tests.py

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#!/usr/bin/env python3

"""
The set of basic decorators for objects from GaudiPartProp package
"""
 
# =============================================================================
__author__ = "Vanya BELYAEV Ivan.Belyaev@nikhef.nl"
__version__ = ""
# =============================================================================
 
from GaudiPartProp.decorators import Gaudi
 
pp1 = Gaudi.ParticleProperty("NAME1", Gaudi.ParticleID(121), 1.0, 501.0, 0.1, 0.001)
pp2 = Gaudi.ParticleProperty("NAME2", Gaudi.ParticleID(122), -1, 502.0, 0.1, 0.001)
pp3 = Gaudi.ParticleProperty("NAME3", Gaudi.ParticleID(123), 0, 503.0, 0.1, 0.001)
 
pp1.setAntiParticle(pp2)
pp2.setAntiParticle(pp1)
 
lst = [pp3, pp2, pp1]
 
v1 = Gaudi.Interfaces.IParticlePropertySvc.ParticleProperties()
 
v1.fromLst(lst)
 
for pp in v1:
    print(pp)
 
print(v1)
 
lst.sort()
v1.clear()
v1.fromLst(lst)
print(v1)
 
pid1 = Gaudi.ParticleID(121)
pid2 = Gaudi.ParticleID(122)
pid3 = Gaudi.ParticleID(123)
 
lst2 = [pid3, pid2, pid1]
 
v2 = Gaudi.ParticleIDs()
v2.fromLst(lst2)
print(v2)
 
lst2.sort()
 
v2 = Gaudi.ParticleIDs()
v2.fromLst(lst2)
print(v2)
 
for pid in lst2:
    print(pid, pid.pid())
 
 
def checkPID(pid):
    print(pid)
    print(" isValid     ", pid.isValid())
    print(" isMeson     ", pid.isMeson())
    print(" isBaryon    ", pid.isBaryon())
    print(" isDiQuark   ", pid.isDiQuark())
    print(" isHadron    ", pid.isHadron())
    print(" isLepton    ", pid.isLepton())
    print(" isNucleus   ", pid.isNucleus())
    print(" hasUp       ", pid.hasUp())
    print(" hasDown     ", pid.hasDown())
    print(" hasStrange  ", pid.hasStrange())
    print(" hasCharm    ", pid.hasCharm())
    print(" hasBottom   ", pid.hasBottom())
    print(" hasTop      ", pid.hasTop())
    print(" hasQuarks   ", pid.hasQuarks())
    print(" isQuark     ", pid.isQuark())
    print(" threeCharge ", pid.threeCharge())
    print(" jSpin       ", pid.jSpin())
    print(" sSpin       ", pid.sSpin())
    print(" lSpin       ", pid.lSpin())
    print(" fundamental ", pid.fundamentalID())
    print(" extra       ", pid.extraBits())
    print(" A           ", pid.A())
    print(" Z           ", pid.Z())
    print(" nLambda     ", pid.nLambda())
 
 
lb = Gaudi.ParticleID(5122)
 
checkPID(lb)
 
c = Gaudi.ParticleID(Gaudi.ParticleID.charm)
 
checkPID(c)
 
nuc = [2212, 1000020040, 1000822080, 450000000]
for i in nuc:
    id = Gaudi.ParticleID(i)
    checkPID(id)
 
# =============================================================================
# The END
# =============================================================================