• MET_PEM trigger

    • Event Display for MET_PEM trigger events (run=194454, Z axis = Et):
      • event = 107817
      • event = 107954
      • event = 108005
      • event = 108348
      • event = 108467
      • event = 108532
      • event = 108738
      • event = 108913
      • event = 109293
    • Event Display for MET_PEM trigger events (run=194454, Z axis = E):
      • event = 107817
      • event = 107954
      • event = 108005
      • event = 108348
      • event = 108467
      • event = 108532
      • event = 108738
      • event = 108913
      • event = 109293
      • event = 313694
      • event = 313484
      • event = 312835
      • event = 312206
      • event = 312066
      • event = 311810
      • event = 310354
      • event = 313375
      • event = 313176
  • Information from TL2D Bank with run=194454:
    • The plot for the whole cluster
    • The plot for the highest et cluster
    • Met information in the highest Et>20 GeV(offline)
    • Met information (online), iso shape
    • After applying Et>30(online), iso_online vs. iso_offline
    • comparison between high and low eta
  • Information from TL2D Bank with W selection:
    • For W selection, Met>20GeV + plug electron cut except iso (required phoenix track, no mass cut yet)
    • The plot for the whole cluster(before W selection)
    • The plot for the highest et cluster
    • Met information in the highest Et>20 GeV(offline)
    • Met information(online)
      • for isolation shape: black->without W selection, red->with W selection ( after normalizing the histogram ) off_iso : before leak correction
    • Met information(online)
      • for isolation shape: black->without W selection, red->with W selection ( after normalizing the histogram ) off_iso : after leak correction
    • After applying Et>30(online), iso_online vs. iso_offline(before leak correction)
    • After applying Et>30(online), iso_online vs. iso_offline(after leak correction)
    • Comparison between high and low eta
    • Check iso cut effect
    • Et and Phi distribution with and without on_iso 12 GeV cut
    • on_iso,12GeV cut effect
    • cut efficiency in on and off iso
    • on Had/Em vs. off Had/Em after W sel
    • on Had/Em vs. off Had/Em after W sel(zoom in)
  • Information from TL2D Bank with Z selection:
    • For Z selection, tight central electron + plug electron cut except iso
    • The plot for the whole cluster(before Z selection)
    • The plot for the highest et cluster
    • Met information in the highest Et>20 GeV(offline)
    • Met information(online)-> iso(on,off) is nothing
      • off_iso : after leak correction
    • After applying Et>30(online), iso_online vs. iso_offline(after leak correction)
    • Comparison between high and low eta
    • Check iso cut efficiency
    • Check iso cut efficiency updated
    • Et vs MET
  • Efficiency with Z selection:
    • The efficiency of on_isolation and had/Em cut
    • The efficiency plot for on_iso cut
    • The efficiency plot for had/Em cut with on_iso,20GeV cut
      • black point : efficiency, green point : relative efficiency to had/Em,0.125 cut
  • Summary of trigger study:
    • Sammary table
  • Cdf note of trigger study:
    • CDF note 7618
  • Pass4 information:
    • Et distribution with run=194455(black:pass1,blue:pass4)
    • Had/Em distribution with run=194455(black:pass1,blue:pass4)
    • Et distribution with Z(CP) sample(black:pass1,blue:pass4)
    • Had/Em distribution with Z(CP) sample(black:pass1,blue:pass4)
    • Et distribution with Z(CP) sample(black:offline,red:pass1,blue:pass4) : offline Et > 30 GeV applied
    • Et cut efficiency with Z(CP) sample(black:pass1,blue:pass4)
  • Pass4 information update with Z sample:
    • Et distribution(red:pass1,blue:pass4)
    • Had/Em distribution(red:pass1,blue:pass4)
    • Et distribution with Z(CP) sample(black:offline,red:pass1,blue:pass4) : offline Et > 30 GeV applied
    • Integrated rate of Et cut(red:pass1,blue:pass4)
    • Clust information(pass:et:eta:phi)
  • Offline had/Em with Z sample(06/09/05):
    • Had/Em distribution of plug leg from Z(CP)
    • Integrated rate of had/Em cut
  • Offline had/Em with W sample(06/10/05):
    • Had/Em offline cut efficiency = # of events passing online Had/Em 0.05 cut/# of events in each bin
    • Had/Em distribution of plug leg from W ( pink:before Had/Em 0.05 cut, black:after Had/Em 0.05 cut)
    • Had/Em cut efficiency
  • off Had/Em vs. on Had/Em(07/29/05)
    • off Had/Em vs. on Had/Em of the plug electron before Z(CP) selection
    • off Had/Em vs. on Had/Em of the plug electron after Z(CP) selection
  • cluster information(07/29/05)
    • TL2D bank information of events with pass1Et > pass4Et
    • TL2D bank information(all) of events with pass1Et > pass4Et
    • DCAS Bank information of events with pass1Et > pass4Et
    • DCAS Bank information of events with pass1Et = pass4Et(run=185848)
  • Event display(07/29/05)
    • run=155394
    • run=161379
    • run=168889
    • run=185848
  • Eta Occupancy plot(07/29/05)
    • eta occupancy plot(red:pass1, blue:pass0)
  • had/Em plot of the events which pass1 Et is less than pass4 Et(07/29/05)
    • had/Em(red:pass1, blue:pass0)
  • had/Em cut reduction plot(08/04/05)
    • with W sample
    • reduction rate ascii file with W sample
    • with Z sample
    • reduction rate ascii file with Z sample
    • with monitoring sample
    • reduction rate ascii file with monitoring sample
    • hadem 2D plot(off vs on) with W sample
    • hadem 2D plot(off vs on) with Z sample
    • extrapolation luminosity with had/Em cut(average reduction rate:28%)
    • Et efficiency turn on curve in off Et(central)
    • Et efficiency turn on curve in off Et(plug)