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how to perform mouse action for following program 

import java.awt.* ;
import java.awt.event.* ;
import javax.swing.* ;
import java.io.*;
import java.awt.image.*;

/**
 * Class : Constants
 * Developed By : ARC Pvt Ltd Bengaluru
 * Date: 10/08/2010
 * 
 */

class Constants extends JFrame{


 /*----Display Resolution-----------*/
 final double adjx = 1.25;   // 
 final double adjy = 1.25;   //
 final double xpix = 640*adjx;  // To Set the Frame X Resolution
 final double ypix = 480*adjy;  // To Set the Frame Y Resolution






  int  getWidth = 640;  // border width
  int  getHeight = 480;  // border height


  /* Driver Details*/

  int dix = 5;//15  ;driver x coordinate
  int diy = 8;//40  ; driver y coordinate 
  int diwidth = 627; //400 525  ; driver width
  int dihight = 20;  // driver height





  /* screens details*/
  final int screens_border [] = { 219,61,412,309 }; 
  final int screens_display [] = { 226,130,195,25 }; 


  /* Mouse Actions*/

  int mainpowerx = 224;//219+27;//260
  int mainpowery=130;
  int mainpowerw=195;
  int mainpowerh = 25;
  int xpos=-10; int ypos=-10;
   int scr=0;
   int scr1=0;
  boolean mouseEntered;
 boolean rect1Clicked;
  boolean rect2Clicked;
  boolean rect19Clicked;
 boolean rect20Clicked;
  int scrn=0;
  int rect1xco = (int )((mainpowerx)*adjx);
  int rect1yco = (int )((mainpowery)*adjy);
  int rect1width = (int )((mainpowerw)*adjx);
  int rect1height =(int )((mainpowerh)*adjy);


  int rect20xco = (int )((subx+38)*adjx);
  int rect20yco = (int )((suby+270)*adjy);//suby+270;
  int rect20width =(int )((sub_w)*adjx);
  int rect20height = (int )((sub_h)*adjy);



 Color dackground = new Color(0,0,0);
 Color block = new Color(163,225,255,155); // for Blue Gray Color
 Color Green = new Color(102,255,153,255); // for Green Color
 Color Red = new Color(200,51,51,200);  // for Red Color
  Color Yellow = new Color(255,255,51);
 Color Gray = new Color(161,161,161,205); // for Gray Color
 Color pantoback = new Color(61,61,61);  // for Panto Background Gray Color
 Color line = new Color(224,224,224,55);  // for Panto Line
 Color subcolor = new Color(31,31,31);  // for Subsysrem background Color
 Color voltcurrentbackground = new Color(31,31,31,255); // for voltage & Current Background
 Color lightpink = new Color(253,204,255,50);



 /* ----------------Sub system Details------------------*/

 final int subw = 32;
 final int subh = 25;
 final int subsystem[][] = { { 8,  68, subw, subh },/*for SS01*/ {  44,  68, subw, subh },/* for SS02*/
        { 8,  98, subw, subh },/*for SS03*/ {  44,  98, subw, subh },/* for SS04*/
        { 8, 128, subw, subh },/*for SS05*/ {  44, 128, subw, subh },/* for SS06*/ 
        { 8, 158, subw, subh },/*for SS07*/ {  44, 158, subw, subh },/* for SS08*/
        { 8, 188, subw, subh },/*for SS09*/ {  44, 188, subw, subh },/* for SS10*/
        { 8, 218, subw, subh },/*for SS11*/ {  44, 218, subw, subh },/* for SS12*/ 
        { 8, 248, subw, subh },/*for SS13*/ {  44, 248, subw, subh },/* for SS14*/
        { 8, 278, subw, subh },/*for SS15*/ {  44, 278, subw, subh },/* for SS16*/
        { 8, 308, subw, subh },/*for SS17*/ {  44, 308, subw, subh },/* for SS18*/ 
        { 8, 338, subw, subh },/*for SS19*/ {  44, 338, subw, subh },/* for SS20*/

        };    //  1 - 19 subsystem  X Y W H 

 String subsystem_string [] = {"SS01","SS02","SS03","SS04","SS05","SS06","SS07","SS08","SS09","SS10",
         "SS11","SS12","SS13","SS14","SS15","SS16","SS17","SS18","SS19"," SS20   "
         };

 int [] substatus = new int [20];  //  subsystem Run Time Variable
 int subsysystatus = 1;     //  Run Time Variable

 /*--------------------------Voltage and Current bar Details------------------------*/





 //----------------SCREEN DETAILS--------------------------

//  final int screens_border [] = { 219, 61, 412, 309 }; // Screen Border X Y W H
//  final int screens_display [] = { 226, 130, 195, 25 }; // Screen Inner Blocks X Y W H
  final int screens_row [] = {97,124,151,178,205,232,259,286,313,340};// Inner Blocks Y Coordinates
  final int mainpowercol [] = {5,206}; // Col 1 and 2 X Coordinates
  String str ;
  int len = 0;











} // End of Constant Class


import java.awt.BasicStroke;
import java.awt.Color;
import java.awt.Font;
import java.awt.Graphics;
import java.awt.Graphics2D;
import java.io.DataInputStream;
import java.io.FileInputStream;
import java.io.IOException;

import javax.swing.*;

public class mainpower extends Constants{
 int mainpowerborderx = 219;
 int mainpowerbordery = 61;
 int mainpowerborderw = 412;
 int mainpowerborderh = 309;

 int mainpowerx = 224;//219+27;//260
 int mainpowery=130;
 int mainpowerw=195;
 int mainpowerh = 24;
 int mainpowerstringx = 280-20;
 int mainpowerstringy = 106;
 int mainpowerstringh = 27;
  Color d = new Color(163,224,255,155);
  Color Green = new Color(102,255,153,255); // for Green Color
  Color Red = new Color(200,51,51,255);
  Color block = new Color(163,225,255,155); 
  String str ;
  int strlen = 0;
  int len = 0;
  public void powercircuit (Graphics g,Graphics2D g2){

  g2.setStroke(new BasicStroke(1));
   g.setColor(Color.black);
   g.fillRect( (int)(screens_border[0]*adjx),(int)(screens_border[1]*adjy),(int)(screens_border[2]*adjx),(int)(screens_border[3]*adjy));// screens  Boarder

   g.setColor(Color.gray);
   g.drawRect( (int)(screens_border[0]*adjx),(int)(screens_border[1]*adjy),(int)(screens_border[2]*adjx),(int)(screens_border[3]*adjy));// screens  Boarder
   g.drawRect((int)(222*adjx),(int)(145*adjy),(int)(404*adjx),(int)(222*adjy));// inner rectangle

   g.setFont(new Font("Times New Roman",Font.BOLD,15));//Engravers MT
   g.setColor(d);
   g2.setStroke(new BasicStroke(1)); 
  //  g.fill3DRect(369,68,120,24,true);// for heading  

    /*  ------- Status parameters --------*/
   g.fill3DRect( (int)((screens_display[0]+125)*adjx),(int)((screens_display[1]-33)*adjy),(int)((screens_display[2]-100)*adjx),(int)((screens_display[3]-5)*adjy),true);// for MSC NODE
   g.fill3DRect( (int)((screens_display[0])*adjx),(int)((screens_display[1]-8)*adjy),(int)((screens_display[2]-100)*adjx),(int)((screens_display[3]-5)*adjy),true);// for I/P POWER
   g.fill3DRect( (int)((screens_display[0]+193)*adjx),(int)((screens_display[1]-8)*adjy),(int)((screens_display[2]-72)*adjx),(int)((screens_display[3]-5)*adjy),true);// for LINE FREQUENCY
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+20)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3])*adjy),true);// for TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+20)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3])*adjy),true);// for TRACTION BOGIE 2

   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+54+5)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for I/P CONTACTORS
   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+81)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for CHARGING CONTACTORS
   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+103)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for DC LINK VOLTAGE
   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+125)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for SLG NODE
   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+147)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for ALG NODE
   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+169)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for TE/ BE REF
   g.fill3DRect( (int)((screens_display[0]+2)*adjx),(int)((screens_display[1]+191)*adjy),(int)((screens_display[2]-60)*adjx),(int)((screens_display[3]-5)*adjy),true);// for TE/ BE ACTUAL



   /* --------- for value buttons ------*/
          g.setColor(Color.gray);
  g.fill3DRect( (int)((screens_display[0]+125+97)*adjx),(int)((screens_display[1]-33)*adjy),(int)((screens_display[2]-110)*adjx),(int)((screens_display[3]-5)*adjy),true);// fo MSC NODE
  g.fill3DRect( (int)((screens_display[0]+97)*adjx),(int)((screens_display[1]-8)*adjy),(int)((screens_display[2]-110)*adjx),(int)((screens_display[3]-5)*adjy),true);// for I/P POWER
  g.fill3DRect( (int)((screens_display[0]+180+138)*adjx),(int)((screens_display[1]-8)*adjy),(int)((screens_display[2]-110)*adjx),(int)((screens_display[3]-5)*adjy),true);// for LINE FREQUENCY

   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+59)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for I/P CONTACTORS TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+81)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for CHARGING CONTACTORS TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+103)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for DC LINK VOLTAGE TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+125)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for  SLG NODE TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+147)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for  ALG NODE TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+169)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for TE/ BE REF TRACTION BOGIE 1
   g.fill3DRect( (int)((screens_display[0]+142)*adjx),(int)((screens_display[1]+191)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for TE/ BE ACTUAL TRACTION BOGIE 1


   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+59)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for  I/P CONTACTORS TRACTION BOGIE 2
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+81)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for CHARGING CONTACTORS TRACTION BOGIE 2
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+103)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for DC LINK VOLTAGE TRACTION BOGIE 2
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+125)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for  SLG NODE TRACTION BOGIE 2
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+147)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for ALG NODE TRACTION BOGIE 2
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+169)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for TE/ BE REF TRACTION BOGIE 2
   g.fill3DRect( (int)((screens_display[0]+140+133)*adjx),(int)((screens_display[1]+191)*adjy),(int)((screens_display[2]-70)*adjx),(int)((screens_display[3]-5)*adjy),true);// for TE/ BE ACTUAL TRACTION BOGIE 2




   /* --- Text ----*/
   g.setColor(Color.yellow);
   g.drawString("POWER CIRCUIT",(int)(370*adjx),(int)(85*adjy));
   g.setFont(new Font("Times New Roman",Font.PLAIN,(int)(12*adjx)));
   g.setColor(Color.black);
   g.drawString("I/P POWER",(int)((screens_display[0]+16)*adjx),(int)((screens_display[1]+7)*adjy));
      g.drawString("LINE FREQUENCY",(int)((screens_display[0]+198)*adjx),(int)((screens_display[1]+7)*adjy));
     g.drawString("MSC NODE",(int)((screens_display[0]+140)*adjx),(int)((screens_display[1]-18)*adjy));
     g.setFont(new Font("Times New Roman",Font.BOLD,(int)(15*adjx))); 
     g.drawString("590",(int)((screens_display[0]+125+97+35)*adjx),(int)((screens_display[1]-18)*adjy));
     g.setFont(new Font("Times New Roman",Font.PLAIN,(int)(13*adjx))); 
     g.drawString("TRACTION BOGIE 1",(int)((screens_display[0]+145)*adjx),(int)((screens_display[1]+38)*adjy));
     g.drawString("TRACTION BOGIE 2",(int)((screens_display[0]+140+133+5)*adjx),(int)((screens_display[1]+38)*adjy));

     g.setFont(new Font("Times New Roman",Font.PLAIN,(int)(11*adjx))); 
     g.drawString("I/P CONTACTOR",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+59+15)*adjy));
   g.drawString("CHARGING CONTACTOR",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+81+16)*adjy));
   g.drawString("DC LINK VOLTAGE",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+108+10)*adjy));
   g.drawString("SLG NODE",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+135+4)*adjy));
  g.drawString("ALG NODE",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+160)*adjy));
  g.drawString("TE/BE REF",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+189-7)*adjy));
  g.drawString("TE/BE ACTUAL",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+216+18-30)*adjy));
 }
  public void screens (Graphics g,Graphics2D g2){

g2.setStroke(new BasicStroke(1));
g.setColor(Color.black);
g.fillRect( (int)(screens_border[0]*adjx),(int)(screens_border[1]*adjy),(int)(screens_border[2]*adjx),(int)(screens_border[3]*adjy));// screens  Boarder

g.setColor(Color.gray);
g.drawRect( (int)(screens_border[0]*adjx),(int)(screens_border[1]*adjy),(int)(screens_border[2]*adjx),(int)(screens_border[3]*adjy));// screens  Boarder

g.setFont(new Font("Times New Roman",Font.PLAIN,15));

// Color d = new Color(194,194,194);//163,224,255
g.setColor(d);

 g.fill3DRect((int)(369*adjx),(int)(84*adjy),(int)(110*adjx),(int)(25*adjy),true);

 g.fill3DRect( (int)(screens_display[0]*adjx),(int)(screens_display[1]*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx,mainpowery,mainpowerw,mainpowerh,true); // for panto 1
 g.fill3DRect( (int)(screens_display[0]*adjx),(int)((screens_display[1]+27)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx,mainpowery+27,mainpowerw,mainpowerh,true); // for panto 2
 g.fill3DRect( (int)(screens_display[0]*adjx),(int)((screens_display[1]+54)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx,mainpowery+54,mainpowerw,mainpowerh,true); // for Driver Switch for panto
 g.fill3DRect( (int)(screens_display[0]*adjx),(int)((screens_display[1]+81)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

//  g.fill3DRect(mainpowerx,mainpowery+81,mainpowerw,mainpowerh,true); // Minimum Voltage Relay
 g.fill3DRect( (int)(screens_display[0]*adjx),(int)((screens_display[1]+108)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx,mainpowery+108,mainpowerw,mainpowerh,true); // Hotel Load
 g.fill3DRect( (int)(screens_display[0]*adjx),(int)((screens_display[1]+135)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx,mainpowery+135,mainpowerw,mainpowerh,true);
 g.fill3DRect( (int)(screens_display[0]*adjx),(int)((screens_display[1]+162)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder
 g.fill3DRect( (int)((screens_display[0])*adjx),(int)((screens_display[1]+189)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

//   g.fill3DRect(mainpowerx,mainpowery+162,mainpowerw,mainpowerh,true);

g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1])*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder
 // g.fill3DRect(mainpowerx+205,mainpowery,mainpowerw,mainpowerh,true); // for panto 1
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+27)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

//g.fill3DRect(mainpowerx+205,mainpowery+27,mainpowerw,mainpowerh,true); // for panto 2
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+54)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx+205,mainpowery+54,mainpowerw,mainpowerh,true); // for Driver Switch for panto
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+81)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

//  g.fill3DRect(mainpowerx+205,mainpowery+81,mainpowerw,mainpowerh,true); // Minimum Voltage Relay
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+108)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx+205,mainpowery+108,mainpowerw,mainpowerh,true); // Hotel Load
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+135)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx+205,mainpowery+135,mainpowerw,mainpowerh,true); // Battery Voltage
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+162)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder
g.fill3DRect( (int)((screens_display[0]+205)*adjx),(int)((screens_display[1]+189)*adjy),(int)(screens_display[2]*adjx),(int)(screens_display[3]*adjy),true);// screens  Boarder

// g.fill3DRect(mainpowerx+205,mainpowery+162,mainpowerw,mainpowerh,true);
/* g.fill3DRect(mainpowerx+195,252,mainpowerw,mainpowerh,true); // Aux winding voltage
g.fill3DRect(mainpowerx,279,mainpowerw,mainpowerh,true); // Aux winding Current
g.fill3DRect(mainpowerx,306,mainpowerw,mainpowerh,true); // DC link voltage
g.fill3DRect(mainpowerx,333,mainpowerw,mainpowerh,true);*/

//* 2nd colomn*//
 //g.setColor(Color.gray);
 // Battery Voltage
/* g.fill3DRect(mainpowerx,252,mainpowerw,mainpowerh,true); // Aux winding voltage
g.fill3DRect(mainpowerx,279,mainpowerw,mainpowerh,true); // Aux winding Current
g.fill3DRect(mainpowerx,306,mainpowerw,mainpowerh,true); // DC link voltage
g.fill3DRect(mainpowerx,333,mainpowerw,mainpowerh,true);*/

g.setColor(Color.yellow);
g.drawString("SCREENS",(int)(392*adjx),(int)(102*adjy));
g.setColor(Color.black);
g.setFont(new Font("Times New Roman",Font.PLAIN,(int)(11*adjx)));
g.drawString("POWER CIRCUIT",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+18)*adjy));
g.drawString("AUXILIARY CONVERTER",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+27+18)*adjy));
g.drawString("TRACTION MOTOR",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+54+18)*adjy));
g.drawString("HARMONIC FILTER & HOTEL LOAD",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+81+18)*adjy));
g.drawString("AUXILIARY MACHINES",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+108+18)*adjy));
g.drawString("SUB-SYSTEM ISOLATION",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+135+18)*adjy));
g.drawString("TRACTION/BRAKING",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+162+18)*adjy));
g.drawString("INPUT SIGNALS",(int)((screens_display[0]+5)*adjx),(int)((screens_display[1]+189+18)*adjy));

g.drawString("BRAKE SYSTEM",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+18)*adjy));
g.drawString("TEMPERATURES",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+27+18)*adjy));
g.drawString("OIL PRESSURES",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+54+18)*adjy));
g.drawString("CONFIG SWITCHES",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+81+18)*adjy));
g.drawString("WHEEL DIAMETER",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+108+18)*adjy));
g.drawString("KM EARNED & ENERGY",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+135+18)*adjy));
g.drawString("SOFTWARE VERSION",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+162+18)*adjy));
g.drawString("OUTPUT SIGNALS",(int)((screens_display[0]+205+15)*adjx),(int)((screens_display[1]+189+18)*adjy));


} 
}



import java.awt.*;
import java.awt.event.ActionEvent;

import javax.swing.*;

import java.util.Calendar;
class Subsystem  extends Constants  {
 public void subsystem(Graphics g,Graphics2D g2, int subsysstatus) {

  substatus[2] = 1;
  substatus[7] = 1;

  for(int i = 0;i<19;i++){
  g2.setFont(new Font("Times New Roman",Font.PLAIN,10));
  g2.setStroke(new BasicStroke(3));
  if(substatus[i] == 0){
   g.setColor(Green);  
   g.fillRoundRect((int)(subsystem[i][0]*adjx),(int)((subsystem[i][1]+1)*adjy),(int)(subsystem[i][2]*adjx),(int)((subsystem[i][3]-1)*adjy),(int)(0*adjx),(int)(0*adjy) );  
   g.draw3DRect((int)(subsystem[i][0]*adjx),(int)(subsystem[i][1]*adjy),(int)(subsystem[i][2]*adjx),(int)(subsystem[i][3]*adjy),true); 
   g.setColor(Color.black);
   g.drawString(subsystem_string[i],(int)((subsystem[i][0]-9+(subw/2))*adjx),(int)((subsystem[i][1]+(subh/2)+5)*adjy));

  }
  else{
   g.setColor(Red);  
   g.fillRoundRect((int)(subsystem[i][0]*adjx),(int)((subsystem[i][1]+1)*adjy),(int)(subsystem[i][2]*adjx),(int)((subsystem[i][3]-1)*adjy),(int)(0*adjx),(int)(0*adjy)  );  
   g.draw3DRect((int)(subsystem[i][0]*adjx),(int)(subsystem[i][1]*adjy),(int)(subsystem[i][2]*adjx),(int)(subsystem[i][3]*adjy),true); 
   g.setColor(Color.white);
   g.drawString(subsystem_string[i],(int)((subsystem[i][0]-9+(subw/2))*adjx),(int)((subsystem[i][1]+(subh/2)+5)*adjy));

  }


  } 
  g.setColor(Color.yellow);
  //g.draw3DRect((int)(),true); 
  //g.setColor(Color.white);
  //g.drawString(subsystem_string[i],(int)((subsystem[i][0]-9+(subw/2))*adjx),(int)((subsystem[i][1]+(subh/2)+5)*adjy));
 // g.fillRoundRect(42,366,37,29,0,0);
  g.fillRoundRect((int)(subsystem[19][0]*adjx),(int)((subsystem[19][1]+1)*adjy),(int)((subsystem[19][2]+1)*adjx),(int)((subsystem[19][3]-1)*adjy),(int)(0*adjx),(int)(0*adjy)  );  
  g.draw3DRect((int)(subsystem[19][0]*adjx),(int)((subsystem[19][1]+1)*adjy),(int)((subsystem[19][2]+1)*adjx),(int)((subsystem[19][3]-1)*adjy),true  );  

 // g.draw3DRect((int)(44*adjx),(int)(338*adjy),(int)(32*adjx),(int)(25*adjy),true);
  g2.setFont(new Font("Times New Roman",Font.PLAIN,(int)(9*adjx)));
  g.setColor(Color.black);
  g.drawString("SCREEN",(int)((subsystem[19][0]-15+(subw/2))*adjx),(int)((subsystem[19][1]+(subh/2)+5)*adjy));
 }
}



import  java.awt.*;

import javax.swing.*;

import java.awt.event.*;
public class TestMain extends Constants{




 public static void main(String[] args) {
 TestMain TM = new TestMain();
      TM. init();




 } // End of main program

 public void init(){

  setDefaultCloseOperation( JFrame.EXIT_ON_CLOSE );
  setSize((int)xpix,(int)ypix); 
  setUndecorated(true);
  show();

  addMouseListener( new MouseAdapter() {
   public void mouseClicked (MouseEvent me) {

    xpos = me.getX();
    ypos = me.getY();

    // Check if the click was inside the rectangle area.
    if(xpos > rect20xco && xpos < rect20xco+rect20width && ypos >rect20yco && ypos < rect20yco+rect20height) 
    {
     rect20Clicked = true;
     System.out.println("rect20="+rect20Clicked);

     repaint(); 
    }
    else 
      {
     rect20Clicked = false;

   repaint();

     }

    if (xpos > rect1xco && xpos < rect1xco+rect1width && ypos >rect1yco && ypos < rect1yco+rect1height) 

    { rect1Clicked = true;


     repaint();

    }


    else 
     rect1Clicked = false;

   repaint();

}
   public void mouseEntered (MouseEvent m) {}
   public void mouseExited (MouseEvent m) {}
   public void mousePressed (MouseEvent m) {}
   public void mouseReleased (MouseEvent m) {}
  }




 );   
 }

 public void paint(Graphics g) { 

  Graphics2D g2=(Graphics2D)g;
  g.setColor( dackground );      // background color
  g.fillRect( 0, 0, getWidth(), getHeight() ); // To draw (xpix X ypix) Frame
  g.setColor(Color.white);
  g.drawRect( 1, 1, getWidth()-3, getHeight()-3 );  //  To Draw Outer most Rect

  Subsystem SB= new Subsystem();
  SB.subsystem(g,g2,subsysystatus);
   mainpower MP= new mainpower();
   if(rect20Clicked){
   // int scr1=1;
    MP.screens(g,g2);

    //rect20Clicked=true ;
   }

   if(rect1Clicked ){
    System.out.println(scrn);

    MP.powercircuit(g,g2);

     }

 }

}

Hi i have written one small program explains abt screen display and mouse action when i execute.. but the thing is when i simply click on power ckt area before opening screen , it will execute.. but it shouldn't happen.. pl tell me how to perform ..

Regards, Pratibha

A: 

Please replace your code sample with the smallest possible fully-working code that demonstrates the problem.

Note that reducing such problems to the smallest possible example is generally a good way to solve these types of problems yourself anyway.

Steve McLeod  2010-09-04 10:42:58
Good advice, but this should be a comment.
Bill the Lizard  2010-09-04 12:20:32

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