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wzy.py

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+# 1、画棋盘，初始化棋盘
+from turtle import *
+
+screensize()
+
+tracer(0)
+ 
+for i in range(15):#画横向
+    penup()
+    goto(-280,-280+i*40)
+    pendown()
+    fd(560)
+left(90)
+for i in range(15):#画竖向
+    penup()
+    goto(-280+i*40,-280)
+    pendown()
+    fd(560)
+ 
+penup() #画标点
+goto(0,0)
+dot()
+goto(160,160)
+dot()
+goto(-160,160)
+dot()
+goto(160,-160)
+dot()
+goto(-160,-160)
+dot()
+
+
+ 
+#如果要使用列表创建一个二维数组，可以使用生成器来辅助实现。
+#棋盘上每一个点初始值为0
+arr=[[0 for i in range(15)] for j in range(15)]
+ 
+ 
+# 3、判断4个方向是否连成五个子
+ 
+def fun_null(x,y):
+    return ;
+
+
+
+ 
+def black_is_end(i,j):
+    global arr
+    for m in range(11): #竖向
+        if arr[m][j]==1 and arr[m+1][j]==1 and arr[m+2][j]==1 and \
+        arr[m+3][j]==1 and arr[m+4][j]==1:
+            print("游戏结束，黑子胜利！")
+            onscreenclick(fun_null)
+
+
+
+    for m in range(11): #横向
+        if arr[i][m]==1 and arr[i][m+1]==1 and arr[i][m+2]==1 and \
+        arr[i][m+3]==1 and arr[i][m+4]==1:
+            print("游戏结束，黑子胜利！")
+            onscreenclick(fun_null)
+
+
+
+    if i<=j:            #\向
+        m=j-i     
+        for k in range(m,11):
+            if arr[k-m][k]==1 and arr[k-m+1][k+1]==1 and arr[k-m+2][k+2]==1 and \
+               arr[k-m+3][k+3]==1 and arr[k-m+4][k+4]==1:
+                print("游戏结束，黑子胜利！")
+                onscreenclick(fun_null)
+
+
+
+
+    if i>j:             #\向
+        m=i-j    
+        for k in range(m,11):
+            if arr[k][k-m]==1 and arr[k+1][k-m+1]==1 and arr[k+2][k-m+2]==1 and \
+               arr[k+3][k-m+3]==1 and arr[k+4][k-m+4]==1:
+                print("游戏结束，黑子胜利！")
+                onscreenclick(fun_null)
+
+
+
+
+    n=i+j               #/向
+    if n<=14:
+        for k in range(0,n-4):
+            if arr[k][n-k]==1 and arr[k+1][n-k-1]==1 and arr[k+2][n-k-2]==1 and \
+               arr[k+3][n-k-3]==1 and arr[k+4][n-k-4]==1:
+                print("游戏结束，黑子胜利！")
+                onscreenclick(fun_null)
+
+
+
+    if n>14:
+        for v in range(n-14,11):
+            if arr[v][n-v]==1 and arr[v+1][n-v-1]==1 and arr[v+2][n-v-2]==1 and \
+               arr[v+3][n-v-3]==1 and arr[v+4][n-v-4]==1:
+                print("游戏结束，黑子胜利！")
+                onscreenclick(fun_null)
+
+
+
+                
+def white_is_end(i,j):
+    global arr
+    for m in range(11): #竖向
+        if arr[m][j]==-1 and arr[m+1][j]==-1 and arr[m+2][j]==-1 and \
+        arr[m+3][j]==-1 and arr[m+4][j]==-1:
+            print("游戏结束，白子胜利！")
+            onscreenclick(fun_null)
+
+
+
+    for m in range(11): #横向
+        if arr[i][m]==-1 and arr[i][m+1]==-1 and arr[i][m+2]==-1 and \
+        arr[i][m+3]==-1 and arr[i][m+4]==-1:
+            print("游戏结束，白子胜利！")
+            onscreenclick(fun_null)
+
+
+
+    if i<=j:            #\向
+        m=j-i     
+        for k in range(m,11):
+            if arr[k-m][k]==-1 and arr[k-m+1][k+1]==-1 and arr[k-m+2][k+2]==-1 and \
+               arr[k-m+3][k+3]==-1 and arr[k-m+4][k+4]==-1:
+                print("游戏结束，白子胜利！")
+                onscreenclick(fun_null)
+
+
+
+    if i>j:             #\向
+        m=i-j    
+        for k in range(m,11):
+            if arr[k][k-m]==-1 and arr[k+1][k-m+1]==-1 and arr[k+2][k-m+2]==-1 and \
+               arr[k+3][k-m+3]==-1 and arr[k+4][k-m+4]==-1:
+                print("游戏结束，白子胜利！")
+                onscreenclick(fun_null)
+
+
+
+    n=i+j               #/向
+    if n<=14:
+        for k in range(0,n-4):
+            if arr[k][n-k]==-1 and arr[k+1][n-k-1]==-1 and arr[k+2][n-k-2]==-1 and \
+               arr[k+3][n-k-3]==-1 and arr[k+4][n-k-4]==-1:
+                print("游戏结束，白子胜利！")
+                onscreenclick(fun_null)
+
+
+
+    if n>14:
+        for v in range(n-14,11):
+            if arr[v][n-v]==-1 and arr[v+1][n-v-1]==-1 and arr[v+2][n-v-2]==-1 and \
+               arr[v+3][n-v-3]==-1 and arr[v+4][n-v-4]==-1:
+                print("游戏结束，白子胜利！")
+                onscreenclick(fun_null)
+                
+ 
+ 
+# 2、鼠标事件，点击落子
+ 
+turn=0 #记录该哪方落子
+def funclick(x,y):
+    global turn
+    global arr
+    if turn==0: #黑子先下1
+
+        for i in range(15):
+            Y=280-i*40
+
+            for j in range(15):
+                X=-280+j*40  #棋盘上的整点
+                if abs(X-x)<20 and abs(Y-y)<20 and arr[i][j]==0:
+                    arr[i][j]=1
+                    goto(X,Y)
+                    dot(20) 
+                    turn=1  #交替下子
+                    black_is_end(i,j)
+
+
+
+    if turn==1: #白子-1
+        for i in range(15):
+            Y=280-i*40
+
+            for j in range(15):
+                X=-280+j*40  #棋盘上的整点
+
+                if abs(X-x)<20 and abs(Y-y)<20 and arr[i][j]==0:
+                    arr[i][j]=-1
+                    goto(X+10,Y)
+                    pendown()
+                    circle(10)
+                    penup()
+                    turn=0  #交替下子
+                    white_is_end(i,j)
+
+
+    
+onscreenclick(funclick)
+done()