jmhogan / vlq-qWqW-NanoAOD

NanoAOD framework for selecting qWqW events and running HitFit for VLQ searches

vlq-qWqW-NanoAOD

NanoAOD framework for selecting qWqW events and running HitFit for VLQ searches

CMSSW setup

cmsrel CMSSW_10_2_16
cd CMSSW_10_2_16/src
cmsenv
git cms-init
git cms-merge-topic jmhogan:TopHitFit-TLorentzVectors
scramv1 b 

NanoAOD analysis (interactive)

git clone https://github.com/jmhogan/vlq-qWqW-NanoAOD.git 
cd vlq-qWqW-NanoAOD
git clone -b 80X https://github.com/cms-jet/PuppiSoftdropMassCorrections.git

• Find a NanoAOD file name to use as a test file
• Study qWqW_NanoAnalysis.C!

root -l -b -q runAnalysis.C\(\"root://cmsxrootd.fnal.gov//store/mc/...path../inputfile.root\",\"testoutputfile.root\",0,5000\) # skip 0 events, run 5000 events

Condor job submission

• Edit runNanoAODJobs2018.py (or make a similar file) to have good input/output paths and NanoAOD samples. Currently the data is set to read from NanoAOD-tools output stored on the LPC EOS cluster.
• Check runCondorAnalysis.sh

voms-proxy-init -voms cms -valid 168:00
python -u runNanoAODJobs2018.py >& submission.log &

Missing analysis elements

Probably best added by running NanoAOD-tools crab jobs to create custom NanoAOD (add settings/configs to TopHitFit-TLorentzVectors branch above?).

• Data lumi masking
• JEC/JER uncertainties
• b-tagging scale factor application and uncertainty
• Lepton scale factors and uncertainty

To be added here in the macro:

• Probably trigger scale factors