vtkCurveGenerator Class Reference

Filter that generates curves between points of an input polydata. More...

#include <Modules/Loadable/Markups/MRML/vtkCurveGenerator.h>

Inheritance diagram for vtkCurveGenerator:

Collaboration diagram for vtkCurveGenerator:

Public Types
enum	{   CURVE_TYPE_LINEAR_SPLINE = 0, CURVE_TYPE_CARDINAL_SPLINE, CURVE_TYPE_KOCHANEK_SPLINE, CURVE_TYPE_POLYNOMIAL,   CURVE_TYPE_SHORTEST_DISTANCE_ON_SURFACE, CURVE_TYPE_LAST }
	Type of curve to generate. More...
enum	{ SORTING_METHOD_INDEX = 0, SORTING_METHOD_MINIMUM_SPANNING_TREE_POSITION, SORTING_METHOD_LAST }
	Set the sorting method for points in a polynomial. More...
enum	{ POLYNOMIAL_FIT_METHOD_GLOBAL_LEAST_SQUARES = 0, POLYNOMIAL_FIT_METHOD_MOVING_LEAST_SQUARES, POLYNOMIAL_FIT_METHOD_LAST }
enum	{   POLYNOMIAL_WEIGHT_FUNCTION_RECTANGULAR = 0, POLYNOMIAL_WEIGHT_FUNCTION_TRIANGULAR, POLYNOMIAL_WEIGHT_FUNCTION_COSINE, POLYNOMIAL_WEIGHT_FUNCTION_GAUSSIAN,   POLYNOMIAL_WEIGHT_FUNCTION_LAST }
typedef vtkPolyDataAlgorithm	Superclass

Public Member Functions
virtual void	CurveIsClosedOff ()
virtual void	CurveIsClosedOn ()
virtual const char *	GetClassName ()
vtkIdType	GetControlPointIdFromInterpolatedPointId (vtkIdType interpolatedPointId)
virtual bool	GetCurveIsClosed ()
virtual int	GetCurveType ()
virtual double	GetKochanekBias ()
	Bias of derivative toward previous point (negative value) or next point. Range -1 to 1. Default 0. More...
virtual double	GetKochanekContinuity ()
	Make the curve sharper( negative value) or smoother (positive value). Range -1 to 1. Default 0. More...
virtual bool	GetKochanekEndsCopyNearestDerivatives ()
	Make the ends of the curve 'straighter' by copying derivative of the nearest point. Default false. More...
virtual double	GetKochanekTension ()
	How quickly the curve turns, higher values like tightening an elastic. Range -1 to 1. Default 0. More...
virtual int	GetNumberOfPointsPerInterpolatingSegment ()
double	GetOutputCurveLength ()
	Get the length of the curve. More...
vtkPoints *	GetOutputPoints ()
	Get the output sampled points. More...
vtkParametricFunction *	GetParametricFunction ()
	The internal instance of the current parametric function use of the curve for other computations. More...
virtual double	GetPolynomialFitMethod ()
virtual int	GetPolynomialOrder ()
	Set the order of the polynomials for fitting. Range 1 to 9 (equation becomes unstable from 9 upward). Default 1. More...
virtual int	GetPolynomialPointSortingMethod ()
virtual double	GetPolynomialSampleWidth ()
	Set the sampling distance (in parameter space) for moving least squares sampling. More...
virtual double	GetPolynomialWeightFunction ()
int	GetSurfaceCostFunctionType ()
	If the surface scalars should be used to weight the distances in the pathfinding algorithm. More...
vtkIdList *	GetSurfacePointIds ()
	Get the list of curve point ids on the surface mesh. More...
virtual int	IsA (const char *type)
virtual bool	IsInterpolatingCurve ()
void	PrintSelf (ostream &os, vtkIndent indent) override
virtual void	SetCurveIsClosed (bool)
virtual void	SetCurveType (int)
void	SetCurveTypeToCardinalSpline ()
void	SetCurveTypeToKochanekSpline ()
void	SetCurveTypeToLinearSpline ()
void	SetCurveTypeToPolynomial ()
void	SetCurveTypeToShortestDistanceOnSurface ()
void	SetInputPoints (vtkPoints *points)
	Set the input control points. More...
virtual void	SetKochanekBias (double)
virtual void	SetKochanekContinuity (double)
virtual void	SetKochanekEndsCopyNearestDerivatives (bool)
virtual void	SetKochanekTension (double)
virtual void	SetNumberOfPointsPerInterpolatingSegment (int)
	Sample an interpolating curve this many times per segment (pair of points in sequence). Range 1 and up. Default 5. More...
virtual void	SetPolynomialFitMethod (double)
void	SetPolynomialFitMethodToGlobalLeastSquares ()
void	SetPolynomialFitMethodToMovingLeastSquares ()
virtual void	SetPolynomialOrder (int)
virtual void	SetPolynomialPointSortingMethod (int)
void	SetPolynomialPointSortingMethodToIndex ()
void	SetPolynomialPointSortingMethodToMinimumSpanningTreePosition ()
virtual void	SetPolynomialSampleWidth (double)
virtual void	SetPolynomialWeightFunction (double)
void	SetPolynomialWeightFunctionToCosine ()
void	SetPolynomialWeightFunctionToGaussian ()
void	SetPolynomialWeightFunctionToRectangular ()
void	SetPolynomialWeightFunctionToTriangular ()
void	SetSurfaceCostFunctionType (int surfaceCostFunctionType)
void	SetCurveIsLoop (bool loop)
void	CurveIsLoopOn ()
void	CurveIsLoopOff ()
bool	GetCurveIsLoop ()

Static Public Member Functions
static const char *	GetCurveTypeAsString (int id)
static int	GetCurveTypeFromString (const char *name)
static const char *	GetPolynomialFitMethodAsString (int id)
static int	GetPolynomialFitMethodFromString (const char *name)
static const char *	GetPolynomialPointSortingMethodAsString (int id)
static int	GetPolynomialPointSortingMethodFromString (const char *name)
static const char *	GetPolynomialWeightFunctionAsString (int id)
static int	GetPolynomialWeightFunctionFromString (const char *name)
static int	IsTypeOf (const char *type)
static vtkCurveGenerator *	New ()
static vtkCurveGenerator *	SafeDownCast (vtkObject *o)
static void	SortByIndex (vtkPoints *inputPoints, vtkDoubleArray *outputParameters)
static void	SortByMinimumSpanningTreePosition (vtkPoints *inputPoints, vtkDoubleArray *outputParameters)

Protected Member Functions
int	FillInputPortInformation (int port, vtkInformation *info) override
int	GenerateLines (vtkPolyData *polyData)
int	GeneratePoints (vtkPoints *inputPoints, vtkPolyData *inputSurface, vtkPolyData *outputPolyData)
int	GeneratePointsFromFunction (vtkPoints *inputPoints, vtkPoints *outputPoints, vtkDoubleArray *outputPedigreeIdArray)
int	GeneratePointsFromSurface (vtkPoints *inputPoints, vtkPolyData *inputSurface, vtkPoints *outputPoints, vtkDoubleArray *outputPedigreeIdArray)
void	operator= (const vtkCurveGenerator &)=delete
int	RequestData (vtkInformation *request, vtkInformationVector **inputVector, vtkInformationVector *outputVector) override
void	SetParametricFunctionToCardinalSpline (vtkPoints *inputPoints)
void	SetParametricFunctionToKochanekSpline (vtkPoints *inputPoints)
void	SetParametricFunctionToLinearSpline (vtkPoints *inputPoints)
void	SetParametricFunctionToPolynomial (vtkPoints *inputPoints)
void	SetParametricFunctionToSpline (vtkPoints *inputPoints, vtkSpline *xSpline, vtkSpline *ySpline, vtkSpline *zSpline)
	vtkCurveGenerator ()
	vtkCurveGenerator (const vtkCurveGenerator &)=delete
	~vtkCurveGenerator () override

Protected Attributes
bool	CurveIsClosed
int	CurveType
vtkSmartPointer< vtkDoubleArray >	InputParameters
std::vector< vtkIdType >	InterpolatedPointIdsForControlPoints
double	KochanekBias
double	KochanekContinuity
bool	KochanekEndsCopyNearestDerivatives
double	KochanekTension
int	NumberOfPointsPerInterpolatingSegment
double	OutputCurveLength
vtkSmartPointer< vtkParametricFunction >	ParametricFunction
int	PolynomialFitMethod
int	PolynomialOrder
int	PolynomialPointSortingMethod
double	PolynomialSampleWidth
int	PolynomialWeightFunction
vtkSmartPointer< vtkSlicerDijkstraGraphGeodesicPath >	SurfacePathFilter
vtkSmartPointer< vtkPointLocator >	SurfacePointLocator

Detailed Description

Filter that generates curves between points of an input polydata.

Definition at line 40 of file vtkCurveGenerator.h.

Member Typedef Documentation

Superclass

typedef vtkPolyDataAlgorithm vtkCurveGenerator::Superclass

Definition at line 43 of file vtkCurveGenerator.h.

Member Enumeration Documentation

anonymous enum

anonymous enum

Type of curve to generate.

Enumerator
CURVE_TYPE_LINEAR_SPLINE
CURVE_TYPE_CARDINAL_SPLINE
CURVE_TYPE_KOCHANEK_SPLINE
CURVE_TYPE_POLYNOMIAL
CURVE_TYPE_SHORTEST_DISTANCE_ON_SURFACE
CURVE_TYPE_LAST

Definition at line 64 of file vtkCurveGenerator.h.

anonymous enum

anonymous enum

Set the sorting method for points in a polynomial.

Enumerator
SORTING_METHOD_INDEX
SORTING_METHOD_MINIMUM_SPANNING_TREE_POSITION
SORTING_METHOD_LAST

Definition at line 120 of file vtkCurveGenerator.h.

anonymous enum

anonymous enum

Set the type of fit for polynomials see corresponding entries in vtkParametricPolynomialApproximation.h for more information

Enumerator
POLYNOMIAL_FIT_METHOD_GLOBAL_LEAST_SQUARES
POLYNOMIAL_FIT_METHOD_MOVING_LEAST_SQUARES
POLYNOMIAL_FIT_METHOD_LAST

Definition at line 138 of file vtkCurveGenerator.h.

anonymous enum

anonymous enum

Set the weight function for moving least squares polynomial fits see corresponding entries in vtkParametricPolynomialApproximation.h for more information

Enumerator
POLYNOMIAL_WEIGHT_FUNCTION_RECTANGULAR
POLYNOMIAL_WEIGHT_FUNCTION_TRIANGULAR
POLYNOMIAL_WEIGHT_FUNCTION_COSINE
POLYNOMIAL_WEIGHT_FUNCTION_GAUSSIAN
POLYNOMIAL_WEIGHT_FUNCTION_LAST

Definition at line 157 of file vtkCurveGenerator.h.

Constructor & Destructor Documentation

vtkCurveGenerator() [1/2]

vtkCurveGenerator::vtkCurveGenerator ( )

protected

~vtkCurveGenerator()

vtkCurveGenerator::~vtkCurveGenerator ( )

overrideprotected

vtkCurveGenerator() [2/2]

vtkCurveGenerator::vtkCurveGenerator ( const vtkCurveGenerator &  )

protecteddelete

Member Function Documentation

CurveIsClosedOff()

virtual void vtkCurveGenerator::CurveIsClosedOff ( )

virtual

CurveIsClosedOn()

virtual void vtkCurveGenerator::CurveIsClosedOn ( )

virtual

CurveIsLoopOff()

void vtkCurveGenerator::CurveIsLoopOff ( )

inline

Definition at line 59 of file vtkCurveGenerator.h.

CurveIsLoopOn()

void vtkCurveGenerator::CurveIsLoopOn ( )

inline

Definition at line 58 of file vtkCurveGenerator.h.

FillInputPortInformation()

int vtkCurveGenerator::FillInputPortInformation ( int  port, vtkInformation *  info  )

overrideprotected

GenerateLines()

int vtkCurveGenerator::GenerateLines ( vtkPolyData *  polyData )

protected

GeneratePoints()

int vtkCurveGenerator::GeneratePoints ( vtkPoints *  inputPoints, vtkPolyData *  inputSurface, vtkPolyData *  outputPolyData  )

protected

GeneratePointsFromFunction()

int vtkCurveGenerator::GeneratePointsFromFunction ( vtkPoints *  inputPoints, vtkPoints *  outputPoints, vtkDoubleArray *  outputPedigreeIdArray  )

protected

GeneratePointsFromSurface()

int vtkCurveGenerator::GeneratePointsFromSurface ( vtkPoints *  inputPoints, vtkPolyData *  inputSurface, vtkPoints *  outputPoints, vtkDoubleArray *  outputPedigreeIdArray  )

protected

GetClassName()

virtual const char* vtkCurveGenerator::GetClassName ( )

virtual

GetControlPointIdFromInterpolatedPointId()

vtkIdType vtkCurveGenerator::GetControlPointIdFromInterpolatedPointId

(

vtkIdType

interpolatedPointId

)

Get the control point id from the interpolated point id Currently only works for shortest surface distance

GetCurveIsClosed()

virtual bool vtkCurveGenerator::GetCurveIsClosed ( )

virtual

GetCurveIsLoop()

bool vtkCurveGenerator::GetCurveIsLoop ( )

inline

Definition at line 60 of file vtkCurveGenerator.h.

GetCurveType()

virtual int vtkCurveGenerator::GetCurveType ( )

virtual

GetCurveTypeAsString()

static const char* vtkCurveGenerator::GetCurveTypeAsString ( int  id )

static

GetCurveTypeFromString()

static int vtkCurveGenerator::GetCurveTypeFromString ( const char *  name )

static

GetKochanekBias()

virtual double vtkCurveGenerator::GetKochanekBias ( )

virtual

Bias of derivative toward previous point (negative value) or next point. Range -1 to 1. Default 0.

GetKochanekContinuity()

virtual double vtkCurveGenerator::GetKochanekContinuity ( )

virtual

Make the curve sharper( negative value) or smoother (positive value). Range -1 to 1. Default 0.

GetKochanekEndsCopyNearestDerivatives()

virtual bool vtkCurveGenerator::GetKochanekEndsCopyNearestDerivatives ( )

virtual

Make the ends of the curve 'straighter' by copying derivative of the nearest point. Default false.

GetKochanekTension()

virtual double vtkCurveGenerator::GetKochanekTension ( )

virtual

How quickly the curve turns, higher values like tightening an elastic. Range -1 to 1. Default 0.

GetNumberOfPointsPerInterpolatingSegment()

virtual int vtkCurveGenerator::GetNumberOfPointsPerInterpolatingSegment ( )

virtual

GetOutputCurveLength()

double vtkCurveGenerator::GetOutputCurveLength

(

)

Get the length of the curve.

GetOutputPoints()

vtkPoints* vtkCurveGenerator::GetOutputPoints

(

)

Get the output sampled points.

GetParametricFunction()

vtkParametricFunction* vtkCurveGenerator::GetParametricFunction ( )

inline

The internal instance of the current parametric function use of the curve for other computations.

Definition at line 189 of file vtkCurveGenerator.h.

GetPolynomialFitMethod()

virtual double vtkCurveGenerator::GetPolynomialFitMethod ( )

virtual

GetPolynomialFitMethodAsString()

static const char* vtkCurveGenerator::GetPolynomialFitMethodAsString ( int  id )

static

GetPolynomialFitMethodFromString()

static int vtkCurveGenerator::GetPolynomialFitMethodFromString ( const char *  name )

static

GetPolynomialOrder()

virtual int vtkCurveGenerator::GetPolynomialOrder ( )

virtual

Set the order of the polynomials for fitting. Range 1 to 9 (equation becomes unstable from 9 upward). Default 1.

GetPolynomialPointSortingMethod()

virtual int vtkCurveGenerator::GetPolynomialPointSortingMethod ( )

virtual

GetPolynomialPointSortingMethodAsString()

static const char* vtkCurveGenerator::GetPolynomialPointSortingMethodAsString ( int  id )

static

GetPolynomialPointSortingMethodFromString()

static int vtkCurveGenerator::GetPolynomialPointSortingMethodFromString ( const char *  name )

static

GetPolynomialSampleWidth()

virtual double vtkCurveGenerator::GetPolynomialSampleWidth ( )

virtual

Set the sampling distance (in parameter space) for moving least squares sampling.

GetPolynomialWeightFunction()

virtual double vtkCurveGenerator::GetPolynomialWeightFunction ( )

virtual

GetPolynomialWeightFunctionAsString()

static const char* vtkCurveGenerator::GetPolynomialWeightFunctionAsString ( int  id )

static

GetPolynomialWeightFunctionFromString()

static int vtkCurveGenerator::GetPolynomialWeightFunctionFromString ( const char *  name )

static

GetSurfaceCostFunctionType()

int vtkCurveGenerator::GetSurfaceCostFunctionType

(

)

If the surface scalars should be used to weight the distances in the pathfinding algorithm.

GetSurfacePointIds()

vtkIdList* vtkCurveGenerator::GetSurfacePointIds

(

)

Get the list of curve point ids on the surface mesh.

IsA()

virtual int vtkCurveGenerator::IsA ( const char *  type )

virtual

IsInterpolatingCurve()

virtual bool vtkCurveGenerator::IsInterpolatingCurve ( )

virtual

IsTypeOf()

static int vtkCurveGenerator::IsTypeOf ( const char *  type )

static

New()

static vtkCurveGenerator* vtkCurveGenerator::New ( )

static

operator=()

void vtkCurveGenerator::operator= ( const vtkCurveGenerator &  )

protecteddelete

PrintSelf()

void vtkCurveGenerator::PrintSelf ( ostream &  os, vtkIndent  indent  )

override

RequestData()

int vtkCurveGenerator::RequestData ( vtkInformation *  request, vtkInformationVector **  inputVector, vtkInformationVector *  outputVector  )

overrideprotected

SafeDownCast()

static vtkCurveGenerator* vtkCurveGenerator::SafeDownCast ( vtkObject *  o )

static

SetCurveIsClosed()

virtual void vtkCurveGenerator::SetCurveIsClosed ( bool  )

virtual

This indicates whether the curve should loop back in on itself, connecting the last point back to the first point (disabled by default).

SetCurveIsLoop()

void vtkCurveGenerator::SetCurveIsLoop ( bool  loop )

inline

These methods are deprecated and will be removed in the future. Use SetCurveIsClosed, GetCurveIsClosed, CurveIsCloseOn, CurveIsCloseOff methods instead.

Definition at line 57 of file vtkCurveGenerator.h.

SetCurveType()

virtual void vtkCurveGenerator::SetCurveType ( int  )

virtual

SetCurveTypeToCardinalSpline()

void vtkCurveGenerator::SetCurveTypeToCardinalSpline ( )

inline

Definition at line 78 of file vtkCurveGenerator.h.

SetCurveTypeToKochanekSpline()

void vtkCurveGenerator::SetCurveTypeToKochanekSpline ( )

inline

Definition at line 79 of file vtkCurveGenerator.h.

SetCurveTypeToLinearSpline()

void vtkCurveGenerator::SetCurveTypeToLinearSpline ( )

inline

Definition at line 77 of file vtkCurveGenerator.h.

SetCurveTypeToPolynomial()

void vtkCurveGenerator::SetCurveTypeToPolynomial ( )

inline

Definition at line 80 of file vtkCurveGenerator.h.

SetCurveTypeToShortestDistanceOnSurface()

void vtkCurveGenerator::SetCurveTypeToShortestDistanceOnSurface ( )

inline

Definition at line 81 of file vtkCurveGenerator.h.

SetInputPoints()

void vtkCurveGenerator::SetInputPoints

(

vtkPoints *

points

)

Set the input control points.

SetKochanekBias()

virtual void vtkCurveGenerator::SetKochanekBias ( double  )

virtual

SetKochanekContinuity()

virtual void vtkCurveGenerator::SetKochanekContinuity ( double  )

virtual

SetKochanekEndsCopyNearestDerivatives()

virtual void vtkCurveGenerator::SetKochanekEndsCopyNearestDerivatives ( bool  )

virtual

SetKochanekTension()

virtual void vtkCurveGenerator::SetKochanekTension ( double  )

virtual

SetNumberOfPointsPerInterpolatingSegment()

virtual void vtkCurveGenerator::SetNumberOfPointsPerInterpolatingSegment ( int  )

virtual

Sample an interpolating curve this many times per segment (pair of points in sequence). Range 1 and up. Default 5.

SetParametricFunctionToCardinalSpline()

void vtkCurveGenerator::SetParametricFunctionToCardinalSpline ( vtkPoints *  inputPoints )

protected

SetParametricFunctionToKochanekSpline()

void vtkCurveGenerator::SetParametricFunctionToKochanekSpline ( vtkPoints *  inputPoints )

protected

SetParametricFunctionToLinearSpline()

void vtkCurveGenerator::SetParametricFunctionToLinearSpline ( vtkPoints *  inputPoints )

protected

SetParametricFunctionToPolynomial()

void vtkCurveGenerator::SetParametricFunctionToPolynomial ( vtkPoints *  inputPoints )

protected

SetParametricFunctionToSpline()

void vtkCurveGenerator::SetParametricFunctionToSpline ( vtkPoints *  inputPoints, vtkSpline *  xSpline, vtkSpline *  ySpline, vtkSpline *  zSpline  )

protected

SetPolynomialFitMethod()

virtual void vtkCurveGenerator::SetPolynomialFitMethod ( double  )

virtual

SetPolynomialFitMethodToGlobalLeastSquares()

void vtkCurveGenerator::SetPolynomialFitMethodToGlobalLeastSquares ( )

inline

Definition at line 148 of file vtkCurveGenerator.h.

SetPolynomialFitMethodToMovingLeastSquares()

void vtkCurveGenerator::SetPolynomialFitMethodToMovingLeastSquares ( )

inline

Definition at line 149 of file vtkCurveGenerator.h.

SetPolynomialOrder()

virtual void vtkCurveGenerator::SetPolynomialOrder ( int  )

virtual

SetPolynomialPointSortingMethod()

virtual void vtkCurveGenerator::SetPolynomialPointSortingMethod ( int  )

virtual

SetPolynomialPointSortingMethodToIndex()

void vtkCurveGenerator::SetPolynomialPointSortingMethodToIndex ( )

inline

Definition at line 130 of file vtkCurveGenerator.h.

SetPolynomialPointSortingMethodToMinimumSpanningTreePosition()

void vtkCurveGenerator::SetPolynomialPointSortingMethodToMinimumSpanningTreePosition ( )

inline

Definition at line 131 of file vtkCurveGenerator.h.

SetPolynomialSampleWidth()

virtual void vtkCurveGenerator::SetPolynomialSampleWidth ( double  )

virtual

SetPolynomialWeightFunction()

virtual void vtkCurveGenerator::SetPolynomialWeightFunction ( double  )

virtual

SetPolynomialWeightFunctionToCosine()

void vtkCurveGenerator::SetPolynomialWeightFunctionToCosine ( )

inline

Definition at line 171 of file vtkCurveGenerator.h.

SetPolynomialWeightFunctionToGaussian()

void vtkCurveGenerator::SetPolynomialWeightFunctionToGaussian ( )

inline

Definition at line 172 of file vtkCurveGenerator.h.

SetPolynomialWeightFunctionToRectangular()

void vtkCurveGenerator::SetPolynomialWeightFunctionToRectangular ( )

inline

Definition at line 169 of file vtkCurveGenerator.h.

SetPolynomialWeightFunctionToTriangular()

void vtkCurveGenerator::SetPolynomialWeightFunctionToTriangular ( )

inline

Definition at line 170 of file vtkCurveGenerator.h.

SetSurfaceCostFunctionType()

void vtkCurveGenerator::SetSurfaceCostFunctionType

(

int

surfaceCostFunctionType

)

SortByIndex()

static void vtkCurveGenerator::SortByIndex ( vtkPoints *  inputPoints, vtkDoubleArray *  outputParameters  )

static

Calculates point parameters for use in vtkParametricPolynomialApproximation The parameter values are based on the point index and range from 0.0 at the start to 1.0 at the end of the line.

See also

SortByMinimumSpanningTreePosition

Parameters

inputPoints	Input list of points. The points form a continuous line from the first to last point.
outputParameters	Parameters used by vtkParametricPolynomialApproximation to approximate a polynomial from the input points.

SortByMinimumSpanningTreePosition()

static void vtkCurveGenerator::SortByMinimumSpanningTreePosition ( vtkPoints *  inputPoints, vtkDoubleArray *  outputParameters  )

static

Calculates point parameters for use in vtkParametricPolynomialApproximation The parameter values are calculated using the following algorithm:

1. Construct an undirected graph as a 2D array
2. Find the two vertices that are the farthest apart
3. Run prim's algorithm on the graph
4. Extract the "trunk" path from the last vertex to the first
5. Based on the distance along that path, assign each vertex a polynomial parameter value

   See also

   SortByIndex

   Parameters

   inputPoints	Input point cloud that should be sorted to form a continuous line.
   outputParameters	Parameters used by vtkParametricPolynomialApproximation to approximate a polynomial from the input points.

Member Data Documentation

CurveIsClosed

bool vtkCurveGenerator::CurveIsClosed

protected

Definition at line 220 of file vtkCurveGenerator.h.

CurveType

int vtkCurveGenerator::CurveType

protected

Definition at line 219 of file vtkCurveGenerator.h.

InputParameters

vtkSmartPointer<vtkDoubleArray> vtkCurveGenerator::InputParameters

protected

Definition at line 235 of file vtkCurveGenerator.h.

InterpolatedPointIdsForControlPoints

std::vector<vtkIdType> vtkCurveGenerator::InterpolatedPointIdsForControlPoints

protected

Definition at line 230 of file vtkCurveGenerator.h.

KochanekBias

double vtkCurveGenerator::KochanekBias

protected

Definition at line 221 of file vtkCurveGenerator.h.

KochanekContinuity

double vtkCurveGenerator::KochanekContinuity

protected

Definition at line 222 of file vtkCurveGenerator.h.

KochanekEndsCopyNearestDerivatives

bool vtkCurveGenerator::KochanekEndsCopyNearestDerivatives

protected

Definition at line 224 of file vtkCurveGenerator.h.

KochanekTension

double vtkCurveGenerator::KochanekTension

protected

Definition at line 223 of file vtkCurveGenerator.h.

NumberOfPointsPerInterpolatingSegment

int vtkCurveGenerator::NumberOfPointsPerInterpolatingSegment

protected

Definition at line 218 of file vtkCurveGenerator.h.

OutputCurveLength

double vtkCurveGenerator::OutputCurveLength

protected

Definition at line 239 of file vtkCurveGenerator.h.

ParametricFunction

vtkSmartPointer<vtkParametricFunction> vtkCurveGenerator::ParametricFunction

protected

Definition at line 236 of file vtkCurveGenerator.h.

PolynomialFitMethod

int vtkCurveGenerator::PolynomialFitMethod

protected

Definition at line 227 of file vtkCurveGenerator.h.

PolynomialOrder

int vtkCurveGenerator::PolynomialOrder

protected

Definition at line 225 of file vtkCurveGenerator.h.

PolynomialPointSortingMethod

int vtkCurveGenerator::PolynomialPointSortingMethod

protected

Definition at line 226 of file vtkCurveGenerator.h.

PolynomialSampleWidth

double vtkCurveGenerator::PolynomialSampleWidth

protected

Definition at line 228 of file vtkCurveGenerator.h.

PolynomialWeightFunction

int vtkCurveGenerator::PolynomialWeightFunction

protected

Definition at line 229 of file vtkCurveGenerator.h.

SurfacePathFilter

vtkSmartPointer<vtkSlicerDijkstraGraphGeodesicPath> vtkCurveGenerator::SurfacePathFilter

protected

Definition at line 234 of file vtkCurveGenerator.h.

SurfacePointLocator

vtkSmartPointer<vtkPointLocator> vtkCurveGenerator::SurfacePointLocator

protected

Definition at line 233 of file vtkCurveGenerator.h.

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

• Modules/Loadable/Markups/MRML/vtkCurveGenerator.h