def test_prepare_scenario_job_over_sites(self):
'''
Same as test_prepare_scenario_job, but with geometry specified as
a list of sites.
'''
params = self.BASE_SCENARIO_PARAMS.copy()
params['SITES'] = '34.07, -118.25, 34.07, -118.22, 34.04, -118.22'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['SITES'], _to_coord_list(jp.sites))
self.assertFieldsEqual(
{'calc_mode': 'scenario',
'min_magnitude': None,
'investigation_time': None,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'onesided',
'truncation_level': 3.0,
'reference_vs30_value': 759.0,
'imls': None,
'poes': None,
'realizations': None,
'histories': None,
'gm_correlated': True,
}, jp)
def test_prepare_event_based_job_over_sites(self):
'''
Same as test_prepare_event_based_job, but with geometry specified as
a list of sites.
'''
params = self.BASE_EVENT_BASED_PARAMS.copy()
params['SITES'] = '33.88, -118.3, 33.88, -118.06, 33.76, -118.06'
params['LOSS_HISTOGRAM_BINS'] = '25'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['SITES'], _to_coord_list(jp.sites))
self.assertFieldsEqual(
{'calc_mode': 'event_based',
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'average',
'imt': 'sa',
'period': 1.0,
'truncation_type': 'none',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': None,
'realizations': 5,
'histories': 1,
'gm_correlated': False,
}, jp)
def test_prepare_scenario_job(self):
abs_path = partial(datapath, "scenario")
params = self.BASE_SCENARIO_PARAMS.copy()
params['REGION_VERTEX'] = \
'34.07, -118.25, 34.07, -118.22, 34.04, -118.22'
params['REGION_GRID_SPACING'] = '0.02'
params['SINGLE_RUPTURE_MODEL'] = abs_path("simple-fault-rupture.xml")
params['EXPOSURE'] = abs_path("LA_small_portfolio.xml")
params['VULNERABILITY'] = abs_path("vulnerability.xml")
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['REGION_VERTEX'], _to_coord_list(jp.region))
self.assertFieldsEqual(
{'calc_mode': 'scenario',
'region_grid_spacing': 0.02,
'min_magnitude': None,
'investigation_time': None,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'onesided',
'truncation_level': 3.0,
'reference_vs30_value': 759.0,
'imls': None,
'poes': None,
'realizations': None,
'histories': None,
'gm_correlated': True,
'damping': None,
'gmf_calculation_number': 5,
'rupture_surface_discretization': 0.1,
}, jp)
def test_prepare_scenario_job_over_sites(self):
'''
Same as test_prepare_scenario_job, but with geometry specified as
a list of sites.
'''
params = self.BASE_SCENARIO_PARAMS.copy()
params['SITES'] = '34.07, -118.25, 34.07, -118.22, 34.04, -118.22'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['SITES'], _to_coord_list(jp.sites))
self.assertFieldsEqual(
{'calc_mode': 'scenario',
'min_magnitude': None,
'investigation_time': None,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'onesided',
'truncation_level': 3.0,
'reference_vs30_value': 759.0,
'imls': None,
'poes': None,
'realizations': None,
'histories': None,
'gm_correlated': True,
}, jp)
def test_prepare_event_based_job_over_sites(self):
'''
Same as test_prepare_event_based_job, but with geometry specified as
a list of sites.
'''
params = self.BASE_EVENT_BASED_PARAMS.copy()
params['SITES'] = '33.88, -118.3, 33.88, -118.06, 33.76, -118.06'
params['LOSS_HISTOGRAM_BINS'] = '25'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['SITES'], _to_coord_list(jp.sites))
self.assertFieldsEqual(
{'calc_mode': 'event_based',
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'average',
'imt': 'sa',
'period': 1.0,
'truncation_type': 'none',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': None,
'realizations': 5,
'histories': 1,
'gm_correlated': False,
}, jp)
def test_prepare_classical_job_over_sites(self):
'''
Same as test_prepare_classical_job, but with geometry specified as
a list of sites.
'''
params = self.BASE_CLASSICAL_PARAMS.copy()
params['SITES'] = '37.9, -121.9, 37.9, -121.6, 37.5, -121.6'
params['LREM_STEPS_PER_INTERVAL'] = '5'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['SITES'], _to_coord_list(jp.sites))
self.assertFieldsEqual(
{'calc_mode': 'classical',
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'twosided',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': [0.01, 0.1],
'realizations': 2,
'histories': None,
'gm_correlated': None,
}, jp)
def test_prepare_classical_job_over_sites(self):
"""
Same as test_prepare_classical_job, but with geometry specified as
a list of sites.
"""
params = self.BASE_CLASSICAL_PARAMS.copy()
params["SITES"] = "37.9, -121.9, 37.9, -121.6, 37.5, -121.6"
params["LREM_STEPS_PER_INTERVAL"] = "5"
self.job = _prepare_job(params, ["HAZARD", "RISK"])
self.calculation.oq_job_profile = self.job
self.calculation.save()
self.job = self._reload_params()
self.assertEquals(params["SITES"], _to_coord_list(self.job.sites))
self.assertFieldsEqual(
{
"calc_mode": "classical",
"min_magnitude": 5.0,
"investigation_time": 50.0,
"component": "gmroti50",
"imt": "pga",
"period": None,
"truncation_type": "twosided",
"truncation_level": 3.0,
"reference_vs30_value": 760.0,
"imls": [0.005, 0.007, 0.0098, 0.0137, 0.0192],
"poes": [0.01, 0.1],
"realizations": 2,
"histories": None,
"gm_correlated": None,
},
self.job,
)
def test_prepare_classical_job_over_sites(self):
'''
Same as test_prepare_classical_job, but with geometry specified as
a list of sites.
'''
params = self.BASE_CLASSICAL_PARAMS.copy()
params['SITES'] = '37.9, -121.9, 37.9, -121.6, 37.5, -121.6'
params['LREM_STEPS_PER_INTERVAL'] = '5'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['SITES'], _to_coord_list(jp.sites))
self.assertFieldsEqual(
{'calc_mode': 'classical',
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'twosided',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': [0.01, 0.1],
'realizations': 2,
'histories': None,
'gm_correlated': None,
}, jp)
def test_prepare_scenario_job(self):
abs_path = partial(datapath, "scenario")
params = self.BASE_SCENARIO_PARAMS.copy()
params['REGION_VERTEX'] = \
'34.07, -118.25, 34.07, -118.22, 34.04, -118.22'
params['REGION_GRID_SPACING'] = '0.02'
params['SINGLE_RUPTURE_MODEL'] = abs_path("simple-fault-rupture.xml")
params['EXPOSURE'] = abs_path("LA_small_portfolio.xml")
params['VULNERABILITY'] = abs_path("vulnerability.xml")
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['REGION_VERTEX'], _to_coord_list(jp.region))
self.assertFieldsEqual(
{'calc_mode': 'scenario',
'region_grid_spacing': 0.02,
'min_magnitude': None,
'investigation_time': None,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'onesided',
'truncation_level': 3.0,
'reference_vs30_value': 759.0,
'imls': None,
'poes': None,
'realizations': None,
'histories': None,
'gm_correlated': True,
'damping': None,
'gmf_calculation_number': 5,
'rupture_surface_discretization': 0.1,
}, jp)
def test_prepare_event_based_job_over_sites(self):
"""
Same as test_prepare_event_based_job, but with geometry specified as
a list of sites.
"""
params = self.BASE_EVENT_BASED_PARAMS.copy()
params["SITES"] = "33.88, -118.3, 33.88, -118.06, 33.76, -118.06"
params["LOSS_HISTOGRAM_BINS"] = "25"
self.job = _prepare_job(params, ["HAZARD", "RISK"])
self.job.oq_job_profile = self._reload_params()
self.assertEquals(params["SITES"], _to_coord_list(self.job.oq_job_profile.sites))
self.assertFieldsEqual(
{
"calc_mode": "event_based",
"min_magnitude": 5.0,
"investigation_time": 50.0,
"component": "average",
"imt": "sa",
"period": 1.0,
"truncation_type": "none",
"truncation_level": 3.0,
"reference_vs30_value": 760.0,
"imls": [0.005, 0.007, 0.0098, 0.0137, 0.0192],
"poes": None,
"realizations": 5,
"histories": 1,
"gm_correlated": False,
},
self.job.oq_job_profile,
)
def test_prepare_scenario_job_over_sites(self):
"""
Same as test_prepare_scenario_job, but with geometry specified as
a list of sites.
"""
params = self.BASE_SCENARIO_PARAMS.copy()
params["SITES"] = "34.07, -118.25, 34.07, -118.22, 34.04, -118.22"
self.job = _prepare_job(params, ["HAZARD", "RISK"])
self.calculation.oq_job_profile = self.job
self.calculation.save()
self.job = self._reload_params()
self.assertEquals(params["SITES"], _to_coord_list(self.job.sites))
self.assertFieldsEqual(
{
"calc_mode": "scenario",
"min_magnitude": None,
"investigation_time": None,
"component": "gmroti50",
"imt": "pga",
"period": None,
"truncation_type": "onesided",
"truncation_level": 3.0,
"reference_vs30_value": 759.0,
"imls": None,
"poes": None,
"realizations": None,
"histories": None,
"gm_correlated": True,
},
self.job,
)
def test_prepare_classical_job(self):
abs_path = partial(datapath, "classical_psha_simple")
params = self.BASE_CLASSICAL_PARAMS.copy()
params["REGION_VERTEX"] = "37.9, -121.9, 37.9, -121.6, 37.5, -121.6"
params["REGION_GRID_SPACING"] = "0.1"
params["SOURCE_MODEL_LOGIC_TREE_FILE"] = abs_path("source_model_logic_tree.xml")
params["GMPE_LOGIC_TREE_FILE"] = abs_path("gmpe_logic_tree.xml")
params["EXPOSURE"] = abs_path("small_exposure.xml")
params["VULNERABILITY"] = abs_path("vulnerability.xml")
params["SOURCE_MODEL_LT_RANDOM_SEED"] = "23"
params["GMPE_LT_RANDOM_SEED"] = "5"
params["LREM_STEPS_PER_INTERVAL"] = "5"
self.job = _prepare_job(params, ["HAZARD", "RISK"])
self.calculation.oq_job_profile = self.job
self.calculation.save()
self.job = self._reload_params()
self.assertEquals(params["REGION_VERTEX"], _to_coord_list(self.job.region))
self.assertFieldsEqual(
{
"calc_mode": "classical",
"region_grid_spacing": 0.1,
"min_magnitude": 5.0,
"investigation_time": 50.0,
"component": "gmroti50",
"imt": "pga",
"period": None,
"truncation_type": "twosided",
"truncation_level": 3.0,
"reference_vs30_value": 760.0,
"imls": [0.005, 0.007, 0.0098, 0.0137, 0.0192],
"poes": [0.01, 0.1],
"realizations": 2,
"histories": None,
"gm_correlated": None,
"damping": None,
"gmf_calculation_number": None,
"rupture_surface_discretization": None,
"subduction_rupture_floating_type": "downdip",
},
self.job,
)
self.assertEqual(
[
{"path": abs_path("small_exposure.xml"), "type": "exposure"},
{"path": abs_path("gmpe_logic_tree.xml"), "type": "lt_gmpe"},
{"path": abs_path("source_model_logic_tree.xml"), "type": "lt_source"},
{"path": abs_path("source_model1.xml"), "type": "source"},
{"path": abs_path("source_model2.xml"), "type": "source"},
{"path": abs_path("vulnerability.xml"), "type": "vulnerability"},
],
self._get_inputs(self.job),
)
def test_prepare_event_based_job(self):
abs_path = partial(datapath, "simplecase")
params = self.BASE_EVENT_BASED_PARAMS.copy()
params["REGION_VERTEX"] = "33.88, -118.3, 33.88, -118.06, 33.76, -118.06"
params["REGION_GRID_SPACING"] = "0.02"
params["SOURCE_MODEL_LOGIC_TREE_FILE"] = abs_path("source_model_logic_tree.xml")
params["GMPE_LOGIC_TREE_FILE"] = abs_path("gmpe_logic_tree.xml")
params["EXPOSURE"] = abs_path("small_exposure.xml")
params["VULNERABILITY"] = abs_path("vulnerability.xml")
params["GMF_RANDOM_SEED"] = "1"
params["LOSS_HISTOGRAM_BINS"] = "25"
self.job = _prepare_job(params, ["HAZARD", "RISK"])
self.job.oq_job_profile = self._reload_params()
self.assertEquals(params["REGION_VERTEX"], _to_coord_list(self.job.oq_job_profile.region))
self.assertFieldsEqual(
{
"calc_mode": "event_based",
"region_grid_spacing": 0.02,
"min_magnitude": 5.0,
"investigation_time": 50.0,
"component": "average",
"imt": "sa",
"period": 1.0,
"truncation_type": "none",
"truncation_level": 3.0,
"reference_vs30_value": 760.0,
"imls": [0.005, 0.007, 0.0098, 0.0137, 0.0192],
"poes": None,
"realizations": 5,
"histories": 1,
"gm_correlated": False,
"damping": 5.0,
"gmf_calculation_number": None,
"rupture_surface_discretization": None,
},
self.job.oq_job_profile,
)
self.assertEqual(
[
{"path": abs_path("small_exposure.xml"), "type": "exposure"},
{"path": abs_path("gmpe_logic_tree.xml"), "type": "lt_gmpe"},
{"path": abs_path("source_model_logic_tree.xml"), "type": "lt_source"},
{"path": abs_path("source_model1.xml"), "type": "source"},
{"path": abs_path("source_model2.xml"), "type": "source"},
{"path": abs_path("vulnerability.xml"), "type": "vulnerability"},
],
self._get_inputs(self.job),
)
def test_prepare_scenario_job(self):
abs_path = partial(datapath, "scenario")
params = self.BASE_SCENARIO_PARAMS.copy()
params["REGION_VERTEX"] = "34.07, -118.25, 34.07, -118.22, 34.04, -118.22"
params["REGION_GRID_SPACING"] = "0.02"
params["SINGLE_RUPTURE_MODEL"] = abs_path("simple-fault-rupture.xml")
params["EXPOSURE"] = abs_path("LA_small_portfolio.xml")
params["VULNERABILITY"] = abs_path("vulnerability.xml")
self.job = _prepare_job(params, ["HAZARD", "RISK"])
self.calculation.oq_job_profile = self.job
self.calculation.save()
self.job = self._reload_params()
self.assertEquals(params["REGION_VERTEX"], _to_coord_list(self.job.region))
self.assertFieldsEqual(
{
"calc_mode": "scenario",
"region_grid_spacing": 0.02,
"min_magnitude": None,
"investigation_time": None,
"component": "gmroti50",
"imt": "pga",
"period": None,
"truncation_type": "onesided",
"truncation_level": 3.0,
"reference_vs30_value": 759.0,
"imls": None,
"poes": None,
"realizations": None,
"histories": None,
"gm_correlated": True,
"damping": None,
"gmf_calculation_number": 5,
"rupture_surface_discretization": 0.1,
},
self.job,
)
self.assertEqual(
[
{"path": abs_path("LA_small_portfolio.xml"), "type": "exposure"},
{"path": abs_path("simple-fault-rupture.xml"), "type": "rupture"},
{"path": abs_path("vulnerability.xml"), "type": "vulnerability"},
],
self._get_inputs(self.job),
)
def test_prepare_classical_job(self):
abs_path = partial(datapath, "classical_psha_simple")
params = self.BASE_CLASSICAL_PARAMS.copy()
params['REGION_VERTEX'] = '37.9, -121.9, 37.9, -121.6, 37.5, -121.6'
params['REGION_GRID_SPACING'] = '0.1'
params['BASE_PATH'] = abs_path('')
params['SOURCE_MODEL_LOGIC_TREE_FILE'] = "source_model_logic_tree.xml"
params['GMPE_LOGIC_TREE_FILE'] = "gmpe_logic_tree.xml"
params['EXPOSURE'] = abs_path("small_exposure.xml")
params['VULNERABILITY'] = abs_path("vulnerability.xml")
params['SOURCE_MODEL_LT_RANDOM_SEED'] = '23'
params['GMPE_LT_RANDOM_SEED'] = '5'
params['LREM_STEPS_PER_INTERVAL'] = '5'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['REGION_VERTEX'], _to_coord_list(jp.region))
self.assertFieldsEqual(
{'calc_mode': 'classical',
'region_grid_spacing': 0.1,
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'twosided',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': [0.01, 0.1],
'realizations': 2,
'histories': None,
'gm_correlated': None,
'damping': None,
'gmf_calculation_number': None,
'rupture_surface_discretization': None,
'subduction_rupture_floating_type': 'downdip',
}, jp)
def test_prepare_classical_job(self):
abs_path = partial(datapath, "classical_psha_simple")
params = self.BASE_CLASSICAL_PARAMS.copy()
params['REGION_VERTEX'] = '37.9, -121.9, 37.9, -121.6, 37.5, -121.6'
params['REGION_GRID_SPACING'] = '0.1'
params['SOURCE_MODEL_LOGIC_TREE_FILE'] = abs_path(
"source_model_logic_tree.xml")
params['GMPE_LOGIC_TREE_FILE'] = abs_path("gmpe_logic_tree.xml")
params['EXPOSURE'] = abs_path("small_exposure.xml")
params['VULNERABILITY'] = abs_path("vulnerability.xml")
params['SOURCE_MODEL_LT_RANDOM_SEED'] = '23'
params['GMPE_LT_RANDOM_SEED'] = '5'
params['LREM_STEPS_PER_INTERVAL'] = '5'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['REGION_VERTEX'], _to_coord_list(jp.region))
self.assertFieldsEqual(
{'calc_mode': 'classical',
'region_grid_spacing': 0.1,
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'gmroti50',
'imt': 'pga',
'period': None,
'truncation_type': 'twosided',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': [0.01, 0.1],
'realizations': 2,
'histories': None,
'gm_correlated': None,
'damping': None,
'gmf_calculation_number': None,
'rupture_surface_discretization': None,
'subduction_rupture_floating_type': 'downdip',
}, jp)
def test_prepare_event_based_job(self):
abs_path = partial(datapath, "simplecase")
params = self.BASE_EVENT_BASED_PARAMS.copy()
params['REGION_VERTEX'] = \
'33.88, -118.3, 33.88, -118.06, 33.76, -118.06'
params['REGION_GRID_SPACING'] = '0.02'
params['BASE_PATH'] = abs_path('')
params['SOURCE_MODEL_LOGIC_TREE_FILE'] = "source_model_logic_tree.xml"
params['GMPE_LOGIC_TREE_FILE'] = "gmpe_logic_tree.xml"
params['EXPOSURE'] = abs_path("small_exposure.xml")
params['VULNERABILITY'] = abs_path("vulnerability.xml")
params['GMF_RANDOM_SEED'] = '1'
params['LOSS_HISTOGRAM_BINS'] = '25'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['REGION_VERTEX'], _to_coord_list(jp.region))
self.assertFieldsEqual(
{'calc_mode': 'event_based',
'region_grid_spacing': 0.02,
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'average',
'imt': 'sa',
'period': 1.0,
'truncation_type': 'none',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': None,
'realizations': 5,
'histories': 1,
'gm_correlated': False,
'damping': 5.0,
'gmf_calculation_number': None,
'rupture_surface_discretization': None,
}, jp)
def test_prepare_event_based_job(self):
abs_path = partial(datapath, "simplecase")
params = self.BASE_EVENT_BASED_PARAMS.copy()
params['REGION_VERTEX'] = \
'33.88, -118.3, 33.88, -118.06, 33.76, -118.06'
params['REGION_GRID_SPACING'] = '0.02'
params['SOURCE_MODEL_LOGIC_TREE_FILE'] = abs_path(
"source_model_logic_tree.xml")
params['GMPE_LOGIC_TREE_FILE'] = abs_path("gmpe_logic_tree.xml")
params['EXPOSURE'] = abs_path("small_exposure.xml")
params['VULNERABILITY'] = abs_path("vulnerability.xml")
params['GMF_RANDOM_SEED'] = '1'
params['LOSS_HISTOGRAM_BINS'] = '25'
jp = _prepare_job(params, ['HAZARD', 'RISK'], 'openquake', self.job,
False)
self.assertEqual(params['REGION_VERTEX'], _to_coord_list(jp.region))
self.assertFieldsEqual(
{'calc_mode': 'event_based',
'region_grid_spacing': 0.02,
'min_magnitude': 5.0,
'investigation_time': 50.0,
'component': 'average',
'imt': 'sa',
'period': 1.0,
'truncation_type': 'none',
'truncation_level': 3.0,
'reference_vs30_value': 760.0,
'imls': [0.005, 0.007, 0.0098, 0.0137, 0.0192],
'poes': None,
'realizations': 5,
'histories': 1,
'gm_correlated': False,
'damping': 5.0,
'gmf_calculation_number': None,
'rupture_surface_discretization': None,
}, jp)