How to compare the value in a string list with another value in a string list and if I do succeed in comparing with 2 of the lists, how can I store a new value in a new list if the value in the string lists is matches?
def start_game():
food_list = ["salad", "steak", "fries", "rice", "noodles", "fruits"]
random_food_list = [random.choices (food_list, k = 4)]
player_guess_list = []
correct_guess_list = []
for i in range(1,5):
player_guess = input("food" str(i) ":").lower()
if player_guess not in food_list:
print("Invalid foods, Restart Again")
start_game()
else:
player_guess_list.append(player_guess)
print(player_guess_list) # For review
print(random_food_list) # For review
For example:
User input list = [salad, steak, noodles, rice]
randomized list = [salad, rice, salad, rice]
correct_guess_list = [O,X,X,O]
Output
Correct food in correct place: 2
Correct food in wrong place: 2
CodePudding user response:
You can do what you by using a single list comprehension of the values in the two list zip
ped together.
food_list = ["salad", "steak", "fries", "rice", "noodles", "fruits"]
#random_food_list = random.choices(food_list, k = 4)
random_food_list = ['salad', 'rice', 'salad', 'rice'] # Hardcode for testing.
correct_guess_list = ['O' if f1.lower() == f2.lower() else 'X'
for f1, f2 in zip(food_list, random_food_list)]
print(correct_guess_list) # -> ['O', 'X', 'X', 'O']
correct_food_in_correct_place = correct_guess_list.count('O')
correct_food_in_wrong_place = correct_guess_list.count('X')
print(f'Correct food in correct place: {correct_food_in_correct_place}') # -> 2
print(f'Correct food in wrong place: {correct_food_in_wrong_place}') # -> 2
CodePudding user response:
I made the correct guesses list using a list comprehension:
correct_guess_list = ["O " if random_food_list[player_guess_list.index(food)] == food else "X" for food in
player_guess_list]
Full code:
import random
def start_game():
food_list = ["salad", "steak", "fries", "rice", "noodles", "fruits"]
random_food_list = random.choices(food_list, k=4)
player_guess_list = []
correct_guess_list = []
correct_guesses = 0
for i in range(1, 5):
player_guess = input("food" str(i) ":").lower()
if player_guess not in food_list:
print("Invalid foods, Restart Again")
start_game()
else:
player_guess_list.append(player_guess)
if player_guess_list[i-1] == random_food_list[i-1]:
correct_guesses = 1
print(player_guess_list) # For review
print(random_food_list) # For review
correct_guess_list = ["O " if random_food_list[player_guess_list.index(food)] == food else "X" for food in
player_guess_list]
print(correct_guess_list)
print(f"Food in correct place: {correct_guesses}")
print(f"Food in incorrect place: {4 - correct_guesses}")
start_game()
CodePudding user response:
One problem I see in your anser is you are creating a list of list rather than list to compare with in the first place random.choices (food_list, k = 4)
returns a list so no need to enclose it in square brackets. Now both the types will be list and you can use indexing to compare values from both list.
import random
def start_game():
food_list = ["salad", "steak", "fries", "rice", "noodles", "fruits"]
random_food_list = random.choices (food_list, k = 4)
player_guess_list = []
correct_guess_list = []
for i in range(1,5):
player_guess = input("food" str(i) ":").lower()
if player_guess not in food_list:
print("Invadlid foods, Restart Again")
start_game()
else:
player_guess_list.append(player_guess)
print(player_guess_list) # For review
print(random_food_list) # For review
for i in range(0 , len(random_food_list)):
if random_food_list[i] == player_guess_list[i]:
correct_guess_list.append(random_food_list[i])
print(correct_guess_list)
start_game()
CodePudding user response:
The question is quite unclear. The example looks like you want to compare two lists and create a third list that stores where the first two lists are identical.
This can be done this way:
user_input_list = ["salad", "steak", "noodles", "rice"]
randomized_list = ["salad", "rice", "salad", "rice"]
new_list = list(map(lambda x, y : 'O' if x == y else 'X', \
user_input_list, \
randomized_list))
correct_food_in_correct_place = new_list.count('O')
correct_food_in_wrong_place = new_list.count('X')
print(new_list)
print(correct_food_in_correct_place)
print(correct_food_in_wrong_place)
Sorry, that is already quite heavy Python code. Not really easy for beginners. Try it out and you will see what it does. If this does not answer your question, please ask ask more concretely and try to isolate your problem a bit.