def test_currsys_ignore_effects_have_false_include_flag(
self, atmo_yaml_dict):
rc.__currsys__ = UserCommands()
rc.__currsys__.ignore_effects = ["super_psf", "atmo_dispersion"]
opt_el = opt_elem.OpticalElement(atmo_yaml_dict)
for ii in range(2):
assert opt_el.effects[ii].include is False
def test_returns_the_effects_with_z_values(self, z_orders, n,
detector_yaml_dict):
opt_el = opt_elem.OpticalElement(detector_yaml_dict)
assert len(opt_el.get_z_order_effects(z_orders)) == n
def test_make_not_included_effects_but_set_flag_false(
self, atmo_yaml_dict):
opt_el = opt_elem.OpticalElement(atmo_yaml_dict)
assert len(opt_el.effects) == 3
assert opt_el.effects[2].include is False
def test_cleans_obs_keywords_from_yaml_properties(self, atmo_yaml_dict):
atmo_yaml_dict["properties"]["tempertaure"] = "OBS_TEMPERATURE"
obs_dict = {"OBS_TEMPERATURE": 0}
opt_el = opt_elem.OpticalElement(atmo_yaml_dict, **obs_dict)
assert opt_el.properties["temperature"] == 0
def test_initialised_with_yaml_dict(self, atmo_yaml_dict):
opt_el = opt_elem.OpticalElement(atmo_yaml_dict)
assert isinstance(opt_el, opt_elem.OpticalElement)
assert isinstance(opt_el.effects[0], GaussianDiffractionPSF)
def test_initialised_with_nothing(self):
assert isinstance(opt_elem.OpticalElement(), opt_elem.OpticalElement)