本文实例为大家分享了Python实现五子棋游戏的具体代码，供大家参考，具体内容如下
class CheckerBoard(): \'\'\'棋盘类\'\'\' def __init__(self,col=0,row=0,piece_type=\'--\'): self.col = col self.row = row self.piece_type = piece_type self.labelx = range(self.col) self.labely = range(self.row) def chessboard(self): \'\'\'棋盘初始化数据（棋子的状态）\'\'\' checkerboardl = [] for y in self.labely: heading_list = [] checkerboardl.append(heading_list) for x in self.labelx: heading_list.append(self.piece_type) return checkerboardl def chess_show(self,checkerboardl): \'\'\'显示棋子的状态\'\'\' print(\'\\0\\0\\0\',end=\' \') for x_title in self.labelx: print(str(x_title).zfill(2),end=\' \') for y_title in range(len(checkerboardl)): print(\'\\n\',str(y_title).zfill(2),end=\' \') for instans in checkerboardl[y_title]: print(instans,end=\' \') class User(): \'\'\'玩家类\'\'\' def __init__(self,id,name,piece_type): \'\'\'构造函数 id ：玩家 id标识 name：玩家名称 piece_type：棋子的状态 \'\'\' self.id = id self.name = name self.piece_type = piece_type def play(self,x,y,pool,data): \'\'\'play（）： 玩家下棋子 x：下棋子的x坐标 y：下棋子的y坐标 pool:棋子的状态集合 data：棋盘上的棋子状态数据 \'\'\' if data[y][x] not in pool: data[y][x] = self.piece_type return data,True else: print(\'\\n位置错误，已经有棋子了,重新输入：\') return data,False def __col_list(self, x, y, col,row, data): \'\'\'获取下棋子的x轴所有棋子的状态 x：下棋子的x坐标 y：下棋子的y坐标 col：棋盘的最大横向坐标 row：棋盘的最大纵向坐标 data：棋盘中棋子的状态数据 \'\'\' # slist = [] slist = data[y] print(slist,\'__col_list\') return slist def __row_list(self, x, y, col,row, data): \'\'\'获取下棋子的y轴所有棋子的状态 x：下棋子的x坐标 y：下棋子的y坐标 col：棋盘的最大横向坐标 row：棋盘的最大纵向坐标 data：棋盘中棋子的状态数据 \'\'\' slist = [] for i in data: slist.append(i[x]) print(slist, \'__row_list\') return slist def __left_cut_list(self, x, y, col,row, data): \'\'\'获取下棋子的左斜角所有棋子的状态 x：下棋子的x坐标 y：下棋子的y坐标 col：棋盘的最大横向坐标 row：棋盘的最大纵向坐标 data：棋盘中棋子的状态数据 \'\'\' slist = [] if 0 <= x+y and row > x+y: x_val_init = x+y y_val_init = 0 while x_val_init >= 0 and y_val_init <= row-1: val = data[y_val_init][x_val_init] slist.append(val) x_val_init -= 1 y_val_init += 1 else: x_val_init = col-1 y_val_init = y while x_val_init > 0 and y_val_init <= row-1: val = data[y_val_init][x_val_init] slist.append(val) x_val_init -= 1 y_val_init += 1 print(slist, \'__left_cut_list\') return slist def __right_cut_list(self, x, y, col,row, data): \'\'\'获取下棋子的右斜角所有棋子的状态 x：下棋子的x坐标 y：下棋子的y坐标 col：棋盘的最大横向坐标 row：棋盘的最大纵向坐标 data：棋盘中棋子的状态数据 \'\'\' slist = [] if 0 <= x-y : x_val_init = x-y y_val_init = 0 while x_val_init <= col-1 and y_val_init <= row-1: val = data[y_val_init][x_val_init] slist.append(val) x_val_init += 1 y_val_init += 1 else: x_val_init = 0 y_val_init = y-x while x_val_init <= col-1 and y_val_init <= row-1: val = data[y_val_init][x_val_init] slist.append(val) x_val_init += 1 y_val_init += 1 print(slist, \'__right_cut_list\') return slist def fif_diff(slef,list5): \'\'\'判断连续五个棋子状态都一样\'\'\' # list5：5个元素的列表 piece_type = slef.piece_type for i in range(len(list5)): if list5[i] != piece_type: return False return True def rule(self,x, y, col,row, data): \'\'\'规则：连续5个棋子状态都一样时，返回True x：下棋子的x坐标 y：下棋子的y坐标 col：棋盘的最大横向坐标 row：棋盘的最大纵向坐标 data：棋盘中棋子的状态数据 \'\'\' status = False rule_list = [self.__col_list,self.__row_list,self.__left_cut_list,self.__right_cut_list] for i in range(len(rule_list)): get = rule_list[i] slist = get(x, y, col,row, data) if len(slist) >= 5: start = 0 end = 5 while end < len(slist) + 4: fif_ele_list = slist[start:end] if self.fif_diff(fif_ele_list) : print(\'%s赢了\' %self.name,\'11111111111111\') status = True break else: start += 1 end += 1 return status def inputbox(obj, pool, checkerboardl_init): \'\'\' 输入横向纵向坐标\'\'\' print(\'\\n*************************************************\') x = int(input(\'%s请输入横坐标：\'%obj.name).strip()) if not 0 <= x < 15: x = int(input(\'%s请输入横坐标：\'%obj.name).strip()) y = int(input(\'%s请输入纵坐标：\'%obj.name).strip()) if not 0 <= y < 15: y = int(input(\'%s请输入纵坐标：\'%obj.name).strip()) checkerboardl,static = obj.play(x, y, pool, checkerboardl_init) if static: s = obj.rule(x, y, 15, 15, checkerboardl) chess.chess_show(checkerboardl) if s: return True else: inputbox(obj, pool, checkerboardl_init) pool = [] checkerboardl=[] static = \'\' if __name__ == \'__main__\': ST = True chess = CheckerBoard(15,15) checkerboardl_init = chess.chessboard() chess.chess_show(checkerboardl_init) s1 = User(1,\'jack\',\'@@\') pool.append(s1.piece_type) s2 = User(2, \'chen\', \'##\') pool.append(s2.piece_type) z =1 while ST: if z == 1: a = inputbox(s1, pool, checkerboardl_init) if a : break z = 2 continue if z == 2: b = inputbox(s2, pool, checkerboardl_init) if b : break z = 1
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