Use Data-Oriented Design to deliver games with outstanding performance while using less time and resources.

Data-Oriented Design (DOD) has become standard practice for AAA games and indie devs who need to squeeze every drop of performance out of hardware and deliver games on a rapid schedule. DOD is a programming practice that streamlines the way your code accesses, stores, and uses data, taking advantage of modern CPU architecture and accelerating the dev process. Data-Oriented Design for Games is a unique and comprehensive guide to architecting and coding games using DOD principles.

In Data-Oriented Design for Games you'll learn:

• Data-Oriented Design and its application to game development
• Optimize performance on modern CPU architecture
• Reduce complexity by separating data from logic
• Improve code extensibility through data-first problem solving
• The Entity Component System (ECS) and its relationship to DOD
• Implement DOD in Unity and other object-oriented engines

Modern games need to be smooth, high-framerate experiences with deep gameplay that keeps users hooked for years. Data-oriented design takes advantage of modern CPUs to upgrade game performance, easily outpacing traditional object-oriented programming. DOD uses arrays instead of objects, avoids design patterns and subroutines, and utilizes pure atomic functions as much as possible. Plus, because you’re only thinking about data and logic, DOD-games take less manpower and time than building with OOP. Data-Oriented Design for Games reveals how you can bring this powerful programming approach to your own projects. You’ll discover both the essential theory behind DOD, and put it into practice to develop a complete game project.