Game Development Concepts in C++

Leverage Unreal Engine to implement a wide variety of mechanics using C++. This book arms you with the knowledge and practices of game mechanics programming in C++, supported by detailed mathematical and programmatic explanations.

Detailing everything from collision mechanics and AI pathfinding to networking and advanced physics, this book offers a holistic approach to game development, ensuring you get the most out of your gameplay experiences. You will work on character mechanics, environmental interactions, combat systems, and visual effects, gaining a thorough understanding of how to implement these features in C++.

By the time you finish this book, you will be able to create complex game mechanics and to make your projects optimization-intensive and performance-driven. Whether you want to polish your skills or experiment with new techniques, _Game Dev Concepts in C++ for Unreal Engine Practitioners_ gives you the right guidance and helps you to stand out in this competitive world of game development.

WHAT YOU WILL LEARN

* Understand detailed scenarios that demonstrate how each mechanic is applied in real-world game development projects.
* Utilize ready template codes for quicker implementation of mechanics in your games, saving time, and boosting productivity.
* Develop your skills in advanced Unreal Engine and C++ programming, making you a versatile and proficient game developer.
* See how different mechanics work together to create engaging gameplay experiences.__



WHO IS THIS BOOK FOR

Ideal for intermediate level game developers who have an understanding of Unreal Engine and have a set of basic programming skills in C++.

Chapter 1: Introduction.- Chapter 2: Collision Mechanics.- Chapter 3: Interaction Mechanics.- Chapter 4: Environmental Mechanics.- Chapter 5: Character Mechanics.- Chapter 6: Combat Mechanics.- Chapter 7: Physics and Dynamics.- Chapter 8: Audio and Visual Effects.- Chapter 9: AI and Pathfinding.- Chapter 10: Networking and Multiplayer.- Chapter 11: Advanced Mechanics.- Chapter 12: Case Studies.- Chapter 13: Appendices.