<header>
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CalcHEP - a package for calculation of Feynman diagrams
integration over multi-particle phase space,
generation of events and application of decay processes
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<process>
<beam1>
<particle KFcode="2212">p</particle>
<energy unit="GeV">6.500E+03</energy>
<pdf name= "LHA:NNPDF30_lo_as_0130_nf_4:0:1"> </pdf>
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<energy unit="GeV">6.500E+03</energy>
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<crossSection unit="pb">7.832E-04</crossSection>
<subprocesses>
<subprocess cutset_id="1" >
<notation> G(21),D(-1) -> D(-1),n1(12),N1(-12) </notation>
<crossSection unit="pb"> 8.160091E-06 </crossSection>
</subprocess>
<subprocess cutset_id="2" >
<notation> G(21),D(-1) -> U(-2),n1(12),E1(-11) </notation>
<crossSection unit="pb"> 8.159928E-06 </crossSection>
</subprocess>
<subprocess cutset_id="3" >
<notation> G(21),U(-2) -> D(-1),N1(-12),e1(11) </notation>
<crossSection unit="pb"> 7.711777E-06 </crossSection>
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<subprocess cutset_id="4" >
<notation> G(21),U(-2) -> U(-2),e1(11),E1(-11) </notation>
<crossSection unit="pb"> 7.726110E-06 </crossSection>
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<subprocess cutset_id="5" >
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<subprocess cutset_id="9" >
<notation> G(21),d(1) -> d(1),n1(12),N1(-12) </notation>
<crossSection unit="pb"> 5.087143E-05 </crossSection>
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<subprocess cutset_id="10" >
<notation> G(21),d(1) -> u(2),N1(-12),e1(11) </notation>
<crossSection unit="pb"> 5.090590E-05 </crossSection>
</subprocess>
<subprocess cutset_id="11" >
<notation> G(21),u(2) -> d(1),n1(12),E1(-11) </notation>
<crossSection unit="pb"> 1.291631E-04 </crossSection>
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<subprocess cutset_id="12" >
<notation> G(21),u(2) -> u(2),e1(11),E1(-11) </notation>
<crossSection unit="pb"> 1.289601E-04 </crossSection>
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<subprocess cutset_id="13" >
<notation> d(1),G(21) -> d(1),n1(12),N1(-12) </notation>
<crossSection unit="pb"> 5.095856E-05 </crossSection>
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<subprocess cutset_id="15" >
<notation> u(2),G(21) -> d(1),n1(12),E1(-11) </notation>
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<notation> u(2),G(21) -> u(2),e1(11),E1(-11) </notation>
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<firstName>CalcHEP</firstName>
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<slha>
BLOCK QNUMBERS 10001 # up
1 5
2 3
3 3
4 1
BLOCK QNUMBERS 10002 # u0
1 2
2 3
3 3
4 1
BLOCK QNUMBERS 10003 # um
1 -1
2 3
3 3
4 1
BLOCK QNUMBERS 10004 # u1
1 2
2 3
3 3
4 1
BLOCK QNUMBERS 10005 # ut
1 5
2 3
3 3
4 1
BLOCK QNUMBERS 10006 # WP
1 -1
2 3
3 3
4 1
BLOCK QNUMBERS 10007 # WM
1 2
2 3
3 3
4 1
BLOCK QNUMBERS 10008 # VP
1 -4
2 3
3 3
4 1
BLOCK QNUMBERS 10009 # VM
1 -1
2 3
3 3
4 1
BLOCK QNUMBERS 10010 # RP
1 5
2 1
3 3
4 1
BLOCK QNUMBERS 10011 # RM
1 2
2 1
3 3
4 1
BLOCK QNUMBERS 10012 # TP
1 2
2 1
3 3
4 1
BLOCK QNUMBERS 10013 # TM
1 -1
2 1
3 3
4 1
BLOCK QNUMBERS 10014 # SP
1 -4
2 1
3 3
4 1
BLOCK QNUMBERS 10015 # S0
1 -1
2 1
3 3
4 1
BLOCK QNUMBERS 10016 # SM
1 2
2 1
3 3
4 1
BLOCK QNUMBERS 10017 # ST
1 -4
2 1
3 3
4 1
BLOCK QNUMBERS 10018 # S1
1 -1
2 1
3 3
4 1
BLOCK MASS
25 2.000000E+02 #
10001 1.400000E+03 #
10002 1.400000E+03 #
10003 1.400000E+03 #
10004 1.400000E+03 #
10005 1.400000E+03 #
10006 1.400000E+03 #
10007 1.400000E+03 #
10008 1.400000E+03 #
10009 1.400000E+03 #
10010 1.400000E+03 #
10011 1.400000E+03 #
10012 1.400000E+03 #
10013 1.400000E+03 #
10014 1.400000E+03 #
10015 1.400000E+03 #
10016 1.400000E+03 #
10017 1.400000E+03 #
10018 1.400000E+03 #
DECAY 25 1.266014E+01 # H
3.001443E-02 2 23 23 # Z,Z
5.240116E-02 2 24 -24 # W+,W-
5.361858E-05 2 4 -4 # c,C
1.269078E-06 2 3 -3 # s,S
9.169093E-01 2 6 -6 # t,T
5.866317E-04 2 5 -5 # b,B
1.181564E-07 2 13 -13 # e2,E2
3.339506E-05 2 15 -15 # e3,E3
DECAY 10001 3.620082E+00 # up
1.000000E+00 2 2 -11 # u,E1
DECAY 10002 3.620082E+00 # u0
5.000001E-01 2 2 -12 # u,N1
5.000001E-01 2 1 -11 # d,E1
DECAY 10003 3.620082E+00 # um
1.000000E+00 2 1 -12 # d,N1
DECAY 10004 5.430122E+00 # u1
3.333334E-01 2 2 -12 # u,N1
6.666667E-01 2 1 -11 # d,E1
DECAY 10005 1.810041E+00 # ut
1.000000E+00 2 2 -11 # u,E1
DECAY 10006 1.810041E+00 # WP
1.000000E+00 2 2 11 # u,e1
DECAY 10007 1.810041E+00 # WM
1.000000E+00 2 2 12 # u,n1
DECAY 10008 3.620082E+00 # VP
1.000000E+00 2 1 11 # d,e1
DECAY 10009 3.620082E+00 # VM
5.000001E-01 2 1 12 # d,n1
5.000001E-01 2 2 11 # u,e1
DECAY 10010 5.430122E+00 # RP
9.999999E-01 2 2 -11 # u,E1
DECAY 10011 5.430122E+00 # RM
5.000000E-01 2 2 -12 # u,N1
5.000000E-01 2 1 -11 # d,E1
DECAY 10012 2.715061E+00 # TP
9.999999E-01 2 1 -11 # d,E1
DECAY 10013 2.715061E+00 # TM
9.999999E-01 2 1 -12 # d,N1
DECAY 10014 5.430122E+00 # SP
9.999999E-01 2 1 11 # d,e1
DECAY 10015 5.430122E+00 # S0
5.000000E-01 2 1 12 # d,n1
5.000000E-01 2 2 11 # u,e1
DECAY 10016 5.430122E+00 # SM
9.999999E-01 2 2 12 # u,n1
DECAY 10017 2.715061E+00 # ST
9.999999E-01 2 1 11 # d,e1
DECAY 10018 2.228169E+00 # S1
5.000002E-01 2 1 12 # d,n1
5.000002E-01 2 2 11 # u,e1
</slha>
<calchep-batch>
<![CDATA[
#########################################
# Model Info #
#########################################
Model: LQ_PB_1st_gen
#
Gauge: Feynman
#########################################
# Processes #
#########################################
Process : p,p->alep,lep,qrk
Process : p,p->lep,alep,aqrk
Remove :0: S1<1
Alias : p=u,U,d,D,s,S,c,C,G
Alias : lep=e1,n1
Alias : alep=E1,N1
Alias : qrk=u,d
Alias : aqrk=U,D
#########################################
# PDF's #
#########################################
pdf1 : LHA:NNPDF30_lo_as_0130_nf_4:0:1
pdf2 : LHA:NNPDF30_lo_as_0130_nf_4:0:1
#########################################
# Momenta #
#########################################
p1 : 6500
p2 : 6500
#########################################
# Parameters #
#########################################
Parameter: GG=1.13
Parameter: EE=0.31222
Parameter: KG=1
Parameter: LG=0
Parameter: g1l=0.2
Parameter: g1r=0
Parameter: g2l=0.31222
Parameter: g2r=0.31222
Parameter: gt1r=0.31222
Parameter: g3l=0.31222
Parameter: gt2l=0.31222
Parameter: h2l=0.31222
Parameter: h2r=0.31222
Parameter: ht2l=0.31222
Parameter: h1l=0.31222
Parameter: h1r=0.31222
Parameter: ht1r=0.31222
Parameter: h3l=0.31222
Parameter: me=0.00051
Parameter: Maux=1000
Parameter: SW=0.474
Parameter: MZ=91.187
Parameter: wZ=2.502
Parameter: wW=2.094
Parameter: ka=0
Parameter: la=0
Parameter: s12=0.221
Parameter: s23=0.04
Parameter: s13=0.0035
Parameter: Mm=0.1057
Parameter: Mt=1.777
Parameter: Mc=1.3
Parameter: Ms=0.2
Parameter: Mtop=170
Parameter: wtop=1.442
Parameter: Mb=4.3
Parameter: MH=200
Parameter: wH=1.461
Parameter: MLQ=1400
#########################################
# QCD running info #
#########################################
parton dist. alpha : 1
alpha(MZ) : 0.1172
alpha nf : 5
alpha order : 2
mb(mb) : 4.2
Mtop(pole) : 175
alpha Fact Q :0: MLQ
alpha Ren Q :0: MLQ
#########################################
# Breit-Wigner #
#########################################
Breit Wigner range : 2.7
T-channel widths : OFF
GI in T-channel : OFF
GI in S-channel : OFF
#########################################
# Cuts #
#########################################
Cut parameter :1: T(qrk)
Cut invert :1:
Cut min :1: 20
Cut max :1:
Cut parameter :2: T(aqrk)
Cut invert :2:
Cut min :2: 20
Cut max :2:
#########################################
# Kinematics #
#########################################
Kinematics :0: 12->3,45
Kinematics :0: 45->4,5
#########################################
# Regularization #
#########################################
Regularization momentum :0: 45
Regularization mass :0: MLQ
Regularization width :0: GS1
Regularization power :0: 2
#########################################
# Distributions #
#########################################
#########################################
# Events Generation #
#########################################
Number of events (per run step): 75000
Max lumi [1/fb] : 1000000000
Filename : SLQ_Lhanded-MLQ1400g1l0.2
Cleanup : true
#########################################
# Parallelization info #
#########################################
Parallelization method : local
Que :
Walltime : 0
Memory : 0
email :
Max number of cpus : 16
sleep time : 3
nice level : 19
#########################################
# Vegas #
#########################################
nSess_1 : 5
nCalls_1 : 100000
nSess_2 : 5
nCalls_2 : 100000
#########################################
# Event Generator #
#########################################
sub-cubes : 10000
MAX*N : 2.000000
find new MAX : 50
]]>
</calchep-batch>
</header>