Trigger Analysis for Single Electron HLT

source /cvmfs/cms.cern.ch/cmsset_default.sh

export SCRAM_ARCH="slc6_amd64_gcc530"

cmsrel CMSSW_8_0_26_patch1

cd CMSSW_8_0_26_patch1/src/

cmsenv

cd ../../

git clone https://github.com/abhisek92datta/TriggerRun2.git

cp TriggerRun2/TriggerRun_run_recipe.sh .

chmod 755 TriggerRun_run_recipe.sh

./TriggerRun_run_recipe.sh

rm -rf TriggerRun2.git

rm -rf TriggerRun_run_recipe.sh

cd CMSSW_8_0_26_patch1/src/TriggerRun2/TriggerAnalyzer/

RUN :

For MC :

To Run Locally:

1. put desired MC filename in : test/ trigger_analyzer_mc_25ns_cfg.py
2. cmsRun test/trigger_analyzer_mc_25ns_cfg.py

To Run on CRAB :

1. remove filename from test/trigger_analyzer_mc_25ns_cfg.py

2. put desired MC Dataset in : newCRAB_forMC.py

3. in newCRAB_forMC.py : config.Data.splitting = 'FileBased'

                   : config.Data.unitsPerJob = 10  (put desired number)
   
                   : config.Data.outLFNDirBase = '/store/user/abdatta/' (your own storage area)
   
                   : config.Site.storageSite = 'T3_US_FNALLPC' (your own storage site)
   

4. crab submit -c newCRAB_forMC.py

For DATA :

To Run Locally:

1. put desired DATA filename in : test/trigger_analyzer_data_80x_cfg.py
2. put latest LUMI filename in: test/trigger_analyzer_data_80x_cfg.py
3. cmsRun test/trigger_analyzer_data_80x_cfg.py

To Run on CRAB :

1. remove filename from test/trigger_analyzer_data_80x_cfg.py

2. put desired DATA dataset filename in : newCRAB_forData.py

3. put LUMI file name in : newCRAB_forData.py

4. in newCRAB_forData.py : config.Data.splitting = 'LumiBased'

                     : config.Data.unitsPerJob = 20  (put desired number)
   
                     : config.Data.outLFNDirBase = '/store/user/abdatta/' (your own storage area)
   
                     : config.Site.storageSite = 'T3_US_FNALLPC' (your own storage site)
   

5. crab submit -c newCRAB_forData.py

To check CRAB status : crab status -d <crab_output_directory_name>

To resubmit : crab resubmit -d <crab_output_directory_name>

After Ntuples created and stored in storage area, Plotting efficiencies using : macros/Important/Trigger_Express_June.C

cd macros/

1. Put desired file name with complete path in : Trigger_Express_June.C
2. Put the names of the triggers whose efficiency desired in : Trigger_Express_June.C
3. scram b -j 32
4. root -l -q Trigger_Express_June.C

or

root -l -q Trigger_Express_June.C+'(-1,5,1)'

root -l -q Trigger_Express_June.C+'(-1,5,2)'

root -l -q Trigger_Express_June.C+'(-1,5,3)'

root -l -q Trigger_Express_June.C+'(-1,5,4)'

root -l -q Trigger_Express_June.C+'(-1,5,5)'

hadd Express_Trigger_June_Data.root Express_Trigger_June_Data_*

To put together the histograms in different root files in 1 root file :

root -l -q combine_plots.C

If some crab jobs fail for DATA, then macros/Important/Luminosity_calc.C can be used to list the missing lumis due to these failed jobs :

g++ json_editor.cpp -o json_editor

./json_editor

root -l -q Luminosity_calc.C