def test_parse_simple_fault_src(self):
expected = (
{'table': 'hzrdi.mfd_evd', 'data': {
'max_val': 6.9500000000000002,
'total_cumulative_rate': 1.8988435199999998e-05,
'min_val': 6.5499999999999998,
'bin_size': 0.10000000000000009,
'mfd_values': [
0.0010614989, 0.00088291626999999998,
0.00073437776999999999, 0.00061082879999999995,
0.00050806530000000003],
'total_moment_rate': 281889786038447.25,
'owner_id': None}},
{'table': 'hzrdi.simple_fault', 'data': {
'name': u'Mount Diablo Thrust',
'upper_depth': 8.0,
'mgf_evd_id': None,
'mfd_tgr_id': None,
'outline': \
geoalchemy.WKTSpatialElement(SIMPLE_FAULT_OUTLINE_WKT),
'edge': geoalchemy.WKTSpatialElement(SIMPLE_FAULT_EDGE_WKT),
'lower_depth': 13.0,
'gid': u'src01',
'owner_id': None,
'dip': 38.0,
'description': None}},
{'table': 'hzrdi.source', 'data': {
'r_depth_distr_id': None,
'name': u'Mount Diablo Thrust',
'tectonic_region': 'active',
'rake': 90.0,
'si_type': 'simple',
'gid': u'src01',
'simple_fault_id': None,
'owner_id': None,
'hypocentral_depth': None,
'description': None,
'input_id': None}})
simple_data = db_loader.parse_simple_fault_src(self.simple)
# The WKTSpatialElement objects do not make for nice comparisons.
# So instead, we'll just test the text element of each object
# to make sure the coords and spatial reference system match.
# To do that, we need to remove the WKTSpatialElements so
# we can compare the rest of the dicts for equality.
exp_outline = expected[1]['data'].pop('outline')
actual_outline = simple_data[1]['data'].pop('outline')
self.assertEqual(exp_outline.geom_wkt, actual_outline.geom_wkt)
exp_edge = expected[1]['data'].pop('edge')
actual_edge = simple_data[1]['data'].pop('edge')
self.assertEqual(exp_edge.geom_wkt, actual_edge.geom_wkt)
# Now we can test the rest of the data.
for idx, exp in enumerate(expected):
helpers.assertDictAlmostEqual(self, exp, simple_data[idx])
def test_parse_simple_fault_src(self):
expected = (
{'table': 'pshai.mfd_evd', 'data': {
'max_val': 6.9500000000000002,
'total_cumulative_rate': 1.8988435199999998e-05,
'min_val': 6.5499999999999998,
'bin_size': 0.10000000000000009,
'mfd_values': [
0.0010614989, 0.00088291626999999998,
0.00073437776999999999, 0.00061082879999999995,
0.00050806530000000003],
'total_moment_rate': 281889786038447.25,
'owner_id': None}},
{'table': 'pshai.simple_fault', 'data': {
'name': u'Mount Diablo Thrust',
'upper_depth': 8.0,
'mgf_evd_id': None,
'mfd_tgr_id': None,
'outline': \
geoalchemy.WKTSpatialElement(SIMPLE_FAULT_OUTLINE_WKT),
'edge': geoalchemy.WKTSpatialElement(SIMPLE_FAULT_EDGE_WKT),
'lower_depth': 13.0,
'gid': u'src01',
'owner_id': None,
'dip': 38.0,
'description': None}},
{'table': 'pshai.source', 'data': {
'r_depth_distr_id': None,
'name': u'Mount Diablo Thrust',
'tectonic_region': 'active',
'rake': 90.0,
'si_type': 'simple',
'gid': u'src01',
'simple_fault_id': None,
'owner_id': None,
'hypocentral_depth': None,
'description': None,
'input_id': None}})
simple_data = db_loader.parse_simple_fault_src(self.simple)
# The WKTSpatialElement objects do not make for nice comparisons.
# So instead, we'll just test the text element of each object
# to make sure the coords and spatial reference system match.
# To do that, we need to remove the WKTSpatialElements so
# we can compare the rest of the dicts for equality.
exp_outline = expected[1]['data'].pop('outline')
actual_outline = simple_data[1]['data'].pop('outline')
self.assertEqual(exp_outline.geom_wkt, actual_outline.geom_wkt)
exp_edge = expected[1]['data'].pop('edge')
actual_edge = simple_data[1]['data'].pop('edge')
self.assertEqual(exp_edge.geom_wkt, actual_edge.geom_wkt)
# Now we can test the rest of the data.
for idx, exp in enumerate(expected):
helpers.assertDictAlmostEqual(self, exp, simple_data[idx])
def test_parse_simple_fault_src(self):
expected = (
models.MfdEvd(
max_val=6.9500000000000002,
total_cumulative_rate=1.8988435199999998e-05,
min_val=6.5499999999999998,
bin_size=0.10000000000000009,
mfd_values=[
0.0010614989, 0.00088291626999999998,
0.00073437776999999999, 0.00061082879999999995,
0.00050806530000000003],
total_moment_rate=281889786038447.25,
owner_id=None),
models.SimpleFault(
name='Mount Diablo Thrust',
upper_depth=8.0,
outline=SIMPLE_FAULT_OUTLINE_WKT,
edge=SIMPLE_FAULT_EDGE_WKT,
lower_depth=13.0,
gid='src01',
dip=38.0,
description=None),
models.Source(
name='Mount Diablo Thrust',
tectonic_region='active',
rake=90.0,
si_type='simple',
gid='src01',
hypocentral_depth=None,
description=None))
simple_data = db_loader.parse_simple_fault_src(self.simple)
# Now we can test the rest of the data.
helpers.assertModelAlmostEqual(self, expected[0], simple_data[0])
helpers.assertModelAlmostEqual(self, expected[1], simple_data[1])
helpers.assertModelAlmostEqual(self, expected[2], simple_data[2])
def test_parse_simple_fault_src(self):
expected = (models.MfdEvd(max_val=6.9500000000000002,
total_cumulative_rate=1.8988435199999998e-05,
min_val=6.5499999999999998,
bin_size=0.10000000000000009,
mfd_values=[
0.0010614989, 0.00088291626999999998,
0.00073437776999999999,
0.00061082879999999995,
0.00050806530000000003
],
total_moment_rate=281889786038447.25,
owner_id=None),
models.SimpleFault(name='Mount Diablo Thrust',
upper_depth=8.0,
outline=SIMPLE_FAULT_OUTLINE_WKT,
edge=SIMPLE_FAULT_EDGE_WKT,
lower_depth=13.0,
gid='src01',
dip=38.0,
description=None),
models.Source(name='Mount Diablo Thrust',
tectonic_region='active',
rake=90.0,
si_type='simple',
gid='src01',
hypocentral_depth=None,
description=None))
simple_data = db_loader.parse_simple_fault_src(self.simple)
# Now we can test the rest of the data.
helpers.assertModelAlmostEqual(self, expected[0], simple_data[0])
helpers.assertModelAlmostEqual(self, expected[1], simple_data[1])
helpers.assertModelAlmostEqual(self, expected[2], simple_data[2])
