List of Figures

| Table of Contents | List of Figures | List of Tables |

Figure 1-1. The Module Builder Window for C Users

Figure 1-2. The Module Builder Window for Fortran Users

Figure 1-3. Module Builder File Menu

Figure 1-4. Input Ports Window

Figure 1-5. The Lattice Constraints Window

Figure 1-6. The Output Ports Window

Figure 1-7. Lattice Constraints for the Output Port

Figure 1-8. The Function Args Window for C Users

Figure 1-9. The Function Args Window for Fortran Users

Figure 1-10. The Connections Window

Figure 1-11. Input Port Popup Menu

Figure 1-12. Setting Storage Size for C Users

Figure 1-13. Setting Storage Size for Fortran Users

Figure 1-14. Control Panel Editor and Control Panel

Figure 1-15. Menu Bar Editor

Figure 1-16. Menu Editor

Figure 1-17. Build Options Menu

Figure 1-18. Build Menu Options

Figure 2-1. Module Builder Main Window

Figure 2-2. Input Ports Window

Figure 2-3. Lattice Constraints Window

Figure 2-4. Sequence of Type Coercions

Figure 2-5. The Pyramid Constraints Window

Figure 2-6. Output Port Window

Figure 2-7. Function Arguments Window for a C Function

Figure 2-8. Function Arguments Window for a Fortran Subroutine

Figure 2-9. Connections Window

Figure 2-10. Connections Menu for the “Molecule” Port

Figure 2-11. Highlights in the Connections Window

Figure 2-12. Setting a Constant Value for a Function Argument

Figure 2-13. Copy Buttons

Figure 2-14. The Prototypes Menu

Figure 2-15. Function Prototype Window

Figure 2-16. The Build Menu

Figure 2-17. The Build Options Menu

Figure 3-1. Data Flow Between Input and Output Lattices

Figure 3-2. Schematic Structure of the Lattice Data Type

Figure 3-3. Lattice Variables

Figure 3-4. Storing a Lattice

Figure 3-5. Array Neighbors

Figure 3-6. Storing Data Values

Figure 3-7. A 2-D Uniform Lattice Structure

Figure 3-8. A 3-D Uniform Lattice Structure

Figure 3-9. Data Set for a 2-D Perimeter Lattice

Figure 3-10. Storing Perimeter Coordinates

Figure 3-11. Example of a 3-D Perimeter Lattice

Figure 3-12. Storing Curvilinear Coordinates

Figure 3-13. A 1-D Curvilinear Lattice

Figure 3-14. 2-DCurvilinear Lattice

Figure 3-15. 3-Durvilinear Lattices

Figure 3-16. Defining Lattice Constraints

Figure 4-1. Pyramid Dictionary Reference Elements

Figure 4-2. Memory Layout of a 2-D Lattice

Figure 4-3. Layers in a Tetrahedral Grid

Figure 4-4. Top and Bottom of Compressed Tetrahedral Grid

Figure 4-5. Layers in a Compressed Grid

Figure 4-6. Connections in a Tetrahedron

Figure 4-7. Preprocessing a Pyramid Dictionary

Figure 5-1. Schematic Structure of the Geometry Data Type

Figure 5-2. Inventor Scene Graph

Figure 5-3. Node Relationships

Figure 5-4. Modifying a Color Node (Stage 1)

Figure 5-5. Modifying a Color Node (Stage 2)

Figure 5-6. Modifying a Color Node (Stage 3)

Figure 5-7. Output from Geometry Example

Figure 6-1. Schematic Structure of the Pick Data Type

Figure 6-2. Schematic Structure of the PickHit Data Type

Figure 6-3. The Pick Map

Figure 7-1. Schematic Structure of the Parameter Type

Figure 8-1. Explorer Types Information Flow

Figure 9-1. Spectrum of Module Complexity

Figure 9-2. The Module Structure

Figure 9-3. Output from the XGLArea Routine

Figure 9-4. The Hook Function Window

Figure 10-1. The LatFunction Module Control Panel

Figure 10-2. How Shape Assigns Variable Names

Figure 10-3. LatFunction in the testVol Map

Figure 10-4. Output from the color-xform Map

Figure 10-5. Output from the heat-flux Map

Figure B-1. Map Topology

Figure B-2. Multiple Firing in a Map

Figure B-3. Frame Identifiers

Figure B-4. Map Firings

Figure B-5. Frame Assembly

Figure B-6. Parallel Data Flows

Figure B-7. Data Handling in a Module