# {LicenseText}
#
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
## This package contains homogeneous scatterers that can
## be modeled as a shape and a scattering kernel.
def srandom( seed ):
from homogeneous_scatterer import srandom
return srandom( seed )
from mcni.seeder import register
register( srandom )
del register
def _register_components():
from mcni.components import registercomponent
from sample import samplecomponent
registercomponent( 'samples', 'SampleAssemblyFromXml', samplecomponent )
from detector import detectorcomponent
registercomponent( 'detectors', 'DetectorSystemFromXml', detectorcomponent )
return
try:
# {LicenseText}
#
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
## This package contains homogeneous scatterers that can
## be modeled as a shape and a scattering kernel.
def srandom(seed):
from homogeneous_scatterer import srandom
return srandom(seed)
from mcni.seeder import register
register(srandom)
del register
def _register_components():
from mcni.components import registercomponent
from sample import samplecomponent
registercomponent('samples', 'SampleAssemblyFromXml', samplecomponent)
from detector import detectorcomponent
registercomponent('detectors', 'DetectorSystemFromXml', detectorcomponent)
return
try:
def test(self):
'mcni.pyre_support: a simple pyre simulation app'
instrument = Instrument('parallel_simulation_TestCase')
instrument.testFacility = self
instrument.run()
return
pass # end of TestCase
import random
from mcni.seeder import register
register(random.seed)
del register
from mcni.pyre_support.AbstractComponent import AbstractComponent
class Source( AbstractComponent ):
def process(self, neutrons):
import mcni
for i in range(len(neutrons)):
neutrons[i] = mcni.neutron( r = ( 0,0,0 ), v = (0,0,random.random()) )
continue
return neutrons
pass # end of Source
geometer.register(component2, (0, 0, 0), (0, 0, 0))
neutrons = mcni.neutron_buffer(2)
mcni.simulate(instrument, geometer, neutrons)
return
pass # end of TestCase
# register random seeding function so that automatically seeds
# will be fed.
import random
from mcni.seeder import register
register(random.seed)
from mcni.AbstractComponent import AbstractComponent
class Source(AbstractComponent):
def process(self, neutrons):
for i in range(len(neutrons)):
neutrons[i] = mcni.neutron(r=(0, 0, 0), v=(0, 0, random.random()))
continue
return neutrons
pass # end of Source
class Printer(AbstractComponent):
