List of Figures

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

Figure 1-1. SGI Reality Center

Figure 1-2. MPK Application Structure

Figure 2-1. MPK Configuration Hierarchy

Figure 2-2. A Typical OpenGL Program

Figure 2-3. MPK Execution Framework

Figure 2-4. A Simplified mpkConfigFrame() Call

Figure 2-5. MPK_ORTHO_STILL and MPK_ORTHO_TRACKED Frusta

Figure 3-1. Source and Destination Channels

Figure 3-2. Screen Decomposition

Figure 3-3. The Execution of a 2D Compound

Figure 3-4. The Execution of a 2D ASYNC Compound

Figure 3-5. Database Decomposition

Figure 3-6. The Execution of a DB Compound

Figure 3-7. The Execution of a DB ASYNC Compound

Figure 3-8. Eye Decomposition

Figure 3-9. The Execution of an EYE or HMD Compound

Figure 3-10. The Execution of an EYE or HMD ASYNC Compound

Figure 3-11. Frame Multiplexing Decomposition

Figure 3-12. The Execution of a DPLEX Compound

Figure 3-13. The Execution of a DPLEX ASYNC Compound

Figure 3-14. Two-Pipe Full-Scale DPLEX Compound

Figure 3-15. Data Streaming Decomposition

Figure 3-16. The Execution of a 3D Compound

Figure 3-17. 4x FSAA Decomposition

Figure 3-18. Eye-DB Multilevel Decomposition

Figure 3-19. Dynamic Versus Static Load Balancing

Figure 3-20. 2D Tiling Scheme with Four Regions and Horizontal Tiles

Figure 3-21. 2D Tiling Scheme with Four Regions and Vertical Tiles

Figure 3-22. A Detailed Window Update

Figure 3-23. MPKCompound Traversal

Figure 4-1. Compound Tree for a 2D Decomposition

Figure 4-2. Compound Tree for 2D Decomposition with Parallel Culling

Figure 4-3. Compound Tree for 2D Decomposition and Multilevel Culling

Figure 4-4. Multiple Cull Threads for a Single Channel

Figure 5-1. A Frame and an Image within one Channel