def test_loss_curve_has_correct_content(self):
loss_element = risk_parser.LossCurveXMLReader(LOSS_CURVE_TEST_FILE)
expected_result = self.LOSS_CURVE_REFERENCE_DATA
counter = None
for counter, (nrml_site, nrml_attr) in enumerate(loss_element):
# check topological equality for points
self.assertTrue(
nrml_site.point.equals(expected_result[counter][0].point),
"filter yielded unexpected site at position %s: %s, %s" %
(counter, nrml_site.point, expected_result[counter][0].point))
self.assertEqual(nrml_attr, expected_result[counter][1],
"filter yielded unexpected attribute values at position " \
"%s: %s, %s" % (counter, nrml_attr,
expected_result[counter][1]))
# ensure that generator yielded at least one item
self.assertTrue(counter is not None,
"filter yielded nothing although %s item(s) were expected" % \
len(expected_result))
# ensure that generator returns exactly the number of items of the
# expected result list
self.assertEqual(
counter,
len(expected_result) - 1,
"filter yielded wrong number of items (%s), expected were %s" %
(counter + 1, len(expected_result)))
def _parse_nrml_file(self):
"""Parse loss/loss ratio curve data from NRML file into dictionary."""
if self.mode == 'loss_ratio':
nrml_element = risk_parser.LossRatioCurveXMLReader(
self.nrml_input_path)
else:
nrml_element = risk_parser.LossCurveXMLReader(self.nrml_input_path)
# loss/loss ratio curves have a common *ordinate* for all curves
# in an NRML file
for (nrml_point,
nrml_attr) in nrml_element.filter(region_constraint=None):
site_hash = nrml_point.hash()
curve_id = nrml_attr['assetID']
if site_hash not in self.data:
self.data[site_hash] = {
# capture SVG filename for each site
'path': self._generate_filename(site_hash),
'curves': {}
}
if curve_id not in self.data[site_hash]['curves']:
self.data[site_hash]['curves'][curve_id] = {}
self.data[site_hash]['curves'][curve_id] = {
'abscissa': nrml_attr[nrml_element.abscissa_output_key],
'abscissa_property': nrml_element.abscissa_property,
'ordinate': nrml_attr[nrml_element.ordinate_output_key],
'ordinate_property': nrml_element.ordinate_property,
'Site': nrml_point,
'curve_title': self.curve_title
}
def test_loss_curve_is_parsed_correcly(self):
"""
This test is a bit "unusual", if _parse() will raise an exception
the test will fail, this is due to the previous not correct
behaviour described in https://github.com/gem/openquake/issues/130
the "bug" is listed on https://bugs.launchpad.net/lxml/+bug/589805
"""
loss_curve_reader = risk_parser.LossCurveXMLReader(
LOSS_CURVE_BAD_TEST_FILE)
list(loss_curve_reader._parse())