def _assert_report(grid_file,
report_name,
expected,
tolerance=0.005,
relative=True):
re_patt = 'Report -> %s:\s(.*)\n' % report_name
actual = test_utils._float_from_sim_file(re_patt, grid_file)
print('\n[assert Report] %s: ' % report_name),
test_utils.assert_value(actual, expected, tolerance, relative)
def test_gci23_coefficients():
gci23_coeffs = _gci_coefficients()
test_utils.assert_value(min(gci23_coeffs),
0.0005,
tolerance=0.0005,
relative=False)
test_utils.assert_value(max(gci23_coeffs),
0.04,
tolerance=0.02,
relative=False)
def _assert_opacity_bug_14(key, expected):
re_patt = 'Scene -> \w+ -> \w+ -> %s Opacity:\s(.*)\n' % key
actual = _float(re_patt, _bug_sim(1))
test_utils.assert_value(actual, expected, tolerance=0)
def test_maximum_velocity_from_plot():
num_vals = _values_from_plot('.*Numerical .. Y values:\s\[(.*)\]')
assert len(num_vals) == 21
test_utils.assert_value(max(num_vals), _vmax())
def _assert_report(grid_file, report_name, expected, tolerance=0.005,
relative=True):
re_patt = 'Report -> %s:\s(.*)\n' % report_name
actual = test_utils._float_from_sim_file(re_patt, grid_file)
print('\n[assert Report] %s: ' % report_name),
test_utils.assert_value(actual, expected, tolerance, relative)
def test_gci23_coefficients():
gci23_coeffs = _gci_coefficients()
test_utils.assert_value(min(gci23_coeffs), 0.0005,
tolerance=0.0005, relative=False)
test_utils.assert_value(max(gci23_coeffs), 0.05,
tolerance=0.01, relative=False)
def test_maximum_velocity_from_plot():
num_vals = _values_from_plot('.*Numerical .. Y values:\s\[(.*)\]')
assert len(num_vals) == 21
test_utils.assert_value(max(num_vals), _vmax())
def test_gci23_coefficients():
gci23_coeffs = _gci_coefficients()
test_utils.assert_value(min(gci23_coeffs), 0.001, tolerance=0.1)
test_utils.assert_value(max(gci23_coeffs), 0.058, tolerance=0.1)