aQGC VBS hadronic

uhh2 project (framework) for setting limits on aQGC in hadronic VBS using full Run2 data.

Getting Started

I doubt anyone will ever use this, so this is only for bookkeeping.

Prerequisites

git, etp account, voms-proxy (or only use files on ceph), ssh-key for contributing

Installing

• For now: used on slc7: native or container

• Install UHH2 with CMSSW_10_6_28, following these [instructions] (https://github.com/UHH2/UHH2/wiki/Installing,-Compiling,-Ntuples-(UL-2016,17,18-datasets-in-CMSSW_10_6_X-v2))

• in UHH2 directory:

mkdir VBShadronicEFT
cd VBShadronicEFT
git clone git@gitlab.etp.kit.edu:mneukum/VBShadronic_EFT_ntuplizer.git

• make sure the JER/JEC databases are set up correctly. Especially some AK8 jets use the same as AK4 (according to twiki) and the file is not present, so a symlink (via ln -s) has to be created

Running the code

• in VBShadronicEFT directory:

sframe_main ./config/nominal/config_UL16postVFP_QCD_HT1000to1500.xml

or create directories for htcondor:

. create_condor_jobs_UL_bkg.sh

and then loop over it to start it. Maybe need to replace output directory, currently pointing to /storage/9/mneukum/... The script looping_louis.sh can be used to submit only a few jobs to htcondor at the same time to not jam the queue (including your own jobs)

• Output:

some root files with preselection cuts in the output directory

Acknowledgments

Hamburg UHH2 group

especially Steffen for 2016 project

VV Resonance team

KIT group for some feedback