def run():
#Picks random capitals from list
state = random.choice(capitals_dict.keys())
capital = capitals_dict[state]
capital = capital.lower()
game=Tkinter.Tk()
text = Tkinter.Label(game)
text.pack()
text2 = Tkinter.Entry(game)
text2.pack()
#Checks to see if guess is correct
def check(hi):
if hi == capital:
text.configure(text = 'Correct! Press Check to continue')
if hi != capital:
text.configure(text = 'Incorrect! Press Check to continue')
#Closes window and opens up new one
def restart():
game.destroy()
run()
check_btn.configure(command = restart)
#Check button
check_btn = Tkinter.Button(game, text = "Check", command = lambda: check(text2.get()))
check_btn.pack()
text.configure(text = 'Enter the capital of {}: '.format(state))
game.mainloop()
def choose_capital(capitals_dict):
capitals_count = len(capitals_dict)
states = list(capitals_dict.keys())
chosen_index = int(randint(0, capitals_count - 1))
state = states[chosen_index]
return capitals_dict[state]
def find() :
while True :
c = random.choice(list(capitals_dict.keys()))
user_input = str(input("What is the capital of : {} ".format(c)))
if user_input.lower() == "Exit".lower():
break
if user_input.lower() == capitals_dict[c].lower():
print ("Correct ! {}'s capital is : {}".format(c, user_input))
break
if user_input.lower() != capitals_dict[c].lower() :
print("Wrong ! {}'s capital is : {} ".format(c, capitals_dict[c]))
continue
def find():
while True:
c = random.choice(list(capitals_dict.keys()))
user_input = str(input("What is the capital of : {} ".format(c)))
if user_input.lower() == "Exit".lower():
print("Goodbye")
break
elif user_input.lower() == capitals_dict[c].lower():
print("Correct ! {}'s capital is : {} \nGoodbye".format(
c, user_input))
break
elif user_input.lower() != capitals_dict[c].lower():
print("Wrong ! {}'s capital is : {} ".format(c, capitals_dict[c]))
continue
import random
from capitals import capitals_dict
def capital_game(states, cities):
while True:
user_input = input(f"Where is the capital of {states}?: ").lower()
if user_input == cities.lower():
print("Correct")
break
elif user_input == "exit":
print(f"The capital of {states} is {cities}")
print("Goodbye")
break
states = random.choice(list(capitals_dict.keys()))
cities = capitals_dict[states]
capital_game(states, cities)
def get_random_state():
return choice(list(capitals_dict.keys()))
from capitals import capitals_dict
import random
def capital_game(state, capital):
while True:
guess = raw_input(
"What is the capital of '{}'? ".format(state)).lower()
if guess == "exit":
print "The capital of '{}' is '{}'.".format(state, capital)
print "Goodbye"
break
elif guess == (capital).lower():
print "Correct! Nice job."
break
state = random.choice(capitals_dict.keys())
capital = capitals_dict[state]
capital_game(state, capital)
#Capital_list
from capitals import capitals_dict
import random
def guess_capital(state, capital):
while True:
guess = raw_input("Name the capital of {} ".format(state.upper()))
if guess == (capital.upper()):
print "That's correct."
break
elif guess =="exit":
print "Goodbye!"
break
State = random.choice(capitals_dict.keys())
Capital = capitals_dict[State]
guess_capital(State, Capital)
def getState():
return choice(capitals_dict.keys())
from capitals import capitals_dict
import random
while True:
capitalList = list(capitals_dict.keys())
state = random.choice(capitalList)
while True:
print('Please enter the capital of: ', state)
userInput = input().lower()
capital = capitals_dict[state].lower()
if (userInput == capital):
print("Correct")
break
elif (userInput == 'exit'):
print("Goodbye!")
exit()
from capitals import capitals_dict
import random
'''
use a while loop to iterate through a dictionary and grab a\n
random state & capital \n
'''
random_state = random.choice(list(capitals_dict.keys()))
capital = capitals_dict[random_state]
while True: # create an infite loop
capital_guess = input("What is the capital of {} : ".format(random_state)).lower()
if capital_guess == "exit":
print("The capital of {} is {}".format(random_state, capital))
print("goodbye")
break
elif capital_guess == capital.lower():
print("Correct")
break
#assign each randon state/capital pair to a variable
#ask user for capital of state randomly picked
#infite loop asking for capital till answer correctly or types 'exit'
#display 'Correct' if answered correctly after loop ends
from capitals import capitals_dict
import random
import os
continue_playing = True
capital_keys = capitals_dict.keys()
capital_keys = list(capital_keys)
score = 0
while continue_playing == True:
continue_playing == False
selected_city = random.choice(capital_keys)
answer = input(f"What is the state capital of {selected_city}? \n")
tries = 0
while True:
if answer == capitals_dict[selected_city]:
score += 1
print()
print(f"{answer} is Correct \n")
break
else:
print(f"{answer} is Incorrect \n")
tries = tries + 1
if tries >= 10:
continue_playing = input(
"Would you like to skip this question? Y/N \n")
if continue_playing == 'Y' or continue_playing == 'y':
break
answer = input(
from capitals import capitals_dict as di
from random import randint
states = di.keys()
sele = randint(0, len(states) - 1)
correct = False
state = states[sele]
cap = di[state]
prompt = 'What is the capitol of {}? '.format(state)
while correct != True:
answer = raw_input(prompt)
answer = answer.lower()
if answer == 'exit':
print 'The capitol of {} is {}. Goodbye!'.format(state, cap)
break
elif answer == cap.lower():
print 'Correct! {} is the capitol of {}!'.format(cap, state)
correct = True
else:
letdown = 'Sorry... {} is not the capitol of {}...'
print letdown.format(answer, state)
from capitals import capitals_dict
import random
state_list = list(capitals_dict.keys())
while True:
ques = random.choice(state_list)
print ("Enter capital of {}".format(ques))
try:
user_input = str(input(">")).lower()
except KeyboardInterrupt:
print ("GoodBye")
break
ans = capitals_dict[ques].lower()
if user_input == ans:
print ("Correct")
break
elif user_input == "exit":
print ("GoodBye")
break
def getCapital():
state = random.choice(capitals_dict.keys()) #select random key
capital = capitals_dict[state] #get capitol
return state, capital
def get_random_state():
return choice(list(capitals_dict.keys()))
