PbScSuperModule.h

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#ifndef __PBSCSUPERMODULE_H__
#define __PBSCSUPERMODULE_H__

//  ROOT Classes

#include <Rtypes.h>

#ifndef __EMCSUPERMODULE_H__
#include "EmcSuperModule.h"
#endif

#define  PMTWordsPerTower     36            

struct DB902{
         int       PMTBarCode;
         int       Replaced;
         Float_t   GainModFactor;
         Float_t   GQE1kV;
         Float_t   Slope;
         Float_t   Data[PMTWordsPerTower];
 };
class PbScSuperModule: public EmcSuperModule
{
 private:
  int SMProductionId;
  struct {
    struct {
      Float_t Hamamatsu;
      Float_t RmsHamamatsu;
      Float_t HamamatsuPed;
      Float_t RmsHamamatsuPed;
      Float_t ExtSPD;
      Float_t RmsExtSPD;
      Float_t ExtSPDPed;
      Float_t RmsExtSPDPed;
      Float_t ExtSPDTP;
      Float_t RmsExtSPDTP;
      Float_t IntSPD;
      Float_t RmsIntSPD;
      Float_t IntSPDPed;
      Float_t RmsIntSPDPed;
      Float_t IntSPDTP;
      Float_t RmsIntSPDTP;
            } Ref902;
    struct {
      int TowerId;
      int PMT902;
      Float_t        hv902;
      Float_t        PredictedGainQE;
      Float_t        MuPeak;
      Float_t        LaserRaw;
      Float_t        LaserPhelRaw;
      Float_t        LaserPhelNorm;
      Float_t        MeasuredGain;
      Float_t        ScrLightYield;
      Float_t        ScrPhelYield;
      Float_t        EstLightYield;
      Float_t        EstPhelYield;      
      Float_t        VGA;  
    } Tower[144];
  } Data902;

  DB902 * NewData; 

 public:

  PbScSuperModule(int &);
  ~PbScSuperModule();

        bool            LoadSMData();
        inline  int     getProductionId(){return SMProductionId;}
  inline  Float_t getScrLightYield(int & Twr) {return Data902.Tower[Twr].ScrLightYield;}
        inline  Float_t getMuPeak(int & Twr) {return Data902.Tower[Twr].MuPeak;}
        inline  Float_t getLaserRaw(int & Twr) {return Data902.Tower[Twr].LaserRaw;}
        inline  Float_t getIntSPD() {return Data902.Ref902.IntSPD;}
        inline  Float_t getIntSPDTP() {return Data902.Ref902.IntSPDTP;}
        inline  void    setVGA(int Twr, Float_t Value){Data902.Tower[Twr].VGA=Value;}
        inline  Float_t getVGA(int Twr){return Data902.Tower[Twr].VGA;}
        Float_t         getNewHV(int HVGroup, Float_t ERange, Float_t & HVIncrement, Float_t QRange=640., Float_t VGACentral=1.7, Float_t VGAScale=1.);
        virtual void  getNewVGA(int , Float_t , Float_t *, Float_t *);
        virtual void  buildDataBase902();
        virtual void  LoadDataBase902(int , Float_t *);
        virtual Float_t getNewData(int iTwr, int iWord);
        virtual inline int   getPMTBarCode(int Twr){return ((NewData)? NewData[Twr].PMTBarCode : 0);}
        virtual inline int   getReplacedPMTBarCode(int Twr){return ((NewData)? NewData[Twr].Replaced : 0);}
        virtual inline Float_t getGainModFactor(int Twr){return ((NewData)? NewData[Twr].GainModFactor : 0);}
        virtual inline Float_t getPMTSlope(int Twr){return ((NewData)? NewData[Twr].Slope : 0);}
        virtual inline Float_t getPMTGQE1kV(int Twr){return ((NewData)? NewData[Twr].GQE1kV : 0);}
  Float_t         getU0(int & ) {return 0.;}
  Float_t         getUT(int & ) {return 0.;}
   int   getLgcNumber(int & ) {return 0;} 
   float getAY(int & ) {return 0.;} 
   float getVY(int & ) {return 0.;} 
   float getBL(int & ) {return 0.;} 
   float getRS(int & ) {return 0.;} 
   float getAYPeak(int & ) {return 0.;} 
   float getAYRef(int & ) {return 0.;} 
   float getTestPeak(int & ) {return 0.;} 
   float getTestRef(int & ) {return 0.;} 
   float getGC(int & ) {return 0.;} 
   float getC0(int & ) {return 0.;} 
   float getG0(int & ) {return 0.;} 
   float getCF(int & ) {return 0.;} 
};

#endif