import java.awt.*;
import java.applet.*;
import javax.swing.*;
import java.awt.event.*;
import java.util.*;
import java.lang.Integer;
/*障碍1
*子弹2
*小车3
*定义三个向量存储下落的字符
*/
public class tanqiu extends JApplet implements Runnable,KeyListener
{
int kuai[][]=new int[45][38];
Thread t=null;
shangzu zu=null;
zidan dan=null;
board che=null;
jiangpin jiang=null;
ctrl con=null;
boolean begin=false; //判断开始游戏
int type=-1;
int stepmod=-1;
int p=-1; //pause or move
int slee=400;
boolean stepshow=false;
boolean pause=false;
boolean reb=false;
boolean chushi=false;
Vector zifu=new Vector();
Vector zx=new Vector();
Vector zy=new Vector();
int modle=-1;
public void init()
{
for(int i=0;i
for(int j=0;j
kuai[i][j]=0;
zu=new shangzu(kuai);
dan=new zidan(kuai);
che=new board(kuai);
jiang=new jiangpin(zifu);
con=new ctrl();
che.shengcheng();
addKeyListener(this);
setFocusable(true);
}
public void paint(Graphics g)
{
g.drawLine(19,19,470,19);
g.drawLine(19,19,19,400);
g.drawLine(470,19,470,400);
g.drawLine(19,400,470,400);
g.setColor(Color.green);
g.setFont(new Font("",2,20));
g.drawString("重新开始",600,32);
g.setColor(Color.blue);
g.drawString("选择级别",600,65);
if(modle%2==0)
{
g.clearRect(489,49,82,22);
g.setColor(Color.gray);
g.drawRect(490,23,60,14);
g.drawLine(550,23,560,30);
g.drawLine(550,37,560,30);
}
if(modle%2==1)
{
g.clearRect(489,19,82,22);
g.setColor(Color.gray);
g.drawRect(490,53,60,14);
g.drawLine(550,53,560,60);
g.drawLine(550,67,560,60);
}
if(stepshow==true)
{
g.setColor(Color.blue);
g.drawString("一级",650,99);
g.setColor(Color.blue);
g.drawString("二级",650,134);
g.setColor(Color.blue);
g.drawString("三级",650,164);
if(stepmod%3==0)
{
g.clearRect(530,120,80,20);
g.clearRect(530,150,80,20);
g.setColor(Color.gray);
g.drawRect(530,90,50,19);
}
if(stepmod%3==1)
{
g.clearRect(530,90,80,20);
g.clearRect(530,150,80,20);
g.setColor(Color.gray);
g.drawRect(530,120,50,19);
}
if(stepmod%3==2)
{
g.clearRect(530,90,80,20);
g.clearRect(530,120,80,20);
g.setColor(Color.gray);
g.drawRect(530,150,50,19);
}
}
else if(stepshow==false)
g.clearRect(500,88,180,250);
if(reb==false)
{
for(int i=20;i
for(int j=20;j
{
if(kuai[i/10-2][j/10-2]==0)
{
g.setColor(Color.white);
g.fill3DRect(i,j,10,10,true);
}
else if(kuai[i/10-2][j/10-2]==1)
{
g.setColor(Color.blue);
g.fill3DRect(i,j,10,10,true);
}
else if(kuai[i/10-2][j/10-2]==2)
{
g.setColor(Color.black);
g.fillOval(i,j,10,10);
}
else if(kuai[i/10-2][j/10-2]==3)
{
g.setColor(Color.green);
g.fill3DRect(i,j,10,10,true);
}
}
if(!(zifu.isEmpty()))
{
g.setColor(Color.black);
g.setFont(new Font("",2,15));
for(int i=0;i { g.drawString((String)zifu.elementAt(i),((Integer)zx.elementAt(i)).intValue(),((Integer)zy.elementAt(i)).intValue()); } } } if(reb==true) { g.setColor(Color.red); g.setFont(new Font("",3,40)); g.drawString("GAME OVER",88,210); } } public void start() { t=new Thread(this); t.start(); } public void run() { while(true) { if(pause==false) { if(zu.yes==true) { zu.shengcheng(); zu.jishu(); //System.out.println(zu.count); zu.yes=false; } if(begin==true) { dan.control(1); type=1; begin=false; chushi=true; } if((begin==false&&chushi==false)||chushi==false) { dan.control(che.ty); } if(chushi==false) { if(kuai[dan.x][dan.y]==1) zu.jianshu(); } /*控制子弹的不撞击情况下的方向 */ if(dan.x==44) { if(type==1) type=2; if(type==4) type=3; } else if(dan.y==0) { if(type==2) type=3; if(type==1) type=4; } else if(dan.x==0) { if(type==3) type=4; if(type==2) type=1; } else if(dan.y==36) { type=0; dan.life=false; reb=true; } /*子弹的撞击 */ if(dan.life==true) { if(type==1) { if(kuai[dan.x+1][dan.y-1]==1) { try { kuai[dan.x+1][dan.y-1]=0; type=4; jiang.mode(); Integer jx=new Integer((dan.x+1)*10+20);/////////////// zx.addElement(jx); Integer jy=new Integer((dan.y-1)*10+20);////////////// zy.addElement(jy); }catch(Exception ee){ } zu.jianshu(); } } else if(type==2) { if(kuai[dan.x-1][dan.y-1]==1) { try { kuai[dan.x-1][dan.y-1]=0; type=3; jiang.mode(); Integer jx=new Integer((dan.x-1)*10+20);/////////// zx.addElement(jx); Integer jy=new Integer((dan.y-1)*10+20);///////////// zy.addElement(jy); }catch(Exception ee){ } zu.jianshu(); } } else if(type==3) { if(kuai[dan.x-1][dan.y+1]==1) { try { kuai[dan.x-1][dan.y+1]=0; type=2; jiang.mode(); Integer jx=new Integer((dan.x-1)*10+20);//////////// zx.addElement(jx); Integer jy=new Integer((dan.y+1)*10+20);//////////// zy.addElement(jy); }catch(Exception ee){ } zu.jianshu(); } } else if(type==4) { if(kuai[dan.x+1][dan.y+1]==1) { try { kuai[dan.x+1][dan.y+1]=0; type=1; jiang.mode(); Integer jx=new Integer((dan.x+1)*10+20);/////////////// zx.addElement(jx); Integer jy=new Integer((dan.y+1)*10+20);///////////// zy.addElement(jy); }catch(Exception ee){ } zu.jianshu(); } } } /*以下处理与小车的碰撞 */ if(type==3) { if(kuai[dan.x-1][dan.y+1]==3) type=2; } if(type==4) { if(kuai[dan.x+1][dan.y+1]==3) type=1; } dan.control(type); if(!(zy.isEmpty())) { for(int i=0;i { Integer l=new Integer(((Integer)zy.elementAt(i)).intValue()+10); zy.insertElementAt(l,i); zy.remove(i+1); } } /*以下处理字符与小车的撞击 *字符落到显示区域以外则不见 */ if(!(zy.isEmpty())) { for(int i=0;i { if(kuai[((Integer)zx.elementAt(i)).intValue()/10-2][((Integer)zy.elementAt(i)).intValue()/10-2]==3||((Integer)zy.elementAt(i)).intValue()>385) { if(kuai[((Integer)zx.elementAt(i)).intValue()/10-2][((Integer)zy.elementAt(i)).intValue()/10-2]==3) { if(((String)zifu.elementAt(i)).equals("L")) { if(che.width che.wider(); } if(((String)zifu.elementAt(i)).equals("G")) con.state=false; if(((String)zifu.elementAt(i)).equals("F")) { if(chushi==true) chushi=false; else if(chushi==false) chushi=true; } /* * */ } //计算出三个向量的索引 zifu.remove(i); zx.remove(i); zy.remove(i); } } } if(con.state==false) { con.trick++; if(con.trick==20) { con.state=true; con.trick=0; } } if(zu.count==0) { zu.yes=true; } } try { Thread.sleep(slee); } catch(Exception exe) { } //System.out.println(zu.count); int cc=0; for(int i=0;i for(int j=0;j { if(kuai[i][j]==1) cc++; } System.out.println(cc); if(cc==40) { zu.yes=true; } repaint(); } } public void keyPressed(KeyEvent ke) { } public void keyReleased(KeyEvent ke) { } public void keyTyped(KeyEvent ke) { if((""+ke.getKeyChar()).equals("b")) { begin=true; //chushi=true; if(reb==true) rebegin(); } else if((""+ke.getKeyChar()).equals("d")) { if(con.state==true) che.move(5); } else if((""+ke.getKeyChar()).equals("a")) { if(con.state==true) che.move(6); } else if((""+ke.getKeyChar()).equals("w")) { che.move(7); } else if((""+ke.getKeyChar()).equals("u")) { p++; if(p%2==0) pause=true; else if(p%2==1) pause=false; } else if((""+ke.getKeyChar()).equals("i")) { pause=false; } if((""+ke.getKeyChar()).equals("k"))//down { if(stepshow==false) modle++; if(stepshow==true) stepmod++; } if((""+ke.getKeyChar()).equals("o")) //VK_ENTER { if(stepshow==false) { if(modle%2==0) { rebegin(); } else if(modle%2==1) { stepshow=true; } } if(stepshow==true) { if(stepmod%3==0) { slee=400; stepshow=false; } else if(stepmod%3==1) { slee=200; stepshow=false; } else if(stepmod%3==2) { slee=100; stepshow=false; } } } } public void rebegin() { begin=false; pause=false; chushi=false; p=-1; reb=false; type=-1; stepshow=false; zifu=new Vector(); zx=new Vector(); zy=new Vector(); for(int i=0;i for(int j=0;j kuai[i][j]=0; zu=new shangzu(kuai); modle=-1; stepmod=-1; slee=400; dan=new zidan(kuai); che=new board(kuai); jiang=new jiangpin(zifu); con=new ctrl(); che.shengcheng(); } public void destroy() { //System.exit(0); } } class shangzu { boolean yes=true; int kuai[][]; int count=0; public shangzu(int[][] kuai) { this.kuai=kuai; } public void shengcheng() { for(int i=0;i { int zux=(int)(Math.random()*41+2); int zuy=(int)(Math.random()*14+2); kuai[zux][zuy]=1; } } public void jishu() { for(int i=0;i for(int j=0;j { if(kuai[i][j]==1) count++; } } public void jianshu() { count--; } } class zidan { int x=4; int y=33; int kuai[][]; boolean life=true; public zidan(int[][] kuai) { this.kuai=kuai; } public void control(int type) { /*两个临时变量的定义，发生了一件令人快乐的事， *使我不必再去定义新的方法来消去撞击的障碍物； */ int linx; int liny; linx=x; liny=y; switch(type) { case 1: { x++; y--; break; } case 2: { x--; y--; break; } case 3: { x--; y++; break; } case 4: { x++; y++; break; } case 0: { break; } case 5: { if(x x++; break; } case 6: { if(x>0) x--; break; } case 7: { if(y>18) y--; break; } } kuai[linx][liny]=0; kuai[x][y]=2; } } class board { int kuai[][]; int start=0; int lin; int cha=0; int liny; int width=8; int ty=0; zidan zd=null; public board(int[][] kuai) { this.kuai=kuai; zd=new zidan(kuai); } public void shengcheng() { for(int i=0;i kuai[i][34]=3; } public void move(int lei) { ty=lei; switch(lei) { case 5: { lin=start; if(start { start++; for(int i=start;i if(i kuai[i][34+cha]=3; kuai[lin][34+cha]=0; } break; } case 6: { lin=start+width-1; if(start>0) { start--; for(int i=start;i //if(i>45) kuai[i][34+cha]=3; //if(lin kuai[lin][34+cha]=0; } break; } case 7: { liny=cha; if(cha>-15) cha--; for(int i=start;i kuai[i][34+cha]=3; if(liny>-15) for(int i=start;i kuai[i][34+liny]=0; break; } } } public void wider() { width++; for(int i=start;i if(i kuai[i][34+cha]=3; } } class jiangpin { String letter=null; Vector zifu; public jiangpin(Vector zifu) { this.zifu=zifu; } public void mode() { int mod=(int)(Math.random()*3); switch(mod) { case 0: { letter="L";//big break; } case 1: { letter="G";//nianzhu break; } case 2: { letter="F";//life break; } } zifu.addElement(letter); } } class ctrl { boolean state=true; int trick=0; }