def serialize(self, rm):
"""
Serialize rupture model to NRML file
"""
srcm = SourceModelXMLWriter(None)
with NRMLFile(self.dest, 'w') as fh:
root = etree.Element(
'nrml', nsmap=SERIALIZE_NS_MAP
)
if isinstance(rm, ComplexFaultRuptureModel):
rm_elem = etree.SubElement(root, 'complexFaultRupture')
mag = etree.SubElement(rm_elem, 'magnitude')
mag.text = str(rm.magnitude)
rake = etree.SubElement(rm_elem, 'rake')
rake.text = str(rm.rake)
hypocenter = etree.SubElement(rm_elem, 'hypocenter',
attrib={'lon': rm.hypocenter[0], 'lat': rm.hypocenter[1],
'depth': rm.hypocenter[2]})
srcm._append_complex_fault_geom(rm_elem, rm.geometry)
elif isinstance(rm, SimpleFaultRuptureModel):
rm_elem = etree.SubElement(root, 'simpleFaultRupture')
mag = etree.SubElement(rm_elem, 'magnitude')
mag.text = str(rm.magnitude)
rake = etree.SubElement(rm_elem, 'rake')
rake.text = str(rm.rake)
hypocenter = etree.SubElement(rm_elem, 'hypocenter',
attrib={'lon': rm.hypocenter[0], 'lat': rm.hypocenter[1],
'depth': rm.hypocenter[2]})
srcm._append_simple_fault_geom(rm_elem, rm.geometry)
else:
raise ValueError('Rupture model %s not recognized' % rm.__class__)
fh.write(etree.tostring(root, pretty_print=True,
xml_declaration=True, encoding='UTF-8'))
