Pathon开发象棋小游戏总文件

import pygame import pygame.font import sys import traceback import copy from math import sqrt from pygame.locals import * pygame.init() pygame.font.init() pygame.mixer.init() #用于控制顺序 order = True #用于结束游戏后阻止落子 working = False #用来存储棋子信息，主要用于悔棋 backups = [] #定义棋子半径 r = 40 #一格代表的像素 #直接安格子存放，打印时计算像素 i = 90 #用于控制局内音效 listening = True #音乐 beijing = pygame.mixer.Sound("音乐/背景.wav") beijing.set_volume(0.2) anjian = pygame.mixer.Sound("音乐/按键.wav") anjian.set_volume(0.2) chizi = pygame.mixer.Sound("音乐/吃子.wav") chizi.set_volume(0.2) huiqi = pygame.mixer.Sound("音乐/悔棋.wav") huiqi.set_volume(0.2) luozi = pygame.mixer.Sound("音乐/落子.wav") luozi.set_volume(0.2) yinqi = pygame.mixer.Sound("音乐/赢棋.wav") yinqi.set_volume(0.2) beijing.play(-1) #绘制棋盘 def Draw_a_chessboard(screen): #填充背景色 #screen.fill((233,204,138)) beijing = pygame.image.load("棋盘及按键/背景.png").convert_alpha() screen.blit(beijing,(0,0)) beijingkuang = pygame.image.load("棋盘及按键/框.png").convert_alpha() screen.blit(beijingkuang,(0,0)) xianshikuang = pygame.image.load("棋盘及按键/显示框.png").convert_alpha() screen.blit(xianshikuang,(960,90)) #画‘播放，静音’‘开始，暂停’‘悔棋’‘重新开始’和‘退出’按钮 if listening: bofang = pygame.image.load("棋盘及按键/播放.png").convert_alpha() screen.blit(bofang,(1010,260)) else: jingyin = pygame.image.load("棋盘及按键/静音.png").convert_alpha() screen.blit(jingyin,(1010,260)) if not working: zantingzhong = pygame.image.load("棋盘及按键/暂停中.png").convert_alpha() screen.blit(zantingzhong,(960,90)) kaishi = pygame.image.load("棋盘及按键/开始.png").convert_alpha() screen.blit(kaishi,(960,330)) else: zanting = pygame.image.load("棋盘及按键/暂停.png").convert_alpha() screen.blit(zanting,(960,330)) huiqi = pygame.image.load("棋盘及按键/悔棋.png").convert_alpha() screen.blit(huiqi,(960,460)) chongxinkaishi = pygame.image.load("棋盘及按键/重新开始.png").convert_alpha() screen.blit(chongxinkaishi,(960,590)) tuichu = pygame.image.load("棋盘及按键/退出游戏.png").convert_alpha() screen.blit(tuichu,(960,720)) #画外框 outer_frame_color = (60,20,0) pygame.draw.rect(screen,outer_frame_color,[80,80,830,740],5) #行 inner_frame_color = (0,0,0) for i in range(1,10): pygame.draw.line(screen, inner_frame_color, (90, 90*i), (900, 90*i)) #列 for i in range(1,11): pygame.draw.line(screen,inner_frame_color, (90*i, 90), (90*i, 810)) #‘将’ jiang_rote_color = (0,0,0) pygame.draw.lines(screen, jiang_rote_color, True,[(90, 360),(270, 360),(270,540),(90,540)],3) pygame.draw.lines(screen, jiang_rote_color, True,[(720, 360),(900, 360),(900,540),(720,540)],3) #‘士’路线 shi_rote_color = (0,0,0) pygame.draw.line(screen, shi_rote_color, (90, 360), (270, 540),3) pygame.draw.line(screen, shi_rote_color, (90, 540), (270, 360),3) pygame.draw.line(screen, shi_rote_color, (720, 360), (900, 540),3) pygame.draw.line(screen, shi_rote_color, (720, 540), (900, 360),3) #‘象’路线 xiang_rote_color = (0,0,0) pygame.draw.lines(screen, xiang_rote_color, True,[(270, 450),(90, 270),(270,90),(450,270)]) pygame.draw.lines(screen, xiang_rote_color, True,[(270, 450),(90, 630),(270,810),(450,630)]) pygame.draw.lines(screen, xiang_rote_color, True,[(720, 450),(900, 270),(720,90),(540,270)]) pygame.draw.lines(screen, xiang_rote_color, True,[(720, 450),(900, 630),(720,810),(540,630)]) #‘兵’,用抗锯齿连续线段 bing_rote_color = (255,0,0) for j in range(0,2): for k in range(0,4): pygame.draw.aalines(screen, bing_rote_color, False,[(330+270*j, 260+180*k),(350+270*j, 260+180*k),(350+270*j,240+180*k)],3) pygame.draw.aalines(screen, bing_rote_color, False,[(390+270*j, 260+180*k),(370+270*j, 260+180*k),(370+270*j,240+180*k)],3) pygame.draw.aalines(screen, bing_rote_color, False,[(330+270*j, 100+180*k),(350+270*j, 100+180*k),(350+270*j,120+180*k)],3) pygame.draw.aalines(screen, bing_rote_color, False,[(390+270*j, 100+180*k),(370+270*j, 100+180*k),(370+270*j,120+180*k)],3) #‘炮’ pao_rote_color = (255,0,0) for m in range(0,2): for n in range(0,2): pygame.draw.aalines(screen, pao_rote_color, False,[(240+450*m, 170+540*n),(260+450*m, 170+540*n),(260+450*m,150+540*n)],3) pygame.draw.aalines(screen, pao_rote_color, False,[(300+450*m, 170+540*n),(280+450*m, 170+540*n),(280+450*m,150+540*n)],3) pygame.draw.aalines(screen, pao_rote_color, False,[(240+450*m, 190+540*n),(260+450*m, 190+540*n),(260+450*m,210+540*n)],3) pygame.draw.aalines(screen, pao_rote_color, False,[(300+450*m, 190+540*n),(280+450*m, 190+540*n),(280+450*m,210+540*n)],3) #绘制‘楚河汉界’ chuhehanjie = pygame.image.load("棋盘及按键/楚河汉界.png").convert_alpha() screen.blit(chuhehanjie,(451,91)) #绘制棋子 def Draw_a_chessman(screen,color,qizi,x,y): if color == 'red': if qizi == '将': hongjiang = pygame.image.load("棋子/红将.png").convert_alpha() screen.blit(hongjiang,(x-45,y-45)) elif qizi[0] == '士': hongshi = pygame.image.load("棋子/红士.png").convert_alpha() screen.blit(hongshi,(x-45,y-45)) elif qizi[0] == '相': hongxiang = pygame.image.load("棋子/红相.png").convert_alpha() screen.blit(hongxiang,(x-45,y-45)) elif qizi[0] == '马': hongma = pygame.image.load("棋子/红马.png").convert_alpha() screen.blit(hongma,(x-45,y-45)) elif qizi[0] == '车': hongche = pygame.image.load("棋子/红车.png").convert_alpha() screen.blit(hongche,(x-45,y-45)) elif qizi[0] == '炮': hongpao = pygame.image.load("棋子/红炮.png").convert_alpha() screen.blit(hongpao,(x-45,y-45)) elif qizi[0] == '兵': hongbing = pygame.image.load("棋子/红兵.png").convert_alpha() screen.blit(hongbing,(x-45,y-45)) elif color == 'black': if qizi == '将': heijiang = pygame.image.load("棋子/黑将.png").convert_alpha() screen.blit(heijiang,(x-45,y-45)) elif qizi[0] == '士': heishi = pygame.image.load("棋子/黑士.png").convert_alpha() screen.blit(heishi,(x-45,y-45)) elif qizi[0] == '相': heixiang = pygame.image.load("棋子/黑相.png").convert_alpha() screen.blit(heixiang,(x-45,y-45)) elif qizi[0] == '马': heima = pygame.image.load("棋子/黑马.png").convert_alpha() screen.blit(heima,(x-45,y-45)) elif qizi[0] == '车': heiche = pygame.image.load("棋子/黑车.png").convert_alpha() screen.blit(heiche,(x-45,y-45)) elif qizi[0] == '炮': heipao = pygame.image.load("棋子/黑炮.png").convert_alpha() screen.blit(heipao,(x-45,y-45)) elif qizi[0] == '兵': heibing = pygame.image.load("棋子/黑兵.png").convert_alpha() screen.blit(heibing,(x-45,y-45)) #绘制带有棋盘的棋子 def Draw_a_chessboard_with_chessman(screen): Draw_a_chessboard(screen) for each_qizi in hongqi.keys(): Draw_a_chessman(screen,hongqi[each_qizi]['color'],each_qizi,hongqi[each