Python：使用TKinter连接4

好的，我正在尝试使用TKinter为一个连接四的游戏实现一个GUI。现在我有了网格，所有的东西都设置好了。我遇到的问题是让芯片出现在电路板上

以下是我的输出：

我想做的是，当我点击底部的一列按钮时，芯片就会出现（因为这是连接四，所以它应该从下到上）

这是我的密码：

    from Tkinter import *
from connectfour import *
from minimax import *
from player import *
import tkMessageBox

class ConnectFourGUI:
    def DrawGrid(self):
        for i in range(0,self.cols+1):
         self.c.create_line((i+1)*self.mag,self.mag,\
                            (i+1)*self.mag,(self.rows+1)*self.mag)
        for i in range(0,self.rows+1):
         self.c.create_line(self.mag,(i+1)*self.mag,\
                            self.mag*(1+self.cols),(i+1)*self.mag)


    def __init__(self,wdw):

      wdw.title("Connect Four")
      self.mag = 60   
      self.rows = 6   
      self.cols = 7   

      self.c = Canvas(wdw,\
         width=self.mag*self.cols+2*self.mag,\
         height = self.mag*self.rows+2*self.mag,\
         bg='white')
      self.c.grid(row=1,column=1,columnspan=2)
      rlabel=Label(root, text="Player1:")
      rlabel.grid(row=0,column=0)

      self.player1_type=StringVar(root)
      options= ["Human", "Random", "Minimax"]
      self.player1_type.set(options[2])
      self.rowbox=OptionMenu(root, self.player1_type, *options)
      self.rowbox.grid(row=0, column=1)

      rlabel2=Label(root, text="Player2:")
      rlabel2.grid(row=0,column=2)

      self.player2_type=StringVar(root)
      self.player2_type.set(options[0])
      self.rowbox=OptionMenu(root, self.player2_type, *options)
      self.rowbox.grid(row=0, column=3)

      begin=Button(root, text="Start", command=self.game_start)
      begin.grid(row=0, column=4)
      self.c.grid(row=1, column=0, columnspan=7)

      play_col=[]
      for i in range(self.cols):
          play_col.append(Button(root, text= "Col %d" %i, command=lambda col= i: self.human_play(col)))
          play_col[i].grid(row=10,column="%d"%i)

##      self.DrawCircle(1,1,1)
##      self.DrawCircle(2,2,1)
##      self.DrawCircle(5,3,2)

      self.DrawGrid()
      self.brd = ConnectFour()


    def game_start(self):
        self.board=ConnectFour()
        print self.player1_type.get()
        print self.player2_type.get()
        if self.player1_type.get()=="Random":
            self.player1 = RandomPlayer(playernum=1)
            if self.player2_type.get()== "Random" or self.player2_type.get() == "Minimax":
                tkMessageBox.showinfo("Bad Choice", "You Have to choose At least 1 Human Player")
            else:
                self.player
        elif self.player1_type.get()=="Minimax":
            self.player1=MinimaxPlayer(playernum=2, ply_depth=4, utility=SimpleUtility(5,1))
            if self.player2_type.get()== "Random" or self.player2_type.get() == "Minimax":
                tkMessageBox.showinfo("Bad Choice", "You Have to choose At least 1 Human Player")
        elif self.player1_type.get()=="Human":
            self.player1=Human(playernum=1)
        if self.player2_type.get()=="Human":
            self.player2=Human(playernum=2)
        elif self.player2_type.get()=="Random":
            self.player2=RandomPlayer(playernum=2)
        elif self.player2_type.get()=="Minimax":
            self.player2=MinimaxPlayer(playernum=2, ply_depth=4, utility=SimpleUitlity(5,1))

        #self.currentplayer==1
        #self.draw()

    def human_play(self, col):

        if self.player1_type.get()=="Human" and self.player2_type.get() =="Human":
            while True:
                self.DrawCircle(row,col,1)
                if self.brd.is_game_over() is None:
                    self.DrawCircle(row,col,2)
                    if self.brd.is_game_over() is None:
                        pass
                    else:
                        print "Player 2 wins!"
                        break
                else:
                    print "Player 1 wins!"
                    break



    def DrawCircle(self,row,col,player_num):
        if player_num == 1:
            fill_color = 'red'
        elif player_num == 2:
            fill_color = 'black'
        #(startx, starty, endx, endy)
        self.c.create_oval(col*self.mag,row*self.mag,(col+1)*self.mag,(row+1)*self.mag,fill=fill_color)






root=Tk()
ConnectFourGUI(root)
root.mainloop()

---

我知道我应该调用人类游戏函数中的DrawCircle函数，我只是不确定应该如何设置它。如果您能给我一些建议，我将不胜感激

您的代码取决于我没有的几个包，所以我不能说得更具体，但我要做的是跟踪芯片的X和Y坐标，计算出它在小部件中进入的行和列

您需要创建一个位置对象，可能是一个元组，然后找到一种将位置对象转换为可绘制位置的方法。然后只需增加X或Y，并检测其下方是否有芯片