Detailed Description

Collaboration diagram for Morpho Path Opening/Closing:

Functions
template<class T1 , class T2 >
RES_T	ImPathOpeningBruteForce (const Image< T1 > &imIn, const UINT32 Lenght, Image< T2 > &imOut)
	Grayscale Path Opening Operation made by "staking" the results of the binary opening applied to each threshold. More...

template<typename T1 , typename T2 >
RES_T	ImPathClosingBruteForce (const Image< T1 > &imIn, const UINT32 Lenght, Image< T2 > &imOut)
	Grayscale Path Closing Operation made by "staking" the results of the binary closing applied to each threshold. More...

template<class T >
RES_T	ImPathOpening (const Image< UINT8 > &imIn, const UINT32 Lenght, Image< T > &imOut)
	Fast Grayscale Path Opening Operation: made by updating the distance function from on threshold to an other. More...

template<typename T >
RES_T	ImPathClosing (const Image< UINT8 > &imIn, const UINT32 Lenght, Image< T > &imOut)
	Fast Grayscale Path Closing Operation made by updating the distance function from on threshold to an other. More...

template<class T1 , class T2 >
RES_T	ImUltimatePathOpening (const Image< UINT8 > &imIn, Image< T1 > &imOut, Image< T2 > &imIndicatrice, int stop, int lambdaAttribute)
	Ultimate Path Opening Operation with the geodesic diameter as criterium. More...

template<typename T1 , typename T2 >
RES_T	ImUltimatePathClosing (const Image< UINT8 > &imIn, Image< T1 > &imTrans, Image< T2 > &imInd, int stop, int lambdaAttribute)
	Ultimate Path Closing Operation with a graph V3. More...

template<class T1 , class T2 >
RES_T	ImBinaryPathOpening (const Image< T1 > &imIn, const UINT32 Lenght, const UINT32 Slice, Image< T2 > &imOut)
	Binary Path Opening Operation. More...

template<typename T1 , typename T2 >
RES_T	ImBinaryPathClosing (const Image< T1 > &imIn, const UINT32 Lenght, const UINT32 Slice, Image< T2 > &imOut)
	Binary Path Closing Operation. More...

template<typename T >
RES_T	ImGeodesicPathOpening (const Image< UINT8 > &imIn, double Lenght, int Method, Image< T > &imOut, float ScaleX=1, float ScaleY=1, float ScaleZ=1)
	ImGeodesicPathOpening : Compute the geodesic diameter for each connected component CC for each threshold. More...

template<typename T >
RES_T	ImGeodesicPathClosing (const Image< UINT8 > &imIn, double Lenght, int Method, Image< T > &imOut, float ScaleX=1, float ScaleY=1, float ScaleZ=1)
	ImGeodesicPathClosing : Compute the geodesic diameter for each connected component CC for each threshold. More...

template<typename T >
RES_T	ImUltimateGeodesicPathOpening (const Image< UINT8 > &imIn, Image< UINT8 > &imTrans, Image< T > &imInd, float ScaleX=1, float ScaleY=1, float ScaleZ=1, int stop=-1, int lambdaAttribute=0, int takeMin=1)
	ImGeodesicPathUltimateOpening : Compute the geodesic diameter for each connected component CC for each threshold and then the ultimate O. More...

template<typename T >
RES_T	ImUltimateGeodesicPathClosing (const Image< UINT8 > &imIn, Image< UINT8 > &imTrans, Image< T > &imIndicatrice, float ScaleX=1, float ScaleY=1, float ScaleZ=1, int stop=-1, int lambdaAttribute=0, int takeMin=1)
	ImGeodesicPathUltimateClosing: Compute the geodesic diameter for each connected component CC for each threshold and then the ultimate O. More...

template<typename T1 , typename T2 >
RES_T	ImGeodesicElongation (const Image< T1 > &imIn, Image< T2 > &imOut, int sliceBySlice=0, double dz_over_dx=1)
	ImGeodesicElongation : we compute the elongation for each CC. More...

template<typename T1 , typename T2 >
RES_T	ImGeodesicExtremities (const Image< T1 > &imIn, Image< T2 > &imOut, int sliceBySlice=0, double dz_over_dx=1)
	ImGeodesicExtremities : we compute the elongation for each CC. More...

template<typename T1 , typename T2 >
RES_T	ImLabelFlatZonesWithElongation (const Image< T1 > &imIn, Image< T2 > &imOut)
	ImLabelFlatZonesWithElongation : we compute the elongation for each flat zone in a gray scale image. More...

template<typename T1 , typename T2 >
RES_T	ImLabelFlatZonesWithExtremities (const Image< T1 > &imIn, Image< T2 > &imOut)
	ImLabelFlatZonesWithExtremities : we compute the elongation for each flat zone in a gray scale image. More...

template<typename T1 , typename T2 >
RES_T	ImLabelFlatZonesWithGeodesicDiameter (const Image< T1 > &imIn, Image< T2 > &imOut)
	ImLabelFlatZonesWithGeodesicDiameter : we compute the geodesic diameter for each flat zone in a gray scale image. More...

template<typename T1 , typename T2 >
RES_T	ImGeodesicDiameter (const Image< T1 > &imIn, Image< T2 > &imOut, int sliceBySlice=0, double dz_over_dx=1)
	ImGeodesicDiameter : we compute the geodesic diameter for each CC. More...

template<typename T1 , typename T2 >
RES_T	ImUltimatePathOpening_GraphV2 (const Image< UINT8 > &imIn, Image< T1 > &imTrans, Image< T2 > &imInd, int stop=-1, int lambdaAttribute=0)
	Ultimate Path Opening Operation with a graph V2. More...

template<typename T1 , typename T2 >
RES_T	ImUltimatePathClosing_GraphV2 (const Image< UINT8 > &imIn, Image< T1 > &imTrans, Image< T2 > &imInd, int stop=-1, int lambdaAttribute=0)
	Ultimate Path Closing Operation with a graph V2. More...

template<typename T >
RES_T	ImPathOpening_GraphV2 (const Image< UINT8 > &imIn, double Lenght, Image< T > &imOut)
	Path Opening Operation with a graph V2. More...

template<typename T >
RES_T	ImPathClosing_GraphV2 (const Image< UINT8 > &imIn, double Lenght, Image< T > &imOut)
	Path Closing Operation with a graph V2. More...

template<class T1 , class T2 >
RES_T	ImThresholdWithUniqueCCForBackGround (const Image< T1 > &imIn, Image< T2 > &imOut, int SliceBySlice=0)
	ImThresholdWithUniqueCCForBackGround : for each slice of a 3D image, we select a threshold to have one CC of the background. More...

template<class T1 , class T2 >
RES_T	ImThresholdWithMuAndSigma (const Image< T1 > &imIn, Image< T2 > &imOut, float paramSigma=1)
	ImThresholdWithMuAndSigma : for each slice of a 3D image, we compute Mu and Sigma and we apply a threshold of (MU + paramSigma * Sigma) More...

template<class T1 , class T2 >
RES_T	PseudoPatternSpectrum (const Image< T1 > &imIn, const Image< T2 > &imIn2, int *patternSpect)
	PseudoPatternSpectrum : With the contrast and the indicatrice images from the UPO, we compute the pattern spectrum. More...

template<class T1 , class T2 >
RES_T	ImSupSmallRegion (const Image< T1 > &imIndicatrice, Image< T2 > &imIndicatriceCorr, float percentage)
	ImSupSmallRegion : Delete from an image of the conected component where their area is less than their gray level times a percentage. More...

template<class T1 , class T2 >
RES_T	ImElongationFromSkeleton (const Image< UINT8 > &imBin, const Image< T1 > &imSk, Image< T2 > &imOut)
	ImElongationFromSkeleton : from a binary image and its skeleton, we compute the elongation of each CC. More...

template<class T1 , class T2 >
RES_T	ImFromSkeletonSupTriplePoint (const Image< T1 > &imIn, Image< T2 > &imOut)
	ImFromSkeletonSupTriplePoint : Suppress the triples points from a skeleton. More...

template<class T >
RES_T	FromSkeletonComputeGranulometry (const Image< T > &imIn, UINT32 *Granulo, int nbElt, float ScaleX, float ScaleY, float ScaleZ)
	FromSkeletonComputeGranulometry : Compute the histogram of lenght of the skeleton. More...

template<class T >
RES_T	ImFalseColorHSL (const Image< T > &imIn, Image< RGB > &imOut, float Scale)
	ImFalseColorHSL : from a gray scale picture, we apply false color with a shade off. More...

template<class T >
RES_T	CountNbCCperThreshold (const Image< T > &imIn, int *NbCC, int Invert=0)

template<class T >
RES_T	CountNbPixelOfNDG (const Image< T > &imIn, int NDG, int *NbPixel)

template<class T1 , class T2 >
RES_T	measComputeVolume (const Image< T1 > &imIn, const Image< T2 > &imLevel, float *Value)

template<class T1 , class T2 >
RES_T	measComputeIndFromPatternSpectrum (const Image< T1 > &imTrans, const Image< T2 > &imInd, UINT16 BorneMin, UINT16 BorneMax, UINT8 Normalized, float *Value)

template<class T1 , class T2 >
RES_T	ImFromSK_AreaForEachCC (const Image< T1 > &imIn, int ScaleX, int ScaleY, int ScaleZ, Image< T2 > &imOut)

template<class T >
RES_T	MeanValueOf (const Image< T > &imIn, bool slideBySlide, double *Value)

template<class T1 , class T2 >
RES_T	ImLayerDist (Image< T1 > &imIn, int labelIn, int labelOut, float dx, float dy, float dz, Image< T2 > &imOut)

Function Documentation

◆ ImPathOpeningBruteForce()

RES_T ImPathOpeningBruteForce	(	const Image< T1 > &	imIn,
		const UINT32	Lenght,
		Image< T2 > &	imOut
	)

Grayscale Path Opening Operation made by "staking" the results of the binary opening applied to each threshold.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: Stop criteria values i.e. size of lenght
[out]	imOut	: Path Opening of imIn

◆ ImPathClosingBruteForce()

RES_T smil::ImPathClosingBruteForce	(	const Image< T1 > &	imIn,
		const UINT32	Lenght,
		Image< T2 > &	imOut
	)

Grayscale Path Closing Operation made by "staking" the results of the binary closing applied to each threshold.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: Stop criteria values i.e. size of lenght
[out]	imOut	: Path Closing of imIn

◆ ImPathOpening()

RES_T ImPathOpening	(	const Image< UINT8 > &	imIn,
		const UINT32	Lenght,
		Image< T > &	imOut
	)

Fast Grayscale Path Opening Operation: made by updating the distance function from on threshold to an other.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: Stop criteria values i.e. size of lenght
[out]	imOut	: Path Opening of imIn

◆ ImPathClosing()

RES_T smil::ImPathClosing	(	const Image< UINT8 > &	imIn,
		const UINT32	Lenght,
		Image< T > &	imOut
	)

Fast Grayscale Path Closing Operation made by updating the distance function from on threshold to an other.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: Stop criteria values i.e. size of lenght
[out]	imOut	: Path Opening of imIn

◆ ImUltimatePathOpening()

RES_T ImUltimatePathOpening	(	const Image< UINT8 > &	imIn,
		Image< T1 > &	imOut,
		Image< T2 > &	imIndicatrice,
		int	stop,
		int	lambdaAttribute
	)

Ultimate Path Opening Operation with the geodesic diameter as criterium.

Parameters

[in]	imIn	: the initial image
[out]	imOut	: Ultimate Path Opening of imIn (contraste)
[out]	imIndicatrice	: Ultimate Path Opening of imIn (Size of the opening)
[in]	stop	: size of the max opening [-1 : max(W,H)]
[out]	lambdaAttribute	: accumulation [0 : no accumulation]

◆ ImUltimatePathClosing()

RES_T smil::ImUltimatePathClosing	(	const Image< UINT8 > &	imIn,
		Image< T1 > &	imTrans,
		Image< T2 > &	imInd,
		int	stop,
		int	lambdaAttribute
	)

Ultimate Path Closing Operation with a graph V3.

Parameters

[in]	imIn	: the initial image
[out]	imTrans	: Ultimate Path Opening of imIn (contraste)
[out]	imInd	: Ultimate Path Opening of imIn (Size of the opening)
[out]	stop	: size of the max opening [-1 : max(W,H)]
[out]	lambdaAttribute	: accumulation [0 : no accumulation]

◆ ImBinaryPathOpening()

RES_T ImBinaryPathOpening	(	const Image< T1 > &	imIn,
		const UINT32	Lenght,
		const UINT32	Slice,
		Image< T2 > &	imOut
	)

Binary Path Opening Operation.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: Stop criteria values i.e. size of lenght
[in]	Slice	: Threashold of the input image : the path closing would be applyed on this slice
[out]	imOut	: Binary Path Opening of imIn

◆ ImBinaryPathClosing()

RES_T smil::ImBinaryPathClosing	(	const Image< T1 > &	imIn,
		const UINT32	Lenght,
		const UINT32	Slice,
		Image< T2 > &	imOut
	)

Binary Path Closing Operation.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: Stop criteria values i.e. size of lenght
[in]	Slice	: Threashold of the input image : the path closing would be applyed on this slice
[out]	imOut	: Binary Path Closing of imIn

◆ ImGeodesicPathOpening()

RES_T ImGeodesicPathOpening	(	const Image< UINT8 > &	imIn,
		double	Lenght,
		int	Method,
		Image< T > &	imOut,
		float	ScaleX = `1`,
		float	ScaleY = `1`,
		float	ScaleZ = `1`
	)

ImGeodesicPathOpening : Compute the geodesic diameter for each connected component CC for each threshold.

Parameters

[in]	imIn	: the initial image
[in]	Lenght	: size of the path (above: the CC is destroy)
[out]	imOut	: geodesic valuation of the path
[in]	Method	: size of the path (above: the CC is destroy)
[in]	ScaleX	: Scale X
[in]	ScaleY	: Scale Y
[in]	ScaleZ	: Scale Z

◆ ImGeodesicPathClosing()

RES_T smil::ImGeodesicPathClosing	(	const Image< UINT8 > &	imIn,
		double	Lenght,
		int	Method,
		Image< T > &	imOut,
		float	ScaleX = `1`,
		float	ScaleY = `1`,
		float	ScaleZ = `1`
	)

ImGeodesicPathClosing : Compute the geodesic diameter for each connected component CC for each threshold.

Parameters

[in]	imIn	: the initial image
[out]	imOut	: geodesic valuation of the path
[in]	Lenght	: size of the path (above: the CC is destroy)
[in]	Method	:
[in]	ScaleX	: Scale X
[in]	ScaleY	: Scale Y
[in]	ScaleZ	: Scale Z

◆ ImUltimateGeodesicPathOpening()

RES_T ImUltimateGeodesicPathOpening	(	const Image< UINT8 > &	imIn,
		Image< UINT8 > &	imTrans,
		Image< T > &	imInd,
		float	ScaleX = `1`,
		float	ScaleY = `1`,
		float	ScaleZ = `1`,
		int	stop = `-1`,
		int	lambdaAttribute = `0`,
		int	takeMin = `1`
	)

ImGeodesicPathUltimateOpening : Compute the geodesic diameter for each connected component CC for each threshold and then the ultimate O.

Parameters

[in]	imIn	: the initial image
[out]	imTrans	: geodesic valuation of the path: image Transform
[out]	imInd	: geodesic valuation of the path : image Indicatrice
[in]	ScaleX	: Scale X
[in]	ScaleY	: Scale Y
[in]	ScaleZ	: Scale Z
[in]	stop	: Parameter of the UO stop lenght value
[in]	lambdaAttribute	: Accumulation. [0, no accumulation]
[in]	takeMin	: As the geodesic Path is not an increasing attribute, we can chose the min or the max.

◆ ImUltimateGeodesicPathClosing()

RES_T smil::ImUltimateGeodesicPathClosing	(	const Image< UINT8 > &	imIn,
		Image< UINT8 > &	imTrans,
		Image< T > &	imIndicatrice,
		float	ScaleX = `1`,
		float	ScaleY = `1`,
		float	ScaleZ = `1`,
		int	stop = `-1`,
		int	lambdaAttribute = `0`,
		int	takeMin = `1`
	)

ImGeodesicPathUltimateClosing: Compute the geodesic diameter for each connected component CC for each threshold and then the ultimate O.

Parameters

[in]	imIn	: the initial image
[out]	imTrans	: geodesic valuation of the path: image Transform
[out]	imIndicatrice	: geodesic valuation of the path : image Indicatrice
[in]	ScaleX	: Scale X
[in]	ScaleY	: Scale Y
[in]	ScaleZ	: Scale Z
[in]	stop	: Parameter of the UO stop lenght value
[in]	lambdaAttribute	: Accumulation. [0, no accumulation]
[in]	takeMin	: As the geodesic Path is not an increasing attribute, we can chose the min or the max.

◆ ImGeodesicElongation()

RES_T ImGeodesicElongation	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		int	sliceBySlice = `0`,
		double	dz_over_dx = `1`
	)

ImGeodesicElongation : we compute the elongation for each CC.

Parameters

[in]	imIn	: the initial image (binary : 0, 255)
[out]	imOut	: the result (gray scale )
[in]	sliceBySlice	: if we apply this algorithm for the entire picture or slice by slice.
[in]	dz_over_dx	:

◆ ImGeodesicExtremities()

RES_T ImGeodesicExtremities	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		int	sliceBySlice = `0`,
		double	dz_over_dx = `1`
	)

ImGeodesicExtremities : we compute the elongation for each CC.

Parameters

[in]	imIn	: the initial image (binary : 0, 255)
[out]	imOut	: the result (gray scale )
[in]	sliceBySlice	: if we apply this algorithm for the entire picture or slice by slice.
[in]	dz_over_dx	:

◆ ImLabelFlatZonesWithElongation()

RES_T ImLabelFlatZonesWithElongation	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut
	)

ImLabelFlatZonesWithElongation : we compute the elongation for each flat zone in a gray scale image.

Only 8-connectivity is implemented by the moment.

Parameters

[in]	imIn	: the initial image (gray scale)
[out]	imOut	: the result (gray scale)

◆ ImLabelFlatZonesWithExtremities()

RES_T ImLabelFlatZonesWithExtremities	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut
	)

ImLabelFlatZonesWithExtremities : we compute the elongation for each flat zone in a gray scale image.

Only 8-connectivity is implemented by the moment.

Parameters

[in]	imIn	: the initial image (gray scale)
[out]	imOut	: the result (gray scale)

◆ ImLabelFlatZonesWithGeodesicDiameter()

RES_T ImLabelFlatZonesWithGeodesicDiameter	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut
	)

ImLabelFlatZonesWithGeodesicDiameter : we compute the geodesic diameter for each flat zone in a gray scale image.

Only 8-connectivity is implemented by the moment.

Parameters

[in]	imIn	: the initial image (gray scale)
[out]	imOut	: the result (gray scale)

◆ ImGeodesicDiameter()

RES_T ImGeodesicDiameter	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		int	sliceBySlice = `0`,
		double	dz_over_dx = `1`
	)

ImGeodesicDiameter : we compute the geodesic diameter for each CC.

Parameters

[in]	imIn	: the initial image (binary : 0, 255)
[out]	imOut	: the result (gray scale )
[in]	sliceBySlice	: if we apply this algorithm for the entire picture or slice by slice.
[in]	dz_over_dx	:

◆ ImUltimatePathOpening_GraphV2()

RES_T ImUltimatePathOpening_GraphV2	(	const Image< UINT8 > &	imIn,
		Image< T1 > &	imTrans,
		Image< T2 > &	imInd,
		int	stop = `-1`,
		int	lambdaAttribute = `0`
	)

Ultimate Path Opening Operation with a graph V2.

Parameters

[in]	imIn	: the initial image
[out]	imTrans	: Ultimate Path Opening of imIn (contraste)
[out]	imInd	: Ultimate Path Opening of imIn (Size of the opening)
[out]	stop	: size of the max opening [-1 : max(W,H)]
[out]	lambdaAttribute	: accumulation [0 : no accumulation]

◆ ImUltimatePathClosing_GraphV2()

RES_T smil::ImUltimatePathClosing_GraphV2	(	const Image< UINT8 > &	imIn,
		Image< T1 > &	imTrans,
		Image< T2 > &	imInd,
		int	stop = `-1`,
		int	lambdaAttribute = `0`
	)

Ultimate Path Closing Operation with a graph V2.

Parameters

[in]	imIn	: the initial image
[out]	imTrans	: Ultimate Path Opening of imIn (contraste)
[out]	imInd	: Ultimate Path Opening of imIn (Size of the opening)
[out]	stop	: size of the max opening [-1 : max(W,H)]
[out]	lambdaAttribute	: accumulation [0 : no accumulation]

◆ ImPathOpening_GraphV2()

RES_T ImPathOpening_GraphV2	(	const Image< UINT8 > &	imIn,
		double	Lenght,
		Image< T > &	imOut
	)

Path Opening Operation with a graph V2.

Parameters

[in]	imIn	: the initial image
[out]	imOut	: pathOpening of imIn
[in]	Lenght	: criteria value i.e. size of lenght

◆ ImPathClosing_GraphV2()

RES_T smil::ImPathClosing_GraphV2	(	const Image< UINT8 > &	imIn,
		double	Lenght,
		Image< T > &	imOut
	)

Path Closing Operation with a graph V2.

Parameters

[in]	imIn	: the initial image
[out]	imOut	: pathOpening of imIn
[in]	Lenght	: criteria value i.e. size of lenght

◆ ImThresholdWithUniqueCCForBackGround()

RES_T ImThresholdWithUniqueCCForBackGround	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		int	SliceBySlice = `0`
	)

ImThresholdWithUniqueCCForBackGround : for each slice of a 3D image, we select a threshold to have one CC of the background.

Parameters

[in]	imIn	: the initial image
[out]	imOut	: the result (binary : 0, 255)
[in]	SliceBySlice	: if we apply this algorithm for the entire picture or slice by slice.

◆ ImThresholdWithMuAndSigma()

RES_T ImThresholdWithMuAndSigma	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut,
		float	paramSigma = `1`
	)

ImThresholdWithMuAndSigma : for each slice of a 3D image, we compute Mu and Sigma and we apply a threshold of (MU + paramSigma * Sigma)

Parameters

[in]	imIn	: the initial image
[out]	imOut	: the result (binary : 0, 255)
[in]	paramSigma	: threshold : Mu + paramSigma * Sigma

◆ PseudoPatternSpectrum()

RES_T PseudoPatternSpectrum	(	const Image< T1 > &	imIn,
		const Image< T2 > &	imIn2,
		int *	patternSpect
	)

PseudoPatternSpectrum : With the contrast and the indicatrice images from the UPO, we compute the pattern spectrum.

Parameters

[in]	imIn	:
[in]	imIn2	:
[out]	patternSpect	: image

◆ ImSupSmallRegion()

RES_T ImSupSmallRegion	(	const Image< T1 > &	imIndicatrice,
		Image< T2 > &	imIndicatriceCorr,
		float	percentage
	)

ImSupSmallRegion : Delete from an image of the conected component where their area is less than their gray level times a percentage.

Parameters

[in]	imIndicatrice	: the initial image
[out]	imIndicatriceCorr	: the initial image filtered
[in]	percentage	:

◆ ImElongationFromSkeleton()

RES_T ImElongationFromSkeleton	(	const Image< UINT8 > &	imBin,
		const Image< T1 > &	imSk,
		Image< T2 > &	imOut
	)

ImElongationFromSkeleton : from a binary image and its skeleton, we compute the elongation of each CC.

Parameters

[in]	imBin	: the initial image (binary : 0, 255)
[in]	imSk	: the initial image (the skeleton associated)
[out]	imOut	: the result : each CC have a value which correspond to the elongation of the CC

◆ ImFromSkeletonSupTriplePoint()

RES_T ImFromSkeletonSupTriplePoint	(	const Image< T1 > &	imIn,
		Image< T2 > &	imOut
	)

ImFromSkeletonSupTriplePoint : Suppress the triples points from a skeleton.

Parameters

[in]	imIn	: the initial image
[out]	imOut	: the result

◆ FromSkeletonComputeGranulometry()

RES_T FromSkeletonComputeGranulometry	(	const Image< T > &	imIn,
		UINT32 *	Granulo,
		int	nbElt,
		float	ScaleX,
		float	ScaleY,
		float	ScaleZ
	)

FromSkeletonComputeGranulometry : Compute the histogram of lenght of the skeleton.

Parameters

[in]	imIn	: the initial image
[out]	Granulo	:
[in]	nbElt	:
[in]	ScaleX	: Scale X
[in]	ScaleY	: Scale Y
[in]	ScaleZ	: Scale Z

◆ ImFalseColorHSL()

RES_T ImFalseColorHSL	(	const Image< T > &	imIn,
		Image< RGB > &	imOut,
		float	Scale
	)

ImFalseColorHSL : from a gray scale picture, we apply false color with a shade off.

(HSL color space)

Parameters

[in]	imIn	: the initial image
[out]	imOut	: the result
[in]	Scale	: we multiply each pixel by a scale factor.

Detailed Description

Functions

Function Documentation

◆ ImPathOpeningBruteForce()

◆ ImPathClosingBruteForce()

◆ ImPathOpening()

◆ ImPathClosing()

◆ ImUltimatePathOpening()

◆ ImUltimatePathClosing()

◆ ImBinaryPathOpening()

◆ ImBinaryPathClosing()

◆ ImGeodesicPathOpening()

◆ ImGeodesicPathClosing()

◆ ImUltimateGeodesicPathOpening()

◆ ImUltimateGeodesicPathClosing()

◆ ImGeodesicElongation()

◆ ImGeodesicExtremities()

◆ ImLabelFlatZonesWithElongation()

◆ ImLabelFlatZonesWithExtremities()

◆ ImLabelFlatZonesWithGeodesicDiameter()

◆ ImGeodesicDiameter()

◆ ImUltimatePathOpening_GraphV2()

◆ ImUltimatePathClosing_GraphV2()

◆ ImPathOpening_GraphV2()

◆ ImPathClosing_GraphV2()

◆ ImThresholdWithUniqueCCForBackGround()

◆ ImThresholdWithMuAndSigma()

◆ PseudoPatternSpectrum()

◆ ImSupSmallRegion()

◆ ImElongationFromSkeleton()

◆ ImFromSkeletonSupTriplePoint()

◆ FromSkeletonComputeGranulometry()

◆ ImFalseColorHSL()