/**
 * @file
 * @author Christian Simon <csimon@physi.uni-heidelberg.de>
 * @since 2017-06-07
 */

#ifndef CBMTOFDIGITBPAR_H
#define CBMTOFDIGITBPAR_H 1

#include "FairParGenericSet.h"

#include "FairLogger.h"

#include "TString.h"

#include <vector>
#include <map>

/**
 * @brief ...
 * @author Christian Simon <csimon@physi.uni-heidelberg.de>
 * @since 2017-06-07
 * @version 1.0
 * @details ...
 */
class CbmTofDigiTbPar : public FairParGenericSet
{
  public:

    CbmTofDigiTbPar(const char* name = "CbmTofDigiTbPar",
                    const char* title = "TOF time-based digitization parameters",
                    const char* context = "TestDefaultContext");

    virtual ~CbmTofDigiTbPar() {}

    virtual void putParams(FairParamList* tOutputParamList);
    virtual Bool_t getParams(FairParamList* tInputParamList);
    virtual void printParams();

    const char* GetGeoTag() const {return ftGeoTag.Data();}

    const Int_t* GetNumberReadoutElectrodes(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetCellAcrossWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetCellAlongWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetGapAcrossWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetGapAlongWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Bool_t* GetCellsAlongX(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Bool_t* GetCellIndexingAlongAxis(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Int_t* GetNWalkBinsX(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetMinimumToT(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetMaximumToT(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetSignalTimeOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetPropagationVelocity(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetDigitizationJitterSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetMaximumRuntimeOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetToTTargetExpectationValue(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetToTTargetStandardDeviation(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetSignalEdgeRuntimeOffsetsSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Int_t* GetMaximumClusterSize(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetDegradedEfficiencyReference(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetChargeModus(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetChargeScaling(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetChargeDistance(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetDiscriminationJitterSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetSignalTimeConstant(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetSignalThreshold(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetStripToTOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetAvalancheJitterSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceMeanClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceRMSClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceMeanToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceRMSToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceAlongPositionResidualSigmaRatio(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceEfficiency(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceSigmoidalEfficiencyDrop(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetReferenceDegradedTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualMeanClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualRMSClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualMeanToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualRMSToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualAlongPositionResidualSigmaRatio(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualEfficiency(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualSigmoidalEfficiencyDrop(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetActualDegradedTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const std::vector<Double_t>* GetToTDistributionScaling(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const std::vector<Double_t>* GetToTDistributionOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const std::vector<Double_t>* GetRuntimeCorrections(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const std::vector<std::vector<Double_t>>* GetSlewingCorrections(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const std::vector<Double_t>* GetRuntimeOffsets(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const std::vector<Double_t>* GetSignalEdgeRuntimeOffsets(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetAcrossPositionResidualSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetAlongPositionResidualSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetTimeResidualSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetSigmoidalEfficiencyFlex(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetSigmoidalEfficiencyScale(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetKneeCoefficient(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetCalibrationCoefficient(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetHitDistanceScale(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetRelaxationTimeConstant(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetChannelDeadTime(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetCounterDarkRate(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Bool_t* GetTwoSidedReadout(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Double_t* GetWorkingCoefficient(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;
    const Bool_t* GetParametersAvailable(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex) const;

    void SetGeoTag(const char* tGeoTag) {ftGeoTag = tGeoTag;};

    void SetNumberReadoutElectrodes(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Int_t& iNumberReadoutElectrodes);
    void SetCellAcrossWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dCellAcrossWidth);
    void SetCellAlongWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dCellAlongWidth);
    void SetGapAcrossWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dGapAcrossWidth);
    void SetGapAlongWidth(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dGapAlongWidth);
    void SetCellsAlongX(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Bool_t& bCellsAlongX);
    void SetCellIndexingAlongAxis(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Bool_t& bCellIndexingAlongAxis);
    void SetNWalkBinsX(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Int_t& iNWalkBinsX);
    void SetMinimumToT(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dMinimumToT);
    void SetMaximumToT(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dMaximumToT);
    void SetSignalTimeOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dSignalTimeOffset);
    void SetPropagationVelocity(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dPropagationVelocity);
    void SetDigitizationJitterSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dDigitizationJitterSigma);
    void SetMaximumRuntimeOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dMaximumRuntimeOffset);
    void SetToTTargetExpectationValue(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dToTTargetExpectationValue);
    void SetToTTargetStandardDeviation(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dToTTargetStandardDeviation);
    void SetSignalEdgeRuntimeOffsetsSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dSignalEdgeRuntimeOffsetsSigma);
    void SetMaximumClusterSize(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Int_t& iMaximumClusterSize);
    void SetDegradedEfficiencyReference(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dDegradedEfficiencyReference);
    void SetChargeModus(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dChargeModus);
    void SetChargeScaling(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dChargeScaling);
    void SetChargeDistance(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dChargeDistance);
    void SetDiscriminationJitterSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dDiscriminationJitterSigma);
    void SetSignalTimeConstant(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dSignalTimeConstant);
    void SetSignalThreshold(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dSignalThreshold);
    void SetStripToTOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dStripToTOffset);
    void SetAvalancheJitterSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dAvalancheJitterSigma);
    void SetReferenceMeanClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceMeanClusterSizeCentralCell);
    void SetReferenceRMSClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceRMSClusterSizeCentralCell);
    void SetReferenceMeanToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceMeanToTCentralChannel);
    void SetReferenceRMSToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceRMSToTCentralChannel);
    void SetReferenceTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceTimeResolution);
    void SetReferenceAlongPositionResidualSigmaRatio(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceAlongPositionResidualSigmaRatio);
    void SetReferenceEfficiency(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceEfficiency);
    void SetReferenceSigmoidalEfficiencyDrop(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceSigmoidalEfficiencyDrop);
    void SetReferenceDegradedTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dReferenceDegradedTimeResolution);
    void SetActualMeanClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualMeanClusterSizeCentralCell);
    void SetActualRMSClusterSizeCentralCell(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualRMSClusterSizeCentralCell);
    void SetActualMeanToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualMeanToTCentralChannel);
    void SetActualRMSToTCentralChannel(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualRMSToTCentralChannel);
    void SetActualTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualTimeResolution);
    void SetActualAlongPositionResidualSigmaRatio(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualAlongPositionResidualSigmaRatio);
    void SetActualEfficiency(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualEfficiency);
    void SetActualSigmoidalEfficiencyDrop(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualSigmoidalEfficiencyDrop);
    void SetActualDegradedTimeResolution(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dActualDegradedTimeResolution);
    void SetToTDistributionScaling(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::vector<Double_t>& dToTDistributionScaling);
    void SetToTDistributionOffset(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::vector<Double_t>& dToTDistributionOffset);
    void SetRuntimeCorrections(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::vector<Double_t>& dRuntimeCorrections);
    void SetSlewingCorrections(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::vector<std::vector<Double_t>>& dSlewingCorrections);
    void SetRuntimeOffsets(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::vector<Double_t>& dRuntimeOffsets);
    void SetSignalEdgeRuntimeOffsets(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::vector<Double_t>& dSignalEdgeRuntimeOffsets);
    void SetHitDistanceScale(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dHitDistanceScale);
    void SetAcrossPositionResidualSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dAcrossPositionResidualSigma);
    void SetAlongPositionResidualSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dAlongPositionResidualSigma);
    void SetTimeResidualSigma(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dTimeResidualSigma);
    void SetSigmoidalEfficiencyFlex(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dSigmoidalEfficiencyFlex);
    void SetSigmoidalEfficiencyScale(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dSigmoidalEfficiencyScale);
    void SetKneeCoefficient(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dKneeCoefficient);
    void SetCalibrationCoefficient(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dCalibrationCoefficient);
    void SetRelaxationTimeConstant(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dRelaxationTimeConstant);
    void SetChannelDeadTime(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dChannelDeadTime);
    void SetCounterDarkRate(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dCounterDarkRate);
    void SetTwoSidedReadout(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Bool_t& bTwoSidedReadout);
    void SetWorkingCoefficient(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Double_t& dWorkingCoefficient);
    void SetParametersAvailable(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const Bool_t& bParametersAvailable = kFALSE);

  protected:

  private:

    template <typename T>
    const T* GetMappedValue(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::map<Int_t,T>& tMap) const;

    template <typename T>
    void SetMappedValue(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, std::map<Int_t,T>& tMap, const T& tValue);

    std::map<Int_t,Int_t> fiNumberReadoutElectrodes;
    std::map<Int_t,Double_t> fdCellAcrossWidth;
    std::map<Int_t,Double_t> fdCellAlongWidth;
    std::map<Int_t,Double_t> fdGapAcrossWidth;
    std::map<Int_t,Double_t> fdGapAlongWidth;
    std::map<Int_t,Bool_t> fbCellsAlongX;
    std::map<Int_t,Bool_t> fbCellIndexingAlongAxis;
    std::map<Int_t,Int_t> fiNWalkBinsX;
    std::map<Int_t,Double_t> fdMinimumToT;
    std::map<Int_t,Double_t> fdMaximumToT;
    std::map<Int_t,Double_t> fdSignalTimeOffset;
    std::map<Int_t,Double_t> fdPropagationVelocity;
    std::map<Int_t,Double_t> fdDigitizationJitterSigma;
    std::map<Int_t,Double_t> fdMaximumRuntimeOffset;
    std::map<Int_t,Double_t> fdToTTargetExpectationValue;
    std::map<Int_t,Double_t> fdToTTargetStandardDeviation;
    std::map<Int_t,Double_t> fdSignalEdgeRuntimeOffsetsSigma;
    std::map<Int_t,Int_t> fiMaximumClusterSize;
    std::map<Int_t,Double_t> fdDegradedEfficiencyReference;
    std::map<Int_t,Double_t> fdChargeModus;
    std::map<Int_t,Double_t> fdChargeScaling;
    std::map<Int_t,Double_t> fdChargeDistance;
    std::map<Int_t,Double_t> fdDiscriminationJitterSigma;
    std::map<Int_t,Double_t> fdSignalTimeConstant;
    std::map<Int_t,Double_t> fdSignalThreshold;
    std::map<Int_t,Double_t> fdStripToTOffset;
    std::map<Int_t,Double_t> fdAvalancheJitterSigma;
    std::map<Int_t,Double_t> fdReferenceMeanClusterSizeCentralCell;
    std::map<Int_t,Double_t> fdReferenceRMSClusterSizeCentralCell;
    std::map<Int_t,Double_t> fdReferenceMeanToTCentralChannel;
    std::map<Int_t,Double_t> fdReferenceRMSToTCentralChannel;
    std::map<Int_t,Double_t> fdReferenceEfficiency;
    std::map<Int_t,Double_t> fdReferenceTimeResolution;
    std::map<Int_t,Double_t> fdReferenceAlongPositionResidualSigmaRatio;
    std::map<Int_t,Double_t> fdReferenceSigmoidalEfficiencyDrop;
    std::map<Int_t,Double_t> fdReferenceDegradedTimeResolution;
    std::map<Int_t,Double_t> fdActualMeanClusterSizeCentralCell;
    std::map<Int_t,Double_t> fdActualRMSClusterSizeCentralCell;
    std::map<Int_t,Double_t> fdActualMeanToTCentralChannel;
    std::map<Int_t,Double_t> fdActualRMSToTCentralChannel;
    std::map<Int_t,Double_t> fdActualEfficiency;
    std::map<Int_t,Double_t> fdActualTimeResolution;
    std::map<Int_t,Double_t> fdActualAlongPositionResidualSigmaRatio;
    std::map<Int_t,Double_t> fdActualSigmoidalEfficiencyDrop;
    std::map<Int_t,Double_t> fdActualDegradedTimeResolution;
    std::map<Int_t,std::vector<Double_t>> fdToTDistributionScaling;
    std::map<Int_t,std::vector<Double_t>> fdToTDistributionOffset;
    std::map<Int_t,std::vector<Double_t>> fdRuntimeCorrections;
    std::map<Int_t,std::vector<std::vector<Double_t>>> fdSlewingCorrections;
    std::map<Int_t,std::vector<Double_t>> fdRuntimeOffsets;
    std::map<Int_t,std::vector<Double_t>> fdSignalEdgeRuntimeOffsets;
    std::map<Int_t,Double_t> fdAcrossPositionResidualSigma;
    std::map<Int_t,Double_t> fdAlongPositionResidualSigma;
    std::map<Int_t,Double_t> fdTimeResidualSigma;
    std::map<Int_t,Double_t> fdSigmoidalEfficiencyFlex;
    std::map<Int_t,Double_t> fdSigmoidalEfficiencyScale;
    std::map<Int_t,Double_t> fdKneeCoefficient;
    std::map<Int_t,Double_t> fdCalibrationCoefficient;
    std::map<Int_t,Double_t> fdHitDistanceScale;
    std::map<Int_t,Double_t> fdRelaxationTimeConstant;
    std::map<Int_t,Double_t> fdChannelDeadTime;
    std::map<Int_t,Double_t> fdCounterDarkRate;
    std::map<Int_t,Bool_t> fbTwoSidedReadout;
    std::map<Int_t,Double_t> fdWorkingCoefficient;
    TString ftGeoTag;
    std::map<Int_t,Bool_t> fbParametersAvailable;


    ClassDef(CbmTofDigiTbPar,4)
};



template <typename T>
const T* CbmTofDigiTbPar::GetMappedValue(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, const std::map<Int_t,T>& tMap) const
{
  Int_t iKey = 1000000*iMType + 1000*iMIndex + iCIndex;

  auto const tIterator = tMap.find(iKey);
  if(tIterator != tMap.end())
  {
    return &tIterator->second;
  }
  else
  {
    return NULL;
  }
}



template <typename T>
void CbmTofDigiTbPar::SetMappedValue(const Int_t& iMType, const Int_t& iMIndex, const Int_t& iCIndex, std::map<Int_t,T>& tMap, const T& tValue)
{
  Int_t iKey = 1000000*iMType + 1000*iMIndex + iCIndex;

  auto const tIterator = tMap.find(iKey);
  if(tIterator != tMap.end())
  {
    tIterator->second = tValue;
  }
  else
  {
    tMap.emplace(iKey,tValue);
  }
}



#endif