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TB06Reco.cc
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2 
3 /*
4 */
5 
6 //FIXME ClassImp (TB06Reco)
7 
9 {
10  run = 0 ;
11  event = 0 ;
12  tableIsMoving = 0 ;
13  S6ADC = 0 ;
14 
15  MEXTLindex = 0 ;
16  MEXTLeta = 0 ;
17  MEXTLphi = 0 ;
18  MEXTLenergy = 0. ;
19  beamEnergy = 0. ;
20 
21  for (int eta = 0 ; eta<7 ; ++eta)
22  for (int phi = 0 ; phi<7 ; ++phi)
23  localMap[eta][phi] = 0. ;
24 
25  xECAL = 0. ;
26  yECAL = 0. ;
27  zECAL = 0. ;
28  xHodo = 0. ;
29  yHodo = 0. ;
30  zHodo = 0. ;
31  xSlopeHodo = 0. ;
32  ySlopeHodo = 0. ;
33  xQualityHodo = 0. ;
34  yQualityHodo = 0. ;
35 
36  convFactor = 0. ;
37 }
38 
Int_t run
run number
Definition: TB06Reco.h:15
Float_t convFactor
conversion factor from ADC to GeV used
Definition: TB06Reco.h:59
Float_t yHodo
hodoscope y coord (phi)
Definition: TB06Reco.h:46
Float_t localMap[7][7]
energy in 7x7 xtals around the most energetic one
Definition: TB06Reco.h:35
Int_t MEXTLeta
most energetic crystal eta
Definition: TB06Reco.h:26
Float_t zHodo
hodoscope z coord (phi)
Definition: TB06Reco.h:48
Float_t xECAL
ECAL x coord (eta)
Definition: TB06Reco.h:38
Float_t xQualityHodo
hodoscope x quality (eta)
Definition: TB06Reco.h:54
Float_t MEXTLenergy
most energetic crystal energy
Definition: TB06Reco.h:30
Float_t zECAL
ECAL z coord (phi)
Definition: TB06Reco.h:42
Float_t xSlopeHodo
hodoscope x slope (eta)
Definition: TB06Reco.h:50
Int_t MEXTLphi
most energetic crystal phi
Definition: TB06Reco.h:28
Float_t yECAL
ECAL y coord (phi)
Definition: TB06Reco.h:40
Float_t beamEnergy
energy of the beam
Definition: TB06Reco.h:32
void reset()
set all the values to 0
Definition: TB06Reco.cc:8
Int_t tableIsMoving
if the table is moving
Definition: TB06Reco.h:19
Int_t MEXTLindex
most energetic crystal index
Definition: TB06Reco.h:24
Int_t S6ADC
ADC output of the S6 integrated signal.
Definition: TB06Reco.h:21
Float_t yQualityHodo
hodoscope y quality (eta)
Definition: TB06Reco.h:56
Float_t ySlopeHodo
hodoscope y slope (eta)
Definition: TB06Reco.h:52
Float_t xHodo
hodoscope x coord (eta)
Definition: TB06Reco.h:44