def test(self):
wp = [(53.477084, 10.259286, 50.22897338867188),
(53.478151, 10.238244, 5.319664478302002),
(53.479974, 10.225083, 2.908063411712646),
(53.483188, 10.213013, 4.66163969039917)]
route = create_route(wp, 50, 0, 0)
for elem in route:
print(precise_coordinate_string(elem))
route = create_route(wp, 50, 50, 0)
for elem in route:
print(precise_coordinate_string(elem))
route = create_route(wp, 50, 100, 0)
for elem in route:
print(precise_coordinate_string(elem))
def location_string(pos):
return "(" + precise_coordinate_string(pos) + ")"
def xp_stop_string(xp_tuple):
stops = "[" + ", ".join([stop_node(x) for x in xp_tuple[1]]) + "]"
return "((" + precise_coordinate_string(xp_tuple[0]) + "), " + stops + ")"
def stop_string(combined):
return "((" + precise_coordinate_string(
combined[0]) + "),(" + full_precision_coordinate_string(
combined[1].coords) + "," + repr(combined[1].id) + ")," + str(
combined[2]) + ")"
chunk_stuff.append(req)
for xtra in optionals:
if len(chunk_stuff) >= items_per_box:
break
if is_inside_box(xtra[0], chunk):
chunk_stuff.append(xtra)
reverse_it = (int(chunk_num / grid_size) % 2) == 1
eastwest = sorted(chunk_stuff,
key=lambda item: item[0][1],
reverse=reverse_it)
result += eastwest
return result
initial_gpx = """
<?xml version="1.0" encoding="UTF-8"?>
<gpx version="1.0">
<name>Example gpx</name>
<trk><name>Example gpx</name><number>1</number><trkseg>
"""
post_gpx = """
</trkseg></trk>
</gpx>
"""
if __name__ == "__main__":
hbg = routes_p1.get("hamburg")
for route_elem in hbg:
print str(precise_coordinate_string(route_elem[0]))
def as_3d_coord_array(coordinates):
return "[" + ", ".join(
["(" + precise_coordinate_string(x[0]) + ")"
for x in coordinates]) + "]"
for poke_stop in points:
intersected = poke_stop.collected_neighbours()
if len(intersected) > 2:
print("{},{}".format(str(poke_stop.coords[0]), str(poke_stop.coords[1])))
if __name__ == "__main__":
print("Loading stops")
fences_to_use = get_geofences(args.geofence, args.fencename)
stops_to_check = fences_to_use.filter_forts(pokestops())
log.info("There are {} stops within fence".format(str(len(stops_to_check))))
add_altitudes(stops_to_check)
#for pokestop in stops_to_check:
# db_delete_pokestop(pokestop["pokestop_id"])
point_list = create_pokestops(stops_to_check)
update_distances(point_list, radius=39)
print_gmaps_coordinates(point_list)
result_coords = find_largest_groups(point_list)
arranged = sort_by_distance(result_coords)
msg = "["
for coord in arranged:
stop_list = [(x.coords[0],x.coords[1],x.coords[2], x.id) for x in coord[1]]
msg += "((" + precise_coordinate_string(coord[0]) + "), " + str(stop_list) + "),\n"
print("Traversal route for all pokestops")
print(msg + "]")