Python 2.7 需要帮助用Python完成我的OOP技巧吗

我需要帮助完成我的井字游戏。我想我需要的是一个while循环，它将继续运行，直到满足获胜条件或平局。我还需要以某种方式使电路板更新，而不是刷新。不需要完成代码，我只想被发送到正确的方向

`

随机导入
xOro=['X'，'O']
董事会=[0,1,2,3,4,5,6,7,8]
打印（“你想和另一个人玩还是和电脑玩？”）
vsWho=int（原始输入（“按1与人类玩家比赛\n按2与计算机比赛”））
如果vsWho==1：
player1=随机选择（xOro）
player2=0；
如果player1='X'：
player2='O'
elif player1==“O”：
player2='X'
打印“玩家1为：“+player1+”，玩家2为：“+player2
elif vsWho==2：
humanPlayer=random.choice（xOro）
打印“您将以”+玩家身份玩游戏
如果humanPlayer=='X'：
计算机='O'
elif humanPlayer==“O”：
计算机='X'
埃利夫·沃什1或vsWho！=2:
打印“您输入的号码不正确”
类块（对象）：
'''
检查点是否填满
'''
定义初始化（自）：
通过；
humanTurn=int（原始输入（“选择一个你想玩的地点：”）
如果humanTurn<0或humanTurn>8：
打印“没有这样的斑点”
如果板[humanTurn]！='X'和板[humanTurn]！='O'：
板[humanTurn]=“X”
尽管如此：
computerTurn=random.randint（0,8）
如果板[computerTurn]！='O'和板[computerTurn]！='X'：
板[computerTurn]=“O”
打破
其他：
打印（“此点已拍摄”）
X类（件）：
'''
这是针对X的，它可以是人类也可以是计算机
'''
定义初始（自我，移动）：
self.moves=移动
def X移动（自）：
humanTurn=int（原始输入（“选择一个你想玩的地点：”）
如果humanTurn<0或humanTurn>8：
打印“没有这样的斑点”
elif humanTurn==板[“X”]或humanTurn==板[“O”]：
打印（“此点已拍摄”）
O类（件）：
'''
这是给O的，它可以是人也可以是计算机
'''
定义初始（自我，移动）：
self.moves=移动
定义移动（自）：
humanTurn=int（原始输入（“选择一个你想玩的地点：”）
如果humanTurn<0或humanTurn>8：
打印“没有这样的斑点”
elif humanTurn==板[“X”]或humanTurn==板[“O”]：
打印（“此点已拍摄”）
类TictoeBoard（对象）：
'''
创建棋盘，并在每次移动时刷新
'''
打印“=============”
印刷电路板[0]，“|”，电路板[1]，“|”，电路板[2]
打印“=============”
印刷电路板[3]，“|”，电路板[4]，“|”，电路板[5]
打印“=============”
印刷电路板[6]，“|”，电路板[7]，“|”，电路板[8]
打印“=============”
def Win（）：
'''
检查两个玩家的获胜条件
'''
如果板[0]=“O”和板[1]=“O”和板[2]=“O”：
打印“O赢”
退出
elif板[3]=“O”和板[4]=“O”和板[5]=“O”：
打印“O赢”
退出
elif板[6]=“O”和板[7]=“O”和板[8]=“O”：
打印“O赢”
退出
elif板[0]=“O”和板[3]=“O”和板[6]=“O”：
打印“O赢”
退出
elif板[1]=“O”和板[4]=“O”和板[7]=“O”：
打印“O赢”
退出
elif板[2]=“O”和板[5]=“O”和板[8]=“O”：
打印“O赢”
退出
elif板[0]=“O”和板[4]=“O”和板[8]=“O”：
打印“O赢”
退出
elif板[2]=“O”和板[4]=“O”和板[6]=“O”：
打印“O赢”
退出
elif板[0]=“X”和板[1]=“X”和板[2]=“X”：
打印“X赢”
退出
elif板[3]=“X”和板[4]=“X”和板[5]=“X”：
打印“X赢”
退出
elif板[6]=“X”和板[7]=“X”和板[8]=“X”：
打印“X赢”
退出
elif板[0]=“X”和板[3]=“X”和板[6]=“X”：
打印“X赢”
退出
elif板[1]=“X”和板[4]=“X”和板[7]=“X”：
打印“X赢”
退出
elif板[2]=“X”和板[5]=“X”和板[8]=“X”：
打印“X赢”
退出
elif板[0]=“X”和板[4]=“X”和板[8]=“X”：
打印“X赢”
退出
elif板[2]=“X”和板[4]=“X”和板[6]=“X”：
打印“X赢”
退出

也许这会有帮助。你可以在那里找到完整的算法，并逐步进行解释

---

您已经回答了您的问题。您只需要添加一个while循环。

import random

xOro = ['X','O']
board = [0,1,2,3,4,5,6,7,8]  

print ("Would You Like To Play Versus Another Human Player Or Versus The Computer ?")
vsWho = int(raw_input("Press 1 to play against a human player \nPress 2 to play against the computer \n"))

if vsWho == 1:
    player1 = random.choice(xOro)
    player2 = 0;

    if player1 == 'X':
        player2 = 'O'
    elif player1 == 'O':
        player2 = 'X'

    print "Player 1 is : " + player1 + " and Player 2 is : " + player2
elif vsWho == 2:
    humanPlayer = random.choice(xOro)
    print "You will play as " + humanPlayer

    if humanPlayer == 'X':
        computer = 'O'
    elif humanPlayer == 'O':
        computer = 'X'
elif vsWho != 1 or vsWho != 2:
    print "The number you entered is incorrect"

class Piece(object):
    '''
     Checks to see whether a spot is filled or not
    '''
    def __init__(self):
        pass;

    humanTurn = int(raw_input("Select A Spot You Want To Play On : "))

    if humanTurn < 0 or humanTurn > 8:
        print "There is no such spot"

    if board[humanTurn] != 'X' and board[humanTurn] != 'O':
        board[humanTurn] = 'X'

        while True:
            computerTurn = random.randint(0,8)
            if board[computerTurn] !=  'O' and board[computerTurn] != 'X':
                board[computerTurn] = 'O'
                break
    else:
        print ("This Spot Is Taken Already")


class X(Piece):
    '''
     This is for X, which can either be human or computer
    '''
    def __init__(self, moves):
        self.moves = moves

    def xMovement(self):
        humanTurn = int(raw_input("Select A Spot You Want To Play On : "))
        if humanTurn < 0 or humanTurn > 8:
            print "There is no such spot"
        elif humanTurn == board["X"] or humanTurn == board["O"]:
            print ("This Spot Is Taken Already")

class O(Piece):
    '''
     This is for O, which can either be human or computer
    '''
    def __init__(self, moves):
        self.moves = moves

    def oMovement(self):
        humanTurn = int(raw_input("Select A Spot You Want To Play On : "))
        if humanTurn < 0 or humanTurn > 8:
            print "There is no such spot"
        elif humanTurn == board["X"] or humanTurn == board["O"]:
            print ("This Spot Is Taken Already")

class TicTacToeBoard(object):
    '''
        Creates The Board, and also refreshes everytime a move is made
    '''
    print '========'
    print board[0],'|',board[1],'|',board[2]
    print '========'
    print board[3],'|',board[4],'|',board[5]
    print '========'
    print board[6],'|',board[7],'|',board[8]
    print '========'

def Win():
    '''
    Checks Win Condition for both players
    '''
    if board[0] == 'O' and board[1]  == 'O'  and board[2] == 'O' :
        print "O Wins"
        quit
    elif board[3]  == 'O' and board[4] == 'O' and board[5] == 'O' :
        print "O Wins"
        quit
    elif board[6] == 'O'  and board[7] == 'O'  and board[8] == 'O' :
        print "O Wins"
        quit
    elif board[0] == 'O'  and board[3] == 'O'  and board[6] == 'O' :
        print "O Wins"
        quit
    elif board[1] == 'O'  and board[4] == 'O'  and board[7] == 'O' :
        print "O Wins"
        quit
    elif board[2] == 'O'  and board[5] == 'O'  and board[8] == 'O' :
        print "O Wins"
        quit
    elif board[0] == 'O'  and board[4] == 'O'  and board[8] == 'O' :
        print "O Wins"
        quit
    elif board[2] == 'O'  and board[4] == 'O'  and board[6] == 'O' :
        print "O Wins"
        quit
    elif board[0] == 'X' and board[1]  == 'X'  and board[2] == 'X' :
        print "X Wins"
        quit
    elif board[3]  == 'X' and board[4] == 'X' and board[5] == 'X' :
        print "X Wins"
        quit
    elif board[6] == 'X'  and board[7] == 'X'  and board[8] == 'X' :
        print "X Wins"
        quit
    elif board[0] == 'X'  and board[3] == 'X'  and board[6] == 'X' :
        print "X Wins"
        quit
    elif board[1] == 'X'  and board[4] == 'X'  and board[7] == 'X' :
        print "X Wins"
        quit
    elif board[2] == 'X'  and board[5] == 'X'  and board[8] == 'X' :
        print "X Wins"
        quit
    elif board[0] == 'X'  and board[4] == 'X'  and board[8] == 'X' :
        print "X Wins"
        quit
    elif board[2] == 'X'  and board[4] == 'X'  and board[6] == 'X' :
        print "X Wins"
        quit