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#include <TEcnaNumbering.h>
Public Member Functions | |
| void | BuildBarrelCrysTable () |
| void | BuildEndcapCrysTable () |
| void | BuildEndcapSCTable () |
| Int_t | Get0SMEchaFrom1SMTowAnd0TowEcha (const Int_t &, const Int_t &) |
| Int_t | Get0StexEchaFrom1StexStinAnd0StinEcha (const Int_t &, const Int_t &) |
| Int_t | Get0TowEchaFrom0SMEcha (const Int_t &) |
| Int_t | Get0TowEchaFrom1SMCrys (const Int_t &) |
| Int_t | Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha (const Int_t &, const Int_t &, const TString) |
| Int_t | Get1DeeSCEcnaFrom0DeeEcha (const Int_t &) |
| Int_t | Get1DeeSCEcnaFrom1DeeCrys (const Int_t &, const TString) |
| Int_t | Get1DeeSCEcnaFromDeeSCCons (const Int_t &, const Int_t &) |
| Int_t | Get1SCEchaFrom0DeeEcha (const Int_t &) |
| Int_t | Get1SCEchaFrom1DeeCrys (const Int_t &, const TString) |
| Int_t | Get1SMCrysFrom1SMTowAnd0TowEcha (const Int_t &, const Int_t &) |
| Int_t | Get1SMTowFrom0SMEcha (const Int_t &) |
| Int_t | Get1SMTowFrom1SMCrys (const Int_t &) |
| Int_t | Get1StexCrysFrom1StexStinAnd0StinEcha (const Int_t &, const Int_t &, const Int_t &) |
| Int_t | Get1StexStinFrom0StexEcha (const Int_t &) |
| Int_t | GetDeeDirIndex (const TString) |
| TString | GetDeeDirViewedFromIP (const Int_t &) |
| TString | GetDeeHalfEndcap (const Int_t &) |
| Int_t | GetDeeSCConsFrom1DeeSCEcna (const Int_t &, const Int_t &) |
| Int_t | GetDeeSCConsFrom1DeeSCEcna (const Int_t &, const Int_t &, const Int_t &) |
| Int_t | GetDSFrom1DeeSCEcna (const Int_t &, const Int_t &) |
| Int_t | GetDSFromFED (const Int_t &) |
| Int_t | GetDSSCFrom1DeeSCEcna (const Int_t &, const Int_t &, const Int_t &) |
| Int_t | GetDSSCFrom1DeeSCEcna (const Int_t &, const Int_t &) |
| TString | GetEEDeeEndcap (const Int_t &) |
| TString | GetEEDeeType (const Int_t &) |
| Double_t | GetEta (const Int_t &, const Int_t &, const Int_t &) |
| Double_t | GetEtaMax (const Int_t &, const Int_t &) |
| Double_t | GetEtaMin (const Int_t &, const Int_t &) |
| Int_t | GetHashedNumberFromIEtaAndIPhi (const Int_t &, const Int_t &) |
| Int_t | GetIEtaFromHashed (const Int_t &, const Int_t &) |
| Double_t | GetIEtaMax (const Int_t &, const Int_t &) |
| Double_t | GetIEtaMax (const Int_t &) |
| Double_t | GetIEtaMin (const Int_t &, const Int_t &) |
| Double_t | GetIEtaMin (const Int_t &) |
| Double_t | GetIHocoMax (const Int_t &, const Int_t &) |
| Double_t | GetIHocoMin (const Int_t &, const Int_t &) |
| Double_t | GetIIXMax (const Int_t &) |
| Double_t | GetIIXMax () |
| Double_t | GetIIXMin (const Int_t &) |
| Double_t | GetIIXMin () |
| Int_t | GetIPhiFromHashed (const Int_t &) |
| Int_t | GetIXCrysInDee (const Int_t &, const Int_t &, const Int_t &) |
| Int_t | GetIXCrysInSC (const Int_t &, const Int_t &, const Int_t &) |
| Int_t | GetIXSCInDee (const Int_t &) |
| Double_t | GetJIYMax (const Int_t &, const Int_t &) |
| Double_t | GetJIYMax (const Int_t &) |
| Double_t | GetJIYMin (const Int_t &) |
| Double_t | GetJIYMin (const Int_t &, const Int_t &) |
| Double_t | GetJPhiMax (const Int_t &, const Int_t &) |
| Double_t | GetJPhiMax (const Int_t &) |
| Double_t | GetJPhiMin (const Int_t &) |
| Double_t | GetJPhiMin (const Int_t &, const Int_t &) |
| Double_t | GetJVecoMax (const Int_t &, const Int_t &) |
| Double_t | GetJVecoMin (const Int_t &, const Int_t &) |
| Int_t | GetJYCrysInDee (const Int_t &, const Int_t &, const Int_t &) |
| Int_t | GetJYCrysInSC (const Int_t &, const Int_t &, const Int_t &) |
| TString | GetJYDirectionEB (const Int_t &) |
| TString | GetJYDirectionEE (const Int_t &) |
| Int_t | GetJYSCInDee (const Int_t &) |
| Int_t | GetMaxSCInDS (const Int_t &) |
| Double_t | GetPhi (const Int_t &, const Int_t &, const Int_t &) |
| Double_t | GetPhiInSM (const Int_t &, const Int_t &, const Int_t &) |
| Double_t | GetPhiMax (const Int_t &) |
| Double_t | GetPhiMax (const Int_t &, const Int_t &) |
| Double_t | GetPhiMin (const Int_t &) |
| Double_t | GetPhiMin (const Int_t &, const Int_t &) |
| TString | GetSCQuadFrom1DeeSCEcna (const Int_t &) |
| Int_t | GetSCQuadTypeIndex (const TString, const TString) |
| TString | GetSCType (const Int_t &) |
| Double_t | GetSMCentralPhi (const Int_t &) |
| Int_t | GetSMFromFED (const Int_t &) |
| TString | GetSMHalfBarrel (const Int_t &) |
| TString | GetStexHalfStas (const Int_t &) |
| TString | GetStinLvrbType (const Int_t &) |
| TString | GetTowerLvrbType (const Int_t &) |
| Double_t | GetVecoMax (const Int_t &, const Int_t &) |
| Double_t | GetVecoMin (const Int_t &, const Int_t &) |
| TString | GetXDirectionEB (const Int_t &) |
| TString | GetXDirectionEE (const Int_t &) |
| TString | GetYDirectionEB (const Int_t &) |
| TString | GetYDirectionEE (const Int_t &) |
| Int_t | MaxCrysInStinEcna (const Int_t &, const Int_t &, const TString) |
| void | SetEcalSubDetector (const TString, const TEcnaParEcal *) |
| Int_t | StexEchaForCons (const Int_t &, const Int_t &) |
| TEcnaNumbering () | |
| TEcnaNumbering (const TString, const TEcnaParEcal *) | |
| ~TEcnaNumbering () | |
Protected Member Functions | |
| void | Init () |
Private Attributes | |
| Int_t | fCdelete |
| Int_t | fCnew |
| TString | fCodeChNumberingITP1Bot |
| TString | fCodeChNumberingITP2Top |
| TString | fCodeChNumberingLvrbBot |
| TString | fCodeChNumberingLvrbTop |
| TEcnaParEcal * | fEcal |
| Int_t | fFlagPrint |
| TString | fFlagSubDet |
| Int_t | fgMaxCar |
| Int_t * | fT1d_DeeSCCons |
| Int_t * | fT1d_DS |
| Int_t * | fT1d_DSSC |
| Int_t * | fT1d_ich_IX |
| Int_t * | fT1d_jch_JY |
| Int_t * | fT1d_RecovDeeSC |
| Int_t * | fT1dDeeCrys |
| Int_t * | fT1dDeeSC |
| Int_t * | fT1dSCEcha |
| Int_t * | fT1dSMCrys |
| Int_t * | fT1dSMTow |
| Int_t * | fT1dTowEcha |
| Int_t ** | fT2d_DeeSCCons |
| Int_t ** | fT2d_DS |
| Int_t ** | fT2d_DSSC |
| Int_t ** | fT2d_ich_IX |
| Int_t ** | fT2d_jch_JY |
| Int_t ** | fT2d_RecovDeeSC |
| Int_t ** | fT2dDeeCrys |
| Int_t ** | fT2dDeeSC |
| Int_t ** | fT2dSCEcha |
| Int_t ** | fT2dSMCrys |
| Int_t *** | fT3dDeeCrys |
| TString | fTTBELL |
Definition at line 10 of file TEcnaNumbering.h.
| TEcnaNumbering::TEcnaNumbering | ( | ) |
| TEcnaNumbering::TEcnaNumbering | ( | const TString | SubDet, |
| const TEcnaParEcal * | pEcal | ||
| ) |
Definition at line 36 of file TEcnaNumbering.cc.
References Init(), and SetEcalSubDetector().
{
// Constructor with argument: call to methods Init() and SetEcalSubDetector(const TString)
// cout << "[Info Management] CLASS: TEcnaNumbering. CREATE OBJECT: this = " << this << endl;
Init();
SetEcalSubDetector(SubDet.Data(), pEcal);
}
| TEcnaNumbering::~TEcnaNumbering | ( | ) |
Definition at line 46 of file TEcnaNumbering.cc.
References fCdelete, fT1d_DeeSCCons, fT1d_DS, fT1d_DSSC, fT1d_ich_IX, fT1d_jch_JY, fT1d_RecovDeeSC, fT1dDeeCrys, fT1dDeeSC, fT1dSCEcha, fT1dSMCrys, fT1dSMTow, fT1dTowEcha, fT2d_DeeSCCons, fT2d_DS, fT2d_DSSC, fT2d_ich_IX, fT2d_jch_JY, fT2d_RecovDeeSC, fT2dDeeCrys, fT2dDeeSC, fT2dSCEcha, fT2dSMCrys, and fT3dDeeCrys.
{
//destructor
//if (fEcal != 0){delete fEcal; fCdelete++;}
//....................... Barrel
if (fT2dSMCrys != 0){delete [] fT2dSMCrys; fCdelete++;}
if (fT1dSMCrys != 0){delete [] fT1dSMCrys; fCdelete++;}
if (fT1dSMTow != 0){delete [] fT1dSMTow; fCdelete++;}
if (fT1dTowEcha != 0){delete [] fT1dTowEcha; fCdelete++;}
//....................... Endcap
if (fT3dDeeCrys != 0){delete [] fT3dDeeCrys; fCdelete++;}
if (fT2dDeeCrys != 0){delete [] fT2dDeeCrys; fCdelete++;}
if (fT1dDeeCrys != 0){delete [] fT1dDeeCrys; fCdelete++;}
if (fT2dDeeSC != 0){delete [] fT2dDeeSC; fCdelete++;}
if (fT1dDeeSC != 0){delete [] fT1dDeeSC; fCdelete++;}
if (fT2dSCEcha != 0){delete [] fT2dSCEcha; fCdelete++;}
if (fT1dSCEcha != 0){delete [] fT1dSCEcha; fCdelete++;}
if (fT2d_jch_JY != 0){delete [] fT2d_jch_JY; fCdelete++;}
if (fT1d_jch_JY != 0){delete [] fT1d_jch_JY; fCdelete++;}
if (fT2d_ich_IX != 0){delete [] fT2d_ich_IX; fCdelete++;}
if (fT1d_ich_IX != 0){delete [] fT1d_ich_IX; fCdelete++;}
if (fT2d_DS != 0){delete [] fT2d_DS; fCdelete++;}
if (fT1d_DS != 0){delete [] fT1d_DS; fCdelete++;}
if (fT2d_DSSC != 0){delete [] fT2d_DSSC; fCdelete++;}
if (fT1d_DSSC != 0){delete [] fT1d_DSSC; fCdelete++;}
if (fT2d_DeeSCCons != 0){delete [] fT2d_DeeSCCons; fCdelete++;}
if (fT1d_DeeSCCons != 0){delete [] fT1d_DeeSCCons; fCdelete++;}
if (fT2d_RecovDeeSC != 0){delete [] fT2d_RecovDeeSC; fCdelete++;}
if (fT1d_RecovDeeSC != 0){delete [] fT1d_RecovDeeSC; fCdelete++;}
// cout << "[Info Management] CLASS: TEcnaNumbering. DESTROY OBJECT: this = " << this << endl;
}
| void TEcnaNumbering::BuildBarrelCrysTable | ( | ) |
Definition at line 156 of file TEcnaNumbering.cc.
References fCdelete, fCnew, fEcal, fT1dSMCrys, fT1dSMTow, fT1dTowEcha, fT2dSMCrys, i, j, gen::k, TEcnaParEcal::MaxCrysInSM(), TEcnaParEcal::MaxCrysInTow(), and TEcnaParEcal::MaxTowInSM().
Referenced by Get1SMCrysFrom1SMTowAnd0TowEcha(), and SetEcalSubDetector().
{
// 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 == 0 )
{
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]
}
}
// cout << "#TEcnaNumbering::TBuildBarrelCrysTable()> Crys Table Building done" << endl;
delete [] jch_type; fCdelete++;
delete [] jch_type_d1; fCdelete++;
delete [] ich_type; fCdelete++;
delete [] ich_type_d1; fCdelete++;
delete [] type; fCdelete++;
}
else
{
// cout << "#TEcnaNumbering::TBuildBarrelCrysTable()> No Building of Crys Table since it is already done." << endl;
}
}
| void TEcnaNumbering::BuildEndcapCrysTable | ( | ) |
Definition at line 925 of file TEcnaNumbering.cc.
References fCdelete, fCnew, fEcal, fT1d_ich_IX, fT1d_jch_JY, fT1dDeeCrys, fT1dDeeSC, fT1dSCEcha, fT2d_ich_IX, fT2d_jch_JY, fT2dDeeCrys, fT2dDeeSC, fT2dSCEcha, fT3dDeeCrys, i, j, gen::k, TEcnaParEcal::MaxCrysEcnaInDee(), TEcnaParEcal::MaxCrysInSC(), TEcnaParEcal::MaxCrysIXInSC(), TEcnaParEcal::MaxCrysIYInSC(), TEcnaParEcal::MaxSCEcnaInDee(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(), and SetEcalSubDetector().
{
// 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 == 0 )
{
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]
}
}
}
// cout << "#TEcnaNumbering::TBuildEndcapCrysTable()> Crys Table Building done" << endl;
delete [] type; fCdelete++;
delete [] type_d1; fCdelete++;
}
else
{
// cout << "#TEcnaNumbering::TBuildEndcapCrysTable()> No Building of Crys Table since it is already done " << endl;
}
}
| void TEcnaNumbering::BuildEndcapSCTable | ( | ) |
Definition at line 1146 of file TEcnaNumbering.cc.
References fCnew, fEcal, fT1d_DeeSCCons, fT1d_DS, fT1d_DSSC, fT1d_RecovDeeSC, fT2d_DeeSCCons, fT2d_DS, fT2d_DSSC, fT2d_RecovDeeSC, i, j, TEcnaParEcal::MaxDeeInEE(), TEcnaParEcal::MaxSCEcnaInDee(), and TEcnaParEcal::MaxSCForConsInDee().
Referenced by SetEcalSubDetector().
{
// 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;
}
}
}
}
| Int_t TEcnaNumbering::Get0SMEchaFrom1SMTowAnd0TowEcha | ( | const Int_t & | n1SMTow, |
| const Int_t & | i0TowEcha | ||
| ) |
Definition at line 409 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysInTow().
Referenced by TEcnaHistos::TowerCrystalNumbering().
{
//get tower number from electronic channel number in SM
Int_t i0SMEcha = (n1SMTow-1)*fEcal->MaxCrysInTow()+i0TowEcha;
return i0SMEcha;
}
| Int_t TEcnaNumbering::Get0StexEchaFrom1StexStinAnd0StinEcha | ( | const Int_t & | n1StexStin, |
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 2419 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fTTBELL, and TEcnaParEcal::MaxCrysInStin().
Referenced by TEcnaRun::AveragedHighFrequencyNoise(), TEcnaRun::AveragedLowFrequencyNoise(), TEcnaRun::AveragedMeanOfCorrelationsBetweenSamples(), TEcnaRun::AveragedPedestals(), TEcnaRun::AveragedSigmaOfCorrelationsBetweenSamples(), TEcnaRun::AveragedTotalNoise(), TEcnaHistos::GetHistoValues(), TEcnaRead::ReadAveragedNumberOfEvents(), TEcnaRead::ReadCorrelationsBetweenSamples(), TEcnaRead::ReadCovariancesBetweenSamples(), TEcnaRead::ReadNumberOfEvents(), TEcnaRead::ReadRelevantCorrelationsBetweenSamples(), TEcnaRead::ReadSampleMeans(), TEcnaRead::ReadSampleSigmas(), and TEcnaHistos::ViewHistime().
{
// 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
{
cout << "!TEcnaNumbering::Get0StexEchaFrom1StexStinAnd0StinEcha *** ERROR ***> VALUE"
<< " OUT OF RANGE. Forced to -1. Argument values: n1StexStin = " << n1StexStin
<< ", channel = " << i0StinEcha
<< fTTBELL << endl;
}
return StexEcha;
}
| Int_t TEcnaNumbering::Get0TowEchaFrom0SMEcha | ( | const Int_t & | i0SMEcha | ) |
Definition at line 390 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysInTow().
Referenced by TEcnaWrite::fT2dWriteAscii(), and TEcnaWrite::WriteAsciiHisto().
{
//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::Get0TowEchaFrom1SMCrys | ( | const Int_t & | n1SMCrys | ) |
Definition at line 345 of file TEcnaNumbering.cc.
References gather_cfg::cout, fT1dTowEcha, and fTTBELL.
Referenced by EcnaAnalyzer::analyze().
{
// 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;
cout << "!TEcnaNumbering::Get0TowEchaFrom1SMCrys(...)> Crystal number in SM out of range."
<< " n1SMCrys = " << n1SMCrys << fTTBELL << endl;
}
return i0TowEcha; // range = [0,24]
}
| Int_t TEcnaNumbering::Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha | ( | const Int_t & | n1DeeSCEcna, |
| const Int_t & | i0SCEcha, | ||
| const TString | sDeeDir | ||
| ) |
Definition at line 1747 of file TEcnaNumbering.cc.
References BuildEndcapCrysTable(), gather_cfg::cout, fEcal, fT3dDeeCrys, fTTBELL, GetDeeDirIndex(), and TEcnaParEcal::MaxCrysInSC().
Referenced by Get1StexCrysFrom1StexStinAnd0StinEcha().
{
//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 == 0 ){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
cout << "!TEcnaNumbering::Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(...)> Electronic Channel in SuperCrystal = "
<< i0SCEcha+1 << ". Out of range (range = [1," << fEcal->MaxCrysInSC() << "])" << fTTBELL << endl;
}
}
else
{
n1DeeCrys = -3; // Super-Crystal number in Dee out of range
cout << "!TEcnaNumbering::Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(...)> Super-Crystal number in Dee out of range."
<< " n1DeeSCEcna = " << n1DeeSCEcna << fTTBELL << endl;
}
return n1DeeCrys; // Range = [1,5000]
}
| Int_t TEcnaNumbering::Get1DeeSCEcnaFrom0DeeEcha | ( | const Int_t & | i0DeeEcha | ) |
Definition at line 1845 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysInSC().
Referenced by Get1StexStinFrom0StexEcha(), and TEcnaWrite::WriteAsciiHisto().
{
//get super-crystal number from electronic channel number in Dee
Int_t n1DeeSC = i0DeeEcha/fEcal->MaxCrysInSC()+1;
return n1DeeSC; // range = [1,200]
}
| Int_t TEcnaNumbering::Get1DeeSCEcnaFrom1DeeCrys | ( | const Int_t & | n1DeeCrys, |
| const TString | sDeeDir | ||
| ) |
Definition at line 1808 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fT2dDeeSC, fTTBELL, GetDeeDirIndex(), and TEcnaParEcal::MaxCrysEcnaInDee().
Referenced by EcnaAnalyzer::analyze().
{
// 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;
cout << "!TEcnaNumbering::Get1DeeSCEcnaFrom1DeeCrys(...)> Crystal number in Dee out of range."
<< " n1DeeCrys = " << n1DeeCrys << "(max = " << fEcal->MaxCrysEcnaInDee() << ")" << fTTBELL << endl;
}
return n1DeeSCEcna; // range = [1,200]
}
| Int_t TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSCCons | ||
| ) |
Definition at line 2022 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fT2d_RecovDeeSC, fTTBELL, TEcnaParEcal::MaxDeeInEE(), and TEcnaParEcal::MaxSCForConsInDee().
Referenced by TEcnaHistos::CorrelationsBetweenSamples(), TEcnaHistos::CovariancesBetweenSamples(), TEcnaGui::DoButtonStinA(), TEcnaGui::DoButtonStinB(), TEcnaHistos::HighFrequencyCorrelationsBetweenChannels(), TEcnaHistos::HighFrequencyCovariancesBetweenChannels(), TEcnaGui::InitKeys(), TEcnaHistos::LowFrequencyCorrelationsBetweenChannels(), TEcnaHistos::LowFrequencyCovariancesBetweenChannels(), TEcnaHistos::SampleADCEvents(), TEcnaHistos::SCCrystalNumbering(), TEcnaHistos::ViewStin(), TEcnaHistos::XtalHighFrequencyNoiseRuns(), TEcnaHistos::XtalLowFrequencyNoiseRuns(), TEcnaHistos::XtalMeanOfCorssRuns(), TEcnaHistos::XtalPedestalsRuns(), TEcnaHistos::XtalSamplesEv(), TEcnaHistos::XtalSamplesSigma(), TEcnaHistos::XtalSampleValues(), TEcnaHistos::XtalSigmaOfCorssRuns(), TEcnaHistos::XtalTimeHighFrequencyNoise(), TEcnaHistos::XtalTimeLowFrequencyNoise(), TEcnaHistos::XtalTimeMeanOfCorss(), TEcnaHistos::XtalTimePedestals(), TEcnaHistos::XtalTimeSigmaOfCorss(), TEcnaHistos::XtalTimeTotalNoise(), and TEcnaHistos::XtalTotalNoiseRuns().
{
// 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
{
cout << "!TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(...)> DeeSCCons = " << DeeSCCons
<< ". Out of range ( range = [ " << off_set_cons+1
<< "," << fEcal->MaxSCForConsInDee()+off_set_cons << "] )"
<< fTTBELL << endl;
}
}
else
{
if( n1DeeNumber != 0 )
{
cout << "!TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(...)> n1DeeNumber = " << n1DeeNumber
<< ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )"
<< fTTBELL << endl;
}
else
{
cout << "TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(...)> Dee = " << n1DeeNumber
<< ". Out of range (range = [1," << fEcal->MaxDeeInEE() << "])"
<< fTTBELL << endl;
}
}
return dee_sc_ecna;
}
| Int_t TEcnaNumbering::Get1SCEchaFrom0DeeEcha | ( | const Int_t & | i0DeeEcha | ) |
Definition at line 1835 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysInSC().
Referenced by TEcnaWrite::fT2dWriteAscii(), TEcnaHistos::ViewHisto(), and TEcnaWrite::WriteAsciiHisto().
{
//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::Get1SCEchaFrom1DeeCrys | ( | const Int_t & | n1DeeCrys, |
| const TString | sDeeDir | ||
| ) |
Definition at line 1788 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fT2dSCEcha, fTTBELL, GetDeeDirIndex(), and TEcnaParEcal::MaxCrysEcnaInDee().
Referenced by EcnaAnalyzer::analyze().
{
// 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;
cout << "!TEcnaNumbering::Get1SCEchaFrom1DeeCrys(...)> Crystal number in Dee out of range."
<< " n1DeeCrys = " << n1DeeCrys << "(max = " << fEcal->MaxCrysEcnaInDee() << ")" << fTTBELL << endl;
}
return n1SCEcha; // range = [1,25]
}
| Int_t TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha | ( | const Int_t & | n1SMTow, |
| const Int_t & | i0TowEcha | ||
| ) |
Definition at line 306 of file TEcnaNumbering.cc.
References BuildBarrelCrysTable(), gather_cfg::cout, fT2dSMCrys, and fTTBELL.
Referenced by Get1StexCrysFrom1StexStinAnd0StinEcha(), TEcnaHistos::TowerCrystalNumbering(), and TEcnaWrite::WriteAsciiHisto().
{
//get crystal number in SM from tower number in SM
// and from Electronic Channel number in tower
Int_t n1SMCrys = 0;
if( fT2dSMCrys == 0 ){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
cout << "!TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha(...)> Electronic Channel in Tower out of range."
<< " i0TowEcha = " << i0TowEcha << fTTBELL << endl;
}
}
else
{
n1SMCrys = -3; // Tower number in SM out of range
cout << "!TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha(...)> Tower number in SM out of range."
<< " n1SMTow = " << n1SMTow << fTTBELL << endl;
}
return n1SMCrys; // Range = [1,1700]
}
| Int_t TEcnaNumbering::Get1SMTowFrom0SMEcha | ( | const Int_t & | i0SMEcha | ) |
Definition at line 400 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysInTow().
Referenced by Get1StexStinFrom0StexEcha(), and TEcnaWrite::WriteAsciiHisto().
{
//get tower number from electronic channel number in SM
Int_t n1SMTow = i0SMEcha/fEcal->MaxCrysInTow()+1;
return n1SMTow; // range = [1,68]
}
| Int_t TEcnaNumbering::Get1SMTowFrom1SMCrys | ( | const Int_t & | n1SMCrys | ) |
Definition at line 364 of file TEcnaNumbering.cc.
References gather_cfg::cout, fT1dSMTow, and fTTBELL.
Referenced by EcnaAnalyzer::analyze().
{
// 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;
cout << "!TEcnaNumbering::Get1SMTowFrom1SMCrys(...)> Crystal number in SM out of range."
<< " n1SMCrys = " << n1SMCrys << fTTBELL << endl;
}
return n1SMtox; // range = [1,68]
}
| Int_t TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha | ( | const Int_t & | n1StexStin, |
| const Int_t & | i0StinEcha, | ||
| const Int_t & | StexNumber | ||
| ) |
Definition at line 2439 of file TEcnaNumbering.cc.
References fFlagSubDet, Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(), Get1SMCrysFrom1SMTowAnd0TowEcha(), and GetDeeDirViewedFromIP().
Referenced by TEcnaHistos::GetXCrysInStex(), TEcnaHistos::GetYCrysInStex(), TEcnaHistos::HistimePlot(), TEcnaHistos::HistoPlot(), TEcnaHistos::SetAllPavesViewHisto(), and TEcnaHistos::SetAllPavesViewMatrix().
{
// 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;
}
| Int_t TEcnaNumbering::Get1StexStinFrom0StexEcha | ( | const Int_t & | i0StexEcha | ) |
Definition at line 2409 of file TEcnaNumbering.cc.
References fFlagSubDet, Get1DeeSCEcnaFrom0DeeEcha(), and Get1SMTowFrom0SMEcha().
Referenced by StexEchaForCons().
{
Int_t n1StexStin = 0;
if( fFlagSubDet == "EB" ){n1StexStin = Get1SMTowFrom0SMEcha(i0StexEcha);}
if( fFlagSubDet == "EE" ){n1StexStin = Get1DeeSCEcnaFrom0DeeEcha(i0StexEcha);}
return n1StexStin;
}
| Int_t TEcnaNumbering::GetDeeDirIndex | ( | const TString | sDeeDir | ) |
Definition at line 2169 of file TEcnaNumbering.cc.
Referenced by Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(), Get1DeeSCEcnaFrom1DeeCrys(), and Get1SCEchaFrom1DeeCrys().
{
//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;
}
| TString TEcnaNumbering::GetDeeDirViewedFromIP | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2159 of file TEcnaNumbering.cc.
Referenced by EcnaAnalyzer::analyze(), TEcnaWrite::fT2dWriteAscii(), Get1StexCrysFrom1StexStinAnd0StinEcha(), GetIXCrysInSC(), GetJYCrysInSC(), TEcnaHistos::GetXCrysInStex(), TEcnaHistos::GetXSampInStin(), TEcnaHistos::GetXStinInStas(), TEcnaHistos::ModifiedSCEchaForNotConnectedSCs(), TEcnaHistos::SCCrystalNumbering(), TEcnaHistos::SetAllPavesViewMatrix(), TEcnaHistos::ViewDeeSCNumberingPad(), and TEcnaHistos::ViewHisto().
{
//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;
}
| TString TEcnaNumbering::GetDeeHalfEndcap | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2348 of file TEcnaNumbering.cc.
Referenced by GetStexHalfStas().
| Int_t TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | n1DeeSCEcna | ||
| ) |
Definition at line 1961 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fT2d_DeeSCCons, fTTBELL, TEcnaParEcal::MaxDeeInEE(), and TEcnaParEcal::MaxSCEcnaInDee().
Referenced by TEcnaGui::DoButtonStex(), GetDeeSCConsFrom1DeeSCEcna(), TEcnaHistos::GetOkViewHisto(), TEcnaGui::HandleMenu(), TEcnaHistos::HistimePlot(), TEcnaHistos::HistoPlot(), MaxCrysInStinEcna(), TEcnaParHistos::SetPaveSC(), TEcnaHistos::ViewDeeSCNumberingPad(), TEcnaHistos::ViewMatrix(), TEcnaHistos::ViewStin(), TEcnaGui::ViewStinCrystalNumbering(), TEcnaWrite::WriteAsciiCorrelationsBetweenSamples(), TEcnaWrite::WriteAsciiCovariancesBetweenSamples(), and TEcnaWrite::WriteAsciiHisto().
{
// 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
{
cout << "!TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(...)> *** WARNING *** n1DeeSCEcna = " << n1DeeSCEcna
<< ". Out of range ( range = [1," << fEcal->MaxSCEcnaInDee()
<< "] ). Nb for const. forced to " << fT2d_DeeSCCons[n1DeeNumber-1][19] << "." << endl;
dee_sc_cons = fT2d_DeeSCCons[n1DeeNumber-1][19];
}
}
else
{
if( n1DeeNumber != 0 )
{
cout << "!TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(...)> n1DeeNumber = " << n1DeeNumber
<< ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )"
<< fTTBELL << endl;
}
else
{
cout << "TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(...)> Dee = " << n1DeeNumber
<< ". Out of range (range = [1," << fEcal->MaxDeeInEE() << "])"
<< fTTBELL << endl;
}
}
return dee_sc_cons;
}
| Int_t TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | n1DeeSCEcna, | ||
| const Int_t & | n1SCEcha | ||
| ) |
Definition at line 1999 of file TEcnaNumbering.cc.
References GetDeeSCConsFrom1DeeSCEcna().
{
//.......... 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::GetDSFrom1DeeSCEcna | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | n1DeeSCEcna | ||
| ) |
Definition at line 1865 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fT2d_DS, fTTBELL, TEcnaParEcal::MaxDeeInEE(), and TEcnaParEcal::MaxSCEcnaInDee().
Referenced by TEcnaParHistos::SetPaveSC(), TEcnaHistos::ViewHisto(), and TEcnaWrite::WriteAsciiHisto().
{
// 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
{
cout << "!TEcnaNumbering::GetDSFrom1DeeSCEcna(...)> n1DeeSCEcna = " << n1DeeSCEcna
<< ". Out of range ( range = [1," << fEcal->MaxSCEcnaInDee() << "] )"
<< fTTBELL << endl;
}
}
else
{
if( n1DeeNumber != 0 )
{
cout << "!TEcnaNumbering::GetDSFrom1DeeSCEcna(...)> n1DeeNumber = " << n1DeeNumber
<< ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )"
<< fTTBELL << endl;
}
else
{
cout << "TEcnaNumbering::GetDSFrom1DeeSCEcna(...)> Dee = " << n1DeeNumber
<< ". Out of range (range = [1," << fEcal->MaxDeeInEE() << "])"
<< fTTBELL << endl;
}
}
return data_sector;
}
| Int_t TEcnaNumbering::GetDSFromFED | ( | const Int_t & | FEDNumber | ) |
Definition at line 2531 of file TEcnaNumbering.cc.
{
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::GetDSSCFrom1DeeSCEcna | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | n1DeeSCEcna, | ||
| const Int_t & | n1SCEcha | ||
| ) |
Definition at line 1902 of file TEcnaNumbering.cc.
Referenced by TEcnaParHistos::SetPaveSC(), TEcnaHistos::ViewDeeSCNumberingPad(), TEcnaHistos::ViewHisto(), and TEcnaWrite::WriteAsciiHisto().
{
//.......... 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 | ||
| ) |
Definition at line 1923 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fT2d_DSSC, fTTBELL, TEcnaParEcal::MaxDeeInEE(), and TEcnaParEcal::MaxSCEcnaInDee().
{
// 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
{
cout << "!TEcnaNumbering::GetDSSCFrom1DeeSCEcna(...)> n1DeeSCEcna = " << n1DeeSCEcna
<< ". Out of range ( range = [1," << fEcal->MaxSCEcnaInDee() << "] )"
<< fTTBELL << endl;
}
}
else
{
if( n1DeeNumber != 0 )
{
cout << "!TEcnaNumbering::GetDSSCFrom1DeeSCEcna(...)> n1DeeNumber = " << n1DeeNumber
<< ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )"
<< fTTBELL << endl;
}
else
{
cout << "TEcnaNumbering::GetDSSCFrom1DeeSCEcna(...)> Dee = " << n1DeeNumber
<< ". Out of range (range = [1," << fEcal->MaxDeeInEE() << "])"
<< fTTBELL << endl;
}
}
return ds_sc;
}
| TString TEcnaNumbering::GetEEDeeEndcap | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2138 of file TEcnaNumbering.cc.
Referenced by TEcnaHistos::SCCrystalNumbering(), and TEcnaHistos::ViewDeeSCNumberingPad().
{
//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 | ) |
Definition at line 2147 of file TEcnaNumbering.cc.
Referenced by TEcnaHistos::DeeSCNumbering(), GetXDirectionEE(), GetYDirectionEE(), TEcnaHistos::SCCrystalNumbering(), TEcnaParHistos::SetPaveStex(), and TEcnaHistos::ViewMatrix().
| Double_t TEcnaNumbering::GetEta | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow, | ||
| const Int_t & | i0TowEcha | ||
| ) |
Definition at line 477 of file TEcnaNumbering.cc.
References gather_cfg::cout, eta(), fCodeChNumberingLvrbBot, fCodeChNumberingLvrbTop, fEcal, fTTBELL, GetSMHalfBarrel(), GetTowerLvrbType(), TEcnaParEcal::MaxCrysEtaInTow(), TEcnaParEcal::MaxSMInEB(), and TEcnaParEcal::MaxTowEtaInSM().
Referenced by TEcnaHistos::TowerCrystalNumbering(), TEcnaHistos::ViewSMTowerNumberingPad(), and TEcnaWrite::WriteAsciiHisto().
{
//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
{
cout << "TEcnaNumbering::GetEta(...)> SM = " << n1EBSM
<< ". Out of range (range = [1," << fEcal->MaxSMInEB() << "])"
<< fTTBELL << endl;
}
return eta;
}
| Double_t TEcnaNumbering::GetEtaMax | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 543 of file TEcnaNumbering.cc.
References fEcal, GetSMHalfBarrel(), TEcnaParEcal::MaxCrysEtaInTow(), and TEcnaParEcal::MaxTowEtaInSM().
Referenced by GetIEtaMax().
{
//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::GetEtaMin | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 517 of file TEcnaNumbering.cc.
References fEcal, GetSMHalfBarrel(), TEcnaParEcal::MaxCrysEtaInTow(), and TEcnaParEcal::MaxTowEtaInSM().
Referenced by GetIEtaMin().
{
//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;
}
| Int_t TEcnaNumbering::GetHashedNumberFromIEtaAndIPhi | ( | const Int_t & | IEta, |
| const Int_t & | IPhi | ||
| ) |
Definition at line 422 of file TEcnaNumbering.cc.
Referenced by TEcnaHistos::TowerCrystalNumbering().
{
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 | ||
| ) |
Definition at line 432 of file TEcnaNumbering.cc.
References GetSMHalfBarrel().
{
Int_t IEta = 0;
if( GetSMHalfBarrel(SMNumber) == "EB+" ){IEta = Hashed/360 - 85 + 1;}
if( GetSMHalfBarrel(SMNumber) == "EB-" ){IEta = 85 + Hashed/360;}
return IEta;
}
| Double_t TEcnaNumbering::GetIEtaMax | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 584 of file TEcnaNumbering.cc.
References GetEtaMax(), and GetSMHalfBarrel().
Referenced by GetIEtaMax(), GetIHocoMax(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
//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::GetIEtaMax | ( | const Int_t & | n1EBSM | ) |
Definition at line 615 of file TEcnaNumbering.cc.
References fEcal, GetIEtaMax(), GetSMHalfBarrel(), and TEcnaParEcal::MaxTowInSM().
{
//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;
}
| Double_t TEcnaNumbering::GetIEtaMin | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 570 of file TEcnaNumbering.cc.
References GetEtaMin(), and GetSMHalfBarrel().
Referenced by GetIEtaMin(), GetIHocoMin(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
//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::GetIEtaMin | ( | const Int_t & | n1EBSM | ) |
Definition at line 598 of file TEcnaNumbering.cc.
References fEcal, GetIEtaMin(), GetSMHalfBarrel(), and TEcnaParEcal::MaxTowInSM().
{
//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::GetIHocoMax | ( | const Int_t & | Stex, |
| const Int_t & | StexStin | ||
| ) |
Definition at line 2467 of file TEcnaNumbering.cc.
References fFlagSubDet, GetIEtaMax(), and GetIIXMax().
{
Double_t IHocoMax = (Double_t)0.;
if(fFlagSubDet == "EB" ){IHocoMax = GetIEtaMax(Stex, StexStin);}
if(fFlagSubDet == "EE" ){IHocoMax = GetIIXMax(StexStin);}
return IHocoMax;
}
| Double_t TEcnaNumbering::GetIHocoMin | ( | const Int_t & | Stex, |
| const Int_t & | StexStin | ||
| ) |
Definition at line 2459 of file TEcnaNumbering.cc.
References fFlagSubDet, GetIEtaMin(), and GetIIXMin().
{
Double_t IHocoMin = (Double_t)0.;
if(fFlagSubDet == "EB" ){IHocoMin = GetIEtaMin(Stex, StexStin);}
if(fFlagSubDet == "EE" ){IHocoMin = GetIIXMin(StexStin);}
return IHocoMin;
}
| Double_t TEcnaNumbering::GetIIXMax | ( | const Int_t & | DeeSC | ) |
Definition at line 2276 of file TEcnaNumbering.cc.
References fEcal, TEcnaParEcal::MaxCrysIXInSC(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by TEcnaHistos::EEGridAxis(), and TEcnaHistos::ViewSCGrid().
{
//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::GetIIXMax | ( | ) |
Definition at line 2292 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxSCIXInDee().
Referenced by GetIHocoMax().
{
//Gives IIXMax for Dee , unit = Super-crystal
Double_t i_IX_max = (Int_t)fEcal->MaxSCIXInDee();
return i_IX_max;
}
| Double_t TEcnaNumbering::GetIIXMin | ( | const Int_t & | DeeSC | ) |
Definition at line 2268 of file TEcnaNumbering.cc.
References fEcal, TEcnaParEcal::MaxCrysIXInSC(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by TEcnaHistos::EEGridAxis(), and TEcnaHistos::ViewSCGrid().
{
//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::GetIIXMin | ( | ) |
Definition at line 2284 of file TEcnaNumbering.cc.
Referenced by GetIHocoMin().
{
//Gives IIXMin for Dee , unit = Super-crystal
Double_t i_IX_min = (Int_t)1.;
return i_IX_min;
}
| Int_t TEcnaNumbering::GetIPhiFromHashed | ( | const Int_t & | Hashed | ) |
Definition at line 442 of file TEcnaNumbering.cc.
{
Int_t IPhi = Hashed%360 + 1;
return IPhi;
}
| Int_t TEcnaNumbering::GetIXCrysInDee | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSC, | ||
| const Int_t & | i0SCEcha | ||
| ) |
Definition at line 2207 of file TEcnaNumbering.cc.
References fEcal, GetIXCrysInSC(), GetIXSCInDee(), and TEcnaParEcal::MaxCrysIXInSC().
Referenced by TEcnaHistos::GetXCrysInStex(), and TEcnaWrite::WriteAsciiHisto().
{
//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::GetIXCrysInSC | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSC, | ||
| const Int_t & | i0SCEcha | ||
| ) |
Definition at line 2187 of file TEcnaNumbering.cc.
References fT2d_ich_IX, GetDeeDirViewedFromIP(), GetSCQuadFrom1DeeSCEcna(), and GetSCQuadTypeIndex().
Referenced by GetIXCrysInDee(), and TEcnaHistos::GetXSampInStin().
{
//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 | ) |
Definition at line 2199 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxSCIYInDee().
Referenced by GetIXCrysInDee().
{
//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
}
| Double_t TEcnaNumbering::GetJIYMax | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2339 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxSCIYInDee().
{
//Gives JIYMax for a given Dee
Double_t j_IY_max = (Double_t)fEcal->MaxSCIYInDee();
return j_IY_max;
}
| Double_t TEcnaNumbering::GetJIYMax | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSC | ||
| ) |
Definition at line 2317 of file TEcnaNumbering.cc.
References fEcal, TEcnaParEcal::MaxCrysIYInSC(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by TEcnaHistos::EEGridAxis(), GetJVecoMax(), GetVecoMax(), and TEcnaHistos::ViewSCGrid().
{
//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 | ) |
Definition at line 2330 of file TEcnaNumbering.cc.
{
//Gives JIYMin for a given Dee
Double_t j_IY_min = (Double_t)1.;
return j_IY_min;
}
| Double_t TEcnaNumbering::GetJIYMin | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSC | ||
| ) |
Definition at line 2305 of file TEcnaNumbering.cc.
References fEcal, TEcnaParEcal::MaxCrysIYInSC(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by TEcnaHistos::EEGridAxis(), GetJVecoMin(), GetVecoMin(), and TEcnaHistos::ViewSCGrid().
{
//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::GetJPhiMax | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 827 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysPhiInTow().
Referenced by GetJVecoMax(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
//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::GetJPhiMax | ( | const Int_t & | n1EBSM | ) |
Definition at line 853 of file TEcnaNumbering.cc.
{
//Gives JPhiMax for a given SuperModule
Double_t j_phi_max = (Double_t)20. + (Double_t)0.5;
return j_phi_max;
}
| Double_t TEcnaNumbering::GetJPhiMin | ( | const Int_t & | n1EBSM | ) |
Definition at line 844 of file TEcnaNumbering.cc.
{
//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::GetJPhiMin | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 811 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxCrysPhiInTow().
Referenced by GetJVecoMin(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
//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::GetJVecoMax | ( | const Int_t & | Stex, |
| const Int_t & | StexStin | ||
| ) |
Definition at line 2498 of file TEcnaNumbering.cc.
References fFlagSubDet, GetJIYMax(), and GetJPhiMax().
{
Double_t JVecoMax = (Double_t)0.;
if(fFlagSubDet == "EB" ){JVecoMax = GetJPhiMax(Stex, StexStin);}
if(fFlagSubDet == "EE" ){JVecoMax = GetJIYMax(Stex, StexStin);} // not used
return JVecoMax;
}
| Double_t TEcnaNumbering::GetJVecoMin | ( | const Int_t & | Stex, |
| const Int_t & | StexStin | ||
| ) |
Definition at line 2491 of file TEcnaNumbering.cc.
References fFlagSubDet, GetJIYMin(), and GetJPhiMin().
{
Double_t JVecoMin = (Double_t)0.;
if(fFlagSubDet == "EB" ){JVecoMin = GetJPhiMin(Stex, StexStin);}
if(fFlagSubDet == "EE" ){JVecoMin = GetJIYMin(Stex, StexStin);} // not used
return JVecoMin;
}
| Int_t TEcnaNumbering::GetJYCrysInDee | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSC, | ||
| const Int_t & | i0SCEcha | ||
| ) |
Definition at line 2238 of file TEcnaNumbering.cc.
References fEcal, GetJYCrysInSC(), GetJYSCInDee(), and TEcnaParEcal::MaxCrysIYInSC().
Referenced by TEcnaHistos::GetYCrysInStex(), and TEcnaWrite::WriteAsciiHisto().
{
//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::GetJYCrysInSC | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | DeeSC, | ||
| const Int_t & | i0SCEcha | ||
| ) |
Definition at line 2218 of file TEcnaNumbering.cc.
References fT2d_jch_JY, GetDeeDirViewedFromIP(), GetSCQuadFrom1DeeSCEcna(), and GetSCQuadTypeIndex().
Referenced by GetJYCrysInDee(), and TEcnaHistos::GetYSampInStin().
{
//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
}
| TString TEcnaNumbering::GetJYDirectionEB | ( | const Int_t & | SMNumber | ) |
Definition at line 890 of file TEcnaNumbering.cc.
References GetSMHalfBarrel().
Referenced by TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
TString jydirection = "-x"; // DEFAULT
if( GetSMHalfBarrel(SMNumber) == "EB+" ){jydirection = "x";}
if( GetSMHalfBarrel(SMNumber) == "EB-" ){jydirection = "-x";}
return jydirection;
}
| TString TEcnaNumbering::GetJYDirectionEE | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2387 of file TEcnaNumbering.cc.
Referenced by TEcnaHistos::ViewSCGrid().
{
TString jydirection = "x"; // ALWAYS IN THIS CASE
return jydirection;
}
| Int_t TEcnaNumbering::GetJYSCInDee | ( | const Int_t & | DeeSC | ) |
Definition at line 2230 of file TEcnaNumbering.cc.
References fEcal, and TEcnaParEcal::MaxSCIYInDee().
Referenced by GetJYCrysInDee().
{
//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::GetMaxSCInDS | ( | const Int_t & | DeeDS | ) |
Definition at line 2249 of file TEcnaNumbering.cc.
Referenced by TEcnaHistos::GetDSOffset(), TEcnaHistos::HistoPlot(), and TEcnaHistos::ViewHisto().
{
// 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;
}
| Double_t TEcnaNumbering::GetPhi | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow, | ||
| const Int_t & | i0TowEcha | ||
| ) |
Definition at line 711 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fTTBELL, GetPhiInSM(), GetSMCentralPhi(), TEcnaParEcal::MaxSMInEB(), and phi.
Referenced by TEcnaHistos::TowerCrystalNumbering(), and TEcnaHistos::ViewSMTowerNumberingPad().
{
//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
{
cout << "TEcnaNumbering::GetPhi(...)> SM = " << n1EBSM
<< ". Out of range (range = [1," << fEcal->MaxSMInEB() << "])"
<< fTTBELL << endl;
}
return phi;
}
| Double_t TEcnaNumbering::GetPhiInSM | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow, | ||
| const Int_t & | i0TowEcha | ||
| ) |
Definition at line 650 of file TEcnaNumbering.cc.
References gather_cfg::cout, fCodeChNumberingLvrbBot, fCodeChNumberingLvrbTop, fEcal, fTTBELL, GetTowerLvrbType(), TEcnaParEcal::MaxCrysPhiInTow(), and TEcnaParEcal::MaxSMInEB().
Referenced by GetPhi(), and TEcnaWrite::WriteAsciiHisto().
{
//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
{
cout << "TEcnaNumbering::GetPhiInSM(...)> SM = " << n1EBSM
<< ". Out of range (range = [1," << fEcal->MaxSMInEB() << "])"
<< fTTBELL << endl;
}
phi_in_SM = 20 - phi_in_SM;
return phi_in_SM;
}
| Double_t TEcnaNumbering::GetPhiMax | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 763 of file TEcnaNumbering.cc.
References fEcal, GetSMCentralPhi(), GetSMHalfBarrel(), and TEcnaParEcal::MaxCrysPhiInTow().
Referenced by GetVecoMax(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
//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::GetPhiMax | ( | const Int_t & | n1EBSM | ) |
Definition at line 802 of file TEcnaNumbering.cc.
References GetSMCentralPhi().
{
//Gives PhiMax for a given SuperModule
Double_t phi_max = GetSMCentralPhi(n1EBSM) + (Double_t)10.;
return phi_max;
}
| Double_t TEcnaNumbering::GetPhiMin | ( | const Int_t & | n1EBSM | ) |
Definition at line 793 of file TEcnaNumbering.cc.
References GetSMCentralPhi().
{
//Gives PhiMin for a given SuperModule
Double_t phi_min = GetSMCentralPhi(n1EBSM) - (Double_t)10.;
return phi_min;
}
| Double_t TEcnaNumbering::GetPhiMin | ( | const Int_t & | n1EBSM, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 735 of file TEcnaNumbering.cc.
References fEcal, GetSMCentralPhi(), GetSMHalfBarrel(), and TEcnaParEcal::MaxCrysPhiInTow().
Referenced by GetVecoMin(), TEcnaHistos::ViewSMGrid(), TEcnaHistos::ViewSMTowerNumberingPad(), and TEcnaHistos::ViewTowerGrid().
{
//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;
}
| TString TEcnaNumbering::GetSCQuadFrom1DeeSCEcna | ( | const Int_t & | n1DeeSCEcna | ) |
Definition at line 2102 of file TEcnaNumbering.cc.
Referenced by GetIXCrysInSC(), GetJYCrysInSC(), TEcnaHistos::ModifiedSCEchaForNotConnectedSCs(), TEcnaHistos::SCCrystalNumbering(), TEcnaParHistos::SetPaveSC(), TEcnaHistos::ViewDeeSCNumberingPad(), and TEcnaHistos::ViewMatrix().
{
//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 | ||
| ) |
Definition at line 2121 of file TEcnaNumbering.cc.
Referenced by GetIXCrysInSC(), and GetJYCrysInSC().
{
//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;
}
| TString TEcnaNumbering::GetSCType | ( | const Int_t & | nb_for_cons | ) |
Definition at line 2063 of file TEcnaNumbering.cc.
Referenced by TEcnaHistos::ViewHisto().
{
// 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;
}
| Double_t TEcnaNumbering::GetSMCentralPhi | ( | const Int_t & | n1EBSM | ) |
Definition at line 638 of file TEcnaNumbering.cc.
References GetSMHalfBarrel().
Referenced by GetPhi(), GetPhiMax(), and GetPhiMin().
{
//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;
}
| Int_t TEcnaNumbering::GetSMFromFED | ( | const Int_t & | FEDNumber | ) |
Definition at line 2524 of file TEcnaNumbering.cc.
{
Int_t EBSMNumber = 0; // SM = Super Module
if( FEDNumber >= 610 && FEDNumber <= 645 ){EBSMNumber = FEDNumber - 609;}
return EBSMNumber;
}
| TString TEcnaNumbering::GetSMHalfBarrel | ( | const Int_t & | SMNumber | ) |
Definition at line 901 of file TEcnaNumbering.cc.
References fEcal, TEcnaParEcal::MaxSMInEB(), and TEcnaParEcal::MaxSMInEBPlus().
Referenced by GetEta(), GetEtaMax(), GetEtaMin(), GetIEtaFromHashed(), GetIEtaMax(), GetIEtaMin(), GetJYDirectionEB(), GetPhiMax(), GetPhiMin(), GetSMCentralPhi(), GetStexHalfStas(), GetXDirectionEB(), GetYDirectionEB(), TEcnaParHistos::SetPaveLVRB(), TEcnaParHistos::SetPaveStex(), TEcnaHistos::SMTowerNumbering(), TEcnaHistos::TowerCrystalNumbering(), TEcnaHistos::ViewMatrix(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewSMTowerNumberingPad().
| TString TEcnaNumbering::GetStexHalfStas | ( | const Int_t & | SMNumber | ) |
Definition at line 2510 of file TEcnaNumbering.cc.
References fFlagSubDet, GetDeeHalfEndcap(), and GetSMHalfBarrel().
Referenced by TEcnaHistos::GetXCrysInStex(), TEcnaHistos::GetXSampInStin(), TEcnaHistos::GetXStinInStas(), TEcnaHistos::GetYCrysInStex(), TEcnaHistos::GetYSampInStin(), TEcnaHistos::GetYStinInStas(), and TEcnaHistos::StexHocoVecoLHFCorcc().
{
TString half_stas = "EB? EE?";
if( fFlagSubDet == "EB" ){half_stas = GetSMHalfBarrel(SMNumber);}
if( fFlagSubDet == "EE" ){half_stas = GetDeeHalfEndcap(SMNumber);}
return half_stas;
}
| TString TEcnaNumbering::GetStinLvrbType | ( | const Int_t & | n1SMTow | ) |
Definition at line 453 of file TEcnaNumbering.cc.
References GetTowerLvrbType().
Referenced by TEcnaHistos::GetXSampInStin(), and TEcnaHistos::GetYSampInStin().
{
TString lvrb_type = GetTowerLvrbType(n1SMTow);
return lvrb_type;
}
| TString TEcnaNumbering::GetTowerLvrbType | ( | const Int_t & | n1SMTow | ) |
Definition at line 458 of file TEcnaNumbering.cc.
References fCodeChNumberingLvrbBot, and fCodeChNumberingLvrbTop.
Referenced by GetEta(), GetPhiInSM(), GetStinLvrbType(), TEcnaParHistos::SetPaveLVRB(), TEcnaHistos::TowerCrystalNumbering(), and TEcnaHistos::ViewSMTowerNumberingPad().
{
//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;
}
| Double_t TEcnaNumbering::GetVecoMax | ( | const Int_t & | Stex, |
| const Int_t & | StexStin | ||
| ) |
Definition at line 2483 of file TEcnaNumbering.cc.
References fFlagSubDet, GetJIYMax(), and GetPhiMax().
{
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::GetVecoMin | ( | const Int_t & | Stex, |
| const Int_t & | StexStin | ||
| ) |
Definition at line 2475 of file TEcnaNumbering.cc.
References fFlagSubDet, GetJIYMin(), and GetPhiMin().
{
Double_t IVecoMin = (Double_t)0.;
if(fFlagSubDet == "EB" ){IVecoMin = GetPhiMin(Stex, StexStin);}
if(fFlagSubDet == "EE" ){IVecoMin = GetJIYMin(Stex, StexStin);}
return IVecoMin;
}
| TString TEcnaNumbering::GetXDirectionEB | ( | const Int_t & | SMNumber | ) |
Definition at line 869 of file TEcnaNumbering.cc.
References GetSMHalfBarrel().
Referenced by TEcnaHistos::ViewEBGrid(), TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
TString xdirection = "x"; // DEFAULT
if( GetSMHalfBarrel(SMNumber) == "EB+" ){xdirection = "x";}
if( GetSMHalfBarrel(SMNumber) == "EB-" ){xdirection = "x";}
return xdirection;
}
| TString TEcnaNumbering::GetXDirectionEE | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2364 of file TEcnaNumbering.cc.
References GetEEDeeType().
Referenced by TEcnaHistos::ViewSCGrid().
{
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::GetYDirectionEB | ( | const Int_t & | SMNumber | ) |
Definition at line 879 of file TEcnaNumbering.cc.
References GetSMHalfBarrel().
Referenced by TEcnaHistos::ViewSMGrid(), and TEcnaHistos::ViewTowerGrid().
{
TString ydirection = "-x"; // DEFAULT
if( GetSMHalfBarrel(SMNumber) == "EB+" ){ydirection = "-x";}
if( GetSMHalfBarrel(SMNumber) == "EB-" ){ydirection = "-x";}
return ydirection;
}
| TString TEcnaNumbering::GetYDirectionEE | ( | const Int_t & | n1DeeNumber | ) |
Definition at line 2376 of file TEcnaNumbering.cc.
References GetEEDeeType().
{
TString ydirection = "-x"; // DEFAULT
if( GetEEDeeType(n1DeeNumber) == "endcap+" ){ydirection = "-x";}
if( GetEEDeeType(n1DeeNumber) == "endcap-" ){ydirection = "-x";}
return ydirection;
}
| void TEcnaNumbering::Init | ( | void | ) | [protected] |
Definition at line 82 of file TEcnaNumbering.cc.
References fCodeChNumberingITP1Bot, fCodeChNumberingITP2Top, fCodeChNumberingLvrbBot, fCodeChNumberingLvrbTop, fEcal, fgMaxCar, fT1d_DeeSCCons, fT1d_DS, fT1d_DSSC, fT1d_ich_IX, fT1d_jch_JY, fT1d_RecovDeeSC, fT1dDeeCrys, fT1dDeeSC, fT1dSCEcha, fT1dSMCrys, fT1dSMTow, fT1dTowEcha, fT2d_DeeSCCons, fT2d_DS, fT2d_DSSC, fT2d_ich_IX, fT2d_jch_JY, fT2d_RecovDeeSC, fT2dDeeCrys, fT2dDeeSC, fT2dSCEcha, fT2dSMCrys, fT3dDeeCrys, and fTTBELL.
Referenced by TEcnaNumbering().
{
//Set default values and build crystal numbering table
//.............................. Initialisations
fTTBELL = '\007';
fgMaxCar = 512;
//....................... Barrel
fT2dSMCrys = 0;
fT1dSMCrys = 0;
fT1dSMTow = 0;
fT1dTowEcha = 0;
fCodeChNumberingLvrbBot = "bottom";
fCodeChNumberingLvrbTop = "top";
//....................... Endcap
fT3dDeeCrys = 0;
fT2dDeeCrys = 0;
fT1dDeeCrys = 0;
fT2dDeeSC = 0;
fT1dDeeSC = 0;
fT2dSCEcha = 0;
fT1dSCEcha = 0;
fT2d_jch_JY = 0;
fT1d_jch_JY = 0;
fT2d_ich_IX = 0;
fT1d_ich_IX = 0;
fT2d_DS = 0;
fT1d_DS = 0;
fT2d_DSSC = 0;
fT1d_DSSC = 0;
fT2d_DeeSCCons = 0;
fT1d_DeeSCCons = 0;
fT2d_RecovDeeSC = 0;
fT1d_RecovDeeSC = 0;
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 = 0;
}
| Int_t TEcnaNumbering::MaxCrysInStinEcna | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | n1DeeSCEcna, | ||
| const TString | s_option | ||
| ) |
Definition at line 2542 of file TEcnaNumbering.cc.
References gather_cfg::cout, fEcal, fFlagSubDet, fTTBELL, GetDeeSCConsFrom1DeeSCEcna(), and TEcnaParEcal::MaxCrysInStin().
Referenced by TEcnaRun::AveragedHighFrequencyNoise(), TEcnaRun::AveragedLowFrequencyNoise(), TEcnaRun::AveragedMeanOfCorrelationsBetweenSamples(), TEcnaRun::AveragedPedestals(), TEcnaRun::AveragedSigmaOfCorrelationsBetweenSamples(), TEcnaRun::AveragedTotalNoise(), and TEcnaRead::ReadAveragedNumberOfEvents().
{
// 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
{
cout << "!TEcnaNumbering::MaxCrysInStinEcna(...)> " << s_option
<< ": unknown option." << fTTBELL << endl;
}
}
return max_crys;
}
| void TEcnaNumbering::SetEcalSubDetector | ( | const TString | SubDet, |
| const TEcnaParEcal * | pEcal | ||
| ) |
Definition at line 128 of file TEcnaNumbering.cc.
References BuildBarrelCrysTable(), BuildEndcapCrysTable(), BuildEndcapSCTable(), fEcal, fFlagSubDet, fgMaxCar, and TEcnaParEcal::GetEcalSubDetector().
Referenced by TEcnaNumbering().
{
//Set the current subdetector flag and the current subdetector parameters
fEcal = 0;
if( pEcal == 0 )
{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();}
}
| Int_t TEcnaNumbering::StexEchaForCons | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | i0StexEcha | ||
| ) |
Definition at line 2089 of file TEcnaNumbering.cc.
References fT2d_DeeSCCons, and Get1StexStinFrom0StexEcha().
Referenced by TEcnaRun::HighFrequencyCorrelationsBetweenChannels(), TEcnaRun::HighFrequencyCovariancesBetweenChannels(), TEcnaRun::LowFrequencyCorrelationsBetweenChannels(), and TEcnaRun::LowFrequencyCovariancesBetweenChannels().
{
Int_t n1StexStin = Get1StexStinFrom0StexEcha(i0StexEcha);
return fT2d_DeeSCCons[n1DeeNumber-1][n1StexStin-1];
}
Int_t TEcnaNumbering::fCdelete [private] |
Definition at line 16 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), BuildEndcapCrysTable(), and ~TEcnaNumbering().
Int_t TEcnaNumbering::fCnew [private] |
Definition at line 15 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), BuildEndcapCrysTable(), and BuildEndcapSCTable().
TString TEcnaNumbering::fCodeChNumberingITP1Bot [private] |
Definition at line 53 of file TEcnaNumbering.h.
Referenced by Init().
TString TEcnaNumbering::fCodeChNumberingITP2Top [private] |
Definition at line 54 of file TEcnaNumbering.h.
Referenced by Init().
TString TEcnaNumbering::fCodeChNumberingLvrbBot [private] |
Definition at line 32 of file TEcnaNumbering.h.
Referenced by GetEta(), GetPhiInSM(), GetTowerLvrbType(), and Init().
TString TEcnaNumbering::fCodeChNumberingLvrbTop [private] |
Definition at line 33 of file TEcnaNumbering.h.
Referenced by GetEta(), GetPhiInSM(), GetTowerLvrbType(), and Init().
TEcnaParEcal* TEcnaNumbering::fEcal [private] |
Definition at line 23 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), BuildEndcapCrysTable(), BuildEndcapSCTable(), Get0SMEchaFrom1SMTowAnd0TowEcha(), Get0StexEchaFrom1StexStinAnd0StinEcha(), Get0TowEchaFrom0SMEcha(), Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(), Get1DeeSCEcnaFrom0DeeEcha(), Get1DeeSCEcnaFrom1DeeCrys(), Get1DeeSCEcnaFromDeeSCCons(), Get1SCEchaFrom0DeeEcha(), Get1SCEchaFrom1DeeCrys(), Get1SMTowFrom0SMEcha(), GetDeeSCConsFrom1DeeSCEcna(), GetDSFrom1DeeSCEcna(), GetDSSCFrom1DeeSCEcna(), GetEta(), GetEtaMax(), GetEtaMin(), GetIEtaMax(), GetIEtaMin(), GetIIXMax(), GetIIXMin(), GetIXCrysInDee(), GetIXSCInDee(), GetJIYMax(), GetJIYMin(), GetJPhiMax(), GetJPhiMin(), GetJYCrysInDee(), GetJYSCInDee(), GetPhi(), GetPhiInSM(), GetPhiMax(), GetPhiMin(), GetSMHalfBarrel(), Init(), MaxCrysInStinEcna(), and SetEcalSubDetector().
Int_t TEcnaNumbering::fFlagPrint [private] |
Definition at line 21 of file TEcnaNumbering.h.
TString TEcnaNumbering::fFlagSubDet [private] |
Definition at line 20 of file TEcnaNumbering.h.
Referenced by Get1StexCrysFrom1StexStinAnd0StinEcha(), Get1StexStinFrom0StexEcha(), GetIHocoMax(), GetIHocoMin(), GetJVecoMax(), GetJVecoMin(), GetStexHalfStas(), GetVecoMax(), GetVecoMin(), MaxCrysInStinEcna(), and SetEcalSubDetector().
Int_t TEcnaNumbering::fgMaxCar [private] |
Definition at line 14 of file TEcnaNumbering.h.
Referenced by Init(), and SetEcalSubDetector().
Int_t* TEcnaNumbering::fT1d_DeeSCCons [private] |
Definition at line 63 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1d_DS [private] |
Definition at line 57 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1d_DSSC [private] |
Definition at line 60 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1d_ich_IX [private] |
Definition at line 51 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1d_jch_JY [private] |
Definition at line 48 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1d_RecovDeeSC [private] |
Definition at line 66 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1dDeeCrys [private] |
Definition at line 39 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1dDeeSC [private] |
Definition at line 42 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1dSCEcha [private] |
Definition at line 45 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1dSMCrys [private] |
Definition at line 28 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1dSMTow [private] |
Definition at line 29 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), Get1SMTowFrom1SMCrys(), Init(), and ~TEcnaNumbering().
Int_t* TEcnaNumbering::fT1dTowEcha [private] |
Definition at line 30 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), Get0TowEchaFrom1SMCrys(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2d_DeeSCCons [private] |
Definition at line 62 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), GetDeeSCConsFrom1DeeSCEcna(), Init(), StexEchaForCons(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2d_DS [private] |
Definition at line 56 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), GetDSFrom1DeeSCEcna(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2d_DSSC [private] |
Definition at line 59 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), GetDSSCFrom1DeeSCEcna(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2d_ich_IX [private] |
Definition at line 50 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), GetIXCrysInSC(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2d_jch_JY [private] |
Definition at line 47 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), GetJYCrysInSC(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2d_RecovDeeSC [private] |
Definition at line 65 of file TEcnaNumbering.h.
Referenced by BuildEndcapSCTable(), Get1DeeSCEcnaFromDeeSCCons(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2dDeeCrys [private] |
Definition at line 38 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2dDeeSC [private] |
Definition at line 41 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Get1DeeSCEcnaFrom1DeeCrys(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2dSCEcha [private] |
Definition at line 44 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Get1SCEchaFrom1DeeCrys(), Init(), and ~TEcnaNumbering().
Int_t** TEcnaNumbering::fT2dSMCrys [private] |
Definition at line 27 of file TEcnaNumbering.h.
Referenced by BuildBarrelCrysTable(), Get1SMCrysFrom1SMTowAnd0TowEcha(), Init(), and ~TEcnaNumbering().
Int_t*** TEcnaNumbering::fT3dDeeCrys [private] |
Definition at line 37 of file TEcnaNumbering.h.
Referenced by BuildEndcapCrysTable(), Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(), Init(), and ~TEcnaNumbering().
TString TEcnaNumbering::fTTBELL [private] |
Definition at line 18 of file TEcnaNumbering.h.
Referenced by Get0StexEchaFrom1StexStinAnd0StinEcha(), Get0TowEchaFrom1SMCrys(), Get1DeeCrysFrom1DeeSCEcnaAnd0SCEcha(), Get1DeeSCEcnaFrom1DeeCrys(), Get1DeeSCEcnaFromDeeSCCons(), Get1SCEchaFrom1DeeCrys(), Get1SMCrysFrom1SMTowAnd0TowEcha(), Get1SMTowFrom1SMCrys(), GetDeeSCConsFrom1DeeSCEcna(), GetDSFrom1DeeSCEcna(), GetDSSCFrom1DeeSCEcna(), GetEta(), GetPhi(), GetPhiInSM(), Init(), and MaxCrysInStinEcna().
1.7.3