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In this book, XNA expert Reimer Grootjans brings together a selection of the hottest quick-start recipes in XNA programming for the Xbox and Windows PC. Advanced XNA programmers, experienced coders new to games development, and even complete beginners will find XNA Game Programming Recipes an invaluable companion when building games for fun or as commercial products. Numerous problem-solving recipes cover topics from cameras and angles, to textures, models, and lighting and shadowing, and will get you over the common hurdles encountered in both 2D and 3D XNA application design.
Join the game development revolution today! XNA 3.0 greatly simplifies the development of your own games, lowering the barrier for programmers to get into game development. In XNA, you can start coding your games from the very start, a true revelation compared to other game programming environments. XNA doesn't sacrifice power for this ease of use—it is built entirely on DirectX technology. Completely updated for XNA 3.0, expert Riemer Grootjans brings together a selection of the hottest recipes in XNA programming for the Xbox 360, PC, and Zune. Advanced XNA programmers, experienced coders new to game development, and even complete beginners will find XNA 3.0 Game Programming Recipes an invaluable companion whether building games for fun or as commercial products.
Over 40 intermediateto advanced recipes for taking your XNA development arsenal further in this book and e-book.
This unique text/reference highlights a selection of practical applications of advanced image analysis methods for medical images. The book covers the complete methodology for processing, analysing and interpreting diagnostic results of sample CT images. The text also presents significant problems related to new approaches and paradigms in image understanding and semantic image analysis. To further engage the reader, example source code is provided for the implemented algorithms in the described solutions. Features: describes the most important methods and algorithms used for image analysis; examines the fundamentals of cognitive computer image analysis for computer-aided diagnosis and semantic image description; presents original approaches for the semantic analysis of CT perfusion and CT angiography images of the brain and carotid artery; discusses techniques for creating 3D visualisations of large datasets; reviews natural user interfaces in medical imaging systems, including GDL technology.
Now you can build your own games for your Xbox 360, Windows Phone 7, or Windows-based PC—as you learn the underlying concepts for computer programming. Use this hands-on guide to dive straight into your first project—adding new tools and tricks to your arsenal as you go. No experience required! Learn XNA and C# fundamentals—and increase the challenge with each chapter Write code to create and control game behavior Build your game’s display—from graphics and text to lighting and 3-D effects Capture and cue sounds Process input from keyboards and gamepads Create features for one or multiple players Tweak existing games—and invent totally new ones
Windows Phone 7.5 (code-named Mango) marks a significant upgrade to Microsoft’s smartphone products. Packed with sophisticated new features and functionality, the device is a .NET developer’s dream, easily programmable using Silverlight, XNA and C#. Windows Phone Recipes utilizes a proven problem-solution approach, providing a concise guide to all the phone’s features in recipe book format. First, the problem you're facing is identified. Then, a clear explanation of the solution is given, supported by a fully-worked code sample that demonstrates the feature in action. All aspects of development, configuration, testing, and distribution are covered. You'll find recipes that unlock advanced user interface features, deal with data storage, integrate with cloud services, add media and location services, and much more. It's everything you'll need to put a professional polish on your Windows Phone 7.5 applications!
Would you like to create your own games, but never have the time to dig into the details of multimedia programming? Now you don't have to! XNA 3.0 makes it simple to create your own games, which will run on your PC and Xbox 360 console. Even if you don't know how to program at all, Beginning XNA 3.0 Game Programming: From Novice to Professional will teach you the basics of C# 2008 programming along the way. Don't get overwhelmed with details you don't need to know—just learn what you need to start creating your own games right now! This fast–paced introduction to XNA 3.0 and the C# language provides you with a quick–start guide to creating high–quality XNA games. You'll be introduced to the key concepts and ideas you need to know in a gradual fashion so that you master one concept before using it as a foundation for the next. Before long, you will have the skills to create smooth, professional–looking results in a range of gaming genres. By the end of the book, you will have constructed several working games and have an excellent knowledge base from which to investigate more advanced techniques.
Provides information on using Microsoft XNA to create games for the Xbox 360 and for Microsoft Windows.
An engaging examination of how video game design can create strong, positive emotional experiences for players—with examples from popular, indie, and art games. This is a renaissance moment for video games—in the variety of genres they represent, and the range of emotional territory they cover. But how do games create emotion? In How Games Move Us, Katherine Isbister takes the reader on a timely and novel exploration of the design techniques that evoke strong emotions for players. She counters arguments that games are creating a generation of isolated, emotionally numb, antisocial loners. Games, Isbister shows us, can actually play a powerful role in creating empathy and other strong, positive emotional experiences; they reveal these qualities over time, through the act of playing. She offers a nuanced, systematic examination of exactly how games can influence emotion and social connection, with examples—drawn from popular, indie, and art games—that unpack the gamer’s experience. Isbister describes choice and flow, two qualities that distinguish games from other media, and explains how game developers build upon these qualities using avatars, non-player characters, and character customization, in both solo and social play. She shows how designers use physical movement to enhance players’ emotional experience, and examines long-distance networked play. She illustrates the use of these design methods with examples that range from Sony’s Little Big Planet to the much-praised indie game Journey to art games like Brenda Romero’s Train. Isbister’s analysis shows us a new way to think about games, helping us appreciate them as an innovative and powerful medium for doing what film, literature, and other creative media do: helping us to understand ourselves and what it means to be human.