ReactorChannel.hxx

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#ifndef _CHANNEL_
#define _CHANNEL_

#include "MureHeaders.hxx"
#include <vector>
using namespace std;


class ReactorChannel 
{
public :
    ReactorChannel(int nzones=1, bool Hex=false, bool Maillage=false); 
    ~ReactorChannel();      
    void CreateShapes();    
    void CreateCells();     
    double GetRodRadius() {return fFuelRadius;}     
    double GetCladdRadius() {return fCladRadius;}   
    double GetHeight() {return fHeight;}            
    double GetHeightStep() {return fHeightStep;}    
    double GetSide() {return fSide;}                
    double GetSurface() {return fSurface;}          
    bool IsHexagon() {return fHexagon;}             
    void Translate(double dx, double dy, double dz);
    void Rotate(double phi,double theta=0,double psi=0,double *center=0);   
    void CalculateGlobalSurface();  
    void SetSource(int ParticlesNumber, int ActivesCycles, int InactivesCycles);    
    void SetVolumeSource() {fVolumeSource=true;}    
    void SetDimensions(double FuelRadius, double CladRadius, double VoidRadius, double Height, double Side, double ASide=0);    
    void SetMaterials(Material* Fuel, Material* Cladding, Material* Coolant);   
    void SetCenteredPosition(double dx=0., double dy=0.) {fXDeviation=dx; fYDeviation=dy;}  
    void AddGuideTube(int dx, int dy, int dz=-1,int NumOfGuideTube=0); 
    void SetNumberOfDifferentGuideTube(int NumberOfDifferentGuideTube);
    void SetGuideTubeDimensions(double InnerRadius,double OuterRadius,int NumOfGuideTube=0); 
    void SetGuideTubeMaterials(Material *IntGuideTubesMat, Material *GuideTubesMat, Material *OutGuideTubesMat,int TubeNumber=0);  
    void SetGuideTubeMaterials(Material *IntGuideTubesMat, Material *GuideTubesMat,int TubeNumber=0);  
    void SetNumberOfFuelRods(int N) {fNumberOfFuelRodsInAssembly = N;} 
    int  GetNumberOfFuelRods() {return fNumberOfFuelRodsInAssembly;} 
    void CreateGeometry() {CreateShapes(); CreateCells();}  
    void SetExternalShape(Shape_ptr TheShape, int Nx=-1, int Ny=-1);                
    void SetZone(int z) {fZone=z;}
    int  GetZone() {return fZone;}
    int GetNZones() {return fNZones;}  
    int GetRangesOfAssembly(int N);  
    bool IsCoolantInGuideTube() {return fCoolantInGuideTube;} 
    void SetCoolantDensityProfile(vector <double> Densities);
    void SetCoolantTemperatureProfile(vector <double> Temps);
    void SetFuelTemperatureProfile(vector <double> Temps);
    void SetReactorChannelNumber(int Number=0) {fReactorChannelNumber=Number;} 
    int GetReactorChannelNumber() {return fReactorChannelNumber;} 
    void SetSpatialZ(bool spatz=true) {fSpatialZ=spatz;} 
    vector <Cell*> GetFuelCells() {return frods;} 
    void SetNumberOfRodToRemove(int NumberOfRodRemoved){fNumberOfRodRemoved=NumberOfRodRemoved;}//Set the number of fuel rod you want to remove (other than the ones for GuideTube) 
    
private :
    int *fNumberOfGuideTubeWithThisNum;
    int fNumberOfDifferentGuideTube;
    int fNumberOfRodRemoved;
    double fFuelRadius; 
    double fCladRadius; 
    double fVoidRadius; 
    double *fGuideTubeInnerRadius;  
    double *fGuideTubeOuterRadius;  
    double fHeight;     
    double fHeightStep; 
    double fSide;       
    double fASide;      
    double fAssemblySide;   
    int    fXNumberOfPins;  
    int    fYNumberOfPins;  
    double fSurface;    
    double fXDeviation; 
    double fYDeviation; 
    bool fHexagon;      
    bool fMaillage;     
    bool fGuideTube;    
    bool fCoolantInGuideTube;  
    int fNZones;        
    bool fExternalShape;
    bool fVoid; 
    int fZone;          

    int fNumberOfFuelRodsInAssembly; 

    vector <Material*> fFuels;      
    vector <Material*> fCoolants;   
    vector <Material*> fCladdings;  
    vector < vector <Material*> > fIntGuideTubesMat;  
    vector < vector <Material*> > fGuideTubesMat;     
    vector <Material*> fOutGuideTubesMat;  
    Material* fVoidMat;  
    
    vector <double> fTranslations;  
    vector <int>       fXpos;      
    vector <int>       fYpos;      
    vector <int>       fZpos;    

    
    //Multiple Shapes
    Shape_ptr *fSegments; 
    Shape_ptr *fPavages; 
    Shape_ptr *fRods; 
    Shape_ptr *fVoids; 
    Shape_ptr *fCladdingTubes; 
    Shape_ptr *fExtCladdingTubes; 
    // Guide Tubes
    Shape_ptr **fIntGuideTubes; 
    Shape_ptr **fGuideTubes; 
    Shape_ptr **fExtGuideTubes;

    Shape_ptr fExterior; 

    //Multiple Cells
    vector <Cell*> fsegments; 
    vector <Cell*> fpavages; 
    vector <Cell*> frods; 
    vector <Cell*> fvoids; 
    vector <Cell*> fcladdingtubes; 
    vector <Cell*> fextcladdingtubes;
    // Guide Tubes
    vector <Cell*> fintguidetube; 
    vector <Cell*> fguidetubes; 
    vector <Cell*> fextguidetubes; 
    
    Cell *fexterior;
    
    //Spatial variables
    bool fSpatialZ; 
    int fReactorChannelNumber; 
    bool fVolumeSource;
        
};

#endif