Problem.h

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/* 
 * File:   Problem.h
 * Author: dducks
 *
 * Created on April 12, 2014, 2:20 PM
 */
 
#ifndef SERIALIZATION_PROBLEM_H
#define SERIALIZATION_PROBLEM_H
 
#include <cereal/cereal.hpp>
#include <Mercury3D.h>
 
class SerializedProblem : public Mercury3D {
public:
    //SerializedProblem();
};
 
template<class Archive>
void load(Archive& ar, SerializedProblem & base) {
    using namespace cereal;
    
    std::string name;
    Mdouble tMax;
    Mdouble tStep;
    Vec3D gravity;
    Vec3D minimum;
    Vec3D maximum;
        
    ar( CEREAL_NVP( name )
        ,CEREAL_NVP( tMax )
        ,CEREAL_NVP( tStep )
        ,CEREAL_NVP( gravity )
        ,CEREAL_NVP( minimum )
        ,CEREAL_NVP( maximum )
        ,cereal::make_nvp("particles", base.particleHandler)
        ,cereal::make_nvp("walls", base.wallHandler)
    );
    
    base.setName( name );
    base.setTimeMax( tMax );
    base.setTimeStep( tStep );
    base.setGravity( gravity );
    base.setXMin(minimum.X);
    base.setYMin(minimum.Y);
    base.setZMin(minimum.Z);
    
    base.setXMax(maximum.X);
    base.setYMax(maximum.Y);
    base.setZMax(maximum.Z);
}
 
template<class Archive>
void save(Archive& ar, const SerializedProblem & base) {
    Vec3D minimum;
    Vec3D maximum;
    
    minimum.X = base.getXMin();
    minimum.Y = base.getYMin();
    minimum.Z = base.getZMin();
    maximum.X = base.getXMax();
    maximum.Y = base.getYMax();
    maximum.Z = base.getZMax();
    
    ar ( cereal::make_nvp("name", base.getName())
         ,CEREAL_NVP(minimum)
         ,CEREAL_NVP(maximum)
         ,cereal::make_nvp("tMax", base.getTimeMax())
         ,cereal::make_nvp("tStep", base.getTimeStep())
         ,cereal::make_nvp("gravity", base.getGravity())
         ,cereal::make_nvp("particles", base.particleHandler)
         ,cereal::make_nvp("walls", base.wallHandler)
       );
}
 
 
#endif  /* PROBLEM_H */