opentl::cvprocess::CV Class Reference

List of all members.

Static Public Member Functions
static void	computeIntegralImage (opentl::core::cvdata::Image &srcImage, unsigned int *dstData)
	Computes the integral image of an greyscale 1 channel input image in a recursive way.
static void	convertHalcon2OpenCV (opentl::core::cvdata::Image &outimg)
	Copies a Halcon image to a OpenCV image.
static std::size_t	countWhitePixels (const opentl::core::cvdata::Image &inImage, unsigned int xAct, unsigned int yAct, unsigned int width, unsigned int height, unsigned int whiteValue=255)
	Count the number of white pixels (= value of 255) of an 1 channel greyscale image).

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Member Function Documentation

static void opentl::cvprocess::CV::computeIntegralImage	(	opentl::core::cvdata::Image &	srcImage,
		unsigned int *	dstData
	)			[static]

Computes the integral image of an greyscale 1 channel input image in a recursive way.

Parameters:

	srcImage	Image to compute an integral image from
	dstData	destination data structure (MUST have the dimension of (width(srcImage)+1)*(height(srcImage)+1)). E.g. by doing a "new unsigned int[(w+1)*(h+1)];"

static void opentl::cvprocess::CV::convertHalcon2OpenCV

(

opentl::core::cvdata::Image &

outimg

)

[static]

Copies a Halcon image to a OpenCV image.

static std::size_t opentl::cvprocess::CV::countWhitePixels	(	const opentl::core::cvdata::Image &	inImage,
		unsigned int	xAct,
		unsigned int	yAct,
		unsigned int	width,
		unsigned int	height,
		unsigned int	whiteValue = 255
	)			[static]

Count the number of white pixels (= value of 255) of an 1 channel greyscale image).

Parameters:

	inImage	Image to count white pixels from
	xAct	Lower left x coordinate of the axis aligned bounding box to count from
	yAct	Lower left y coordinate of the axis aligned bounding box to count from
	width	Width of the axis aligned bounding box to count from
	height	Height of the axis aligned bounding box to count from
	whiteValue	value of a pixel to be considered white

Returns:

Returns the number of white pixels found inside the bounding box (region of interest)