ecs_hitprocess.h

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#ifndef ECS_HITPROCESS_H
#define ECS_HITPROCESS_H 1

// gemc headers
#include "HitProcess.h"


// Class definition
class ecs_HitProcess : public HitProcess
{
    public:
    
        ~ecs_HitProcess(){;}
    
        void init_subclass()
        {
            attlen              = 3760.; // Attenuation Length (mm)
            TDC_time_to_channel = 20.;   // conversion from time (ns) to TDC channels.
            ECfactor            = 3.5;   // number of p.e. divided by the energy deposited in MeV; value taken from gsim. see EC NIM paper table 1.
            TDC_MAX             = 4095;  // max value for EC tdc.
            ec_MeV_to_channel   = 10.;   // conversion from energy (MeV) to ADC channels
        }

        // - integrateDgt: returns digitized information integrated over the hit
        map<string, double> integrateDgt(MHit*, int);
        
        // - multiDgt: returns multiple digitized information / hit
        map< string, vector <int> > multiDgt(MHit*, int);
        
        // The pure virtual method processID returns a (new) identifier
        // containing hit sharing information
        vector<identifier> processID(vector<identifier>, G4Step*, detector);
    
        // creates the HitProcess
        static HitProcess *createHitClass() {return new ecs_HitProcess;}


    private:
    
        double attlen;               // Attenuation Length (mm)
        double TDC_time_to_channel;  // conversion from time (ns) to TDC channels.
        double ECfactor;             // number of p.e. divided by the energy deposited in MeV; value taken from gsim. see EC NIM paper table 1.
        int TDC_MAX;                 // max value for EC tdc.
        double ec_MeV_to_channel;    // conversion from energy (MeV) to ADC channels



};

#endif