Because of the way Unity handles UI rendering, a canvas element that changes its position, scale, or rotation forces the canvas to rebuild. Changing the contents of a UI object such as text also forces this rebuild. In this tutorial, you will learn to use Static and Dynanic Canvases to control overall lag.

When you wish to make a simple, basic animation of an object within your scene, changing its position, size, or simply rotating it can all be done easily through the Timeline Editor window using keyframe animation. In this tutorial, you'll create a basic animation by recording the changing properties of a GameObject as keyframes in Timeline.

In this tutorial, you will learn how to use Polybrush to Scatter Objects.

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.

In this tutorial we will give you an overview of how lighting works with Unity's real-time Global Illumination engine. We will walk you through the different lighting techniques available, explain how to setup your project for lighting and then explore the various tools at your disposal when considering how to light a scene.

Textures are essentially image files used to provide visual detail to the many GameObjects that comprise your Scene. Whether it’s the sleek mahogany of a coffee table or the rough bark of a tree in the forest, Textures play a crucial role in providing character to your objects. Normal maps are a special kind of Texture that provide a sense of surface detail to these objects. In this tutorial, we will use Adobe Photoshop to export a Texture, import it into Unity, generate normal maps, create a simple Material, and apply it to a sphere GameObject.

These materials are designed to target high-end PCs and consoles, prioritizing stunning high-definition visuals. The HDRP materials provide advanced features that help you produce more realistic, physically based assets.

In this tutorial, we’ll explore using local hosting for Addressables projects.

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.

In this tutorial, we’ll explore the Addressables Profile system. The system is a central location for data that is used across a project. It allows you to easily change settings across all Addressables content in one place. This includes build target and build and load paths for addressable content. Any custom variable can easily be added. For example, you could change all of your groups that are set up to be pointing to a remote server to instead be local, or use the editor hosting feature. All Profiles contain the same set of defined variables, but the value of those variables may differ (or even be blank).