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FImage Class Reference

#include <Copie de FImage.hpp>

Detailed Description

Floating point image.

Author:: Bernard De Cuyper

Version:: 0.05

Date:: 10/06/2002

 
Purpose:        Image used in computations

@ Copyrights: Bernard De Cuyper & Eddy Fraiha 2002, Eggs & Pictures. MIT/Open BSD copyright model.

Public Methods

FImage (int w, int h)

FImage (int w, int h, float value)

FImage (AnImage *source)

FImage (AnImage *source, int achannel)

FImage (AnImage *source, bool normalized)

FImage (FImage &im)

~FImage ()

FImage * copy ()

FImage * scaleDown (int multiplier=2)

float * getData ()

void set (FImage &im)

void set (FImage &im, int n, int *xp, int *yp)

bool isNormalized ()

int getWidth ()

int getHeight ()

float get (int x, int y)

void set (int x, int y, float value)

float getSafe (int x, int y)

void setSafe (int x, int y, float value)

void gdistance1 (float value)

void gdistance2 (float value)

void operator *= (float value)

void operator/= (float value)

void operator+= (float value)

void operator-= (float value)

void operator+= (FImage &image)

void operator-= (FImage &image)

void mult (float rsat)

void limit (float rmin, float rmax)

void convolveHV (int m1, int m2, int m3)

void inverse (float biais=0.0000001)

void ln (float biais=1.0)

void exp ()

void root ()

void sqr ()

void power (float value)

float laplacian (int x, int y)

float isometricLaplacian (int x, int y)

float normeGradient (int x, int y, float epsilon=1e-8)

float meanCurvature (int x, int y)

float curvature (int x, int y)

float gij (int i, int j, int x, int y)

float lambdaPlus (int x, int y)

float lambdaMinus (int x, int y)

float normalDirection (int x, int y)

float tangentDirection (int x, int y)

float dfX_0 (int x, int y)

float dfY_0 (int x, int y)

float dfX_0_div2 (int x, int y, int idx, int idy)

float dfY_0_div2 (int x, int y, int idx, int idy)

float dfX_0_div2MinMod (int x, int y, int idx, int idy)

float dfY_0_div2MinMod (int x, int y, int idx, int idy)

float dfX_0_2 (int x, int y)

float dfY_0_2 (int x, int y)

float dfX_p1 (int x, int y)

float dfY_p1 (int x, int y)

float dfX_m1 (int x, int y)

float dfY_m1 (int x, int y)

float dfX2 (int x, int y)

float dfY2 (int x, int y)

float dfXY (int x, int y)

float dfXYc (int x, int y)

float dfX2_2 (int x, int y)

float dfY2_2 (int x, int y)

float dfXY_2 (int x, int y)

float dfX3 (int x, int y)

float dfY3 (int x, int y)

float In (int x, int y)

float Inn (int x, int y)

float Iee (int x, int y)

float g (int x, int y, int p=1)

float peronaMalikOperator (int x, int y)

float meanCurvatureOperator (int x, int y)

float beltramiOperator (int x, int y)

float gradCorrectiveViscosity (int x, int y)

void peronaMalikOperation (FImage &image, float coefficient)

void peronaMalikRestoration (int nIterations, float coefficient)

void geodesicPeronaMalikOperation (FImage &image, float coefficient, float cgeod)

void geodesicPeronaMalikRestoration (int nIterations, float coefficient, float cgeod)

void meanCurvatureOperation (FImage &image, float coefficient)

void meanCurvatureRestoration (int nIterations, float coefficient)

void geodesicMeanCurvatureOperation (FImage &image, float coefficient, float cgeod)

void geodesicMeanCurvatureRestoration (int nIterations, float coefficient, float cgeod)

void beltramiOperation (FImage &image, float coefficient)

void beltramiRestoration (int nIterations, float coefficient)

void geodesicBeltramiOperation (FImage &image, float coefficient, float cgeod)

void geodesicBeltramiRestoration (int nIterations, float coefficient, float cgeod)

FImage (int w, int h)

FImage (int w, int h, float value)

FImage (AnImage *source)

FImage (AnImage *source, int achannel)

FImage (AnImage *source, bool normalized)

FImage (FImage &im)

~FImage ()

FImage * copy ()

FImage * scaleDown (int multiplier=2)

float * getData ()

void setAll (float val=0.0)

void set (FImage &im)

void set (FImage &im, int n, int *xp, int *yp)

void setInZeroOneBox (float minVal=0.0, float maxVal=255.0)

void setOutZeroOneBox (float minVal=0.0, float maxVal=255.0)

bool isNormalized ()

int getWidth ()

int getHeight ()

float get (int x, int y)

void set (int x, int y, float value)

float getHMin1 (int x, int y)

void setHMin1 (int x, int y, float value)

float getHPlus1 (int x, int y)

void setHPlus1 (int x, int y, float value)

float getSafe (int x, int y)

void setSafe (int x, int y, float value)

void gdistance1 (float value)

void gdistance2 (float value)

void operator *= (float value)

void operator/= (float value)

void operator+= (float value)

void operator-= (float value)

void operator+= (FImage &image)

void operator-= (FImage &image)

void mult (float rsat)

void limit (float rmin, float rmax)

void convolveHV (int m1, int m2, int m3)

void convolveHV (int m1, int m2, int m3, int m4, int m5)

void convolveHV (int m1, int m2, int m3, int m4, int m5, int m6, int m7)

void inverse (float biais=0.0000001)

void ln (float biais=1.0)

void exp ()

void root ()

void sqr ()

void power (float value)

float sigmaMeanRatio ()

float logSigma ()

float SNR (FImage &result)

float errorPLSE (FImage &result)

double SE (FImage &result)

float MSE (FImage &result)

float NMSE (FImage &result)

float RMSE (FImage &result)

float PSNR (FImage &result, float maxRange=255)

float laplacian (int x, int y)

float isometricLaplacian (int x, int y)

float normeGradient (int x, int y, float epsilon=1e-8)

float meanCurvature (int x, int y)

float curvature (int x, int y)

float gij (int i, int j, int x, int y)

float lambdaPlus (int x, int y)

float lambdaMinus (int x, int y)

float normalDirection (int x, int y)

float tangentDirection (int x, int y)

float dfX_0 (int x, int y)

float dfY_0 (int x, int y)

float dfX_0_div2 (int x, int y, int idx, int idy)

float dfY_0_div2 (int x, int y, int idx, int idy)

float dfX_0_div2MinMod (int x, int y, int idx, int idy)

float dfY_0_div2MinMod (int x, int y, int idx, int idy)

float dfX_0_2 (int x, int y)

float dfY_0_2 (int x, int y)

float dfX_p1 (int x, int y)

float dfY_p1 (int x, int y)

float dfX_m1 (int x, int y)

float dfY_m1 (int x, int y)

float dfX2 (int x, int y)

float dfY2 (int x, int y)

float dfXY (int x, int y)

float dfXYc (int x, int y)

float dfX2_2 (int x, int y)

float dfY2_2 (int x, int y)

float dfXY_2 (int x, int y)

float dfX3 (int x, int y)

float dfY3 (int x, int y)

float In (int x, int y)

float Inn (int x, int y)

float Iee (int x, int y)

float g (int x, int y, int p=1)

float peronaMalikOperator (int x, int y)

float meanCurvatureOperator (int x, int y)

float beltramiOperator (int x, int y)

float gradCorrectiveViscosity (int x, int y)

void peronaMalikOperation (FImage &image, float coefficient)

void peronaMalikRestoration (int nIterations, float coefficient)

void geodesicPeronaMalikOperation (FImage &image, float coefficient, float cgeod)

void geodesicPeronaMalikRestoration (int nIterations, float coefficient, float cgeod)

void meanCurvatureOperation (FImage &image, float coefficient)

void meanCurvatureRestoration (int nIterations, float coefficient)

void geodesicMeanCurvatureOperation (FImage &image, float coefficient, float cgeod)

void geodesicMeanCurvatureRestoration (int nIterations, float coefficient, float cgeod)

void beltramiOperation (FImage &image, float coefficient)

void beltramiRestoration (int nIterations, float coefficient)

void geodesicBeltramiOperation (FImage &image, float coefficient, float cgeod)

void geodesicBeltramiRestoration (int nIterations, float coefficient, float cgeod)

Private Attributes

bool normalisation

int width

int height

int channel

float * p1

float ** data

double PI

float * palign

float * p1

float ** data

float * pPlus1

float ** dataPlus1

float * pMin1

float ** dataMin1

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

Copie de FImage.hpp
FImage.hpp
Copie de FImage.cpp
FImage.cpp

Restoreinpaint sourceforge project `C++/Java Image Processing, Restoration, Inpainting Project'.

Bernard De Cuyper: Open Project Leader: Concept, design and development. Bernard De Cuyper & Eddy Fraiha 2002, 2003. Bernard De Cuyper 2004. Open and free, for friendly usage only. Modifications on Belgium ground of this piece of artistic work, by governement institutions or companies, must be notified to Bernard De Cuyper.

bern_bdc@hotmail.com


Public Methods
	FImage (int w, int h)
	FImage (int w, int h, float value)
	FImage (AnImage *source)
	FImage (AnImage *source, int achannel)
	FImage (AnImage *source, bool normalized)
	FImage (FImage &im)
	~FImage ()
FImage *	copy ()
FImage *	scaleDown (int multiplier=2)
float *	getData ()
void	set (FImage &im)
void	set (FImage &im, int n, int xp, int yp)
bool	isNormalized ()
int	getWidth ()
int	getHeight ()
float	get (int x, int y)
void	set (int x, int y, float value)
float	getSafe (int x, int y)
void	setSafe (int x, int y, float value)
void	gdistance1 (float value)
void	gdistance2 (float value)
void	*operator =** (float value)
void	operator/= (float value)
void	operator+= (float value)
void	operator-= (float value)
void	operator+= (FImage &image)
void	operator-= (FImage &image)
void	mult (float rsat)
void	limit (float rmin, float rmax)
void	convolveHV (int m1, int m2, int m3)
void	inverse (float biais=0.0000001)
void	ln (float biais=1.0)
void	exp ()
void	root ()
void	sqr ()
void	power (float value)
float	laplacian (int x, int y)
float	isometricLaplacian (int x, int y)
float	normeGradient (int x, int y, float epsilon=1e-8)
float	meanCurvature (int x, int y)
float	curvature (int x, int y)
float	gij (int i, int j, int x, int y)
float	lambdaPlus (int x, int y)
float	lambdaMinus (int x, int y)
float	normalDirection (int x, int y)
float	tangentDirection (int x, int y)
float	dfX_0 (int x, int y)
float	dfY_0 (int x, int y)
float	dfX_0_div2 (int x, int y, int idx, int idy)
float	dfY_0_div2 (int x, int y, int idx, int idy)
float	dfX_0_div2MinMod (int x, int y, int idx, int idy)
float	dfY_0_div2MinMod (int x, int y, int idx, int idy)
float	dfX_0_2 (int x, int y)
float	dfY_0_2 (int x, int y)
float	dfX_p1 (int x, int y)
float	dfY_p1 (int x, int y)
float	dfX_m1 (int x, int y)
float	dfY_m1 (int x, int y)
float	dfX2 (int x, int y)
float	dfY2 (int x, int y)
float	dfXY (int x, int y)
float	dfXYc (int x, int y)
float	dfX2_2 (int x, int y)
float	dfY2_2 (int x, int y)
float	dfXY_2 (int x, int y)
float	dfX3 (int x, int y)
float	dfY3 (int x, int y)
float	In (int x, int y)
float	Inn (int x, int y)
float	Iee (int x, int y)
float	g (int x, int y, int p=1)
float	peronaMalikOperator (int x, int y)
float	meanCurvatureOperator (int x, int y)
float	beltramiOperator (int x, int y)
float	gradCorrectiveViscosity (int x, int y)
void	peronaMalikOperation (FImage &image, float coefficient)
void	peronaMalikRestoration (int nIterations, float coefficient)
void	geodesicPeronaMalikOperation (FImage &image, float coefficient, float cgeod)
void	geodesicPeronaMalikRestoration (int nIterations, float coefficient, float cgeod)
void	meanCurvatureOperation (FImage &image, float coefficient)
void	meanCurvatureRestoration (int nIterations, float coefficient)
void	geodesicMeanCurvatureOperation (FImage &image, float coefficient, float cgeod)
void	geodesicMeanCurvatureRestoration (int nIterations, float coefficient, float cgeod)
void	beltramiOperation (FImage &image, float coefficient)
void	beltramiRestoration (int nIterations, float coefficient)
void	geodesicBeltramiOperation (FImage &image, float coefficient, float cgeod)
void	geodesicBeltramiRestoration (int nIterations, float coefficient, float cgeod)
	FImage (int w, int h)
	FImage (int w, int h, float value)
	FImage (AnImage *source)
	FImage (AnImage *source, int achannel)
	FImage (AnImage *source, bool normalized)
	FImage (FImage &im)
	~FImage ()
FImage *	copy ()
FImage *	scaleDown (int multiplier=2)
float *	getData ()
void	setAll (float val=0.0)
void	set (FImage &im)
void	set (FImage &im, int n, int xp, int yp)
void	setInZeroOneBox (float minVal=0.0, float maxVal=255.0)
void	setOutZeroOneBox (float minVal=0.0, float maxVal=255.0)
bool	isNormalized ()
int	getWidth ()
int	getHeight ()
float	get (int x, int y)
void	set (int x, int y, float value)
float	getHMin1 (int x, int y)
void	setHMin1 (int x, int y, float value)
float	getHPlus1 (int x, int y)
void	setHPlus1 (int x, int y, float value)
float	getSafe (int x, int y)
void	setSafe (int x, int y, float value)
void	gdistance1 (float value)
void	gdistance2 (float value)
void	*operator =** (float value)
void	operator/= (float value)
void	operator+= (float value)
void	operator-= (float value)
void	operator+= (FImage &image)
void	operator-= (FImage &image)
void	mult (float rsat)
void	limit (float rmin, float rmax)
void	convolveHV (int m1, int m2, int m3)
void	convolveHV (int m1, int m2, int m3, int m4, int m5)
void	convolveHV (int m1, int m2, int m3, int m4, int m5, int m6, int m7)
void	inverse (float biais=0.0000001)
void	ln (float biais=1.0)
void	exp ()
void	root ()
void	sqr ()
void	power (float value)
float	sigmaMeanRatio ()
float	logSigma ()
float	SNR (FImage &result)
float	errorPLSE (FImage &result)
double	SE (FImage &result)
float	MSE (FImage &result)
float	NMSE (FImage &result)
float	RMSE (FImage &result)
float	PSNR (FImage &result, float maxRange=255)
float	laplacian (int x, int y)
float	isometricLaplacian (int x, int y)
float	normeGradient (int x, int y, float epsilon=1e-8)
float	meanCurvature (int x, int y)
float	curvature (int x, int y)
float	gij (int i, int j, int x, int y)
float	lambdaPlus (int x, int y)
float	lambdaMinus (int x, int y)
float	normalDirection (int x, int y)
float	tangentDirection (int x, int y)
float	dfX_0 (int x, int y)
float	dfY_0 (int x, int y)
float	dfX_0_div2 (int x, int y, int idx, int idy)
float	dfY_0_div2 (int x, int y, int idx, int idy)
float	dfX_0_div2MinMod (int x, int y, int idx, int idy)
float	dfY_0_div2MinMod (int x, int y, int idx, int idy)
float	dfX_0_2 (int x, int y)
float	dfY_0_2 (int x, int y)
float	dfX_p1 (int x, int y)
float	dfY_p1 (int x, int y)
float	dfX_m1 (int x, int y)
float	dfY_m1 (int x, int y)
float	dfX2 (int x, int y)
float	dfY2 (int x, int y)
float	dfXY (int x, int y)
float	dfXYc (int x, int y)
float	dfX2_2 (int x, int y)
float	dfY2_2 (int x, int y)
float	dfXY_2 (int x, int y)
float	dfX3 (int x, int y)
float	dfY3 (int x, int y)
float	In (int x, int y)
float	Inn (int x, int y)
float	Iee (int x, int y)
float	g (int x, int y, int p=1)
float	peronaMalikOperator (int x, int y)
float	meanCurvatureOperator (int x, int y)
float	beltramiOperator (int x, int y)
float	gradCorrectiveViscosity (int x, int y)
void	peronaMalikOperation (FImage &image, float coefficient)
void	peronaMalikRestoration (int nIterations, float coefficient)
void	geodesicPeronaMalikOperation (FImage &image, float coefficient, float cgeod)
void	geodesicPeronaMalikRestoration (int nIterations, float coefficient, float cgeod)
void	meanCurvatureOperation (FImage &image, float coefficient)
void	meanCurvatureRestoration (int nIterations, float coefficient)
void	geodesicMeanCurvatureOperation (FImage &image, float coefficient, float cgeod)
void	geodesicMeanCurvatureRestoration (int nIterations, float coefficient, float cgeod)
void	beltramiOperation (FImage &image, float coefficient)
void	beltramiRestoration (int nIterations, float coefficient)
void	geodesicBeltramiOperation (FImage &image, float coefficient, float cgeod)
void	geodesicBeltramiRestoration (int nIterations, float coefficient, float cgeod)
Private Attributes
bool	normalisation
int	width
int	height
int	channel
float *	p1
float **	data
double	PI
float *	palign
float *	p1
float **	data
float *	pPlus1
float **	dataPlus1
float *	pMin1
float **	dataMin1