def test_get_complex_fault_surface(self):
surface = db_loader.get_fault_surface(self.complex)
surface_type = surface.__javaclass__.getName()
self.assertEqual(
'org.opensha.sha.faultSurface.ApproxEvenlyGriddedSurface',
surface_type)
# as with the simple fault surface, we're only going to test
# the surface area (for now)
# the test value is derived from our test data
self.assertEqual(126615.0, surface.getSurfaceArea())
def test_get_complex_fault_surface(self):
surface = db_loader.get_fault_surface(self.complex)
surface_type = surface.__javaclass__.getName()
self.assertEqual(
'org.opensha.sha.faultSurface.ApproxEvenlyGriddedSurface',
surface_type)
# as with the simple fault surface, we're only going to test
# the surface area (for now)
# the test value is derived from our test data
self.assertEqual(126615.0, surface.getSurfaceArea())
def test_get_simple_fault_surface(self):
surface = db_loader.get_fault_surface(self.simple)
surface_type = surface.__javaclass__.getName()
self.assertEqual('org.opensha.sha.faultSurface.StirlingGriddedSurface',
surface_type)
# these surfaces are complex objects
# there is a lot here we can test
# for now, we only test the overall surface area
# the test value is derived from our test data
self.assertEqual(200.0, surface.getSurfaceArea())
def test_get_simple_fault_surface(self):
surface = db_loader.get_fault_surface(self.simple)
surface_type = surface.__javaclass__.getName()
self.assertEqual('org.opensha.sha.faultSurface.StirlingGriddedSurface',
surface_type)
# these surfaces are complex objects
# there is a lot here we can test
# for now, we only test the overall surface area
# the test value is derived from our test data
self.assertEqual(200.0, surface.getSurfaceArea())
