Studies of charm and beauty collectivity in pp and pPb collisions at LHC energies
Manpower:
Yousen Zhang (Contact person), Liuyao Zhang, Shuai Yang, Wei Li
DOCUMENTATION
LINKS
- Analysis repository: link
MEETINGS
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TODO Analysis
IDEAS for Systematic Variations
Analysis:
Event Selection:
Flag Name |
Description |
Comments |
hfCoincFilter |
Coincidence filter on HF energy |
At least one tower with energy > 3 GeV on both HF+ and HF- |
primaryVertexFilterPA |
Requires at least one good primary vertex |
isFake and abs(z) <= 25 and abs(rho) <= 2 and tracksSize >= 2 |
NoScraping |
Filter out beam scrapping events |
numtrack = 10 and thresh = 0.25 |
olvFilter_pPb8TeV_dz1p0 |
Overlapping vertex filter to remove PileUp events |
dzTolerance = 1 |
Dataset |
Cut |
Description |
Comments |
PAHighMultiplicityX |
trigHLT[4]==True |
Events firing HLT_PAFullTracks_Multiplicity185_partX_v |
Trigger Index is 4 |
PAMinimumBiasX |
trigHLT[6]==True |
Events firing HLT_PAL1MinimumBiasHF_OR_SinglePixelTrack_partX_v |
Trigger Index is 6 |
Corrections:
Data samples
pPb 8.16 TeV (2016)
Primary datasets
Species |
Runs |
Triggers |
dataset |
pPb 8 TeV |
2016 |
HM |
/PAHighMultiplicity{0-7}/PARun2016C-PromptReco-v1/AOD |
pPb 8 TeV |
2016 |
MB |
/PAMinimumBias{1-20}/PARun2016C-PromptReco-v1/AOD |
pPb 5 TeV |
2016 |
HM |
/PAHighMultiplicity{0-7}/PARun2016{B,D}-PromptReco-v1/AOD |
pPb 5 TeV |
2016 |
MB |
/PAMinimumBias{1-20}/PARun2016{B,D}-PromptReco-v1/AOD |
Skims
Era |
Species |
dataset |
pPb |
D->KPi |
/PAHighMultiplicity{1-6}/davidlw-pPb_Skim_D0Both_default_v1-1c60067745b1f8eb361c5a1e6ce2795e/USER /PAHighMultiplicity{1-6}/davidlw-Pbp_Skim_D0Both_default_v1-1c60067745b1f8eb361c5a1e6ce2795e/USER /PAHighMultiplicity{0,7}/davidlw-pPb_Skim_D0Both_default_v1-970f442569e397a6dbe2e80979c0eea4/USER /PAHighMultiplicity{0,7}/davidlw-Pbp_Skim_D0Both_default_v1-970f442569e397a6dbe2e80979c0eea4/USER /PAMinimumBias{1-8}/davidlw-pPb_Skim_D0Both_default_v1-1c60067745b1f8eb361c5a1e6ce2795e/USER /PAMinimumBias{1-8}/davidlw-Pbp_Skim_D0Both_default_v1-1c60067745b1f8eb361c5a1e6ce2795e/USER /PAMinimumBias{9-20}/davidlw-Pbp_Skim_D0Both_default_v1-970f442569e397a6dbe2e80979c0eea4/USER |
Trees
- Instruction on tree production
# set up software
cmsrel CMSSW_8_0_32
cd CMSSW_8_0_32/src
cmsenv
git clone -b 8_0_X https://github.com/davidlw/VertexCompositeAnalysis
git clone -b CMSSW80X https://github.com/davidlw/RiceHIG
mv RiceHIG/FlowCorrAna ./
scram b -j6
# launch crab jobs
cd VertexCompositeAnalysis/VertexCompositeAnalyzer/crab
python multicrab3_pPb2016_D0AndTrackTree.py
(before launching this command, there are many PDs to be processed
in the cfg. Maybe start with a few to see how it goes first)
Era |
Species |
Triggers |
dataset |
pPb |
D->KPi |
HM |
/store/group/phys_heavyions/flowcorr/PAHighMultiplicity{1-20}/VertexCompositeTree_PAHighMultiplicity{1-20}_pPb_PARun2016C_D0AndTrackTreeMVA_* |
Pbp |
D->KPi |
HM |
/store/group/phys_heavyions/flowcorr/PAHighMultiplicity{1-20}/VertexCompositeTree_PAHighMultiplicity{1-20}_Pbp_PARun2016C_D0AndTrackTreeMVA_* |
pPb |
D->KPi |
MB |
/store/group/phys_heavyions/flowcorr/PAMinimumBias{1-8}/VertexCompositeTree_PAMinimumBias{1-8}_pPb_PARun2016C_D0AndTrackTreeMVA_* |
Pbp |
D->KPi |
MB |
/store/group/phys_heavyions/flowcorr/PAMinimumBias{1-20}/VertexCompositeTree_PAMinimumBias{1-20}_Pbp_PARun2016C_D0AndTrackTreeMVA_* |
Luminosity:
Index |
Trigger |
Dataset |
Lumi [/nb] |
0 |
HLT_PAFullTracks_Multiplicity120_v |
PAHighMultiplicity0 |
2.48 |
1 |
HLT_PAFullTracks_Multiplicity150_v |
PAHighMultiplicity0 |
5.64 |
2 |
HLT_PAFullTracks_Multiplicity185_part |
PAHighMultiplicity |
93.85 |
3 |
HLT_PAFullTracks_Multiplicity250_v |
PAHighMultiplicity7 |
172.12 |
4 |
HLT_PAL1MinimumBiasHF_OR_SinglePixelTrack_part |
PAMinimumBias1-20 |
4.04 |
pp 13 TeV low PU (2018)
Primary datasets
Species |
Runs |
Triggers |
dataset |
pp 13 TeV |
2018 |
HM |
/HighMultiplicityEOF{,0,1,2}/Run2018C-PromptReco-v2/AOD |
pp 13 TeV |
2018 |
MB |
/MinimumBias{0-9}/Run2018C-PromptReco-v2/AOD /MinimumBias{0-9}/Run2018B-PromptReco-v2/AOD (incomplete) |
pp 13 TeV |
2018 |
ZB |
/ZeroBias/Run2018C-PromptReco-v2/AOD /ZeroBias/Run2018B-PromptReco-v2/AOD |
Skims
Era |
Species |
Triggers |
dataset |
pp |
D->KPi |
HM |
/HighMultiplicityEOF{ ,0,1,2}/davidlw-pp_Skim_D0Both_default_v1-f9516adb0ab4bcb5c36605171e6520f9/USER |
pp |
D->KPi |
MB |
/MinimumBias{0-9}/davidlw-pp_Skim_D0Both_default_v1-91cff2ce5544be4dc902cb93cefcf11e/USER /MinimumBias{0-9}/davidlw-pp2018B_Skim_D0Both_default_v1-91cff2ce5544be4dc902cb93cefcf11e/USER |
pp |
D->KPi |
ZB |
/ZeroBias/davidlw-pp2018_Skim_D0Both_default_v1-91cff2ce5544be4dc902cb93cefcf11e/USER /ZeroBias/davidlw-pp2018B_Skim_D0Both_default_v1-91cff2ce5544be4dc902cb93cefcf11e/USER |
Trees
- Instruction on tree production
# set up software
cmsrel CMSSW_10_2_6
cd CMSSW_10_2_6/src
cmsenv
git clone -b 10_2_X_pp13TeV2018lowpu https://github.com/davidlw/VertexCompositeAnalysis
git clone -b CMSSW102Xpplowpu https://github.com/davidlw/RiceHIG
mv RiceHIG/FlowCorrAna ./
scram b -j6
# launch crab jobs
cd VertexCompositeAnalysis/VertexCompositeAnalyzer/crab
python multicrab3_pplowpu2018_D0AndTrackTree.py
(before launching this command, there are many PDs to be processed
in the cfg. Maybe start with a few to see how it goes first)
Era |
Species |
Triggers |
dataset |
pp |
D->KPi |
HM |
/eos/cms/store/group/phys_heavyions/flowcorr/HighMultiplicityEOF{ ,0,1,2}/VertexCompositeTree_HighMultiplicityEOF{ ,0,1,2}_Run2018_D0AndTrackTreeMVA_* |
pp |
D->KPi |
MB |
/eos/cms/store/group/phys_heavyions/flowcorr/MinimumBias{0-9}/VertexCompositeTree_MinimumBias{0-9}_pp2018{B,C}_Run2018_D0AndTrackTreeMVA_* |
pp |
D->KPi |
ZB |
/eos/cms/store/group/phys_heavyions/flowcorr/ZeroBias/VertexCompositeTree_ZeroBias_pp2018{B,C}_Run2018_D0AndTrackTreeMVA_* |
Luminosity:
pp 13 TeV low PU (2017)
Primary datasets
Species |
Runs |
Triggers |
dataset |
pp 13 TeV |
2017 (295969, 295977) |
HM |
/HighMultiplicityEOF{1-3}/Run2017A-v1/RAW (RECO missing, not certified?) |
pp 13 TeV |
2017 (298854, 298855) |
HM |
/HighMultiplicityEOF{1-5}/Run2017B-PromptReco-v2/AOD |
pp 13 TeV |
2017 (299996, 300018, 300027, 300043, 300088) |
HM |
/HighMultiplicityEOF{1-5}/Run2017C-17Nov2017-v1/AOD |
pp 13 TeV |
2017 (303819) |
HM |
/HighMultiplicityEOF{1-5}/Run2017E-17Nov2017-v1/AOD |
pp 13 TeV |
2017 (295969, 295977) |
ZB |
/ZeroBias{1-10}/Run2017A-PromptReco-v1/AOD |
pp 13 TeV |
2017 (298854, 298855) |
ZB |
/ZeroBias{1-10}/Run2017B-PromptReco-v2/AOD |
pp 13 TeV |
2017 (299996, 300018, 300027, 300043, 300088) |
ZB |
/ZeroBias{1-10}/Run2017C-PromptReco-v2/AOD |
pp 13 TeV |
2017 (303819) |
MB |
/L1MinimumBias{1-10}/Run2017E-PromptReco-v1/AOD |
Skims
Era |
Species |
Triggers |
dataset |
pp |
D->KPi |
HM |
/HighMultiplicityEOF{1-5}/davidlw-pp2017E_Skim_D0Both_default_v1-8add6431583b23b33c0d28f50a0f22f7/USER /HighMultiplicityEOF{1-5}/davidlw-pp2017C_Skim_D0Both_default_v1-8add6431583b23b33c0d28f50a0f22f7/USER /HighMultiplicityEOF{1-5}/davidlw-pp2017B_Skim_D0Both_default_v1-8add6431583b23b33c0d28f50a0f22f7/USER |
pp |
D->KPi |
MB |
/L1MinimumBias3/davidlw-pp2017E_Skim_D0Both_default_v1-8add6431583b23b33c0d28f50a0f22f7/USER |
pp |
D->KPi |
ZB |
|
Trees
- Instruction on tree production
# set up software
cmsrel CMSSW_9_4_4
cd CMSSW_9_4_4/src
cmsenv
git clone -b 9_4_X_pp2017 https://github.com/davidlw/VertexCompositeAnalysis
git clone -b CMSSW94Xpplowpu https://github.com/davidlw/RiceHIG
mv RiceHIG/FlowCorrAna ./
scram b -j6
# launch crab jobs
cd VertexCompositeAnalysis/VertexCompositeAnalyzer/crab
python multicrab3_pplowpu2017_D0AndTrackTree.py
(before launching this command, there are many PDs to be processed
in the cfg. Maybe start with a few to see how it goes first)
Era |
Species |
Triggers |
dataset |
pp |
D->KPi |
HM |
/eos/cms/store/group/phys_heavyions/flowcorr/HighMultiplicityEOF*/VertexCompositeTree*pp2017* |
Luminosity:
How to edit the analysis note
git clone --recursive ssh://git@gitlab.cern.ch:7999/tdr/notes/AN-18-316.git
cd AN-18-316
eval `./utils/tdr runtime -sh`
# (edit the template, then to build the document)
tdr --style=note b AN-18-316
# the result will be a pdf file, its location is given at the end
# of the compile message you get.
#You can commit your changes with
git commit -m "commit message"
git push
------------------
# to update your document (copy updates from svn to your directory):
# always start with that before you edit anything!
git pull
# to check the status (is your file different from those in svn?):
git status
# if you modified something and want to upload it to the repository
# (do this frequently so that the repository keeps up to date):
git add filename.tex
git commit -m "your comments"
git push
# to check the history of a file:
git log filename.tex
# to check differences between revisions (example):
- You can also track the changes using GitLab
How to use latexdiff