SToGS_SemiConductorGeDF.hh

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#ifndef SToGS_SemiConductorGeDF_h
#define SToGS_SemiConductorGeDF_h 1

#include "SToGS_DetectorFactory.hh"

class G4Polycone;

namespace SToGS {

class SemiConductorGeDF : public DetectorFactory
{
public:
    virtual G4VPhysicalVolume * Make(G4String /* name */, G4String /* version_string */);
    
public:
    // From the two hexagones, the method shapes a polycone by substracting edges.
    // x/y_front/back are the points defining the hexagone at 0 and z.
    // The dilatation is used to build the spacing/capsule.
    // 1 mm means all points of the hexagones are moved by 1mm along their radius
    // IMPORTANT: the dilatation is not applied to the polycone, the user should add it to the radius and length
    G4VSolid *AGATAShaper(G4Polycone *polycone,
                          G4double *xfront, G4double *yfront, G4double *xback, G4double *yback,
                          G4double zback,
                          G4double added_dilatation = 0.0);

    G4VPhysicalVolume *MakeAGATACapsule(G4String which_capsule, G4String opt,
                                        G4String geo_file = "DetectorFactory/SemiConductors/Ge/Builders/agata_capsule.geo");
    

    G4VPhysicalVolume *MakeAGATACluster(G4String detname, G4String opt,
                                        G4String geo_file = "DetectorFactory/SemiConductors/Ge/Builders/agata_cluster.geo");

    G4VPhysicalVolume *MakeEXOCLOVER(G4String detname, G4String opt = "");
    
    // EUROBALL types
    // Tapered i.e. Phase 1
    G4VPhysicalVolume *MakeEURO_PI(G4String detname, G4String opt = "");
    // Clovers i.e. Phase 2    
    G4VPhysicalVolume *MakeEURO_PII(G4String detname, G4String opt = "");
    // Clovers i.e. Phase 3
    G4VPhysicalVolume *MakeEURO_PIII(G4String detname, G4String opt = "");
    
public:
    SemiConductorGeDF(G4String path) : DetectorFactory(path)
        {;}
    virtual ~SemiConductorGeDF()
        {;}
    
    virtual void MakeStore();
};
} // SToGS Namespace

#endif