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HH -> bbVV: Analysis Listing #1

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matthewfeickert opened this issue Jul 31, 2020 · 5 comments
Open
2 of 3 tasks

HH -> bbVV: Analysis Listing #1

matthewfeickert opened this issue Jul 31, 2020 · 5 comments
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@zhonglol
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bbVV ATLAS bbVV analysis

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@matthewfeickert
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matthewfeickert commented Jul 31, 2020 •
edited by zhonglol
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The goal here should be:

  • List all the data sets that are needed
  • Give instructions on how to access the data
  • Give instructions on how to determine the file sizes for all the data sets
@matthewfeickert matthewfeickert added the bbVV ATLAS bbVV analysis label Jul 31, 2020
@zhonglol
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1-lepton HH
AFII
Non-resonant
800 GeV

mc16_13TeV.450220.MadGraphHerwig7EvtGen_PDF23LO_X800tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450220.MadGraphHerwig7EvtGen_PDF23LO_X800tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450220.MadGraphHerwig7EvtGen_PDF23LO_X800tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
900 GeV

mc16_13TeV.450221.MadGraphHerwig7EvtGen_PDF23LO_X900tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450221.MadGraphHerwig7EvtGen_PDF23LO_X900tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450221.MadGraphHerwig7EvtGen_PDF23LO_X900tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
1 TeV

mc16_13TeV.450219.MadGraphHerwig7EvtGen_PDF23LO_X1000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r9364_p4128
mc16_13TeV.450219.MadGraphHerwig7EvtGen_PDF23LO_X1000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r10201_p4128
mc16_13TeV.450219.MadGraphHerwig7EvtGen_PDF23LO_X1000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r10724_p4128
1.2 TeV

mc16_13TeV.450222.MadGraphHerwig7EvtGen_PDF23LO_X1200tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450222.MadGraphHerwig7EvtGen_PDF23LO_X1200tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450222.MadGraphHerwig7EvtGen_PDF23LO_X1200tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
1.4 TeV

mc16_13TeV.450223.MadGraphHerwig7EvtGen_PDF23LO_X1400tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450223.MadGraphHerwig7EvtGen_PDF23LO_X1400tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450223.MadGraphHerwig7EvtGen_PDF23LO_X1400tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
1.6 TeV

mc16_13TeV.450224.MadGraphHerwig7EvtGen_PDF23LO_X1600tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450224.MadGraphHerwig7EvtGen_PDF23LO_X1600tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450224.MadGraphHerwig7EvtGen_PDF23LO_X1600tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
1.8 TeV

mc16_13TeV.450225.MadGraphHerwig7EvtGen_PDF23LO_X1800tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450225.MadGraphHerwig7EvtGen_PDF23LO_X1800tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450225.MadGraphHerwig7EvtGen_PDF23LO_X1800tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
2 TeV

mc16_13TeV.450229.MadGraphHerwig7EvtGen_PDF23LO_X2000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r9364_p4128
mc16_13TeV.450229.MadGraphHerwig7EvtGen_PDF23LO_X2000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r10201_p4128
mc16_13TeV.450229.MadGraphHerwig7EvtGen_PDF23LO_X2000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r10724_p4128
2.5 TeV

mc16_13TeV.450226.MadGraphHerwig7EvtGen_PDF23LO_X2500tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450226.MadGraphHerwig7EvtGen_PDF23LO_X2500tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450226.MadGraphHerwig7EvtGen_PDF23LO_X2500tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
3 TeV

mc16_13TeV.450239.MadGraphHerwig7EvtGen_PDF23LO_X3000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r9364_p4128
mc16_13TeV.450239.MadGraphHerwig7EvtGen_PDF23LO_X3000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r10201_p4128
mc16_13TeV.450239.MadGraphHerwig7EvtGen_PDF23LO_X3000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7329_a875_r10724_p4128
4 TeV

mc16_13TeV.450227.MadGraphHerwig7EvtGen_PDF23LO_X4000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450227.MadGraphHerwig7EvtGen_PDF23LO_X4000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450227.MadGraphHerwig7EvtGen_PDF23LO_X4000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128
5 TeV

mc16_13TeV.450228.MadGraphHerwig7EvtGen_PDF23LO_X5000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r9364_p4128
mc16_13TeV.450228.MadGraphHerwig7EvtGen_PDF23LO_X5000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10201_p4128
mc16_13TeV.450228.MadGraphHerwig7EvtGen_PDF23LO_X5000tohh_WWbb_1lep.deriv.DAOD_EXOT8.e7592_a875_r10724_p4128

ALL hadronic HH (bbZZ)
800 GeV

mc16_13TeV.450995.MadGraphHerwig7EvtGen_PDF23LO_X800tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.450995.MadGraphHerwig7EvtGen_PDF23LO_X800tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.450995.MadGraphHerwig7EvtGen_PDF23LO_X800tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
900 GeV

mc16_13TeV.450996.MadGraphHerwig7EvtGen_PDF23LO_X900tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.450996.MadGraphHerwig7EvtGen_PDF23LO_X900tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.450996.MadGraphHerwig7EvtGen_PDF23LO_X900tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
1 TeV

mc16_13TeV.450997.MadGraphHerwig7EvtGen_PDF23LO_X1000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.450997.MadGraphHerwig7EvtGen_PDF23LO_X1000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.450997.MadGraphHerwig7EvtGen_PDF23LO_X1000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
1.2 TeV

mc16_13TeV.450998.MadGraphHerwig7EvtGen_PDF23LO_X1200tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.450998.MadGraphHerwig7EvtGen_PDF23LO_X1200tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.450998.MadGraphHerwig7EvtGen_PDF23LO_X1200tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
1.4 TeV

mc16_13TeV.450999.MadGraphHerwig7EvtGen_PDF23LO_X1400tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.450999.MadGraphHerwig7EvtGen_PDF23LO_X1400tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.450999.MadGraphHerwig7EvtGen_PDF23LO_X1400tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
1.6 TeV

mc16_13TeV.451000.MadGraphHerwig7EvtGen_PDF23LO_X1600tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451000.MadGraphHerwig7EvtGen_PDF23LO_X1600tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451000.MadGraphHerwig7EvtGen_PDF23LO_X1600tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
1.8 TeV

mc16_13TeV.451001.MadGraphHerwig7EvtGen_PDF23LO_X1800tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451001.MadGraphHerwig7EvtGen_PDF23LO_X1800tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451001.MadGraphHerwig7EvtGen_PDF23LO_X1800tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
2 TeV

mc16_13TeV.451002.MadGraphHerwig7EvtGen_PDF23LO_X2000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451002.MadGraphHerwig7EvtGen_PDF23LO_X2000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451002.MadGraphHerwig7EvtGen_PDF23LO_X2000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
2.5 TeV

mc16_13TeV.451003.MadGraphHerwig7EvtGen_PDF23LO_X2500tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451003.MadGraphHerwig7EvtGen_PDF23LO_X2500tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451003.MadGraphHerwig7EvtGen_PDF23LO_X2500tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
3 TeV

mc16_13TeV.451004.MadGraphHerwig7EvtGen_PDF23LO_X3000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451004.MadGraphHerwig7EvtGen_PDF23LO_X3000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451004.MadGraphHerwig7EvtGen_PDF23LO_X3000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
4 TeV

mc16_13TeV.451005.MadGraphHerwig7EvtGen_PDF23LO_X4000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451005.MadGraphHerwig7EvtGen_PDF23LO_X4000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451005.MadGraphHerwig7EvtGen_PDF23LO_X4000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128
5 TeV

mc16_13TeV.451006.MadGraphHerwig7EvtGen_PDF23LO_X5000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r9364_p4128
mc16_13TeV.451006.MadGraphHerwig7EvtGen_PDF23LO_X5000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10201_p4128
mc16_13TeV.451006.MadGraphHerwig7EvtGen_PDF23LO_X5000tohh_ZZbb_allhad.deriv.DAOD_EXOT8.e7722_a875_r10724_p4128

Access the data
Rucio download xxx (file name)

@matthewfeickert
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@zhonglol as we talked about with @JCZeng1 in #2 (comment), can you open a PR with this formatted with descriptions as well?

@BenGalewsky
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What is the format of these files? Are they xAOD style or flat root files?

@zhonglol
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What is the format of these files? Are they xAOD style or flat root files?

that is DxAOD style.

@matthewfeickert
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@zhonglol For reference this is an example of what would be useful file lists: https://gitlab.cern.ch/feickert/jet-cleaning-run-2/-/blob/feat/HCW-2020/run/filelist_MC16.txt

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