Weather_goodinel_mod.py

import python_weather
import asyncio
from os.path import exists
import time


# window = tk.Tk()
# window.title('Sarcastic Weather')
# window.geometry("700x200")


async def getweather():
    # declare the client. format defaults to metric system (celcius, km/h, etc.)
    client = python_weather.Client(format=python_weather.IMPERIAL)

     # ---- commented out by maggie
    # location_exists = exists('location.txt')
    # aqi_exists = exists('current_aqi.txt')

    # if location_exists:
    #     with open('location.txt', 'r') as c:
    #         usr_input = c.read()
    #         c.close()
    # else:
    #     while not location_exists:
    #         location_exists = exists('location.txt')
    #         if location_exists:
    #             # read incoming weather location request
    #             with open('location.txt', 'r') as c:
    #                 usr_input = c.read()
    #                 c.close()
    #         time.sleep(2)


    #print(usr_input)

    # fetch a weather forecast from a city
    #weather = await client.find(usr_input)
    #print(f"Your location of interest is: " + weather.location_name)
    #print(f"your sky looks like" + weather.current.sky_text)

    #with open('weather.txt', 'w') as f:
    #    f.write(str(weather.current.temperature))

    # if aqi_exists:
    #     with open('current_aqi.txt', 'r') as b:
    #         aqi = b.read()
    #         b.close()
    #     aqiStatement(int(aqi))
    # else:
    #     while not aqi_exists:
    #         aqi_exists = exists('current_aqi.txt')
    #         if aqi_exists:
    #             with open('current_aqi.txt', 'r') as b:
    #                 aqi = b.read()
    #                 b.close()
    #             aqiStatement(int(aqi))
    #             with open('aqi_response.txt', 'w') as f:
    #                 f.write(aqiStatement(int(aqi)))
    #                 f.close()
    #         time.sleep(2)


    # print("you air quality index = ", aqi)
    # # returns the current day's forecast temperature (int)
    # print("your current weather = ", weather.current.temperature)
    # print(statement(weather.current.temperature))

    # ---- added by maggie
    with open('pm25_avg.txt', 'r') as infile:
        pm25_avg = float(infile.read())
        infile.close()

    pm25_range = [12, 35.4, 55.4, 150.4, 250.4]
    desc = ""
    for i in range(0, len(pm25_range)):
        if pm25_avg <= pm25_range[i]:
            desc = aqiStatement(i+1)
            break

    print(desc)
    # ------ end additions

    # changed what writes to response.txt
    with open('response.txt' , 'w') as r:
        r.write(desc + "\n")
    await client.close()


def statement(temp):
    above80 = "Better know how to make a swamp air conditioner"
    between79and70 = "Grab a beer 'cause its a little hot"
    between50and69 = "Perfection... sunglasses and chill"
    between49and32 = "Chilly but all is good. Nothing a beer cant handle."
    between31and20 = "COLD"
    between19and10 = "Really COLD"
    between9and0 = "Yeah Really Really COLD"
    belowzero = "Stay home... alcohol is friend"

    if temp > 80:
        return above80
    elif temp < 80 and temp >= 70:
        return between79and70
    elif temp < 70 and temp >= 50:
        return between50and69
    elif temp < 50 and temp >= 32:
        return between49and32
    elif temp < 32 and temp >= 20:
        return between31and20
    elif temp < 20 and temp >= 10:
        return between19and10
    elif temp < 10 and temp >= 0:
        return between9and0
    else:
        return belowzero

def aqiStatement(aqi):

    aboveFive = "Hazardous"
    five ="Very Unhealthy"
    four = "Unhealthy"
    three = "Unhealthy for Sensitive Groups"
    two = "Moderate"
    one = "Good"
    category = ""

    if aqi > 5:
        return aboveFive
    elif aqi == 5:
        return five
    elif aqi == 4:
        return four
    elif aqi == 3 :
        return three
    elif aqi ==2:
        return two
    elif aqi == 1:
        return one






# usr_input= input("city of interest? please enter here")
# getweather(usr_input)


# usr_input = input("input your city and state of interest: ")
# Initialize GUI for user to enter city state or zip
# usr_input = tk.StringVar()
# closebutton = tk.Button(window, text='End Now', width=50, command=window.destroy)
# closebutton.pack(fill='x', expand=True)
# field_entry = tk.Entry(window,textvariable=usr_input)
# field_entry.pack(fill='x', expand=True)
# button = tk.Button(window, text='Submit', width=50, command=getweather)
# button.pack(fill='x', expand=True)
loop = asyncio.get_event_loop()
loop.run_until_complete(getweather())
# window.mainloop()