particles.py

#!/usr/bin/env python
# -*- coding: utf-8 -*-
 
# This file was automatically created by FeynRules 2.0.26
# Mathematica version: 9.0 for Linux x86 (64-bit) (November 20, 2012)
# Date: Wed 23 Jul 2014 02:04:18
 
from __future__ import division
from object_library import all_particles, Particle
import parameters as Param
 
import propagators as Prop
 
ve = Particle(
    pdg_code=12,
    name='ve',
    antiname='ve~',
    spin=2,
    color=1,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='ve',
    antitexname='ve~',
    charge=0,
    GhostNumber=0,
    LeptonNumber=1,
)
 
ve__tilde__ = ve.anti()
 
vm = Particle(
    pdg_code=14,
    name='vm',
    antiname='vm~',
    spin=2,
    color=1,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='vm',
    antitexname='vm~',
    charge=0,
    GhostNumber=0,
    LeptonNumber=1,
)
 
vm__tilde__ = vm.anti()
 
vt = Particle(
    pdg_code=16,
    name='vt',
    antiname='vt~',
    spin=2,
    color=1,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='vt',
    antitexname='vt~',
    charge=0,
    GhostNumber=0,
    LeptonNumber=1,
)
 
vt__tilde__ = vt.anti()
 
e__minus__ = Particle(
    pdg_code=11,
    name='e-',
    antiname='e+',
    spin=2,
    color=1,
    mass=Param.Me,
    width=Param.ZERO,
    texname='e-',
    antitexname='e+',
    charge=-1,
    GhostNumber=0,
    LeptonNumber=1,
)
 
e__plus__ = e__minus__.anti()
 
m__minus__ = Particle(
    pdg_code=13,
    name='m-',
    antiname='m+',
    spin=2,
    color=1,
    mass=Param.MM,
    width=Param.ZERO,
    texname='m-',
    antitexname='m+',
    charge=-1,
    GhostNumber=0,
    LeptonNumber=1,
)
 
m__plus__ = m__minus__.anti()
 
tt__minus__ = Particle(
    pdg_code=15,
    name='tt-',
    antiname='tt+',
    spin=2,
    color=1,
    mass=Param.MTA,
    width=Param.ZERO,
    texname='tt-',
    antitexname='tt+',
    charge=-1,
    GhostNumber=0,
    LeptonNumber=1,
)
 
tt__plus__ = tt__minus__.anti()
 
u = Particle(
    pdg_code=2,
    name='u',
    antiname='u~',
    spin=2,
    color=3,
    mass=Param.MU,
    width=Param.ZERO,
    texname='u',
    antitexname='u~',
    charge=2 / 3,
    GhostNumber=0,
    LeptonNumber=0,
)
 
u__tilde__ = u.anti()
 
c = Particle(
    pdg_code=4,
    name='c',
    antiname='c~',
    spin=2,
    color=3,
    mass=Param.MC,
    width=Param.ZERO,
    texname='c',
    antitexname='c~',
    charge=2 / 3,
    GhostNumber=0,
    LeptonNumber=0,
)
 
c__tilde__ = c.anti()
 
t = Particle(
    pdg_code=6,
    name='t',
    antiname='t~',
    spin=2,
    color=3,
    mass=Param.MT,
    width=Param.WT,
    texname='t',
    antitexname='t~',
    charge=2 / 3,
    GhostNumber=0,
    LeptonNumber=0,
)
 
t__tilde__ = t.anti()
 
d = Particle(
    pdg_code=1,
    name='d',
    antiname='d~',
    spin=2,
    color=3,
    mass=Param.MD,
    width=Param.ZERO,
    texname='d',
    antitexname='d~',
    charge=-1 / 3,
    GhostNumber=0,
    LeptonNumber=0,
)
 
d__tilde__ = d.anti()
 
s = Particle(
    pdg_code=3,
    name='s',
    antiname='s~',
    spin=2,
    color=3,
    mass=Param.MS,
    width=Param.ZERO,
    texname='s',
    antitexname='s~',
    charge=-1 / 3,
    GhostNumber=0,
    LeptonNumber=0,
)
 
s__tilde__ = s.anti()
 
b = Particle(
    pdg_code=5,
    name='b',
    antiname='b~',
    spin=2,
    color=3,
    mass=Param.MB,
    width=Param.ZERO,
    texname='b',
    antitexname='b~',
    charge=-1 / 3,
    GhostNumber=0,
    LeptonNumber=0,
)
 
b__tilde__ = b.anti()
 
chi = Particle(
    pdg_code=9000001,
    name='chi',
    antiname='chi~',
    spin=2,
    color=1,
    mass=Param.MChi,
    width=Param.ZERO,
    texname='chi',
    antitexname='chi~',
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
chi__tilde__ = chi.anti()
 
ghA = Particle(
    pdg_code=9000002,
    name='ghA',
    antiname='ghA~',
    spin=-1,
    color=1,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='ghA',
    antitexname='ghA~',
    charge=0,
    GhostNumber=1,
    LeptonNumber=0,
)
 
ghA__tilde__ = ghA.anti()
 
ghZ = Particle(
    pdg_code=9000003,
    name='ghZ',
    antiname='ghZ~',
    spin=-1,
    color=1,
    mass=Param.MZ,
    width=Param.ZERO,
    texname='ghZ',
    antitexname='ghZ~',
    charge=0,
    GhostNumber=1,
    LeptonNumber=0,
)
 
ghZ__tilde__ = ghZ.anti()
 
ghWp = Particle(
    pdg_code=9000004,
    name='ghWp',
    antiname='ghWp~',
    spin=-1,
    color=1,
    mass=Param.MW,
    width=Param.ZERO,
    texname='ghWp',
    antitexname='ghWp~',
    charge=1,
    GhostNumber=1,
    LeptonNumber=0,
)
 
ghWp__tilde__ = ghWp.anti()
 
ghWm = Particle(
    pdg_code=9000005,
    name='ghWm',
    antiname='ghWm~',
    spin=-1,
    color=1,
    mass=Param.MW,
    width=Param.ZERO,
    texname='ghWm',
    antitexname='ghWm~',
    charge=-1,
    GhostNumber=1,
    LeptonNumber=0,
)
 
ghWm__tilde__ = ghWm.anti()
 
ghG = Particle(
    pdg_code=9000006,
    name='ghG',
    antiname='ghG~',
    spin=-1,
    color=8,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='ghG',
    antitexname='ghG~',
    charge=0,
    GhostNumber=1,
    LeptonNumber=0,
)
 
ghG__tilde__ = ghG.anti()
 
ghAp = Particle(
    pdg_code=9000007,
    name='ghAp',
    antiname='ghAp~',
    spin=-1,
    color=1,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='ghAp',
    antitexname='ghAp~',
    charge=0,
    GhostNumber=1,
    LeptonNumber=0,
)
 
ghAp__tilde__ = ghAp.anti()
 
A = Particle(
    pdg_code=22,
    name='A',
    antiname='A',
    spin=3,
    color=1,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='A',
    antitexname='A',
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
Z = Particle(
    pdg_code=23,
    name='Z',
    antiname='Z',
    spin=3,
    color=1,
    mass=Param.MZ,
    width=Param.WZ,
    texname='Z',
    antitexname='Z',
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
W__plus__ = Particle(
    pdg_code=24,
    name='W+',
    antiname='W-',
    spin=3,
    color=1,
    mass=Param.MW,
    width=Param.WW,
    texname='W+',
    antitexname='W-',
    charge=1,
    GhostNumber=0,
    LeptonNumber=0,
)
 
W__minus__ = W__plus__.anti()
 
G = Particle(
    pdg_code=21,
    name='G',
    antiname='G',
    spin=3,
    color=8,
    mass=Param.ZERO,
    width=Param.ZERO,
    texname='G',
    antitexname='G',
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
Ap = Particle(
    pdg_code=9000008,
    name='Ap',
    antiname='Ap',
    spin=3,
    color=1,
    mass=Param.MAp,
    width=Param.WAp,
    texname='Ap',
    antitexname='Ap',
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
H = Particle(
    pdg_code=25,
    name='H',
    antiname='H',
    spin=1,
    color=1,
    mass=Param.MH,
    width=Param.WH,
    texname='\\phi',
    antitexname='\\phi',
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
phi0 = Particle(
    pdg_code=250,
    name='phi0',
    antiname='phi0',
    spin=1,
    color=1,
    mass=Param.MZ,
    width=Param.ZERO,
    texname='phi0',
    antitexname='phi0',
    goldstone=True,
    charge=0,
    GhostNumber=0,
    LeptonNumber=0,
)
 
phi__plus__ = Particle(
    pdg_code=251,
    name='phi+',
    antiname='phi-',
    spin=1,
    color=1,
    mass=Param.MW,
    width=Param.ZERO,
    texname='\\phi^+',
    antitexname='\\phi^-',
    goldstone=True,
    charge=1,
    GhostNumber=0,
    LeptonNumber=0,
)
 
phi__minus__ = phi__plus__.anti()
 
pi__plus__ = Particle(
    pdg_code=211,
    name='pi+',
    antiname='pi-',
    spin=1,
    color=1,
    mass=Param.Mpi,
    width=Param.ZERO,
    texname='\\pi^+',
    antitexname='\\pi^-',
    charge=1,
    GhostNumber=0,
    LeptonNumber=0,
)
 
pi__minus__ = pi__plus__.anti()