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Generator
python
PythiaUEP11TeVSettings_cfi.py
Go to the documentation of this file.
1
import
FWCore.ParameterSet.Config
as
cms
2
3
pythiaUESettingsBlock = cms.PSet(
4
pythiaUESettings = cms.vstring(
5
'MSTU(21)=1 ! Check on possible errors during program execution'
,
6
'MSTJ(22)=2 ! Decay those unstable particles'
,
7
'PARJ(71)=10 . ! for which ctau 10 mm'
,
8
'MSTP(51) = 7 ! PDF set'
,
9
'MSTP(52) = 1 ! PDF set internal (=1) or pdflib (=2)'
,
10
'MSTP( 3) = 1 ! INT switch for choice of LambdaQCD'
,
11
'MSTU(112)= 5 ! INT n(flavors) for LambdaQCD'
,
12
'PARU(112)= 0.1600 ! INT LambdaQCD'
,
13
'PARP( 1) = 0.1600 ! ME/UE LambdaQCD'
,
14
'PARJ(81) = 0.2600 ! FSR LambdaQCD (inside resonance decays)'
,
15
'PARP(72) = 0.2600 ! IFSR LambdaQCD (outside resonance decays'
,
16
'PARP(61) = 0.2600 ! ISR LambdaQCD'
,
17
'MSTP(64) = 2 ! ISR alphaS type'
,
18
'PARP(64) = 1.0000 ! ISR renormalization scale prefactor'
,
19
'MSTP(67) = 2 ! ISR coherence option for 1st emission'
,
20
'MSTP(68) = 3 ! ISR phase space choice & ME corrections'
,
21
'PARP(67) = 1.0000 ! ISR Q2max factor'
,
22
'MSTP(72) = 2 ! IFSR scheme for non-decay FSR'
,
23
'PARP(71) = 1.0000 ! IFSR Q2max factor in non-s-channel procs'
,
24
'MSTP(70) = 0 ! ISR IR regularization scheme'
,
25
'PARP(62) = 1.5000 ! ISR IR cutoff'
,
26
'PARJ(82) = 1.0000 ! FSR IR cutoff'
,
27
'MSTP(33) = 0 ! "K" switch for K-factor on/off & type'
,
28
'MSTP(81) = 21 ! UE model'
,
29
'PARP(82) = 2.1000 ! UE IR cutoff at reference ecm'
,
30
'PARP(89) = 1800.0 ! UE IR cutoff reference ecm'
,
31
'PARP(90) = 0.2800 ! UE IR cutoff ecm scaling power'
,
32
'MSTP(82) = 3 ! UE hadron transverse mass distribution'
,
33
'MSTP(88) = 0 ! BR composite scheme'
,
34
'MSTP(89) = 0 ! BR color scheme'
,
35
'PARP(79) = 2.0000 ! BR composite x enhancement'
,
36
'PARP(80) = 0.0150 ! BR breakup suppression'
,
37
'MSTP(91) = 1 ! BR primordial kT distribution'
,
38
'PARP(91) = 1.0000 ! BR primordial kT width <|kT|>'
,
39
'PARP(93) = 10.0000 ! BR primordial kT UV cutoff'
,
40
'MSTP(95) = 8 ! FSI color (re-)connection model'
,
41
'PARP(78) = 0.0500 ! FSI color reconnection strength'
,
42
'PARP(77) = 1.0000 ! FSI color reco high-pT damping strength'
,
43
'MSTJ(11) = 5 ! HAD choice of fragmentation function(s)'
,
44
'PARJ( 1) = 0.0870 ! HAD diquark suppression'
,
45
'PARJ( 2) = 0.1900 ! HAD strangeness suppression'
,
46
'PARJ( 3) = 0.9500 ! HAD strange diquark suppression'
,
47
'PARJ( 4) = 0.0430 ! HAD vector diquark suppression'
,
48
'PARJ( 5) = 0.5000 ! HAD P(popcorn)'
,
49
'PARJ( 6) = 1.0000 ! HAD extra popcorn B(s)-M-B(s) supp'
,
50
'PARJ( 7) = 1.0000 ! HAD extra popcorn B-M(s)-B supp'
,
51
'PARJ(11) = 0.3500 ! HAD P(vector meson), u and d only'
,
52
'PARJ(12) = 0.4000 ! HAD P(vector meson), contains s'
,
53
'PARJ(13) = 0.5400 ! HAD P(vector meson), heavy quarks'
,
54
'PARJ(21) = 0.3300 ! HAD fragmentation pT'
,
55
'PARJ(25) = 0.6300 ! HAD eta0 suppression'
,
56
'PARJ(26) = 0.1200 ! HAD eta0prim suppression'
,
57
'PARJ(41) = 0.3500 ! HAD string parameter a(Meson)'
,
58
'PARJ(42) = 0.8000 ! HAD string parameter b'
,
59
'PARJ(45) = 0.5500 ! HAD string a(Baryon)-a(Meson)'
,
60
'PARJ(46) = 1.0000 ! HAD Lund(=0)-Bowler(=1) rQ (rc)'
,
61
'PARJ(47) = 1.0000 ! HAD Lund(=0)-Bowler(=1) rb'
,)
62
)
Config
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