java 麻将小游戏

package test; import javax.swing.*; import java.awt.*; import java.awt.event.*; import java.util.ArrayList; import java.util.Arrays; import java.util.List; public class ConsolePPTest extends JFrame implements ActionListener{ private static final String COLOR_WAN = "wan"; private static final String COLOR_TIAO = "tiao"; private static final String COLOR_TONG = "tong"; private static final String DONG = "dong"; private static final String NAN = "nan"; private static final String XI = "xi"; private static final String BEI = "bei"; private static final String ZHONG = "zhong"; private static final String FA = "fa"; private static final String BAI = "bai"; private static final String PATH = "D:\\wzq\\majiang\\picture\\"; private static String[] shouOfEast = new String[13]; private static String[] shouOfSouth = new String[13]; private static String[] shouOfWest = new String[13]; private static String[] shouOfNorth = new String[13]; every mj[]=new every[137];// 有137麻将，every[0]没有用 int currentmj;// 没有被摸的牌的第一张 int currentPlayer;// 当前玩家 int jbDown=-1;// 用户已经点击的按钮 every nowMj=null;// 各位玩家打出来的牌 JLabel nowMajiang= new JLabel("");// 用于显示当前玩家打出来的牌 JLabel nowMajiang1=new JLabel("");// JLabel nowMajiang2=new JLabel("");// JLabel nowMajiang3=new JLabel("");// JLabel no =new JLabel(""); JLabel winned =new JLabel(""); boolean op=false;// 用于判断是否是用户可以操作 boolean op2=false; Player competitor[]=new Player[6];// 构造6为玩家，实际玩家只有两位，后两位用作容器来判断其他玩家牌的特征 JPanel jp=new JPanel();// 窗口 JPanel win=new JPanel(); JButton jb[]= new JButton[14];// 创建14个人按钮，用于显示用户的牌 JButton jbTouch = new JButton("碰"); JButton jbKong= new JButton("杠"); JButton jbWin = new JButton("胡"); JButton jbPass= new JButton("过"); JButton jbWin2=new JButton("自摸"); JButton sure= new JButton("确定"); JLabel jl[]= new JLabel[14];// 闯将14个书签，用于显示用户碰或者杠的牌 ImageIcon img1= new ImageIcon("D:\\wzq\\majiang\\picture\\diaonao1.jpg"); ImageIcon img2= new ImageIcon("D:\\wzq\\majiang\\picture\\diaonao2.jpg"); ImageIcon img3= new ImageIcon("D:\\wzq\\majiang\\picture\\diaonao3.jpg"); JLabel jlCom1= new JLabel(img1); JLabel jlCom2= new JLabel(img2); JLabel jlCom3= new JLabel(img3); CardLayout cl=new CardLayout();// 使用空白布局 every lit= new every(); public void initialize()// 初始化 { for(int i=0; i<=136; i++) // 初始化136张牌 mj[i]=new every(); for(int i=0; i<=5; i++) // 初始化6位玩家 competitor[i]= new Player(); for (int i = 0; i < mj.length; i++) { if (i<36) { mj[i].setName(COLOR_WAN); }else if (i>=36 && i<72) { mj[i].setName(COLOR_TIAO); }else if (i>=72 && i<108){ mj[i].setName(COLOR_TONG); }else if (i>=108 && i<112){ mj[i].setName(DONG); }else if (i>=112 && i<116){ mj[i].setName(NAN); }else if (i>=116 && i<120){ mj[i].setName(XI); }else if (i>=120 && i<124){ mj[i].setName(BEI); }else if (i>=124 && i<128){ mj[i].setName(ZHONG); }else if (i>=128 && i<132){ mj[i].setName(FA); }else if (i>=132 && i<136){ mj[i].setName(BAI); } } for (int i = 0; i < 136; i++) { if(i<108){ mj[i].setName((i%9+1)+mj[i].getName()); } mj[i].setImg(PATH+mj[i].getName()+".jpg"); } System.out.println(mj.length); for(every e:mj){ System.out.println(e.getAllmj()); } } public void riffle()// 洗牌 { for( int i=0; i<136; i++) { int j=((int)(Math.random()*10000))%(136-i)+i; every temp; temp=mj[i]; mj[i]=mj[j]; mj[j]=temp; } } public void deal()// 发牌 { for(int i=0; i<=13; i++) { competitor[0].hold[i]=mj[i*4]; competitor[1].hold[i]=mj[i*4+1]; competitor[2].hold[i]=mj[i*4+2]; competitor[3].hold[i]=mj[i*4+3]; } } public every getMj()// 摸牌 { if(currentmj==137) peace();// 最后一张牌，和局 int i=currentmj; currentmj++; return mj[i]; } public void sort_mj(Player[] a, int j) // 排序玩家手里的牌 { every[] mahjong = a[j].hold; String[] names=new String[14]; every[] newMahjong=new every[mahjong.length]; int index=0; for (int i = 0; i < mahjong.length; i++) { if(mahjong[i].getName()!=null){ names[index++]=mahjong[i].getName(); } } Arrays.sort(names); for (int i = 0; i < mahjong.length; i++) { mahjong[i].setName(names[i]); mahjong[i].setImg(PATH+names[i]+".jpg"); } int point = 0; for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("wan")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("tiao")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("tong")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("dong")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("nan")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("xi")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("bei")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("zhong")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("fa")) { newMahjong[point] = mahjong[i]; point++; } } for (int i = 0; i < mahjong.length; i++) { if (mahjong[i].getName().contains("bai")) { newMahjong[point] = mahjong[i]; point++; } } a[j].hold=newMahjong; System.out.println("+++++++++++++++++++++++++++++++++"); for(every e:a[j].hold){ System.out.println(e.getAllmj()); } System.out.println("+++++++++++++++++++++++++++++++++"); } public void piGetWin(int c,int a)// 电脑玩家赢了 { if(a==c) winned.setText("玩家"+c+"赢了,他自摸"); else if (a!=0) winned.setText("玩家"+c+"赢了,玩家"+(a+1)+"放炮"); else winned.setText("玩家"+c+"赢了,您放炮"); win.add(winned); win.setVisible(true); this.add(win); this.setBounds(300,300,300,300); jp.setVisible(false); } public void peace() { winned.setText("和局"); win.add(winned); win.setVisible(true); this.add(win); this.setBounds(300,300,300,300); jp.setVisible(false); } public void playerGetWin(int a)// 玩家赢了 { if(a==0) winned.setText("You winned! 您自摸"); else winned.setText("You winned! 玩家"+(a+1)+"放炮"); win.add(winned); win.setVisible(true); this.add(win); this.setBounds(300,300,300,300); jp.setVisible(false); } /* public int jiang(int i, int j,Player[]a, int c,int[] b) { for(int k=i; k<=j;k++) { if(a[c].hold[k].getNumber()==10){ if(a[c].hold[k].getColor()==a[c].hold[k+1].getColor()){ if(ok(i,k,a,c,b)==1) return 1; } }else{ if(a[c].hold[k].getNumber()==a[c].hold[k+1].getNumber()) { if(ok(i,k-1,a,c,b)==1&&ok(k+2,j,a,c,b)==1) return 1; } } } return 0; } public boolean If_Touch(every e,Player[]a,int c)// 判断是否可以碰牌 { for(int i=1;i<=17;i++)