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| Visualization, Media, and Imaging on the Java Platform | |
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| 3D Modeling and Visualization with Java 3D | |
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| The Java Media Framework | |
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| Loading and Manipulating Images | |
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| Summary | |
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| 2D Graphics and Imaging on the Java Platform: The Java 2D, Java Advanced Imaging, and Java Image I/O APIs | |
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| Imaging and Graphics on the Java Platform | |
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| Evolution of Graphics and Imaging on the Java Platform | |
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| Graphics Versus Imaging | |
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| Coordinate Spaces: User Space and Device Space | |
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| Finding Out About Device Space | |
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| What Is Rendering? | |
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| Graphics Context | |
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| The Basic Recipe for Rendering in Java 2D | |
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| Imaging Fundamentals | |
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| Java Images: A Raster and a ColorModel | |
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| The Immediate Mode Rendering Model | |
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| Rendering Independence: The Renderable and Rendered Imaging Layers | |
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| The Pull Model | |
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| Graphics Capabilities in JAI | |
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| Client-Server Imaging | |
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| Image I/O | |
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| Summary | |
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| Graphics Programming with the Java 2D API | |
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| The Basic Java 2D Recipe | |
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| Set the Graphics2D Context ... | |
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| ...and Render Something | |
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| Rendering on Components | |
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| Shape Primitives | |
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| Graphics Stroking | |
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| Fill Attributes and Painting | |
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| Transparency and Compositing | |
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| Text | |
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| Clipping | |
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| Coordinate Space Transformations | |
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| Techniques for Graphical User Input | |
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| Double Buffering | |
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| Comprehensive Example: Kspace Visualization | |
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| Summary | |
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| Immediate Mode Imaging Model | |
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| Push Imaging Model | |
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| Pixel Storage and Conversion | |
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| Immediate Mode Imaging Model | |
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| Summary | |
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| Image I/O API | |
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| Image Formats | |
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| Reading and Writing Basics | |
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| Service Provider Interfaces | |
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| IIOParam Classes | |
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| Metadata | |
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| Final Plug-in Code | |
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| ch5ImageMetadata | |
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| Summary | |
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| Java Advanced Imaging | |
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| Introduction | |
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| JAI Image Classes | |
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| The JAI Class | |
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| JAI IO | |
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| Advanced Topics | |
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| Native Acceleration | |
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| Summary | |
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| Time-Based Media: The Java Media Framework | |
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| Time-Based Media and the JMF: An Introduction | |
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| Time-Based Media | |
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| Processing Media | |
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| Audio Primer | |
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| Video Primer | |
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| What Is the JMF? | |
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| Java and Time Based Media: A Short History | |
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| Media Formats and Content Types Supported by JMF | |
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| Levels of Usage of the JMF API | |
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| Programming Paradigms When Using JMF | |
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| Structure of the API | |
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| Time--A Central Concept | |
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| Bare Bones Player Applet--A First Applet Using JMF | |
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| Summary | |
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| Controlling and Processing Media with JMF | |
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| Detailed Time Model | |
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| The Control and Processing Chains | |
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| Managing the Complexity | |
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| It's All About Control | |
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| Sourcing Media and Media Format | |
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| MediaHandler | |
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| Playing Media | |
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| Conserving Media | |
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| PlugIns | |
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| Processing Media | |
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| Media Capture | |
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| Summary | |
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| RTP and Advanced Time-Based Media Topics | |
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| What's RTP? | |
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| RTP with the JMF | |
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| Extending the JMF | |
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| JMFCustomizer | |
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| Synchronization | |
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| The JMF in Conjunction with Other APIs | |
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| Java Sound | |
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| Future Directions for the JMF | |
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| Summary | |
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| Visualization and Virtual Environments: The Java 3D API | |
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| 3D Graphics, Virtual Reality, and Visualization | |
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| What Is 3D? | |
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| The Java 3D Scene Graph | |
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| Inside the Rendering Pipeline | |
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| Thread Scheduling | |
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| Geometric Modeling | |
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| Reducing Unnecessary Rendering Through Culling | |
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| Spatial Transformation | |
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| The Java 3D View Model | |
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| Particle Systems | |
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| Texture Mapping | |
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| Modeling Light and Shadows | |
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| User Interaction in 3D Space | |
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| Unjarring the Java 3D Utilities | |
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| Summary | |
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| Creating the Virtual World | |
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| Revisiting the Java 3D Scene Graph | |
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| Recipe for Writing a Java 3D Application | |
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| Organizing the Scene Graph Through BranchGroups | |
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| Grouping Scene Graph Elements | |
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| Adding Prebuilt Behaviors to the Scene Graph | |
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| Capability Bits | |
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| Using 3D Geometry | |
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| Texture Mapping | |
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| Backgrounds | |
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| Lighting | |
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| Fog | |
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| Adding 3D Sound | |
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| Vector Math Library | |
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| MR Physics Visualization | |
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| Neuronal Spike Visualization | |
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| Summary | |
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| Interaction with the Virtual World | |
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| Types of 3D User Interaction | |
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| The Behavior Class | |
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| Picking | |
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| Navigation | |
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| Collision Detection and Avoidance | |
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| Level of Detail | |
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| Using Swing with Java 3D | |
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| The BillboardBehavior | |
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| Animation Through Interpolators and Alpha Objects | |
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| Introduction to Sensors | |
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| The Java 3D View Model | |
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| The Big Chain of Transforms | |
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| Advantages of the Java 3D View Model | |
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| Policy Matters | |
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| The Most Basic Example | |
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| Stereo Viewing | |
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| Head Tracking and the Sensor Class | |
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| Using Java 3D's View Model as a Camera Model | |
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| Building a CAVE or Wedge with Java 3D | |
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| Summary | |
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| Bringing It All Together: Integrated Java Media Applications | |
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| Integrating the Java Media APIs | |
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| Integrated Applications | |
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| JMF-J3D Interactions: Prototype for a Streaming 3D Chat Room | |
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| ROAM: Java-JAI-J3D Image Tiling Example | |
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| Summary | |
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| Index | |