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Unity 2017 Game Optimization

Unity 2017 Game Optimization

By : Dickinson
5 (1)
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Unity 2017 Game Optimization

Unity 2017 Game Optimization

5 (1)
By: Dickinson

Overview of this book

Unity is an awesome game development engine. Through its massive feature-set and ease-of-use, Unity helps put some of the best processing and rendering technology in the hands of hobbyists and professionals alike. This book shows you how to make your games fly with the recent version of Unity 2017, and demonstrates that high performance does not need to be limited to games with the biggest teams and budgets. Since nothing turns gamers away from a game faster than a poor user-experience, the book starts by explaining how to use the Unity Profiler to detect problems. You will learn how to use stopwatches, timers and logging methods to diagnose the problem. You will then explore techniques to improve performance through better programming practices. Moving on, you will then learn about Unity’s built-in batching processes; when they can be used to improve performance, and their limitations. Next, you will import your art assets using minimal space, CPU and memory at runtime, and discover some underused features and approaches for managing asset data. You will also improve graphics, particle system and shader performance with a series of tips and tricks to make the most of GPU parallel processing. You will then delve into the fundamental layers of the Unity3D engine to discuss some issues that may be difficult to understand without a strong knowledge of its inner-workings. The book also introduces you to the critical performance problems for VR projects and how to tackle them. By the end of the book, you will have learned to improve the development workflow by properly organizing assets and ways to instantiate assets as quickly and waste-free as possible via object pooling.
Table of Contents (10 chapters)
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Physics Engine internals

Unity technically features two different Physics Engines: Nvidia's PhysX for 3D physics, and the Open Source project Box2D for 2D physics. However, their implementations are highly abstracted, and from the perspective of the higher-level Unity API that we configure through the main Unity Engine, both Physics Engine solutions operate in a functionally identical fashion.

In either case, the more we understand about Unity's Physics Engines, the more sense we can make of possible performance enhancements. So, first we'll cover some theory about how Unity implements these systems.

Physics and time

Physics Engines generally operate under the assumption that time advances by fixed values, and...

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