# - Ex1: how to set the full set of orders for the
#------- generator:
#SimFlags.ParticleGeneratorOrders.set_Value({'vertX:' : \
#' constant -27500.0','vertY:' :' flat -10.0 15.0',\
#'vertZ:' : ' flat -15.0 15.0','t:' :' constant -27500.0',\
#'momX:' : ' fixed 1','momY:' : ' fixed 0','momZ:' : ' fixed 0'})
# - Ex2: how to run with a gaussian energy distribution:
#-------
#SimFlags.ParticleGeneratorOrders.Value['energy:']=' gauss 54000 20'
# - Ex3: how to run with any energy distribution:
#-------
# In this case you have to customize the ParticleGenerator (see
# in the generator section)
SimFlags.ParticleGeneratorOrders()['energy:'] = ' histogram 2857'
#--- Output printout level -----------------------------------
#output threshold (2=DEBUG, 3=INFO, 4=WARNING, 5=ERROR, 6=FATAL)
MessageSvc = Service("MessageSvc")
MessageSvc.OutputLevel = 4
#==============================================================
#==============================================================
# Job configuration
# ***>> Do not add flags or simulation options below this line
#==============================================================
#==============================================================
#--- CTB setup description ----------------------------------
from G4AtlasApps import SimKernel
# - Option: run using run-conditions for the CTB runs,
#----------- only few runs available (make sure is a photon-run)
SimFlags.LArEMBenergyCor.set_On()
SimFlags.RunConditions.set_Value('CTB_G4Sim.CtbRunConditionsData')
# This is the photon run number
SimFlags.RunNumber.set_Value(2777)
#--- Generator flags ------------------------------------------
SimFlags.Seeds.set_Value('SINGLE 2000160768 643921183')
# Here we set the photon the electron must be generated by the
# ParticleGenerator with an energy = 180 Gev - photon-energy
SimFlags.ParticlePDG.set_Value('22')
#
# - Option: we reduce the beam spot for all the photon runs
#----------
if SimFlags.ParticleGeneratorOrders().has_key('vertY:'):
SimFlags.ParticleGeneratorOrders()['vertY:'] = ' flat -5. 5.'
if SimFlags.ParticleGeneratorOrders().has_key('vertZ:'):
SimFlags.ParticleGeneratorOrders()['vertZ:'] = ' flat -5. 5.'
# - Option: run with a given energy distribution for the photon :
#----------
# In this case you have to customize the ParticleGenerator (see
# in the generator section)
SimFlags.ParticleGeneratorOrders()['energy[0]:']=' histogram '+\
repr(SimFlags.RunNumber())
SimFlags.ParticleGeneratorOrders()['pdgcode[0]:'] = ' 22'
SimFlags.ParticleGeneratorOrders(
)['energy[1]:'] = ' function espectrum energy[0]'
SimFlags.ParticleGeneratorOrders()['pdgcode[1]:'] = ' 11'
#