def cota(latitude, longitude):
gmaps = Client(key=KEY)
aux = 1
cotas = []
entrada = []
while aux < len(latitude):
if (aux % 6 == 0 and aux != 0):
entrada.append(
str(latitude[aux - 1]) + ',' + str(longitude[aux - 1]))
url = entrada[0] + entrada[1] + entrada[2] + entrada[3] + entrada[
4] + entrada[5]
a = gmaps.elevation(url)
print(round(100 * aux / (entradas.limite - entradas.inicio), 2),
'% ')
for i in range(0, 6):
cotas.append(float(a[i].get('elevation')))
del (entrada[:])
del (a)
else:
entrada.append(
str(latitude[aux - 1]) + ',' + str(longitude[aux - 1]) + '|')
aux += 1
if len(latitude) == 1:
entrada.append(str(latitude[aux - 1]) + ',' + str(longitude[aux - 1]))
url = entrada
a = gmaps.elevation(url)
cotas.append(float(a[0].get('elevation')))
del (entrada[:])
del (a)
if len(entrada):
entrada.append(
str(latitude[aux - 1]) + ',' + str(longitude[aux - 1]) + '|')
url = entrada[0]
aux5 = 0
while aux5 + 1 < len(entrada):
url = url + entrada[aux5 + 1]
aux5 += 1
url = url[0:len(url) - 1]
a = gmaps.elevation(url)
print(round(100 * aux / (entradas.limite - entradas.inicio), 2), '% ')
aux2 = 0
while len(a):
cotas.append(float(a[aux2].get('elevation')))
aux2 += 1
aux += 1
if aux2 == len(a):
break
print(
round(
100 * (entradas.limite - entradas.inicio) /
(entradas.limite - entradas.inicio), 2), '% ')
return cotas
def append_elevation(lat, lon, gmaps_api_key):
request_google = Client(key=str(gmaps_api_key))
location = (lat, lon)
response = request_google.elevation(locations=location)
elev = response[0]['elevation']
return (lat, lon, elev)
