Model:         SM
Model changed: False
Gauge:         Feynman

Process:   p,p->m,M,m,M
Remove: h

Composite: p=u,U,d,D,s,S,c,C,b,B,G
Composite: mu=m,M

pdf1:      cteq6l (proton)
pdf2:      cteq6l (proton)
p1:        6500
p2:        6500

Parameter: Mh=125

alpha Q :  MZ

Regularization momentum: 34
Regularization mass: MZ
Regularization width: wZ
Regularization power: 2

Regularization momentum: 36
Regularization mass: MZ
Regularization width: wZ
Regularization power: 2

Regularization momentum: 54
Regularization mass: MZ
Regularization width: wZ
Regularization power: 2

Regularization momentum: 56
Regularization mass: MZ
Regularization width: wZ
Regularization power: 2

Regularization momentum: 34
Regularization mass: 0
Regularization width: 0
Regularization power: 2

Regularization momentum: 36
Regularization mass: 0
Regularization width: 0
Regularization power: 2

Regularization momentum: 54
Regularization mass: 0
Regularization width: 0
Regularization power: 2

Regularization momentum: 56
Regularization mass: 0
Regularization width: 0
Regularization power: 2

Kinematics :      12 -> 3 , 456
Kinematics :      456 ->4 , 56
Kinematics :      56 -> 5 , 6

# transverse momentum of any muon in event is pT > 5 GeV
Cut parameter:    T(mu)
Cut invert:       False
Cut min:          5.0
Cut max:            

# transverse momentum of leading muon in event is pT > 15 GeV
Cut parameter:    T^(mu)
Cut invert:       False
Cut min:          15.0
Cut max:            

# pseudorapidity of any muon in event is -2.5 < eta < 2.5
Cut parameter:    N(mu)
Cut invert:       False
Cut min:          -2.5
Cut max:          2.5

Dist parameter:    M(m,M)
Dist min:          0.0
Dist max:          200.0
Dist n bins:       100
Dist title:        p,p->4mu
Dist x-title:      M(m,M) (GeV)

Dist parameter:    T(mu)
Dist min:	   0.0
Dist max:	   50.0
Dist n bins:	   100
Dist title:	   p,p->4mu
Dist x-title:	   pT(mu) (GeV)

Dist parameter:    T^(mu)
Dist min:	   0.0
Dist max:	   50.0
Dist n bins:	   100
Dist title:	   p,p->4mu
Dist x-title:	   pT_max(mu) (GeV)

Number of events (per run step): 1000
Filename:                        pp_4mu_13TeV_calchep_1K
Cleanup:                         False

Max number of cpus:          8

nSess_1:   5
nCalls_1:  1000000
nSess_2:   5
nCalls_2:  1000000