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#include <NDLevel2.h> |
#include <NDLevel2.h> |
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#include <AcLevel2.h> |
#include <AcLevel2.h> |
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#include <OrbitalInfo.h> |
#include <OrbitalInfo.h> |
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#include <InclinationInfo.h> // EMILIANO, now this library is included in libDarthVader.so |
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// and the header installed in $PAM_INC. If you get the |
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// error "Cannot find InclinationInfo.h" update your DV installation |
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#include <RunInfo.h> |
#include <RunInfo.h> |
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#include <GLTables.h> |
#include <GLTables.h> |
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using namespace std; |
using namespace std; |
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///////////////////////////////////////////////////////////////////////////// |
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///////////////////////////////////////////////////////////////////////////// |
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///////////////////////////////////////////////////////////////////////////// |
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///////////////////////////////////////////////////////////////////////////// |
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/** |
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* \brief Class to describe GP output (to be moved to PamelaDigitizer) |
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* |
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*/ |
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class GPamela : public TObject { |
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private: |
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public: |
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// Declaration of leave types |
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Int_t Irun; |
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Int_t Ievnt; |
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Int_t Ipa; |
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Float_t X0; |
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Float_t Y0; |
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Float_t Z0; |
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Float_t Theta; |
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Float_t Phi; |
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Float_t P0; |
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Int_t Nthtof; |
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UChar_t Ipltof[100]; //[Nthtof] |
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UChar_t Ipaddle[100]; //[Nthtof] |
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UChar_t Ipartof[100]; //[Nthtof] |
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Float_t Xintof[100]; //[Nthtof] |
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Float_t Yintof[100]; //[Nthtof] |
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Float_t Zintof[100]; //[Nthtof] |
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Float_t Xouttof[100]; //[Nthtof] |
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Float_t Youttof[100]; //[Nthtof] |
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Float_t Zouttof[100]; //[Nthtof] |
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Float_t Ereltof[100]; //[Nthtof] |
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Float_t Timetof[100]; //[Nthtof] |
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Float_t Pathtof[100]; //[Nthtof] |
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Float_t P0tof[100]; //[Nthtof] |
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Int_t Nthcat; |
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UChar_t Iparcat[50]; //[Nthcat] |
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UChar_t Icat[50]; //[Nthcat] |
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Float_t Xincat[50]; //[Nthcat] |
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Float_t Yincat[50]; //[Nthcat] |
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Float_t Zincat[50]; //[Nthcat] |
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Float_t Xoutcat[50]; //[Nthcat] |
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Float_t Youtcat[50]; //[Nthcat] |
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Float_t Zoutcat[50]; //[Nthcat] |
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Float_t Erelcat[50]; //[Nthcat] |
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Float_t Timecat[50]; //[Nthcat] |
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Float_t Pathcat[50]; //[Nthcat] |
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Float_t P0cat[50]; //[Nthcat] |
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Int_t Nthcas; |
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UChar_t Iparcas[50]; //[Nthcas] |
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UChar_t Icas[50]; //[Nthcas] |
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Float_t Xincas[50]; //[Nthcas] |
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Float_t Yincas[50]; //[Nthcas] |
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Float_t Zincas[50]; //[Nthcas] |
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Float_t Xoutcas[50]; //[Nthcas] |
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Float_t Youtcas[50]; //[Nthcas] |
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Float_t Zoutcas[50]; //[Nthcas] |
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Float_t Erelcas[50]; //[Nthcas] |
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Float_t Timecas[50]; //[Nthcas] |
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Float_t Pathcas[50]; //[Nthcas] |
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Float_t P0cas[50]; //[Nthcas] |
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Int_t Nthspe; |
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UChar_t Iparspe[100]; //[Nthspe] |
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UChar_t Itrpb[100]; //[Nthspe] |
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UChar_t Itrsl[100]; //[Nthspe] |
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UChar_t Itspa[100]; //[Nthspe] |
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Float_t Xinspe[100]; //[Nthspe] |
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Float_t Yinspe[100]; //[Nthspe] |
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Float_t Zinspe[100]; //[Nthspe] |
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Float_t Xoutspe[100]; //[Nthspe] |
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Float_t Youtspe[100]; //[Nthspe] |
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Float_t Zoutspe[100]; //[Nthspe] |
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Float_t Xavspe[100]; //[Nthspe] |
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Float_t Yavspe[100]; //[Nthspe] |
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Float_t Zavspe[100]; //[Nthspe] |
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Float_t Erelspe[100]; //[Nthspe] |
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Float_t Pathspe[100]; //[Nthspe] |
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Float_t P0spe[100]; //[Nthspe] |
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UChar_t Nxmult[100]; //[Nthspe] |
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UChar_t Nymult[100]; //[Nthspe] |
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Int_t Nstrpx; |
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UChar_t Npstripx[1000]; //[Nstrpx] |
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UChar_t Ntstripx[1000]; //[Nstrpx] |
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UShort_t Istripx[1000]; //[Nstrpx] |
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//UInt_t Istripx[1000]; //[Nstrpx] |
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Float_t Qstripx[1000]; //[Nstrpx] |
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Float_t Xstripx[1000]; //[Nstrpx] |
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Int_t Nstrpy; |
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UChar_t Npstripy[1000]; //[Nstrpy] |
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UChar_t Ntstripy[1000]; //[Nstrpy] |
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UShort_t Istripy[1000]; //[Nstrpy] |
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//UInt_t Istripy[1000]; //[Nstrpy] |
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Float_t Qstripy[1000]; //[Nstrpy] |
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Float_t Ystripy[1000]; //[Nstrpy] |
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Int_t Nthcali; |
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UChar_t Icaplane[4224]; //[Nthcali] |
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UChar_t Icastrip[4224]; //[Nthcali] |
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Int_t Icamod[4224]; //[Nthcali] |
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Float_t Enestrip[4224]; //[Nthcali] |
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Int_t Nthcal; |
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UChar_t Icapl[1000]; //[Nthcal] |
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UChar_t Icasi[1000]; //[Nthcal] |
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UChar_t Icast[1000]; //[Nthcal] |
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Float_t Xincal[1000]; //[Nthcal] |
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Float_t Yincal[1000]; //[Nthcal] |
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Float_t Zincal[1000]; //[Nthcal] |
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Float_t Erelcal[1000]; //[Nthcal] |
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Int_t Nthnd; |
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UChar_t Itubend[200]; //[Nthnd] |
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UChar_t Iparnd[200]; //[Nthnd] |
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Float_t Xinnd[200]; //[Nthnd] |
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Float_t Yinnd[200]; //[Nthnd] |
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Float_t Zinnd[200]; //[Nthnd] |
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Float_t Xoutnd[200]; //[Nthnd] |
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Float_t Youtnd[200]; //[Nthnd] |
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Float_t Zoutnd[200]; //[Nthnd] |
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Float_t Erelnd[200]; //[Nthnd] |
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Float_t Timend[200]; //[Nthnd] |
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Float_t Pathnd[200]; //[Nthnd] |
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Float_t P0nd[200]; //[Nthnd] |
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Int_t Nthcard; |
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UChar_t Iparcard[100]; //[Nthcard] |
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UChar_t Icard[100]; //[Nthcard] |
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Float_t Xincard[100]; //[Nthcard] |
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Float_t Yincard[100]; //[Nthcard] |
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Float_t Zincard[100]; //[Nthcard] |
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Float_t Xoutcard[100]; //[Nthcard] |
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Float_t Youtcard[100]; //[Nthcard] |
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Float_t Zoutcard[100]; //[Nthcard] |
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Float_t Erelcard[100]; //[Nthcard] |
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Float_t Timecard[100]; //[Nthcard] |
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Float_t Pathcard[100]; //[Nthcard] |
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Float_t P0card[100]; //[Nthcard] |
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GPamela(){ Clear(); }; |
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// ~GPamela(){ Delete(); }; |
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~GPamela(){ Clear(); }; |
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void Clear(); |
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void Delete(); |
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void SetBranchAddress( TChain* ); |
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void SetBranchAddress( TTree* t){ SetBranchAddress( (TChain*)t );}; |
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GPamela* GetGPamela(){return this;}; |
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ClassDef(GPamela,1); |
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}; |
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///////////////////////////////////////////////////////////////////////////// |
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///////////////////////////////////////////////////////////////////////////// |
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///////////////////////////////////////////////////////////////////////////// |
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///////////////////////////////////////////////////////////////////////////// |
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/** |
/** |
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* \brief Class to describe particle tracks in the apparatus, including tracker and track-related variables from other detectors (calorimeter and TOF). |
* \brief Class to describe particle tracks in the apparatus, including tracker and track-related variables from other detectors (calorimeter and TOF). |
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* |
* |
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// ------------------------------ |
// ------------------------------ |
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// variables to retrieve run info |
// variables to retrieve run info |
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// ------------------------------ |
// ------------------------------ |
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// Int_t irun; //current run entry, relative to the TChain |
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Long64_t irun; //current run entry, relative to the TChain |
Long64_t irun; //current run entry, relative to the TChain |
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// ULong64_t runfirstentry; //first entry of run, relative to the TChain |
Long64_t irunt; //current run entry, relative to the TTree in the TChain |
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// ULong64_t runlastentry; //last entry of run, relative to the TChain |
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// Int_t irunentry; //position of current entry, relative to the run |
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Long64_t runfirstentry; //first entry of run, relative to the TChain |
Long64_t runfirstentry; //first entry of run, relative to the TChain |
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Long64_t runlastentry; //last entry of run, relative to the TChain |
Long64_t runlastentry; //last entry of run, relative to the TChain |
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Long64_t irunentry; //position of current entry, relative to the run |
Long64_t irunentry; //position of current entry, relative to the run |
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TTree* run_tree_clone; |
TTree* run_tree_clone; |
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TChain* sel_tree; |
TChain* sel_tree; |
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TTree* sel_tree_clone; |
TTree* sel_tree_clone; |
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int *irunoffset; |
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// ------------------------------------------- |
// ------------------------------------------- |
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// variables to store total live and dead time |
// variables to store total live and dead time |
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TTree* l0_tree; |
TTree* l0_tree; |
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Int_t iroot; |
Int_t iroot; |
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Int_t prevshift; // to remember if any shift is needed to synchronize l0 and l2 data instead of calculating any time |
Int_t prevshift; // to remember if any shift is needed to synchronize l0 and l2 data instead of calculating any time |
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Int_t maxshift; // EMILIANO maximum discrepancy between L2 and L0 data (the bigger the better concering synch but the processing speed drops) default = 10 |
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// -------------------------------------------- |
// -------------------------------------------- |
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// variables to store Level0 info (if required) |
// variables to store Level0 info (if required) |
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// -------------------------------------------- |
// -------------------------------------------- |
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TTree* pam_tree_clone[NCLONES]; |
TTree* pam_tree_clone[NCLONES]; |
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// -------------------------------------------- |
// -------------------------------------------- |
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// variables to store Level0 info (if required) |
// variables to store Level1-2 info |
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// -------------------------------------------- |
// -------------------------------------------- |
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TrkLevel1* trk1_obj; |
TrkLevel1* trk1_obj; |
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TrkLevel2* trk2_obj; |
TrkLevel2* trk2_obj; |
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GL_RUN* run_obj; |
GL_RUN* run_obj; |
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SoftInfo* soft_obj; // Emiliano |
SoftInfo* soft_obj; // Emiliano |
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// -------------------------------------------- |
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// variables to handle GP |
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// -------------------------------------------- |
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GPamela* gp_obj; |
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// ----------------------------------- |
// ----------------------------------- |
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// variables to sort the track |
// variables to sort the track |
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// ----------------------------------- |
// ----------------------------------- |
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TString howtosort; |
TString howtosort; |
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Float_t sortthr; |
Float_t sortthr; |
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// ----- |
// -------------------------------------- |
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// flags |
// flags to load level0-1-2 trees/braches |
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// ----- |
// -------------------------------------- |
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Bool_t CAL2; //level2 branch |
Bool_t CAL2; //level2 branch |
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Bool_t CAL1; //level1 branch |
Bool_t CAL1; //level1 branch |
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Bool_t CAL0; //yoda |
Bool_t CAL0; //yoda |
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Bool_t AC; |
Bool_t AC; |
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Bool_t ORB; |
Bool_t ORB; |
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Bool_t RUN; |
Bool_t GP; //GP simulation tree |
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Bool_t ISGP; //GP simulation |
// ----------- |
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// other flags |
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// ----------- |
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Bool_t RUN; // RunInfo tree |
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Bool_t ISGP; // GP simulation (...sort of patch, to skip OBT check, since OrbitalInfo is sometime missing) |
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Int_t SELLI; // tree of selected events (there is a selection list) |
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Bool_t DBG; |
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Int_t SELLI; //trees of selected events (there is a selection list) |
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void Initialize(); |
void Initialize(); |
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TTree* GetRunTree(TFile*); |
TTree* GetRunTree(TFile*); |
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TChain* GetRunTree(TList*); |
TChain* GetRunTree(TList*); |
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TChain* GetRunTree(TString ddir,TString list){ return GetRunTree(GetListOfLevel2Files(ddir,list)); }; |
TChain* GetRunTree(TString ddir,TString list){ return GetRunTree(GetListOfLevel2Files(ddir,list)); }; |
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Bool_t UpdateRunInfo(Long64_t);//{ return UpdateRunInfo(run_tree,iev); }; |
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Bool_t UpdateRunInfo(TTree *,Long64_t); |
Bool_t UpdateRunInfo(TTree *,Long64_t); |
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Bool_t UpdateRunInfo(TChain *,Long64_t); |
Bool_t UpdateRunInfo(TChain *,Long64_t); |
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Bool_t UpdateRunInfo(Long64_t iev);//{ return UpdateRunInfo(run_tree,iev); }; |
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void CreateCloneTrees0(TChain *fChain, TFile* file); |
void CreateCloneTrees0(TChain *fChain, TFile* file); |
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void CreateCloneTrees(TFile* file); |
void CreateCloneTrees(TFile* file); |
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Int_t GetEntry(Long64_t); |
Int_t GetEntry(Long64_t); |
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Int_t GetYodaEntry(); |
Int_t GetYodaEntry(); |
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void SetMaxShift(Int_t sh){ maxshift = sh; return;}; // EMILIANO method to change the maxshift variable |
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Long64_t GetEntries(){return pam_tree->GetEntries();}; |
Long64_t GetEntries(){return pam_tree->GetEntries();}; |
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TChain* GetPamTree(){return pam_tree;}; |
TChain* GetPamTree(){return pam_tree;}; |
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TChain* GetRunTree(){return run_tree;}; |
TChain* GetRunTree(){return run_tree;}; |
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OrbitalInfo *GetOrbitalInfo(){ return orb_obj; }; |
OrbitalInfo *GetOrbitalInfo(){ return orb_obj; }; |
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GL_RUN *GetRunInfo() { return run_obj; }; |
GL_RUN *GetRunInfo() { return run_obj; }; |
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SoftInfo *GetSoftInfo() { return soft_obj; }; // Emiliano |
SoftInfo *GetSoftInfo() { return soft_obj; }; // Emiliano |
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GPamela *GetGPamela() { return gp_obj; }; |
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// ============================================== |
// ============================================== |
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// methods to retrieve subdetectors stored tracks |
// methods to retrieve subdetectors stored tracks |
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// ================================= |
// ================================= |
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// Int_t ntrk(){ return trk2_obj->TrkLevel2::ntrk(); }; |
// Int_t ntrk(){ return trk2_obj->TrkLevel2::ntrk(); }; |
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Long64_t GetRunID(){ return irun;}; |
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Long64_t GetRunEntryID(){ return irunentry; }; |
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// ----- |
// ----- |
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// flags methods |
// flags methods |
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// ----- |
// ----- |
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void SetGP(Bool_t tt){ISGP=tt;}; |
void SetGP(Bool_t tt){ISGP=tt;}; |
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void SetDebug(Bool_t set){ DBG=set; }; |
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ClassDef(PamLevel2,1); |
ClassDef(PamLevel2,1); |
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}; |
}; |