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.

Learn about different performance applications, fixing performance issues, memory management and graphics optimisations.

Once you've discovered a performance problem in your game, how should you go about fixing it? This tutorial discusses some common issues and optimization techniques for scripts, garbage collection, and graphics rendering.

Tessellation is the process of converting a patch-based CAD file to a polygonal mesh. It is the first and most important step in preparing an object for use in realtime graphics. In this tutorial, you will learn how to tessellate a mesh in PiXYZ Studio.

9-slicing is a 2D technique which allows you to reuse an image at various sizes without needing to prepare multiple assets. It’s often useful to be able to dynamically resize graphic elements in a game or application. In this tutorial, you will learn to create and use the 9-Slicing technique.

In this course, Dr Penny de Byl reveals the most popular AI techniques used for creating believable game characters using her internationally acclaimed teaching style and knowledge from over 25 years researching and working with games, computer graphics and artificial intelligence. Throughout, you will follow along with hands-on workshops designed to teach you about the fundamental AI techniques used in today's games.  You'll join in as NPCs are programmed to chase, hide, flee, patrol, shoot, race, crowd, plan and much more.

You will create and set up the project that will soon transform into your very own Personal Project. For now, you will use “primitive” shapes (such as spheres, cubes, and planes) as placeholders for your objects so that you can add functionality as efficiently as possible without getting bogged down by graphics. To make it clear which object is which, you will also give each object a unique colored material.

The Universal Render Pipeline, is a powerful solution that delivers beautiful graphics and performance while scaling to a wide range of platforms. Learn how to create optimized and realistic lighting using the Universal Render Pipeline (URP) and learn the key lighting features of the Universal Render Pipeline. Whether you’re building 2D, 3D, VR, or AR projects, if you want to develop once and deploy everywhere, this is the rendering technology to use.

Overview: You will create and set up the project that will soon transform into your very own Personal Project. For now, you will use “primitive” shapes (such as spheres, cubes, and planes) as placeholders for your objects so that you can add functionality as efficiently as possible without getting bogged down by graphics. To make it clear which object is which, you will also give each object a unique colored material. Project Outcome: All key objects are in the scene as primitive objects with the camera positioned properly for your project type.

Overview: You will create and set up the project that will soon transform into your very own Personal Project. For now, you will use “primitive” shapes (such as spheres, cubes, and planes) as placeholders for your objects so that you can add functionality as efficiently as possible without getting bogged down by graphics. To make it clear which object is which, you will also give each object a unique colored material. Project Outcome: All key objects are in the scene as primitive objects with the camera positioned properly for your project type.