BlanketReprocessing.hxx

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#ifndef _BLANKETPROCESSING_HXX_
#define _BLANKETPROCESSING_HXX_

#include <fstream>
#include <iostream>
#include <sstream>
#include <vector>
#include <string>
#include "MureHeaders.hxx"
using namespace std;


class BlanketReprocessing : public FuelReprocessing
{
 public:
    BlanketReprocessing();                              
    BlanketReprocessing(const BlanketReprocessing & m); 
    virtual FuelReprocessing* Clone(){return new BlanketReprocessing(*this);}
    

    void SetBlanketCell(Cell *blanket, double CoolingTime);

    void SetBlanketFreshFuel(Material *BlanketFreshFuel, Material *EquiliBriumMat=0, double EquilibriumTime=-1);
    

    void SetBlanketFuelFabricationTime(double Time=2*365.25*24*3600){fBlkFuelFabricationTime=Time;}
    double GetBlanketFuelFabricationTime(){return fBlkFuelFabricationTime;} 
    

    void SetBlanketRefuellingTime(vector<double> Time){fBlkRefuellingTime=Time;}
    
    int GetBlanketReprocessingIndex(){return fBlkRefuellingIndex;} 
    double GetCurentBlanketRefuellingTime();
    
    void DepletedFuelExtractor();           
    void BlanketDepletedFuelExtractor();    

    void ReprocessInterimStorage();         
    void BlanketReprocessInterimStorage();  

    void AddFreshFuel();        
    void AddFreshBlanketFuel(); 


    void SetExtractionFractionFromBlkRP(int N, int* Zarray, double *Efficiency);

    void SetBlanketFuelForm(int Z, int A, double MolarProp);
    

    void BuildStorages();
    
    void PrintStorageMass();    
    void InitIndexes();         
    void PrintIndexes();        



private:
    vector<double>      fBlkRefuellingTime;     
    int                 fBlkRefuellingIndex;    
 
    vector<int>         fZtoExtractFromBlkRP;           
    vector<double>      fZEfficiencyExtractionFromBlkRP;

    Material*           fBlkFreshFuel;                  
    Cell*               fBlkCell;                       
    
    Material*           fBlkEquilibriumFreshFuel;
    double              fBlkEquilibriumTime;    

    TemporalStorage*    fBlkInterimStorage;     
    TemporalStorage*    fFissileFertileRS;      
    TemporalStorage*    fMARS;                  

    double              fBlkFuelFabricationTime;
    
    ZAI*            fBlkFuelFormZAI;            
    double          fBlkFuelFormMolProp;        
    double          fTmpCoolingTime;            
    
    double          fLastMassExtractedfromBlk;      
    double          fLastMassExtractedfromBlkRP;    
    double          fLastMassPutinWasteBlk;         

    double          fInitExtractedAtomsBlk;         
}; 

#endif