List of Figures
| Table of Contents | List of Figures | List of Examples | List of Tables |
- Figure 1-1. Module Control Panel
- Figure 1-2. Processing an Image
- Figure 1-3. DisplaceLat Control Panel
- Figure 1-4. Contour Control Panel
- Figure 1-5. The Contour Map in Render
- Figure 1-6. Map for a Heat Flux
- Figure 1-7. Visualization of the Flux Peaks
- Figure 1-8. Visualizing a NutraSweet Molecule
- Figure 1-9. BallStick Control Panel
- Figure 1-10. AtomicSurf
Control Panel
- Figure 1-11. The Molecule in Render
- Figure 1-12. Simulating an Evolving Storm
- Figure 1-13.
IsosurfaceLat
Control Panel
- Figure 1-14. Storm Data in Render
- Figure 1-15.
OrthoSlice Control Panel
- Figure 1-16.
ProbeLat Control Panel
- Figure 1-17. Different Levels of Air Density
- Figure 1-18. The Rendered Flow Field
- Figure 2-1. The Map Editor
- Figure 2-2. The Module Librarian
- Figure 2-3. Module Launch Menu
- Figure 2-4. A Simple Map Example
- Figure 2-5. General Structure of a Module
- Figure 2-6. Micro Control Panel/Title Bar
- Figure 2-7. Diminutif Control Panel
- Figure 2-8. Full-scale Control Panel
- Figure 2-9. Module Pop-up Menu
- Figure 2-10. Module Input Ports
- Figure 2-11. Module Output Ports
- Figure 2-12. Making Connections between Modules
- Figure 2-13. Making Multiple Connections
- Figure 2-14. Example of Map Connections
- Figure 2-15. The Map Log Window
- Figure 2-16. Module Log Window
- Figure 2-17. Log Window Pop-up Menu
- Figure 2-18. Button Widgets
- Figure 2-19. Slider Widgets
- Figure 2-20. Dial Widgets
- Figure 2-21. Text Type-in Slots
- Figure 2-22. A File Browser
- Figure 2-23. Option Menu Widgets
- Figure 2-24. Scrolled List Widget
- Figure 2-25. A Drawing Area Widget
- Figure 2-26. Experimenting with Widgets
- Figure 2-27. Module Category
- Figure 3-1. The GenerateColormap Module
- Figure 3-2. Adding Control Points to a Color Band
- Figure 3-3. Slope Control Points
- Figure 3-4. A Map using GenerateColormap
- Figure 3-5. The GenLat Module
- Figure 3-6. The OrthoSlice Module
- Figure 3-7. Slicing a Volume with OrthoSlice
- Figure 3-8. The Slice Module
- Figure 3-9. Slice Extended Beyond Lattice Bounds
- Figure 3-10. Slicing a Volume with Slice
- Figure 3-11. The ProbeLat Module
- Figure 3-12. Probe Forms
- Figure 3-13. Slicing a Volume with ProbeLat
- Figure 3-14. The Histogram Module
- Figure 3-15. An Image in the DisplayImg Module
- Figure 3-16. Example Showing Two Images in DisplayImg
- Figure 3-17. The Render Module
- Figure 3-18. A Selected Object
- Figure 3-19. Render Pop-up Menu
- Figure 3-20. The Render Decorations
- Figure 3-21. Wireframe Object in Render
- Figure 3-22. The Material Editor
- Figure 3-23. The Color Editor
- Figure 3-24. Light Editor
- Figure 3-25. The Trackball Manipulator
- Figure 3-26. A Loop in a Map
- Figure 3-27. Loop Controller Modules
- Figure 3-28. Build Options for Loop Controller
- Figure 3-29. Looping Control Arc
- Figure 3-30. Ambiguous Looping Scheme
- Figure 3-31. Module Menu on Active Loop Controller
- Figure 4-1. The Control Panel Editor
- Figure 4-2. Selecting a Widget Type
- Figure 4-3. A Selection of Widgets
- Figure 4-4. The Decorations Menu
- Figure 4-5. Scrolled List Properties
- Figure 4-6. Widget Handlebox
- Figure 4-7. The Menu Bar Editor
- Figure 4-8. The Menu Editor
- Figure 4-9. The Parameter Function Editor
- Figure 4-10. Module Pop-up Menu
- Figure 4-11. Connections for a Parameter Function
- Figure 4-12. Parameter Functions for a Module
- Figure 4-13. Simple Example with a Parameter Function
- Figure 4-14. Messages in the P-Func Editor
- Figure 4-15. A Parameter Function Using Two Variables
- Figure 5-1. An Image Processing Map
- Figure 5-2. The Closed Group
- Figure 5-3. The Open Group
- Figure 5-4. The Group Editor
- Figure 5-5. Renaming a Port
- Figure 5-6. The Group Control Panel
- Figure 5-7. The New Group Control Panel
- Figure 7-1. Templates and Scripts
- Figure 7-2. Template Icons
- Figure 7-3. New Template Dialog Box
- Figure 7-4. Input and Overview Templates
- Figure 7-5. DataScribe Data Types Palette
- Figure 7-6. Glyph Forms
- Figure 7-7. The Shape and Node Type Icons
- Figure 7-8. A New Array Structure
- Figure 7-9. A Hierarchical Array
- Figure 7-10. An Open Vector Glyph
- Figure 7-11. A Simple DataScribe Script
- Figure 7-12. Overview Output Port
- Figure 7-13. The DataScribe Module in the Map Editor
- Figure 7-14. A Scalar Glyph
- Figure 7-15. An Array Glyph
- Figure 7-16. A Complex 3D Array
- Figure 7-17. A 3D Uniform Lattice
- Figure 7-18. A 3D Perimeter Lattice
- Figure 7-19. A 3D Curvilinear Lattices
- Figure 7-20. A 3D Generic Lattice
- Figure 7-21. A Set for a Bounding Box
- Figure 7-22. Nested Sets
- Figure 7-23. A Pattern Glyph
- Figure 7-24. File Structure for Pattern Template
- Figure 7-25. An Input Template Using Patterns
- Figure 7-26. The Glyph Property Sheet
- Figure 7-27. Parameters Template Title Bar
- Figure 7-28. Constants Template Title Bar
- Figure 7-29. Making the First Connection
- Figure 7-30. A Script Using Patterns
- Figure 7-31. Array Component Dialog Window
- Figure 7-32. Selecting the X Value of a 2D Array
- Figure 7-33. Component Dialog Window for X Values
- Figure 7-34. Component Dialog Window for Data Values
- Figure 7-35. New Menus for Input Template
- Figure 7-36. Output Lattice Coordinate Vector
- Figure 7-37. Output Coordinate Values (xCoord)
- Figure 7-38. Output Coordinate Values (allX)
- Figure 7-39. The Output Template Ruler
- Figure 7-40. Reading a Formatted ASCII File
- Figure 7-41. Ruler for Reading an ASCII File
- Figure 7-42. Writing a Formatted ASCII File
- Figure 7-43. An Output Array Ruler
- Figure 7-44. A Curvilinear 3D Lattice Reader
- Figure 7-45. The PLOT3D Script