Open Inventor Release 2024.1.0
 
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MiInterpolatedLogicalSliceExtractHexahedronIjk Class Referenceabstract

MeshViz Interpolated logical slice extractor for hexahedron IJK meshes More...

#include <MeshVizXLM/extractors/MiInterpolatedLogicalSliceExtractHexahedronIjk.h>

+ Inheritance diagram for MiInterpolatedLogicalSliceExtractHexahedronIjk:

Public Member Functions

virtual const MeXScalardSetIextractScalarSet (const MiScalardSetI &inputSet)=0
 Computes a PER_NODE scalar set on the extracted interpolated slice.
 
virtual const MeXScalardSetIextractScalarSet (const MiScalardSetIjk &inputSet)=0
 Computes a PER_CELL scalar set on the extracted interpolated slice.
 
virtual const MeXVec3dSetIextractVec3Set (const MiVec3dSetI &inputSet)=0
 Computes a vector set on the extracted interpolated slice.
 
virtual const MeXVec3dSetIextractVec3Set (const MiVec3dSetIjk &inputSet)=0
 Computes a vector set on the extracted interpolated slice.
 
- Public Member Functions inherited from MiInterpolatedLogicalSliceExtract
virtual ~MiInterpolatedLogicalSliceExtract ()
 
virtual const MeXSurfaceMeshUnstructuredextractInterpolatedLogicalSlice (MiMesh::Dimension, double sliceValue, const MiCellFilterIjk *cellFilterIjk=NULL)=0
 Builds the topology and geometry of the Interpolated Logical Slice at the given value along the given slice axis.
 
virtual const MeXSurfaceMeshUnstructuredgetExtract () const =0
 Returns the result of the extraction.
 
- Public Member Functions inherited from MiBaseExtractor
virtual ~MiBaseExtractor ()
 
virtual void setExtractorCallback (MiExtractorCallback *extractorCallback)=0
 Set the user defined extractor callback which will be called before each extraction, during each extraction and after each extraction.
 
virtual SoDEPRECATED void setExtractorCallback (MiExtractorCallback &extractorCallback)
 

Static Public Member Functions

static MiInterpolatedLogicalSliceExtractHexahedronIjkgetNewInstance (const MiVolumeMeshHexahedronIjk &mesh, bool parallel=true, MiTessellator *tessellator=NULL)
 Factory method returning a new instance of a class implementing this abstract class.
 
- Static Public Member Functions inherited from MiInterpolatedLogicalSliceExtract
static MiInterpolatedLogicalSliceExtractgetNewInstance (const MiVolumeMeshRegular &mesh, bool parallel=true, MiTessellator *tessellator=NULL)
 Factory method returning a new instance of a class implementing this abstract class.
 
static MiInterpolatedLogicalSliceExtractgetNewInstance (const MiVolumeMeshCurvilinear &mesh, bool parallel=true, MiTessellator *tessellator=NULL)
 
static MiInterpolatedLogicalSliceExtractgetNewInstance (const MiVolumeMeshRectilinear &mesh, bool parallel=true, MiTessellator *tessellator=NULL)
 

Detailed Description

MeshViz Interpolated logical slice extractor for hexahedron IJK meshes

An interpolated logical slice is similar to a logical slice except that instead of displaying the slice only on the side of the cells, it can interpolate a slice inside cells. This is done by providing a floating point value representing the offset along the cell axis.

Definition at line 45 of file MiInterpolatedLogicalSliceExtractHexahedronIjk.h.

Member Function Documentation

◆ extractScalarSet() [1/2]

virtual const MeXScalardSetI & MiInterpolatedLogicalSliceExtractHexahedronIjk::extractScalarSet ( const MiScalardSetI inputSet)
pure virtual

Computes a PER_NODE scalar set on the extracted interpolated slice.

Note : The argument i of the method MiScalardSetI::get(i) refers to the i-th node of the mesh. Thus the binding of the inputSet must be PER_NODE. An exception is thrown otherwise.

Parameters
inputSetthe input scalar set defined on the volume mesh
Returns
the output scalar set defined on the resulting interpolated slice mesh

◆ extractScalarSet() [2/2]

virtual const MeXScalardSetI & MiInterpolatedLogicalSliceExtractHexahedronIjk::extractScalarSet ( const MiScalardSetIjk inputSet)
pure virtual

Computes a PER_CELL scalar set on the extracted interpolated slice.

Note : The argument i,j,k of the method MiScalardSetIjk::get(i,j,k) refers to the cell (i,j,k). Thus the binding of the inputSet must be PER_CELL. An exception is thrown otherwise.

Parameters
inputSetthe input scalar set defined on the volume mesh
Returns
the output scalar set defined on the resulting interpolated slice mesh

Implements MiInterpolatedLogicalSliceExtract.

◆ extractVec3Set() [1/2]

virtual const MeXVec3dSetI & MiInterpolatedLogicalSliceExtractHexahedronIjk::extractVec3Set ( const MiVec3dSetI inputSet)
pure virtual

Computes a vector set on the extracted interpolated slice.

Note : The argument i of the method MiVec3dSetI::get(i) refers to the i-th node of the mesh. Thus the binding of the inputSet must be PER_NODE. An exception is thrown otherwise.

Parameters
inputSetthe input vec3 set defined on the volume mesh
Returns
the output scalar set defined on the resulting interpolated slice mesh

◆ extractVec3Set() [2/2]

virtual const MeXVec3dSetI & MiInterpolatedLogicalSliceExtractHexahedronIjk::extractVec3Set ( const MiVec3dSetIjk inputSet)
pure virtual

Computes a vector set on the extracted interpolated slice.

Note : The argument i,j,k of the method MiVec3dSetIjk::get(i,j,k) refers to the cell (i,j,k). Thus the binding of the inputSet must be PER_CELL. An exception is thrown otherwise.

Parameters
inputSetthe input vec3 set defined on the volume mesh
Returns
the output scalar set defined on the resulting interpolated slice mesh

Implements MiInterpolatedLogicalSliceExtract.

◆ getNewInstance()

static MiInterpolatedLogicalSliceExtractHexahedronIjk * MiInterpolatedLogicalSliceExtractHexahedronIjk::getNewInstance ( const MiVolumeMeshHexahedronIjk mesh,
bool  parallel = true,
MiTessellator tessellator = NULL 
)
static

Factory method returning a new instance of a class implementing this abstract class.

Parameters
meshThe input mesh
parallelWhen true, tries to create an extract module using a parallel algorithm to speed up the extraction.
tessellatorThe tessellator object used for tessellating non linear cells (quadratic,...).
Note
Only some of the extraction algorithms have a parallel implementation.

The documentation for this class was generated from the following file: