def __init__(self):
""" UVBase test object. """
# add some test UVParameters to the class
self._int1 = uvp.UVParameter(
"int1", description="integer value", expected_type=int, value=3
)
self._int2 = uvp.UVParameter(
"int2", description="integer value", expected_type=int, value=5
)
self._float1 = uvp.UVParameter(
"float1", description="float value", expected_type=np.float, value=18.2
)
self._string1 = uvp.UVParameter(
"string1", description="string value", form="str", value="test"
)
self._string2 = uvp.UVParameter(
"string2", description="string value", expected_type="str", value="test"
)
self._floatarr = uvp.UVParameter(
"floatarr",
description="float array",
form=("int1", "int2"),
expected_type=np.float,
value=np.random.rand(self._int1.value, self._int2.value),
)
self._floatarr2 = uvp.UVParameter(
"floatarr2",
description="float array",
form=4,
expected_type=np.float,
value=np.random.rand(4),
)
self._strlist = uvp.UVParameter(
"strlist",
description="string list",
form=("int1",),
expected_type=str,
value=["s" + str(i) for i in np.arange(self._int1.value)],
)
self._intlist = uvp.UVParameter(
"intlist",
description="integer list",
form=("int1",),
expected_type=int,
value=list(range(self._int1.value)),
)
self._angle = uvp.AngleParameter(
"angle", description="angle", expected_type=np.float, value=np.pi / 4.0
)
self._location = uvp.LocationParameter(
"location", description="location", value=np.array(ref_xyz)
)
self._optional_int1 = uvp.UVParameter(
"optional_int1",
description="optional integer value",
expected_type=int,
value=3,
required=False,
)
self._optional_int2 = uvp.UVParameter(
"optional_int2",
description="optional integer value",
expected_type=int,
value=5,
required=False,
)
self._unset_int1 = uvp.UVParameter(
"unset_int1",
description="An unset parameter.",
expected_type=int,
value=None,
required=False,
)
super(UVTest, self).__init__()
def test_location_acceptable_none():
param1 = uvp.LocationParameter(name="p2", value=1, acceptable_range=None)
assert param1.check_acceptability()
def __init__(self):
""" UVBase test object. """
# add some test UVParameters to the class
self._int1 = uvp.UVParameter('int1',
description='integer value',
expected_type=int,
value=3)
self._int2 = uvp.UVParameter('int2',
description='integer value',
expected_type=int,
value=5)
self._float1 = uvp.UVParameter('float1',
description='float value',
expected_type=np.float,
value=18.2)
self._string1 = uvp.UVParameter('string1',
description='string value',
form='str',
value='test')
self._string2 = uvp.UVParameter('string2',
description='string value',
expected_type='str',
value='test')
self._floatarr = uvp.UVParameter('floatarr',
description='float array',
form=('int1', 'int2'),
expected_type=np.float,
value=np.random.rand(
self._int1.value,
self._int2.value))
self._floatarr2 = uvp.UVParameter('floatarr2',
description='float array',
form=4,
expected_type=np.float,
value=np.random.rand(4))
self._strlist = uvp.UVParameter(
'strlist',
description='string list',
form=('int1', ),
expected_type=str,
value=['s' + str(i) for i in np.arange(self._int1.value)])
self._intlist = uvp.UVParameter('intlist',
description='integer list',
form=('int1', ),
expected_type=int,
value=list(range(self._int1.value)))
self._angle = uvp.AngleParameter('angle',
description='angle',
expected_type=np.float,
value=np.pi / 4.)
self._location = uvp.LocationParameter('location',
description='location',
value=np.array(ref_xyz))
self._optional_int1 = uvp.UVParameter(
'optional_int1',
description='optional integer value',
expected_type=int,
value=3,
required=False)
self._optional_int2 = uvp.UVParameter(
'optional_int2',
description='optional integer value',
expected_type=int,
value=5,
required=False)
super(UVTest, self).__init__()
def test_location_set_lat_lon_alt_degrees_none():
param1 = uvp.LocationParameter(name="p2", value=1)
param1.set_lat_lon_alt_degrees(None)
assert param1.value is None
def test_location_set_lat_lon_alt_none():
param1 = uvp.LocationParameter(name='p2', value=1)
param1.set_lat_lon_alt(None)
assert param1.value is None