List of Examples

• 1.1. File Describing a Spinning Windmill
• 2.1. Basic “Hello, Cone” Program
• 2.2. “Hello, Cone” Using Engines
• 2.3. “Hello, Cone” with a Trackball Manipulator
• 2.4. “Hello, Cone” Using the Examiner Viewer
• 2.5. SoGraphicConfigTemplate object can be given to a viewer
• 2.6. SoXt/WinGLGraphicConfig object stores pixel format/visual information data
• 2.7. SoWinGLGraphicConfig object stores pixel format/visual information data
• 3.1. Molecule
• 3.2. Robot.c++
• 3.3. Naming Nodes
• 4.1. Switching among Multiple Cameras
• 4.2. Using Different Types of Lights
• 5.1. Creating a Face Set
• 5.2. Creating an Indexed Face Set
• 5.3. Creating a Triangle Strip Set
• 5.4. Creating a Quad Mesh
• 5.5. The file extension for a pattern file is “.pat”
• 5.6. How to create a FaceSet filled with a pattern
• 5.7. How to use SoPolygonOffset
• 5.8. Using Different Material Bindings
• 5.9. Changing the Order of Transformations
• 5.10. How to use SoMarkerSet
• 5.11. Using SoExtrusion to do a well-bore plot
• 5.12. An image using the SoImage node
• 6.1. Using 2D Text
• 6.2. Using 3D Text
• 6.3. Creating Beveled 3D Text
• 6.4. How to use SoAnnoText3
• 6.5. How to use stroke fonts
• 7.1. Using the Default Texture Values
• 7.2. Asynchronous loading of a texture
• 7.3. Specifying Texture Coordinates Explicitly
• 7.4. Using SoTextureCoordinatePlane
• 7.5. Multitexture
• 8.1. Setting the Center Field of a Transform Node
• 8.2. Writing the Path to the Picked Object
• 8.3. Using a Triangle Callback Function
• 8.4. How to use SoBevelAction
• 8.5. How to use SoSplitGeometryAction
• 10.1. Using an Event Callback
• 10.2. Sending Events Directly to the Application
• 10.3. Using a Motif-Style List to Select Objects
• 10.4. Using the Selection List
• 10.5. Using Selection Callback Functions
• 10.6. Creating a Top-Level Selection Policy
• 10.7. Picking through Manipulators
• 10.8. Selecting Node Kits
• 10.9. Retrieving details on point shapes
• 10.10. How to use SoExtSelection
• 11.1. SoWinTouchScreen registering
• 11.2. Add a recognizer
• 11.3. Gesture callback
• 12.1. Writing a Path
• 12.2. Reading from a String
• 12.3.  Retrieve ivModelDisplaySwitch
• 12.4.  Changing view from SoEventCallBack
• 13.1. Plugging an MPEGRenderer into a render area
• 13.2. Extract of using SoMPEGNavRenderer
• 13.3. Generate an MPEG file, frame by frame
• 13.4. HTML file and image map
• 14.1. Attaching a Field Sensor
• 14.2. Using the Trigger Node and Field
• 14.3. Using an Alarm Sensor
• 14.4. Using a Timer Sensor
• 15.1. Using the Real-Time Global Field
• 15.2. Using an Elapsed-Time Engine
• 15.3. Using Time-Counter Engines
• 15.4. Using a Gate Engine
• 15.5. Using a Boolean Engine
• 15.6. Using a Calculator Engine
• 15.7. A Spinning Windmill Using an SoRotor Node
• 15.8. Using a Blinker Node to Make a Sign Flash
• 16.1. Simple Use of Node Kits
• 16.2. Using Node Kits and Editors
• 16.3. Using Node Kits to Create a Motion Hierarchy
• 17.1. Using a Simple Dragger
• 17.2. Using Multiple Draggers
• 17.3. Using Manipulators to Transform Objects
• 17.4. How to use SoClipPlaneManip
• 17.5. Changing Parts after Building a Dragger
• 18.1. Using the Overlay Planes
• 18.2. Using a Callback Function
• 18.3. Attaching a Material Editor
• 18.4. Placing Two Components in the Same Window
• 18.5. Using a Browser Examiner Viewer
• 18.6. “Hello Cone” using the SoXt alias classes
• 18.7. “Hello Cone” using the SoWin classes without Win32
• 18.8. “Hello Cone” using the SoWin classes with Win32
• 18.9. Defines key and mouse button bindings for an Examiner Viewer
• 18.10. Simple use of SoGuiAlgoViewers
• 18.11. “Hello Cone” using SoQt classes
• 19.1. Render stereo images in an offscreen buffer
• 20.1. Creating a B-Spline Curve
• 20.2. Creating a Uniform B-Spline Curve
• 20.3. Bezier Surface
• 20.4. Trimming a Bezier Surface
• 20.5. Using SoNurbsProperties
• 21.1. Writing a per-pixel shader
• 21.2. Writing a geometry shader:
• 22.1. How to use the Collision Viewer
• 22.2. How to use SoIntersectionDetectionAction
• 23.1. Request/Release exclusive access to scene graph
• 23.2. MT_Modify1.cxx
• 23.3. Protect a method with class Mutex
• 23.4. TLS use for a node with class static variables numCoords and coordsArray
• 24.1. Retrieving information from the CPU
• 25.1. The main function in the CaveHelloCone example
• 25.2. The InventorInit function in the CaveHelloCone example
• 25.3. The InventorDraw function in the CaveHelloCone example
• 25.4. The InventorAddHeadlight function in CaveReadFile example
• 25.5. The InventorFrameUpdate function in CaveReadFile example
• 25.6. The (modified) InventorDraw function in CaveReadFile example
• 25.7. The (modified) InventorFrameUpdate function in the CaveHandleEvents example
• 25.8. The InventorHandleEvents function in the CaveHandleEvents example
• 28.1. Using a Callback Node
• 28.2. Using a GLX Window
• 29.1. Tutorial01.cxx
• 29.2. Simple 3D menu
• 30.1. Setting an SoOutput object for compressed output
• 30.2. Red obelisk node
• 30.3. Header of SoMFVec4f with pass-by-reference methods
• 30.4. Source of SoMFVec4f with pass-by-reference methods