Functions
static Image	oevislib_net.Image.operator+ (Image inImage1, Image inImage2)
	Sums two images pixel by pixel.
static Image	oevislib_net.Image.operator- (Image inImage1, Image inImage2)
	Subtracts the second image from the first one pixel by pixel.
static Image	oevislib_net.Image.operator* (Image inImage1, Image inImage2)
	Multiplies two images pixel by pixel.
static Image	oevislib_net.Image.SumImages (Image inImage1, Image inImage2, float inWeight1, float inWeight2, Optional< Region > inRoi)
	Sums two images pixel by pixel.
static Image	oevislib_net.Image.SubtractImages (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Subtracts two images pixel by pixel.
static Image	oevislib_net.Image.MultiplyImages (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Multiplies two images pixel by pixel.
static Image	oevislib_net.Image.DivideImages (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Divides two images pixel by pixel.
static Image	oevislib_net.Image.AbsDifferenceImages (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Computes the absolute distances between corresponding pixel values.
static Image	oevislib_net.Image.AbsDifferenceImages (Image inImage1, Image inImage2, Box inBox1, Box inBox2)
	Computes the absolute distances between corresponding pixel values, inside the specified boxes.
static Image	oevislib_net.Image.AverageImages (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Averages two images pixel by pixel.
static Image	oevislib_net.Image.ComputeMinImage (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Creates an image from the lower pixel values of each corresponding pair.
static Image	oevislib_net.Image.ComputeMaxImage (Image inImage1, Image inImage2, Optional< Region > inRoi=null)
	Creates an image from the higher pixel values of each corresponding pair.
static Image	oevislib_net.Image.ComposeImages (Image inImage1, Image inImage2, Region inForegroundRegion, Optional< Region > inRoi=null)
	Creates a new image, taking a set of pixels from the first image and the missing ones from the second image.
static Image	oevislib_net.Image.ConcatenateImages (Image inImage1, Image inImage2, ConcatDirection inDirection, int inOverlap, BlendingMethod inBlendingMethod)
	Creates a new image, concatenating the two in input.
static Image	oevislib_net.Image.ConcatenateImages (Array< Image > inImages, ConcatDirection inDirection, Array< int > inOverlap, BlendingMethod inBlendingMethod)
	Creates a new image, concatenating a set of images in input.
static Image	oevislib_net.Image.StitchImages (Image inImage1, Image inImage2, UCS2D inAlignment, BlendingMethod inBlendingMethod)
	Stitch one image onto another one.
static Image	oevislib_net.Image.StitchImages (Array< Image > inImages, Array< UCS2D > inAlignments, BlendingMethod inBlendingMethod)
	Stitch multiple images together.
static Image	oevislib_net.Image.InterpolateImages (Image inImage1, Image inImage2, float inInterpolationValue, Optional< Region > inRoi)
	Interpolates two images linearly pixel by pixel.
static Image	oevislib_net.Image.InterpolateImages (Image inImage1, Image inImage2, Image inInterpolationValues, Optional< Region > inRoi)
	Interpolates two images linearly pixel by pixel, according to another image's values.

Detailed Description

Function Documentation

◆ AbsDifferenceImages() [1/2]

Image oevislib_net.Image.AbsDifferenceImages	(	Image	inImage1,
		Image	inImage2,
		Box	inBox1,
		Box	inBox2 )

inlinestatic

Computes the absolute distances between corresponding pixel values, inside the specified boxes.

Parameters

inImage1	First image.
inImage2	Second image.
inBox1	Region of pixels to process inside the first image.
inBox2	Region of pixels to process inside the second image.

Returns: Output image.

◆ AbsDifferenceImages() [2/2]

Image oevislib_net.Image.AbsDifferenceImages	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Computes the absolute distances between corresponding pixel values.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ AverageImages()

Image oevislib_net.Image.AverageImages	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Averages two images pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ ComposeImages()

Image oevislib_net.Image.ComposeImages	(	Image	inImage1,
		Image	inImage2,
		Region	inForegroundRegion,
		Optional< Region >	inRoi = null )

inlinestatic

Creates a new image, taking a set of pixels from the first image and the missing ones from the second image.

Parameters

inImage1	First image.
inImage2	Second image.
inForegroundRegion	Region of pixels taken from the first image.
inRoi	Region of pixels to be processed using the second image. Outside this region pixels will be set to 0.

Returns: Output image.

◆ ComputeMaxImage()

Image oevislib_net.Image.ComputeMaxImage	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Creates an image from the higher pixel values of each corresponding pair.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ ComputeMinImage()

Image oevislib_net.Image.ComputeMinImage	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Creates an image from the lower pixel values of each corresponding pair.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ ConcatenateImages() [1/2]

Image oevislib_net.Image.ConcatenateImages	(	Array< Image >	inImages,
		ConcatDirection	inDirection,
		Array< int >	inOverlap,
		BlendingMethod	inBlendingMethod )

inlinestatic

Creates a new image, concatenating a set of images in input.

Parameters

inImages	Images to concatenate.
inDirection	Concatenation direction.
inOverlap	Overlap between the two images. A single value can be passed to be applied to all the images. Otherwise, if multiple values are specified, the array size must be equal to the number of images - 1. Range: [0, +inf).
inBlendingMethod	How the overlap section is computed.

Returns: Output image.

◆ ConcatenateImages() [2/2]

Image oevislib_net.Image.ConcatenateImages	(	Image	inImage1,
		Image	inImage2,
		ConcatDirection	inDirection,
		int	inOverlap,
		BlendingMethod	inBlendingMethod )

inlinestatic

Creates a new image, concatenating the two in input.

Parameters

inImage1	First image.
inImage2	Second image.
inDirection	Concatenation direction.
inOverlap	Overlap between the two images. Range: [0, +inf).
inBlendingMethod	How the overlap section is computed.

Returns: Output image.

◆ DivideImages()

Image oevislib_net.Image.DivideImages	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Divides two images pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ InterpolateImages() [1/2]

Image oevislib_net.Image.InterpolateImages	(	Image	inImage1,
		Image	inImage2,
		float	inInterpolationValue,
		Optional< Region >	inRoi )

inlinestatic

Interpolates two images linearly pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.
inInterpolationValue	Interpolation value between the input images. If set to 1 the output will be equal to the first image, if set to 0 to the second image. Range: [0, 1].
inRoi	Region to process.

Returns: Output image.

◆ InterpolateImages() [2/2]

Image oevislib_net.Image.InterpolateImages	(	Image	inImage1,
		Image	inImage2,
		Image	inInterpolationValues,
		Optional< Region >	inRoi )

inlinestatic

Interpolates two images linearly pixel by pixel, according to another image's values.

Parameters

inImage1	First image.
inImage2	Second image.
inInterpolationValues	Interpolation values between the input images.
inRoi	Region to process.

Returns: Output image.

◆ MultiplyImages()

Image oevislib_net.Image.MultiplyImages	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Multiplies two images pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ operator*()

Image oevislib_net.Image.operator*	(	Image	inImage1,
		Image	inImage2 )

inlinestatic

Multiplies two images pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.

Returns: Output image.

◆ operator+()

Image oevislib_net.Image.operator+	(	Image	inImage1,
		Image	inImage2 )

inlinestatic

Sums two images pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.

Returns: Output image.

◆ operator-()

Image oevislib_net.Image.operator-	(	Image	inImage1,
		Image	inImage2 )

inlinestatic

Subtracts the second image from the first one pixel by pixel.

Parameters

inImage1	First image.
inImage2	Second image.

Returns: Output image.

◆ StitchImages() [1/2]

Image oevislib_net.Image.StitchImages	(	Array< Image >	inImages,
		Array< UCS2D >	inAlignments,
		BlendingMethod	inBlendingMethod )

inlinestatic

Stitch multiple images together.

CrossFade blending method is not supported.

Parameters

inImages	Images to stitch.
inAlignments	Images position, rotation and scale relative to their previous image in the array. The array size must be equal to the number of images - 1.
inBlendingMethod	How the overlapped sections are computed.

Returns: Output image.

◆ StitchImages() [2/2]

Image oevislib_net.Image.StitchImages	(	Image	inImage1,
		Image	inImage2,
		UCS2D	inAlignment,
		BlendingMethod	inBlendingMethod )

inlinestatic

Stitch one image onto another one.

CrossFade blending method is not supported.

Parameters

inImage1	First image.
inImage2	Second image.
inAlignment	Defines second image rotation and scale, as well as the point on the first image where the second one will be stitched.
inBlendingMethod	How the overlapped section is computed.

Returns: Output image.

◆ SubtractImages()

Image oevislib_net.Image.SubtractImages	(	Image	inImage1,
		Image	inImage2,
		Optional< Region >	inRoi = null )

inlinestatic

Subtracts two images pixel by pixel.

The output pixels are signed.

Parameters

inImage1	First image.
inImage2	Second image.
inRoi	Region to process.

Returns: Output image.

◆ SumImages()

Image oevislib_net.Image.SumImages	(	Image	inImage1,
		Image	inImage2,
		float	inWeight1,
		float	inWeight2,
		Optional< Region >	inRoi )

inlinestatic

Sums two images pixel by pixel.

Each image is multiplied by its respective weight before summing pixel values.

Parameters

inImage1	First image.
inImage2	Second image.
inWeight1	Weight of the first image.
inWeight2	Weight of the second image.
inRoi	Region to process.

Returns: Output image.

Functions

Detailed Description

Function Documentation

◆ AbsDifferenceImages() [1/2]

◆ AbsDifferenceImages() [2/2]

◆ AverageImages()

◆ ComposeImages()

◆ ComputeMaxImage()

◆ ComputeMinImage()

◆ ConcatenateImages() [1/2]

◆ ConcatenateImages() [2/2]

◆ DivideImages()

◆ InterpolateImages() [1/2]

◆ InterpolateImages() [2/2]

◆ MultiplyImages()

◆ operator*()

◆ operator+()

◆ operator-()

◆ StitchImages() [1/2]

◆ StitchImages() [2/2]

◆ SubtractImages()

◆ SumImages()