Visualizer is a tool that displays the PlayableGraphs in the scene. It can be used in both Play and Edit mode and will always reflect the current state of the graph. Playable nodes are represented by colored nodes, varying according to their type. Connections color intensity indicates its weight.") | | | | | | [» com.unity.postprocessing](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.postprocessing "The post\-processing stack \(v2\) comes with a collection of effects and image filters you can apply to your cameras to improve the visuals of your games.") | | | | | | [» com.unity.probuilder](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.probuilder "Build, edit, and texture custom geometry in Unity. Use ProBuilder for in\-scene level design, prototyping, collision meshes, all with on\-the\-fly play\-testing. Advanced features include UV editing, vertex colors, parametric shapes, and texture blending. With ProBuilder's model export feature it's easy to tweak your levels in any external 3D modelling suite.") | | | | | | [» com.unity.progrids](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.progrids "Advanced grid and object snapping for the scene view. ProGrids is a dynamically placed grid, available on all 3 axes and at any position in the scene. ProGrids snaps objects in world space, ensuring consistent placement of objects in your level. In addition, ProGrids is completely customizable. Change the colors of your grid, the snap sizing, unit of measurement, and more!") | | | | | | [» com.unity.properties](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.properties "Interfaces and utilities to describe and visit data containers.") | | | | | | [» com.unity.quicksearch](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.quicksearch "Search multiple areas of Unity: assets, scene objects, menu items, settings, etc. On Windows simply press Alt\+' to find anything or Option\+' on Mac.") | | | | | | [» com.unity.rendering.hybrid](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.rendering.hybrid "Core components and systems for drawing meshes using ECS, including instanced mesh rendering and LOD") | | | | | | [» com.unity.resourcemanager](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.resourcemanager "The ResourceManager is an extendable high level API that asynchronously loads and unloads assets. The specific method and location of loading assets is abstracted. With the proper extension, assets can be loading from a variety of locations \(Resources, Bundles, etc\) all through a single API. The overall goal is that regardless of what your setup is, or where you are loading from, you always load in the same way. For example, you can call: ResourceManager.LoadAsync<Texture, string>\(\"myTexture\"\); and have that be loaded regardless of where it came from. This package can function as a standalone package, but will be extended in the future via high\-level packages that add custom IResourceLocator and IResourceProvider interfaces. See the Samples directory for help on how to use it as a standalone package. Future high\-level packages will come with locators and providers, and will handle the initialization themselves. The intent being that users need not know about the above interfaces.") | | | | | | [» com.unity.scriptablebuildpipeline](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.scriptablebuildpipeline "The Scriptable Build Pipeline moves the asset bundle build pipeline to C\#. Use the pre\-defined build flows, or create your own using the divided up APIs. This system improves build time, fixes incremental build, and provides greater flexibility.") | | | | | | [» com.unity.settings-manager](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.settings-manager "A framework for making any serializable field a setting, complete with a pre\-built settings interface.") | | | | | | [» com.unity.standardevents](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.standardevents "Unity Analytics Standard Events take the guesswork out of tracking key game events, which makes adding deep analytics to your game insanely simple. Standard Events serve as an easy\-to\-follow checklist of the most important elements to track in your game. For example, use tutorial events to track onboarding, and to better understand the first\-time user experience...then compare that to Day 1 retention to see not just what is happening in your game, but also to understand why. Easily implement Standard Events through code using a well\-documented, type\-safe API that supports Intellisense. Alternatively, the included Analytics Event Tracker component can be used to quickly and easily add both standard and custom events to your game, all without writing any code! Standard Events is a feature of Unity Analytics, and requires the Unity Analytics service to be enabled.") | | | | | | [» com.unity.subsystemregistration](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.subsystemregistration "Provides internal registration mechanism for standalone subsystems. It allows a standalone subsystem to inform the Subsystem Manager of its existence.") | | | | | | [» com.unity.template.2d](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.template.2d "This is an empty project configured for 2D apps. It uses Unity's built\-in renderer.") | | | | | | [» com.unity.template.3d](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.template.3d "This is an empty 3D project that uses Unity's built\-in renderer.") | | | | | | [» com.unity.template.3dextra](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.template.3dextra "This Project Template utilzes the new Post Processing stack with the built\-in renderer. It also includes ▪ Presets ▪ Example content ") | | | | | | [» com.unity.template.hd](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.template.hd "This template utilizes the High Definition Scriptible Render Pipeline. Making it a good starting point for people focused on high\-end graphics that want to develop games for platforms that support Shader Model 5.0 \(DX11 and above\). Beyond being tuned for High End visuals this project includes ▪ Shadergraph ▪ Post Processing V2 Stack ▪ Presets ▪ Example content") | | | | | | [» com.unity.template.lightweight](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.template.lightweight "This Project Template utilzes the Lightweight Render Pipeline. It is a great starting point for users targeting a broad range of mobile platforms, low\-end to mid\-tier hardware, or for developers making games that have limited realtime lighting needs. This project also includes ▪ Shadergraph ▪ Post\-processing V2 Stack ▪ Presets ▪ Example content") | | | | | | [» com.unity.template.lightweightvr](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.template.lightweightvr "This template utilizes the Lightweight Render Pipeline and has settings tuned for virtual reality applications. This project also includes ▪ Shadergraph ▪ Post\-processing V2 Stack ▪ Presets ▪ Example content") | | | | | | [» com.unity.test-framework](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.test-framework "Test framework for running Edit mode and Play mode test in Unity.") | | | | | | [» com.unity.test-framework.performance](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.test-framework.performance "Extension to the Unity Test framework package. Adds performance testing capabilities and collects configuration metadata.") | | | | | | [» com.unity.test-framework.tests](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.test-framework.tests "Tests for the Unity Test framework.") | | | | | | [» com.unity.textmeshpro](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.textmeshpro "TextMesh Pro is the ultimate text solution for Unity. It's the perfect replacement for Unity's UI Text and the legacy Text Mesh. Powerful and easy to use, TextMesh Pro uses Advanced Text Rendering techniques along with a set of custom shaders; delivering substantial visual quality improvements while giving users incredible flexibility when it comes to text styling and texturing. TextMesh Pro provides Improved Control over text formatting and layout with features like character, word, line and paragraph spacing, kerning, justified text, Links, over 30 Rich Text Tags available, support for Multi Font & Sprites, Custom Styles and more. Great performance. Since the geometry created by TextMesh Pro uses two triangles per character just like Unity's text components, this improved visual quality and flexibility comes at no additional performance cost.") | | | | | | [» com.unity.tiny](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.tiny "Tiny Mode enables you to create lightweight Web\-based games using the Unity Editor.") | | | | | | [» com.unity.vectorgraphics](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.vectorgraphics "Vector graphics importers and related utilities.") | | | | | | [» com.unity.visualeffectgraph](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.visualeffectgraph "The Visual Effect Graph is a node based visual effect editor. It enables artists to author next generation visual effects simulated directly on GPU") | | | | | | [» com.unity.xr.arcore](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.arcore "Provides native Google ARCore integration for use with Unity's multi\-platform XR API. =Supported Features= \-Efficient Background Rendering \-Horizontal Planes \-Depth Data \-Reference Points \-Hit Testing") | | | | | | [» com.unity.xr.arextensions](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.arextensions "Provides extensions to the built\-in XR Subsystems related to AR.") | | | | | | [» com.unity.xr.arfoundation](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.arfoundation "A collection of MonoBehaviours and C\# utilities for working with AR Subsystems. Includes: ▪ GameObject menu items for creating an AR setup ▪ MonoBehaviours that control AR session lifecycle and create GameObjects from detected, real\-world trackable features ▪ Scale handling ▪ Face tracking") | | | | | | [» com.unity.xr.arkit](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.arkit "Provides native Apple ARKit integration for use with Unity's multi\-platform XR API. =Supported Features= \-Efficient Background Rendering \-Horizontal Planes \-Depth Data \-Reference Points \-Hit Testing \-Face Tracking \-Environment Probes") | | | | | | [» com.unity.xr.facesubsystem](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.facesubsystem "Face Subsystem Definition. The generic API definition of a standalone face subsystem. Client applications can use this API to access AR Face Tracking data in a generic way from providers. Face tracking providers will depend on this package and implement a subset of these APIs. Providers will specify which features they support by populating the face subsystem descriptor appropriately.") | | | | | | [» com.unity.xr.googlevr.android](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.googlevr.android "This package contains the necessary components required to use the Google VR Virtual Reality SDK on Android. By using this package, you will be able to deploy and run your applications on Daydream/Cardboard supported devices. Currently GVR 1.180") | | | | | | [» com.unity.xr.legacyinputhelpers](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.legacyinputhelpers "This package includes the tracked pose driver for the legacy input system, the XR Bindings Seeding Tool and 3Dof Arm Model support for the Tracked Pose Driver. The Tracked Pose Driver is a monobehavior that enables GameObjects to track input devices, the XR Bindings Seeding Tool adds a menu item under the 'Assets' menu which populates the Input Asset with Unity's crossplatform Input Bindings") | | | | | | [» com.unity.xr.magicleap](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.magicleap "Provides rendering and spatial mapping support for Magic Leap.") | | | | | | [» com.unity.xr.management](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.management "Package to provide for simple management of XR SDK loading, unloading and configuration.") | | | | | | [» com.unity.xr.oculus](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.oculus "Provides rendering and input support for Oculus devices using the XRSDK.") | | | | | | [» com.unity.xr.oculus.android](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.oculus.android "This package contains the necessary components required to use the Oculus Virtual Reality SDK on Android. By using this package, you will be able to deploy and run your applications on Oculus supported devices.") | | | | | | [» com.unity.xr.oculus.standalone](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.oculus.standalone "This package contains the necessary components required to use the Oculus Virtual Reality SDK on desktop platforms. By using this package, you will be able to deploy and run your applications on Oculus supported devices.") | | | | | | [» com.unity.xr.openvr.standalone](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.openvr.standalone "This package contains the necessary components required to use the OpenVR SDK on desktop platforms. By using this package, you will be able to deploy and run your applications on SteamVR supported devices.") | | | | | | [» com.unity.xr.windowsmr.metro](https://github.com/ErikMoczi/packages.unity.com/tree/com.unity.xr.windowsmr.metro "Windows Mixed Reality XR SDK for use with native XR integration in Unity.") | | | | |