DØ Calorimeter Task Force Monte Carlo Production

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Last Update: February 3, 2003 - L. Groer
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Monte Carlo Data Sets

Files produced by University of Texas, Austin MC Production Farm

p13

11-Feb-2003: Request for p13.08 MC production

Status and datasets for p13 MC production

p11

Date Process Run Number Events Version Tag Filename Comment
04-Nov-2002 QCD pT > 40 (10k)
Z mu mu (5k)
ttbar to Wjj Wenu (2k)



  p11.13.00 CFT10 CTF MC Data files Use symmetrized linearized energy noise with d0sim suppression at "2.5" soft cut.
RecoAnalyze produced by Lukas Phaf on clued0:/work/diemen-clued0/lphaf/CFT10/RootTuples
Lukas set RCP mc = <mc_analyze MCAnalyze_allpartons>
27-Oct-2002 W enu (10k)
Z ee (10k)
Z tau tau (10k)
gamma+jet pT>20 (5k)
QCD pT > 20 (10k)

147006
166413
166424
148827
148903
  p11.13.00 CFT09 CTF MC Data files Use ~2.1/2.3 in EM/HAD layers in d0sim suppression.
01-Oct-2002 QCD pT > 20
Z ee
Z tau tau
144502
144532
144533
10k each p11.12.01
+ rcp mods
CFT02 CTF MC Data files New calo_noise.rcp (from p11.13) used. No jets reconstructed in reco files. d0gstar files look OK. No min-bias overlay.

Files produced locally at Dzero

Zero-bias data overlays with MC

Run 167958 was taken on November 12, 2002 at a luminoisty of 13E30 with unsuppressed calorimeter readout and trigger list v9.20 but prescales modified to have about 1/3 zero-bias, 1/3 min-bias and 1/3 other triggers. The zero-bias triggers (13,492 events) were stripped off and run through D0Raw2Sim using p13.03. The raw stripped zero-bias data is on d0mino: /prj_root/728/com_2/groer/data/stripped_zbias_unsup_run167958.raw (3 GB) and the raw2sim file is /prj_root/728/com_2/groer/data/stripped_zbias_unsup_run167958.sim (2GB) Only the calorimeter data was unpacked though as the job would crash with SMT unpacking turned on. This file is then used to overlay with MC data in the pileup package. One zero-bias event (randomly picked) is merged with each MC event in d0sim, with no other calorimeter noise simulation. The data is typically zero-suppresed with 1.5 sigma in the d0sim step. The p13.04 d0sim and d0reco do have the correct non-linearity correction (NLC) coefficients applied.

All these files are on d0mino: /prj_root/872/jetid_3/groer/


Date
Process d0gstar/
d0sim/
d0reco
Events Offline Zsup Version  Files
d0mino: /prj_root/872/jetid_3/groer/
Comment
12-Dec-2002
Z to ee p13.04 1000 2.5 unsuppressed Zero bias overlay sim: p13_04_zee_zbias_overlay.sim
reco: p13_04_zee_zbias_overlay_reco.reco
tmb: p13_04_zee_zbias_overlay_reco.tmb

17-Dec-2002

p13.04

2.5
"
sim: p13_04_zee_2_zbias_overlay.sim
14-Dec-2002
"
p13.04
843 1.5 " sim: p13_04_zee_zbias_overlay_1_5.sim
reco: p13_04_zee_zbias_overlay_reco_1_5.reco
tmb: p13_04_zee_zbias_overlay_reco_1_5.tmb
Suppression during d0sim and d0reco are 1.5 sigma.  Job crashed after 843 events.
17-Dec-2002
" p13.04

1.5
"
sim: p13_04_zee_zbias_overlay_1_5.sim
16-Dec-2002
QCD
p13.04

2.5
"
 sim: p13_04_qcd_zbias_overlay.sim
 reco: p13_04_qcd_zbias_overlay_reco.reco
 tmb: p13_04_qcd_zbias_overlay_reco.tmb
 
11-Dec-2002
Single e pT>20 p13.04 1000
2.5 "
sim: p13_04_e_20GeVpt_zbias_overlay.sim
reco: p13_04_e_20GeVpt_reco_zbias_overlay.reco
tmb: p13_04_e_20GeVpt_reco_zbias_overlay.tmb

13-Dec-2002
Single muon pT>20 p13.04 1000
2.5 "
sim: p13_04_mu_20GeVpt_zbias_overlay.sim
reco: p13_04_mu_20GeVpt_zbias_overlay_reco.reco
tmb: p13_04_mu_20GeVpt_zbias_overlay_reco.tmb

13-Dec-2002
Single neutrino p13.04 1000
2.5 "
sim: p13_04_nu_zbias_overlay.sim
reco: p13_04_nu_zbias_overlay_reco.reco
tmb: p13_04_nu_zbias_overlay_reco.tmb

09-Dec-2002 Single pion pT>20
p13.04
1000
2.5
"
sim: p13_04_pi_20GeVpt_zbias_overlay.sim
reco: p13_04_pi_20GeVpt_zbias_overlay_reco.reco
tmb: p13_04_pi_20GeVpt_zbias_overlay_reco.tmb


"
p13.04 with no NLC coefficients
1000
2.5
"
sim: p13_04_pi_20GeVpt_zbias_overlay_NO_NLC.sim

10-Dec-2002
gamma+jet pT>50
p13.04

2.5
"
sim: p13_04_gam_50GeVpt_zbias_overlay.sim
reco: p13_04_gam_50GeVpt_zbias_overlay_reco.reco
tmb: p13_04_gam_50GeVpt_zbias_overlay_reco.tmb

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This page maintained by Leslie Groer

Last modified: Fri Dec 13 01:01:33 CST 2002