def test_slicing_third_axis(test_input, expected, mask, wcs, uncertainty,
dimensions, world_axis_physical_types, extra_coords):
assert isinstance(test_input, expected)
assert np.all(test_input.mask == mask)
helpers.assert_wcs_are_equal(test_input.wcs, wcs[0])
assert test_input.missing_axes == wcs[1]
assert test_input.uncertainty.array.shape == uncertainty.shape
assert np.all(test_input.dimensions.value == dimensions.value)
assert test_input.dimensions.unit == dimensions.unit
assert test_input.world_axis_physical_types == world_axis_physical_types
helpers.assert_extra_coords_equal(test_input.extra_coords, extra_coords)
def test_slicing_third_axis(test_input, expected, mask, wcs, uncertainty,
dimensions, world_axis_physical_types, extra_coords):
assert isinstance(test_input, expected)
assert np.all(test_input.mask == mask)
helpers.assert_wcs_are_equal(test_input.wcs, wcs[0])
assert test_input.missing_axis == wcs[1]
assert test_input.uncertainty.array.shape == uncertainty.shape
assert np.all(test_input.dimensions.value == dimensions.value)
assert test_input.dimensions.unit == dimensions.unit
assert test_input.world_axis_physical_types == world_axis_physical_types
helpers.assert_extra_coords_equal(test_input.extra_coords, extra_coords)
def test_reindex_wcs(test_input, expected):
print(utils.wcs.reindex_wcs(*test_input))
print(expected)
helpers.assert_wcs_are_equal(utils.wcs.reindex_wcs(*test_input), expected)
def test_reindex_wcs(test_input, expected):
print(utils.wcs.reindex_wcs(*test_input))
print(expected)
helpers.assert_wcs_are_equal(utils.wcs.reindex_wcs(*test_input), expected)
