【原创】Java中国象棋（有悔棋功能）

package com.itjob; import java.awt.Canvas; import java.awt.Color; import java.awt.Font; import java.awt.Graphics; import java.awt.event.ActionEvent; import java.awt.event.ActionListener; import java.awt.event.MouseEvent; import java.awt.event.MouseListener; import java.util.Stack; import javax.swing.JButton; import javax.swing.JOptionPane; import sun.java2d.loops.DrawLine; /** * 棋盘类 */ public class Board extends Canvas implements MouseListener,Runnable,ActionListener { private Huiqi hq; private Huiqi jbhq; Stack<Huiqi> stack=new Stack<Huiqi>(); //计算栈存的对象数 int h=0; public JButton jb=new JButton("悔棋"); private boolean hqFlag=false; private int r0,g0,b0; private int jop=0; int count=0; //定义棋盘中需要控制的点 private int[][] point=new int[10][9]; //定义一个棋子类 private Man man=new Man(); //定义一个提示的类，棋子闪烁 // private Tishi ts=new Tishi(); // private Thread t=new Thread(ts); //定义当前选中的子 private int currrow; private int currcol; //定义是该那个颜色的棋子走 false是黑棋走，true是红棋走 private boolean flag=false; //定义是否选中子 private boolean selected=false; public int getJop() { return jop; } public void setJop(int jop) { this.jop = jop; } public Board() { //this.setBackground(c);改棋盘的背景 this.addMouseListener(this); jb.addActionListener(this); this.initPoint(); new Thread(this).start(); // System.out.println("Board----"+jb); } /** * 每一颗棋子的移动规则 */ public void guize(int currrow,int currcol,int row,int col) { System.out.println("----走子位子是"+"("+row+","+col+")__"+point[row][col]+"\n"); //将下棋的位子保存到栈中 hq.setX(currcol); hq.setY(currrow); hq.setX1(col); hq.setY1(row); hq.setType1(point[this.currrow][this.currcol]); hq.setType2(point[row][col]); this.point[row][col]=this.point[this.currrow][this.currcol]; this.point[this.currrow][this.currcol]=0; this.selected=false; } //初始化棋子 public void initPoint() { for(int pr=0;pr<10;pr++){ for(int pc=0;pc<9;pc++) { point[pr][pc]=0; } } //黑棋 this.point[0][0]=1; this.point[0][1]=2; this.point[0][2]=3; this.point[0][3]=4; this.point[0][4]=5; this.point[0][5]=4; this.point[0][6]=3; this.point[0][7]=2; this.point[0][8]=1; this.point[2][1]=6; this.point[2][7]=6; this.point[3][0]=7; this.point[3][2]=7; this.point[3][4]=7; this.point[3][6]=7; this.point[3][8]=7; this.point[6][0]=14; this.point[6][2]=14; this.point[6][4]=14; this.point[6][6]=14; this.point[6][8]=14; this.point[7][1]=13; this.point[7][7]=13; this.point[9][0]=8; this.point[9][1]=9; this.point[9][2]=10; this.point[9][3]=11; this.point[9][4]=12; this.point[9][5]=11; this.point[9][6]=10; this.point[9][7]=9; this.point[9][8]=8; } public void run() { System.out.println("run"+Thread.currentThread().getName()); while(true){ repaint(this.currcol*50+10, this.currrow*50+10, 50, 50); r0=(int)(Math.random()*255); g0=(int)(Math.random()*255); b0=(int)(Math.random()*255); try { Thread.sleep(300); } catch (InterruptedException e) { e.printStackTrace(); } } } public void paint(Graphics g) { //画10条横线 g.setColor(new Color(0,85,229)); for(int y=30;y<=480;y+=50) g.drawLine(30,y,430,y); //画10条竖线 for(int x =30;x<=430;x+=50) g.drawLine(x,30,x,480); //==============白炮=============== g.drawLine(65, 125, 75, 125); g.drawLine(75, 115, 75, 125); g.drawLine(85, 125, 95, 125); g.drawLine(85, 115, 85, 125); g.drawLine(65, 135, 75, 135); g.drawLine(75, 135, 75, 145); g.drawLine(85, 135, 95, 135); g.drawLine(85, 135, 85, 145); //----------------------------- g.drawLine(365, 125, 375, 125); g.drawLine(375, 115, 375, 125); g.drawLine(385, 125, 395, 125); g.drawLine(385, 115, 385, 125); g.drawLine(365, 135, 375, 135); g.drawLine(375, 135, 375, 145); g.drawLine(385, 135, 395, 135); g.drawLine(385, 135, 385, 145); //===============红炮=============== g.drawLine(65, 125+250, 75, 125+250); g.drawLine(75, 115+250, 75, 125+250); g.drawLine(85, 125+250, 95, 125+250); g.drawLine(85, 115+250, 85, 125+250); g.drawLine(65, 135+250, 75, 135+250); g.drawLine(75, 135+250, 75, 145+250); g.drawLine(85, 135+250, 95, 135+250); g.drawLine(85, 135+250, 85, 145+250); //----------------------------- g.drawLine(365, 125+250, 375, 125+250); g.drawLine(375, 115+250, 375, 125+250); g.drawLine(385, 125+250, 395, 125+250); g.drawLine(385, 115+250, 385, 125+250); g.drawLine(365, 135+250, 375, 135+250); g.drawLine(375, 135+250, 375, 145+250); g.drawLine(385, 135+250, 395, 135+250); g.drawLine(385, 135+250, 385, 145+250); //==============白卒子=============== for(int i=50;i<=250;i+=100){ g.drawLine(65+i, 125+50, 75+i, 125+50); g.drawLine(75+i, 115+50, 75+i, 125+50); g.drawLine(85+i, 125+50, 95+i, 125+50); g.drawLine(85+i, 115+50, 85+i, 125+50); g.drawLine(65+i, 135+50, 75+i, 135+50); g.drawLine(75+i, 135+50, 75+i, 145+50); g.drawLine(85+i, 135+50, 95+i, 135+50); g.drawLine(85+i, 135+50, 85+i, 145+50); } //------------------------------ g.drawLine(85-50, 125+50, 95-50, 125+50); g.drawLine(85-50, 115+50, 85-50, 125+50); g.drawLine(85-50, 135+50, 95-50, 135+50); g.drawLine(85-50, 135+50, 85-50, 145+50); //------------------------------ g.drawLine(65+350, 125+50, 75+350, 125+50); g.drawLine(75+350, 115+50, 75+350, 125+50); g.drawLine(65+350, 135+50, 75+350, 135+50); g.drawLine(75+350, 135+50, 75+350, 145+50); //==============红卒子=============== for(int i=50;i<=250;i+=100){ g.drawLine(65+i, 125+200, 75+i, 125+200); g.drawLine(75+i, 115+200, 75+i, 125+200); g.drawLine(85+i, 125+200, 95+i, 125+200); g.drawLine(85+i, 115+200, 85+i, 125+200); g.drawLine(65+i, 135+200, 75+i, 135+200); g.drawLine(75+i, 135+200, 75+i, 145+200); g.drawLine(85+i, 135+200, 95+i, 135+200); g.drawLine(85+i, 135+200, 85+i, 145+200); } //------------------------------ g.drawLine(85-50, 125+200, 95-50, 125+200); g.drawLine(85-50, 115+200, 85-50, 125+200); g.drawLine(85-50, 135+200, 95-50, 135+200); g.drawLine(85-50, 135+200, 85-50, 145+200); //------------------------------ g.drawLine(65+350, 125+200, 75+350, 125+200); g.drawLine(75+350, 115+200, 75+350, 125+200); g.drawLine(65+350, 135+200, 75+350, 135+200); g.drawLine(75+350, 135+200, 75+350, 145+200); g.drawLine(180, 30,280, 130); g.drawLine(180, 130, 280, 30); g.drawLine(180, 380, 280, 480); g.drawLine(180, 480, 280, 380); g.setColor(new Color(238,238,238)); g.fillRect(31, 231, 399, 49); g.setColor(Color.BLACK); g.setFont(new Font("华文行楷",Font.BOLD,30)); g.drawString("楚 河 汉 界", 80, 262); //遍历数据结构，画棋子 for(int row=0;row<this.point.length;row++) for(int col=0;col<this.point[row].length;col++) { if(this.point[row][col]==0) continue; //设置棋子的类型 man.setType(this.point[row][col]); //告诉棋子，下标是多少 man.setRow(row); man.setCol(col); //调用画棋子的方法 if(this.selected==true) { g.setColor(new Color(r0,g0,b0)); g.drawOval(currcol*50+10, currrow*50+10, 40, 40);//表示当前选中的位子 g.drawOval(currcol*50+11, currrow*50+11, 38, 38);//表示当前选中的位子 g.drawOval(currcol*50+12, currrow*50+12, 36, 36);//表示当�