def test_relative_abundance_negative_input():
with pytest.raises(ValueError):
thermal.thermal_emission([5, 10] * u.keV, 10*u.MK, 1e44/u.cm**3,
relative_abundances=((26, -1)))
def test_relative_abundance_invalid_atomic_number_input():
with pytest.raises(ValueError):
thermal.thermal_emission([5, 10] * u.keV, 10*u.MK, 1e44/u.cm**3,
relative_abundances=((100, 1)))
def test_temperature_out_of_range_error():
with pytest.raises(ValueError):
thermal.thermal_emission([5, 10] * u.keV, 0.1*u.MK, 1e44/u.cm**3)
def test_energy_out_of_range_error():
with pytest.raises(ValueError):
thermal.thermal_emission([0.01, 10] * u.keV, 6*u.MK, 1e44/u.cm**3)
def test_len1_energy_input():
with pytest.raises(ValueError):
thermal.thermal_emission([10] * u.keV, 6*u.MK, 1e44/u.cm**3)
def test_scalar_energy_input():
with pytest.raises(ValueError):
thermal.thermal_emission(10 * u.keV, 6*u.MK, 1e44/u.cm**3)
def test_thermal_emission_against_ssw(ssw):
input_args, expected = ssw()
output = thermal.thermal_emission(*input_args)
expected_value = expected.to_value(output.unit)
np.testing.assert_allclose(output.value, expected_value, rtol=0.03)
