Dark Photon to Mu Mu

Monte Carlo generation

Model info

http://insti.physics.sunysb.edu/~curtin/hahm_mg.html

Sample location

Gridpacks and logs (with LHE cross section)

All available gridpacks are located in AFS:

• ~bortigno/workspace/darkphotons/genproductions/bin/MadGraph5_aMCatNLO/darkphoton_slc6_amd64_gcc481_CMSSW_7_1_30_tarball.tar.xz.ZD_UpTo2j_MZD*_Eps2e-2.tar.xz

• ~bortigno/workspace/darkphotons/genproductions/bin/MadGraph5_aMCatNLO/darkphoton_slc6_amd64_gcc481_CMSSW_7_1_30_tarball.tar.xz.ZD_UpTo2j_MZD*_Eps2e-2.tar.xz

And copied on a web page:

• http://bortigno.web.cern.ch/bortigno/MadGraph/darkphoton_gridpacks/

LHE

Configuration cards

• Link to Madgraph configuration cards

Cross section

• LHE-level cross sections (formatted text file)

• LHE ME-level cross section as a function of mZD: link to the pdf version of the plot
  

DAS links

• MZD10_LHE
• MZD35_LHE
• MZD50_LHE
• mZD55_LHE
• mZD60_LHE
• mZD65_LHE
• mZD70_LHE
• mZD75_LHE
• mZD80_LHE
• mZD85_LHE
• mZD90_LHE
• mZD105_LHE
• mZD110_LHE
• mZD115_LHE
• mZD120_LHE
• mZD125_LHE
• mZD130_LHE
• mZD135_LHE
• mZD145_LHE
• mZD150_LHE
• mZD160_LHE
• mZD165_LHE
• mZD170_LHE
• mZD175_LHE
• mZD180_LHE
• mZD185_LHE
• mZD190_LHE
• mZD195_LHE
• mZD200_LHE

QCUT hadronisation

• In the following links you can find for each mass
  • the differential jet rate plots for different QCUT
  • Template config used for Hadronisation
  • Hadronisation log with cross section and matching efficiency

mZd (GeV)	page - link	notes
35	mZd page link	need to try higher xqcut
70	mZd page link	not enough stat and best QCUT probably larger than 19
35 xqcut15	mZd page link	QCUT = 23 looks a good choice

AODSIM

There is only one mass point. For the other mass points I reproduced from LHE in a single step to have a lower number of event per file - see MINIAODSIM section.

mZd (GeV) DAS link	dataset name	EOS path	cross section (pb)
125 low stat - 20k events	/ZD_UpTo2j_MZD125_Eps2e-2/bortigno-PUMoriond17-Realistic25ns13TeVEarly2017Collision-93X_mc2017_realistic_v3-GEN-SIM-RAW-AODSIM-0c45993d2fc45be1658c61e25cfbb034/USER	/eos/cms/store/user/bortigno/mc_genproduction/darkphoton/GEN-SIM-RAW-AODSIM/ZD_UpTo2j_MZD125_Eps2e-2/ZD_UpTo2j_MZD125_Eps2e-2/PUMoriond17-Realistic25ns13TeVEarly2017Collision-93X_mc2017_realistic_v3-GEN-SIM-RAW-AODSIM/180502_104208/0000/	1.813e+00 +/- 2.185e-03

MINIAODSIM

I produced all the samples in a single step from LHE to MINIAODSIM using:

# clone the repo 
git clone git@github.com:bortigno/sandbox.git
# checkout the tag associated to this production
git checkout zd-prod-v0
# create the crab config file
for i in `seq 1 30`; do mass_point=$(expr 55 + $[i*5]); sed -e s#"zd_mass = '60'"#"zd_mass = '${mass_point}'"#g crab-all-in-one.py > crab-prod-folders/crab-all-in-one-${mass_point}.py; done
# launch the crab jobs
for i in `seq 1 30`; do mass_point=$(expr 55 + $[i*5]); crab submit -c crab-prod-folders/crab-all-in-one-${mass_point}.py --proxy=/tmp/x509up_u52020; done;

The datasets are published in prod/phys03 and can be listed using this query:

dasgoclient --query = "dataset=/ZD_*/*LHE-MINIAODSIM-c82*/USER instance=prod/phys03"

DAS link

Ntuples

Ntuples are based on the X2Mu ntupliser code:

https://github.com/UFLX2MuMu/Ntupliser

/eos/cms/store/group/phys_higgs/HiggsExo/H2Mu/UF/ntuples/data_2017_and_mc_fall17/

-- PierluigiBortignon - 2017-12-07