//#pragma once
#ifndef PNDEMCFWENDCAPDIGIPAR_H
#define PNDEMCFWENDCAPDIGIPAR_H

#include <iostream>

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

/**
 * @brief parameter set for the FWEndcap variant of waveform simulation
 * @author Ph. Mahlberg <mahlberg@hiskp.uni-bonn.de>
 * @ingroup PndEmc
 */
class PndEmcFWEndcapDigiPar : public FairParGenericSet {

	public:

		PndEmcFWEndcapDigiPar(const char* name="PndEmcFWEndcapDigiPar", const char* title="Emc forward endcap digi parameters", const char* context="TestDefaultContext");
		~PndEmcFWEndcapDigiPar(void){};

		Int_t GetUse_photon_statistic() {return fUse_photon_statistic;};
		Double_t GetQuantumEfficiencyAPD() {return fQuantumEfficiencyAPD;};
		Double_t GetExcessNoiseFactorAPD() {return fExcessNoiseFactorAPD;};
		Double_t GetSensitiveAreaAPD() {return fSensitiveAreaAPD;};
		Double_t GetDetectedPhotonsPerMeV() {return fDetectedPhotonsPerMeV;};

		Int_t GetNBits() { return fNBits; };
		Double_t GetPulseshapeTau() {return fPulseshapeTau;};
		Double_t GetPulseshapeN() {return fPulseshapeN;};
		Double_t GetEnergyRangeHigh() {return fEnergyRangeHigh;};
		Double_t GetEnergyRangeLow() {return fEnergyRangeLow;};
		Double_t GetNoiseWidthHigh() {return fNoiseWidthHigh;};
		Double_t GetNoiseWidthLow() {return fNoiseWidthLow;};
		Double_t GetEnergyDigiThreshold() { return fEnergyDigiThreshold;};
		Double_t GetCalibHigh() {return fCalibHigh;};
		Double_t GetCalibLow() {return fCalibLow;};

		Double_t GetWfCutOffEnergy() {return fWfCutOffEnergy;};
		Double_t GetTimeBeforeHit() {return fTimeBeforeHit;};
		Double_t GetTimeAfterHit() {return fTimeAfterHit;};
		Double_t GetSampleRate() {return fSampleRate;};

		const TArrayD& GetPsaParLow() { return fPsaParLow; }
		const TArrayD& GetPsaParHigh() { return fPsaParHigh; }
		const TString& GetPsaTypeLow() { return fPsaTypeLow; }
		const TString& GetPsaTypeHigh() { return fPsaTypeHigh; }
		const TString& GetRValueParLow() { return fRValueParaLow; }
		const TString& GetRValueParHigh() { return fRValueParaHigh; }
		Double_t GetSignalOverflowHigh() { return fSignalOverflowHigh; }

		virtual void putParams(FairParamList* list);
		virtual Bool_t getParams(FairParamList* list);

	private:

		// Empty method, WHY is this Called in constructor(FIXME)
		void clear(void){};

		Int_t fUse_photon_statistic;
		Double_t fQuantumEfficiencyAPD;
		Double_t fExcessNoiseFactorAPD;
		Double_t fSensitiveAreaAPD;
		Double_t fDetectedPhotonsPerMeV;

		Int_t fNBits;
		Double_t fPulseshapeTau;
		Double_t fPulseshapeN;
		Double_t fEnergyRangeHigh; 
		Double_t fEnergyRangeLow; 
		Double_t fNoiseWidthHigh;
		Double_t fNoiseWidthLow;
		Double_t fEnergyDigiThreshold;
		Double_t fCalibHigh;
		Double_t fCalibLow;

		Double_t fTimeBeforeHit;
		Double_t fTimeAfterHit;
		Double_t fWfCutOffEnergy;
		Double_t fSampleRate;

		TArrayD fPsaParLow;
		TArrayD fPsaParHigh;
		TString fPsaTypeLow;
		TString fPsaTypeHigh;
		TString fRValueParaLow;
		TString fRValueParaHigh;
		Double_t fSignalOverflowHigh;

		ClassDef(PndEmcFWEndcapDigiPar, 2);
};

#endif