Interpolated logical slice extractor for unstructured IJK meshes More...
#include <MeshVizXLM/extractors/MiInterpolatedLogicalSliceExtractUnstructuredIjk.h>
Public Member Functions | |
virtual const MeXScalardSetI & | extractScalarSet (const MiScalardSetI &inputSet)=0 |
virtual const MeXScalardSetI & | extractScalarSet (const MiScalardSetIjk &inputSet)=0 |
virtual const MeXVec3dSetI & | extractVec3Set (const MiVec3dSetI &inputSet)=0 |
virtual const MeXVec3dSetI & | extractVec3Set (const MiVec3dSetIjk &inputSet)=0 |
Static Public Member Functions | |
static MiInterpolatedLogicalSliceExtractUnstructuredIjk * | getNewInstance (const MiVolumeMeshHexahedronIjk &mesh, bool parallel=true) |
Deprecated | |
| |
static SoDEPRECATED MiInterpolatedLogicalSliceExtractUnstructuredIjk * | getNewInstance (const MiVolumeMeshUnstructuredIjk &mesh, bool parallel=true) |
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.
virtual const MeXScalardSetI& MiInterpolatedLogicalSliceExtractUnstructuredIjk::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.
inputSet | the input scalar set defined on the volume mesh |
Implements MiInterpolatedLogicalSliceExtract.
virtual const MeXScalardSetI& MiInterpolatedLogicalSliceExtractUnstructuredIjk::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.
inputSet | the input scalar set defined on the volume mesh |
virtual const MeXVec3dSetI& MiInterpolatedLogicalSliceExtractUnstructuredIjk::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.
inputSet | the input vec3 set defined on the volume mesh |
Implements MiInterpolatedLogicalSliceExtract.
virtual const MeXVec3dSetI& MiInterpolatedLogicalSliceExtractUnstructuredIjk::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.
inputSet | the input vec3 set defined on the volume mesh |
static SoDEPRECATED MiInterpolatedLogicalSliceExtractUnstructuredIjk* MiInterpolatedLogicalSliceExtractUnstructuredIjk::getNewInstance | ( | const MiVolumeMeshUnstructuredIjk & | mesh, | |
bool | parallel = true | |||
) | [static] |
Factory method returning a new instance of a class implementing this abstract class.
mesh | The input mesh | |
parallel | When true, tries to create an extract module using a parallel algorithm to speed up the extraction. |
static MiInterpolatedLogicalSliceExtractUnstructuredIjk* MiInterpolatedLogicalSliceExtractUnstructuredIjk::getNewInstance | ( | const MiVolumeMeshHexahedronIjk & | mesh, | |
bool | parallel = true | |||
) | [static] |
Factory method returning a new instance of a class implementing this abstract class.
mesh | The input mesh | |
parallel | When true, tries to create an extract module using a parallel algorithm to speed up the extraction. |