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| import random
import re
humanTotalScore = 0
computerTotalScore = 0
def show_results():
global computerTotalScore
global humanTotalScore
if computerTotalScore < humanTotalScore:
print("You win by {} points.".format(humanTotalScore - computerTotalScore))
elif computerTotalScore > humanTotalScore:
print("You lose by {} points.".format(computerTotalScore - humanTotalScore))
def roll_again():
return judge("Roll again?(y/n)")
def roll():
result = random.randint(1, 6)
print("Current roll:", result)
return result
def is_game_over():
global computerTotalScore
global humanTotalScore
return (computerTotalScore >= 50 or humanTotalScore >= 50) and computerTotalScore != humanTotalScore
def computer_move():
print("======Bot Turn======")
global computerTotalScore
if computerTotalScore >= 50:
return
times = 4
turn_score = 0
while times > 0:
current_roll = roll()
if current_roll == 6:
turn_score = 0
break
else:
times = times - 1
turn_score += current_roll
computerTotalScore += turn_score
print("Computer Score:", computerTotalScore)
def human_move():
print("======Your Turn======")
global humanTotalScore
global computerTotalScore
if humanTotalScore >= 50:
return
print("Your Score: {}, Computer Score: {}, Distance: {}".format(humanTotalScore, computerTotalScore,
humanTotalScore - computerTotalScore))
turn_score = 0
while True:
if not roll_again():
break
current_score = roll()
if current_score == 6:
return
turn_score += current_score
humanTotalScore += turn_score
def play_again():
global humanTotalScore
global computerTotalScore
if not judge("Play again?(y/n)"):
return False
humanTotalScore = 0
computerTotalScore = 0
return True
def judge(hint_str):
while True:
response = input(hint_str)
if re.match('[yY].*', response) is not None:
return True
if re.match('[nN].*', response) is not None:
return False
def instruction():
print("""Welcome to the game.You and the computer will take turns to roll a dice.
Every figure, except 6, will be added to your score, and if you roll a 6, the score for this turn is 0, and another player will do it.
The first player to reach or exceed 50 will win.
""")
def main():
instruction()
again_flag = True
while again_flag:
computer_move()
human_move()
if is_game_over():
show_results()
again_flag = play_again()
main()
|
