def test_coordinate_cylindrical() -> None: """Test the cylindrical property of the coordinate class.""" coordinate_1 = Coordinate(3., 4., 5.) coordinate_2 = Coordinate(20., 3., 7.) cylindrical_1 = Cylindrical(p=5., phi=0.92729521800161, z=5.) cylindrical_2 = Cylindrical(p=20.223748416157, phi=0.1488899476095, z=7.) assert_cylindrical_isclose(coordinate_1.cylindrical, cylindrical_1) assert_cylindrical_isclose(coordinate_2.cylindrical, cylindrical_2)
def test_coordinate_from_cartesian() -> None: """Test the from_cartestian() method of the coordinate class.""" coordinate_1 = Coordinate(3., 4., 5.) coordinate_2 = Coordinate(20., 3., 7.) cartesian_1 = Coordinate.from_cartesian(3., 4., 5.) cartesian_2 = Coordinate.from_cartesian(20., 3., 7.) assert_coordinate_isclose(coordinate_1, cartesian_1) assert_coordinate_isclose(coordinate_2, cartesian_2)
def test_coordinate_from_cylindrical() -> None: """Test the from_cylindrical() method of the coordinate class.""" coordinate_1 = Coordinate(3., 4., 5.) coordinate_2 = Coordinate(20., 3., 7.) cylindrical_1 = Coordinate.from_cylindrical(5., 0.92729521800161, 5.) cylindrical_2 = Coordinate.from_cylindrical(20.223748416157, 0.1488899476095, 7.) assert_coordinate_isclose(coordinate_1, cylindrical_1) assert_coordinate_isclose(coordinate_2, cylindrical_2)
def get_random_coordinate() -> Coordinate: """Get a random coordinate.""" return Coordinate( get_random_float(), get_random_float(), get_random_float(), )
def test_coordinate_represenation() -> None: """Test the representation of the coordinate class.""" coordinate_1 = Coordinate(3., 4., 5.) given_representation = repr(coordinate_1) expected_representation = "Coordinate(x=3.0, y=4.0, z=5.0)" assert (given_representation == expected_representation)
def test_marker_isclose() -> None: """Test the isclose method.""" c = Coordinate(1, 1, 1) assert c.isclose(c) assert c.isclose(Coordinate(1.00000000001, 1, 1)) assert not c.isclose(Coordinate(1.1, 1.1, 1.1))
def test_coordinate_spherical() -> None: """Test the spherical property of the coordinate class.""" coordinate_1 = Coordinate(3., 4., 5.) coordinate_2 = Coordinate(70., 34., 83.) spherical_1 = Spherical( r=7.0710678118655, theta=0.92729521800161, phi=0.78539816339745, ) spherical_2 = Spherical( r=113.77609590771, theta=0.45215386228578, phi=0.75320133230042, ) assert_spherical_isclose(coordinate_1.spherical, spherical_1) assert_spherical_isclose(coordinate_2.spherical, spherical_2)
def test_coordinate_from_spherical() -> None: """Test the from_spherical() method of the coordinate class.""" coordinate_1 = Coordinate(3., 4., 5.) coordinate_2 = Coordinate(70., 34., 83.) spherical_1 = Coordinate.from_spherical( 7.0710678118655, 0.92729521800161, 0.78539816339745, ) spherical_2 = Coordinate.from_spherical( 113.77609590771, 0.45215386228578, 0.75320133230042, ) assert_coordinate_isclose(coordinate_1, spherical_1) assert_coordinate_isclose(coordinate_2, spherical_2)
def test_markers_position() -> None: """Test the properties of the marker class.""" given_id = 13 given_position = Coordinate(4., 5., 6.) marker = Marker( given_id, given_position, ) assert (given_id == marker.id) assert (given_position == marker.position)
def test_markers_instantiates() -> None: """Test that the marker class can be instantiated.""" Marker(1, Coordinate(1., 2., 3.))
def test_marker_str() -> None: """Test that the marker string is as expected.""" m = Marker(4, Coordinate(5, 0, 7)) assert str(m) == "<Marker 4: 0° left, 5.00m away>"
def test_coordinates_instantiates() -> None: """Test that the coordinate class can be instantiated.""" Coordinate(1, 2, 3)