The D_Img_Proc_2dFactory class Factory that turns methods from D_Img_Proc into function objects. More...

#include <d_img_proc_2dfactory.h>

Public Member Functions
	D_Img_Proc_2dFactory ()

Static Public Member Functions
static function< int(Mat *)>	Generate_byValueFunction (int width, int height, function< double(double x, double y)> value_function)

static function< int(Mat *)>	Generate_byValueFunction_Complex (int width, int height, function< complex< double >(complex< double > x, complex< double > y)> value_function)

static function< int(Mat *)>	Load_From_Path_Raw (string path, int width, int height, int out_type)

static function< int(Mat *)>	Draw_Contours (vector< vector< Point >> vContours, int line_thickness, double value)

static function< int(Mat *)>	Draw_ContourText_InPlace (vector< vector< Point >> vContours, QStringList QSL_Texts, vector< Point2f > vTextOrigins, int line_thickness, int text_thickness, double text_scale, double value)

static function< int(Mat , Mat )>	Convert_Color (int cvt_mode)

static function< int(Mat , Mat )>	Convert_Color2Mono (int col2mono_code)

static function< int(Mat , Mat )>	Normalize (int norm, int type, double min, double max)

static function< int(Mat , Mat )>	Convert_Depth_NoScaling (int depth)

static function< int(Mat , Mat )>	Channel_Split (int channel)

static function< int(Mat , Mat )>	Channel_Supression (bool use_r=true, bool use_g=true, bool use_b=true, bool force_3ch=false)

static function< int(Mat , Mat )>	Convert_8UC1_binary ()

static function< int(Mat , Mat )>	Visualize_to8bit (int mode_crop, int mode_trafo, int mode_anchor, int mode_range, double val_anchor, double val_range, double val_min, double val_max, double val_gamma, double val_center, double val_scale, bool keep_min_max=false)

static function< int(Mat , Mat )>	Sign2Color (bool norm=false)

static function< int(Mat , Mat )>	Threshold_Auto (int mode, int max, int auto_type)

static function< int(Mat , Mat )>	Threshold_Value (int mode, int max, int thresh)

static function< int(Mat , Mat )>	Threshold_Absolute (double thresh)

static function< int(Mat , Mat )>	Threshold_Realtive (double base, double thresh_rel)

static function< int(Mat , Mat )>	Threshold_Adaptive (int mode, int max, int mask_type, int mask_size, double offset)

static function< int(Mat , Mat )>	Threshold_Adaptive_Gauss (int size, double sigma, double offset, double scale)

static function< int(Mat , Mat )>	Threshold_RankOrderOffsetHysteresis (double radius, double quantile, double thresh_offset_indicator, double thresh_offset_hysteresis, bool labeling=false)

static function< int(Mat , Mat )>	Labeling (int connectivity, int out_depth)

static function< int(Mat , Mat )>	Grab_Color (int color_space, int out_mode, vector< uchar > min, vector< uchar > max)

static function< int(Mat , Mat )>	Fill_Holes ()

static function< int(Mat , Mat )>	Crop_Rect_Rel (double x1_rel, double y1_rel, double x2_rel, double y2_rel)

static function< int(Mat , Mat )>	Crop_Rect_Abs (int x, int y, int width, int height)

static function< int(Mat , Mat )>	Crop_Rect_Rot (int x, int y, int width, int height, double angle)

static function< int(Mat , Mat )>	Crop_Circle (int x, int y, int r)

static function< int(Mat , Mat )>	Scale_Factor (double scale_x, double scale_y)

static function< int(Mat , Mat )>	Scale_ToSize (int size_x, int size_y)

static function< int(Mat , Mat )>	Pad_Border (int size_x, int size_y, int type=BORDER_CONSTANT)

static function< int(Mat , Mat )>	ForceSize (int width, int heigth, int border_type=BORDER_CONSTANT)

static function< int(Mat , Mat )>	Floodfill_Border (double new_val)

static function< int(Mat , Mat )>	Floodfill_Delta (int seed_x, int seed_y, uchar val_new, uchar val_delta)

static function< int(Mat , Mat )>	Morphology_Elemental (int morph_type, int elem_type, int elem_size_X, int elem_size_Y, int border_type, int iterations)

static function< int(Mat , Mat )>	Morphology_Skeleton (int elem_type, int elem_size_X, int elem_size_Y, int border_type)

static function< int(Mat , Mat )>	Morphology_LocMax_Rect (int elem_size_X=3, int elem_size_Y=3)

static function< int(Mat , Mat )>	Filter_Maximum_1C (size_t mask_size_x, size_t mask_size_y)

static function< int(Mat , Mat )>	Filter_Mean (int size_x, int size_y, int border, int out_depth, bool norm)

static function< int(Mat , Mat )>	Filter_RootMeanSquare (int size_x, int size_y, int border, int out_depth, bool norm)

static function< int(Mat , Mat )>	Filter_Gauss (int size_x, int size_y, int border, double sigma_x, double sigma_y)

static function< int(Mat , Mat )>	Filter_Median (int size)

static function< int(Mat , Mat )>	Filter_Laplace (int size, int border, int out_depth, double scale, double delta)

static function< int(Mat , Mat )>	Filter_Sobel (int size, int border, int out_depth, double scale, double delta, int d_x, int d_y)

static function< int(Mat , Mat )>	Filter_Canny (int size, double thres_low, double thres_high, bool L2_gradient)

static function< int(Mat , Mat )>	Filter_Bilateral (int diameter, int border, double sigma_color, double sigma_space)

static function< int(Mat , Mat )>	Filter_Gabor (int size_x, int size_y, int border, int out_depth, double sigma, double theta, double lambda, double gamma, double psi, double delta)

static function< int(Mat , Mat )>	Filter_Eilenstein (int comp, int size_x, int size_y, bool normalized, double constant)

static function< int(Mat , Mat )>	Filter_Stat_Circular (double radius, int stat, int border_type=BORDER_CONSTANT)

static function< int(Mat , Mat )>	Filter_Stat_Rect (int size_x, int size_y, int stat, int border_type=BORDER_CONSTANT)

static function< int(Mat , Mat )>	Filter_RankOrder_Circular (double quantil, double radius)

static function< int(Mat , Mat )>	Filter_RankOrder_Rect (double quantil, int size_x, int size_y)

static function< int(Mat , Mat )>	Math_1img_Inversion ()

static function< int(Mat , Mat )>	Math_1img_Addition (double summmand)

static function< int(Mat , Mat )>	Math_1img_Subtraction (double subtrahend)

static function< int(Mat , Mat )>	Math_1img_Multiplication (double factor)

static function< int(Mat , Mat )>	Math_1img_Division (double divisor)

static function< int(Mat , Mat )>	Math_1img_Power (double power)

static function< int(Mat , Mat )>	Math_1img_Root ()

static function< int(Mat , Mat )>	Math_1img_Log ()

static function< int(Mat , Mat )>	Transformation_Distance (int metric, int precision)

static function< int(Mat , Mat )>	Transformation_Watershed_Auto (double distance, bool include_not_seeded, bool conv_8bit, bool exclude_border)

static function< int(Mat , Mat )>	Transformation_Watershed_Auto (int size, double sigma, bool include_not_seeded, bool conv_8bit, bool exclude_border)

static function< int(Mat , Mat )>	Feature_Value (int feature, int connectivity)

static function< int(Mat , Mat )>	FeatureContext_Value (int pt_type1, int pt_type2, double dist_min, double dist_max, int feat, int stat, int connectivity=4)

static function< int(Mat , Mat )>	Feature_Select (int feature, double f_min, double f_max, int connectivity)

static function< int(Mat , Mat )>	FeatureContext_Select (int pt_type1, int pt_type2, double dist_min, double dist_max, int feat, int stat, double t_min, double t_max, int connectivity=4)

static function< int(Mat , Mat )>	Feature_Visualize (int feature, int connectivity, int thickness, double scale)

static function< int(Mat , Mat )>	Feature_Connect (int pt_type1, int pt_type2, double dist_min, double dist_max, int feat1, int feat2, function< bool(double, double)> comp, int connect_mode=c_CONNECT_CLOSEST, int connectivity=4, int thickness=2)

static function< int(Mat , Mat )>	Geometric_Reduce (int geometric, int connectivity, int thickness, uchar value)

static function< int(Mat , Mat )>	Histogram_Equalize ()

static function< int(Mat , Mat )>	GammaSpread (double gamma, double in_min, double in_max, double out_min, double out_max, bool force_8bit)

static function< int(Mat , Mat )>	GammaSpread_Quantiles (double gamma, double quantile_low, double quantile_high, double out_min=0, double out_max=255, bool force_8bit=false, bool ignore_zeros=true)

static function< int(Mat , Mat )>	DistancesStat (function< double(vector< double >)> F_Stat)

static function< int(Mat , Mat )>	Convert_Angle2Color_Rad (uchar Saturation=255, uchar Value=255)

static function< int(Mat , Mat )>	OverlayOverwrite (uchar r, uchar g, uchar b, double intensity_overlay)

static function< int(Mat , Mat )>	Draw_ContourText (vector< vector< Point >> vContours, QStringList QSL_Texts, vector< Point2f > vTextOrigins, int line_thickness, int text_thickness, double text_scale, double value)

static function< int(Mat , Mat , Mat *)>	Shading_Correct ()

static function< int(Mat , Mat , Mat *)>	Hysteresis (bool labeling=false)

static function< int(Mat , Mat , Mat *)>	Filter_RankOrder (double quantil)

static function< int(Mat , Mat , Mat *)>	Filter_Median ()

static function< int(Mat , Mat , Mat *)>	Filter_Eilenstein (function< double(double cur, double nei)> response_CurNei, function< double(double res, double wei)> weight_ResWeigth, function< double(vector< double > v_res)> combine_Responses)

static function< int(Mat , Mat , Mat *)>	Filter_Function (function< double(double cur, double nei)> F1_CenterImage, function< double(double f1r, double msk)> F2_f1mask, function< double(vector< double > vf2r)> F3_Combine, function< double(double f3r, double cen)> F4_f3center, int border_type=BORDER_CONSTANT, bool DoNonZeroMaskOnly=false)

static function< int(Mat , Mat , Mat *)>	Filter_Function_8bit (function< uchar(double cur, double nei)> F1_CenterImage, function< uchar(double f1r, double msk)> F2_f1mask, function< uchar(vector< double > vf2r)> F3_Combine, function< uchar(double f3r, double cen)> F4_f3center, int border_type=BORDER_CONSTANT, bool DoNonZeroMaskOnly=false)

static function< int(Mat , Mat , Mat *)>	Filter_Stat (int stat, int border_type=BORDER_CONSTANT)

static function< int(Mat , Mat , Mat *)>	Math_2img_Addition ()

static function< int(Mat , Mat , Mat *)>	Math_2img_AdditionWeighted (double weight_1, double weight_2, double weight_sum)

static function< int(Mat , Mat , Mat *)>	Math_2img_Subtraction ()

static function< int(Mat , Mat , Mat *)>	Math_2img_SubtractionAbsolute ()

static function< int(Mat , Mat , Mat *)>	Math_2img_Multiplication (double scale)

static function< int(Mat , Mat , Mat *)>	Math_2img_Division (double scale)

static function< int(Mat , Mat , Mat *)>	Math_2img_BitwiseAnd ()

static function< int(Mat , Mat , Mat *)>	Math_2img_BitwiseOr ()

static function< int(Mat , Mat , Mat *)>	Math_2img_BitwiseXor ()

static function< int(Mat , Mat , Mat *)>	Math_2img_Minimum ()

static function< int(Mat , Mat , Mat *)>	Math_2img_Maximum ()

static function< int(Mat , Mat , Mat *)>	Math_2img_Compare (int comp)

static function< int(Mat , Mat , Mat *)>	Math_2img_Function (function< double(double x, double y)> function_img1_img2)

static function< int(Mat , Mat , Mat *)>	Math_2img_Function_8bit (function< uchar(double x, double y)> function_img1_img2)

static function< int(Mat , Mat , Mat *)>	Math_2img_Function_Complex (function< complex< double >(complex< double > x, complex< double > y)> function_img1_img2)

static function< int(Mat , Mat , Mat *)>	Matrix_Product ()

static function< int(Mat , Mat , Mat *)>	Transformation_Fourier (bool complex_input=true, bool invers=false, bool force_fft=true, bool out_real=false, int out_complex_mode=c_COMPLEX2REAL_ABS, bool out_scale=false, bool out_center=true, bool out_nof0=true)

static function< int(Mat , Mat , Mat *)>	Transformation_Watershed ()

static function< int(Mat , Mat , Mat *)>	Transformation_Watershed_Auto (bool include_not_seeded, bool conv_8bit, bool exclude_border)

static function< int(Mat , Mat , Mat *)>	Draw_Label_Numbers (double scale, double thickness, bool center)

static function< int(Mat , Mat , Mat *)>	Draw_Label_Numbers_LUT (vector< double > v_LUT, bool border, double scale, double thickness, bool center, int precision, uchar r=0, uchar g=0, uchar b=0)

static function< int(Mat , Mat , Mat *)>	Draw_Label_Text (QStringList QSL_LabelTexts, bool border, double scale, double thickness, bool center, uchar r=0, uchar g=0, uchar b=0, int connectivity=4)

static function< int(Mat , Mat , Mat *)>	ClassBorder_kNN (int n)

static function< int(Mat , Mat , Mat *)>	OverlayOverwrite (double intensity_overlay, double intensity_backg)

static function< int(Mat , Mat , Mat *)>	OverlayOverwrite (uchar r, uchar g, uchar b, double intensity_overlay, double intensity_backgr)

static function< int(Mat , Mat , Mat *)>	ValueStat (int stat, int connectivity=8)

static function< int(Mat , Mat , Mat *)>	ValueStat_Select (int stat, double thresh_min, double thresh_max, int connectivity=8)

static function< int(Mat , Mat , Mat , Mat )>	Transformation_Watershed_Custom (int connectivity=8)

static function< int(Mat , Mat , Mat , Mat )>	Math_3img_Addition ()

static function< int(Mat , Mat , Mat , Mat )>	Math_3img_Addition (double summand)

static function< int(Mat , Mat , Mat , Mat )>	Math_3img_Multiplication ()

static function< int(Mat , Mat , Mat , Mat )>	Math_3img_Multiplication (double factor)

static function< int(Mat , Mat , Mat , Mat )>	Math_3img_BitwiseAnd ()

static function< int(Mat , Mat , Mat , Mat )>	Math_3img_BitwiseOr ()

static function< int(Mat , Mat , Mat , Mat )>	Channel_Merge ()

static function< int(Mat , Mat , Mat , Mat )>	RadiometricStereo (double S1X, double S1Y, double S1Z, double S2X, double S2Y, double S2Z, double S3X, double S3Y, double S3Z, int out_mode)

static function< int(Mat , Mat , Mat , Mat )>	Morphology_Reconstruction (double quantil=1)

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Channel_Merge (int channel_count, bool channels_use[4])

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Math_4img_Addition ()

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Math_4img_Addition (double summand)

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Math_4img_Multiplication ()

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Math_4img_Multiplication (double factor)

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Math_4img_BitwiseAnd ()

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Math_4img_BitwiseOr ()

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Stitch_Border_abs (int border_R, int border_B, int overlap_R, int overlap_B, Stitcher::Mode mode=Stitcher::SCANS)

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Stitch_Border_rel (double border_R, double border_B, double overlap_R, double overlap_B, Stitcher::Mode mode=Stitcher::SCANS)

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Stitch_Border_abs_custom (int border_R, int border_B, int overlap_R, int overlap_B)

static function< int(Mat , Mat , Mat , Mat , Mat *)>	Stitch_Border_rel_custom (double border_R, double border_B, double overlap_R, double overlap_B)

Detailed Description

The D_Img_Proc_2dFactory class Factory that turns methods from D_Img_Proc into function objects.

The generated function objects can be passed to other methods. Mostly use in D_VisDat_Proc.

Constructor & Destructor Documentation

◆ D_Img_Proc_2dFactory()

D_Img_Proc_2dFactory::D_Img_Proc_2dFactory ( )

Member Function Documentation

◆ Channel_Merge() [1/2]

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Channel_Merge ( )

static

◆ Channel_Merge() [2/2]

static function<int (Mat , Mat , Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Channel_Merge	(	int	channel_count,
		bool	channels_use[4]
	)

static

◆ Channel_Split()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Channel_Split ( int channel )

static

◆ Channel_Supression()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Channel_Supression	(	bool	use_r = `true`,
		bool	use_g = `true`,
		bool	use_b = `true`,
		bool	force_3ch = `false`
	)

static

◆ ClassBorder_kNN()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::ClassBorder_kNN ( int n )

static

◆ Convert_8UC1_binary()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Convert_8UC1_binary ( )

static

◆ Convert_Angle2Color_Rad()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Convert_Angle2Color_Rad	(	uchar	Saturation = `255`,
		uchar	Value = `255`
	)

static

◆ Convert_Color()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Convert_Color ( int cvt_mode )

static

◆ Convert_Color2Mono()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Convert_Color2Mono ( int col2mono_code )

static

◆ Convert_Depth_NoScaling()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Convert_Depth_NoScaling ( int depth )

static

◆ Crop_Circle()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Crop_Circle	(	int	x,
		int	y,
		int	r
	)

static

◆ Crop_Rect_Abs()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Crop_Rect_Abs	(	int	x,
		int	y,
		int	width,
		int	height
	)

static

◆ Crop_Rect_Rel()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Crop_Rect_Rel	(	double	x1_rel,
		double	y1_rel,
		double	x2_rel,
		double	y2_rel
	)

static

◆ Crop_Rect_Rot()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Crop_Rect_Rot	(	int	x,
		int	y,
		int	width,
		int	height,
		double	angle
	)

static

◆ DistancesStat()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::DistancesStat ( function< double(vector< double >)> F_Stat )

static

◆ Draw_Contours()

function< int(Mat *)> D_Img_Proc_2dFactory::Draw_Contours	(	vector< vector< Point >>	vContours,
		int	line_thickness,
		double	value
	)

static

◆ Draw_ContourText()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Draw_ContourText	(	vector< vector< Point >>	vContours,
		QStringList	QSL_Texts,
		vector< Point2f >	vTextOrigins,
		int	line_thickness,
		int	text_thickness,
		double	text_scale,
		double	value
	)

static

◆ Draw_ContourText_InPlace()

function< int(Mat *)> D_Img_Proc_2dFactory::Draw_ContourText_InPlace	(	vector< vector< Point >>	vContours,
		QStringList	QSL_Texts,
		vector< Point2f >	vTextOrigins,
		int	line_thickness,
		int	text_thickness,
		double	text_scale,
		double	value
	)

static

◆ Draw_Label_Numbers()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Draw_Label_Numbers	(	double	scale,
		double	thickness,
		bool	center
	)

static

◆ Draw_Label_Numbers_LUT()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Draw_Label_Numbers_LUT	(	vector< double >	v_LUT,
		bool	border,
		double	scale,
		double	thickness,
		bool	center,
		int	precision,
		uchar	r = `0`,
		uchar	g = `0`,
		uchar	b = `0`
	)

static

◆ Draw_Label_Text()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Draw_Label_Text	(	QStringList	QSL_LabelTexts,
		bool	border,
		double	scale,
		double	thickness,
		bool	center,
		uchar	r = `0`,
		uchar	g = `0`,
		uchar	b = `0`,
		int	connectivity = `4`
	)

static

◆ Feature_Connect()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Feature_Connect	(	int	pt_type1,
		int	pt_type2,
		double	dist_min,
		double	dist_max,
		int	feat1,
		int	feat2,
		function< bool(double, double)>	comp,
		int	connect_mode = `c_CONNECT_CLOSEST`,
		int	connectivity = `4`,
		int	thickness = `2`
	)

static

◆ Feature_Select()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Feature_Select	(	int	feature,
		double	f_min,
		double	f_max,
		int	connectivity
	)

static

◆ Feature_Value()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Feature_Value	(	int	feature,
		int	connectivity
	)

static

◆ Feature_Visualize()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Feature_Visualize	(	int	feature,
		int	connectivity,
		int	thickness,
		double	scale
	)

static

◆ FeatureContext_Select()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::FeatureContext_Select	(	int	pt_type1,
		int	pt_type2,
		double	dist_min,
		double	dist_max,
		int	feat,
		int	stat,
		double	t_min,
		double	t_max,
		int	connectivity = `4`
	)

static

◆ FeatureContext_Value()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::FeatureContext_Value	(	int	pt_type1,
		int	pt_type2,
		double	dist_min,
		double	dist_max,
		int	feat,
		int	stat,
		int	connectivity = `4`
	)

static

◆ Fill_Holes()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Fill_Holes ( )

static

◆ Filter_Bilateral()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Bilateral	(	int	diameter,
		int	border,
		double	sigma_color,
		double	sigma_space
	)

static

◆ Filter_Canny()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Canny	(	int	size,
		double	thres_low,
		double	thres_high,
		bool	L2_gradient
	)

static

◆ Filter_Eilenstein() [1/2]

static function<int (Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Filter_Eilenstein	(	function< double(double cur, double nei)>	response_CurNei,
		function< double(double res, double wei)>	weight_ResWeigth,
		function< double(vector< double > v_res)>	combine_Responses
	)

static

◆ Filter_Eilenstein() [2/2]

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Eilenstein	(	int	comp,
		int	size_x,
		int	size_y,
		bool	normalized,
		double	constant
	)

static

◆ Filter_Function()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Filter_Function	(	function< double(double cur, double nei)>	F1_CenterImage,
		function< double(double f1r, double msk)>	F2_f1mask,
		function< double(vector< double > vf2r)>	F3_Combine,
		function< double(double f3r, double cen)>	F4_f3center,
		int	border_type = `BORDER_CONSTANT`,
		bool	DoNonZeroMaskOnly = `false`
	)

static

◆ Filter_Function_8bit()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Filter_Function_8bit	(	function< uchar(double cur, double nei)>	F1_CenterImage,
		function< uchar(double f1r, double msk)>	F2_f1mask,
		function< uchar(vector< double > vf2r)>	F3_Combine,
		function< uchar(double f3r, double cen)>	F4_f3center,
		int	border_type = `BORDER_CONSTANT`,
		bool	DoNonZeroMaskOnly = `false`
	)

static

◆ Filter_Gabor()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Gabor	(	int	size_x,
		int	size_y,
		int	border,
		int	out_depth,
		double	sigma,
		double	theta,
		double	lambda,
		double	gamma,
		double	psi,
		double	delta
	)

static

◆ Filter_Gauss()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Gauss	(	int	size_x,
		int	size_y,
		int	border,
		double	sigma_x,
		double	sigma_y
	)

static

◆ Filter_Laplace()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Laplace	(	int	size,
		int	border,
		int	out_depth,
		double	scale,
		double	delta
	)

static

◆ Filter_Maximum_1C()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Maximum_1C	(	size_t	mask_size_x,
		size_t	mask_size_y
	)

static

◆ Filter_Mean()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Mean	(	int	size_x,
		int	size_y,
		int	border,
		int	out_depth,
		bool	norm
	)

static

◆ Filter_Median() [1/2]

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Filter_Median ( )

static

◆ Filter_Median() [2/2]

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Filter_Median ( int size )

static

◆ Filter_RankOrder()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Filter_RankOrder ( double quantil )

static

◆ Filter_RankOrder_Circular()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_RankOrder_Circular	(	double	quantil,
		double	radius
	)

static

◆ Filter_RankOrder_Rect()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_RankOrder_Rect	(	double	quantil,
		int	size_x,
		int	size_y
	)

static

◆ Filter_RootMeanSquare()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_RootMeanSquare	(	int	size_x,
		int	size_y,
		int	border,
		int	out_depth,
		bool	norm
	)

static

◆ Filter_Sobel()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Sobel	(	int	size,
		int	border,
		int	out_depth,
		double	scale,
		double	delta,
		int	d_x,
		int	d_y
	)

static

◆ Filter_Stat()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Filter_Stat	(	int	stat,
		int	border_type = `BORDER_CONSTANT`
	)

static

◆ Filter_Stat_Circular()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Stat_Circular	(	double	radius,
		int	stat,
		int	border_type = `BORDER_CONSTANT`
	)

static

◆ Filter_Stat_Rect()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Filter_Stat_Rect	(	int	size_x,
		int	size_y,
		int	stat,
		int	border_type = `BORDER_CONSTANT`
	)

static

◆ Floodfill_Border()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Floodfill_Border ( double new_val )

static

◆ Floodfill_Delta()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Floodfill_Delta	(	int	seed_x,
		int	seed_y,
		uchar	val_new,
		uchar	val_delta
	)

static

◆ ForceSize()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::ForceSize	(	int	width,
		int	heigth,
		int	border_type = `BORDER_CONSTANT`
	)

static

◆ GammaSpread()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::GammaSpread	(	double	gamma,
		double	in_min,
		double	in_max,
		double	out_min,
		double	out_max,
		bool	force_8bit
	)

static

◆ GammaSpread_Quantiles()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::GammaSpread_Quantiles	(	double	gamma,
		double	quantile_low,
		double	quantile_high,
		double	out_min = `0`,
		double	out_max = `255`,
		bool	force_8bit = `false`,
		bool	ignore_zeros = `true`
	)

static

◆ Generate_byValueFunction()

function< int(Mat *)> D_Img_Proc_2dFactory::Generate_byValueFunction	(	int	width,
		int	height,
		function< double(double x, double y)>	value_function
	)

static

◆ Generate_byValueFunction_Complex()

function< int(Mat *)> D_Img_Proc_2dFactory::Generate_byValueFunction_Complex	(	int	width,
		int	height,
		function< complex< double >(complex< double > x, complex< double > y)>	value_function
	)

static

◆ Geometric_Reduce()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Geometric_Reduce	(	int	geometric,
		int	connectivity,
		int	thickness,
		uchar	value
	)

static

◆ Grab_Color()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Grab_Color	(	int	color_space,
		int	out_mode,
		vector< uchar >	min,
		vector< uchar >	max
	)

static

◆ Histogram_Equalize()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Histogram_Equalize ( )

static

◆ Hysteresis()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Hysteresis ( bool labeling = false )

static

◆ Labeling()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Labeling	(	int	connectivity,
		int	out_depth
	)

static

◆ Load_From_Path_Raw()

function< int(Mat *)> D_Img_Proc_2dFactory::Load_From_Path_Raw	(	string	path,
		int	width,
		int	height,
		int	out_type
	)

static

◆ Math_1img_Addition()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Addition ( double summmand )

static

◆ Math_1img_Division()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Division ( double divisor )

static

◆ Math_1img_Inversion()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Inversion ( )

static

◆ Math_1img_Log()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Log ( )

static

◆ Math_1img_Multiplication()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Multiplication ( double factor )

static

◆ Math_1img_Power()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Power ( double power )

static

◆ Math_1img_Root()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Root ( )

static

◆ Math_1img_Subtraction()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Math_1img_Subtraction ( double subtrahend )

static

◆ Math_2img_Addition()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Addition ( )

static

◆ Math_2img_AdditionWeighted()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Math_2img_AdditionWeighted	(	double	weight_1,
		double	weight_2,
		double	weight_sum
	)

static

◆ Math_2img_BitwiseAnd()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_BitwiseAnd ( )

static

◆ Math_2img_BitwiseOr()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_BitwiseOr ( )

static

◆ Math_2img_BitwiseXor()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_BitwiseXor ( )

static

◆ Math_2img_Compare()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Compare ( int comp )

static

◆ Math_2img_Division()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Division ( double scale )

static

◆ Math_2img_Function()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Function ( function< double(double x, double y)> function_img1_img2 )

static

◆ Math_2img_Function_8bit()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Function_8bit ( function< uchar(double x, double y)> function_img1_img2 )

static

◆ Math_2img_Function_Complex()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Function_Complex ( function< complex< double >(complex< double > x, complex< double > y)> function_img1_img2 )

static

◆ Math_2img_Maximum()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Maximum ( )

static

◆ Math_2img_Minimum()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Minimum ( )

static

◆ Math_2img_Multiplication()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Multiplication ( double scale )

static

◆ Math_2img_Subtraction()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_Subtraction ( )

static

◆ Math_2img_SubtractionAbsolute()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_2img_SubtractionAbsolute ( )

static

◆ Math_3img_Addition() [1/2]

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_3img_Addition ( )

static

◆ Math_3img_Addition() [2/2]

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_3img_Addition ( double summand )

static

◆ Math_3img_BitwiseAnd()

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_3img_BitwiseAnd ( )

static

◆ Math_3img_BitwiseOr()

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_3img_BitwiseOr ( )

static

◆ Math_3img_Multiplication() [1/2]

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_3img_Multiplication ( )

static

◆ Math_3img_Multiplication() [2/2]

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_3img_Multiplication ( double factor )

static

◆ Math_4img_Addition() [1/2]

function< int(Mat *, Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_4img_Addition ( )

static

◆ Math_4img_Addition() [2/2]

function< int(Mat *, Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_4img_Addition ( double summand )

static

◆ Math_4img_BitwiseAnd()

function< int(Mat *, Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_4img_BitwiseAnd ( )

static

◆ Math_4img_BitwiseOr()

function< int(Mat *, Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_4img_BitwiseOr ( )

static

◆ Math_4img_Multiplication() [1/2]

function< int(Mat *, Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_4img_Multiplication ( )

static

◆ Math_4img_Multiplication() [2/2]

function< int(Mat *, Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Math_4img_Multiplication ( double factor )

static

◆ Matrix_Product()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Matrix_Product ( )

static

◆ Morphology_Elemental()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Morphology_Elemental	(	int	morph_type,
		int	elem_type,
		int	elem_size_X,
		int	elem_size_Y,
		int	border_type,
		int	iterations
	)

static

◆ Morphology_LocMax_Rect()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Morphology_LocMax_Rect	(	int	elem_size_X = `3`,
		int	elem_size_Y = `3`
	)

static

◆ Morphology_Reconstruction()

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Morphology_Reconstruction ( double quantil = 1 )

static

◆ Morphology_Skeleton()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Morphology_Skeleton	(	int	elem_type,
		int	elem_size_X,
		int	elem_size_Y,
		int	border_type
	)

static

◆ Normalize()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Normalize	(	int	norm,
		int	type,
		double	min,
		double	max
	)

static

◆ OverlayOverwrite() [1/3]

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::OverlayOverwrite	(	double	intensity_overlay,
		double	intensity_backg
	)

static

◆ OverlayOverwrite() [2/3]

function< int(Mat , Mat )> D_Img_Proc_2dFactory::OverlayOverwrite	(	uchar	r,
		uchar	g,
		uchar	b,
		double	intensity_overlay
	)

static

◆ OverlayOverwrite() [3/3]

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::OverlayOverwrite	(	uchar	r,
		uchar	g,
		uchar	b,
		double	intensity_overlay,
		double	intensity_backgr
	)

static

◆ Pad_Border()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Pad_Border	(	int	size_x,
		int	size_y,
		int	type = `BORDER_CONSTANT`
	)

static

◆ RadiometricStereo()

function< int(Mat , Mat , Mat , Mat )> D_Img_Proc_2dFactory::RadiometricStereo	(	double	S1X,
		double	S1Y,
		double	S1Z,
		double	S2X,
		double	S2Y,
		double	S2Z,
		double	S3X,
		double	S3Y,
		double	S3Z,
		int	out_mode
	)

static

◆ Scale_Factor()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Scale_Factor	(	double	scale_x,
		double	scale_y
	)

static

◆ Scale_ToSize()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Scale_ToSize	(	int	size_x,
		int	size_y
	)

static

◆ Shading_Correct()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Shading_Correct ( )

static

◆ Sign2Color()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Sign2Color ( bool norm = false )

static

◆ Stitch_Border_abs()

function< int(Mat , Mat , Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Stitch_Border_abs	(	int	border_R,
		int	border_B,
		int	overlap_R,
		int	overlap_B,
		Stitcher::Mode	mode = `Stitcher::SCANS`
	)

static

◆ Stitch_Border_abs_custom()

function< int(Mat , Mat , Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Stitch_Border_abs_custom	(	int	border_R,
		int	border_B,
		int	overlap_R,
		int	overlap_B
	)

static

◆ Stitch_Border_rel()

function< int(Mat , Mat , Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Stitch_Border_rel	(	double	border_R,
		double	border_B,
		double	overlap_R,
		double	overlap_B,
		Stitcher::Mode	mode = `Stitcher::SCANS`
	)

static

◆ Stitch_Border_rel_custom()

function< int(Mat , Mat , Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Stitch_Border_rel_custom	(	double	border_R,
		double	border_B,
		double	overlap_R,
		double	overlap_B
	)

static

◆ Threshold_Absolute()

function< int(Mat *, Mat *)> D_Img_Proc_2dFactory::Threshold_Absolute ( double thresh )

static

◆ Threshold_Adaptive()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Threshold_Adaptive	(	int	mode,
		int	max,
		int	mask_type,
		int	mask_size,
		double	offset
	)

static

◆ Threshold_Adaptive_Gauss()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Threshold_Adaptive_Gauss	(	int	size,
		double	sigma,
		double	offset,
		double	scale
	)

static

◆ Threshold_Auto()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Threshold_Auto	(	int	mode,
		int	max,
		int	auto_type
	)

static

◆ Threshold_RankOrderOffsetHysteresis()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Threshold_RankOrderOffsetHysteresis	(	double	radius,
		double	quantile,
		double	thresh_offset_indicator,
		double	thresh_offset_hysteresis,
		bool	labeling = `false`
	)

static

◆ Threshold_Realtive()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Threshold_Realtive	(	double	base,
		double	thresh_rel
	)

static

◆ Threshold_Value()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Threshold_Value	(	int	mode,
		int	max,
		int	thresh
	)

static

◆ Transformation_Distance()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Transformation_Distance	(	int	metric,
		int	precision
	)

static

◆ Transformation_Fourier()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Transformation_Fourier	(	bool	complex_input = `true`,
		bool	invers = `false`,
		bool	force_fft = `true`,
		bool	out_real = `false`,
		int	out_complex_mode = `c_COMPLEX2REAL_ABS`,
		bool	out_scale = `false`,
		bool	out_center = `true`,
		bool	out_nof0 = `true`
	)

static

◆ Transformation_Watershed()

function< int(Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Transformation_Watershed ( )

static

◆ Transformation_Watershed_Auto() [1/3]

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::Transformation_Watershed_Auto	(	bool	include_not_seeded,
		bool	conv_8bit,
		bool	exclude_border
	)

static

◆ Transformation_Watershed_Auto() [2/3]

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Transformation_Watershed_Auto	(	double	distance,
		bool	include_not_seeded,
		bool	conv_8bit,
		bool	exclude_border
	)

static

◆ Transformation_Watershed_Auto() [3/3]

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Transformation_Watershed_Auto	(	int	size,
		double	sigma,
		bool	include_not_seeded,
		bool	conv_8bit,
		bool	exclude_border
	)

static

◆ Transformation_Watershed_Custom()

function< int(Mat *, Mat *, Mat *, Mat *)> D_Img_Proc_2dFactory::Transformation_Watershed_Custom ( int connectivity = 8 )

static

◆ ValueStat()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::ValueStat	(	int	stat,
		int	connectivity = `8`
	)

static

◆ ValueStat_Select()

function< int(Mat , Mat , Mat *)> D_Img_Proc_2dFactory::ValueStat_Select	(	int	stat,
		double	thresh_min,
		double	thresh_max,
		int	connectivity = `8`
	)

static

◆ Visualize_to8bit()

function< int(Mat , Mat )> D_Img_Proc_2dFactory::Visualize_to8bit	(	int	mode_crop,
		int	mode_trafo,
		int	mode_anchor,
		int	mode_range,
		double	val_anchor,
		double	val_range,
		double	val_min,
		double	val_max,
		double	val_gamma,
		double	val_center,
		double	val_scale,
		bool	keep_min_max = `false`
	)

static

The documentation for this class was generated from the following files:

Code/d_img_proc_2dfactory.h
Code/d_img_proc_2dfactory.cpp

Public Member Functions

Static Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ D_Img_Proc_2dFactory()

Member Function Documentation

◆ Channel_Merge() [1/2]

◆ Channel_Merge() [2/2]

◆ Channel_Split()

◆ Channel_Supression()

◆ ClassBorder_kNN()

◆ Convert_8UC1_binary()

◆ Convert_Angle2Color_Rad()

◆ Convert_Color()

◆ Convert_Color2Mono()

◆ Convert_Depth_NoScaling()

◆ Crop_Circle()

◆ Crop_Rect_Abs()

◆ Crop_Rect_Rel()

◆ Crop_Rect_Rot()

◆ DistancesStat()

◆ Draw_Contours()

◆ Draw_ContourText()

◆ Draw_ContourText_InPlace()

◆ Draw_Label_Numbers()

◆ Draw_Label_Numbers_LUT()

◆ Draw_Label_Text()

◆ Feature_Connect()

◆ Feature_Select()

◆ Feature_Value()

◆ Feature_Visualize()

◆ FeatureContext_Select()

◆ FeatureContext_Value()

◆ Fill_Holes()

◆ Filter_Bilateral()

◆ Filter_Canny()

◆ Filter_Eilenstein() [1/2]

◆ Filter_Eilenstein() [2/2]

◆ Filter_Function()

◆ Filter_Function_8bit()

◆ Filter_Gabor()

◆ Filter_Gauss()

◆ Filter_Laplace()

◆ Filter_Maximum_1C()

◆ Filter_Mean()

◆ Filter_Median() [1/2]

◆ Filter_Median() [2/2]

◆ Filter_RankOrder()

◆ Filter_RankOrder_Circular()

◆ Filter_RankOrder_Rect()

◆ Filter_RootMeanSquare()

◆ Filter_Sobel()

◆ Filter_Stat()

◆ Filter_Stat_Circular()

◆ Filter_Stat_Rect()

◆ Floodfill_Border()

◆ Floodfill_Delta()

◆ ForceSize()

◆ GammaSpread()

◆ GammaSpread_Quantiles()

◆ Generate_byValueFunction()

◆ Generate_byValueFunction_Complex()

◆ Geometric_Reduce()

◆ Grab_Color()

◆ Histogram_Equalize()

◆ Hysteresis()

◆ Labeling()

◆ Load_From_Path_Raw()

◆ Math_1img_Addition()

◆ Math_1img_Division()

◆ Math_1img_Inversion()

◆ Math_1img_Log()

◆ Math_1img_Multiplication()

◆ Math_1img_Power()

◆ Math_1img_Root()

◆ Math_1img_Subtraction()

◆ Math_2img_Addition()

◆ Math_2img_AdditionWeighted()

◆ Math_2img_BitwiseAnd()

◆ Math_2img_BitwiseOr()