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atlas-physics
pmg
infrastructure
MC15JobOptions
Commits
ba4a715c
Commit
ba4a715c
authored
Nov 21, 2019
by
Cyril Becot
Browse files
ATLMCPROD-8088
parent
3fdc2913
Changes
1
Hide whitespace changes
Inline
Side-by-side
share/DSID451xxx/MC15.451323.Sherpa_CT10_bb_MassiveCB_2Bjets_Pt140_E_CMS_nominal.py
0 → 100644
View file @
ba4a715c
include
(
"MC15JobOptions/Sherpa_CT10_Common.py"
)
evgenConfig
.
description
=
"Sherpa bbb SM background, leading jet pt 140 GeV - E_CMS"
evgenConfig
.
keywords
=
[
"bbbar"
,
"jets"
]
evgenConfig
.
contact
=
[
"timb@slac.stanford.edu"
]
evgenConfig
.
inputconfcheck
=
"bb_MassiveCB_2Bjets_Pt140_E_CMS"
evgenConfig
.
minevents
=
1000
evgenConfig
.
process
=
"""
(run){
MASSIVE[5] 1;
MASSIVE[4] 1;
}(run);
(me){
EVENT_GENERATION_MODE = PartiallyUnweighted
}(me)
(processes){
# 1 the class anything -> b
Process 93 5 -> 93 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 5 93 -> 93 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 93 -5 -> 93 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -5 93 -> 93 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 5 93 -> 5 4 -4 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 93 5 -> 5 4 -4 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -5 93 -> -5 4 -4 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 93 -5 -> -5 4 -4 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
# 2 the class anything -> b b~
Process 93 93 -> 5 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 5 -5 -> 5 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -5 5 -> 5 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
# 3 the class anything -> b b
Process 5 5 -> 5 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -5 -5 -> -5 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
# 4 the class anything -> b b b~
Process 93 5 -> 5 -5 5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 5 93 -> 5 -5 5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 93 -5 -> 5 -5 -5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 93 -> 5 -5 -5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 5 the class anything -> b b b~ b~
Process 93 93 -> 5 -5 5 -5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 5 -5 -> 5 -5 5 -5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 5 -> 5 -5 5 -5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 6 the class anything -> b b b b~
Process 5 5 -> 5 5 5 -5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 -5 -> -5 -5 -5 5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 7 the class c+x -> b
Process 4 5 -> 4 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 5 4 -> 4 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 4 5 -> 4 5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 5 4 -> 4 5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 4 -5 -> 4 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -5 4 -> 4 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 4 -5 -> 4 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 4 -> 4 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 8 the class c~+x -> b
Process -4 5 -> -4 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -4 5 -> -4 5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 -5 -> -4 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -4 -5 -> -4 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 5 -4 -> -4 5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 5 -4 -> -4 5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 -4 -> -4 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process -5 -4 -> -4 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 9 the class charm+x -> b b~
Process 4 -4 -> 5 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 4 93 -> 4 5 -5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 93 -> -4 5 -5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 4 -> 5 -5 93{2};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS);
Order (*,0);
End process;
Process 93 4 -> 4 5 -5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 93 -4 -> -4 5 -5 93{1};
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 10 the class x + x -> b b~ c c~ or c c~ -> b b~ b b~
Process 5 -5 -> 5 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 4 -4 -> 5 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 93 93 -> 5 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 4 -4 -> 5 -5 5 -5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 5 -> 5 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 4 -> 5 -5 4 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 4 -> 5 -5 5 -5;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 11 the class charm+x -> b b b~
Process 4 5 -> 5 -5 5 4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 4 -5 -> 5 -5 -5 4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 5 -> 5 -5 5 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -4 -5 -> 5 -5 -5 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 5 4 -> 5 -5 5 4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 4 -> 5 -5 -5 4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process 5 -4 -> 5 -5 5 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
Process -5 -4 -> 5 -5 -5 -4;
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
# 12 the class b b -> b b c c~
Process 5 5 -> 5 5 4 -4
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
Process -5 -5 -> -5 -5 4 -4
Max_Epsilon 0.1
CKKW sqr(20/E_CMS); Cut_Core 1;
Order (*,0);
End process;
}(processes);
(selector){
NJetFinder 1 100 0 0.4 1 3 10;
}(selector)
"""
include
(
"MC15JobOptions/LeadingDiBjetFilter.py"
)
filtSeq
.
LeadingDiBjetFilter
.
LeadJetPtMin
=
140.
*
GeV
filtSeq
.
LeadingDiBjetFilter
.
LeadJetPtMax
=
50000.
*
GeV
filtSeq
.
LeadingDiBjetFilter
.
BottomPtMin
=
5.0
*
GeV
filtSeq
.
LeadingDiBjetFilter
.
BottomEtaMax
=
2.8
filtSeq
.
LeadingDiBjetFilter
.
JetPtMin
=
15.
*
GeV
filtSeq
.
LeadingDiBjetFilter
.
JetEtaMax
=
2.8
filtSeq
.
LeadingDiBjetFilter
.
DeltaRFromTruth
=
0.3
filtSeq
.
LeadingDiBjetFilter
.
TruthContainerName
=
"AntiKt4TruthJets"
filtSeq
.
LeadingDiBjetFilter
.
AcceptSomeLightEvents
=
False
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