This algorithm needs an INT32 input and an INT32 output. More...

Detailed Description

This algorithm needs an INT32 input and an INT32 output.

It can be an inplace transform However, we are working with UINT8 and UINT8 input and output buffer. Hence, we have already converted the input image in INT32. (not const) First, the result of the area op will be store in imIn. Then we convert it into imOut

The following functions were deactivated in the Swig interface - why ? :

ImArea(Opening|Closing)_MaxTree
ImArea(Opening|Closing)_UnionFind
ImInertia(Thinning|Thickening)_MaxTree

Collaboration diagram for Area Opening/Closing:

Functions
template<class T1 , class T2 >
RES_T	ImAreaClosing_PixelQueue (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Area closing with pixel queue algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaOpening_PixelQueue (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Area Opening with pixel queue algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaOpening_MaxTree (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Area opening with a max tree algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaClosing_MaxTree (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Area closing with a max tree algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaOpening_UnionFind (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Area opening with an union find algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaClosing_UnionFind (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Area closing with an union find algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaOpening_Line (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Non exact implementation of the Area opening with an 1D line (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaClosing_Line (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Non exact implementation of the Area closing with an 1D line (V4) More...

template<class T1 , class T2 >
RES_T	ImAreaOpening_LineSupEqu (const Image< T1 > &imIn, int size, Image< T2 > &imOut)
	Non exact implementation of the Area opening with an 1D line (V4) More...

template<class T1 , class T2 >
RES_T	ImInertiaThinning_MaxTree (const Image< T1 > &imIn, double size, Image< T2 > &imOut)
	Inertia thinning with a max tree algorithm (V4) More...

template<class T1 , class T2 >
RES_T	ImInertiaThickening_MaxTree (const Image< T1 > &imIn, double size, Image< T2 > &imOut)
	Inertia thickening with a max tree algorithm (V4) More...

Function Documentation

◆ ImAreaClosing_PixelQueue()

RES_T ImAreaClosing_PixelQueue	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Area closing with pixel queue algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Closing of imIn

◆ ImAreaOpening_PixelQueue()

RES_T smil::ImAreaOpening_PixelQueue	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Area Opening with pixel queue algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Opening of imIn

◆ ImAreaOpening_MaxTree()

RES_T ImAreaOpening_MaxTree	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Area opening with a max tree algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Opening of imIn

◆ ImAreaClosing_MaxTree()

RES_T smil::ImAreaClosing_MaxTree	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Area closing with a max tree algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Closing of imIn

◆ ImAreaOpening_UnionFind()

RES_T ImAreaOpening_UnionFind	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Area opening with an union find algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area opening of imIn

◆ ImAreaClosing_UnionFind()

RES_T smil::ImAreaClosing_UnionFind	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Area closing with an union find algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Closing of imIn

◆ ImAreaOpening_Line()

RES_T ImAreaOpening_Line	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Non exact implementation of the Area opening with an 1D line (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Opening of imIn

◆ ImAreaClosing_Line()

RES_T smil::ImAreaClosing_Line	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Non exact implementation of the Area closing with an 1D line (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Closing of imIn

◆ ImAreaOpening_LineSupEqu()

RES_T ImAreaOpening_LineSupEqu	(	const Image< T1 > &	imIn,
		int	size,
		Image< T2 > &	imOut
	)

Non exact implementation of the Area opening with an 1D line (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area Opening of imIn

◆ ImInertiaThinning_MaxTree()

RES_T ImInertiaThinning_MaxTree	(	const Image< T1 > &	imIn,
		double	size,
		Image< T2 > &	imOut
	)

Inertia thinning with a max tree algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: inertia thinning of imIn

◆ ImInertiaThickening_MaxTree()

RES_T smil::ImInertiaThickening_MaxTree	(	const Image< T1 > &	imIn,
		double	size,
		Image< T2 > &	imOut
	)

Inertia thickening with a max tree algorithm (V4)

Parameters

[in]	imIn	: the initial image
[in]	size	:
[out]	imOut	: Area inertia thickening of imIn

Detailed Description

Functions

Function Documentation

◆ ImAreaClosing_PixelQueue()

◆ ImAreaOpening_PixelQueue()

◆ ImAreaOpening_MaxTree()

◆ ImAreaClosing_MaxTree()

◆ ImAreaOpening_UnionFind()

◆ ImAreaClosing_UnionFind()

◆ ImAreaOpening_Line()

◆ ImAreaClosing_Line()

◆ ImAreaOpening_LineSupEqu()

◆ ImInertiaThinning_MaxTree()

◆ ImInertiaThickening_MaxTree()