def build(self, rtplan, planbuilder, finalize_mlc=True):
if self.built:
return self.rtbeam
self.built = True
self.rtbeam = modules.add_static_rt_beam(
ds=rtplan,
nleaves=planbuilder.num_leaves,
mlcdir=planbuilder.mlc_direction,
leafwidths=planbuilder.leaf_widths,
gantry_angle=self.gantry_angle,
collimator_angle=self.collimator_angle,
patient_support_angle=self.patient_support_angle,
table_top=self.table_top,
table_top_eccentric=self.table_top_eccentric,
isocenter=planbuilder.isocenter,
nominal_beam_energy=self.nominal_beam_energy,
current_study=self.current_study,
sad=self.sad)
for call in self.conform_calls:
call(self.rtbeam)
if self.jaws is None:
modules.conform_jaws_to_mlc(self.rtbeam)
if finalize_mlc:
self.finalize_mlc()
return self.rtbeam
def build(self, rtplan, planbuilder):
if self.built:
return self.rtbeam
self.built = True
self.rtbeam = modules.add_static_rt_beam(ds = rtplan, nleaves = planbuilder.num_leaves, leafwidths = planbuilder.leaf_widths, gantry_angle = self.gantry_angle, collimator_angle = self.collimator_angle, patient_support_angle = self.patient_support_angle, table_top = self.table_top, table_top_eccentric = self.table_top_eccentric, isocenter = planbuilder.isocenter, nominal_beam_energy = self.nominal_beam_energy, current_study = self.current_study)
for call in self.conform_calls:
call(self.rtbeam)
if self.jaws == None:
modules.conform_jaws_to_mlc(self.rtbeam)
return self.rtbeam
def conform_jaws_to_mlc(self):
self.conform_calls.append(lambda beam: modules.conform_jaws_to_mlc(beam))
def conform_jaws_to_mlc(self):
self.conform_calls.append(lambda beam: modules.conform_jaws_to_mlc(beam))
