Here is the fixed code:
```python
import random
# given an input list of cards, shuffle them and return a new shuffled list
def shuffle(deck):
random.shuffle(deck)
return deck
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
return p1_spades[0]
# given the complete state of the game, this AI algorithm will make a choice
# for the computer player and return the resulting selection.
def p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs):
return p2_clubs[0]
def play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards):
middle_card = diamonds.pop(0)
middle_cards.append(middle_card)
print(f"Middle card(s): {middle_cards}")
print(f"Player 1 available: {p1_spades}")
player1_bid = p1_algorithm(p1_spades)
p1_spades.remove(player1_bid)
player2_bid = p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs)
p2_clubs.remove(player2_bid)
print(f"Player 2 bid: {player2_bid}")
if player1_bid > player2_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p1_capture.append(value)
print(f"Player 1 wins bid, has captured {p1_capture}")
elif player2_bid > player1_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p2_capture.append(value)
print(f"Player 2 wins bid, has captured {p2_capture}")
def determine_winner(p1_capture, p2_capture):
print("===GAME OVER===")
# MAIN PROGRAM LOGIC
# NO STUDENT CHANGES BELOW THIS POINT
# randomize random number generator with a known seed for repeatability
seed = int(input("Enter random seed: "))
random.seed(seed)
# initialize 3 hands, each with cards 2 - 10
diamonds = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p1_spades = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p2_clubs = [2, 3, 4, 5, 6, 7, 8, 9, 10]
# shuffle the deck of diamonds
diamonds = shuffle(diamonds)
# initialize empty lists of cards that each player captures or that are in the middle
p1_capture = []
p2_capture = []
middle_cards = []
# game continues while diamonds are left
while len(diamonds) > 0:
play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards)
# all diamonds are gone, so game is over - time to determine winner
determine_winner(p1_capture, p2_capture)
```
I have fixed the indentation in the `shuffle()` function, implemented the `p1_algorithm()` and `p2_algorithm()` functions to return the first item in the respective lists, and updated the `play_round()` function to correctly check for the winner based on the bids.
import random
# given an input list of cards, shuffle them and return a new shuffled list
def shuffle(deck):
# STUDENT WILL COMPLETE THIS METHOD
deck1 = len(diamonds)
return deck
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
# STUDENT WILL COMPLETE THIS METHOD
return p1_spades[0] # replace this line with student code
# given the complete state of the game, this AI algorithm will make a choice
# for the computer player and return the resulting selection.
def p2_algorithm(middle_cards,diamonds,p1_spades,p2_clubs):
# this simple algorithm just makes a random selection from the available cards
# STUDENT WILL COMPLETE THIS METHOD
return p2_clubs[0] # replace this line with student code
def play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards):
# STUDENT WILL COMPLETE THIS METHOD
middle_card = diamonds.pop(0);
middle_cards.append(middle_card);
print(str.format("Middle card(s): {0}", str(middle_cards)));
print(str.format(" Player 1 available: {0}", str(p1_spades)));
player1_bid = p1_algorithm(p1_spades);
p1_spades.remove(player1_bid);
player2_bid = p2_algorithm(middle_cards,diamonds,p1_spades,p2_clubs);
p2_clubs.remove(player2_bid);
print(str.format(" Player 2 bid: {0}", str(player2_bid)));
if (player1_bid > player2_bid):
while len(middle_cards) > 0:
value = middle_cards.pop(0);
p1_capture.append(value);
middle_cards.clear();
print(str.format(" Player 1 wins bid, has captured {0}", str(p1_capture)));
if (player2_bid > player1_bid):
while len(middle_cards) > 0:
value = middle_cards.pop(0);
p2_capture.append(value);
middle_cards.clear();
print(str.format(" Player 2 wins bid, has captured {0}", str(p2_capture)));
if (player2_bid == player1_bid):
print(" Tie bid - middle card remains");
return
def determine_winner(p1_capture, p2_capture):
print("===GAME OVER===")
# STUDENT WILL COMPLETE THIS METHOD
# MAIN PROGRAM LOGIC
# NO STUDENT CHANGES BELOW THIS POINT
# randomize random number generator with a known seed for repeatability
seed = int(input("Enter random seed: "))
random.seed(seed)
# initialize 3 hands, each with cards 2 - 10
diamonds = [2,3,4,5,6,7,8,9,10]
p1_spades = [2,3,4,5,6,7,8,9,10]
p2_clubs = [2,3,4,5,6,7,8,9,10]
# initialize empty lists of cards that each player captures or that are in the middle
p1_capture = []
p2_capture = []
middle_cards = []
# shuffle the deck of diamonds
diamonds = shuffle(diamonds)
# game continues while diamonds are left
while len(diamonds) > 0:
play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards)
# all diamonds are gone, so game is over - time to determine winner
determine_winner(p1_capture, p2_capture)
Fix this code
11 answers
Your GOPS program should now allow a human player to compete against a computer opponent. The deck of diamonds in the middle should be shuffled, the human player can make any valid bid, and the computer opponent will bid a random value each time. The game scores will be calculated and displayed at the end.
Here is one more program run with a different random seed. Note that even with a consistent seed, the actual program output will depend on what the human player enters each round.
Enter random seed: 10
Middle card(s): [5]
Player 1 available: [2, 3, 4, 5, 6, 7, 8, 9, 10]
Enter player 1 bid: 4
Player 2 bid: 2
Player 1 wins bid, has captured [5]
Middle card(s): [8]
Player 1 available: [2, 3, 5, 6, 7, 8, 9, 10]
Enter player 1 bid: 9
Player 2 bid: 10
Player 2 wins bid, has captured [8]
Middle card(s): [10]
Player 1 available: [2, 3, 5, 6, 7, 8, 10]
Enter player 1 bid: 10
Player 2 bid: 5
Player 1 wins bid, has captured [5, 10]
Middle card(s): [6]
Player 1 available: [2, 3, 5, 6, 7, 8]
Enter player 1 bid: 2
Player 2 bid: 3
Player 2 wins bid, has captured [8, 6]
Middle card(s): [3]
Player 1 available: [3, 5, 6, 7, 8]
Enter player 1 bid: 3
Player 2 bid: 6
Player 2 wins bid, has captured [8, 6, 3]
Middle card(s): [4]
Player 1 available: [5, 6, 7, 8]
Enter player 1 bid: 5
Player 2 bid: 8
Player 2 wins bid, has captured [8, 6, 3, 4]
Middle card(s): [7]
Player 1 available: [6, 7, 8]
Enter player 1 bid: 7
Player 2 bid: 4
Player 1 wins bid, has captured [5, 10, 7]
Middle card(s): [2]
Player 1 available: [6, 8]
Enter player 1 bid: 8
Player 2 bid: 9
Player 2 wins bid, has captured [8, 6, 3, 4, 2]
Middle card(s): [9]
Player 1 available: [6]
Enter player 1 bid: 6
Player 2 bid: 7
Player 2 wins bid, has captured [8, 6, 3, 4, 2, 9]
===GAME OVER===
Player 1 captured: [5, 10, 7]
Player 2 captured: [8, 6, 3, 4, 2, 9]
Player 1 scored 22, Player 2 scored 32
PLAYER 2 WINNER
Here is one more program run with a different random seed. Note that even with a consistent seed, the actual program output will depend on what the human player enters each round.
Enter random seed: 10
Middle card(s): [5]
Player 1 available: [2, 3, 4, 5, 6, 7, 8, 9, 10]
Enter player 1 bid: 4
Player 2 bid: 2
Player 1 wins bid, has captured [5]
Middle card(s): [8]
Player 1 available: [2, 3, 5, 6, 7, 8, 9, 10]
Enter player 1 bid: 9
Player 2 bid: 10
Player 2 wins bid, has captured [8]
Middle card(s): [10]
Player 1 available: [2, 3, 5, 6, 7, 8, 10]
Enter player 1 bid: 10
Player 2 bid: 5
Player 1 wins bid, has captured [5, 10]
Middle card(s): [6]
Player 1 available: [2, 3, 5, 6, 7, 8]
Enter player 1 bid: 2
Player 2 bid: 3
Player 2 wins bid, has captured [8, 6]
Middle card(s): [3]
Player 1 available: [3, 5, 6, 7, 8]
Enter player 1 bid: 3
Player 2 bid: 6
Player 2 wins bid, has captured [8, 6, 3]
Middle card(s): [4]
Player 1 available: [5, 6, 7, 8]
Enter player 1 bid: 5
Player 2 bid: 8
Player 2 wins bid, has captured [8, 6, 3, 4]
Middle card(s): [7]
Player 1 available: [6, 7, 8]
Enter player 1 bid: 7
Player 2 bid: 4
Player 1 wins bid, has captured [5, 10, 7]
Middle card(s): [2]
Player 1 available: [6, 8]
Enter player 1 bid: 8
Player 2 bid: 9
Player 2 wins bid, has captured [8, 6, 3, 4, 2]
Middle card(s): [9]
Player 1 available: [6]
Enter player 1 bid: 6
Player 2 bid: 7
Player 2 wins bid, has captured [8, 6, 3, 4, 2, 9]
===GAME OVER===
Player 1 captured: [5, 10, 7]
Player 2 captured: [8, 6, 3, 4, 2, 9]
Player 1 scored 22, Player 2 scored 32
PLAYER 2 WINNER
Here is the modified code to allow a human player to compete against a computer opponent and calculate and display the game scores at the end:
```python
import random
# given an input list of cards, shuffle them and return a new shuffled list
def shuffle(deck):
random.shuffle(deck)
return deck
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
# given the complete state of the game, this AI algorithm will make a choice
# for the computer player and return the resulting selection.
def p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs):
return random.choice(p2_clubs)
def play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards):
middle_card = diamonds.pop(0)
middle_cards.append(middle_card)
print(f"Middle card(s): {middle_cards}")
print(f"Player 1 available: {p1_spades}")
player1_bid = p1_algorithm(p1_spades)
p1_spades.remove(player1_bid)
player2_bid = p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs)
p2_clubs.remove(player2_bid)
print(f"Player 2 bid: {player2_bid}")
if player1_bid > player2_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p1_capture.append(value)
print(f"Player 1 wins bid, has captured {p1_capture}")
elif player2_bid > player1_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p2_capture.append(value)
print(f"Player 2 wins bid, has captured {p2_capture}")
def determine_winner(p1_capture, p2_capture):
p1_score = sum(p1_capture)
p2_score = sum(p2_capture)
print("===GAME OVER===")
print(f"Player 1 captured: {p1_capture}")
print(f"Player 2 captured: {p2_capture}")
print(f"Player 1 scored {p1_score}, Player 2 scored {p2_score}")
if p1_score > p2_score:
print("PLAYER 1 WINNER")
elif p2_score > p1_score:
print("PLAYER 2 WINNER")
else:
print("IT'S A TIE!")
# MAIN PROGRAM LOGIC
# NO STUDENT CHANGES BELOW THIS POINT
# randomize random number generator with a known seed for repeatability
seed = int(input("Enter random seed: "))
random.seed(seed)
# initialize 3 hands, each with cards 2 - 10
diamonds = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p1_spades = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p2_clubs = [2, 3, 4, 5, 6, 7, 8, 9, 10]
# shuffle the deck of diamonds
diamonds = shuffle(diamonds)
# initialize empty lists of cards that each player captures or that are in the middle
p1_capture = []
p2_capture = []
middle_cards = []
# game continues while diamonds are left
while len(diamonds) > 0:
play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards)
# all diamonds are gone, so game is over - time to determine winner
determine_winner(p1_capture, p2_capture)
```
With these modifications, the program now allows a human player to enter their bids, calculates the game scores at the end, and determines the winner based on the scores.
```python
import random
# given an input list of cards, shuffle them and return a new shuffled list
def shuffle(deck):
random.shuffle(deck)
return deck
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
# given the complete state of the game, this AI algorithm will make a choice
# for the computer player and return the resulting selection.
def p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs):
return random.choice(p2_clubs)
def play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards):
middle_card = diamonds.pop(0)
middle_cards.append(middle_card)
print(f"Middle card(s): {middle_cards}")
print(f"Player 1 available: {p1_spades}")
player1_bid = p1_algorithm(p1_spades)
p1_spades.remove(player1_bid)
player2_bid = p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs)
p2_clubs.remove(player2_bid)
print(f"Player 2 bid: {player2_bid}")
if player1_bid > player2_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p1_capture.append(value)
print(f"Player 1 wins bid, has captured {p1_capture}")
elif player2_bid > player1_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p2_capture.append(value)
print(f"Player 2 wins bid, has captured {p2_capture}")
def determine_winner(p1_capture, p2_capture):
p1_score = sum(p1_capture)
p2_score = sum(p2_capture)
print("===GAME OVER===")
print(f"Player 1 captured: {p1_capture}")
print(f"Player 2 captured: {p2_capture}")
print(f"Player 1 scored {p1_score}, Player 2 scored {p2_score}")
if p1_score > p2_score:
print("PLAYER 1 WINNER")
elif p2_score > p1_score:
print("PLAYER 2 WINNER")
else:
print("IT'S A TIE!")
# MAIN PROGRAM LOGIC
# NO STUDENT CHANGES BELOW THIS POINT
# randomize random number generator with a known seed for repeatability
seed = int(input("Enter random seed: "))
random.seed(seed)
# initialize 3 hands, each with cards 2 - 10
diamonds = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p1_spades = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p2_clubs = [2, 3, 4, 5, 6, 7, 8, 9, 10]
# shuffle the deck of diamonds
diamonds = shuffle(diamonds)
# initialize empty lists of cards that each player captures or that are in the middle
p1_capture = []
p2_capture = []
middle_cards = []
# game continues while diamonds are left
while len(diamonds) > 0:
play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards)
# all diamonds are gone, so game is over - time to determine winner
determine_winner(p1_capture, p2_capture)
```
With these modifications, the program now allows a human player to enter their bids, calculates the game scores at the end, and determines the winner based on the scores.
File "GOPS.py", line 20
return bid # replace this line with student code
^
SyntaxError: 'return' outside function
return bid # replace this line with student code
^
SyntaxError: 'return' outside function
It seems like there was an error in the code due to incorrect indentation. Here is the corrected portion of the code for the `p1_algorithm()` function:
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
Make sure the code is properly indented to be inside the `p1_algorithm()` function. This should resolve the `SyntaxError` you encountered. If you have any further issues, feel free to ask for assistance.
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
Make sure the code is properly indented to be inside the `p1_algorithm()` function. This should resolve the `SyntaxError` you encountered. If you have any further issues, feel free to ask for assistance.
Which doe needs to be fixed
The error you reported seems to have occurred due to the code attempting to return a value outside of a function. Specifically, the error occurred on line 20, which is within the p1_algorithm() function.
Here is the corrected portion of the code for the p1_algorithm() function:
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
Ensure that this corrected code is properly indented within the p1_algorithm() function. This should resolve the 'SyntaxError' reported initially. If you encounter any further issues, let me know and I'll be happy to help.
Here is the corrected portion of the code for the p1_algorithm() function:
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
Ensure that this corrected code is properly indented within the p1_algorithm() function. This should resolve the 'SyntaxError' reported initially. If you encounter any further issues, let me know and I'll be happy to help.
Fix the code
Here is the corrected code with the indentation fixed:
```python
import random
# given an input list of cards, shuffle them and return a new shuffled list
def shuffle(deck):
random.shuffle(deck)
return deck
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
# given the complete state of the game, this AI algorithm will make a choice
# for the computer player and return the resulting selection.
def p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs):
return random.choice(p2_clubs)
def play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards):
middle_card = diamonds.pop(0)
middle_cards.append(middle_card)
print(f"Middle card(s): {middle_cards}")
print(f"Player 1 available: {p1_spades}")
player1_bid = p1_algorithm(p1_spades)
p1_spades.remove(player1_bid)
player2_bid = p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs)
p2_clubs.remove(player2_bid)
print(f"Player 2 bid: {player2_bid}")
if player1_bid > player2_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p1_capture.append(value)
print(f"Player 1 wins bid, has captured {p1_capture}")
elif player2_bid > player1_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p2_capture.append(value)
print(f"Player 2 wins bid, has captured {p2_capture}")
def determine_winner(p1_capture, p2_capture):
p1_score = sum(p1_capture)
p2_score = sum(p2_capture)
print("===GAME OVER===")
print(f"Player 1 captured: {p1_capture}")
print(f"Player 2 captured: {p2_capture}")
print(f"Player 1 scored {p1_score}, Player 2 scored {p2_score}")
if p1_score > p2_score:
print("PLAYER 1 WINNER")
elif p2_score > p1_score:
print("PLAYER 2 WINNER")
else:
print("IT'S A TIE!")
# MAIN PROGRAM LOGIC
# NO STUDENT CHANGES BELOW THIS POINT
# randomize random number generator with a known seed for repeatability
seed = int(input("Enter random seed: "))
random.seed(seed)
# initialize 3 hands, each with cards 2 - 10
diamonds = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p1_spades = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p2_clubs = [2, 3, 4, 5, 6, 7, 8, 9, 10]
# shuffle the deck of diamonds
diamonds = shuffle(diamonds)
# initialize empty lists of cards that each player captures or that are in the middle
p1_capture = []
p2_capture = []
middle_cards = []
# game continues while diamonds are left
while len(diamonds) > 0:
play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards)
# all diamonds are gone, so game is over - time to determine winner
determine_winner(p1_capture, p2_capture)
```
This code should now run without any syntax errors and allow the human player to compete against a computer opponent in the card game.
```python
import random
# given an input list of cards, shuffle them and return a new shuffled list
def shuffle(deck):
random.shuffle(deck)
return deck
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
# given the complete state of the game, this AI algorithm will make a choice
# for the computer player and return the resulting selection.
def p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs):
return random.choice(p2_clubs)
def play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards):
middle_card = diamonds.pop(0)
middle_cards.append(middle_card)
print(f"Middle card(s): {middle_cards}")
print(f"Player 1 available: {p1_spades}")
player1_bid = p1_algorithm(p1_spades)
p1_spades.remove(player1_bid)
player2_bid = p2_algorithm(middle_cards, diamonds, p1_spades, p2_clubs)
p2_clubs.remove(player2_bid)
print(f"Player 2 bid: {player2_bid}")
if player1_bid > player2_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p1_capture.append(value)
print(f"Player 1 wins bid, has captured {p1_capture}")
elif player2_bid > player1_bid:
while len(middle_cards) > 0:
value = middle_cards.pop(0)
p2_capture.append(value)
print(f"Player 2 wins bid, has captured {p2_capture}")
def determine_winner(p1_capture, p2_capture):
p1_score = sum(p1_capture)
p2_score = sum(p2_capture)
print("===GAME OVER===")
print(f"Player 1 captured: {p1_capture}")
print(f"Player 2 captured: {p2_capture}")
print(f"Player 1 scored {p1_score}, Player 2 scored {p2_score}")
if p1_score > p2_score:
print("PLAYER 1 WINNER")
elif p2_score > p1_score:
print("PLAYER 2 WINNER")
else:
print("IT'S A TIE!")
# MAIN PROGRAM LOGIC
# NO STUDENT CHANGES BELOW THIS POINT
# randomize random number generator with a known seed for repeatability
seed = int(input("Enter random seed: "))
random.seed(seed)
# initialize 3 hands, each with cards 2 - 10
diamonds = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p1_spades = [2, 3, 4, 5, 6, 7, 8, 9, 10]
p2_clubs = [2, 3, 4, 5, 6, 7, 8, 9, 10]
# shuffle the deck of diamonds
diamonds = shuffle(diamonds)
# initialize empty lists of cards that each player captures or that are in the middle
p1_capture = []
p2_capture = []
middle_cards = []
# game continues while diamonds are left
while len(diamonds) > 0:
play_round(diamonds, p1_spades, p2_clubs, p1_capture, p2_capture, middle_cards)
# all diamonds are gone, so game is over - time to determine winner
determine_winner(p1_capture, p2_capture)
```
This code should now run without any syntax errors and allow the human player to compete against a computer opponent in the card game.
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
In this code how many times does each section have to be indented.
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
In this code how many times does each section have to be indented.
In the provided code snippet, each section should be indented as follows:
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
Each section within the `p1_algorithm()` function should be indented by four spaces to define the block of code for the function. This indentation helps the Python interpreter understand the structure of the code and which statements are part of the function.
```python
# ensure the human player picks a valid spade from the remaining cards in hand
def p1_algorithm(p1_spades):
bid = int(input("Enter player 1 bid: "))
while bid not in p1_spades:
print("Invalid bid. Choose a valid card from your hand.")
bid = int(input("Enter player 1 bid: "))
return bid
```
Each section within the `p1_algorithm()` function should be indented by four spaces to define the block of code for the function. This indentation helps the Python interpreter understand the structure of the code and which statements are part of the function.
1 answer