def test_geodeticCopyConstructor():
coord1 = gnssShadowing.Geodetic()
coord1.latitude = 1
coord1.longitude = 2
coord1.altitude = 3
coord1.julianDate = 4
coord2 = gnssShadowing.Geodetic(coord1)
assert coord2.latitude == 1
assert coord2.longitude == 2
assert coord2.altitude == 3
assert coord2.julianDate == 4
def test_availableSats():
sats = gnssShadowing.SatStore("data/current.tle")
deg2rad = gnssShadowing.deg2rad
observer = gnssShadowing.Geodetic(deg2rad(52), deg2rad(11), 0, 0)
availableSats = gnssShadowing.AvailableSats(sats, observer, deg2rad(5))
availableSats.update(gnssShadowing.unixTimeInSeconds())
assert availableSats.getNumSats() > 0
def test_geodeticDataMembers():
coord = gnssShadowing.Geodetic()
coord.latitude = 1
coord.longitude = 2
coord.altitude = 3
coord.julianDate = 4
assert coord.latitude == 1
assert coord.longitude == 2
assert coord.altitude == 3
assert coord.julianDate == 4
def _test_geodeticDefaultConstructor():
try:
coord = gnssShadowing.Geodetic()
except:
pytest.fail("Could not 'coord = gnssShadowing.Geodetic()'")
def test_geodeticToECEF():
coord = gnssShadowing.Geodetic(1, 2, 3, 4)
ecef = coord.toECEF()
assert type(ecef) == gnssShadowing.ECEF
def test_geodeticValueConstructor():
coord = gnssShadowing.Geodetic(1, 2, 3, 4)
assert coord.latitude == 1
assert coord.longitude == 2
assert coord.altitude == 3
assert coord.julianDate == 4
def test_ecefToSEZ():
geodetic = gnssShadowing.Geodetic()
coord = gnssShadowing.ECEF()
sez = coord.toSEZ(geodetic)
assert type(sez) == gnssShadowing.SEZ
def test_ecefToENU():
geodetic = gnssShadowing.Geodetic()
coord = gnssShadowing.ECEF()
enu = coord.toENU(geodetic)
assert type(enu) == gnssShadowing.ENU
def test_sezECEFTransformation():
geodetic = gnssShadowing.Geodetic()
mat1 = gnssShadowing.SEZ.SEZ_ECEF(geodetic)
assert type(mat1) == np.ndarray
mat2 = gnssShadowing.SEZ.ECEF_SEZ(geodetic)
assert type(mat2) == np.ndarray
def test_enuECEFTransformation():
geodetic = gnssShadowing.Geodetic()
mat1 = gnssShadowing.ENU.ENU_ECEF(geodetic)
assert type(mat1) == np.ndarray
mat2 = gnssShadowing.ENU.ECEF_ENU(geodetic)
assert type(mat2) == np.ndarray