LPSC Monte Carlo productions in ATLAS using ATLFAST

AtlFast Monte Carlo Production at LPSC

[SingleTopTwiki] - [TopTwiki] - [Top-Meetings] - [TopPhysics@LPSC] - [ATLAS Collector]

Monte Carlo Generators

Generator interface in ATLAS : ATLAS Generator Page

Generator Validation @ ATLAS Top Group: MC Validation (AcerMC vs Toprex)

Generator Validation in ATLAS for single-top : AcerMC vs TopRex

Documentation at LPSC:

MC@NLO : local MC@NLO page

PYTHIA : local PYTHIA page

TopRex : local TOPREX page

HERWIG : local HERWIG page

AcerMC : local ACERMC page

Atlfast (hbook) datasets

Available Samples :

Processus Final State Generator Parameters # events File Name
s-channel
s-channel samples (2.2 Gb)
.
W*-> tb e nu bb TOPREX 4. ISR/FSR/mt=175 1.1 M sgtop_sch_keyhad3_keystr7_mt175_200k_XX.ntp
W*-> tb e nu bb AcerMC 3.1 ISR/FSR/mt=175 100k sgtop_acermc_schannel_cteq5l.ntp
W*-> tb e nu bb TOPREX 4. ISR/FSR/mt=170 1.3 M sgtop_sch_keyhad3_keystr7_mt170_200k_XX.ntp
W*-> tb e nu bb TOPREX 4. ISR/FSR/mt=180 0.9 M sgtop_sch_keyhad3_keystr7_mt180_200k_XX.ntp
W*-> tb e nu bb TOPREX 4. ISR/FSR/mt=185 0.7 M sgtop_sch_keyhad3_keystr7_mt185_200k_XX.ntp
W*-> tb e+ nu bb TOPREX 4. ISR/FSR/mt=175 1 M sgtop_sch_pos_xx.ntp (100k)
W*-> tb e- nu bb TOPREX 4. ISR/FSR/mt=175 1 M sgtop_sch_neg_xx.ntp (100k)
W*-> tb mu+ nu bb TOPREX 4. ISR/FSR/mt=175 1 M sgtop_sch_muo_pos_xx.ntp (100k)
W*-> tb mu- nu bb TOPREX 4. ISR/FSR/mt=175 1 M sgtop_sch_muo_neg_xx.ntp (100k)
W*-> tb tau+ nu bb TOPREX 4. ISR/FSR/mt=175 1 M sgtop_sch_tau_pos_xx.ntp (100k)
W*-> tb e nu bb TOPREX 4. NO ISR/FSR/mt=175 1 M sgtop_sch_ele_keyhad5_pos_XX.ntp
W*-> tb e nu bb TOPREX 4. ISR/NO FSR/mt=175 1 M sgtop_sch_ele_keyhad6_pos_xx.ntp
W*-> tb e nu bb TOPREX 4. ISR/NO FSR/mt=175 0.3 M PDF: sgtop_sch_ele_keyhad3_keystr1_mt175.ntp
PDF: sgtop_sch_ele_keyhad3_keystr2_mt175.ntp
PDF: sgtop_sch_ele_keyhad3_keystr3_mt175.ntp

t-channel
t-channel samples (1.3 Gb)
.
Wg->tq(b) enub q(b) TOPREX 4. ISR/FSR/mt=175 1.1 M sgtop_tch_keyhad3_keystr7_mt175_100k_XX.ntp
Wg->tq(b) enub q(b) TOPREX 4. ISR/FSR/mt=170 1.0 M sgtop_tch_keyhad3_keystr7_mt170_100k_XX.ntp
Wg->tq(b) enub q(b) TOPREX 4. ISR/FSR/mt=180 1.0 M sgtop_tch_keyhad3_keystr7_mt180_100k_XX.ntp
Wg->tq(b) enub q(b) TOPREX 4. ISR/FSR/mt=185 1.0 M sgtop_tch_keyhad3_keystr7_mt185_100k_XX.ntp
Wg->tq(b) enub q(b) TOPREX 4. NO ISR/FSR/mt=175 1.0 M sgtop_tch_keyhad5_keystr7_mt175_100k_XX.ntp
Wg->tq(b) enub q(b) TOPREX 4. ISR/NO FSR/mt=175 1.0 M sgtop_tch_keyhad6_keystr7_mt175_100k_XX.ntp
Wg->tq(b) tau+nubq(b) TOPREX 4. ISR/NO FSR/mt=175 1.0 M sgtop_tch_tau_pos_xx.ntp
Wg->tq(b) munubq(b) TOPREX 4. ISR/NO FSR/mt=175 0.1 M sgtop_tch_muo_100k.ntp

W+t channel
W+t samples (2.2 Gb)
.
W+t-channel e- nu b qq TOPREX 4. ISR/FSR/mt=175 0.9 M sgtop_wt_keyhad3_keystr7_mt175_100k_XX.ntp
W+t-channel e- nu b qq TOPREX 4. ISR/FSR/mt=180 1.1 M sgtop_wt_keyhad3_keystr7_mt180_100k_XX.ntp
W+t-channel e- nu b qq TOPREX 4. ISR/FSR/mt=185 0.8 M sgtop_wt_keyhad3_keystr7_mt185_100k_XX.ntp
W+t-channel e- nu b qq TOPREX 4. ISR/FSR/mt=170 0.9 M sgtop_wt_keyhad3_keystr7_mt170_100k_XX.ntp
W+t-channel tau- nu b qq TOPREX 4. ISR/FSR/mt=175 1.0 M sgtop_wt_tau_keyhad3_XX.ntp
W+t-channel e+ nu b qq TOPREX 4. ISR+FSR/mt=175 1.0 M sgtop_wt_pos_xx.ntp
W+t-channel e+ nu b qq TOPREX 4. No ISR/mt=175 1.0 M sgtop_wt_pos_noisr_xx.ntp
W+t-channel e+ nu b qq TOPREX 4. No FSR/mt=175 1.0 M sgtop_wt_pos_nofsr_xx.ntp

Top pair
available soon
.
dilepton enub enub TOPREX 4. ISR/FSR/mt=175 0.75 M ttbar_dilepton_xx.ntp
dilepton enub enub TOPREX 4. NO ISR/mt=175 1.0 M ttbar_dilep_ele_keyhad5_pos_XX.ntp
dilepton enub enub TOPREX 4. NO FSR/mt=175 1.0 M ttbar_dilep_ele_keyhad6_pos_XX.ntp
dilepton taunub taunub TOPREX 4. ISR/FSR/mt=175 0.75 M ttbar_ditau_XX.ntp
tau+jets taunub jjb TOPREX 4. ISR/FSR/mt=175 1.0 M ttbar_taujet_XX.ntp
lepton+jets enub jjb TOPREX 4. ISR/FSR/mt=175 1.0 M ttbar_xx.ntp
Top pair enub jjb TOPREX 4. NO ISR/mt=175 1.0 M ttbar_XX.ntp
Top pair enub jjb TOPREX 4. NO FSR/mt=175 1.0 M ttbar_XX.ntp

QCD bb
QCD bb samples (1.5 Gb)
.
QCD bbar HERWIG ISR/FSR 10 M qcd_bb_xxx.ntp (100k each)
W+jet/WZ
WZ samples (230 Mb)
.
WZ e nu + bb TOPREX ISR/FSR 1.0 M wz_enubb_xx.ntp
W bb (e nu) bb TOPREX ISR/FSR 1.0 M wqqbar_ele_100k_xx.ntp
W bb (e nu) bb TOPREX No ISR 1.0 M wqq_pos_keyhad5_xx.ntp
W bb (e nu) bb TOPREX No FSR 1.0 M wqq_pos_keyhad6_xx.ntp
W bb (e nu) bb AcerMC 3.1 ISR/FSR/mt=175 100k wbb_acermc_cteq5l.ntp
W+jets (e+nu)j(j) Herwig ISR/FSR 1M wjet_enujet_pos_xx.ntp
Zbb
ZBB samples (72 Mb)
.
Z bb e-e+bb AcerMC 3.1 ISR/FSR 300k zbb_llbb_xx.ntp
Higgs H+/-
not available
.
H+->tb (e nu b) b TOPREX tan(b)=5,MH=200-300 50k x 10 light_higgs_tanb05_00.ntp to
light_higgs_tanb05_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=10,MH=200-300 50k x 10 light_higgs_tanb10_00.ntp to
light_higgs_tanb10_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=15,MH=200-300 50k x 10 light_higgs_tanb15_00.ntp to
light_higgs_tanb15_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=20,MH=200-300 50k x 10 light_higgs_tanb20_00.ntp to
light_higgs_tanb20_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=25,MH=200-300 50k x 10 light_higgs_tanb25_00.ntp to
light_higgs_tanb25_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=30,MH=200-300 50k x 10 light_higgs_tanb30_00.ntp to
light_higgs_tanb30_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=35,MH=200-300 50k x 10 light_higgs_tanb35_00.ntp to
light_higgs_tanb35_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=40,MH=200-300 50k x 10 light_higgs_tanb40_00.ntp to
light_higgs_tanb40_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=45,MH=200-300 50k x 10 light_higgs_tanb45_00.ntp to
light_higgs_tanb45_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=50,MH=200-300 50k x 10 light_higgs_tanb50_00.ntp to
light_higgs_tanb50_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=5,MH=300-400 50k x 10 heavy_higgs_tanb05_00.ntp to
heavy_higgs_tanb05_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=10,MH=300-400 50k x 10 heavy_higgs_tanb10_00.ntp to
heavy_higgs_tanb10_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=15,MH=300-400 50k x 10 heavy_higgs_tanb15_00.ntp to
heavy_higgs_tanb15_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=20,MH=300-400 50k x 10 heavy_higgs_tanb20_00.ntp to
heavy_higgs_tanb20_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=25,MH=300-400 50k x 10 heavy_higgs_tanb25_00.ntp to
heavy_higgs_tanb25_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=30,MH=300-400 50k x 10 heavy_higgs_tanb30_00.ntp to
heavy_higgs_tanb30_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=35,MH=300-400 50k x 10 heavy_higgs_tanb35_00.ntp to
heavy_higgs_tanb35_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=40,MH=300-400 50k x 10 heavy_higgs_tanb40_00.ntp to
heavy_higgs_tanb40_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=45,MH=300-400 50k x 10 heavy_higgs_tanb45_00.ntp to
heavy_higgs_tanb45_10.ntp
H+->tb (e nu b) b TOPREX tan(b)=50,MH=300-400 50k x 10 heavy_higgs_tanb50_00.ntp to
heavy_higgs_tanb50_10.ntp

Monte Carlo Generator Documentation

PYTHIA Documentation :
PYTHIA 6.2 Manual : (ps) (pdf) PYTHIA short write-up : PYTHIA write-up (ps)

TopReX Documentation :
TOPREX Manual : TOPREX (pdf)
TOPREX Web page: site
TOPREX Processes parameter List: txpar.dat
"s-channel" : q+qbar'-->t+bbar with t->bW->b e nu(e)
"t-channel" : q+g--> qbar'+t+bbar with t->bW->b e nu(e) (2-->3)
"Wt-associated" : b+g-->W+t with t->bW->b e nu(e) & W->jj
WQQ production : WQQ (Q=b,c)
ttbar pair : ttbar

AlpGen Documentation (from Marseille Group):
Manual : AlpGen (ps)

MC@NLO Documentation (Marseille Group) :
Manual : MC@NLO (ps)

PYTHIA : PYTHIA generator doc
TopRex : TOPREX generator doc
HERWIG : HERWIG generator doc
AcerMC : ACERMC generator doc
Monte Carlo Validation : AcerMC for single-top

Documentation on "how to" generate & in ATLAS :

Production @ ATLAS : Running the full chain
Production @ ATLAS : tutorial at the CC-IN2P3 Tier-1 site: Tutorial
Analysis Tools @ ATLAS : UserAnalysis
Status of ATLAS releases: Receipes for Atlas releases
Single-top available Samples : Production NIKHEF site

Back to Home page

Processus	Final State	Generator	Parameters	# events	File Name
s-channel					s-channel samples (2.2 Gb) .
*W-> tb**	e nu bb	TOPREX 4.	ISR/FSR/mt=175	1.1 M	sgtop_sch_keyhad3_keystr7_mt175_200k_XX.ntp
*W-> tb**	e nu bb	AcerMC 3.1	ISR/FSR/mt=175	100k	sgtop_acermc_schannel_cteq5l.ntp
*W-> tb**	e nu bb	TOPREX 4.	ISR/FSR/mt=170	1.3 M	sgtop_sch_keyhad3_keystr7_mt170_200k_XX.ntp
*W-> tb**	e nu bb	TOPREX 4.	ISR/FSR/mt=180	0.9 M	sgtop_sch_keyhad3_keystr7_mt180_200k_XX.ntp
*W-> tb**	e nu bb	TOPREX 4.	ISR/FSR/mt=185	0.7 M	sgtop_sch_keyhad3_keystr7_mt185_200k_XX.ntp
*W-> tb**	e+ nu bb	TOPREX 4.	ISR/FSR/mt=175	1 M	sgtop_sch_pos_xx.ntp (100k)
*W-> tb**	e- nu bb	TOPREX 4.	ISR/FSR/mt=175	1 M	sgtop_sch_neg_xx.ntp (100k)
*W-> tb**	mu+ nu bb	TOPREX 4.	ISR/FSR/mt=175	1 M	sgtop_sch_muo_pos_xx.ntp (100k)
*W-> tb**	mu- nu bb	TOPREX 4.	ISR/FSR/mt=175	1 M	sgtop_sch_muo_neg_xx.ntp (100k)
*W-> tb**	tau+ nu bb	TOPREX 4.	ISR/FSR/mt=175	1 M	sgtop_sch_tau_pos_xx.ntp (100k)
*W-> tb**	e nu bb	TOPREX 4.	NO ISR/FSR/mt=175	1 M	sgtop_sch_ele_keyhad5_pos_XX.ntp
*W-> tb**	e nu bb	TOPREX 4.	ISR/NO FSR/mt=175	1 M	sgtop_sch_ele_keyhad6_pos_xx.ntp
*W-> tb**	e nu bb	TOPREX 4.	ISR/NO FSR/mt=175	0.3 M	PDF: sgtop_sch_ele_keyhad3_keystr1_mt175.ntp PDF: sgtop_sch_ele_keyhad3_keystr2_mt175.ntp PDF: sgtop_sch_ele_keyhad3_keystr3_mt175.ntp
t-channel					t-channel samples (1.3 Gb) .
Wg->tq(b)	enub q(b)	TOPREX 4.	ISR/FSR/mt=175	1.1 M	sgtop_tch_keyhad3_keystr7_mt175_100k_XX.ntp
Wg->tq(b)	enub q(b)	TOPREX 4.	ISR/FSR/mt=170	1.0 M	sgtop_tch_keyhad3_keystr7_mt170_100k_XX.ntp
Wg->tq(b)	enub q(b)	TOPREX 4.	ISR/FSR/mt=180	1.0 M	sgtop_tch_keyhad3_keystr7_mt180_100k_XX.ntp
Wg->tq(b)	enub q(b)	TOPREX 4.	ISR/FSR/mt=185	1.0 M	sgtop_tch_keyhad3_keystr7_mt185_100k_XX.ntp
Wg->tq(b)	enub q(b)	TOPREX 4.	NO ISR/FSR/mt=175	1.0 M	sgtop_tch_keyhad5_keystr7_mt175_100k_XX.ntp
Wg->tq(b)	enub q(b)	TOPREX 4.	ISR/NO FSR/mt=175	1.0 M	sgtop_tch_keyhad6_keystr7_mt175_100k_XX.ntp
Wg->tq(b)	tau+nubq(b)	TOPREX 4.	ISR/NO FSR/mt=175	1.0 M	sgtop_tch_tau_pos_xx.ntp
Wg->tq(b)	munubq(b)	TOPREX 4.	ISR/NO FSR/mt=175	0.1 M	sgtop_tch_muo_100k.ntp
W+t channel					W+t samples (2.2 Gb) .
W+t-channel	e- nu b qq	TOPREX 4.	ISR/FSR/mt=175	0.9 M	sgtop_wt_keyhad3_keystr7_mt175_100k_XX.ntp
W+t-channel	e- nu b qq	TOPREX 4.	ISR/FSR/mt=180	1.1 M	sgtop_wt_keyhad3_keystr7_mt180_100k_XX.ntp
W+t-channel	e- nu b qq	TOPREX 4.	ISR/FSR/mt=185	0.8 M	sgtop_wt_keyhad3_keystr7_mt185_100k_XX.ntp
W+t-channel	e- nu b qq	TOPREX 4.	ISR/FSR/mt=170	0.9 M	sgtop_wt_keyhad3_keystr7_mt170_100k_XX.ntp
W+t-channel	tau- nu b qq	TOPREX 4.	ISR/FSR/mt=175	1.0 M	sgtop_wt_tau_keyhad3_XX.ntp
W+t-channel	e+ nu b qq	TOPREX 4.	ISR+FSR/mt=175	1.0 M	sgtop_wt_pos_xx.ntp
W+t-channel	e+ nu b qq	TOPREX 4.	No ISR/mt=175	1.0 M	sgtop_wt_pos_noisr_xx.ntp
W+t-channel	e+ nu b qq	TOPREX 4.	No FSR/mt=175	1.0 M	sgtop_wt_pos_nofsr_xx.ntp
Top pair					available soon .
dilepton	enub enub	TOPREX 4.	ISR/FSR/mt=175	0.75 M	ttbar_dilepton_xx.ntp
dilepton	enub enub	TOPREX 4.	NO ISR/mt=175	1.0 M	ttbar_dilep_ele_keyhad5_pos_XX.ntp
dilepton	enub enub	TOPREX 4.	NO FSR/mt=175	1.0 M	ttbar_dilep_ele_keyhad6_pos_XX.ntp
dilepton	taunub taunub	TOPREX 4.	ISR/FSR/mt=175	0.75 M	ttbar_ditau_XX.ntp
tau+jets	taunub jjb	TOPREX 4.	ISR/FSR/mt=175	1.0 M	ttbar_taujet_XX.ntp
lepton+jets	enub jjb	TOPREX 4.	ISR/FSR/mt=175	1.0 M	ttbar_xx.ntp
Top pair	enub jjb	TOPREX 4.	NO ISR/mt=175	1.0 M	ttbar_XX.ntp
Top pair	enub jjb	TOPREX 4.	NO FSR/mt=175	1.0 M	ttbar_XX.ntp
QCD bb					QCD bb samples (1.5 Gb) .
QCD	bbar	HERWIG	ISR/FSR	10 M	qcd_bb_xxx.ntp (100k each)
W+jet/WZ					WZ samples (230 Mb) .
WZ	e nu + bb	TOPREX	ISR/FSR	1.0 M	wz_enubb_xx.ntp
W bb	(e nu) bb	TOPREX	ISR/FSR	1.0 M	wqqbar_ele_100k_xx.ntp
W bb	(e nu) bb	TOPREX	No ISR	1.0 M	wqq_pos_keyhad5_xx.ntp
W bb	(e nu) bb	TOPREX	No FSR	1.0 M	wqq_pos_keyhad6_xx.ntp
W bb	(e nu) bb	AcerMC 3.1	ISR/FSR/mt=175	100k	wbb_acermc_cteq5l.ntp
W+jets	(e+nu)j(j)	Herwig	ISR/FSR	1M	wjet_enujet_pos_xx.ntp
Zbb					ZBB samples (72 Mb) .
Z bb	e-e+bb	AcerMC 3.1	ISR/FSR	300k	zbb_llbb_xx.ntp
Higgs H+/-					not available .
H+->tb	(e nu b) b	TOPREX	tan(b)=5,MH=200-300	50k x 10	light_higgs_tanb05_00.ntp to light_higgs_tanb05_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=10,MH=200-300	50k x 10	light_higgs_tanb10_00.ntp to light_higgs_tanb10_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=15,MH=200-300	50k x 10	light_higgs_tanb15_00.ntp to light_higgs_tanb15_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=20,MH=200-300	50k x 10	light_higgs_tanb20_00.ntp to light_higgs_tanb20_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=25,MH=200-300	50k x 10	light_higgs_tanb25_00.ntp to light_higgs_tanb25_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=30,MH=200-300	50k x 10	light_higgs_tanb30_00.ntp to light_higgs_tanb30_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=35,MH=200-300	50k x 10	light_higgs_tanb35_00.ntp to light_higgs_tanb35_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=40,MH=200-300	50k x 10	light_higgs_tanb40_00.ntp to light_higgs_tanb40_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=45,MH=200-300	50k x 10	light_higgs_tanb45_00.ntp to light_higgs_tanb45_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=50,MH=200-300	50k x 10	light_higgs_tanb50_00.ntp to light_higgs_tanb50_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=5,MH=300-400	50k x 10	heavy_higgs_tanb05_00.ntp to heavy_higgs_tanb05_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=10,MH=300-400	50k x 10	heavy_higgs_tanb10_00.ntp to heavy_higgs_tanb10_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=15,MH=300-400	50k x 10	heavy_higgs_tanb15_00.ntp to heavy_higgs_tanb15_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=20,MH=300-400	50k x 10	heavy_higgs_tanb20_00.ntp to heavy_higgs_tanb20_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=25,MH=300-400	50k x 10	heavy_higgs_tanb25_00.ntp to heavy_higgs_tanb25_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=30,MH=300-400	50k x 10	heavy_higgs_tanb30_00.ntp to heavy_higgs_tanb30_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=35,MH=300-400	50k x 10	heavy_higgs_tanb35_00.ntp to heavy_higgs_tanb35_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=40,MH=300-400	50k x 10	heavy_higgs_tanb40_00.ntp to heavy_higgs_tanb40_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=45,MH=300-400	50k x 10	heavy_higgs_tanb45_00.ntp to heavy_higgs_tanb45_10.ntp
H+->tb	(e nu b) b	TOPREX	tan(b)=50,MH=300-400	50k x 10	heavy_higgs_tanb50_00.ntp to heavy_higgs_tanb50_10.ntp