def game_CRAPS():
os.system('cls')
print('''CRAPS赌博游戏。
玩家第一次摇骰子如果摇出了7点或11点，玩家胜；
玩家第一次如果摇出2点、3点或12点，庄家胜；
其他点数玩家继续摇骰子，如果玩家摇出了7点，庄家胜；
如果玩家摇出了第一次摇的点数，玩家胜；
其他点数，玩家继续要骰子，直到分出胜负''')
shu = 0
ying = 0
while True:
print("—————————————————")
print("赌博有害，不要赌博")
peo = input("是否开始/继续？：（Y/N）").upper()
if peo == "Y":
one = random.randint(1, 6)
two = random.randint(1, 6)
first = one + two
print("玩家摇出了%d,%d点数，共%d点" % (one, two, one + two))
if first == 7 or first == 1:
print("您赢了")
ying += 1
elif first in [2, 3, 12]:
print("您输了")
shu += 1
else:
while True:
one = random.randint(1, 6)
two = random.randint(1, 6)
zong = one + two
print("玩家摇出了%d,%d点数，共%d点" % (one, two, zong))
if zong == 7:
print("您输了")
shu += 1
break
elif zong == first:
print("您赢了")
ying += 1
break
elif peo == "N":
print("您本次游玩共计游玩%d次，输了%d次，赢了%d次" % (shu + ying, shu, ying))
print("希望您玩得愉快，以后远离赌博😊")
break
input("按任意键并回车返回游戏菜单")
view.game()
print("————————————————————————————")
def inner():
global login_id
while True:
try:
with open("{}.txt".format(login_id), "r") as filename:
count1 = filename.read()
filename.close()
except FileNotFoundError:
count1 = "100"
finally:
count = int(count1)
print("---------")
print("您的积分:{}".format(count))
print("---------")
fn()
with open("{}.txt".format(login_id), "w") as filename:
if win == 1:
count = count + 2
filename.write(str(count))
elif win == 0:
count = count - 1
filename.write(str(count))
else:
filename.write(str(count))
filename.close()
choice = input("继续/返回(Y/N):").upper()
if choice == "Y":
continue
elif choice == "N":
break
return view.game()
def game_guess():
os.system('cls')
print("————————————————————————————")
print("赵氏GAME欢迎您")
print()
shuzi = random.randint(1, 100)
cishu = 0
while True:
cishu = cishu + 1
nu = input("请输入100以内整数(Q退出)：").upper()
if nu.isdigit():
guess_num = int(nu)
if 1 <= guess_num <= 100:
if guess_num > shuzi:
print("大了")
elif guess_num < shuzi:
print("小了")
elif guess_num == shuzi:
print("猜对了")
print("你一共猜了：" + str(cishu) + "次")
guess_choice = input("是否继续（Y/N）").upper()
if guess_choice == "y":
game_guess()
elif guess_choice == "N":
view.game()
else:
print("输入错误")
continue
elif nu == "Q":
view.game()
else:
input("输入错误，按任意键重新输入")
def game():
os.system('cls')
print("————————————————————————————")
print("赵氏GAME欢迎您")
print()
print("1.猜数字")
print("2.CRAPS赌博游戏")
print("3.石头剪刀布")
print("*.敬请期待")
print("0.返回首页")
print("————————————————————————————")
game_choice = input("请选择功能：")
if game_choice == "1":
return func.game_guess()
elif game_choice == "2":
return func.game_CRAPS()
elif game_choice == "3":
return func.game_stj()
elif game_choice == "0":
pass
else:
input("系统升级中，按任意键并回车重新输入")
return view.game()
from car import HorizontalCar, VerticalCar from coordinate import Coordinate from grid import Grid import view ''' Project description here. ''' # Game window size. size = (700, 700) # Set up game. grid = Grid(10, 10) car1 = HorizontalCar(grid, Coordinate(0, 0), 2, view.BLUE) car2 = HorizontalCar(grid, Coordinate(3, 0), 3, view.GREEN) car3 = VerticalCar(grid, Coordinate(5, 5), 2, view.RED) grid.add_car(car1) grid.add_car(car2) grid.add_car(car3) grid.add_exit(Coordinate(5, -1)) view.game(size, grid)
import view from grid import Grid ''' Game editor allows users to make their own traffic jam games, test them out, make random boards, or save and load grids. ''' # Game window size. size = (700, 700) # Set up game. grid = Grid(5, 5) view.game(size, grid, show_buttons=True)