五子棋import appuifw,e32,key_codesfrom graphics import *def cn(x):return x.decode('utf-8')def quit(): _quit=1global runningrunning=1def redraw(rect): canvas.blit(img)def default(): global con,color,font con={"l":15,"x":15,"y":33,"r":13,"n":15} color={"bg"...
求一个编写的五子棋小游戏python的代码，求借鉴啊！！急急急。。。
#五子棋import appuifw,e32,key_codesfrom graphics import *def cn(x):return x.decode('utf-8')def quit(): _quit=1global runningrunning=1def redraw(rect): canvas.blit(img)def default(): global con,color,font con={"l":15,"x":15,"y":33,"r":13,"n":15} color={"bg":0x7777bb,"fg":0x333333,"p1":0x000000,"p2":0xffffff,"w":0xff0000} font=u"Sans MT 936_S60"def initial(): global img,canvas,con,color,cur_x,cur_y,turn,pos1,pos2,pos appuifw.app.screen='full' appuifw.app.body=canvas=appuifw.Canvas() img=Image.new((240,320)) img.clear(color["bg"]) cur_x=7 cur_y=7 turn=1 pos1=[] pos2=[] pos=[] for i in range(con["n"]*con["n"]): pos.append(0)def paint_back(): global img,color,font #img.text((90,25),cn('欢乐五子棋'),color["fg"],font) for i in range(con["x"],con["x"]+con["l"]*con["n"]-1,con["l"]): img.line((i,con["y"],i,con["y"]+con["l"]*(con["n"]-1)),color["fg"]) for i in range(con["y"],con["y"]+con["l"]*con["n"]-1,con["l"]): img.line((con["x"],i,con["x"]+con["l"]*(con["n"]-1),i),color["fg"]) img.text((40,270),cn('玩家1'),color["p1"],font) img.text((160,270),cn('玩家2'),color["p2"],font) img.point((90,263),color["p1"],width=con["r"],fill=color["p1"]) img.point((144,263),color["p2"],width=con["r"],fill=color["p2"]) def paint_cur(x,y,sh): global img,con,color,pos1,pos2,running if running<>1:return ax=con["x"]+con["l"]*x ay=con["y"]+con["l"]*y b=con["l"]/2 if sh<>0: c=color["p"+str(sh)] if rp((x,y))<>0: c=color["w"] if sh==0: c=color["bg"] img.line((ax-b,ay-2,ax-b,ay-b,ax-2,ay-b),c) img.line((ax-b,ay+2,ax-b,ay+b,ax-2,ay+b),c) img.line((ax+b,ay-2,ax+b,ay-b,ax+2,ay-b),c) img.line((ax+b,ay+2,ax+b,ay+b,ax+2,ay+b),c) redraw(())def paint_q(x,y,z): global img,con,color ax=con["x"]+con["l"]*x ay=con["y"]+con["l"]*y b=con["l"]/2 if z==0: c=color["bg"] else: c=color["p"+str(z)] img.point((ax,ay),c,width=con["r"],fill=c) redraw(()) if z==0: img.line((ax-b,ay,ax+b,ay),c) img.line((ax,ay-b,ax,ay+b),c) def k_up(): global cur_x,cur_y,con,turn paint_cur(cur_x,cur_y,0) cur_y=cur_y-1 if cur_y==-1: cur_y=con["n"]-1 paint_cur(cur_x,cur_y,turn)def k_down(): global cur_x,cur_y,con,turn paint_cur(cur_x,cur_y,0) cur_y=cur_y+1 if cur_y==con["n"]: cur_y=0 paint_cur(cur_x,cur_y,turn)def k_left(): global cur_x,cur_y,con,turn paint_cur(cur_x,cur_y,0) cur_x=cur_x-1 if cur_x==-1: cur_x=con["n"]-1 paint_cur(cur_x,cur_y,turn)def k_right(): global cur_x,cur_y,con,turn paint_cur(cur_x,cur_y,0) cur_x=cur_x+1 if cur_x==con["n"]: cur_x=0 paint_cur(cur_x,cur_y,turn)def rp(x): global con,pos if (x[0]<0 or x[0]>=con["n"] or x[1]<0 or x[1]>=con["n"]):return 0 #print x,pos[x[0]*con["n"]+x[1]] return pos[x[0]*con["n"]+x[1]]def wp(x,y): global con,pos pos[x[0]*con["n"]+x[1]]=y def win(): for i in pos1: k=0 for j in range(0,6): if rp((i[0]+j,i[1]))==1: k=k+1 else: break if k>=5: return 1 k=0 for j in range(0,6): if rp((i[0],i[1]+j))==1: k=k+1 else: break if k>=5: return 1 k=0 for j in range(0,6): if rp((i[0]+j,i[1]+j))==1: k=k+1 else: break if k>=5: return 1 k=0 for j in range(0,6): if rp((i[0]+j,i[1]-j))==1: k=k+1 else: break if k>=5: return 1 for i in pos2: k=0 for j in range(0,6): if rp((i[0]+j,i[1]))==2: k=k+1 else: break if k>=5: return 2 k=0 for j in range(0,6): if rp((i[0],i[1]+j))==2: k=k+1 else: break if k>=5: return 2 k=0 for j in range(0,6): if rp((i[0]+j,i[1]+j))==2: k=k+1 else: break if k>=5: return 2 k=0 for j in range(0,6): if rp((i[0]+j,i[1]-j))==2: k=k+1 else: break if k>=5: return 2 return 0 def k_enter(): global cur_x,cur_y,turn,pos1,pos2,con,color,font,running if running<>1:return if rp((cur_x,cur_y))==0: if turn==1: pos1.append((cur_x,cur_y)) img.rectangle((35,255,100,272),color["bg"]) img.rectangle((135,255,200,272),color["p2"]) if turn==2: pos2.append((cur_x,cur_y)) img.rectangle((35,255,100,272),color["p1"]) img.rectangle((135,255,200,272),color["bg"]) paint_q(cur_x,cur_y,turn) wp((cur_x,cur_y),turn) if win()<>0: #img.text((80,300),cn('玩家')+str(turn)+cn("获胜！"),color["fg"],font) img.rectangle((35,255,100,272),color["bg"]) img.rectangle((135,255,200,272),color["bg"]) paint_cur(cur_x,cur_y,0) running=2 turn=3-turn paint_cur(cur_x,cur_y,turn)def bindkey(): canvas.bind(key_codes.EKeyUpArrow, k_up) canvas.bind(key_codes.EKeyDownArrow,k_down) canvas.bind(key_codes.EKeyLeftArrow, k_left) canvas.bind(key_codes.EKeyRightArrow,k_right) canvas.bind(key_codes.EKeySelect,k_enter)default()initial()paint_back()paint_cur(cur_x,cur_y,1)img.rectangle((35,255,100,272),color["p1"])bindkey()redraw(())appuifw.app.exit_key_handler = quit()_quit=0while (1-_quit): e32.ao_sleep(0.2) redraw(())2013-07-27
import random
# 初始化棋盘
board = [[' ' for _ in range(15)] for _ in range(15)]
# 保存棋盘历史记录
board_history = []
# 打印棋盘
def print_board():
print('=== 五子棋 ===')
print(' ' + ' '.join(chr(i+65) for i in range(15)))
for i in range(15):
print(f'{i:2}', end=' ')
for j in range(15):
print(f'{board[i][j]}', end=' ')
print()
# 将字母转换为数字
def letter_to_number(letter):
return ord(letter.upper()) - 65
# 判断是否有玩家获胜
def check_winner(row, col, player):
directions = [(0, 1), (1, 0), (1, 1), (-1, 1)]
for d in directions:
count = 1
x, y = row, col
while True:
x += d[0]
y += d[1]
if 0 <= x < 15 and 0 <= y < 15 and board[x][y] == player:
count += 1
else:
break
x, y = row, col
while True:
x -= d[0]
y -= d[1]
if 0 <= x < 15 and 0 <= y < 15 and board[x][y] == player:
count += 1
else:
break
if count >= 5:
return True
return False
# 计算电脑落子位置
def get_computer_move():
available_moves = []
for i in range(15):
for j in range(15):
if board[i][j] == ' ':
available_moves.append((i, j))
return random.choice(available_moves)
# 游戏主循环
print('=== 五子棋游戏 ===')
print('请选择游戏模式：')
print('1. 玩家对电脑')
print('2. 玩家对玩家')
mode = input('请输入游戏模式的编号：')
if mode == '1':
print('玩家1执黑棋（X），玩家2执白棋（O）。')
players = ['X', 'O']
elif mode == '2':
print('玩家执黑棋（X），电脑执白棋（O）。')
players = ['X', 'O']
else:
print('无效的模式选择，退出游戏。')
exit()
player_turn = 0 # 记录当前轮到哪位玩家落子
while True:
print_board()
player = players[player_turn]
# 玩家落子
if player == 'X' or mode == '2' and player == 'O':
move = input(f'请玩家{player_turn+1}输入落子位置（如A1）：')
else:
move = get_computer_move()
if str(move).lower() == 'q':
print('游戏结束，退出游戏。')
break
if str(move).lower() == 'h':
if len(board_history) == 0:
print('无法悔棋，没有棋局记录。')
continue
else:
print('悔棋成功！')
board = board_history.pop()
player_turn = 1 - player_turn # 切换到另一个玩家
continue
if player == 'X' or mode == '2' and player == 'O':
try:
col = letter_to_number(move[0])
row = int(move[1:])
except (ValueError, IndexError):
print('无效的输入，请重新输入。')
continue
if not (0 <= row < 15 and 0 <= col < 15):
print('无效的位置，请重新输入。')
continue
if board[row][col] != ' ':
print('该位置已经有棋子，请重新输入。')
continue
else:
row, col = move
# 保存当前棋局到历史记录
board_history.append([row[:] for row in board])
board[row][col] = player
if check_winner(row, col, player):
print_board()
if player == 'X':
print(f'玩家1获胜！')
else:
if mode == '1':
print(f'玩家2获胜！')
else:
print(f'电脑获胜！')
break
if all(board[i][j] != ' ' for i in range(15) for j in range(15)):
print_board()
print('游戏平局！')
break
player_turn = 1 - player_turn # 切换到另一个玩家2023-07-14
