itk::Functor Namespace Reference

Classes
class	AbsoluteValueDifference2
class	AccessorFunctor
	Convert an accessor to a functor so that it can be used in a UnaryFunctorImageFilter. More...
class	Acos
class	Add1
class	Add2
class	AND
class	Asin
class	Atan
class	Atan2
class	BinaryThreshold
class	BoundedReciprocal
class	Cast
class	ChangeLabel
class	ConstrainedValueAddition
class	ConstrainedValueDifference
class	Cos
class	EdgePotential
class	GradientMagnitude
class	IndexLexicographicCompare
	Order Index instances lexicographically. More...
class	IntensityLinearTransform
class	IntensityWindowingTransform
class	InvertIntensityFunctor
class	InvertIntensityTransform
class	JoinFunctor
struct	MakeJoin
class	MaskInput
class	MaskNegatedInput
class	MatrixIndexSelection
class	Maximum1
class	Modulus2
class	ModulusTransform
class	NOT
class	OR
class	SimilarPixelsFunctor
class	SimilarVectorsFunctor
class	SquaredDifference2
class	SymmetricEigenAnalysisFunction
class	TensorFractionalAnisotropyFunction
class	TensorRelativeAnisotropyFunction
class	ThresholdLabeler
class	VectorCast
class	VectorIndexSelectionCast
class	VectorMagnitudeLinearTransform
class	WeightedAdd2
class	XOR
Typedefs
typedef unsigned char	RGBComponentType
typedef RGBPixel< RGBComponentType >	RGBPixelType
typedef TScalar	ScalarType
Functions
RGBPixelType	operator() (const TScalar &) const
void	SetBigEndian ()
void	SetLittleEndian ()
	~ScalarToRGBPixelFunctor ()
Variables
*class JoinFunctor *brief Join the components of two pixel types into a single pixel type **JoinFunctor combines the components of two pixel types into a *single pixel type The components of one pixel are appended to *the components of the other pixel The output pixel type is an *itk::Vector The ValueType of the vector is the smallest scalar *type that can represent the dynamic range of the both the input *pixel value types joining a char and unsigned char *results in a short since that is the smallest datatype with a *large enough dynamic range To define a consistent behavior *across different the join of an int and an *unsigned int is float On a bit	architecture
*class JoinFunctor *brief Join the components of two pixel types into a single pixel type **JoinFunctor combines the components of two pixel types into a *single pixel type The components of one pixel are appended to *the components of the other pixel The output pixel type is an *itk::Vector The ValueType of the vector is the smallest scalar *type that can represent the dynamic range of the both the input *pixel value types joining a char and unsigned char *results in a short since that is the smallest datatype with a *large enough dynamic range To define a consistent behavior *across different	architectures
*class JoinFunctor *brief Join the components of two pixel types into a single pixel type **JoinFunctor combines the components of two pixel types into a *single pixel type The components of one pixel are appended to *the components of the other pixel The output pixel type is an *itk::Vector The ValueType of the vector is the smallest scalar *type that can represent the dynamic range of the both the input *pixel value types joining a char and unsigned char *results in a short since that is the smallest datatype with a *large enough dynamic range To define a consistent behavior *across different the join of an int and an *unsigned int is float On a bit this join could *be represented in a long But on bit the only *safe join value type is a float For this and similar ambiguous *	cases
*class JoinFunctor *brief Join the components of two pixel types into a single pixel type **JoinFunctor combines the components of two pixel types into a *single pixel type The components of one pixel are appended to *the components of the other pixel The output pixel type is an *itk::Vector The ValueType of the vector is the smallest scalar *type that can represent the dynamic range of the both the input *pixel value types	Hence
*class ScalarToRGBPixelFunctor *brief Function object which maps a scalar value into an RGB pixel value **This class is useful for visualizing labeled images which cannot be mapped *succefully into grayscale images Images of unsigned long	integers
::vcl_size_t	m_Index [3]
bool	m_IsBigEndian

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Typedef Documentation

typedef unsigned char itk::Functor::RGBComponentType

Definition at line 46 of file itkScalarToRGBPixelFunctor.h.

typedef RGBPixel<RGBComponentType> itk::Functor::RGBPixelType

Definition at line 50 of file itkScalarToRGBPixelFunctor.h.

typedef TScalar itk::Functor::ScalarType

Definition at line 51 of file itkScalarToRGBPixelFunctor.h.

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Function Documentation

RGBPixelType itk::Functor::operator() (  const TScalar &   )  const

Referenced by itk::VectorNeighborhoodInnerProduct< ImageType >::operator()(), and itk::NeighborhoodInnerProduct< ImageType >::operator()().

void itk::Functor::SetBigEndian (   )

Definition at line 59 of file itkScalarToRGBPixelFunctor.h. References m_IsBigEndian.

void itk::Functor::SetLittleEndian (   )

Definition at line 55 of file itkScalarToRGBPixelFunctor.h. References m_IsBigEndian.

itk::Functor::~ScalarToRGBPixelFunctor (   )

Definition at line 46 of file itkScalarToRGBPixelFunctor.h.

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Variable Documentation

* class JoinFunctor* brief Join the components of two pixel types into a single pixel type* * JoinFunctor combines the components of two pixel types into a* single pixel type The components of one pixel are appended to* the components of the other pixel The output pixel type is an* itk::Vector The ValueType of the vector is the smallest scalar* type that can represent the dynamic range of the both the input* pixel value types joining a char and unsigned char* results in a short since that is the smallest datatype with a* large enough dynamic range To define a consistent behavior* across different the join of an int and an* unsigned int is float On a bit itk::Functor::architecture

Definition at line 28 of file itkJoinImageFilter.h.

*class JoinFunctor *brief Join the components of two pixel types into a single pixel type **JoinFunctor combines the components of two pixel types into a *single pixel type The components of one pixel are appended to *the components of the other pixel The output pixel type is an *itk::Vector The ValueType of the vector is the smallest scalar *type that can represent the dynamic range of the both the input *pixel value types joining a char and unsigned char *results in a short since that is the smallest datatype with a *large enough dynamic range To define a consistent behavior *across different the join of an int and an *unsigned int is float On a bit this join could *be represented in a long But on bit itk::Functor::architectures

Definition at line 28 of file itkJoinImageFilter.h.

* class JoinFunctor* brief Join the components of two pixel types into a single pixel type* * JoinFunctor combines the components of two pixel types into a* single pixel type The components of one pixel are appended to* the components of the other pixel The output pixel type is an* itk::Vector The ValueType of the vector is the smallest scalar* type that can represent the dynamic range of the both the input* pixel value types joining a char and unsigned char* results in a short since that is the smallest datatype with a* large enough dynamic range To define a consistent behavior* across different the join of an int and an* unsigned int is float On a bit this join could* be represented in a long But on bit the only* safe join value type is a float For this and similar ambiguous* itk::Functor::cases

Definition at line 28 of file itkJoinImageFilter.h.

* class JoinFunctor* brief Join the components of two pixel types into a single pixel type* * JoinFunctor combines the components of two pixel types into a* single pixel type The components of one pixel are appended to* the components of the other pixel The output pixel type is an* itk::Vector The ValueType of the vector is the smallest scalar* type that can represent the dynamic range of the both the input* pixel value types itk::Functor::Hence

Definition at line 28 of file itkJoinImageFilter.h.

* class ScalarToRGBPixelFunctor* brief Function object which maps a scalar value into an RGB pixel value* * This class is useful for visualizing labeled images which cannot be mapped* succefully into grayscale images Images of unsigned long itk::Functor::integers

Definition at line 30 of file itkScalarToRGBPixelFunctor.h.

:: vcl_size_t itk::Functor::m_Index[3]

Definition at line 66 of file itkScalarToRGBPixelFunctor.h. Referenced by itk::Index::Fill(), itk::Index::GetElement(), itk::LevelSetNode< TPixel, VSetDimension >::GetIndex(), itk::Index::GetIndex(), itk::ImageRegion< TDimension >::GetIndex(), itk::ImageIORegion::GetIndex(), itk::ImageIORegion::ImageIORegion(), itk::ImageRegion< TDimension >::ImageRegion(), itk::ImageRegion< TDimension >::IsInside(), itk::ImageIORegion::IsInside(), itk::LevelSetNode< TPixel, VSetDimension >::LevelSetNode(), itk::Index::operator!=(), itk::ImageRegion< TDimension >::operator!=(), itk::ImageIORegion::operator!=(), itk::Index::operator+(), itk::Index::operator+=(), itk::Index::operator-(), itk::Index::operator-=(), itk::LevelSetNode< TPixel, VSetDimension >::operator=(), itk::ImageRegion< TDimension >::operator=(), itk::ImageIORegion::operator=(), itk::Index::operator==(), itk::ImageRegion< TDimension >::operator==(), itk::ImageIORegion::operator==(), itk::Index::operator[](), itk::Index::SetElement(), itk::LevelSetNode< TPixel, VSetDimension >::SetIndex(), itk::Index::SetIndex(), itk::ImageRegion< TDimension >::SetIndex(), and itk::ImageIORegion::SetIndex().

bool itk::Functor::m_IsBigEndian

Definition at line 65 of file itkScalarToRGBPixelFunctor.h. Referenced by SetBigEndian(), and SetLittleEndian().

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