In this tutorial, you’ll set up a VR Menu in World pace and configure it so users can interact with it accordingly. By the end, you will be able to set the color of a panel by pointing at a button and pulling the trigger on the handset.

Gradients are used for many things within Shaders, such as fading transparency, allowing a shift between two or more colors over time, or adding a vignette. Within the Shader Graph, there are two Gradient nodes you’ll want to become familiar with. In this tutorial, you will learn to adjust gradients to customize Shaders.

In this project, you will work through a series of tutorials to build a planetary scale visualization. You will use Cinemachine, Dolly Tracks, and Timeline Animation Tracks to choreograph camera movement, and pan throughout the scene to capture the different planets.

The Unity Timeline Editor is a built-in tool where you create and edit cinematic content, gameplay sequences, audio sequences, and complex particle effects. In this tutorial, you'll see the various features of Timeline.

Cinemachine works a lot like a technical director in a multi-camera show, controlling and directing cameras in a Unity project. At the center of it all is the Cinemachine Brain, which controls multiple virtual cameras. In this tutorial, you'll add and configure the Cinemachine Brain for your project.

The Multiply node is used often in Shader development to combine or change effects. It’s one of several Math nodes that calculate inputs and produce a single output. As its name suggests, the Multiply node accepts two inputs multiplies them together to produce a single dynamic vector output.

There will be times when you want to manipulate the UVs, tiling or offset of your Textures, normals or results of a gradient. This is when the Tiling and Offset node becomes useful. In this tutorial you will learn how to use the Tiling and Offset node.

In this tutorial, you will learn how to use the Physics Debugger.

In this tutorial, we’ll explore using Addressables to load Sprites, either via a Sprite-specific subtype of AssetReference or by specifying the Sprite’s address directly. We’ll cover loading an individual Sprite (Single Sprite Mode), a Sprite that is part of a Sprite Sheet (Multiple Sprite Mode), and a Sprite that is stored in a Sprite Atlas.

HDRP is the ideal rendering path when your project relies heavily on visual fidelity. HDRP’s features allow you to unify your lighting and strive to match the fidelity of AAA projects. You’ll also want to use HDRP when your project is targeting high-end PCs and consoles. HDRP uses different Shaders and lighting units than what’s available with the built-in Unity rendering pipeline. Therefore, it’s best to create a new project to use HDRP rendering. In this tutorial, we will create a new HDRP project.