Production of late-muon trigger validation RDO samples

The following is mainly a collection of the commands used to produce the test RDO samples used for the validation of the late-muon trigger. As source of late-muons two sample types have been selected: R-hadrons and stable staus. While the R-hadron sample was available as HITS, there is no stable stau mc15 production so far. Therefore, the mc12 EVNT file is re-used and reconstructed in a run-II environment.

Digitization of R-Hadron samples HITS->RDO

Starting from input HITS file

mc15_13TeV.402002.PythiaRhad_AUET2BCTEQ6L1_gen_gluino_p1_1200.merge.HITS.e4085_s2673_s2183

the reconstruction into RDO is done by setting up AtlasProduction release 20.1.4.14

asetup 20.1.4.14,AtlasProduction,64,here
Local production

For local test jobs the command

Digi_tf.py --inputHITSFile /project/etp3/heinrich/HITS/mc15_13TeV.402002.PythiaRhad_AUET2BCTEQ6L1_gen_gluino_p1_1200.merge.HITS.e4085_s2673_s2183_tid05982022_00/HITS.05982022._000007.pool.root.1 --ignoreErrors True --DataRunNumber 222500 --maxEvents 20 --geometryVersion ATLAS-R2-2015-03-01-00 --conditionsTag OFLCOND-RUN12-SDR-30 --postInclude [[PyJobTransforms][PyJobTransforms]]/UseFrontier.py --digiSeedOffset1 123 --digiSeedOffset2 321 --outputRDOFile RDO.15072903.20events.root

can be used.

Grid production

Setting up grid environment and PanDa

localSetupDQ2Client
voms-proxy-init -voms atlas
localSetupPandaClient --noAthenaCheck

the command used is

.pathena --trf "Digi_tf.py --inputHITSFile %IN --outputRDOFile %OUT.RDO.402002.pool.root --geometryVersion ATLAS-R2-2015-02-01-00 --conditionsTag OFLCOND-RUN12-SDR-22" --inDS mc15_13TeV.402002.PythiaRhad_AUET2BCTEQ6L1_gen_gluino_p1_1200.merge.HITS.e4085_s2673_s2183/ --outDS user.jjooheinri.mc15_13TeV.402002.PythiaRhad_AUET2BCTEQ6L1_gen_gluino_p1_1200.merge.RDO.e4085_s2673_s2183_d201414_07/ --nEventsPerFile 100 --nEventsPerJob 100

Simulation of StableStau sample EVNT->HITS

Input EVNT file is

mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.evgen.EVNT.e1693/

the reconstruction into HITS is done by setting up AtlasProduction release 19.2.1.6

asetup 19.2.1.6,AtlasProduction,64,here
Local production

For local test jobs the command

AtlasG4_tf.py --inputEVNTFile /project/etp3/heinrich/EVNT/mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.evgen.EVNT.e1693_tid01120731_00/EVNT.01120731._000001.pool.root.1 --maxEvents 20 --outputHITSFile HITS.144058.15073000.pool.root --preInclude SimulationJobOptions/preInclude.BeamPipeKill.py --geometryVersion ATLAS-R2-2015-02-01-00_VALIDATION --conditionsTag OFLCOND-MC12-SIM-00 --randomSeed 2674 --runNumber 222500 --postInclude RecJobTransforms/UseFrontier.py

can be used.

Grid production

Setting up grid environment and PanDa

localSetupDQ2Client
voms-proxy-init -voms atlas
localSetupPandaClient --noAthenaCheck

the command used is

pathena --trf "AtlasG4_tf.py --skipEvents %SKIPEVENTS --conditionsTag OFLCOND-MC12-SIM-00 --randomSeed %RNDM:100 --geometryVersion ATLAS-R2-2015-02-01-00_VALIDATION --outputHITSFile %OUT.HITS.144058.root --inputEVNTFile %IN --maxEvents 100" --inDS mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.evgen.EVNT.e1693/ --outDS user.joheinri.mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.HITS.e1693_s19216_01 --nEventsPerFile 5000 --nEventsPerJob 100

Merging of StableStau samples

Merging is done in AtlasProduction release 19.2.1.2 using the command

pathena --trf "HITSMerge_tf.py --inputHITSFile %IN --DBRelease current --maxEvents 1000 --outputHITS_MRGFile %OUT.HITS.pool.root --postInclude RecJobTransforms/UseFrontier.py --skipEvents %SKIPEVENTS" --nEventsPerFile 100 --nEventsPerJob 1000 --inDS  user.joheinri.mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.HITS.e1693_s19216_04_EXT0/ --outDS user.joheinri.mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.HITS.e1693_s19216_m19121_01 --noBuild

Digitization of StableStau samples HITS->RDO

Using the samples just produced in the simulation step as input. The reconstruction of the stable stau sample into RDO is done the same way as the R-hadron sample by setting up AtlasProduction release 20.1.4.14

asetup 20.1.4.14,AtlasProduction,64,here
Local production

For local test jobs the command

Digi_tf.py --inputHITSFile ../../../19.2.1.6/WorkArea/run/HITS.144058.15073001.pool.root --ignoreErrors True --DataRunNumber 222500 --maxEvents 20 --geometryVersion ATLAS-R2-2015-03-01-00 --conditionsTag OFLCOND-RUN12-SDR-30 --postInclude PyJobTransforms/UseFrontier.py --digiSeedOffset1 123 --digiSeedOffset2 321 --outputRDOFile RDO.144058.15073100.20events.root | tee log.144058.15073100.txt

can be used.

Grid production

Setting up grid environment and PanDa

localSetupDQ2Client
voms-proxy-init -voms atlas
localSetupPandaClient --noAthenaCheckthe

the command used is

pathena --trf "Digi_tf.py --skipEvents %SKIPEVENTS --inputHITSFile %IN --outputRDOFile %OUT.RDO.144058.pool.root --DataRunNumber 222500 --maxEvents 1000 --geometryVersion=ATLAS-R2-2015-02-01-00_VALIDATION --conditionsTag OFLCOND-RUN12-SDR-30 --postInclude PyJobTransforms/UseFrontier.py --digiSeedOffset1 %RNDM:200 --digiSeedOffset2 %RNDM:200" --inDS user.joheinri.mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.HITS.e1693_s19216_m19121_01_EXT0/ --outDS user.joheinri.mc12_8TeV.144058.Herwigpp_UEEE3_CTEQ6L1_GMSB_StableStau_lambda_140_tanb_10.RDO.e1693_s19216_m19121_r201414_07/ --nEventsPerFile 1000 --nEventsPerJob 1000 --noBuild
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Topic revision: r1 - 2017-05-10 - JochenJensHeinrich
 
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