HcalHardcodeParameters.h

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#ifndef HcalAlgos_HcalHardcodeParameters_h
#define HcalAlgos_HcalHardcodeParameters_h

#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "CalibCalorimetry/HcalAlgos/interface/HcalSiPMRadiationDamage.h"

#include <vector>

class HcalHardcodeParameters {
    public:
        //default constructor
        HcalHardcodeParameters() {}
        //construct from values
        HcalHardcodeParameters(double pedestal, double pedestalWidth, const std::vector<double>& gain, const std::vector<double>& gainWidth, int zsThreshold,
                               int qieType, const std::vector<double>& qieOffset, const std::vector<double>& qieSlope, int mcShape, int recoShape,
                               double photoelectronsToAnalog, const std::vector<double>& darkCurrent);
        //construct from pset
        HcalHardcodeParameters(const edm::ParameterSet & p);
        
        //destructor
        virtual ~HcalHardcodeParameters() {}
        
        //accessors
        //note: all vector accessors use at() in order to throw exceptions for malformed conditions
        const double pedestal() const { return pedestal_; }
        const double pedestalWidth() const { return pedestalWidth_; }
        const double gain(unsigned index) const { return gain_.at(index); }
        const double gainWidth(unsigned index) const { return gainWidth_.at(index); }
        const int zsThreshold() const { return zsThreshold_; }
        const int qieType() const { return qieType_; }
        const double qieOffset(unsigned range) const { return qieOffset_.at(range); }
        const double qieSlope(unsigned range) const { return qieSlope_.at(range); }
        const int mcShape() const { return mcShape_; }
        const int recoShape() const { return recoShape_; }
        const double photoelectronsToAnalog() const { return photoelectronsToAnalog_; }
        const double darkCurrent(unsigned index, double intlumi) const;
        
    private:
        //member variables
        double pedestal_, pedestalWidth_;
        std::vector<double> gain_, gainWidth_;
        int zsThreshold_;
        int qieType_;
        std::vector<double> qieOffset_, qieSlope_;
        int mcShape_, recoShape_;
        double photoelectronsToAnalog_;
        std::vector<double> darkCurrent_;
        bool doSipmRadiationDamage_;
        HcalSiPMRadiationDamage sipmRadiationDamage_;
};

#endif