def point(latlon):
""" Get data for lat lon """
from grib import AirNowGrib
lat, lon = latlon.split(',')
a = AirNowGrib()
response_data = a.data_latlon(float(lat), float(lon))
if 'ozone' in response_data:
response_data['combined'] = response_data['ozone'] if float(response_data['ozone']) > float(response_data['pm25']) else response_data['pm25']
response = Response(json.dumps(response_data), status=200, mimetype='text/html')
return response
def run(self):
a = AirNowGrib()
#print(a.data_latlon(40.7762,-111.8786))
#print(a.grid_xy(40.7762,-111.8786))
#return
#for param in (AirNowGrib.PM25, AirNowGrib.OZONE, AirNowGrib.FORECAST_TODAY, AirNowGrib.FORECAST_TOMORROW):
for param in (AirNowGrib.PM25, AirNowGrib.OZONE):
a.csv(param)
a.process_csv(param)
for param in (AirNowGrib.FORECAST_TODAY, AirNowGrib.FORECAST_TOMORROW):
a.csv(param)
a.process_csv(param, True)
def run(self):
# Download
from an import Ftp
f = Ftp()
f.grib2_download()
f.close
# Convert to csv and process
a = AirNowGrib()
for param in (AirNowGrib.PM25, AirNowGrib.OZONE):
a.csv(param)
a.process_csv(param)
for param in (AirNowGrib.FORECAST_TODAY, AirNowGrib.FORECAST_TOMORROW):
a.csv(param)
a.process_csv(param, True)
