SurfaceWaveObjective.h

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#ifndef SURFACEWAVEOBJECTIVE_H_
#define SURFACEWAVEOBJECTIVE_H_

#include "GeneralObjective.h"
#include "SurfaceWaveData.h"
#include "SurfaceWaveSynthetic.h"
#include <string>

/** \addtogroup seistools Seismic data analysis and modeling */
/* @{ */

class SurfaceWaveObjective : public GeneralObjective {
private:
        SurfaceWaveData MeasuredData;
        SurfaceWaveData SynthData;
        SurfaceWaveSynthetic Synthetic;
        double errorlevel;
        double poisson;
        std::string tempname;
public:
        void SetPoisson(const double p){poisson = p;}
        void SetErrorLevel(const double level){errorlevel = level;}
        //! We need clone and create for building an array of derived objects, see FAQ lite 20.8, the return type depends on the derived class
        virtual GeneralObjective *clone() const {return new SurfaceWaveObjective(*this);}; 
        //! Some operations cannot be done in parallel, these are done before
        virtual void PreParallel(const ttranscribed &member);
        //! Some operations cannot be done in parallel, these are done after, returns the misfit value
        virtual double PostParallel(const ttranscribed &member);
        //! The core performance calculation, has to be safe to be done in parallel
        virtual void SafeParallel(const ttranscribed &member);
        //! Write the synthetic data to a sac file with name filename
        void WriteData(const std::string &filename){SynthData.WriteAscii(filename);}
        //! Write the current model to ascii file for calculations
        void WriteModel(const std::string &filename){Synthetic.GetModel().WriteModel(filename);}
        //! Write the current model to ascii file for plotting
        void WritePlot(const std::string &filename){Synthetic.GetModel().WritePlot(filename);}
        SurfaceWaveObjective& operator=(const SurfaceWaveObjective& source);
        SurfaceWaveObjective(const SurfaceWaveObjective &Old);
        SurfaceWaveObjective(const SurfaceWaveData &Data);
        virtual ~SurfaceWaveObjective();
};
/* @} */

#endif /*SURFACEWAVEOBJECTIVE_H_*/

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