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Merge pull request #705 from saipranavrguduru/patch-1
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Update main.py
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@Mrinank-Bhowmick
Mrinank-Bhowmick authored Feb 19, 2024
2 parents 39d3d67 + 4f6dea6 commit ad219bd
Showing 1 changed file with 94 additions and 86 deletions.
180 changes: 94 additions & 86 deletions projects/HandCricket/main.py
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import random
import time


def main():
print("Welcome Hand Cricket")
print("You will be playing against the computer")
print("You will be playing against another player")
try:
overs = int(input("Enter the number of overs (1-10): "))
user_choice = input("Enter 1 to bat first, 2 to bowl first: ")

# Toss to decide who bats first
toss_winner = toss()
if toss_winner == 1:
print("Player 1 won the toss!")
player1_choice = input("Player 1, choose 1 to bat first, 2 to bowl first: ")
player2_choice = '1' if player1_choice == '2' else '2'
else:
print("Player 2 won the toss!")
player2_choice = input("Player 2, choose 1 to bat first, 2 to bowl first: ")
player1_choice = '1' if player2_choice == '2' else '2'

difficulty = int(input("Select difficulty level (1-Easy, 2-Medium, 3-Hard): "))

# Call the play_game function with user inputs
player1_score, player2_score = play_game(overs, player1_choice, player2_choice, difficulty)

user_score, computer_score = play_game(overs, user_choice, difficulty)

who_won(user_score, computer_score)
# Determine and display the winner
who_won(player1_score, player2_score)
except ValueError:
print("Invalid input, exiting game")

# Function to handle the toss
def toss():
print("Toss time!")
user_choice = input("Choose heads (1) or tails (2): ")
toss_result = random.randint(1, 2)
if int(user_choice) == toss_result:
print("It's", "Heads!" if toss_result == 1 else "Tails!")
return 1 # Player 1 wins the toss
else:
print("It's", "Heads!" if toss_result == 1 else "Tails!")
return 2 # Player 2 wins the toss

def play_game(overs, user_choice, difficulty=1):
user_score = 0
computer_score = 0
user_wickets = 10
computer_wickets = 10
# Function to handle the main gameplay for two players
def play_game(overs, player1_choice, player2_choice, difficulty=1):
player1_score = 0
player2_score = 0
player1_wickets = 10
player2_wickets = 10

print("\nMatch Summary")
print("=============")
print(f"Overs: {overs}")

for over in range(overs):
print(
f"\nOver {over + 1}, User: {user_wickets} wickets left, Computer: {computer_wickets} wickets left"
f"\nOver {over + 1}, Player 1: {player1_wickets} wickets left, Player 2: {player2_wickets} wickets left"
)

if user_choice == "1":
user_score, user_wickets = user_bat(user_score, user_wickets, over)
if player1_choice == '1':
# Player 1 bats first
player1_score, player1_wickets = user_turn(player1_score, player1_wickets, '1', over)

if computer_wickets > 0:
computer_score, computer_wickets = computer_bat(
computer_score, computer_wickets, difficulty, over
)
# Player 2 bowls
player2_score, player2_wickets = user_turn(player2_score, player2_wickets, '2', over)
else:
if computer_wickets > 0:
computer_score, computer_wickets = computer_bat(
computer_score, computer_wickets, difficulty, over
)

user_score, user_wickets = user_bat(user_score, user_wickets, over)
# Player 2 bowls first
player2_score, player2_wickets = user_turn(player2_score, player2_wickets, '2', over)

display_scoreboard(user_score, computer_score, over)
# Player 1 bats
player1_score, player1_wickets = user_turn(player1_score, player1_wickets, '1', over)

return user_score, computer_score
# Display the scoreboard after each over
display_scoreboard(player1_score, player2_score, over)

# Return the final scores
return player1_score, player2_score

def user_bat(user_score, user_wickets, over):
print("You are batting")
# Function for a player's turn
def user_turn(player_score, player_wickets, player_choice, over):
print(f"Player's turn - {'Batting' if player_choice == '1' else 'Bowling'}")
balls = 0
while balls < 6 and user_wickets > 0:
user_runs = int(
input(f"Over {over + 1}, Ball {balls + 1}: Enter your shot (1-6): ")
)
computer_runs = random.randint(1, 6)

print(f"You chose {user_runs}, Computer chose {computer_runs}")

if user_runs == computer_runs:
print("You are out!")
user_wickets -= 1
if user_wickets > 0:
print(f"You have {user_wickets} wickets left.")
else:
user_score += user_runs
print(f"Your score is {user_score}")
balls += 1

return user_score, user_wickets


def computer_bat(computer_score, computer_wickets, difficulty=1, over=None):
print("Computer is batting")
balls = 0
while balls < 6 and computer_wickets > 0:
if difficulty == 1:
computer_runs = random.randint(1, 3)
elif difficulty == 2:
computer_runs = random.randint(1, 5)
while balls < 6 and player_wickets > 0:
if player_choice == '1':
# Get user input for batting
player_runs = int(
input(f"Over {over + 1}, Ball {balls + 1}: Enter your {'shot'} (1-6): ")
)
opponent_runs = random.randint(1, 6)
else:
computer_runs = random.randint(1, 6)

user_runs = int(
input(
f"Computer is batting. Over {over + 1}, Ball {balls + 1}: Enter your delivery (1-6): "
# Get user input for bowling
opponent_choice = input(f"Over {over + 1}, Ball {balls + 1}: Player 2, choose 1 to bat, 2 to bowl: ")
player_runs = random.randint(1, 6)
opponent_runs = int(
input(f"Over {over + 1}, Ball {balls + 1}: Enter your {'delivery'} (1-6): ")
)
)

print(f"You chose {user_runs}, Computer chose {computer_runs}")

if user_runs == computer_runs:
print("Computer is out!")
computer_wickets -= 1
if computer_wickets > 0:
print(f"Computer has {computer_wickets} wickets left.")
print(f"You chose {player_runs}, Opponent chose {opponent_runs}")

# Check if the player is out or scores runs
if player_choice == '1' and player_runs == opponent_runs:
print("Player is out!")
player_wickets -= 1
if player_wickets > 0:
print(f"Player has {player_wickets} wickets left.")
elif player_choice == '2' and opponent_choice == '2' and player_runs == opponent_runs:
print("Opponent is out!")
player_wickets -= 1
if player_wickets > 0:
print(f"Opponent has {player_wickets} wickets left.")
else:
computer_score += computer_runs
print(f"Computer's score is {computer_score}")
player_score += player_runs
print(f"Player's score is {player_score}")
balls += 1

return computer_score, computer_wickets

# Return the updated player score and wickets
return player_score, player_wickets

def display_scoreboard(user_score, computer_score, over):
# Function to display the scoreboard after each over
def display_scoreboard(player1_score, player2_score, over):
print("\nScoreboard")
print("==========")
print(f"Over {over + 1}:")
print(f"You: {user_score} runs")
print(f"Computer: {computer_score} runs")
print(f"Player 1: {player1_score} runs")
print(f"Player 2: {player2_score} runs")


def who_won(user_score, computer_score):
# Function to determine and display the winner of the match
def who_won(player1_score, player2_score):
print("\nMatch Result")
print("============")
print("Your score =", user_score)
print("Computer's score =", computer_score)
if user_score > computer_score:
print("You won")
elif computer_score > user_score:
print("You lost")
print("Player 1's score =", player1_score)
print("Player 2's score =", player2_score)
if player1_score > player2_score:
print("Player 1 won")
elif player2_score > player1_score:
print("Player 2 won")
else:
print("The match ended in a draw")
print("Thank you for playing and have a good day :) ")


# Run the main function if the script is executed
if __name__ == "__main__":
main()

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