L1 Muon DPG scripts (based on official NANOAOD)

• Install
• Setup for run
• Run
  • Run multiple datasets
• Make plots
  • Make plots for each case
  • Make comparison plots
• Working points
• Useful links

Install

cmsrel CMSSW_15_0_5  
cd CMSSW_15_0_5/src  
cmsenv  
git clone https://github.com/yiannispar/muonDPG.git  

Setup for run

Generate submission and plotting scripts with the automation script:

python3 automate.py -o <output_directory> [--run]

Basic Functionality (without optional flags): Creates scripts for:

• eff: Efficiency vs (pT/eta/phi) for all working points described here
• misid: Charge misidentification probability vs (pT/eta&phi) for SingleMu22.

Optional flags

• --run: Include plots for variables versus the run number in the generated scripts.
  • eff_vs_run: Efficiency vs run number for SingleMu22 [WIP].
  • misid_vs_run: Charge misidentification probability vs run number for SingleMu22 [WIP].

Run

Before submitting the jobs make sure that you have enabled the certificate for the DAS.

voms-proxy-init -voms cms 

cd muonDPG/condor
./batch_submission.sh <dataset> 

Notes:

• The dataset should match the format of DAS, e.g. /Muon0/Run2024F-PromptReco-v1/NANOAOD
• The output files will be saved in a /files/ directory inside the specified output directory.

Run multiple datasets

cd muonDPG/condor
./run_datasets.sh <dataset_list.txt>

Make plots

cmsenv
cd muonDPG/make_plots
./make_plots.sh <era_of_dataset>

Notes:

• Output plots will be saved in a /plots/ directory inside the specified output directory.

Make plots for each case

For finer control, you can create plots for specific cases using individual scripts created during the setup phase:

cmsenv
cd muonDPG/make_plots
./make_plots_<case>.sh <era_of_dataset>

Make comparison plots

cmsenv
cd muonDPG/make_plots
./make_comparison_plots_eff.sh <era_of_1st_dataset> <era_of_2nd_dataset>

The ratio plots will be generated with the 1st dataset being the numerator and the 2nd the denominator.

Working points

Working Point	L1 pT cut	Quality cut
L1Mu22_15	22 GeV	15
L1Mu26_14	26 GeV	14
L1Mu22_14	22 GeV	14
L1Mu20_14	20 GeV	14
L1Mu15_14	15 GeV	14
L1Mu11_14	11 GeV	14
L1Mu10_14	10 GeV	14
L1Mu7_14	7 GeV	14
L1Mu5_14	5 GeV	14
L1Mu3_14	3 GeV	14
L1Mu22_13	22 GeV	13
L1Mu26_12	26 GeV	12
L1Mu22_12	22 GeV	12
L1Mu20_12	20 GeV	12
L1Mu15_12	15 GeV	12
L1Mu10_12	10 GeV	12
L1Mu7_12	7 GeV	12
L1Mu5_12	5 GeV	12
L1Mu3_12	3 GeV	12
L1Mu26_8	26 GeV	8
L1Mu22_8	22 GeV	8
L1Mu20_8	20 GeV	8
L1Mu15_8	15 GeV	8
L1Mu10_8	10 GeV	8
L1Mu7_8	7 GeV	8
L1Mu5_8	5 GeV	8
L1Mu3_8	3 GeV	8
L1Mu26_4	26 GeV	4
L1Mu22_4	22 GeV	4
L1Mu20_4	20 GeV	4
L1Mu15_4	15 GeV	4
L1Mu10_4	10 GeV	4
L1Mu7_4	7 GeV	4
L1Mu5_4	5 GeV	4
L1Mu3_4	3 GeV	4
L1Mu26_0	26 GeV	0
L1Mu22_0	22 GeV	0
L1Mu20_0	20 GeV	0
L1Mu15_0	15 GeV	0
L1Mu10_0	10 GeV	0
L1Mu7_0	7 GeV	0
L1Mu5_0	5 GeV	0
L1Mu3_0	3 GeV	0

Track Finders	Abs(Eta)
uGMT	[0.00, 2.40]
BMTF	[0.00, 0.83]
OMTF	[0.83, 1.24]
EMTF	[1.24, 2.40]
EMTF1	[1.24, 1.60]
EMTF2	[1.60, 2.10]
EMTF3	[2.10, 2.40]

Useful links

• You can find the golden json files needed in /eos/user/c/cmsdqm/www/CAF/certification/