What this book covers
Chapter 1, Getting to Know Your Environment, starts off with the Unity installation process, the main features of the editor, and finding documentation for C# and Unity-specific topics. We'll also go through creating C# scripts from inside Unity and take a look at Visual Studio, the application where all our code editing takes place.
Chapter 2, The Building Blocks of Programming, begins by laying out the atomic-level concepts of programming, giving you the chance to relate variables, methods, and classes to situations in everyday life. From there, we move on to simple debugging techniques, proper formatting and commenting, and how Unity turns C# scripts into components.
Chapter 3, Diving into Variables, Types, and Methods, takes a deeper look at the building blocks from Chapter 2. This includes C# data types, naming conventions, access modifiers, and everything else you'll need for the foundation of a program. We'll also go over how to write methods, add parameters, and use return types, ending with an overview of standard Unity methods belonging to the MonoBehaviour class.
Chapter 4, Control Flow and Collection Types, introduces the common approaches to making decisions in code, consisting of the if-else and switch statements. From there, we move on to working with arrays, lists, and dictionaries, and incorporating iteration statements for looping through collection types. We end the chapter with a look at conditional looping statements and a special C# data type called enumerations.
Chapter 5, Working with Classes, Structs, and OOP, details our first contact with constructing and instantiating classes and structs. We'll go through the basic steps of creating constructors, adding variables and methods, and the fundamentals of subclassing and inheritance. The chapter will end with a comprehensive explanation of object-oriented programming and how it applies to C#.
Chapter 6, Getting Your Hands Dirty with Unity, marks our departure from C# syntax into the world of game design, level building, and Unity's featured tools. We'll start by going over the basics of a game design document and then move on to blocking out our level geometry and adding lighting and a simple particle system.
Chapter 7, Movement, Camera Controls, and Collisions, explains different approaches to moving a player object and setting up a third-person camera. We'll discuss incorporating Unity physics for more realistic locomotion effects, as well as how to work with collider components and capture interactions within a scene.
Chapter 8, Scripting Game Mechanics, introduces the concept of game mechanics and how to effectively implement them. We'll start by adding a simple jump action, create a shooting mechanic, and build on the previous chapters' code by adding logic to handle item collection.
Chapter 9, Basic AI and Enemy Behavior, starts with a brief overview of artificial intelligence in games and the concepts we will be applying to Hero Born. Topics covered in this chapter will include navigation in Unity, using the level geometry and a navigation mesh, smart agents, and automated enemy movement.
Chapter 10, Revisiting Types, Methods, and Classes, takes a more in-depth look at data types, intermediate method features, and additional behaviors that can be used for more complex classes. This chapter will give you a deeper understanding of the versatility and breadth of the C# language.
Chapter 11, Introducing Stacks, Queues, and HashSets, dives into intermediate collection types and their features. Topics covered in this chapter include using Stacks, Queues, and HashSets and the different development scenarios that each is uniquely suited for.
Chapter 12, Saving, Loading, and Serializing Data, gets you ready to handle your games information. Topics covered in this chapter include working with the filesystem and creating, deleting, and updating files. We'll also cover different data types including XML, JSON, and binary data, and end with a practical discussion on serializing C# objects directly into data formats.
Chapter 13, Exploring Generics, Delegates, and Beyond, details intermediate features of the C# language and how to apply them in practical, real-world scenarios. We'll start with an overview of generic programming and progress to concepts such as delegation, events, and exception handling.
Chapter 14, The Journey Continues, reviews the main topics you've learned throughout the book and leaves you with resources for further study in both C# and Unity. Included in these resources will be online reading material, certification information, and a host of my favorite video tutorial channels.