Namespaces
	Concept

	Detail

	Functor

Classes
class	AddNoiseToDWIImageFilter

class	BasisMatrixGenerator

class	CastImageFileWriter

class	CastVectorImageFileWriter

class	CommandProgressUpdate

class	ComposeVectorImageFilter

class	CylinderModelGenerator

class	DiffusionModelEstimationImageFilter

class	DiffusionModelEstimationInSphericalCoordinateImageFilter

class	DiffusionModelGenerator

class	DiffusionTensor

class	DiscreteBasisMatrixGenerator

class	DWIGenerator

class	DWIGeneratorBase

class	DWIReader

class	DWISingleVoxelGenerator

class	DWIWriter

class	FeaturesFromSPFImageFilter

class	Fiber

class	FiberTracts

class	FiberTractsReader

class	FiberTractsWriter

class	FunctorBaseVectorImageFilter

class	FunctorFromStringImageFilter

class	FunctorHashTable

class	FunctorTableBase

class	GeneralizedHighOrderTensorImageFilter

class	ImageToVTKImageDataFilter

class	IterativeSolverBase

class	L1RegularizedLeastSquaresFISTASolver

class	L2RegularizedLeastSquaresSolver

class	MaskedImageToImageFilter

class	MeanDiffusivityFromGHOTImageFilter

class	MeshFromContinuousSphericalFunctionImageFilter

class	MeshFromDiscreteFiberODFImageFilter

class	MeshFromFiberTractsFilter

class	MeshFromImageImageFilter

class	MeshFromPeaksImageFilter

class	MeshFromSHCoefficientsImageFilter

class	MeshFromSphericalFunctionImageFilter

class	MeshFromSphericalFunctionTessellatedSamplesImageFilter

class	MeshFromTensorImageFilter

class	MultiplyByConstantMatrixVectorImageFilter

class	MultiplyByConstantVectorImageFilter

class	MultiVariableFunctorVectorImageFilter

class	MultiVolumeImageToVectorImageFilter

class	NormalizeODFImageFilter

class	NormalizeVectorImageFilter

class	ODFFromSPFImageFilter

class	OuterProductVectorImageFilter

class	PeakContainerHelper

class	ProfileFromSPFImageFilter

class	RGBImageToVTKImageDataFilter

class	RotateSHCoefficientsImageFilter

class	SamplingScheme3D

class	SamplingSchemeQSpace

class	SamplingSchemeQSpace1OptEstimationFilter

class	SamplingSchemeQSpaceEstimationFilter

class	SamplingSchemeQSpaceIMOCEstimationFilter

class	SamplingSchemeQSpaceIncrementalEstimationFilter

class	SamplingSchemeQSpaceWriter

class	ScalarMapFromSPFImageFilter

class	SHCoefficientsPowerImageFilter

class	SHCoefficientsRotation

class	SHCoefficientsToGFAImageFilter

class	SlowPolyLineParametricPath

class	SolverBase

class	SpamsWeightedLassoSolver

class	SparseVector

class	SpatiallyDenseSparseVectorImage

class	SpatiallyDenseSparseVectorImageFileReader

class	SpatiallyDenseSparseVectorImageFileReaderException

class	SpatiallyDenseSparseVectorImageFileWriter

class	SpatiallyDenseSparseVectorImageNeighborhoodAccessorFunctor

class	SpatiallyDenseSparseVectorImagePixelAccessor

class	SpatiallyDenseSparseVectorImagePixelAccessorFunctor

class	SPFScaleFromMeanDiffusivityImageFilter

class	SphereTessellator

class	SphericalHarmonicsGenerator

class	SphericalPolarFourierEstimationImageFilter

class	SphericalPolarFourierGenerator

class	SphericalPolarFourierImageFilter

class	SphericalPolarFourierRadialGenerator

class	StructureTensorImageFilter

class	TensorBasisMatrixGenerator

struct	TrackVisHeaderType

class	UnaryFunctorLookUpTable

class	UnaryFunctorVectorImageFilter

class	VariableLengthVectorImageFileReader

class	VariableLengthVectorImageFileReaderException

class	VariableLengthVectorImageFileWriter

class	VectorImageChannelFilter

class	VectorImageRegionIterator

class	VectorImageRegionIterator< Image< TPixel, VImageDimension > >

class	VectorImageRegionIteratorWithIndex

class	VectorImageRegionIteratorWithIndex< Image< TPixel, VImageDimension > >

class	VectorImageRegionIteratorWithIndex< Image< VariableLengthVector< TPixel >, 3 > >

class	VectorImageRegionIteratorWithIndex< SpatiallyDenseSparseVectorImage< TPixel, VImageDimension > >

class	VectorImageToMultiVolumeImageFilter

class	VTKImageDataToImageFilter

Typedefs
typedef LUTExpType::Pointer	LUTExpPointer

typedef UnaryFunctorLookUpTable< utl::Functor::Exp< double > >	LUTExpType

Enumerations
enum	PeakType { XYZV =0, XYZ, NXYZV, NXYZ }

Functions
template<class ImageWithInfoType , class ImageType >
void	CopyImageInformation (const SmartPointer< ImageWithInfoType > &imageFrom, SmartPointer< ImageType > &imageTo)

template<unsigned dimIn, unsigned dimOut>
void	CopyImageRegion (const ImageRegion< dimIn > &regionIn, ImageRegion< dimOut > &regionOut, const int numberOfComponens=-1)

void	CopyTrackvisHeader (const TrackVisHeaderType &hFrom, TrackVisHeaderType &hTo)

template<class ImageType , class ImageOutType , class MaskImageType = Image<double,4>>
void	FunctorFromStringOPImage (const std::vector< itk::SmartPointer< ImageType > > &images, itk::SmartPointer< ImageOutType > &outImage, const std::string &funcStr, const itk::SmartPointer< MaskImageType > &mask=nullptr, int numberOfThreads=-1)

template<class ImageType >
ImageType::Pointer	GenerateImage (const typename ImageType::SizeType &size, const int vectorLength=1)

template<class ImageType >
ImageType::Pointer	GenerateImageFromSingleVoxel (const typename ImageType::PixelType &pixel)

int	GetDimensionOfProperties (const TrackVisHeaderType &header)

int	GetDimensionOfScalars (const TrackVisHeaderType &header)

int	GetImageType (const std::string &filename)

template<class ImageType >
int	GetImageType (const SmartPointer< ImageType > &image)

template<class T , unsigned int VImageDimension>
void	GetITKImageFromMXArray (const mxArray *pr, SmartPointer< Image< T, VImageDimension > > &image)

template<class T >
void	GetITKVectorImageFromMXArray (const mxArray *pr, SmartPointer< VectorImage< T, 3 > > &image)

template<class T , unsigned int VImageDimension>
void	GetMXArrayFromITKImage (const SmartPointer< Image< T, VImageDimension > > &image, mxArray *&pr)

template<class T , unsigned int VImageDimension>
void	GetMXArrayFromITKVectorImage (const SmartPointer< VectorImage< T, VImageDimension > > &image, mxArray *&pr)

std::vector< std::string >	GetPropertyNames (const TrackVisHeaderType &header)

std::vector< std::string >	GetScalarNames (const TrackVisHeaderType &header)

template<class ImageType >
std::vector< int >	GetVectorImage3DVolumeSize (const SmartPointer< ImageType > &image)

template<class ImageType >
std::vector< int >	GetVectorImageFullSize (const SmartPointer< ImageType > &image)

template<class ImageType >
int	GetVectorImageVectorSize (const SmartPointer< ImageType > &image, const int axis=-1)

bool	HasPropertyName (const TrackVisHeaderType &header, const std::string &name)

bool	HasScalarName (const TrackVisHeaderType &header, const std::string &name)

template<class Image1Type , class Image2Type >
void	ImageToImage (const SmartPointer< Image1Type > &image1, SmartPointer< Image2Type > &image2)

template<class Image1Type , class Image2Type >
SmartPointer< Image2Type >	ImageToImage (const SmartPointer< Image1Type > &image1)

void	InitializeLUTExp ()

void	InitializeSHRotation (const int rank, const int tess)

bool	Is3DImage (const std::string &filename)

template<class ImageType >
bool	IsImageEmpty (const SmartPointer< ImageType > &image)

bool	IsSameStructure (const TrackVisHeaderType &h1, const TrackVisHeaderType &h2)

bool	IsSparseImage (const std::string &filename)

bool	IsVectorImage (const std::string &filename)

double	lutExpValue (const double x)

template<class ImageType , class ImageOutType , class OpFunctor , class MaskImageType = Image<double,4>>
void	MultiVariableVectorOPImage (const std::vector< itk::SmartPointer< ImageType > > &images, itk::SmartPointer< ImageOutType > &outImage, const OpFunctor &func, const itk::SmartPointer< MaskImageType > &mask=nullptr, int numberOfThreads=-1, int vectorAxis=3)

template<class ScalarType , unsigned Dim>
void	MultiVolumeToVectorImage (const SmartPointer< Image< ScalarType, Dim+1 > > &image1, SmartPointer< VectorImage< ScalarType, Dim > > &image2)

template<class PointsContainer , class VnlValueType >
void	PointsContainerToVnlMatrix (const PointsContainer &points, vnl_matrix< VnlValueType > &matrix)

template<class TPixelType , unsigned int VImageDimension>
void	PrintImage (const SmartPointer< Image< TPixelType, VImageDimension > > image, const std::string &mse="", std::ostream &os=std::cout, bool isPrintHeader=false)

template<class TPixelType , unsigned int VImageDimension>
void	PrintImage3D (const SmartPointer< Image< TPixelType, VImageDimension > > &image, const std::string &mse="", std::ostream &os=std::cout, bool isPrintHeader=false)

template<class TPixelType , unsigned int VImageDimension>
void	PrintImage4D (const SmartPointer< Image< TPixelType, VImageDimension > > &image, const std::string &mse="", std::ostream &os=std::cout, bool isPrintHeader=false)

void	PrintTractVisHeader (const TrackVisHeaderType &header, std::ostream &os=std::cout)

template<class T >
void	PrintVariableLengthVector (const VariableLengthVector< T >vec, const std::string &str="", const char *separate=" ", std::ostream &os=std::cout)

template<class TPixelType , unsigned int VImageDimension>
void	PrintVectorImage (const SmartPointer< VectorImage< TPixelType, VImageDimension > > &image, const std::string &mse="", std::ostream &os=std::cout, bool isPrintHeader=false)

bool	ReadFibers (const std::string &filename, SmartPointer< FiberTracts< double > > &fibers, const std::string &printInfo="Reading fibers:")

template<class ImageType >
bool	ReadImage (const std::string &filename, SmartPointer< ImageType > &image, const std::string &printInfo="Reading Image:")

template<class ImageType , class ReaderType >
bool	ReadImage (const std::string &filename, SmartPointer< ImageType > &image, const std::string &printInfo="Reading Image:")

template<class ImageType >
bool	ReadImageInformation (const std::string &filename, SmartPointer< ImageType > &image)

void	ReadTrackVisHeader (const std::string &filename, TrackVisHeaderType &header)

template<class PixelType >
void	ReadVectorImage (const std::string &filename, SmartPointer< VectorImage< PixelType, 3 > > &image, const std::string &printInfo="Reading Image:")

void	RemovePropertyName (TrackVisHeaderType &header, const std::string &name)

void	RemoveScalarName (TrackVisHeaderType &header, const std::string &name)

bool	SaveFibers (const SmartPointer< FiberTracts< double > > &fibers, const std::string &filename, const std::string &printInfo="Writing fibers:")

template<class ImageType >
bool	SaveImage (const SmartPointer< ImageType > &image, const std::string &filename, const std::string &printInfo="Writing Image:")

template<class ImageType , class WriterType >
bool	SaveImage (const SmartPointer< ImageType > &image, const std::string &filename, const std::string &printInfo="Writing Image:")

template<class ImageType >
void	SetVectorImage3DVolumeSize (SmartPointer< ImageType > &image, const std::vector< int > &size)

template<class ImageType >
void	SetVectorImageFullSize (SmartPointer< ImageType > &image, const std::vector< int > &size)

template<class ImageType >
void	SetVectorImageVectorSize (const SmartPointer< ImageType > &image, const int vecsize)

template<class ImageType , class ImageOutType , class OpFunctor , class MaskImageType = Image<double,4>>
void	UnaryVectorOPImage (const itk::SmartPointer< ImageType > &image, itk::SmartPointer< ImageOutType > &outImage, const OpFunctor &func, const itk::SmartPointer< MaskImageType > &mask=nullptr, int numberOfThreads=-1, int vectorAxis=3)

template<class T >
vnl_vector< T >	VariableLengthVectorToVnlVector (const VariableLengthVector< T > &vec)

template<class ScalarType , unsigned Dim>
void	VectorToMultiVolumeImage (const SmartPointer< VectorImage< ScalarType, Dim > > &image1, SmartPointer< Image< ScalarType, Dim+1 > > &image2)

template<class Image1Type , class Image2Type >
bool	VerifyImageInformation (const SmartPointer< Image1Type > &image1, const SmartPointer< Image2Type > &image2, const bool isMinimalDimension=false)

template<class Image1Type >
bool	VerifyImageInformation (const SmartPointer< Image1Type > &image1, const std::string &file2, const bool isMinimalDimension=false)

bool	VerifyImageInformation (const std::string &file1, const std::string &file2, const bool isMinimalDimension=false)

template<class Image1Type , class Image2Type >
bool	VerifyImageSize (const SmartPointer< Image1Type > &image1, const SmartPointer< Image2Type > &image2, const bool isMinimalDimension=false)

template<class Image1Type >
bool	VerifyImageSize (const SmartPointer< Image1Type > &image1, const std::string &file2, const bool isMinimalDimension=false)

bool	VerifyImageSize (const std::string &file1, const std::string &file2, const bool isMinimalDimension=false)

template<class VnlValueType , class PointsContainer >
void	VnlMatrixToPointsContainer (const vnl_matrix< VnlValueType > &matrix, PointsContainer &points)

template<class T >
VariableLengthVector< T >	VnlVectorToVariableLengthVector (const vnl_vector< T > &vec)

void	WriteTrackVisHeader (const TrackVisHeaderType &header, FILE *file)

Variables
static LUTExpPointer	lutExp = LUTExpType::New()

Typedef Documentation

typedef LUTExpType::Pointer itk::LUTExpPointer

Definition at line 32 of file utlDMRIStoredTables.h.

typedef UnaryFunctorLookUpTable<utl::Functor::Exp<double> > itk::LUTExpType

Definition at line 31 of file utlDMRIStoredTables.h.

Enumeration Type Documentation

enum itk::PeakType

Enumerator
XYZV	peaks peaks stored in x,y,z,value, without the number of peaks
XYZ	peaks peaks stored in x,y,z, without the number of peaks
NXYZV	peaks peaks stored in x,y,z,value with the number of peaks in the first value
NXYZ	peaks peaks stored in x,y,z,value with the number of peaks in the first value

Definition at line 28 of file itkPeakContainerHelper.h.

Function Documentation

void itk::CopyTrackvisHeader	(	const TrackVisHeaderType &	hFrom,
		TrackVisHeaderType &	hTo
	)

Definition at line 57 of file itkTrackvisHeader.h.

Referenced by itk::FiberTracts< TValue >::DeepClone(), itk::FiberTracts< TValue >::SelectByBallROI(), and itk::FiberTracts< TValue >::SelectByIndicesOfTracts().

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template<class ImageType , class ImageOutType , class MaskImageType = Image<double,4>>

void itk::FunctorFromStringOPImage	(	const std::vector< itk::SmartPointer< ImageType > > &	images,
		itk::SmartPointer< ImageOutType > &	outImage,
		const std::string &	funcStr,
		const itk::SmartPointer< MaskImageType > &	mask = `nullptr`,
		int	numberOfThreads = `-1`
	)

By defining a functor which maps multiple vectors to another vector, this function perform the functor on a set of images (VectorImage or NDImage).

Definition at line 109 of file itkFunctorFromStringImageFilter.h.

References IsImageEmpty(), utl::IsLogDebug(), and utl::LogLevel.

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int itk::GetDimensionOfProperties ( const TrackVisHeaderType & header )

inline

Get total dimension of properties

Definition at line 141 of file itkTrackvisHeader.h.

References utl::GetScalarsDimentionByName(), itk::TrackVisHeaderType::n_properties, and itk::TrackVisHeaderType::property_name.

Referenced by itk::Fiber< TValue >::PrintSelf(), PrintTractVisHeader(), ReadTrackVisHeader(), itk::FiberTractsReader::ReadTractsTRK(), and itk::FiberTractsWriter::WriteTractsTRK().

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int itk::GetDimensionOfScalars ( const TrackVisHeaderType & header )

inline

Get total dimension of scalars

Definition at line 125 of file itkTrackvisHeader.h.

References utl::GetScalarsDimentionByName(), itk::TrackVisHeaderType::n_scalars, and itk::TrackVisHeaderType::scalar_name.

Referenced by PrintTractVisHeader(), ReadTrackVisHeader(), itk::FiberTractsReader::ReadTractsTRK(), and itk::FiberTractsWriter::WriteTractsTRK().

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template<class T , unsigned int VImageDimension>

void itk::GetITKImageFromMXArray	(	const mxArray *	pr,
		SmartPointer< Image< T, VImageDimension > > &	image
	)

inline

Definition at line 55 of file mexITK.h.

References utlException.

Referenced by callFunction().

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template<class T >

void itk::GetITKVectorImageFromMXArray	(	const mxArray *	pr,
		SmartPointer< VectorImage< T, 3 > > &	image
	)

inline

Definition at line 128 of file mexITK.h.

References utl::min(), and utlException.

Referenced by callFunction().

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template<class T , unsigned int VImageDimension>

void itk::GetMXArrayFromITKImage	(	const SmartPointer< Image< T, VImageDimension > > &	image,
		mxArray *&	pr
	)

inline

Definition at line 32 of file mexITK.h.

References utlException.

Referenced by callFunction().

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template<class T , unsigned int VImageDimension>

void itk::GetMXArrayFromITKVectorImage	(	const SmartPointer< VectorImage< T, VImageDimension > > &	image,
		mxArray *&	pr
	)

inline

Definition at line 96 of file mexITK.h.

References utlException.

Referenced by callFunction().

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std::vector<std::string> itk::GetPropertyNames ( const TrackVisHeaderType & header )

inline

Definition at line 96 of file itkTrackvisHeader.h.

References utl::CovertChar2DArrayToStringArray(), and itk::TrackVisHeaderType::property_name.

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std::vector<std::string> itk::GetScalarNames ( const TrackVisHeaderType & header )

inline

Definition at line 90 of file itkTrackvisHeader.h.

References utl::CovertChar2DArrayToStringArray(), and itk::TrackVisHeaderType::scalar_name.

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bool itk::HasPropertyName	(	const TrackVisHeaderType &	header,
		const std::string &	name
	)

inline

Definition at line 102 of file itkTrackvisHeader.h.

References itk::TrackVisHeaderType::n_properties, and itk::TrackVisHeaderType::property_name.

Referenced by itk::FiberTracts< TValue >::HasPropertyName().

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bool itk::HasScalarName	(	const TrackVisHeaderType &	header,
		const std::string &	name
	)

inline

Definition at line 113 of file itkTrackvisHeader.h.

References itk::TrackVisHeaderType::n_scalars, and itk::TrackVisHeaderType::scalar_name.

Referenced by itk::FiberTracts< TValue >::HasScalarName().

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void itk::InitializeLUTExp ( )

inline

Definition at line 37 of file utlDMRIStoredTables.h.

References itk::UnaryFunctorLookUpTable< TFunctor >::New().

Referenced by main().

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void itk::InitializeSHRotation	(	const int	rank,
		const int	tess
	)

inline

Definition at line 176 of file itkSHCoefficientsRotation.h.

bool itk::IsSameStructure	(	const TrackVisHeaderType &	h1,
		const TrackVisHeaderType &	h2
	)

test if two fibers can be merged

Definition at line 64 of file itkTrackvisHeader.h.

References itk::TrackVisHeaderType::dim, itk::TrackVisHeaderType::n_properties, itk::TrackVisHeaderType::n_scalars, itk::TrackVisHeaderType::property_name, itk::TrackVisHeaderType::scalar_name, and itk::TrackVisHeaderType::voxel_size.

Referenced by itk::FiberTracts< TValue >::AppendFibers().

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double itk::lutExpValue ( const double x )

inline

Definition at line 50 of file utlDMRIStoredTables.h.

References utl::SH3IntegralTable().

Referenced by utl::ComputeDWISHCoefficientsForGPDCylinder(), utl::GetExpProductLegendreCoef(), utl::GetSymmetricTensorSHCoef(), and utl::GetSymmetricTensorSHCoefDerivative().

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template<class ImageType , class ImageOutType , class OpFunctor , class MaskImageType = Image<double,4>>

void itk::MultiVariableVectorOPImage	(	const std::vector< itk::SmartPointer< ImageType > > &	images,
		itk::SmartPointer< ImageOutType > &	outImage,
		const OpFunctor &	func,
		const itk::SmartPointer< MaskImageType > &	mask = `nullptr`,
		int	numberOfThreads = `-1`,
		int	vectorAxis = `3`
	)

By defining a functor which maps multiple vectors to another vector, this function perform the functor on a set of images (VectorImage or NDImage, along axis).

Definition at line 103 of file itkMultiVariableFunctorVectorImageFilter.h.

References IsImageEmpty(), utl::IsLogDebug(), and utl::LogLevel.

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template<class ScalarType , unsigned Dim>

void itk::MultiVolumeToVectorImage	(	const SmartPointer< Image< ScalarType, Dim+1 > > &	image1,
		SmartPointer< VectorImage< ScalarType, Dim > > &	image2
	)

Definition at line 88 of file itkMultiVolumeImageToVectorImageFilter.hxx.

Referenced by ConvertImage< NDImageType, VectorImageType >().

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void itk::PrintTractVisHeader	(	const TrackVisHeaderType &	header,
		std::ostream &	os = `std::cout`
	)

inline

print trackvis header

Definition at line 247 of file itkTrackvisHeader.h.

Referenced by itk::FiberTracts< TValue >::PrintFibersHeader().

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bool itk::ReadFibers	(	const std::string &	filename,
		SmartPointer< FiberTracts< double > > &	fibers,
		const std::string &	printInfo = `"Reading fibers:"`
	)

inline

Definition at line 83 of file itkFiberTractsReader.h.

References utl::IsLogNormal(), and itk::FiberTractsReader::New().

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void itk::ReadTrackVisHeader	(	const std::string &	filename,
		TrackVisHeaderType &	header
	)

inline

read trackvis header

Definition at line 194 of file itkTrackvisHeader.h.

References GetDimensionOfProperties(), GetDimensionOfScalars(), itk::TrackVisHeaderType::id_string, itk::TrackVisHeaderType::n_count, utlGlobalException, and utlSAGlobalWarning.

Referenced by itk::FiberTractsReader::ReadTractsTRK().

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template<class PixelType >

void itk::ReadVectorImage	(	const std::string &	filename,
		SmartPointer< VectorImage< PixelType, 3 > > &	image,
		const std::string &	printInfo = `"Reading Image:"`
	)

inline

if it is a VectorImage, directly read it. If it is a 4D image, read it as Image, then convert it to a VectorImage

Definition at line 66 of file utl.h.

References utl::IsFileExist(), IsVectorImage(), and utlGlobalException.

Referenced by main().

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void itk::RemovePropertyName	(	TrackVisHeaderType &	header,
		const std::string &	name
	)

inline

remove properties by its name

Definition at line 175 of file itkTrackvisHeader.h.

References itk::TrackVisHeaderType::n_properties, and itk::TrackVisHeaderType::property_name.

Referenced by itk::FiberTracts< TValue >::RemovePropertiesByName().

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void itk::RemoveScalarName	(	TrackVisHeaderType &	header,
		const std::string &	name
	)

inline

remove scalars by its name

Definition at line 157 of file itkTrackvisHeader.h.

References itk::TrackVisHeaderType::n_scalars, and itk::TrackVisHeaderType::scalar_name.

Referenced by itk::FiberTracts< TValue >::RemoveScalarsByName().

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bool itk::SaveFibers	(	const SmartPointer< FiberTracts< double > > &	fibers,
		const std::string &	filename,
		const std::string &	printInfo = `"Writing fibers:"`
	)

inline

Definition at line 79 of file itkFiberTractsWriter.h.

References utl::IsLogNormal(), and itk::FiberTractsWriter::New().

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template<class ImageType , class ImageOutType , class OpFunctor , class MaskImageType = Image<double,4>>

void itk::UnaryVectorOPImage	(	const itk::SmartPointer< ImageType > &	image,
		itk::SmartPointer< ImageOutType > &	outImage,
		const OpFunctor &	func,
		const itk::SmartPointer< MaskImageType > &	mask = `nullptr`,
		int	numberOfThreads = `-1`,
		int	vectorAxis = `3`
	)

By defining a functor which maps a vector to another vector, this function perform the functor on an image (VectorImage or NDImage, along axis).

Definition at line 116 of file itkUnaryFunctorVectorImageFilter.h.

References IsImageEmpty(), utl::IsLogDebug(), and utl::LogLevel.

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template<class ScalarType , unsigned Dim>

void itk::VectorToMultiVolumeImage	(	const SmartPointer< VectorImage< ScalarType, Dim > > &	image1,
		SmartPointer< Image< ScalarType, Dim+1 > > &	image2
	)