README.md

HGCALwhole-chain-mapping

Setup @lxplus

at home directory

. hgcal.sh

>> hgcal.sh content: setup cmsenv

cd /afs/cern.ch/user/j/jinglu/jlwang/HGCAL/WholeChainMappingForDQM/CMSSW_13_2_0_pre3/src
cmsenv

folder location

cd ../../srcMapping/

STEP 1: Produce input rootfile for DQM

Run

root -l eventdataTree.C

• Output rootfile: test.root

STEP 2: Generate DQM plots (Example: LD -- MLFL00041ped)

go to cmsenv

. runDir.sh

Reco command

cmsRun -j FrameworkJobReport_pedestal_run0_roc2root_RECO.xml EventFilter/HGCalRawToDigi/test/tb_raw2reco.py mode=hgcmodule fedId=0 slinkBOE=0x2a cbHeaderMarker=0x0 econdHeaderMarker=0x154 ECONDsInPassthrough=0 activeECONDs=0 ECONDsInCharacterisation=0 inputFiles=../../srcMapping/test.root fedId=0 output=test_RECO conditions=MLFL00041ped dqmOnly=False runNumber=14140848 maxEvents=1000000000

DQM command

cmsRun -j FrameworkJobReport_pedestal_run0_roc2root_DQM.xml DPGAnalysis/HGCalNanoAOD/test/tb_dqm.py tbEra=MLFL00041ped inputFiles=file:test_RECO_numEvent1000000000.root

Output DQM rootfile (copied to this folder)

copy to and back to this folder

cp DQM_V0001_HGCAL_R014140848.root ../../srcMapping/DQMplots/LD
. toRootfile.sh

plot location

cd DQMplots/LD

• Plots (LD: MLFL00041ped)

  • adc_avg

  • channelId

• Reference plots :

  location

  cd ref/
  root -l DQM_V0001_HGCAL_R014140848.root
  

STEP 3: Check the difference between ADC_AVG and channelId

run (no cmsenv needed)

cd src/
root -l checkHEX.C