def from_dict(cls, d): """ Reconstitute a DefectPhaseDiagram object from a dict representation created using as_dict(). Args: d (dict): dict representation of DefectPhaseDiagram. Returns: DefectPhaseDiagram object """ entries = [ DefectEntry.from_dict(entry_dict) for entry_dict in d.get("entries") ] vbm = d["vbm"] band_gap = d["band_gap"] filter_compatible = d.get("filter_compatible", True) metadata = d.get("metadata", {}) if 'entry_id' in d.keys() and 'entry_id' not in metadata: metadata['entry_id'] = d['entry_id'] return cls(entries, vbm, band_gap, filter_compatible=filter_compatible, metadata=metadata)
def from_dict(cls, d): """ Reconstitute a DefectPhaseDiagram object from a dict representation created using as_dict(). Args: d (dict): dict representation of DefectPhaseDiagram. Returns: DefectPhaseDiagram object """ entries = [DefectEntry.from_dict(entry_dict) for entry_dict in d.get("entries")] vbm = d["vbm"] band_gap = d["band_gap"] filter_compatible = d.get("filter_compatible", True) metadata = d.get("metadata", {}) if 'entry_id' in d.keys() and 'entry_id' not in metadata: metadata['entry_id'] = d['entry_id'] return cls(entries, vbm, band_gap, filter_compatible=filter_compatible, metadata=metadata)
def test_init(self): entry = DefectEntry(self.substitution, 2.5) entry_doc = entry.as_dict() re_entry = DefectEntry.from_dict(entry_doc) self.assertNotEqual(re_entry, None)
def test_init(self): entry = DefectEntry(self.substitution, 2.5) entry_doc = entry.as_dict() re_entry = DefectEntry.from_dict(entry_doc) self.assertNotEqual(re_entry, None)