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Request of 26th January 2009

for production to validate generator phase for physics production

DST files for all event types in the table to be produced. For the first 10k of each type keep the SIM files.

Event types and status of production

Sample DecFiles EvtType No. of events Responsible ProdID Status
Bs→J/ψ(μ+μ−)φ(Κ+Κ−) Bs_Jpsiphi,mm=CPV,DecProdCut.dec 13144002 50k Olivier Leroy 3982 Completed
Bs→J/ψ(e+e−)φ(Κ+Κ−) Bs_Jpsiphi,ee=CPV,DecProdCut.dec 13154002 50k Olivier Leroy 3984 Completed
B−→D(KSπ+π−)Κ−, Bu_D0K,KSpipi=CPV,DecProdCut.dec 12165103 50k Jim Libby 3985 Completed
B0→D−(K+π−π−)ρ+(π+π0) Bd_D-rho+=DecProdCut.dec 11164401 50k Jim Libby 3986 Completed
Bs→Κ+Κ− Bs_K+K-=CPV,DecProdCut.dec 13102002 50k Vincenzo Vagnoni 3987 Completed
Bs→μ+μ− Bs_mumu=DecProdCut.dec 13112001 50k Frederic Teubert 3988 Completed
Bs→φγ Bs_phigamma=DecProdCut.dec 13102201 50k Vanya Belyaev 3989 Completed
B0->K∗0(K+π−)μ+μ− Bd_Kstmumu=DecProdCut.dec 11114001 50k Mitesh Patel 3990 Completed
Minimum bias minbias.dec 30000000 100k Raluca Muresan 3991 Completed
J/ψ(1S)→μ+μ− incl_Jpsi,mm=DecProdCut 24142001 100k Wenbin Quian 3992 Completed
B0→π+π-π0 Bd_pipipi=CPV,DecProdCut.dec 11102402 50k Olivier Deschamps 3993 Completed

Software configuration

Three steps: Gauss → Boole → Brunel in sequence with the following configuration:
Step 1.a to generate signal Gauss v36r1
DecFiles v16r0 default
Tag of DDDB and SIMCOND head-20090112, sim-20090112
Generator to be used Pythia
Configuration (as set in default): Beam energy 7 TeV
Velo Closed
Magnet polarity Down
Luminosity 2x10^32
Options for all jobs: Gauss-2008.py
LHCbApp().DDDBTag = head-20090112
LHCbApp().CondDBTag = sim-20090112
Beam7TeV-VeloClosed-MagDown.py
$DECFILEROOT/options/EventType.opts
$LBPYTHIAROOT/options/Pythia.opts
Step 1.b to generate spillover Gauss v36r1
DecFiles v16r0 default
Tag of DDDB and SIMCOND head-20090112, sim-20090112
Generator to be used Pythia
Configuration (as set in default): Beam energy 7 TeV
Velo Closed
Magnet polarity Down
Luminosity 2x10^32
Options for all jobs: Gauss-2008.py
LHCbApp().DDDBTag = head-20090112
LHCbApp().CondDBTag = sim-20090112
Beam7TeV-VeloClosed-MagDown.py
$DECFILEROOT/options/30000000.opts
$LBPYTHIAROOT/options/Pythia.opts
Step 2 Boole v17r2
Tag of DDDB and SIMCOND head-20090112, sim-20090112 default
Spillover On
Options for all jobs: Boole-2008.py
LHCbApp().DDDBTag = head-20090112
LHCbApp().CondDBTag = sim-20090112
Boole().useSpillover = True
EventSelector("SpillOverSelector").Input = [...]
Step 3 Brunel v34r1p1
Tag of DDDB and SIMCOND head-20090112, sim-20090112 default
Magnetic field On
Options for all jobs: Brunel-2008-MC.py
LHCbApp().DDDBTag = head-20090112
LHCbApp().CondDBTag = sim-20090112

-- GloriaCorti - 23 Jan 2009

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Topic revision: r17 - 2009-02-04 - StuartPaterson
 
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