def commit_data(self,data,metric_data,imperial_data):
#Prep model objects
loc = Location()
temp_data = Temperature()
wind_data = WindSpeed()
#Assign location fields from collected json data
loc.longitude = data[u'coord'][u'lon']
loc.latitude = data[u'coord'][u'lat']
loc.city_id = data[u'id']
loc.city_name = data[u'name']
#Insert Location if it does not already exist
try:
comp = Location.objects.get(city_id = data[u'id'])
except:
loc.save()
else:
print "location exists"
#Assign temperature fields from collected json data
temp_data.temp_min = Decimal(data[u'main'][u'temp_min'])
temp_data.temp_max = Decimal(data[u'main'][u'temp_max'])
temp_data.temp = Decimal(data[u'main'][u'temp'])
temp_data.temp_min_imperial = Decimal(imperial_data[u'main'][u'temp_min'])
temp_data.temp_max_imperial = Decimal(imperial_data[u'main'][u'temp_max'])
temp_data.temp_imperial = Decimal(imperial_data[u'main'][u'temp'])
temp_data.temp_min_metric = Decimal(metric_data[u'main'][u'temp_min'])
temp_data.temp_max_metric = Decimal(metric_data[u'main'][u'temp_max'])
temp_data.temp_metric = Decimal(metric_data[u'main'][u'temp'])
temp_data.location = Location.objects.get(city_id = loc.city_id)
#Save temperature data
temp_data.save()
#Assign windspeed fields from collected json data
wind_data.location = Location.objects.get(city_id = loc.city_id)
wind_data.wind_speed = Decimal(data[u'wind'][u'speed'])
wind_data.degree = Decimal(data[u'wind'][u'deg'])
wind_data.wind_speed_imperial = Decimal(imperial_data[u'wind'][u'speed'])
wind_data.degree_imperial = Decimal(imperial_data[u'wind'][u'deg'])
wind_data.wind_speed_metric = Decimal(metric_data[u'wind'][u'speed'])
wind_data.degree_metric = Decimal(metric_data[u'wind'][u'deg'])
#Save windspeed data
wind_data.save()
def commit_data_hist(self,city,data):
#Prep model objects
temp_data = Temperature()
wind_data = WindSpeed()
#Assign temperature fields from collected json data
temp_data.temp_min = Decimal(data[u'main'][u'temp_min'])
temp_data.temp_max = Decimal(data[u'main'][u'temp_max'])
temp_data.temp = Decimal(data[u'main'][u'temp'])
temp_data.temp_min_imperial = Decimal(Decimal(1.8) * (Decimal(data[u'main'][u'temp_min']) - Decimal(273.5000)) + Decimal(32.0000))
temp_data.temp_max_imperial = Decimal(Decimal(1.8) * (Decimal(data[u'main'][u'temp_max']) - Decimal(273.5000)) + Decimal(32.0000))
temp_data.temp_imperial = Decimal(Decimal(1.8) * (Decimal(data[u'main'][u'temp_min']) - Decimal(273.5000)) + Decimal(32.0000))
temp_data.temp_min_metric = (Decimal(data[u'main'][u'temp_min']) - Decimal(273.5000))
temp_data.temp_max_metric = (Decimal(data[u'main'][u'temp_max']) - Decimal(273.5000))
temp_data.temp_metric = (Decimal(data[u'main'][u'temp']) - Decimal(273.5000))
temp_data.location = Location.objects.get(city_id = city)
temp_data.timestamp = datetime.datetime.fromtimestamp(int(data[u'dt'])).strftime('%Y-%m-%d %H:%M:%S')
#Save temperature data
temp_data.save()
#Assign windspeed fields from collected json data
wind_data.location = Location.objects.get(city_id = city)
wind_data.wind_speed = Decimal(data[u'wind'][u'speed'])
wind_data.degree = Decimal(data[u'wind'][u'deg'])
wind_data.wind_speed_imperial = Decimal(data[u'wind'][u'speed'])
wind_data.degree_imperial = Decimal(data[u'wind'][u'deg'])
wind_data.wind_speed_metric = Decimal(data[u'wind'][u'speed'])
wind_data.degree_metric = Decimal(data[u'wind'][u'deg'])
wind_data.timestamp = datetime.datetime.fromtimestamp(int(data[u'dt'])).strftime('%Y-%m-%d %H:%M:%S')
#Save windspeed data
wind_data.save()