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Learning C# by Developing Games with Unity 2019

You're reading from   Learning C# by Developing Games with Unity 2019 Code in C# and build 3D games with Unity

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Product type Paperback
Published in Mar 2019
Publisher Packt
ISBN-13 9781789532050
Length 342 pages
Edition 4th Edition
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Author (1):
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Harrison Ferrone Harrison Ferrone
Author Profile Icon Harrison Ferrone
Harrison Ferrone
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Table of Contents (20) Chapters Close

Preface 1. Section 1: Programming Foundations and C# FREE CHAPTER
2. Getting to Know your Environment 3. The Building Blocks of Programming 4. Diving into Variables,Types, and Methods 5. Control Flow and Collection Types 6. Working with Classes, Structs, and OOP 7. Section 2: Scripting Game Mechanics in Unity
8. Getting Your Hands Dirty with Unity 9. Movement, Camera Controls, and Collisions 10. Scripting Game Mechanics 11. Basic AI and Enemy Behavior 12. Section 3: Leveling Up Your C# Code
13. Revisiting Types, Methods, and Classes 14. Exploring Generics, Delegates, and Beyond 15. The Journey Continues 16. Completed Game Files 17. Supplementary Classes 18. Pop Quiz Answers 19. Other Books You May Enjoy

Working with Unity physics

Up to this point. we haven't talked about how the Unity engine actually works, or how it manages to create lifelike interactions and movement in a virtual space. We'll spend the rest of this chapter on the basics of Unity's physics system:

The two main components that power Unity's NVIDIA PhysX engine are as follows:

  • Rigidbody components, which allow GameObjects to be affected by gravity and add properties like Mass and Drag. Rigidbody components can also be affected by applied force, generating a more realistic movement:

  • Collider components, which determine how and when GameObjects enter and exit each other's physical space or simply collide and bounce away. While there should only be one Rigidbody attached to a given GameObject, there can be several Collider components. This is commonly referred to as a compound...
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