def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
StatMech : StatMech object
"""
json_obj = json_pmutt.remove_class(json_obj)
name = json_obj['name']
trans_model = json_pmutt.json_to_pmutt(json_obj['trans_model'])
vib_model = json_pmutt.json_to_pmutt(json_obj['vib_model'])
rot_model = json_pmutt.json_to_pmutt(json_obj['rot_model'])
elec_model = json_pmutt.json_to_pmutt(json_obj['elec_model'])
nucl_model = json_pmutt.json_to_pmutt(json_obj['nucl_model'])
references = json_pmutt.json_to_pmutt(json_obj['references'])
notes = json_obj['notes']
return cls(name=name,
trans_model=trans_model,
vib_model=vib_model,
rot_model=rot_model,
elec_model=elec_model,
nucl_model=nucl_model,
references=references,
notes=notes)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
Obj : Appropriate object
"""
json_obj = remove_class(json_obj)
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
EmpiricalBase : EmpiricalBase object
"""
json_obj = remove_class(json_obj)
# Recalculate the intercepts to ensure range is smooth
json_obj.pop('intercepts', None)
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
PhaseDiagram : PhaseDiagram object
"""
json_obj = remove_class(json_obj)
json_obj['reactions'] = [
json_to_pmutt(reaction) for reaction in json_obj['reactions']
]
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
References : References object
"""
json_obj = remove_class(json_obj)
json_obj['offset'] = np.array(json_obj['offset'])
json_obj['references'] = [json_to_pmutt(ref_dict)
for ref_dict in json_obj['references']]
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
LSR : LSR object
"""
json_obj = remove_class(json_obj)
json_obj['reaction'] = json_to_pmutt(json_obj['reaction'])
json_obj['surf_specie'] = json_to_pmutt(json_obj['surf_specie'])
json_obj['gas_specie'] = json_to_pmutt(json_obj['gas_specie'])
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
shomate : Shomate object
"""
json_obj = remove_class(json_obj)
# Reconstruct statmech model
json_obj['model'] = \
json_to_pmutt(json_obj['model'])
json_obj['misc_models'] = json_to_pmutt(json_obj['misc_models'])
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
EmpiricalBase : EmpiricalBase object
"""
json_obj = remove_class(json_obj)
# Reconstruct statmech model
json_obj['statmech_model'] = json_to_pmutt(json_obj['statmech_model'])
json_obj['misc_models'] = \
[json_to_pmutt(mix_model) for mix_model in json_obj['misc_models']]
return cls(**json_obj)
def from_dict(cls, json_obj):
"""Recreate an object from the JSON representation.
Parameters
----------
json_obj : dict
JSON representation
Returns
-------
Zacros : Zacros object
"""
json_obj = remove_class(json_obj)
# Reconstruct statmech model
json_obj['statmech_model'] = \
json_to_pmutt(json_obj['statmech_model'])
json_obj['references'] = \
json_to_pmutt(json_obj['references'])
return cls(**json_obj)
