FiveChess via Processing

一共两个部分，分别是棋盘的控制现实和基本的接口

 1 import javax.swing.*;
 2
 3 int each=35;
 4 int side=35;
 5 int len=14*each;
 6
 7 void setup(){
 8   size(800,600);
 9   initChess();
10   chessTableMake();
11 }
12 void draw(){
13
14 }
15 void mousePressed(){
16   if(finished) return;
17   setChess(mouseX,mouseY);
18 }
19 void keyPressed(){
20   if(key==‘r‘||key==‘R‘){
21     setup();
22     loop();
23   }
24 }

init

 1 int chess[][]=new int[15][15];
 2 int flag=0;
 3 boolean finished=false;
 4 //flag=1 black chess flag=-1 white chess
 5 void initChess(){
 6   finished=false;
 7   for(int i=0;i<15;i++)
 8    for(int j=0;j<15;j++)
 9     chess[i][j]=0;
10   flag=1;
11 }
12 void chessTableMake(){
13   background(#5FFF4B);
14   //---------zi mu---------
15   pushStyle();
16   fill(#AF49F0);
17   textSize(20);
18   text(((flag==-1)?"White":"Black")+" Player Round",550,75);
19   popStyle();
20   pushMatrix();
21   translate(side,side);
22   fill(#AF49F0);
23   for(int i=0;i<15;i++){
24     line(0,each*i,len,each*i);
25     line(each*i,0,each*i,len);
26     text(i+1,-25,each*i);
27     text(char(i+‘A‘),each*i,-15);
28   }
29   strokeWeight(5);
30   point(each*3,each*3);
31   point(each*3,each*11);
32   point(each*11,each*3);
33   point(each*11,each*11);
34   point(each*7,each*7);
35   strokeWeight(1);
36   for(int y=0;y<15;y++)
37   for(int x=0;x<15;x++)
38   switch(chess[x][y]){
39     case -1:fill(255);ellipse(each*x,each*y,20,20);break;
40     case 1:fill(0);ellipse(each*x,each*y,20,20);break;
41   }
42   popMatrix();
43 }
44 void setChess(int x,int y){
45   if(x<side-5||x>side+len+5||y<side-5||y>side+len+5) return;
46   int tx=(x-side+5);
47   int ty=(y-side+5);
48   if(tx%each>=15||ty%each>=15)return;
49   tx/=each;ty/=each;
50   if(0!=chess[tx][ty])return;
51   chess[tx][ty]=flag;
52   flag*=-1;
53   chessTableMake();
54   testVictory(tx,ty);
55 }
56 void testVictory(int x,int y){
57   int tx=x,ty=y;
58   int count=0;
59   //na
60   tx=x;ty=y;
61   count=0;
62   for(int i=0;(tx+i>=0)&&(tx+i<=14)&&(ty+i>=0)&&(ty+i<=14)&&chess[tx+i][ty+i]==chess[x][y];i++,count++);
63   for(int i=0;(tx-i>=0)&&(tx-i<=14)&&(ty-i>=0)&&(ty-i<=14)&&chess[tx-i][ty-i]==chess[x][y];i++,count++);
64   if(count>5){victory(x,y);return;}
65   //pie
66   tx=x;ty=y;
67   count=0;
68   for(int i=0;(tx-i>=0)&&(tx-i<=14)&&(ty+i>=0)&&(ty+i<=14)&&chess[tx-i][ty+i]==chess[x][y];i++,count++);
69   for(int i=0;(tx+i>=0)&&(tx+i<=14)&&(ty-i>=0)&&(ty-i<=14)&&chess[tx+i][ty-i]==chess[x][y];i++,count++);
70   if(count>5){victory(x,y);return;}
71   //heng
72   tx=x;ty=y;
73   count=0;
74   for(int i=0;(tx-i>=0)&&(tx-i<=14)&&chess[tx-i][ty]==chess[x][y];i++,count++);
75   for(int i=0;(tx+i>=0)&&(tx+i<=14)&&chess[tx+i][ty]==chess[x][y];i++,count++);
76   if(count>5){victory(x,y);return;}
77   //shu
78   tx=x;ty=y;
79   count=0;
80   for(int i=0;(ty+i>=0)&&(ty+i<=14)&&chess[tx][ty+i]==chess[x][y];i++,count++);
81   for(int i=0;(ty-i>=0)&&(ty-i<=14)&&chess[tx][ty-i]==chess[x][y];i++,count++);
82   if(count>5){victory(x,y);return;}
83 }
84 void victory(int x,int y){
85   pushStyle();
86   fill(#5FFF4B);
87   noStroke();
88   rect(550,50,250,100);
89   String player=(chess[x][y]==-1)?"White":"Black";
90   JOptionPane.showMessageDialog(null, player+" player wins!\nPress R to restart", "Congratulation", JOptionPane.INFORMATION_MESSAGE);
91   finished=true;
92   fill(#AF49F0);
93   textSize(20);
94   text(player+" Player Wins",550,75);
95   popStyle();
96   noLoop();
97 }