Uses of Class
com.openinventor.inventor.fields.SoSFInt32

Packages that use SoSFInt32

Package	Description
com.openinventor.inventor.draggers
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.engines
com.openinventor.inventor.geo
com.openinventor.inventor.nodes
com.openinventor.ldm.nodes
com.openinventor.ldm.writers
com.openinventor.medical.nodes	Provides some nodes and helper classes specifically created to facilitate implementation of medical applications.
com.openinventor.meshviz.data
com.openinventor.meshviz.graph
com.openinventor.meshviz.nodes
com.openinventor.meshvizxlm.mapping.nodes	Provides rendering, property and action nodes.
com.openinventor.volumeviz.nodes

Uses of SoSFInt32 in com.openinventor.inventor.draggers

Fields in com.openinventor.inventor.draggers declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoEllipsoidDragger.numSamples	Number of samples composing the ellispoid.
SoSFInt32	SoTabBoxDragger.tabPixelSize	Specifies the size of the green tabs in pixels.
SoSFInt32	SoTabPlaneDragger.tabPixelSize	Specifies the size of the green tabs in pixels.

Uses of SoSFInt32 in com.openinventor.inventor.drawers

Fields in com.openinventor.inventor.drawers declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoPolyLineScreenDrawer.linePatternScaleFactor	Stipple pattern scale factor.

Uses of SoSFInt32 in com.openinventor.inventor.engines

Fields in com.openinventor.inventor.engines declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoSelectOne.index	Index of the value to select from the multiple-value field.

Uses of SoSFInt32 in com.openinventor.inventor.geo

Fields in com.openinventor.inventor.geo declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoGeoElevationGrid.xDimension	Number of X values in the grid.
SoSFInt32	SoGeoElevationGrid.zDimension	Number of Z values in the grid.

Uses of SoSFInt32 in com.openinventor.inventor.nodes

Fields in com.openinventor.inventor.nodes declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoRenderToTarget.clearStencilValue	Value used to clear the stencil buffer before the rendering.
SoSFInt32	SoBufferedShape.colorComponentsCount	Number of components in each color value.
SoSFInt32	SoBufferedShape.colorOffset	Offset in bytes to the first color value in the buffer.
SoSFInt32	SoBufferedShape.colorStride	Stride in bytes between the first component of two consecutive colors.
SoSFInt32	SoVertexShaderParameterBufferObject.components	Specifies the number of components per generic vertex parameter.
SoSFInt32	SoImage.height	Height of image in pixels (optional).
SoSFInt32	SoShaderParameter.identifier	Specifies the parameter's integer name which is declared and used within low-level shading programs.
SoSFInt32	SoMarker.index	Defines the marker index.
SoSFInt32	SoBufferedShape.indexOffset	Offset in bytes to the first index in the buffer.
SoSFInt32	SoExtSelection.lassoPatternScaleFactor	Stipple pattern scale factor.
SoSFInt32	SoShaderParameterImage.layer	Specifies the layer of texture to be bound to the image unit.
SoSFInt32	SoDrawStyle.linePatternScaleFactor	Stipple pattern scale factor (for LINES style).
SoSFInt32	SoExtTexture2.loadingThreadPriority	Specifies the priority of the texture loading thread when activated (syncMode = ASYNCHRONOUS).
SoSFInt32	SoShaderProgram.maxGeometryOutputVertices	Set the maximum number of vertices the geometry shader will emit in one invocation.
SoSFInt32	SoBufferedShape.normalOffset	Offset in bytes to the first normal vector in the buffer.
SoSFInt32	SoNurbsCurve.numControlPoints	Number of control points.
SoSFInt32	SoSurroundScale.numNodesUpToContainer	When traversed by an action, if surroundScale needs to calculate a new box, surroundScale looks at the current path in the action.
SoSFInt32	SoSurroundScale.numNodesUpToReset	Before applying the SoGetBoundingBoxAction (see the numNodesUpToContainer field above) the surroundScale node travels up the path a distance of numNodesUpToReset and tells the action to reset the bounding box upon traversal of that node.
SoSFInt32	SoPointSet.numPoints	Number of points.
SoSFInt32	SoNurbsProperty.numSamplePoints	numSamplePoints is used during trim curve tessellation.
SoSFInt32	SoNurbsSurface.numSControlPoints	Number of control points in the S direction.
SoSFInt32	SoNurbsSurface.numTControlPoints	Number of control points in the T direction.
SoSFInt32	SoLevelOfSimplification.numTriangles	Number of triangles in highest (1.0) case.
SoSFInt32	SoTriangleSet.numTriangles	Number of triangles in the set.
SoSFInt32	SoNurbsSurface.numUControlPoints	Number of control points in the U direction.
SoSFInt32	SoNurbsSurface.numVControlPoints	Number of control points in the V direction.
SoSFInt32	SoVertexShaderParameterBufferObject.offset	Offset in bytes to the first parameter within the buffer.
SoSFInt32	SoShaderProgram.patchLength	Set the length of the fixed-size collection of vertices used by tessellation shaders.
SoSFInt32	SoBufferedShape.primitiveRestartValue	Index value for the primitive restart feature.
SoSFInt32	SoProjection.projTypeId	Current projection id.
SoSFInt32	SoSeparator.renderUnitId	Used during the ScaleViz depth compositing process, this field specifies which render unit (OIRU) will render the sub scene graph below this separator.
SoSFInt32	SoShadowGroup.smoothFactor	Set the smoothness of shadows.
SoSFInt32	SoNonIndexedShape.startIndex	Index of first coordinate of shape.
SoSFInt32	SoVertexShaderParameterBufferObject.stride	Specifies the byte offset between consecutive generic vertex parameter.
SoSFInt32	SoShaderParameter1i.value	Specifies the parameter's value.
SoSFInt32	SoBufferedShape.vertexOffset	Offset in bytes to the first vertex within the buffer.
SoSFInt32	SoIndexedQuadMesh.verticesPerColumn	Number of vertices per column.
SoSFInt32	SoQuadMesh.verticesPerColumn	Number of vertices per column.
SoSFInt32	SoIndexedQuadMesh.verticesPerRow	Number of vertices per row.
SoSFInt32	SoQuadMesh.verticesPerRow	Number of vertices per row.
SoSFInt32	SoSwitch.whichChild	Index of the child to traverse, or one of SO_SWITCH_NONE, SO_SWITCH_INHERIT, or SO_SWITCH_ALL.
SoSFInt32	SoInteractiveSwitch.whichInteractiveChild	Index of the child to traverse during interaction, (or one of SO_SWITCH_NONE, SO_SWITCH_INHERIT, or SO_SWITCH_ALL).
SoSFInt32	SoImage.width	Width of image in pixels (optional).

Uses of SoSFInt32 in com.openinventor.ldm.nodes

Fields in com.openinventor.ldm.nodes declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoDataRange.dataRangeId	This field allows the use of multiple data ranges for the same shape.
SoSFInt32	SoDataSet.dataSetId	When using multiple SoDataSet nodes, the dataSetId field uniquely identifies each data set used in the compositing.
SoSFInt32	SoROI.dataSetId	Specifies which SoVolumeData node to use.
SoSFInt32	SoDataSetId.id	Data set id.
SoSFInt32	SoLDMResourceParameters.loadNotificationRate	Tile loading notification rate.
SoSFInt32	SoLDMResourceParameters.max2DTexMemory	Maximum of 2D textures memory in MB for this data set.
SoSFInt32	SoLDMResourceParameters.maxMainMemory	Maximum allowed main memory in MB that LDM is allowed to use for this data set.
SoSFInt32	SoLDMResourceParameters.maxResolutionThreshold	Maximum loading threshold for the LDM module.
SoSFInt32	SoLDMResourceParameters.maxTexMemory	Maximum allowed texture (GPU) memory in MB for this data set.
SoSFInt32	SoTransferFunction.maxValue	See minValue field.
SoSFInt32	SoLDMResourceParameters.minResolutionThreshold	Minimum loading threshold for LDM module.
SoSFInt32	SoLDMResourceParameters.minTilesToLoad	Minimum number of tiles that must be loaded in memory before rendering.
SoSFInt32	SoTransferFunction.minValue	Remaps the defined color map between minValue and maxValue indices.
SoSFInt32	SoLDMResourceParameters.numPrefetchThread	Number of threads used by the tile prefetch mechanism.
SoSFInt32	SoTransferFunction.offset	Used for rescaling the input data values.
SoSFInt32	SoLDMResourceParameters.resolution	Specifies the resolution level when fixedResolution is true.
SoSFInt32	SoTransferFunction.shift	Used for rescaling the input data values.
SoSFInt32	SoLDMResourceParameters.tex2LoadRate	Maximum number of 2D tiles to be loaded in texture memory per frame.
SoSFInt32	SoLDMResourceParameters.tex3LoadRate	Maximum number of 3D tiles to be loaded into texture memory per frame for this data set.
SoSFInt32	SoTransferFunction.transferFunctionId	This field allows the use of multiple transfer functions.

Uses of SoSFInt32 in com.openinventor.ldm.writers

Fields in com.openinventor.ldm.writers declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoVRLdmFileWriter.compressionLevel	Set compression level.
SoSFInt32	SoVRLdmFileWriter.lowResAlgorithm	Specifies the algorithm used to build low resolution tiles.

Uses of SoSFInt32 in com.openinventor.medical.nodes

Fields in com.openinventor.medical.nodes declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	Gnomon.height	Specifies the height of the gnomon viewport in pixels (default is 100).
SoSFInt32	SliceScaleBar.numTickIntervals	Number of tick intervals (default is 0).
SoSFInt32	Gnomon.width	Specifies the width of the gnomon viewport in pixels (default is 100).

Uses of SoSFInt32 in com.openinventor.meshviz.data

Fields in com.openinventor.meshviz.data declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	PoCellShape.cellIndex	Cell index.
SoSFInt32	PoMesh2DVec.density	Vector field density filter.
SoSFInt32	PoMesh3DVec.density	Vector field density filter.
SoSFInt32	PoBaseStreamLine.integrationMaxStepNumber	Computing the streamline is done while the number of integration step is less than integrationMaxStepNumber.
SoSFInt32	PoStreamSurface.numLinesPerRake	Number of point sources per rake.
SoSFInt32	PoMeshSkeleton.numXContour	Number of cross-contours orthogonal to X-axis.
SoSFInt32	PoMeshSkeleton.numYContour	Number of cross-contours orthogonal to Y-axis.
SoSFInt32	PoMeshSkeleton.numZContour	Number of cross-contours orthogonal to Z-axis.
SoSFInt32	PoStreamParticleMotion.pulseFrequency	Number of frames to be visualized during an animation cycle.
SoSFInt32	PoMesh.valuesIndex	Defines the index of the set of values for the coloring.
SoSFInt32	PoMesh.valuesIndexForCellFilter	Specifies the index of the set of values used to filter cells for this mesh representation.
SoSFInt32	PoMeshLevelSurf.valuesIndexForLevel	Index of the set of value used to compute the level surface.
SoSFInt32	PoMesh.vecsIndex	Defines the index of the set of vectors for all representations which need a vector at each mesh node (PoBaseStreamLine, PoMesh2DVec, PoMesh3DVec,...)
SoSFInt32	PoStreamParticleMotion.viewFrame	Visualized frame index (used only if isBlinking is false).

Uses of SoSFInt32 in com.openinventor.meshviz.graph

Fields in com.openinventor.meshviz.graph declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	PoChart.colorValuesIndex	Defines the index of the set of values for the coloring.
SoSFInt32	PoCurve.markerIndexPeriod	One point (of point) in every consecutive markerIndexPeriod is selected.
SoSFInt32	PoCurve.raiseIndexPeriod	One point (of point) in every consecutive raiseIndexPeriod is selected.
SoSFInt32	PoGeneralizedScatter.sizeValuesIndex	Defines the index of the set of values used to specify the size of markers.
SoSFInt32	PoLabel.stringsIndex	Defines the index of the set of strings used for the names attached to labels when valueType is equal to NAME.
SoSFInt32	PoPieChartRep.stringsIndex	Defines the index of the set of strings used for the names attached to slices.
SoSFInt32	PoCurveLine.thicknessIndex	Defines the index of the set of values used to specify the thickness.
SoSFInt32	PoChart.yValuesIndex	Defines the index of the set of values used by a charting representation as a y-coordinate of each mesh node.
SoSFInt32	PoGeneralizedScatter.zValuesIndex	Defines the index of the set of values used to specify a z-coordinate for markers.
SoSFInt32	PoScatter.zValuesIndex	Defines the index of the set of values used to specify a z-coordinate for markers.

Uses of SoSFInt32 in com.openinventor.meshviz.nodes

Fields in com.openinventor.meshviz.nodes declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	PoPeriodIndexFilter.period	Defines the period used to filter the mesh 1D geometry.

Uses of SoSFInt32 in com.openinventor.meshvizxlm.mapping.nodes

Fields in com.openinventor.meshvizxlm.mapping.nodes declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	MoMeshRepresentation.colorScalarSetId	Field representing the scalar set node to be used to map colors onto the representation.
SoSFInt32	MoMeshSlab.index	The index of the slab.
SoSFInt32	MoMeshIsosurface.isoScalarSetId	Field representing the scalar set node to be used to compute the iso value.
SoSFInt32	MoMeshStreamline.maxStepNumber	Sets the maximum step number during the streamline integration. The default value is 0, meaning infinite step number.
SoSFInt32	MoMeshSlab.thickness	Thickness of the slab in number of cells.
SoSFInt32	MoMeshStreamline.vec3SetId	Field representing the vector set node to be used to compute the streamlines.
SoSFInt32	MoMeshVector.vectorSetId	Specifies the vector set to display.

Uses of SoSFInt32 in com.openinventor.volumeviz.nodes

Fields in com.openinventor.volumeviz.nodes declared as SoSFInt32

Modifier and Type	Field	Description
SoSFInt32	SoVolumeTransform.cacheSize	Size of the computed tile cache for this transform.
SoSFInt32	SoFenceSlice.dataSetId	Specifies the SoVolumeData node to use.
SoSFInt32	SoObliqueSlice.dataSetId	Specifies the SoVolumeData node to use.
SoSFInt32	SoOrthoSlice.dataSetId	Specifies the SoVolumeData node to use.
SoSFInt32	SoVolumeSkin.dataSetId	Specifies the SoVolumeData node to use.
SoSFInt32	SoVolumeRender.lowScreenResolutionScale	If lowResMode is DECREASE_SCREEN_RESOLUTION, render the volume at a lower screen resolution.
SoSFInt32	SoVolumeClippingGroup.numPasses	Number of passes used to do the clipping.
SoSFInt32	SoVolumeRender.numSlices	Specifies the number of samples along each ray.
SoSFInt32	SoVolumeRender.projectedTileSubdivision	When doing volume projection (see SoProjection), only the geometry (corner vertices) of the LDM tiles are projected, not the individual voxels.