Difference: UpgradeSimulationProductions (29 vs. 30)

Revision 302013-04-30 - PaulSzczypka

Line: 1 to 1
 
META TOPICPARENT name="SimulationUpgrade"

Centrally Produced Simulation samples for Upgrade studies

Line: 21 to 21
 The crossing angle is assumed to be horizontal (beam1/beam2) due to the LHCb magnet (field pointing down) and related MBXW compensator and MBXWS correctors. The sign on the angle is flipped in the case of field pointing up. An external vertical crossing angle of
Changed:
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is assumed to ensure no parasitic collisions occurs in the Long Straight Section (LSS8).
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is assumed to ensure no parasitic collisions occurs in the Long Straight Section (LSS8).
  Initially only one of the polarity of the magnet will be simulated, magnet down. Only for very special studies the other polarity will also be produced.

and are not yet known and are related to the virtual Luminosity needed at the start of fill and to the procedure that will be used for the luminosity leveling during the fills. Since may vary between 3 and 15 m, in order to simulate the most difficult conditions to reconstruct a is chosen since it will give a narrower primary vertex transverse distributions. A normalized emittance of is chosen as it may be possible to reach after LS2 and also makes for a smaller beam size.

Changed:
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The number of total/visible collisions per bunch crossing, will depend of the chosen constant Luminosity it will be decided to run the Upgrade detector. In order to cover both the initial and what is at the moment considered the ultimate luminosity a few central samples will be produced for both 3.4 and 6.8 corresponding to a Luminosity of and with 2684 colliding bunches (2808 filled bunches - 164 not colliding in IP8), 25 ns bunch spacing, ) and a total cross section from Pythia of .
>
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The number of total/visible collisions per bunch crossing, will depend of the chosen constant Luminosity it will be decided to run the Upgrade detector. In order to cover both the initial and what is at the moment considered the ultimate luminosity a few central samples will be produced for both 3.8 and 7.6 corresponding to a Luminosity of and with 2400 colliding bunches (2808 filled bunches - 408 not colliding in IP8), 25 ns bunch spacing, ) and a total cross section from Pythia of . The latest official nominal scheme is summarised in the table below.
  An explanation of and their relations is available at this page.
Added:
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Parameter Value
beam energy 7TeV
# bunches colliding in IP8 2400
bunch Z RMS 90mm
half angle horizontal 135 urad
half angle vertical 120 urad
luminosity 2e33 Hz/cm2
bunch charge 1.2e11 protons

Derived parameter Value
nu 7.596 (for sigma_total 102.5 mb)
bunch X,Y RMS 37.70 um
 

Detectors configurations

A few different detectors configuration are produced and can be found in the book-keeping via part of the name of the *Simulation Conditions*. A full explanation is given in the description of the simulation conditions itself.
Line: 63 to 78
 
EventType Channel (DecFiles) Detector configuration Beam Conditions No. of events Output type Purpose Status Location
30000000 minimum bias VP + UT + FT (no preference for rich) tbd 1M (10 M would be even better) xdst trigger timing and retention Watch on hold until tracking algorithms are more advanced  
13104013 Bs_phiphi=CDFAmp,DecProdCut,hpt400 VP + UT + large IT + OT + without aerogel nu=3.8 with spillover 10k sim once geometry is ready No geometry not yet available  
Changed:
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13104012 Bs_phiphi=CDFAmp,DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
27165100 Dst_D0pi,KSpipi,DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
13102201 Bs_phigamma=DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
11114001 Bd_Kstmm=DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
30000000 minimum bias VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
13104012 Bs_phiphi=CDFAmp,DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
27165100 Dst_D0pi,KSpipi,DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
11114001 Bd_Kstmm=DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
13102201 Bs_phigamma=DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
30000000 minimum bias VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Watch on hold  
                 
13104012 Bs_phiphi=CDFAmp,DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document In Progress MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/13104012/XDST
27165100 Dst_D0pi,KSpipi,DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/27165100/XDST
11114001 Bd_Kstmm=DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/11114001/XDST
13102201 Bs_phigamma=DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/13102201/XDST  
30000000 minimum bias VP_Compact_Pocofoam + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/30000000/XDST
13104012 Bs_phiphi=CDFAmp,DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document In Progress MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/13104012/XDST
27165100 Dst_D0pi,KSpipi,DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/27165100/XDST
13102201 Bs_phigamma=DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/13102201/XDST
11114001 Bd_Kstmm=DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/11114001/XDST
30000000 minimum bias VP_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/30000000/XDST
                 
13104012 Bs_phiphi=CDFAmp,DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document In Progress MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/13104012/XDST
27165100 Dst_D0pi,KSpipi,DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/27165100/XDST
11114001 Bd_Kstmm=DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/11114001/XDST
13102201 Bs_phigamma=DecProdCut VP_Compact_Pocofoam + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/13102201/XDST
30000000 minimum bias VP_Compact_Pocofoam + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/30000000/XDST
13104012 Bs_phiphi=CDFAmp,DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document In Progress MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/13104012/XDST
27165100 Dst_D0pi,KSpipi,DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/27165100/XDST
13102201 Bs_phigamma=DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/13102201/XDST
11114001 Bd_Kstmm=DecProdCut VP_Compact_MicroChannel + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/11114001/XDST
30000000 minimum bias VP_Compact_MicroChannel + UT + FT + without aerogel nu=7.6 and no spillover 100k xdst second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/30000000/XDST
                 
27165100 Dst_D0pi,KSpipi,DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/27165100/XDIGI
11114001 Bd_Kstmm=DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/11114001/XDIGI
13102201 Bs_phigamma=DecProdCut VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/13102201/XDIGI
30000000 minimum bias VL_Compact_TPG + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/30000000/XDIGI
27165100 Dst_D0pi,KSpipi,DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/27165100/XDIGI
13102201 Bs_phigamma=DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/13102201/XDIGI
11114001 Bd_Kstmm=DecProdCut VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/11114001/XDIGI
30000000 minimum bias VL_Compact_MicroChannel + UT + FT + without aerogel nu=3.8 and no spillover 10k xdigi second set of channels for UPT document Done MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/30000000/XDIGI
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Upgrade Velo Samples

Detector configuration Beam Conditions EventTypes Output type No. of events Request Location
VP1-UT-FT nu=3.8 and no spillover 10000000 xdst sim 11438 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   11114001 xdst sim 11179 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   13102201 xdst sim 11179 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   13104012 xdst sim 11214 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   27165100 xdst sim 11179 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   30000000 xdst sim 11179 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT nu=7.6 and no spillover 10000000 xdst sim 11383 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   11114001 xdst sim 11191 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   13102201 xdst sim 11191 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   13104012 xdst sim 11224 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   27165100 xdst sim 11191 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP1-UT-FT   30000000 xdst sim 11191 MC/Upgrade/Beam7000GeV-VP1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT nu=3.8 and no spillover 10000000 xdst sim 11440 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   11114001 xdst sim 11185 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   13102201 xdst sim 11185 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   13104012 xdst sim 11219 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   27165100 xdst sim 11185 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   30000000 xdst sim 11185 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT nu=7.6 and no spillover 10000000 xdst sim 11366 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   11114001 xdst sim 11366 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   13102201 xdst sim 11366 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   13104012 xdst sim 11366 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   27165100 xdst sim 11366 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VP2-UT-FT   30000000 xdst sim 11366 MC/Upgrade/Beam7000GeV-VP2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT nu=3.8 and no spillover 10000000 xdst sim 11424 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   11114001 xdst sim 11424 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   13102201 xdst sim 11424 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   13104012 xdst sim 11424 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   27165100 xdst sim 11424 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   30000000 xdst sim 11424 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT nu=7.6 and no spillover 10000000 xdst sim 11393 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   11114001 xdst sim 11393 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   13102201 xdst sim 11393 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   13104012 xdst sim 11393 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   27165100 xdst sim 11393 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL1-UT-FT   30000000 xdst sim 11393 MC/Upgrade/Beam7000GeV-VL1.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT nu=3.8 and no spillover 10000000 xdst sim 11431 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   11114001 xdst sim 11431 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   13102201 xdst sim 11431 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   13104012 xdst sim 11431 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   27165100 xdst sim 11431 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   30000000 xdst sim 11431 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu3.8-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT nu=7.6 and no spillover 10000000 xdst sim 11385 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   11114001 xdst sim 11385 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   13102201 xdst sim 11385 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   13104012 xdst sim 11385 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   27165100 xdst sim 11385 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
VL2-UT-FT   30000000 xdst sim 11385 MC/Upgrade/Beam7000GeV-VL2.UT.FT-MagDown-Nu7.6-Pythia6/Sim08/Digi13/Reco14U1/
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