Functions
Region	oevislib_net.Region.Dilate (Region inKernel, Optional< Point2Di > inKernelAnchor=null)
	Computes the morphological dilation on the calling region, using the provided kernel.
Region	oevislib_net.Region.Dilate (KernelShape inKernel=KernelShape.Box, int inRadiusX=1, Optional< int > inRadiusY=null)
	Computes the morphological dilation on the calling region, using the selected default kernel.
Region	oevislib_net.Region.Erode (Region inKernel, Optional< Point2Di > inKernelAnchor=null)
	Computes the morphological erosion on the calling region, using the provided kernel.
Region	oevislib_net.Region.Erode (KernelShape inKernel=KernelShape.Box, int inRadiusX=1, Optional< int > inRadiusY=null)
	Computes the morphological erosion on the calling region, using the selected default kernel.
Region	oevislib_net.Region.Open (Region inKernel)
	Computes the morphological opening on the calling region, using the provided kernel.
Region	oevislib_net.Region.Open (KernelShape inKernel=KernelShape.Box, int inRadiusX=1, Optional< int > inRadiusY=null)
	Computes the morphological opening on the calling region, using the selected default kernel.
Region	oevislib_net.Region.Close (Region inKernel)
	Computes the morphological closing on the calling region, using the provided kernel.
Region	oevislib_net.Region.Close (KernelShape inKernel=KernelShape.Box, int inRadiusX=1, Optional< int > inRadiusY=null)
	Computes the morphological closing on the calling region, using the selected default kernel.
Region	oevislib_net.Region.HitAndMiss (Region inHitKernel, Region inMissKernel, Optional< Point2Di > inHitKernelAnchor, Optional< Point2Di > inMissKernelAnchor)
	Computes the morphological hit-and-miss operation using the provided kernels.
Region	oevislib_net.Region.Thin ()
	Computes the morphological thinning on the calling region.
Region	oevislib_net.Region.Thicken ()
	Computes the morphological thickening on the calling region.
Region	oevislib_net.Region.TopHat (Region inKernel)
	Computes the morphological top hat operation on the calling region, using the provided kernel.
Region	oevislib_net.Region.TopHat (KernelShape inKernel=KernelShape.Box, int inRadiusX=1, Optional< int > inRadiusY=null)
	Computes the morphological top hat operation on the calling region, using the selected default kernel.
Region	oevislib_net.Region.BottomHat (Region inKernel)
	Computes the morphological bottom hat operation on the calling region, using the provided kernel.
Region	oevislib_net.Region.BottomHat (KernelShape inKernel=KernelShape.Box, int inRadiusX=1, Optional< int > inRadiusY=null)
	Computes the morphological bottom hat operation on the calling region, using the selected default kernel.
Region	oevislib_net.Region.Skeletonize ()
	Computes the region's morphological skeleton.
Region	oevislib_net.Region.Prune (int inMaxLength)
	Computes the morphological pruning operation.

Detailed Description

Function Documentation

◆ BottomHat() [1/2]

Region oevislib_net.Region.BottomHat	(	KernelShape	inKernel = KernelShape::Box,
		int	inRadiusX = 1,
		Optional< int >	inRadiusY = null )

inline

Computes the morphological bottom hat operation on the calling region, using the selected default kernel.

Parameters

inKernel	Type of kernel.
inRadiusX	Kernel X radius. The effective kernel X size will be (2 * inRadiusX + 1). Range: [0, +inf).
inRadiusY	Kernel Y radius. The effective kernel Y size will be (2 * inRadiusY + 1). If a negative number is provided, the value of inRadiusX will be considered. Range: [0, +inf).

Returns: The computed region.

◆ BottomHat() [2/2]

Region oevislib_net.Region.BottomHat ( Region inKernel )

inline

Computes the morphological bottom hat operation on the calling region, using the provided kernel.

Parameters

inKernel Input region used as the bottom hat kernel.

Returns: The computed region.

◆ Close() [1/2]

Region oevislib_net.Region.Close	(	KernelShape	inKernel = KernelShape::Box,
		int	inRadiusX = 1,
		Optional< int >	inRadiusY = null )

inline

Computes the morphological closing on the calling region, using the selected default kernel.

Parameters

inKernel	Type of kernel.
inRadiusX	Kernel X radius. The effective kernel X size will be (2 * inRadiusX + 1). Range: [0, +inf).
inRadiusY	Kernel Y radius. The effective kernel Y size will be (2 * inRadiusY + 1). If a negative number is provided, the value of inRadiusX will be considered. Range: [0, +inf).

Returns: The computed region.

◆ Close() [2/2]

Region oevislib_net.Region.Close ( Region inKernel )

inline

Computes the morphological closing on the calling region, using the provided kernel.

Parameters

inKernel Input region used as the closing kernel.

Returns: The computed region.

◆ Dilate() [1/2]

Region oevislib_net.Region.Dilate	(	KernelShape	inKernel = KernelShape::Box,
		int	inRadiusX = 1,
		Optional< int >	inRadiusY = null )

inline

Computes the morphological dilation on the calling region, using the selected default kernel.

Parameters

inKernel	Type of kernel.
inRadiusX	Kernel X radius. The effective kernel X size will be (2 * inRadiusX + 1). Range: [0, +inf).
inRadiusY	Kernel Y radius. The effective kernel Y size will be (2 * inRadiusY + 1). If a negative number is provided, the value of inRadiusX will be considered. Range: [0, +inf).

Returns: The dilated region.

◆ Dilate() [2/2]

Region oevislib_net.Region.Dilate	(	Region	inKernel,
		Optional< Point2Di >	inKernelAnchor = null )

inline

Computes the morphological dilation on the calling region, using the provided kernel.

Parameters

inKernel	Input region used as a dilation kernel.
inKernelAnchor	Kernel's anchor. When Null, the anchor is considered to be (width / 2, height / 2).

Returns: The dilated region.

◆ Erode() [1/2]

Region oevislib_net.Region.Erode	(	KernelShape	inKernel = KernelShape::Box,
		int	inRadiusX = 1,
		Optional< int >	inRadiusY = null )

inline

Computes the morphological erosion on the calling region, using the selected default kernel.

Parameters

inKernel	Type of kernel.
inRadiusX	Kernel X radius. The effective kernel X size will be (2 * inRadiusX + 1). Range: [0, +inf).
inRadiusY	Kernel Y radius. The effective kernel Y size will be (2 * inRadiusY + 1). If a negative number is provided, the value of inRadiusX will be considered. Range: [0, +inf).

Returns: The eroded region.

◆ Erode() [2/2]

Region oevislib_net.Region.Erode	(	Region	inKernel,
		Optional< Point2Di >	inKernelAnchor = null )

inline

Computes the morphological erosion on the calling region, using the provided kernel.

Parameters

inKernel	Input region used as a dilation kernel.
inKernelAnchor	Kernel's anchor. When Null, the anchor is considered to be (width / 2, height / 2).

Returns: The eroded region.

◆ HitAndMiss()

Region oevislib_net.Region.HitAndMiss	(	Region	inHitKernel,
		Region	inMissKernel,
		Optional< Point2Di >	inHitKernelAnchor,
		Optional< Point2Di >	inMissKernelAnchor )

inline

Computes the morphological hit-and-miss operation using the provided kernels.

Hit-and-miss kernel intersection must be empty. If not, the function throws an exception.

Parameters

inHitKernel	Input kernel for the hit operation.
inMissKernel	Input kernel for the miss operation.
inHitKernelAnchor	Hit kernel's anchor. When Null, the anchor is considered to be (width / 2, height / 2).
inMissKernelAnchor	Miss kernel's anchor. When Null, the anchor is considered to be (width / 2, height / 2).

Returns: The computed region.

◆ Open() [1/2]

Region oevislib_net.Region.Open	(	KernelShape	inKernel = KernelShape::Box,
		int	inRadiusX = 1,
		Optional< int >	inRadiusY = null )

inline

Computes the morphological opening on the calling region, using the selected default kernel.

Parameters

inKernel	Type of kernel.
inRadiusX	Kernel X radius. The effective kernel X size will be (2 * inRadiusX + 1). Range: [0, +inf).
inRadiusY	Kernel Y radius. The effective kernel Y size will be (2 * inRadiusY + 1). If a negative number is provided, the value of inRadiusX will be considered. Range: [0, +inf).

Returns: The computed region.

◆ Open() [2/2]

Region oevislib_net.Region.Open ( Region inKernel )

inline

Computes the morphological opening on the calling region, using the provided kernel.

Parameters

inKernel Input region used as the opening kernel.

Returns: The computed region.

◆ Prune()

Region oevislib_net.Region.Prune ( int inMaxLength )

inline

Computes the morphological pruning operation.

Parameters

inMaxLength the maximum branch size to retain.

Returns: The computed region.

◆ Skeletonize()

Region oevislib_net.Region.Skeletonize ( )

inline

Computes the region's morphological skeleton.

Returns: The computed region.

◆ Thicken()

Region oevislib_net.Region.Thicken ( )

inline

Computes the morphological thickening on the calling region.

Returns: The computed region.

◆ Thin()

Region oevislib_net.Region.Thin ( )

inline

Computes the morphological thinning on the calling region.

Returns: The computed region.

◆ TopHat() [1/2]

Region oevislib_net.Region.TopHat	(	KernelShape	inKernel = KernelShape::Box,
		int	inRadiusX = 1,
		Optional< int >	inRadiusY = null )

inline

Computes the morphological top hat operation on the calling region, using the selected default kernel.

Parameters

inKernel	Type of kernel.
inRadiusX	Kernel X radius. The effective kernel X size will be (2 * inRadiusX + 1). Range: [0, +inf).
inRadiusY	Kernel Y radius. The effective kernel Y size will be (2 * inRadiusY + 1). If a negative number is provided, the value of inRadiusX will be considered. Range: [0, +inf).

Returns: The computed region.

◆ TopHat() [2/2]

Region oevislib_net.Region.TopHat ( Region inKernel )

inline

Computes the morphological top hat operation on the calling region, using the provided kernel.

Parameters

inKernel Input region used as the top hat kernel.

Returns: The computed region.

Functions

Detailed Description

Function Documentation

◆ BottomHat() [1/2]

◆ BottomHat() [2/2]

◆ Close() [1/2]

◆ Close() [2/2]

◆ Dilate() [1/2]

◆ Dilate() [2/2]

◆ Erode() [1/2]

◆ Erode() [2/2]

◆ HitAndMiss()

◆ Open() [1/2]

◆ Open() [2/2]

◆ Prune()

◆ Skeletonize()

◆ Thicken()

◆ Thin()

◆ TopHat() [1/2]

◆ TopHat() [2/2]