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pygame实现俄罗斯方块_pygame俄罗斯方块代码

作者：笔触狂放9 | 2024-07-16 06:03:08

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pygame俄罗斯方块代码

使用pygame实现简单的俄罗斯方块，实现了强降、预降位置显示等功能。若键盘无法控制，将输入法调为英文。

俄罗斯方块1.0演示

  1.  
  2. import os
  3. import pygame,sys,random,copy,time
  4.  
  5. pygame.init()
  6. pygame.mixer.init()
  7. pygame.display.set_caption('俄罗斯方块1.0')
  8.  
  9. '''操作设置'''
  10. left = pygame.K_LEFT
  11. right = pygame.K_RIGHT
  12. down = pygame.K_DOWN
  13. spi_r = pygame.K_UP #右旋-上键
  14. spi_l = pygame.K_g #左旋-G
  15. change = pygame.K_d #保留-D
  16. plunge = pygame.K_f #强降-F
  17. again = pygame.K_2 #重新游戏
  18. leve = 1 #难度等级，数字越大，下落越快
  19.  
  20. '''定义屏幕大小'''
  21. width = 500
  22. height = 700
  23. screen   = pygame.display.set_mode((500,700))#屏幕大小
  24.  
  25. '''基础方块绘制'''
  26. size=30#方块规格
  27. sore = 10#分数单位
  28. sores = [0]#记录总分
  29. #基础方块的绘制
  30. face  = pygame.Surface((size,size),flags=pygame.HWSURFACE)
  31. # face.fill("white")
  32. pygame.draw.rect(face, (0, 0, 0), [0,0,size,size],1)
  33. # pygame.draw.circle(face, (255, 0, 0), (15,15), 15, width=1)
  34. #基础方块的投影绘制--增加透明度
  35. face1  = pygame.Surface((size,size),flags=pygame.HWSURFACE)
  36. # face1.fill((255,255,255,0))
  37. pygame.draw.rect(face1, (0, 0, 0,0), [0,0,size,size],1)
  38. # pygame.draw.circle(face1, (255, 0, 0,0), (15,15), 15, width=1)
  39. face1.set_alpha(100)#设置透明度
  40. #字体设置
  41. f = pygame.font.SysFont(['方正粗黑宋简体'],30)#分数显示等需要用的字体
  42. f1 = pygame.font.SysFont(['方正粗黑宋简体'],20)
  43. f2 = pygame.font.SysFont(['方正粗黑宋简体'],15)
  44.  
  45. '''地图参数设置'''
  46. origin=(5,5)                           #原点位置，边框的宽度
  47. set = [4*size+origin[0],origin[1]+0]     #初始生成方块位置，该坐标全局控制当前形状的位置
  48. c_list=(2,4,6,7,14,16,19)#分别为7种大类型的方块,见方块类型函数
  49. ch1 = [ c_list[random.randint(0,6)]  for i in range(4)] #初始方块产生随机函数
  50. ch1.append(0)#ch1为一个有装4个值的列表，前三个为即将出现的三个形状的标号，第四个为保留的形状的标号，开始时没有，定为0
  51. filled = []#落地方块储存列表，将一落地的每一个形状的信息存入
  52. n=[0]#控制是否能更换当前手中方块
  53. control = [1]#控制游戏结束,0为结束
  54.  
  55. '''方块类型函数'''
  56. #每个形状表示为四个坐标，取其中一个方块为原点算出其他方块坐标
  57. #c为方块类型标号，a为形状的坐标。
  58. # 该函数最终输出一个列表，其中包含6个坐标，即为一个形状（包含四个基础方块）的四个方块坐标和四个方块中最小的x,y和最大的x,y,方便之后的碰撞判断
  59. #还要输出形状标号c（方便进行不同方块的不同颜色绘制）
  60. def forms(c,a):
  61.  
  62.     #长条
  63.     if c == 1:
  64.         x0 = 0
  65.         y0 = 0
  66.         x1 = 0
  67.         y1 = -1
  68.         x2 = 0
  69.         y2 = 2
  70.         x3 = 0
  71.         y3 = 1
  72.     if c == 2:#横条
  73.             x0 = 0
  74.             y0 = 0
  75.             x1 = -1
  76.             y1 = 0
  77.             x2 = 1
  78.             y2 = 0
  79.             x3 = 2
  80.             y3 = 0
  81.     # S
  82.     if c==3:
  83.         x0 = 0
  84.         y0 = 0
  85.         x1 = 0
  86.         y1 = 1
  87.         x2 = -1
  88.         y2 = 0
  89.         x3 = -1
  90.         y3 = -1
  91.     if c == 4:
  92.             x0 = 0
  93.             y0 = 0
  94.             x1 = -1
  95.             y1 = 0
  96.             x2 = 0
  97.             y2 = -1
  98.             x3 = 1
  99.             y3 = -1
  100.         #Z
  101.     if c==5:
  102.         x0 = 0
  103.         y0 = 0
  104.         x1 = 1
  105.         y1 = 0
  106.         x2 = 0
  107.         y2 = 1
  108.         x3 = 1
  109.         y3 = -1
  110.     if c==6:
  111.         x0 = 0
  112.         y0 = 0
  113.         x1 = -1
  114.         y1 = 0
  115.         x2 = 0
  116.         y2 = 1
  117.         x3 = 1
  118.         y3 = 1
  119. #T
  120.     if c==7:
  121.         x0 = 0
  122.         y0 = 0
  123.         x1 = 1
  124.         y1 = 0
  125.         x2 = -1
  126.         y2 = 0
  127.         x3 = 0
  128.         y3 = -1
  129.     if c==8:
  130.         x0 = 0
  131.         y0 = 0
  132.         x1 = 0
  133.         y1 = -1
  134.         x2 = 0
  135.         y2 = 1
  136.         x3 = 1
  137.         y3 = 0
  138.     if c==9:
  139.         x0 = 0
  140.         y0 = 0
  141.         x1 = -1
  142.         y1 = 0
  143.         x2 = 0
  144.         y2 = 1
  145.         x3 = 1
  146.         y3 = 0
  147.     if c==10:
  148.         x0 = 0
  149.         y0 = 0
  150.         x1 = 0
  151.         y1 = 1
  152.         x2 = 0
  153.         y2 = -1
  154.         x3 = -1
  155.         y3 = 0
  156.     #L
  157.     if c==11:
  158.         x0 = 0
  159.         y0 = 0
  160.         x1 = 0
  161.         y1 = -1
  162.         x2 = 0
  163.         y2 = 1
  164.         x3 = 1
  165.         y3 = 1
  166.     if c==12:
  167.         x0 = 0
  168.         y0 = 0
  169.         x1 = -1
  170.         y1 = 0
  171.         x2 = 1
  172.         y2 = 0
  173.         x3 = -1
  174.         y3 = 1
  175.     if c==13:
  176.         x0 = 0
  177.         y0 = 0
  178.         x1 = 0
  179.         y1 = -1
  180.         x2 = 0
  181.         y2 = 1
  182.         x3 = -1
  183.         y3 = -1
  184.     if c==14:
  185.         x0 = 0
  186.         y0 = 0
  187.         x1 = -1
  188.         y1 = 0
  189.         x2 = 1
  190.         y2 = 0
  191.         x3 = 1
  192.         y3 = -1
  193.     #J
  194.     if c==15:
  195.         x0 = 0
  196.         y0 = 0
  197.         x1 = 0
  198.         y1 = -1
  199.         x2 = 0
  200.         y2 = 1
  201.         x3 = -1
  202.         y3 = 1
  203.     if c==16:
  204.         x0 = 0
  205.         y0 = 0
  206.         x1 = -1
  207.         y1 = -1
  208.         x2 = -1
  209.         y2 = 0
  210.         x3 = 1
  211.         y3 = 0
  212.     if c==17:
  213.         x0 = 0
  214.         y0 = 0
  215.         x1 = 0
  216.         y1 = 1
  217.         x2 = 0
  218.         y2 = -1
  219.         x3 = 1
  220.         y3 = -1
  221.     if c==18:
  222.         x0 = 0
  223.         y0 = 0
  224.         x1 = -1
  225.         y1 = 0
  226.         x2 = 1
  227.         y2 = 0
  228.         x3 = 1
  229.         y3 = 1
  230.     # 田
  231.     if c == 19:
  232.         x0 = 0
  233.         y0 = 0
  234.         x1 = 0
  235.         y1 = 1
  236.         x2 = -1
  237.         y2 = 0
  238.         x3 = -1
  239.         y3 = 1
  240.     mx = max(x0,x1,x2,x3)
  241.     my = max(y0,y1,y2,y3)
  242.     mx1 = min(x0, x1, x2,x3)
  243.     my1 = min(y0, y1, y2,y3)
  244.     Z=[[x0*size+a[0],y0*size+a[1]],[x1*size+a[0],y1*size+a[1]],[x2*size+a[0],y2*size+a[1]],[x3*size+a[0],y3*size+a[1]],[mx1*size+a[0],my1*size+a[1]],[mx*size+a[0],my*size+a[1]],c]
  245.     return Z
  246.  
  247. '''屏幕更新函数'''
  248. """
  249. 屏幕动态更新的核心函数
  250. 实时更新形状位置，分数，预览形状等都在该函数完成
  251. 大概思路：
  252. 1每一次都使用新的空白页面（粉色覆盖，绘制边框）覆盖之前的内容，再
  253. 2再绘制新的实时内容
  254.   a、根据filled列表中储存的形状坐标信息绘制已经降落的形状
  255.   b、根据ch1列表中储存的实时形状（正在下落的形状，预降位置，预览的形状）
  256.   c、根据sores列表记录的分数绘制新的分数
  257. """
  258. def update():
  259.     # 更新前进行碰撞判断
  260.     isclear(filled)
  261.     # 游戏框绘制
  262.     screen.fill("pink")
  263.     pygame.draw.line(screen, (0, 0, 250), (0, 0), (size * 10 + 10, 0), 10)
  264.     pygame.draw.line(screen, (0, 0, 250), (0, 0), (0, size * 20 + 10), 10)
  265.     pygame.draw.line(screen, (0, 0, 250), (size * 10+10 , 0), (size * 10 +10, size * 20+15 ), 10)
  266.     pygame.draw.line(screen, (0, 0, 250), (0, 10+size * 20), (size * 10 + 10, size * 20+10 ), 10)
  267.  
  268.     pygame.draw.line(screen, (0, 0, 250), (10*size+origin[0]+10,100+size), (width,100+size), 5)
  269.     pygame.draw.line(screen, (0, 0, 250), (10 * size + origin[0] + 10, 100 + 5*size), (width, 100 + 5*size), 5)
  270.     pygame.draw.line(screen, (0, 0, 250), (10 * size + origin[0] + 10, 100 + 9 * size), (width, 100 + 9 * size), 5)
  271.     pygame.draw.line(screen, (0, 0, 100), (10 * size + origin[0] + 10, 100 + 13 * size), (width, 100 + 13 * size), 5)
  272.     pygame.draw.line(screen, (0, 0, 100), (10 * size + origin[0] + 10, 100 + 17 * size), (width, 100 + 17 * size), 5)
  273.  
  274.     # 操作解释绘制
  275.     sor = f2.render("操作介绍:", True, (0, 100, 10))
  276.     screen.blit(sor, (20, 610))
  277.     sor = f1.render("左:" + pygame.key.name(left), True, (0, 0, 0))
  278.     screen.blit(sor, (50, 630))
  279.     sor = f1.render("右:" + pygame.key.name(right), True, (0, 0, 0))
  280.     screen.blit(sor, (150, 630))
  281.     sor = f1.render("下:" + pygame.key.name(down), True, (0, 0, 0))
  282.     screen.blit(sor, (250, 630))
  283.     sor = f1.render("右旋:" + pygame.key.name(spi_r), True, (0, 0, 0))
  284.     screen.blit(sor, (50, 660))
  285.     sor = f1.render("左旋:" + pygame.key.name(spi_l), True, (0, 0, 0))
  286.     screen.blit(sor, (150, 660))
  287.     sor = f1.render("强降:" + pygame.key.name(plunge), True, (0, 0, 0))
  288.     screen.blit(sor, (250, 660))
  289.     sor = f1.render("保留:" + pygame.key.name(change), True, (0, 0, 0))
  290.     screen.blit(sor, (360, 660))
  291.  
  292.     # 方块颜色控制函数
  293.     '''
  294.     c表示方块的编号
  295.     face表示前面定义的基础方块
  296.     '''
  297.     def d_color(c, face=face):
  298.         a = -1
  299.         colors = ((0, 160, 233), (34, 172, 56), (230, 0, 18), (146, 7, 131), (235, 97, 0), (0, 71, 157), (243, 152, 0))
  300.         if c == 1 or c == 2 or c == -2:
  301.             a = 0
  302.             face.fill(colors[0])
  303.         if c == 3 or c == 4:
  304.             face.fill(colors[1])
  305.             a = 1
  306.         if c == 5 or c == 6:
  307.             a = 2
  308.             face.fill(colors[2])
  309.         if c >= 7 and c <= 10:
  310.             a = 3
  311.             face.fill(colors[3])
  312.         if c >= 11 and c <= 14:
  313.             a = 4
  314.             face.fill(colors[4])
  315.         if c >= 15 and c <= 18:
  316.             a = 5
  317.             face.fill(colors[5])
  318.         if c == 19:
  319.             a = 6
  320.             face.fill(colors[6])
  321.         pygame.draw.rect(face, (255,255,255), [0, 0, size, size], 1)
  322.  
  323.     #当前正在下落的方块绘制
  324.     d_color(ch1[0], face=face)
  325.     for i in range(4):
  326.         screen.blit(face,forms(ch1[0],set)[i])
  327.  
  328.     #计算预降位置，找到当前形状与已落地方块的距离
  329.     a = 19 * size - forms(ch1[0], set)[5][1] + origin[1]
  330.     for i in filled:
  331.         for j in range(4):
  332.             for k in range(4):
  333.                 if i[j][0] == forms(ch1[0], set)[k][0]:#x相同的时候，找到符合要求的最y值，即当前形状与已落地方块的距离
  334.                     if a > i[j][1] - forms(ch1[0], set)[k][1] - size:
  335.                         a = i[j][1] - forms(ch1[0], set)[k][1] - size
  336.     # 方块预降位置绘制
  337.     d_color(ch1[0], face=face1)
  338.     for i in range(4):
  339.         screen.blit(face1,forms(ch1[0],(set[0],set[1]+a))[i])
  340.  
  341.     #将出现的方块预览绘制，可以预览3个形状
  342.     d_color(ch1[1], face=face)
  343.     for i in range(4):
  344.         screen.blit(face,forms(ch1[1],(330+2*size,120+2*size))[i])
  345.     d_color(ch1[2], face=face)
  346.     for i in range(4):
  347.         screen.blit(face,forms(ch1[2],(330+2*size,120+6*size))[i])
  348.     d_color(ch1[3], face=face)
  349.     for i in range(4):
  350.         screen.blit(face,forms(ch1[3],(330+2*size,120+10*size))[i])
  351.  
  352.     # 有保留的形状时绘制，其值为0时没有保留的形状
  353.     sor = f.render("retain", True, (0, 0, 0))
  354.     screen.blit(sor, (10*size+20, 90 + 13 * size))
  355.     if ch1[4]!=0:
  356.         d_color(ch1[4], face=face)
  357.         for i in range(4):
  358.             screen.blit(face,forms(ch1[4],(330+2*size,120+14*size))[i])
  359.  
  360.     #已经落地方块绘制
  361.     for i  in filled:
  362.         d_color(i[-1], face=face)
  363.         for j in range(4):
  364.             screen.blit(face, i[j])
  365.  
  366.     #分数绘制
  367.     sor =  f.render("sore:"+str(sores[0]),True,(0,0,0),(246,127,240))
  368.     screen.blit(sor, (335, 50))
  369.  
  370. #判断游戏是否结束
  371.     if iscrash(forms(ch1[0],set),filled)[0]==0 and forms(ch1[0],set)[5][1]==origin[1]:
  372.         control[0]=0
  373. #绘制游戏结束界面并判断游戏是否继续
  374.     if control[0]==0:
  375.         sor1 = f1.render("game over!!", True, (255, 0, 0), (255, 255, 255))
  376.         screen.blit(sor1, (100, 300))
  377.         for event in pygame.event.get():
  378.             if event.type == pygame.QUIT:
  379.                 pygame.quit()
  380.                 sys.exit()
  381.             if event.type == pygame.KEYDOWN:
  382.                 if event.key == again:
  383.                     filled.clear()
  384.                     set[0]=origin[0]+4*size
  385.                     set[1]=origin[1]+0
  386.                     sores[0]=0
  387.                     control[0]=1
  388.     pygame.display.flip()#更新屏幕
  389.  
  390. """方块控制函数"""
  391. '''
  392. 控制原理为改变set列表中的横纵坐标对形状的位置进行控制
  393. 每次移动完成要及时进行碰撞判断（无论是否有按键事件都要判断）
  394. 但该版本还未解决长按连续移动的问题
  395. '''
  396. def move():
  397.     #获取键盘事件
  398.     for event in pygame.event.get():
  399.         if event.type == pygame.QUIT:
  400.             pygame.quit()
  401.             sys.exit()
  402.         if event.type == pygame.KEYDOWN:
  403.  
  404.             if event.key== left:#左移动
  405.                 set[0] -= size
  406.                 if iscrash(forms(ch1[0], set), filled)[2] == 2:
  407.                     set[0] += size
  408.  
  409.             if event.key == right:
  410.                 set[0] += size
  411.                 if iscrash(forms(ch1[0], set), filled)[1] == 1:
  412.                     set[0] -= size
  413.  
  414.             if event.key == down:#加速下降
  415.                 set[1] += size
  416.             if event.key == spi_r:#右旋
  417.                 m = ch1[0]
  418.                 spin(0)
  419.                 for i in filled:
  420.                     for j in range(4):
  421.                         for k in range(4):
  422.                             if i[j][0]==forms(ch1[0],set)[k][0] and i[j][1]==forms(ch1[0],set)[k][1]:
  423.                                 ch1[0]=m
  424.             if event.key == spi_l:#左旋
  425.                 m = ch1[0]
  426.                 spin(1)
  427.                 for i in filled:
  428.                     for j in range(4):
  429.                         for k in range(4):
  430.                             if i[j][0]==forms(ch1[0],set)[k][0] and i[j][1]==forms(ch1[0],set)[k][1]:
  431.                                 ch1[0]=m
  432.  
  433.             if event.key ==  change:#保留
  434.                 if n[0]==0:
  435.                     if ch1[4]==0:
  436.                         if ch1[0] == 19:
  437.                             ch1[4]=19
  438.  
  439.                         if ch1[0]>=1 and ch1[0]<=2:
  440.                             ch1[4] = 2
  441.  
  442.                         if ch1[0]>=3 and ch1[0]<=4:
  443.                             ch1[4] = 4
  444.  
  445.                         if ch1[0]>=5 and ch1[0]<=6:
  446.                             ch1[4] = 6
  447.  
  448.                         if ch1[0]>=7 and ch1[0]<=10:
  449.                             ch1[4] = 7
  450.  
  451.                         if ch1[0]>=11 and ch1[0]<=14:
  452.                             ch1[4] = 14
  453.  
  454.                         if ch1[0]>=15 and ch1[0]<=18:
  455.                             ch1[4] = 16
  456.  
  457.                         ch1[0] = ch1[1]
  458.                         ch1[1]=ch1[2]
  459.                         ch1[2]=ch1[3]
  460.                         ch1[3]=c_list[random.randint(0,6)]
  461.                         set[0] =4 * size + origin[0]
  462.                         set[1]=origin[1] + 0
  463.                         n[0]=1
  464.                     else:
  465.                         v=ch1[0]
  466.                         ch1[0] = ch1[4]
  467.                         if v == 19:
  468.  
  469.                             ch1[4]=19
  470.                         if v>=1 and v<=2:
  471.  
  472.                             ch1[4] = 2
  473.                         if v>=3 and v<=4:
  474.                             ch1[4] = 4
  475.                         if v>=5 and v<=6:
  476.                             ch1[4] = 6
  477.                         if v>=7 and v<=10:
  478.                             ch1[4] = 7
  479.                         if v>=11 and v<=14:
  480.                             ch1[4] = 14
  481.                         if v>=15 and v<=18:
  482.                             ch1[4] = 16
  483.                         set[0] = 4 * size + origin[0]
  484.                         set[1] = origin[1] + 0
  485.                         n[0] = 1
  486.  
  487.             if event.key == plunge:#强降
  488.                 #原理也是计算当前方块落地的最小距离
  489.                 a=20*size-forms(ch1[0],set)[5][1]+origin[1]
  490.                 for i in filled:
  491.                     for  j  in range(4):
  492.                         for k in range(4):
  493.                             if i[j][0]==forms(ch1[0],set)[k][0]:
  494.                                 if a>i[j][1]-forms(ch1[0],set)[k][1]:
  495.                                     a=i[j][1]-forms(ch1[0],set)[k][1]
  496.                 set[1] += a
  497.  
  498.     # 判断碰撞情况
  499.     if forms(ch1[0], set)[4][0] < origin[0]:
  500.         set[0] += size
  501.     if forms(ch1[0], set)[5][0] > origin[0] + 9 * size:
  502.         set[0] -= size
  503.  
  504.     # 落地判断
  505.     if forms(ch1[0], set)[5][1] > origin[1] + 19 * size:
  506.         set[1] -= size
  507.         filled.append(copy.deepcopy(forms(ch1[0], set)))
  508.         set[0] = 4 * size + origin[0]
  509.         set[1] = origin[1] + 0
  510.         ch1[0] = ch1[1]
  511.         ch1[1] = ch1[2]
  512.         ch1[2] = ch1[3]
  513.         ch1[3] = c_list[random.randint(0, 6)]
  514.         n[0] = 0
  515.  
  516.     #方块间的碰撞判断
  517.     if iscrash(forms(ch1[0], set), filled)[0] == 0:
  518.         set[1] -= size
  519.  
  520.         filled.append(copy.deepcopy(forms(ch1[0], set)))
  521.         set[0] = 4 * size + origin[0]
  522.         set[1] = origin[1] + 0
  523.         ch1[0] = ch1[1]
  524.         ch1[1] = ch1[2]
  525.         ch1[2] = ch1[3]
  526.         ch1[3] = c_list[random.randint(0, 6)]
  527.         n[0] = 0
  528.  
  529. """方块间的碰撞判断函数"""
  530. def iscrash(form, form1):
  531.     a, b, m = 10, 10, 10
  532.     # 上下碰撞
  533.     for i in form1:
  534.         for c in range(4):
  535.             for j in range(4):
  536.  
  537.                 if i[c][0] == form[j][0] and i[c][1] - form[j][1] == 0:
  538.                     a = 0
  539.     # 碰right
  540.     for i in form1:
  541.         for c in range(4):
  542.             for j in range(4):
  543.                 if i[c][0] - form[j][0] == 0 and i[c][1] - form[j][1] == 0:
  544.                     b = 1
  545.     # 碰left
  546.     for i in form1:
  547.         for c in range(4):
  548.             for j in range(4):
  549.                 if form[j][0] - i[c][0] == 0 and i[c][1] - form[j][1] == 0:
  550.                     m = 2
  551.     return a, b, m
  552.  
  553. """形状旋转命令函数"""
  554. """"
  555. 输入旋转命令（在move函数中调用），
  556. 直接改变ch1[0]的值（正在下落的形状标号），及直接改变当前形状
  557. """
  558. def spin(a):
  559.     if a==0:#右旋
  560.         if ch1[0]==1:
  561.             ch1[0]=2
  562.             return ch1[0]
  563.         if ch1[0]==2:
  564.             ch1[0]=1
  565.             return ch1[0]
  566.         if ch1[0]==3:
  567.             ch1[0]=4
  568.             return ch1[0]
  569.         if ch1[0]==4:
  570.             ch1[0]=3
  571.             return ch1[0]
  572.         if ch1[0]==5:
  573.             ch1[0]=6
  574.             return ch1[0]
  575.         if ch1[0]==6:
  576.             ch1[0]=5
  577.             return ch1[0]
  578.         if ch1[0]==7:
  579.             ch1[0]=8
  580.             return ch1[0]
  581.         if ch1[0] == 8:
  582.             ch1[0] = 9
  583.             return ch1[0]
  584.         if ch1[0] == 9:
  585.             ch1[0] = 10
  586.             return ch1[0]
  587.         if ch1[0] == 10:
  588.             ch1[0] = 7
  589.             return ch1[0]
  590.         if ch1[0] == 11:
  591.             ch1[0] = 12
  592.             return ch1[0]
  593.         if ch1[0] == 12:
  594.             ch1[0] = 13
  595.             return ch1[0]
  596.         if ch1[0] == 13:
  597.             ch1[0] = 14
  598.             return ch1[0]
  599.         if ch1[0] == 14:
  600.             ch1[0] = 11
  601.             return ch1[0]
  602.         if ch1[0] == 15:
  603.             ch1[0] = 16
  604.             return ch1[0]
  605.         if ch1[0] == 16:
  606.             ch1[0] = 17
  607.             return ch1[0]
  608.         if ch1[0] == 17:
  609.             ch1[0] = 18
  610.             return ch1[0]
  611.         if ch1[0] == 18:
  612.             ch1[0] = 15
  613.             return ch1[0]
  614.         if ch1[0] == 19:
  615.             ch1[0] = 19
  616.             return ch1[0]
  617.     if a==1:#左旋
  618.         if ch1[0]==1:
  619.             ch1[0]=2
  620.             return ch1[0]
  621.         if ch1[0]==2:
  622.             ch1[0]=1
  623.             return ch1[0]
  624.         if ch1[0]==3:
  625.             ch1[0]=4
  626.             return ch1[0]
  627.         if ch1[0]==4:
  628.             ch1[0]=3
  629.             return ch1[0]
  630.         if ch1[0]==5:
  631.             ch1[0]=6
  632.             return ch1[0]
  633.         if ch1[0]==6:
  634.             ch1[0]=5
  635.             return ch1[0]
  636.         if ch1[0]==7:
  637.             ch1[0]=10
  638.             return ch1[0]
  639.         if ch1[0] == 10:
  640.             ch1[0] = 9
  641.             return ch1[0]
  642.         if ch1[0] == 9:
  643.             ch1[0] = 8
  644.             return ch1[0]
  645.         if ch1[0] == 8:
  646.             ch1[0] = 7
  647.             return ch1[0]
  648.         if ch1[0] == 11:
  649.             ch1[0] = 14
  650.             return ch1[0]
  651.         if ch1[0] == 14:
  652.             ch1[0] = 13
  653.             return ch1[0]
  654.         if ch1[0] == 13:
  655.             ch1[0] = 12
  656.             return ch1[0]
  657.         if ch1[0] == 12:
  658.             ch1[0] = 11
  659.             return ch1[0]
  660.         if ch1[0] == 15:
  661.             ch1[0] = 18
  662.             return ch1[0]
  663.         if ch1[0] == 18:
  664.             ch1[0] = 17
  665.             return ch1[0]
  666.         if ch1[0] == 17:
  667.             ch1[0] = 16
  668.             return ch1[0]
  669.         if ch1[0] == 16:
  670.             ch1[0] = 15
  671.             return ch1[0]
  672.         if ch1[0] == 19:
  673.             ch1[0] = 19
  674.             return ch1[0]
  675.  
  676. '''#满行判断'''
  677. #通过及算每一行的横坐标之和来进行满行判断
  678. def isclear(form1):
  679.     sor=0
  680.     for j in range(20):
  681.         sum = 0#保存一行的横坐标和
  682.         c = j * size+origin[1]
  683.         for i in form1:
  684.                 for k in range(4):
  685.                         if i[k][1] == c:
  686.                             sum+=i[k][0]
  687.         if sum >= 45*size + origin[0]*10:#判断是否满行
  688.             sor+=sore
  689.             for i in form1:
  690.                 for k in range(4):
  691.                     if i[k][1]==c:
  692.                         i[k][1]=size*30#满行后将满行的y值赋值为size*30，在屏幕上就看不见了
  693.                     if i[k][1]<c:
  694.                         i[k][1]+=size#在满行上方的所有方块下移一格
  695.     sores[0] += sor#记录满行数
  696.  
  697. '''游戏主函数'''
  698. def main():
  699.     while 1:
  700.     #游戏总循环
  701.         if control[0]==1:
  702.             #游戏进行中循环
  703.             # 此处使用两个循环解决操作与自动下落冲突问题
  704.             while 1:
  705.                 t = time.time()
  706.                 while 1:
  707.                     move()
  708.                     update()
  709.                     if control[0] == 0:
  710.                         break
  711.                     if time.time() - t >= leve:#每隔leve下降一格
  712.                         t = time.time()
  713.                         set[1] += size
  714.                         break
  715.                 move()
  716.                 update()
  717.                 if control[0]==0:break
  718.         if control[0] == 0:
  719.             #游戏结束界面
  720.             while 1:
  721.                 update()
  722.                 if control[0] == 1:break
  723.  
  724. if __name__=="__main__":
  725.     main()

还有很多不足之处，欢迎留言。

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