Samples for validation of the simulation in view of production

Two different macro-sets are produced depending on what need to be validated

Generator phase: Physics samples

They are few signal channels and a list of people are responsible for looking at the files and reporting on the results, hence giving a green light before a production can be started.

For this set of samples the whole application chain needs to be run, Gauss → Boole → Brunel, and dst files produced.

For the first 10k events also the sim and digi files are kept.

The event samples are available from the new book-keeping that is accessible, for the time beeing, on linux by typing

lhcb_bkk

The sample ares in the MC 2008 folder. You will need to provide your grid certificate password when prompted.

List and status of requests (gen phase)

Reference samples

Sample	DecFiles	EvtType	No. of events	Responsible
Minimum bias	minbias.dec	30000000	100k	Raluca Muresan
ψ(2S))→μ+μ−	incl_psi2S,mm=DecProdCut	28142001	100k	Wenbin Quian
J/ψ(1S))→μ+μ−	incl_Jpsi,mm=DecProdCut	24142001	100k	Wenbin Quian
Bs→J/ψ(e+e−)φ(Κ+Κ−)	Bs_Jpsiphi,ee=CPV,DecProdCut.dec	13154002	50k	Olivier Leroy
Bs→J/ψ(μ+μ−)φ(Κ+Κ−)	Bs_Jpsiphi,mm=CPV,DecProdCut.dec	13144002	50k	Olivier Leroy
Bs→μ+μ−	Bs_mumu=DecProdCut.dec	13112001	50k	Frederic Teubert
Bs→φγ	Bs_phigamma=DecProdCut.dec	13102201	50k	Vanya Belyaev
Bs→Κ+Κ−	Bs_K+K-=CPV,DecProdCut.dec	13102002	50k	Vincenzo Vagnoni
B−→D(KSπ+π−)Κ−	Bu_D0K,KSpipi=CPV,DecProdCut.dec	12165103	50k	Jim Libby
B0→D−(K+π−π−)ρ+(π+π0)	Bd_D-rho+=DecProdCut.dec	11164401	50k	Jim Libby
B0->K∗0(K+π−)μ+μ−	Bd_Kstmumu=DecProdCut.dec	11114001	50k	Mitesh Patel
B0→π+π-π0	Bd_pipipi=CPV,DecProdCut.dec	11102402	50k	Olivier Deschamps

Simulation phase: Particle-gun, min bias and b inclusive samples

They are particle guns samples and small min bias/b inclusive samples. The sub-detectors are responsible for looking at the files and reporting on the results, hence giving a green light before a production can be started.

For the particle guns Gauss → Boole need to be run and sim+digi files need to be kept.

For min bias and b inclusive samples Gauss → Boole → Brunel need to be run and sim, digi and dst files need to be kept.

The event samples are available from the new book-keeping that is accessible, for the time beeing, on linux by typing

lhcb_bkk

The sample ares in the MC-2008, MC-2008-HT, MC-2008-LT and MC-2008-QGSP folders. You will need to provide your grid certificate password when prompted.

List and status of requests (sim phase)

General reference samples

Sample	EvtType	No. of events	Physics(list and cuts)	Responsible
MinimumBias	30000000	5 K	LHEP + EM option1 + DRay off + KineHT	lhcb-gauss
		5 K	LHEP + EM option1 + DRay on + KineHT	lhcb-gauss
		5 K	LHEP + EM option1 + DRay on + KineLT	lhcb-gauss
		5 K	QGSP + EM option1 + DRay off + KineHT	lhcb-gauss
Inclusive b	10000000	20 K	LHEP + EM option1 + DRay off + KineHT	lhcb-gauss
		20 K	LHEP + EM option1 + DRay on + KineHT	lhcb-gauss
		20 K	LHEP + EM option1 + DRay on + KineLT	lhcb-gauss
		20 K	QGSP + EM option1 + DRay off + KineHT	lhcb-gauss

ParticleGun Reference samples

Sample: Type	& Energy	EvtType	Physics(list and cuts)	No. of events	Responsible
pi+/pi-	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV, 33.8 GeV, 50 GeV, 100 GeV, 120 GeV, 168 GeV	53230100, 53230200, 53230400, 53210001, 53210005, 53210010, 53210017, 53210034, 53210050, 53210100, 53210120, 53210168	LHEP + EM option1 + DRay off + KineHT	80 K for each energy and physics setting	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	80 K for each energy and physics setting	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	80 K for each energy and physics setting	lhcb-gauss
e+/e-	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	51230100, 51230200, 51230400, 51210001, 51210005, 51210010, 51210017, 51210034, 51210050, 51210100, 51210120, 51210168	LHEP + EM option1 + DRay off + KineHT	80 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	80 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	80 K for each energy	lhcb-gauss
mu+/mu-	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	52230100, 52230200, 52230400, 52210001, 52210005, 52210010, 52210017, 52210034, 52210050, 52210100, 52210120, 52210168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy	lhcb-gauss
K+/K-	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	54230100, 54230200, 54230400, 54210001, 54210005, 54210010, 54210017, 54210034, 54210050, 54210100, 54210120, 54210168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy	lhcb-gauss
p/p~	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	55230100, 55230200, 55230400, 55210001, 55210005, 55210010, 55210017, 55210034, 55210050, 55210100, 55210120, 55210168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy	lhcb-gauss
J/Psi	20 GeV < E < 140 GeV	59010140	LHEP + EM option1 + DRay off + KineHT	50 K	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K	lhcb-gauss
pi+/pi- in calos	1 GeV, 5 GeV, 10 GeV, 16.8 GeV, 33.8 GeV, 50 GeV, 100 GeV, 120 GeV, 168 GeV	53200001, 53200005, 53200010, 53200017, 53200034, 53200050, 53200100, 53200120, 53200168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy and physics setting	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy and physics setting	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy and physics setting	lhcb-gauss
e- in calos	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	51000001, 51000005, 51000010, 51000017, 51000034, 51000050, 51000100, 51000120, 50010168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy	lhcb-gauss
gamma in calos	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	56000001, 56000005, 56000010, 56000017, 56000034, 56000050, 56000100, 56000120, 56010168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy	lhcb-gauss
pi0 in calos	0.1 GeV, 0.2 GeV, 0.4 GeV, 1 GeV, 5 GeV, 10 GeV, 16.8 GeV , 33.8 GeV , 50 GeV ,100 GeV, 120 GeV, 168 GeV	57000001, 57000005, 57000010, 57000017, 57000034, 57000050, 57000100, 57000120, 57010168	LHEP + EM option1 + DRay off + KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineHT	50 K for each energy	lhcb-gauss
			LHEP + EM option1 + DRay on+ KineLT	50 K for each energy	lhcb-gauss

Legenda for Physics (lists and cuts)

• LHEP parameterised modeling of hadronic interactions (G4)
• QGSP modeling using Quark Gluon String model for high energy hadronic interactions of protons, neutrons, pions, and Kaons. The high energy interaction creates an exited nucleus, which is passed to the precompound model modeling the nuclear de-excitation. (G4)
• EM option1 EM processes using parameters optimised for better CPU performance at the cost slightly less precise physics (G4)
• EM standard EM processes with default setting using standard parameters tuned for best physics performance (G4)
• DRay off production cuts as follow: e- 10 km, e+ 5 mm, gamma 10 mm (G4)
• DRay on production cuts as follow: e- 5 mm, e+ 5 mm, gamma 5 mm (G4)
• KineHT tracking cuts (kinetic E) as follow: hadrons/mu+/mu- 10 MeV, e+/e-/gamma 1 MeV, others none (Gauss)
• KineLT tracking cuts (kinetic E) as follow: hadrons/mu+/mu- 1 MeV, e+/e-/gamma 0.1 MeV, others none (Gauss)

-- Last edited: GloriaCorti - 12 Dec 2008