#include <vector>
#include <cpl.h>

Functions
bool	AddCplImages (cpl_image image1, const cpl_image image2)

cpl_image *	AddCplImagesCreate (const cpl_image image1, const cpl_image image2)

bool	AddScalarCplImage (cpl_image *image, double scalar)

cpl_image *	AddScalarCplImageCreate (const cpl_image *image, double scalar)

bool	SubtractCplImages (cpl_image image1, const cpl_image image2)

cpl_image *	SubtractCplImagesCreate (const cpl_image image1, const cpl_image image2)

bool	SubtractScalarCplImage (cpl_image *image, double scalar)

cpl_image *	SubtractScalarCplImageCreate (const cpl_image *image, double scalar)

bool	MultiplyCplImages (cpl_image image1, const cpl_image image2)

cpl_image *	MultiplyCplImagesCreate (const cpl_image image1, const cpl_image image2)

bool	MultiplyScalarCplImage (cpl_image *image, double scalar)

cpl_image *	MultiplyScalarCplImageCreate (const cpl_image *image, double scalar)

bool	DivideCplImages (cpl_image image1, const cpl_image image2)

cpl_image *	DivideCplImagesCreate (const cpl_image image1, const cpl_image image2)

bool	DivideScalarCplImage (cpl_image *image, double scalar)

cpl_image *	DivideScalarCplImageCreate (const cpl_image *image, double scalar)

Function Documentation

◆ AddCplImages()

bool AddCplImages	(	cpl_image *	image1,
		const cpl_image *	image2
	)

This file is part of the DDT Image Handling Library and provides functions to perform arithmetical computations on CPL images..

The usage is as follows:

#include "ddt/imageMath.hpp" ... using namespace ddt; Add two images. The result will be stored in the first image, which will be modified according to the result of the operation

Parameters

image1	first CPL image object, will also contain the result of the addition
image2	second CPL image object

Returns: bool indicating success of addition; the operation will fail in case that the images have different sizes or if one has a complex image type, while the other one has not

◆ AddCplImagesCreate()

cpl_image* AddCplImagesCreate	(	const cpl_image *	image1,
		const cpl_image *	image2
	)

Add two images. This function returns the newly created image. It supports images with different types. The returned image has the type of the first passed image.

Parameters

image1	first CPL image object
image2	second CPL image object

Returns: cpl_image the newly created image, or NULL on failure; the operation will fail in case that the images have different sizes or if one has a complex image type, while the other one has not

◆ AddScalarCplImage()

bool AddScalarCplImage	(	cpl_image *	image,
		double	scalar
	)

Add scalar to CPL image. The result will be stored in the provided image.

Parameters

image	CPL image object, will also contain the result of the addition
scalar	the number to be added elementwise to the CPL image

Returns: bool indicating success of addition

◆ AddScalarCplImageCreate()

cpl_image* AddScalarCplImageCreate	(	const cpl_image *	image,
		double	scalar
	)

Add scalar to CPL image. This function returns a newly created image containing the result of the addition.

Parameters

image	CPL image object
scalar	the number to be added elementwise to the CPL image

Returns: cpl_image the newly created image, or NULL on failure

◆ DivideCplImages()

bool DivideCplImages	(	cpl_image *	image1,
		const cpl_image *	image2
	)

Divide two images. The result will be stored in the first image, which will be modified according to the result of the operation

Parameters

image1	first CPL image object, will also contain the result of the division
image2	second CPL image object

Returns: bool indicating success of division; the operation will fail in case that the images have different sizes, if one has a complex image type, while the other one has not or if all pixels in the divisor image are zero

◆ DivideCplImagesCreate()

cpl_image* DivideCplImagesCreate	(	const cpl_image *	image1,
		const cpl_image *	image2
	)

Divide two images. This function returns the newly created image. It supports images with different types. The returned image has the type of the first passed image.

Parameters

image1	first CPL image object
image2	second CPL image object

Returns: cpl_image the newly created image, or NULL on failure; the operation will fail in case that the images have different sizes, if one has a complex image type, while the other one has not or if all pixels in the divisor image are zero

◆ DivideScalarCplImage()

bool DivideScalarCplImage	(	cpl_image *	image,
		double	scalar
	)

Divide CPL image with scalar. The result will be stored in the provided image. The scalar value has to be non-zero, otherwise an error will be returned

Parameters

image	CPL image object, will also contain the result of the division
scalar	the number to divide the CPL image elementwise with

Returns: bool indicating success of division

◆ DivideScalarCplImageCreate()

cpl_image* DivideScalarCplImageCreate	(	const cpl_image *	image,
		double	scalar
	)

Divide CPL image with scalar. This function returns a newly created image containing the result of the division. The scalar value has to be non-zero, otherwise an error will be returned

Parameters

image	CPL image object
scalar	the number to divide the CPL image elementwise with

Returns: cpl_image the newly created image, or NULL on failure

◆ MultiplyCplImages()

bool MultiplyCplImages	(	cpl_image *	image1,
		const cpl_image *	image2
	)

Multiply two images. The result will be stored in the first image, which will be modified according to the result of the operation

Parameters

image1	first CPL image object, will also contain the result of the multiplication
image2	second CPL image object

Returns: bool indicating success of multiplication; the operation will fail in case that the images have different sizes or if one has a complex image type, while the other one has not

◆ MultiplyCplImagesCreate()

cpl_image* MultiplyCplImagesCreate	(	const cpl_image *	image1,
		const cpl_image *	image2
	)

Multiply two images. This function returns the newly created image. It supports images with different types. The returned image has the type of the first passed image.

Parameters

image1	first CPL image object
image2	second CPL image object

Returns: cpl_image the newly created image, or NULL on failure; the operation will fail in case that the images have different sizes or if one has a complex image type, while the other one has not

◆ MultiplyScalarCplImage()

bool MultiplyScalarCplImage	(	cpl_image *	image,
		double	scalar
	)

Multiply scalar with CPL image. The result will be stored in the provided image.

Parameters

image	CPL image object, will also contain the result of the multiplication
scalar	the number to be multiplied elementwise with the CPL image

Returns: bool indicating success of multiplication

◆ MultiplyScalarCplImageCreate()

cpl_image* MultiplyScalarCplImageCreate	(	const cpl_image *	image,
		double	scalar
	)

Multiply scalar with CPL image. This function returns a newly created image containing the result of the multiplication.

Parameters

image	CPL image object
scalar	the number to be multiplied elementwise with the CPL image

Returns: cpl_image the newly created image, or NULL on failure

◆ SubtractCplImages()

bool SubtractCplImages	(	cpl_image *	image1,
		const cpl_image *	image2
	)

Subtract two images. The result will be stored in the first image, which will be modified according to the result of the operation

Parameters

image1	first CPL image object, will also contain the result of the subtraction
image2	second CPL image object

Returns: bool indicating success of subtraction; the operation will fail in case that the images have different sizes or if one has a complex image type, while the other one has not

◆ SubtractCplImagesCreate()

cpl_image* SubtractCplImagesCreate	(	const cpl_image *	image1,
		const cpl_image *	image2
	)

Subtract two images. This function returns the newly created image. It supports images with different types. The returned image has the type of the first passed image.

Parameters

image1	first CPL image object
image2	second CPL image object

Returns: cpl_image the newly created image, or NULL on failure; the operation will fail in case that the images have different sizes or if one has a complex image type, while the other one has not

◆ SubtractScalarCplImage()

bool SubtractScalarCplImage	(	cpl_image *	image,
		double	scalar
	)

Subtract scalar from CPL image. The result will be stored in the provided image.

Parameters

image	CPL image object, will also contain the result of the subtraction
scalar	the number to be subtracted elementwise from the CPL image

Returns: bool indicating success of subtraction

◆ SubtractScalarCplImageCreate()

cpl_image* SubtractScalarCplImageCreate	(	const cpl_image *	image,
		double	scalar
	)

Subtract scalar from CPL image. This function returns a newly created image containing the result of the subtraction.

Parameters

image	CPL image object
scalar	the number to be subtracted elementwise from the CPL image

Returns: cpl_image the newly created image, or NULL on failure

Functions

Function Documentation

◆ AddCplImages()

◆ AddCplImagesCreate()

◆ AddScalarCplImage()

◆ AddScalarCplImageCreate()

◆ DivideCplImages()

◆ DivideCplImagesCreate()

◆ DivideScalarCplImage()

◆ DivideScalarCplImageCreate()

◆ MultiplyCplImages()

◆ MultiplyCplImagesCreate()

◆ MultiplyScalarCplImage()

◆ MultiplyScalarCplImageCreate()

◆ SubtractCplImages()

◆ SubtractCplImagesCreate()

◆ SubtractScalarCplImage()

◆ SubtractScalarCplImageCreate()