def find_emergency_path(request):
# if not can_fly():
# return HttpResponse(status=503)
lat = request.GET.get('lat', '')
lon = request.GET.get('lng', '')
path = os.path.dirname(__file__) + "/static/kml/"
generate_weather(path)
last_distance = sys.maxint
all_hangars = models.Hangar.objects.all()
selected_hangar = None
all_droppoints = models.DropPoint.objects.all()
selected_droppoint = None
point_location = Point(float(lon), float(lat))
for droppoint in all_droppoints:
distance = D(m=point_location.distance(
Point(droppoint.longitude, droppoint.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_droppoint = droppoint
last_distance = sys.maxint
point_location = Point(selected_droppoint.longitude,
selected_droppoint.latitude)
for hangar in all_hangars:
distance = D(m=point_location.distance(
Point(hangar.longitude, hangar.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_hangar = hangar
selected_hangar.drone.destination_lat = selected_droppoint.latitude
selected_hangar.drone.destination_lon = selected_droppoint.longitude
if not selected_hangar.is_available:
return HttpResponse(status=503)
incidence = models.Incidence(lat=lat,
long=lon,
dropPoint=selected_droppoint,
drone=hangar.drone,
hangar=selected_hangar,
is_active=True)
incidence.save()
# generate_mission_file(selected_hangar)
kml_generator.find_drone_path(selected_hangar, selected_droppoint, path,
incidence)
return HttpResponse(status=201)
def find_emergency_path(request):
# if not can_fly():
# return HttpResponse(status=503)
lat = request.GET.get('lat', '')
lon = request.GET.get('lng', '')
path = os.path.dirname(__file__) + "/static/kml/"
generate_weather(path)
last_distance = sys.maxint
all_hangars = models.Hangar.objects.all()
selected_hangar = None
all_droppoints = models.DropPoint.objects.all()
selected_droppoint = None
point_location = Point(float(lon), float(lat))
for droppoint in all_droppoints:
distance = D(m=point_location.distance(
Point(droppoint.longitude, droppoint.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_droppoint = droppoint
last_distance = sys.maxint
point_location = Point(
selected_droppoint.longitude, selected_droppoint.latitude)
for hangar in all_hangars:
distance = D(m=point_location.distance(
Point(hangar.longitude, hangar.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_hangar = hangar
selected_hangar.drone.destination_lat = selected_droppoint.latitude
selected_hangar.drone.destination_lon = selected_droppoint.longitude
if not selected_hangar.is_available:
return HttpResponse(status=503)
incidence = models.Incidence(lat=lat, long=lon,
dropPoint=selected_droppoint,
drone=hangar.drone,
hangar=selected_hangar, is_active=True)
incidence.save()
# generate_mission_file(selected_hangar)
kml_generator.find_drone_path(
selected_hangar, selected_droppoint, path, incidence)
return HttpResponse(status=201)
def find_emergency_path(request):
MAX_WIND_SPEED = 20.0
url = 'http://api.openweathermap.org/data/2.5/weather?q=Lleida&units=metric'
response = requests.get(url=url)
data = json.loads(response.text)
#try:
# if data['wind']['speed'] >= MAX_WIND_SPEED or bool(data['rain']):
# print data['rain']
# print data['wind']['speed']
# return HttpResponse(status=503)
#except KeyError:
# pass
lat = request.GET.get('lat', '')
lon = request.GET.get('lng', '')
path = os.path.dirname(__file__) + "/static/kml/"
last_distance = sys.maxint
all_hangars = models.Hangar.objects.all()
selected_hangar = None
all_droppoints = models.DropPoint.objects.all()
selected_droppoint = None
point_location = Point(float(lon), float(lat))
for droppoint in all_droppoints:
distance = D(m=point_location.distance(
Point(droppoint.longitude, droppoint.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_droppoint = droppoint
last_distance = sys.maxint
point_location = Point(selected_droppoint.longitude,
selected_droppoint.latitude)
for hangar in all_hangars:
distance = D(m=point_location.distance(
Point(hangar.longitude, hangar.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_hangar = hangar
# print selected_hangar.name, selected_hangar.drone.name, selected_droppoint.name
selected_hangar.drone.destination_lat = selected_droppoint.latitude
selected_hangar.drone.destination_lon = selected_droppoint.longitude
if not selected_hangar.is_available:
return HttpResponse(status=503)
kml_generator.weather_info(
os.path.dirname(__file__) + "/static/kml/meteo_info.kml",
data['main']['temp'], data['main']['temp_max'],
data['main']['temp_min'], data['wind']['speed'], data['clouds']['all'],
data['main']['pressure'], data['main']['humidity'],
data['weather'][0]['description'])
generate_mission_file(selected_hangar)
kml_generator.create_emergency_marker(lat, lon, path + "incidence.kml")
Kml(name="incidence.kml", url="static/kml/incidence.kml",
visibility=True).save()
sync_kmls_file()
sync_kmls_to_galaxy(emergency=True)
kml_generator.find_drone_path(selected_hangar, selected_droppoint, path)
Kml.objects.get(name="incidence.kml").delete()
os.remove(path + "incidence.kml")
for step in range(0, 34, 1):
Kml.objects.get(name="drone_" + str(step) + ".kml").delete()
os.remove(path + "drone_" + str(step) + ".kml")
sync_kmls_file()
sync_kmls_to_galaxy(emergency=True)
return HttpResponse(status=201)
def find_emergency_path(request):
MAX_WIND_SPEED = 10.0
url = 'http://api.openweathermap.org/data/2.5/weather?q=Lleida&units=metric'
response = requests.get(url=url)
data = json.loads(response.text)
try:
if data['wind']['speed'] >= MAX_WIND_SPEED or bool(data['rain']):
print data['rain']
print data['wind']['speed']
return HttpResponse(status=503)
except KeyError:
pass
lat = request.GET.get('lat', '')
lon = request.GET.get('lng', '')
path = os.path.dirname(__file__) + "/static/kml/"
last_distance = sys.maxint
all_hangars = models.Hangar.objects.all()
selected_hangar = None
all_droppoints = models.DropPoint.objects.all()
selected_droppoint = None
point_location = Point(float(lon), float(lat))
for droppoint in all_droppoints:
distance = D(m=point_location.distance(Point(droppoint.longitude, droppoint.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_droppoint = droppoint
last_distance = sys.maxint
point_location = Point(selected_droppoint.longitude, selected_droppoint.latitude)
for hangar in all_hangars:
distance = D(m=point_location.distance(Point(hangar.longitude, hangar.latitude)))
if distance.m < last_distance:
last_distance = distance.m
selected_hangar = hangar
# print selected_hangar.name, selected_hangar.drone.name, selected_droppoint.name
selected_hangar.drone.destination_lat = selected_droppoint.latitude
selected_hangar.drone.destination_lon = selected_droppoint.longitude
if not selected_hangar.is_available:
return HttpResponse(status=503)
kml_generator.weather_info(os.path.dirname(__file__) + "/static/kml/meteo_info.kml",
data['main']['temp'], data['main']['temp_max'], data['main']['temp_min'],
data['wind']['speed'], data['clouds']['all'], data['main']['pressure'],
data['main']['humidity'], data['weather'][0]['description'])
# generate_mission_file(selected_hangar)
kml_generator.create_emergency_marker(lat, lon, path + "incidence.kml")
Kml(name="incidence.kml", url="static/kml/incidence.kml", visibility=True).save()
#sync_kmls_file()
#sync_kmls_to_galaxy(emergency=True)
kml_generator.find_drone_path(selected_hangar, selected_droppoint, path)
Kml.objects.get(name="incidence.kml").delete()
os.remove(path + "incidence.kml")
for step in range(0, 34, 1):
Kml.objects.get(name="drone_" + str(step) + ".kml").delete()
os.remove(path + "drone_" + str(step) + ".kml")
#sync_kmls_file()
#sync_kmls_to_galaxy(emergency=True)
return HttpResponse(status=201)
