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井字棋.py
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井字棋.py
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import sys
import time as t
import turtle as tur
place = [1,2,3,4,5,6,7,8,9]
placeX = [-125 , -25 , 75 , -125 , -25 , 75 , -125 , -25 , 75]
placeY = [50 , 50 , 50 , -50 , -50 , -50 , -150 , -150 , -150]
#绘制棋盘
def Drawbroad():
#print(str(place[0]) + ' | ' + str(place[1]) + ' | ' + str(place[2]))
#print('- + - + -')
#print(str(place[3]) + ' | ' + str(place[4]) + ' | ' + str(place[5]))
#print('- + - + -')
#print(str(place[6]) + ' | ' + str(place[7]) + ' | ' + str(place[8]))
# 初始化和清屏
tur.speed(1000)
tur.hideturtle()
tur.clear()
#绘制棋盘
tur.pencolor('Black')
tur.penup()
tur.goto(-150,150)
tur.pendown()
for num in range(4):
tur.forward(300)
tur.right(90)
tur.forward(100)
tur.right(90)
tur.forward(300)
tur.left(90)
tur.forward(100)
tur.left(90)
tur.forward(300)
tur.right(90)
tur.forward(100)
tur.right(90)
tur.forward(100)
tur.right(90)
tur.forward(300)
tur.left(90)
tur.forward(100)
tur.left(90)
tur.forward(300)
#绘制棋子
num1 = 1
for num2 in place:
if num1 == num2:
tur.penup()
tur.goto(placeX[num1 - 1],placeY[num1 - 1] + 10)
tur.pendown()
tur.write(place[num1-1],'center',font = ('宋体',65))
num1 += 1
else:
tur.penup()
tur.goto(placeX[num1 - 1],placeY[num1 - 1])
tur.pendown()
tur.write(place[num1-1],'center',font = ('consolas',65))
num1 += 1
#退出游戏
def Exit():
t.sleep(1)
print('')
print('感谢游玩!')
tur.done()
t.sleep(10)
sys.exit(0)
#横排检查
def heng():
if place[0] == 'X' and place[1] == 'X' and place[2] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[0] == 'Y' and place[1] == 'Y' and place[2] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
elif place[3] == 'X' and place[4] == 'X' and place[5] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[3] == 'Y' and place[4] == 'Y' and place[5] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
elif place[6] == 'X' and place[7] == 'X' and place[8] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[6] == 'Y' and place[7] == 'Y' and place[8] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
#竖排检查
def shu():
if place[0] == 'X' and place[3] == 'X' and place[6] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[0] == 'Y' and place[3] == 'Y' and place[6] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
if place[1] == 'X' and place[4] == 'X' and place[7] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[1] == 'Y' and place[4] == 'Y' and place[7] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
if place[2] == 'X' and place[5] == 'X' and place[8] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[2] == 'Y' and place[5] == 'Y' and place[8] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
#斜排检查
def xie():
if place[0] == 'X' and place[4] == 'X' and place[8] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[0] == 'Y' and place[4] == 'Y' and place[8] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
elif place[2] == 'X' and place[4] == 'X' and place[6] == 'X':
print('')
Drawbroad()
print('')
print('玩家一获胜')
Exit()
elif place[2] == 'Y' and place[4] == 'Y' and place[6] == 'Y':
print('')
Drawbroad()
print('')
print('玩家二获胜')
Exit()
#检查棋盘，判断胜负
def CheckWinOrLose():
heng()
shu()
xie()
if __name__ == '__main__':
print('欢迎来到Pyhon井字棋（双人对战，玩家一先，玩家一的棋子是X，玩家二的棋子是Y）')
a = 0
Player = '玩家一'
while 1:
Drawbroad()
if a == 9:
print('')
print('平局')
Exit()
else:
CheckWinOrLose()
print('')
m_input = int(input('到' + Player + '下了,请输入下子的位置'))
if Player == '玩家一':
if m_input > 0 and m_input < 10:
if place[m_input - 1] == m_input:
print(Player + '在位置' + str(m_input) + '下了棋子')
place[m_input - 1] = 'X'
Player = '玩家二'
a += 1
else:
print('您输入的位置无法下棋子')
else:
print('您输入的位置无法下棋子')
elif Player == '玩家二':
if m_input > 0 and m_input < 10:
if place[m_input - 1] == m_input:
print(Player + '在位置' + str(m_input) + '下了棋子')
place[m_input - 1] = 'Y'
Player = '玩家一'
a += 1
else:
print('您输入的位置无法下棋子')
else:
print('您输入的位置无法下棋子')