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This is a book about how to use an exciting and powerful technology, JavaServer Pages, (JSP) to create dynamic, interactive Web sites As the name implies, this technology is based on the Java programming language and inherits many of the language's features and benefits Most notably, Java makes JSPs available on almost every kind of computer and operating system and certainly all those in common use JavaServer Pages are now a mature and stable technology, already in use in thousands of companies But maturity has certainly not led to stagnation! Recently, a new version of the JSP specification was released, bringing new capabilities and possibilities In addition, several companion technologies have been developed to augment the fundamental specification The new specification, as well as the most important of these associated technologies, are all covered in this book Throughout this book, effort has been made to show the capabilities of all these tools and to discuss how they can best be used One of the most important features of JavaServer Pages is how easy they are to use Anyone who is reasonably comfortable with HTML (Hypertext Markup Language) can learn to write JavaServer Pages by using a few simple tags that may do very sophisticated things behind the scenes, along with small packages of code called JavaBeans This allows for a very productive working relationship between HTML experts who build pages and Java programmers who build beans and new tags Both kinds of developer will find material of interest in this book 1 gives a brief history of the Web, setting JSPs in context and clarifying what they are, how they work, and why they work that way 2 introduces some of the simpler features of JSPs and shows just how easy the transition from HTML to JSP is The next two chapters introduce the two vital technologies that give JSPs their enormous power and flexibility: JavaBeans in 3 and custom tags in 4 These tags are presented as page authors will use them: components that hide all the complexities of Java behind simple interfaces that can be combined and used in limitless ways 5 uses beans and tags to build a fully functional Web site One of the great benefits of JSPs is that they make it possible for pages to interact with complex systems A very common such system is a database 6 introduces database concepts and discusses easy ways in which a page author can access data 7 uses this information to expand the utility of the site built in 5 XML (Extensible Markup Language) is an increasingly important technology, and JSPs are already well equipped to work with XML This topic is covered in 8.

CIE-Based Color to Device Color 374 Conversions among Device Color Spaces Transfer Functions 380 Halftones 382 Scan Conversion Details 403 7: Transparency 409

Provide a rich set of features for creating interesting 3D worlds, tempered by the need to avoid nonessential or obscure features Features that could be layered on top of Java 3D were not included Provide a high-level object-oriented programming paradigm that enables developers to deploy sophisticated applications and applets rapidly Provide support for runtime loaders This allows Java 3D to accommodate a wide variety of le formats, such as vendor-speci c CAD formats, interchange formats, VRML 10, and VRML 20

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Java 3D is an object-oriented API Applications construct individual graphics elements as separate objects and connect them together into a treelike structure called a scene graph The application manipulates these objects using their prede ned accessor, mutator, and node-linking methods

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Overview of Transparency 410 Basic Compositing Computations 412 Transparency Groups 425 Soft Masks 439 Specifying Transparency in PDF 441 Color Space and Rendering Issues 454 8: Interactive Features 471

Java 3D s scene graph based programming model provides a simple and exible mechanism for representing and rendering scenes The scene graph contains a complete description of the entire scene, or virtual universe This includes the geometric data, the attribute information, and the viewing information needed to render the scene from a particular point of view 2, Scene Graph Basics, provides more information on the Java 3D scene graph programming model The Java 3D API improves on previous graphics APIs by eliminating many of the bookkeeping and programming chores that those APIs impose Java 3D allows the programmer to think about geometric objects rather than about triangles about the scene and its composition rather than about how to write the rendering code for ef ciently displaying the scene

Java 3D includes three different rendering modes: immediate mode, retained mode, and compiled-retained mode (see 12, Execution and Rendering Model ) Each successive rendering mode allows Java 3D more freedom in optimizing an application s execution Most Java 3D applications will want to take advantage of the convenience and performance bene ts that the retained and compiled-retained modes provide 2

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