def _load_holder_positions(self, holes):
self.irradiated_positions = []
if holes:
with dirty_ctx(self):
with no_update(self):
self.irradiated_positions = [
IrradiatedPosition(hole=int(c), pos=(x, y))
for x, y, r, c in holes
]
def _load_holder_positons_from_file(self, name):
p = os.path.join(self._get_map_path(), name)
self.irradiated_positions = []
with open(p, 'r') as f:
line = f.readline()
nholes, _diam = line.split(',')
self.irradiated_positions = [
IrradiatedPosition(hole=ni + 1) for ni in range(int(nholes))
]
def _load_holder_positions(self, holder):
self.irradiated_positions = []
geom = holder.geometry
if geom:
self.initialized = False
self.irradiated_positions = [IrradiatedPosition(hole=c + 1, pos=(x, y))
for c, (x, y, r) in iter_geom(geom)]
self.initialized = True
elif holder.name:
self._load_holder_positons_from_file(holder.name)
def _load_holder_positions(self, holder):
self.irradiated_positions = []
geom = holder.geometry
with dirty_ctx(self):
if geom:
with no_update(self):
self.irradiated_positions = [
IrradiatedPosition(hole=c + 1, pos=(x, y))
for c, (x, y, r) in iter_geom(geom)
]
elif holder.name:
self._load_holder_positons_from_file(holder.name)
def recover(self):
irradiation = self.irradiation
level = self.level
if irradiation and level:
p = os.path.join(paths.hidden_dir,
'backup.{}.{}.yaml'.format(irradiation, level))
with open(p, 'r') as rfile:
self.irradiated_positions = [
IrradiatedPosition(**pos) for pos in yaml.load(rfile)
]
else:
self.information_dialog('No recover file for {}'.format(
irradiation, level))
def factory(li, pp):
rri = IrradiatedPosition()
self._sync_position(pp, rri, include_canvas=False)
rri.level = li
rri.irradiation = irradname
return rri