Code to produce jets, tracks and event plane skims from the CMS HiForest. Setup here: https://github.com/denerslemos/JetSmallSystems/tree/pPb/HiForest
Setup CMSSW (just for root versioning)
export SCRAM_ARCH=el9_amd64_gcc12
cmsrel CMSSW_13_0_5
cd CMSSW_13_0_5/src
cmsenv
Inside of the src folder, download the code using
git clone https://github.com/denerslemos/pPb2016skims.git
cd pPb2016skims
mkdir cond
Before compile the code you must check the sub_skim.sh lines 4 (CMSSW/src) and 6 (.../pPb2016skims) and replace by your own folders.
Once this steps are done you can compile the code with
g++ -O2 pPbSkim.C `root-config --libs` `root-config --cflags` -o pPbSkim
This will create the executable: pPbSkim
After that you will need your VOMS certificate, do it using
voms-proxy-init -rfc -voms cms --out voms_proxy.txt --hours 200
that creates a certificate file valid for 200 hours: voms_proxy.txt
Now you can submit the condor jobs using the python script, HTCondor_submit.py:
python3 HTCondor_submit.py -i input_text_file -o output_name_file -m X -n Y -s Z -x Q
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input_text_file: is the text file (use it without the .txt extension) with inputs and can be found in the folders MC_PYTHIA_SAMPLES or DATA_SAMPLES each .root input will be a job
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output_name_file: output file name (use it without the .root extension), it will automatically include a counter for each input. You can use paths to save on EOS.
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X: 0 for data and 1 for MC
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Y: 0 for no multiplicity cut (mostly MC or jet samples), 1 for MB [0,185], 2 for HM185 [185,250] and 3 for HM250 [250,inf]
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Z: name for the submission files, I have used HTcondor_sub_ + some information from the sample, pthat, MB, ... + pgoing or Pbgoing.
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Q: data side MB triggers due to different names : 0 for p -> + eta and 1 for p -> - eta. For MC use always 0.
It will automatically include a counter for each input