def test0(self):
'ComponentGroup'
comps = [C() for i in range(10)]
geometer = Geometer()
from mcni.neutron_coordinates_transformers import default as transformer
from mcni.components.ComponentGroup import ComponentGroup
cg = ComponentGroup('cg', comps, geometer, transformer)
import mcni
b = mcni.neutron_buffer(10)
cg.process(b)
for c in comps:
self.assertEqual(c.count, 10)
continue
return
def test1(self):
'ComponentGroup: geometer'
# components
c1 = SaveNeutron()
comps = [c1]
# geometer
from mcni.Geometer import Geometer
geometer = Geometer()
geometer.register(c1, (0,0,1), (0,90,0))
#
from mcni.neutron_coordinates_transformers import default as transformer
from mcni.components.ComponentGroup import ComponentGroup
cg = ComponentGroup('cg', comps, geometer, transformer)
import mcni
b = mcni.neutron_buffer(1)
SetNeutron('set').process(b)
cg.process(b)
# print c1.neutron
self.assertVectorAlmostEqual(c1.neutron.state.position, (1,0,0))
self.assertVectorAlmostEqual(c1.neutron.state.velocity, (-1,0,0))
return
def _init(self):
super(MultiMonitors, self)._init()
if self._showHelpOnly:
return
geometer = self.inventory.geometer
from mcni.neutron_coordinates_transformers import default as transformer
from mcni.components.ComponentGroup import ComponentGroup
self.engine = ComponentGroup(self.name, self.monitors, geometer,
transformer)
self.engine.debug_logger = self._debug.log
return
