import java.awt.*;
import java.applet.*;


public class Diagrama extends Applet{
 //Author Carlos Esteban Yaguna
 //Departamento de Fisica
 //Universidad de Antioquia
 //Medellin, COLOMBIA
 //yaguna@pegasus.udea.edu.co

//copyright 2000 M Paez, U Antioquia, R landau, OSU  
 private DiagCanvas theCanvas;
 private Panel p1,p2,p3;
 private Button b1,b2,b3;
 private TextField t1,t2,t3;
 private Label l1,l2,l3;

 public void init()
 {
  theCanvas=new DiagCanvas();
  theCanvas.resize(300,300);
  theCanvas.setBackground(Color.black);
  p1=new Panel();
  p2=new Panel();
  p3=new Panel();
  t1=new TextField(3);
  t2=new TextField(3);
  t3=new TextField(3);
  l1=new Label("Temp.");
  l2=new Label("L/Ls");
  l3=new Label("Name");
  b1=new Button("Compare");
  b2=new Button("Add");
  p1.setLayout(new BorderLayout());
  p2.setLayout(new GridLayout(12,1));
  setLayout(new BorderLayout());
  p2.add(b1);
  p2.add(b2);
  p2.add(l1);
  p2.add(t1);
  p2.add(l2);
  p2.add(t2);
  p2.add(l3);
  p2.add(t3);
  add("Center",p1);
  p1.add("Center",theCanvas);
  p1.add("East",p2);
  theCanvas.bb=1;
  theCanvas.cont=0;
  theCanvas.init();
  theCanvas.repaint();
 }
 public boolean mouseDown(Event e,int x,int y)
 {
  if(theCanvas.bb==1)
  theCanvas.Mouse(x,y);
  else{
   theCanvas.Mouse2(x,y);
   theCanvas.cont+=1;
   if(theCanvas.cont%2==0){theCanvas.bb=1;theCanvas.cont=0;}
   }
  return true;
 }
 public boolean action(Event e, Object o)
 {
      if(e.target instanceof Button){

       if(e.target==b1){
        theCanvas.bb=0;
        theCanvas.repaint();
       }
      if(e.target==b2){
        theCanvas.Temp[theCanvas.Nmax]=Double.valueOf(t1.getText()).doubleValue();
        theCanvas.Lum[theCanvas.Nmax]=Double.valueOf(t2.getText()).doubleValue();
        theCanvas.Nom[theCanvas.Nmax]=t3.getText();
        theCanvas.Nmax+=1;
        theCanvas.escala();
        theCanvas.guardar();
        theCanvas.repaint();
        }

      return true;
     }
                
     return true;

 }

}

class DiagCanvas extends Canvas{
 private DiagFrame f;
 private DiagFrame2 f2;
 private Button showframe;
 double Lum[],Temp[],Tsun,Templog[],Lumlog[],t,l;
 String Nom[],n;
 int Nmax,xp,yp,xpos[],ypos[],bb,cont,a,b,c,e;
 
 public void init()
 {
  //f=new DiagFrame();
  e=0;
  Tsun=5700;
  xpos=new int[70];
  ypos=new int[70];
  Lum=new double[70];
  Temp=new double[70];
  Lumlog=new double[70];
  Templog=new double[70];
  Nom=new String[70];
  Nmax=52;
  Lum[0]=1.17;Lum[1]=26.2;Lum[2]=0.0027;Lum[3]=184.0;Lum[4]=84.0;
  Lum[5]=35000;Lum[6]=3900;Lum[7]=24.0;Lum[8]=1000;Lum[9]=1300;Lum[10]=36000;
  Lum[11]=0.00049;Lum[12]=0.073;Lum[13]=0.0026;Lum[14]=0.00017;
  Lum[16]=0.36;Lum[17]=0.25;Lum[18]=0.28;Lum[19]=0.012;
  Lum[20]=0.00069;Lum[21]=0.0033;Lum[22]=0.0004;Lum[23]=5.8;
  Lum[24]=0.00040;Lum[25]=0.33;Lum[26]=6.9e-5;Lum[27]=0.00033;
  Lum[28]=0.11;Lum[29]=7.6e-3;Lum[30]=83;Lum[31]=1.1e-3;
  Lum[32]=2.8e3;Lum[33]=1.7e3;Lum[34]=3e3;Lum[35]=4.4;
  Lum[36]=9.1;Lum[37]=100;Lum[38]=1.2e3;Lum[39]=11;
  Lum[40]=1.7e-4;Lum[41]=4.4e-3;Lum[42]=1.3e-3;Lum[43]=3.3e-1;
  Lum[44]=6.9e-5;Lum[45]=8.3e-2;Lum[46]=9.1e-5;Lum[47]=3.3e-4;
  Lum[48]=4.8e3;Lum[49]=1.7e2;Lum[50]=3.6e-3;Lum[51]=3.3e-2;
  Temp[0]=5700;Temp[1]=9800;Temp[2]=8500;Temp[3]=5300;Temp[4]=3650;Temp[5]=12300;
  Temp[6]=2300;Temp[7]=4200;Temp[8]=20000;Temp[9]=2100;Temp[10]=11000;Temp[11]=2900;
  Temp[12]=3900;Temp[13]=3300;Temp[14]=8200;
  Temp[16]=5000;Temp[17]=4500;Temp[18]=4700;
  Temp[19]=1700;Temp[20]=2600;Temp[21]=3300;
  Temp[22]=2650;Temp[23]=6500;Temp[24]=7000;
  Temp[25]=4000;Temp[26]=2600;Temp[27]=2650;
  Temp[28]=4000;Temp[29]=2500;Temp[30]=3500;
  Temp[31]=3100;Temp[32]=19500;Temp[33]=16500;
  Temp[34]=20000;Temp[35]=9700;Temp[36]=7700;
  Temp[37]=10000;Temp[38]=6400;Temp[39]=8900;
  Temp[40]=2400;Temp[41]=3100;Temp[42]=2400;
  Temp[43]=4000;Temp[44]=2600;Temp[45]=4200;
  Temp[46]=2500;Temp[47]=3700;Temp[48]=20000;
  Temp[49]=13500;Temp[50]=2900;Temp[51]=3300;
  Nom[0]="a Centauri A";Nom[1]="Sirio A";Nom[2]="Sirio B";Nom[3]="Capella A";
  Nom[4]="Arcturus";Nom[5]="Rigel A";Nom[6]="Betelgeuse";Nom[7]="Pollux";
  Nom[8]="Spica";Nom[9]="Antares";Nom[10]="Deneb";Nom[11]="Barnard";
  Nom[12]="61 Cygni A";Nom[13]="Krueger 60A";Nom[14]="Van Maanen";
  Nom[16]="t Ceti";Nom[17]="e Eridani";Nom[18]="40 Eridani A";
  Nom[19]="40 Eridani B";Nom[20]="40 Eridani C";Nom[21]="Kapteyn";
  Nom[22]="Ross 614";Nom[23]="Procyon A";Nom[24]="Procyon B";
  Nom[25]="a Centauri B";Nom[26]="a Centauri C";Nom[27]="Ross 154";
  Nom[28]="e Indi";Nom[29]="Luyten 789-6";Nom[30]="Aldebaran A";
  Nom[31]="Aldebaran B";Nom[32]="a Crucis A";Nom[33]="a Crucis B";
  Nom[34]="b Centauri";Nom[35]="Vega";Nom[36]="Altair";
  Nom[37]="Rigel B";Nom[38]="Canopus";Nom[39]="Fomalhaut A";
  Nom[40]="Luyten 1159-16";Nom[41]="Lalande 21185";Nom[42]="Wolf 359";
  Nom[43]="Capella B";Nom[44]="Capella C";Nom[45]="Fomalhaut B";
  Nom[46]="Ross 248";Nom[47]="61 Cygni B";Nom[48]="b Crucis";
  Nom[49]="Achernar";Nom[50]="BD+68946";Nom[51]="BD+501725";
  Lum[15]=1.0;Temp[15]=Tsun;Nom[15]="Sol";
  escala();
  guardar();
 }

  public void guardar()
  {
   int i;
   for(i=0;i<Nmax;i++){
    coordenadas(Templog[i],Lumlog[i]);
    xpos[i]=xp;
    ypos[i]=yp;
    }
  }
  public void escala()
  {
   int i;
   for(i=0;i<Nmax;i++){
    Templog[i]=Math.log(Temp[i]/Tsun)/Math.log(10);
    Lumlog[i]=Math.log(Lum[i])/Math.log(10);
   }
  }
 
   void coordenadas(double x,double y)
   {
    int width,height,xpcero,ypcero;
    double ymmax,xmmax;
    width=300;//ancho del Canvas
    height=300;//altura
    xmmax=1;//coordenada de mundo maxima para x
    xpcero=150;//coordenada de pantalla para el punto medio
    ymmax=10;
    ypcero=150;
    xp=(int)(xpcero+(width-xpcero)/xmmax*x);
    yp=(int)(ypcero+((-height+ypcero)/ymmax*y));
    }

  public void Mouse(int x,int y)
  {
   double r;
   int m,i;
   i=-1;
   for(m=0;m<Nmax;m++){
    r=(x-xpos[m])*(x-xpos[m])+(y-ypos[m])*(y-ypos[m]);
    if(r<=9)i=m;
    }
    if(i>=0){
      String s="Caracteristicas de la estrella";
      if(f!=null){
        f.hide();
        f.dispose();
       }
      f=new DiagFrame(s);
      f.temp=Temp[i];
      f.lum=Lum[i];
      f.name=Nom[i];
      f.resize(550,330);
      f.setBackground(Color.cyan);
      f.setResizable(false);
      f.show();
     }

   }
   public void Mouse2(int x,int y)
  {
   double r;
   int m,i;
   i=-1;
   for(m=0;m<Nmax;m++){
    r=(x-xpos[m])*(x-xpos[m])+(y-ypos[m])*(y-ypos[m]);
    if(r<=9)i=m;
    }
    if((i>=0)&&(cont==0)){
      t=Temp[i];
      l=Lum[i];
      n=Nom[i];
      }
    if((i>=0)&&(cont==1)){
      String s="Caracteristicas de la estrella";
      if(f2!=null){
        f2.hide();
        f2.dispose();
       }
      f2=new DiagFrame2(s);
      f2.temp1=Temp[i];
      f2.lum1=Lum[i];
      f2.name1=Nom[i];
      f2.temp2=t;
      f2.lum2=l;
      f2.name2=n;
      f2.resize(550,330);
      f2.setBackground(Color.cyan);
      f2.setResizable(false);
      f2.show();
     }

   }

  public void ejes(Graphics g)
  {
   int x1,y1,x2,y2;
   coordenadas(-0.8,-6.0);
   x1=xp;
   y1=yp;
   coordenadas(0.8,-6.0);
   g.setColor(Color.green);
   g.drawLine(x1,y1,xp,yp);
   coordenadas(-0.6,-8.0);
   x1=xp;
   y1=yp;
   coordenadas(-0.6,7.0);
   g.drawLine(x1,y1,xp,yp);
   coordenadas(0.5,-6.0);
   g.drawLine(xp,yp-3,xp,yp+3);
   g.setFont(new Font("TimesRoman",Font.PLAIN,12));
   g.drawString("0.5",xp-5,yp+15);
   coordenadas(0.0,-6.0);
   g.drawLine(xp,yp-3,xp,yp+3);
   g.drawString("0.0",xp-5,yp+15);
   coordenadas(0.2,-6.0);
   g.drawLine(xp,yp-3,xp,yp+3);
   g.drawString("0.2",xp-5,yp+15);
   coordenadas(-0.2,-6.0);
   g.drawLine(xp,yp-3,xp,yp+3);
   g.drawString("- 0.2",xp-7,yp+15);
   coordenadas(-0.5,-6.0);
   g.drawLine(xp,yp-3,xp,yp+3);
   g.drawString("- 0.5",xp-7,yp+15);
   coordenadas(-0.6,0.0);
   g.drawLine(xp-3,yp,xp+3,yp);
   g.drawString("0.0",xp-20,yp+6);
   coordenadas(-0.6,4.0);
   g.drawLine(xp-3,yp,xp+3,yp);
   g.drawString("4.0",xp-20,yp+6);
   coordenadas(-0.6,1.0);
   g.drawLine(xp-3,yp,xp+3,yp);
   g.drawString("1.0",xp-20,yp+6);
   coordenadas(-0.6,6.0);
   g.drawLine(xp-3,yp,xp+3,yp);
   g.drawString("6.0",xp-20,yp+6);
   coordenadas(-0.6,-1.0);
   g.drawLine(xp-3,yp,xp+3,yp);
   g.drawString("- 1.0",xp-25,yp+6);
   coordenadas(-0.6,-3.0);
   g.drawLine(xp-3,yp,xp+3,yp);
   g.drawString("- 3.0",xp-25,yp+6);
   coordenadas(-0.6,7.0);
   g.setColor(Color.white);
   g.drawString("Log(L/Ls)",xp-50,yp+5);
   coordenadas(0.8,-6.0);
   g.drawString("Log(T/Ts)",xp-25,yp+15);
   
  }

 public void diagPlot(Graphics g)
 {
  int i,j;
  double xx,yy;
  g.setColor(Color.yellow);
  for(j=0;j<Nmax;j++){
   coordenadas(Templog[j],Lumlog[j]);
   g.fillOval(xp,yp,3,3);
  }
  //g.setColor(Color.white);
  //g.fillOval(xpos[Nmax-1],ypos[Nmax-1],3,3);
  //g.fillOval()

 }

 public void paint(Graphics g)
 {
  int i,dx;
  g.setColor(Color.red);
  g.setFont(new Font("TimesRoman",Font.BOLD,25));
  g.drawString("DIAGRAMA  H-R",60,40);
  diagPlot(g);
  ejes(g);
  g.setColor(Color.blue);
  for(i=0;i<5;i++)
  g.drawRect(0+i,0+i,300-2*i,300-2*i);
   /*if(c!=0){
   g.setFont(new Font("TimesRoman",Font.PLAIN,14));
   g.setColor(Color.pink);
   g.drawString(Nom[c],a+3,b);
  }  */
 }

}

class DiagFrame extends Frame{
 private Button a,b,c,d;
 double temp,lum,ymmax,xmmax,lmax;
 int xp,yp;
 String name;

 public DiagFrame(String s)
 {
  
  super(s);
  
  a=new Button("yellow");
  b=new Button("red");
  c=new Button("blue");
  d=new Button("green");

  //add("North",a);
  //add("East",b);
  //add("South",c);
  //add("West",d);
 }

 
   void coordenadas(double x,double y)
   {
    int width,height,xpcero,ypcero;
    //double xmmax;
    width=300;//ancho del Canvas
    height=300;//altura
    //xmmax=10e-7;//coordenada de mundo maxima para x
    xpcero=150;//coordenada de pantalla para el punto medio
    //ymmax=8e13;
    ypcero=150;
    xp=(int)(xpcero+(width-xpcero)/xmmax*x);
    yp=(int)(ypcero+((-height+ypcero)/ymmax*y));
    }
 
 double Planck(double l)
 {
 double k,c,h;
 h=6.626e-34;
 c=3e8;
 k=1.381e-23;
 return  2*h*c*c/Math.pow(l,5.0)/(Math.exp(h*c/(l*k*temp))-1.0);
 }
 double radio(double t,double l)
 {
  return Math.pow((5700.0/t),2.0)*Math.sqrt(l);
 }
 public void ejes(Graphics g)
 {
  int rx,ry,rx2,rx3,i,rval,gval,bval;
  double num,var;
  coordenadas(0,0);
  rx=xp;
  ry=yp;
  g.setColor(Color.darkGray);
  coordenadas(0.0,ymmax);
  g.drawLine(xp+200,10+50,rx+200,ry+50);
  coordenadas(xmmax,0.0);
  rx3=xp;
  g.drawLine(xp+200,yp+50,rx+200,ry+50);
  num=xmmax*1e9;
  coordenadas(4e-7,0.0);
  rx=xp;
  ry=yp;
  coordenadas(7e-7,0.0);
  rx2=xp;
  g.setFont(new Font("TimesRoman",Font.ITALIC,20));
  g.drawString("Curva de Planck",350,230);
  i=(int)(0.2*(rx2-rx));
  g.setColor(Color.blue);
  if(rx3>rx)
  g.fillRect(rx+200,50+10,i,yp-10);
  g.setColor(Color.green);
  if(rx3>(rx+i))
  g.fillRect(rx+i+200,10+50,i,yp-10);
  g.setColor(Color.yellow);
  if(rx3>(rx+2*i))
  g.fillRect(rx+2*i+200,10+50,i,yp-10);
  g.setColor(Color.orange);
  if(rx3>(rx+3*i))
  g.fillRect(rx+3*i+200,10+50,i,yp-10);
  g.setColor(Color.red);
  if(rx3>(rx+4*i))
  g.fillRect(rx+4*i+200,10+50,i,yp-10);

 }
 public void ejes2(Graphics g)
 {
  double dy,yy;
  dy=10e12;
  g.setColor(Color.black);
  for(yy=0;yy<0.9*ymmax;yy+=dy){
  coordenadas(0.0,yy);
  g.drawLine(xp-3+200,yp+50,xp+3+200,yp+50);
  }
 }


 public void PlanckPlot(Graphics g)
 {
  int i,j,nx,ny,c=0;
  double xx,yy;
  nx=5;
  ny=5;
  lmax=2.9e-3/temp;
  ymmax=Planck(lmax)*1.1;
  xmmax=3*lmax;
  ejes(g);
  ejes2(g);
  g.setColor(Color.black);
  for(i=100;i<xmmax*1e10;i=i+100){
   xx=i*1e-10;
   yy=Planck(xx);
   if(i%1000==0){
    c+=1;
    coordenadas(xx,0.0);
    g.drawLine(xp+200,yp-3+50,xp+200,yp+3+50);
    //g.setFont(new Font("TimesRoman",Font.BOLD,8));
    //g.drawString(Integer.toString(c),xp,yp+10);
   }
   coordenadas(xx,yy);
   if(i>100){
     g.drawLine(nx+200,ny+50,xp+200,yp+50);
     }
   nx=xp;
   ny=yp;
   }
   //g.fillOval(100,100,5,5);
 }
 public void datplot(Graphics g)
 {
  double r;
  r=radio(temp,lum);
  g.setFont(new Font("TimesRoman",Font.BOLD,36));
  g.drawString(name,40,60);
  g.setFont(new Font("TimesRoman",Font.PLAIN,16));
  g.drawString("Temperatura: "+Double.toString(temp)+" C", 50,85);
  g.drawString("Luminosidad: "+Double.toString(lum)+" Ls", 50,105);
  g.drawString("Radio: "+Double.toString(r)+" Rs", 50,125);
  g.drawString("Lambda max: "+Double.toString(lmax),50,145);

 }

 public void paint(Graphics g)
 {
 //g.fillOval(100,100,10,10);
 PlanckPlot(g);
 datplot(g);
 }

 public boolean handleEvent(Event e)
 {
  if(e.id==Event.WINDOW_DESTROY){
   hide();
   dispose();
   return true;
  }
  return super.handleEvent(e);
 }

 public boolean action(Event e, Object o)
 {
  if(e.target==a)
   setBackground(Color.yellow);
   else   if(e.target==b)
    setBackground(Color.red);
     else  if(e.target==c)
     setBackground(Color.blue);
       else  if(e.target==d)
     setBackground(Color.green);
  repaint();
  return true;
 }
}

class DiagFrame2 extends Frame{
 private Button a,b,c,d;
 double temp1,temp2,lum1,lum2,ymmax,ym1,ym2,xmmax,lm1,lm2,lmax;
 int xp,yp;
 String name1,name2;

 public DiagFrame2(String s)
 {
  
  super(s);
  
  a=new Button("yellow");
  b=new Button("red");
  c=new Button("blue");
  d=new Button("green");

  //add("North",a);
  //add("East",b);
  //add("South",c);
  //add("West",d);
 }

 
   void coordenadas(double x,double y)
   {
    int width,height,xpcero,ypcero;
    width=300;//ancho del Canvas
    height=300;//altura
    //xmmax=10e-7;//coordenada de mundo maxima para x
    xpcero=150;//coordenada de pantalla para el punto medio
    //ymmax=8e13;
    ypcero=150;
    xp=(int)(xpcero+(width-xpcero)/xmmax*x);
    yp=(int)(ypcero+((-height+ypcero)/ymmax*y));
    }
 
 double Planck(double l)
 {
 double k,c,h;
 h=6.626e-34;
 c=3e8;
 k=1.381e-23;
 return  2*h*c*c/Math.pow(l,5.0)/(Math.exp(h*c/(l*k*temp1))-1.0);
 }
 double Planck2(double l)
 {
 double k,c,h;
 h=6.626e-34;
 c=3e8;
 k=1.381e-23;
 return  2*h*c*c/Math.pow(l,5.0)/(Math.exp(h*c/(l*k*temp2))-1.0);
 }
 double radio(double t,double l)
 {
  return Math.pow((5700.0/t),2.0)*Math.sqrt(l);
 }
 public void ejes(Graphics g)
 {
  int rx,ry,rx2,rx3,i,rval,gval,bval;
  double num,var;
  coordenadas(0,0);
  rx=xp;
  ry=yp;
  g.setColor(Color.darkGray);
  coordenadas(0.0,ymmax);
  g.drawLine(xp+200,10+50,rx+200,ry+50);
  coordenadas(xmmax,0.0);
  rx3=xp;
  g.drawLine(xp+200,yp+50,rx+200,ry+50);
  num=xmmax*1e9;
  coordenadas(4e-7,0.0);
  rx=xp;
  ry=yp;
  coordenadas(7e-7,0.0);
  rx2=xp;
  g.setFont(new Font("TimesRoman",Font.ITALIC,20));
  g.drawString("Curva de Planck",350,230);
  i=(int)(0.2*(rx2-rx));
  g.setColor(Color.blue);
  if(rx3>rx)
  g.fillRect(rx+200,50+10,i,yp-10);
  g.setColor(Color.green);
  if(rx3>(rx+i))
  g.fillRect(rx+i+200,10+50,i,yp-10);
  g.setColor(Color.yellow);
  if(rx3>(rx+2*i))
  g.fillRect(rx+2*i+200,10+50,i,yp-10);
  g.setColor(Color.orange);
  if(rx3>(rx+3*i))
  g.fillRect(rx+3*i+200,10+50,i,yp-10);
  g.setColor(Color.red);
  if(rx3>(rx+4*i))
  g.fillRect(rx+4*i+200,10+50,i,yp-10);

 }
 public void ejes2(Graphics g)
 {
  double dy,yy;
  dy=10e12;
  g.setColor(Color.black);
  for(yy=0;yy<0.9*ymmax;yy+=dy){
  coordenadas(0.0,yy);
  g.drawLine(xp-3+200,yp+50,xp+3+200,yp+50);
  }
 }


 public void PlanckPlot(Graphics g)
 {
  int i,j,nx,ny,c=0;
  double xx,yy,ya;
  nx=5;
  ny=5;
  lm1=2.9e-3/temp1;
  lm2=2.9e-3/temp2;
  if(lm1>lm2)lmax=lm1;
  else lmax=lm2;
  ym1=Planck(lm1)*1.1;
  ym2=Planck2(lm2)*1.1;
  if(ym1>=ym2)ymmax=ym1;
  else ymmax=ym2;
  xmmax=3*lmax;
  ejes(g);
  ejes2(g);
  g.setColor(Color.black);
  for(i=100;i<xmmax*1e10;i=i+100){
   xx=i*1e-10;
   yy=Planck(xx);
   if(i%1000==0){
    c+=1;
    coordenadas(xx,0.0);
    g.drawLine(xp+200,yp-3+50,xp+200,yp+3+50);
    //g.setFont(new Font("TimesRoman",Font.BOLD,8));
    //g.drawString(Integer.toString(c),xp,yp+10);
   }
   coordenadas(xx,yy);
   if(i>100){
     g.drawLine(nx+200,ny+50,xp+200,yp+50);
     }
   nx=xp;
   ny=yp;
   }
   //g.fillOval(100,100,5,5);
 }


 public void PlanckPlot2(Graphics g)
 {
  int i,j,nx,ny,c=0;
  double xx,yy;
  nx=5;
  ny=5;
  g.setColor(Color.black);
  for(i=100;i<xmmax*1e10;i=i+100){
   xx=i*1e-10;
   yy=Planck2(xx);
   if(i%1000==0){
    c+=1;
    coordenadas(xx,0.0);
    g.drawLine(xp+200,yp-3+50,xp+200,yp+3+50);
    //g.setFont(new Font("TimesRoman",Font.BOLD,8));
    //g.drawString(Integer.toString(c),xp,yp+10);
   }
   coordenadas(xx,yy);
   if(i>100){
     g.drawLine(nx+200,ny+50,xp+200,yp+50);
     }
   nx=xp;
   ny=yp;
   }
   //g.fillOval(100,100,5,5);
 }

 
 public void datplot(Graphics g)
 {
  double r;
  r=radio(temp1,lum1);
  g.setFont(new Font("TimesRoman",Font.BOLD,36));
  g.drawString(name1,40,60);
  g.setFont(new Font("TimesRoman",Font.PLAIN,16));
  g.drawString("Temperatura: "+Double.toString(temp1)+" C", 50,85);
  g.drawString("Luminosidad: "+Double.toString(lum1)+" Ls", 50,105);
  g.drawString("Radio: "+Double.toString(r)+" Rs", 50,125);
  g.drawString("Lambda max: "+Double.toString(lm1),50,145);

 }
 
 public void datplot2(Graphics g)
 {
  double r;
  int esp;
  esp=120;
  r=radio(temp2,lum2);
  g.setFont(new Font("TimesRoman",Font.BOLD,36));
  g.drawString(name2,40,60+esp);
  g.setFont(new Font("TimesRoman",Font.PLAIN,16));
  g.drawString("Temperatura: "+Double.toString(temp2)+" C", 50,85+esp);
  g.drawString("Luminosidad: "+Double.toString(lum2)+" Ls", 50,105+esp);
  g.drawString("Radio: "+Double.toString(r)+" Rs", 50,125+esp);
  g.drawString("Lambda max: "+Double.toString(lm2),50,145+esp);

 }


 public void paint(Graphics g)
 {
 //g.fillOval(100,100,10,10);
 PlanckPlot(g);
 PlanckPlot2(g);
 datplot(g);
 datplot2(g);
 }

 public boolean handleEvent(Event e)
 {
  if(e.id==Event.WINDOW_DESTROY){
   hide();
   dispose();
   return true;
  }
  return super.handleEvent(e);
 }

 public boolean action(Event e, Object o)
 {
  if(e.target==a)
   setBackground(Color.yellow);
   else   if(e.target==b)
    setBackground(Color.red);
     else  if(e.target==c)
     setBackground(Color.blue);
       else  if(e.target==d)
     setBackground(Color.green);
  repaint();
  return true;
 }
}