Comparison of Event Selection Criteria

as of 08-March-2003
Analysis Item Yamada Sekiguchi Yamamoto Matsumoto Nagano Yamauchi
PED used run Each own Each own Each own
source His Own on calsv on calsv
selection ireg(4)=1, ievflg=0 sv sv
fit Gauss, mean+-2counts sv sv
Calib source His Own = on calsv Yamada-Jan20 on calsv
used run 143 - 164 same as Yamada same as Yamada
fit Gauss, +-2sigma same as Yamada same as Yamada
Ev Sel.1 ireg(2)=1, ievflg=0 same as Yamada same as Yamada
Ev Sel.2 ADCTR1(1) < 300
ADCTR1(2) < 250
ADCTR2(1) < 400
ADCTR3(1) < 600
ADCTR3(2) < 400
ADCMU(1) < 600
ADCMU(2) < 450
ADCCERE(1) < 80
ADCCERE(2) < 90
same as Yamada same as Yamada
Ev Sel.3 No signal in adjacent strips
(ADC < ped+15sigma)
same as Yamada same as Yamada
Ev Sel.4 Signal in front/back strips
(ADC > ped+20sigma)
same as Yamada same as Yamada
Analysis used run 4GeV=254,255,262,263 1GeV=265,465
2GeV=266,460
3GeV=261,463
4GeV=262,464
1GeV=465
2GeV=460
3GeV=463
4GeV=464
fit Gauss, +-2sigma Gauss, +-3sigma
Ev Sel.1 ireg(2)=1,ievflg=0 ireg(2)=1,ievflg=0 ireg(2)=1,ievflg=0
Ev Sel.2 ped+5sigma < ADCTR
100.0 < ADCCERE
ped+5sigma < ADCTR
ped+5sigma < ADCCERE
mean-3sigma < ADCTR < mean+5sigma
ped+5sigma < ADCCERE
Ev Sel.3 -0.5 < Xbeam < 0.5
-1.5 < Ybeam < 0.9
(only for 265,6,2,1)
No beam position cut now
SUM condition No Esum (Shower Profile) 0.1MIP < ADC-ped(i,j,k) 0.1counts < ADC-ped(i,j,k)

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