Clone repository from GitHub with:
git clone --recursive https://github.com/cmstas/run3_scouting.gitThe skimming code resides in batch/.
The skimming code runs on RAW data sets, and produces a skimmed RAW data set as output with additional information, mainly:
- HLT and L1T flags;
- tracker information (number of expected muon tracker layers, position of displaced vertices relative to tracker modules).
The C++ looper resides in cpp/.
The looper runs on skimmed RAW data sets, and produces a flat tree as output.
Please, refer to README in cpp/ for further instructions.
Condor submission is set up in condor/.
Quick submission (for both 2022 and 2023):
runScoutingLooper_onCondor.sh looperOutput_Dec-04-2023
runScoutingLooper_onCondor.sh 2023 looperOutput_Dec-04-2023Histograms are filled by fillHistosScouting.py, and written in a ROOT output file.
This PyROOT looper optionally applies selections on multi-muon system kinematics and displacement.
Condor submission is set up in condor/.
Histograms are defined in utils/histDefinition.py:
please, add your histograms there, following the existing structure.
Example to run the histogram filling for 2022 (default) and 2023:
sh condor/runScoutingHistos_onCondor.sh /ceph/cms/store/user/fernance/Run3ScoutingOutput/looperOutput_Dec-04-2023/ outputHistograms_Dec-09-2023_allCuts
sh condor/runScoutingHistos_onCondor.sh 2023 /ceph/cms/store/user/fernance/Run3ScoutingOutput/looperOutput_Dec-04-2023/ outputHistograms_Dec-09-2023_allCuts... with some selection e.g. the lxy range in [6.5, 11.0] cm:
sh condor/runScoutingHistos_onCondor.sh /ceph/cms/store/user/fernance/Run3ScoutingOutput/looperOutput_Dec-04-2023/ outputHistograms_Dec-09-2023_6p5to11p0_allCuts --lxySel 6.5 11.0
sh condor/runScoutingHistos_onCondor.sh 2023 /ceph/cms/store/user/fernance/Run3ScoutingOutput/looperOutput_Dec-04-2023/ outputHistograms_Dec-09-2023_6p5to11p0_allCuts --lxySel 6.5 11.0... with a cut not applied e.g the impact parameter selection:
sh condor/runScoutingHistos_onCondor.sh /ceph/cms/store/user/fernance/Run3ScoutingOutput/looperOutput_Dec-04-2023/ outputHistograms_Dec-09-2023_6p5to11p0_noMuonIPSel --lxySel 6.5 11.0 --noMuonIPSel
sh condor/runScoutingHistos_onCondor.sh 2023 /ceph/cms/store/user/fernance/Run3ScoutingOutput/looperOutput_Dec-04-2023/ outputHistograms_Dec-09-2023_6p5to11p0_noMuonIPSel --lxySel 6.5 11.0 --noMuonIPSelFor plotting output histograms: plotHistosScouting.py.
E.g.:
- in order to plot/compare different eras from directory with same selection:
python3 plotHistosScouting.py --inSamples Data --inDir /ceph/cms/store/user/mmasciov/Run3ScoutingOutput/outputHistograms_Aug-02-2023_all/ --doRatio --shape --doRatio --logY- in order to plot/compare data with different selection (i.e., from different directories), e.g., with different lxy selections on the dimuon system:
python3 plotHistosScouting.py --inSamples Data --inMultiDir /ceph/cms/store/user/mmasciov/Run3ScoutingOutput/outputHistograms_Aug-02-2023_dimuonMass2p95to3p25_relaxedSVselection_onlyDiMuon/ /ceph/cms/store/user/mmasciov/Run3ScoutingOutput/outputHistograms_Aug-02-2023_dimuonMass2p5to2p95-3p25to3p4_relaxedSVselection_onlyDiMuon/ --inMultiLeg "J/#psi" "J/#psi sidebands" --doRatio --relaxedSVSel --dimuonMassSel 2.5 3.4 --shape --doRatio --logY --noPreSel --noFourMuon --noFourMuonOSV --outSuffix JPsi- in order to make a simple comparison data and signal (assuming 1 pb xsec):
python3 plotHistosScouting.py --inSamples Data Signal_HTo2ZdTo2mu2x_MZd-2p0_ctau-10mm Signal_HTo2ZdTo2mu2x_MZd-7p0_ctau-10mm Signal_ScenB1_30_9p9_4p8_ctau_10mm --inDir run3out/outputHistograms_Dec-09-2023_allCuts --logY --dimuonMassSel 0.0 11.0 --weightSignal --outSuffix 2022_weighted_allCuts- in order to make a simple comparison data and signal (normalized to unity):
python3 plotHistosScouting.py --inSamples Data Signal_HTo2ZdTo2mu2x_MZd-2p0_ctau-10mm Signal_HTo2ZdTo2mu2x_MZd-7p0_ctau-10mm Signal_ScenB1_30_9p9_4p8_ctau_10mm --inDir run3out/outputHistograms_Dec-09-2023_allCuts --logY --dimuonMassSel 0.0 11.0 --shape --outSuffix 2022_norm_allCutsIn order to get help with all (optional and required) arguments, just execute the script with no argument:
python3 plotHistosScouting.pyOther scripts to hadd histogram files from a directory, or to merge histograms with different selections (i.e., in different directories) are available in scripts/:
addHistosScouting.py: tohaddhistogram files from a directory;mergeHistograms.py: to merge histograms with different selections.
bash scripts to locally submit jobs are avaiable in the same directory.
E.g., to hadd histograms within a directory for all data sub-samples:
source scripts/submitLocalAddHistosScouting.shThis is a draft of some potential analysis code, based on uproot and coffea.
To install on the uaf, run source bootstrap.sh (only required once).
Then, ./shell will start the singularity container.
Inside scouting/, run python minimal.py.
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