五子棋

#from re import A
import tkinter as tk
from tkinter import *
#from zipfile import ZIP_BZIP2
import tkinter.messagebox


#from matplotlib.pyplot import text
# 创建窗口
window =tk.Tk()
# 设置回调函数
window.config(background ="black")
bt=tk.Label(text="五子棋",width=102,height=2)
bt.grid(row=0,column=1)    
window.resizable(0,0)
#重新加载界面

#删除棋子函数
def scc():
    global n
    cv.delete("r")
    bqzb.clear()
    hqzb.clear()
    n=0
#撤销函数
def dele(event):
	#删除图形
    global dele_coor,n
    zbb=(cv.coords('current')[0]+25,cv.coords('current')[1]+25)
    if zbb in hqzb:
        hqzb.remove(zbb)
        n=0
    if zbb in bqzb:
        bqzb.remove(zbb)
        n=1
    print(cv.coords('current'))
    dele_coor.append(cv.coords('current')) #获取当前active的item的坐标
    cv.delete('current') #删除当前active对象
 
    

b = Button(window,text='重新开始',command=scc,width=10,height=2)

b.grid(row=0,column=2)
b1 = Label(window,text='游戏规则\n左键放置棋子\n右键撤回棋子\n黑棋先手',height=42)

b1.grid(row=1,column=2)
dele_coor=[]    
    

   


#定义判定四个方向是否有五连珠

l1=[]
l2=[]
l3=[]
l4=[]
def pdhs(x,l):
    num1=0
    num2=0
    num3=0
    num4=0
    num5=0
    num6=0
    num7=0
    num8=0
    n1=0
    n2=0
    n3=0
    n4=0
    
    
    
#纵向向上
    if (x[0],x[1]-50*1) in l :
        num1=num1+1
                                
        if (x[0],x[1]-50*2) in l:
            num1=num1+1
                                    
                                    
            if (x[0],x[1]-50*3) in l :
                num1=num1+1
                                        
                                        
                if (x[0],x[1]-50*4) in l :
                    num1=num1+1
                                
               
#纵向向下
    if (x[0],x[1]+50*1) in l :
        num2=num2+1
                
        if (x[0],x[1]+50*2) in l:
            num2=num2+1
                    
                    
            if (x[0],x[1]+50*3) in l :
                num2=num2+1
                        
                        
                if (x[0],x[1]+50*4) in l :
                    num2=num2+1
                                
                    
#横向向左
    if (x[0]-50,x[1]) in l :
        num3=num3+1
                
        if (x[0]-100,x[1]) in l:
            num3=num3+1
                    
                    
            if (x[0]-150,x[1]) in l :
                num3=num3+1
                        
                        
                if (x[0]-200,x[1]) in l :
                    num3=num3+1
                                                            
                                
                            
                        
#横向向右
    if (x[0]+50,x[1]) in l :
        num4=num4+1
                
        if (x[0]+100,x[1]) in l:
            num4=num4+1
                    
                    
            if (x[0]+150,x[1]) in l :
                num4=num4+1
                        
                        
                if (x[0]+200,x[1]) in l :
                    num4=num4+1
                                        
#左上
    if (x[0]-50,x[1]-50*1) in l :
        num5=num5+1
                
        if (x[0]-100,x[1]-50*2) in l:
            num5=num5+1
                    
                    
            if (x[0]-150,x[1]-50*3) in l :
                num5=num5+1
                        
                        
                if (x[0]-200,x[1]-50*4) in l :
                    num5=num5+1
                                            
#右下
    if (x[0]+50,x[1]+50*1) in l :
        num6=num6+1
                
        if (x[0]+100,x[1]+50*2) in l:
            num6=num6+1
                    
                    
            if (x[0]+150,x[1]+50*3) in l :
                num6=num6+1
                        
                        
                if (x[0]+200,x[1]+50*4) in l :
                    num6=num6+1
                                                
#右上
    if (x[0]+50,x[1]-50*1) in l :
        num7=num7+1
                
        if (x[0]+100,x[1]-50*2) in l:
            num7=num7+1
                    
                    
            if (x[0]+150,x[1]-50*3) in l :
                num7=num7+1
                        
                        
                if (x[0]+200,x[1]-50*4) in l :
                    num7=num7+1
                                                    
#左下
    if (x[0]-50,x[1]+50*1) in l :
        num8=num8+1
                
        if (x[0]-100,x[1]+50*2) in l:
            num8=num8+1
                    
                    
            if (x[0]-150,x[1]+50*3) in l :
                num8=num8+1
                        
                        
                if (x[0]-200,x[1]+50*4) in l :
                    num8=num8+1
                                                        
                                                       
                                        
                                    
                            
                        
                                
                

                
            
            #return print("num1,num2",num1,num2)   
    #for zb in l: 
        #横向连珠
        #if zb[1]==x[1] and zb[0]!=x[0]:
            
                            
                

                
            
            #return print("num3,num4",num3,num4)
        
    #for zb in l:
        #if zb[0]!=x[0] and zb[1]!=x[1] :
        #左上到右下连珠
            #for i in range(1,5):
                            
                

                
            
            #return print("num5,num6",num5,num6)
        #左下到右上连珠
            #for i in range(1,5):
                
                

                
    n1=num1+num2
    n2=num3+num4
    n3=num5+num6
    n4=num7+num8

            #return print("num7,num8",num7,num8)
    return max(n1,n2,n3,n4)
    #return print("n1,n2,n3,n4",n1,n2,n3,n4)
    

# 设置画布的背景
cv=Canvas(window,bg="#B8860B",width =720, height =720,cursor="hand2")#指针arrow手hand2
# 将控件放置在主窗口中
cv.grid(row=1,column=1)

point1=[(10,10),(10,710),(710,710),(710,10),(10,10)]
line1=cv.create_line(point1,fill="black",width=5)
#鼠标样式
'''
def sbys(event):
    xz=event.x
    yz=event.y
    if (xz-10)%50==0 and (yz-10)%50==0:
        cv["cursor"]="hand2"
    else:
        cv["cursor"]="arrow"
cv.bind('<Motion>',sbys)   
'''
#棋盘
#竖向线
for i in range(1,15):
    point2=[]
    x=10+50*i
    y=710
    y1=10
    point2.append(tuple([x,y1]))
    point2.append(tuple([x,y]))
    line2=cv.create_line(point2,fill="black",width=5)
#横向线
for i in range(1,15):
    point2=[]
    x=710
    y=10+50*i
    x1=10
    point2.append(tuple([x1,y]))
    point2.append(tuple([x,y]))
    line2=cv.create_line(point2,fill="black",width=5)    
#中心点
xx=360
yy=360
cv.create_oval(xx-7,yy-7,xx+7,yy+7,fill ="black",outline=None,width=1)
#棋子
n=0
#黑棋坐标列表
hqzb=[]


#白棋坐标列表
bqzb=[]
#所有棋子的坐标
qz=[]

##
def hqxy(event):
    global n
    xz=event.x
    yz=event.y
    for q in range(0,15):
        xzbz=10+50*q
        if 25>=abs(xz-xzbz)>=0:
            for w in range(0,15):
                yzbz=10+50*w
                if 25>=abs(yz-yzbz)>=0:
                    x1=xzbz+25
                    y1=yzbz+25
                    x2=xzbz-25
                    y2=yzbz-25
                    

#画圆

def hqxy(event):
    global n
    xz=event.x
    yz=event.y
    for q in range(0,15):
        xzbz=10+50*q
        if 25>=abs(xz-xzbz)>=0:
            for w in range(0,15):
                yzbz=10+50*w
                if 25>=abs(yz-yzbz)>=0:
                    x1=xzbz+25
                    y1=yzbz+25
                    x2=xzbz-25
                    y2=yzbz-25
                    if n==1:
                        #避免重复
                        if (xzbz,yzbz)  in hqzb or (xzbz,yzbz)  in bqzb:
                            break 
                        else:    
                            cv.create_oval(x1,y1,x2,y2,fill ="white",outline=None,width=1,tag=("r"))
                            n=n-1
                            
                            if pdhs((xzbz,yzbz),bqzb)!=4:
                                bqzb.append((xzbz,yzbz))    
                                
                            else:
                                n=0
                                
                                print("白棋坐标",bqzb)
                                print("白棋胜利")
                                tkinter.messagebox.showinfo(title='游戏结束', message='白棋胜利！')
                                print(pdhs((xzbz,yzbz),bqzb))
                                
                                
                            
                            
                        
                    elif n==0:
                        #避免重复
                        if (xzbz,yzbz)  in hqzb or (xzbz,yzbz)  in bqzb:
                            break 
                        else: 
                            cv.create_oval(x1,y1,x2,y2,fill ="black",outline=None,width=1,tag=("r"))
                            n=n+1
                            
                            if pdhs((xzbz,yzbz),hqzb) != 4:
                                hqzb.append((xzbz,yzbz))
                            else:
                                n=0
                                print("黑棋胜利")
                                tkinter.messagebox.showinfo(title='游戏结束', message='黑棋胜利！')
                                print("黑棋坐标",hqzb)
                                print(pdhs((xzbz,yzbz),hqzb))
#鼠标光标变化                              
   
cv.bind('<ButtonPress-1>',hqxy)
cv.tag_bind('r','<Button-3>',dele)
#im = tk.PhotoImage(file="P__34QO1R2J8HGW_SSA%6RJ.gif")
#def b2cmd(event):
#   c["bg"]="#FAEBD7"
#c=Button(cv,image=im,bg="black")
#c.place(x=35,y=35,height=50,width=50,bordermode="outside")

#c.bind('<ButtonPress-1>',b2cmd)

tk.mainloop()