pyseason/util.py at master · pipriles/pyseason · GitHub

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#!/usr/bin/env python3

MONTHS = [
	'January',
	'February',
	'March',
	'April',
	'May',
	'June',
	'July',
	'August',
	'September',
	'October',
	'November',
	'December'
]

US_STATES_CODES = {
	'Alabama': 'AL',
	'Alaska': 'AK',
	'Arizona': 'AZ',
	'Arkansas': 'AR',
	'California': 'CA',
	'Colorado': 'CO',
	'Connecticut': 'CT',
	'Delaware': 'DE',
	'District of Columbia': 'DC',
	'Florida': 'FL',
	'Georgia': 'GA',
	'Hawaii': 'HI',
	'Idaho': 'ID',
	'Illinois': 'IL',
	'Indiana': 'IN',
	'Iowa': 'IA',
	'Kansas': 'KS',
	'Kentucky': 'KY',
	'Louisiana': 'LA',
	'Maine': 'ME',
	'Maryland': 'MD',
	'Massachusetts': 'MA',
	'Michigan': 'MI',
	'Minnesota': 'MN',
	'Mississippi': 'MS',
	'Missouri': 'MO',
	'Montana': 'MT',
	'Nebraska': 'NE',
	'Nevada': 'NV',
	'New Hampshire': 'NH',
	'New Jersey': 'NJ',
	'New Mexico': 'NM',
	'New York': 'NY',
	'North Carolina': 'NC',
	'North Dakota': 'ND',
	'Northern Mariana Islands': 'MP',
	'Ohio': 'OH',
	'Oklahoma': 'OK',
	'Oregon': 'OR',
	'Palau': 'PW',
	'Pennsylvania': 'PA',
	'Puerto Rico': 'PR',
	'Rhode Island': 'RI',
	'South Carolina': 'SC',
	'South Dakota': 'SD',
	'Tennessee': 'TN',
	'Texas': 'TX',
	'Utah': 'UT',
	'Vermont': 'VT',
	'U.S. Virgin Islands': 'VI',
	'Virginia': 'VA',
	'Washington': 'WA',
	'West Virginia': 'WV',
	'Wisconsin': 'WI',
	'Wyoming': 'WY',
	'Guam': 'GU',
	'American Samoa': 'AS',
	'Rota': 'MP',
	'Saipan': 'MP'
}

WEATHER_DATA = [
    'Average Daily Solar Radiation - Diffuse',
    'Average Daily Solar Radiation - Direct',
    'Average Daily Solar Radiation - Global',
    'Average Daily Solar Radiation - Reflected',
    'Average High Temperature',
    'Average Length of Day',
    'Average Low Temperature',
    'Average Number of Days With Precipitation',
    'Average Precipitation',
    'Average Temperature',
#    'Avg. No. of Days w/Precip. Above 0.1in/2.5mm',
#    'Avg. No. of Days w/Precip. Above 0.5in/13mm',
    'Cooling Degree Days',
    'Growing Degree Days',
    'Highest Recorded Temperature',
    'Lowest Recorded Temperature',
    'Maximum Daily Solar Radiation - Diffuse',
    'Maximum Daily Solar Radiation - Direct',
    'Maximum Daily Solar Radiation - Global',
    'Maximum Daily Solar Radiation - Reflected',
    'Minimum Daily Solar Radiation - Diffuse',
    'Minimum Daily Solar Radiation - Direct',
    'Minimum Daily Solar Radiation - Global',
    'Minimum Daily Solar Radiation - Reflected',
]

ALTERNATIVE_DATA = [
	'Average Temperature',
	'Average Low Temperature',
	'Average High Temperature',
	'Average Precipitation',
#	'Average Number of Days With Precipitation',
#	'Average Relative Humidity',
#	'Average Dew Point',
#   'Cooling Degree Days',
	'Growing Degree Days',
	'Average Length of Day',
#	'Average Possibility of Sunshine',
#	'Average Wind Speed',
#	'Average Daily Solar Radiation - Diffuse',
	'Average Daily Solar Radiation - Direct',
	'Average Daily Solar Radiation - Global',
#	'Average Daily Solar Radiation - Reflected',
]

def main():
	pass

if __name__ == '__main__':
	main()