Difference: CosmicSimFall09Production (1 vs. 25)

Revision 252010-02-17 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 147 to 147
 
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
Changed:
<
<
10M additional events were produced with the ID filter and with corrected muon digitization configurations. These events are available in two data sets for the time being with 5M and 1M events respectively. Once the production is finished, both will have 5M events and they will be available from the container dataset (just like those above). The sets are:
>
>
10M additional events were produced with the ID filter and with corrected muon digitization configurations. The data is now available:
 
Changed:
<
<
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s664_d283_r1076_tid107894_00
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s664_d283_r1076_tid107895_00
>
>
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s664_d283_r1076/
 

Normalization of Calo Slice samples

Revision 242010-02-09 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 147 to 147
 
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
Added:
>
>
10M additional events were produced with the ID filter and with corrected muon digitization configurations. These events are available in two data sets for the time being with 5M and 1M events respectively. Once the production is finished, both will have 5M events and they will be available from the container dataset (just like those above). The sets are:

  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s664_d283_r1076_tid107894_00
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s664_d283_r1076_tid107895_00
 

Normalization of Calo Slice samples

Several factors change between the calo slice samples above. In order to normalize them properly (even relative to each other) one must take into account:

Revision 232009-11-30 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 147 to 147
 
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
Added:
>
>

Normalization of Calo Slice samples

Several factors change between the calo slice samples above. In order to normalize them properly (even relative to each other) one must take into account:

  • Number of events requested for production (note: this is not the output number of events)
  • Efficiency on the Grid (i.e. number of jobs that finished successfully)
  • Geometric factor (area above the cavern over which cosmics were generated and solid angle of the cavern)
  • Energy for generation (flux scaling)

The fortran code used to generate the cosmics resides here. As a note ahead of time, I am neither sure these calculations are correct, nor certain that I didn't miss any factors. You are welcome to double check the answers yourself.

For each of these factors, I find the numbers in the following table. Geometry factors were taken from a log file from a typical run (probably sufficient for an estimate with reasonable errors). Energy factors were calculated by evaluating the code by hand.

Sample Events Grid Efficiency Geometry Energy Total Factor Normalized
No Slice 1.0 99.6% 1.0 1.0 0.996 1.0
Slice 1 0.5 98.2% 6.46 2.32e-2 7.36e-2 7.39e-2
Slice 2 0.5 86.4% 30.3 2.14e-3 2.80e-2 2.81e-2
Slice 3 0.5 89.2% 103. 1.21e-4 5.56e-3 5.58e-3
 -- ZacharyMarshall - 29-Nov-2009

Revision 222009-11-30 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 138 to 138
 

Available reconstructed data

Changed:
<
<
Data sets are now mostly available. Please watch the reco tasks to see which sets are finished.
>
>
Data sets are now all finished.
 
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r848/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r848/ (and AOD)
Line: 147 to 147
 
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
Changed:
<
<
Until the tasks are completely done, you should get them from their corresponding tid. One task has not finished (>99% done):

  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848_tid098018

-- ZacharyMarshall - 24-Nov-2009

>
>
-- ZacharyMarshall - 29-Nov-2009

Revision 212009-11-25 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 147 to 147
 
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
Changed:
<
<
Until the tasks are completely done, you should get them from their corresponding tid. Three tasks have not finished (all are more than 90% done):
>
>
Until the tasks are completely done, you should get them from their corresponding tid. One task has not finished (>99% done):
 
Changed:
<
<
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848_tid98018
>
>
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848_tid098018
  -- ZacharyMarshall - 24-Nov-2009

Revision 202009-11-24 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 149 to 149
  Until the tasks are completely done, you should get them from their corresponding tid. Three tasks have not finished (all are more than 90% done):
Deleted:
<
<
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r848_tid098017
 
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848_tid98018
Deleted:
<
<
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848_tid098020
 
Changed:
<
<
-- ZacharyMarshall - 17-Nov-2009
>
>
-- ZacharyMarshall - 24-Nov-2009

Revision 192009-11-17 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 138 to 138
 

Available reconstructed data

Changed:
<
<
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets (NB: with incorrect TRT conditions) are visible to dq2 already:
>
>
Data sets are now mostly available. Please watch the reco tasks to see which sets are finished.
 
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r848/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r848/ (and AOD)
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848/ (and AOD)
Added:
>
>
  • mc09_valid.108873.CosSimCaloVolSolOnTorOn_sl2.recon.ESD.s601_d217_r848/ (and AOD)
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848/ (and AOD)
 
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
Changed:
<
<
Until the tasks are completely done, you should get them from their corresponding tid:
>
>
Until the tasks are completely done, you should get them from their corresponding tid. Three tasks have not finished (all are more than 90% done):
 
Deleted:
<
<
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r848_tid098016
 
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r848_tid098017
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848_tid98018
Changed:
<
<
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848_tid097931
>
>
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r848_tid098020
 
Changed:
<
<
-- ZacharyMarshall - 06-Nov-2009
>
>
-- ZacharyMarshall - 17-Nov-2009

Revision 172009-11-08 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 140 to 140
  Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets (NB: with incorrect TRT conditions) are visible to dq2 already:
Changed:
<
<
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839/ (and AOD)
>
>
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r848/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r848/ (and AOD)
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848/ (and AOD)
 
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)

Until the tasks are completely done, you should get them from their corresponding tid:

Changed:
<
<
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839_tid097647
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839_tid097648
>
>
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r848_tid098016
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r848_tid098017
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r848_tid98018
 
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848_tid097931

-- ZacharyMarshall - 06-Nov-2009

Revision 162009-11-06 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Changed:
<
<

Details

  • After the first production in sprint 2009, a second cosmic sim production has been launched on October 9, 2009.
  • Several new features will be included in the simulation:
>
>

Introduction

After the first production in sprint 2009, a second cosmic sim production has been launched on October 9, 2009. Several new features will be included in the simulation:
 
    • Calo volume filter will be used for the first time
    • Momentum slicing will be used for some of the samples
    • Additional track records will be in the ESD
    • A new 'perigee' truth record will be included
    • The muon system timing has grown closer to reality (particularly for the MDTs)
    • Additional truth will be saved in the calorimetry
Changed:
<
<
  • For this simulation has been done with release 15.3.1.5,AtlasProduction
  • Reconstruction is being done with release 15.3.1.7,AtlasProduction to be consistent with MC09
  • The transform commands that will be run are similar to those described at CosmicSimHowTo
  • As discussed in data preparation the first production will produce the following statistics (all with fields on):
>
>
For this simulation has been done with release 15.3.1.5,AtlasProduction. Reconstruction is being done with release 15.3.1.7,AtlasProduction to be consistent with MC09. The transform commands that will be run are similar to those described at CosmicSimHowTo.

As discussed in data preparation the first production will produce the following statistics (all with fields on):

 
1M Pixel Volume
1.5M ID Volume
Line: 62 to 61
 eff=1/30
Changed:
<
<

Actual commands submitted

>
>

Actual commands submitted

 

SIMULATION TASKS:
Line: 130 to 129
 
Changed:
<
<

Validation of new simulation options

>
>

Validation of new simulation options

  In this production we have included track records as an additional simulation output dataset. These are records of muons as they enter the ATLAS cavern and are only saved for those events passing the filter that has been applied. Two validation sets have been submitted:

  • Track record creation and reading validation with sim tag s615, digit tag d217 and task, reco tag r848 and task. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with sim tag s614, digit tag d217 and task, reco tag r848 and task. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
Changed:
<
<

Available reconstructed data

>
>

Available reconstructed data

  Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets (NB: with incorrect TRT conditions) are visible to dq2 already:

Revision 152009-11-06 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 25 to 25
 
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
Changed:
<
<
>
>
 
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
Line: 134 to 134
  In this production we have included track records as an additional simulation output dataset. These are records of muons as they enter the ATLAS cavern and are only saved for those events passing the filter that has been applied. Two validation sets have been submitted:
Changed:
<
<
  • Track record creation and reading validation with sim tag s615, digit tag d217 and task, reco tag r841 and task. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with sim tag s614, digit tag d217 and task, reco tag r841 and task. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
>
>
  • Track record creation and reading validation with sim tag s615, digit tag d217 and task, reco tag r848 and task. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with sim tag s614, digit tag d217 and task, reco tag r848 and task. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
 

Available reconstructed data

Line: 143 to 143
 
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839/ (and AOD)
Added:
>
>
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848/ (and AOD)
  Until the tasks are completely done, you should get them from their corresponding tid:

  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839_tid097647
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839_tid097648
Changed:
<
<
>
>
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r848_tid097931
  -- ZacharyMarshall - 06-Nov-2009

Revision 142009-11-06 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 25 to 25
 
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
Changed:
<
<
>
>
 
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
Line: 123 to 123
  Second round of reconstruction is being hit by an additional bug. The tasks have been resubmitted with tag r839. The r837 datasets are fine to use, if they have enough statistics for your study.
Changed:
<
<
Third round of reconstruction had a problem with TRT conditions. The tasks have been resubmitted with reco tag r841.
>
>
Third round of reconstruction had a problem with TRT conditions. The tasks have been resubmitted with reco tag r848. A description of the differences is given in Maria Llacer's talk. The first problem reported there is the relevant one; the second was already repaired in 15.3.1.7.

This newest round is affected by several bugs, but none appear severe enough to force us to stop the reconstruction:

 

Validation of new simulation options

Line: 134 to 139
 

Available reconstructed data

Changed:
<
<
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets (NB: with incorrect TRT conditions) are visible to dq2 already:
>
>
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets (NB: with incorrect TRT conditions) are visible to dq2 already:
 
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839/ (and AOD)
Line: 145 to 150
 
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839_tid097648
Changed:
<
<
-- ZacharyMarshall - 02-Nov-2009
>
>
-- ZacharyMarshall - 06-Nov-2009

Revision 132009-11-03 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 107 to 107
  To fix a bug in monitoring, we added: preExec='DQMonFlags.doHLTMon.set_Value_and_Lock(False)'
Changed:
<
<
To fix a bug in TRT conditions, we added: postExec='job.InDetCosmicsEventPhase.UseNewEP=False'
>
>
To fix a bug in TRT conditions, we added: postExec='if (jobproperties.Rec.doESD): job.InDetCosmicsEventPhase.UseNewEP=False'
  where the output files: myTAGCOMM.root

Revision 122009-11-02 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 25 to 25
 
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
Changed:
<
<
>
>
 
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
Line: 107 to 107
  To fix a bug in monitoring, we added: preExec='DQMonFlags.doHLTMon.set_Value_and_Lock(False)'
Added:
>
>
To fix a bug in TRT conditions, we added: postExec='job.InDetCosmicsEventPhase.UseNewEP=False'
 where the output files: myTAGCOMM.root myMergedMonitoring.root
Line: 121 to 123
  Second round of reconstruction is being hit by an additional bug. The tasks have been resubmitted with tag r839. The r837 datasets are fine to use, if they have enough statistics for your study.
Added:
>
>
Third round of reconstruction had a problem with TRT conditions. The tasks have been resubmitted with reco tag r841.
 

Validation of new simulation options

In this production we have included track records as an additional simulation output dataset. These are records of muons as they enter the ATLAS cavern and are only saved for those events passing the filter that has been applied. Two validation sets have been submitted:

Changed:
<
<
  • Track record creation and reading validation with sim tag s615, digit tag d217 and task, reco tag r839 and task. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with sim tag s614, digit tag d217 and task, reco tag r839 and task. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
>
>
  • Track record creation and reading validation with sim tag s615, digit tag d217 and task, reco tag r841 and task. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with sim tag s614, digit tag d217 and task, reco tag r841 and task. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
 

Available reconstructed data

Changed:
<
<
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:
>
>
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets (NB: with incorrect TRT conditions) are visible to dq2 already:
 
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839/ (and AOD)
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839/ (and AOD)

Revision 112009-11-02 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 130 to 130
 

Available reconstructed data

Changed:
<
<
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:
>
>
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:
 
Changed:
<
<
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837/ (and AOD)
>
>
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839/ (and AOD)
 
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839/ (and AOD)

Until the tasks are completely done, you should get them from their corresponding tid:

Changed:
<
<
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837_tid095615
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839_tid097647
>
>
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r839_tid097647
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839_tid097648
 
Changed:
<
<
-- ZacharyMarshall - 30-Oct-2009
>
>
-- ZacharyMarshall - 02-Nov-2009

Revision 102009-11-02 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 25 to 25
 
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
Changed:
<
<
>
>
 
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
Line: 95 to 95
 
csc_digi_trf.py inputHitsFile=???? outputRDOFile=???? maxEvents=-1 skipEvents=0 geometryVersion=ATLAS-GEO-08-00-01 jobConfig=SimuJobTransforms/CosmicsDigitConfig.py digiSeedOffset1=0 digiSeedOffset2=0 minbiasHitsFile=NONE cavernHitsFile=NONE DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz digiRndmSvc=AtRanluxGenSvc samplingFractionDbTag=QGSP_BERT conditionsTag=OFLCOND-SIM-01-00-00
Changed:
<
<
where you fill in the ????. The input here for each job should be several files as output from the simulation tasks (comma separated list of files as inputHitsFile= argument).
>
>
where you fill in the ????. The input here for each job should be one file output from the corresponding simulation task.
 

Digitization tasks have been defined with tag d217.

Line: 105 to 105
 
Reco_trf.py inputRDOFile=???? preInclude=RecExCommission/CosmicSimulationRecoSetup-HLT.py,RecExCommission/RecExCommission.py beamType=cosmics HIST=myMergedMonitoring09.root outputTAGComm=myTAGCOMM.root outputCBNT=myCommission.ntuple.root outputESDFile=esd09.pool.root outputAODFile=aod09.pool.root geometryVersion=ATLAS-GEO-08-00-00 --ignoreunknown
Added:
>
>
To fix a bug in monitoring, we added: preExec='DQMonFlags.doHLTMon.set_Value_and_Lock(False)'
 where the output files: myTAGCOMM.root myMergedMonitoring.root
Line: 123 to 125
  In this production we have included track records as an additional simulation output dataset. These are records of muons as they enter the ATLAS cavern and are only saved for those events passing the filter that has been applied. Two validation sets have been submitted:
Changed:
<
<
  • Track record creation and reading validation with tag s615. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with tag s614. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
>
>
  • Track record creation and reading validation with sim tag s615, digit tag d217 and task, reco tag r839 and task. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with sim tag s614, digit tag d217 and task, reco tag r839 and task. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
 

Available reconstructed data

Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:

  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837/ (and AOD)
Changed:
<
<
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r837/ (and AOD)
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r837/ (and AOD)
  • mc09_valid.108873.CosSimCaloVolSolOnTorOn_sl2.recon.ESD.s601_d217_r837/ (and AOD)
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r837/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r837/ (and AOD)
>
>
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839/ (and AOD)
  Until the tasks are completely done, you should get them from their corresponding tid:

  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837_tid095615
Changed:
<
<
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r837_tid095616
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r837_tid095617
  • mc09_valid.108873.CosSimCaloVolSolOnTorOn_sl2.recon.ESD.s601_d217_r837_tid095618
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r837_tid095619
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r837_tid095620
>
>
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r839_tid097647
  -- ZacharyMarshall - 30-Oct-2009

Revision 92009-11-02 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 11 to 11
 
    • A new 'perigee' truth record will be included
    • The muon system timing has grown closer to reality (particularly for the MDTs)
    • Additional truth will be saved in the calorimetry
Changed:
<
<
  • For this simulation will be done with release 15.3.1.5,AtlasProduction
  • Reconstruction will be done with a release like 15.3.1.8,AtlasProduction (exact release still needs to be built) to be as consistent with MC09
>
>
  • For this simulation has been done with release 15.3.1.5,AtlasProduction
  • Reconstruction is being done with release 15.3.1.7,AtlasProduction to be consistent with MC09
 
  • The transform commands that will be run are similar to those described at CosmicSimHowTo
  • As discussed in data preparation the first production will produce the following statistics (all with fields on):
Line: 117 to 117
  Reconstruction tasks have been defined with tag r834. First try had a little problem. Reconstruction has now been re-submitted with tag 837 and tasks have been defined.
Changed:
<
<
Second round of reconstruction is being hit by an additional bug.
>
>
Second round of reconstruction is being hit by an additional bug. The tasks have been resubmitted with tag r839. The r837 datasets are fine to use, if they have enough statistics for your study.
 

Validation of new simulation options

Revision 82009-10-31 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 93 to 93
  DIGITIZATION TASKS
Changed:
<
<
csc_digi_trf.py inputHitsFile=???? outputRDOFile=???? maxEvents=-1 skipEvents=0 geometryVersion=ATLAS-GEO-08-00-01 jobConfig=SimuJobTransforms/CosmicsDigitConfig.py digiSeedOffset1=0 digiSeedOffset2=0 minbiasHitsFile=NONE cavernHitsFile=NONE DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz digiRndmSvc=AtRanluxGenSvc samplingFractionDbTag=QGSP_BERT
>
>
csc_digi_trf.py inputHitsFile=???? outputRDOFile=???? maxEvents=-1 skipEvents=0 geometryVersion=ATLAS-GEO-08-00-01 jobConfig=SimuJobTransforms/CosmicsDigitConfig.py digiSeedOffset1=0 digiSeedOffset2=0 minbiasHitsFile=NONE cavernHitsFile=NONE DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz digiRndmSvc=AtRanluxGenSvc samplingFractionDbTag=QGSP_BERT conditionsTag=OFLCOND-SIM-01-00-00
  where you fill in the ????. The input here for each job should be several files as output from the simulation tasks (comma separated list of files as inputHitsFile= argument).
Line: 103 to 103
 
RECONSTRUCTION TASKS
-------------------------------------
Changed:
<
<
Reco_trf.py inputRDOFile=???? preInclude=CosmicSimulationRecoSetup-HLT.py,RecExCommission/RecExCommission.py beamType=cosmics HIST=myMergedMonitoring09.root outputTAGComm=myTAGCOMM.root outputCBNT=myCommission.ntuple.root outputESDFile=esd09.pool.root outputAODFile=aod09.pool.root geometryVersion=ATLAS-GEO-08-00-00 --ignoreunknown
>
>
Reco_trf.py inputRDOFile=???? preInclude=RecExCommission/CosmicSimulationRecoSetup-HLT.py,RecExCommission/RecExCommission.py beamType=cosmics HIST=myMergedMonitoring09.root outputTAGComm=myTAGCOMM.root outputCBNT=myCommission.ntuple.root outputESDFile=esd09.pool.root outputAODFile=aod09.pool.root geometryVersion=ATLAS-GEO-08-00-00 --ignoreunknown
  where the output files: myTAGCOMM.root
Line: 117 to 117
  Reconstruction tasks have been defined with tag r834. First try had a little problem. Reconstruction has now been re-submitted with tag 837 and tasks have been defined.
Added:
>
>
Second round of reconstruction is being hit by an additional bug.
 

Validation of new simulation options

Revision 72009-10-30 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 129 to 129
  Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:
Deleted:
<
<
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r837/ (and AOD)
 
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837/ (and AOD)
Added:
>
>
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r837/ (and AOD)
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r837/ (and AOD)
  • mc09_valid.108873.CosSimCaloVolSolOnTorOn_sl2.recon.ESD.s601_d217_r837/ (and AOD)
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r837/ (and AOD)
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r837/ (and AOD)

Until the tasks are completely done, you should get them from their corresponding tid:

  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837_tid095615
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r837_tid095616
  • mc09_valid.108872.CosSimCaloVolSolOnTorOn.recon.ESD.s600_d217_r837_tid095617
  • mc09_valid.108873.CosSimCaloVolSolOnTorOn_sl2.recon.ESD.s601_d217_r837_tid095618
  • mc09_valid.108874.CosSimCaloVolSolOnTorOn_sl3.recon.ESD.s602_d217_r837_tid095619
  • mc09_valid.108875.CosSimCaloVolSolOnTorOn_sl4.recon.ESD.s603_d217_r837_tid095620
 
Changed:
<
<
-- ZacharyMarshall - 28-Oct-2009
>
>
-- ZacharyMarshall - 30-Oct-2009

Revision 62009-10-29 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 118 to 118
 Reconstruction tasks have been defined with tag r834. First try had a little problem. Reconstruction has now been re-submitted with tag 837 and tasks have been defined.
Added:
>
>

Validation of new simulation options

In this production we have included track records as an additional simulation output dataset. These are records of muons as they enter the ATLAS cavern and are only saved for those events passing the filter that has been applied. Two validation sets have been submitted:

  • Track record creation and reading validation with tag s615. If all goes will the final reconstructed dataset can be transparently added to the corresponding 'standard' simulation datasets. In principle, this job only reads in the track records and runs them through the same simulation. Because of random number seed differences, the events will not be identical (but the input flux will look a bit strange).
  • Track smearing validation with tag s614. This does not include the additional calorimeter truth information that most of the sets include, but otherwise should be identical to the 'standard' datasets. This smears the starting position of the input track records a small bit, providing a statistically independent sample without the requirement of starting from scratch (and without the low filter efficiency). The input flux is only smeared a small amount (10 mm and 0.001 radians) in order to properly maintain the same input flux shape (e.g. not smear out the shaft shadows).
 

Available reconstructed data

Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:

Revision 52009-10-28 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 119 to 119
 

Available reconstructed data

Deleted:
<
<
  • No data yet - look back here soon!
 
Added:
>
>
Data sets are now becoming available. Please watch the reco tasks to see which sets are finished (none as I write this, but I will update the page when they finish). But these sets are visible to dq2 already:
 
Added:
>
>
  • mc09_valid.108867.CosSimIDVolSolOnTorOn.recon.ESD.s599_d217_r837/ (and AOD)
  • mc09_valid.108865.CosSimPixVolSolOnTorOn.recon.ESD.s598_d217_r837/ (and AOD)
 
Changed:
<
<
-- ZacharyMarshall - 22-Oct-2009
>
>
-- ZacharyMarshall - 28-Oct-2009

Revision 42009-10-27 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 25 to 25
 
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
Changed:
<
<
>
>
 
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
Line: 115 to 115
 We should take 1 input RDO file for 1 job.
Changed:
<
<
Reconstruction tasks have been defined with tag r834.
>
>
Reconstruction tasks have been defined with tag r834. First try had a little problem. Reconstruction has now been re-submitted with tag 837 and tasks have been defined.
 

Available reconstructed data

Revision 32009-10-22 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 25 to 25
 
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
Changed:
<
<
>
>
 
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
Line: 98 to 98
 where you fill in the ????. The input here for each job should be several files as output from the simulation tasks (comma separated list of files as inputHitsFile= argument).
Added:
>
>
Digitization tasks have been defined with tag d217.
 
Deleted:
<
<

Reconstruction tasks

  • Reconstruction has not started running yet
  • It will use a command like:
 
Added:
>
>
RECONSTRUCTION TASKS
 Reco_trf.py inputRDOFile=???? preInclude=CosmicSimulationRecoSetup-HLT.py,RecExCommission/RecExCommission.py beamType=cosmics HIST=myMergedMonitoring09.root outputTAGComm=myTAGCOMM.root outputCBNT=myCommission.ntuple.root outputESDFile=esd09.pool.root outputAODFile=aod09.pool.root geometryVersion=ATLAS-GEO-08-00-00 --ignoreunknown
Changed:
<
<
  • (not sure if we should use ignoreunknown or ignoreall ??
  • Assorted details
>
>
 where the output files: myTAGCOMM.root myMergedMonitoring.root
Line: 118 to 115
 We should take 1 input RDO file for 1 job.
Added:
>
>
Reconstruction tasks have been defined with tag r834.
 

Available reconstructed data

  • No data yet - look back here soon!

Changed:
<
<
-- ZacharyMarshall - 09-Oct-2009
>
>
-- ZacharyMarshall - 22-Oct-2009

Revision 22009-10-15 - unknown

Line: 1 to 1
 

Cosmic Simulation Fall 2009 Production

Line: 55 to 55
 MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py eff=1/30
Changed:
<
<
>
>
 
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
Line: 86 to 86
 where you fill in the ???'s on the per job basis (except runnumber which you set to the same thing for all jobs in this task). firstEvent should be n*30000 where n=the job number in this task.
Changed:
<
<
The CosmicPtSlice parameter can take the values 'NONE' (all momenta), 'slice1' (p<100 GeV), 'slice2' (100<p<300 GeV), 'slice3' (300<p<1000 GeV), or 'slice4' (1 TeV<p). No production was requested with 'slice1'.
>
>
The CosmicPtSlice parameter can take the values 'NONE' (all momenta), 'slice1' (p<100 GeV), 'slice2' (100<p<300 GeV), 'slice3' (300<p<1000 GeV), or 'slice4' (1 TeV<p). No production was requested with 'slice1'. For slice4, there should be only 15000 events per job.
 
Changed:
<
<
number of jobs in this task should be: 1000 with all momenta and 500 each of slice2, slice3, and slice4.
>
>
number of jobs in this task should be: 1000 with all momenta or slice4 and 500 with slice2 or slice3.
 

DIGITIZATION TASKS

Revision 12009-10-09 - unknown

Line: 1 to 1
Added:
>
>

Cosmic Simulation Fall 2009 Production

Details

  • After the first production in sprint 2009, a second cosmic sim production has been launched on October 9, 2009.
  • Several new features will be included in the simulation:
    • Calo volume filter will be used for the first time
    • Momentum slicing will be used for some of the samples
    • Additional track records will be in the ESD
    • A new 'perigee' truth record will be included
    • The muon system timing has grown closer to reality (particularly for the MDTs)
    • Additional truth will be saved in the calorimetry
  • For this simulation will be done with release 15.3.1.5,AtlasProduction
  • Reconstruction will be done with a release like 15.3.1.8,AtlasProduction (exact release still needs to be built) to be as consistent with MC09
  • The transform commands that will be run are similar to those described at CosmicSimHowTo
  • As discussed in data preparation the first production will produce the following statistics (all with fields on):
1M Pixel Volume
1.5M ID Volume
1M Calo Volume
0.5M Calo Volume with 100<p<300 GeV
0.5M Calo Volume with 300<p<1000 GeV
0.5M Calo Volume with 1 TeV<p
  • 5 Million events in all. Afterwards, we may on-demand increase the statistics considerably (a factor of 10 or more)
  • The breakdown in terms of sim and reco jobs should be:
s: 25000 evts/output, d:  150k events/output; r: 150k events/output.
eff=0.01
MC8.108865.CosSimPixVolSolOnTorOn.py
s: 50k evts/output: d: 400k events/output r: 400k events/output
eff=0.0036
MC8.108867.CosSimIDVolSolOnTorOn.py
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108872.CosSimCaloVolSolOnTorOn.py
eff=1/30
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108873.CosSimCaloVolSolOnTorOn_sl2.py
eff=1/30
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108874.CosSimCaloVolSolOnTorOn_sl3.py
eff=1/30
s: 30000 evts/output, d: 60000 evts/output r: 60000 evts/output
MC8.108875.CosSimCaloVolSolOnTorOn_sl4.py
eff=1/30

Actual commands submitted


SIMULATION TASKS:
------------------------------
Pixel sim:
csc_cosmics_sim_trf.py outputHitsFile=???? maxEvents=25000 runNumber=???? firstEvent=???? physicsList=QGSP_BERT randomSeed=???? geometryVersion=ATLAS-GEO-08-00-01 CosmicFilterVolume=TRT_Barrel CosmicFilterVolume2=Pixel jobConfig= CosmicsWithExtraTruth.py DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz
where you fill in the ???'s on the per job basis (except runnumber which you set to the same thing for all jobs in this task).
firstEvent should be n*25000 where n=the job number in this task.

number of jobs in this task should be: 4002

ID sim:
csc_cosmics_sim_trf.py outputHitsFile=???? maxEvents=50000 runNumber=???? firstEvent=???? physicsList=QGSP_BERT randomSeed=???? geometryVersion=ATLAS-GEO-08-00-01 CosmicFilterVolume=TRT_Barrel CosmicFilterVolume2=TRT_EC jobConfig=CosmicsWithExtraTruth.py DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz
where you fill in the ???'s on the per job basis (except runnumber which you set to the same thing for all jobs in this task).
firstEvent should be n*50000 where n=the job number in this task.

number of jobs in this task should be: 8336

Calo sim:
csc_cosmics_sim_trf.py outputHitsFile=???? maxEvents=30000 runNumber=???? firstEvent=???? physicsList=QGSP_BERT randomSeed=???? geometryVersion=ATLAS-GEO-08-00-01 CosmicFilterVolume=Calo CosmicFilterVolume2=NONE jobConfig= CosmicsWithExtraTruth.py CosmicPtSlice=slice2 DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz
where you fill in the ???'s on the per job basis (except runnumber which you set to the same thing for all jobs in this task).
firstEvent should be n*30000 where n=the job number in this task.

The CosmicPtSlice parameter can take the values 'NONE' (all momenta), 'slice1' (p<100 GeV), 'slice2' (100<p<300 GeV), 'slice3' (300<p<1000 GeV), or 'slice4' (1 TeV<p).  No production was requested with 'slice1'.

number of jobs in this task should be: 1000 with all momenta and 500 each of slice2, slice3, and slice4.


DIGITIZATION TASKS
------------------------------
csc_digi_trf.py inputHitsFile=???? outputRDOFile=???? maxEvents=-1 skipEvents=0 geometryVersion=ATLAS-GEO-08-00-01 jobConfig=SimuJobTransforms/CosmicsDigitConfig.py digiSeedOffset1=0 digiSeedOffset2=0 minbiasHitsFile=NONE cavernHitsFile=NONE DBRelease=/afs/cern.ch/atlas/www/GROUPS/DATABASE/pacman4/DBRelease/DBRelease-7.4.1.tar.gz digiRndmSvc=AtRanluxGenSvc samplingFractionDbTag=QGSP_BERT

where you fill in the ????.  The input here for each job should be several files as output from the simulation tasks (comma separated list of files as inputHitsFile= argument).

Reconstruction tasks

  • Reconstruction has not started running yet
  • It will use a command like:
Reco_trf.py inputRDOFile=???? preInclude=CosmicSimulationRecoSetup-HLT.py,RecExCommission/RecExCommission.py beamType=cosmics HIST=myMergedMonitoring09.root outputTAGComm=myTAGCOMM.root outputCBNT=myCommission.ntuple.root outputESDFile=esd09.pool.root outputAODFile=aod09.pool.root geometryVersion=ATLAS-GEO-08-00-00 --ignoreunknown
  • (not sure if we should use ignoreunknown or ignoreall ??
  • Assorted details
where the output files:
myTAGCOMM.root
myMergedMonitoring.root
aod09.pool.root 
esd09.pool.root
should of course have their filename depending on the input data, and should all be kept and registered with DDM (dq2).

We should take 1 input RDO file for 1 job.

Available reconstructed data

  • No data yet - look back here soon!

-- ZacharyMarshall - 09-Oct-2009

 
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