class gplpane extends JPanel
{
  gplpanel jp;
  BufferedImage vectimg;
  point p=new point(-5,55,"England");
    point q=new point(-110,33,"LosAngeles");
    point r=new point(80,20,"Hyderabad");
    point p2=new point(20,-45,"p2");
    point q2=new point(-60,-30,"q2");
    point r2=new point(50,-20,"r2");
    point s2=new point(-20,-50,"s2");
    point p3=new point(-90,45,"control station");
    line l1=new line(p,q,"Route 1");
    line l2=new line(p,r,"Route 2");
    line l3=new line(p,r,"Route 3");
    polygon pol=new polygon("cyclone_effected",true);
    circle cir=new circle(30,"Winds",120,-44,false);
    rectangle rec=new rectangle(new point(20,78),new point(40,67),"F_place1",true);
    gvector v[]=new gvector[10];
    gvector v1[]=new gvector[10];
    legend l[]=new legend[10];
    legend ld[]=new legend[10];
 
    gplpane(Image img)
    {
        super();
        initialise();  //l and v objects are initialised.
        jp=new gplpanel(l,new range(-180,180,90,-90,6),img,v); // initialising the gpl panel.
    }
    public void paint(Graphics g)
    {
        super.paintComponent(g);
        //vectimg=new BufferedImage(this.getWidth(),this.getHeight(),BufferedImage.TYPE_INT_RGB);
 
        vectimg=jp.drawimage(this.getWidth(),this.getHeight(),this); // returns the Buffered image for you with the rendering
        g.drawImage(vectimg,0,0,this.getWidth(),this.getHeight(),this); // look at the presentation slides for the corresponding display
 
    }
    public void initialise()
        {
            pol.addpoint(s2);
            pol.addpoint(p2);
            pol.addpoint(r2);
            pol.addpoint(q2);
 
            Vector temp=new Vector();
            temp.add(pol);
            v[0]=new gvector(temp,Color.lightGray);
            l[0]=new legend("Cyclone",Color.lightGray,true,"polygon");
 
            temp=new Vector();
            temp.add(p);
            temp.add(q);
            temp.add(r);
            l[1]=new legend("Cities",Color.magenta,false,"point");
            v[1]=new gvector(temp,Color.magenta);
 
            temp=new Vector();
            temp.add(l1);
            temp.add(l2);
            l[2]=new legend("flight routes",Color.blue,false,"line");
            v[2]=new gvector(temp,Color.blue);
 
            temp=new Vector ();
            temp.add(cir);
            l[3]=new legend("Heavy winds",Color.black,false,"circle");
            v[3]=new gvector(temp,Color.black);
 
            temp=new Vector ();
            temp.add(rec);
            l[4]=new legend("Freezing places",Color.red,true,"rectangle");
            v[4]=new gvector(temp,Color.red);
 
            temp=new Vector ();
            temp.add(p3);
            l[5]=new legend("control station",Color.red,false,"point");
            v[5]=new gvector(temp,Color.red);
 
 
        }
}
class window extends JInternalFrame
{
    JMenuBar menuBar;
    Dimension screenSize = new Dimension(800,700);
 final int inset=50;
    Container parent;
    gplpane p;
    window(String bkimgs,Container prnt)
    {
        super("GPL Query Display : GPL_",true,true,true,true);
        setPreferredSize(screenSize);
        parent=prnt;
        JPanel top=new JPanel();
  top.setBorder(new EmptyBorder(10, 10, 10, 10));
     top.setLayout(new BorderLayout());
     Toolkit tk=this.getToolkit();
        Image img= tk.getImage(bkimgs);
     p=new gplpane(img);
     top.add(p,BorderLayout.CENTER);
        setContentPane(top);
        pack();
        setLocation(100,100);
 }
 
 
}

class GPL extends JFrame
{
    public static final Integer DOCLAYER = new Integer(5);
    JDesktopPane desktop;
    window GPL_1,GPL_2,GPL_i;
    GPL()
        {
            super("GPL QUERY DISPLAY");
            final int inset = 50;
            Dimension screenSize = Toolkit.getDefaultToolkit().getScreenSize();
         setBounds (inset,inset,screenSize.width - inset*2, screenSize.height - inset*2);
 
         desktop = new JDesktopPane();
            getContentPane().add(desktop);
 
         this.addWindowListener(new WindowAdapter() {
      public void windowClosing(WindowEvent e) {
      System.exit(0);
  }});
        }
 
    public window addwindow(String s)
    {
        GPL_i=new window(s,this.getContentPane());
        desktop.add(GPL_i,DOCLAYER);
        return GPL_i;
    }
 
}
 

public class testing
{
 
    String bkimgfilename="Z:\\temp_papers\\GPL\\amap.jpg";   // make it point to the context map in your directory.**********
 
    testing()
    {
        GPL g=new GPL();
        window GPL_1=g.addwindow(bkimgfilename);
        //window GPL_2=g.addwindow(2,bkimgfilename,v1,ld,new range(-180,180,0,180,2));
        g.setVisible(true);
    }
 
    public static void main(String[] arg)
        {
            new testing();
        }
}