TEcnaNumbering.cc

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//----------Author's Name: B.Fabbro, F.X.Gentit + EB table from P.Jarry  DSM/IRFU/SPP CEA-Saclay
//----------Copyright:Those valid for CEA software
//----------Modified:28/01/2014

#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaNumbering.h"

//--------------------------------------
//  TEcnaNumbering.cc
//  Class creation: 30 September 2005
//  Documentation: see TEcnaNumbering.h
//--------------------------------------

ClassImp(TEcnaNumbering);
//-------------------------------------------------------------------------------------------------------
//
//  Building of the numbering for the Ecal channels (EB and EE)
//
//  Convention for the names used here and in the other "TEcna" classes:
//
//  Name     Number                      Reference set   Range      Comment
//
//  SMTow  : Tower number                in SuperModule  [1,68]     (phi,eta) progression
//  SMCrys : Crystal number              in SuperModule  [1,1700]   (phi,eta) progression
//  SMEcha : Electronic channel number   in SuperModule  [0,1699]   S shape data reading order
//  TowEcha: Electronic channel number   in Tower        [0,24]     S shape data reading order
//
//  DeeSC  : super-crystal(SC) number    in Dee          [1,200]    (IY,IX) progression
//  DeeCrys: Crystal number              in Dee matrix   [1,5000]   (IY,IX) progression
//  DeeEcha: Electronic channel number   in Dee matrix   [0,4999]   (IY,IX) progression (starting from 0)
//  SCEcha : Electronic channel number   in SC           [1,25]     Crystal numbering for construction
//-------------------------------------------------------------------------------------------------------

//====================================== constructors =========================================
TEcnaNumbering::TEcnaNumbering() {
  // Constructor without argument: call to method Init()

  //  std::cout << "[Info Management] CLASS: TEcnaNumbering.    CREATE OBJECT: this = " << this << std::endl;

  Init();
}

TEcnaNumbering::TEcnaNumbering(TEcnaObject* pObjectManager, const TString& SubDet) {
  // Constructor with argument: call to methods Init() and SetEcalSubDetector(const TString&)

  // std::cout << "[Info Management] CLASS: TEcnaNumbering.    CREATE OBJECT: this = " << this << std::endl;

  Init();
  Long_t i_this = (Long_t)this;
  pObjectManager->RegisterPointer("TEcnaNumbering", i_this);

  //............................ fEcal  => to be changed in fParEcal
  fEcal = nullptr;
  Long_t iParEcal = pObjectManager->GetPointerValue("TEcnaParEcal");
  if (iParEcal == 0) {
    fEcal = new TEcnaParEcal(pObjectManager, SubDet.Data()); /*fCnew++*/
  } else {
    fEcal = (TEcnaParEcal*)iParEcal;
  }

  SetEcalSubDetector(SubDet.Data());
}

TEcnaNumbering::TEcnaNumbering(const TString& SubDet, const TEcnaParEcal* pEcal) {
  // Constructor with argument: call to methods Init() and SetEcalSubDetector(const TString&)

  // std::cout << "[Info Management] CLASS: TEcnaNumbering.    CREATE OBJECT: this = " << this << std::endl;

  Init();
  SetEcalSubDetector(SubDet.Data(), pEcal);
}

//====================================== destructor =========================================
TEcnaNumbering::~TEcnaNumbering() {
  //destructor

  //if (fEcal   != 0){delete fEcal;   fCdelete++;}

  //....................... Barrel
  if (fT2dSMCrys != nullptr) {
    delete[] fT2dSMCrys;
    fCdelete++;
  }
  if (fT1dSMCrys != nullptr) {
    delete[] fT1dSMCrys;
    fCdelete++;
  }
  if (fT1dSMTow != nullptr) {
    delete[] fT1dSMTow;
    fCdelete++;
  }
  if (fT1dTowEcha != nullptr) {
    delete[] fT1dTowEcha;
    fCdelete++;
  }

  //....................... Endcap
  if (fT3dDeeCrys != nullptr) {
    delete[] fT3dDeeCrys;
    fCdelete++;
  }
  if (fT2dDeeCrys != nullptr) {
    delete[] fT2dDeeCrys;
    fCdelete++;
  }
  if (fT1dDeeCrys != nullptr) {
    delete[] fT1dDeeCrys;
    fCdelete++;
  }
  if (fT2dDeeSC != nullptr) {
    delete[] fT2dDeeSC;
    fCdelete++;
  }
  if (fT1dDeeSC != nullptr) {
    delete[] fT1dDeeSC;
    fCdelete++;
  }
  if (fT2dSCEcha != nullptr) {
    delete[] fT2dSCEcha;
    fCdelete++;
  }
  if (fT1dSCEcha != nullptr) {
    delete[] fT1dSCEcha;
    fCdelete++;
  }
  if (fT2d_jch_JY != nullptr) {
    delete[] fT2d_jch_JY;
    fCdelete++;
  }
  if (fT1d_jch_JY != nullptr) {
    delete[] fT1d_jch_JY;
    fCdelete++;
  }
  if (fT2d_ich_IX != nullptr) {
    delete[] fT2d_ich_IX;
    fCdelete++;
  }
  if (fT1d_ich_IX != nullptr) {
    delete[] fT1d_ich_IX;
    fCdelete++;
  }
  if (fT2d_DS != nullptr) {
    delete[] fT2d_DS;
    fCdelete++;
  }
  if (fT1d_DS != nullptr) {
    delete[] fT1d_DS;
    fCdelete++;
  }
  if (fT2d_DSSC != nullptr) {
    delete[] fT2d_DSSC;
    fCdelete++;
  }
  if (fT1d_DSSC != nullptr) {
    delete[] fT1d_DSSC;
    fCdelete++;
  }
  if (fT2d_DeeSCCons != nullptr) {
    delete[] fT2d_DeeSCCons;
    fCdelete++;
  }
  if (fT1d_DeeSCCons != nullptr) {
    delete[] fT1d_DeeSCCons;
    fCdelete++;
  }
  if (fT2d_RecovDeeSC != nullptr) {
    delete[] fT2d_RecovDeeSC;
    fCdelete++;
  }
  if (fT1d_RecovDeeSC != nullptr) {
    delete[] fT1d_RecovDeeSC;
    fCdelete++;
  }

  // std::cout << "[Info Management] CLASS: TEcnaNumbering.    DESTROY OBJECT: this = " << this << std::endl;
}
//------------------------------------------------------------- Init()
void TEcnaNumbering::Init() {
  //Set default values and build crystal numbering table

  //.............................. Initialisations
  fTTBELL = '\007';
  fgMaxCar = (Int_t)512;

  //....................... Barrel
  fT2dSMCrys = nullptr;
  fT1dSMCrys = nullptr;
  fT1dSMTow = nullptr;
  fT1dTowEcha = nullptr;

  fCodeChNumberingLvrbBot = "bottom";
  fCodeChNumberingLvrbTop = "top";

  //....................... Endcap
  fT3dDeeCrys = nullptr;
  fT2dDeeCrys = nullptr;
  fT1dDeeCrys = nullptr;
  fT2dDeeSC = nullptr;
  fT1dDeeSC = nullptr;
  fT2dSCEcha = nullptr;
  fT1dSCEcha = nullptr;
  fT2d_jch_JY = nullptr;
  fT1d_jch_JY = nullptr;
  fT2d_ich_IX = nullptr;
  fT1d_ich_IX = nullptr;
  fT2d_DS = nullptr;
  fT1d_DS = nullptr;
  fT2d_DSSC = nullptr;
  fT1d_DSSC = nullptr;
  fT2d_DeeSCCons = nullptr;
  fT1d_DeeSCCons = nullptr;
  fT2d_RecovDeeSC = nullptr;
  fT1d_RecovDeeSC = nullptr;

  fCodeChNumberingITP1Bot = "bottom";  // ==> Type 1 Interface plate  IPT1 (a faire)
  fCodeChNumberingITP2Top = "top";     // ==> Type 2 Interface plate  IPT2 (a faire)

  //------------------ Init pointers on the CNA objects
  fEcal = nullptr;
}
// end of Init()
//------------------------------------------------------------- SetEcalSubDetector(...)
void TEcnaNumbering::SetEcalSubDetector(const TString& SubDet, const TEcnaParEcal* pEcal) {
  //Set the current subdetector flag and the current subdetector parameters

  fEcal = nullptr;
  if (pEcal == nullptr) {
    fEcal = new TEcnaParEcal(SubDet.Data()); /*fCnew++*/
    ;
  } else {
    fEcal = (TEcnaParEcal*)pEcal;
  }

  Int_t MaxCar = fgMaxCar;
  fFlagSubDet.Resize(MaxCar);
  fFlagSubDet = fEcal->GetEcalSubDetector();  // fFlagSubDet = "EB" or "EE"

  if (fFlagSubDet == "EB") {
    BuildBarrelCrysTable();
  }
  if (fFlagSubDet == "EE") {
    BuildEndcapCrysTable();
    BuildEndcapSCTable();
  }
}

void TEcnaNumbering::SetEcalSubDetector(const TString& SubDet) {
  //Set the current subdetector flag and the current subdetector parameters

  Int_t MaxCar = fgMaxCar;
  fFlagSubDet.Resize(MaxCar);
  fFlagSubDet = fEcal->GetEcalSubDetector();  // fFlagSubDet = "EB" or "EE"

  if (fFlagSubDet == "EB") {
    BuildBarrelCrysTable();
  }
  if (fFlagSubDet == "EE") {
    BuildEndcapCrysTable();
    BuildEndcapSCTable();
  }
}

//====================================================================================================
//
//
//                                  B   A   R   R   E   L
//
//
//====================================================================================================
//
//               SMCrys <-> (SMTow, TowEcha) correspondance table (from Patrick Jarry)
//
//====================================================================================================
void TEcnaNumbering::BuildBarrelCrysTable() {
  // Build the correspondance table: SMCrys <-> (SMTow, TowEcha) for the ECAL BARREL
  //
  //  From CMS Internal Note  "CMS ECAL Barrel channel numbering"
  //
  //       Name      Number                     Reference set   Range        Comment
  //
  //       SMTow  : Tower number               in SuperModule  [1,68]      (phi,eta) progression
  //       SMCrys : Crystal number             in SuperModule  [1,1700]    (phi,eta) progression
  //       SMEcha : Electronic channel number  in SuperModule  [0,1699]    S shape data reading order
  //
  //       TowEcha: Electronic channel number  in Tower        [0,24]      S shape data reading order
  //
  //
  //   fill the 2D array:  fT2dSMCrys[n_SMTow][n_TowEcha]
  //
  //   and the 1d arrays:  fT1dSMTow[i_SMCrys] and fT1dTowEcha[i_SMCrys]
  //
  //-----------------------------------------------------------------------------------------------------

  if (fT2dSMCrys == nullptr) {
    Int_t MaxSMTow = fEcal->MaxTowInSM();
    Int_t MaxTowEcha = fEcal->MaxCrysInTow();
    Int_t MaxSMCrys = fEcal->MaxCrysInSM();

    //................... Allocation and Init CrysNumbersTable

    fT2dSMCrys = new Int_t*[MaxSMTow];
    fCnew++;
    fT1dSMCrys = new Int_t[MaxSMTow * MaxTowEcha];
    fCnew++;
    for (Int_t i_SMTow = 0; i_SMTow < MaxSMTow; i_SMTow++) {
      fT2dSMCrys[i_SMTow] = &fT1dSMCrys[0] + i_SMTow * MaxTowEcha;
    }
    for (Int_t i = 0; i < MaxSMTow; i++) {
      for (Int_t j = 0; j < MaxTowEcha; j++) {
        fT2dSMCrys[i][j] = 0;
      }
    }

    fT1dSMTow = new Int_t[MaxSMCrys];
    fCnew++;
    for (Int_t i = 0; i < MaxSMCrys; i++) {
      fT1dSMTow[i] = 0;
    }

    fT1dTowEcha = new Int_t[MaxSMCrys];
    fCnew++;
    for (Int_t i = 0; i < MaxSMCrys; i++) {
      fT1dTowEcha[i] = 0;
    }

    //........................ Build table
    Int_t m2 = (Int_t)2;
    Int_t m26 = (Int_t)26;

    //      Int_t jch_type[2][26];
    Int_t** jch_type = new Int_t*[m2];
    fCnew++;
    Int_t* jch_type_d1 = new Int_t[m2 * m26];
    fCnew++;
    for (Int_t i_m2 = 0; i_m2 < m2; i_m2++) {
      jch_type[i_m2] = &jch_type_d1[0] + i_m2 * m26;
    }

    for (Int_t k = 25; k >= 21; k--) {
      jch_type[0][k] = 25 - k;
    }  //  k = 25,24,23,22,21 -> jch_type[0][k] = 0,1,2,3,4
    for (Int_t k = 16; k <= 20; k++) {
      jch_type[0][k] = k - 16;
    }  //  k = 16,17,18,19,20 -> jch_type[0][k] = 0,1,2,3,4
    for (Int_t k = 15; k >= 11; k--) {
      jch_type[0][k] = 15 - k;
    }  //  k = 15,14,12,13,11 -> jch_type[0][k] = 0,1,2,3,4
    for (Int_t k = 6; k <= 10; k++) {
      jch_type[0][k] = k - 6;
    }  //  k =  6, 7, 8, 9,10 -> jch_type[0][k] = 0,1,2,3,4
    for (Int_t k = 5; k >= 1; k--) {
      jch_type[0][k] = 5 - k;
    }  //  k =  5, 4, 3, 2, 1 -> jch_type[0][k] = 0,1,2,3,4

    for (Int_t k = 1; k <= 5; k++) {
      jch_type[1][k] = k - 1;
    }  //  k =  1, 2, 3, 4, 5 -> jch_type[1][k] = 0,1,2,3,4
    for (Int_t k = 10; k >= 6; k--) {
      jch_type[1][k] = 10 - k;
    }  //  k = 10, 9, 8, 7, 6 -> jch_type[1][k] = 0,1,2,3,4
    for (Int_t k = 11; k <= 15; k++) {
      jch_type[1][k] = k - 11;
    }  //  k = 11,12,13,14,15 -> jch_type[1][k] = 0,1,2,3,4
    for (Int_t k = 20; k >= 16; k--) {
      jch_type[1][k] = 20 - k;
    }  //  k = 20,19,18,17,16 -> jch_type[1][k] = 0,1,2,3,4
    for (Int_t k = 21; k <= 25; k++) {
      jch_type[1][k] = k - 21;
    }  //  k = 21,22,23,24,25 -> jch_type[1][k] = 0,1,2,3,4

    //      Int_t ich_type[2][26];
    Int_t** ich_type = new Int_t*[m2];
    fCnew++;
    Int_t* ich_type_d1 = new Int_t[m2 * m26];
    fCnew++;
    for (Int_t i_m2 = 0; i_m2 < m2; i_m2++) {
      ich_type[i_m2] = &ich_type_d1[0] + i_m2 * m26;
    }

    for (Int_t k = 25; k >= 21; k--) {
      ich_type[0][k] = 0;
    }  //  k = 25,24,23,22,21 -> ich_type[0][k] = 0
    for (Int_t k = 16; k <= 20; k++) {
      ich_type[0][k] = 1;
    }  //  k = 16,17,18,19,20 -> ich_type[0][k] = 1
    for (Int_t k = 15; k >= 11; k--) {
      ich_type[0][k] = 2;
    }  //  k = 15,14,12,13,11 -> ich_type[0][k] = 2
    for (Int_t k = 6; k <= 10; k++) {
      ich_type[0][k] = 3;
    }  //  k =  6, 7, 8, 9,10 -> ich_type[0][k] = 3
    for (Int_t k = 5; k >= 1; k--) {
      ich_type[0][k] = 4;
    }  //  k =  5, 4, 3, 2, 1 -> ich_type[0][k] = 4

    for (Int_t k = 1; k <= 5; k++) {
      ich_type[1][k] = 0;
    }  //  k =  1, 2, 3, 4, 5 -> ich_type[1][k] = 0
    for (Int_t k = 10; k >= 6; k--) {
      ich_type[1][k] = 1;
    }  //  k = 10, 9, 8, 7, 6 -> ich_type[1][k] = 1
    for (Int_t k = 11; k <= 15; k++) {
      ich_type[1][k] = 2;
    }  //  k = 11,12,13,14,15 -> ich_type[1][k] = 2
    for (Int_t k = 20; k >= 16; k--) {
      ich_type[1][k] = 3;
    }  //  k = 20,19,18,17,16 -> ich_type[1][k] = 3
    for (Int_t k = 21; k <= 25; k++) {
      ich_type[1][k] = 4;
    }  //  k = 21,22,23,24,25 -> ich_type[1][k] = 4

    //     Int_t type[17]={0,0,0,1,1, 0,0,1,1, 0,0,1,1, 0,0,1,1};
    Int_t m17 = 17;
    Int_t* type = new Int_t[m17];
    fCnew++;

    //  0 -> LVRB at the bottom, 1 -> LVRB at the top
    type[0] = 0;  // M1
    type[1] = 0;
    type[2] = 0;
    type[3] = 1;
    type[4] = 1;

    type[5] = 0;  // M2
    type[6] = 0;
    type[7] = 1;
    type[8] = 1;

    type[9] = 0;  // M3
    type[10] = 0;
    type[11] = 1;
    type[12] = 1;

    type[13] = 0;  // M4
    type[14] = 0;
    type[15] = 1;
    type[16] = 1;

    for (Int_t tow = 0; tow < MaxSMTow; tow++)  //  tow  = 0 to 67   (MaxSMTow = 68)
    {
      for (Int_t ic = 1; ic <= MaxTowEcha; ic++)  //  ic   = 1 to 25   (MaxTowEcha = 25)
      {
        Int_t jtow = tow % 4;  //  jtow = 0,1,2,3
        Int_t itow = tow / 4;  //  itow = 0 to 16

        Int_t icrys = itow * 5 + ich_type[type[itow]][ic];  //  type[0->16] = 0,1 ,
                                                            //  ich_type[0->1][1->25] = 0,1,2,3,4
                                                            //  icrys = 0 to 84  (=> eta)

        Int_t jcrys = jtow * 5 + jch_type[type[itow]][ic];  //  type[0->16] = 0,1 ,
                                                            //  jch_type[0->1][1->25] = 0,1,2,3,4
                                                            //  jcrys = 0 to 19  (=> phi)

        Int_t n1SMCrys = icrys * 20 + jcrys + 1;  //  n1SMCrys = 1 to 1700

        fT2dSMCrys[tow][ic - 1] = n1SMCrys;  // fT2dSMCrys[]  : range = [1,1700]
        fT1dSMTow[n1SMCrys - 1] = tow + 1;   // fT1dSMTow[]   : range = [1,68]
        fT1dTowEcha[n1SMCrys - 1] = ic - 1;  // fT1dTowEcha[] : range = [0,24]
      }
    }
    // std::cout << "#TEcnaNumbering::TBuildBarrelCrysTable()> Crys Table Building done" << std::endl;

    delete[] jch_type;
    fCdelete++;
    delete[] jch_type_d1;
    fCdelete++;
    delete[] ich_type;
    fCdelete++;
    delete[] ich_type_d1;
    fCdelete++;
    delete[] type;
    fCdelete++;
  } else {
    // std::cout << "#TEcnaNumbering::TBuildBarrelCrysTable()> No Building of Crys Table since it is already done." << std::endl;
  }
}

//===============================================================================
//
//        GetSMCrysFrom1SMTowAnd0TowEcha
//        GetSMCrysFromSMEcha
//
//===============================================================================
Int_t TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha(const Int_t& n1SMTow, const Int_t& i0TowEcha) {
  //get crystal number in SM from tower number in SM
  // and from Electronic Channel number in tower

  Int_t n1SMCrys = 0;

  if (fT2dSMCrys == nullptr) {
    BuildBarrelCrysTable();
  }

  if (n1SMTow >= 1 && n1SMTow <= fEcal->MaxTowInSM()) {
    if (i0TowEcha >= 0 && i0TowEcha < fEcal->MaxCrysInTow()) {
      n1SMCrys = fT2dSMCrys[n1SMTow - 1][i0TowEcha];
    } else {
      n1SMCrys = -2;  // Electronic Cnannel in Tower out of range
      std::cout << "!TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha(...)> Electronic Channel in Tower out of range."
                << " i0TowEcha = " << i0TowEcha << "(n1SMTow = " << n1SMTow << ")" << fTTBELL << std::endl;
    }
  } else {
    n1SMCrys = -3;  // Tower number in SM out of range
    std::cout << "!TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha(...)> Tower number in SM out of range."
              << " n1SMTow = " << n1SMTow << "(i0TowEcha = " << i0TowEcha << ")" << fTTBELL << std::endl;
  }

  return n1SMCrys;  // Range = [1,1700]
}

//===============================================================================
//
//                Get0TowEchaFrom1SMCrys, Get1SMTowFrom1SMCrys
//
//===============================================================================

Int_t TEcnaNumbering::Get0TowEchaFrom1SMCrys(const Int_t& n1SMCrys) {
  // get Electronic Channel number in Tower from Crystal number in SuperModule

  Int_t i0TowEcha = -1;

  if (n1SMCrys >= 1 && n1SMCrys <= fEcal->MaxCrysInSM()) {
    i0TowEcha = fT1dTowEcha[n1SMCrys - 1];
  } else {
    i0TowEcha = -2;
    std::cout << "!TEcnaNumbering::Get0TowEchaFrom1SMCrys(...)> Crystal number in SM out of range."
              << " n1SMCrys = " << n1SMCrys << fTTBELL << std::endl;
  }
  return i0TowEcha;  // range = [0,24]
}

Int_t TEcnaNumbering::Get1SMTowFrom1SMCrys(const Int_t& n1SMCrys) {
  // get Tower number in SM (range [1,68]) from Crystal number in SuperModule (range [1,1700])

  Int_t n1SMtox = 0;

  if (n1SMCrys >= 1 && n1SMCrys <= fEcal->MaxCrysInSM()) {
    n1SMtox = fT1dSMTow[n1SMCrys - 1];
  } else {
    n1SMtox = -1;
    std::cout << "!TEcnaNumbering::Get1SMTowFrom1SMCrys(...)> Crystal number in SM out of range."
              << " n1SMCrys = " << n1SMCrys << fTTBELL << std::endl;
  }
  return n1SMtox;  // range = [1,68]
}

//===============================================================================
//
//          Get0TowEchaFrom0SMEcha
//          Get1SMTowFrom0SMEcha
//
//===============================================================================

Int_t TEcnaNumbering::Get0TowEchaFrom0SMEcha(const Int_t& i0SMEcha) {
  //get electronic channel number in tower from electronic channel number in SM

  Int_t n1SMTow = i0SMEcha / fEcal->MaxCrysInTow() + 1;
  Int_t i0TowEcha = i0SMEcha - fEcal->MaxCrysInTow() * (n1SMTow - 1);

  return i0TowEcha;  // range = [0,24]
}

Int_t TEcnaNumbering::Get1SMTowFrom0SMEcha(const Int_t& i0SMEcha) {
  //get tower number from electronic channel number in SM

  Int_t n1SMTow = i0SMEcha / fEcal->MaxCrysInTow() + 1;

  return n1SMTow;  // range = [1,68]
}

Int_t TEcnaNumbering::Get0SMEchaFrom1SMTowAnd0TowEcha(const Int_t& n1SMTow, const Int_t& i0TowEcha) {
  //get tower number from electronic channel number in SM

  Int_t i0SMEcha = (n1SMTow - 1) * fEcal->MaxCrysInTow() + i0TowEcha;

  return i0SMEcha;
}
//===========================================================================
//
//                        GetHashedNumberFromIEtaAndIPhi
//
//===========================================================================
Int_t TEcnaNumbering::GetHashedNumberFromIEtaAndIPhi(const Int_t& IEta, const Int_t& IPhi) {
  Int_t Hashed = 0;

  if (IEta > 0) {
    Hashed = (85 + IEta - 1) * 360 + IPhi - 1;
  }
  if (IEta < 0) {
    Hashed = (85 + IEta) * 360 + IPhi - 1;
  }

  return Hashed;
}

Int_t TEcnaNumbering::GetIEtaFromHashed(const Int_t& Hashed, const Int_t& SMNumber) {
  Int_t IEta = 0;

  if (GetSMHalfBarrel(SMNumber) == "EB+") {
    IEta = Hashed / 360 - 85 + 1;
  }
  if (GetSMHalfBarrel(SMNumber) == "EB-") {
    IEta = 85 + Hashed / 360;
  }

  return IEta;
}

Int_t TEcnaNumbering::GetIPhiFromHashed(const Int_t& Hashed) {
  Int_t IPhi = Hashed % 360 + 1;

  return IPhi;
}
//===========================================================================
//
//                        GetTowerLvrbType
//
//===========================================================================
TString TEcnaNumbering::GetStinLvrbType(const Int_t& n1SMTow) {
  TString lvrb_type = GetTowerLvrbType(n1SMTow);
  return lvrb_type;
}
TString TEcnaNumbering::GetTowerLvrbType(const Int_t& n1SMTow) {
  //gives the LVRB type of the crystal numbering of tower

  TString type = fCodeChNumberingLvrbTop;  // => default value

  if (n1SMTow >= 1 && n1SMTow <= 12) {
    type = fCodeChNumberingLvrbBot;
  }
  if (n1SMTow >= 21 && n1SMTow <= 28) {
    type = fCodeChNumberingLvrbBot;
  }
  if (n1SMTow >= 37 && n1SMTow <= 44) {
    type = fCodeChNumberingLvrbBot;
  }
  if (n1SMTow >= 53 && n1SMTow <= 60) {
    type = fCodeChNumberingLvrbBot;
  }

  return type;
}

//==============================================================================
//
//       GetEta, GetEtaMin, GetEtaMax,  GetIEtaMin, GetIEtaMax
//
//==============================================================================
Double_t TEcnaNumbering::GetEta(const Int_t& n1EBSM, const Int_t& n1SMTow, const Int_t& i0TowEcha) {
  //Gives Eta for a given (n1EBSM, n1SMTow, i0TowEcha)

  Double_t eta = (Double_t)0.;

  Int_t max_crys_eta_in_tower = fEcal->MaxCrysEtaInTow();
  Int_t max_tow_eta_in_sm = fEcal->MaxTowEtaInSM();
  Int_t max_sm_in_barrel = fEcal->MaxSMInEB();

  if (n1EBSM >= 1 && n1EBSM <= max_sm_in_barrel) {
    for (Int_t i_sm_tow_eta = 0; i_sm_tow_eta < max_tow_eta_in_sm; i_sm_tow_eta++) {
      Int_t i_crys_eta_min = (Int_t)(1 + i_sm_tow_eta * (max_crys_eta_in_tower - 1));
      Int_t i_crys_eta_max = (Int_t)((i_sm_tow_eta + 1) * (max_crys_eta_in_tower - 1));
      Int_t i_crys_eta = (Int_t)(i_sm_tow_eta * max_crys_eta_in_tower);
      // = 0,..,16 -> last xtal in eta for the previous tower
      Double_t d_echa_eta = (Double_t)(i0TowEcha / max_crys_eta_in_tower);  // = 0,1,2,3,4

      if (n1SMTow >= i_crys_eta_min && n1SMTow <= i_crys_eta_max) {
        if (GetTowerLvrbType(n1SMTow) == fCodeChNumberingLvrbTop) {
          eta = (Double_t)(i_crys_eta) + d_echa_eta + 1;
        }
        if (GetTowerLvrbType(n1SMTow) == fCodeChNumberingLvrbBot) {
          eta = (Double_t)(i_crys_eta + max_crys_eta_in_tower) - d_echa_eta;
        }
      }
    }
    if (GetSMHalfBarrel(n1EBSM) == "EB-") {
      eta = -eta;
    }
  } else {
    std::cout << "TEcnaNumbering::GetEta(...)> SM = " << n1EBSM << ". Out of range (range = [1," << fEcal->MaxSMInEB()
              << "])" << fTTBELL << std::endl;
  }
  return eta;
}
//-------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetEtaMin(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives EtaMin for a given Tower

  Int_t max_tow_eta_in_sm = fEcal->MaxTowEtaInSM();
  Int_t max_crys_eta_in_tower = fEcal->MaxCrysEtaInTow();

  Double_t eta_min = (Double_t)0.;

  for (Int_t i_sm_tow_eta = 0; i_sm_tow_eta < max_tow_eta_in_sm; i_sm_tow_eta++) {
    Int_t i_crys_eta_min = (Int_t)(1 + i_sm_tow_eta * (max_crys_eta_in_tower - 1));
    Int_t i_crys_eta_max = (Int_t)((i_sm_tow_eta + 1) * (max_crys_eta_in_tower - 1));
    Int_t i_crys_eta = (Int_t)(i_sm_tow_eta * max_crys_eta_in_tower);

    if (n1SMTow >= i_crys_eta_min && n1SMTow <= i_crys_eta_max) {
      if (GetSMHalfBarrel(n1EBSM) == "EB+") {
        eta_min = (Double_t)i_crys_eta;
      }
      if (GetSMHalfBarrel(n1EBSM) == "EB-") {
        eta_min = -(Double_t)(i_crys_eta + max_crys_eta_in_tower);
      }
    }
  }
  return eta_min;
}
//------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetEtaMax(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives EtaMax for a given Tower

  Int_t max_tow_eta_in_sm = fEcal->MaxTowEtaInSM();
  Int_t max_crys_eta_in_tower = fEcal->MaxCrysEtaInTow();

  Double_t eta_max = (max_crys_eta_in_tower - 1);

  for (Int_t i_sm_tow_eta = 0; i_sm_tow_eta < max_tow_eta_in_sm; i_sm_tow_eta++) {
    Int_t i_crys_eta_min = (Int_t)(1 + i_sm_tow_eta * (max_crys_eta_in_tower - 1));
    Int_t i_crys_eta_max = (Int_t)((i_sm_tow_eta + 1) * (max_crys_eta_in_tower - 1));
    Int_t i_crys_eta = (Int_t)(i_sm_tow_eta * max_crys_eta_in_tower);

    if (n1SMTow >= i_crys_eta_min && n1SMTow <= i_crys_eta_max) {
      if (GetSMHalfBarrel(n1EBSM) == "EB+") {
        eta_max = (Double_t)(i_crys_eta + max_crys_eta_in_tower);
      }
      if (GetSMHalfBarrel(n1EBSM) == "EB-") {
        eta_max = -(Double_t)i_crys_eta;
      }
    }
  }

  return eta_max;
}

Double_t TEcnaNumbering::GetIEtaMin(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives IEtaMin for a given (n1EBSM, n1SMTow)

  Double_t i_eta_min = (Int_t)0.;

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    i_eta_min = (Double_t)GetEtaMin(n1EBSM, n1SMTow) + (Double_t)0.5;
  }
  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    i_eta_min = (Double_t)GetEtaMin(n1EBSM, n1SMTow) - (Double_t)0.5;
  }

  return i_eta_min;
}

Double_t TEcnaNumbering::GetIEtaMax(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives IEtaMax for a given (n1EBSM, n1SMTow)

  Double_t i_eta_max = (Int_t)0.;

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    i_eta_max = (Double_t)GetEtaMax(n1EBSM, n1SMTow) + (Double_t)0.5;
  }
  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    i_eta_max = (Double_t)GetEtaMax(n1EBSM, n1SMTow) - (Double_t)0.5;
  }

  return i_eta_max;
}

Double_t TEcnaNumbering::GetIEtaMin(const Int_t& n1EBSM) {
  //Gives IEtaMin for a given (n1EBSM)

  Double_t i_eta_min = (Int_t)0.;

  Int_t n1SMTowPlus = (Int_t)1;
  Int_t n1SMTowMinus = (Int_t)fEcal->MaxTowInSM();

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    i_eta_min = (Double_t)GetIEtaMin(n1EBSM, n1SMTowPlus);
  }
  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    i_eta_min = (Double_t)GetIEtaMin(n1EBSM, n1SMTowMinus);
  }

  return i_eta_min;
}

Double_t TEcnaNumbering::GetIEtaMax(const Int_t& n1EBSM) {
  //Gives IEtaMax for a given (n1EBSM)

  Double_t i_eta_max = (Int_t)0.;

  Int_t n1SMTowPlus = (Int_t)fEcal->MaxTowInSM();
  Int_t n1SMTowMinus = (Int_t)1;

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    i_eta_max = (Double_t)GetIEtaMax(n1EBSM, n1SMTowPlus);
  }
  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    i_eta_max = (Double_t)GetIEtaMax(n1EBSM, n1SMTowMinus);
  }

  return i_eta_max;
}

//==============================================================================
//
//    GetSMCentralPhi, GetPhiInSM, GetPhi,
//    GetPhiMin, GetPhiMax, GetIPhiMin, GetIPhiMax
//
//==============================================================================
Double_t TEcnaNumbering::GetSMCentralPhi(const Int_t& n1EBSM) {
  //Gives the central phi value of the SuperModule

  Double_t central_phi = (Double_t)10.;  //  DEFAULT = SM1

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    central_phi = 10. + (Double_t)20. * (n1EBSM - 1);
  }
  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    central_phi = 10. + (Double_t)20. * (n1EBSM - 19);
  }

  return central_phi;
}
//------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetPhiInSM(const Int_t& n1EBSM, const Int_t& n1SMTow, const Int_t& i0TowEcha) {
  //Gives Phi for a given (n1EBSM, n1SMTow, i0TowEcha)

  Double_t phi_in_SM = (Double_t)0.;

  Int_t rest_temp = (Int_t)(n1SMTow % (fEcal->MaxCrysPhiInTow() - 1));  // "Phi" of the tower = 1,2,3,0

  if (n1EBSM >= 1 && n1EBSM <= fEcal->MaxSMInEB()) {
    if (rest_temp == 1) {
      phi_in_SM = (Double_t)15.;
    }
    if (rest_temp == 2) {
      phi_in_SM = (Double_t)10.;
    }
    if (rest_temp == 3) {
      phi_in_SM = (Double_t)5.;
    }
    if (rest_temp == 0) {
      phi_in_SM = (Double_t)0.;
    }

    if (GetTowerLvrbType(n1SMTow) == fCodeChNumberingLvrbTop) {
      if (i0TowEcha == 4 || i0TowEcha == 5 || i0TowEcha == 14 || i0TowEcha == 15 || i0TowEcha == 24) {
        phi_in_SM = phi_in_SM + 0;
      }

      if (i0TowEcha == 3 || i0TowEcha == 6 || i0TowEcha == 13 || i0TowEcha == 16 || i0TowEcha == 23) {
        phi_in_SM = phi_in_SM + 1;
      }

      if (i0TowEcha == 2 || i0TowEcha == 7 || i0TowEcha == 12 || i0TowEcha == 17 || i0TowEcha == 22) {
        phi_in_SM = phi_in_SM + 2;
      }

      if (i0TowEcha == 1 || i0TowEcha == 8 || i0TowEcha == 11 || i0TowEcha == 18 || i0TowEcha == 21) {
        phi_in_SM = phi_in_SM + 3;
      }

      if (i0TowEcha == 0 || i0TowEcha == 9 || i0TowEcha == 10 || i0TowEcha == 19 || i0TowEcha == 20) {
        phi_in_SM = phi_in_SM + 4;
      }
    }
    if (GetTowerLvrbType(n1SMTow) == fCodeChNumberingLvrbBot) {
      if (i0TowEcha == 20 || i0TowEcha == 19 || i0TowEcha == 10 || i0TowEcha == 9 || i0TowEcha == 0) {
        phi_in_SM = phi_in_SM + 0;
      }

      if (i0TowEcha == 21 || i0TowEcha == 18 || i0TowEcha == 11 || i0TowEcha == 8 || i0TowEcha == 1) {
        phi_in_SM = phi_in_SM + 1;
      }

      if (i0TowEcha == 22 || i0TowEcha == 17 || i0TowEcha == 12 || i0TowEcha == 7 || i0TowEcha == 2) {
        phi_in_SM = phi_in_SM + 2;
      }

      if (i0TowEcha == 23 || i0TowEcha == 16 || i0TowEcha == 13 || i0TowEcha == 6 || i0TowEcha == 3) {
        phi_in_SM = phi_in_SM + 3;
      }

      if (i0TowEcha == 24 || i0TowEcha == 15 || i0TowEcha == 14 || i0TowEcha == 5 || i0TowEcha == 4) {
        phi_in_SM = phi_in_SM + 4;
      }
    }
  } else {
    std::cout << "TEcnaNumbering::GetPhiInSM(...)> SM = " << n1EBSM << ". Out of range (range = [1,"
              << fEcal->MaxSMInEB() << "])" << fTTBELL << std::endl;
  }
  phi_in_SM = 20 - phi_in_SM;
  return phi_in_SM;
}
//---------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetPhi(const Int_t& n1EBSM, const Int_t& n1SMTow, const Int_t& i0TowEcha) {
  //Gives Phi for a given (n1EBSM, n1SMTow, i0TowEcha)

  Double_t phi = (Double_t)0.;

  if (n1EBSM >= 1 && n1EBSM <= fEcal->MaxSMInEB()) {
    Double_t phiInSM = GetPhiInSM(n1EBSM, n1SMTow, i0TowEcha);
    Double_t phi_start = GetSMCentralPhi(n1EBSM);

    phi = 20 - phiInSM + phi_start - (Double_t)10.;
  } else {
    std::cout << "TEcnaNumbering::GetPhi(...)> SM = " << n1EBSM << ". Out of range (range = [1," << fEcal->MaxSMInEB()
              << "])" << fTTBELL << std::endl;
  }
  return phi;
}

//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetPhiMin(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives PhiMin for a given Tower

  Int_t max_crys_phi_in_tower = fEcal->MaxCrysPhiInTow();

  Double_t phi_min = (Double_t)0.;  // DEFAULT
  Double_t phi_start = GetSMCentralPhi(n1EBSM);

  Int_t rest_temp = (Int_t)(n1SMTow % (max_crys_phi_in_tower - 1));

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    if (rest_temp == 1) {
      phi_min = phi_start + (Double_t)5.;
    }
    if (rest_temp == 2) {
      phi_min = phi_start + (Double_t)0.;
    }
    if (rest_temp == 3) {
      phi_min = phi_start - (Double_t)5.;
    }
    if (rest_temp == 0) {
      phi_min = phi_start - (Double_t)10.;
    }
  }
  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    if (rest_temp == 0) {
      phi_min = phi_start + (Double_t)5.;
    }
    if (rest_temp == 3) {
      phi_min = phi_start + (Double_t)0.;
    }
    if (rest_temp == 2) {
      phi_min = phi_start - (Double_t)5.;
    }
    if (rest_temp == 1) {
      phi_min = phi_start - (Double_t)10.;
    }
  }
  return phi_min;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetPhiMax(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives PhiMax for a given Tower

  Int_t max_crys_phi_in_tower = fEcal->MaxCrysPhiInTow();

  Double_t phi_max = (Double_t)20.;  // DEFAULT
  Double_t phi_start = GetSMCentralPhi(n1EBSM);

  Int_t rest_temp = (Int_t)(n1SMTow % (max_crys_phi_in_tower - 1));

  if (GetSMHalfBarrel(n1EBSM) == "EB+") {
    if (rest_temp == 1) {
      phi_max = phi_start + (Double_t)10.;
    }
    if (rest_temp == 2) {
      phi_max = phi_start + (Double_t)5.;
    }
    if (rest_temp == 3) {
      phi_max = phi_start - (Double_t)0.;
    }
    if (rest_temp == 0) {
      phi_max = phi_start - (Double_t)5.;
    }
  }

  if (GetSMHalfBarrel(n1EBSM) == "EB-") {
    if (rest_temp == 0) {
      phi_max = phi_start + (Double_t)10.;
    }
    if (rest_temp == 3) {
      phi_max = phi_start + (Double_t)5.;
    }
    if (rest_temp == 2) {
      phi_max = phi_start - (Double_t)0.;
    }
    if (rest_temp == 1) {
      phi_max = phi_start - (Double_t)5.;
    }
  }

  return phi_max;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetPhiMin(const Int_t& n1EBSM) {
  //Gives PhiMin for a given SuperModule

  Double_t phi_min = GetSMCentralPhi(n1EBSM) - (Double_t)10.;

  return phi_min;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetPhiMax(const Int_t& n1EBSM) {
  //Gives PhiMax for a given SuperModule

  Double_t phi_max = GetSMCentralPhi(n1EBSM) + (Double_t)10.;

  return phi_max;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJPhiMin(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives JPhiMin for a given Tower

  Double_t j_phi_min = (Double_t)1.;
  Int_t max_crys_phi_in_tower = fEcal->MaxCrysPhiInTow();
  Int_t rest_temp = (Int_t)(n1SMTow % (max_crys_phi_in_tower - 1));

  if (rest_temp == 1) {
    j_phi_min = (Double_t)1. - (Double_t)0.5;
  }
  if (rest_temp == 2) {
    j_phi_min = (Double_t)6. - (Double_t)0.5;
  }
  if (rest_temp == 3) {
    j_phi_min = (Double_t)11. - (Double_t)0.5;
  }
  if (rest_temp == 0) {
    j_phi_min = (Double_t)16. - (Double_t)0.5;
  }

  return j_phi_min;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJPhiMax(const Int_t& n1EBSM, const Int_t& n1SMTow) {
  //Gives JPhiMax for a given Tower

  Double_t j_phi_max = (Double_t)20.;
  Int_t max_crys_phi_in_tower = fEcal->MaxCrysPhiInTow();
  Int_t rest_temp = (Int_t)(n1SMTow % (max_crys_phi_in_tower - 1));

  if (rest_temp == 1) {
    j_phi_max = (Double_t)5. + (Double_t)0.5;
  }
  if (rest_temp == 2) {
    j_phi_max = (Double_t)10. + (Double_t)0.5;
  }
  if (rest_temp == 3) {
    j_phi_max = (Double_t)15. + (Double_t)0.5;
  }
  if (rest_temp == 0) {
    j_phi_max = (Double_t)20. + (Double_t)0.5;
  }

  return j_phi_max;
}

//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJPhiMin(const Int_t& n1EBSM) {
  //Gives JPhiMin for a given SuperModule

  Double_t j_phi_min = (Double_t)1. - (Double_t)0.5;

  return j_phi_min;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJPhiMax(const Int_t& n1EBSM) {
  //Gives JPhiMax for a given SuperModule

  Double_t j_phi_max = (Double_t)20. + (Double_t)0.5;

  return j_phi_max;
}

//==============================================================================
//
//   GetXDirectionEB, GetYDirectionEB, GetJYDirectionEB
//
//==============================================================================

//------------------------------------------------------------------
TString TEcnaNumbering::GetXDirectionEB(const Int_t& SMNumber) {
  TString xdirection = "x";  // DEFAULT

  if (GetSMHalfBarrel(SMNumber) == "EB+") {
    xdirection = "x";
  }
  if (GetSMHalfBarrel(SMNumber) == "EB-") {
    xdirection = "x";
  }

  return xdirection;
}
//---------------------------------------------------------
TString TEcnaNumbering::GetYDirectionEB(const Int_t& SMNumber) {
  TString ydirection = "-x";  // DEFAULT

  if (GetSMHalfBarrel(SMNumber) == "EB+") {
    ydirection = "-x";
  }
  if (GetSMHalfBarrel(SMNumber) == "EB-") {
    ydirection = "-x";
  }

  return ydirection;
}

//---------------------------------------------------------
TString TEcnaNumbering::GetJYDirectionEB(const Int_t& SMNumber) {
  TString jydirection = "-x";  // DEFAULT

  if (GetSMHalfBarrel(SMNumber) == "EB+") {
    jydirection = "x";
  }
  if (GetSMHalfBarrel(SMNumber) == "EB-") {
    jydirection = "-x";
  }

  return jydirection;
}

//============================================================================
TString TEcnaNumbering::GetSMHalfBarrel(const Int_t& SMNumber) {
  //gives the half-barrel of the SM ("EB+" or "EB-")

  TString type = "EB-";  // => default value

  if (SMNumber >= 1 && SMNumber <= fEcal->MaxSMInEBPlus()) {
    type = "EB+";
  }
  if (SMNumber > fEcal->MaxSMInEBPlus() && SMNumber <= fEcal->MaxSMInEB()) {
    type = "EB-";
  }

  return type;
}

Int_t TEcnaNumbering::PlusMinusSMNumber(const Int_t& PlusSMNumber) {
  Int_t PMSMNumber = PlusSMNumber;
  if (PlusSMNumber > fEcal->MaxSMPhiInEB()) {
    PMSMNumber = -PlusSMNumber + fEcal->MaxSMPhiInEB();
  }
  return PMSMNumber;
}
//====================================================================================================
//
//
//                                  E   N   D   C   A   P
//
//
//====================================================================================================
//
//               DeeCrys <-> (DeeSC, SCEcha) correspondance table
//               (from the barrel table given by Patrick Jarry)
//
//====================================================================================================
void TEcnaNumbering::BuildEndcapCrysTable() {
  // Build the correspondance table: DeeCrys <-> (DeeSC, SCEcha) for the ECAL ENDCAP
  //
  //  From CMS Internal Note  "CMS ECAL Endcap channel numbering"
  //
  //       Name      Number                     Reference set  Range          Comment
  //
  //       DeeSC   : Super-Crystal (SC) number    in Dee      [1,200]   (IY,IX) progression
  //       DeeCrys : Crystal number               in Dee      [1,5000]  (IY,IX) progression
  //       DeeEcha : Electronic channel number    in Dee      [0,4999]  Crystal numbering for construction
  //
  //       SCEcha  : Electronic channel number    in SC       [1,25]    Crystal numbering for construction
  //
  //
  //   fill the 3D array:  fT3dDeeCrys[n_DeeSC][n_SCEcha][2]
  //
  //   and the 2d arrays:  fT2dDeeSC[n_DeeCrys][2] and fT2dSCEcha[n_DeeCrys][2]
  //
  //------------------------------------------------------------------------------------------------------

  if (fT3dDeeCrys == nullptr) {
    Int_t MaxDeeSC = fEcal->MaxSCEcnaInDee();  // fEcal->MaxSCEcnaInDee() = 200
    Int_t MaxSCEcha = fEcal->MaxCrysInSC();
    Int_t MaxDeeCrys = fEcal->MaxCrysEcnaInDee();

    Int_t MaxDirections = 2;  //  (2 directions: left and right)

    //................... Allocation and Init CrysNumbersTable
    fT3dDeeCrys = new Int_t**[MaxDeeSC];
    fCnew++;
    fT2dDeeCrys = new Int_t*[MaxDeeSC * MaxSCEcha];
    fCnew++;
    fT1dDeeCrys = new Int_t[MaxDeeSC * MaxSCEcha * MaxDirections];
    fCnew++;

    for (Int_t i_DeeSC = 0; i_DeeSC < MaxDeeSC; i_DeeSC++) {
      fT3dDeeCrys[i_DeeSC] = &fT2dDeeCrys[0] + i_DeeSC * MaxSCEcha;
      for (Int_t i_SCEcha = 0; i_SCEcha < MaxSCEcha; i_SCEcha++) {
        fT2dDeeCrys[i_DeeSC * MaxSCEcha + i_SCEcha] =
            &fT1dDeeCrys[0] + (i_DeeSC * MaxSCEcha + i_SCEcha) * MaxDirections;
      }
    }
    for (Int_t i = 0; i < MaxDeeSC; i++) {
      for (Int_t j = 0; j < MaxSCEcha; j++) {
        for (Int_t k = 0; k < MaxDirections; k++) {
          fT3dDeeCrys[i][j][k] = 0;
        }
      }
    }

    fT2dDeeSC = new Int_t*[MaxDeeCrys];
    fCnew++;
    fT1dDeeSC = new Int_t[MaxDeeCrys * MaxDirections];
    fCnew++;
    for (Int_t i_DeeCrys = 0; i_DeeCrys < MaxDeeCrys; i_DeeCrys++) {
      fT2dDeeSC[i_DeeCrys] = &fT1dDeeSC[0] + i_DeeCrys * MaxDirections;
    }
    for (Int_t i = 0; i < MaxDeeCrys; i++) {
      for (Int_t j = 0; j < MaxDirections; j++) {
        fT2dDeeSC[i][j] = 0;
      }
    }

    fT2dSCEcha = new Int_t*[MaxDeeCrys];
    fCnew++;
    fT1dSCEcha = new Int_t[MaxDeeCrys * MaxDirections];
    fCnew++;
    for (Int_t i_DeeCrys = 0; i_DeeCrys < MaxDeeCrys; i_DeeCrys++) {
      fT2dSCEcha[i_DeeCrys] = &fT1dSCEcha[0] + i_DeeCrys * MaxDirections;
    }
    for (Int_t i = 0; i < MaxDeeCrys; i++) {
      for (Int_t j = 0; j < MaxDirections; j++) {
        fT2dSCEcha[i][j] = 0;
      }
    }

    //................................ Build table
    Int_t MaxTyp = (Int_t)4;
    Int_t MaxCrysP1 = (Int_t)(fEcal->MaxCrysInSC() + 1);

    //      Int_t fT2d_jch_JY[type][Echa+1]:  JY in the SC as a function of type and Echa+1
    fT2d_jch_JY = new Int_t*[MaxTyp];
    fCnew++;
    fT1d_jch_JY = new Int_t[MaxTyp * MaxCrysP1];
    fCnew++;
    for (Int_t i_MaxTyp = 0; i_MaxTyp < MaxTyp; i_MaxTyp++) {
      fT2d_jch_JY[i_MaxTyp] = &fT1d_jch_JY[0] + i_MaxTyp * MaxCrysP1;
    }

    // type: 0=(top/right), 1=(top/left), 2=(bottom/left), 3=(bottom/right),

    //................. top/right
    for (Int_t k = 5; k >= 1; k--) {
      fT2d_jch_JY[0][k] = 4;
    }  //  k =  5, 4, 3, 2, 1 -> fT2d_jch_JY[0][k] = 4
    for (Int_t k = 10; k >= 6; k--) {
      fT2d_jch_JY[0][k] = 3;
    }  //  k = 10, 9, 8, 7, 6 -> fT2d_jch_JY[0][k] = 3
    for (Int_t k = 15; k >= 11; k--) {
      fT2d_jch_JY[0][k] = 2;
    }  //  k = 15,14,13,12,11 -> fT2d_jch_JY[0][k] = 2
    for (Int_t k = 20; k >= 16; k--) {
      fT2d_jch_JY[0][k] = 1;
    }  //  k = 20,19,18,17,16 -> fT2d_jch_JY[0][k] = 1
    for (Int_t k = 25; k >= 21; k--) {
      fT2d_jch_JY[0][k] = 0;
    }  //  k = 25,24,23,22,21 -> fT2d_jch_JY[0][k] = 0
    //................. top/left
    for (Int_t k = 5; k >= 1; k--) {
      fT2d_jch_JY[1][k] = 5 - k;
    }  //  k =  5, 4, 3, 2, 1 -> fT2d_jch_JY[1][k] = 0,1,2,3,4
    for (Int_t k = 10; k >= 6; k--) {
      fT2d_jch_JY[1][k] = 10 - k;
    }  //  k = 10, 9, 8, 7, 6 -> fT2d_jch_JY[1][k] = 0,1,2,3,4
    for (Int_t k = 15; k >= 11; k--) {
      fT2d_jch_JY[1][k] = 15 - k;
    }  //  k = 15,14,13,12,11 -> fT2d_jch_JY[1][k] = 0,1,2,3,4
    for (Int_t k = 20; k >= 16; k--) {
      fT2d_jch_JY[1][k] = 20 - k;
    }  //  k = 20,19,18,17,16 -> fT2d_jch_JY[1][k] = 0,1,2,3,4
    for (Int_t k = 25; k >= 21; k--) {
      fT2d_jch_JY[1][k] = 25 - k;
    }  //  k = 25,24,23,22,21 -> fT2d_jch_JY[1][k] = 0,1,2,3,4
    //................. bottom/left
    for (Int_t k = 1; k <= 5; k++) {
      fT2d_jch_JY[2][k] = 0;
    }  //  k =  1, 2, 3, 4, 5 -> fT2d_jch_JY[2][k] = 0
    for (Int_t k = 6; k <= 10; k++) {
      fT2d_jch_JY[2][k] = 1;
    }  //  k =  6, 7, 8, 9,10 -> fT2d_jch_JY[2][k] = 1
    for (Int_t k = 11; k <= 15; k++) {
      fT2d_jch_JY[2][k] = 2;
    }  //  k = 11,12,13,14,15 -> fT2d_jch_JY[2][k] = 2
    for (Int_t k = 16; k <= 20; k++) {
      fT2d_jch_JY[2][k] = 3;
    }  //  k = 16,17,18,19,20 -> fT2d_jch_JY[2][k] = 3
    for (Int_t k = 21; k <= 25; k++) {
      fT2d_jch_JY[2][k] = 4;
    }  //  k = 21,22,23,24,25 -> fT2d_jch_JY[2][k] = 4
    //................. bottom/right
    for (Int_t k = 1; k <= 5; k++) {
      fT2d_jch_JY[3][k] = k - 1;
    }  //  k =  1, 2, 3, 4, 5 -> fT2d_jch_JY[3][k] = 0,1,2,3,4
    for (Int_t k = 6; k <= 10; k++) {
      fT2d_jch_JY[3][k] = k - 6;
    }  //  k =  6, 7, 8, 9,10 -> fT2d_jch_JY[3][k] = 0,1,2,3,4
    for (Int_t k = 11; k <= 15; k++) {
      fT2d_jch_JY[3][k] = k - 11;
    }  //  k = 11,12,13,14,15 -> fT2d_jch_JY[3][k] = 0,1,2,3,4
    for (Int_t k = 16; k <= 20; k++) {
      fT2d_jch_JY[3][k] = k - 16;
    }  //  k = 16,17,18,19,20 -> fT2d_jch_JY[3][k] = 0,1,2,3,4
    for (Int_t k = 21; k <= 25; k++) {
      fT2d_jch_JY[3][k] = k - 21;
    }  //  k = 21,22,23,24,25 -> fT2d_jch_JY[3][k] = 0,1,2,3,4

    //      Int_t fT2d_ich_IX[type][Echa+1]:  IX in the SC as a function of type and Echa+1
    fT2d_ich_IX = new Int_t*[MaxTyp];
    fCnew++;
    fT1d_ich_IX = new Int_t[MaxTyp * MaxCrysP1];
    fCnew++;
    for (Int_t i_MaxTyp = 0; i_MaxTyp < MaxTyp; i_MaxTyp++) {
      fT2d_ich_IX[i_MaxTyp] = &fT1d_ich_IX[0] + i_MaxTyp * MaxCrysP1;
    }

    //................. top/right
    for (Int_t k = 5; k >= 1; k--) {
      fT2d_ich_IX[0][k] = 5 - k;
    }  //  k =  5, 4, 3, 2, 1 -> fT2d_ich_IX[0][k] = 0,1,2,3,4
    for (Int_t k = 10; k >= 6; k--) {
      fT2d_ich_IX[0][k] = 10 - k;
    }  //  k = 10, 9, 8, 7, 6 -> fT2d_ich_IX[0][k] = 0,1,2,3,4
    for (Int_t k = 15; k >= 11; k--) {
      fT2d_ich_IX[0][k] = 15 - k;
    }  //  k = 15,14,13,12,11 -> fT2d_ich_IX[0][k] = 0,1,2,3,4
    for (Int_t k = 20; k >= 16; k--) {
      fT2d_ich_IX[0][k] = 20 - k;
    }  //  k = 20,19,18,17,16 -> fT2d_ich_IX[0][k] = 0,1,2,3,4
    for (Int_t k = 25; k >= 21; k--) {
      fT2d_ich_IX[0][k] = 25 - k;
    }  //  k = 25,24,23,22,21 -> fT2d_ich_IX[0][k] = 0,1,2,3,4
    //................. top/left
    for (Int_t k = 5; k >= 1; k--) {
      fT2d_ich_IX[1][k] = 4;
    }  //  k =  5, 4, 3, 2, 1 -> fT2d_ich_IX[1][k] = 4
    for (Int_t k = 10; k >= 6; k--) {
      fT2d_ich_IX[1][k] = 3;
    }  //  k = 10, 9, 8, 7, 6 -> fT2d_ich_IX[1][k] = 3
    for (Int_t k = 15; k >= 11; k--) {
      fT2d_ich_IX[1][k] = 2;
    }  //  k = 15,14,13,12,11 -> fT2d_ich_IX[1][k] = 2
    for (Int_t k = 20; k >= 16; k--) {
      fT2d_ich_IX[1][k] = 1;
    }  //  k = 20,19,18,17,16 -> fT2d_ich_IX[1][k] = 1
    for (Int_t k = 25; k >= 21; k--) {
      fT2d_ich_IX[1][k] = 0;
    }  //  k = 25,24,23,22,21 -> fT2d_ich_IX[1][k] = 0
    //................. bottom/left
    for (Int_t k = 1; k <= 5; k++) {
      fT2d_ich_IX[2][k] = 5 - k;
    }  //  k =  1, 2, 3, 4, 5 -> fT2d_ich_IX[2][k] = 0,1,2,3,4
    for (Int_t k = 6; k <= 10; k++) {
      fT2d_ich_IX[2][k] = 10 - k;
    }  //  k =  6, 7, 8, 9,10 -> fT2d_ich_IX[2][k] = 0,1,2,3,4
    for (Int_t k = 11; k <= 15; k++) {
      fT2d_ich_IX[2][k] = 15 - k;
    }  //  k = 11,12,13,14,15 -> fT2d_ich_IX[2][k] = 0,1,2,3,4
    for (Int_t k = 16; k <= 20; k++) {
      fT2d_ich_IX[2][k] = 20 - k;
    }  //  k = 16,17,18,19,20 -> fT2d_ich_IX[2][k] = 0,1,2,3,4
    for (Int_t k = 21; k <= 25; k++) {
      fT2d_ich_IX[2][k] = 25 - k;
    }  //  k = 21,22,23,24,25 -> fT2d_ich_IX[2][k] = 0,1,2,3,4
    //................. bottom/right
    for (Int_t k = 1; k <= 5; k++) {
      fT2d_ich_IX[3][k] = 4;
    }  //  k =  1, 2, 3, 4, 5 -> fT2d_ich_IX[3][k] = 4
    for (Int_t k = 6; k <= 10; k++) {
      fT2d_ich_IX[3][k] = 3;
    }  //  k =  6, 7, 8, 9,10 -> fT2d_ich_IX[3][k] = 3
    for (Int_t k = 11; k <= 15; k++) {
      fT2d_ich_IX[3][k] = 2;
    }  //  k = 11,12,13,14,15 -> fT2d_ich_IX[3][k] = 2
    for (Int_t k = 16; k <= 20; k++) {
      fT2d_ich_IX[3][k] = 1;
    }  //  k = 16,17,18,19,20 -> fT2d_ich_IX[3][k] = 1
    for (Int_t k = 21; k <= 25; k++) {
      fT2d_ich_IX[3][k] = 0;
    }  //  k = 21,22,23,24,25 -> fT2d_ich_IX[3][k] = 0

    //............................................ type
    Int_t Nb_DeeSC_JY = fEcal->MaxSCIYInDee();
    Int_t** type = new Int_t*[Nb_DeeSC_JY];
    fCnew++;
    Int_t* type_d1 = new Int_t[Nb_DeeSC_JY * MaxDirections];
    fCnew++;
    for (Int_t i_DeeSC_JY = 0; i_DeeSC_JY < Nb_DeeSC_JY; i_DeeSC_JY++) {
      type[i_DeeSC_JY] = &type_d1[0] + i_DeeSC_JY * MaxDirections;
    }

    //  bottom = (0,9), top  = (10,19)
    //  right  = 0    , left = 1
    //  type = Quadrant number - 1

    type[10][0] = 0;  // Q1 top right
    type[11][0] = 0;
    type[12][0] = 0;
    type[13][0] = 0;
    type[14][0] = 0;
    type[15][0] = 0;
    type[16][0] = 0;
    type[17][0] = 0;
    type[18][0] = 0;
    type[19][0] = 0;

    type[10][1] = 1;  // Q2 top left
    type[11][1] = 1;
    type[12][1] = 1;
    type[13][1] = 1;
    type[14][1] = 1;
    type[15][1] = 1;
    type[16][1] = 1;
    type[17][1] = 1;
    type[18][1] = 1;
    type[19][1] = 1;

    type[0][1] = 2;  // Q3 : bottom left
    type[1][1] = 2;
    type[2][1] = 2;
    type[3][1] = 2;
    type[4][1] = 2;
    type[5][1] = 2;
    type[6][1] = 2;
    type[7][1] = 2;
    type[8][1] = 2;
    type[9][1] = 2;

    type[0][0] = 3;  // Q4 : bottom right
    type[1][0] = 3;
    type[2][0] = 3;
    type[3][0] = 3;
    type[4][0] = 3;
    type[5][0] = 3;
    type[6][0] = 3;
    type[7][0] = 3;
    type[8][0] = 3;
    type[9][0] = 3;

    Int_t Nb_SCCrys_IX = fEcal->MaxCrysIXInSC();
    Int_t Nb_SCCrys_JY = fEcal->MaxCrysIYInSC();

    for (Int_t kSC = 0; kSC < MaxDeeSC; kSC++)  //  kSC  = 0 to 199   (MaxDeeSC = 200)
    {
      for (Int_t n_Echa = 1; n_Echa <= MaxSCEcha; n_Echa++)  //  n_Echa   = 1 to 25    (MaxSCEcha = 25)
      {
        for (Int_t idir = 0; idir < 2; idir++) {
          Int_t ikSC = kSC / Nb_DeeSC_JY;  //  ikSC = 0 to 9
          Int_t jkSC = kSC % Nb_DeeSC_JY;  //  jkSC = 0,1,2,..,19

          Int_t icrys = ikSC * Nb_SCCrys_IX + fT2d_ich_IX[type[jkSC][idir]][n_Echa];
          //  type[0->9][1->2] = 0,1,2,3
          //  fT2d_ich_IX[0->3][1->25] = 0,1,2,3,4
          //  icrys = 0 to 49  (=> IX)

          Int_t jcrys = jkSC * Nb_SCCrys_JY + fT2d_jch_JY[type[jkSC][idir]][n_Echa];
          //  type[0->9][1->2] = 0,1,2,3
          //  fT2d_jch_JY[0->3][1->25] = 0,1,2,3,4
          //  jcrys = 0 to 99  (=> IY)

          Int_t n_DeeCrys = icrys * Nb_DeeSC_JY * Nb_SCCrys_JY + jcrys + 1;  //  n_DeeCrys = 1 to 5000

          fT3dDeeCrys[kSC][n_Echa - 1][idir] = n_DeeCrys;  // fT3dDeeCrys[][][] : range = [1,5000]
          fT2dDeeSC[n_DeeCrys - 1][idir] = kSC + 1;        // fT2dDeeSC[][]     : range = [1,200]
          fT2dSCEcha[n_DeeCrys - 1][idir] = n_Echa;        // fT2dSCEcha[][]    : range = [1,25]
        }
      }
    }
    // std::cout << "#TEcnaNumbering::TBuildEndcapCrysTable()> Crys Table Building done" << std::endl;

    delete[] type;
    fCdelete++;
    delete[] type_d1;
    fCdelete++;
  } else {
    // std::cout << "#TEcnaNumbering::TBuildEndcapCrysTable()> No Building of Crys Table since it is already done " << std::endl;
  }
}

void TEcnaNumbering::BuildEndcapSCTable() {
  // Build the correspondance table: (Dee, DeeSC) <-> (DS , DSSC) for the ECAL ENDCAP
  //
  //  From CMS Internal Note  "CMS ECAL Endcap channel numbering"
  //
  //       Name       Number                     Reference set    Range     Comment
  //
  //       Dee      : Dee number                                  [1,4]
  //       DeeSC    : Super-Crystal (SC) number  in Dee           [1,200]   (IY,IX) progression
  //       DS       : Data Sector number         in EE + or -     [1,9]     (IY,IX) progression
  //       DSSC     : Super-Crystal (SC) number  in Data Sector   [1,32]    Crystal numbering in data sector
  //       DeeSCCons: Super-Crystal (SC) number  for construction [1,297]
  //
  //   fill the 2d arrays:  fT2d_DS[4][200], fT2d_DSSC[4][200] and fT2d_DeeSCCons[4][200]
  //
  //------------------------------------------------------------------------------------------------------

  //.................. Allocations and Init
  Int_t MaxEEDee = fEcal->MaxDeeInEE();
  Int_t MaxDeeSC = fEcal->MaxSCEcnaInDee();
  Int_t MaxEESCForCons = 2 * fEcal->MaxSCForConsInDee();

  fT2d_DS = new Int_t*[MaxEEDee];
  fCnew++;  // = DS[Dee - 1, CNA_SCInDee - 1]
  fT1d_DS = new Int_t[MaxEEDee * MaxDeeSC];
  fCnew++;
  for (Int_t i_DeeCrys = 0; i_DeeCrys < MaxEEDee; i_DeeCrys++) {
    fT2d_DS[i_DeeCrys] = &fT1d_DS[0] + i_DeeCrys * MaxDeeSC;
  }
  for (Int_t i = 0; i < MaxEEDee; i++) {
    for (Int_t j = 0; j < MaxDeeSC; j++) {
      fT2d_DS[i][j] = 0;
    }
  }

  fT2d_DSSC = new Int_t*[MaxEEDee];
  fCnew++;  // = SCInDS[Dee - 1, CNA_SCInDee - 1]
  fT1d_DSSC = new Int_t[MaxEEDee * MaxDeeSC];
  fCnew++;
  for (Int_t i_DeeCrys = 0; i_DeeCrys < MaxEEDee; i_DeeCrys++) {
    fT2d_DSSC[i_DeeCrys] = &fT1d_DSSC[0] + i_DeeCrys * MaxDeeSC;
  }
  for (Int_t i = 0; i < MaxEEDee; i++) {
    for (Int_t j = 0; j < MaxDeeSC; j++) {
      fT2d_DSSC[i][j] = 0;
    }
  }

  fT2d_DeeSCCons = new Int_t*[MaxEEDee];
  fCnew++;  // = SCConsInDee[Dee - 1, CNA_SCInDee - 1]
  fT1d_DeeSCCons = new Int_t[MaxEEDee * MaxDeeSC];
  fCnew++;
  for (Int_t i_DeeCrys = 0; i_DeeCrys < MaxEEDee; i_DeeCrys++) {
    fT2d_DeeSCCons[i_DeeCrys] = &fT1d_DeeSCCons[0] + i_DeeCrys * MaxDeeSC;
  }
  for (Int_t i = 0; i < MaxEEDee; i++) {
    for (Int_t j = 0; j < MaxDeeSC; j++) {
      fT2d_DeeSCCons[i][j] = 0;
    }
  }

  fT2d_RecovDeeSC = new Int_t*[MaxEEDee];
  fCnew++;  // = CNA_SCInDee[Dee - 1, SCConsInDee - 1]
  fT1d_RecovDeeSC = new Int_t[MaxEEDee * MaxEESCForCons];
  fCnew++;
  for (Int_t i_DeeCrys = 0; i_DeeCrys < MaxEEDee; i_DeeCrys++) {
    fT2d_RecovDeeSC[i_DeeCrys] = &fT1d_RecovDeeSC[0] + i_DeeCrys * MaxEESCForCons;
  }
  for (Int_t i = 0; i < MaxEEDee; i++) {
    for (Int_t j = 0; j < MaxEESCForCons; j++) {
      fT2d_RecovDeeSC[i][j] = 0;
    }
  }

  //.............................. Data sector (DS) numbers: fT2d_DS[][]
  //                               isc = ECNA numbers

  Int_t ids = 0;

  //........... (D1,S1)=(D2,S9)=(D3,S9)=(D4,S1)
  for (Int_t dee = 1; dee <= 4; dee++) {
    if (dee == 1 || dee == 4) {
      ids = 1;
    }
    if (dee == 2 || dee == 3) {
      ids = 9;
    }
    for (Int_t isc = 13; isc <= 20; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 33; isc <= 40; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 54; isc <= 60; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 75; isc <= 79; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 96; isc <= 99; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 118; isc <= 119; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
  }
  //........... (D1,S2)=(D2,S8)=(D3,S8)=(D4,S2)
  for (Int_t dee = 1; dee <= 4; dee++) {
    if (dee == 1 || dee == 4) {
      ids = 2;
    }
    if (dee == 2 || dee == 3) {
      ids = 8;
    }
    for (Int_t isc = 32; isc <= 32; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 51; isc <= 53; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 72; isc <= 74; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 92; isc <= 95; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 112; isc <= 117; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 132; isc <= 138; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 152; isc <= 157; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 173; isc <= 176; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 193; isc <= 193; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
  }
  //........... (D1,S3)=(D2,S7)=(D3,S7)=(D4,S3)
  for (Int_t dee = 1; dee <= 4; dee++) {
    if (dee == 1 || dee == 4) {
      ids = 3;
    }
    if (dee == 2 || dee == 3) {
      ids = 7;
    }
    for (Int_t isc = 50; isc <= 50; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 69; isc <= 71; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 88; isc <= 91; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 108; isc <= 111; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 127; isc <= 131; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 147; isc <= 151; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 166; isc <= 172; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 188; isc <= 192; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
  }
  //........... (D1,S4)=(D2,S6)=(D3,S6)=(D4,S4)
  for (Int_t dee = 1; dee <= 4; dee++) {
    if (dee == 1 || dee == 4) {
      ids = 4;
    }
    if (dee == 2 || dee == 3) {
      ids = 6;
    }
    for (Int_t isc = 27; isc <= 29; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 44; isc <= 49; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 62; isc <= 68; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 82; isc <= 87; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 102; isc <= 107; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 123; isc <= 126; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 144; isc <= 146; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
    for (Int_t isc = 165; isc <= 165; isc++)
      fT2d_DS[dee - 1][isc - 1] = ids;
  }
  //........... (D1,S5)=(D2,S5)=(D3,S5)=(D4,S5)
  for (Int_t dee = 1; dee <= 4; dee++) {
    for (Int_t isc = 1; isc <= 8; isc++)
      fT2d_DS[dee - 1][isc - 1] = 5;
    for (Int_t isc = 21; isc <= 26; isc++)
      fT2d_DS[dee - 1][isc - 1] = 5;
    for (Int_t isc = 41; isc <= 43; isc++)
      fT2d_DS[dee - 1][isc - 1] = 5;
  }

  //............................................ SC numbers in Data Sectors: fT2d_DSSC[][]
  //                                             fT2d_DSSC[dee-1][SC ECNA number - 1] = SC number in DS;
  for (Int_t dee = 1; dee <= 4; dee++) {
    for (Int_t isc = 1; isc <= MaxDeeSC; isc++) {
      fT2d_DSSC[dee - 1][isc - 1] = -1;
    }
    //.......................................... S1 (D1,D4), S9 (D2,D3) ; 33 SC's
    fT2d_DSSC[dee - 1][13 - 1] = 12;
    fT2d_DSSC[dee - 1][14 - 1] = 11;
    fT2d_DSSC[dee - 1][15 - 1] = 10;
    fT2d_DSSC[dee - 1][16 - 1] = 9;
    fT2d_DSSC[dee - 1][17 - 1] = 4;
    fT2d_DSSC[dee - 1][18 - 1] = 3;
    fT2d_DSSC[dee - 1][19 - 1] = 2;
    fT2d_DSSC[dee - 1][20 - 1] = 1;

    fT2d_DSSC[dee - 1][33 - 1] = 16;
    fT2d_DSSC[dee - 1][34 - 1] = 15;
    fT2d_DSSC[dee - 1][35 - 1] = 14;
    fT2d_DSSC[dee - 1][36 - 1] = 13;
    fT2d_DSSC[dee - 1][37 - 1] = 8;
    fT2d_DSSC[dee - 1][38 - 1] = 7;
    fT2d_DSSC[dee - 1][39 - 1] = 6;
    fT2d_DSSC[dee - 1][40 - 1] = 5;

    fT2d_DSSC[dee - 1][54 - 1] = 33;
    fT2d_DSSC[dee - 1][55 - 1] = 31;
    fT2d_DSSC[dee - 1][56 - 1] = 27;
    fT2d_DSSC[dee - 1][57 - 1] = 24;
    fT2d_DSSC[dee - 1][58 - 1] = 20;
    fT2d_DSSC[dee - 1][59 - 1] = 17;
    fT2d_DSSC[dee - 1][60 - 1] = 30;  //  (182a, 33a for construction)

    fT2d_DSSC[dee - 1][75 - 1] = 32;
    fT2d_DSSC[dee - 1][76 - 1] = 28;
    fT2d_DSSC[dee - 1][77 - 1] = 25;
    fT2d_DSSC[dee - 1][78 - 1] = 21;
    fT2d_DSSC[dee - 1][79 - 1] = 18;

    fT2d_DSSC[dee - 1][96 - 1] = 29;
    fT2d_DSSC[dee - 1][97 - 1] = 26;
    fT2d_DSSC[dee - 1][98 - 1] = 22;
    fT2d_DSSC[dee - 1][99 - 1] = 19;

    fT2d_DSSC[dee - 1][118 - 1] = 23;
    fT2d_DSSC[dee - 1][119 - 1] = 30;  //  (182b, 33b for construction)

    //.......................................... S2 (D1,D4), S8(D2,D3) ; 32 SC's
    fT2d_DSSC[dee - 1][32 - 1] = 25;  // also 3;  // ( (207c, 58c) also (178c, 29c) for construction)

    fT2d_DSSC[dee - 1][51 - 1] = 32;
    fT2d_DSSC[dee - 1][52 - 1] = 26;
    fT2d_DSSC[dee - 1][53 - 1] = 18;

    fT2d_DSSC[dee - 1][72 - 1] = 27;
    fT2d_DSSC[dee - 1][73 - 1] = 19;
    fT2d_DSSC[dee - 1][74 - 1] = 12;

    fT2d_DSSC[dee - 1][92 - 1] = 28;
    fT2d_DSSC[dee - 1][93 - 1] = 20;
    fT2d_DSSC[dee - 1][94 - 1] = 13;
    fT2d_DSSC[dee - 1][95 - 1] = 7;

    fT2d_DSSC[dee - 1][112 - 1] = 29;
    fT2d_DSSC[dee - 1][113 - 1] = 21;
    fT2d_DSSC[dee - 1][114 - 1] = 14;
    fT2d_DSSC[dee - 1][115 - 1] = 8;
    fT2d_DSSC[dee - 1][116 - 1] = 4;
    fT2d_DSSC[dee - 1][117 - 1] = 1;

    fT2d_DSSC[dee - 1][132 - 1] = 30;
    fT2d_DSSC[dee - 1][133 - 1] = 22;
    fT2d_DSSC[dee - 1][134 - 1] = 15;
    fT2d_DSSC[dee - 1][135 - 1] = 9;
    fT2d_DSSC[dee - 1][136 - 1] = 5;
    fT2d_DSSC[dee - 1][137 - 1] = 2;
    fT2d_DSSC[dee - 1][138 - 1] = 3;  // (178a, 29a for construction)

    fT2d_DSSC[dee - 1][152 - 1] = 31;
    fT2d_DSSC[dee - 1][153 - 1] = 23;
    fT2d_DSSC[dee - 1][154 - 1] = 16;
    fT2d_DSSC[dee - 1][155 - 1] = 10;
    fT2d_DSSC[dee - 1][156 - 1] = 6;
    fT2d_DSSC[dee - 1][157 - 1] = 3;  // (178b, 29b for construction)

    fT2d_DSSC[dee - 1][173 - 1] = 24;
    fT2d_DSSC[dee - 1][174 - 1] = 17;
    fT2d_DSSC[dee - 1][175 - 1] = 11;
    fT2d_DSSC[dee - 1][176 - 1] = 25;  // (207a, 58a for construction)

    fT2d_DSSC[dee - 1][193 - 1] = 25;  // (207b, 58b for construction)

    //.......................................... S3 (D1,D4), S7 (D2,D3)  ; 34 SC's
    fT2d_DSSC[dee - 1][50 - 1] = 10;

    fT2d_DSSC[dee - 1][69 - 1] = 18;
    fT2d_DSSC[dee - 1][70 - 1] = 11;
    fT2d_DSSC[dee - 1][71 - 1] = 3;

    fT2d_DSSC[dee - 1][88 - 1] = 25;
    fT2d_DSSC[dee - 1][89 - 1] = 19;
    fT2d_DSSC[dee - 1][90 - 1] = 12;
    fT2d_DSSC[dee - 1][91 - 1] = 4;

    fT2d_DSSC[dee - 1][108 - 1] = 26;
    fT2d_DSSC[dee - 1][109 - 1] = 20;
    fT2d_DSSC[dee - 1][110 - 1] = 13;
    fT2d_DSSC[dee - 1][111 - 1] = 5;

    fT2d_DSSC[dee - 1][127 - 1] = 31;
    fT2d_DSSC[dee - 1][128 - 1] = 27;
    fT2d_DSSC[dee - 1][129 - 1] = 21;
    fT2d_DSSC[dee - 1][130 - 1] = 14;
    fT2d_DSSC[dee - 1][131 - 1] = 6;

    fT2d_DSSC[dee - 1][147 - 1] = 32;
    fT2d_DSSC[dee - 1][148 - 1] = 28;
    fT2d_DSSC[dee - 1][149 - 1] = 22;
    fT2d_DSSC[dee - 1][150 - 1] = 15;
    fT2d_DSSC[dee - 1][151 - 1] = 7;

    fT2d_DSSC[dee - 1][166 - 1] = 33;
    fT2d_DSSC[dee - 1][167 - 1] = 30;
    fT2d_DSSC[dee - 1][168 - 1] = 29;
    fT2d_DSSC[dee - 1][169 - 1] = 23;
    fT2d_DSSC[dee - 1][170 - 1] = 16;
    fT2d_DSSC[dee - 1][171 - 1] = 8;
    fT2d_DSSC[dee - 1][172 - 1] = 1;

    fT2d_DSSC[dee - 1][188 - 1] = 34;  // (298a, 149a for construction)
    fT2d_DSSC[dee - 1][189 - 1] = 24;
    fT2d_DSSC[dee - 1][190 - 1] = 17;
    fT2d_DSSC[dee - 1][191 - 1] = 9;
    fT2d_DSSC[dee - 1][192 - 1] = 2;

    //.......................................... S4 (D1,D4), S6 (D2,D3) ; 33 SC's
    fT2d_DSSC[dee - 1][27 - 1] = 33;
    fT2d_DSSC[dee - 1][28 - 1] = 32;
    fT2d_DSSC[dee - 1][29 - 1] = 14;  // also 21;  //  ( (261a, 112a) also (268a, 119a) for construction)

    fT2d_DSSC[dee - 1][44 - 1] = 22;
    fT2d_DSSC[dee - 1][45 - 1] = 15;
    fT2d_DSSC[dee - 1][46 - 1] = 8;
    fT2d_DSSC[dee - 1][47 - 1] = 4;
    fT2d_DSSC[dee - 1][48 - 1] = 2;
    fT2d_DSSC[dee - 1][49 - 1] = 1;

    fT2d_DSSC[dee - 1][62 - 1] = 29;
    fT2d_DSSC[dee - 1][63 - 1] = 28;
    fT2d_DSSC[dee - 1][64 - 1] = 23;
    fT2d_DSSC[dee - 1][65 - 1] = 16;
    fT2d_DSSC[dee - 1][66 - 1] = 9;
    fT2d_DSSC[dee - 1][67 - 1] = 5;
    fT2d_DSSC[dee - 1][68 - 1] = 3;

    fT2d_DSSC[dee - 1][82 - 1] = 31;
    fT2d_DSSC[dee - 1][83 - 1] = 30;
    fT2d_DSSC[dee - 1][84 - 1] = 24;
    fT2d_DSSC[dee - 1][85 - 1] = 17;
    fT2d_DSSC[dee - 1][86 - 1] = 10;
    fT2d_DSSC[dee - 1][87 - 1] = 6;

    fT2d_DSSC[dee - 1][102 - 1] = 21;  //   (268c, 119c for construction)
    fT2d_DSSC[dee - 1][103 - 1] = 27;
    fT2d_DSSC[dee - 1][104 - 1] = 25;
    fT2d_DSSC[dee - 1][105 - 1] = 18;
    fT2d_DSSC[dee - 1][106 - 1] = 11;
    fT2d_DSSC[dee - 1][107 - 1] = 7;

    fT2d_DSSC[dee - 1][123 - 1] = 21;  //   (268b, 119b for construction)
    fT2d_DSSC[dee - 1][124 - 1] = 26;
    fT2d_DSSC[dee - 1][125 - 1] = 19;
    fT2d_DSSC[dee - 1][126 - 1] = 12;

    fT2d_DSSC[dee - 1][144 - 1] = 14;  //   (261c, 112c for construction)
    fT2d_DSSC[dee - 1][145 - 1] = 20;
    fT2d_DSSC[dee - 1][146 - 1] = 13;

    fT2d_DSSC[dee - 1][165 - 1] = 14;  //   (261b, 112b for construction)

    //.......................................... S5   (2*17 = 34 SC's)
    if (dee == 1 || dee == 3) {
      fT2d_DSSC[dee - 1][1 - 1] = 34;
      fT2d_DSSC[dee - 1][2 - 1] = 33;
      fT2d_DSSC[dee - 1][3 - 1] = 32;
      fT2d_DSSC[dee - 1][4 - 1] = 31;
      fT2d_DSSC[dee - 1][5 - 1] = 26;
      fT2d_DSSC[dee - 1][6 - 1] = 25;
      fT2d_DSSC[dee - 1][7 - 1] = 24;
      fT2d_DSSC[dee - 1][8 - 1] = 23;

      fT2d_DSSC[dee - 1][21 - 1] = 30;
      fT2d_DSSC[dee - 1][22 - 1] = 29;
      fT2d_DSSC[dee - 1][23 - 1] = 28;
      fT2d_DSSC[dee - 1][24 - 1] = 27;
      fT2d_DSSC[dee - 1][25 - 1] = 22;
      fT2d_DSSC[dee - 1][26 - 1] = 21;

      fT2d_DSSC[dee - 1][41 - 1] = 20;  //   (281a for construction)
      fT2d_DSSC[dee - 1][42 - 1] = 19;
      fT2d_DSSC[dee - 1][43 - 1] = 18;
    }

    if (dee == 2 || dee == 4) {
      fT2d_DSSC[dee - 1][1 - 1] = 17;
      fT2d_DSSC[dee - 1][2 - 1] = 16;
      fT2d_DSSC[dee - 1][3 - 1] = 15;
      fT2d_DSSC[dee - 1][4 - 1] = 14;
      fT2d_DSSC[dee - 1][5 - 1] = 9;
      fT2d_DSSC[dee - 1][6 - 1] = 8;
      fT2d_DSSC[dee - 1][7 - 1] = 7;
      fT2d_DSSC[dee - 1][8 - 1] = 6;

      fT2d_DSSC[dee - 1][21 - 1] = 13;
      fT2d_DSSC[dee - 1][22 - 1] = 12;
      fT2d_DSSC[dee - 1][23 - 1] = 11;
      fT2d_DSSC[dee - 1][24 - 1] = 10;
      fT2d_DSSC[dee - 1][25 - 1] = 5;
      fT2d_DSSC[dee - 1][26 - 1] = 4;

      fT2d_DSSC[dee - 1][41 - 1] = 3;  //   (132a for construction)
      fT2d_DSSC[dee - 1][42 - 1] = 2;
      fT2d_DSSC[dee - 1][43 - 1] = 1;
    }
  }
  //............................... Numbers for construction: fT2d_DeeSCCons[][]
  //                                fT2d_DeeSCCons[dee-1][SC ECNA number - 1] = SC number for construction;

  //............................... init to -1
  for (Int_t dee = 1; dee <= 4; dee++) {
    for (Int_t isc = 1; isc <= MaxDeeSC; isc++) {
      fT2d_DeeSCCons[dee - 1][isc - 1] = -1;
    }
  }

  for (Int_t i_dee_type = 1; i_dee_type <= 2; i_dee_type++) {
    Int_t dee = -1;
    if (i_dee_type == 1) {
      dee = 1;
    }
    if (i_dee_type == 2) {
      dee = 3;
    }

    //.......................................... (D1,S1 or D3,S9) AND (D2,S9 or D4,S1)
    //  number in comment = fT2d_DSSC[dee-1][SC ECNA nb - 1] (= SC number in DS)
    fT2d_DeeSCCons[dee - 1][13 - 1] = 161;
    fT2d_DeeSCCons[dee][13 - 1] = 12;  // 12;
    fT2d_DeeSCCons[dee - 1][14 - 1] = 160;
    fT2d_DeeSCCons[dee][14 - 1] = 11;  // 11;
    fT2d_DeeSCCons[dee - 1][15 - 1] = 159;
    fT2d_DeeSCCons[dee][15 - 1] = 10;  // 10;
    fT2d_DeeSCCons[dee - 1][16 - 1] = 158;
    fT2d_DeeSCCons[dee][16 - 1] = 9;  //  9;
    fT2d_DeeSCCons[dee - 1][17 - 1] = 153;
    fT2d_DeeSCCons[dee][17 - 1] = 4;  //  4;
    fT2d_DeeSCCons[dee - 1][18 - 1] = 152;
    fT2d_DeeSCCons[dee][18 - 1] = 3;  //  3;
    fT2d_DeeSCCons[dee - 1][19 - 1] = 151;
    fT2d_DeeSCCons[dee][19 - 1] = 2;  //  2;
    fT2d_DeeSCCons[dee - 1][20 - 1] = 150;
    fT2d_DeeSCCons[dee][20 - 1] = 1;  //  1;

    fT2d_DeeSCCons[dee - 1][33 - 1] = 165;
    fT2d_DeeSCCons[dee][33 - 1] = 16;  // 16;
    fT2d_DeeSCCons[dee - 1][34 - 1] = 164;
    fT2d_DeeSCCons[dee][34 - 1] = 15;  // 15;
    fT2d_DeeSCCons[dee - 1][35 - 1] = 163;
    fT2d_DeeSCCons[dee][35 - 1] = 14;  // 14;
    fT2d_DeeSCCons[dee - 1][36 - 1] = 162;
    fT2d_DeeSCCons[dee][36 - 1] = 13;  // 13;
    fT2d_DeeSCCons[dee - 1][37 - 1] = 157;
    fT2d_DeeSCCons[dee][37 - 1] = 8;  //  8;
    fT2d_DeeSCCons[dee - 1][38 - 1] = 156;
    fT2d_DeeSCCons[dee][38 - 1] = 7;  //  7;
    fT2d_DeeSCCons[dee - 1][39 - 1] = 155;
    fT2d_DeeSCCons[dee][39 - 1] = 6;  //  6;
    fT2d_DeeSCCons[dee - 1][40 - 1] = 154;
    fT2d_DeeSCCons[dee][40 - 1] = 5;  //  5;

    fT2d_DeeSCCons[dee - 1][54 - 1] = 193;
    fT2d_DeeSCCons[dee][54 - 1] = 44;  // 33;
    fT2d_DeeSCCons[dee - 1][55 - 1] = 186;
    fT2d_DeeSCCons[dee][55 - 1] = 37;  // 31;
    fT2d_DeeSCCons[dee - 1][56 - 1] = 179;
    fT2d_DeeSCCons[dee][56 - 1] = 30;  // 27;
    fT2d_DeeSCCons[dee - 1][57 - 1] = 173;
    fT2d_DeeSCCons[dee][57 - 1] = 24;  // 24;
    fT2d_DeeSCCons[dee - 1][58 - 1] = 169;
    fT2d_DeeSCCons[dee][58 - 1] = 20;  // 20;
    fT2d_DeeSCCons[dee - 1][59 - 1] = 166;
    fT2d_DeeSCCons[dee][59 - 1] = 17;  // 17;
    fT2d_DeeSCCons[dee - 1][60 - 1] = 182;
    fT2d_DeeSCCons[dee][60 - 1] = 33;  // 30;    // 182a ;  33a;

    fT2d_DeeSCCons[dee - 1][75 - 1] = 187;
    fT2d_DeeSCCons[dee][75 - 1] = 38;  // 32;
    fT2d_DeeSCCons[dee - 1][76 - 1] = 180;
    fT2d_DeeSCCons[dee][76 - 1] = 31;  // 28;
    fT2d_DeeSCCons[dee - 1][77 - 1] = 174;
    fT2d_DeeSCCons[dee][77 - 1] = 25;  // 25;
    fT2d_DeeSCCons[dee - 1][78 - 1] = 170;
    fT2d_DeeSCCons[dee][78 - 1] = 21;  // 21;
    fT2d_DeeSCCons[dee - 1][79 - 1] = 167;
    fT2d_DeeSCCons[dee][79 - 1] = 18;  // 18;

    fT2d_DeeSCCons[dee - 1][96 - 1] = 181;
    fT2d_DeeSCCons[dee][96 - 1] = 32;  // 29;
    fT2d_DeeSCCons[dee - 1][97 - 1] = 175;
    fT2d_DeeSCCons[dee][97 - 1] = 26;  // 26;
    fT2d_DeeSCCons[dee - 1][98 - 1] = 171;
    fT2d_DeeSCCons[dee][98 - 1] = 22;  // 22;
    fT2d_DeeSCCons[dee - 1][99 - 1] = 168;
    fT2d_DeeSCCons[dee][99 - 1] = 19;  // 19;

    fT2d_DeeSCCons[dee - 1][118 - 1] = 172;
    fT2d_DeeSCCons[dee][118 - 1] = 23;  // 23;
    fT2d_DeeSCCons[dee - 1][119 - 1] = 182;
    fT2d_DeeSCCons[dee][119 - 1] = 33;  // 30;    // 182b ;  33b;

    //.......................................... (D1,S2 or D3,S8) AND (D2,S8 or D4,S2)
    fT2d_DeeSCCons[dee - 1][32 - 1] = 178;
    fT2d_DeeSCCons[dee][32 - 1] = 29;  // 25-3;   // 178c-207c ; 29c-58c;

    fT2d_DeeSCCons[dee - 1][51 - 1] = 216;
    fT2d_DeeSCCons[dee][51 - 1] = 67;  // 32;
    fT2d_DeeSCCons[dee - 1][52 - 1] = 208;
    fT2d_DeeSCCons[dee][52 - 1] = 59;  // 26;
    fT2d_DeeSCCons[dee - 1][53 - 1] = 200;
    fT2d_DeeSCCons[dee][53 - 1] = 51;  // 18;

    fT2d_DeeSCCons[dee - 1][72 - 1] = 209;
    fT2d_DeeSCCons[dee][72 - 1] = 60;  // 27;
    fT2d_DeeSCCons[dee - 1][73 - 1] = 201;
    fT2d_DeeSCCons[dee][73 - 1] = 52;  // 19;
    fT2d_DeeSCCons[dee - 1][74 - 1] = 194;
    fT2d_DeeSCCons[dee][74 - 1] = 45;  // 12;

    fT2d_DeeSCCons[dee - 1][92 - 1] = 210;
    fT2d_DeeSCCons[dee][92 - 1] = 61;  // 28;
    fT2d_DeeSCCons[dee - 1][93 - 1] = 202;
    fT2d_DeeSCCons[dee][93 - 1] = 53;  // 20;
    fT2d_DeeSCCons[dee - 1][94 - 1] = 195;
    fT2d_DeeSCCons[dee][94 - 1] = 46;  // 13;
    fT2d_DeeSCCons[dee - 1][95 - 1] = 188;
    fT2d_DeeSCCons[dee][95 - 1] = 39;  //  7;

    fT2d_DeeSCCons[dee - 1][112 - 1] = 211;
    fT2d_DeeSCCons[dee][112 - 1] = 62;  // 29;
    fT2d_DeeSCCons[dee - 1][113 - 1] = 203;
    fT2d_DeeSCCons[dee][113 - 1] = 54;  // 21;
    fT2d_DeeSCCons[dee - 1][114 - 1] = 196;
    fT2d_DeeSCCons[dee][114 - 1] = 47;  // 14;
    fT2d_DeeSCCons[dee - 1][115 - 1] = 189;
    fT2d_DeeSCCons[dee][115 - 1] = 40;  //  8;
    fT2d_DeeSCCons[dee - 1][116 - 1] = 183;
    fT2d_DeeSCCons[dee][116 - 1] = 34;  //  4;
    fT2d_DeeSCCons[dee - 1][117 - 1] = 176;
    fT2d_DeeSCCons[dee][117 - 1] = 27;  //  1;

    fT2d_DeeSCCons[dee - 1][132 - 1] = 212;
    fT2d_DeeSCCons[dee][132 - 1] = 63;  // 30;
    fT2d_DeeSCCons[dee - 1][133 - 1] = 204;
    fT2d_DeeSCCons[dee][133 - 1] = 55;  // 22;
    fT2d_DeeSCCons[dee - 1][134 - 1] = 197;
    fT2d_DeeSCCons[dee][134 - 1] = 48;  // 15;
    fT2d_DeeSCCons[dee - 1][135 - 1] = 190;
    fT2d_DeeSCCons[dee][135 - 1] = 41;  //  9;
    fT2d_DeeSCCons[dee - 1][136 - 1] = 184;
    fT2d_DeeSCCons[dee][136 - 1] = 35;  //  5;
    fT2d_DeeSCCons[dee - 1][137 - 1] = 177;
    fT2d_DeeSCCons[dee][137 - 1] = 28;  //  2;
    fT2d_DeeSCCons[dee - 1][138 - 1] = 178;
    fT2d_DeeSCCons[dee][138 - 1] = 29;  //  3; //  178a ;  29a;

    fT2d_DeeSCCons[dee - 1][152 - 1] = 213;
    fT2d_DeeSCCons[dee][152 - 1] = 64;  // 31;
    fT2d_DeeSCCons[dee - 1][153 - 1] = 205;
    fT2d_DeeSCCons[dee][153 - 1] = 56;  // 23;
    fT2d_DeeSCCons[dee - 1][154 - 1] = 198;
    fT2d_DeeSCCons[dee][154 - 1] = 49;  // 16;
    fT2d_DeeSCCons[dee - 1][155 - 1] = 191;
    fT2d_DeeSCCons[dee][155 - 1] = 42;  // 10;
    fT2d_DeeSCCons[dee - 1][156 - 1] = 185;
    fT2d_DeeSCCons[dee][156 - 1] = 36;  //  6;
    fT2d_DeeSCCons[dee - 1][157 - 1] = 178;
    fT2d_DeeSCCons[dee][157 - 1] = 29;  //  3; //  178b ;  29b;

    fT2d_DeeSCCons[dee - 1][173 - 1] = 206;
    fT2d_DeeSCCons[dee][173 - 1] = 57;  // 24;
    fT2d_DeeSCCons[dee - 1][174 - 1] = 199;
    fT2d_DeeSCCons[dee][174 - 1] = 50;  // 17;
    fT2d_DeeSCCons[dee - 1][175 - 1] = 192;
    fT2d_DeeSCCons[dee][175 - 1] = 43;  // 11;
    fT2d_DeeSCCons[dee - 1][176 - 1] = 207;
    fT2d_DeeSCCons[dee][176 - 1] = 58;  // 25; //  58a ;  207a;

    fT2d_DeeSCCons[dee - 1][193 - 1] = 207;
    fT2d_DeeSCCons[dee][193 - 1] = 58;  // 25; //  58b ;  207b;

    //.......................................... (D1,S3 or D3,S7) AND  (D2,S7 or D4,S3)
    fT2d_DeeSCCons[dee - 1][50 - 1] = 224;
    fT2d_DeeSCCons[dee][50 - 1] = 75;  // 10;

    fT2d_DeeSCCons[dee - 1][69 - 1] = 233;
    fT2d_DeeSCCons[dee][69 - 1] = 84;  // 18;
    fT2d_DeeSCCons[dee - 1][70 - 1] = 225;
    fT2d_DeeSCCons[dee][70 - 1] = 76;  // 11;
    fT2d_DeeSCCons[dee - 1][71 - 1] = 217;
    fT2d_DeeSCCons[dee][71 - 1] = 68;  //  3;

    fT2d_DeeSCCons[dee - 1][88 - 1] = 242;
    fT2d_DeeSCCons[dee][88 - 1] = 93;  // 25;
    fT2d_DeeSCCons[dee - 1][89 - 1] = 234;
    fT2d_DeeSCCons[dee][89 - 1] = 85;  // 19;
    fT2d_DeeSCCons[dee - 1][90 - 1] = 226;
    fT2d_DeeSCCons[dee][90 - 1] = 77;  // 12;
    fT2d_DeeSCCons[dee - 1][91 - 1] = 218;
    fT2d_DeeSCCons[dee][91 - 1] = 69;  //  4;

    fT2d_DeeSCCons[dee - 1][108 - 1] = 243;
    fT2d_DeeSCCons[dee][108 - 1] = 94;  // 26;
    fT2d_DeeSCCons[dee - 1][109 - 1] = 235;
    fT2d_DeeSCCons[dee][109 - 1] = 86;  // 20;
    fT2d_DeeSCCons[dee - 1][110 - 1] = 227;
    fT2d_DeeSCCons[dee][110 - 1] = 78;  // 13;
    fT2d_DeeSCCons[dee - 1][111 - 1] = 219;
    fT2d_DeeSCCons[dee][111 - 1] = 70;  //  5;

    fT2d_DeeSCCons[dee - 1][127 - 1] = 252;
    fT2d_DeeSCCons[dee][127 - 1] = 103;  // 31;
    fT2d_DeeSCCons[dee - 1][128 - 1] = 244;
    fT2d_DeeSCCons[dee][128 - 1] = 95;  // 27;
    fT2d_DeeSCCons[dee - 1][129 - 1] = 236;
    fT2d_DeeSCCons[dee][129 - 1] = 87;  // 21;
    fT2d_DeeSCCons[dee - 1][130 - 1] = 228;
    fT2d_DeeSCCons[dee][130 - 1] = 79;  // 14;
    fT2d_DeeSCCons[dee - 1][131 - 1] = 220;
    fT2d_DeeSCCons[dee][131 - 1] = 71;  //  6;

    fT2d_DeeSCCons[dee - 1][147 - 1] = 253;
    fT2d_DeeSCCons[dee][147 - 1] = 104;  // 32;
    fT2d_DeeSCCons[dee - 1][148 - 1] = 245;
    fT2d_DeeSCCons[dee][148 - 1] = 96;  // 28;
    fT2d_DeeSCCons[dee - 1][149 - 1] = 237;
    fT2d_DeeSCCons[dee][149 - 1] = 88;  // 22;
    fT2d_DeeSCCons[dee - 1][150 - 1] = 229;
    fT2d_DeeSCCons[dee][150 - 1] = 80;  // 15;
    fT2d_DeeSCCons[dee - 1][151 - 1] = 221;
    fT2d_DeeSCCons[dee][151 - 1] = 72;  //  7;

    fT2d_DeeSCCons[dee - 1][166 - 1] = 254;
    fT2d_DeeSCCons[dee][166 - 1] = 105;  // 33;
    fT2d_DeeSCCons[dee - 1][167 - 1] = 247;
    fT2d_DeeSCCons[dee][167 - 1] = 98;  // 30;
    fT2d_DeeSCCons[dee - 1][168 - 1] = 246;
    fT2d_DeeSCCons[dee][168 - 1] = 97;  // 29;
    fT2d_DeeSCCons[dee - 1][169 - 1] = 238;
    fT2d_DeeSCCons[dee][169 - 1] = 89;  // 23;
    fT2d_DeeSCCons[dee - 1][170 - 1] = 230;
    fT2d_DeeSCCons[dee][170 - 1] = 81;  // 16;
    fT2d_DeeSCCons[dee - 1][171 - 1] = 222;
    fT2d_DeeSCCons[dee][171 - 1] = 73;  //  8;
    fT2d_DeeSCCons[dee - 1][172 - 1] = 214;
    fT2d_DeeSCCons[dee][172 - 1] = 65;  //  1;

    fT2d_DeeSCCons[dee - 1][188 - 1] = 298;
    fT2d_DeeSCCons[dee][188 - 1] = 149;  // 24; //  298a ;  149a;
    fT2d_DeeSCCons[dee - 1][189 - 1] = 239;
    fT2d_DeeSCCons[dee][189 - 1] = 90;  // 24;
    fT2d_DeeSCCons[dee - 1][190 - 1] = 231;
    fT2d_DeeSCCons[dee][190 - 1] = 82;  // 17;
    fT2d_DeeSCCons[dee - 1][191 - 1] = 223;
    fT2d_DeeSCCons[dee][191 - 1] = 74;  //  9;
    fT2d_DeeSCCons[dee - 1][192 - 1] = 215;
    fT2d_DeeSCCons[dee][192 - 1] = 66;  //  2;

    //.......................................... (D1,S4 or D3,S6) AND  (D2,S6 or D4,S4)
    fT2d_DeeSCCons[dee - 1][29 - 1] = 261;
    fT2d_DeeSCCons[dee][29 - 1] = 112;  // 14-21;   // 261a-268a ; 112a-119a;
    fT2d_DeeSCCons[dee - 1][27 - 1] = 283;
    fT2d_DeeSCCons[dee][27 - 1] = 134;  // 33;
    fT2d_DeeSCCons[dee - 1][28 - 1] = 282;
    fT2d_DeeSCCons[dee][28 - 1] = 133;  // 32;

    fT2d_DeeSCCons[dee - 1][44 - 1] = 269;
    fT2d_DeeSCCons[dee][44 - 1] = 120;  // 22;
    fT2d_DeeSCCons[dee - 1][45 - 1] = 262;
    fT2d_DeeSCCons[dee][45 - 1] = 113;  // 15;
    fT2d_DeeSCCons[dee - 1][46 - 1] = 255;
    fT2d_DeeSCCons[dee][46 - 1] = 106;  //  8;
    fT2d_DeeSCCons[dee - 1][47 - 1] = 248;
    fT2d_DeeSCCons[dee][47 - 1] = 99;  //  4;
    fT2d_DeeSCCons[dee - 1][48 - 1] = 240;
    fT2d_DeeSCCons[dee][48 - 1] = 91;  //  2;
    fT2d_DeeSCCons[dee - 1][49 - 1] = 232;
    fT2d_DeeSCCons[dee][49 - 1] = 83;  //  1;

    fT2d_DeeSCCons[dee - 1][62 - 1] = 276;
    fT2d_DeeSCCons[dee][62 - 1] = 127;  // 29;
    fT2d_DeeSCCons[dee - 1][63 - 1] = 275;
    fT2d_DeeSCCons[dee][63 - 1] = 126;  // 28;
    fT2d_DeeSCCons[dee - 1][64 - 1] = 270;
    fT2d_DeeSCCons[dee][64 - 1] = 121;  // 23;
    fT2d_DeeSCCons[dee - 1][65 - 1] = 263;
    fT2d_DeeSCCons[dee][65 - 1] = 114;  // 16;
    fT2d_DeeSCCons[dee - 1][66 - 1] = 256;
    fT2d_DeeSCCons[dee][66 - 1] = 107;  //  9;
    fT2d_DeeSCCons[dee - 1][67 - 1] = 249;
    fT2d_DeeSCCons[dee][67 - 1] = 100;  //  5;
    fT2d_DeeSCCons[dee - 1][68 - 1] = 241;
    fT2d_DeeSCCons[dee][68 - 1] = 92;  //  3;

    fT2d_DeeSCCons[dee - 1][82 - 1] = 278;
    fT2d_DeeSCCons[dee][82 - 1] = 129;  // 31;
    fT2d_DeeSCCons[dee - 1][83 - 1] = 277;
    fT2d_DeeSCCons[dee][83 - 1] = 128;  // 30;
    fT2d_DeeSCCons[dee - 1][84 - 1] = 271;
    fT2d_DeeSCCons[dee][84 - 1] = 122;  // 24;
    fT2d_DeeSCCons[dee - 1][85 - 1] = 264;
    fT2d_DeeSCCons[dee][85 - 1] = 115;  // 17;
    fT2d_DeeSCCons[dee - 1][86 - 1] = 257;
    fT2d_DeeSCCons[dee][86 - 1] = 108;  // 10;
    fT2d_DeeSCCons[dee - 1][87 - 1] = 250;
    fT2d_DeeSCCons[dee][87 - 1] = 101;  //  6;

    fT2d_DeeSCCons[dee - 1][102 - 1] = 268;
    fT2d_DeeSCCons[dee][102 - 1] = 119;  // 21; //  268c ;  119c;
    fT2d_DeeSCCons[dee - 1][103 - 1] = 274;
    fT2d_DeeSCCons[dee][103 - 1] = 125;  // 27;
    fT2d_DeeSCCons[dee - 1][104 - 1] = 272;
    fT2d_DeeSCCons[dee][104 - 1] = 123;  // 25;
    fT2d_DeeSCCons[dee - 1][105 - 1] = 265;
    fT2d_DeeSCCons[dee][105 - 1] = 116;  // 18;
    fT2d_DeeSCCons[dee - 1][106 - 1] = 258;
    fT2d_DeeSCCons[dee][106 - 1] = 109;  // 11;
    fT2d_DeeSCCons[dee - 1][107 - 1] = 251;
    fT2d_DeeSCCons[dee][107 - 1] = 102;  //  7;

    fT2d_DeeSCCons[dee - 1][123 - 1] = 268;
    fT2d_DeeSCCons[dee][123 - 1] = 119;  // 27; //  268b ;  119b;
    fT2d_DeeSCCons[dee - 1][124 - 1] = 273;
    fT2d_DeeSCCons[dee][124 - 1] = 124;  // 26;
    fT2d_DeeSCCons[dee - 1][125 - 1] = 266;
    fT2d_DeeSCCons[dee][125 - 1] = 117;  // 19;
    fT2d_DeeSCCons[dee - 1][126 - 1] = 259;
    fT2d_DeeSCCons[dee][126 - 1] = 110;  // 12;

    fT2d_DeeSCCons[dee - 1][144 - 1] = 261;
    fT2d_DeeSCCons[dee][144 - 1] = 112;  // 27; //  261c ;  112c;
    fT2d_DeeSCCons[dee - 1][145 - 1] = 267;
    fT2d_DeeSCCons[dee][145 - 1] = 118;  // 20;
    fT2d_DeeSCCons[dee - 1][146 - 1] = 260;
    fT2d_DeeSCCons[dee][146 - 1] = 111;  // 13;

    fT2d_DeeSCCons[dee - 1][165 - 1] = 261;
    fT2d_DeeSCCons[dee][165 - 1] = 112;  // 27; //  261b ;  112b;

    //.......................................... D1 or D3, right half of S5
    fT2d_DeeSCCons[dee - 1][1 - 1] = 297;  // 34;
    fT2d_DeeSCCons[dee - 1][2 - 1] = 296;  // 33;
    fT2d_DeeSCCons[dee - 1][3 - 1] = 295;  // 32;
    fT2d_DeeSCCons[dee - 1][4 - 1] = 294;  // 31;
    fT2d_DeeSCCons[dee - 1][5 - 1] = 289;  // 26;
    fT2d_DeeSCCons[dee - 1][6 - 1] = 288;  // 25;
    fT2d_DeeSCCons[dee - 1][7 - 1] = 287;  // 24;
    fT2d_DeeSCCons[dee - 1][8 - 1] = 286;  // 23;

    fT2d_DeeSCCons[dee - 1][21 - 1] = 293;  // 30;
    fT2d_DeeSCCons[dee - 1][22 - 1] = 292;  // 29;
    fT2d_DeeSCCons[dee - 1][23 - 1] = 291;  // 28;
    fT2d_DeeSCCons[dee - 1][24 - 1] = 290;  // 27;
    fT2d_DeeSCCons[dee - 1][25 - 1] = 285;  // 22;
    fT2d_DeeSCCons[dee - 1][26 - 1] = 284;  // 21;

    fT2d_DeeSCCons[dee - 1][41 - 1] = 281;  // 20; //  281a
    fT2d_DeeSCCons[dee - 1][42 - 1] = 280;  // 19;
    fT2d_DeeSCCons[dee - 1][43 - 1] = 279;  // 18;

    //.......................................... D2 or D4, left half of S5
    fT2d_DeeSCCons[dee][1 - 1] = 148;  // 17;
    fT2d_DeeSCCons[dee][2 - 1] = 147;  // 16;
    fT2d_DeeSCCons[dee][3 - 1] = 146;  // 15;
    fT2d_DeeSCCons[dee][4 - 1] = 145;  // 14;
    fT2d_DeeSCCons[dee][5 - 1] = 140;  //  9;
    fT2d_DeeSCCons[dee][6 - 1] = 139;  //  8;
    fT2d_DeeSCCons[dee][7 - 1] = 138;  //  7;
    fT2d_DeeSCCons[dee][8 - 1] = 137;  //  6;

    fT2d_DeeSCCons[dee][21 - 1] = 144;  // 13;
    fT2d_DeeSCCons[dee][22 - 1] = 143;  // 12;
    fT2d_DeeSCCons[dee][23 - 1] = 142;  // 11;
    fT2d_DeeSCCons[dee][24 - 1] = 141;  // 10;
    fT2d_DeeSCCons[dee][25 - 1] = 136;  //  5;
    fT2d_DeeSCCons[dee][26 - 1] = 135;  //  4;

    fT2d_DeeSCCons[dee][41 - 1] = 132;  // 3; //  132a
    fT2d_DeeSCCons[dee][42 - 1] = 131;  // 2;
    fT2d_DeeSCCons[dee][43 - 1] = 130;  // 1;
  }

  //........................ ECNA numbers from numbers for constructions: fT2d_RecovDeeSC[][]

  for (Int_t i0EEDee = 0; i0EEDee < MaxEEDee; i0EEDee++) {
    for (Int_t i_ecna = 0; i_ecna < MaxDeeSC; i_ecna++) {
      //....... test to avoid the -1 init value in 2nd index of array fT2d_RecovDeeSC[][]
      //        (part of the matrix without real SC counterpart)
      if (fT2d_DeeSCCons[i0EEDee][i_ecna] >= 0 && fT2d_DeeSCCons[i0EEDee][i_ecna] <= MaxEESCForCons) {
        fT2d_RecovDeeSC[i0EEDee][fT2d_DeeSCCons[i0EEDee][i_ecna] - 1] = i_ecna + 1;
      }
    }
  }
}
//------------ (end of BuildEndcapSCTable) -------------------------

//===============================================================================
//
//        Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha
//        GetDeeCrysFromDeeEcha
//
//===============================================================================
Int_t TEcnaNumbering::Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(const Int_t& n1DeeSCEcna,
                                                          const Int_t& i0SCEcha,
                                                          const TString& sDeeDir) {
  //get crystal number in Dee from SC number in Dee
  // and from Electronic Channel number in super-crystal

  Int_t n1DeeCrys = 0;
  Int_t i0DeeDir = GetDeeDirIndex(sDeeDir);

  if (fT3dDeeCrys == nullptr) {
    BuildEndcapCrysTable();
  }

  if ((n1DeeSCEcna >= 1) && (n1DeeSCEcna <= fEcal->MaxSCEcnaInDee())) {
    if (i0SCEcha >= 0 && i0SCEcha < fEcal->MaxCrysInSC()) {
      n1DeeCrys = fT3dDeeCrys[n1DeeSCEcna - 1][i0SCEcha][i0DeeDir];
    } else {
      n1DeeCrys = -2;  // Electronic Cnannel in Super-Crystal out of range
      std::cout << "!TEcnaNumbering::Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(...)> Electronic Channel in SuperCrystal = "
                << i0SCEcha + 1 << ". Out of range (range = [1," << fEcal->MaxCrysInSC() << "])" << fTTBELL
                << std::endl;
    }
  } else {
    n1DeeCrys = -3;  // Super-Crystal number in Dee out of range
    std::cout << "!TEcnaNumbering::Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(...)> Super-Crystal number in Dee out of range."
              << " n1DeeSCEcna = " << n1DeeSCEcna << fTTBELL << std::endl;
  }

  return n1DeeCrys;  // Range = [1,5000]
}

//===============================================================================
//
//                Get1SCEchaFrom1DeeCrys, Get1DeeSCEcnaFrom1DeeCrys
//
//===============================================================================

Int_t TEcnaNumbering::Get1SCEchaFrom1DeeCrys(const Int_t& n1DeeCrys, const TString& sDeeDir) {
  // get Electronic Channel number in Super-Crystal from Crystal ECNA number in Dee

  Int_t n1SCEcha = -1;
  Int_t iDeeDir = GetDeeDirIndex(sDeeDir);

  if (n1DeeCrys >= 1 && n1DeeCrys <= fEcal->MaxCrysEcnaInDee()) {
    n1SCEcha = fT2dSCEcha[n1DeeCrys - 1][iDeeDir];
  } else {
    n1SCEcha = -2;
    std::cout << "!TEcnaNumbering::Get1SCEchaFrom1DeeCrys(...)> Crystal number in Dee out of range."
              << " n1DeeCrys = " << n1DeeCrys << "(max = " << fEcal->MaxCrysEcnaInDee() << ")" << fTTBELL << std::endl;
  }
  return n1SCEcha;  // range = [1,25]
}

Int_t TEcnaNumbering::Get1DeeSCEcnaFrom1DeeCrys(const Int_t& n1DeeCrys, const TString& sDeeDir) {
  // get Super-Crystal number in Dee from Crystal number in Dee

  Int_t n1DeeSCEcna = 0;
  Int_t iDeeDir = GetDeeDirIndex(sDeeDir);

  if (n1DeeCrys >= 1 && n1DeeCrys <= fEcal->MaxCrysEcnaInDee()) {
    n1DeeSCEcna = fT2dDeeSC[n1DeeCrys - 1][iDeeDir];
  } else {
    n1DeeSCEcna = -1;
    std::cout << "!TEcnaNumbering::Get1DeeSCEcnaFrom1DeeCrys(...)> Crystal number in Dee out of range."
              << " n1DeeCrys = " << n1DeeCrys << "(max = " << fEcal->MaxCrysEcnaInDee() << ")" << fTTBELL << std::endl;
  }
  return n1DeeSCEcna;  // range = [1,200]
}

//===============================================================================
//
//          GetSCEchaFromDeeEcha
//          Get1DeeSCEcnaFromDeeEcha
//
//===============================================================================

Int_t TEcnaNumbering::Get1SCEchaFrom0DeeEcha(const Int_t& i0DeeEcha) {
  //get electronic channel number in super-crystal from electronic channel number in Dee

  Int_t i0DeeSC = i0DeeEcha / fEcal->MaxCrysInSC();
  Int_t n1SCEcha = i0DeeEcha - fEcal->MaxCrysInSC() * i0DeeSC + 1;

  return n1SCEcha;  //  range = [1,25]
}

Int_t TEcnaNumbering::Get1DeeSCEcnaFrom0DeeEcha(const Int_t& i0DeeEcha) {
  //get super-crystal number from electronic channel number in Dee

  Int_t n1DeeSC = i0DeeEcha / fEcal->MaxCrysInSC() + 1;

  return n1DeeSC;  //  range = [1,200]
}

//--------------------------------------------------------------------------------
//
//       Correspondance (n1DeeNumber, DeeSC)  <->  (DS, DSSC, DeeSCCons)
//
//       GetDSFrom1DeeSCEcna,        GetDSSCFrom1DeeSCEcna,
//       GetDeeSCConsFrom1DeeSCEcna, Get1DeeSCEcnaFromDeeSCCons
//
//       Get the values from the relevant arrays
//       with cross-check of the index values in argument
//--------------------------------------------------------------------------------

Int_t TEcnaNumbering::GetDSFrom1DeeSCEcna(const Int_t& n1DeeNumber, const Int_t& n1DeeSCEcna) {
  // Get Data Sector number from SC ECNA number in Dee

  Int_t data_sector = -1;

  if (n1DeeNumber > 0 && n1DeeNumber <= fEcal->MaxDeeInEE()) {
    if (n1DeeSCEcna > 0 && n1DeeSCEcna <= fEcal->MaxSCEcnaInDee()) {
      data_sector = fT2d_DS[n1DeeNumber - 1][n1DeeSCEcna - 1];
    } else {
      std::cout << "!TEcnaNumbering::GetDSFrom1DeeSCEcna(...)> n1DeeSCEcna = " << n1DeeSCEcna
                << ". Out of range ( range = [1," << fEcal->MaxSCEcnaInDee() << "] )" << fTTBELL << std::endl;
    }
  } else {
    if (n1DeeNumber != 0) {
      std::cout << "!TEcnaNumbering::GetDSFrom1DeeSCEcna(...)> n1DeeNumber = " << n1DeeNumber
                << ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )" << fTTBELL << std::endl;
    } else {
      std::cout << "TEcnaNumbering::GetDSFrom1DeeSCEcna(...)> Dee = " << n1DeeNumber << ". Out of range (range = [1,"
                << fEcal->MaxDeeInEE() << "])" << fTTBELL << std::endl;
    }
  }
  return data_sector;
}
//..........................................................................................
Int_t TEcnaNumbering::GetDSSCFrom1DeeSCEcna(const Int_t& n1DeeNumber, const Int_t& n1DeeSCEcna, const Int_t& n1SCEcha) {
  //.......... Get the correct SC number for the unconnected SC's (inner border)
  Int_t ds_sc = GetDSSCFrom1DeeSCEcna(n1DeeNumber, n1DeeSCEcna);

  if (n1DeeSCEcna == 29 || n1DeeSCEcna == 32) {
    if (n1SCEcha == 11) {
      if (ds_sc == 14) {
        ds_sc = 21;
      }  // 14 <=> 261/BR OR 112/BL
    }
    if (n1SCEcha == 1 || n1SCEcha == 2 || n1SCEcha == 3 || n1SCEcha == 6 || n1SCEcha == 7) {
      if (ds_sc == 3) {
        ds_sc = 25;
      }  // 3 <=> 178/TR OR 29/TL
    }
  }
  return ds_sc;
}
//..........................................................................................
Int_t TEcnaNumbering::GetDSSCFrom1DeeSCEcna(const Int_t& n1DeeNumber, const Int_t& n1DeeSCEcna) {
  // Get SC number in Data Sector from SC Ecna number in Dee

  Int_t ds_sc = -1;

  if (n1DeeNumber > 0 && n1DeeNumber <= fEcal->MaxDeeInEE()) {
    if (n1DeeSCEcna > 0 && n1DeeSCEcna <= fEcal->MaxSCEcnaInDee()) {
      ds_sc = fT2d_DSSC[n1DeeNumber - 1][n1DeeSCEcna - 1];  // 25 (not 3) or 14 (not 21) if n1DeeSCEcna = 32 or 29
                                                            // 25 and 14 => 5 Xtals,  3 and 21 => 1 Xtal
    } else {
      std::cout << "!TEcnaNumbering::GetDSSCFrom1DeeSCEcna(...)> n1DeeSCEcna = " << n1DeeSCEcna
                << ". Out of range ( range = [1," << fEcal->MaxSCEcnaInDee() << "] )" << fTTBELL << std::endl;
    }
  } else {
    if (n1DeeNumber != 0) {
      std::cout << "!TEcnaNumbering::GetDSSCFrom1DeeSCEcna(...)> n1DeeNumber = " << n1DeeNumber
                << ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )" << fTTBELL << std::endl;
    } else {
      std::cout << "TEcnaNumbering::GetDSSCFrom1DeeSCEcna(...)> Dee = " << n1DeeNumber << ". Out of range (range = [1,"
                << fEcal->MaxDeeInEE() << "])" << fTTBELL << std::endl;
    }
  }
  return ds_sc;
}
//..........................................................................................
Int_t TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(const Int_t& n1DeeNumber, const Int_t& n1DeeSCEcna) {
  // Get SC number for Construction in Dee from SC ECNA number in Dee

  Int_t dee_sc_cons = -1;

  if (n1DeeNumber > 0 && n1DeeNumber <= fEcal->MaxDeeInEE()) {
    if (n1DeeSCEcna > 0 && n1DeeSCEcna <= fEcal->MaxSCEcnaInDee()) {
      dee_sc_cons = fT2d_DeeSCCons[n1DeeNumber - 1][n1DeeSCEcna - 1];
    } else {
      std::cout << "!TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(...)> *** WARNING *** n1DeeSCEcna = " << n1DeeSCEcna
                << ". Out of range ( range = [1," << fEcal->MaxSCEcnaInDee() << "] ). Nb for const. forced to "
                << fT2d_DeeSCCons[n1DeeNumber - 1][19] << "." << std::endl;
      dee_sc_cons = fT2d_DeeSCCons[n1DeeNumber - 1][19];
    }
  } else {
    if (n1DeeNumber != 0) {
      std::cout << "!TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(...)> n1DeeNumber = " << n1DeeNumber
                << ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )" << fTTBELL << std::endl;
    } else {
      std::cout << "TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(...)> Dee = " << n1DeeNumber
                << ". Out of range (range = [1," << fEcal->MaxDeeInEE() << "])" << fTTBELL << std::endl;
    }
  }
  return dee_sc_cons;
}
//..........................................................................................
Int_t TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(const Int_t& n1DeeNumber,
                                                 const Int_t& n1DeeSCEcna,
                                                 const Int_t& n1SCEcha) {
  //.......... Get the correct SC number (for cons) for the unconnected SC's (inner border)
  Int_t dee_sc_cons = GetDeeSCConsFrom1DeeSCEcna(n1DeeNumber, n1DeeSCEcna);

  if (n1DeeSCEcna == 29 || n1DeeSCEcna == 32) {
    if (n1SCEcha == 11) {
      if (dee_sc_cons == 261) {
        dee_sc_cons = 268;
      }  // 261<=>14/BR
      if (dee_sc_cons == 112) {
        dee_sc_cons = 119;
      }  // 112<=>14/BL
    }
    if (n1SCEcha == 1 || n1SCEcha == 2 || n1SCEcha == 3 || n1SCEcha == 6 || n1SCEcha == 7) {
      if (dee_sc_cons == 178) {
        dee_sc_cons = 207;
      }  // 178<=>3/TR
      if (dee_sc_cons == 29) {
        dee_sc_cons = 58;
      }  //  29<=>3/TL
    }
  }
  return dee_sc_cons;
}
//..........................................................................................
Int_t TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(const Int_t& n1DeeNumber, const Int_t& DeeSCCons) {
  // Get SC Ecna number in Dee from SC number for Construction in Dee

  Int_t dee_sc_ecna = -1;

  if (n1DeeNumber > 0 && n1DeeNumber <= fEcal->MaxDeeInEE()) {
    Int_t off_set_cons = 0;
    if (n1DeeNumber == 1 || n1DeeNumber == 3) {
      off_set_cons = fEcal->MaxSCForConsInDee();
    }

    if (DeeSCCons > off_set_cons && DeeSCCons <= fEcal->MaxSCForConsInDee() + off_set_cons) {
      dee_sc_ecna = fT2d_RecovDeeSC[n1DeeNumber - 1][DeeSCCons - 1];
    } else {
      std::cout << "!TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(...)> DeeSCCons = " << DeeSCCons
                << ". Out of range ( range = [ " << off_set_cons + 1 << "," << fEcal->MaxSCForConsInDee() + off_set_cons
                << "] )" << fTTBELL << std::endl;
    }
  } else {
    if (n1DeeNumber != 0) {
      std::cout << "!TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(...)> n1DeeNumber = " << n1DeeNumber
                << ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )" << fTTBELL << std::endl;
    } else {
      std::cout << "TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(...)> Dee = " << n1DeeNumber
                << ". Out of range (range = [1," << fEcal->MaxDeeInEE() << "])" << fTTBELL << std::endl;
    }
  }
  return dee_sc_ecna;
}

TString TEcnaNumbering::GetSCType(const Int_t& nb_for_cons) {
  // gives the special not connected SC's

  TString SCType = "Connected";  // => default type

  if (nb_for_cons == 182 || nb_for_cons == 33) {
    SCType = "NotConnected";
  }  // (D1,S1) (D3,S9) || (D2,S9) (D4,S1)

  if (nb_for_cons == 178 || nb_for_cons == 29) {
    SCType = "NotConnected";
  }  // (D1,S2) (D3,S8) || (D2,S8) (D4,S2)
  if (nb_for_cons == 207 || nb_for_cons == 58) {
    SCType = "NotConnected";
  }

  if (nb_for_cons == 298 || nb_for_cons == 149) {
    SCType = "NotConnected";
  }  // (D1,S3) (D3,S7) || (D2,S7) (D4,S3)

  if (nb_for_cons == 261 || nb_for_cons == 112) {
    SCType = "NotConnected";
  }  // (D1,S4) (D3,S6) || (D2,S6) (D4,S4)
  if (nb_for_cons == 268 || nb_for_cons == 119) {
    SCType = "NotConnected";
  }

  if (nb_for_cons == 281 || nb_for_cons == 132) {
    SCType = "NotConnected";
  }  // (D1,S5) (D3,S5) || (D2,S5) (D4,S5)

  if (nb_for_cons == 161 || nb_for_cons == 12) {
    SCType = "NotComplete";
  }  // (D1,S1) (D3,S9) || (D2,S9) (D4,S1)
  if (nb_for_cons == 216 || nb_for_cons == 67) {
    SCType = "NotComplete";
  }  // (D1,S2) (D3,S8) || (D2,S8) (D4,S2)
  if (nb_for_cons == 224 || nb_for_cons == 75) {
    SCType = "NotComplete";
  }  // (D1,S3) (D3,S7) || (D2,S7) (D4,S3)
  if (nb_for_cons == 286 || nb_for_cons == 137) {
    SCType = "NotComplete";
  }  // (D1,S5) (D3,S5) || (D2,S5) (D4,S5)

  return SCType;
}

Int_t TEcnaNumbering::StexEchaForCons(const Int_t& n1DeeNumber, const Int_t& i0StexEcha) {
  Int_t n1StexStin = Get1StexStinFrom0StexEcha(i0StexEcha);
  return fT2d_DeeSCCons[n1DeeNumber - 1][n1StexStin - 1];
}
// return -1 if the SC does not correspond to a real SC; return the number for construction otherwise

//===========================================================================
//
//                        GetSCQuadFrom1DeeSCEcna
//
//===========================================================================

TString TEcnaNumbering::GetSCQuadFrom1DeeSCEcna(const Int_t& n1DeeSCEcna) {
  //gives the quadrant type ("top" or "bottom") from the SC number in Dee

  TString SCQuad = "top";  // => default value

  if (n1DeeSCEcna >= 1 && n1DeeSCEcna <= 10) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 21 && n1DeeSCEcna <= 30) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 41 && n1DeeSCEcna <= 50) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 61 && n1DeeSCEcna <= 70) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 81 && n1DeeSCEcna <= 90) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 101 && n1DeeSCEcna <= 110) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 121 && n1DeeSCEcna <= 130) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 141 && n1DeeSCEcna <= 150) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 161 && n1DeeSCEcna <= 170) {
    SCQuad = "bottom";
  }
  if (n1DeeSCEcna >= 181 && n1DeeSCEcna <= 190) {
    SCQuad = "bottom";
  }

  return SCQuad;
}
Int_t TEcnaNumbering::GetSCQuadTypeIndex(const TString& SCQuadType, const TString& sDeeDir) {
  //gives the index of the SC quadrant type (top/right, top/left, bottom/left, bottom/right)
  // = quadrant number - 1

  Int_t itype = 0;  // => default
  if (SCQuadType == "top" && sDeeDir == "right") {
    itype = 0;
  }
  if (SCQuadType == "top" && sDeeDir == "left") {
    itype = 1;
  }
  if (SCQuadType == "bottom" && sDeeDir == "left") {
    itype = 2;
  }
  if (SCQuadType == "bottom" && sDeeDir == "right") {
    itype = 3;
  }
  return itype;
}
//===========================================================================
//
//                    GetEEDeeType, GetDeeDirViewedFromIP
//
//===========================================================================
TString TEcnaNumbering::GetEEDeeEndcap(const Int_t& n1DeeNumber) {
  //gives the Endcap (EE+ or EE-) of the Dee (H. Heath, CMS NOTE 2006/027)

  TString eetype = "EE+";  // => default
  if (n1DeeNumber == 1 || n1DeeNumber == 2) {
    eetype = "EE+";
  }
  if (n1DeeNumber == 3 || n1DeeNumber == 4) {
    eetype = "EE-";
  }
  return eetype;
}
TString TEcnaNumbering::GetEEDeeType(const Int_t& n1DeeNumber) {
  //gives the EE +/- and Forward/Near of the Dee (H. Heath, CMS NOTE 2006/027)

  TString type = "EE+F";  // => default
  if (n1DeeNumber == 1) {
    type = "EE+F";
  }
  if (n1DeeNumber == 2) {
    type = "EE+N";
  }
  if (n1DeeNumber == 3) {
    type = "EE-N";
  }
  if (n1DeeNumber == 4) {
    type = "EE-F";
  }
  return type;
}

TString TEcnaNumbering::GetDeeDirViewedFromIP(const Int_t& n1DeeNumber) {
  //gives the direction (left/right) of the IX axis of the Dee
  // looking from the interaction point

  TString sDeeDir = "right";  // => default
  if ((n1DeeNumber == 1) || (n1DeeNumber == 3)) {
    sDeeDir = "right";
  }
  if ((n1DeeNumber == 2) || (n1DeeNumber == 4)) {
    sDeeDir = "left";
  }
  return sDeeDir;
}
Int_t TEcnaNumbering::GetDeeDirIndex(const TString& sDeeDir) {
  //gives the index of the direction (left,right) of the IX axis of the Dee
  // looking from the interaction point (right = 0, left = 1)

  Int_t iDeeDir = 0;  // => default
  if (sDeeDir == "right") {
    iDeeDir = 0;
  }
  if (sDeeDir == "left") {
    iDeeDir = 1;
  }
  return iDeeDir;
}

//==============================================================================
//
//    GetIXCrysInSC,  GetJYCrysInSC
//    GetIXSCInDee,   GetJYSCInDee
//    GetIXCrysInDee, GetJYCrysInDConsFrom1DeeSCEcna(fStexNumber, StexStinEcna);
//
//==============================================================================
Int_t TEcnaNumbering::GetIXCrysInSC(const Int_t& n1DeeNumber, const Int_t& DeeSC, const Int_t& i0SCEcha) {
  //Gives Crys IX in SC for a given (n1DeeNumber, DeeSC, i0SCEcha)

  TString SCQuadType = GetSCQuadFrom1DeeSCEcna(DeeSC);
  TString sDeeDir = GetDeeDirViewedFromIP(n1DeeNumber);
  Int_t type_index = GetSCQuadTypeIndex(SCQuadType, sDeeDir);
  Int_t IXCrysInSC = fT2d_ich_IX[type_index][i0SCEcha + 1] + 1;
  return IXCrysInSC;  // possible values: 1,2,3,4,5
}

Int_t TEcnaNumbering::GetIXSCInDee(const Int_t& DeeSC) {
  //Gives SC IX in Dee for a given (DeeSC)

  Int_t IXSCInDee = (DeeSC - 1) / fEcal->MaxSCIYInDee() + 1;
  return IXSCInDee;  //  possible values: 1,2,...,9,10
}

Int_t TEcnaNumbering::GetIXCrysInDee(const Int_t& n1DeeNumber, const Int_t& DeeSC, const Int_t& i0SCEcha) {
  //Gives Crys IX in Dee for a given (n1DeeNumber, DeeSC, i0SCEcha)

  Int_t IXCrysInDee = (GetIXSCInDee(DeeSC) - 1) * fEcal->MaxCrysIXInSC() + GetIXCrysInSC(n1DeeNumber, DeeSC, i0SCEcha);
  return IXCrysInDee;  // possible values: 1,2,...,49,50
}
//---------------------------------------------------------------------------------
Int_t TEcnaNumbering::GetJYCrysInSC(const Int_t& n1DeeNumber, const Int_t& DeeSC, const Int_t& i0SCEcha) {
  //Gives Crys JY in SC  for a given (n1DeeNumber, DeeSC, i0SCEcha)

  TString SCQuadType = GetSCQuadFrom1DeeSCEcna(DeeSC);
  TString sDeeDir = GetDeeDirViewedFromIP(n1DeeNumber);
  Int_t type_index = GetSCQuadTypeIndex(SCQuadType, sDeeDir);
  Int_t JYCrysInSC = fT2d_jch_JY[type_index][i0SCEcha + 1] + 1;
  return JYCrysInSC;  // possible values: 1,2,3,4,5
}

Int_t TEcnaNumbering::GetJYSCInDee(const Int_t& DeeSC) {
  //Gives SC JY in Dee for a given (n1DeeNumber, DeeSC, i0SCEcha)

  Int_t JYSCInDee = (DeeSC - 1) % fEcal->MaxSCIYInDee() + 1;
  return JYSCInDee;  //  possible values: 1,2,...,19,20
}

Int_t TEcnaNumbering::GetJYCrysInDee(const Int_t& n1DeeNumber, const Int_t& DeeSC, const Int_t& i0SCEcha) {
  //Gives Crys JY in Dee for a given (n1DeeNumber, DeeSC, i0SCEcha)

  Int_t JYCrysInDee = (GetJYSCInDee(DeeSC) - 1) * fEcal->MaxCrysIYInSC() + GetJYCrysInSC(n1DeeNumber, DeeSC, i0SCEcha);
  return JYCrysInDee;  // possible values: 1,2,...,99,100
}
//---------------------------------------------------------------------------------
Int_t TEcnaNumbering::GetMaxSCInDS(const Int_t& DeeDS) {
  // Gives the number of SC's in Data Sector DeeDS

  Int_t nb_of_sc = -1;
  if (DeeDS == 1 || DeeDS == 9) {
    nb_of_sc = 33;
  }
  if (DeeDS == 2 || DeeDS == 8) {
    nb_of_sc = 32;
  }
  if (DeeDS == 3 || DeeDS == 7) {
    nb_of_sc = 34;
  }
  if (DeeDS == 4 || DeeDS == 6) {
    nb_of_sc = 33;
  }
  if (DeeDS == 5) {
    nb_of_sc = 34;
  }
  return nb_of_sc;
}

//==============================================================================
//
//       GetIXMin, GetIXMax,  GetIIXMin, GetIIXMax
//
//==============================================================================
Double_t TEcnaNumbering::GetIIXMin(const Int_t& DeeSC) {
  //Gives IIXMin for a given DeeSC , unit = crystal

  Double_t IX_min = (Double_t)((DeeSC - 1) / fEcal->MaxSCIYInDee()) * fEcal->MaxCrysIXInSC() + 1.;
  return IX_min;
}

Double_t TEcnaNumbering::GetIIXMax(const Int_t& DeeSC) {
  //Gives IIXMax for a given DeeSC , unit = crystal

  Double_t IX_max = ((Double_t)((DeeSC - 1) / fEcal->MaxSCIYInDee()) + 1.) * fEcal->MaxCrysIXInSC();
  return IX_max;
}

Double_t TEcnaNumbering::GetIIXMin() {
  //Gives IIXMin for Dee , unit = Super-crystal

  Double_t i_IX_min = (Int_t)1.;
  return i_IX_min;
}

Double_t TEcnaNumbering::GetIIXMax() {
  //Gives IIXMax for Dee , unit = Super-crystal

  Double_t i_IX_max = (Int_t)fEcal->MaxSCIXInDee();
  return i_IX_max;
}

//==============================================================================
//
//     GetIIYMin, GetIIYMax
//
//==============================================================================
Double_t TEcnaNumbering::GetJIYMin(const Int_t& n1DeeNumber, const Int_t& DeeSC) {
  //Gives JIYMin for a given Super-Crystal

  Double_t IY_DeeSC = DeeSC % fEcal->MaxSCIYInDee();
  if (IY_DeeSC == 0.) {
    IY_DeeSC = fEcal->MaxSCIYInDee();
  }

  Double_t j_IY_min = (IY_DeeSC - 1) * fEcal->MaxCrysIYInSC() + 1.;

  return j_IY_min;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJIYMax(const Int_t& n1DeeNumber, const Int_t& DeeSC) {
  //Gives JIYMax for a given Super-Crystal

  Double_t IY_DeeSC = DeeSC % fEcal->MaxSCIYInDee();
  if (IY_DeeSC == 0) {
    IY_DeeSC = fEcal->MaxSCIYInDee();
  }

  Double_t j_IY_max = IY_DeeSC * fEcal->MaxCrysIYInSC();

  return j_IY_max;
}

//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJIYMin(const Int_t& n1DeeNumber) {
  //Gives JIYMin for a given Dee

  Double_t j_IY_min = (Double_t)1.;

  return j_IY_min;
}
//-----------------------------------------------------------------------------------------
Double_t TEcnaNumbering::GetJIYMax(const Int_t& n1DeeNumber) {
  //Gives JIYMax for a given Dee

  Double_t j_IY_max = (Double_t)fEcal->MaxSCIYInDee();

  return j_IY_max;
}
//=====================================================================
TString TEcnaNumbering::GetDeeHalfEndcap(const Int_t& n1DeeNumber) {
  //gives the half-endcap of the Dee ("EE+" or "EE-")

  TString type = "EE-";  // => default value

  if (n1DeeNumber == 1 || n1DeeNumber == 2) {
    type = "EE+";
  }
  if (n1DeeNumber == 3 || n1DeeNumber == 4) {
    type = "EE-";
  }

  return type;
}
//==============================================================================
//
//   GetXDirectionEE, GetYDirectionEE, GetJYDirectionEE
//
//==============================================================================
TString TEcnaNumbering::GetXDirectionEE(const Int_t& n1DeeNumber) {
  TString xdirection = "x";  // DEFAULT

  if (GetEEDeeType(n1DeeNumber) == "EE+F") {
    xdirection = "-x";
  }  //  Dee 1
  if (GetEEDeeType(n1DeeNumber) == "EE+N") {
    xdirection = "-x";
  }  //  Dee 2
  if (GetEEDeeType(n1DeeNumber) == "EE-N") {
    xdirection = "x";
  }  //  Dee 3
  if (GetEEDeeType(n1DeeNumber) == "EE-F") {
    xdirection = "x";
  }  //  Dee 4

  return xdirection;
}
//---------------------------------------------------------
TString TEcnaNumbering::GetYDirectionEE(const Int_t& n1DeeNumber) {
  TString ydirection = "-x";  // DEFAULT

  if (GetEEDeeType(n1DeeNumber) == "endcap+") {
    ydirection = "-x";
  }
  if (GetEEDeeType(n1DeeNumber) == "endcap-") {
    ydirection = "-x";
  }

  return ydirection;
}

//---------------------------------------------------------
TString TEcnaNumbering::GetJYDirectionEE(const Int_t& n1DeeNumber) {
  TString jydirection = "x";  // ALWAYS IN THIS CASE
  return jydirection;
}

//==========================================================================================================
//
//
//                               B A R R E L    A N D    E N D C A P
//
//
//
//==========================================================================================================
//===============================================================================
//
//        Get1StexStinFrom0StexEcha
//     // GetStinEchaFromStexEcha
//        Get0StexEchaFrom1StexStinAnd0StinEcha
//        Get1StexCrysFrom1StexStinAnd0StinEcha
//
//===============================================================================
Int_t TEcnaNumbering::Get1StexStinFrom0StexEcha(const Int_t& i0StexEcha) {
  Int_t n1StexStin = 0;

  if (fFlagSubDet == "EB") {
    n1StexStin = Get1SMTowFrom0SMEcha(i0StexEcha);
  }
  if (fFlagSubDet == "EE") {
    n1StexStin = Get1DeeSCEcnaFrom0DeeEcha(i0StexEcha);
  }

  return n1StexStin;
}

Int_t TEcnaNumbering::Get0StexEchaFrom1StexStinAnd0StinEcha(const Int_t& n1StexStin, const Int_t& i0StinEcha) {
  // Electronic Channel number in Stex from Stin number in Stex
  // and from Electronic Channel number in Stin

  Int_t StexEcha = (Int_t)(-1.);

  if (n1StexStin > 0 && n1StexStin <= fEcal->MaxStinEcnaInStex() && i0StinEcha >= 0 &&
      i0StinEcha < fEcal->MaxCrysInStin()) {
    StexEcha = (n1StexStin - 1) * fEcal->MaxCrysInStin() + i0StinEcha;
  } else {
    std::cout << "!TEcnaNumbering::Get0StexEchaFrom1StexStinAnd0StinEcha *** ERROR ***> VALUE"
              << " OUT OF RANGE. Forced to -1. Argument values: n1StexStin = " << n1StexStin
              << ", channel = " << i0StinEcha << fTTBELL << std::endl;
  }
  return StexEcha;
}
Int_t TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(const Int_t& n1StexStin,
                                                            const Int_t& i0StinEcha,
                                                            const Int_t& StexNumber) {
  // Crystal number in Stex from Stin number in Stex
  // and from Electronic Channel number in Stin (for the StexNumber_th Stex)
  // argument StexNumber used only in "EE" case

  Int_t n1StexCrys = (Int_t)0;
  if (fFlagSubDet == "EB") {
    n1StexCrys = Get1SMCrysFrom1SMTowAnd0TowEcha(n1StexStin, i0StinEcha);
  }
  if (fFlagSubDet == "EE") {
    TString sDeeDir = GetDeeDirViewedFromIP(StexNumber);
    n1StexCrys = Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(n1StexStin, i0StinEcha, sDeeDir);
  }

  return n1StexCrys;
}
//===============================================================================
//
//        GetIHocoMin, GetIHocoMax, GetVecoMin, GetVecoMax
//        GetJVecoMin, GetJVecoMax
//
//===============================================================================
Double_t TEcnaNumbering::GetIHocoMin(const Int_t& Stex, const Int_t& StexStin) {
  Double_t IHocoMin = (Double_t)0.;
  if (fFlagSubDet == "EB") {
    IHocoMin = GetIEtaMin(Stex, StexStin);
  }
  if (fFlagSubDet == "EE") {
    IHocoMin = GetIIXMin(StexStin);
  }
  return IHocoMin;
}

Double_t TEcnaNumbering::GetIHocoMax(const Int_t& Stex, const Int_t& StexStin) {
  Double_t IHocoMax = (Double_t)0.;
  if (fFlagSubDet == "EB") {
    IHocoMax = GetIEtaMax(Stex, StexStin);
  }
  if (fFlagSubDet == "EE") {
    IHocoMax = GetIIXMax(StexStin);
  }
  return IHocoMax;
}

Double_t TEcnaNumbering::GetVecoMin(const Int_t& Stex, const Int_t& StexStin) {
  Double_t IVecoMin = (Double_t)0.;
  if (fFlagSubDet == "EB") {
    IVecoMin = GetPhiMin(Stex, StexStin);
  }
  if (fFlagSubDet == "EE") {
    IVecoMin = GetJIYMin(Stex, StexStin);
  }
  return IVecoMin;
}

Double_t TEcnaNumbering::GetVecoMax(const Int_t& Stex, const Int_t& StexStin) {
  Double_t IVecoMax = (Double_t)0.;
  if (fFlagSubDet == "EB") {
    IVecoMax = GetPhiMax(Stex, StexStin);
  }
  if (fFlagSubDet == "EE") {
    IVecoMax = GetJIYMax(Stex, StexStin);
  }
  return IVecoMax;
}

Double_t TEcnaNumbering::GetJVecoMin(const Int_t& Stex, const Int_t& StexStin) {
  Double_t JVecoMin = (Double_t)0.;
  if (fFlagSubDet == "EB") {
    JVecoMin = GetJPhiMin(Stex, StexStin);
  }
  if (fFlagSubDet == "EE") {
    JVecoMin = GetJIYMin(Stex, StexStin);
  }  // not used
  return JVecoMin;
}
Double_t TEcnaNumbering::GetJVecoMax(const Int_t& Stex, const Int_t& StexStin) {
  Double_t JVecoMax = (Double_t)0.;
  if (fFlagSubDet == "EB") {
    JVecoMax = GetJPhiMax(Stex, StexStin);
  }
  if (fFlagSubDet == "EE") {
    JVecoMax = GetJIYMax(Stex, StexStin);
  }  // not used
  return JVecoMax;
}
//===========================================================================
//
//                        GetStexHalfBarrel
//
//===========================================================================
TString TEcnaNumbering::GetStexHalfStas(const Int_t& SMNumber) {
  TString half_stas = "EB? EE?";

  if (fFlagSubDet == "EB") {
    half_stas = GetSMHalfBarrel(SMNumber);
  }
  if (fFlagSubDet == "EE") {
    half_stas = GetDeeHalfEndcap(SMNumber);
  }

  return half_stas;
}
//===========================================================================
//
//                  GetSMFromFED, GetDSFromFED
//
//===========================================================================
Int_t TEcnaNumbering::GetSMFromFED(const Int_t& FEDNumber) {
  Int_t EBSMNumber = 0;  // SM = Super Module
  if (FEDNumber >= 610 && FEDNumber <= 645) {
    EBSMNumber = FEDNumber - 609;
  }
  return EBSMNumber;
}

Int_t TEcnaNumbering::GetDSFromFED(const Int_t& FEDNumber) {
  Int_t EEDSNumber = 0;  // DS = Data Sector

  if (FEDNumber >= 600 && FEDNumber <= 609) {
    EEDSNumber = FEDNumber - 599;
  }
  if (FEDNumber >= 646 && FEDNumber <= 655) {
    EEDSNumber = FEDNumber - 645;
  }

  return EEDSNumber;
}

//--------------------------------------------
Int_t TEcnaNumbering::MaxCrysInStinEcna(const Int_t& n1DeeNumber, const Int_t& n1DeeSCEcna, const TString& s_option) {
  // Number of Xtals in "Ecna SC" for not complete and not connected SC's.
  // Also valid for all connected and complete SC's and for towers of EB

  Int_t max_crys = fEcal->MaxCrysInStin();  // valid for EB and for connected and complete SC's of EE

  // Number of Xtals in SC for not complete and not connected SC's

  if (fFlagSubDet == "EE") {
    Int_t n_for_cons = GetDeeSCConsFrom1DeeSCEcna(n1DeeNumber, n1DeeSCEcna);

    //............ not complete SC's (inner border)
    if (n_for_cons == 12 || n_for_cons == 67 || n_for_cons == 75 || n_for_cons == 137 || n_for_cons == 161 ||
        n_for_cons == 216 || n_for_cons == 224 || n_for_cons == 286) {
      max_crys = 20;
    }

    //............ not connected SC's
    if ((n_for_cons == 182 || n_for_cons == 33) && (n1DeeSCEcna == 60 || n1DeeSCEcna == 119)) {
      max_crys = 10;
    }

    if ((n_for_cons == 178 || n_for_cons == 29) && (n1DeeSCEcna == 138 || n1DeeSCEcna == 157)) {
      max_crys = 10;
    }
    if ((n_for_cons == 207 || n_for_cons == 58) && (n1DeeSCEcna == 176 || n1DeeSCEcna == 193)) {
      max_crys = 10;
    }

    if ((n_for_cons == 298 || n_for_cons == 149) && (n1DeeSCEcna == 188)) {
      max_crys = 10;
    }

    if ((n_for_cons == 261 || n_for_cons == 112) && (n1DeeSCEcna == 144 || n1DeeSCEcna == 165)) {
      max_crys = 10;
    }
    if ((n_for_cons == 268 || n_for_cons == 119) && (n1DeeSCEcna == 102 || n1DeeSCEcna == 123)) {
      max_crys = 10;
    }

    if ((n_for_cons == 281 || n_for_cons == 132) && (n1DeeSCEcna == 41)) {
      max_crys = 10;
    }

    //............. not connected and mixed Ecna SC's
    if (s_option == "TEcnaRun" || s_option == "TEcnaRead") {
      if (s_option == "TEcnaRun") {
        // special translation of Xtal 11 of SCEcna 29 and 32 to respectively Xtal 11 of SCEcna 10 and 11
        if (n1DeeSCEcna == 29 || n1DeeSCEcna == 32) {
          max_crys = 5;
        }
        if (n1DeeSCEcna == 10 || n1DeeSCEcna == 11) {
          max_crys = 1;
        }
      }
      if (s_option == "TEcnaRead") {
        //if( n1DeeSCEcna == 29 || n1DeeSCEcna == 32 ){max_crys = 6;}
        if (n1DeeSCEcna == 29 || n1DeeSCEcna == 32) {
          max_crys = 5;
        }
        if (n1DeeSCEcna == 10 || n1DeeSCEcna == 11) {
          max_crys = 1;
        }
      }
    } else {
      std::cout << "!TEcnaNumbering::MaxCrysInStinEcna(...)> " << s_option << ": unknown option." << fTTBELL
                << std::endl;
    }
  }
  return max_crys;
}