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RestorationFactory.hpp

#ifndef __RestorationFactory__
#define __RestorationFactory__

#include <stdio.h>

#include "IMultiImageOp.hpp"

#define NUMBER_RESTORATION_CONTEXT 7
#define NUMBER_RESTORATION_MODELS 34

class RestorationFactory
{
public:

const static char       context[NUMBER_RESTORATION_CONTEXT][64]; 
const static char       model[NUMBER_RESTORATION_MODELS][64]; 
const static int        modelContext[NUMBER_RESTORATION_MODELS]; 

protected:

// speckel noise removal (Sethian denoising)
IMultiImageOp* createBinaryMinMaxFlow(int iter=50);
IMultiImageOp* createGreyMinMaxFlow(int type, int iter=50);

// classic
IMultiImageOp* createPerona1990Flow(int iter=50);
IMultiImageOp* createRegularizedPeronaFlow(int iter=50);
IMultiImageOp* createWeickertFlow(int iter=50);
IMultiImageOp* createPeronaFabFlow(int iter=16);

// curvature based flows (Kimmel restoration)
IMultiImageOp* createMeanCurvatureFlow(int iter=50, bool kimmelEmbedding=false);
IMultiImageOp* createPeronaMalikFlow(int iter=50, bool kimmelEmbedding=false);
IMultiImageOp* createBeltramiFlow(int iter=50);
IMultiImageOp* createGeodesicBeltramiFlow(int iter=50);

// TV based flows
IMultiImageOp* createTVFlow(int iter=50);                                                                               // Rudin/Osher/Fatemi
IMultiImageOp* createTVvariantFlow(int iter=50, int type=1 );                           // implentations Rudin/Osher/Fatemi
IMultiImageOp* createTVMarquinaFlow(int iter=50);                                                                               // Fast Marquina TV
IMultiImageOp* createTVBeltramiFlow(int iter=50);                                                               // Kimmel TV

IMultiImageOp* createLysakerFlow(int iter=50, int m=2);                                 // m= 1 linear TV , m=2,3 NL

// coherence-enhancement diffusions
IMultiImageOp* createCoherenceEnhancementDiffusion(int iter=50, bool nonNegativeDiscretization=false);
IMultiImageOp* createCoherenceEnhancementDiffusion55(int iter=50);

// enhancement (Deriche&all)
IMultiImageOp* createSingleShockFilter(int iter=50);                    
IMultiImageOp* createSelectiveShockFilter(int iter=50);
IMultiImageOp* createColorShockFilter(int iter=50);                             

// combined color flows 
IMultiImageOp* createColorShapiroFilter(int iter=50);
IMultiImageOp* createDericheSelectiveAnisotropicF(int iter=50);
IMultiImageOp* createDericheCombinedAnisotropicF(int iter=50);

public:
RestorationFactory(){}
virtual ~RestorationFactory(){}

static int numberOfContexts(){ return NUMBER_RESTORATION_CONTEXT; }
static int numberOfModels(){ return NUMBER_RESTORATION_MODELS; }

static const char*      getContext(int i){ return RestorationFactory::context[getModelContext(i)]; }
static const char*      getModel(int i){ return RestorationFactory::model[i]; }
static const int        getModelContext(int i){ return RestorationFactory::modelContext[i]; }

IMultiImageOp* createModel(int indexModel, int iter=50);

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.