Uses of Class
visad.Gridded3DSet

Packages that use Gridded3DSet
visad The core VisAD package, providing support for VisAD's Data & MathType hierarchy, as well as for VisAD Displays and remote collaboration. 
visad.data Provides for importing data to and exporting data from VisAD. 
visad.data.visad Provides for importing and exporting serialized Java object files into and out of VisAD. 
 

Uses of Gridded3DSet in visad
 

Subclasses of Gridded3DSet in visad
 class Gridded3DDoubleSet
          Gridded3DDoubleSet is a Gridded3DSet with double-precision samples.
 class Integer3DSet
          Integer3DSet represents a finite set of samples of R^3 at an integer lattice based at the origin.
 class Linear3DSet
          Linear3DSet represents a finite set of samples of R^3 in a cross product of three arithmetic progressions.
 

Methods in visad with parameters of type Gridded3DSet
static void Contour2D.contour(float[] g, int nr, int nc, float[] values, float lowlimit, float highlimit, float base, boolean dash, float[][] vx1, float[][] vy1, float[][] vz1, int maxv1, int[] numv1, float[][] vx2, float[][] vy2, float[][] vz2, int maxv2, int[] numv2, float[][] vx3, float[][] vy3, float[][] vz3, int maxv3, int[] numv3, float[][] vx4, float[][] vy4, float[][] vz4, int maxv4, int[] numv4, byte[][] auxValues, byte[][] auxLevels1, byte[][] auxLevels2, byte[][] auxLevels3, boolean[] swap, boolean fill, float[][] tri, byte[][] tri_color, float[][][] grd_normals, float[][] tri_normals, byte[][] interval_colors, float[][][][] lbl_vv, byte[][][][] lbl_cc, float[][][] lbl_loc, double scale_ratio, double label_size, byte[] labelColor, Gridded3DSet spatial_set)
          Compute contour lines for a 2-D array.
static void Contour2D.contour(float[] g, int nr, int nc, float[] values, float lowlimit, float highlimit, float base, boolean dash, float[][] vx1, float[][] vy1, float[][] vz1, int maxv1, int[] numv1, float[][] vx2, float[][] vy2, float[][] vz2, int maxv2, int[] numv2, float[][] vx3, float[][] vy3, float[][] vz3, int maxv3, int[] numv3, float[][] vx4, float[][] vy4, float[][] vz4, int maxv4, int[] numv4, byte[][] auxValues, byte[][] auxLevels1, byte[][] auxLevels2, byte[][] auxLevels3, boolean[] swap, boolean fill, float[][] tri, byte[][] tri_color, float[][][] grd_normals, float[][] tri_normals, byte[][] interval_colors, float[][][][] lbl_vv, byte[][][][] lbl_cc, float[][][] lbl_loc, double scale_ratio, double label_size, byte[] labelColor, Gridded3DSet spatial_set)
          Compute contour lines for a 2-D array.
static void Contour2D.contour(float[] g, int nr, int nc, float interval, float lowlimit, float highlimit, float base, float[][] vx1, float[][] vy1, float[][] vz1, int maxv1, int[] numv1, float[][] vx2, float[][] vy2, float[][] vz2, int maxv2, int[] numv2, float[][] vx3, float[][] vy3, float[][] vz3, int maxv3, int[] numv3, float[][] vx4, float[][] vy4, float[][] vz4, int maxv4, int[] numv4, byte[][] auxValues, byte[][] auxLevels1, byte[][] auxLevels2, byte[][] auxLevels3, boolean[] swap, boolean fill, float[][] tri, byte[][] tri_color, float[][][] grd_normals, float[][] tri_normals, byte[][] interval_colors, float[][][][] lbl_vv, byte[][][][] lbl_cc, float[][][] lbl_loc, double scale_ratio, double label_size, byte[] labelColor, Gridded3DSet spatial_set)
          Compute contour lines for a 2-D array.
static void Contour2D.contour(float[] g, int nr, int nc, float interval, float lowlimit, float highlimit, float base, float[][] vx1, float[][] vy1, float[][] vz1, int maxv1, int[] numv1, float[][] vx2, float[][] vy2, float[][] vz2, int maxv2, int[] numv2, float[][] vx3, float[][] vy3, float[][] vz3, int maxv3, int[] numv3, float[][] vx4, float[][] vy4, float[][] vz4, int maxv4, int[] numv4, byte[][] auxValues, byte[][] auxLevels1, byte[][] auxLevels2, byte[][] auxLevels3, boolean[] swap, boolean fill, float[][] tri, byte[][] tri_color, float[][][] grd_normals, float[][] tri_normals, byte[][] interval_colors, float[][][][] lbl_vv, byte[][][][] lbl_cc, float[][][] lbl_loc, double scale_ratio, double label_size, byte[] labelColor, Gridded3DSet spatial_set)
          Compute contour lines for a 2-D array.
 

Uses of Gridded3DSet in visad.data
 

Methods in visad.data with parameters of type Gridded3DSet
abstract  void BaseDataProcessor.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void DataProcessor.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void EmptyDataProcessor.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
abstract  void BaseDataProcessor.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void DataProcessor.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void EmptyDataProcessor.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 

Uses of Gridded3DSet in visad.data.visad
 

Methods in visad.data.visad with parameters of type Gridded3DSet
 void BinarySizer.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void BinaryWriter.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void BinarySizer.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)
           
 void BinaryWriter.processGridded3DSet(SetType type, float[][] samples, int[] lengths, CoordinateSystem cs, Unit[] units, ErrorEstimate[] errors, Gridded3DSet set, Object token)