src/libmorpho.h File Reference

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Defines
#define	DEBUG   0
	Verbosity level for the sources code of the morphologic functions.
#define	MORPHO_ERROR   -1
#define	MORPHO_SUCCESS   0
Typedefs
typedef short int	int16_t
	This type designates a signed 16 bits long integer.
typedef unsigned char	uint8_t
	This type designates an unsigned 8 bits long integer.
Functions
int	closing_arbitrary_SE (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, uint8_t *se1, int seWidth, int seHeight, int seHorizontalOrigin, int seVerticalOrigin)
	Closing by an arbitrary structuring element.
int	closing_arbitrary_SF (int16_t *imageIn, int16_t *imageOut, int imageWidth, int imageHeight, uint8_t *sf1, int sfWidth, int sfHeight, int sfHorizontalOrigin, int sfVerticalOrigin)
	Closing by an arbitrary structuring function.
int	closingByAnchor_1D_horizontal (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Closing with an horizontal linear segment.
int	closingByAnchor_1D_vertical (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Closing with a vertical linear segment.
int	closingByAnchor_2D (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int seWidth, int seHeight)
	Closing with a seWidth * seHeight rectangle structuring element.
int	dilation_arbitrary_SE (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, uint8_t *se, int seWidth, int seHeight, int seHorizontalOrigin, int seVerticalOrigin)
	Dilation by an arbitrary structuring element.
int	dilation_arbitrary_SF (int16_t *imageIn, int16_t *imageOut, int imageWidth, int imageHeight, uint8_t *sf, int sfWidth, int sfHeight, int sfHorizontalOrigin, int sfVerticalOrigin)
	Dilation by an arbitrary structuring function.
int	dilationByAnchor_1D_horizontal (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Dilation with an horizontal linear segment.
int	dilationByAnchor_1D_vertical (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Dilation with a vertical linear segment.
int	dilationByAnchor_2D (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int seWidth, int seHeight)
	Dilation with a seWidth * seHeight rectangle structuring element.
int	erosion_arbitrary_SE (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, uint8_t *se, int seWidth, int seHeight, int seHorizontalOrigin, int seVerticalOrigin)
	Erosion by an arbitrary structuring element.
int	erosion_arbitrary_SF (int16_t *imageIn, int16_t *imageOut, int imageWidth, int imageHeight, uint8_t *sf, int sfWidth, int sfHeight, int sfHorizontalOrigin, int sfVerticalOrigin)
	Erosion by an arbitrary structuring function.
int	erosionByAnchor_1D_horizontal (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Erosion with an horizontal linear segment.
int	erosionByAnchor_1D_vertical (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Erosion with a vertical linear segment.
int	erosionByAnchor_2D (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int seWidth, int seHeight)
	Erosion with a seWidth * seHeight rectangle structuring element.
int	imageTranspose (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight)
	Transposes an image This function is used for internal purposes only. It tranposes an image such that.
int	is_size_valid_1D (int size, int imageWidth, char *func, int odd)
	Various checks on the sizes. This function is used for internal purposes only. It checks the size of the structuring element and compares it to the image dimensions. For full technical details related to sizes please refer to Border effects.
int	opening_arbitrary_SE (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, uint8_t *se1, int seWidth, int seHeight, int seHorizontalOrigin, int seVerticalOrigin)
	Opening by an arbitrary structuring element.
int	opening_arbitrary_SF (int16_t *imageIn, int16_t *imageOut, int imageWidth, int imageHeight, uint8_t *sf1, int sfWidth, int sfHeight, int sfHorizontalOrigin, int sfVerticalOrigin)
	Opening by an arbitrary structuring function.
int	openingByAnchor_1D_horizontal (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Opening with an horizontal linear segment.
int	openingByAnchor_1D_vertical (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int size)
	Opening with a vertical linear segment.
int	openingByAnchor_2D (uint8_t *imageIn, uint8_t *imageOut, int imageWidth, int imageHeight, int seWidth, int seHeight)
	Opening with a seWidth * seHeight rectangle structuring element.

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Detailed Description

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Telecommunications and Imaging Laboratory - Institut Montefiore - Université de Liège