LHCb Web>LHCbComputing>LHCbSimulation>ValidationSamples>GeneratorRequests (revision 17)~~EditAttachPDF~~

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

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

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