def _configure(self):
AbstractComponent._configure(self)
velocity = self.inventory.velocity
assert len(velocity) == 3
self.velocity = velocity
energy = self.inventory.energy
if energy:
from mcni.utils.conversion import e2v
v = e2v(energy)
import numpy.linalg as nl, numpy as np
norm = nl.norm(velocity)
velocity = np.array(velocity)
velocity *= v / norm
self.velocity = velocity
energy_width = self.inventory.energy_width
if energy_width < 0:
raise ValueError, "energy width must be not negative"
self.energy_width = energy_width
position = self.inventory.position
assert len(position) == 3
self.position = position
self.width = self.inventory.width
self.height = self.inventory.height
self.time = self.inventory.time
self.probability = self.inventory.probability
return
def _configure(self):
AbstractComponent._configure(self)
velocity = self.inventory.velocity
assert len(velocity)==3
self.velocity = velocity
energy = self.inventory.energy
if energy:
from mcni.utils.conversion import e2v
v = e2v(energy)
import numpy.linalg as nl, numpy as np
norm = nl.norm(velocity)
velocity = np.array(velocity)
velocity *= v/norm
self.velocity = velocity
energy_width = self.inventory.energy_width
if energy_width < 0:
raise ValueError, "energy width must be not negative"
self.energy_width = energy_width
position = self.inventory.position
assert len(position)==3
self.position = position
self.width = self.inventory.width
self.height = self.inventory.height
self.time = self.inventory.time
self.probability = self.inventory.probability
return
def _init(self):
AbstractComponent._init(self)
if self._showHelpOnly: return
if self.xml:
self.engine = enginefactory(self.name, self.xml)
else:
self.engine = None
return
def _init(self):
AbstractComponent._init(self)
if self._showHelpOnly: return
if self.xml:
self.engine = enginefactory(
self.name, self.xml)
else:
self.engine = None
return
def _configure(self):
AbstractComponent._configure(self)
Ei = self.inventory.Ei
E = self.inventory.E
Q = self.inventory.Q
L1 = self.inventory.L1
self.engine = enginefactory(self.name, Q, E, Ei, L1)
return
def _configure(self):
AbstractComponent._configure(self)
tofparams = eval( self.inventory.tofparams )
assert len(tofparams)==3
self.tofparams = tofparams
self.instrumentxml = self.inventory.instrumentxml
self.eventsdat = self.inventory.eventsdat
return
def _configure(self):
AbstractComponent._configure(self)
Ei = self.inventory.Ei
E = self.inventory.E
Q = self.inventory.Q
L1 = self.inventory.L1
self.engine = enginefactory( self.name, Q, E, Ei, L1 )
return
def _configure(self):
AbstractComponent._configure(self)
tofparams = eval(self.inventory.tofparams)
assert len(tofparams) == 3
self.tofparams = tofparams
self.instrumentxml = self.inventory.instrumentxml
self.eventsdat = self.inventory.eventsdat
return
def _configure(self):
AbstractComponent._configure(self)
self.eventsdat = self.inventory.eventsdat
self.xmin = self.inventory.xmin
self.xmax = self.inventory.xmax
self.nx = self.inventory.nx
self.ymin = self.inventory.ymin
self.ymax = self.inventory.ymax
self.ny = self.inventory.ny
self.tofmin = self.inventory.tofmin
self.tofmax = self.inventory.tofmax
self.ntof = self.inventory.ntof
return
def _init(self):
AbstractComponent._init(self)
from math import pi
si = self.inventory
self.engine = enginefactory(
self.name,
si.radius1, si.height1,
si.radius2, si.height2,
si.theta1/180*pi, si.theta2/180*pi,
si.dtheta/180*pi,
si.oscillation/180*pi,
)
return
def _init(self):
AbstractComponent._init(self)
from mcni import neutron
self.neutron = neutron(
r = self.position, v = self.velocity,
time = self.time, prob = self.probability,
)
self.engine = enginefactory(
self.name, self.neutron,
dx = self.width, dy = self.height,
dE = self.energy_width,
)
return
def _init(self):
AbstractComponent._init(self)
from math import pi
si = self.inventory
self.engine = enginefactory(
self.name,
si.radius1,
si.height1,
si.radius2,
si.height2,
si.theta1 / 180 * pi,
si.theta2 / 180 * pi,
si.dtheta / 180 * pi,
si.oscillation / 180 * pi,
)
return
def _init(self):
AbstractComponent._init(self)
from mcni import neutron
self.neutron = neutron(
r=self.position,
v=self.velocity,
time=self.time,
prob=self.probability,
)
self.engine = enginefactory(
self.name,
self.neutron,
dx=self.width,
dy=self.height,
dE=self.energy_width,
)
return
def __init__(self, name="fixedqe"):
AbstractComponent.__init__(self, name)
return
def _configure(self):
AbstractComponent._configure(self)
return
def __init__(self, name="fixedqe"):
AbstractComponent.__init__(self, name)
return
def _configure(self):
AbstractComponent._configure(self)
self.xml = self.inventory.xml
return
def _init(self):
AbstractComponent._init(self)
self.engine = enginefactory(self.name)
return
def _configure(self):
AbstractComponent._configure(self)
self.xml = self.inventory.xml
return
def __init__(self, name):
AbstractComponent.__init__(self, name)
self.engine = None
return
def _configure(self):
AbstractComponent._configure(self)
self.path = self.inventory.path
return
def __init__(self, name):
AbstractComponent.__init__(self, name)
self.engine = None
return
def _init(self):
AbstractComponent._init(self)
if self._showHelpOnly: return
self.engine = enginefactory( self.name, self.path )
return
def _configure(self):
AbstractComponent._configure(self)
return
def _init(self):
AbstractComponent._init(self)
self.engine = enginefactory(self.name)
return