Part V. Traversers, Low-Level Geometry Processing, and Multiprocessing
Prev		Next

Traversers, Low-Level Geometry Processing, and Multiprocessing

Chapter 12, “Traversing a Large Scene Graph”

Chapter 13, “Manipulating Triangles and Rebuilding Renderable Objects”

Chapter 14, “Managing Multiple Processors”

Table of Contents

12. Traversing a Large Scene Graph

Traversals and Callbacks: General Features
Controlling a Traversal With the Callback Return Value opTravDisp
Specifying Deletion of Traversal Object Storage: opActionDisp
Depth-First Traversals: opDFTravAction
Breadth-First Traversals: opBFTravAction
Sample Traversal Function From the opoptimize Sample Application
Traversing a Scene Graph and Applying a csDispatch: opDispatchAction

13. Manipulating Triangles and Rebuilding Renderable Objects

Overview of Low-Level Geometry Tools
Decomposing csGeoSets Into Constituent Triangles: opGeoConverter
Specifying Coloring of New csGeoSets: opColorGenerator
Building New csGeoSets

14. Managing Multiple Processors

MP Control Tasks and Related Classes
Overview of the Thread Manager
Thread Manager: opThreadMgr
Defining Tasks for a Thread Manager
Coordinating Threads That Change a Scene Graph: opTransactionMgr
Low-Level Multiprocess Tools

Prev	Table of Contents	Next
Chapter 11. Rendering Higher-Order Primitives: Tessellators		Chapter 12. Traversing a Large Scene Graph