Welcome to this getting started course for Odin Inspector and Validator. Odin Inspector helps you create custom editors for your game with ease, while Odin Validator helps you validate all your data so you can catch errors before they become a problem. By the end of this course, you'll understand the capabilities and features of Odin and know how to leverage them effectively. You'll learn how to set up Odin Inspector and Validator, use attributes, and create custom editor windows. You'll also understand how to extract the most value from Odin Validator, and ultimately, increase your productivity in Unity significantly. This course is intended for people who are not familiar with Odin but have some experience programming in C#. Creating new ScriptableObject and MonoBehaviour scripts should be familiar concepts to you. Note: The Odin Serializer will not be covered in this course.

Rendering graphics in Unity is a complex task. This guide provides a better understanding of the underlying concepts related to rendering, and best practices for reducing the rendering workload on the GPU.

A profiling tool gives detailed information about how a game is performing. The Profiler window is a powerful profiling tool that is built into Unity. This tutorial describes what the Profiler window is used for and how to use it to diagnose performance problems in a game or other application.

In this tutorial, you'll learn several ways to load addressable assets into your game and how to release them from memory, using scripts. We've included some resources and reviews of scripting concepts that you'll use with the Addressables system. By the end of this tutorial, you'll be able to do the following: Define an asynchronous operation Identify different ways of referencing an addressable asset in scripts Identify different methods of loading and releasing addressable assets asynchronously

An AssetBundle is content that is stored separately from a main game or application and loaded (or downloaded, in the case of mobile and online apps) at runtime. This helps minimize the impact on network and system resources by allowing customers to download and install only the parts they need. AssetBundles can also be used to update or add to content post-release. In this tutorial, we’ll explore AssetBundles and how they may best serve your project.

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

It’s common for a project to grow beyond a designer’s initial vision, or for that initial vision to be more resource-intensive than originally thought. Much of a project’s optimization will be unique to its design, but even the simplest project can benefit from optimization. In this tutorial, you will learn about different approaches to take for optimizing projects.

Unity’s optimization tools allow you to diagnose common performance problems and refine a project’s design, code, and related assets to maximize efficiency. An optimized project will run smoother and more responsively on your target platforms and devices. This tutorial will help you better understand optimization tools and techniques available in Unity and provides suggested uses for each tool. To learn how to use each tool, please refer to the following tutorials: Working with the Profiler Window , Working with the Stats Window , Working with the Frame Debugger , and Optimization Approaches for Project Assets .

The Frame Debugger is a handy tool that allows you to freeze playback for a running game on a particular frame to view the individual draw calls used to render that frame. The debugger also lets you go through frames one-by-one so you can see in greater detail how the scene is constructed. In this tutorial, you will learn about the Frame Debugger and how to use it for analysis.

In this tutorial, we’ll explore Assembly Definitions. An Assembly Definition groups code into an Assembly. An Assembly might be based on origin, purpose, and/or whatever criteria best suits your project. An Assembly Definition can also depend on the platform. By default, all code in a Unity project belongs to a single Assembly, called Assembly-CSharp.