---

IFClassicAnisotropicOp.hpp

#ifndef __IFClassicAnisotropicOp__
#define __IFClassicAnisotropicOp__

#include <stdio.h>

#include "IFMultiImageOp.hpp"

#include "Float3CImage.hpp"

#include "SolverTimeScheme.hpp"
#include "Diffusivity.hpp"

class IFClassicAnisotropicOp : public IFMultiImageOp 
{
private:

SolverTimeScheme        family;

int                     iter;
int                     innerIter;
double          tau;
double          sigma;
double          contrast;

int                     typeSolver;
float                   epsilon;

bool                    cfl;
Diffusivity             diffusivity;
int                     typeGradient;

protected:

// mono channel

virtual AnImage* greyFilter(AnImage* src, AnImage* dest=0);
virtual AnImage* greySelectedFilter(AnImage* mask, AnImage* src, AnImage* dest=0);

// separate color channels

virtual Float3CImage* scolorFilter(Float3CImage* src, Float3CImage* dest=0);
virtual Float3CImage* scolorSelectedFilter(AnImage* mask, Float3CImage* src, Float3CImage* dest=0);


// separate color channels

virtual Float3CImage* fcolorFilter(Float3CImage* src, Float3CImage* dest=0);
virtual Float3CImage* fcolorSelectedFilter(AnImage* mask, Float3CImage* src, Float3CImage* dest=0);

public:
        
IFClassicAnisotropicOp(int atypeSolver, int outIter=1, int iterMax=8, 
                float t=5.0, float asigma=2.0, float acontrast=1.0,  float eps=1.0e-4, bool colorFlag= false)
                :IFMultiImageOp(1,colorFlag)
        {family= AFI; typeSolver=atypeSolver; iter= outIter; innerIter= iterMax; tau= t; epsilon=eps;
        sigma=asigma; contrast=acontrast; cfl=true; diffusivity= PmDiff; typeGradient=0;}
IFClassicAnisotropicOp(SolverTimeScheme afamily, int atypeSolver, int outIter=1, int iterMax=8, 
                        float t=5.0, float asigma=2.0, float acontrast=1.0, 
                        Diffusivity diff=PmDiff, int typeGrad=0, bool cflTest=true, 
                        float eps=1.0e-4, bool colorFlag= false)
                :IFMultiImageOp(1,colorFlag)
        {family= afamily; typeSolver=atypeSolver; iter= outIter; innerIter= iterMax; tau= t; epsilon=eps;       
        sigma=asigma; contrast=acontrast; cfl= cflTest; diffusivity= diff; typeGradient=typeGrad;}
virtual ~IFClassicAnisotropicOp(){}


virtual void report(FILE* file){}
};


#endif

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.