Synopsis
Computer games have evolved from simple, little programs to major Hollywood-type productions. And today's player expectations have kept pace with this evolution - they expect truly believable gaming environments with complex stories, characters, and action. To achieve this quality, developers need to incorporate the most cutting-edge tools and techniques available. Programming Believable Characters for Computer Games is written to provide such a resource. It takes current research in artificial intelligence and games and presents both the concepts and architectures through practical programming examples. The book focuses on the higher-level AI needed to develop interesting and believable, non-player characters that can learn and express emotions. With an emphasis on pathfinding, decision trees, finite-state machines, rule-based systems, and goal-oriented action planning, it addresses the current topics in game development. Throughout the book, programmers work through the step-by-step creation of a 3D animated autonomous character. Each chapter covers the theory of the topic and then applies it through practical hands-on exercises. The creation process works from design, modeling, and animation to the development of the artificial brain, which includes techniques for learning, socializing, communicating, navigating, and adapting to its environment. This is a comprehensive resource that brings current games research into the hands of programmers.
About the Author
DR. PENNY BAILLIE-DE BYL (Australia) has been researching in the area of artificial intelligence since 1995. She has had a number of international conference papers, journal papers, several book chapters, and a book published in this area. During her twelve-year career as a university lecturer she has consulted as a computer programmer, systems simulator, and Web site application engineer. Dr. Baillie-de Byl currently works at the University of Southern Queensland in Australia where she teaches computer programming, computer graphics and computer game development.
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