Difference: TMucapEvent (1 vs. 2)

Revision 22007-05-14 - BrendanKiburg

Line: 1 to 1
 
META TOPICPARENT name="DataStructure"
Deleted:
<
<
 -- BrendanKiburg - 14 May 2007

Standard Tree objects

Line: 6 to 4
 -- BrendanKiburg - 14 May 2007

Standard Tree objects

Changed:
<
<
The MucapEvent is the branch of the tree containing the muon and electron track information that Steven developed and used in the run 8 analysis. It contains the following datum:
  • Int_t fNmuon : Number of muon tracks
  • TClonesArray *fMuons : Array of muon object pointers
  • Int_t fNelectron : Number of electron tracks
  • TClonesArray *fElectrons : Array of electron track object pointers
  • Int_t fNgondCaen : Number of electron tracks with only the gondola, 4-fold requirement (CAEN)
  • TClonesArray *fGondCaens : Array of gond-only 4-fold hits, caens
  • Int_t fNgondComp : Number of electron tracks with only the gondola, 4-fold requirement (COMP)
  • TClonesArray *fGondComps : Array of gond-only 4-fold hits, comps
  • Int_t fNgondNonClu : Number of tracks with non-clustered gond-only singles, (CAEN)
  • TClonesArray *fGondNonClus : Array with all non-clustered gond-only singles, caens
  • TFadcRun8 *fFadcRun8 : A pointer to FADC data, if saved
  • Bool_t fIsValid :
  • Int_t fSerialNumber :
>
>
The TMucapEvent is the branch of the tree containing the muon and electron track information that Steven developed and used in the run 8 analysis. It contains the following datum:
  • Int_t fNmuon : Number of muon tracks
  • TClonesArray* fMuons : Array of muon object pointers
  • Int_t fNelectron : Number of electron tracks
  • TClonesArray* fElectrons : Array of electron track object pointers
  • Int_t fNgondCaen : Number of electron tracks with only the gondola, 4-fold requirement (CAEN)
  • TClonesArray* fGondCaens : Array of gond-only 4-fold hits, caens
  • Int_t fNgondComp : Number of electron tracks with only the gondola, 4-fold requirement (COMP)
  • TClonesArray *fGondComps : Array of gond-only 4-fold hits, comps
  • Int_t fNgondNonClu : Number of tracks with non-clustered gond-only singles, (CAEN)
  • TClonesArray fGondNonClus : Array with all non-clustered gond-only singles, caens
  • TFadcRun8 fFadcRun8 : A pointer to FADC data, if saved
  • Bool_t fIsValid : If the event is a valid midas event
  • Int_t fSerialNumber : Midas event serial number
 

Optional Compiler Flags

  • -EPCSTUDY
Changed:
<
<
  • Int_t fNelectron_cathAND : Number of electron tracks with cathode AND requirement
  • TClonesArray *fElectrons_cathAND : Array with pointers to electron tracks with the AND requirement
  • Int_t fNelectron_anodesOnly : Number of electron tracks with only Anode hits
  • TClonesArray *fElectrons_anodesOnly : Array with pointers to electron track objects with anode only requirement
>
>
  • Int_t fNelectron_cathAND : Number of electron tracks with cathode AND requirement
  • TClonesArray* fElectrons_cathAND : Array with pointers to electron tracks with the AND requirement
  • Int_t fNelectron_anodesOnly : Number of electron tracks with only Anode hits
  • TClonesArray* fElectrons_anodesOnly : Array with pointers to electron track objects with anode only requirement

META TOPICMOVED by="BrendanKiburg" date="1179156353" from="Main.MucapEvent" to="Main.TMucapEvent"

Revision 12007-05-14 - BrendanKiburg

Line: 1 to 1
Added:
>
>
META TOPICPARENT name="DataStructure"

-- BrendanKiburg - 14 May 2007

Standard Tree objects

The MucapEvent is the branch of the tree containing the muon and electron track information that Steven developed and used in the run 8 analysis. It contains the following datum:
  • Int_t fNmuon : Number of muon tracks
  • TClonesArray *fMuons : Array of muon object pointers
  • Int_t fNelectron : Number of electron tracks
  • TClonesArray *fElectrons : Array of electron track object pointers
  • Int_t fNgondCaen : Number of electron tracks with only the gondola, 4-fold requirement (CAEN)
  • TClonesArray *fGondCaens : Array of gond-only 4-fold hits, caens
  • Int_t fNgondComp : Number of electron tracks with only the gondola, 4-fold requirement (COMP)
  • TClonesArray *fGondComps : Array of gond-only 4-fold hits, comps
  • Int_t fNgondNonClu : Number of tracks with non-clustered gond-only singles, (CAEN)
  • TClonesArray *fGondNonClus : Array with all non-clustered gond-only singles, caens
  • TFadcRun8 *fFadcRun8 : A pointer to FADC data, if saved
  • Bool_t fIsValid :
  • Int_t fSerialNumber :

Optional Compiler Flags

  • -EPCSTUDY
  • Int_t fNelectron_cathAND : Number of electron tracks with cathode AND requirement
  • TClonesArray *fElectrons_cathAND : Array with pointers to electron tracks with the AND requirement
  • Int_t fNelectron_anodesOnly : Number of electron tracks with only Anode hits
  • TClonesArray *fElectrons_anodesOnly : Array with pointers to electron track objects with anode only requirement
 
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