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Hands-On Artificial Intelligence with Unreal Engine

Hands-On Artificial Intelligence with Unreal Engine

By : Francesco Sapio
3 (4)
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Hands-On Artificial Intelligence with Unreal Engine

Hands-On Artificial Intelligence with Unreal Engine

3 (4)
By: Francesco Sapio

Overview of this book

Learning how to apply artificial intelligence ( AI ) is crucial and can take the fun factor to the next level, whether you're developing a traditional, educational, or any other kind of game. If you want to use AI to extend the life of your games and make them challenging and more interesting, this book is for you. The book starts by breaking down AI into simple concepts to get a fundamental understanding of it. Using a variety of examples, you will work through actual implementations designed to highlight key concepts and features related to game AI in UE4. You will learn to work through the built-in AI framework in order to build believable characters for every game genre (including RPG, Strategic, Platform, FPS, Simulation, Arcade, and Educational). You will learn to configure the Navigation, Environmental Querying, and Perception systems for your AI agents and couple these with Behavior Trees, all accompanied with practical examples. You will also explore how the engine handles dynamic crowds. In the concluding chapters, you will learn how to profile, visualize, and debug your AI systems to correct the AI logic and increase performance. By the end of the book, your AI knowledge of the built-in AI system in Unreal will be deep and comprehensive, allowing you to build powerful AI agents within your projects.
Table of Contents (19 chapters)
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1
Section 1: The Unreal Framework
9
Section 2: Designing and Implementing Behavior Trees
13
Section 3: Debugging Methods
14
Debugging Methods for AI - Logging

Improving further (C++ only)

We have made a very nice Behavior Tree by programming the different nodes we have used. However, when you work on a big project or with other team members, you should ensure that your nodes are as solid as possible. In fact, in the C++ implementation, we added a static description to our nodes to show which variables were set, and that was fantastic. But we can do more!

This section will guide you through improving the C++ nodes even further.

Node Name

Unreal does a good job in C++ Behavior Tree nodes by cutting out the prefix (e.g. "BTTask_") and directly showing the name of the Task (or Decorator or Service). In the blueprint, it keeps the whole prefix instead, as you see in the following...

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