def add_builtin_symbols_to_registry():
for f in _DEFAULT_SYMBOL_TYPE_FILES:
d = loadfn(f)
d['is_builtin'] = True
d['overwrite_registry'] = True
symbol_type = Symbol.from_dict(d)
if "{}.yaml".format(symbol_type.name) not in f:
raise ValueError('Name/filename mismatch in {}'.format(f))
# This is just to enable importing this module
for name, symbol in Registry("symbols").items():
if symbol.is_builtin:
globals()[name] = symbol
def test_property_construction(self):
sample_symbol_type_dict = {
'name': 'youngs_modulus',
'units': [1.0, [["gigapascal", 1.0]]],
'display_names': ["Young's modulus", "Elastic modulus"],
'display_symbols': ["E"],
'shape': 1,
'comment': ""
}
sample_symbol_type = Symbol(
name='youngs_modulus', #
units=[1.0, [["gigapascal", 1.0]]], #ureg.parse_expression("GPa"),
display_names=["Young's modulus", "Elastic modulus"],
display_symbols=["E"],
shape=1,
comment="")
self.assertEqual(sample_symbol_type,
Symbol.from_dict(sample_symbol_type_dict))
from glob import glob
from monty.serialization import loadfn
from propnet.core.symbols import Symbol
# Auto loading of all allowed properties
# stores all loaded properties as PropertyMetadata instances in a dictionary,
# mapped to their names
DEFAULT_SYMBOLS = {}
DEFAULT_SYMBOL_VALUES = {}
_DEFAULT_SYMBOL_TYPE_FILES = glob(
os.path.join(os.path.dirname(__file__), '../symbols/**/*.yaml'),
recursive=True)
for f in _DEFAULT_SYMBOL_TYPE_FILES:
symbol_type = Symbol.from_dict(loadfn(f))
DEFAULT_SYMBOLS[symbol_type.name] = symbol_type
if symbol_type.default_value is not None:
DEFAULT_SYMBOL_VALUES[symbol_type] = symbol_type.default_value
if "{}.yaml".format(symbol_type.name) not in f:
raise ValueError('Name/filename mismatch in {}'.format(f))
# Stores all loaded properties' names in a tuple in the global scope.
DEFAULT_UNITS = {name: symbol.units
for name, symbol in DEFAULT_SYMBOLS.items()}
DEFAULT_SYMBOL_TYPE_NAMES = tuple(DEFAULT_SYMBOLS.keys())
for name, symbol in DEFAULT_SYMBOLS.items():
globals()[name] = symbol