def add_properties_almuerzo(features, df):
coordinate_filter = (df["LATITUD"].notnull()) & (df["LONGITUD"].notnull())
seen = set()
for row in df[coordinate_filter].itertuples():
lat = lat_lon_parser.parse(row.LATITUD)
lng = lat_lon_parser.parse(row.LONGITUD)
if row._4 not in seen:
feature = coordinates_to_feature(lat, lng, features)
feature["properties"].setdefault("almuerzo", 0)
feature["properties"]["almuerzo"] += 1
seen.add(row._4)
return features
def nav(parsed, resp):
start = parsed.group("start")
destination = parsed.group("destination")
saved_locations_dict = session.get("saved_locations", {})
if start in saved_locations_dict:
start = saved_locations_dict[start]
if destination in saved_locations_dict:
destination = saved_locations_dict[destination]
if "°" in start and '″ ' in start:
if "″ S" in start:
start = "-" + start
lat = re.split('n |s ', start)[0]
lon = re.split('n |s ', start)[1]
if "″ W" in lon:
lon = "-" + lon
lat = str(parse(lat))
lon = str(parse(lon))
try:
start = gmaps.reverse_geocode((lat,lon), "street_address")[0]["formatted_address"]
print("START: " + start)
except:
resp.message("Google Maps couldn't find anything at those coordinates :/")
return str(resp)
if parsed.group("mode"):
mode = parsed.group("mode")
else:
mode ="driving"
try:
directions_result = gmaps.directions(start,
destination,
mode=mode,
departure_time=datetime.now())[0]
session["steps_data"] = directions_result['legs'][0]['steps']
except (IndexError, googlemaps.exceptions.ApiError):
resp.message("Location/Route not found -- try being more specific")
return str(resp)
msg = "Trip Duration: {}\n".format(directions_result['legs'][0]['duration']['text'])
for index,step in enumerate(directions_result['legs'][0]['steps'], start=1):
if len(msg) > 1500:
send_message(msg + " ...")
msg = '...'
if 'html_instructions' in step:
msg += "\n{}. {}".format(index, cleanhtml(step['html_instructions']))
if 'distance' in step:
msg += " ({})".format(step['distance']['text'])
if 'transit_details' in step:
if 'name' in step['transit_details']['line']:
transit_name = step['transit_details']['line']['name']
else:
transit_name = step['transit_details']['line']['short_name']
msg += "\n Take {} toward {} {} stop(s) to {}".format(transit_name, step['transit_details']['headsign'], step['transit_details']['num_stops'], step['transit_details']['arrival_stop']['name'])
if 'steps' in step:
msg += " -- type 'expand {}' to see more details for this step".format(index)
msg += "\n"
print(msg)
resp.message(msg)
return str(resp)
def test_parse(string, value):
tol = 12
assert round(parse(string), tol) == round(value, tol)
def test_parse_invalid(string):
with pytest.raises(ValueError):
parse(string)
temp = abs(p1.latitude) * 60
sec = temp % 60
min = sec % 60
print(temp,sec,min)
#%%
# %%
print(temp)
print(temp % 60)
print(temp // 60)
print(temp / 60)
#%%
from lat_lon_parser import parse
a = parse('-24 50.20')
print(a)
help(parse)
parse('24 40.753691 S')
parse('042 9.720168 W')
#%%
p1 = Point('25.2,43.25')
dd2dm(p1)