def test_invalid_longitude(self):
self.assertRaises(
ValueError,
lambda: to_meshcode(lat=self.lat_tokyo_tower, lon=99.99, level=1))
self.assertRaises(
ValueError,
lambda: to_meshcode(lat=self.lat_tokyo_tower, lon=180, level=1))
def test_invalid_latitude(self):
self.assertRaises(
ValueError,
lambda: to_meshcode(lat=-0.1, lon=self.lon_tokyo_tower, level=1))
self.assertRaises(
ValueError,
lambda: to_meshcode(lat=66.66, lon=self.lon_tokyo_tower, level=1))
def test_invalid_longitude(self):
self.assertRaises(
ValueError,
lambda: to_meshcode(
lat=self.lat_tokyo_tower,
lon=99.99,
level=1))
self.assertRaises(
ValueError,
lambda: to_meshcode(
lat=self.lat_tokyo_tower,
lon=180,
level=1))
def test_invalid_latitude(self):
self.assertRaises(
ValueError,
lambda: to_meshcode(
lat=-0.1,
lon=self.lon_tokyo_tower,
level=1))
self.assertRaises(
ValueError,
lambda: to_meshcode(
lat=66.66,
lon=self.lon_tokyo_tower,
level=1))
def test_to_meshcode_lv2_kyoto_tower(self):
meshcode_lv2 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=2)
expected_meshcode_lv2 = '523536'
self.assertEqual(expected_meshcode_lv2, meshcode_lv2)
def test_to_meshcode_100_tokyo_tower(self):
meshcode_100 = to_meshcode(lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=100)
expected_meshcode_100 = '5339359906'
self.assertEqual(expected_meshcode_100, meshcode_100)
def test_to_meshcode_lv6_tokyo_tower(self):
meshcode_lv6 = to_meshcode(lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=6)
expected_meshcode_lv6 = '53393599212'
self.assertEqual(expected_meshcode_lv6, meshcode_lv6)
def test_to_meshcode_lv5_tokyo_tower(self):
meshcode_lv5 = to_meshcode(lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=5)
expected_meshcode_lv5 = '5339359921'
self.assertEqual(expected_meshcode_lv5, meshcode_lv5)
def test_to_meshcode_lv4_tokyo_tower(self):
meshcode_lv4 = to_meshcode(lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=4)
expected_meshcode_lv4 = '533935992'
self.assertEqual(expected_meshcode_lv4, meshcode_lv4)
def test_to_meshcode_lv3_tokyo_tower(self):
meshcode_lv3 = to_meshcode(lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=3)
expected_meshcode_lv3 = '53393599'
self.assertEqual(expected_meshcode_lv3, meshcode_lv3)
def test_to_meshcode_lv2_tokyo_tower(self):
meshcode_lv2 = to_meshcode(lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=2)
expected_meshcode_lv2 = '533935'
self.assertEqual(expected_meshcode_lv2, meshcode_lv2)
def test_to_meshcode_100_kyoto_tower(self):
meshcode_100 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=100)
expected_meshcode_100 = '5235368057'
self.assertEqual(expected_meshcode_100, meshcode_100)
def test_to_meshcode_lv6_kyoto_tower(self):
meshcode_lv6 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=6)
expected_meshcode_lv6 = '52353680412'
self.assertEqual(expected_meshcode_lv6, meshcode_lv6)
def test_to_meshcode_lv5_kyoto_tower(self):
meshcode_lv5 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=5)
expected_meshcode_lv5 = '5235368041'
self.assertEqual(expected_meshcode_lv5, meshcode_lv5)
def test_to_meshcode_lv4_kyoto_tower(self):
meshcode_lv4 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=4)
expected_meshcode_lv4 = '523536804'
self.assertEqual(expected_meshcode_lv4, meshcode_lv4)
def test_to_meshcode_lv3_kyoto_tower(self):
meshcode_lv3 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=3)
expected_meshcode_lv3 = '52353680'
self.assertEqual(expected_meshcode_lv3, meshcode_lv3)
def test_to_meshcode_lv1_kyoto_tower(self):
meshcode_lv1 = to_meshcode(lat=self.lat_kyoto_tower,
lon=self.lon_kyoto_tower,
level=1)
expected_meshcode_lv1 = '5235'
self.assertEqual(expected_meshcode_lv1, meshcode_lv1)
def episode_feature(self, episode):
"""
inputs: episode(t, s, a)
output: vector(np.array([self.n_features]))
"""
t, s, a = episode
origin = s
destination = a
dest_mesh = ju.to_meshcode(self.graph.nodes[destination]['y'],
self.graph.nodes[destination]['x'], 5)
# path = nx.shortest_path(self.graph, origin, destination)
f = np.zeros([self.n_features])
i = 0
for key in self.telepoint_feature:
if dest_mesh in self.telepoint_feature[key]:
f[i] = self.telepoint_feature[key][dest_mesh]
i += 1
#f[i] = self.graph.nodes[origin]['x']
#f[i+1] = self.graph.nodes[origin]['y']
#f[i+2] = self.graph.nodes[destination]['x']
#f[i+3] = self.graph.nodes[destination]['y']
# weather data
for j in range(8):
f[i + 3 + j] = self.weather_feature[int(t / 2)][j]
return f
def test_unsupported_level(self):
self.assertRaises(
ValueError,
lambda: to_meshcode(
lat=self.lat_tokyo_tower,
lon=self.lon_tokyo_tower,
level=0))
def _test_to_meshcode_helper(self, expected_meshcode, lat, lon, level):
meshcode = to_meshcode(lat=lat, lon=lon, level=level)
self.assertEqual(expected_meshcode, meshcode)
def test_to_meshcode_illigal_lvel(self):
self.assertRaises(
ValueError, lambda: to_meshcode(
lat=self.lat_tokyo_tower, lon=self.lon_tokyo_tower, level=0))
def test_unsupported_level(self):
self.assertRaises(
ValueError, lambda: to_meshcode(
lat=self.lat_tokyo_tower, lon=self.lon_tokyo_tower, level=0))
def meshcode_from(row):
return ju.to_meshcode(row["lat_from"], row["lon_from"], meshlevel)
def meshcode_to(row):
return ju.to_meshcode(row["lat_to"], row["lon_to"], meshlevel)
def test_error_vector_invalid_latitude_max():
ju.to_meshcode(lat=np.array([66.66] * 10), lon=_lon_tokyo_tower, level=1)
def test_error_vector_invalid_longitude_max():
ju.to_meshcode(lat=_lat_tokyo_tower, lon=np.array([180] * 10), level=1)
def test_error_scalar_invalid_longitude_max():
ju.to_meshcode(lat=_lat_tokyo_tower, lon=180, level=1)
def test_error_scalar_invalid_latitude_max():
ju.to_meshcode(lat=66.66, lon=_lon_tokyo_tower, level=1)
def test_error_scalar_invalid_latitude_min():
ju.to_meshcode(lat=-0.1, lon=_lon_tokyo_tower, level=1)
def test_error_unsupported_level():
ju.to_meshcode(lat=_lat_tokyo_tower, lon=_lon_tokyo_tower, level=0)
def _test_to_meshcode_helper(self, expected_meshcode, lat, lon, level):
meshcode = to_meshcode(lat=lat, lon=lon, level=level)
self.assertEqual(expected_meshcode, meshcode)
