def import_irradiation_load_xls(self, p):
loader = XLSIrradiationLoader(db=self.db,
monitor_name=self.monitor_name)
prog = self.open_progress()
loader.progress = prog
loader.canvas = self.canvas
loader.load(p, self.irradiated_positions,
self.irradiation, self.level)
self.refresh_table = True
def import_irradiation_load_xls(self, p):
loader = XLSIrradiationLoader(db=self.db,
monitor_name=self.monitor_name)
prog = open_progress()
loader.progress = prog
loader.canvas = self.canvas
# loader.load_level(p, self.irradiated_positions,
# self.irradiation, self.level)
self.refresh_table = True
def source_factory():
db = isotope_db_factory(os.path.join(get_data_dir(), SRC_NAME))
p = os.path.join(get_data_dir(), 'irradiation_import.xls')
# add a production ratio
with db.session_ctx():
db.add_irradiation_production(name='Triga PR', K4039=10)
loader = XLSIrradiationLoader(db=db)
loader.open(p)
loader.load_irradiation(p, dry_run=False)
db.verbose = False
with db.session_ctx():
dbirrads = db.get_irradiations(order_func='asc')
irrads = [i.name for i in dbirrads]
levels = {}
for di in dbirrads:
levels[di.name] = tuple([li.name for li in di.levels])
return db, irrads, levels
def source_factory():
db = isotope_db_factory(os.path.join(get_data_dir(), SRC_NAME))
p = os.path.join(get_data_dir(), 'irradiation_import.xls')
# add a production ratio
with db.session_ctx():
db.add_irradiation_production(name='Triga PR', K4039=10)
loader = XLSIrradiationLoader(db=db)
loader.open(p)
loader.load_irradiation(p, dry_run=False)
db.verbose = False
with db.session_ctx():
dbirrads = db.get_irradiations(order_func='asc')
irrads = [i.name for i in dbirrads]
levels = {}
for di in dbirrads:
levels[di.name] = tuple([li.name for li in di.levels])
return db, irrads, levels
def setUpClass(cls):
cls.loader = XLSIrradiationLoader()
p = os.path.join(get_data_dir(), 'irradiation_import.xls')
cls.input_path = p
def make_irradiation_load_template(self, p):
loader = XLSIrradiationLoader()
n = len(self.irradiated_positions)
loader.make_template(p, n, self.level)
