import java.applet.*;
import java.awt.*;
import java.util.*;
public class watch2 extends Applet implements Runnable{
  Image fb;
  Graphics gg;
  Color c; 
  Thread th=null;
  public void init(){fb = createImage(200,200);gg = fb.getGraphics();}
  public void start(){if(th==null){th=new Thread(this);th.start();}}
  public void run(){
    for( ; ; ){
      repaint();
      try{Thread.sleep(50);}
      catch(InterruptedException e){}
    }
  }
  public void update(Graphics g){paint(g);}
  public void stop(){if(th!=null){th.stop();th=null;}}
  public void paint(Graphics g){
    int hour,minute,second;
    double a,a1,a2,a3;
    int i,r,x,x1,x2,x3,y,y1,y2,y3;
    Calendar d=Calendar.getInstance(TimeZone.getTimeZone("JST"));
    hour   = d.get(d.HOUR);
    minute = d.get(d.MINUTE);
    second = d.get(d.SECOND);
    c = new Color(255,255,255);
    gg.setColor(c);
    gg.fillRect(0,0,200,200);
    /******時計のデザイン*******/
    c = new Color(220,240,220);
    gg.setColor(c);
    gg.fillRect(5,5,190,190);
    c = new Color(0,0,0);
    gg.setColor(c);
    gg.drawOval(24,24,152,152);
    gg.drawOval(25,25,150,150);
    gg.drawOval(26,26,148,148);
    r = 70;
    for(i=0;i<60;++i){
      a = Math.PI*i/30.0 - Math.PI/2.0;
      x = 100+(int)( r*Math.cos(a) );
      y = 100+(int)( r*Math.sin(a) );
      gg.fillOval(x-1,y-1,3,3);
    }
    r = 70;
    for(i=0;i<60;++i){
      if( i % 5 == 0 ){
        a = Math.PI*i/30.0 - Math.PI/2.0;
        x = 100+(int)( r*Math.cos(a) );
        y = 100+(int)( r*Math.sin(a) );
        gg.fillOval(x-2,y-2,4,4);
      }
    }
    /********時針を書く********/
    r = 40;
    a1 = Math.PI*hour/6.0 + Math.PI*minute/360.0- Math.PI/2.0;
    x1 = 100+(int)( r*Math.cos(a1) );
    y1 = 100+(int)( r*Math.sin(a1) );
    r = 10;
    a2 = Math.PI*hour/6.0 + Math.PI*minute/360.0- Math.PI/2.0+2*Math.PI/3;
    x2 = 100+(int)( r*Math.cos(a2) );
    y2 = 100+(int)( r*Math.sin(a2) );
    a3 = Math.PI*hour/6.0 + Math.PI*minute/360.0- Math.PI/2.0+2*Math.PI*2/3;
    x3 = 100+(int)( r*Math.cos(a3) );
    y3 = 100+(int)( r*Math.sin(a3) );
    int xp1[] = {x1,x2,x3};
    int yp1[] = {y1,y2,y3};
    Polygon pg1 = new Polygon(xp1,yp1,3);
    c = new Color(0,0,255); 
    gg.setColor(c);
    gg.fillPolygon(pg1);
   /********分針を書く********/
    r = 50;
    a1 = Math.PI*minute/30.0 + Math.PI*second/1800.0 - Math.PI/2.0;
    x1 = 100+(int)( r*Math.cos(a1) );
    y1 = 100+(int)( r*Math.sin(a1) );
    r = 10;
    a2 = Math.PI*minute/30.0 + Math.PI*second/1800.0 - Math.PI/2.0+2*Math.PI/3;
    x2 = 100+(int)( r*Math.cos(a2) );
    y2 = 100+(int)( r*Math.sin(a2) );
    a3 = Math.PI*minute/30.0 + Math.PI*second/1800.0 - Math.PI/2.0+2*Math.PI*2/3;
    x3 = 100+(int)( r*Math.cos(a3) );
    y3 = 100+(int)( r*Math.sin(a3) );
    int xp2[] = {x1,x2,x3};
    int yp2[] = {y1,y2,y3};
    Polygon pg2 = new Polygon(xp2,yp2,3);
    c = new Color(0,255,0); 
    gg.setColor(c);
    gg.fillPolygon(pg2);
    /********秒針を書く********/
    r = 65;
    a1 = 2*Math.PI*second/60.0 - 2*Math.PI/4.0;
    x1 = 100+(int)( r*Math.cos(a1) );
    y1 = 100+(int)( r*Math.sin(a1) );
    r = 10;
    a2 = Math.PI*second/30.0 - Math.PI/2.0+2*Math.PI/3;
    x2 = 100+(int)( r*Math.cos(a2) );
    y2 = 100+(int)( r*Math.sin(a2) );
    a3 = Math.PI*second/30.0 - Math.PI/2.0+2*Math.PI*2/3;
    x3 = 100+(int)( r*Math.cos(a3) );
    y3 = 100+(int)( r*Math.sin(a3) );
    int xp3[] = {x1,x2,x3};
    int yp3[] = {y1,y2,y3};
    Polygon pg3 = new Polygon(xp3,yp3,3);
    c = new Color(255,0,0); 
    gg.setColor(c);
    gg.fillPolygon(pg3);
//*********************************
    c = new Color(0,0,0); 
    gg.setColor(c);
    gg.fillOval(90,90,20,20);
    gg.drawString(hour+":"+minute+":"+second,80,150); 
    int w=getSize().width;
    int h=getSize().height; 
    g.drawImage(fb,0,0,w,h,0,0,200,200,this);
  }
}