Difference: RunningMulitpleJobsOnCondor (1 vs. 5)

Revision 52008-06-20 - AlexPenson

Line: 1 to 1
 I wanted to generate events for a series of values of Higgs mass. Here are the files: This is my condor job file myjob.cmd. The last line of the job file Queue 10 creates 10 condor jobs. The variable $(Process) runs from 0..9.
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/WprWZqqee_mass
Executable = myjob
Line: 33 to 33
 output_aod_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.AOD.root

../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file $intermediate_evgen_file NONE NONE |tee -a evgen.WprWZqqee.${higgs_mass}.log

Changed:
<
<
../csc_simul_trf.py $intermediate_evgen_file $intermediate_hits_file $intermediate_rdo_file $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'Calo MuonOffSimulDigitConfig.py' |tee -a simul.WprWZqqee.${higgs_mass}.log ../csc_recoFastCaloSim_IDonly_trf.py $intermediate_rdo_file $output_aod_file $output_aant_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.Wp rWZqqee.${higgs_mass}.log
>
>
../csc_simul_trf.py $intermediate_evgen_file $intermediate_hits_file $intermediate_rdo_file $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.WprWZqqee.${higgs_mass}.log ../csc_recoFastCaloSim_IDonly_trf.py $intermediate_rdo_file $output_aod_file $output_aant_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.WprWZqqee.${higgs_mass}.log
 

Revision 42008-06-20 - AlexPenson

Line: 1 to 1
 I wanted to generate events for a series of values of Higgs mass. Here are the files: This is my condor job file myjob.cmd. The last line of the job file Queue 10 creates 10 condor jobs. The variable $(Process) runs from 0..9.
Changed:
<
<
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/test
>
>
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/WprWZqqee_mass
 Executable = myjob Arguments = "$(Process)" Requirements = (Machine == "karthur.nevis.columbia.edu")
Line: 13 to 12
 Queue 10
Changed:
<
<
This is my executable myjob. Its argument is the $(Process) variable. The expr function converts this into a mass (in GeV). The sed function then creates a temporary joboptions file from the master file CSC.00xxxx.Hppee.py. The csc_* scripts generate events using AtlfastII
>
>
This is my executable myjob. Its argument is the $(Process) variable. The expr function converts this into a mass (in GeV). The sed function then creates a temporary joboptions file from the master file CSC.00xxxx.WprWZqqee.py. The csc_* scripts generate events using AtlfastII
 
Changed:
<
<
#!/bin/zsh                                                                                                                                                     
>
>
#!/bin/zsh
 source ~/cmthome/setup.sh -tag=13.0.40 cd /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/WprWZqqee_mass

higgs_mass=`expr 1000 + 100 \* $1` events=1000

Changed:
<
<
joboptions_file=CSC.00xxxx.WprWZqqee.mass.py.tmp
>
>
joboptions_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.py.tmp
 sed '/pmas 34/s/2000/'$higgs_mass'/' CSC.00xxxx.WprWZqqee.py > $joboptions_file
Added:
>
>
intermediate_rdo_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.RDO.root intermediate_hits_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.HITS.root intermediate_evgen_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.evgen.pool.root
 output_aant_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.AANT.root output_aod_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.AOD.root
Changed:
<
<
../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file CSC.00xxxx.WprWZqqee.evgen.pool.root NONE NONE |tee -a evgen.WprWZqqee.${higgs_mass}.log ../csc_simul_trf.py CSC.00xxxx.WprWZqqee.evgen.pool.root HITS.root RDO.root $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.WprWZqqee.${higgs_mass}.log ../csc_recoFastCaloSim_IDonly_trf.py RDO.root $output_aod_file $output_aant_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.WprWZqqee.${higgs_mass}.log
>
>
../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file $intermediate_evgen_file NONE NONE |tee -a evgen.WprWZqqee.${higgs_mass}.log ../csc_simul_trf.py $intermediate_evgen_file $intermediate_hits_file $intermediate_rdo_file $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'Calo MuonOffSimulDigitConfig.py' |tee -a simul.WprWZqqee.${higgs_mass}.log ../csc_recoFastCaloSim_IDonly_trf.py $intermediate_rdo_file $output_aod_file $output_aant_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.Wp rWZqqee.${higgs_mass}.log
 

Revision 32008-06-09 - AlexPenson

Line: 1 to 1
 I wanted to generate events for a series of values of Higgs mass. Here are the files: This is my condor job file myjob.cmd. The last line of the job file Queue 10 creates 10 condor jobs. The variable $(Process) runs from 0..9.
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/test
Line: 15 to 15
  This is my executable myjob. Its argument is the $(Process) variable. The expr function converts this into a mass (in GeV). The sed function then creates a temporary joboptions file from the master file CSC.00xxxx.Hppee.py. The csc_* scripts generate events using AtlfastII
Changed:
<
<
>
>
#!/bin/zsh                                                                                                                                                     
 source ~/cmthome/setup.sh -tag=13.0.40
Changed:
<
<
cd ~/testarea/13.0.40/AtlfastII/test
>
>
cd /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/WprWZqqee_mass
  higgs_mass=`expr 1000 + 100 \* $1`
Changed:
<
<
events=100
>
>
events=1000

joboptions_file=CSC.00xxxx.WprWZqqee.mass.py.tmp sed '/pmas 34/s/2000/'$higgs_mass'/' CSC.00xxxx.WprWZqqee.py > $joboptions_file

 
Changed:
<
<
joboptions_file=CSC.00xxxx.Hppee.mass.py.tmp output_file=CSC.00xxxx.Hppee.${higgs_mass}.AANT.root
>
>
output_aant_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.AANT.root output_aod_file=CSC.00xxxx.WprWZqqee.${higgs_mass}.AOD.root
 
Changed:
<
<
sed '/pmas 9900042/s/2000/'$higgs_mass'/' CSC.00xxxx.Hppee.py > $joboptions_file ../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file CSC.00xxxx.Hppee.evgen.pool.root.tmp NONE NONE |tee -a evgen.Hppee.${higgs_mass}.log ../csc_simul_trf.py CSC.00xxxx.Hppee.evgen.pool.root.tmp HITS.root.tmp RDO.root.tmp $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.Hppee.${higgs_mass}.log ../csc_recoFastCaloSim_IDonly_trf.py RDO.root.tmp AOD.root.tmp $output_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.Hppee.${higgs_mass}.log
>
>
../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file CSC.00xxxx.WprWZqqee.evgen.pool.root NONE NONE |tee -a evgen.WprWZqqee.${higgs_mass}.log ../csc_simul_trf.py CSC.00xxxx.WprWZqqee.evgen.pool.root HITS.root RDO.root $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.WprWZqqee.${higgs_mass}.log ../csc_recoFastCaloSim_IDonly_trf.py RDO.root $output_aod_file $output_aant_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.WprWZqqee.${higgs_mass}.log

Revision 22008-06-04 - AlexPenson

Line: 1 to 1
Changed:
<
<
I wanted to generate events for a series of values of Higgs mass. Here are the files:

This is my condor job file myjob.cmd. The last line of the job file "Queue 10" creates 10 condor jobs. The variable $(Process) runs from 0..9.

Universe = vanilla
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/test
Executable = myjob
Arguments = "$(Process)"
Requirements = (Machine == "karthur.nevis.columbia.edu")
#Output = myjob.out.$(Process)
Error = myjob.err
#Log = myjob.log.$(Process)
should_transfer_files = IF_NEEDED
when_to_transfer_output = ON_EXIT
Queue 10

This is my executable =myjob=. The =expr= function converts the $(Process) number in a mass (in !GeV). The =sed= function then creates a temporary joboptions file from the master joboptions file =CSC.00xxxx.Hppee.py=. The =csc_*= scripts generate events using !AtlfastII #!/bin/zsh
source ~/cmthome/setup.sh -tag=13.0.40
cd ~/testarea/13.0.40/AtlfastII/test

higgs_mass=`expr 1000 + 100 \* $1`
events=100

joboptions_file=CSC.00xxxx.Hppee.mass.py.tmp
output_file=CSC.00xxxx.Hppee.${higgs_mass}.AANT.root

sed '/pmas 9900042/s/2000/'$higgs_mass'/' CSC.00xxxx.Hppee.py > $joboptions_file

../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file CSC.00xxxx.Hppee.evgen.pool.root.tmp NONE NONE |tee -a evgen.Hppee.${higgs_mass}.log
../csc_simul_trf.py CSC.00xxxx.Hppee.evgen.pool.root.tmp HITS.root.tmp RDO.root.tmp $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.Hppee.${higgs_mass}.log
../csc_recoFastCaloSim_IDonly_trf.py RDO.root.tmp AOD.root.tmp $output_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.Hppee.${higgs_mass}.log

>
>
I wanted to generate events for a series of values of Higgs mass. Here are the files: This is my condor job file myjob.cmd. The last line of the job file Queue 10 creates 10 condor jobs. The variable $(Process) runs from 0..9.
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/test
Executable = myjob
Arguments = "$(Process)"
Requirements = (Machine == "karthur.nevis.columbia.edu")
#Output = myjob.out.$(Process)
Error = myjob.err
#Log = myjob.log.$(Process)
should_transfer_files = IF_NEEDED
when_to_transfer_output = ON_EXIT
Queue 10

This is my executable myjob. Its argument is the $(Process) variable. The expr function converts this into a mass (in GeV). The sed function then creates a temporary joboptions file from the master file CSC.00xxxx.Hppee.py. The csc_* scripts generate events using AtlfastII

source ~/cmthome/setup.sh -tag=13.0.40
cd ~/testarea/13.0.40/AtlfastII/test

higgs_mass=`expr 1000 + 100 \* $1`
events=100

joboptions_file=CSC.00xxxx.Hppee.mass.py.tmp
output_file=CSC.00xxxx.Hppee.${higgs_mass}.AANT.root

sed '/pmas 9900042/s/2000/'$higgs_mass'/' CSC.00xxxx.Hppee.py > $joboptions_file
../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file CSC.00xxxx.Hppee.evgen.pool.root.tmp NONE NONE |tee -a evgen.Hppee.${higgs_mass}.log
../csc_simul_trf.py CSC.00xxxx.Hppee.evgen.pool.root.tmp HITS.root.tmp RDO.root.tmp $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.Hppee.${higgs_mass}.log
../csc_recoFastCaloSim_IDonly_trf.py RDO.root.tmp AOD.root.tmp $output_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.Hppee.${higgs_mass}.log

Revision 12008-06-02 - AlexPenson

Line: 1 to 1
Added:
>
>
I wanted to generate events for a series of values of Higgs mass. Here are the files:

This is my condor job file myjob.cmd. The last line of the job file "Queue 10" creates 10 condor jobs. The variable $(Process) runs from 0..9.

Universe = vanilla
initialdir = /a/home/karthur/apenson/testarea/13.0.40/AtlfastII/test
Executable = myjob
Arguments = "$(Process)"
Requirements = (Machine == "karthur.nevis.columbia.edu")
#Output = myjob.out.$(Process)
Error = myjob.err
#Log = myjob.log.$(Process)
should_transfer_files = IF_NEEDED
when_to_transfer_output = ON_EXIT
Queue 10

This is my executable =myjob=. The =expr= function converts the $(Process) number in a mass (in !GeV). The =sed= function then creates a temporary joboptions file from the master joboptions file =CSC.00xxxx.Hppee.py=. The =csc_*= scripts generate events using !AtlfastII #!/bin/zsh
source ~/cmthome/setup.sh -tag=13.0.40
cd ~/testarea/13.0.40/AtlfastII/test

higgs_mass=`expr 1000 + 100 \* $1`
events=100

joboptions_file=CSC.00xxxx.Hppee.mass.py.tmp
output_file=CSC.00xxxx.Hppee.${higgs_mass}.AANT.root

sed '/pmas 9900042/s/2000/'$higgs_mass'/' CSC.00xxxx.Hppee.py > $joboptions_file

../csc_evgen_trf.py -t 8999 1 $events 54298752 $joboptions_file CSC.00xxxx.Hppee.evgen.pool.root.tmp NONE NONE |tee -a evgen.Hppee.${higgs_mass}.log
../csc_simul_trf.py CSC.00xxxx.Hppee.evgen.pool.root.tmp HITS.root.tmp RDO.root.tmp $events 0 12 "ATLAS-CSC-01-02-00" 1 2 'QGSP_EMV' 'CaloMuonOffSimulDigitConfig.py' |tee -a simul.Hppee.${higgs_mass}.log
../csc_recoFastCaloSim_IDonly_trf.py RDO.root.tmp AOD.root.tmp $output_file $events 0 "ATLAS-CSC-01-02-00" NONE |tee -a reco.Hppee.${higgs_mass}.log

 
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