Geodesic Tools. More...

Detailed Description

Geodesic Tools.

Let's talk about Geodesic tools and thinning...

Collaboration diagram for Geodesic Tools:

Functions
template<typename T1 , typename T2 >
RES_T	labelFlatZonesWithProperty (const Image< T1 > &imIn, Image< T2 > &imOut, string property="geodesicDiameter")
	labelFlatZonesWithProperty() : Evaluate a prpperty for each flat zone in a gray scale image

template<typename T1 , typename T2 >
RES_T	geodesicDiameter (const Image< T1 > &imIn, Image< T2 > &imOut, bool sliceBySlice=false, double dzOverDx=1.)
	geodesicDiameter() - Barycenter Geodesic Diameter

template<typename T1 , typename T2 >
RES_T	geodesicElongation (const Image< T1 > &imIn, Image< T2 > &imOut, bool sliceBySlice=false, double dzOverDx=1.)
	geodesicElongation() - Geodesic Elongation

template<typename T1 , typename T2 >
RES_T	geodesicTortuosity (const Image< T1 > &imIn, Image< T2 > &imOut, bool sliceBySlice=false)
	geodesicTortuosity() - Geodesic Tortuoisity

template<typename T1 , typename T2 >
RES_T	geodesicExtremities (const Image< T1 > &imIn, Image< T2 > &imOut, bool sliceBySlice=false, double dzOverDx=1.)
	geodesicExtremities() - Geodesic Extremities

template<typename T1 , typename T2 >
RES_T	geodesicProperty (const Image< T1 > &imIn, Image< T2 > &imOut, string property="geodesicDiameter", bool sliceBySlice=false, double dzOverDx=1.)
	geodesicProperty() -

template<typename T1 , typename T2 >
RES_T	geodesicPathOpening (const Image< T1 > &imIn, Image< T2 > &imOut, double lenght, string property="geodesicDiameter", double scaleX=1., double scaleY=1., double scaleZ=1.)
	geodesicPathOpening() -

template<typename T1 , typename T2 >
RES_T	geodesicPathClosing (const Image< T1 > &imIn, Image< T2 > &imOut, double lenght, string property="geodesicDiameter", double scaleX=1., double scaleY=1., double scaleZ=1.)
	geodesicPathClosing() -

template<typename T1 , typename T2 >
RES_T	geodesicUltimatePathOpening (const Image< T1 > &imIn, Image< T1 > &imTrans, Image< T2 > &imInd, double scaleX, double scaleY, double scaleZ, size_t stop, int lambdaAttribute, int takeMin)
	geodesicUltimatePathOpening() -

template<typename T1 , typename T2 >
RES_T	geodesicUltimatePathClosing (const Image< T1 > &imIn, Image< T1 > &imTrans, Image< T2 > &imInd, double scaleX, double scaleY, double scaleZ, size_t stop, int lambdaAttribute, int takeMin)
	geodesicUltimatePathClosing() -

Function Documentation

◆ labelFlatZonesWithProperty()

template<typename T1 , typename T2 >

RES_T labelFlatZonesWithProperty	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		string	property = `"geodesicDiameter"`
	)

labelFlatZonesWithProperty() : Evaluate a prpperty for each flat zone in a gray scale image

Parameters

[in]	imIn	: input image
[out]	imOut	: output image
[in]	property	: one of "geodesicDiameter" "elongation" "tortuosity" "extremities"

◆ geodesicDiameter()

template<typename T1 , typename T2 >

RES_T geodesicDiameter	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		bool	sliceBySlice = `false`,
		double	dzOverDx = `1.`
	)

geodesicDiameter() - Barycenter Geodesic Diameter

This function evaluates, for each flat zone, its Barycenter Geodesic Diameter. This value is defined as the biggest Geodesic Distance between any two points in the flat zone.

The flat zone is labeled with the result.

See also: For a detailled description of this attribute, see [11]

Parameters

[in]	imIn	: binary input image
[out]	imOut	: output image
[in]	sliceBySlice	: apply the algorithm to the whole image or slice by slice
[in]	dzOverDx	:

◆ geodesicElongation()

template<typename T1 , typename T2 >

RES_T geodesicElongation	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		bool	sliceBySlice = `false`,
		double	dzOverDx = `1.`
	)

geodesicElongation() - Geodesic Elongation

This function evaluates, for each flat zone, its Geodesic Elongation defined by the relation :

$E(X) = \dfrac{\pi \:.\: L^{2}(X)}{4 \:.\: S(X)}$

where is the Geodesic Diameter of the flat zone and is the Area of the flat zone.

The flat zone is labeled with the result.

See also: For a detailled description of this attribute, see [11]

Parameters

[in]	imIn	: binary input image
[out]	imOut	: output image
[in]	sliceBySlice	: apply the algorithm to the whole image or slice by slice
[in]	dzOverDx	:

◆ geodesicTortuosity()

template<typename T1 , typename T2 >

RES_T geodesicTortuosity	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		bool	sliceBySlice = `false`
	)

geodesicTortuosity() - Geodesic Tortuoisity

This function evaluates, for each flat zone, its Geodesic Tortuoisity defined by the relation :

$T(X) = \dfrac{L(X)}{L_{Euclidean}(X)}$

where is the Geodesic Diameter of the flat zone and $L_{Euclidean}(X)$ is the Euclidean Distance between the Geodesic Extremities of the flat zone.

The flat zone is labeled with the result.

See also: For a detailled description of this attribute, see [11]

Parameters

[in]	imIn	: binary input image
[out]	imOut	: output image
[in]	sliceBySlice	: apply the algorithm to the whole image or slice by slice

◆ geodesicExtremities()

template<typename T1 , typename T2 >

RES_T geodesicExtremities	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		bool	sliceBySlice = `false`,
		double	dzOverDx = `1.`
	)

geodesicExtremities() - Geodesic Extremities

This function finds the Geodesic Extremities of each flat zone and set the pixel value of each extremity to an integer beginning with 1.

Parameters

[in]	imIn	: binary input image
[out]	imOut	: output image
[in]	sliceBySlice	: apply the algorithm to the whole image or slice by slice
[in]	dzOverDx	:

◆ geodesicProperty()

template<typename T1 , typename T2 >

RES_T geodesicProperty	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		string	property = `"geodesicDiameter"`,
		bool	sliceBySlice = `false`,
		double	dzOverDx = `1.`
	)

geodesicProperty() -

Parameters

[in]	imIn	: binary input image
[out]	imOut	: output image
[in]	property	: one of "geodesicDiameter" "elongation" "tortuosity" "extremities"
[in]	sliceBySlice	: apply the algorithm to the whole image or slice by slice
[in]	dzOverDx	:

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

◆ geodesicPathOpening()

template<typename T1 , typename T2 >

RES_T geodesicPathOpening	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		double	lenght,
		string	property = `"geodesicDiameter"`,
		double	scaleX = `1.`,
		double	scaleY = `1.`,
		double	scaleZ = `1.`
	)

geodesicPathOpening() -

Parameters

[in]	imIn	: input image
[in]	lenght	:
[in]	property	: one of "geodesicDiameter" "elongation" "tortuosity" "extremities"
[out]	imOut	: output image
[in]	scaleX,scaleY,scaleZ	:

◆ geodesicPathClosing()

template<typename T1 , typename T2 >

RES_T geodesicPathClosing	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		double	lenght,
		string	property = `"geodesicDiameter"`,
		double	scaleX = `1.`,
		double	scaleY = `1.`,
		double	scaleZ = `1.`
	)

geodesicPathClosing() -

Parameters

[in]	imIn	: input image
[in]	lenght	:
[in]	property	: one of "geodesicDiameter" "elongation" "tortuosity" "extremities"
[out]	imOut	: output image
[in]	scaleX,scaleY,scaleZ	:

◆ geodesicUltimatePathOpening()

template<typename T1 , typename T2 >

RES_T geodesicUltimatePathOpening	(	const Image< T1 > &	imIn,
		Image< T1 > &	imTrans,
		Image< T2 > &	imInd,
		double	scaleX,
		double	scaleY,
		double	scaleZ,
		size_t	stop,
		int	lambdaAttribute,
		int	takeMin
	)

geodesicUltimatePathOpening() -

Parameters

[in]	imIn	: input image
[out]	imTrans	: input image
[out]	imInd	: input image
[in]	scaleX,scaleY,scaleZ	:
[in]	stop	:
[in]	lambdaAttribute	:
[in]	takeMin	:

◆ geodesicUltimatePathClosing()

template<typename T1 , typename T2 >

RES_T geodesicUltimatePathClosing	(	const Image< T1 > &	imIn,
		Image< T1 > &	imTrans,
		Image< T2 > &	imInd,
		double	scaleX,
		double	scaleY,
		double	scaleZ,
		size_t	stop,
		int	lambdaAttribute,
		int	takeMin
	)

geodesicUltimatePathClosing() -

Parameters

[in]	imIn	: input image
[out]	imTrans	: input image
[out]	imInd	: input image
[in]	scaleX,scaleY,scaleZ	:
[in]	stop	:
[in]	lambdaAttribute	:
[in]	takeMin	:

Detailed Description

Functions

Function Documentation

◆ labelFlatZonesWithProperty()

◆ geodesicDiameter()

◆ geodesicElongation()

◆ geodesicTortuosity()

◆ geodesicExtremities()

◆ geodesicProperty()

◆ geodesicPathOpening()

◆ geodesicPathClosing()

◆ geodesicUltimatePathOpening()

◆ geodesicUltimatePathClosing()