data.reset_index(drop=True,inplace=True)
logger.info('data: {}'.format(data))
raining= bigraining
groupofclouds = biggroupofclouds
if((len(data)>=2) & any(data.datetime.isin([minute]))):
### Getting windspeed
data = processor.getting_windspeed(data=data,shifting=4,start=start,end=end)
logger.info('Got windspeed')
### Making copy of clouds list
nube = groupofclouds.copy()
### Updated Dictionaries
raining = processor.convert_actual_datetime(raining,data)
groupofclouds = processor.convert_actual_datetime(groupofclouds,data)
logger.info('Actual Datetime Coversion Done')
### Getting position of forecasted clouds
forecasted_clouds = processor.getting_forecast_clouds(data,groupofclouds,raining,5400)
logger.info('Got position of forested rain')
### Getting forecast
forecast = processor.getting_forecast(forecasted_clouds,(190, 215,240, 265))
logger.info('Got info of rain in Delhi')
### Getting final forecats
final = processor.forecast_db(forecast,5400)
logger.info('Got Final DB')
else:
final = processor.norain(data,start,end,5400)
processor.store_forecast(final)
logger.info('No rain!')
if ((len(data) >= 2) & any(data.datetime.isin([minute]))):
### Getting windspeed
data = processor.getting_windspeed(data=data,
shifting=4,
start=start,
end=end)
logger.info('Got windspeed')
### Making copy of clouds list
nube = groupofclouds.copy()
### Updated Dictionaries
raining = processor.convert_actual_datetime(raining, data)
groupofclouds = processor.convert_actual_datetime(groupofclouds, data)
logger.info('Actual Datetime Coversion Done')
### Getting position of forecasted clouds
forecasted_clouds = processor.getting_forecast_clouds(
data, groupofclouds, raining, 3600)
logger.info('Got position of forested rain')
### Getting forecast
forecast = processor.getting_forecast(forecasted_clouds,
(190, 215, 240, 265))
logger.info('Got info of rain in Delhi')
### Getting final forecats
final = processor.forecast_db(forecast, 3600)
logger.info('Got Final DB')
else:
final = processor.norain(data, start, end, 3600)
processor.store_forecast(final)
logger.info('No rain!')
exec(open('./radar_60.py').read())
