Functions
	calculate_NPCR (image1, image2)
	This function calculates the Number of Pixels Change Rate (NPCR) between two images.

	calculate_UACI (image1, image2)
	This function calculates the Unified Average Changing Intensity (UACI) between two images.

	extract_edges_rgb (image)
	This function extracts the edges from an RGB image.

	get_binary_map (edges)
	This function converts an edge map to a binary map.

	calculate_EDR_rgb (image, alt_image)
	This function calculates the Edge Detection Ratio (EDR) between two RGB images.

	extract_edges_gray (image_Y)
	This function extracts the edges from a grayscale image.

	calculate_EDR_gray (image, alt_image)
	This function calculates the Edge Detection Ratio (EDR) between two grayscale images.

	calculate_entropy_rgb (image)
	This function calculates the entropy of an RGB image.

	calculate_entropy_gray (gray_image)
	This function calculates the entropy of a grayscale image.

	get_PSNR_for_images (init_image, alt_images)
	This function calculates the Peak Signal-to-Noise Ratio (PSNR) for a set of images.

	get_PSNR_for_images_and_origins (init_images, alt_images, mode)
	This function calculates the Peak Signal-to-Noise Ratio (PSNR) for a set of images and their origins.

	get_SSIM_for_images_rgb (init_image, alt_images)
	This function calculates the Structural Similarity Index Measure (SSIM) for a set of RGB images.

	get_SSIM_for_images_gray (gray_base_image, alt_images)
	This function calculates the Structural Similarity Index Measure (SSIM) for a set of grayscale images.

	get_SSIM_for_images_and_origins_gray (gray_base_images, alt_images, mode)
	This function calculates the Structural Similarity Index Measure (SSIM) for a set of grayscale images and their origins.

	get_NPCR_for_images (init_image, alt_images)
	This function calculates the Number of Pixels Change Rate (NPCR) for a set of images.

	get_NPCR_for_images_and_origins (init_images, alt_images, mode)
	This function calculates the Number of Pixels Change Rate (NPCR) for a set of images and their origins.

	get_UACI_for_images (init_image, alt_images)
	This function calculates the Unified Average Changing Intensity (UACI) for a set of images.

	get_UACI_for_images_and_origins (init_images, alt_images, mode)
	This function calculates the Unified Average Changing Intensity (UACI) for a set of images and their origins.

	get_EDR_for_images_rgb (init_image, alt_images)
	This function calculates the Edge Detection Ratio (EDR) for a set of RGB images.

	get_EDR_for_images_gray (init_image, alt_images)
	This function calculates the Edge Detection Ratio (EDR) for a set of grayscale images.

	get_EDR_for_images_and_origins_gray (init_images, alt_images, mode)
	This function calculates the Edge Detection Ratio (EDR) for a set of grayscale images and their origins.

	get_entropy_for_images_rgb (alt_images)
	This function calculates the entropy for a set of RGB images.

	get_entropy_for_images_gray (alt_images, mode)
	This function calculates the entropy for a set of grayscale images.

Function Documentation

◆ calculate_EDR_gray()

metriques.calculate_EDR_gray	(		image,
			alt_image )

This function calculates the Edge Detection Ratio (EDR) between two grayscale images.

Parameters

image	The first grayscale image.
alt_image	The second grayscale image.

Returns: The EDR value.

Author: Norman Hutte

Date: 2024

◆ calculate_EDR_rgb()

metriques.calculate_EDR_rgb	(		image,
			alt_image )

This function calculates the Edge Detection Ratio (EDR) between two RGB images.

Parameters

image	The first image.
alt_image	The second image.

Returns: The EDR value.

Author: Norman Hutte

Date: 2024

◆ calculate_entropy_gray()

metriques.calculate_entropy_gray ( gray_image )

This function calculates the entropy of a grayscale image.

Parameters

gray_image The input grayscale image.

Returns: The entropy value.

Author: Norman Hutte

Date: 2024

◆ calculate_entropy_rgb()

metriques.calculate_entropy_rgb ( image )

This function calculates the entropy of an RGB image.

Parameters

image The input RGB image.

Returns: The entropy value.

Author: Norman Hutte

Date: 2024

◆ calculate_NPCR()

metriques.calculate_NPCR	(		image1,
			image2 )

This function calculates the Number of Pixels Change Rate (NPCR) between two images.

Parameters

image1	The first image.
image2	The second image.

Returns: The NPCR value.

Author: Norman Hutte

Date: 2024

◆ calculate_UACI()

metriques.calculate_UACI	(		image1,
			image2 )

This function calculates the Unified Average Changing Intensity (UACI) between two images.

Parameters

image1	The first image.
image2	The second image.

Returns: The UACI value.

Author: Norman Hutte

Date: 2024

◆ extract_edges_gray()

metriques.extract_edges_gray ( image_Y )

This function extracts the edges from a grayscale image.

Parameters

image_Y The input grayscale image.

Returns: The edge map of the image.

Author: Norman Hutte

Date: 2024

◆ extract_edges_rgb()

metriques.extract_edges_rgb ( image )

This function extracts the edges from an RGB image.

Parameters

image The input image.

Returns: The edge map of the image.

Author: Norman Hutte

Date: 2024

◆ get_binary_map()

metriques.get_binary_map ( edges )

This function converts an edge map to a binary map.

Parameters

edges The edge map.

Returns: The binary map.

Author: Norman Hutte

Date: 2024

◆ get_EDR_for_images_and_origins_gray()

metriques.get_EDR_for_images_and_origins_gray	(	init_images,
		alt_images,
		mode )

This function calculates the Edge Detection Ratio (EDR) for a set of grayscale images and their origins.

Parameters

init_images	The initial set of grayscale images.
alt_images	The set of altered grayscale images.
mode	The mode of calculation.

Returns: The EDR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_EDR_for_images_gray()

metriques.get_EDR_for_images_gray	(		init_image,
			alt_images )

This function calculates the Edge Detection Ratio (EDR) for a set of grayscale images.

Parameters

init_image	The initial grayscale image.
alt_images	The set of altered grayscale images.

Returns: The EDR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_EDR_for_images_rgb()

metriques.get_EDR_for_images_rgb	(		init_image,
			alt_images )

This function calculates the Edge Detection Ratio (EDR) for a set of RGB images.

Parameters

init_image	The initial RGB image.
alt_images	The set of altered RGB images.

Returns: The EDR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_entropy_for_images_gray()

metriques.get_entropy_for_images_gray	(		alt_images,
			mode )

This function calculates the entropy for a set of grayscale images.

Parameters

alt_images	The set of altered grayscale images.
mode	The mode of calculation.

Returns: The entropy values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_entropy_for_images_rgb()

metriques.get_entropy_for_images_rgb ( alt_images )

This function calculates the entropy for a set of RGB images.

Parameters

alt_images The set of altered RGB images.

Returns: The entropy values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_NPCR_for_images()

metriques.get_NPCR_for_images	(		init_image,
			alt_images )

This function calculates the Number of Pixels Change Rate (NPCR) for a set of images.

Parameters

init_image	The initial image.
alt_images	The set of altered images.

Returns: The NPCR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_NPCR_for_images_and_origins()

metriques.get_NPCR_for_images_and_origins	(	init_images,
		alt_images,
		mode )

This function calculates the Number of Pixels Change Rate (NPCR) for a set of images and their origins.

Parameters

init_images	The initial set of images.
alt_images	The set of altered images.
mode	The mode of calculation.

Returns: The NPCR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_PSNR_for_images()

metriques.get_PSNR_for_images	(		init_image,
			alt_images )

This function calculates the Peak Signal-to-Noise Ratio (PSNR) for a set of images.

Parameters

init_image	The initial image.
alt_images	The set of altered images.

Returns: The PSNR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_PSNR_for_images_and_origins()

metriques.get_PSNR_for_images_and_origins	(	init_images,
		alt_images,
		mode )

This function calculates the Peak Signal-to-Noise Ratio (PSNR) for a set of images and their origins.

Parameters

init_images	The initial set of images.
alt_images	The set of altered images.
mode	The mode of calculation.

Returns: The PSNR values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_SSIM_for_images_and_origins_gray()

metriques.get_SSIM_for_images_and_origins_gray	(	gray_base_images,
		alt_images,
		mode )

This function calculates the Structural Similarity Index Measure (SSIM) for a set of grayscale images and their origins.

Parameters

gray_base_images	The initial set of grayscale images.
alt_images	The set of altered grayscale images.
mode	The mode of calculation.

Returns: The SSIM values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_SSIM_for_images_gray()

metriques.get_SSIM_for_images_gray	(		gray_base_image,
			alt_images )

This function calculates the Structural Similarity Index Measure (SSIM) for a set of grayscale images.

Parameters

gray_base_image	The initial grayscale image.
alt_images	The set of altered grayscale images.

Returns: The SSIM values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_SSIM_for_images_rgb()

metriques.get_SSIM_for_images_rgb	(		init_image,
			alt_images )

This function calculates the Structural Similarity Index Measure (SSIM) for a set of RGB images.

Parameters

init_image	The initial RGB image.
alt_images	The set of altered RGB images.

Returns: The SSIM values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_UACI_for_images()

metriques.get_UACI_for_images	(		init_image,
			alt_images )

This function calculates the Unified Average Changing Intensity (UACI) for a set of images.

Parameters

init_image	The initial image.
alt_images	The set of altered images.

Returns: The UACI values for each altered image.

Author: Norman Hutte

Date: 2024

◆ get_UACI_for_images_and_origins()

metriques.get_UACI_for_images_and_origins	(	init_images,
		alt_images,
		mode )

This function calculates the Unified Average Changing Intensity (UACI) for a set of images and their origins.

Parameters

init_images	The initial set of images.
alt_images	The set of altered images.
mode	The mode of calculation.

Returns: The UACI values for each altered image.

Author: Norman Hutte

Date: 2024

Functions

Function Documentation

◆ calculate_EDR_gray()

◆ calculate_EDR_rgb()

◆ calculate_entropy_gray()

◆ calculate_entropy_rgb()

◆ calculate_NPCR()

◆ calculate_UACI()

◆ extract_edges_gray()

◆ extract_edges_rgb()

◆ get_binary_map()

◆ get_EDR_for_images_and_origins_gray()

◆ get_EDR_for_images_gray()

◆ get_EDR_for_images_rgb()

◆ get_entropy_for_images_gray()

◆ get_entropy_for_images_rgb()

◆ get_NPCR_for_images()

◆ get_NPCR_for_images_and_origins()

◆ get_PSNR_for_images()

◆ get_PSNR_for_images_and_origins()

◆ get_SSIM_for_images_and_origins_gray()

◆ get_SSIM_for_images_gray()

◆ get_SSIM_for_images_rgb()

◆ get_UACI_for_images()

◆ get_UACI_for_images_and_origins()