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Public Member Functions | Public Attributes

TB06RecoH2 Class Reference

#include <TB06RecoH2.h>

List of all members.

Public Member Functions

void reset ()
 set all the values to 0

Public Attributes

Float_t beamEnergy
 energy of the beam
Float_t BH1_
Float_t BH2_
Float_t BH3_
Float_t BH4_
Float_t CK1_
Float_t CK2_
Float_t CK3_
Float_t convFactor
 conversion factor from ADC to GeV used
Int_t event
 event number
Float_t localMap [7][7]
 energy in 7x7 xtals around the most energetic one
Float_t MEXTLenergy
 most energetic crystal energy
Int_t MEXTLeta
 most energetic crystal eta
Int_t MEXTLindex
 most energetic crystal index
Int_t MEXTLphi
 most energetic crystal phi
Int_t run
 run number
Float_t S1adc_
Float_t S1uncalib_
Float_t S25uncalib_
Float_t S2adc_
Float_t S3adc_
Float_t S49uncalib_
Float_t S4adc_
Float_t S521_
Float_t S528_
Int_t S6ADC
 ADC output of the S6 integrated signal.
Float_t S9uncalib_
Int_t tableIsMoving
 if the table is moving
Float_t TOF1J_
Float_t TOF1S_
Float_t TOF2J_
Float_t TOF2S_
Float_t VM1_
Float_t VM2_
Float_t VM3_
Float_t VM4_
Float_t VM5_
Float_t VM6_
Float_t VM7_
Float_t VM8_
Float_t VMB_
Float_t VMF_
int wcAXo_
int wcAYo_
int wcBXo_
int wcBYo_
int wcCXo_
int wcCYo_
Float_t xECAL
 ECAL x coord (eta)
Float_t xHodo
 hodoscope x coord (eta)
Float_t xQualityHodo
 hodoscope x quality (eta)
Float_t xSlopeHodo
 hodoscope x slope (eta)
float xwA_
float xwB_
float xwC_
Float_t yECAL
 ECAL y coord (phi)
Float_t yHodo
 hodoscope y coord (phi)
Float_t yQualityHodo
 hodoscope y quality (eta)
Float_t ySlopeHodo
 hodoscope y slope (eta)
float ywA_
float ywB_
float ywC_
Float_t zECAL
 ECAL z coord (phi)
Float_t zHodo
 hodoscope z coord (phi)

Detailed Description

compact reco dataset for ECAL TB 2006 data

Date:
2007/02/02 12:16:26
Revision:
1.1
Id:
TB06RecoH2.h,v 1.1 2007/02/02 12:16:26 delre Exp
Author:
Author:
delre

Definition at line 14 of file TB06RecoH2.h.


Member Function Documentation

void TB06RecoH2::reset ( void  )

set all the values to 0

Definition at line 12 of file TB06RecoH2.cc.

References beamEnergy, BH1_, BH2_, BH3_, BH4_, CK1_, CK2_, CK3_, convFactor, eta, localMap, MEXTLenergy, MEXTLeta, MEXTLindex, MEXTLphi, phi, run, S1adc_, S1uncalib_, S25uncalib_, S2adc_, S3adc_, S49uncalib_, S4adc_, S6ADC, S9uncalib_, tableIsMoving, TOF1J_, TOF1S_, TOF2J_, TOF2S_, VM1_, VM2_, VM3_, VM4_, VM5_, VM6_, VM7_, VM8_, VMB_, VMF_, wcAXo_, wcAYo_, wcBXo_, wcBYo_, wcCXo_, wcCYo_, xECAL, xHodo, xQualityHodo, xSlopeHodo, xwA_, xwB_, xwC_, yECAL, yHodo, yQualityHodo, ySlopeHodo, ywA_, ywB_, ywC_, zECAL, and zHodo.

Referenced by TB06TreeH2::store().

{
  run = 0 ;
  event = 0 ;
  tableIsMoving = 0 ;
  S6ADC = 0 ;

  MEXTLindex = 0 ;
  MEXTLeta = 0 ;
  MEXTLphi = 0 ;
  MEXTLenergy = 0. ;
  beamEnergy = 0. ;

  for (int eta = 0 ; eta<7 ; ++eta)
    for (int phi = 0 ; phi<7 ; ++phi)
      localMap[eta][phi] = 0. ;

  S1uncalib_ = 0.;
  S25uncalib_ = 0.;
  S9uncalib_ = 0.;
  S49uncalib_ = 0.;

  xECAL = 0. ;
  yECAL = 0. ;
  zECAL = 0. ;
  xHodo = 0. ;
  yHodo = 0. ;
  zHodo = 0. ;
  xSlopeHodo = 0. ;
  ySlopeHodo = 0. ;
  xQualityHodo = 0. ;
  yQualityHodo = 0. ;
  wcAXo_ = 0;
  wcAYo_ = 0;
  wcBXo_ = 0;
  wcBYo_ = 0;
  wcCXo_ = 0;
  wcCYo_ = 0;
  xwA_ = -999.;
  ywA_ = -999.;
  xwB_ = -999.;
  ywB_ = -999.;
  xwC_ = -999.;
  ywC_ = -999.;
  S1adc_ = 0.;
  S2adc_ = 0.;
  S3adc_ = 0.;
  S4adc_ = 0.;
  VM1_ = 0.;
  VM2_ = 0.;
  VM3_ = 0.;
  VM4_ = 0.;
  VM5_ = 0.;
  VM6_ = 0.;
  VM7_ = 0.;
  VM8_ = 0.;
  VMF_ = 0.;
  VMB_ = 0.;
  CK1_ = 0.;
  CK2_ = 0.;
  CK3_ = 0.;
  BH1_ = 0.;
  BH2_ = 0.;
  BH3_ = 0.;
  BH4_ = 0.;
  TOF1S_ = -999.;
  TOF1J_ = -999.;
  TOF2S_ = -999.;
  TOF2J_ = -999.;  

  convFactor = 0. ;
}

Member Data Documentation

energy of the beam

Definition at line 36 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 104 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 105 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 106 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 107 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 100 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 101 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 102 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

conversion factor from ADC to GeV used

Definition at line 115 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

event number

Definition at line 21 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), and TB06TreeH2::store().

Float_t TB06RecoH2::localMap[7][7]

energy in 7x7 xtals around the most energetic one

Definition at line 39 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

most energetic crystal energy

Definition at line 34 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

most energetic crystal eta

Definition at line 30 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

most energetic crystal index

Definition at line 28 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

most energetic crystal phi

Definition at line 32 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

run number

Definition at line 19 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

Definition at line 81 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 64 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 65 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 82 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 83 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 66 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 84 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 85 of file TB06RecoH2.h.

Definition at line 86 of file TB06RecoH2.h.

ADC output of the S6 integrated signal.

Definition at line 25 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 67 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

if the table is moving

Definition at line 23 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

Definition at line 111 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 109 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 112 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 110 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 88 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 89 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 90 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 91 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 92 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 93 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 94 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 95 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 97 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 96 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 69 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 70 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 71 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 72 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 73 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 74 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

ECAL x coord (eta)

Definition at line 42 of file TB06RecoH2.h.

Referenced by reset().

hodoscope x coord (eta)

Definition at line 48 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

hodoscope x quality (eta)

Definition at line 58 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

hodoscope x slope (eta)

Definition at line 54 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

Definition at line 75 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 77 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 79 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

ECAL y coord (phi)

Definition at line 44 of file TB06RecoH2.h.

Referenced by reset().

hodoscope y coord (phi)

Definition at line 50 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

hodoscope y quality (eta)

Definition at line 60 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

hodoscope y slope (eta)

Definition at line 56 of file TB06RecoH2.h.

Referenced by TB06TreeH2::check(), reset(), and TB06TreeH2::store().

Definition at line 76 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 78 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

Definition at line 80 of file TB06RecoH2.h.

Referenced by reset(), and TB06TreeH2::store().

ECAL z coord (phi)

Definition at line 46 of file TB06RecoH2.h.

Referenced by reset().

hodoscope z coord (phi)

Definition at line 52 of file TB06RecoH2.h.

Referenced by reset().