SoDataMeasurePredefined.PredefinedMeasures

java.lang.Object
- java.lang.Enum<SoDataMeasurePredefined.PredefinedMeasures>
- - com.openinventor.imageviz.nodes.measures.SoDataMeasurePredefined.PredefinedMeasures

All Implemented Interfaces:

IntegerValuedEnum, java.io.Serializable, java.lang.Comparable<SoDataMeasurePredefined.PredefinedMeasures>

Enclosing class:

SoDataMeasurePredefined
```
public static enum SoDataMeasurePredefined.PredefinedMeasures
extends java.lang.Enum<SoDataMeasurePredefined.PredefinedMeasures>
implements IntegerValuedEnum
```
Enumeration of all pre defined measure that can be used.

Enum Constant Summary

Enum Constants
Enum Constant and Description
`ANISOTROPY` 1 minus the ratio of the smallest to the largest eigenvalue of the covariance matrix.
`AREA_2D` Area of the object.
`AREA_3D` Area of the object boundary.
`BARYCENTERX` X coordinate of the center of gravity.
`BARYCENTERY` Y coordinate of the center of gravity.
`BARYCENTERZ` Z coordinate of the center of gravity.
`BORDER_VOXEL_COUNT` Some components of the image volume might be intersected by the Bounding Box of the image volume.
`BOUNDARY_VOXEL_COUNT` The perimeter measure designates the length of the object boundary.
`BOUNDING_BOX_DX` Width of the Bounding Box.
`BOUNDING_BOX_DY` Height of the Bounding Box.
`BOUNDING_BOX_DZ` Depth of the Bounding Box.
`BOUNDING_BOX_OX` X coordinate of the upper-left corner of the Bounding Box.
`BOUNDING_BOX_OY` Y coordinate of the upper-left corner of the Bounding Box.
`BOUNDING_BOX_OZ` Z coordinate of the upper-left corner of the Bounding Box.
`BREADTH_3D` Largest distance between two parallel lines touching the object without intersecting it and lying in a plane orthogonal to the maximum 3D Feret diameter (LENGTH_ORIENTATION_PHI_3D, LENGTH_ORIENTATION_THETA_3D).
`BREADTH_ORIENTATION_PHI_3D` Angle Phi of the BREADTH_3D in degrees (not radians) [-90,90].
`BREADTH_ORIENTATION_THETA_3D` Angle Theta of the BREADTH_3D in degrees (not radians) [0,180].
`CONVEX_AREA_2D` Area of the convex hull of the polygonal approximation of the object boundary.
`CONVEX_PERIMETER_2D` Perimeter of the convex hull of the polygonal approximation of the object boundary.
`CROFTON_PERIMETER_2D` For each of the 8 intercept measures, the diametral variation is the product of intercept with the distance between interception points.
`ECCENTRICITY_2D` The eccentricity is defined as: and are the covariance matrix eigenvalues.
`EIGEN_VALUE1` The largest eigenvalue of the covariance matrix.
`EIGEN_VALUE2` The medium 3D eigenvalue or smallest 2D eigenvalue of the covariance matrix.
`EIGEN_VALUE3_3D` The smallest 3D eigenvalue of the covariance matrix.
`EIGEN_VECTOR1X` X coordinate of the largest eigenvector of the covariance matrix.
`EIGEN_VECTOR1Y` Y coordinate of the largest eigen vector of the covariance matrix.
`EIGEN_VECTOR1Z_3D` Z coordinate of the largest eigenvector of the covariance matrix.
`EIGEN_VECTOR2X` X coordinate of the medium 3D eigenvector or smallest 2D eigenvector of the covariance matrix.
`EIGEN_VECTOR2Y` Y coordinate of the medium 3D eigenvector or smallest 2D eigenvector of covariance matrix.
`EIGEN_VECTOR2Z_3D` Z coordinate of the medium 3D eigenvector or smallest 2D eigenvector of the covariance matrix.
`EIGEN_VECTOR3X_3D` X coordinate of the 3D smallest eigenvector of the covariance matrix.
`EIGEN_VECTOR3Y_3D` Y coordinate of the 3D smallest eigenvector of the covariance matrix.
`EIGEN_VECTOR3Z_3D` Z coordinate of the 3D smallest eigenvector of the covariance matrix.
`ELONGATION` The ratio of the medium and the largest eigenvalue of the covariance matrix.
`ENCLOSING_CIRCLE_DIFFERENCE_2D` Difference between the object area A and the area of the enclosing circle EA ( Union(A,EA) - Intersection(A,EA) ).
`ENCLOSING_ELLIPSE_DIFFERENCE_2D` Difference between the area A of the studied particle and the area of its enclosing ellipse EA ( Union(A,EA) - Intersection(A,EA) ).
`EQUIVALENT_DIAMETER` The diameter of the circular particle of same area in 2D: The diameter of the spherical particle of same volume in 3D: .
`EULER_2D` 1 minus the number of holes.
`EULER_3D`
`EXTENT_MAX1` The maximal extent of the data in the direction of the largest eigenvector of the covariance matrix.
`EXTENT_MAX2` The maximal extent of the data in the direction of the medium (second) eigenvector of the covariance matrix.
`EXTENT_MAX3_3D` The maximal extent of the data in the direction of the smallest eigenvector of the covariance matrix.
`EXTENT_MIN1` The minimal extent of the data in the direction of the largest eigenvector of the covariance matrix.
`EXTENT_MIN2` The minimal extent of the data in the direction of the medium (second) eigenvector of the covariance matrix.
`EXTENT_MIN3_3D` The minimal extent of the data in the direction of the smallest eigenvector of the covariance matrix.
`FERET_DIAMETER_2D` Distribution of the length of Bounding Boxes oriented along the `specified directions`.
`FERET_DIAMETER_RATIO_2D`
`FERET_DIAMETER_RATIO_3D` This shape factor is defined as (D/d), where d is the minimum Feret's Diameter and D is the maximum Feret diameter in the orthogonal direction (90 deg from the minimum Feret diameter).
`FERET_INPUTX_2D` X coordinate of input point for Feret Distribution.
`FERET_INPUTY_2D` Y coordinate of input point for for Feret Distribution.
`FERET_OUTPUTX_2D` X coordinate of output point for for Feret Distribution.
`FERET_OUTPUTY_2D` Y coordinate of output point for for Feret Distribution.
`FIRST_POINTX` X coordinate of the first point of each object encountered when scanning the input image from top to bottom, and left to right.
`FIRST_POINTY` Y coordinate of the first point of each object encountered when scanning the input image from top to bottom, and left to right.
`FIRST_POINTZ` Z coordinate of the first point of each object encountered when scanning the input image from top to bottom, and left to right.
`FLATNESS_3D` The ratio of the smallest and the medium eigenvalue of the covariance matrix.
`GRAY_ANISOTROPY` Same measure as `ANISOTROPY` based on the covariance matrix weighted by the gray level intensities.
`GRAY_BARYCENTERX` X coordinate of the center of gravity weighted by the gray level intensities.
`GRAY_BARYCENTERY` Y coordinate of the center of gravity weighted by the gray level intensities.
`GRAY_BARYCENTERZ` Z coordinate of the center of gravity weighted by the gray level intensities.
`GRAY_EIGEN_VALUE1` Same measure as `EIGEN_VALUE1` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VALUE2` Same measure as `EIGEN_VALUE2` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VALUE3_3D` Same measure as `EIGEN_VALUE3_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR1X` Same measure as `EIGEN_VECTOR1X` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR1Y` Same measure as `EIGEN_VECTOR1Y` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR1Z_3D` Same measure as `EIGEN_VECTOR1Z_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR2X` Same measure as `EIGEN_VECTOR2X` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR2Y` Same measure as `EIGEN_VECTOR2Y` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR2Z_3D` Same measure as `EIGEN_VECTOR2Z_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR3X_3D` Same measure as `EIGEN_VECTOR3X_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR3Y_3D` Same measure as `EIGEN_VECTOR3Y_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EIGEN_VECTOR3Z_3D` Same measure as `EIGEN_VECTOR3Z_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_ELONGATION` Same measure as `ELONGATION` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EXTENT_MAX1` Same measure as `EXTENT_MAX1` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EXTENT_MAX2` Same measure as `EXTENT_MAX2` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EXTENT_MAX3_3D` Same measure as `EXTENT_MAX3_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EXTENT_MIN1` Same measure as `EXTENT_MIN1` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EXTENT_MIN2` Same measure as `EXTENT_MIN2` based on the covariance matrix weighted by the gray level intensities.
`GRAY_EXTENT_MIN3_3D` Same measure as `EXTENT_MIN3_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_FLATNESS_3D` Same measure as `FLATNESS_3D` based on the covariance matrix weighted by the gray level intensities.
`GRAY_MOMENT2X` Centered moment term (XX) of the covariance matrix weighted by the gray level intensities.
`GRAY_MOMENT2Y` Centered moment term (YY) of the covariance matrix weighted by the gray level intensities.
`GRAY_MOMENT2Z` Centered moment term (ZZ) of the covariance matrix weighted by the gray level intensities.
`GRAY_MOMENTXY` Centered moment term (XY) of the covariance matrix weighted by the gray level intensities.
`GRAY_MOMENTXZ` Centered moment term (XZ) of the covariance matrix weighted by the gray level intensities.
`GRAY_MOMENTYZ` Centered moment term (YZ) of the covariance matrix weighted by the gray level intensities.
`HISTOGRAM_KURTOSIS` Kurtosis of the histogram of intensity values within the object.
`HISTOGRAM_MEAN` Mean of the histogram of intensity values within the object.
`HISTOGRAM_PEAK` Peak of the histogram of intensity values within the object.
`HISTOGRAM_QUANTILE10` 10% quantile of the histogram of intensity values within the object.
`HISTOGRAM_QUANTILE25` 25% quantile of the histogram of intensity values within the object.
`HISTOGRAM_QUANTILE50` 50% quantile of the histogram of intensity values within the object.
`HISTOGRAM_QUANTILE75` 75% quantile of the histogram of intensity values within the object.
`HISTOGRAM_QUANTILE90` 90% quantile of the histogram of intensity values within the object.
`HISTOGRAM_QUANTILER1` Modifiable quantile of the histogram of intensity values within the object (default is 20%).
`HISTOGRAM_QUANTILER2` Modifiable quantile of the histogram of intensity values within the object (default is 30%).
`HISTOGRAM_QUANTILER3` Modifiable quantile of the histogram of intensity values within the object (default is 40%).
`HISTOGRAM_QUANTILER4` Modifiable quantile of the histogram of intensity values within the object (default is 50%).
`HISTOGRAM_QUANTILER5` Modifiable quantile of the histogram of intensity values within the object (default is 60%).
`HISTOGRAM_QUANTILER6` Modifiable quantile of the histogram of intensity values within the object (default is 70%).
`HISTOGRAM_SKEWNESS` Skewness of the histogram of intensity values within the object.
`HISTOGRAM_STDDEV` Standard deviation of the histogram of intensity values within the object.
`HISTOGRAM_VARIANCE` Variance of the histogram of intensity values within the object.
`HOLES_COUNT_2D` Number of holes of the particle.
`INSIDE_LENGTH_2D` Length of the skeleton of the polygonal approximation of the object boundary.
`INTENSITY_COUNT` Number of different label intersecting each particle.
`INTENSITY_INTEGRAL` Sum of the of pixel intensity values.
`INTENSITY_MAJORITY` The most represented pixel intensity value inside the particle.
`INTENSITY_MAXIMUM` Maximum pixel intensity of the particle.
`INTENSITY_MEAN` Average pixel intensity intensity.
`INTENSITY_MEDIAN`
`INTENSITY_MINIMUM` Minimum pixel intensity of the particle.
`INTENSITY_STANDARD_DEVIATION` Standard deviation of the pixel intensities.
`LENGTH_2D` Maximum of the Feret Diameters.
`LENGTH_3D` Maximum of the Feret Diameters.
`LENGTH_ORIENTATION_2D` Angle of the maximum of the Feret Diameters.
`LENGTH_ORIENTATION_PHI_3D` Angle Phi of the maximum of the Feret's Diameter, in degrees (not radians) [-90,90].
`LENGTH_ORIENTATION_THETA_3D` Angle Theta of the maximum of the Feret's Diameter, in degrees (not radians) [0,180].
`MOMENT2X` Centered moment term (XX) of the covariance matrix.
`MOMENT2Y` Centered moment term (YY) of the covariance matrix.
`MOMENT2Z` Centered moment term (ZZ) of the covariance matrix.
`MOMENTXY` Centered moment term (XY) of the covariance matrix.
`MOMENTXZ` Centered moment term (XZ) of the covariance matrix.
`MOMENTYZ` Centered moment term (YZ) of the covariance matrix.
`NEIGHBOR_COUNT` Number of neighbors located at a given distance from the object boundaries.
`NEIGHBOR_DISTANCE_2D` Gives the shortest edge to edge distance from the current object to its nearest neighbor.
`ORIENTATION_2D` Orientation of the particle in degrees (not radians) [-90,+90] computed with the inertia moments.
`ORIENTATION1_PHI_3D` Phi orientation of the particle in degrees (not radians) [0,+90], computed with the inertia moments.
`ORIENTATION1_THETA_3D` Theta orientation of the particle in degrees (not radians) [-180,+180], computed with the inertia moments.
`ORIENTATION2_PHI_3D` Phi minor orientation of the particle in degrees (not radians) [0,+90], computed with the inertia moments.
`ORIENTATION2_THETA_3D` Theta minor orientation of the particle in degrees (not radians) [-180,+180], computed with the inertia moments.
`POLYGONE_AREA_2D` Area of the polygonal approximation of the object boundary.
`POLYGONE_PERIMETER_2D` Length of polygonal approximation of the object boundary.
`RECTANGLE_CENTERX_2D` X coordinate of the center of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
`RECTANGLE_CENTERY_2D` Y coordinate of the center of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
`RECTANGLE_LENGTH_2D` Length of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
`RECTANGLE_ORIENTATION_2D` Orientation of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
`RECTANGLE_WIDTH_2D` Width of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
`RUGOSITY_2D` The factor of rugosity determines if the contour of a shape is smooth or not.
`SEGMENT_HOLES_COUNT_2D` Number of holes of the particles represented by inner and outer chains.
`SHAPE_FACTOR_AP_2D` Circularity Shape factor, close to 1 for a disk, and lower for star-shaped objects: .
`SHAPE_FACTOR_VA_3D` The shape factor defined as : .
`SMOOTH_CIRCLE_DIFFERENCE_2D` Difference between the object area A and the area of the smoothing circle AS ( Union(A,AS) - Intersection(A,AS) ).
`SQUARE_INTENSITY_INTEGRAL` Sum of the squares of pixel intensity values.
`SYMMETRY_2D` The measure of symmetry determines the trend of a shape to be symmetric or not.
`THICKNESS_3D` Largest distance between two parallel lines touching the object without intersecting it and lying in a plane orthogonal to the maximum 3D Feret diameter (LENGTH_ORIENTATION_PHI_3D, LENGTH_ORIENTATION_THETA_3D) and also orthogonal to the BREADTH_3D diameter.
`THICKNESS_ORIENTATION_PHI_3D` Angle Phi of the THICKNESS_3D in degrees (not radians) [-90,90].
`THICKNESS_ORIENTATION_THETA_3D` Angle Theta of the THICKNESS_3D in degrees (not radians) [0,180].
`UNDEFINED` Default value is undefined.
`VOLUME_3D` Volume of the object.
`VOLUME_FRACTION` Ratio between the label area and the image area in 2D: Ratio between the label volume and the image volume in 3D: .
`VOXEL_FACE_AREA_3D` Sum of voxel surfaces that are on the outside of each connected component.
`WIDTH_2D` Minimum of the 2D Feret Diameters.
`WIDTH_3D` Minimum of the 3D Feret Diameters.
`WIDTH_ORIENTATION_2D` Angle of the minimum of the 2D Feret Diameters.
`WIDTH_ORIENTATION_PHI_3D` Angle Phi of the minimum of the 3D Feret Diameters, in degrees (not radians) [0,90].
`WIDTH_ORIENTATION_THETA_3D` Angle Theta of the minimum of the 3D Feret Diameters, in degrees (not radians) [-180,+180].

Method Summary

All Methods Static Methods Instance Methods Concrete Methods Deprecated Methods
Modifier and Type	Method and Description
`static SoDataMeasurePredefined.PredefinedMeasures`	`fromValue(int val)` Deprecated. Use `valueOf(int)` instead.
`int`	`getValue()` Returns the integer value of the enum constant.
`static SoDataMeasurePredefined.PredefinedMeasures`	`valueOf(int val)` Returns the enum constant of this type with the specified integer value
`static SoDataMeasurePredefined.PredefinedMeasures`	`valueOf(java.lang.String name)` Returns the enum constant of this type with the specified name.
`static SoDataMeasurePredefined.PredefinedMeasures[]`	`values()` Returns an array containing the constants of this enum type, in the order they are declared.

Methods inherited from class java.lang.Enum
compareTo, equals, getDeclaringClass, hashCode, name, ordinal, toString, valueOf

Methods inherited from class java.lang.Object
getClass, notify, notifyAll, wait, wait, wait

- Enum Constant Detail
  - UNDEFINED
```
public static final SoDataMeasurePredefined.PredefinedMeasures UNDEFINED
```
    Default value is undefined. It will be ignored by analysis request
  - ANISOTROPY
```
public static final SoDataMeasurePredefined.PredefinedMeasures ANISOTROPY
```
    1 minus the ratio of the smallest to the largest eigenvalue of the covariance matrix. Measures a region's deviation from a spherical shape.
  - AREA_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures AREA_2D
```
    Area of the object. See also the documentation of the SoAreaQuantification2d engine.
  - AREA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures AREA_3D
```
    Area of the object boundary. See also the documentation of the 3D interpretation of the SoAreaQuantification2d engine.
  - VOLUME_FRACTION
```
public static final SoDataMeasurePredefined.PredefinedMeasures VOLUME_FRACTION
```
    Ratio between the label area and the image area in 2D: Ratio between the label volume and the image volume in 3D: .
  - BARYCENTERX
```
public static final SoDataMeasurePredefined.PredefinedMeasures BARYCENTERX
```
    X coordinate of the center of gravity. See Moments of inertia.
  - BARYCENTERY
```
public static final SoDataMeasurePredefined.PredefinedMeasures BARYCENTERY
```
    Y coordinate of the center of gravity. See Moments of inertia.
  - BARYCENTERZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures BARYCENTERZ
```
    Z coordinate of the center of gravity. See Moments of inertia.
  - MOMENT2X
```
public static final SoDataMeasurePredefined.PredefinedMeasures MOMENT2X
```
    Centered moment term (XX) of the covariance matrix. See Moments of inertia.
  - MOMENT2Y
```
public static final SoDataMeasurePredefined.PredefinedMeasures MOMENT2Y
```
    Centered moment term (YY) of the covariance matrix. See Moments of inertia.
  - MOMENT2Z
```
public static final SoDataMeasurePredefined.PredefinedMeasures MOMENT2Z
```
    Centered moment term (ZZ) of the covariance matrix. See Moments of inertia.
  - MOMENTXY
```
public static final SoDataMeasurePredefined.PredefinedMeasures MOMENTXY
```
    Centered moment term (XY) of the covariance matrix. See Moments of inertia.
  - MOMENTXZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures MOMENTXZ
```
    Centered moment term (XZ) of the covariance matrix. See Moments of inertia.
  - MOMENTYZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures MOMENTYZ
```
    Centered moment term (YZ) of the covariance matrix. See Moments of inertia.
  - BORDER_VOXEL_COUNT
```
public static final SoDataMeasurePredefined.PredefinedMeasures BORDER_VOXEL_COUNT
```
    Some components of the image volume might be intersected by the Bounding Box of the image volume. This value is the number of voxels that are touching this boundary. The component might not be fully within the image.
  - BOUNDING_BOX_DX
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDING_BOX_DX
```
    Width of the Bounding Box.
  - BOUNDING_BOX_DY
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDING_BOX_DY
```
    Height of the Bounding Box.
  - BOUNDING_BOX_DZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDING_BOX_DZ
```
    Depth of the Bounding Box.
  - BOUNDING_BOX_OX
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDING_BOX_OX
```
    X coordinate of the upper-left corner of the Bounding Box.
  - BOUNDING_BOX_OY
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDING_BOX_OY
```
    Y coordinate of the upper-left corner of the Bounding Box.
  - BOUNDING_BOX_OZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDING_BOX_OZ
```
    Z coordinate of the upper-left corner of the Bounding Box.
  - SMOOTH_CIRCLE_DIFFERENCE_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures SMOOTH_CIRCLE_DIFFERENCE_2D
```
    Difference between the object area A and the area of the smoothing circle AS ( Union(A,AS) - Intersection(A,AS) ). The smoothing circle is computed on the polygonal approximation of the object boundary and verifies :
    - the center of the circle is the barycenter of the object
    - the distance between the circle and the approximated polygon minimizes the least squares criteria
  - CONVEX_AREA_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures CONVEX_AREA_2D
```
    Area of the convex hull of the polygonal approximation of the object boundary.
  - CONVEX_PERIMETER_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures CONVEX_PERIMETER_2D
```
    Perimeter of the convex hull of the polygonal approximation of the object boundary.
  - CROFTON_PERIMETER_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures CROFTON_PERIMETER_2D
```
    For each of the 8 intercept measures, the diametral variation is the product of intercept with the distance between interception points. The Crofton perimeter is the average of those 8 diametral variation measures. See Intercept count.
  - NEIGHBOR_DISTANCE_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures NEIGHBOR_DISTANCE_2D
```
    Gives the shortest edge to edge distance from the current object to its nearest neighbor. The distance measure is computed from the polygonal approximation of the object boundaries.
  - EIGEN_VALUE1
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VALUE1
```
    The largest eigenvalue of the covariance matrix.
  - EIGEN_VALUE2
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VALUE2
```
    The medium 3D eigenvalue or smallest 2D eigenvalue of the covariance matrix.
  - EIGEN_VALUE3_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VALUE3_3D
```
    The smallest 3D eigenvalue of the covariance matrix. This value is only available in 3D.
  - EIGEN_VECTOR1X
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR1X
```
    X coordinate of the largest eigenvector of the covariance matrix.
  - EIGEN_VECTOR1Y
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR1Y
```
    Y coordinate of the largest eigen vector of the covariance matrix.
  - EIGEN_VECTOR1Z_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR1Z_3D
```
    Z coordinate of the largest eigenvector of the covariance matrix. This value is only available in 3D.
  - EIGEN_VECTOR2X
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR2X
```
    X coordinate of the medium 3D eigenvector or smallest 2D eigenvector of the covariance matrix.
  - EIGEN_VECTOR2Y
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR2Y
```
    Y coordinate of the medium 3D eigenvector or smallest 2D eigenvector of covariance matrix.
  - EIGEN_VECTOR2Z_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR2Z_3D
```
    Z coordinate of the medium 3D eigenvector or smallest 2D eigenvector of the covariance matrix. This value is only available in 3D.
  - EIGEN_VECTOR3X_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR3X_3D
```
    X coordinate of the 3D smallest eigenvector of the covariance matrix. This value is only available in 3D.
  - EIGEN_VECTOR3Y_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR3Y_3D
```
    Y coordinate of the 3D smallest eigenvector of the covariance matrix. This value is only available in 3D.
  - EIGEN_VECTOR3Z_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EIGEN_VECTOR3Z_3D
```
    Z coordinate of the 3D smallest eigenvector of the covariance matrix. This value is only available in 3D.
  - ENCLOSING_ELLIPSE_DIFFERENCE_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ENCLOSING_ELLIPSE_DIFFERENCE_2D
```
    Difference between the area A of the studied particle and the area of its enclosing ellipse EA ( Union(A,EA) - Intersection(A,EA) ). The enclosing ellipse is computed on the polygonal approximation of the object boundary and verifies:
    - the center of the ellipse is the barycenter of the object
    - the major axis of the ellipse is parallel to the inertia axis of the object
    - the length of the minor and major axis is given by the extent size of the eigenvectors of the covariance matrix.
  - ELONGATION
```
public static final SoDataMeasurePredefined.PredefinedMeasures ELONGATION
```
    The ratio of the medium and the largest eigenvalue of the covariance matrix. Elongated objects will have small values close to 0.
  - ENCLOSING_CIRCLE_DIFFERENCE_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ENCLOSING_CIRCLE_DIFFERENCE_2D
```
    Difference between the object area A and the area of the enclosing circle EA ( Union(A,EA) - Intersection(A,EA) ). The enclosing circle is computed on the polygonal approximation of the object boundary.
  - EQUIVALENT_DIAMETER
```
public static final SoDataMeasurePredefined.PredefinedMeasures EQUIVALENT_DIAMETER
```
    The diameter of the circular particle of same area in 2D: The diameter of the spherical particle of same volume in 3D: .
  - EULER_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EULER_2D
```
    1 minus the number of holes. See Euler Number section.
  - EULER_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EULER_3D
```
  - ECCENTRICITY_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ECCENTRICITY_2D
```
    The eccentricity is defined as: and are the covariance matrix eigenvalues. A disk or a cross has a null eccentricity since . The eccentricity increases with the difference between the eigenvalues, and thus measures the elongation of the object. It also indicates in some cases a privileged direction, corresponding to a large eigenvalue and a small one, i.e.: has a high value, though two orthogonal privileged directions mean two large eigenvalues and a smaller difference .
    See Moments of inertia.
  - EXTENT_MAX1
```
public static final SoDataMeasurePredefined.PredefinedMeasures EXTENT_MAX1
```
    The maximal extent of the data in the direction of the largest eigenvector of the covariance matrix.
  - EXTENT_MAX2
```
public static final SoDataMeasurePredefined.PredefinedMeasures EXTENT_MAX2
```
    The maximal extent of the data in the direction of the medium (second) eigenvector of the covariance matrix.
  - EXTENT_MAX3_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EXTENT_MAX3_3D
```
    The maximal extent of the data in the direction of the smallest eigenvector of the covariance matrix. This value is only available in 3D.
  - EXTENT_MIN1
```
public static final SoDataMeasurePredefined.PredefinedMeasures EXTENT_MIN1
```
    The minimal extent of the data in the direction of the largest eigenvector of the covariance matrix.
  - EXTENT_MIN2
```
public static final SoDataMeasurePredefined.PredefinedMeasures EXTENT_MIN2
```
    The minimal extent of the data in the direction of the medium (second) eigenvector of the covariance matrix.
  - EXTENT_MIN3_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures EXTENT_MIN3_3D
```
    The minimal extent of the data in the direction of the smallest eigenvector of the covariance matrix. This value is only available in 3D.
  - FERET_DIAMETER_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_DIAMETER_2D
```
    Distribution of the length of Bounding Boxes oriented along the specified directions. See also Feret's Diameter.
  - FERET_INPUTX_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_INPUTX_2D
```
    X coordinate of input point for Feret Distribution.
  - FERET_INPUTY_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_INPUTY_2D
```
    Y coordinate of input point for for Feret Distribution.
  - FERET_OUTPUTX_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_OUTPUTX_2D
```
    X coordinate of output point for for Feret Distribution.
  - FERET_OUTPUTY_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_OUTPUTY_2D
```
    Y coordinate of output point for for Feret Distribution.
  - FERET_DIAMETER_RATIO_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_DIAMETER_RATIO_2D
```
  - FERET_DIAMETER_RATIO_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FERET_DIAMETER_RATIO_3D
```
    This shape factor is defined as (D/d), where d is the minimum Feret's Diameter and D is the maximum Feret diameter in the orthogonal direction (90 deg from the minimum Feret diameter). Feret measures rely on sampling in a distribution of different directions (31 directions by default).
  - FIRST_POINTX
```
public static final SoDataMeasurePredefined.PredefinedMeasures FIRST_POINTX
```
    X coordinate of the first point of each object encountered when scanning the input image from top to bottom, and left to right.
  - FIRST_POINTY
```
public static final SoDataMeasurePredefined.PredefinedMeasures FIRST_POINTY
```
    Y coordinate of the first point of each object encountered when scanning the input image from top to bottom, and left to right.
  - FIRST_POINTZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures FIRST_POINTZ
```
    Z coordinate of the first point of each object encountered when scanning the input image from top to bottom, and left to right.
  - FLATNESS_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures FLATNESS_3D
```
    The ratio of the smallest and the medium eigenvalue of the covariance matrix. Flat objects have small values close to 0. See Variance-covariance matrix. This value is only available in 3D.
  - GRAY_BARYCENTERX
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_BARYCENTERX
```
    X coordinate of the center of gravity weighted by the gray level intensities.
  - GRAY_BARYCENTERY
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_BARYCENTERY
```
    Y coordinate of the center of gravity weighted by the gray level intensities.
  - GRAY_BARYCENTERZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_BARYCENTERZ
```
    Z coordinate of the center of gravity weighted by the gray level intensities.
  - HISTOGRAM_KURTOSIS
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_KURTOSIS
```
    Kurtosis of the histogram of intensity values within the object.
  - HISTOGRAM_MEAN
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_MEAN
```
    Mean of the histogram of intensity values within the object.
  - HISTOGRAM_PEAK
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_PEAK
```
    Peak of the histogram of intensity values within the object.
  - HISTOGRAM_QUANTILE10
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILE10
```
    10% quantile of the histogram of intensity values within the object.
  - HISTOGRAM_QUANTILE25
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILE25
```
    25% quantile of the histogram of intensity values within the object.
  - HISTOGRAM_QUANTILE50
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILE50
```
    50% quantile of the histogram of intensity values within the object.
  - HISTOGRAM_QUANTILE75
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILE75
```
    75% quantile of the histogram of intensity values within the object.
  - HISTOGRAM_QUANTILE90
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILE90
```
    90% quantile of the histogram of intensity values within the object.
  - HISTOGRAM_QUANTILER1
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILER1
```
    Modifiable quantile of the histogram of intensity values within the object (default is 20%). The quantile value can be customized with the SoDataMeasureAttributes.quantilePercents field.
  - HISTOGRAM_QUANTILER2
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILER2
```
    Modifiable quantile of the histogram of intensity values within the object (default is 30%). The quantile value can be customized with the SoDataMeasureAttributes.quantilePercents field.
  - HISTOGRAM_QUANTILER3
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILER3
```
    Modifiable quantile of the histogram of intensity values within the object (default is 40%). The quantile value can be customized with the SoDataMeasureAttributes.quantilePercents field.
  - HISTOGRAM_QUANTILER4
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILER4
```
    Modifiable quantile of the histogram of intensity values within the object (default is 50%). The quantile value can be customized with the SoDataMeasureAttributes.quantilePercents field.
  - HISTOGRAM_QUANTILER5
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILER5
```
    Modifiable quantile of the histogram of intensity values within the object (default is 60%). The quantile value can be customized with the SoDataMeasureAttributes.quantilePercents field.
  - HISTOGRAM_QUANTILER6
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_QUANTILER6
```
    Modifiable quantile of the histogram of intensity values within the object (default is 70%). The quantile value can be customized with the SoDataMeasureAttributes.quantilePercents field.
  - HISTOGRAM_SKEWNESS
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_SKEWNESS
```
    Skewness of the histogram of intensity values within the object.
  - HISTOGRAM_STDDEV
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_STDDEV
```
    Standard deviation of the histogram of intensity values within the object.
  - HISTOGRAM_VARIANCE
```
public static final SoDataMeasurePredefined.PredefinedMeasures HISTOGRAM_VARIANCE
```
    Variance of the histogram of intensity values within the object.
  - INSIDE_LENGTH_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures INSIDE_LENGTH_2D
```
    Length of the skeleton of the polygonal approximation of the object boundary.
  - LENGTH_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures LENGTH_2D
```
    Maximum of the Feret Diameters.
  - LENGTH_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures LENGTH_3D
```
    Maximum of the Feret Diameters.
  - LENGTH_ORIENTATION_PHI_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures LENGTH_ORIENTATION_PHI_3D
```
    Angle Phi of the maximum of the Feret's Diameter, in degrees (not radians) [-90,90].
  - LENGTH_ORIENTATION_THETA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures LENGTH_ORIENTATION_THETA_3D
```
    Angle Theta of the maximum of the Feret's Diameter, in degrees (not radians) [0,180].
  - LENGTH_ORIENTATION_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures LENGTH_ORIENTATION_2D
```
    Angle of the maximum of the Feret Diameters.
  - INTENSITY_MAJORITY
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_MAJORITY
```
    The most represented pixel intensity value inside the particle. It uses the nearest value with the average intensity of the particle if several intensities met this criterion.
  - INTENSITY_MAXIMUM
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_MAXIMUM
```
    Maximum pixel intensity of the particle.
  - INTENSITY_MEAN
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_MEAN
```
    Average pixel intensity intensity.
  - INTENSITY_MEDIAN
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_MEDIAN
```
  - INTENSITY_MINIMUM
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_MINIMUM
```
    Minimum pixel intensity of the particle.
  - HOLES_COUNT_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures HOLES_COUNT_2D
```
    Number of holes of the particle.
  - ORIENTATION_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ORIENTATION_2D
```
    Orientation of the particle in degrees (not radians) [-90,+90] computed with the inertia moments. See Moments of inertia.
  - ORIENTATION2_PHI_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ORIENTATION2_PHI_3D
```
    Phi minor orientation of the particle in degrees (not radians) [0,+90], computed with the inertia moments. See Moments of inertia.
  - ORIENTATION2_THETA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ORIENTATION2_THETA_3D
```
    Theta minor orientation of the particle in degrees (not radians) [-180,+180], computed with the inertia moments. See Moments of inertia.
  - ORIENTATION1_PHI_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ORIENTATION1_PHI_3D
```
    Phi orientation of the particle in degrees (not radians) [0,+90], computed with the inertia moments. See Moments of inertia.
  - ORIENTATION1_THETA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures ORIENTATION1_THETA_3D
```
    Theta orientation of the particle in degrees (not radians) [-180,+180], computed with the inertia moments. See Moments of inertia.
  - BOUNDARY_VOXEL_COUNT
```
public static final SoDataMeasurePredefined.PredefinedMeasures BOUNDARY_VOXEL_COUNT
```
    The perimeter measure designates the length of the object boundary. In the continuous case, let and be a parametric representation of the boundary curve , its perimeter is thus obtained as: This formula has no obvious discrete equivalent, and is therefore mostly useless for our purposes. In the discrete case, the perimeter can be simply estimated as the number of points which lie on the object boundary, i.e., points with at least one zero in their neighborhood.
  - RUGOSITY_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures RUGOSITY_2D
```
    The factor of rugosity determines if the contour of a shape is smooth or not. A value close to 0 represents a smooth edges particle, a value close to 1 a rough edges particle. A value of -1 is returned when the rugosity can't be computed (i.e., object made up of few pixels).
    It is defined by the following formula where is defined as the mean operator over all the basis length , which is defined as the distance in figure below. is defined as the shape perimeter. is defined as follows: where . is the mean operator for all the points between the basis defined by the points and . The angles and are defined as in figure below, with . If the weight is counted as 0.
  - POLYGONE_AREA_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures POLYGONE_AREA_2D
```
    Area of the polygonal approximation of the object boundary.
  - RECTANGLE_CENTERX_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures RECTANGLE_CENTERX_2D
```
    X coordinate of the center of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
  - RECTANGLE_CENTERY_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures RECTANGLE_CENTERY_2D
```
    Y coordinate of the center of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
  - RECTANGLE_LENGTH_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures RECTANGLE_LENGTH_2D
```
    Length of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
  - RECTANGLE_ORIENTATION_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures RECTANGLE_ORIENTATION_2D
```
    Orientation of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
  - RECTANGLE_WIDTH_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures RECTANGLE_WIDTH_2D
```
    Width of the Rectangle of Minimum Area computed on the polygonal approximation of the object boundary.
  - SEGMENT_HOLES_COUNT_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures SEGMENT_HOLES_COUNT_2D
```
    Number of holes of the particles represented by inner and outer chains.
  - POLYGONE_PERIMETER_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures POLYGONE_PERIMETER_2D
```
    Length of polygonal approximation of the object boundary.
  - SHAPE_FACTOR_AP_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures SHAPE_FACTOR_AP_2D
```
    Circularity Shape factor, close to 1 for a disk, and lower for star-shaped objects: .
  - SHAPE_FACTOR_VA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures SHAPE_FACTOR_VA_3D
```
    The shape factor defined as : .
  - INTENSITY_STANDARD_DEVIATION
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_STANDARD_DEVIATION
```
    Standard deviation of the pixel intensities.
  - SYMMETRY_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures SYMMETRY_2D
```
    The measure of symmetry determines the trend of a shape to be symmetric or not. It is close to 1 for a symmetric shape and decreases with asymmetry. It is lower to 0.5 if the gravity center is outside the particle as illustrated on the figure below. It is measured using the following formula for a particle P : with , and the minimum value operator over all the angles .
  - INTENSITY_INTEGRAL
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_INTEGRAL
```
    Sum of the of pixel intensity values.
  - SQUARE_INTENSITY_INTEGRAL
```
public static final SoDataMeasurePredefined.PredefinedMeasures SQUARE_INTENSITY_INTEGRAL
```
    Sum of the squares of pixel intensity values.
  - VOLUME_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures VOLUME_3D
```
    Volume of the object.
  - VOXEL_FACE_AREA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures VOXEL_FACE_AREA_3D
```
    Sum of voxel surfaces that are on the outside of each connected component.
  - WIDTH_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures WIDTH_2D
```
    Minimum of the 2D Feret Diameters.
  - WIDTH_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures WIDTH_3D
```
    Minimum of the 3D Feret Diameters.
  - WIDTH_ORIENTATION_PHI_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures WIDTH_ORIENTATION_PHI_3D
```
    Angle Phi of the minimum of the 3D Feret Diameters, in degrees (not radians) [0,90].
  - WIDTH_ORIENTATION_THETA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures WIDTH_ORIENTATION_THETA_3D
```
    Angle Theta of the minimum of the 3D Feret Diameters, in degrees (not radians) [-180,+180].
  - WIDTH_ORIENTATION_2D
```
public static final SoDataMeasurePredefined.PredefinedMeasures WIDTH_ORIENTATION_2D
```
    Angle of the minimum of the 2D Feret Diameters.
  - BREADTH_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures BREADTH_3D
```
    Largest distance between two parallel lines touching the object without intersecting it and lying in a plane orthogonal to the maximum 3D Feret diameter (LENGTH_ORIENTATION_PHI_3D, LENGTH_ORIENTATION_THETA_3D). See Feret's Diameter and SoDataMeasureAttributes.feretAngles2D.
  - BREADTH_ORIENTATION_PHI_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures BREADTH_ORIENTATION_PHI_3D
```
    Angle Phi of the BREADTH_3D in degrees (not radians) [-90,90].
  - BREADTH_ORIENTATION_THETA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures BREADTH_ORIENTATION_THETA_3D
```
    Angle Theta of the BREADTH_3D in degrees (not radians) [0,180].
  - THICKNESS_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures THICKNESS_3D
```
    Largest distance between two parallel lines touching the object without intersecting it and lying in a plane orthogonal to the maximum 3D Feret diameter (LENGTH_ORIENTATION_PHI_3D, LENGTH_ORIENTATION_THETA_3D) and also orthogonal to the BREADTH_3D diameter.
  - THICKNESS_ORIENTATION_PHI_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures THICKNESS_ORIENTATION_PHI_3D
```
    Angle Phi of the THICKNESS_3D in degrees (not radians) [-90,90].
  - THICKNESS_ORIENTATION_THETA_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures THICKNESS_ORIENTATION_THETA_3D
```
    Angle Theta of the THICKNESS_3D in degrees (not radians) [0,180].
  - GRAY_ANISOTROPY
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_ANISOTROPY
```
    Same measure as ANISOTROPY based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VALUE1
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VALUE1
```
    Same measure as EIGEN_VALUE1 based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VALUE2
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VALUE2
```
    Same measure as EIGEN_VALUE2 based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VALUE3_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VALUE3_3D
```
    Same measure as EIGEN_VALUE3_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR1X
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR1X
```
    Same measure as EIGEN_VECTOR1X based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR1Y
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR1Y
```
    Same measure as EIGEN_VECTOR1Y based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR1Z_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR1Z_3D
```
    Same measure as EIGEN_VECTOR1Z_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR2X
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR2X
```
    Same measure as EIGEN_VECTOR2X based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR2Y
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR2Y
```
    Same measure as EIGEN_VECTOR2Y based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR2Z_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR2Z_3D
```
    Same measure as EIGEN_VECTOR2Z_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR3X_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR3X_3D
```
    Same measure as EIGEN_VECTOR3X_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR3Y_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR3Y_3D
```
    Same measure as EIGEN_VECTOR3Y_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EIGEN_VECTOR3Z_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EIGEN_VECTOR3Z_3D
```
    Same measure as EIGEN_VECTOR3Z_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_ELONGATION
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_ELONGATION
```
    Same measure as ELONGATION based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EXTENT_MAX1
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EXTENT_MAX1
```
    Same measure as EXTENT_MAX1 based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EXTENT_MAX2
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EXTENT_MAX2
```
    Same measure as EXTENT_MAX2 based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EXTENT_MAX3_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EXTENT_MAX3_3D
```
    Same measure as EXTENT_MAX3_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EXTENT_MIN1
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EXTENT_MIN1
```
    Same measure as EXTENT_MIN1 based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EXTENT_MIN2
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EXTENT_MIN2
```
    Same measure as EXTENT_MIN2 based on the covariance matrix weighted by the gray level intensities.
  - GRAY_EXTENT_MIN3_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_EXTENT_MIN3_3D
```
    Same measure as EXTENT_MIN3_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_FLATNESS_3D
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_FLATNESS_3D
```
    Same measure as FLATNESS_3D based on the covariance matrix weighted by the gray level intensities.
  - GRAY_MOMENT2X
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_MOMENT2X
```
    Centered moment term (XX) of the covariance matrix weighted by the gray level intensities. See Moments of inertia.
  - GRAY_MOMENT2Y
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_MOMENT2Y
```
    Centered moment term (YY) of the covariance matrix weighted by the gray level intensities. See Moments of inertia.
  - GRAY_MOMENT2Z
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_MOMENT2Z
```
    Centered moment term (ZZ) of the covariance matrix weighted by the gray level intensities. See Moments of inertia.
  - GRAY_MOMENTXY
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_MOMENTXY
```
    Centered moment term (XY) of the covariance matrix weighted by the gray level intensities. See Moments of inertia.
  - GRAY_MOMENTXZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_MOMENTXZ
```
    Centered moment term (XZ) of the covariance matrix weighted by the gray level intensities. See Moments of inertia.
  - GRAY_MOMENTYZ
```
public static final SoDataMeasurePredefined.PredefinedMeasures GRAY_MOMENTYZ
```
    Centered moment term (YZ) of the covariance matrix weighted by the gray level intensities. See Moments of inertia.
  - INTENSITY_COUNT
```
public static final SoDataMeasurePredefined.PredefinedMeasures INTENSITY_COUNT
```
    Number of different label intersecting each particle.
  - NEIGHBOR_COUNT
```
public static final SoDataMeasurePredefined.PredefinedMeasures NEIGHBOR_COUNT
```
    Number of neighbors located at a given distance from the object boundaries.
- Method Detail
  - values
```
public static SoDataMeasurePredefined.PredefinedMeasures[] values()
```
    Returns an array containing the constants of this enum type, in the order they are declared. This method may be used to iterate over the constants as follows:
```
for (SoDataMeasurePredefined.PredefinedMeasures c : SoDataMeasurePredefined.PredefinedMeasures.values())
    System.out.println(c);
```
    Returns:
    
    an array containing the constants of this enum type, in the order they are declared
  - valueOf
```
public static SoDataMeasurePredefined.PredefinedMeasures valueOf(java.lang.String name)
```
    Returns the enum constant of this type with the specified name. The string must match exactly an identifier used to declare an enum constant in this type. (Extraneous whitespace characters are not permitted.)
    
    Parameters:
    
    name - the name of the enum constant to be returned.
    
    Returns:
    
    the enum constant with the specified name
    
    Throws:
    
    java.lang.IllegalArgumentException - if this enum type has no constant with the specified name
    
    java.lang.NullPointerException - if the argument is null
  - fromValue
```
@Deprecated
public static SoDataMeasurePredefined.PredefinedMeasures fromValue(int val)
```
    Deprecated. Use valueOf(int) instead.
    
    Returns the enum constant of this type with the specified integer value
    
    Returns:
    
    the enum constant of this type with the specified integer value.
  - valueOf
```
public static SoDataMeasurePredefined.PredefinedMeasures valueOf(int val)
```
    Returns the enum constant of this type with the specified integer value
    
    Returns:
    
    the enum constant of this type with the specified integer value.
  - getValue
```
public int getValue()
```
    Description copied from interface: IntegerValuedEnum
    
    Returns the integer value of the enum constant.
    
    Specified by:
    
    getValue in interface IntegerValuedEnum
    
    Returns:
    
    the integer value of the enum constant.

Enum SoDataMeasurePredefined.PredefinedMeasures

Enum Constant Summary

Method Summary

Methods inherited from class java.lang.Enum

Methods inherited from class java.lang.Object

Enum Constant Detail

UNDEFINED

ANISOTROPY

AREA_2D

AREA_3D

VOLUME_FRACTION

BARYCENTERX

BARYCENTERY

BARYCENTERZ

MOMENT2X

MOMENT2Y

MOMENT2Z

MOMENTXY

MOMENTXZ

MOMENTYZ

BORDER_VOXEL_COUNT

BOUNDING_BOX_DX

BOUNDING_BOX_DY

BOUNDING_BOX_DZ

BOUNDING_BOX_OX

BOUNDING_BOX_OY

BOUNDING_BOX_OZ

SMOOTH_CIRCLE_DIFFERENCE_2D

CONVEX_AREA_2D

CONVEX_PERIMETER_2D

CROFTON_PERIMETER_2D

NEIGHBOR_DISTANCE_2D

EIGEN_VALUE1

EIGEN_VALUE2

EIGEN_VALUE3_3D

EIGEN_VECTOR1X

EIGEN_VECTOR1Y

EIGEN_VECTOR1Z_3D

EIGEN_VECTOR2X

EIGEN_VECTOR2Y

EIGEN_VECTOR2Z_3D

EIGEN_VECTOR3X_3D

EIGEN_VECTOR3Y_3D

EIGEN_VECTOR3Z_3D

ENCLOSING_ELLIPSE_DIFFERENCE_2D

ELONGATION

ENCLOSING_CIRCLE_DIFFERENCE_2D

EQUIVALENT_DIAMETER

EULER_2D

EULER_3D

ECCENTRICITY_2D

EXTENT_MAX1

EXTENT_MAX2

EXTENT_MAX3_3D

EXTENT_MIN1

EXTENT_MIN2

EXTENT_MIN3_3D

FERET_DIAMETER_2D

FERET_INPUTX_2D

FERET_INPUTY_2D

FERET_OUTPUTX_2D

FERET_OUTPUTY_2D

FERET_DIAMETER_RATIO_2D

FERET_DIAMETER_RATIO_3D

FIRST_POINTX

FIRST_POINTY

FIRST_POINTZ

FLATNESS_3D

GRAY_BARYCENTERX

GRAY_BARYCENTERY

GRAY_BARYCENTERZ

HISTOGRAM_KURTOSIS

HISTOGRAM_MEAN

HISTOGRAM_PEAK

HISTOGRAM_QUANTILE10

HISTOGRAM_QUANTILE25

HISTOGRAM_QUANTILE50

HISTOGRAM_QUANTILE75

HISTOGRAM_QUANTILE90

HISTOGRAM_QUANTILER1