def test_polyline6_3d_decoding_latlng(self):
decoded = [(49.420577, 8.688641, 120.96),
(49.415776, 8.680916, 1491.39)]
self.assertEqual(
decoded,
utils.decode_polyline6(self.coords3d_6prec, True, order="latlng"))
def _parse_geometry(route_geometry):
if geometry_format in (None, 'polyline'):
geometry = utils.decode_polyline5(route_geometry, is3d=False)
elif geometry_format == 'polyline6':
geometry = utils.decode_polyline6(route_geometry, is3d=False)
elif geometry_format == 'geojson':
geometry = route_geometry['coordinates']
else:
raise ValueError(
"OSRM: parameter geometries needs one of ['polyline', 'polyline6', 'geojson"
)
return geometry
def _parse_direction_json(response, units):
if response is None: # pragma: no cover
return Direction()
geometry, duration, distance = [], 0, 0
for leg in response['trip']['legs']:
geometry.extend([list(reversed(coord)) for coord in utils.decode_polyline6(leg['shape'])])
duration += leg['summary']['time']
factor = 0.621371 if units == 'mi' else 1
distance += int(leg['summary']['length'] * 1000 * factor)
return Direction(geometry=geometry, duration=int(duration), distance=int(distance), raw=response)
def test_polyline6_3d_decoding(self):
decoded = [(8.688641, 49.420577, 120.96), (8.680916, 49.415776,
1491.39)]
self.assertEqual(decoded,
utils.decode_polyline6(self.coords3d_6prec, True))
def test_polyline6_2d_decoding(self):
decoded = [(8.688641, 49.420577), (8.680916, 49.415776)]
self.assertEqual(decoded, utils.decode_polyline6(self.coords2d_6prec))