Python WeatherForecast/Currency Converter

import pywapi
import cgi, cgitb

form = cgi.FieldStorage()




print("Welcome to Python Weather Forecast script and Currency Converter script \n")
print("To Lauch Weather Forecast press 1. For currency converter press 2. 3 to Exit \n")
countSearch = 0
CityList =[]
z = input ("Chooese : ")
while z!='3' :
    if z == '1':
        city = input ("Enter City name: " )

        if countSearch > 3:
                    CityList[0] = city
        else:
            CityList.append(city)
        countSearch = countSearch + 1

        lookup = pywapi.get_location_ids(city)


        for i in lookup:
           location_id = i


        weather_com_result = pywapi.get_weather_from_weather_com(location_id)
        temp  = weather_com_result['current_conditions']['temperature']
        update = weather_com_result['current_conditions']['last_updated']
        station = weather_com_result['current_conditions']['station']
        visi = weather_com_result['current_conditions']['visibility']
        wind = weather_com_result['current_conditions']['wind']['speed']
        windD = weather_com_result['current_conditions']['wind']['direction']
        windText = weather_com_result['current_conditions']['wind']['text']
        baroText = weather_com_result['current_conditions']['barometer']['direction']
        baroRead = weather_com_result['current_conditions']['barometer']['reading']
        humi = weather_com_result['current_conditions']['humidity']
        cloud = weather_com_result['current_conditions']['text']
        fore1 = weather_com_result['forecasts'][0]
        fore2 = weather_com_result['forecasts'][1]
        fore3 = weather_com_result['forecasts'][2]
        fore4 = weather_com_result['forecasts'][3]
        feel = weather_com_result['current_conditions']['feels_like']

        print ('Welcome into Python Weather Forecast script. This script is using pywAPI and weather.com for weather information \n')
        print ('The city you enter is : ' + city + '\n')
        print ('Forecast for day : ' + fore1["date"] + " " + fore1["day_of_week"])
        print ('Current Temperature in ' + city + ' is ' + temp + ' C. Last update on  ' + update  + ' wind '  + wind + ' km/h' +  ' date from station ' + station)
        print ('Sunrise : ' + fore1["sunrise"] + ' Sunset : ' + fore1["sunset"])
        print ('For More option press following keys \n')
        print ('1 - Temperature' )
        print ('2 - Wind')
        print ('3 - Barometer')
        print ('4 - Visibility')
        print ('5 - humidity')
        print ('6 - Clouds and Rain chances')
        print ('7 - Forecast for 3 next days')
        print ('8 - Last 3 searches')
        print ('9 - exit')
        f = input ("Menu ")
        while f != '9' :


            if f == '1' :
                print('Current Temperature in ' + city +  ' is ' + temp + ' C. Feels like ' + feel + ' C. ' + " highest temperature : " + fore1["high"] + " lowest : " + fore1["low"] )
            elif f == '2':
                print("Current Wind speed is " + wind + ' KM/h. From ' + windD + " " + windText )
            elif f == '3':
                print("Current Barometer date are " +  baroRead + "  " + baroText)
            elif f == '4':
                visiInt = float(visi)
                if visiInt > 10 :
                    print("Current Visibility is perfect " + visi + " meteres" )
                elif visiInt < 10 and visi > 5:
                    print("Current Visibility is okay " + visi + " meteres" )
                elif visiInt < 5 :
                    print("Current Visibility is poor " + visi + " meteres" )
            elif f == '5':
                print("Current Humidity is " + humi  + " % " )
            elif f == '6':
                print("Current sky condition is : " + cloud  + " Chance for rain at day " + fore1["day"]["chance_precip"] + "% at night " + fore1["night"]["chance_precip"] + "%" )
            elif f == '7':
                print("Forecast for "  + fore2["date"] + " " + fore2["day_of_week"] + " highest temperature will be "  + fore2["high"] + " C. Lowest will be "  +  fore2["low"] + " C " )
                print("Sunrise at " + fore2["sunrise"] + " Sunset at " + fore2["sunset"])
                print("At Day :" + fore2["day"]["text"] + " Chance for rain: " + fore2["day"]["chance_precip"] + "%. Humidity : " + fore2["day"]["humidity"] + "%. Wind speed: " + fore2["day"]["wind"]["speed"] + "km/h")
                print("At Day :" + fore2["night"]["text"] + " Chance for rain: " + fore2["night"]["chance_precip"] + "%. Humidity : " + fore2["night"]["humidity"] + "%. Wind speed: " + fore2["night"]["wind"]["speed"] + "km/h" + "\n")

                print("Forecast for "  + fore3["date"] + " " + fore3["day_of_week"] + " highest temperature will be "  + fore3["high"] + " C. Lowest will be "  +  fore3["low"] + " C " )
                print("Sunrise at " + fore3["sunrise"] + " Sunset at " + fore3["sunset"])
                print("At Day :" + fore3["day"]["text"] + " Chance for rain: " + fore3["day"]["chance_precip"] + "%. Humidity : " + fore3["day"]["humidity"] + "%. Wind speed: " + fore3["day"]["wind"]["speed"] + "km/h")
                print("At Day :" + fore3["night"]["text"] + " Chance for rain: " + fore3["night"]["chance_precip"] + "%. Humidity : " + fore3["night"]["humidity"] + "%. Wind speed: " + fore3["night"]["wind"]["speed"] + "km/h" + "\n")

                print("Forecast for "  + fore4["date"] + " " + fore4["day_of_week"] + " highest temperature will be "  + fore4["high"] + " C. Lowest will be "  +  fore4["low"] + " C " )
                print("Sunrise at " + fore4["sunrise"] + " Sunset at " + fore4["sunset"])
                print("At Day :" + fore4["day"]["text"] + " Chance for rain: " + fore4["day"]["chance_precip"] + "%. Humidity : " + fore4["day"]["humidity"] + "%. Wind speed: " + fore4["day"]["wind"]["speed"] + "km/h")
                print("At Day :" + fore4["night"]["text"] + " Chance for rain: " + fore4["night"]["chance_precip"] + "%. Humidity : " + fore4["night"]["humidity"] + "%. Wind speed: " + fore4["night"]["wind"]["speed"] + "km/h" + "\n")


            elif f == '8':

                   cities = str(CityList)
                   print ("You searched for this Cities : " + cities)
            elif f == '9':
                print("Goodbay, thank you for using this app")

                f = 9
            else :
                print ('Wrong key, try again')

            print("City you entered : " + city)
            print ('1 - Temperature' )
            print ('2 - Wind')
            print ('3 - Barometer')
            print ('4 - Visibility')
            print ('5 - humidity')
            print ('6 - Clouds and Rain chances')
            print ('7 - Forecast for 3 next days')
            print ('8 - Last 3 searches')
            print ('9 - exit')
            f = input ("Menu ")
    elif z == '2':
        import requests

        a = input('Enter currency to convert from? ')
        a = a.upper()

        b = input('Enter currency to convert to? ')
        b = b.upper()

        c = float(input('Enter value to convert? '))

        url = ('https://currency-api.appspot.com/api/%s/%s.json') % (a, b)
        print(url)

        r = requests.get(url)
        rate = (r.json()['rate'])
        print("Current rate of exchange is:"  + str(rate))
        result = c*float(r.json()['rate'])
        print(str(c) + " " +  a + " is " + str(result) + "  "  + b )

    elif z == '3':
        exit()
    else:
        print('Wrong key')
    z = input ("To Lauch Weather Forecast press 1. For currency converter press 2. 3 to Exit \n")