def registry():
"""
This function pass to the noodles infrascture all the information
related to the Structure of the Package object that is schedule.
This *Registry* class contains hints that help Noodles to encode
and decode this Package object.
"""
return Registry(parent=serial.base() + arrays_to_hdf5())
def registry():
return Registry(
parent=base() + numpy_registry(),
types={
DataFrame: SerStandardObject(
DataFrame, ['data', 'units', 'comments']),
DCS: SerStandardObject(
DCS, ['energy', 'angle', 'cs'])
},
hooks={
'<quantity>': SerQuantity('<quantity>'),
'<unit>': SerUnit('<unit>')
},
hook_fn=quantity_hook)
def registry():
"""
This function pass to the noodles infrascture all the information
related to the Structure of the Package object that is schedule.
This *Registry* class contains hints that help Noodles to encode
and decode this Package object.
"""
return Registry(parent=serial.base() + arrays_to_hdf5(),
types={
Package: AsDict(Package),
Path: SerPath(),
plams.Molecule: SerMolecule(),
Chem.Mol: SerMol(),
Result: SerStorable(Result),
Settings: SerSettings()
})
def registry1():
return Registry(parent=serial.base(), types={A: SerNamedTuple(A)})
#: A :class:`Registry` instance to-be returned by :func:`registry`.
REGISTRY: Registry = Registry(parent=serial.base() + arrays_to_hdf5(),
types={
Package:
SerReduce(Package),
Path:
SerPath(),
plams.Molecule:
SerMolecule(),
Chem.Mol:
SerMol(),
Result:
AsDict(Result),
Settings:
SerSettings(),
plams.KFFile:
SerReasonableObject(plams.KFFile),
plams.KFReader:
SerReasonableObject(plams.KFReader),
np.floating:
SerNumpyScalar(),
np.integer:
SerNumpyScalar(),
pd.DataFrame:
SerNDFrame(pd.DataFrame),
pd.Series:
SerNDFrame(pd.Series),
})
def registry():
reg = Registry(parent=serial.base())
reg[A] = AsDict(A)
return reg