Python五子棋小游戏实例分享(竖直胜负)

本文实例为大家分享了Python实现五子棋小游戏的具体代码，供大家参考，具体内容如下

使用的库

pygame、pyautogui

流程简述

1.画棋盘

设置网格间隔40px ，留白 80 px ，与网格横竖线数量，初定19 × 19 。

2.鼠标点击

鼠标点击取得坐坐标（x0 , y0），再获得最近的网格上的点（x1 , y1），再将每次动作获得的（x1 , y1 ）放入列表 chess_location 中。

再通过：

chess_location_b = chess_location[0::2]
chess_location_w = chess_location[1::2]

分别获得黑棋和白棋所走过的坐标。

3.判断胜负

这一块网上有很多不同的方法，我为了让大家读懂尽量写的详细了。
首先，我们要知道连五有四个方向：竖直，水平，右上左下，右下左上。
每次将新落下的子分别进行4个方向的判断，判断是否出现连五及以上。
我使用的方法是：

def result(x): # x 为 chess_location_b 或者 chess_location_w
 # 竖直
 score = []
 for i in range(cell_num): #cell_num = 19
  if [x[-1][0], i ] in x:
score.append([x[-1][0], i ])
if score.__len__() >= 5:
 return 1
  else:
score =[]

大概意思就是最新落下的（x1 , y1）中的竖直方向从上往下检查如果出现黑（白）棋，则将出现棋子的坐标加入列表 score 中，如果出现异色棋子或者没有棋子，则清空 score 中的元素，如果列表 score 中的元素数量大于等于5个，则分胜负。
如果棋子填满棋盘但是仍没有分出胜负，则平局。

代码及结果

代码

import pygame,pyautogui
from pygame.locals import *
# 初始参数
cell_size = 40
space = 80
cell_num = 19
grid_size = (cell_num - 1)*cell_size + space*2
screen = pygame.display.set_mode([grid_size,grid_size],0,32)
chess_location , chess_location_w , chess_location_b = [] , [] , []
# 画棋盘
def grid():
 screen.fill([208,173,108])
 font = pygame.font.SysFont("arial", 20)
 i = 0
 for x in range(0, cell_size * cell_num , cell_size):
  i += 1
  text_surface = font.render("{}".format(i), True, (0, 0, 0))
  screen.blit(text_surface,[(space - font.get_height()) - 10,(space - font.get_height()/2) + cell_size*(i -1 )])
  pygame.draw.line(screen, (0, 0, 0), (x + space, 0 + space), (x + space, cell_size * (cell_num - 1) + space), 2)
 i = 0
 for y in range(0, cell_size * cell_num, cell_size):
  i += 1
  text_surface = font.render("{}".format(chr(64 + i)), True, (0, 0, 0))
  screen.blit(text_surface,[(space + cell_size * (i - 1)) -5, (space - font.get_height() / 2) - 20])
  pygame.draw.line(screen, (0,0,0), (0 + space, y + space),(cell_size * (cell_num - 1) + space, y + space), 2)
# 分胜负
def result(x):
 # 竖直
 score = []
 for i in range(cell_num):
  if [x[-1][0], i ] in x:
score.append([x[-1][0], i ])
if score.__len__() >= 5:
 return 1
  else:
score =[]
 # 水平
 score = []
 for i in range(cell_num):
  if [i , x[-1][1]] in x:
score.append([i , x[-1][1]])
if score.__len__() >= 5:
 return 1
  else:
score = []
 # 右上左下
 score = []
 for i in range(cell_num):
  if [i,x[-1][0] + x[-1][1] - i] in x:
score.append([i,x[-1][0] + x[-1][1] - i])
if score.__len__() >= 5:
 return 1
  else:
score = []
 # 右下左上
 score = []
 for i in range(cell_num):
  if [x[-1][0] - x[-1][1] + i,i] in x:
score.append([x[-1][0] - x[-1][1] + i,i])
if score.__len__() >= 5:
 return 1
  else:
score = []
 # 平局
 if chess_location.__len__() == cell_num * cell_num :
  return 2
# 主循环
def running():
 global chess_location_w , chess_location_b
 while True:
  grid()
  for event in pygame.event.get():
if event.type == QUIT:
 exit()
# 落子
if event.type == MOUSEBUTTONDOWN:
 x0 , y0 = pygame.mouse.get_pos()
 if x0 > space and y0 > space and x0 < space + cell_size*(cell_num - 1) and y0 < space + cell_size * (cell_num - 1):
  x1 = round((x0 - space) / cell_size)
  y1 = round((y0 - space) / cell_size)
  if [x1 , y1] not in chess_location:chess_location.append([x1 , y1])
# 悔棋
elif event.type == KEYDOWN:
 if event.key == K_LEFT:
  chess_location.pop(-1)
  chess_location_b = chess_location[0::2]
  chess_location_w = chess_location[1::2]
  # 黑棋
  for i in chess_location_b:
pygame.draw.circle(screen, [ 0 , 0 , 0 ], [i[0]* cell_size + space, i[1]* cell_size + space], 15, 0)
  # 白棋
  for i in chess_location_w:
pygame.draw.circle(screen, [255,255,255], [i[0]* cell_size + space, i[1]* cell_size + space], 15, 0)
  # 判断胜负
  if chess_location_b and result(chess_location_b) == 1:
pyautogui.alert(text='黑棋胜',title='游戏结束')
exit()
  elif chess_location_w and result(chess_location_w) == 1:
pyautogui.alert(text='白棋胜',title='游戏结束')
exit()
  elif chess_location_b and chess_location_w:
if result(chess_location_b) or result(chess_location_w) == 2:
 pyautogui.alert(text='平局', title='游戏结束')
 exit()
  pygame.display.update()

if __name__ == '__main__':
 pygame.init()
 running()

输出