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

Packages that use SoSFEnum

Package	Description
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	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	Introduction to Edge Marking
com.openinventor.imageviz.engines.edgedetection.gradient	Introduction to Gradient
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	This group provides miscellaneous derivative based operators such as partial derivatives or Hessian Matrix.
com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms	Geometric Transforms engines are usually used to align images.
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	This group provides a package of registration functions.
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	The Individual Measures category contains analysis engines applying a measurement on each label of the input image.
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	The Statistics category contains analysis engines applying an intensity- based measurement globally to the input image.
com.openinventor.imageviz.engines.imagefiltering.colortransforms	This group contains engines specifically applying on a color input image.
com.openinventor.imageviz.engines.imagefiltering.frequencydomain	This category contains FFT and related engines to work on frequency domain.
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	The Sharpening category contains filters used to enhance the edges of objects and adjust contrast and shade characteristics.
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	This category contains engines revealing texture attributes.
com.openinventor.imageviz.engines.imagemanipulation.imageediting
com.openinventor.imageviz.engines.imagemanipulation.stackoperations	The Stack Operations category contains engines for manipulating image stacks.
com.openinventor.imageviz.engines.imagemanipulation.syntheticimages
com.openinventor.imageviz.engines.imagesegmentation.binarization	Binarization allows to transform graylevel or color images into a binary image.
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.featureselection
com.openinventor.imageviz.engines.imagesegmentation.labeling
com.openinventor.imageviz.engines.imagesegmentation.regiongrowing	This group contains segmentation engines based on the propagation of a seed.
com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling
com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps	Geodesy Principle
com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation	Introduction to Erosion
com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations	Geodesy Principle
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	Introduction to Opening
com.openinventor.imageviz.nodes.images	Data conversion conventions in ImageViz
com.openinventor.imageviz.nodes.measures	Introduction
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	The element classes are used internally for storing information in Open Inventor's traversal state list.
com.openinventor.inventor.fields
com.openinventor.inventor.geo
com.openinventor.inventor.nodekits
com.openinventor.inventor.nodes
com.openinventor.inventor.viewercomponents.nodes	Viewer components nodes independent from graphical user interface.
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.remoteviz.clients.nodes
com.openinventor.volumeviz.nodes

Uses of SoSFEnum in com.openinventor.imageviz.engines.arithmeticandlogic.arithmeticoperations

Fields in com.openinventor.imageviz.engines.arithmeticandlogic.arithmeticoperations declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoArithmeticImageProcessing.ArithmeticOperators>	SoArithmeticImageProcessing.arithmeticOperator	Select operator to apply.
SoSFEnum<SoArithmeticValueProcessing.ArithmeticOperators>	SoArithmeticValueProcessing.arithmeticOperator	Select the operator to apply.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoImageFormulaProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageFormulaProcessing.DataTypes>	SoImageFormulaProcessing.dataType	Arithmetic format.
SoSFEnum<SoDirectionalBlendProcessing2d.SymmetryModes>	SoDirectionalBlendProcessing2d.symmetryMode	Select the symmetry type.

Uses of SoSFEnum in com.openinventor.imageviz.engines.arithmeticandlogic.logicaloperations

Fields in com.openinventor.imageviz.engines.arithmeticandlogic.logicaloperations declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoLogicalImageProcessing.LogicalOperators>	SoLogicalImageProcessing.logicalOperator	Select the operator to apply.
SoSFEnum<SoLogicalValueProcessing.LogicalOperators>	SoLogicalValueProcessing.logicalOperator	Select the operator to apply.
SoSFEnum<SoBitShiftProcessing.ShiftDirections>	SoBitShiftProcessing.shiftDirection	Select the shifting direction.

Uses of SoSFEnum in com.openinventor.imageviz.engines.edgedetection.edgemarking

Fields in com.openinventor.imageviz.engines.edgedetection.edgemarking declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoDijkstraShortestPathProcessing2d.AxisSelections>	SoDijkstraShortestPathProcessing2d.axisSelection	Select the direction axis.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRidgeDetectionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoDijkstraShortestPathProcessing2d.IntensityModes>	SoDijkstraShortestPathProcessing2d.intensityMode	The type of enclosed objects.
SoSFEnum<SoEigenvaluesToStructurenessProcessing2d.LightnessType>	SoEigenvaluesToStructurenessProcessing2d.lightness	The type of structure lightness to extract.
SoSFEnum<SoEigenvaluesToStructurenessProcessing3d.LightnessType>	SoEigenvaluesToStructurenessProcessing3d.lightness	The type of structure lightness to extract.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoRidgeDetectionProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoEigenvaluesToStructurenessProcessing2d.StructureTypes>	SoEigenvaluesToStructurenessProcessing2d.structureType	Shape of structures to extract.
SoSFEnum<SoEigenvaluesToStructurenessProcessing3d.StructureTypes>	SoEigenvaluesToStructurenessProcessing3d.structureType	The type of structure lightness to extract.

Uses of SoSFEnum in com.openinventor.imageviz.engines.edgedetection.gradient

Fields in com.openinventor.imageviz.engines.edgedetection.gradient declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMorphologicalGradientProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoGradientMagnitudeProcessing2d.GradientModes>	SoGradientMagnitudeProcessing2d.gradientMode	Select an output mode.
SoSFEnum<SoGradientMagnitudeProcessing3d.GradientModes>	SoGradientMagnitudeProcessing3d.gradientMode	Select an output mode.
SoSFEnum<SoGradientOperatorProcessing2d.GradientModes>	SoGradientOperatorProcessing2d.gradientMode	Select an output mode.
SoSFEnum<SoGradientOperatorProcessing3d.GradientModes>	SoGradientOperatorProcessing3d.gradientMode	Select an output mode.
SoSFEnum<SoMorphologicalGradientProcessing.GradientModes>	SoMorphologicalGradientProcessing.gradientMode	Select the computation mode for morphological gradient.
SoSFEnum<SoGradientOperatorProcessing2d.GradientOperators>	SoGradientOperatorProcessing2d.gradientOperator	Select the gradient operator.
SoSFEnum<SoGradientOperatorProcessing3d.GradientOperators>	SoGradientOperatorProcessing3d.gradientOperator	Select the gradient operator.
SoSFEnum<SoMorphologicalGradientProcessing.PrecisionModes>	SoMorphologicalGradientProcessing.precisionMode	Select the precision for computation method.
SoSFEnum<SoRadialGradientCenteredProcessing2d.ProjectionModes>	SoRadialGradientCenteredProcessing2d.projectionMode	Select the output images mode.
SoSFEnum<SoRadialGradientContourProcessing2d.ProjectionModes>	SoRadialGradientContourProcessing2d.projectionMode	Select the output images mode.
SoSFEnum<SoRadialGradientLabelProcessing2d.ProjectionModes>	SoRadialGradientLabelProcessing2d.projectionMode	Select the output images mode.

Uses of SoSFEnum in com.openinventor.imageviz.engines.edgedetection.laplacian

Fields in com.openinventor.imageviz.engines.edgedetection.laplacian declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoDoBFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMorphologicalLaplacianProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRecursiveLaplacianProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoMorphologicalLaplacianProcessing.PrecisionModes>	SoMorphologicalLaplacianProcessing.precisionMode	Select the precision for computation method.

Uses of SoSFEnum in com.openinventor.imageviz.engines.edgedetection.otherderivatives

Fields in com.openinventor.imageviz.engines.edgedetection.otherderivatives declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoGaussianDerivativeProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .

Uses of SoSFEnum in com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms

Fields in com.openinventor.imageviz.engines.geometryandmatching.geometrictransforms declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoFlipAxisProcessing2d.AxisSelections>	SoFlipAxisProcessing2d.axisSelection	Select the symmetry type.
SoSFEnum<SoFlipAxisProcessing3d.AxisSelections>	SoFlipAxisProcessing3d.axisSelection	Select the symmetry axis.
SoSFEnum<SoTranslateProcessing.BackgroundModes>	SoTranslateProcessing.backgroundMode	The translation mode.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoScaleByFactorProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoScaleImageToSizeProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoTranslateProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoResampleElasticProcessing2d.ExtrapolationTypes>	SoResampleElasticProcessing2d.extrapolationType	The type of extrapolation used.
SoSFEnum<SoResampleElasticProcessing2d.InterpolationTypes>	SoResampleElasticProcessing2d.interpolationType	Type of interpolation you want to use.
SoSFEnum<SoResampleImageProcessing3d.InterpolationTypes>	SoResampleImageProcessing3d.interpolationType	The type of interpolation used for the re-sampling.
SoSFEnum<SoRotateAroundZProcessing2d.PrecisionModes>	SoRotateAroundZProcessing2d.precisionMode	Select the interpolation mode.
SoSFEnum<SoRotateProcessing2d.PrecisionModes>	SoRotateProcessing2d.precisionMode	Select the interpolation mode.
SoSFEnum<SoRotateProcessing3d.PrecisionModes>	SoRotateProcessing3d.precisionMode	Select the interpolation mode.
SoSFEnum<SoScaleByFactorProcessing.PrecisionModes>	SoScaleByFactorProcessing.precisionMode	Select the interpolation mode.
SoSFEnum<SoScaleImageToSizeProcessing.PrecisionModes>	SoScaleImageToSizeProcessing.precisionMode	Select the interpolation mode.
SoSFEnum<SoResampleImageProcessing3d.SamplingModes>	SoResampleImageProcessing3d.samplingMode	Specifies how the voxel size is computed.
SoSFEnum<SoSwapAxisProcessing3d.TranspositionModes>	SoSwapAxisProcessing3d.transpositionMode	Select the transposition mode.

Uses of SoSFEnum in com.openinventor.imageviz.engines.geometryandmatching.patternrecognition

Fields in com.openinventor.imageviz.engines.geometryandmatching.patternrecognition declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoGrayscaleCorrelationProcessing2d.CorrelationCriterions>	SoGrayscaleCorrelationProcessing2d.correlationCriterion	Select the correlation operator.
SoSFEnum<SoGrayscaleCorrelationProcessing2d.CorrelationModes>	SoGrayscaleCorrelationProcessing2d.correlationMode	Select the normalization mode for correlation.
SoSFEnum<SoBinaryCorrelationProcessing2d.OffsetModes>	SoBinaryCorrelationProcessing2d.offsetMode	Select the calculation offset (number of pixels).
SoSFEnum<SoGrayscaleCorrelationProcessing2d.OffsetModes>	SoGrayscaleCorrelationProcessing2d.offsetMode	Select the calculation offset (number of pixels).

Uses of SoSFEnum in com.openinventor.imageviz.engines.geometryandmatching.registration

Fields in com.openinventor.imageviz.engines.geometryandmatching.registration declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImagePreAlignmentTransform3d.AlignmentModes>	SoImagePreAlignmentTransform3d.alignmentMode	Select the type of alignment .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoImageRegistrationTransform.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoElasticRegistrationProcessing2d.MetricTypes>	SoElasticRegistrationProcessing2d.metricType	Type of metric used to measure the similarity/dissimilarity between the fixed and the transformed image.
SoSFEnum<SoImageRegistrationTransform.MetricTypes>	SoImageRegistrationTransform.metricType	Select the metric type.
SoSFEnum<SoImageRegistrationTransform.RangeModes>	SoImageRegistrationTransform.rangeModeModel	The way to define the intensity range to be considered by the algorithm in the model (moving) image.
SoSFEnum<SoImageRegistrationTransform.RangeModes>	SoImageRegistrationTransform.rangeModeReference	The way to define the intensity range to be considered by the algorithm in the reference (fixed) image.
SoSFEnum<SoImageRegistrationTransform.TransformationTypes>	SoImageRegistrationTransform.transformType	Select the type of transform.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imageanalysis.globalmeasures

Fields in com.openinventor.imageviz.engines.imageanalysis.globalmeasures declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoGlobalAnalysisQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoIntensityHistogramQuantification.RangeModes>	SoIntensityHistogramQuantification.rangeMode	This parameter defines if the histogram has to be computed between the minimum and maximum input intensities (MIN_MAX) or inside a predefined range (OTHER).

Uses of SoSFEnum in com.openinventor.imageviz.engines.imageanalysis.individualmeasures

Fields in com.openinventor.imageviz.engines.imageanalysis.individualmeasures declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoFilterAnalysisQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoFilterByMeasureProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLabelAnalysisQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLabelFilteringAnalysisQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLabelFilteringProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMeasureImageProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSieveLabelingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoFilterByMeasureProcessing.MeasureFilterTypes>	SoFilterByMeasureProcessing.measureFilterType	Data filter type.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imageanalysis.morphometry

Fields in com.openinventor.imageviz.engines.imageanalysis.morphometry declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoDegreeOfAnisotropyQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoFractalDimensionQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoFragmentationIndexQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoImageVolumeQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoObjectBoundaryAreaQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoObjectImageRatioQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoObjectSpecificSurfaceQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoObjectSurfaceDensityQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoObjectVolumeQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoTotalImageBoundaryAreaQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoAverageObjectThicknessQuantification3d.Models>	SoAverageObjectThicknessQuantification3d.model	The trabecular model.
SoSFEnum<SoAverageSpaceThicknessQuantification3d.Models>	SoAverageSpaceThicknessQuantification3d.model	The trabecular model.
SoSFEnum<SoObjectLinearDensityQuantification3d.Models>	SoObjectLinearDensityQuantification3d.model	The trabecular model.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imageanalysis.statistics

Fields in com.openinventor.imageviz.engines.imageanalysis.statistics declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoCompareImageQuantification.ComparisonCriterions>	SoCompareImageQuantification.comparisonCriterion	Select the comparison test to perform between images.
SoSFEnum<SoCompareValueQuantification.ComparisonCriterions>	SoCompareValueQuantification.comparisonCriterion	Select the comparison test to perform between image and value.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAutoThresholdingQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoCompareImageQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoCompareValueQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoIntensityExtremaQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoIntensityStatisticsQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLocalMaximaQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMaskedStatisticsQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMeasureGaussianNoiseQuantification.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoLocalMaximaQuantification.PrecisionModes>	SoLocalMaximaQuantification.precisionMode	Select the precision mode of position.
SoSFEnum<SoAutoThresholdingQuantification.RangeModes>	SoAutoThresholdingQuantification.rangeMode	The input intensity range.
SoSFEnum<SoIntensityStatisticsQuantification.RangeModes>	SoIntensityStatisticsQuantification.rangeMode	Select the input intensity range mode.
SoSFEnum<SoAutoThresholdingQuantification.ThresholdCriterions>	SoAutoThresholdingQuantification.thresholdCriterion	The criterion to detect thresholds on histogram.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagefiltering.colortransforms

Fields in com.openinventor.imageviz.engines.imagefiltering.colortransforms declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoColorSpaceConversionProcessing.BaseModes>	SoColorSpaceConversionProcessing.baseMode	Select the output color space.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoColorSpaceConversionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoColorToGrayscaleProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoColorToLightnessProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoGrayscaleToColorProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagefiltering.frequencydomain

Fields in com.openinventor.imageviz.engines.imagefiltering.frequencydomain declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoComplexCenteredFFTInverseProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoComplexCenteredFFTProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoComplexFFTInverseProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoComplexFFTProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSwapQuadrantsProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms

Fields in com.openinventor.imageviz.engines.imagefiltering.grayscaletransforms declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAdaptiveHistogramEqualizationProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoApplyGrayscaleLutProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoHistogramEqualizationProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMatchContrastProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRescaleIntensityProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoMatchContrastProcessing.MatchingModes>	SoMatchContrastProcessing.matchingMode	Select a matching mode.
SoSFEnum<SoMathematicalFunctionProcessing.MathematicalOperators>	SoMathematicalFunctionProcessing.mathematicalOperator	Select the operator to apply.
SoSFEnum<SoRescaleIntensityProcessing.OutputTypes>	SoRescaleIntensityProcessing.outputType	Type of the output image.
SoSFEnum<SoHistogramEqualizationProcessing.RangeModes>	SoHistogramEqualizationProcessing.rangeMode	Select the input intensity range mode.
SoSFEnum<SoRescaleIntensityProcessing.RangeModes>	SoRescaleIntensityProcessing.rangeMode	Select the input intensity range mode.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagefiltering.sharpening

Fields in com.openinventor.imageviz.engines.imagefiltering.sharpening declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoDelineateProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoUnsharpMaskingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoDelineateProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising

Fields in com.openinventor.imageviz.engines.imagefiltering.smoothinganddenoising declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoBilateralFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoBoxFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoCurvatureDrivenDiffusionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoDespeckleProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoFlowInpaintingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoGaussianBlurFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMajorityFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMedianFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoNonLocalMeansFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRecursiveExponentialFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSigmaFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSNNFilterProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoNagaoFilterProcessing2d.FilterMethods>	SoNagaoFilterProcessing2d.filterMethod	Select the filter method.
SoSFEnum<SoNagaoFilterProcessing3d.FilterMethods>	SoNagaoFilterProcessing3d.filterMethod	Filter method.
SoSFEnum<SoBilateralFilterProcessing.FilterModes>	SoBilateralFilterProcessing.filterMode	The filter type.
SoSFEnum<SoGaussianBlurFilterProcessing.FilterModes>	SoGaussianBlurFilterProcessing.filterMode	Define the algorithm used to compute the gaussian filter.
SoSFEnum<SoNagaoFilterProcessing2d.FilterTypes>	SoNagaoFilterProcessing2d.filterType	Select the filter type.
SoSFEnum<SoMedianFilterProcessing.KernelModes>	SoMedianFilterProcessing.kernelMode	The shape of the 3D neighborhood.
SoSFEnum<SoNonLocalMeansFilterProcessing.KernelShapes>	SoNonLocalMeansFilterProcessing.kernelShape	The search window shape to apply.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoMedianFilterProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoGaussianBlurFilterProcessing.OutputTypes>	SoGaussianBlurFilterProcessing.outputType	Define the output type.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagefiltering.texturefilters

Fields in com.openinventor.imageviz.engines.imagefiltering.texturefilters declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLocalStatisticsProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoLocalStatisticsProcessing.KernelShapes>	SoLocalStatisticsProcessing.kernelShape	Shape of the neighborhood.
SoSFEnum<SoMultiscaleStructureEnhancementProcessing2d.LightnessType>	SoMultiscaleStructureEnhancementProcessing2d.lightness	The lightness type of structures to enhance.
SoSFEnum<SoMultiscaleStructureEnhancementProcessing3d.LightnessType>	SoMultiscaleStructureEnhancementProcessing3d.lightness	The lightness type of structures to enhance.
SoSFEnum<SoLocalStatisticsProcessing.StatisticalOperators>	SoLocalStatisticsProcessing.statisticalOperator	Select the first order measure to compute.
SoSFEnum<SoMultiscaleStructureEnhancementProcessing2d.StructureTypes>	SoMultiscaleStructureEnhancementProcessing2d.structureType	Shape of structures to extract.
SoSFEnum<SoMultiscaleStructureEnhancementProcessing3d.StructureTypes>	SoMultiscaleStructureEnhancementProcessing3d.structureType	Shape of structures to extract.
SoSFEnum<SoMultiscaleStructureEnhancementProcessing2d.TensorTypes>	SoMultiscaleStructureEnhancementProcessing2d.tensorType	Defines whether the command will use the gradient tensor or the hessian matrix.
SoSFEnum<SoMultiscaleStructureEnhancementProcessing3d.TensorTypes>	SoMultiscaleStructureEnhancementProcessing3d.tensorType	Defines whether the command will use the gradient tensor or the hessian matrix.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagemanipulation.imageediting

Fields in com.openinventor.imageviz.engines.imagemanipulation.imageediting declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoGetPlaneFromVolumeProcessing3d.AxisSelections>	SoGetPlaneFromVolumeProcessing3d.axisSelection	Select the axis orthogonal to the plane to extract.
SoSFEnum<SoSetPlaneToVolumeProcessing3d.AxisSelections>	SoSetPlaneToVolumeProcessing3d.axisSelection	Select the axis orthogonal to the plane to set.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoConvertImageProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoCopyImageProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoCropImageProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoResetImageProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSampleImageProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoConvertImageProcessing.DataTypes>	SoConvertImageProcessing.dataType	Select the output arithmetic format.
SoSFEnum<SoGetObliquePlaneFromVolumeProcessing3d.PrecisionModes>	SoGetObliquePlaneFromVolumeProcessing3d.precisionMode	Select the interpolation mode.
SoSFEnum<SoDeinterlaceFramesProcessing2d.SplitModes>	SoDeinterlaceFramesProcessing2d.splitMode	Select the split mode.
SoSFEnum<SoInterlaceFramesProcessing2d.SplitModes>	SoInterlaceFramesProcessing2d.splitMode	Select the split mode.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagemanipulation.stackoperations

Fields in com.openinventor.imageviz.engines.imagemanipulation.stackoperations declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageStackProjectionProcessing3d.GradientOperators>	SoImageStackProjectionProcessing3d.gradientOperator	The type of process.
SoSFEnum<SoImageStackProjectionProcessing3d.ProjectionModes>	SoImageStackProjectionProcessing3d.projectionMode	The type of process.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagemanipulation.syntheticimages

Fields in com.openinventor.imageviz.engines.imagemanipulation.syntheticimages declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRandomImageGeneration.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoRandomImageGeneration.DataTypes>	SoRandomImageGeneration.dataType	Select the output arithmetic format.
SoSFEnum<SoRandomImageGeneration.Distributions>	SoRandomImageGeneration.distribution	Select the distribution mode.
SoSFEnum<SoRandomSphereGeneration3d.Distributions>	SoRandomSphereGeneration3d.distribution	The distribution type for length of radius.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagesegmentation.binarization

Fields in com.openinventor.imageviz.engines.imagesegmentation.binarization declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoLocalAdaptiveThresholdProcessing.ComparisonCriterions>	SoLocalAdaptiveThresholdProcessing.comparisonCriterion	Select the comparison test to perform between image and value.
SoSFEnum<SoThresholdingByCriterionProcessing.ComparisonCriterions>	SoThresholdingByCriterionProcessing.comparisonCriterion	Criterion of comparison.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAdaptiveThresholdingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAutoThresholdingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoColorThresholdingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoHysteresisThresholdingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLocalAdaptiveThresholdProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoThresholdingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoTopHatProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoTopHatProcessing.ElementShapes>	SoTopHatProcessing.elementShape	Select the type of structuring element shape.
SoSFEnum<SoAutoThresholdingProcessing.ObjectLightnessType>	SoAutoThresholdingProcessing.objectLightness	Select the lightness mode for object to detect.
SoSFEnum<SoTopHatProcessing.ObjectLightnessType>	SoTopHatProcessing.objectLightness	Select the lightness mode for object to detect.
SoSFEnum<SoAutoThresholdingProcessing.RangeModes>	SoAutoThresholdingProcessing.rangeMode	Select the input intensity range mode.
SoSFEnum<SoAutoThresholdingProcessing.ThresholdCriterions>	SoAutoThresholdingProcessing.thresholdCriterion	The criterion to detect thresholds on histogram.
SoSFEnum<SoLocalAdaptiveThresholdProcessing.ThresholdModes>	SoLocalAdaptiveThresholdProcessing.thresholdMode	Local threshold mode .

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagesegmentation.classification

Fields in com.openinventor.imageviz.engines.imagesegmentation.classification declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAutoIntensityClassificationProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoSupervisedTextureClassificationProcessing2d.CoocTextonShapes>	SoSupervisedTextureClassificationProcessing2d.coocTextonShape	The shape of the co-occurrence texton, i.e., the pattern defined by the set of co-occurrence vectors.
SoSFEnum<SoSupervisedTextureClassificationProcessing3d.CoocTextonShapes>	SoSupervisedTextureClassificationProcessing3d.coocTextonShape	The shape of the co-occurrence texton, i.e., the pattern defined by the set of co-occurrence vectors.
SoSFEnum<SoSupervisedTextureClassificationProcessing2d.OutMapTypes>	SoSupervisedTextureClassificationProcessing2d.outMapType	The Output map image type.
SoSFEnum<SoSupervisedTextureClassificationProcessing3d.OutMapTypes>	SoSupervisedTextureClassificationProcessing3d.outMapType	The Output map image type.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagesegmentation.featureselection

Fields in com.openinventor.imageviz.engines.imagesegmentation.featureselection declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoBorderKillProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLabelInterfacesProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoObjectBoundariesProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRemoveSmallHolesProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRemoveSmallSpotsProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoBorderKillProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoLabelInterfacesProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagesegmentation.labeling

Fields in com.openinventor.imageviz.engines.imagesegmentation.labeling declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAssignLabelProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoAutoSegmentation3PhasesProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoLabelingProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoReorderLabelsProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoLabelingProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoAutoSegmentation3PhasesProcessing.ThresholdCriterions>	SoAutoSegmentation3PhasesProcessing.thresholdCriterion	The criterion to detect thresholds on histogram.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagesegmentation.regiongrowing

Fields in com.openinventor.imageviz.engines.imagesegmentation.regiongrowing declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoFloodFillThresholdProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoMarkerBasedWatershedProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoMarkerBasedWatershedProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoMarkerBasedWatershedProcessing.OutputModes>	SoMarkerBasedWatershedProcessing.outputMode	Select the type of output mode.
SoSFEnum<SoMarkerBasedWatershedProcessing.PrecisionModes>	SoMarkerBasedWatershedProcessing.precisionMode	Select the mode of algorithm precision for watershed.

Uses of SoSFEnum in com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling

Fields in com.openinventor.imageviz.engines.imagesegmentation.separatingandfilling declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoHExtremaWatershedProcessing.AlgorithmModes>	SoHExtremaWatershedProcessing.algorithmMode	Select the algorithm mode for fastwatershed.
SoSFEnum<SoSeparateObjectsProcessing.AlgorithmModes>	SoSeparateObjectsProcessing.algorithmMode	Select the algorithm mode for fastwatershed.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoExpandLabelsProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoHExtremaWatershedProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSeparateObjectsProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoExpandLabelsProcessing.ExpandModes>	SoExpandLabelsProcessing.expandMode	Select the type of expansion to perform.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoExpandLabelsProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoFillHolesProcessing3d.neighborhood3d	In 3D configuration (see ComputeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoHExtremaWatershedProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoSeparateObjectsProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoFillHolesProcessing2d.NeighborhoodConnectivities>	SoFillHolesProcessing2d.neighborhoodConnectivity	Select the connectivity mode.
SoSFEnum<SoFillImageBorderProcessing3d.NeighborhoodConnectivities>	SoFillImageBorderProcessing3d.neighborhoodConnectivity	The 2D connectivity mode.
SoSFEnum<SoHExtremaWatershedProcessing.ObjectLightnessType>	SoHExtremaWatershedProcessing.objectLightness	Select the lightness mode for object to separate.
SoSFEnum<SoHExtremaWatershedProcessing.SeparationModes>	SoHExtremaWatershedProcessing.separationMode	Select the output image type: separation lines, split objects or separated basins.
SoSFEnum<SoSeparateObjectsProcessing.SeparationModes>	SoSeparateObjectsProcessing.separationMode	Select the output image type: separation lines, split objects, separated basins or joined basins.

Uses of SoSFEnum in com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps

Fields in com.openinventor.imageviz.engines.mathematicalmorphology.distancemaps declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoEuclideanDistanceMapProcessing3d.BorderConditions>	SoEuclideanDistanceMapProcessing3d.borderCondition	This field defines the border condition.
SoSFEnum<SoImageVizEngine.ComputeModes>	SoChessboardDistanceMapProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoGeodesicDistanceMapProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoTimeMapProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoEuclideanDistanceMapProcessing3d.MappingModes>	SoEuclideanDistanceMapProcessing3d.mappingMode	This field defines the region where the distance map is computed.
SoSFEnum<SoLocalThicknessMapProcessing3d.PrecisionModes>	SoLocalThicknessMapProcessing3d.precisionMode	Precision for computation method.

Uses of SoSFEnum in com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation

Fields in com.openinventor.imageviz.engines.mathematicalmorphology.erosionanddilation declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoDilationCubeProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoErosionCubeProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoDilationSquareColorProcessing2d.CriterionPlanes>	SoDilationSquareColorProcessing2d.criterionPlane	The plane to compute criterion.
SoSFEnum<SoErosionSquareColorProcessing2d.CriterionPlanes>	SoErosionSquareColorProcessing2d.criterionPlane	The plane to compute criterion.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoDilationCubeProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoErosionCubeProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoDilationBallProcessing3d.PrecisionModes>	SoDilationBallProcessing3d.precisionMode	Select the precision for computation method.
SoSFEnum<SoDilationDiskProcessing2d.PrecisionModes>	SoDilationDiskProcessing2d.precisionMode	Select the precision for computation method.
SoSFEnum<SoErosionBallProcessing3d.PrecisionModes>	SoErosionBallProcessing3d.precisionMode	Select the precision for computation method.
SoSFEnum<SoErosionDiskProcessing2d.PrecisionModes>	SoErosionDiskProcessing2d.precisionMode	Select the precision for computation method.

Uses of SoSFEnum in com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations

Fields in com.openinventor.imageviz.engines.mathematicalmorphology.geodesictransformations declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoExtremaImpositionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoGrayscaleResconstructionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoHExtremaProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoReconstructionFromMarkersProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoRegionalExtremaProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoUltimateErosionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoExtremaImpositionProcessing.ImpositionOperators>	SoExtremaImpositionProcessing.impositionOperator	Select the operator.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoExtremaImpositionProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoGrayscaleResconstructionProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoHExtremaProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoReconstructionFromMarkersProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoRegionalExtremaProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoUltimateErosionProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoGrayscaleResconstructionProcessing.ReconstructModes>	SoGrayscaleResconstructionProcessing.reconstructMode	Select the reconstruction mode to use.
SoSFEnum<SoHExtremaProcessing.RegionalOperators>	SoHExtremaProcessing.regionalOperator	Select the operator.
SoSFEnum<SoRegionalExtremaProcessing.RegionalOperators>	SoRegionalExtremaProcessing.regionalOperator	Select the operator.

Uses of SoSFEnum in com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton

Fields in com.openinventor.imageviz.engines.mathematicalmorphology.hitormissandskeleton declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoEndPointsProcessing3d.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoInfluenceZonesProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoPruningProcessing3d.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoSkeletonProcessing2d.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoApplyMorphologicalLutProcessing2d.MatchingActions>	SoApplyMorphologicalLutProcessing2d.matchingFlag	The value set when the condition is verified.
SoSFEnum<SoApplyMorphologicalLutProcessing3d.MatchingActions>	SoApplyMorphologicalLutProcessing3d.matchingFlag	The value set when the condition is verified.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoEndPointsProcessing3d.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoInfluenceZonesProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoIsolatedPointsProcessing3d.neighborhood3d	In 3D configuration (see ComputeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoPruningProcessing3d.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoApplyMorphologicalLutProcessing2d.MatchingActions>	SoApplyMorphologicalLutProcessing2d.noMatchingFlag	The value set when the condition is not verified.
SoSFEnum<SoApplyMorphologicalLutProcessing3d.MatchingActions>	SoApplyMorphologicalLutProcessing3d.noMatchingFlag	The value set when the condition is not verified.
SoSFEnum<SoPruningProcessing2d.PruningModes>	SoPruningProcessing2d.pruningMode	End point mode .
SoSFEnum<SoPruningProcessing3d.PruningModes>	SoPruningProcessing3d.pruningMode	End point mode .

Uses of SoSFEnum in com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing

Fields in com.openinventor.imageviz.engines.mathematicalmorphology.openingandclosing declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageVizEngine.ComputeModes>	SoClosingByReconstructionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoClosingCubeProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoClosingLineMinimumProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoOpeningByReconstructionProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoOpeningCubeProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoImageVizEngine.ComputeModes>	SoOpeningLineMaximumProcessing.computeMode	Select the compute Mode (2D or 3D or AUTO) .
SoSFEnum<SoClosingSquareColorProcessing2d.CriterionPlanes>	SoClosingSquareColorProcessing2d.criterionPlane	The plane to compute criterion.
SoSFEnum<SoOpeningSquareColorProcessing2d.CriterionPlanes>	SoOpeningSquareColorProcessing2d.criterionPlane	The plane to compute criterion.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoClosingByReconstructionProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoClosingCubeProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoOpeningByReconstructionProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoImageVizEngine.Neighborhood3ds>	SoOpeningCubeProcessing.neighborhood3d	In 3D configuration (see computeMode), the neighborhood connectivity defines the connectivity considered for processing adjacent voxels.
SoSFEnum<SoClosingBallByReconstructionProcessing3d.PrecisionModes>	SoClosingBallByReconstructionProcessing3d.precisionMode	Precision for computation method.
SoSFEnum<SoClosingBallProcessing3d.PrecisionModes>	SoClosingBallProcessing3d.precisionMode	Select the precision for computation method.
SoSFEnum<SoClosingDiskByReconstructionProcessing2d.PrecisionModes>	SoClosingDiskByReconstructionProcessing2d.precisionMode	Precision for computation method.
SoSFEnum<SoClosingDiskProcessing2d.PrecisionModes>	SoClosingDiskProcessing2d.precisionMode	Select the precision for computation method.
SoSFEnum<SoOpeningBallByReconstructionProcessing3d.PrecisionModes>	SoOpeningBallByReconstructionProcessing3d.precisionMode	Precision for computation method.
SoSFEnum<SoOpeningBallProcessing3d.PrecisionModes>	SoOpeningBallProcessing3d.precisionMode	Select the precision for computation method.
SoSFEnum<SoOpeningDiskByReconstructionProcessing2d.PrecisionModes>	SoOpeningDiskByReconstructionProcessing2d.precisionMode	Precision for computation method.
SoSFEnum<SoOpeningDiskProcessing2d.PrecisionModes>	SoOpeningDiskProcessing2d.precisionMode	Select the precision for computation method.

Uses of SoSFEnum in com.openinventor.imageviz.nodes.images

Fields in com.openinventor.imageviz.nodes.images declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoImageDataAdapter.Interpretations>	SoImageDataAdapter.interpretation	Image Interpretation Default is VALUE.

Uses of SoSFEnum in com.openinventor.imageviz.nodes.measures

Fields in com.openinventor.imageviz.nodes.measures declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoDataMeasurePredefined.PredefinedMeasures>	SoDataMeasurePredefined.predefinedMeasure	Predefined measure to use.

Uses of SoSFEnum in com.openinventor.inventor.drawers

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

Modifier and Type	Field	Description
SoSFEnum<SoEllipseScreenDrawer.CreationMethods>	SoEllipseScreenDrawer.method	Method to create ellipse.
SoSFEnum<SoRectangleScreenDrawer.CreationMethods>	SoRectangleScreenDrawer.method	Method to create rectangle.

Uses of SoSFEnum in com.openinventor.inventor.elements

Methods in com.openinventor.inventor.elements with parameters of type SoSFEnum

Modifier and Type	Method	Description
static int	SoInteractiveComplexityElement.getEnumFieldValue(SoState state, SoSFEnum<?> field)	Return value of a SoSFEnum.

Uses of SoSFEnum in com.openinventor.inventor.fields

Subclasses of SoSFEnum in com.openinventor.inventor.fields

Modifier and Type	Class	Description
class	SoSFBitMask<EnumType extends java.lang.Enum<EnumType> & IntegerValuedEnum>	Single-value field containing a set of bit flags.

Uses of SoSFEnum in com.openinventor.inventor.geo

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

Modifier and Type	Field	Description
SoSFEnum<SbProj4Projection.Projections>	SoGeoRender.renderProjection	Geospatial projection.

Uses of SoSFEnum in com.openinventor.inventor.nodekits

Fields in com.openinventor.inventor.nodekits declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoInteractionKit.Cachings>	SoInteractionKit.boundingBoxCaching	Set bounding box caching mode.
SoSFEnum<SoSeparatorKit.Cachings>	SoSeparatorKit.boundingBoxCaching	Set bounding box caching mode.
SoSFEnum<SoInteractionKit.Cachings>	SoInteractionKit.pickCulling	Set pick caching mode.
SoSFEnum<SoSeparatorKit.Cachings>	SoSeparatorKit.pickCulling	Set pick culling mode.
SoSFEnum<SoInteractionKit.Cachings>	SoInteractionKit.renderCaching	Deprecated. As of Open Inventor 10300.
SoSFEnum<SoSeparatorKit.Cachings>	SoSeparatorKit.renderCaching	Deprecated. As of Open Inventor 10300.
SoSFEnum<SoInteractionKit.Cachings>	SoInteractionKit.renderCulling	Set render culling mode.
SoSFEnum<SoSeparatorKit.Cachings>	SoSeparatorKit.renderCulling	Set render culling mode.

Uses of SoSFEnum in com.openinventor.inventor.nodes

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

Modifier and Type	Field	Description
SoSFEnum<SoShaderParameterImage.AccessModes>	SoShaderParameterImage.accessMode	Specifies the type of access that will be performed on the image.
SoSFEnum<SoTextProperty.AlignmentHs>	SoTextProperty.alignmentH	Indicates horizontal placement and alignment of strings.
SoSFEnum<SoTextProperty.AlignmentVs>	SoTextProperty.alignmentV	Indicates vertical placement and alignment of strings.
SoSFEnum<SoRotationXYZ.AxisType>	SoRotationXYZ.axis	Rotation axis.
SoSFEnum<SoComplexity.BboxTypes>	SoComplexity.bboxType	Bounding box type to use.
SoSFEnum<SoSeparator.Cachings>	SoSeparator.boundingBoxCaching	Whether to cache during bounding box traversal.
SoSFEnum<SoVertexAttribFeedback.BufferModes>	SoVertexAttribFeedback.buffersMode	The buffer mode used to record the primitives.
SoSFEnum<SoShaderParameterBufferObject.BufferTypes>	SoShaderParameterBufferObject.bufferType	The buffer type.
SoSFEnum<SbDataType.DataTypes>	SoBufferedShape.colorComponentsType	SbDataType.DataType type for the color values.
SoSFEnum<SoColorMap.ColorMapFormats>	SoColorMap.colorMapFormat	Indicates the format of the color map (number of color components).
SoSFEnum<SoTextureCombiner.CombineFunctions>	SoTextureCombiner.combineAlpha	Specifies the texture combiner function to apply on the source<n>Alpha transformed by the operand<n>Alpha.
SoSFEnum<SoTextureCombiner.CombineFunctions>	SoTextureCombiner.combineRGB	Specifies the texture combiner function to apply on the source<n>RGB transformed by the operand<n>RGB.
SoSFEnum<SoRenderToTextureProperty.Components>	SoRenderToTextureProperty.component	Specifies the type of component(s) for the rendering.
SoSFEnum<SbProj4Projection.CoordinateSystems>	SoGeoProjection.coordinateSystem	Current coordinate system.
SoSFEnum<SoCSGShape.CsgOperationTypes>	SoCSGShape.csgOperation	CSG boolean operation to apply.
SoSFEnum<SbProj4Projection.PredefinedEllipsoids>	SoGeoProjection.ellipsoid	Current ellipsoid.
SoSFEnum<SoBaseExtrusion.ExtrusionModes>	SoBaseExtrusion.extrusionMode	Construction behavior of the extrusion.
SoSFEnum<SoShapeHints.FaceTypes>	SoShapeHints.faceType	Indicates whether each face is convex.
SoSFEnum<SoFontStyle.Families>	SoFontStyle.family	Specifies the family of font to use (which determines the font name according to table above).
SoSFEnum<SoSeparator.FastEditings>	SoSeparator.fastEditing	Specifies the fast edit mode of the separator node.
SoSFEnum<SoEnvironment.FogTypes>	SoEnvironment.fogType	Type of fog.
SoSFEnum<SoAnnoText3Property.FontSizeHints>	SoAnnoText3Property.fontSizeHint	This flag is used when the field renderPrintType is equal to RENDER3D_PRINT_RASTER or RENDER2D_PRINT_RASTER.
SoSFEnum<SoDepthBuffer.DepthWriteFunctions>	SoDepthBuffer.function	Depth comparison function to use (glDepthFunc).
SoSFEnum<SoShaderProgram.GeometryInputTypes>	SoShaderProgram.geometryInputType	Specifies the input primitive type of the current geometry shader if any (not used otherwise).
SoSFEnum<SoShaderProgram.GeometryOutputTypes>	SoShaderProgram.geometryOutputType	Specifies the output primitive type of the current geometry shader if any (not used otherwise).
SoSFEnum<SoImage.HorAlignments>	SoImage.horAlignment	Horizontal alignment.
SoSFEnum<SbDataType.DataTypes>	SoBufferedShape.indexType	SbDataType.DataType type for the indices.
SoSFEnum<SoMultiSwitch.InheritModes>	SoMultiSwitch.inheritMode	Defines the way this node inherit values from the state.
SoSFEnum<SoInteractiveComplexity.InteractiveModes>	SoInteractiveComplexity.interactiveMode	Interactive mode.
SoSFEnum<SoTexture.InternalFormats>	SoTexture.internalFormat	Internal format for texture storage.
SoSFEnum<SoColorMap.Interpolations>	SoColorMap.interpolation	The colormap interpolation type.
SoSFEnum<SoAnnoText3.Justifications>	SoAnnoText3.justification	Indicates placement and alignment of strings.
SoSFEnum<SoAsciiText.Justifications>	SoAsciiText.justification	Indicates placement and alignment of strings.
SoSFEnum<SoText2.Justifications>	SoText2.justification	Specifies horizontal alignment of strings.
SoSFEnum<SoText3.Justifications>	SoText3.justification	Indicates placement and alignment of strings.
SoSFEnum<SoExtSelection.LassoModes>	SoExtSelection.lassoMode	Specifies the lasso mode (whether ALL_SHAPES or only VISIBLE_SHAPES can be selected).
SoSFEnum<SoExtSelection.LassoPolicies>	SoExtSelection.lassoPolicy	Specifies the lasso policy.
SoSFEnum<SoExtSelection.LassoTypes>	SoExtSelection.lassoType	Specifies lasso type (none, lasso, or rectangle).
SoSFEnum<SoTexture3.Layouts>	SoTexture3.layout	Indicates whether the data layout is a volumetric texture VOLUME or an array of bi-dimensional textures ARRAY.
SoSFEnum<SoProfile.Profiles>	SoProfile.linkage	Specifies connectivity of profile curve with respect to profiles in current list in state.
SoSFEnum<SoExtTexture2.Loadings>	SoExtTexture2.loadingMode	Specifies the loading mode.
SoSFEnum<SoTexture2.Loadings>	SoTexture2.loadingMode	Specifies the loading mode.
SoSFEnum<SoTexture.Filters>	SoTexture.magFilter	Specifies the OpenGL magFilter.
SoSFEnum<SoWWWAnchor.Mappings>	SoWWWAnchor.map	Specifies what additional information should be added to the end of the URL when passed back to the application for fetching.
SoSFEnum<SoVertexProperty.Bindings>	SoVertexProperty.materialBinding	Material binding.
SoSFEnum<SoShaderStateMatrixParameter.MatrixTransforms>	SoShaderStateMatrixParameter.matrixTransform	Specifies the transformation to be applied to the state matrix.
SoSFEnum<SoShaderStateMatrixParameter.MatrixTypes>	SoShaderStateMatrixParameter.matrixType	Specifies the type of the state matrix.
SoSFEnum<SoPickStyle.Methods>	SoPickStyle.method	Specifies the method used to pick shapes.
SoSFEnum<SoShadowGroup.ShadowingMethods>	SoShadowGroup.method	Specifies the shadowing technique to use.
SoSFEnum<SoTexture.Filters>	SoTexture.minFilter	Specifies the OpenGL minFilter.
SoSFEnum<SoBBox.Modes>	SoBBox.mode	Specifies the behavior of the SoBBox node.
SoSFEnum<SoLocateHighlight.Modes>	SoLocateHighlight.mode	Whether to highlight or not.
SoSFEnum<SoLightModel.Models>	SoLightModel.model	Lighting model to use .
SoSFEnum<SoTexture.Models>	SoTexture.model	Specifies how to map texture onto surface.
SoSFEnum<SoVertexProperty.Bindings>	SoVertexProperty.normalBinding	Normal binding.
SoSFEnum<SbDataType.DataTypes>	SoBufferedShape.normalComponentsType	SbDataType.DataType type for the normal vectors.
SoSFEnum<SoTextureCombiner.OperandRGBAs>	SoTextureCombiner.operand0Alpha	Specifies an operand to be applied on the source0Alpha before applying the combiner.
SoSFEnum<SoTextureCombiner.OperandRGBAs>	SoTextureCombiner.operand0RGB	Specifies an operand to be applied on the source0RGB before applying the combiner.
SoSFEnum<SoTextureCombiner.OperandRGBAs>	SoTextureCombiner.operand1Alpha	Specifies an operand to be applied on the source1Alpha before applying the combiner.
SoSFEnum<SoTextureCombiner.OperandRGBAs>	SoTextureCombiner.operand1RGB	Specifies an operand to be applied on the source1RGB before applying the combiner.
SoSFEnum<SoTextureCombiner.OperandRGBAs>	SoTextureCombiner.operand2Alpha	Specifies an operand to be applied on the source2Alpha before applying the combiner.
SoSFEnum<SoTextureCombiner.OperandRGBAs>	SoTextureCombiner.operand2RGB	Specifies an operand to be applied on the source2RGB before applying the combiner.
SoSFEnum<SoTextProperty.Orientations>	SoTextProperty.orientation	Specifies the text rendering orientation.
SoSFEnum<SoArray.Origins>	SoArray.origin	Defines the base point from which copies are distributed.
SoSFEnum<SoSeparator.Cachings>	SoSeparator.pickCulling	Whether to cull during picking traversal.
SoSFEnum<SoAlphaPolicy.Policies>	SoAlphaPolicy.policy	Policy used Please refer to enum Policy.
SoSFEnum<SoComputeShaderScheduler.Policies>	SoComputeShaderScheduler.policy	Specifies the policy used for scheduling the computation.
SoSFEnum<SoSelection.Policies>	SoSelection.policy	Selection policy that is followed in response to user interaction.
SoSFEnum<SoColorMap.PredefinedColorMaps>	SoColorMap.predefinedColorMap	Use this field to load predefined color maps.
SoSFEnum<SoVertexAttribFeedback.PrimitiveTypes>	SoVertexAttribFeedback.primitiveType	The type of primitive recorded during traversal.
SoSFEnum<SbProj4Projection.Projections>	SoGeoProjection.projection	Current Projection.
SoSFEnum<SoSeparator.Cachings>	SoSeparator.renderCaching	Deprecated. As of Open Inventor 10300.
SoSFEnum<SoSeparator.Cachings>	SoSeparator.renderCulling	Whether to cull during rendering traversal.
SoSFEnum<SoAnnoText3Property.RenderPrintTypes>	SoAnnoText3Property.renderPrintType	This flag specifies how annotation text should be rendered (as 3D text or 2D text) and how it should be printed when the Hard Copy Extension is used (as 3D vectors or 2D PostScript raster fonts).
SoSFEnum<SoFont.RenderStyles>	SoFont.renderStyle	This field specifies the rendering style of the font.
SoSFEnum<SoBaseExtrusion.ScaleModes>	SoBaseExtrusion.scaleMode	Scaling behavior of the extrusion.
SoSFEnum<SoBufferedShape.Types>	SoBufferedShape.shapeType	Shape type to render.
SoSFEnum<SoShapeHints.ShapeTypes>	SoShapeHints.shapeType	Indicates whether the shape is known to enclose a volume (SOLID) or not.
SoSFEnum<SoBufferedShape.Usages>	SoBufferedShape.shapeUsage	Defines the usage of the shape.
SoSFEnum<SoAntiSquish.Sizings>	SoAntiSquish.sizing	Determines which of the algorithms enumerated by the type Sizing will be used to select the new scale when the x,y, and z scales are not equal.
SoSFEnum<SoTextureCombiner.SourceParameters>	SoTextureCombiner.source0Alpha	Specifies one of the three sources for the alpha components.
SoSFEnum<SoTextureCombiner.SourceParameters>	SoTextureCombiner.source0RGB	Specifies one of the three sources for the RGB components.
SoSFEnum<SoTextureCombiner.SourceParameters>	SoTextureCombiner.source1Alpha	Specifies one of the three sources for the alpha components.
SoSFEnum<SoTextureCombiner.SourceParameters>	SoTextureCombiner.source1RGB	Specifies one of the three sources for the RGB components.
SoSFEnum<SoTextureCombiner.SourceParameters>	SoTextureCombiner.source2Alpha	Specifies one of the three sources for the alpha components.
SoSFEnum<SoTextureCombiner.SourceParameters>	SoTextureCombiner.source2RGB	Specifies one of the three sources for the RGB components.
SoSFEnum<SoShaderObject.SourceTypes>	SoShaderObject.sourceType	Specifies the shader object's source type.
SoSFEnum<SoCircularExtrusion.SpineSimplificationModes>	SoCircularExtrusion.spineSimplificationMode	Defines the spine simplification behavior of the extrusion.
SoSFEnum<SoDrawStyle.Styles>	SoDrawStyle.style	Drawing style.
SoSFEnum<SoImageBackground.Styles>	SoImageBackground.style	Specifies how the image will be mapped onto the window.
SoSFEnum<SoLocateHighlight.Styles>	SoLocateHighlight.style	Highlighting draw style.
SoSFEnum<SoPickStyle.Styles>	SoPickStyle.style	Picking style.
SoSFEnum<SoExtTexture2.Syncs>	SoExtTexture2.syncMode	Specifies the synchronous/asynchronous mode.
SoSFEnum<SoVertexProperty.Bindings>	SoVertexProperty.tangentBinding	Tangent binding.
SoSFEnum<SoNurbsProperty.TessellationTypes>	SoNurbsProperty.tessellationType	Specifies the tessellation type.
SoSFEnum<SoMultiSwitch.TraversalModes>	SoMultiSwitch.traversalMode	Defines the way the children list must be managed.
SoSFEnum<SoComplexity.Types>	SoComplexity.type	How shape complexity is interpreted.
SoSFEnum<SbDataType.DataTypes>	SoVertexShaderParameterBufferObject.type	Specifies the data type from the class SbDataType of each generic vertex parameter component.
SoSFEnum<SoUnits.UnitsType>	SoUnits.units	Defines the current unit.
SoSFEnum<SoRenderToTextureProperty.UpdatePolicies>	SoRenderToTextureProperty.updatePolicy	Specifies the policy for rendering to the texture.
SoSFEnum<SoMaterialBinding.Bindings>	SoMaterialBinding.value	Specifies how to bind materials to shapes.
SoSFEnum<SoNormalBinding.Bindings>	SoNormalBinding.value	Specifies how to bind normals to shapes.
SoSFEnum<SoTextureCoordinateBinding.Bindings>	SoTextureCoordinateBinding.value	Specifies how to bind texture coordinates to shapes.
SoSFEnum<SoImage.VertAlignments>	SoImage.vertAlignment	Vertical alignment.
SoSFEnum<SbDataType.DataTypes>	SoBufferedShape.vertexComponentsType	SbDataType.DataType for vertices.
SoSFEnum<SoShapeHints.VertexOrderings>	SoShapeHints.vertexOrdering	Indicates how the vertices of faces are ordered.
SoSFEnum<SoCamera.ViewportMappings>	SoCamera.viewportMapping	Defines how to map the rendered image into the current viewport, when the aspect ratio of the camera differs from that of the viewport.
SoSFEnum<SoShadowGroup.VisibilityFlags>	SoShadowGroup.visibilityFlag	Specifies how visibilityRadius is interpreted.
SoSFEnum<SoShapeHints.WindingTypes>	SoShapeHints.windingType	Indicates the winding rule used to define holes in a polygon.
SoSFEnum<SoAlgebraicShape.ASWorkSpaces>	SoAlgebraicShape.workspace	Field to define the workspace.
SoSFEnum<SoTexture.WrapType>	SoTexture3.wrapR	Indicates what to do when texture coordinates in the R (depth) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoTextureCubeMap.wrapR	Indicates what to do when texture coordinates in the R (depth) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoTexture.wrapS	Indicates what to do when texture coordinates in the S (horizontal) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoExtTexture2.wrapT	Indicates what to do when texture coordinates in the T (vertical) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoIndexedTexture2.wrapT	Indicates what to do when texture coordinates in the T (vertical) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoTexture2.wrapT	Indicates what to do when texture coordinates in the T (vertical) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoTexture3.wrapT	Indicates what to do when texture coordinates in the T (vertical) direction lie outside the range 0-1.
SoSFEnum<SoTexture.WrapType>	SoTextureCubeMap.wrapT	Indicates what to do when texture coordinates in the T (vertical) direction lie outside the range 0-1.

Uses of SoSFEnum in com.openinventor.inventor.viewercomponents.nodes

Fields in com.openinventor.inventor.viewercomponents.nodes declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoViewingCube.EdgeStyles>	SoViewingCube.edgeStyle	Style of edges and corners.
SoSFEnum<SoViewingCube.PositionInViewports>	SoViewingCube.position	Position of the viewing cube in the scene camera viewport.
SoSFEnum<Axis>	SoViewingCube.upAxis	Up axis of the scene.

Uses of SoSFEnum in com.openinventor.ldm.nodes

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

Modifier and Type	Field	Description
SoSFEnum<SoTransferFunction.ColorMapTypes>	SoTransferFunction.colorMapType	ColorMap type (number of color components).
SoSFEnum<SoDataCompositor.DataTypes>	SoDataCompositor.dataType	Data type of the final composed buffer.
SoSFEnum<SoLDMResourceParameters.LoadPolicies>	SoLDMResourceParameters.loadPolicy	Tile loading policy.
SoSFEnum<SoTransferFunction.PredefColorMaps>	SoTransferFunction.predefColorMap	Predefined color map to use.
SoSFEnum<SoDataCompositor.PreDefCompositors>	SoDataCompositor.preDefCompositor	Predefined composition method.
SoSFEnum<SoLDMResourceParameters.ScreenResolutionCullingPolicies>	SoLDMResourceParameters.screenResolutionCullingPolicy	Defines the screen resolution culling policy.
SoSFEnum<SoLDMResourceParameters.TileCachePolicies>	SoLDMResourceParameters.tileCachePolicy	Specify which tiles should be cached in LDM memory.
SoSFEnum<SoLDMResourceParameters.ViewpointRefinementPolicies>	SoLDMResourceParameters.viewpointRefinementPolicy	Defines the viewpoint refinement policy.

Uses of SoSFEnum in com.openinventor.ldm.writers

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

Modifier and Type	Field	Description
SoSFEnum<SoVRLdmFileWriter.CoordinateTypes>	SoVRLdmFileWriter.coordinateType	.
SoSFEnum<SoDataSet.DataTypes>	SoVolumeWriter.dataType	Type of input data (that will be given in the writeXXX method) .
SoSFEnum<SoVolumeWriter.WordFormats>	SoVolumeWriter.wordFormat	Endianess of data.

Uses of SoSFEnum in com.openinventor.medical.nodes

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

Modifier and Type	Field	Description
SoSFEnum<SliceScaleBar.Alignment>	SliceScaleBar.alignment	Scale bar alignment (default is CENTER).
SoSFEnum<TextBox.AlignmentH>	TextBox.alignmentH	Horizontal alignment of the text box (default is LEFT).
SoSFEnum<TextBox.AlignmentV>	TextBox.alignmentV	Vertical alignment of the text box (default is TOP).
SoSFEnum<OrthoSliceBorder.AxisType>	OrthoSliceBorder.axis	Deprecated. Slice Axis values
SoSFEnum<MedicalHelper.Axis>	SliceOrientationMarkers.axis	Axis (default is AXIAL).
SoSFEnum<SliceScaleBar.Orientation>	SliceScaleBar.orientation	Scale bar orientation (default is HORIZONTAL).
SoSFEnum<TextBox.AlignmentH>	TextBox.textAlignH	Horizontal alignment of the text inside the box (default is LEFT).

Uses of SoSFEnum in com.openinventor.meshviz.data

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

Modifier and Type	Field	Description
SoSFEnum<PoMeshContouring.AnnotCrossStatusType>	PoMeshContouring.annotCrossStatus	Controls the annotations and contour lines crossing.
SoSFEnum<PoMeshContouring.AnnotPaths>	PoMeshContouring.annotPath	Annotations path.
SoSFEnum<PoMesh2DVec.ArrowColoringTypes>	PoMesh2DVec.bodyColoringType	coloring method of the body.
SoSFEnum<PoMesh3DVec.ArrowColoringTypes>	PoMesh3DVec.bodyColoringType	coloring method of the body.
SoSFEnum<PoMesh2DVec.BodyLengthTypes>	PoMesh2DVec.bodyLengthType	If bodyLengthType = CONSTANT_LENGTH, each vector has the same body length = bodyLengthFactor .
SoSFEnum<PoMesh3DVec.BodyLengthTypes>	PoMesh3DVec.bodyLengthType	If bodyLengthType = CONSTANT_LENGTH, each vector has the same body length = bodyLengthFactor .
SoSFEnum<PoMesh2DVec.BodyRadiusTypes>	PoMesh2DVec.bodyRadiusType	Defines type of method to compute the cylinder's radius.
SoSFEnum<PoMesh3DVec.BodyRadiusTypes>	PoMesh3DVec.bodyRadiusType	Defines type of method to compute the cylinder's radius.
SoSFEnum<PoMesh2DVec.BodyShapes>	PoMesh2DVec.bodyShape	Type of shape (no body, line, cylinder) used to draw the body.
SoSFEnum<PoMesh3DVec.BodyShapes>	PoMesh3DVec.bodyShape	Type of shape (no body, line, cylinder) used to draw the body.
SoSFEnum<PoMesh.ColoringTypes>	PoMesh.coloringType	Defines the type of method used to color each mesh element, mesh edge or mesh contour line of a representation.
SoSFEnum<PoMesh2DVec.EliminationStatusType>	PoMesh2DVec.eliminationStatus	If eliminationStatus = TOO_SMALL, the vectors which module is lower than minLength are not drawn.
SoSFEnum<PoMesh3DVec.EliminationStatusType>	PoMesh3DVec.eliminationStatus	If eliminationStatus = TOO_SMALL, the vectors which module is lower than minLength are not drawn.
SoSFEnum<PoMesh2DVec.ArrowColoringTypes>	PoMesh2DVec.endArrowColoringType	Coloring method of the end shape.
SoSFEnum<PoMesh3DVec.ArrowColoringTypes>	PoMesh3DVec.endArrowColoringType	Coloring method of the end shape.
SoSFEnum<PoMesh2DVec.ArrowHeightTypes>	PoMesh2DVec.endArrowHeightType	Defines the type of method to compute the arrow height.
SoSFEnum<PoMesh3DVec.ArrowHeightTypes>	PoMesh3DVec.endArrowHeightType	Defines the type of method to compute the arrow height.
SoSFEnum<PoMesh2DVec.ArrowShapes>	PoMesh2DVec.endArrowShape	Type of shape to be drawn at the end point of the body.
SoSFEnum<PoMesh3DVec.ArrowShapes>	PoMesh3DVec.endArrowShape	Type of shape to be drawn at the end point of the body.
SoSFEnum<PoBaseStreamLine.IntegrationDirections>	PoBaseStreamLine.integrationDirection	Direction of integration.
SoSFEnum<PoMesh3DVecCrossSection.ProjectionTypes>	PoMesh3DVecCrossSection.projectionType	Defines how each vector is projected.
SoSFEnum<PoMesh2DVec.ArrowColoringTypes>	PoMesh2DVec.startArrowColoringType	Coloring method of the start shape.
SoSFEnum<PoMesh3DVec.ArrowColoringTypes>	PoMesh3DVec.startArrowColoringType	Coloring method of the start shape.
SoSFEnum<PoMesh2DVec.ArrowHeightTypes>	PoMesh2DVec.startArrowHeightType	Defines the type of method to compute the arrow height.
SoSFEnum<PoMesh3DVec.ArrowHeightTypes>	PoMesh3DVec.startArrowHeightType	Defines the type of method to compute the arrow height.
SoSFEnum<PoMesh2DVec.ArrowShapes>	PoMesh2DVec.startArrowShape	Type of shape to be drawn at the start point of the body.
SoSFEnum<PoMesh3DVec.ArrowShapes>	PoMesh3DVec.startArrowShape	Type of shape to be drawn at the start point of the body.
SoSFEnum<PoMeshLevelSurf.SurfOrientations>	PoMeshLevelSurf.surfOrientation	Orientation of the level surface.
SoSFEnum<PoMeshSides.ThresholdTypes>	PoMeshSides.thresholdType	Defines the type of threshold.

Uses of SoSFEnum in com.openinventor.meshviz.graph

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

Modifier and Type	Field	Description
SoSFEnum<PoCircleArc.ArcTypes>	PoCircleArc.arcType	Indicates if the arc is opened, closed by its extremities or closed by its center.
SoSFEnum<PoCircleArc3.ArcTypes>	PoCircleArc3.arcType	Indicates if the arc is opened, closed by its extremities or closed by its center.
SoSFEnum<PoAxis.Visibilities>	PoAxis.arrowVisibility	Arrow visibility.
SoSFEnum<PoLabel.AxisType>	PoLabel.axis	Defines from which axis the position and type of displayed values computation is done.
SoSFEnum<PoHistogram.BarSpaceTypes>	PoHistogram.barSpaceType	Type of bar spacing.
SoSFEnum<PoChart.ColorBindings>	PoChart.colorBinding	Specify how the colors are bound to the representation.
SoSFEnum<PoHistogram.Colorings>	PoHistogram.coloring	Specifies how the histogram bars are colored.
SoSFEnum<PoLabelField.ConcatTypes>	PoLabelField.concatType	Concatenation type between values and strings.
SoSFEnum<PoLabelField.CoordinateTypes>	PoLabelField.coordinateType	Type of coordinates.
SoSFEnum<PoCurve.CurveReps>	PoCurve.curveRep	Defines the curve representation (polyline, smooth, stair, ...)
SoSFEnum<PoCurve3.CurveReps>	PoCurve3.curveRep	Defines the curve representation (polyline, smooth or none).
SoSFEnum<PoLogAxis.DecadeListDefs>	PoLogAxis.decadeListDef	Specifies if the list of decade graduations is given by the user or is automatically computed.
SoSFEnum<PoPolarLogAxis.DecadeListDefs>	PoPolarLogAxis.decadeListDef	List of graduations between two power of ten graduations (decade graduations).
SoSFEnum<PoLogAxis.DecadeReps>	PoLogAxis.decadeRep	Defines the representation of the decade graduations between two power of ten graduations.
SoSFEnum<PoPolarLogAxis.DecadeReps>	PoPolarLogAxis.decadeRep	Defines the representation of the decade graduations between two power of ten graduations.
SoSFEnum<PoArrow.PatternTypes>	PoArrow.endPatternType	Defines the end arrow pattern type.
SoSFEnum<PoArrow3.PatternTypes>	PoArrow3.endPatternType	Defines the end arrow pattern type.
SoSFEnum<PoErrorCurve.ErrorCurveReps>	PoErrorCurve.errorCurveRep	Defines the error curve representation.
SoSFEnum<PoPieChart.Alignments>	PoPieChart.extAnnotAlignment	Exterior annotation alignment.
SoSFEnum<PoPieChart.ExtAnnotPositions>	PoPieChart.extAnnotPosition	Exterior annotation position.
SoSFEnum<PoAngularAxis.GradFits>	PoAngularAxis.gradFit	This flag indicates if the first graduation is rounded or not.
SoSFEnum<PoLinearAxis.GradFits>	PoLinearAxis.gradFit	This flag indicates if the first graduation is rounded or not.
SoSFEnum<PoPolarLinAxis.GradFits>	PoPolarLinAxis.gradFit	This flag indicates if the first graduation is rounded or not.
SoSFEnum<PoTimeAxis.GradFits>	PoTimeAxis.gradFit	This flag indicates if the first graduation is in round figures or not.
SoSFEnum<PoAxis.TextPaths>	PoAxis.gradPath	Graduations path.
SoSFEnum<PoAxis.GradPositions>	PoAxis.gradPosition	Graduations position.
SoSFEnum<PoAxis.Visibilities>	PoAxis.gradVisibility	Graduations visibility.
SoSFEnum<PoAxis.Visibilities>	PoAxis.gridVisibility	Grid lines visibility.
SoSFEnum<PoMultipleHistogram.HistogPaths>	PoMultipleHistogram.histogPath	Indicates that the histogram shows rows as a function of columns, or columns as a function of rows.
SoSFEnum<PoHighLowClose.HorCloseBarPositions>	PoHighLowClose.horCloseBarPosition	Position of the horizontal close bar in relation to the vertical line.
SoSFEnum<PoLegend.IncrementTypes>	PoLegend.incrementType	Increment type for the values of legend.
SoSFEnum<PoPieChart.Alignments>	PoPieChart.intAnnotAlignment	Interior annotation alignment.
SoSFEnum<PoPieChart.IntAnnotPositions>	PoPieChart.intAnnotPosition	Interior annotation position.
SoSFEnum<PoLabelField.Justifications>	PoLabelField.justification	Horizontal justification.
SoSFEnum<PoTimeAxis.Languages>	PoTimeAxis.language	Language of date graduations.
SoSFEnum<PoAxis.MarginTypes>	PoAxis.marginType	Relative or absolute margin.
SoSFEnum<PoLegend.MarginTypes>	PoLegend.marginType	Margin type.
SoSFEnum<PoCurve.FilterTypes>	PoCurve.markerFilterType	Defines the type of marker filter.
SoSFEnum<PoLinearAxis.MultFactorPositions>	PoLinearAxis.multFactorPosition	Position of the multiplicative factor.
SoSFEnum<PoLogAxis.MultFactorPositions>	PoLogAxis.multFactorPosition	Position of the multiplicative factor.
SoSFEnum<PoPolarAxis.MultFactorPositions>	PoPolarAxis.multFactorPosition	Position of the multiplicative factor.
SoSFEnum<PoHistogram.TextPaths>	PoHistogram.namePath	Bars names path.
SoSFEnum<PoHistogram.Positions>	PoHistogram.namePosition	Bars names position in relation to histograms bars.
SoSFEnum<PoHistogram.Visibilities>	PoHistogram.nameVisibility	Bars names visibility.
SoSFEnum<PoBar.Orientations>	PoBar.orientation	Defines the orientation of the bars.
SoSFEnum<PoCurveFilling.Orientations>	PoCurveFilling.orientation	Defines the orientation of the filled curve.
SoSFEnum<PoLabel.Positions>	PoLabel.position	Defines the position of the labels.
SoSFEnum<PoCurve.FilterTypes>	PoCurve.raiseFilterType	Defines the type of raise filter.
SoSFEnum<PoMultipleHistogram.Representations>	PoMultipleHistogram.representation	Representation type of the multiple histogram.
SoSFEnum<PoAxis.AxisReverses>	PoAxis.reverseFlag	Allow to reverse the writing path of all axis texts.
SoSFEnum<PoErrorPointField.ShapeTypes>	PoErrorPointField.shapeType	Defines the shape associated to errors.
SoSFEnum<PoErrorPointField.SkeletonTypes>	PoErrorPointField.skeletonType	Defines the skeleton associated to errors.
SoSFEnum<PoPieChart.PercentStatus>	PoPieChart.sliceGroupFlagMin	Indicate if the value sliceGroupMinValue is interpreted as percentage (PERCENTAGE) or not (ABSOLUTE).
SoSFEnum<PoArrow.PatternTypes>	PoArrow.startPatternType	Defines the start arrow pattern type.
SoSFEnum<PoArrow3.PatternTypes>	PoArrow3.startPatternType	Defines the start arrow pattern type.
SoSFEnum<PoHistogram.TextPaths>	PoMultipleHistogram.sumPath	Writing path of bars sums.
SoSFEnum<PoHistogram.Positions>	PoMultipleHistogram.sumPosition	Position of sums in relation to bars.
SoSFEnum<PoHistogram.Visibilities>	PoMultipleHistogram.sumVisibility	Bars sums visibility.
SoSFEnum<PoLogAxis.TenPowGradReps>	PoLogAxis.tenPowerRep	Defines the representation of power of ten graduations.
SoSFEnum<PoPolarLogAxis.TenPowGradReps>	PoPolarLogAxis.tenPowerRep	Defines the representation of power of ten graduations.
SoSFEnum<PoCurveLine.ThicknessBindings>	PoCurveLine.thicknessBinding	Defines how thickness values are bound to the curve.
SoSFEnum<PoAxis.TickPositions>	PoAxis.tickPosition	Position of the tick marks.
SoSFEnum<PoAxis.TickSubDefs>	PoAxis.tickSubDef	Secondary graduations tick definition.
SoSFEnum<PoAxis.Visibilities>	PoAxis.tickVisibility	Tick marks visibility.
SoSFEnum<PoAxis.TextPaths>	PoAxis.titlePath	Path of the title.
SoSFEnum<PoLegend.TextPaths>	PoLegend.titlePath	Title path.
SoSFEnum<PoAxis.TitlePositions>	PoAxis.titlePosition	Position of the title.
SoSFEnum<PoLegend.Positions>	PoLegend.titlePosition	Title position.
SoSFEnum<PoAxis.Visibilities>	PoAxis.titleVisibility	Visibility of the title.
SoSFEnum<PoLegend.Visibilities>	PoLegend.titleVisibility	Title visibility.
SoSFEnum<PoCartesianAxis.Types>	PoCartesianAxis.type	Type of the axis (XY, XZ, YX, ...
SoSFEnum<PoHistogram.Types>	PoHistogram.type	Defines if the histogram is an X histogram (bars are perpendicular to the X- axis) or a Y histogram (bars are perpendicular to the Y-axis).
SoSFEnum<PoTimeAxis.Types>	PoTimeAxis.type	Axis type.
SoSFEnum<PoLinearValueLegend.ValueDistributions>	PoLinearValueLegend.valueDistribution	Specifies the distribution of the values.
SoSFEnum<PoHistogram.TextPaths>	PoHistogram.valuePath	Values path.
SoSFEnum<PoHistogram.Positions>	PoHistogram.valuePosition	Values position in relation to histogram bars.
SoSFEnum<PoLegend.Positions>	PoLegend.valuePosition	Values positions.
SoSFEnum<PoHistogram.Visibilities>	PoHistogram.valueVisibility	Values visibility.
SoSFEnum<PoLegend.Visibilities>	PoLegend.valueVisibility	Values visibility.
SoSFEnum<PoBiErrorPointField.VariationTypes>	PoBiErrorPointField.variationType	Defines the interpretation of the values lowX, lowY, highX, highY.
SoSFEnum<PoErrorCurve.VariationTypes>	PoErrorCurve.variationType	Defines the interpretation of the values lowY and highY.
SoSFEnum<PoGroup3Axis3.AxisNames>	PoGroup3Axis3.verticalAxisName	Name of the vertical axis.
SoSFEnum<PoLabelField.VerticalJustifications>	PoLabelField.verticalJustification	Vertical justification.

Uses of SoSFEnum in com.openinventor.meshviz.nodes

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

Modifier and Type	Field	Description
SoSFEnum<PoCoordinateListFilter.AxisType>	PoCoordinateListFilter.axis	Defines the axis of the coordinates.
SoSFEnum<PoPeriodFilter.AxisType>	PoPeriodFilter.axis	Defines the axis of the period.
SoSFEnum<PoNumericDisplayFormat.FormatTypes>	PoNumericDisplayFormat.formatType	Defines the type of format.
SoSFEnum<PoMesh1DHints.GeomInterpretations>	PoMesh1DHints.geomInterpretation
SoSFEnum<PoLabelHints.Justifications>	PoLabelHints.justification	Defines the justification used to display label.
SoSFEnum<PoLabelHints.LabelPaths>	PoLabelHints.labelPath	Defines the path used to display label.
SoSFEnum<PoBevelEdge.RadiusFlags>	PoBevelEdge.radiusFlag	Defines the interpretation of the field radius.
SoSFEnum<PoDomain.TransformTypes>	PoDomain.transformType	Define the transformation type of the domain.
SoSFEnum<PoNonLinearDataMapping2.Types>	PoNonLinearDataMapping2.type	Defines the type of data mapping.

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

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

Modifier and Type	Field	Description
SoSFEnum<MoDataBinding.DataBinding>	MoDataBinding.dataBinding	The data binding to be used in subsequent representations.
SoSFEnum<Dimension>	MoMeshSlab.dimension	The dimension along which the slab will be computed.
SoSFEnum<MoMeshStreamline.IntegrationDirection>	MoMeshStreamline.direction	Sets the direction for the streamline integration. The default value is FORWARD.
SoSFEnum<MoMaterial.ColoringType>	MoMaterial.faceColoring	The coloring method for faces.
SoSFEnum<MoMaterial.ColoringType>	MoMaterial.lineColoring	The coloring method for lines.
SoSFEnum<MoMaterial.ColoringType>	MoMaterial.pointColoring	The coloring method for points.
SoSFEnum<MoPredefinedColorMapping.PredefColorMapping>	MoPredefinedColorMapping.predefColorMap	Use this field to specify a predefined color map.

Uses of SoSFEnum in com.openinventor.remoteviz.clients.nodes

Fields in com.openinventor.remoteviz.clients.nodes declared as SoSFEnum

Modifier and Type	Field	Description
SoSFEnum<SoRemoteVizClient.DisplayModes>	SoRemoteVizClient.displayMode	This setting allows you to specify how to map the renderArea image (server-side) into the container (client-side).

Uses of SoSFEnum in com.openinventor.volumeviz.nodes

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

Modifier and Type	Field	Description
SoSFEnum<SoSlice.AlphaUses>	SoSlice.alphaUse	Specifies how to use the alpha component of each voxel's RGBA value.
SoSFEnum<SoFenceSlice.AxisType>	SoFenceSlice.axis	Extrusion axis: X, Y, or Z.
SoSFEnum<SoOrthoSlice.AxisType>	SoOrthoSlice.axis	Slice axis (X, Y, or Z).
SoSFEnum<SoUniformGridClipping.AxisType>	SoUniformGridClipping.axis	Height axis: X, Y, or Z.
SoSFEnum<SoHeightFieldRender.BoundaryCellsType>	SoHeightFieldRender.boundaryCells	Boundary cells mode.
SoSFEnum<SoOrthoSlice.ClippingSides>	SoOrthoSlice.clippingSide	Specifies the clipping side.
SoSFEnum<SoOffscreenVolumeRender.ComponentsType>	SoOffscreenVolumeRender.components	Components to get back from the offscreen render.
SoSFEnum<SoVolumeShape.Compositions>	SoVolumeShape.composition	Deprecated. As of Open Inventor 9100.
SoSFEnum<SoVolumeRenderingPhysicalQuality.EnvironmentMaps>	SoVolumeRenderingPhysicalQuality.environmentMap	Specifies which Environment map is used.
SoSFEnum<SoVolumeSkin.FaceModes>	SoVolumeSkin.faceMode	Display front (facing the camera) faces or back faces.
SoSFEnum<SoVolumeRenderingQuality.GradientQualities>	SoVolumeRenderingQuality.gradientQuality	Specifies the algorithm used to compute gradients, for example, normals for lighting.
SoSFEnum<SoVolumeShape.Interpolations>	SoVolumeBufferedShape.interpolation	Interpolation mode.
SoSFEnum<SoVolumeShape.Interpolations>	SoVolumeFaceSet.interpolation	Interpolation mode.
SoSFEnum<SoVolumeShape.Interpolations>	SoVolumeIndexedFaceSet.interpolation	Interpolation mode.
SoSFEnum<SoVolumeShape.Interpolations>	SoVolumeIndexedTriangleStripSet.interpolation	Interpolation mode.
SoSFEnum<SoVolumeShape.Interpolations>	SoVolumeShape.interpolation	Interpolation mode.
SoSFEnum<SoVolumeShape.Interpolations>	SoVolumeTriangleStripSet.interpolation	Interpolation mode.
SoSFEnum<SoVolumeRenderingQuality.LightingModels>	SoVolumeRenderingQuality.lightingModel	Deprecated. As of Open Inventor 10000.
SoSFEnum<SoVolumeRender.NumSlicesControls>	SoVolumeRender.numSlicesControl	Controls how the number of samples along each ray is determined.
SoSFEnum<SoVolumeRenderingPhysicalQuality.PredefinedMaterials>	SoVolumeRenderingPhysicalQuality.predefinedMaterial	Specifies a material from a list of predefined ones.
SoSFEnum<SoVolumeRender.RenderModes>	SoVolumeRender.renderMode	Specifies how the voxels along each sampling ray are combined to form the final image.
SoSFEnum<SoVolumeRender.SamplingAlignments>	SoVolumeRender.samplingAlignment	Specifies which technique to use to align rayCast samples.
SoSFEnum<SoVolumeRenderingPhysicalQuality.ShadingStyles>	SoVolumeRenderingPhysicalQuality.shadingStyle	Specifies which shading style is applied to the volume.
SoSFEnum<SoVolumeRenderingPhysicalQuality.ShadowsStyles>	SoVolumeRenderingPhysicalQuality.shadowsStyle	Specifies which kind of shadows to compute for the volume.
SoSFEnum<SoVolumeRenderingPhysicalQuality.ToneMappings>	SoVolumeRenderingPhysicalQuality.toneMapping	Specifies which tone mapping algorithm to apply.