Functions
Image	oevislib_net.Image.Dilate (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor, Optional< Region > outKernel)
	Computes a dilation of the image using a specific kernel.
Image	oevislib_net.Image.Dilate (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes a dilation of the image using a Region as kernel.
Image	oevislib_net.Image.Dilate (MorphologyKernel inKernel, Optional< Region > inRoi=null)
	Computes a dilation of the image using a predefined kernel.
Image	oevislib_net.Image.Erode (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor, Optional< Region > outKernel)
	Computes an erosion of the image using a specific kernel.
Image	oevislib_net.Image.Erode (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes an erosion of the image using a Region as kernel.
Image	oevislib_net.Image.Erode (MorphologyKernel inKernel, Optional< Region > inRoi=null)
	Computes an erosion of the image using a predefined kernel.
void	oevislib_net.Image.DilateAndErode (Image outDilated, Image outEroded, KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes dilation and erosion on the image simultaneously (faster than the two separate operations).
void	oevislib_net.Image.DilateErodeAndAverage (Image outDilated, Image outEroded, Image outAveraged, KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes dilation, erosion and average simultaneously (faster execution).
Image	oevislib_net.Image.Open (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor, Optional< Region > outKernel)
	Computes the opening of the image using a specific kernel.
Image	oevislib_net.Image.Open (MorphologyKernel inKernel, Optional< Region > inRoi=null, Optional< Pixel > inBorderColor=null)
	Computes the opening of the image using a predefined kernel.
Image	oevislib_net.Image.Open (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes the opening of the image using a Region as kernel.
Image	oevislib_net.Image.Close (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor, Optional< Region > outKernel)
	Computes the closing of the image using a specific kernel.
Image	oevislib_net.Image.Close (MorphologyKernel inKernel, Optional< Region > inRoi=null, Optional< Pixel > inBorderColor=null)
	Computes the closing of the image using a predefined kernel.
Image	oevislib_net.Image.Close (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes the closing of the image using a Region as kernel.
Image	oevislib_net.Image.TopHat (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor, Optional< Region > outKernel)
	Computes the top hat of the image using a specific kernel.
Image	oevislib_net.Image.TopHat (MorphologyKernel inKernel, Optional< Region > inRoi=null, Optional< Pixel > inBorderColor=null)
	Computes the top hat of the image using a predefined kernel.
Image	oevislib_net.Image.TopHat (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes the bottom hat of the image using a Region as kernel.
Image	oevislib_net.Image.BottomHat (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor, Optional< Region > outKernel)
	Computes the bottom hat of the image using a specific kernel.
Image	oevislib_net.Image.BottomHat (MorphologyKernel inKernel, Optional< Region > inRoi=null, Optional< Pixel > inBorderColor=null)
	Computes the bottom hat of the image using a predefined kernel.
Image	oevislib_net.Image.BottomHat (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Computes the bottom hat of the image using a Region as kernel.
Image	oevislib_net.Image.HitAndMiss (Region inHitKernel, Region inMissKernel)
	Apply the Hit&Miss kernel to the image.
Image	oevislib_net.Image.Prune (int inMaxLength)
	Prune the image.

Detailed Description

Function Documentation

◆ BottomHat() [1/3]

Image oevislib_net.Image.BottomHat	(	KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor,
		Optional< Region >	outKernel )

inline

Computes the bottom hat of the image using a specific kernel.

Represents the difference between the image and its opened version.

Parameters

inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.
outKernel	Kernel region used.

Returns: Output image.

◆ BottomHat() [2/3]

Image oevislib_net.Image.BottomHat	(	MorphologyKernel	inKernel,
		Optional< Region >	inRoi = null,
		Optional< Pixel >	inBorderColor = null )

inline

Computes the bottom hat of the image using a predefined kernel.

Represents the difference between the image and its opened version.

Parameters

inKernel	Kernel.
inRoi	Range of pixels to be updated in the output image.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ BottomHat() [3/3]

Image oevislib_net.Image.BottomHat	(	Region	inKernel,
		Point2Di	inKernelAnchor,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes the bottom hat of the image using a Region as kernel.

Represents the difference between the image and its opened version.

Parameters

inKernel	Kernel region.
inKernelAnchor	A point inside inKernel that defines its center.
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ Close() [1/3]

Image oevislib_net.Image.Close	(	KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor,
		Optional< Region >	outKernel )

inline

Computes the closing of the image using a specific kernel.

Removes small holes and fills in small gaps in the image applying consecutive dilation and erosion.

Parameters

inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.
outKernel	Kernel region used.

Returns: Output image.

◆ Close() [2/3]

Image oevislib_net.Image.Close	(	MorphologyKernel	inKernel,
		Optional< Region >	inRoi = null,
		Optional< Pixel >	inBorderColor = null )

inline

Computes the closing of the image using a predefined kernel.

Removes small holes and fills in small gaps in the image applying consecutive dilation and erosion.

Parameters

inKernel	Kernel.
inRoi	Range of pixels to be updated in the output image.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ Close() [3/3]

Image oevislib_net.Image.Close	(	Region	inKernel,
		Point2Di	inKernelAnchor,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes the closing of the image using a Region as kernel.

Removes small holes and fills in small gaps in the image applying consecutive dilation and erosion.

Parameters

inKernel	Kernel region.
inKernelAnchor	A point inside inKernel that defines its center.
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ Dilate() [1/3]

Image oevislib_net.Image.Dilate	(	KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor,
		Optional< Region >	outKernel )

inline

Computes a dilation of the image using a specific kernel.

Replaces each pixel with the maximum of its neighboring pixels (inside the kernel).

Parameters

inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.
outKernel	Kernel region used.

Returns: Output image.

◆ Dilate() [2/3]

Image oevislib_net.Image.Dilate	(	MorphologyKernel	inKernel,
		Optional< Region >	inRoi = null )

inline

Computes a dilation of the image using a predefined kernel.

Replaces each pixel with the maximum of its neighboring pixels (inside the kernel).

Parameters

inKernel	Kernel.
inRoi	Range of pixels to be updated in the output image.

Returns: Output image.

◆ Dilate() [3/3]

Image oevislib_net.Image.Dilate	(	Region	inKernel,
		Point2Di	inKernelAnchor,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes a dilation of the image using a Region as kernel.

Replaces each pixel with the maximum of its neighboring pixels (inside the kernel).

Parameters

inKernel	Kernel region.
inKernelAnchor	A point inside inKernel that defines its center.
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ DilateAndErode()

void oevislib_net.Image.DilateAndErode	(	Image	outDilated,
		Image	outEroded,
		KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes dilation and erosion on the image simultaneously (faster than the two separate operations).

Parameters

outDilated	Output dilated image.
outEroded	Output eroded image.
inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

◆ DilateErodeAndAverage()

void oevislib_net.Image.DilateErodeAndAverage	(	Image	outDilated,
		Image	outEroded,
		Image	outAveraged,
		KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes dilation, erosion and average simultaneously (faster execution).

Parameters

outDilated	Output dilated image.
outEroded	Output eroded image.
outAveraged	Output averaged image.
inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

◆ Erode() [1/3]

Image oevislib_net.Image.Erode	(	KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor,
		Optional< Region >	outKernel )

inline

Computes an erosion of the image using a specific kernel.

Replaces each pixel with the minimum of its neighboring pixels (inside the kernel).

Parameters

inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.
outKernel	Kernel region used.

Returns: Output image.

◆ Erode() [2/3]

Image oevislib_net.Image.Erode	(	MorphologyKernel	inKernel,
		Optional< Region >	inRoi = null )

inline

Computes an erosion of the image using a predefined kernel.

Replaces each pixel with the minimum of its neighboring pixels (inside the kernel).

Parameters

inKernel	Kernel.
inRoi	Range of pixels to be updated in the output image.

Returns: Output image.

◆ Erode() [3/3]

Image oevislib_net.Image.Erode	(	Region	inKernel,
		Point2Di	inKernelAnchor,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes an erosion of the image using a Region as kernel.

Replaces each pixel with the minimum of its neighboring pixels (inside the kernel).

Parameters

inKernel	Kernel region.
inKernelAnchor	A point inside inKernel that defines its center.
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ HitAndMiss()

Image oevislib_net.Image.HitAndMiss	(	Region	inHitKernel,
		Region	inMissKernel )

inline

Apply the Hit&Miss kernel to the image.

Parameters

inHitKernel	Hit kernel.
inMissKernel	Miss kernel.

Returns: Output image.

◆ Open() [1/3]

Image oevislib_net.Image.Open	(	KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor,
		Optional< Region >	outKernel )

inline

Computes the opening of the image using a specific kernel.

Removes small gaps and fills in small holes in the image applying consecutive erosion and dilation.

Parameters

inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.
outKernel	Kernel region used.

Returns: Output image.

◆ Open() [2/3]

Image oevislib_net.Image.Open	(	MorphologyKernel	inKernel,
		Optional< Region >	inRoi = null,
		Optional< Pixel >	inBorderColor = null )

inline

Computes the opening of the image using a predefined kernel.

Removes small gaps and fills in small holes in the image applying consecutive erosion and dilation.

Parameters

inKernel	Kernel.
inRoi	Range of pixels to be updated in the output image.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ Open() [3/3]

Image oevislib_net.Image.Open	(	Region	inKernel,
		Point2Di	inKernelAnchor,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes the opening of the image using a Region as kernel.

Removes small gaps and fills in small holes in the image applying consecutive erosion and dilation.

Parameters

inKernel	Kernel region.
inKernelAnchor	A point inside inKernel that defines its center.
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ Prune()

Image oevislib_net.Image.Prune ( int inMaxLength )

inline

Prune the image.

Parameters

inMaxLength Trim length used in the pruning process. Range: [0, +inf).

Returns: Output image.

◆ TopHat() [1/3]

Image oevislib_net.Image.TopHat	(	KernelShape	inKernelShape,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor,
		Optional< Region >	outKernel )

inline

Computes the top hat of the image using a specific kernel.

Represents the difference between the opened image and its original version.

Parameters

inKernelShape	Kernel shape.
inRadiusX	Kernel's radius on the X axis. Range: [0, +inf).
inRadiusY	Kernel's radius on the Y axis (equal to inRadiusX if not specified). Range: [0, +inf).
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.
outKernel	Kernel region used.

Returns: Output image.

◆ TopHat() [2/3]

Image oevislib_net.Image.TopHat	(	MorphologyKernel	inKernel,
		Optional< Region >	inRoi = null,
		Optional< Pixel >	inBorderColor = null )

inline

Computes the top hat of the image using a predefined kernel.

Represents the difference between the opened image and its original version.

Parameters

inKernel	Kernel.
inRoi	Range of pixels to be updated in the output image.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

◆ TopHat() [3/3]

Image oevislib_net.Image.TopHat	(	Region	inKernel,
		Point2Di	inKernelAnchor,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Computes the bottom hat of the image using a Region as kernel.

Represents the difference between the opened image and its original version.

Parameters

inKernel	Kernel region.
inKernelAnchor	A point inside inKernel that defines its center.
inRoi	Range of pixels to be updated in the output image.
inSourceRoi	Range of pixels to be considered in the transformation process.
inBorderColor	Pixels' value outside the image boundaries.

Returns: Output image.

Functions

Detailed Description

Function Documentation

◆ BottomHat() [1/3]

◆ BottomHat() [2/3]

◆ BottomHat() [3/3]

◆ Close() [1/3]

◆ Close() [2/3]

◆ Close() [3/3]

◆ Dilate() [1/3]

◆ Dilate() [2/3]

◆ Dilate() [3/3]

◆ DilateAndErode()

◆ DilateErodeAndAverage()

◆ Erode() [1/3]

◆ Erode() [2/3]

◆ Erode() [3/3]

◆ HitAndMiss()

◆ Open() [1/3]

◆ Open() [2/3]

◆ Open() [3/3]

◆ Prune()

◆ TopHat() [1/3]

◆ TopHat() [2/3]

◆ TopHat() [3/3]