PndEmcRecoPar.h

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//#pragma once
#ifndef PNDEMCRECOPAR_H
#define PNDEMCRECOPAR_H

#include "FairParGenericSet.h"
#include "FairParamList.h"

class PndEmcRecoPar : public FairParGenericSet
{
        public :
                Double_t GetEnergyThresholdBarrel() {return fEnergyThresholdBarrel;};
                Double_t GetEnergyThresholdFWD() {return fEnergyThresholdFWD;};
                Double_t GetEnergyThresholdBWD() {return fEnergyThresholdBWD;};
                Double_t GetEnergyThresholdShashlyk() {return fEnergyThresholdShashlyk;};
                Double_t GetClusterActiveTime() {return fClusterActiveTime;};
                Text_t* GetEmcClusterPosMethod() {return fEmcClusterPosMethod;};
                Double_t GetOffsetParmA() {return fOffsetParmA;};
                Double_t GetOffsetParmB() {return fOffsetParmB;};
                Double_t GetOffsetParmC() {return fOffsetParmC;};
                Double_t GetEmcDigiPositionDepthPWO() {return fEmcDigiPositionDepthPWO;};
                Double_t GetEmcDigiPositionDepthShashlyk() {return fEmcDigiPositionDepthShashlyk;};
                Double_t GetMaxECut() {return fMaxECut;};
                Double_t GetNeighbourECut() {return fNeighbourECut;};
                Double_t GetCutSlope() {return fCutSlope;};
                Double_t GetCutOffset() {return fCutOffset;};
                Double_t GetERatioCorr() {return fERatioCorr;};
                Int_t GetTheNeighbourLevel() {return fTheNeighbourLevel;};
                Double_t GetMoliereRadius() {return fMoliereRadius;};
                Double_t GetMoliereRadiusShashlyk() {return fMoliereRadiusShashlyk;};
                Double_t GetExponentialConstant() {return fExponentialConstant;};
                Int_t GetMaxIterations() {return fMaxIterations;};
                Double_t GetCentroidShift() {return fCentroidShift;};
                Int_t GetMaxBumps() {return fMaxBumps;};
                Double_t GetMinDigiEnergy() {return fMinDigiEnergy;};
                

                PndEmcRecoPar (const char* name="PndEmcRecoPar",
                            const char* title="Emc reconstruction parameter",
                            const char* context="TestDefaultContext");
                ~PndEmcRecoPar(void){};
                void clear(void){};
                void putParams(FairParamList* list);
                Bool_t getParams(FairParamList* list);
        
        private :
                Double_t fEnergyThresholdBarrel;   // Single crystal energy threshold for barrel EMC
                Double_t fEnergyThresholdFWD; // Single crystal energy threshold for forward endcup EMC
                Double_t fEnergyThresholdBWD; // Single crystal energy threshold for backward endcup EMC
                Double_t fEnergyThresholdShashlyk; // Single crystal energy threshold for shashlyk calorimeter
                Double_t fClusterActiveTime;    //time to keep cluster open in timebased clustering
                
                // Method to determine digi position
                Text_t fEmcClusterPosMethod[10]; // lilo, linear
                
                // The following 3 parameters are parameters for PndEmcClusterLiloPos to determine cluster position
                Double_t fOffsetParmA;
                Double_t fOffsetParmB;
                Double_t fOffsetParmC;

                Double_t fEmcDigiPositionDepthPWO;
                Double_t fEmcDigiPositionDepthShashlyk;
                
                // the following parameters are connected with bump splitting
                // parameters for PndEmc2DLocMaxFinder:
                Double_t fMaxECut;
                Double_t fNeighbourECut;
                Double_t fCutSlope;
                Double_t fCutOffset;
                Double_t fERatioCorr;
                Int_t fTheNeighbourLevel;
                // parameters for PndEmcExpClusterSplitter:
                Double_t fMoliereRadius;
                Double_t fMoliereRadiusShashlyk;
                Double_t fExponentialConstant;
                Int_t fMaxIterations;
                Double_t fCentroidShift;
                Int_t fMaxBumps;
                Double_t fMinDigiEnergy;

        
                ClassDef(PndEmcRecoPar, 2);
};

#endif