快来看！我把小时候最喜欢的连连看游戏源代码拿来了~

暖到心坎里

  哈喽~各人好，我是恰好，良久没有睹，我是一个没有太喜好玩游戏的人，可是小时分出格喜好玩连连看，很消磨工夫，以是我找去了连连看游戏的源代码，究竟结果酷爱才调进修的更暂，爱好是最好的教师对吧！

   别的借给同窗们筹办了其他进修材料，需求更多进修材料、硬件装置包的同窗能够面击链接免费支付 ：

  https://docs.qq.com/doc/DZmpWZHpqZFFFZGhh?pub=1&dver=2.1.27114328
 

Python连连看小游戏源代码，典范小游戏连连看Python源法式，连连看游戏资本包请前去：https://pan.百度.com/s/1a5cmM8noQbGmH_WG49-maA下载，提与码请复兴：连连看提与码。法式运转截图：

 

main.py

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1. ''''''import os, randomimport tkinter as tkimport tkinter.messageboxfrom PIL import Image, ImageTk
2. root = tk.Tk()
3. class MainWindow():  __gameTitle = "连连看游戏"  __windowWidth = 700  __windowHeigth = 500  __icons = []  __gameSize = 10 # 游戏尺微暇  __iconKind = __gameSize * __gameSize / 4 # 小图片品种数目  __iconWidth = 40  __iconHeight = 40  __map = [] # 游戏舆图  __delta = 25  __isFirst = True  __isGameStart = False  __formerPoint = None  EMPTY = -1  NONE_LINK = 0  STRAIGHT_LINK = 1  ONE_CORNER_LINK = 2  TWO_CORNER_LINK = 3
4.   def __init__(self):    root.title(self.__gameTitle)    self.centerWindow(self.__windowWidth, self.__windowHeigth)    root.minsize(460, 460)
5.     self.__addComponets()    self.extractSmallIconList()
8.   def __addComponets(self):    self.menubar = tk.Menu(root, bg="lightgrey", fg="black")
9.     self.file_menu = tk.Menu(self.menubar, tearoff=0, bg="lightgrey", fg="black")    self.file_menu.add_command(label="新游戏", command=self.file_new, accelerator="Ctrl+N")
10.     self.menubar.add_cascade(label="游戏", menu=self.file_menu)    root.configure(menu=self.menubar)
11.     self.canvas = tk.Canvas(root, bg = &#39;white&#39;, width = 450, height = 450)    self.canvas.pack(side=tk.TOP, pady = 5)    self.canvas.bind(&#39;<Button-1>&#39;, self.clickCanvas)        
12.   def centerWindow(self, width, height):    screenwidth = root.winfo_screenwidth()    screenheight = root.winfo_screenheight()    size = &#39;%dx%d+%d+%d&#39; % (width, height, (screenwidth - width)/2, (screenheight - height)/2)    root.geometry(size)
14.   def file_new(self, event=None):    self.iniMap()    self.drawMap()    self.__isGameStart = True
15.   def clickCanvas(self, event):    if self.__isGameStart:      point = self.getInnerPoint(Point(event.x, event.y))      # 有用面击坐标      if point.isUserful() and not self.isEmptyInMap(point):        if self.__isFirst:          self.drawSelectedArea(point)          self.__isFirst= False          self.__formerPoint = point        else:          if self.__formerPoint.isEqual(point):            self.__isFirst = True            self.canvas.delete("rectRedOne")          else:            linkType = self.getLinkType(self.__formerPoint, point)            if linkType[&#39;type&#39;] != self.NONE_LINK:              # TODO Animation              self.ClearLinkedBlocks(self.__formerPoint, point)              self.canvas.delete("rectRedOne")              self.__isFirst = True              if self.isGameEnd():                tk.messagebox.showinfo("You Win!", "Tip")                self.__isGameStart = False            else:              self.__formerPoint = point              self.canvas.delete("rectRedOne")              self.drawSelectedArea(point)
17.   # 判定游戏能否完毕  def isGameEnd(self):    for y in range(0, self.__gameSize):      for x in range(0, self.__gameSize):        if self.__map[y][x] != self.EMPTY:          return False    return True
18.               
19.   &#39;&#39;&#39;  提与小头像数组  &#39;&#39;&#39;  def extractSmallIconList(self):    imageSouce = Image.open(&#39;图片/NARUTO.png&#39;)    for index in range(0, int(self.__iconKind)):      region = imageSouce.crop((self.__iconWidth * index, 0,           self.__iconWidth * index + self.__iconWidth - 1, self.__iconHeight - 1))      self.__icons.append(ImageTk.PhotoImage(region))
20.   &#39;&#39;&#39;  初初化舆图 存值为0-24  &#39;&#39;&#39;  def iniMap(self):    self.__map = [] # 重置舆图    tmpRecords = []    records = []    for i in range(0, int(self.__iconKind)):      for j in range(0, 4):        tmpRecords.append(i)
21.     total = self.__gameSize * self.__gameSize    for x in range(0, total):      index = random.randint(0, total - x - 1)      records.append(tmpRecords[index])      del tmpRecords[index]
22.     # 一维数组转为两维，y为下维度    for y in range(0, self.__gameSize):      for x in range(0, self.__gameSize):        if x == 0:          self.__map.append([])        self.__map[y].append(records[x + y * self.__gameSize])
23.   &#39;&#39;&#39;  按照舆图画造图象  &#39;&#39;&#39;  def drawMap(self):    self.canvas.delete("all")    for y in range(0, self.__gameSize):      for x in range(0, self.__gameSize):        point = self.getOuterLeftTopPoint(Point(x, y))        im = self.canvas.create_image((point.x, point.y),           image=self.__icons[self.__map[y][x]], anchor=&#39;nw&#39;, tags = &#39;im%d%d&#39; % (x, y))
24.   &#39;&#39;&#39;  获得内乱部坐标对应矩形左上角极点坐标  &#39;&#39;&#39;  def getOuterLeftTopPoint(self, point):    return Point(self.getX(point.x), self.getY(point.y))
25.   &#39;&#39;&#39;  获得内乱部坐标对应矩形中间坐标  &#39;&#39;&#39;  def getOuterCenterPoint(self, point):    return Point(self.getX(point.x) + int(self.__iconWidth / 2),         self.getY(point.y) + int(self.__iconHeight / 2))      def getX(self, x):    return x * self.__iconWidth + self.__delta
26.   def getY(self, y):    return y * self.__iconHeight + self.__delta
27.   &#39;&#39;&#39;  获得内乱部坐标  &#39;&#39;&#39;  def getInnerPoint(self, point):    x = -1    y = -1
28.     for i in range(0, self.__gameSize):      x1 = self.getX(i)      x2 = self.getX(i + 1)      if point.x >= x1 and point.x < x2:        x = i
29.     for j in range(0, self.__gameSize):      j1 = self.getY(j)      j2 = self.getY(j + 1)      if point.y >= j1 and point.y < j2:        y = j
30.     return Point(x, y)
31.   &#39;&#39;&#39;  挑选的地区变白，point为内乱部坐标  &#39;&#39;&#39;  def drawSelectedArea(self, point):    pointLT = self.getOuterLeftTopPoint(point)    pointRB = self.getOuterLeftTopPoint(Point(point.x + 1, point.y + 1))    self.canvas.create_rectangle(pointLT.x, pointLT.y,         pointRB.x - 1, pointRB.y - 1, outline = &#39;red&#39;, tags = "rectRedOne")
33.   &#39;&#39;&#39;  消弭连通的两个块  &#39;&#39;&#39;  def ClearLinkedBlocks(self, p1, p2):    self.__map[p1.y][p1.x] = self.EMPTY    self.__map[p2.y][p2.x] = self.EMPTY    self.canvas.delete(&#39;im%d%d&#39; % (p1.x, p1.y))    self.canvas.delete(&#39;im%d%d&#39; % (p2.x, p2.y))
34.   &#39;&#39;&#39;  舆图上该面能否为空  &#39;&#39;&#39;  def isEmptyInMap(self, point):    if self.__map[point.y][point.x] == self.EMPTY:      return True    else:      return False
35.   &#39;&#39;&#39;  获得两个面连通范例  &#39;&#39;&#39;  def getLinkType(self, p1, p2):    # 起首判定两个圆块中图片能否不异    if self.__map[p1.y][p1.x] != self.__map[p2.y][p2.x]:      return { &#39;type&#39;: self.NONE_LINK }
36.     if self.isStraightLink(p1, p2):      return {        &#39;type&#39;: self.STRAIGHT_LINK      }    res = self.isOneCornerLink(p1, p2)    if res:      return {        &#39;type&#39;: self.ONE_CORNER_LINK,        &#39;p1&#39;: res      }    res = self.isTwoCornerLink(p1, p2)    if res:      return {        &#39;type&#39;: self.TWO_CORNER_LINK,        &#39;p1&#39;: res[&#39;p1&#39;],        &#39;p2&#39;: res[&#39;p2&#39;]      }    return {      &#39;type&#39;: self.NONE_LINK    }
38.   &#39;&#39;&#39;  曲连  &#39;&#39;&#39;  def isStraightLink(self, p1, p2):    start = -1    end = -1    # 程度    if p1.y == p2.y:      # 巨细判定      if p2.x < p1.x:        start = p2.x        end = p1.x      else:        start = p1.x        end = p2.x      for x in range(start + 1, end):        if self.__map[p1.y][x] != self.EMPTY:          return False      return True    elif p1.x == p2.x:      if p1.y > p2.y:        start = p2.y        end = p1.y      else:        start = p1.y        end = p2.y      for y in range(start + 1, end):        if self.__map[y][p1.x] != self.EMPTY:          return False      return True    return False
39.   def isOneCornerLink(self, p1, p2):    pointCorner = Point(p1.x, p2.y)    if self.isStraightLink(p1, pointCorner) and self.isStraightLink(pointCorner, p2) and self.isEmptyInMap(pointCorner):      return pointCorner
40.     pointCorner = Point(p2.x, p1.y)    if self.isStraightLink(p1, pointCorner) and self.isStraightLink(pointCorner, p2) and self.isEmptyInMap(pointCorner):      return pointCorner
41.   def isTwoCornerLink(self, p1, p2):    for y in range(-1, self.__gameSize + 1):      pointCorner1 = Point(p1.x, y)      pointCorner2 = Point(p2.x, y)      if y == p1.y or y == p2.y:        continue      if y == -1 or y == self.__gameSize:        if self.isStraightLink(p1, pointCorner1) and self.isStraightLink(pointCorner2, p2):          return {&#39;p1&#39;: pointCorner1, &#39;p2&#39;: pointCorner2}      else:        if self.isStraightLink(p1, pointCorner1) and self.isStraightLink(pointCorner1, pointCorner2) and self.isStraightLink(pointCorner2, p2) and self.isEmptyInMap(pointCorner1) and self.isEmptyInMap(pointCorner2):          return {&#39;p1&#39;: pointCorner1, &#39;p2&#39;: pointCorner2}
42.     # 横背判定    for x in range(-1, self.__gameSize + 1):      pointCorner1 = Point(x, p1.y)      pointCorner2 = Point(x, p2.y)      if x == p1.x or x == p2.x:        continue      if x == -1 or x == self.__gameSize:        if self.isStraightLink(p1, pointCorner1) and self.isStraightLink(pointCorner2, p2):          return {&#39;p1&#39;: pointCorner1, &#39;p2&#39;: pointCorner2}      else:        if self.isStraightLink(p1, pointCorner1) and self.isStraightLink(pointCorner1, pointCorner2) and self.isStraightLink(pointCorner2, p2) and self.isEmptyInMap(pointCorner1) and self.isEmptyInMap(pointCorner2):          return {&#39;p1&#39;: pointCorner1, &#39;p2&#39;: pointCorner2}
44. class Point():  def __init__(self, x, y):    self.x = x    self.y = y
45.   def isUserful(self):    if self.x >= 0 and self.y >= 0:      return True    else:      return False            &#39;&#39;&#39;  判定两个面能否不异  &#39;&#39;&#39;  def isEqual(self, point):    if self.x == point.x and self.y == point.y:      return True    else:      return False
46.   &#39;&#39;&#39;  克隆一份工具  &#39;&#39;&#39;  def clone(self):    return Point(self.x, self.y)
48.   &#39;&#39;&#39;  改成另外一个工具  &#39;&#39;&#39;  def changeTo(self, point):    self.x = point.x    self.y = point.y
49. m = MainWindow()root.mainloop()

复造代码

 能够年夜大都的同窗念进修Python皆是念赢利，道着听人道教了有效，也有人是由于止业内乱卷，可是我仍是以为进修任何工具酷爱是最好的教师，Python能够完成很多工作，皆是很风趣的，让人很有成绩感的，以是同窗们要跟我一同探究Python的爱好，酷爱它而且教会它哦~
给同窗们筹办了其他进修材料，需求更多进修材料、硬件装置包的同窗能够面击链接免费支付 ：

https://docs.qq.com/doc/DZmpWZHpqZFFFZGhh?pub=1&dver=2.1.27114328

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