def __init__(self, ):
super(BinaryDDK, self).__init__()
self.binary_model_name = "DDK"
self.binary_model_class = DDKmodel
self.add_param(
floatParameter(name="KIN",
value=0.0,
units="deg",
description="Inclination angle"))
self.add_param(
floatParameter(
name="KOM",
value=0.0,
units="deg",
description="The longitude of the ascending node",
))
self.add_param(
boolParameter(
name="K96",
description="Flag for Kopeikin binary model proper motion"
" correction",
))
self.remove_param("SINI")
self.internal_params += ["PMRA_DDK", "PMDEC_DDK"]
def __init__(self):
super(TroposphereDelay, self).__init__()
self.add_param(
boolParameter(
name="CORRECT_TROPOSPHERE",
value="Y",
description="Enable Troposphere Delay Model",
))
self.delay_funcs_component += [self.troposphere_delay]
# copy over the arrays to provide constant values within 15 deg
# of the poles and equator
for array in [
self.A_AVG,
self.B_AVG,
self.C_AVG,
self.A_AMP,
self.B_AMP,
self.C_AMP,
self.AW,
self.BW,
self.CW,
]:
array[0] = array[1]
array[-1] = array[-2]
def __init__(self):
super(SolarSystemShapiro, self).__init__()
self.add_param(
boolParameter(
name="PLANET_SHAPIRO",
value=False,
description="Include planetary Shapiro delays (Y/N)",
))
self.delay_funcs_component += [self.solar_system_shapiro_delay]
],
)
def test_parameter_setting(type_, set_value, value):
p = type_(name="TEST")
if isinstance(value, type(Exception)) and issubclass(value, Exception):
with pytest.raises(value):
p.value = set_value
else:
p.value = set_value
assert p.value == value
@pytest.mark.parametrize(
"p",
[
boolParameter(name="FISH"),
intParameter(name="FISH"),
strParameter(name="FISH")
],
)
def test_set_uncertainty_bogus_raises(p):
with pytest.raises(NotImplementedError):
p.uncertainty = 7.0
def test_compare_key_value():
par1 = maskParameter(name="Test1", key="-k1", key_value="kv1")
par2 = maskParameter(name="Test2", key="-k1", key_value="kv1")
par3 = maskParameter(name="Test3", key="-k2", key_value="kv1")
par4 = maskParameter(name="Test4", key="-k1", key_value="kv2")
assert par1.compare_key_value(par2)