TEcnaParEcal.h

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#ifndef ROOT_TEcnaParEcal
#define ROOT_TEcnaParEcal
 
#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaObject.h"
 
#include <Riostream.h>
#include "TNamed.h"
 
 
class TEcnaParEcal : public TNamed {
protected:
  void Init();
 
private:
  Int_t fgMaxCar;  // Max nb of caracters for char* or TString
  TString fTTBELL;
 
  Int_t fCnew;  // flags for dynamical allocation
  Int_t fCdelete;
 
  //....... Current subdetector flag and codes
 
  TString fFlagSubDet;
  TString fCodeEB;
  TString fCodeEE;
 
  //....... ECAL parameters
 
  //.......................... EB
 
  Int_t fMaxSampADCEB;  // Maximum number of samples ADC
 
  //  Int_t fMaxEvtsInBurstPedRunEB; // Maximum number of events per burst in Pedestal Runs
 
  Int_t fMaxSMEtaInEB;  // Maximum number of SMs in eta in EB
  Int_t fMaxSMPhiInEB;  // Maximum number of SMs in phi in EB
 
  Int_t fMaxSMInEBPlus;   // Maximum number of SMs in EB+
  Int_t fMaxSMInEBMinus;  // Maximum number of SMs in EB-
  Int_t fMaxSMInEB;       // Maximum number of SMs in EB
 
  Int_t fMaxTowEtaInEB;  // Maximum number of towers in eta in EB
  Int_t fMaxTowPhiInEB;  // Maximum number of towers in phi in EB
  Int_t fMaxTowInEB;     // Maximum number of towers in EB
 
  Int_t fMaxTowEtaInSM;  // Maximum number of towers in eta in SM
  Int_t fMaxTowPhiInSM;  // Maximum number of towers in phi in SM
  Int_t fMaxTowInSM;     // Maximum number of towers in SM
                         // ( = fMaxTowEtaInSM*fMaxTowPhiInSM )
 
  Int_t fMaxCrysEtaInTow;  // Maximum number of crystals in eta in a tower
  Int_t fMaxCrysPhiInTow;  // Maximum number of crystals in phi in a tower
  Int_t fMaxCrysInTow;     // Maximum number of crystals in a tower
                           // ( = fMaxCrysEtaInTow*fMaxCrysPhiInTow )
 
  Int_t fMaxCrysEtaInSM;  // Maximum number of crystals in eta in SM
                          // ( = fMaxTowEtaInSM*fMaxCrysEtaInTow )
 
  Int_t fMaxCrysPhiInSM;  // Maximum number of crystals in phi in SM
                          // ( = fMaxTowPhiInSM*fMaxCrysPhiInTow )
 
  Int_t fMaxCrysInSM;  // Maximum number of crystals in SM
                       // ( = fMaxTowInSM*fMaxCrysInTow )
 
  //.......................... EE
 
  Int_t fMaxSampADCEE;  // Maximum number of samples ADC
 
  //  Int_t fMaxEvtsInBurstPedRunEE; // Maximum number of events per burst in Pedestal Runs
 
  Int_t fMaxDeeIXInEE;  // Maximum number of Dees in IX in EE
  Int_t fMaxDeeIYInEE;  // Maximum number of Dees in IY in EE
 
  Int_t fMaxDeeInEEPlus;   // Maximum number of Dees in EE+
  Int_t fMaxDeeInEEMinus;  // Maximum number of Dees in EE-
  Int_t fMaxDeeInEE;       // Maximum number of Dees in EE
 
  Int_t fMaxSCIXInEE;    // Maximum number of SC's in IX in EE
  Int_t fMaxSCIYInEE;    // Maximum number of SC's in IY in EE
  Int_t fMaxSCEcnaInEE;  // Maximum number of SC's in the EE matrix
 
  Int_t fMaxSCIXInDee;       // Maximum number of super-crystals in IX in Dee
  Int_t fMaxSCIYInDee;       // Maximum number of super-crystals in IY in Dee
  Int_t fMaxSCEcnaInDee;     // Maximum ECNA number of super-crystals in the Dee matrix
                             // ( = fMaxSCIXInDee*fMaxSCIYInDee )
  Int_t fMaxSCForConsInDee;  // Maximum number of super-crystals for construction in Dee
  Int_t fMaxSCForConsInEE;   // Maximum number of super-crystals for construction in EE
 
  Int_t fMaxCrysIXInSC;  // Maximum number of crystals in IX in a super-crystal
  Int_t fMaxCrysIYInSC;  // Maximum number of crystals in IY in a super-crystal
  Int_t fMaxCrysInSC;    // Maximum number of crystals in a super-crystal
                         // ( = fMaxCrysIXInSC*fMaxCrysIYInSC )
 
  Int_t fMaxCrysIXInDee;  // Maximum number of crystals in IX in Dee
                          // ( = fMaxSCIXInDee*fMaxCrysIXInSC )
 
  Int_t fMaxCrysIYInDee;  // Maximum number of crystals in IY in Dee
                          // ( = fMaxSCIYInDee*fMaxCrysIYInSC )
 
  Int_t fMaxCrysEcnaInDee;     // Maximum number of crystals in Dee matrix
                               // ( = fMaxSCEcnaInDee*fMaxCrysInSC )
  Int_t fMaxCrysForConsInDee;  // Maximum number of crystals for construction in Dee
                               // ( = fMaxSCForConsInDee*fMaxCrysInSC )
 
  Int_t fEmptyChannelsForIncompleteSCInDee;             // Total number of empty channels for the incomplete SCs
  Int_t fEmptyChannelsInDeeMatrixIncompleteSCIncluded;  // Total number of empty channels in Dee "Ecna" matrix
                                                        // (incomplete SCs included)
 
  Int_t fMaxDSInEEPlus;   // Maximum number of Data Sectors in EE+
  Int_t fMaxDSInEEMinus;  // Maximum number of Data Sectors in EE-
  Int_t fMaxDSInEE;       // Maximum number of Data Sectors in EE
 
  Int_t fNumberOfNotConnectedSCs;  // for SCs 182, 178, 207, etc...
  Int_t fNumberOfNotCompleteSCs;   // for SCs 161, 216, 224, etc...
 
  //.......................... Stas (current Subdetector)
 
  Int_t fMaxSampADC;  // Maximum number of samples ADC
 
  //  Int_t fMaxEvtsInBurstPedRun; // Maximum number of events per burst in Pedestal Runs
 
  Int_t fMaxStexHocoInStas;   // Maximum number of Stex's in Hoco in Stas
  Int_t fMaxStexVecoInStas;   // Maximum number of Stex's in Veco in Stas
  Int_t fMaxStexInStasPlus;   // Maximum number of Stex's in Stas+
  Int_t fMaxStexInStasMinus;  // Maximum number of Stex's in Stas-
  Int_t fMaxStexInStas;       // Maximum number of Stex's in Stas
 
  Int_t fMaxStinHocoInStas;  // Maximum number of Stin's in Hoco in Stas
  Int_t fMaxStinVecoInStas;  // Maximum number of Stin's in Veco in Stas
  Int_t fMaxStinEcnaInStas;  // Maximum number of Stin's in Stas
 
  Int_t fMaxStinHocoInStex;  // Maximum number of Stin's in Hoco in a Stex
  Int_t fMaxStinVecoInStex;  // Maximum number of Stin's in Veco in a Stex
  Int_t fMaxStinEcnaInStex;  // Maximum number of Stin's in a Stex ("Ecna" Stex matrix for Dee)
                             // ( = fMaxStinHocoInStex*fMaxStinVecoInStex )
 
  Int_t fMaxCrysHocoInStin;  // Maximum number of crystals in Hoco in a Stin
  Int_t fMaxCrysVecoInStin;  // Maximum number of crystals in Veco in a Stin
  Int_t fMaxCrysInStin;      // Maximum number of crystals in a Stin
                             // ( = fMaxCrysHocoInStin*fMaxCrysVecoInStin )
 
  Int_t fMaxCrysHocoInStex;  // Maximum number of crystals in Hoco in a Stex
                             // ( = fMaxStinHocoInStex*fMaxCrysHocoInStin )
 
  Int_t fMaxCrysVecoInStex;  // Maximum number of crystals in Veco in a Stex
                             // ( = fMaxStinVecoInStex*fMaxCrysVecoInStin )
 
  Int_t fMaxCrysEcnaInStex;  // Maximum number of crystals in a ECNA matrix Stex
                             // ( = fMaxStinEcnaInStex*fMaxCrysInStin )
 
  Int_t fMaxStinInStex;  // EB: Maximum number of towers in SM (= fMaxStinEcnaInStex = fMaxTowInSM)
                         // EE: Maximum number of SC for Construction in Dee (= fMaxSCForConsInDee)
 
  Int_t fMaxCrysInStex;  // EB: Maximum number of crystals in SM (= fMaxCrysEcnaInStex = fMaxCrysInSM)
                         // EE: Maximum number of crystals for Construction in Dee (= fMaxCrysForConsInDee)
 
  //  Int_t fMaxStinForConsInStas; // Maximum number of towers in EB
  // or Maximum number of SC for construction in EE
 
  //------------------------------- methods
 
public:
  TEcnaParEcal();
  TEcnaParEcal(const TString&);
  TEcnaParEcal(TEcnaObject*, const TString&);
  ~TEcnaParEcal() override;
 
  void SetEcalSubDetector(const TString&);
  TString GetEcalSubDetector();
 
  //............................. EB
  Int_t MaxSampADCEB();
  //  Int_t MaxEvtsInBurstPedRunEB();
 
  Int_t MaxSMEtaInEB();
  Int_t MaxSMPhiInEB();
 
  Int_t MaxSMInEBPlus();
  Int_t MaxSMInEBMinus();
  Int_t MaxSMInEB();
 
  Int_t MaxTowEtaInEB();
  Int_t MaxTowPhiInEB();
  Int_t MaxTowInEB();
 
  Int_t MaxTowEtaInSM();
  Int_t MaxTowPhiInSM();
  Int_t MaxTowInSM();
 
  Int_t MaxCrysEtaInTow();
  Int_t MaxCrysPhiInTow();
  Int_t MaxCrysInTow();
 
  Int_t MaxCrysEtaInSM();
  Int_t MaxCrysPhiInSM();
  Int_t MaxCrysInSM();
 
  //............................. EE
  Int_t MaxSampADCEE();
  //  Int_t MaxEvtsInBurstPedRunEE();
 
  Int_t MaxDeeIXInEE();
  Int_t MaxDeeIYInEE();
 
  Int_t MaxDeeInEEPlus();
  Int_t MaxDeeInEEMinus();
  Int_t MaxDeeInEE();
 
  Int_t MaxSCIXInEE();
  Int_t MaxSCIYInEE();
  Int_t MaxSCEcnaInEE();  // default for MaxSCInEE()
  Int_t MaxSCInEE();
  Int_t MaxSCForConsInEE();
 
  Int_t MaxSCIXInDee();
  Int_t MaxSCIYInDee();
  Int_t MaxSCEcnaInDee();  // default for MaxSCInDee()
  Int_t MaxSCInDee();
  Int_t MaxSCForConsInDee();
 
  Int_t MaxCrysIXInSC();
  Int_t MaxCrysIYInSC();
  Int_t MaxCrysInSC();
 
  Int_t MaxCrysIXInDee();
  Int_t MaxCrysIYInDee();
  Int_t MaxCrysEcnaInDee();  // default for MaxCrysInDee()
  Int_t MaxCrysInDee();
  Int_t MaxCrysForConsInDee();
  Int_t EmptyChannelsInDeeMatrixIncompleteSCIncluded();
 
  Int_t MaxDSInEE();
 
  Int_t NumberOfNotConnectedSCs();
  Int_t NumberOfNotCompleteSCs();
 
  //............................. Current subdetector (Stin-Stex-Stas)
  Int_t MaxSampADC();
 
  Int_t MaxStexHocoInStas();
  Int_t MaxStexVecoInStas();
 
  Int_t MaxStexInStasPlus();
  Int_t MaxStexInStasMinus();
  Int_t MaxStexInStas();
 
  Int_t MaxStinHocoInStas();
  Int_t MaxStinVecoInStas();
  Int_t MaxStinEcnaInStas();
  //  Int_t MaxStinForConsInStas();
 
  Int_t MaxStinHocoInStex();
  Int_t MaxStinVecoInStex();
  Int_t MaxStinEcnaInStex();
  Int_t MaxStinInStex();
 
  Int_t MaxCrysHocoInStex();
  Int_t MaxCrysVecoInStex();
  Int_t MaxCrysEcnaInStex();
  Int_t MaxCrysInStex();
 
  Int_t MaxCrysHocoInStin();
  Int_t MaxCrysVecoInStin();
  Int_t MaxCrysInStin();
 
  ClassDefOverride(TEcnaParEcal, 1)  //Init of ECAL parameters
};
#endif