COBRA.hxx

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#ifndef _COBRA_
#define _COBRA_

#include "MureHeaders.hxx"
using namespace std;



class COBRA : public ReactorMesh
{
 public:
    COBRA(
    int NZones,             
    int NLevels,            
    string AssemblyName="A",    
    bool Hex=false          
    ); 
    virtual ~COBRA(); 
    COBRA();  
    virtual COBRA* Clone(){return new COBRA(*this);} 


    void SetInletTemperature(double T) {fInletTemperature=T;}   
    void SetInletMassFlux(double Q) {fInletMassFlux=Q;}     
    void SetInletBoronConcentration(double C) {fInletBoronConcentration=C;}     
    void SetExitPressure(double P) {fExitPressure=P;}       
    void BuildCOBRAFile();  
    void SetGridsCoeff(double GridCoefficient) {fGridCoeff=GridCoefficient;}    
    void SetGridsPos(double Pos) {fGridPositions.push_back(Pos);}   
    static void ResetSigmaPhiBool(){fSigmaPhiUpdated=false;}
    string GetAssemblyName() {return fAssemblyName;} 
    void SetInletDensity(double D) {fInletDensity=D;}   
    void SetUserHydraulicsModel() {fHydraulicModelIndicators=true;}  


 protected:

    void Card1();           
    void Card2();           
    void Card3();           
    void Card4();           
    void Card5();           
    void Card7();           
    void Card8();           
    void Card10();          
    void Card11();          
    void Card12();          
    void Card14();          
    void Card18();          
    void Card20();          
    void Card22();          
    void Card26();          
    void Card27();          
    void Card29();          
    void Card30();          
    void Card32();          
    void Card36();          



    COBRA(const COBRA &c); 
    void Init();
    void THDataCalculations();
    void MeshGridMC();
    void CardComment(int N,string Comment);
    string InputCardTruncate(double Value,int CharNumber,bool MustBeADouble=false);
    void CalculatePowerDeposits();              
    void CalculateChannelsPositions();
    vector<double> CalculateChannelConnectionAndData(int ChannelNumber);
    vector<double> IdentifyRodsToSubChannelsConnexion(int RodNumber);
    void OrganizeChannels();
    void PrintData();
    void PrintNewTHData();
    void RunCOBRA();
    void CheckCoherence();


    void UpdateData();
    void CheckOutputFile();
    void ExtractData();
    void MCNPCellsDataAverages();
    void MCNPZonesDataAverages();
    void RebootStrapping();



 private:

    static bool fSigmaPhiUpdated;   
    bool fHydraulicModelIndicators; 
    string fAssemblyName;       
    int fFuelRodsNumber;        
    int fChannelsNumber;        
    int fChannelType;           
    int fNDX;                   
    double fInletTemperature;   
    double fInletDensity;       
    double fInletMassFlux;      
    double fInletBoronConcentration;    
    double fExitPressure;       
    string fDirectory;          
    ofstream* fInputFile;       
    ifstream* fOutputFile;      
    int fNumberOfGrids;     
    double fGridCoeff;  
    vector<double> fGridPositions;  
    vector<vector<double> > fPower;     
    vector<vector<double> > fPowerErr;  
    vector<vector<int> > fCOBRARodsLatticeNumbering;    
    vector<vector<int> > fCOBRAChannelsLatticeNumbering;    
    vector<vector<double> > fCOBRAChannelsRCXPos;       
    vector<vector<double> > fCOBRAChannelsRCYPos;       
    vector<vector<double> > fCOBRAChannelsCenterXPos;   
    vector<vector<double> > fCOBRAChannelsCenterYPos;   
    vector<vector<int> > fChannelTypes;                 
    vector<double> fChannelFlowArea;            
    vector<double> fChannelWettedPerimeter;     
    vector<double> fChannelHeatedPerimeter;     
    
    vector<vector<double> > fMUREFuelCellsTemp;             
    vector<vector<double> > fMURECladCellsTemp;             
    vector<vector<double> > fMURECoolantCellsTemp;          
    vector<vector<double> > fCOBRACoolantChannelDensity;    
    vector<vector<double> > fMURECoolantCellsDensity;       

    double fOutletMeanTemperature;      
    double fOutletMeanDensity;          
};

#endif