Process.py

import WeatherAPI #Used for calling function from API
from datetime import *
import discord
from discord.ext import commands
bot = commands.Bot(command_prefix="!")
from dotenv import load_dotenv
load_dotenv()

#get the message from the bot and the city detect rain cloud and

def getweather(location, keyword, day): #Takes arguments from discord message and uses in function

    if day != "none":
        getForecast(day, location, keyword)
    
    call = WeatherAPI.Weather.callWeatherAPI(location) #Shortens the call for easier writing
    print(call) #Debug purposes see the whole call
    clouds = call['weather'][0]['description'] #Focuses on the section of the json file pertaining to clouds
    temp = call['main']['temp'] #Focuses on the section of the json pertaining to temperature
    temp = temp - 273.15 #Temperature rounding as default from call is kelvin
    temp = round(temp,1)
    fahr = (temp*(9/5))+32
    fahr = round(fahr,1)
    temp = str(temp)
    fahr = str(fahr)
    visibility = str(call['visibility'])
    humidity = str(call['main']['humidity'])
    pressure = str(call['main']['pressure'])
    wind = call['wind']['speed'] #Focuses on speciic section for wind

    if keyword == "weather": #Returns specific information based on what the user requested
        toReturn = "the temperature is **"+temp+" degrees celcius** in "+location+" and **"+clouds+" detected**" #variable used for formatting purposes
        return(toReturn)
    if keyword == "rain":
        if call['weather'][0]['main'] == 'Rain': #uses this method to assure the string always makes sense
            toReturn = "**it is raining** in "+location  #If there is no rain the train doesnt exist in the json making this if statement work
            return(toReturn)
        else:
             toReturn = "**it is not raining** in "+location
             return(toReturn)
    
    if keyword == "cloud": #If any mentions of the cloud or cloudy are picked up it will run this
        toReturn = "**"+clouds+" detected** in "+location
        return(toReturn)
    
    if keyword == "forecast": 
        toReturn = "the temperature is **"+temp+" degrees celcius** in "+location
        return(toReturn)
    
    if keyword == "snow":
        if "snow" in call:
            toReturn = "**it is snowing** in "+ location
            return(toReturn)
        else:
            toReturn = "**it is not snowing** in "+ location
            return(toReturn)

    if keyword == "sun":
        toReturn = "**"+ clouds+ " detected** in "+ location
        return(toReturn)
    
    if keyword == "wind" or  keyword == "storm":
        if wind < 1:
            toReturn = "there is minimal wind in "+ location
            return(toReturn)
        if wind >= 1 and wind < 3: #Wind checks speeds to respond slightly differently based on how windy it is
            toReturn = "**there is light air** in " + location
            return(toReturn)
        if wind >=3 and wind < 7:
            toReturn = "**there is a light breeze** in "+ location
            return(toReturn)
        if wind >=7 and wind < 24:
            toReturn = "**there is a Moderate breeze** in"+ location
            return(toReturn)
        if wind >= 24:
            toReturn = "**there are strong winds** in "+location
            return(toReturn)
    
    if keyword == "temp" or keyword=="hot" or keyword=="cold" or keyword=="warm":
        toReturn = "the temperature is **"+temp+" degrees celcius**, or **"+fahr+" degrees fahrenheit** in "+location
        return(toReturn)
    
    if keyword == "humid":
        toReturn = "the humidity percentage is **"+humidity+ "%**"
        return(toReturn)
    
    if keyword == "pressure":
        toReturn = "the pressure is **"+pressure+"hPa**"
        return(toReturn)
    
    if keyword == "visibility":
        toReturn = "The visibility is **"+visibility+"m**"
        return(toReturn)

    
    #-----RETRIEVE COMMAND-----
    @bot.command(name="retrieve") #sets the name for the command
    async def retrieveCommand(ctx):
        if toReturn == "":
            await ctx.author.send("There have been no weather requests for me to send to you! Please type out your request in the main channel and try again.") #if toReturn is empty, it sends the user this message.
        else:
            await ctx.author.send(toReturn) #takes the last forecast sent to the channel and sends it to the requester in a private message
         
# List of time keywords:
# ['today','morning','afternoon','evening','tonight','monday','tuesday','wednesday','thursday','friday','saturday','sunday','now']

def getForecast(day,location,keyword):
    #print(keyword)
    # Code Done by Team member Amir Khan
    call = WeatherAPI.Weather.callWeatherAPI(location)
    lat = call['coord']['lat']
    lon = call['coord']['lon']
    callforcast = WeatherAPI.Weather.callForecastAPI(lat,lon)

    # End of Code Done by Team member Amir Khan

    # predictionNight = callforcast['daily'][0]['temp']['night']
    # predictionMorn = callforcast['daily'][0]['temp']['morn']
    # predictionEve = callforcast['daily'][0]['temp']['eve']

    # print(predictionNight)
    # print(predictionMorn)
    # print(predictionEve)
    #try:
        # points of the day




    if day.lower() == "monday":
        #predictionNight = callforcast['daily'][0][day]['temp']['night'] # This line throws an error
        unixTemp = int(dateconversion(day)) # for getting rid of the 0 at the end
        unixDate = str(unixTemp)
        x = 0
        y = False
        print(callforcast.values())
        newlist = list(callforcast.values())
        search = str(newlist)
        print(newlist[5])
        for counter, x in enumerate(newlist):
            print(counter, x)


        print("working")
        print(x)
        print(unixDate)
        return #predictionNight

        # points of the day
    elif keyword.lower() == "morning":
        predictionMorn = callforcast['daily'][0]['temp']['morn']
        return predictionMorn

        # points of the day
    elif keyword.lower() == "evening" or keyword.lower() == "afternoon":
        predictionEve = callforcast['daily'][0]['temp']['eve']
        return predictionEve
    else:
        print("Your request could not be processed")
        print("Please use one of the following keywords: tonight, morning, evening/afternoon.")
    #except:
        print("Sorry an Error occurred.")

# forecast based on the Day
def getForecastDay(day,location,keyWord):

    if day.lower() == "monday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location,keyWord)
        return outForecast
    elif day.lower() == "tuesday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location, keyWord)
        return outForecast
    elif day.lower() == "wednesday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location, keyWord)
        return outForecast
    elif day.lower() == "thursday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location, keyWord)
        return outForecast
    elif day.lower() == "friday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location, keyWord)
        return outForecast
    elif day.lower() == "saturday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location, keyWord)
        return outForecast
    elif day.lower() == "sunday":
        unixDate = dateconversion(day)
        outForecast = getForecast(unixDate,location, keyWord)
        return outForecast
    else:
        print("Please use a valid Day")




# https://docs.python.org/3/library/datetime.html#strftime-and-strptime-format-codes
# datetime documentation

#from datetime import *
# https://docs.python.org/3/library/datetime.html#strftime-and-strptime-format-codes
# datetime documentation


def dateconversion(day):

    if day == "monday":
        day = 0
    elif day == 'tuesday':
        day = 1
    elif day == 'wednesday':
        day = 2
    elif day == 'thursday':
        day = 3
    elif day == 'friday':
        day = 4
    elif day == 'saturday':
        day = 5
    elif day == 'sunday':
        day = 6

    today = date.today()#Defines today
    current = date.weekday(today)
    count = 0

    while current != day: #figures out what day of the weak they are asking for and how many days that is in the future
        current = current+1
        if current == 7:
            current = 0
        count = count + 1
    daydate = int((datetime.strftime(date.today(), "%d"))) #gets day
    month = int((datetime.strftime(date.today(), "%m"))) #gets month
    year = int((datetime.strftime(date.today(), "%y"))) #gets year

    realday = int(daydate) + count # adds on current day to what day user wants
    months31 = [0,2,4,6,7,9,11] # list of months with 31 days
    months30 = [3,5,8,10] # list of months with 30 days


    check = year/4 #returns a value that could give a decimal
    if check == int(year/4): #accounts for leap years hopefully
        if month == 2:
            if realday > 29:
                realday = realday - 29
                month = month + 1

    if month in months30: #accounts for change of month
        if realday > 30:
            realday = realday - 30
            month = month + 1

    if month in months31: #accounts for change of month with 31 days
        if realday > 31:
            realday = realday - 30
            month = month + 1
            if month == 11:
                year = year+1
                month = 1

    year = year + 2000 #converts year from last two digits to full year


    dt = datetime(year, month, realday) # copied from https://www.tutorialspoint.com/How-to-convert-Python-date-to-Unix-timestamp#:~:text=You%20can%20use%20the%20datetime,epoch%20for%20that%20datetime%20object.
    unixdate = dt.replace(tzinfo=timezone.utc).timestamp()
    print(year, month, realday)
    unixdate = unixdate + 61200
    return(unixdate) # end of copy




# Testing Lines
#outResult = getForecastDay("monday","Birmingham","tonight")
getweather("birmingham","forecast","monday")
#outResult = getForecast("london","evening")
#print(outResult)

#x = "Birmingham"
#y = "temperature"
#getweather(x, y)





#x = input("Where is the place")
#y = input("say keyword")
#getweather(x, y)