def test_read_sofa_position_type_spherical(generate_sofa_postype_spherical,
sofa_reference_coordinates):
"""Test to verify correct position type of sofa file"""
_, s_coords, r_coords = io.read_sofa(generate_sofa_postype_spherical)
npt.assert_allclose(s_coords.get_sph(convention='top_elev', unit='deg'),
sofa_reference_coordinates[0])
npt.assert_allclose(r_coords.get_sph(convention='top_elev', unit='deg'),
sofa_reference_coordinates[1])
def test_read_sofa_sampling_rate_unit(generate_sofa_unit_error):
"""Test to verify correct sampling rate unit of sofa file"""
with pytest.raises(ValueError):
io.read_sofa(generate_sofa_unit_error)
def test_read_sofa_coordinates(generate_sofa_GeneralFIR,
sofa_reference_coordinates):
"""Test for reading coordinates in sofa file"""
_, s_coords, r_coords, = io.read_sofa(generate_sofa_GeneralFIR)
npt.assert_allclose(s_coords.get_cart(), sofa_reference_coordinates[0])
npt.assert_allclose(r_coords.get_cart(), sofa_reference_coordinates[1])
def test_read_sofa_GeneralTF(generate_sofa_GeneralTF):
"""Test for sofa datatype GeneralTF"""
with pytest.raises(ValueError):
io.read_sofa(generate_sofa_GeneralTF)
def test_read_sofa_GeneralFIR(generate_sofa_GeneralFIR,
noise_two_by_three_channel):
"""Test for sofa datatype GeneralFIR"""
signal = io.read_sofa(generate_sofa_GeneralFIR)[0]
npt.assert_allclose(signal.time, noise_two_by_three_channel.time)
def test_read_sofa_position_type_unit(generate_sofa_postype_error):
"""Test to verify correct position type of sofa file"""
with pytest.raises(ValueError):
io.read_sofa(generate_sofa_postype_error)