仿QQ游戏大厅的联机五子棋

import javax.swing.*; import java.awt.*; import java.awt.event.*; import java.io.*; import javax.imageio.ImageIO; import java.awt.image.BufferedImage; /** * @author yeeku.H.lee kongyeeku@163.com * @version 1.0 * <br>Copyright (C), 2005-2008, yeeku.H.Lee * <br>This program is protected by copyright laws. * <br>Program Name: * <br>Date: */ public class MainGame extends JPanel { private InfoSave infoSave; private MyPanel mp; private int tableNumber; private String name; private String sex; private String way; private String otherWay; private String size = "1"; private BufferedImage whiteDisk; private BufferedImage blackDisk; private BufferedImage curBlack; private BufferedImage curWhite; private BufferedImage seatEmpty; private BufferedImage maleSeatFull; private BufferedImage femaleSeatFull; private BufferedImage gameImage; private BufferedImage ready; private BufferedImage start; private BufferedImage play; private BufferedImage peace; private BufferedImage lost; private PrintStream ps; private Rectangle leftName = new Rectangle(13, 348, 66, 125); private Rectangle rightName = new Rectangle(645, 348, 66, 125); private Image board; //棋盘图片 private Image white; //白棋图片 private Image black; //黑棋图片 private Image selected; private int posX; private int posY; private int X; private int Y; private int preX; //前一步的坐标 private int preY; //前一步的坐标 private int preSX; //前一步的移动坐标 private int preSY; //前一步的移动坐标 private int otherX; //对方的坐标 private int otherY; //对方的坐标 private int step; //步数 private int count; //count 是计数器，为5的时候表胜利 private int cursor; //光标标志 private int winCountL; //胜利次数 private int winCountR; //胜利次数 private boolean startOver = false; private boolean peaceOver = false; private boolean lostOver = false; private final int CHESS_SIZE = 15; //CHESS_SIZE 是棋盘大小 private int[][] chess = new int[CHESS_SIZE][CHESS_SIZE]; private int[][] select = new int[CHESS_SIZE][CHESS_SIZE]; private int[][] curChess = new int[CHESS_SIZE][CHESS_SIZE]; //自己或者对手上一步下的棋 private boolean playChess = false; //可否下棋 private boolean isBegin = false; //游戏开始了吗 private boolean isReady = false; //准备好了吗 private boolean isOtherReady = false; //对方准备好了吗 private Rectangle startButton = new Rectangle(334, 656 , 60 , 31); private Rectangle peaceButton = new Rectangle(269, 653 , 42 , 35); private Rectangle lostButton = new Rectangle(413, 659 , 45 , 18); private int sec = 0; private int dSec = 0; private int min = 0; private int dMin = 1; private int secR = 0; private int dSecR = 0; private int minR = 0; private int dMinR = 1; private Timer timerLeft; private Timer timerRight; public MainGame(InfoSave infoSave , String way , int tableNumber) { try { this.tableNumber = tableNumber; this.infoSave = infoSave; this.way = way; mp = new MyPanel(); ps = new PrintStream(infoSave.getSocket().getOutputStream()); gameImage = ImageIO.read(new File("fiveStone\\room2.bmp")); ready = ImageIO.read(new File("fiveStone\\ready.jpg")); start = ImageIO.read(new File("fiveStone\\start.jpg")); play = ImageIO.read(new File("fiveStone\\play.jpg")); peace = ImageIO.read(new File("fiveStone\\peace.jpg")); lost = ImageIO.read(new File("fiveStone\\lost.jpg")); whiteDisk = ImageIO.read(new File("fiveStone\\whiteDisk.gif")); blackDisk = ImageIO.read(new File("fiveStone\\blackDisk.gif")); curBlack = ImageIO.read(new File("fiveStone\\curBlack.gif")); curWhite = ImageIO.read(new File("fiveStone\\curWhite.gif")); maleSeatFull = ImageIO.read(new File("fiveStone\\maleSeatFull.jpg")); femaleSeatFull = ImageIO.read(new File("fiveStone\\femaleSeatFull.jpg")); seatEmpty = ImageIO.read(new File("fiveStone\\seatEmpty.jpg")); white = ImageIO.read(new File("fiveStone\\white.gif")); black = ImageIO.read(new File("fiveStone\\black.gif")); selected = ImageIO.read(new File("fiveStone\\selected.gif")); this.setMinimumSize(new Dimension(723 , 702)); this.setPreferredSize(new Dimension(gameImage.getWidth(null), gameImage.getHeight(null))); mp.setPreferredSize(new Dimension(gameImage.getWidth(null), gameImage.getHeight(null))); this.add(mp); timer(); playChess(); } catch (Exception e) { e.printStackTrace(); } } /* 向右横扫描4格,判断是否有5个相连的棋 */ private void acrossScan(int i , int j) { //如果遇到有棋的地方就开始扫描 if (chess[i][j] == 1 || chess[i][j] == 2) { if ((j+4) < chess[i].length) //判断棋的右方是否足够有4个连续位置 { count = 1; for (int k=1;k<=4 ;k++ ) { if (chess[i][j+k] == chess[i][j]) { count++; //如果相连的地方有相同的棋就做标记 } else count = 0; } } } } /* 向下竖扫描4格,判断是否有5个相连的棋 */ private void erectScan(int i , int j) { //如果遇到有棋的地方就开始扫描 if (chess[i][j] == 1 || chess[i][j] == 2) { if ((i+4) < chess.length) //判断棋的下方是否足够有4个连续位置 { count = 1; for (int k=1;k<=4 ;k++ ) { if (chess[i+k][j] == chess[i][j]) { count++; //如果相连的地方有相同的棋就做标记 } else count = 0; } } } } /* 向右上横扫描4格,判断是否有5个相连的棋 */ private void topRightScan(int i , int j) { //如果遇到有棋的地方就开始扫描 if (chess[i][j] == 1 || chess[i][j] == 2) { if ((i-4) >= 0 && (j+4) < chess[i].length) //判断棋的右斜上方是否足够有4个连续位置 { count = 1; for (int k=1;k<=4 ;k++ ) { if (chess[i-k][j+k] == chess[i][j]) { count++; //如果相连的地方有相同的棋就做标记 } else count = 0; } } } } /* 向右下横扫描4格,判断是否有5个相连的棋 */ private void belowRightScan(int i , int j) { //如果遇到有棋的地方就开始扫描 if (chess[i][j] == 1 || chess[i][j] == 2) { if ((i+4) < chess.length && (j+4) < chess[i].length) //判断棋的右斜下方是否足够有4个连续位置 { count = 1; for (int k=1;k<=4 ;k++ ) { if (chess[i+k][j+k] == chess[i][j]) { count++; //如果相连的地方有相同的棋就做标记 } else count = 0; } } } } //逐一调用4种扫描方法判断胜负 public void win() { for (int i = 0; i < chess.length ; i++ ) { for (int j = 0 ; j < chess[i].length ; j++ ) { acrossScan(i,j); if (count!=5) { erectScan(i,j); } if (count!=5) { topRightScan(i,j); } if (count!=5) { belowRightScan(i,j); } if (count==5) { count=0; //判断是黑棋还是白棋赢 if (chess[i][j] == 1) { timerLeft.stop(); timerRight.stop(); JOptionPane.showMessageDialog(mp , "黑棋胜利！！" , "胜利" , JOptionPane.INFORMATION_MESSAGE); winCountL++; } else if (chess[i][j] == 2) { timerLeft.stop(); timerRight.stop(); JOptionPane.showMessageDialog(mp , "白棋胜利！！" , "胜利" , JOptionPane.INFORMATION_MESSAGE); winCountR++; } try { PrintStream ps = new PrintStream(infoSave.getSocket().getOutputStream()); ps.println(MyProtocol.WIN + this.tableNumber + MyProtocol.WIN); } catch (Exception e) {