def test_vortexShearedDisc(run_reset_case, expected, load_errorfile):
log = oftest.path_log()
err = load_errorfile
max_err_shape = abs(err.iloc[1, 1].max())
max_err_mass = abs(err.iloc[:, 2].max())
max_err_bound = abs(err.iloc[:, 3].max())
scheme = run_reset_case.meta_data["reconScheme"]
res = run_reset_case.meta_data["Res"]
mask = (expected["reconScheme"] == scheme) & (expected["Res"] == res)
expected_err_shape = expected[mask]["err_shape"].max()
results["err_shape"].append(max_err_shape)
results["err_mass"].append(max_err_mass)
results["err_bound"].append(max_err_bound)
results["runtime"].append(oftest.run_time(log)[0])
results["reconScheme"].append(scheme)
results["Res"].append(res)
assert max_err_shape < expected_err_shape * 1.05
assert max_err_mass <= 1e-13
assert max_err_bound <= 5e-5
assert oftest.case_status(log) == "completed" # checks if run completes
def test_deformation(run_reset_case, expected, load_errorfiles):
log = oftest.path_log()
err = load_errorfiles
max_err_shape = abs(err.iloc[1, 1].max())
max_err_mass = abs(err.iloc[:, 2].max())
max_err_bound = abs(err.iloc[:, 3].max())
results["err_shape"].append(max_err_shape)
results["err_mass"].append(max_err_mass)
results["err_bound"].append(max_err_bound)
results["runtime"].append(oftest.run_time(log)[0])
results["reconScheme"].append(run_reset_case.meta_data["reconScheme"])
results["Res"].append(run_reset_case.meta_data["Res"])
assert max_err_shape < (expected * 1.05)
assert max_err_mass <= 1e-13
assert max_err_bound <= 5e-5
assert oftest.case_status(log) == "completed" # checks if run completes
def test_completed(run_reset_case):
log = oftest.path_log()
assert oftest.case_status(log) == 'completed'
def test_completed(self, run_reset_case):
log = oftest.path_log()
assert oftest.case_status(
log) == "completed" # checks if run completes