C-Index

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

C

c - Variable in class com.openinventor.inventor.engines.SoCalculator: Floating point input.
C - Variable in class com.openinventor.inventor.engines.SoCalculator: Vector input.
c1 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.HLSMapping
c1 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.HLSTransparencyMapping
c1 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.RGBMapping
c1 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.RGBTransparencyMapping
c2 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.HLSMapping
c2 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.HLSTransparencyMapping
c2 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.RGBMapping
c2 - Variable in class com.openinventor.meshviz.graph.PbLinearDataMapping.RGBTransparencyMapping
cacheIsValid(SoNode) - Method in class com.openinventor.inventor.projection.SbProjectionCoordinates: Return whether the cache is valid or not.
cacheSize - Variable in class com.openinventor.volumeviz.nodes.SoVolumeTransform: Size of the computed tile cache for this transform.
Callback - Class in com.openinventor.inventor.misc: This class is intended to be subclassed in order to invoke a particular method for a given object.
Callback() - Constructor for class com.openinventor.inventor.misc.Callback
callback(SoCallbackAction) - Method in class com.openinventor.inventor.nodes.SoNode
callback(SoCallbackAction) - Method in class com.openinventor.meshviz.nodes.PoNode
callback(SoCallbackAction) - Method in class com.openinventor.meshvizxlm.mapping.nodes.MoActionNode
cameraDistance - Variable in class com.openinventor.medical.nodes.Gnomon: Specifies the distance from the camera to the gnomon geometry.
canApproximateCount() - Method in class com.openinventor.inventor.actions.SoGetPrimitiveCountAction: Returns whether shapes are allowed to approximate their count.
cancelURLDataRequest() - Method in class com.openinventor.inventor.nodes.SoWWWInline: Cancels the active URL data fetch request.
canConvert(SoInput) - Method in class com.openinventor.inventor.SoInputReader: Returns true if the specified input source can be converted by this plugin.
capped - Variable in class com.openinventor.inventor.nodes.SoAlgebraicCone: Specifies if cone is capped or not.
capped - Variable in class com.openinventor.inventor.nodes.SoAlgebraicCylinder: Specifies if cylinder is capped or not.
category - Variable in class com.openinventor.inventor.nodes.SoPattern: Specifies the name of a group of patterns.
CB - Interface in com.openinventor.inventor.misc
cell - Variable in class com.openinventor.meshviz.data.PbMesh.ContainingCell
cell_index - Variable in class com.openinventor.meshviz.data.PbMesh.CellBox
CellBox() - Constructor for class com.openinventor.meshviz.data.PbMesh.CellBox
cellFilter - Variable in class com.openinventor.meshvizxlm.mapping.elements.MoCellFilterElement.CellFilter: The cell filter
cellFilterType - Variable in class com.openinventor.meshvizxlm.mapping.elements.MoCellFilterElement.CellFilter: The cell filter type
cellIndex - Variable in class com.openinventor.meshviz.data.PoCellShape: Cell index.
cellIndices - Variable in class com.openinventor.meshvizxlm.mapping.nodes.MoMeshCellShape: Field representing the list of cells given by their index in the mesh.
If the mesh is unstructured, each value of cellIndices represents one cell.
If the mesh is a structured surface mesh, each cell is defined by a pair of indices (cellIndices(i), cellIndices(i+1)).
If the mesh is a structured volume mesh, each cell is defined by three indices (cellIndices(i), cellIndices(i+1), cellIndices(i+2)).
So, depending on the type of mesh, one, two or three indices are necessary to define each cell.
cellOutline - Variable in class com.openinventor.volumeviz.nodes.SoHeightFieldRender: If true, draw outline of each heightField cell (default is false).
cellOutlineColor - Variable in class com.openinventor.volumeviz.nodes.SoHeightFieldRender: When cellOutline is true, this value specifies the cell outline color.
cellOutlineWidth - Variable in class com.openinventor.volumeviz.nodes.SoHeightFieldRender: When cellOutline is true, this value specifies the cell outline width in pixels.
CellStorageLayout - Enum in com.openinventor.meshvizxlm.mesh: Hint about coordinates organization in a hexahedron cell.
center - Variable in class com.openinventor.inventor.draggers.SoCenterballDragger: Center of rotation and scale of the centerball dragger.
center - Variable in class com.openinventor.inventor.engines.SoComposeMatrix: Center point for scaling and rotating.
center - Variable in class com.openinventor.inventor.engines.SoDecomposeMatrix: The center of transformations.
center - Variable in class com.openinventor.inventor.geo.SoGeoLOD: Object-space center of the model.
center - Variable in class com.openinventor.inventor.nodes.SoLOD: Object-space center of the model.
center - Variable in class com.openinventor.inventor.nodes.SoTexture2Transform: Center point used for scaling and rotation.
center - Variable in class com.openinventor.inventor.nodes.SoTexture3Transform: Center point used for scaling and rotation.
center - Variable in class com.openinventor.inventor.nodes.SoTransform: Origin for scale and rotation.
center - Variable in class com.openinventor.meshviz.graph.PoCircle3CenterRadius: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoCircleArc3CtrPtAngle: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoCircleArc3CtrTwoPts: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoCircleArcCtrPtAngle: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoCircleArcCtrRadTwoAngle: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoCircleArcCtrTwoPts: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoCircleCenterRadius: Circle center.
center - Variable in class com.openinventor.meshviz.graph.PoPieChart2D: Center of the pie chart.
center - Variable in class com.openinventor.meshviz.graph.PoPieChart3D: Coordinates of the center of the circle forming the first face of the pie chart.
center - Variable in class com.openinventor.meshvizxlm.mapping.nodes.MoMeshCylinderSlice: Specifies the cylinder's center.
The default value is (0,0,0).
center - Variable in class com.openinventor.meshvizxlm.mapping.nodes.MoMeshSphereSlice: Specifies the sphere's center.
centerPosition - Variable in class com.openinventor.inventor.nodes.SoTransformProjection: Translation applied to the geometry.
changeViewVolume(float, float) - Method in class com.openinventor.inventor.viewercomponents.SoCameraInteractor: Change camera's view volume.
channels - Variable in class com.openinventor.imageviz.nodes.images.SoProxyDataAdapter: Defines the list of channels selected on the image.
characterSpacing - Variable in class com.openinventor.inventor.nodes.SoTextProperty: This field specifies the spacing between individual characters.
check(String, float, String) - Static method in class com.openinventor.inventor.lock.SoLicensesInfo: Calls check(productName, version, licenseString, true, (java.lang.String[])null).
check(String, float) - Static method in class com.openinventor.inventor.lock.SoLicensesInfo: Calls check(productName, version, (java.lang.String)null, true, (java.lang.String[])null).
check(String, float, String, boolean) - Static method in class com.openinventor.inventor.lock.SoLicensesInfo: Calls check(productName, version, licenseString, printWarning, (java.lang.String[])null).
check(String, float, String, boolean, String[]) - Static method in class com.openinventor.inventor.lock.SoLicensesInfo: Query if Open Inventor or an extension module is licensed on this machine.
checkCollision() - Method in class com.openinventor.inventor.collision.SoDualSceneCollider: Checks if the current moving scene collides with the static scene.
checkProjection(SoState, SoNode, SbVec3f[]) - Static method in class com.openinventor.inventor.nodes.SoProjection: Apply projection to given coordinates.
checkRead(SoRasterImageFile) - Method in class com.openinventor.inventor.image.SoRasterImageRW: Checks if the specified file can be read.
checkResetAfter() - Method in class com.openinventor.inventor.actions.SoGetBoundingBoxAction
checkResetBefore() - Method in class com.openinventor.inventor.actions.SoGetBoundingBoxAction
child1Url - Variable in class com.openinventor.inventor.geo.SoGeoLOD: First child url : bottom-left quadtree child.
child2Url - Variable in class com.openinventor.inventor.geo.SoGeoLOD: Second child url : up-left quadtree child.
child3Url - Variable in class com.openinventor.inventor.geo.SoGeoLOD: Third child url : up-right quadtree child.
child4Url - Variable in class com.openinventor.inventor.geo.SoGeoLOD: Fourth child url : bottom-right quadtree child.
circumscribe(SbBox3f) - Method in class com.openinventor.inventor.SbSphere: Return a sphere containing a given box.
clamp(byte, byte) - Method in class com.openinventor.inventor.SbVec4ub: Clamp each component between a and b.
classNumber - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoAutoIntensityClassificationProcessing: The number of classes to detect (i.e.
cleanUpPath(String) - Static method in class com.openinventor.inventor.helpers.SbFileHelper: Removes all multiple occurences of '/' in the path.
clear() - Method in class com.openinventor.inventor.drawers.SoPolyLineScreenDrawer: Convenience method to clear the points in the line.
clear() - Method in class com.openinventor.inventor.SbEventHandler
clear() - Method in class com.openinventor.inventor.simplifier.SoSimplifier: Removes all shapes and reset.
clearApplyResult() - Method in class com.openinventor.inventor.actions.SoAction: When applied, an action may reference nodes or create objects (e.g.
clearBuffer - Variable in class com.openinventor.inventor.nodes.SoDepthBuffer: If true, the depth buffer is cleared when the node is traversed.
clearCellRanges() - Method in interface com.openinventor.meshvizxlm.extractors.MiExtractorIj: Remove all cell ranges previously added.
clearCellRanges() - Method in interface com.openinventor.meshvizxlm.extractors.MiExtractorIjk: Remove all cell ranges previously added.
clearCellRanges() - Method in interface com.openinventor.meshvizxlm.extractors.MiExtractorUnstructured: Remove all cell ranges previously added.
clearColorValue - Variable in class com.openinventor.inventor.nodes.SoRenderToTarget: Value used to clear the color buffer before the rendering.
clearDepthValue - Variable in class com.openinventor.inventor.nodes.SoRenderToTarget: Value used to clear the depth buffer before the rendering.
clearDirectories() - Static method in class com.openinventor.inventor.SoInput: Clears the list of directories (including the current directory).
clearFiles() - Method in class com.openinventor.inventor.sensors.SoFileSensor: Stop monitoring all previously registered files.
clearFontNameCache() - Static method in class com.openinventor.inventor.nodes.SoFont: Clears the Open Inventor internal font name cache, i.e., the list of available fonts.
clearInstance() - Method in class com.openinventor.inventor.devices.SoBufferObject: Free the memory allocated by the buffer object.
clearInstance() - Method in class com.openinventor.inventor.devices.SoCpuBufferObject
clearPickedPointList() - Method in class com.openinventor.inventor.actions.SoRayPickAction: Deprecated.
As of Open Inventor 9600 Use clearApplyResult() method
clearStencilValue - Variable in class com.openinventor.inventor.nodes.SoRenderToTarget: Value used to clear the stencil buffer before the rendering.
clearTargets - Variable in class com.openinventor.inventor.nodes.SoRenderToTarget: If this field is set the targets are cleared before the rendering.
Client - Class in com.openinventor.remoteviz.rendering: Represents a client application instance using RemoteViz.
ClientSettings - Class in com.openinventor.remoteviz.rendering: Settings that define a Client.
clipAbove - Variable in class com.openinventor.volumeviz.nodes.SoUniformGridClipping: Clip voxels above the surface.
clipBelow - Variable in class com.openinventor.volumeviz.nodes.SoUniformGridClipping: Clip voxels below the surface.
clipGeometry - Variable in class com.openinventor.volumeviz.nodes.SoVolumeBufferedShape: Specifies to clip the geometry at the volume boundaries.
clipGeometry - Variable in class com.openinventor.volumeviz.nodes.SoVolumeFaceSet: Specifies to clip the geometry at the volume boundaries.
clipGeometry - Variable in class com.openinventor.volumeviz.nodes.SoVolumeIndexedFaceSet: Specifies to clip the geometry at the volume boundaries.
clipGeometry - Variable in class com.openinventor.volumeviz.nodes.SoVolumeIndexedTriangleStripSet: Specifies to clip the geometry at the volume boundaries.
clipGeometry - Variable in class com.openinventor.volumeviz.nodes.SoVolumeTriangleStripSet: Specifies to clip the geometry at the volume boundaries.
clipOutside - Variable in class com.openinventor.volumeviz.nodes.SoVolumeClippingGroup: If true, voxels inside the clipping object will be drawn, voxels outside will be clipped.
clipping - Variable in class com.openinventor.volumeviz.nodes.SoOrthoSlice: Activate/deactivate a clipping plane on a per-slice basis.
clippingModeChanged(String) - Method in interface com.openinventor.inventor.viewercomponents.awt.tools.PreferencesDialog.GeneralPreferencesListener
clippingModeChanged(RenderAreaInteractive.ClippingPlanesAdjustMode) - Method in interface com.openinventor.inventor.viewercomponents.swt.tools.PreferencesDialog.GeneralPreferencesListener
clippingSide - Variable in class com.openinventor.volumeviz.nodes.SoOrthoSlice: Specify the clipping side.
clone() - Method in class com.openinventor.inventor.devices.SoGLFormat
clone() - Method in class com.openinventor.inventor.SoPrimitiveVertex
clone() - Method in class com.openinventor.meshviz.data.PbCartesianGrid2D
clone() - Method in class com.openinventor.meshviz.data.PbCartesianGrid3D
clone() - Method in class com.openinventor.meshviz.data.PbHexahedronCell
clone() - Method in class com.openinventor.meshviz.data.PbHexahedronMesh3D
clone() - Method in class com.openinventor.meshviz.data.PbIndexedMesh2D
clone() - Method in class com.openinventor.meshviz.data.PbIndexedMesh3D
clone() - Method in class com.openinventor.meshviz.data.PbIrregularMesh1D
clone() - Method in class com.openinventor.meshviz.data.PbParalCartesianGrid2D
clone() - Method in class com.openinventor.meshviz.data.PbParalCartesianGrid3D
clone() - Method in class com.openinventor.meshviz.data.PbPixelCell
clone() - Method in class com.openinventor.meshviz.data.PbPolarGrid2D
clone() - Method in class com.openinventor.meshviz.data.PbPyramidCell
clone() - Method in class com.openinventor.meshviz.data.PbQuadrangleCell
clone() - Method in class com.openinventor.meshviz.data.PbQuadrangleMesh2D
clone() - Method in class com.openinventor.meshviz.data.PbRegularCartesianGrid2D
clone() - Method in class com.openinventor.meshviz.data.PbRegularCartesianGrid3D
clone() - Method in class com.openinventor.meshviz.data.PbRegularMesh1D
clone() - Method in class com.openinventor.meshviz.data.PbTetrahedronCell
clone() - Method in class com.openinventor.meshviz.data.PbTetrahedronMesh3D
clone() - Method in class com.openinventor.meshviz.data.PbTriangleCell
clone() - Method in class com.openinventor.meshviz.data.PbTriangleMesh2D
clone() - Method in class com.openinventor.meshviz.data.PbVoxelCell
clone() - Method in class com.openinventor.meshviz.data.PbWedgeCell
clone() - Method in class com.openinventor.meshviz.graph.PbDateFormatMapping
clone() - Method in class com.openinventor.meshviz.graph.PbDomain
clone() - Method in class com.openinventor.meshviz.graph.PbIsovaluesList
clone() - Method in class com.openinventor.meshviz.graph.PbLinearDataMapping
clone() - Method in class com.openinventor.meshviz.graph.PbMiscTextAttr
clone() - Method in class com.openinventor.meshviz.graph.PbNonLinearDataMapping2
clone() - Method in class com.openinventor.meshviz.graph.PbNumericDisplayFormat
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetail
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetailI
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetailIj
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetailIjk
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineDetail
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineDetailI
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineDetailIjk
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineMeshDetail
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoMeshDetail
clone() - Method in class com.openinventor.meshvizxlm.mapping.details.MoSurfaceMeshDetail
clone() - Method in class com.openinventor.remoteviz.rendering.EncodedFrame
clone() - Method in class com.openinventor.remoteviz.rendering.FrameEncoders
clone() - Method in class com.openinventor.remoteviz.rendering.RenderAreaHardware
clone() - Method in class com.openinventor.remoteviz.rendering.ServiceSettings
clone() - Method in class com.openinventor.volumeviz.readers.dicom.SiDicomDataSet: Create a clone of the current data set.
clone() - Method in class com.openinventor.volumeviz.readers.dicom.SiDicomElement: Create a clone of the current element.
clone() - Method in class com.openinventor.volumeviz.readers.dicom.SiDicomSequence: Create a clone of the sequence.
clone() - Method in class com.openinventor.volumeviz.readers.dicom.SiDicomValue: Create a clone of the value.
close() - Method in class com.openinventor.inventor.image.SoRasterImageRW: Closes the reader/writer.
close() - Method in class com.openinventor.remoteviz.rendering.Connection: Closes the connection.
close() - Method in class com.openinventor.remoteviz.rendering.Service: Closes the rendering service.
close() - Method in class com.openinventor.volumeviz.readers.SoVRDicomData: Closes the underlying reader.
closeAllHandles() - Method in class com.openinventor.ldm.readers.SoVolumeReader: Close all resources that are locked by the reader.
closeAllHandles() - Method in class com.openinventor.ldm.writers.SoVolumeWriter: Close all ressources that are locked by the writer so that someone else can read or write to them.
closeAnyOpen(SoState) - Static method in class com.openinventor.inventor.elements.SoCacheElement: Closes any open cache.
closeConnectionsAndDispose() - Method in class com.openinventor.remoteviz.rendering.RenderArea: Closes all connections of the renderArea and disposes it.
closeFile() - Method in class com.openinventor.hardcopy.SoToU3DAction: Finalize export to the U3D output file.
closeFile() - Method in class com.openinventor.hardcopy.SoVectorOutput: Closes the current file opened with openFile().
closeFile() - Method in class com.openinventor.inventor.image.SoRasterImageFile: Close the file.
closeFile() - Method in class com.openinventor.inventor.mpeg.SoMPEGRenderer: Closes the MPEG file previously opened with the openFile() method.
closeFile() - Method in class com.openinventor.inventor.SoInput: Closes all files on stack opened with openFile() or pushFile().
closeFile() - Method in class com.openinventor.inventor.SoOutput: Closes current file if opened with openFile().
closeHTMLFile() - Method in class com.openinventor.inventor.actions.SoToHTMLAction: Closes the HTML output file.
coarsestResampling - Variable in class com.openinventor.imageviz.engines.geometryandmatching.registration.SoImageRegistrationTransform: Voxel size at the coarsest level.
collide(SoCollisionManager.CollidingPrimitive, SoCollisionManager.CollidingPrimitive) - Method in interface com.openinventor.inventor.collision.SoCollisionManager.CollisionListener
CollidingPrimitive(SoPath, SbVec3f[]) - Constructor for class com.openinventor.inventor.collision.SoCollisionManager.CollidingPrimitive
color - Variable in class com.openinventor.inventor.drawers.SoPolyLineScreenDrawer: Color of line.
color - Variable in class com.openinventor.inventor.elements.SoBlendElement.BlendElementParameters
color - Variable in class com.openinventor.inventor.nodes.SoLight: Light source illumination color.
color - Variable in class com.openinventor.inventor.nodes.SoLocateHighlight: Highlighting color - default [.3, .3, .3].
color - Variable in class com.openinventor.inventor.nodes.SoNurbsProperty: Contains the color used to render trim curves and isoparametric curves.
color - Variable in class com.openinventor.meshviz.graph.PoHistogram: Color list for the histogram bars.
color - Variable in class com.openinventor.meshviz.nodes.PoNonLinearDataMapping2: Defines the list of colors for the data mapping.
color - Variable in class com.openinventor.meshvizxlm.mapping.elements.MoMaterialElement.Material: Color used for faces
color0 - Variable in class com.openinventor.inventor.nodes.SoGradientBackground: First color in gradient (0.7 0.7 0.8 by default).
color1 - Variable in class com.openinventor.inventor.nodes.SoGradientBackground: Second color in gradient (0.0 0.1 0.3 by default).
color1 - Variable in class com.openinventor.meshviz.nodes.PoLinearDataMapping: Defines the first color of the linear data mapping.
color2 - Variable in class com.openinventor.meshviz.nodes.PoLinearDataMapping: Defines the second color of the linear data mapping.
colorBinding - Variable in class com.openinventor.meshviz.graph.PoChart: Specify how the colors are bound to the representation.
colorBuffer - Variable in class com.openinventor.inventor.nodes.SoBufferedShape: Buffer object that contains the (optional) color values.
colorComponentsCount - Variable in class com.openinventor.inventor.nodes.SoBufferedShape: Number of components in each color value.
colorComponentsType - Variable in class com.openinventor.inventor.nodes.SoBufferedShape: SbDataType.DataType type for the color values.
coloring - Variable in class com.openinventor.meshviz.graph.PoHistogram: Specifies how the histogram bars are colored.
coloring - Variable in class com.openinventor.meshvizxlm.mapping.elements.MoMaterialElement.Material: Coloring method for faces
coloringType - Variable in class com.openinventor.meshviz.data.PoMesh: Defines the type of method used to color each mesh element, mesh edge or mesh contour line of a representation.
colorInterpolation - Variable in class com.openinventor.volumeviz.nodes.SoVolumeRenderingQuality: Controls interpolation of data values used for color lookup.
colorMap - Variable in class com.openinventor.inventor.nodes.SoColorMap: Array of floats in range [0,1].
colorMap - Variable in class com.openinventor.ldm.nodes.SoTransferFunction: Array of floats in the range [0,1] defining a color map.
colorMapFormat - Variable in class com.openinventor.inventor.nodes.SoColorMap: Indicates the format of the color map (number of color components).
colorMapType - Variable in class com.openinventor.ldm.nodes.SoTransferFunction: ColorMap type (number of color components).
colorOffset - Variable in class com.openinventor.inventor.nodes.SoBufferedShape: Offset in bytes to the first color value in the buffer.
colors - Variable in class com.openinventor.meshviz.data.PoBaseStreamLine: List of colors used by some derived class to color each streamline.
colorScalarSetId - Variable in class com.openinventor.meshvizxlm.mapping.nodes.MoMeshRepresentation: Field representing the scalar set node to be used to map colors onto the representation.
colorStride - Variable in class com.openinventor.inventor.nodes.SoBufferedShape: Stride in bytes between the first component of two consecutive colors.
colorValuesIndex - Variable in class com.openinventor.meshviz.graph.PoChart: Defines the index of the set of values for the coloring.
columnName - Variable in class com.openinventor.meshviz.graph.PoMultipleHistogram: List of numColumns names of the columns.
com.openinventor.hardcopy - package com.openinventor.hardcopy: Resolution-independent vector/polygon hardcopy.
com.openinventor.imageviz - package com.openinventor.imageviz: The ImageViz extension allows easy integration of advanced 2D and 3D image processing and analysis capabilities into imaging software applications.
com.openinventor.imageviz.engines - package com.openinventor.imageviz.engines: ImageViz engines allow the application of computational algorithms on data extracted from images.
com.openinventor.imageviz.engines.arithmeticandlogic.arithmeticoperations - package com.openinventor.imageviz.engines.arithmeticandlogic.arithmeticoperations: The Arithmetics Operations category contains operations between two images or between an image and a constant as sum, difference, blending, minimum or maximum.
com.openinventor.imageviz.engines.arithmeticandlogic.logicaloperations - package com.openinventor.imageviz.engines.arithmeticandlogic.logicaloperations: The Logical Operations category contains logical operations between two images or between an image and a constant as union, intersection, complementary.
com.openinventor.imageviz.engines.edgedetection.edgemarking - package com.openinventor.imageviz.engines.edgedetection.edgemarking: Introduction to Edge Marking
com.openinventor.imageviz.engines.edgedetection.gradient - package com.openinventor.imageviz.engines.edgedetection.gradient: Introduction to Gradient
com.openinventor.imageviz.engines.edgedetection.laplacian - package com.openinventor.imageviz.engines.edgedetection.laplacian: For a 2-D function F(x,y), one might define the Laplacian operator as : .
com.openinventor.imageviz.engines.edgedetection.otherderivatives - package com.openinventor.imageviz.engines.edgedetection.otherderivatives: This group provides miscellaneous derivative based operators such as partial derivatives or Hessian Matrix.
com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms - package com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms: Geometric Transforms engines are usually used to align images.
com.openinventor.imageviz.engines.geometryandmatching.patternrecognition - package com.openinventor.imageviz.engines.geometryandmatching.patternrecognition: This group provides a package of pattern recognition functions based on standard correlation.
com.openinventor.imageviz.engines.geometryandmatching.registration - package com.openinventor.imageviz.engines.geometryandmatching.registration: This group provides a package of registration functions.
com.openinventor.imageviz.engines.imageanalysis.globalmeasures - package com.openinventor.imageviz.engines.imageanalysis.globalmeasures: The Global Measures category contains analysis engines a measurement globally to the input image.
com.openinventor.imageviz.engines.imageanalysis.individualmeasures - package com.openinventor.imageviz.engines.imageanalysis.individualmeasures: The Individual Measures category contains analysis engines applying a measurement on each label of the input image.
com.openinventor.imageviz.engines.imageanalysis.morphometry - package com.openinventor.imageviz.engines.imageanalysis.morphometry: The purpose of Morphometry category is to calculate morphometric parameters either in 3D based on a volume model, or in 2D from crossection images (individually or integrated over a volume-of-interest).
com.openinventor.imageviz.engines.imageanalysis.statistics - package com.openinventor.imageviz.engines.imageanalysis.statistics: The Statistics category contains analysis engines applying an intensity- based measurement globally to the input image.
com.openinventor.imageviz.engines.imagefiltering.colortransforms - package com.openinventor.imageviz.engines.imagefiltering.colortransforms: This group contains engines specifically applying on a color input image.
com.openinventor.imageviz.engines.imagefiltering.frequencydomain - package com.openinventor.imageviz.engines.imagefiltering.frequencydomain: This category contains FFT and related engines to work on frequency domain.
com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms - package com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms: The Grayscale Transforms category contains gray level transformations such as histogram equalization and intensity rescaling operations.
com.openinventor.imageviz.engines.imagefiltering.sharpening - package com.openinventor.imageviz.engines.imagefiltering.sharpening: The Sharpening category contains filters used to enhance the edges of objects and adjust contrast and shade characteristics.
com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising - package com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising: The Smoothing And Denoising category contains lowpass filters to reduce the contrast and soften the edges of objects in an image.
com.openinventor.imageviz.engines.imagefiltering.texturefilters - package com.openinventor.imageviz.engines.imagefiltering.texturefilters: This category contains engines revealing texture attributes.
com.openinventor.imageviz.engines.imagemanipulation.imageediting - package com.openinventor.imageviz.engines.imagemanipulation.imageediting
com.openinventor.imageviz.engines.imagemanipulation.stackoperations - package com.openinventor.imageviz.engines.imagemanipulation.stackoperations: The Stack Operations category contains engines for manipulating image stacks.
com.openinventor.imageviz.engines.imagemanipulation.syntheticimages - package com.openinventor.imageviz.engines.imagemanipulation.syntheticimages
com.openinventor.imageviz.engines.imagesegmentation.binarization - package com.openinventor.imageviz.engines.imagesegmentation.binarization: Binarization allows to transform graylevel or color images into a binary image.
com.openinventor.imageviz.engines.imagesegmentation.classification - package com.openinventor.imageviz.engines.imagesegmentation.classification: Pixel classification technics allow to segment an image into different regions relatively to a set of attributes.
com.openinventor.imageviz.engines.imagesegmentation.computationalgeometry - package com.openinventor.imageviz.engines.imagesegmentation.computationalgeometry: This group contains engines capable of transforming images into geometric objects.
com.openinventor.imageviz.engines.imagesegmentation.featureselection - package com.openinventor.imageviz.engines.imagesegmentation.featureselection
com.openinventor.imageviz.engines.imagesegmentation.labeling - package com.openinventor.imageviz.engines.imagesegmentation.labeling
com.openinventor.imageviz.engines.imagesegmentation.regiongrowing - package com.openinventor.imageviz.engines.imagesegmentation.regiongrowing: This group contains segmentation engines based on the propagation of a seed.
com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling - package com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling
com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps - package com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps: Geodesy Principle
com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation - package com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation: Introduction to Erosion
com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations - package com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations: Geodesy Principle
com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton - package com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton: The Hit-or-miss and Skeleton category contains engines used to produce simplified representations of the objects in an image, while preserving their geometrical structure.
com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing - package com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing: Introduction to Opening
com.openinventor.imageviz.fields - package com.openinventor.imageviz.fields
com.openinventor.imageviz.nodes.analysis - package com.openinventor.imageviz.nodes.analysis
com.openinventor.imageviz.nodes.geometries - package com.openinventor.imageviz.nodes.geometries
com.openinventor.imageviz.nodes.images - package com.openinventor.imageviz.nodes.images: Data conversion conventions in ImageViz
com.openinventor.imageviz.nodes.luts - package com.openinventor.imageviz.nodes.luts
com.openinventor.imageviz.nodes.measures - package com.openinventor.imageviz.nodes.measures: Introduction
com.openinventor.imageviz.nodes.registration - package com.openinventor.imageviz.nodes.registration
com.openinventor.imageviz.workflows - package com.openinventor.imageviz.workflows
com.openinventor.inventor - package com.openinventor.inventor: Open Inventor is an object-oriented and OpenGL-based API for real-time 3D visualization.
com.openinventor.inventor.actions - package com.openinventor.inventor.actions
com.openinventor.inventor.algorithms - package com.openinventor.inventor.algorithms: Module that define available Open Inventor optimized algoritms.
com.openinventor.inventor.antialiasing - package com.openinventor.inventor.antialiasing
com.openinventor.inventor.caches - package com.openinventor.inventor.caches
com.openinventor.inventor.collision - package com.openinventor.inventor.collision: Collision Detection.
com.openinventor.inventor.details - package com.openinventor.inventor.details
com.openinventor.inventor.devices - package com.openinventor.inventor.devices: Open Inventor supported devices.
com.openinventor.inventor.draggers - package com.openinventor.inventor.draggers
com.openinventor.inventor.drawers - package com.openinventor.inventor.drawers: These classes provide convenient components to draw polyline, ellipse, lasso, or complex scene graph in 2D screen space.
com.openinventor.inventor.elements - package com.openinventor.inventor.elements: The element classes are used internally for storing information in Open Inventor's traversal state list.
com.openinventor.inventor.engines - package com.openinventor.inventor.engines
com.openinventor.inventor.errors - package com.openinventor.inventor.errors
com.openinventor.inventor.events - package com.openinventor.inventor.events
com.openinventor.inventor.fields - package com.openinventor.inventor.fields
com.openinventor.inventor.geo - package com.openinventor.inventor.geo
com.openinventor.inventor.gestures.events - package com.openinventor.inventor.gestures.events
com.openinventor.inventor.gestures.recognizers - package com.openinventor.inventor.gestures.recognizers
com.openinventor.inventor.gui.view - package com.openinventor.inventor.gui.view
com.openinventor.inventor.helpers - package com.openinventor.inventor.helpers
com.openinventor.inventor.image - package com.openinventor.inventor.image
com.openinventor.inventor.io.cad - package com.openinventor.inventor.io.cad: Inventor CAD file format support.
com.openinventor.inventor.io.stl - package com.openinventor.inventor.io.stl: Inventor STL file format support.
com.openinventor.inventor.lock - package com.openinventor.inventor.lock
com.openinventor.inventor.manips - package com.openinventor.inventor.manips
com.openinventor.inventor.misc - package com.openinventor.inventor.misc
com.openinventor.inventor.misc.callbacks - package com.openinventor.inventor.misc.callbacks
com.openinventor.inventor.mpeg - package com.openinventor.inventor.mpeg
com.openinventor.inventor.nodekits - package com.openinventor.inventor.nodekits
com.openinventor.inventor.nodes - package com.openinventor.inventor.nodes
com.openinventor.inventor.projection - package com.openinventor.inventor.projection
com.openinventor.inventor.projectors - package com.openinventor.inventor.projectors
com.openinventor.inventor.sensors - package com.openinventor.inventor.sensors
com.openinventor.inventor.simplifier - package com.openinventor.inventor.simplifier: Large Model Visualization.
com.openinventor.inventor.touch - package com.openinventor.inventor.touch
com.openinventor.inventor.touch.events - package com.openinventor.inventor.touch.events
com.openinventor.inventor.viewercomponents - package com.openinventor.inventor.viewercomponents: Viewer components contains helpful tools to implement a custom viewer.
com.openinventor.inventor.viewercomponents.awt - package com.openinventor.inventor.viewercomponents.awt
com.openinventor.inventor.viewercomponents.awt.glcanvas.renderareas - package com.openinventor.inventor.viewercomponents.awt.glcanvas.renderareas
com.openinventor.inventor.viewercomponents.awt.glcanvas.viewers - package com.openinventor.inventor.viewercomponents.awt.glcanvas.viewers
com.openinventor.inventor.viewercomponents.awt.newt.renderareas - package com.openinventor.inventor.viewercomponents.awt.newt.renderareas
com.openinventor.inventor.viewercomponents.awt.newt.viewers - package com.openinventor.inventor.viewercomponents.awt.newt.viewers
com.openinventor.inventor.viewercomponents.awt.tools - package com.openinventor.inventor.viewercomponents.awt.tools
com.openinventor.inventor.viewercomponents.nodes - package com.openinventor.inventor.viewercomponents.nodes
com.openinventor.inventor.viewercomponents.swt - package com.openinventor.inventor.viewercomponents.swt
com.openinventor.inventor.viewercomponents.swt.glcanvas.renderareas - package com.openinventor.inventor.viewercomponents.swt.glcanvas.renderareas
com.openinventor.inventor.viewercomponents.swt.glcanvas.viewers - package com.openinventor.inventor.viewercomponents.swt.glcanvas.viewers
com.openinventor.inventor.viewercomponents.swt.tools - package com.openinventor.inventor.viewercomponents.swt.tools
com.openinventor.ivtune - package com.openinventor.ivtune: IvTune is used for viewing and interacting with the scene graph in an Open Inventor application.
com.openinventor.ldm - package com.openinventor.ldm: Large Data Management.
com.openinventor.ldm.compressors - package com.openinventor.ldm.compressors
com.openinventor.ldm.converters - package com.openinventor.ldm.converters
com.openinventor.ldm.elements - package com.openinventor.ldm.elements
com.openinventor.ldm.fields - package com.openinventor.ldm.fields
com.openinventor.ldm.manips - package com.openinventor.ldm.manips
com.openinventor.ldm.nodes - package com.openinventor.ldm.nodes
com.openinventor.ldm.readers - package com.openinventor.ldm.readers
com.openinventor.ldm.tiles - package com.openinventor.ldm.tiles
com.openinventor.ldm.writers - package com.openinventor.ldm.writers
com.openinventor.ldm.xml - package com.openinventor.ldm.xml
com.openinventor.medical.helpers - package com.openinventor.medical.helpers: Provides some nodes and helper classes specifically created to facilitate implementation of medical applications.
com.openinventor.medical.nodes - package com.openinventor.medical.nodes: Provides some nodes and helper classes specifically created to facilitate implementation of medical applications.
com.openinventor.meshviz - package com.openinventor.meshviz: MeshViz is a C++ class library that extends Open Inventor.
com.openinventor.meshviz.data - package com.openinventor.meshviz.data
com.openinventor.meshviz.elements - package com.openinventor.meshviz.elements
com.openinventor.meshviz.fields - package com.openinventor.meshviz.fields
com.openinventor.meshviz.graph - package com.openinventor.meshviz.graph
com.openinventor.meshviz.misc.callbacks - package com.openinventor.meshviz.misc.callbacks
com.openinventor.meshviz.nodes - package com.openinventor.meshviz.nodes
com.openinventor.meshvizxlm - package com.openinventor.meshvizxlm
com.openinventor.meshvizxlm.extractors - package com.openinventor.meshvizxlm.extractors: Provides interfaces for extractors definition.
com.openinventor.meshvizxlm.extractors.cell - package com.openinventor.meshvizxlm.extractors.cell: Provides classes for cell extraction and utility classes for cells.
com.openinventor.meshvizxlm.extractors.isosurf - package com.openinventor.meshvizxlm.extractors.isosurf: Provides classes for isosurface extraction.
com.openinventor.meshvizxlm.extractors.outline - package com.openinventor.meshvizxlm.extractors.outline: Provides classes for outline extraction.
com.openinventor.meshvizxlm.extractors.pointprobe - package com.openinventor.meshvizxlm.extractors.pointprobe: Provides classes for probing.
com.openinventor.meshvizxlm.extractors.skin - package com.openinventor.meshvizxlm.extractors.skin: Provides classes for skin extraction.
com.openinventor.meshvizxlm.extractors.slab - package com.openinventor.meshvizxlm.extractors.slab: Provides classes for slab extraction.
com.openinventor.meshvizxlm.extractors.slice - package com.openinventor.meshvizxlm.extractors.slice: Provides classes for slices extraction.
com.openinventor.meshvizxlm.extractors.streamline - package com.openinventor.meshvizxlm.extractors.streamline: Provides interfaces and classes for streamlines extraction.
com.openinventor.meshvizxlm.mapping - package com.openinventor.meshvizxlm.mapping
com.openinventor.meshvizxlm.mapping.details - package com.openinventor.meshvizxlm.mapping.details: Provides classes for detail information storage.
com.openinventor.meshvizxlm.mapping.elements - package com.openinventor.meshvizxlm.mapping.elements: Provides state elements.
com.openinventor.meshvizxlm.mapping.nodes - package com.openinventor.meshvizxlm.mapping.nodes: Provides rendering, property and action nodes.
com.openinventor.meshvizxlm.mesh - package com.openinventor.meshvizxlm.mesh: Provides interfaces for meshes definition.
com.openinventor.meshvizxlm.mesh.cell - package com.openinventor.meshvizxlm.mesh.cell: Provides interfaces for cells and cell filters definition.
com.openinventor.meshvizxlm.mesh.data - package com.openinventor.meshvizxlm.mesh.data: Provides interfaces for data sets definition.
com.openinventor.meshvizxlm.mesh.geometry - package com.openinventor.meshvizxlm.mesh.geometry: Provides interfaces for mesh geometries definition.
com.openinventor.meshvizxlm.mesh.topology - package com.openinventor.meshvizxlm.mesh.topology: Provides interfaces for mesh topologies definition.
com.openinventor.meshvizxlm.meshextracted - package com.openinventor.meshvizxlm.meshextracted: Provides interfaces for extracted meshes definition.
com.openinventor.meshvizxlm.meshextracted.cell - package com.openinventor.meshvizxlm.meshextracted.cell: Provides interfaces for defining cells of extracted meshes.
com.openinventor.meshvizxlm.meshextracted.data - package com.openinventor.meshvizxlm.meshextracted.data: Provides interfaces for extracted data sets definition.
com.openinventor.meshvizxlm.meshextracted.geometry - package com.openinventor.meshvizxlm.meshextracted.geometry: Provides interfaces for defining geometries of extracted meshes.
com.openinventor.meshvizxlm.meshextracted.topology - package com.openinventor.meshvizxlm.meshextracted.topology: Provides interfaces for defining topologies of extracted meshes.
com.openinventor.remoteviz.clients.nodes - package com.openinventor.remoteviz.clients.nodes
com.openinventor.remoteviz.rendering - package com.openinventor.remoteviz.rendering: Overview
com.openinventor.util - package com.openinventor.util
com.openinventor.volumeviz.converters - package com.openinventor.volumeviz.converters
com.openinventor.volumeviz.details - package com.openinventor.volumeviz.details
com.openinventor.volumeviz.draggers - package com.openinventor.volumeviz.draggers
com.openinventor.volumeviz.elements - package com.openinventor.volumeviz.elements
com.openinventor.volumeviz.nodes - package com.openinventor.volumeviz.nodes
com.openinventor.volumeviz.readers - package com.openinventor.volumeviz.readers
com.openinventor.volumeviz.readers.dicom - package com.openinventor.volumeviz.readers.dicom
com.openinventor.volumeviz.writers - package com.openinventor.volumeviz.writers
combineAlpha - Variable in class com.openinventor.inventor.nodes.SoTextureCombiner: Specifies the texture combiner function to apply on the source<n>Alpha transformed by the operand<n>Alpha.
combineLeft(SoTransformation) - Method in class com.openinventor.inventor.nodes.SoTransform: Convenience function that combines the effects of another transformation node into the current transformation stored in this node.
combineRGB - Variable in class com.openinventor.inventor.nodes.SoTextureCombiner: Specifies the texture combiner function to apply on the source<n>RGB transformed by the operand<n>RGB.
combineRight(SoTransformation) - Method in class com.openinventor.inventor.nodes.SoTransform: Convenience function that combines the effects of another transformation node into the current transformation stored in this node.
compareTo(Object) - Method in class com.openinventor.inventor.SbTime
compareTo(Object) - Method in class com.openinventor.ldm.SoLDMTileID
comparisonCriterion - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoCompareImageQuantification: Select the comparison test to perform between images.
comparisonCriterion - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoCompareValueQuantification: Select the comparison test to perform between image and value.
comparisonCriterion - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoLocalAdaptiveThresholdProcessing: Select the comparison test to perform between image and value.
comparisonCriterion - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoThresholdingByCriterionProcessing: Criterion of comparison.
comparisonValue - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoThresholdingByCriterionProcessing: Threshold level.
component - Variable in class com.openinventor.inventor.nodes.SoRenderToTextureProperty: Specifies the type of component(s) for the rendering.
components - Variable in class com.openinventor.inventor.nodes.SoVertexShaderParameterBufferObject: Specifies the number of components per generic vertex parameter.
components - Variable in class com.openinventor.volumeviz.nodes.SoOffscreenVolumeRender: Components to get back from the offscreen render.
compose(SbVec3i32, int[], ByteBuffer[], int[], ByteBuffer) - Method in class com.openinventor.ldm.nodes.SoDataCompositor
compose(int, SbVec3i32, SoBufferObject[], SoBufferObject) - Method in class com.openinventor.ldm.nodes.SoDataCompositor: The compose method can be overridden in a subclass to specify a custom composition.
composition - Variable in class com.openinventor.volumeviz.nodes.SoVolumeShape: Deprecated.
As of Open Inventor 9100 See SoVolumeRender.renderMode field.
compressionLevel - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: Set compression level.
compressionName - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: Compression name.
computeDataRange() - Method in class com.openinventor.inventor.nodes.SoIndexedTexture2: Compute the min and max value of the indexed image and put the result in minValue and maxValue.
computeEnvelope(SoBufferObject, SoBufferObject, int, int) - Method in class com.openinventor.inventor.algorithms.SoSeismic: Compute envelope (amplitude) attribute on a set of seismic traces.
computeEnvelope(SoCpuBufferObject, SoCpuBufferObject, int, int) - Method in class com.openinventor.inventor.algorithms.SoSeismic: Compute envelope (amplitude) attribute on a set of seismic traces.
computeHilbert(SoCpuBufferObject, SoCpuBufferObject, int, int) - Method in class com.openinventor.inventor.algorithms.SoSeismic: Compute Hilbert transform on a set of seismic traces.
computeHilbert(SoBufferObject, SoBufferObject, int, int) - Method in class com.openinventor.inventor.algorithms.SoSeismic: Compute Hilbert transform on a set of seismic traces.
computeInstPhase(SoBufferObject, SoBufferObject, int, int) - Method in class com.openinventor.inventor.algorithms.SoSeismic: Compute instantaneous phase attribute on a set of seismic traces.
computeInstPhase(SoCpuBufferObject, SoCpuBufferObject, int, int) - Method in class com.openinventor.inventor.algorithms.SoSeismic: Compute instantaneous phase attribute on a set of seismic traces.
computeMaxDistance2(SbVec3f) - Method in class com.openinventor.inventor.SbBox3f: Returns the squared maximum distance between a point and the 8 bounding box's vertices.
computeMinMax(SoCpuBufferObject, SbDataType, SbVec3i32, SbBox3i32) - Method in class com.openinventor.inventor.algorithms.SoArithmetic: Compute min max of values contained in the specified range of the buffer.
computeMinMax(SoBufferObject, SbDataType, SbVec3i32, SbBox3i32) - Method in class com.openinventor.inventor.algorithms.SoArithmetic: Compute min max of values contained in the specified range of the buffer.
computeMinMax(SoBufferObject, SbDataType) - Method in class com.openinventor.inventor.algorithms.SoArithmetic: Compute min max of all values contained in a buffer.
computeMinMax(SoBufferObject, SbDataType, SbVec3i32, SbBox3i32) - Static method in class com.openinventor.ldm.SoVolumeHistogram: Compute min max.
computeMinMaxWithUndefined(SoBufferObject, double, SbDataType, SbVec3i32, SbBox3i32) - Static method in class com.openinventor.ldm.SoVolumeHistogram: Compute min max.
computeMinMaxWithUndefinedValue(SoBufferObject, SbDataType, double) - Method in class com.openinventor.inventor.algorithms.SoArithmetic: Compute min max of all values contained in a buffer that are not equal to the specified undefined value.
computeMinMaxWithUndefinedValue(SoCpuBufferObject, SbDataType, SbVec3i32, SbBox3i32, double) - Method in class com.openinventor.inventor.algorithms.SoArithmetic: Compute min max of values contained in the specified range of the buffer that are not equal to the specified undefined value.
computeMinMaxWithUndefinedValue(SoBufferObject, SbDataType, SbVec3i32, SbBox3i32, double) - Method in class com.openinventor.inventor.algorithms.SoArithmetic: Compute min max of values contained in the specified range of the buffer that are not equal to the specified undefined value.
computeMode - Variable in class com.openinventor.imageviz.engines.arithmeticandlogic.arithmeticoperations.SoImageFormulaProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.edgedetection.edgemarking.SoRidgeDetectionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.edgedetection.gradient.SoMorphologicalGradientProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.edgedetection.laplacian.SoDoBFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.edgedetection.laplacian.SoMorphologicalLaplacianProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.edgedetection.laplacian.SoRecursiveLaplacianProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.edgedetection.otherderivatives.SoGaussianDerivativeProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms.SoScaleByFactorProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms.SoScaleImageToSizeProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms.SoTranslateProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.geometryandmatching.registration.SoImageRegistrationTransform: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.globalmeasures.SoGlobalAnalysisQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoFilterAnalysisQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoFilterByMeasureProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoLabelAnalysisQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoLabelFilteringAnalysisQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoLabelFilteringProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoMeasureImageProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.individualmeasures.SoSieveLabelingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoDegreeOfAnisotropyQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoFractalDimensionQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoFragmentationIndexQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoImageVolumeQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoObjectBoundaryAreaQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoObjectImageRatioQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoObjectSpecificSurfaceQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoObjectSurfaceDensityQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoObjectVolumeQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.morphometry.SoTotalImageBoundaryAreaQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoAutoThresholdingQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoCompareImageQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoCompareValueQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoIntensityExtremaQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoIntensityStatisticsQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoLocalMaximaQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoMaskedStatisticsQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imageanalysis.statistics.SoMeasureGaussianNoiseQuantification: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.colortransforms.SoColorSpaceConversionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.colortransforms.SoColorToGrayscaleProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.colortransforms.SoColorToLightnessProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.colortransforms.SoGrayscaleToColorProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.frequencydomain.SoComplexCenteredFFTInverseProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.frequencydomain.SoComplexCenteredFFTProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.frequencydomain.SoComplexFFTInverseProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.frequencydomain.SoComplexFFTProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.frequencydomain.SoSwapQuadrantsProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms.SoAdaptiveHistogramEqualizationProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms.SoApplyGrayscaleLutProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms.SoHistogramEqualizationProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms.SoMatchContrastProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms.SoRescaleIntensityProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.sharpening.SoDelineateProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.sharpening.SoUnsharpMaskingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoBilateralFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoBoxFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoCurvatureDrivenDiffusionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoDespeckleProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoFlowInpaintingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoGaussianBlurFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoMajorityFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoMedianFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoNonLocalMeansFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoRecursiveExponentialFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoSigmaFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising.SoSNNFilterProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagefiltering.texturefilters.SoLocalStatisticsProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagemanipulation.imageediting.SoConvertImageProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagemanipulation.imageediting.SoCopyImageProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagemanipulation.imageediting.SoCropImageProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagemanipulation.imageediting.SoResetImageProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagemanipulation.imageediting.SoSampleImageProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagemanipulation.syntheticimages.SoRandomImageGeneration: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoAdaptiveThresholdingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoAutoThresholdingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoColorThresholdingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoHysteresisThresholdingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoLocalAdaptiveThresholdProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoThresholdingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.binarization.SoTopHatProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoAutoIntensityClassificationProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.featureselection.SoBorderKillProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.featureselection.SoLabelInterfacesProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.featureselection.SoObjectBoundariesProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.featureselection.SoRemoveSmallHolesProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.featureselection.SoRemoveSmallSpotsProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.labeling.SoAssignLabelProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.labeling.SoAutoSegmentation3PhasesProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.labeling.SoLabelingProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.labeling.SoReorderLabelsProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.regiongrowing.SoFloodFillThresholdProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.regiongrowing.SoMarkerBasedWatershedProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling.SoExpandLabelsProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling.SoHExtremaWatershedProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling.SoSeparateObjectsProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps.SoChessboardDistanceMapProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps.SoGeodesicDistanceMapProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps.SoTimeMapProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation.SoDilationCubeProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation.SoErosionCubeProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoExtremaImpositionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoGrayscaleResconstructionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoHExtremaProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoReconstructionFromMarkersProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoRegionalExtremaProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoUltimateErosionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton.SoEndPointsProcessing3d: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton.SoInfluenceZonesProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton.SoPruningProcessing3d: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton.SoSkeletonProcessing2d: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoClosingByReconstructionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoClosingCubeProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoClosingLineMinimumProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoOpeningByReconstructionProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoOpeningCubeProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeMode - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoOpeningLineMaximumProcessing: Select the compute Mode (2D or 3D or AUTO) .
computeWorldSpaceRay() - Method in class com.openinventor.inventor.actions.SoRayPickAction
concatType - Variable in class com.openinventor.meshviz.graph.PoLabelField: Concatenation type between values and strings.
connect - Variable in class com.openinventor.remoteviz.clients.nodes.SoRemoteVizClient: Opens/Closes a connection between the client and the RemoteViz service.
connectedRep - Variable in class com.openinventor.meshvizxlm.mapping.elements.MoMeshElement.ConnectedRepresentation: The connected representation
connectFrom(SoField) - Method in class com.openinventor.inventor.fields.SoField: Connects this field to another field.
connectFrom(SoEngineOutput) - Method in class com.openinventor.inventor.fields.SoField: Connects this field from an engine output.
connectFrom(MoMeshRepresentation) - Method in class com.openinventor.meshvizxlm.mapping.nodes.MoMesh: Sets the mesh interface by giving the mesh representation node from which the input mesh will be created.
When calling this method, the mesh is set internally each time the input mesh representation changes during traversal.
Connection - Class in com.openinventor.remoteviz.rendering: Represents a connection from a Client to a RenderArea managed by the RemoteViz service.
connectionParameters - Variable in class com.openinventor.remoteviz.clients.nodes.SoRemoteVizClient: Connection parameters that will be sent to the RemoteViz service during the connection establishment.
ConnectionParameters - Class in com.openinventor.remoteviz.rendering: Field-value pairs included in the URL during the client connection.
ConnectionSettings - Class in com.openinventor.remoteviz.rendering: Settings that define a Connection.
constantColor - Variable in class com.openinventor.inventor.nodes.SoTextureCombiner: Specifies a constant color.
constrained - Variable in class com.openinventor.inventor.draggers.SoEllipsoidDragger: Hint about constrained scaling.
constrained - Variable in class com.openinventor.ldm.manips.SoROIManip: Constrains the dragger to fit in the data volume.
containerSet(String) - Method in class com.openinventor.inventor.nodekits.SoNodeKitListPart: Sends a string to the set() method on the container node.
ContainingCell() - Constructor for class com.openinventor.meshviz.data.PbMesh.ContainingCell
contains(SoDeviceContext) - Method in class com.openinventor.inventor.devices.SoDeviceContextSharedGroup: Returns true if the passed context is part of the shared group.
contains(SoBaseContextCache) - Method in class com.openinventor.inventor.devices.SoDeviceContextSharedGroup: Returns true if the specified object is already in the list of notified objects.
contains(SbBox3d) - Method in class com.openinventor.inventor.SbBox3d: Returns true if the specified box is fully contained inside this box.
contains(SbBox3f) - Method in class com.openinventor.inventor.SbBox3f: Returns true if the specified box is fully contained inside this box.
contains(SbBox3i32) - Method in class com.openinventor.inventor.SbBox3i32: Returns true if the specified box is fully contained inside this box.
contains(SbBox3s) - Method in class com.openinventor.inventor.SbBox3s: Returns true if the specified box is fully contained inside this box.
contains3DText() - Method in class com.openinventor.inventor.caches.SoPrimitiveCountCache
containsNode(SoNode) - Method in interface com.openinventor.inventor.SoGeneralPath: Returns true if the node is found anywhere in the path chain.
containsNode(Class) - Method in interface com.openinventor.inventor.SoGeneralPath: Returns true if the node type is found anywhere in the path chain.
containsNode(SoBaseKit) - Method in interface com.openinventor.inventor.SoNodeKitPath: Returns true if the nodekit is found anywhere in the path chain.
containsNonTriangleShapes() - Method in class com.openinventor.inventor.actions.SoGetPrimitiveCountAction: Returns true if scene contains some primitives that are not triangles.
containsNoPrimitives() - Method in class com.openinventor.inventor.actions.SoGetPrimitiveCountAction: Returns true if scene contains no primitives of any kind.
containsPath(SoPath) - Method in interface com.openinventor.inventor.SoGeneralPath: Returns true if the nodes in the given path argument are contained (in consecutive order) in this path.
containsPath(SoPath) - Method in interface com.openinventor.inventor.SoNodeKitPath: Returns true if the nodes in the given path argument are contained (in consecutive order) in this path.
containsTransparency(SoState) - Static method in class com.openinventor.inventor.elements.SoTextureImage3Element: Calls containsTransparency(state, (int)0).
containsTransparency(SoState, int) - Static method in class com.openinventor.inventor.elements.SoTextureImage3Element: Returns true if the texture contains transparency info.
containsTransparency(SoState) - Static method in class com.openinventor.inventor.elements.SoTextureImageElement: Calls containsTransparency(state, (int)0).
containsTransparency(SoState, int) - Static method in class com.openinventor.inventor.elements.SoTextureImageElement: Returns true if the texture contains transparency info.
containsWindowsDrive(String) - Static method in class com.openinventor.inventor.helpers.SbFileHelper: Returns true if the specified path starts with a Microsoft Windows drive letter.
contrast - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations.SoHExtremaProcessing: The contrast.
contrastValue - Variable in class com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling.SoHExtremaWatershedProcessing: The depth of valley.
contrastValue - Variable in class com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling.SoSeparateObjectsProcessing: The depth of valley.
convert(SoBufferObject, SbDataType, SoBufferObject, SbDataType, long) - Method in class com.openinventor.inventor.algorithms.SoConversion: Convert the data in a buffer object from one data type to another one.
convert(SoCpuBufferObject, SbDataType, SoCpuBufferObject, SbDataType, long) - Method in class com.openinventor.inventor.algorithms.SoConversion: Convert the data in a buffer object from one data type to another one.
convert(SoNode) - Method in class com.openinventor.inventor.misc.SoByteStream: Calls convert(node, true).
convert(SoPath) - Method in class com.openinventor.inventor.misc.SoByteStream: Calls convert(path, true).
convert(SoPath, boolean) - Method in class com.openinventor.inventor.misc.SoByteStream: Converts the passed scene graph object(s) into a byte stream.
convert(SoNode, boolean) - Method in class com.openinventor.inventor.misc.SoByteStream: Converts the passed scene graph object(s) into a byte stream.
convert(SoInput) - Method in class com.openinventor.inventor.SoInputReader: Returns the specified input source in the form of an Open Inventor scene graph.
convert() - Method in class com.openinventor.ldm.converters.SoConverter: Calls convert((com.openinventor.ldm.converters.SoConverterParameters)null).
convert(String[]) - Method in class com.openinventor.ldm.converters.SoConverter: Deprecated.
As of Open Inventor 9000 Use convert( SoConverterParameters* parameters = NULL) instead.
convert(SoConverterParameters) - Method in class com.openinventor.ldm.converters.SoConverter: Main converter function.
convert - Variable in class com.openinventor.ldm.nodes.SoDataCompositor: If the convert field is true, LDM will call the compose method after automatically converting data to the final data type if necessary.
convertFloatToRGBA(SoCpuBufferObject, SoCpuBufferObject, long, float, float) - Method in class com.openinventor.inventor.algorithms.SoConversion: Convert FLOAT data stored in a buffer to RGBA data.
convertFloatToRGBA(SoBufferObject, SoBufferObject, long, float, float) - Method in class com.openinventor.inventor.algorithms.SoConversion: Convert FLOAT data stored in a buffer to (grayscale) RGBA data.
cooccurrenceDirections - Variable in class com.openinventor.imageviz.nodes.measures.SoDataMeasureAttributes: List of directions for measures using cooccurence.
coocRadius - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoSupervisedTextureClassificationProcessing2d: Radius of the circular neighborhood used by the cooccurrence features.
coocRadius - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoSupervisedTextureClassificationProcessing3d: Radius of the circular neighborhood used by the cooccurrence features.
coocTextonShape - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoSupervisedTextureClassificationProcessing2d: The shape of the co-occurrence texton, i.e., the pattern defined by the set of co-occurrence vectors.
coocTextonShape - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoSupervisedTextureClassificationProcessing3d: The shape of the co-occurrence texton, i.e., the pattern defined by the set of co-occurrence vectors.
coocTextonSize - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoSupervisedTextureClassificationProcessing2d: The size of the texton shape for co-occurrence features.
coocTextonSize - Variable in class com.openinventor.imageviz.engines.imagesegmentation.classification.SoSupervisedTextureClassificationProcessing3d: The size of the texton shape for co-occurrence features.
coord - Variable in class com.openinventor.meshviz.graph.PoTimeAxis: Abscissa or ordinate of the axis according to the axis type.
coord - Variable in class com.openinventor.meshviz.nodes.PoCoordinateListFilter: Defines the list of coordinates used to filter the mesh 1D geometry.
coord1 - Variable in class com.openinventor.meshviz.nodes.PoDateFormatMapping: Defines the first coordinate for the association between dates and coordinates (date mapping).
coord2 - Variable in class com.openinventor.meshviz.nodes.PoDateFormatMapping: Defines the second coordinate for the association between dates and coordinates (date mapping).
CoordinatesInfo() - Constructor for class com.openinventor.meshviz.data.PbMesh.CoordinatesInfo
coordinatesX - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: Rectilinear coordinates along X.
coordinatesY - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: Rectilinear coordinates along Y.
coordinateSystem - Variable in class com.openinventor.inventor.nodes.SoGeoProjection: Current coordinate system.
coordinatesZ - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: Rectilinear coordinates along Z.
coordinateType - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: .
coordinateType - Variable in class com.openinventor.meshviz.graph.PoLabelField: Type of coordinates.
coordIndex - Variable in class com.openinventor.inventor.nodes.SoIndexedNurbsCurve: Coordinate indices for the control points.
coordIndex - Variable in class com.openinventor.inventor.nodes.SoIndexedNurbsSurface: Coordinate indices.
coordIndex - Variable in class com.openinventor.inventor.nodes.SoIndexedShape: The indices of the coordinates that the shape uses as its vertices.
copy() - Method in class com.openinventor.inventor.details.SoConeDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoCubeDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoCylinderDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoFaceDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoLineDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoNodeKitDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoPointDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.details.SoTextDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.inventor.engines.SoEngine: Creates and returns an exact copy of the engine.
copy() - Method in class com.openinventor.inventor.nodes.SoNode: Calls copy(false).
copy(boolean) - Method in class com.openinventor.inventor.nodes.SoNode: Creates and returns an exact copy of the node.
copy() - Method in class com.openinventor.inventor.projectors.SbProjector: Creates and returns an exact copy of the projector.
copy(int) - Method in interface com.openinventor.inventor.SoGeneralPath: Creates and returns a new path that is a copy of some or all of this path.
copy(int, int) - Method in interface com.openinventor.inventor.SoGeneralPath: Creates and returns a new path that is a copy of some or all of this path.
copy() - Method in class com.openinventor.inventor.SoPickedPoint
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetail
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetailI
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetailIj
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoFaceDetailIjk
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineDetail
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineDetailI
copy() - Method in class com.openinventor.meshvizxlm.mapping.details.MoLineDetailIjk
copy() - Method in class com.openinventor.volumeviz.details.SoFenceSliceDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoHeightFieldDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoObliqueSliceDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoOrthoSliceDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoSliceDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoVolumeDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoVolumeRenderDetail: Returns an instance that is a copy of this instance.
copy() - Method in class com.openinventor.volumeviz.details.SoVolumeSkinDetail: Returns an instance that is a copy of this instance.
copyChildren() - Method in class com.openinventor.inventor.nodes.SoFile: Returns a new SoGroup containing copies of all of the file node's children.
copyChildren() - Method in class com.openinventor.inventor.nodes.SoWWWInline: Return a copy of the hidden children as a Group.
copyFieldValues(SoFieldContainer) - Method in class com.openinventor.inventor.fields.SoFieldContainer: Calls copyFieldValues(fc, false).
copyFieldValues(SoFieldContainer, boolean) - Method in class com.openinventor.inventor.fields.SoFieldContainer: Copies the contents of fc's fields into this object's fields.
copyPlane(SoBufferObject, int, int, int, int, int, int, int, int, int, int, int, int, int, int, float, float, float, float, int, int, int, SoBufferObject) - Method in class com.openinventor.inventor.algorithms.SoDataExtract: Copy a plane.
copyRegion(SbImageDataAccessor.Region) - Method in class com.openinventor.imageviz.SbImageDataAccessor: Returns an SoMemoryDataAdapter corresponding to the requested region.
copyRegion(SbImageDataAccessor.Region, SbChannelList) - Method in class com.openinventor.imageviz.SbImageDataAccessor: Returns an SoMemoryDataAdapter corresponding to the requested region.
copyTile(SoBufferObject, int, int, int, int, int, int, int, int, int, int, int, int, int, int, int, int, SoBufferObject) - Method in class com.openinventor.inventor.algorithms.SoDataExtract: Copy a tile.
cornerDistance - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps.SoChamferDistanceMapProcessing3d: The distance between 2 pixels with min 3D connexity.
correlationCriterion - Variable in class com.openinventor.imageviz.engines.geometryandmatching.patternrecognition.SoGrayscaleCorrelationProcessing2d: Select the correlation operator.
correlationMode - Variable in class com.openinventor.imageviz.engines.geometryandmatching.patternrecognition.SoGrayscaleCorrelationProcessing2d: Select the normalization mode for correlation.
crc32(ByteBuffer, long) - Static method in class com.openinventor.ldm.compressors.SoDataCompressor: Utility function to get the CRC32 of a buffer.
crcCheck - Variable in class com.openinventor.ldm.writers.SoVRLdmFileWriter: Set CRC32 check on compression.
creaseAngle - Variable in class com.openinventor.inventor.nodes.SoShapeHints: Indicates the minimum angle (in radians) between two adjacent face normals required to form a sharp crease at the edge when normal vectors are computed automatically by Open Inventor.
creaseAngle - Variable in class com.openinventor.meshviz.data.PoMesh: Indicates the minimum angle (in radians) between two adjacent face normals required to form a sharp crease at the edge when default normals are computed and used.
create(int, String[]) - Static method in class com.openinventor.ldm.converters.SoConverterParameters: Deprecated.
As of Open Inventor 9.3, use SoConverterParameters.create(String[]) instead.
create(String[]) - Static method in class com.openinventor.ldm.converters.SoConverterParameters: Static method to build a parameters container from command line arguments.
createArithmeticInterface() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns an instance of the SoArithmetic interface defined in the loaded module.
createBoundingBox(SbBox3f, SbColor) - Static method in class com.openinventor.medical.helpers.MedicalHelper: Convenience function to draw a specified bounding box as a wireframe
createBufferObject() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns an instance of a SoBufferObject according to the hardware used by the loaded module.
createContext() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns a DeviceContext that can be used with the algorithms module and SoBufferObject returned by the createBufferObject function.
createConversionInterface() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns an instance of the SoConversion interface defined in the loaded module.
createConvolutionInterface() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns an instance of the SoConvolution interface defined in the loaded module.
createCube(SbBox3f) - Static method in class com.openinventor.medical.helpers.MedicalHelper: Convenience function to retrieve the cube corresponding to the specified bounding box.
createDataExtractInterface() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns an instance of the SoDataExtract interface defined in the loaded module.
createDirectory(String) - Static method in class com.openinventor.inventor.helpers.SbFileHelper: Create the specified directory.
createFrom2DPoints(Collection<SbVec2f>, SbMatrix) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Calls createFrom2DPoints(pointsInCam, localToCam, new com.openinventor.inventor.SbBox3f()).
createFrom2DPoints(Collection<SbVec2f>, SoPath, SbViewVolume) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Calls createFrom2DPoints(pointsInCam, nodePath, volume, new com.openinventor.inventor.SbBox3f()).
createFrom2DPoints(Collection<SbVec2f>, SbMatrix, float) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Calls createFrom2DPoints(pointsInCam, camToLocal, zMin, (float)1.0f).
createFrom2DPoints(Collection<SbVec2f>, SbMatrix, float, float) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Create an extruded shape from points in camera space.
createFrom2DPoints(Collection<SbVec2f>, SoPath, SbViewVolume, SbBox3f) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Create an extruded shape from points in camera space.
createFrom2DPoints(Collection<SbVec2f>, SbMatrix, SbBox3f) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Create an extruded shape from points in camera space.
createFrom3DPoints(Collection<SbVec3f>, SoPath, SbViewVolume) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Calls createFrom3DPoints(pointsInWorld, nodePath, volume, new com.openinventor.inventor.SbBox3f()).
createFrom3DPoints(Collection<SbVec3f>, SoPath, SbViewVolume, SbBox3f) - Static method in class com.openinventor.inventor.misc.SbExtrusionGenerator: Create an extruded shape from points in world space.
createFullRegion(SoImageDataAdapter) - Static method in class com.openinventor.imageviz.SbImageDataAccessor: Helper to create a SubVolumeRegion corresponding to the whole region of the given image.
createGlobalField(String, Class<? extends Inventor>) - Static method in class com.openinventor.inventor.SoDB: The database maintains a namespace for global fields, making sure that there is at most one instance of a global field with any given name in the database.
createInstance() - Method in class com.openinventor.inventor.devices.SoBufferObject: Create a new buffer with the same properties as the current one.
createMemoryDataAdapter(SbVec4i32, SbImageDataType, SoMemoryDataAdapter.LayerOrganizations, SoBufferObject) - Static method in class com.openinventor.imageviz.nodes.images.SoMemoryDataAdapter: Factory method that creates an adapter from an existing block of memory.
createPredefinedParameter(SoInstanceParameter.PredefinedParameters, SoBufferObject) - Static method in class com.openinventor.inventor.nodes.SoInstanceParameter: Calls createPredefinedParameter(paramKey, values, (int)1).
createPredefinedParameter(SoInstanceParameter.PredefinedParameters, SoBufferObject, int) - Static method in class com.openinventor.inventor.nodes.SoInstanceParameter: Creates an instance parameter object for one of the predefined attribute names.
createRenderArea(String, int, int, RenderAreaHardware) - Method in class com.openinventor.remoteviz.rendering.Service: Creates a renderArea.
createSeismicInterface() - Method in class com.openinventor.inventor.algorithms.SoAlgorithms: Returns an instance of the SoSeismic interface defined in the loaded module.
createSliceRegion(SoImageDataAdapter, int) - Static method in class com.openinventor.imageviz.SbImageDataAccessor: Helper to create a SubVolumeRegion corresponding to one slice of the given image.
criterionPlane - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation.SoDilationSquareColorProcessing2d: The plane to compute criterion.
criterionPlane - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation.SoErosionSquareColorProcessing2d: The plane to compute criterion.
criterionPlane - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoClosingSquareColorProcessing2d: The plane to compute criterion.
criterionPlane - Variable in class com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing.SoOpeningSquareColorProcessing2d: The plane to compute criterion.
cross(SbVec3d) - Method in class com.openinventor.inventor.SbVec3d: Returns right-handed cross product of vector and another vector.
cross(SbVec3f) - Method in class com.openinventor.inventor.SbVec3f: Returns right-handed cross product of vector and another vector.
crossSection - Variable in class com.openinventor.inventor.nodes.SoExtrusion: The shape that will be extruded, defined by a 2D piecewise linear curve in the XZ plane (described as a series of connected vertices).
csgOperation - Variable in class com.openinventor.inventor.nodes.SoCSGShape: CSG boolean operation to apply.
cubicInterpolation - Variable in class com.openinventor.volumeviz.nodes.SoVolumeRenderingQuality: Deprecated.
As of Open Inventor 9300 Use SoVolumeShape.interpolation field instead.
curveRep - Variable in class com.openinventor.meshviz.graph.PoCurve: Defines the curve representation (polyline, smooth, stair, ...)
curveRep - Variable in class com.openinventor.meshviz.graph.PoCurve3: Defines the curve representation (polyline, smooth or none).
cutOffAngle - Variable in class com.openinventor.inventor.nodes.SoSpotLight: Angle (in radians) outside of which intensity is zero, measured from the center axis of the cone to an edge.

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