This filter generates data needed to display bag and functional bag plots.
More...
#include <vtkPVExtractBagPlots.h>
Inherits vtkMultiBlockDataSetAlgorithm.
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virtual const char * | GetClassName () |
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virtual int | IsA (const char *type) |
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virtual void | PrintSelf (ostream &os, vtkIndent indent) |
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void | EnableAttributeArray (const char *) |
| Interface for preparing selection of arrays in ParaView. More...
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void | ClearAttributeArrays () |
| Interface for preparing selection of arrays in ParaView. More...
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virtual bool | GetTransposeTable () |
| Set/get if the process must be done on the transposed of the input table Default is TRUE. More...
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virtual void | SetTransposeTable (bool) |
| Set/get if the process must be done on the transposed of the input table Default is TRUE. More...
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virtual void | TransposeTableOn () |
| Set/get if the process must be done on the transposed of the input table Default is TRUE. More...
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virtual void | TransposeTableOff () |
| Set/get if the process must be done on the transposed of the input table Default is TRUE. More...
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virtual bool | GetRobustPCA () |
| Set/get if the PCA must be done in robust mode. More...
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virtual void | SetRobustPCA (bool) |
| Set/get if the PCA must be done in robust mode. More...
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virtual double | GetKernelWidth () |
| Set/get the kernel width for the HDR filter. More...
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virtual void | SetKernelWidth (double) |
| Set/get the kernel width for the HDR filter. More...
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virtual bool | GetUseSilvermanRule () |
| Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE. More...
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virtual void | SetUseSilvermanRule (bool) |
| Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE. More...
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virtual void | UseSilvermanRuleOn () |
| Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE. More...
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virtual void | UseSilvermanRuleOff () |
| Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE. More...
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virtual int | GetGridSize () |
| Set/get the size of the grid to compute the PCA on. More...
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virtual void | SetGridSize (int) |
| Set/get the size of the grid to compute the PCA on. More...
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virtual int | GetUserQuantile () |
| Set/get the user quantile (in percent). More...
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virtual void | SetUserQuantile (int) |
| Set/get the user quantile (in percent). More...
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This filter generates data needed to display bag and functional bag plots.
Definition at line 33 of file vtkPVExtractBagPlots.h.
◆ Superclass
◆ vtkPVExtractBagPlots()
vtkPVExtractBagPlots::vtkPVExtractBagPlots |
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◆ ~vtkPVExtractBagPlots()
virtual vtkPVExtractBagPlots::~vtkPVExtractBagPlots |
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protectedvirtual |
◆ New()
◆ GetClassName()
virtual const char* vtkPVExtractBagPlots::GetClassName |
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◆ IsTypeOf()
static int vtkPVExtractBagPlots::IsTypeOf |
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const char * |
type | ) |
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◆ IsA()
virtual int vtkPVExtractBagPlots::IsA |
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const char * |
type | ) |
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◆ SafeDownCast()
◆ PrintSelf()
virtual void vtkPVExtractBagPlots::PrintSelf |
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ostream & |
os, |
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vtkIndent |
indent |
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◆ EnableAttributeArray()
void vtkPVExtractBagPlots::EnableAttributeArray |
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const char * |
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Interface for preparing selection of arrays in ParaView.
◆ ClearAttributeArrays()
void vtkPVExtractBagPlots::ClearAttributeArrays |
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Interface for preparing selection of arrays in ParaView.
◆ GetTransposeTable()
virtual bool vtkPVExtractBagPlots::GetTransposeTable |
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Set/get if the process must be done on the transposed of the input table Default is TRUE.
◆ SetTransposeTable()
virtual void vtkPVExtractBagPlots::SetTransposeTable |
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bool |
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Set/get if the process must be done on the transposed of the input table Default is TRUE.
◆ TransposeTableOn()
virtual void vtkPVExtractBagPlots::TransposeTableOn |
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Set/get if the process must be done on the transposed of the input table Default is TRUE.
◆ TransposeTableOff()
virtual void vtkPVExtractBagPlots::TransposeTableOff |
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Set/get if the process must be done on the transposed of the input table Default is TRUE.
◆ GetRobustPCA()
virtual bool vtkPVExtractBagPlots::GetRobustPCA |
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Set/get if the PCA must be done in robust mode.
Default is FALSE.
◆ SetRobustPCA()
virtual void vtkPVExtractBagPlots::SetRobustPCA |
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bool |
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Set/get if the PCA must be done in robust mode.
Default is FALSE.
◆ GetKernelWidth()
virtual double vtkPVExtractBagPlots::GetKernelWidth |
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Set/get the kernel width for the HDR filter.
Default is 1.0
◆ SetKernelWidth()
virtual void vtkPVExtractBagPlots::SetKernelWidth |
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double |
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Set/get the kernel width for the HDR filter.
Default is 1.0
◆ GetUseSilvermanRule()
virtual bool vtkPVExtractBagPlots::GetUseSilvermanRule |
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Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE.
◆ SetUseSilvermanRule()
virtual void vtkPVExtractBagPlots::SetUseSilvermanRule |
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bool |
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Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE.
◆ UseSilvermanRuleOn()
virtual void vtkPVExtractBagPlots::UseSilvermanRuleOn |
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Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE.
◆ UseSilvermanRuleOff()
virtual void vtkPVExtractBagPlots::UseSilvermanRuleOff |
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Set/get if the kernel width must be automatically computed using Silverman's rules (sigma*n^(-1/(d+4))) Default is FALSE.
◆ GetGridSize()
virtual int vtkPVExtractBagPlots::GetGridSize |
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Set/get the size of the grid to compute the PCA on.
Default is 100.
◆ SetGridSize()
virtual void vtkPVExtractBagPlots::SetGridSize |
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int |
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Set/get the size of the grid to compute the PCA on.
Default is 100.
◆ GetUserQuantile()
virtual int vtkPVExtractBagPlots::GetUserQuantile |
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Set/get the user quantile (in percent).
Beyond this threshold, input curves are considered as outliers. Default is 95.
◆ SetUserQuantile()
virtual void vtkPVExtractBagPlots::SetUserQuantile |
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int |
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Set/get the user quantile (in percent).
Beyond this threshold, input curves are considered as outliers. Default is 95.
◆ FillInputPortInformation()
virtual int vtkPVExtractBagPlots::FillInputPortInformation |
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int |
port, |
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vtkInformation * |
info |
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◆ RequestData()
int vtkPVExtractBagPlots::RequestData |
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vtkInformation * |
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vtkInformationVector ** |
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vtkInformationVector * |
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◆ GetEigenvalues()
void vtkPVExtractBagPlots::GetEigenvalues |
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vtkMultiBlockDataSet * |
outputMetaDS, |
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vtkDoubleArray * |
eigenvalues |
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◆ GetEigenvectors()
void vtkPVExtractBagPlots::GetEigenvectors |
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vtkMultiBlockDataSet * |
outputMetaDS, |
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vtkDoubleArray * |
eigenvectors, |
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vtkDoubleArray * |
eigenvalues |
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◆ Internal
PVExtractBagPlotsInternal* vtkPVExtractBagPlots::Internal |
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◆ KernelWidth
double vtkPVExtractBagPlots::KernelWidth |
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◆ GridSize
int vtkPVExtractBagPlots::GridSize |
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◆ UserQuantile
int vtkPVExtractBagPlots::UserQuantile |
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◆ TransposeTable
bool vtkPVExtractBagPlots::TransposeTable |
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◆ RobustPCA
bool vtkPVExtractBagPlots::RobustPCA |
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◆ UseSilvermanRule
bool vtkPVExtractBagPlots::UseSilvermanRule |
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The documentation for this class was generated from the following file: