def test_interp_attributes_05(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
assert isinstance(interp_handler.snapshots, np.ndarray)
def test_interp_attributes_01(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
assert interp_handler.output_name == output_name
def test_interp_start_snapshots_01(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
assert interp_handler.snapshots.shape == (1, 4)
def test_interp_print_info(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
interp_handler.print_info()
def test_interp_write_structures_01(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
interp_handler.write_structures()
os.remove('triangulation_scalar.npy')
def test_interp_start_mu_values_02(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
expected_mu_values = np.load('tests/test_datasets/mu_values_test.npy')
np.testing.assert_array_almost_equal(interp_handler.mu_values,
expected_mu_values)
def test_interp_add_snapshot_03(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
interp_handler.add_snapshot()
np.testing.assert_almost_equal(interp_handler.snapshots[0, 0],
36.3507969378)
def test_interp_add_snapshot_02(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
interp_handler.add_snapshot()
print interp_handler.snapshots[0, -1]
np.testing.assert_almost_equal(interp_handler.snapshots[0, -1],
17.57596528)
def test_interp_add_snapshot_01(self):
output_name = 'Pressure_drop'
namefile_prefix = 'tests/test_datasets/matlab_scalar_0'
file_format = '.mat'
interp_handler = interp.Interp(output_name, namefile_prefix,
file_format)
interp_handler.start()
interp_handler.add_snapshot()
mu_1 = np.array([-.5, .5, .5, -.5, -0.22280828])
mu_2 = np.array([-.5, -.5, .5, .5, -0.46651485])
expected_mu_values = np.array([mu_1, mu_2])
np.testing.assert_array_almost_equal(interp_handler.mu_values,
expected_mu_values)
