def test_ou_hz_error(self):
"""
Test hz error extraction from origin_uncertainty
"""
self.zmap_fields += _EXT_ZMAP_FIELDS
self.test_data.update({
'h_err': '1.000000',
'z_err': '0.000000',
'm_err': '0.000000'
})
pickler = zmap.Pickler(with_uncertainties=True)
o = self.test_event.preferred_origin()
o.origin_uncertainty.preferred_description = 'horizontal uncertainty'
o.origin_uncertainty.horizontal_uncertainty = 1.0
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
# with unsupported preferred_description
self.test_data.update({
'h_err': 'NaN',
'z_err': '0.000000',
'm_err': '0.000000'
})
o.origin_uncertainty.preferred_description = 'uncertainty ellipse'
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
def test_dump_with_uncertainty(self):
"""
Test export of non-standard (CSEP) uncertainty fields
"""
self.zmap_fields += _EXT_ZMAP_FIELDS
self.test_data.update({'h_err': 'NaN', 'z_err': '0.000000',
'm_err': '0.000000'})
pickler = zmap.Pickler(with_uncertainties=True)
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
def test_lat_lon_hz_error(self):
"""
Test hz error extraction from lat/lon
"""
self.zmap_fields += _EXT_ZMAP_FIELDS
self.test_data.update({'h_err': '0.138679', 'z_err': '0.000000',
'm_err': '0.000000'})
pickler = zmap.Pickler(with_uncertainties=True)
o = self.test_event.preferred_origin()
o.latitude_errors.uncertainty = .001
o.longitude_errors.uncertainty = .001
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
def test_serialize(self):
"""
Test serialization to zmap format
"""
pickler = zmap.Pickler()
# test full event (including origin/magnitude)
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
self.assertEqual(dump.count('\n'), 3)
# no preferred origin
oid = self.test_event.preferred_origin_id
self.test_event.preferred_origin_id = None
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string({'mag': '4.400000'}), dump)
self.test_event.preferred_origin_id = oid
# no preferred magnitude
self.test_event.preferred_magnitude_id = None
dump = pickler.dumps(self.catalog)
test_data = self.test_data.copy()
del test_data['mag']
self.assertIn(self._expected_string(test_data), dump)
def test_serialize(self):
"""
Test serialization to zmap format
"""
pickler = zmap.Pickler()
# test full event (including origin/magnitude)
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
self.assertEqual(dump.count('\n'), 3)
# no preferred origin -- still dump first origin
oid = self.test_event.preferred_origin_id
self.test_event.preferred_origin_id = None
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
self.test_event.preferred_origin_id = oid
# no preferred magnitude -- still dump first magnitude
mid = self.test_event.preferred_origin_id
self.test_event.preferred_magnitude_id = None
dump = pickler.dumps(self.catalog)
self.assertIn(self._expected_string(self.test_data), dump)
self.test_event.preferred_magnitude_id = mid
