In this workflow, we’ll set up 360 Video in Unity by applying a Render Texture to a Skybox. Once that’s done, you’ll need to configure camera movement according to user input. At the end of this workflow, you’ll have a working 360 Video inside of a Unity project.

When running 360 videos in Unity, a common issue is handling the memory used by the videos at runtime. In the past, Unity’s Asset Bundles have been used to load videos; however, that solution has a few caveats. You need to create a few custom scripts to properly manage the memory: scripts that ensure the video is loaded before it’s used and unloaded when it’s longer needed. Starting with Unity 2018.3, you can use Unity’s Addressable Assets system to provide a simple fix for this problem.

In this tutorial, you’ll learn how to configure VR-specific settings in Unity and the XR plug-in for your target XR headset. For a faster start, you’ll apply these settings to the XR Interaction Toolkit example VR project to verify that everything is installed correctly.

Out of the box, the Unity Reflect Viewer allows for quick and easy design reviews on desktop, AR, and VR. Using an HTC Vive, reviewers can view the Mesh from a first-person view at scale as well as perform easy flythroughs. In this tutorial, we’ll learn how to navigate in VR and interact with the Mesh data.

In this project, you will: Review basic navigation with your VR controller Explore a basic VR prototyping environment Add teleporters, interactable objects and sound effects to the prototyping environment using the XR Interaction Toolkit Review how to set up Unity to add UI elements in VR Explore and evaluate the Escape Room, a fully realised VR experience This project is suitable for VR beginners with experience in Unity fundamentals.

In this comprehensive course from Oculus and Unity, you’ll learn how to build an immersive VR game step by step. Designed for people who have an intermediate knowledge of Unity, the goal of this course is to teach you how to design, develop, and deploy a VR application. You’ll learn an extensive range of principles and best practices: from locomotion and hand presence, to optimization and testing, to user interaction and go-to-market strategy. Coached along the way by experts from Oculus and Unity, you'll build a vertical slice of an escape room game throughout the course. While the course is geared towards developing for the Oculus Rift, the principles covered also apply to the Oculus Quest, and you’ll learn to avoid some common pitfalls we see developers experience when submitting their application to the Oculus Store. Take your VR skills to the next level with this deep dive into the principles of VR development. Access additional support and submit your finished vertical slice to the Oculus Developer Support team for feedback: https://developer.oculus.com/unity-learn-vr/ FAQ 1. What prerequisites do I need to take this course? This course is designed for intermediate level developers with familiarity building in Unity, ideally with some VR experience too. If you’re brand new to game development or VR, we recommend taking an intro to Unity course and/or an intro to VR tutorial prior to taking this one. 2. What version of Unity do I need to complete the course? The course uses 2018.4 LTS. 3. What Oculus hardware is recommended for the course? This course is focused on developing for Rift S, so we recommend using a Rift S, but the principles covered also apply to Oculus Quest.

What is XR? It’s shorthand for a related set of new technologies that are changing the way we interact with the world and with each other: Virtual Reality, Augmented Reality, and Mixed Reality. To understand XR, you need to understand the technologies that enable it. If you understand the available technologies, how they are used, and what their future holds, you’ll be well equipped to deal with XR as it rapidly evolves and converges. In this course, we will present an introduction to XR using a broadly chronological approach, focusing on how all of the underlying technologies came together at key moments in the history of XR to launch the concepts of Virtual Reality and Augmented Reality into the mainstream consciousness. Throughout the course, we’ll give a brief description of each of the supporting technologies, some history about when it first came into use, limitations and future potential for improvement, and how it’s used for AR, VR, and MR. As you learn about the technology, you’ll also develop hands on experience in the field along two tracks. First, you will use Unity to build and run two simple XR applications on your own smartphone: a “VR Museum” app and a handheld Augmented Reality app. Second, you will brainstorm, define, visualize, and iterate your own original concept for an XR application, ending the course with a thorough and peer-reviewed XR Product Brief that you could use as the basis for future development. This is the first of three planned courses in Unity's XR Specialization, which include the Mobile VR App Development with Unity course as well as a future course focused on developing Augmented Reality (AR) applications with Unity.

We provide practical, hands-on training with Unity to teach skills necessary to build world-class Virtual and Augmented Reality applications, immersive technologies used by the most advanced and progressive companies in the world.  In this course, you’ll learn to: Design an Augmented Reality experience that can be used to visualize products and narratives, at any time from your mobile phone. Create highly realistic and immersive virtual scenes by manipulating features, such as lighting, materials and textures, object animations, and post-processing effects. Implement interactive menus to quickly toggle between products, application features, such as lighting and interaction settings. Import 3D CAD models directly into Unity, for accurate  visualization and product design reliability. Incorporate information media (audio, video, text, and images) to enhance the informational delivery and narrative and your user’s virtual experience.

The Unity Native Toolkit, available in the Asset Store, “makes it easy to integrate native iOS or Android functionality into your Unity project.” In this tutorial, we’ll use the Native Toolkit to create a UI button for taking photographs in AR, or screenshots in general. (You can also capture a screenshot using code, for example, with an in-game camera.)

A Snap Zone (or "Snap Drop Zone") is a designated area where you can place an object near it, illuminating a shape to indicate you can place it there. Upon releasing the held object, it will "snap" into place. This is handy for guiding the player on where certain objects should be placed, and also allows us to only allow certain objects to be dropped in the Snap Zone.