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Hands-On Unity 2022 Game Development

You're reading from   Hands-On Unity 2022 Game Development Learn to use the latest Unity 2022 features to create your first video game in the simplest way possible

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Product type Paperback
Published in Oct 2022
Publisher Packt
ISBN-13 9781803236919
Length 712 pages
Edition 3rd Edition
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Author (1):
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Nicolas Alejandro Borromeo Nicolas Alejandro Borromeo
Author Profile Icon Nicolas Alejandro Borromeo
Nicolas Alejandro Borromeo
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Table of Contents (23) Chapters Close

Preface 1. Creating a Unity Project 2. Editing Scenes and Game Objects FREE CHAPTER 3. Grayboxing with Terrain and ProBuilder 4. Importing and Integrating Assets 5. Introduction to C# and Visual Scripting 6. Implementing Movement and Spawning 7. Physics Collisions and Health System 8. Win and Lose Conditions 9. Implementing Game AI for Building Enemies 10. Materials and Effects with URP and Shader Graph 11. Visual Effects with Particle Systems and Visual Effect Graph 12. Lighting Using the Universal Render Pipeline 13. Full-Screen Effects with Post-Processing 14. Sound and Music Integration 15. User Interface Design 16. Creating a UI with the UI Toolkit 17. Creating Animations with Animator, Cinemachine, and Timeline 18. Optimization with Profiler, Frame Debugger, and Memory Profiler 19. Generating and Debugging an Executable 20. Augmented Reality in Unity 21. Other Books You May Enjoy
22. Index

Creating complex simulations with Visual Effect Graph

The particle system we have used so far is called Shuriken, and it handles all calculations in the CPU. This has both pros and cons. A pro is that it can run on all possible devices that Unity supports, regardless of their capabilities (all of them have CPUs), but a con is that we can exceed CPU capabilities easily if we are not cautious with the number of particles we emit. Modern games require more complex particle systems to generate believable effects, and this kind of CPU-based particle system solution has started to reach its limit. This is where the Visual Effect Graph comes in:

Figure 11.33: On the left, a massive particle system, and on the right, an example of a Visual Effect Graph

Visual Effect Graph is a GPU-based particle system solution, meaning that the system is executed in the video card instead of the CPU. That’s because video cards are far more efficient at executing lots and lots of little...

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