Java Advanced Imaging
by Michael Barlow, John Ostuni, Alejandro Terrazas
Java™ Media APIs: Cross-Platform Imaging, Media, and Visualization
- Copyright
- About the Authors
- Acknowledgments
- Tell Us What You Think!
- Visualization, Media, and Imaging on the Java Platform
- 2D Graphics and Imaging on the Java Platform: The Java 2D, Java Advanced Imaging, and Java Image I/O APIs
- Imaging and Graphics on the Java Platform
- Evolution of Graphics and Imaging on the Java Platform
- Graphics Versus Imaging
- Coordinate Spaces: User Space and Device Space
- Finding Out About Device Space
- What Is Rendering?
- Graphics Context
- The Basic Recipe for Rendering in Java 2D
- Imaging Fundamentals
- Java Images: A Raster and a ColorModel
- The Immediate Mode Rendering Model
- Rendering Independence: The Renderable and Rendered Imaging Layers
- The Pull Model
- Graphics Capabilities in JAI
- Client-Server Imaging
- Image I/O
- Summary
- Graphics Programming with the Java 2D API
- The Basic Java 2D Recipe
- Set the Graphics2D Context…
- …and Render Something
- Rendering on Components
- Shape Primitives
- Graphics Stroking
- Fill Attributes and Painting
- Transparency and Compositing
- Text
- Clipping
- Coordinate Space Transformations
- Techniques for Graphical User Input
- Double Buffering
- Comprehensive Example: Kspace Visualization
- Summary
- Immediate Mode Imaging Model
- Image I/O API
- Java Advanced Imaging
- Imaging and Graphics on the Java Platform
- Time-Based Media: The Java Media Framework
- Time-Based Media and the JMF: An Introduction
- Time-Based Media
- Processing Media
- Audio Primer
- Video Primer
- What Is the JMF?
- Java and Time Based Media: A Short History
- Media Formats and Content Types Supported by JMF
- Levels of Usage of the JMF API
- Programming Paradigms When Using JMF
- Structure of the API
- Time—A Central Concept
- Bare Bones Player Applet—A First Applet Using JMF
- Summary
- Controlling and Processing Media with JMF
- RTP and Advanced Time-Based Media Topics
- Time-Based Media and the JMF: An Introduction
- Visualization and Virtual Environments: The Java 3D API
- 3D Graphics, Virtual Reality, and Visualization
- What Is 3D?
- The Java 3D Scene Graph
- Inside the Rendering Pipeline
- Thread Scheduling
- Geometric Modeling
- Reducing Unnecessary Rendering Through Culling
- Spatial Transformation
- The Java 3D View Model
- Particle Systems
- Texture Mapping
- Modeling Light and Shadows
- User Interaction in 3D Space
- Unjarring the Java 3D Utilities
- Summary
- Creating the Virtual World
- Revisiting the Java 3D Scene Graph
- Recipe for Writing a Java 3D Application
- Organizing the Scene Graph Through BranchGroups
- Grouping Scene Graph Elements
- Adding Prebuilt Behaviors to the Scene Graph
- Capability Bits
- Using 3D Geometry
- Texture Mapping
- Backgrounds
- Lighting
- Fog
- Adding 3D Sound
- Vector Math Library
- Comprehensive Example #1: MR Physics Visualization
- Comprehensive Example #2: Neuronal Spike Visualization
- Summary
- Interaction with the Virtual World
- The Java 3D View Model
- 3D Graphics, Virtual Reality, and Visualization
- Bringing It All Together: Integrated Java Media Applications
- Index
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