Functions
Image	oevislib_net.Image.Smooth (int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Smooths an image by averaging the pixels inside a specific kernel.
Image	oevislib_net.Image.Smooth (Region inKernel, Point2Di inKernelAnchor, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Smooths an image by averaging the pixels inside a Region kernel.
Image	oevislib_net.Image.Smooth (MeanKernel inKernel, Optional< Region > inRoi=null)
	Smooths an image by averaging the pixels inside a predefined kernel.
Image	oevislib_net.Image.MedianSmooth (int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi)
	Replaces each pixel with the median of pixels inside a kernel.
Image	oevislib_net.Image.MedianSmooth (Optional< Region > inRoi=null)
	Replaces each pixel with the median of pixels inside a kernel with radius 3.
Image	oevislib_net.Image.QuantileSmooth (float inQuantile, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi)
	Replaces each pixel with a quantile of the pixels inside a specific kernel.
Image	oevislib_net.Image.BilateralSmooth (float inDistanceSigma, float inColorSigma, int inIterationCount, Optional< Region > inRoi)
	Smooths the image preserving sharp edges (using a 3x3 kernel).
Image	oevislib_net.Image.GaussianSmooth (float inStdDevX, Optional< float > inStdDevY, float inKernelRelativeSize, Optional< Region > inRoi, Optional< int > outKernelRadiusX, Optional< int > outKernelRadiusY)
	Smooths the image using a Gaussian kernel.
Image	oevislib_net.Image.GaussianSmooth (GaussianKernel inKernel, Optional< Region > inRoi=null)
	Smooths the image using a predefined Gaussian kernel.
Image	oevislib_net.Image.MiddleSmooth (KernelShape inKernelShape, int inRadiusX, Optional< int > inRadiusY, Optional< Region > inRoi, Optional< Region > inSourceRoi, Optional< Pixel > inBorderColor)
	Replaces each pixel with the middle value of the kernel.
Image	oevislib_net.Image.SmoothGradientDirections (int inRadiusX, Optional< int > inRadiusY=null, int inMinSampleCount=0)
	Smooths the result of Image::gradientDirections.

Detailed Description

Function Documentation

◆ BilateralSmooth()

Image oevislib_net.Image.BilateralSmooth	(	float	inDistanceSigma,
		float	inColorSigma,
		int	inIterationCount,
		Optional< Region >	inRoi )

inline

Smooths the image preserving sharp edges (using a 3x3 kernel).

Parameters

inDistanceSigma	Standard deviation used when computing the Gaussian difference between two pixel positions. Range: [0, 128].
inColorSigma	Standard deviation used when computing the Gaussian difference between two pixel values. Range: [0, +inf).
inIterationCount	Number of times the bilateral filter will be run. Range: [1, +inf).
inRoi	Region of interest.

Returns: Smoothed image.

◆ GaussianSmooth() [1/2]

Image oevislib_net.Image.GaussianSmooth	(	float	inStdDevX,
		Optional< float >	inStdDevY,
		float	inKernelRelativeSize,
		Optional< Region >	inRoi,
		Optional< int >	outKernelRadiusX,
		Optional< int >	outKernelRadiusY )

inline

Smooths the image using a Gaussian kernel.

Parameters

inStdDevX	Standard deviation on X axis. Range: [0, +inf).
inStdDevY	Standard deviation on Y axis (equal to inStdDevX if not specified). Range: [0, +inf).
inKernelRelativeSize	Multiplier for the standard deviation determining the size of the kernel. Range: [0, 3].
inRoi	Range of pixels to be updated in the output image.
outKernelRadiusX	Kernel radius on X axis used.
outKernelRadiusY	Kernel radius on Y axis used.

Returns: Output image.

◆ GaussianSmooth() [2/2]

Image oevislib_net.Image.GaussianSmooth	(	GaussianKernel	inKernel,
		Optional< Region >	inRoi = null )

inline

Smooths the image using a predefined Gaussian kernel.

Parameters

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

Returns: Output image.

◆ MedianSmooth() [1/2]

Image oevislib_net.Image.MedianSmooth	(	int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi )

inline

Replaces each pixel with the median of pixels inside a kernel.

Parameters

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.

Returns: Output image.

◆ MedianSmooth() [2/2]

Image oevislib_net.Image.MedianSmooth ( Optional< Region > inRoi = null )

inline

Replaces each pixel with the median of pixels inside a kernel with radius 3.

Parameters

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

Returns: Output image.

◆ MiddleSmooth()

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

inline

Replaces each pixel with the middle value of the kernel.

The middle value consists of the average of the maximum and the minimum value 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.

Returns: Output image.

◆ QuantileSmooth()

Image oevislib_net.Image.QuantileSmooth	(	float	inQuantile,
		int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi )

inline

Replaces each pixel with a quantile of the pixels inside a specific kernel.

Parameters

inQuantile	Quantile value. Range: [0, 1].
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.

Returns: Output image.

◆ Smooth() [1/3]

Image oevislib_net.Image.Smooth	(	int	inRadiusX,
		Optional< int >	inRadiusY,
		Optional< Region >	inRoi,
		Optional< Region >	inSourceRoi,
		Optional< Pixel >	inBorderColor )

inline

Smooths an image by averaging the pixels inside a specific kernel.

Parameters

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.

Returns: Output image.

◆ Smooth() [2/3]

Image oevislib_net.Image.Smooth	(	MeanKernel	inKernel,
		Optional< Region >	inRoi = null )

inline

Smooths an image by averaging the pixels inside a predefined kernel.

Parameters

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

Returns: Output image.

◆ Smooth() [3/3]

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

inline

Smooths an image by averaging the pixels inside a Region 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.

◆ SmoothGradientDirections()

Image oevislib_net.Image.SmoothGradientDirections	(	int	inRadiusX,
		Optional< int >	inRadiusY = null,
		int	inMinSampleCount = 0 )

inline

Smooths the result of Image::gradientDirections.

Parameters

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).
inMinSampleCount	Minimum number of pixels to consider a window non-zero.

Returns: Output directions.

Functions

Detailed Description

Function Documentation

◆ BilateralSmooth()

◆ GaussianSmooth() [1/2]

◆ GaussianSmooth() [2/2]

◆ MedianSmooth() [1/2]

◆ MedianSmooth() [2/2]

◆ MiddleSmooth()

◆ QuantileSmooth()

◆ Smooth() [1/3]

◆ Smooth() [2/3]

◆ Smooth() [3/3]

◆ SmoothGradientDirections()