def initialize(output: str) -> object:
if output == 'ELEVATION':
initial_elevation = mapquest.check_result(
mapquest.build_elevation_url(
mapquest.return_first_latlongs(route_data)))
initial_obj = create_object(output, initial_elevation)
obj = create_object(output, elevation_data)
initial_obj.add(obj.peek()[0])
return initial_obj
else:
return create_object(output, route_data)
def get_data(self) -> list:
latlong_lst = []
elevation_lst = []
for location in self.json_result["route"]["locations"]:
latlong_lst.append((str(location["latLng"]["lat"]),
str(location["latLng"]["lng"])))
for latlong in latlong_lst:
elevation_url = mapquest.build_elevation_url(latlong)
json_elevation_result = mapquest.get_elevation_result(
elevation_url)
for elevation in json_elevation_result["elevationProfile"]:
elevation_lst.append(round(elevation["height"]))
return elevation_lst
def print_info(self) -> None:
""" Prints elevations of each location """
route_url = mapquest.build_route_url(self._locations)
result = mapquest.get_result(route_url)
print("ELEVATIONS")
for location in result["route"]["locations"]:
lat = float(location["latLng"]["lat"])
long = float(location["latLng"]["lng"])
elevation_url = mapquest.build_elevation_url(lat, long)
elevation_result = mapquest.get_result(elevation_url)
elevation = round(
elevation_result["elevationProfile"][0]["height"])
print(elevation)
print()
def user_interface():
loc_list = []
output_list = []
loc_number = input("Input the number of locations ")
for i in range(int(loc_number)):
a = input("Input location： ")
loc_list.append(a)
output_number = input("Input the number of outputs you want ")
for j in range(int(output_number)):
b = input("Input kind of output： ")
output_list.append(b)
route_result = mapquest.url_dict(mapquest.build_route_url(loc_list))
e = []
for i in route_result['route']['locations']:
lat = i['latLng']['lat']
e.append(lat)
lng = i['latLng']['lng']
e.append(lng)
s = str(e).strip('[]{}')
for k in output_list:
if k == 'LATLONG':
print('LATLONGS')
outputs.LATLONG().print_latlong(route_result)
elif k == 'STEPS':
print('DIRECTIONS')
outputs.STEPS().print_steps(route_result)
elif k == 'TOTALTIME':
outputs.TOTALTIME().print_totaltime(route_result)
elif k == 'TOTALDISTANCE':
outputs.TOTALDISTANCE().print_totaldistance(route_result)
elif k == 'ELEVATION':
print('ELEVATIONS')
eve_result = mapquest.url_dict(mapquest.build_elevation_url(s))
outputs.ELEVATION().print_elevations(eve_result)
print()
print(
'Directions Courtesy of MapQuest; Map Data Copyright OpenStreetMap Contributors'
)
list_output = read_outputs(num_output)
list_of_objects = []
count1 = 0
while count1 < num_location:
if count1 == 0:
start = list_locations[0]
count1 += 1
else:
try:
route_data = mapquest.check_result(
mapquest.build_route_url(start, list_locations[count1]))
elevation_data = mapquest.check_result(
mapquest.build_elevation_url(
mapquest.return_last_latlongs(route_data)))
if list_of_objects == []:
for output in list_output:
obj = initialize(output)
list_of_objects.append(obj)
else:
count2 = 0
while count2 < num_output:
if list_output[count2] == 'ELEVATION':
element = create_object(list_output[count2],
elevation_data)
list_of_objects[count2].add(element.peek()[0])
else:
element = create_object(list_output[count2],
route_data)