import java.awt.*; import java.awt.event.*; public class DetailedAntenna extends Frame implements ActionListener, AdjustmentListener, ItemListener, MouseListener, WindowListener{ //About about; Instructions instructions; Panel instrFrame; TitlePanel titlepanel; NewGuideCanvas rwc; NewGuideCanvas2 rwc2; NewGuideInputPanel inputpanel; NewGuideInputPanel2 inputpanel2; NewGuide_State state; SetRangePanel a_panel, frequency_panel, current_panel, distance_panel; NewGuideControlPanel rwconp; NewGuideOutputPanel outputpanel; NewGuideOutputPanel2 outputpanel2; NewGuideOutputPanel3 outputpanel3; NewGuideOutputPanel4 outputpanel4; NewGuideOutputPanel5 outputpanel5; NewGuideOutputPanel6 outputpanel6; NewGuideOutputPanel7 outputpanel7; NewGuideOutputPanel8 outputpanel8; NewGuideOutputPanel9 outputpanel9; NewGuideOutputPanel10 outputpanel10; NewGuideOutputPanel11 outputpanel11; NewGuideOutputPanel12 outputpanel12; NewGuideOutputPanel13 outputpanel13; NewGuideOutputPanel14 outputpanel14; NewGuideOutputPanel15 outputpanel15; NewGuideOutputPanel16 outputpanel16; NewGuideOutputPanel17 outputpanel17; NewGuideOutputPanel18 outputpanel18; NewGuideGraphCanvasDir rwcca; NewGuideGraphCanvasRadRes rwccb; NewGuideGraphCanvasRadReac rwccb2; NewGuideGraphCanvasInRes rwccd; NewGuideGraphCanvasInReac rwccd2; NewGuideGraphCanvasF rwccf; NewGuideGraphCanvasG rwccg; NewGuideGraphCanvasH rwcch; NewGuideGraphCanvasJ rwccj; NewGuideGraphCanvasK rwcck; NewGuideGraphCanvasL rwccl; NewGuideGraphCanvasM rwccm; NewGuideGraphCanvasN rwccn; NewGuideGraphCanvasO rwcco; NewGuideGraphCanvasP rwccp; NewGuideGraphCanvasQ rwccq; NewGuideGraphCanvasR rwccr; NewGuideGraphCanvasS rwccs; NewGuideGraphCanvasT rwcct; NewGuideGraphCanvasU rwccu; NewGuideGraphCanvasV rwccv; NewGuideGraphCanvasW rwccw; ControlPanel3D cp3D; public int xmove = 10; public int ymove = 34; /** * Initializes the applet. You never need to call this directly; it is * called automatically by the system once the applet is created. */ public static void main(String[] args){ DetailedAntenna f = new DetailedAntenna(); int xxmove = 20; int yymove = 41; f.setSize(626+xxmove,573+yymove); f.setVisible(true); f.setLayout(null); } public DetailedAntenna() { //int xmove = 10; //int ymove = 34; setLayout(null); String lcOSName = System.getProperty("os.name").toLowerCase(); boolean MAC_OS_X = lcOSName.startsWith("mac os x"); boolean PC_OS = lcOSName.startsWith("windows"); TheFonts.setMAC_OS_X(MAC_OS_X); TheFonts.setPC_OS(PC_OS); titlepanel = new TitlePanel("Module 9.3","Detailed Analysis of Linear Antenna"); //add(titlepanel); titlepanel.setBounds(10+xmove,9+ymove,300,41); instructions = new Instructions(); //instructions.setBounds(9,9,608,552); instructions.setBounds(11+xmove,261+ymove,604,298); //instructions.setVisible(false); instrFrame = new Panel(); instrFrame.setBackground(Color.black); instrFrame.setBounds(10+xmove,260+ymove,606,300); //instrFrame.setVisible(false); state = new NewGuide_State(); rwc = new NewGuideCanvas(); //add(rwc); rwc.setBounds(12+xmove,56+ymove,297,198); rwc.setVisible(true); rwc2 = new NewGuideCanvas2(); //add(rwc2); rwc2.setBounds(317+xmove,56+ymove,297,198); rwc2.setVisible(false); inputpanel = new NewGuideInputPanel(state); //add(inputpanel); inputpanel.setBounds(12+xmove,262+ymove,296,296); inputpanel.setVisible(true); inputpanel2 = new NewGuideInputPanel2(state); //add(inputpanel2); inputpanel2.setBounds(12+xmove,262+ymove,296,296); inputpanel2.setVisible(false); rwccq = new NewGuideGraphCanvasQ(state); //add(rwccq); rwccq.setVisible(false); // CHANGE ============================================================== rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //====================================================================== outputpanel = new NewGuideOutputPanel(state); //add(outputpanel); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel.setVisible(true); outputpanel2 = new NewGuideOutputPanel2(state); //add(outputpanel2); outputpanel2.setBounds(12+xmove,262+ymove,296,296); outputpanel2.setVisible(false); outputpanel3 = new NewGuideOutputPanel3(state); //add(outputpanel3); outputpanel3.setBounds(317+xmove,262+ymove,296,296); outputpanel3.setVisible(false); outputpanel4 = new NewGuideOutputPanel4(state); //add(outputpanel4); outputpanel4.setBounds(12+xmove,262+ymove,296,296); outputpanel4.setVisible(false); outputpanel5 = new NewGuideOutputPanel5(state); //add(outputpanel5); outputpanel5.setBounds(317+xmove,262+ymove,296,296); outputpanel5.setVisible(false); outputpanel6 = new NewGuideOutputPanel6(state); //add(outputpanel6); outputpanel6.setBounds(12+xmove,262+ymove,296,296); outputpanel6.setVisible(false); outputpanel7 = new NewGuideOutputPanel7(state); //add(outputpanel7); outputpanel7.setBounds(317+xmove,262+ymove,296,296); outputpanel7.setVisible(false); outputpanel8 = new NewGuideOutputPanel8(state); //add(outputpanel8); outputpanel8.setBounds(12+xmove,262+ymove,296,296); outputpanel8.setVisible(false); outputpanel9 = new NewGuideOutputPanel9(state); //add(outputpanel9); outputpanel9.setBounds(317+xmove,262+ymove,296,296); outputpanel9.setVisible(false); outputpanel10 = new NewGuideOutputPanel10(state); //add(outputpanel10); outputpanel10.setBounds(12+xmove,262+ymove,296,296); outputpanel10.setVisible(false); outputpanel11 = new NewGuideOutputPanel11(state); //add(outputpanel11); outputpanel11.setBounds(317+xmove,262+ymove,296,296); outputpanel11.setVisible(false); outputpanel12 = new NewGuideOutputPanel12(state); //add(outputpanel12); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); //outputpanel12.setBounds(317,262,296,296); outputpanel12.setVisible(false); outputpanel13 = new NewGuideOutputPanel13(state); //add(outputpanel13); outputpanel13.setBounds(12+xmove,262+ymove,296,296); outputpanel13.setVisible(false); outputpanel14 = new NewGuideOutputPanel14(state); //add(outputpanel14); outputpanel14.setBounds(317+xmove,262+ymove,296,296); outputpanel14.setVisible(false); outputpanel15 = new NewGuideOutputPanel15(state); //add(outputpanel15); //outputpanel15.setBounds(12,262,296,296); outputpanel15.setBounds(317+xmove,262+ymove,296,296); outputpanel15.setVisible(false); outputpanel16 = new NewGuideOutputPanel16(state); //add(outputpanel16); outputpanel16.setBounds(12+xmove,262+ymove,296,296); //outputpanel16.setBounds(317,262,296,296); outputpanel16.setVisible(false); outputpanel17 = new NewGuideOutputPanel17(state); //add(outputpanel17); //outputpanel17.setBounds(12,262,296,296); outputpanel17.setBounds(317+xmove,262+ymove,296,296); outputpanel17.setVisible(false); outputpanel18 = new NewGuideOutputPanel18(state); //add(outputpanel18); outputpanel18.setBounds(12+xmove,262+ymove,296,296); //outputpanel18.setBounds(317,262,296,296); outputpanel18.setVisible(false); /* outputpanel.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); */ frequency_panel = new SetRangePanel("Frequency","[ Hz ]"); //add(frequency_panel); frequency_panel.setBounds(12+xmove,262+ymove,296,296); frequency_panel.setVisible(false); frequency_panel.setMinimum(state.frequency_minimum); frequency_panel.setMaximum(state.frequency_maximum); frequency_panel.setBackg(new Color(236,236,221)); a_panel = new SetRangePanel("Antenna Length L ",""); //add(a_panel); a_panel.setBounds(12+xmove,262+ymove,296,296); a_panel.setVisible(false); a_panel.setMinimum(state.a_minimum); a_panel.setMaximum(state.a_maximum); a_panel.setBackg(new Color(236,236,221)); current_panel = new SetRangePanel("Maximum Current I ","[ A ]"); //add(current_panel); current_panel.setBounds(12+xmove,262+ymove,296,296); current_panel.setVisible(false); current_panel.setMinimum(state.currentin_minimum); current_panel.setMaximum(state.currentin_maximum); current_panel.setBackg(new Color(236,236,221)); distance_panel = new SetRangePanel("Radial Distance r ",""); //add(distance_panel); distance_panel.setBounds(12+xmove,262+ymove,296,296); distance_panel.setVisible(false); distance_panel.setMinimum(state.distance_minimum); distance_panel.setMaximum(state.distance_maximum); distance_panel.setBackg(new Color(236,236,221)); rwconp = new NewGuideControlPanel(); //add(rwconp); rwconp.setBounds(317+xmove,12+ymove,296,36); cp3D = new ControlPanel3D(state); //add(cp3D); cp3D.setVisible(false); cp3D.setBounds(317+xmove,57+ymove,296,196); rwcca = new NewGuideGraphCanvasDir(state); //add(rwcca); rwcca.setVisible(true); rwcca.setBounds(317+xmove,57+ymove,296,196); rwccb = new NewGuideGraphCanvasRadRes(state); //add(rwccb); rwccb.setVisible(false); rwccb.setBounds(317+xmove,57+ymove,296,196); rwccb2 = new NewGuideGraphCanvasRadReac(state); //add(rwccb2); rwccb2.setVisible(false); rwccb2.setBounds(317+xmove,57+ymove,296,196); rwccd = new NewGuideGraphCanvasInRes(state); //add(rwccd); rwccd.setVisible(false); rwccd.setBounds(317+xmove,57+ymove,296,196); rwccd2 = new NewGuideGraphCanvasInReac(state); //add(rwccd2); rwccd2.setVisible(false); rwccd2.setBounds(317+xmove,57+ymove,296,196); rwccf = new NewGuideGraphCanvasF(state); //add(rwccf); rwccf.setVisible(false); rwccf.setBounds(12+xmove,262+ymove,296,296); rwccg = new NewGuideGraphCanvasG(state); //add(rwccg); rwccg.setVisible(false); rwccg.setBounds(317+xmove,262+ymove,296,296); rwcch = new NewGuideGraphCanvasH(state); //add(rwcch); rwcch.setVisible(false); rwcch.setBounds(12+xmove,262+ymove,296,296); rwccj = new NewGuideGraphCanvasJ(state); //add(rwccj); rwccj.setVisible(false); rwccj.setBounds(317+xmove,262+ymove,296,296); rwcck = new NewGuideGraphCanvasK(state); //add(rwcck); rwcck.setVisible(false); rwcck.setBounds(12+xmove,262+ymove,296,296); rwccl = new NewGuideGraphCanvasL(state); //add(rwccl); rwccl.setVisible(false); rwccl.setBounds(12+xmove,262+ymove,296,296); rwccm = new NewGuideGraphCanvasM(state); //add(rwccm); rwccm.setVisible(false); rwccm.setBounds(12+xmove,262+ymove,296,296); rwccn = new NewGuideGraphCanvasN(state); //add(rwccn); rwccn.setVisible(false); rwccn.setBounds(317+xmove,262+ymove,296,296); rwcco = new NewGuideGraphCanvasO(state); //add(rwcco); rwcco.setVisible(false); rwcco.setBounds(317+xmove,262+ymove,296,296); rwccp = new NewGuideGraphCanvasP(state); //add(rwccp); rwccp.setVisible(false); rwccp.setBounds(317+xmove,262+ymove,296,296); rwccr = new NewGuideGraphCanvasR(state); //add(rwccr); rwccr.setVisible(false); rwccr.setBounds(12+xmove,262+ymove,296,296); rwccs = new NewGuideGraphCanvasS(state); //add(rwccs); rwccs.setVisible(false); rwccs.setBounds(317+xmove,262+ymove,296,296); rwcct = new NewGuideGraphCanvasT(state); //add(rwcct); rwcct.setVisible(false); rwcct.setBounds(12+xmove,262+ymove,296,296); rwccu = new NewGuideGraphCanvasU(state); //add(rwccu); rwccu.setVisible(false); rwccu.setBounds(317+xmove,262+ymove,296,296); rwccv = new NewGuideGraphCanvasV(state); //add(rwccv); rwccv.setVisible(false); rwccv.setBounds(12+xmove,262+ymove,296,296); rwccw = new NewGuideGraphCanvasW(state); //add(rwccw); rwccw.setVisible(false); rwccw.setBounds(317+xmove,262+ymove,296,296); Panel p01 = new Panel(); p01.setBackground(Color.white); //add(p01); p01.setBounds(11+xmove,56+ymove,298,198); Panel p1 = new Panel(); p1.setBackground(Color.black); //add(p1); p1.setBounds(10+xmove,55+ymove,300,200); //backpanels for output panel Panel p20 = new Panel(); p20.setBackground(Color.white); //add(p20); p20.setBounds(316+xmove,261+ymove,298,298); Panel p2 = new Panel(); p2.setBackground(Color.black); //add(p2); p2.setBounds(315+xmove,260+ymove,300,300); //backpanels for control panel Panel p40 = new Panel(); p40.setBackground(Color.white); //add(p40); p40.setBounds(316+xmove,11+ymove,298,38); Panel p4 = new Panel(); p4.setBackground(Color.black); //add(p4); p4.setBounds(315+xmove,10+ymove,300,40); //backpanels for inputpanel Panel p50 = new Panel(); p50.setBackground(Color.white); //add(p50); p50.setBounds(11+xmove,261+ymove,298,298); Panel p5 = new Panel(); p5.setBackground(Color.black); //add(p5); p5.setBounds(10+xmove,260+ymove,300,300); //backpanel for cp3D Panel p60 = new Panel(); p60.setBackground(Color.white); //add(p60); p60.setBounds(316+xmove,56+ymove,298,198); Panel p6 = new Panel(); p6.setBackground(Color.black); //add(p6); p6.setBounds(315+xmove,55+ymove,300,200); //backpanels for applet Panel p0 = new Panel(); p0.setBackground(Color.cyan); //add(p0); p0.setBounds(3+xmove,3+ymove,620,564); Panel p00 = new Panel(); p00.setBackground(Color.black); //add(p00); p00.setBounds(xmove,ymove,626,570); //if(state.this_year > line.magicyear || (state.this_year == line.magicyear && state.this_month > line.magicmonth)){ // state.LicenseExpired = true; //} //else //{ //add(about); add(instructions); add(instrFrame); add(titlepanel); add(rwc); add(rwc2); add(inputpanel); add(inputpanel2); add(rwccq); add(outputpanel); add(outputpanel2); add(outputpanel3); add(outputpanel4); add(outputpanel5); add(outputpanel6); add(outputpanel7); add(outputpanel8); add(outputpanel9); add(outputpanel10); add(outputpanel11); add(outputpanel12); add(outputpanel13); add(outputpanel14); add(outputpanel15); add(outputpanel16); add(outputpanel17); add(outputpanel18); add(frequency_panel); add(a_panel); add(current_panel); add(distance_panel); add(rwconp); add(cp3D); add(rwcca); add(rwccb); add(rwccb2); add(rwccd); add(rwccd2); add(rwccf); add(rwccg); add(rwcch); add(rwccj); add(rwcck); add(rwccl); add(rwccm); add(rwccn); add(rwcco); add(rwccp); add(rwccr); add(rwccs); add(rwcct); add(rwccu); add(rwccv); add(rwccw); add(p01); add(p1); add(p20); add(p2); add(p40); add(p4); add(p50); add(p5); add(p60); add(p6); add(p0); add(p00); state.LicenseExpired = false; //} //Listeners this.addWindowListener(this); instructions.bupdate.addActionListener(this); rwconp.ch1.addItemListener(this); rwconp.ch2.addItemListener(this); cp3D.ch1.addItemListener(this); cp3D.ch2.addItemListener(this); cp3D.ch3.addItemListener(this); cp3D.cg1.addItemListener(this); cp3D.cg2.addItemListener(this); cp3D.cg3.addItemListener(this); cp3D.cg4.addItemListener(this); cp3D.cg5.addItemListener(this); cp3D.cplot1.addItemListener(this); cp3D.cplot2.addItemListener(this); cp3D.cplot3.addItemListener(this); cp3D.slider1.addAdjustmentListener(this); cp3D.bupdate.addActionListener(this); inputpanel.ch2.addItemListener(this); inputpanel.b1.addActionListener(this); inputpanel.b2.addActionListener(this); inputpanel.b3.addActionListener(this); inputpanel.b2a.addActionListener(this); inputpanel.b2b.addActionListener(this); inputpanel.b3a.addActionListener(this); inputpanel.b3b.addActionListener(this); inputpanel.b4a.addActionListener(this); inputpanel.b4b.addActionListener(this); inputpanel2.b2.addActionListener(this); inputpanel.slider1.addAdjustmentListener(this); inputpanel.slider2.addAdjustmentListener(this); inputpanel.slider3.addAdjustmentListener(this); inputpanel2.slider1.addAdjustmentListener(this); inputpanel2.slider2.addAdjustmentListener(this); inputpanel2.slider3.addAdjustmentListener(this); inputpanel2.slider10.addAdjustmentListener(this); inputpanel2.slider30.addAdjustmentListener(this); inputpanel.bupdate.addActionListener(this); inputpanel2.bupdate.addActionListener(this); a_panel.b1.addActionListener(this); frequency_panel.b1.addActionListener(this); current_panel.b1.addActionListener(this); distance_panel.b1.addActionListener(this); state.ignition(); rwccq.repaint(); } /* public void paint(Graphics g){ Font licensefont = new Font("SanSerif",Font.BOLD,18); g.setColor(Color.white); g.fillRect(0,0,945,765); if(state.LicenseExpired){ g.setFont(licensefont); g.setColor(Color.red); g.drawString("The software license has expired.", 50, 200); g.setColor(Color.black); g.drawString("Obtain updated files from www.amanogawa.com", 50, 230); } } */ public void paint(Graphics g){ Font licensefont = new Font("SanSerif",Font.BOLD,18); Font fonto = new Font("SanSerif",Font.PLAIN,12); Font fontc = new Font("SanSerif",Font.BOLD,16); Graphics2D g2d = (Graphics2D)g; //g.setColor(Color.white); //g.fillRect(0,0,626,595); /* if(state.LicenseExpired){ g.setFont(licensefont); g.setColor(Color.red); g.drawString("The software license has expired.", 50, 200); g.setColor(Color.black); g.drawString("Obtain updated files from www.amanogawa.com", 50, 230); } g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_ON); int annonuovo = 2006; int anno = 2006; if(anno > state.this_year){ annonuovo = anno; } else{ annonuovo = state.this_year; } */ //g.setColor(Color.red.darker()); //g.setFont(fontc); //g.drawString("\u00a9",10,587); //g.setFont(fonto); //g.drawString("Amanogawa, "+annonuovo+" - All Rights Reserved",30,585); } public void windowClosing(WindowEvent e) { dispose(); System.exit(0); } public void windowOpened(WindowEvent evt){} public void windowIconified(WindowEvent evt){} public void windowClosed(WindowEvent evt){} public void windowDeiconified(WindowEvent evt){} public void windowActivated(WindowEvent evt){} public void windowDeactivated(WindowEvent evt){} public void adjustmentValueChanged(AdjustmentEvent evt){ if(evt.getSource()==inputpanel.slider1 || evt.getSource()==inputpanel.slider2 || evt.getSource()==inputpanel.slider3){ state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setYRangeMax(state.currentMAX); rwccq.setYRangeMin(-state.currentMAX); //rwccq.setYRangeMin(0.0); rwccq.plotZeroLine(true); rwccq.plotRefPoint(false); if(state.currentMAX >= 1.0){ rwccq.setLabels("Current Distribution"," [ A ]","z"); state.currentNormalization = 1.0; } else if(state.currentMAX >= 1.0e-3 && state.currentMAX < 1.0){ rwccq.setLabels("Current Distribution"," [ mA ]","z"); state.currentNormalization = 1.0e3; } else if(state.currentMAX >= 1.0e-6 && state.currentMAX < 1.0e-3){ rwccq.setLabels("Current Distribution"," [ \u00b5A ]","z"); state.currentNormalization = 1.0e6; } else if(state.currentMAX >= 1.0e-9 && state.currentMAX < 1.0e-6){ rwccq.setLabels("Current Distribution"," [ nA ]","z"); state.currentNormalization = 1.0e9; } else if(state.currentMAX >= 1.0e-12 && state.currentMAX < 1.0e-9){ rwccq.setLabels("Current Distribution"," [ pA ]","z"); state.currentNormalization = 1.0e12; } else if(state.currentMAX < 1.0e-12){ rwccq.setLabels("Current Distribution"," [ fA ]","z"); state.currentNormalization = 1.0e15; } rwccq.plot(state.zposLarge,state.currentMLarge,state.currentNormalization,state.currentMIN,state.currentin); rwccq.ignition(); rwccq.repaint(); rwcca.setYRangeMax(state.DVMax); rwcca.setYRangeMin(0.0); rwcca.plotZeroLine(false); rwcca.plotRefPoint(true); rwcca.setLabels("Directivity","","Dipole Length",""); rwcca.setRefPoint(state.a); rwcca.plot(state.leng,state.DVector, state.IsDirectivity); rwcca.ignition(); rwcca.repaint(); rwccb.setYRangeMax(state.RVMax); rwccb.setYRangeMin(0.0); rwccb.plotZeroLine(false); rwccb.plotRefPoint(true); rwccb.setLabels("Radiation Resistance","","Dipole Length",""); rwccb.setRefPoint(state.a); rwccb.plot(state.leng,state.RVector, state.IsDirectivity); rwccb.ignition(); rwccb.repaint(); rwccb2.setYRangeMax(state.XVMax); rwccb2.setYRangeMin(state.XVMin); rwccb2.plotZeroLine(true); rwccb2.plotRefPoint(true); rwccb2.setLabels("Self Reactance","","Dipole Length",""); rwccb2.setRefPoint(state.a); rwccb2.plot(state.leng,state.XVector, state.IsDirectivity); rwccb2.ignition(); rwccb2.repaint(); rwccd.setYRangeMax(state.RinVMax); rwccd.setYRangeMin(0.0); rwccd.plotZeroLine(false); rwccd.plotRefPoint(true); rwccd.setLabels("Input Resistance","","Dipole Length",""); rwccd.setRefPoint(state.a); rwccd.plot(state.leng,state.RinVector, state.RVector, state.IsDirectivity); rwccd.ignition(); rwccd.repaint(); rwccd2.setYRangeMax(state.XinVMax); rwccd2.setYRangeMin(state.XinVMin); rwccd2.plotZeroLine(true); rwccd2.plotRefPoint(true); rwccd2.setLabels("Input Reactance","","Dipole Length",""); rwccd2.setRefPoint(state.a); rwccd2.plot(state.leng,state.XinVector, state.XVector, state.IsDirectivity); rwccd2.ignition(); rwccd2.repaint(); rwc.setFrequency(state.frequency); rwc.setEpsilon(state.epsilon_r); rwc.setAntennaLength(state.DipoleLength_lambda); rwc.setAntennaRadius(state.wire_radius); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); } else if(evt.getSource()==inputpanel2.slider1 || evt.getSource()==inputpanel2.slider2 || evt.getSource()==inputpanel2.slider3 || evt.getSource()==inputpanel2.slider10 || evt.getSource()==inputpanel2.slider30){ state.ignition(); //state.scan_coefficients(); state.scanCurrent(); inputpanel2.repaint(); cp3D.slider1.setValue((int)(state.phi_angle)); cp3D.repaint(); rwccq.setYRangeMax(state.currentMAX); rwccq.setYRangeMin(-state.currentMAX); //rwccq.setYRangeMin(0.0); rwccq.plotZeroLine(true); rwccq.plotRefPoint(false); if(state.currentMAX >= 1.0){ rwccq.setLabels("Current Distribution"," [ A ]","z"); state.currentNormalization = 1.0; } else if(state.currentMAX >= 1.0e-3 && state.currentMAX < 1.0){ rwccq.setLabels("Current Distribution"," [ mA ]","z"); state.currentNormalization = 1.0e3; } else if(state.currentMAX >= 1.0e-6 && state.currentMAX < 1.0e-3){ rwccq.setLabels("Current Distribution"," [ \u00b5A ]","z"); state.currentNormalization = 1.0e6; } else if(state.currentMAX >= 1.0e-9 && state.currentMAX < 1.0e-6){ rwccq.setLabels("Current Distribution"," [ nA ]","z"); state.currentNormalization = 1.0e9; } else if(state.currentMAX >= 1.0e-12 && state.currentMAX < 1.0e-9){ rwccq.setLabels("Current Distribution"," [ pA ]","z"); state.currentNormalization = 1.0e12; } else if(state.currentMAX < 1.0e-12){ rwccq.setLabels("Current Distribution"," [ fA ]","z"); state.currentNormalization = 1.0e15; } rwccq.plot(state.zposLarge,state.currentMLarge,state.currentNormalization,state.currentMIN,state.currentin); rwccq.ignition(); rwccq.repaint(); rwc.setFrequency(state.frequency); rwc.setEpsilon(state.epsilon_r); rwc.setAntennaLength(state.DipoleLength_lambda); rwc.setAntennaRadius(state.wire_radius); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); cp3D.text3.setText(""+state.point_distance); cp3D.repaint(); } if(evt.getSource()==cp3D.slider1){ state.ignition(); state.ignition(); rwccf.ignition(); rwccf.repaint(); rwccg.ignition(); rwccg.repaint(); rwcch.ignition(); rwcch.repaint(); rwccj.ignition(); rwccj.repaint(); rwcck.ignition(); rwcck.repaint(); rwccl.ignition(); rwccl.repaint(); rwccm.ignition(); rwccm.repaint(); rwccn.ignition(); rwccn.repaint(); rwcco.ignition(); rwcco.repaint(); rwccp.ignition(); rwccp.repaint(); rwccr.ignition(); rwccr.repaint(); rwccs.ignition(); rwccs.repaint(); cp3D.repaint(); } } public void mouseClicked(MouseEvent evt){/*myEventHandler(evt);*/} public void mouseEntered(MouseEvent evt){ } public void mouseExited(MouseEvent evt) { } //public void mousePressed(MouseEvent evt) {rwcc.repaint();} public void mouseReleased(MouseEvent evt) { } public void mousePressed(MouseEvent evt) { } public void actionPerformed(ActionEvent evt){ if(evt.getSource()==inputpanel.b2a || evt.getSource()==inputpanel.b2b || evt.getSource()==inputpanel.b3a || evt.getSource()==inputpanel.b3b || evt.getSource()==inputpanel.b4a || evt.getSource()==inputpanel.b4b ) { state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setYRangeMax(state.currentMAX); rwccq.setYRangeMin(-state.currentMAX); //rwccq.setYRangeMin(0.0); rwccq.plotZeroLine(true); rwccq.plotRefPoint(false); if(state.currentMAX >= 1.0){ rwccq.setLabels("Current Distribution"," [ A ]","z"); state.currentNormalization = 1.0; } else if(state.currentMAX >= 1.0e-3 && state.currentMAX < 1.0){ rwccq.setLabels("Current Distribution"," [ mA ]","z"); state.currentNormalization = 1.0e3; } else if(state.currentMAX >= 1.0e-6 && state.currentMAX < 1.0e-3){ rwccq.setLabels("Current Distribution"," [ \u00b5A ]","z"); state.currentNormalization = 1.0e6; } else if(state.currentMAX >= 1.0e-9 && state.currentMAX < 1.0e-6){ rwccq.setLabels("Current Distribution"," [ nA ]","z"); state.currentNormalization = 1.0e9; } else if(state.currentMAX >= 1.0e-12 && state.currentMAX < 1.0e-9){ rwccq.setLabels("Current Distribution"," [ pA ]","z"); state.currentNormalization = 1.0e12; } else if(state.currentMAX < 1.0e-12){ rwccq.setLabels("Current Distribution"," [ fA ]","z"); state.currentNormalization = 1.0e15; } rwccq.plot(state.zposLarge,state.currentMLarge,state.currentNormalization,state.currentMIN,state.currentin); rwccq.ignition(); rwccq.repaint(); rwcca.setYRangeMax(state.DVMax); rwcca.setYRangeMin(0.0); rwcca.plotZeroLine(false); rwcca.plotRefPoint(true); rwcca.setLabels("Directivity","","Dipole Length",""); rwcca.setRefPoint(state.a); rwcca.plot(state.leng,state.DVector, state.IsDirectivity); rwcca.ignition(); rwcca.repaint(); rwccb.setYRangeMax(state.RVMax); rwccb.setYRangeMin(0.0); rwccb.plotZeroLine(false); rwccb.plotRefPoint(true); rwccb.setLabels("Radiation Resistance","","Dipole Length",""); rwccb.setRefPoint(state.a); rwccb.plot(state.leng,state.RVector, state.IsDirectivity); rwccb.ignition(); rwccb.repaint(); rwccb2.setYRangeMax(state.XVMax); rwccb2.setYRangeMin(state.XVMin); rwccb2.plotZeroLine(true); rwccb2.plotRefPoint(true); rwccb2.setLabels("Self Reactance","","Dipole Length",""); rwccb2.setRefPoint(state.a); rwccb2.plot(state.leng,state.XVector, state.IsDirectivity); rwccb2.ignition(); rwccb2.repaint(); rwccd.setYRangeMax(state.RinVMax); rwccd.setYRangeMin(0.0); rwccd.plotZeroLine(false); rwccd.plotRefPoint(true); rwccd.setLabels("Input Resistance","","Dipole Length",""); rwccd.setRefPoint(state.a); rwccd.plot(state.leng,state.RinVector, state.RVector, state.IsDirectivity); rwccd.ignition(); rwccd.repaint(); rwccd2.setYRangeMax(state.XinVMax); rwccd2.setYRangeMin(state.XinVMin); rwccd2.plotZeroLine(true); rwccd2.plotRefPoint(true); rwccd2.setLabels("Input Reactance","","Dipole Length",""); rwccd2.setRefPoint(state.a); rwccd2.plot(state.leng,state.XinVector, state.XVector, state.IsDirectivity); rwccd2.ignition(); rwccd2.repaint(); rwc.setFrequency(state.frequency); rwc.setEpsilon(state.epsilon_r); rwc.setAntennaLength(state.DipoleLength_lambda); rwc.setAntennaRadius(state.wire_radius); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); } //if(evt.getSource()==about.bupdate){ // about.setVisible(false); if (evt.getSource()==instructions.bupdate){ instructions.setVisible(false); instrFrame.setVisible(false); if(state.ShowWhich == 1){ rwconp.ch2.select(" Set Antenna Parameters"); } else if(state.ShowWhich == 2){ rwconp.ch2.select(" Scan Fields and Power"); } else if(state.ShowWhich == 3){ rwconp.ch2.select(" Plot Current Distribution"); } else if(state.ShowWhich == 4){ rwconp.ch2.select(" Plot Field Distribution"); } } if(evt.getSource()==inputpanel.bupdate){ state.ignition(); state.scan_coefficients(); state.scanCurrent(); rwccq.setYRangeMax(state.currentMAX); rwccq.setYRangeMin(-state.currentMAX); //rwccq.setYRangeMin(0.0); rwccq.plotZeroLine(true); rwccq.plotRefPoint(false); if(state.currentMAX >= 1.0){ rwccq.setLabels("Current Distribution"," [ A ]","z"); state.currentNormalization = 1.0; } else if(state.currentMAX >= 1.0e-3 && state.currentMAX < 1.0){ rwccq.setLabels("Current Distribution"," [ mA ]","z"); state.currentNormalization = 1.0e3; } else if(state.currentMAX >= 1.0e-6 && state.currentMAX < 1.0e-3){ rwccq.setLabels("Current Distribution"," [ \u00b5A ]","z"); state.currentNormalization = 1.0e6; } else if(state.currentMAX >= 1.0e-9 && state.currentMAX < 1.0e-6){ rwccq.setLabels("Current Distribution"," [ nA ]","z"); state.currentNormalization = 1.0e9; } else if(state.currentMAX >= 1.0e-12 && state.currentMAX < 1.0e-9){ rwccq.setLabels("Current Distribution"," [ pA ]","z"); state.currentNormalization = 1.0e12; } else if(state.currentMAX < 1.0e-12){ rwccq.setLabels("Current Distribution"," [ fA ]","z"); state.currentNormalization = 1.0e15; } rwccq.plot(state.zposLarge,state.currentMLarge,state.currentNormalization,state.currentMIN,state.currentin); rwccq.ignition(); rwccq.repaint(); rwcca.setYRangeMax(state.DVMax); rwcca.setYRangeMin(0.0); rwcca.plotZeroLine(false); rwcca.plotRefPoint(true); rwcca.setLabels("Directivity","","Dipole Length",""); rwcca.setRefPoint(state.a); rwcca.plot(state.leng,state.DVector, state.IsDirectivity); rwcca.ignition(); rwcca.repaint(); rwccb.setYRangeMax(state.RVMax); rwccb.setYRangeMin(0.0); rwccb.plotZeroLine(false); rwccb.plotRefPoint(true); rwccb.setLabels("Radiation Resistance","","Dipole Length",""); rwccb.setRefPoint(state.a); rwccb.plot(state.leng,state.RVector, state.IsDirectivity); rwccb.ignition(); rwccb.repaint(); rwccb2.setYRangeMax(state.XVMax); rwccb2.setYRangeMin(state.XVMin); rwccb2.plotZeroLine(true); rwccb2.plotRefPoint(true); rwccb2.setLabels("Self Reactance","","Dipole Length",""); rwccb2.setRefPoint(state.a); rwccb2.plot(state.leng,state.XVector, state.IsDirectivity); rwccb2.setWireRadius(state.wire_radius); rwccb2.ignition(); rwccb2.repaint(); rwccd.setYRangeMax(state.RinVMax); rwccd.setYRangeMin(0.0); rwccd.plotZeroLine(false); rwccd.plotRefPoint(true); rwccd.setLabels("Input Resistance","","Dipole Length",""); rwccd.setRefPoint(state.a); rwccd.plot(state.leng,state.RinVector,state.RVector, state.IsDirectivity); rwccd.ignition(); rwccd.repaint(); rwccd2.setYRangeMax(state.XinVMax); rwccd2.setYRangeMin(state.XinVMin); rwccd2.plotZeroLine(true); rwccd2.plotRefPoint(true); rwccd2.setLabels("Input Reactance","","Dipole Length",""); rwccd2.setRefPoint(state.a); rwccd2.plot(state.leng,state.XinVector, state.XVector, state.IsDirectivity); rwccd2.setWireRadius(state.wire_radius); rwccd2.ignition(); rwccd2.repaint(); rwc.setFrequency(state.frequency); rwc.setEpsilon(state.epsilon_r); rwc.setAntennaLength(state.DipoleLength_lambda); rwc.setAntennaRadius(state.wire_radius); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); } else if(evt.getSource()==inputpanel2.bupdate){ state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setYRangeMax(state.currentMAX); rwccq.setYRangeMin(-state.currentMAX); //rwccq.setYRangeMin(0.0); rwccq.plotZeroLine(true); rwccq.plotRefPoint(false); if(state.currentMAX >= 1.0){ rwccq.setLabels("Current Distribution"," [ A ]","z"); state.currentNormalization = 1.0; } else if(state.currentMAX >= 1.0e-3 && state.currentMAX < 1.0){ rwccq.setLabels("Current Distribution"," [ mA ]","z"); state.currentNormalization = 1.0e3; } else if(state.currentMAX >= 1.0e-6 && state.currentMAX < 1.0e-3){ rwccq.setLabels("Current Distribution"," [ \u00b5A ]","z"); state.currentNormalization = 1.0e6; } else if(state.currentMAX >= 1.0e-9 && state.currentMAX < 1.0e-6){ rwccq.setLabels("Current Distribution"," [ nA ]","z"); state.currentNormalization = 1.0e9; } else if(state.currentMAX >= 1.0e-12 && state.currentMAX < 1.0e-9){ rwccq.setLabels("Current Distribution"," [ pA ]","z"); state.currentNormalization = 1.0e12; } else if(state.currentMAX < 1.0e-12){ rwccq.setLabels("Current Distribution"," [ fA ]","z"); state.currentNormalization = 1.0e15; } rwccq.plot(state.zposLarge,state.currentMLarge,state.currentNormalization,state.currentMIN,state.currentin); rwccq.ignition(); rwccq.repaint(); rwc.setFrequency(state.frequency); rwc.setEpsilon(state.epsilon_r); rwc.setAntennaLength(state.DipoleLength_lambda); rwc.setAntennaRadius(state.wire_radius); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); cp3D.slider1.setValue((int)(state.phi_angle)); cp3D.text3.setText(""+state.point_distance); cp3D.repaint(); } else if(evt.getSource()==cp3D.bupdate){ try{ if(Double.valueOf(cp3D.text3.getText()).doubleValue()>=0.0 && Double.valueOf(cp3D.text3.getText()).doubleValue()<=state.distance_maximum){ state.point_distance=Double.valueOf(cp3D.text3.getText()).doubleValue(); state.distance = state.point_distance * state.wavelength; } else if(Double.valueOf(cp3D.text3.getText()).doubleValue()>state.distance_maximum){ state.point_distance=state.distance_maximum; state.distance = state.point_distance * state.wavelength; cp3D.text3.setText(""+state.point_distance); } else{ state.point_distance=0.0; state.distance=0.0; cp3D.text3.setText(""+state.point_distance); } } catch(NumberFormatException e){ state.point_distance = 0.0; } state.phi_angle = cp3D.slider1.getValue(); inputpanel2.slider3.setValue((int)(inputpanel2.ScrollMax2*(state.phi_angle-state.phi_minimum)/ (state.phi_maximum-state.phi_minimum))); inputpanel2.slider30.setValue(0); inputpanel2.text2.setText(""+MaestroA.rounder(state.phi_angle,7)); state.ignition(); state.scan3Dfield(); rwccf.setYRangeMax(state.EfieldMax); rwccf.setYRangeMin(0.0); rwccf.plotZeroLine(false); rwccf.plotRefPoint(false); rwccf.setPolar(state.IsPolar); rwccf.setPhiAngle((int)state.phi_angle); rwccf.setType(1); rwccf.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccg.setYRangeMax(state.EfieldphiMax); rwccg.setYRangeMin(0.0); rwccg.plotZeroLine(false); rwccg.plotRefPoint(false); rwccg.setPolar(state.IsPolar); rwccg.setPhiAngle((int)state.phi_angle); rwccg.setType(1); rwccg.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcch.setYRangeMax(state.EfieldRadMax); rwcch.setYRangeMin(0.0); rwcch.plotZeroLine(false); rwcch.plotRefPoint(false); rwcch.setPolar(state.IsPolar); rwcch.setPhiAngle((int)state.phi_angle); rwcch.setType(2); rwcch.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccj.setYRangeMax(state.EfieldphiRadMax); rwccj.setYRangeMin(0.0); rwccj.plotZeroLine(false); rwccj.plotRefPoint(false); rwccj.setPolar(state.IsPolar); rwccj.setPhiAngle((int)state.phi_angle); rwccj.setType(2); rwccj.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcck.setYRangeMax(state.EfieldCartxMax); rwcck.setYRangeMin(0.0); rwcck.plotZeroLine(false); rwcck.plotRefPoint(false); rwcck.setPolar(state.IsPolar); rwcck.setPhiAngle((int)state.phi_angle); rwcck.setType(3); rwcck.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccl.setYRangeMax(state.EfieldCartyMax); rwccl.setYRangeMin(0.0); rwccl.plotZeroLine(false); rwccl.plotRefPoint(false); rwccl.setPolar(state.IsPolar); rwccl.setPhiAngle((int)state.phi_angle); rwccl.setType(4); rwccl.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccm.setYRangeMax(state.EfieldCartzMax); rwccm.setYRangeMin(0.0); rwccm.plotZeroLine(false); rwccm.plotRefPoint(false); rwccm.setPolar(state.IsPolar); rwccm.setPhiAngle((int)state.phi_angle); rwccm.setType(5); rwccm.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccn.setYRangeMax(state.EfieldCart2xMax); rwccn.setYRangeMin(0.0); rwccn.plotZeroLine(false); rwccn.plotRefPoint(false); rwccn.setPolar(state.IsPolar); rwccn.setPhiAngle((int)state.phi_angle); rwccn.setType(3); rwccn.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcco.setYRangeMax(state.EfieldCart2yMax); rwcco.setYRangeMin(0.0); rwcco.plotZeroLine(false); rwcco.plotRefPoint(false); rwcco.setPolar(state.IsPolar); rwcco.setPhiAngle((int)state.phi_angle); rwcco.setType(4); rwcco.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccp.setYRangeMax(state.EfieldCart2zMax); rwccp.setYRangeMin(0.0); rwccp.plotZeroLine(false); rwccp.plotRefPoint(false); rwccp.setPolar(state.IsPolar); rwccp.setPhiAngle((int)state.phi_angle); rwccp.setType(5); rwccp.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccr.setYRangeMax(state.HfieldMax); rwccr.setYRangeMin(0.0); rwccr.plotZeroLine(false); rwccr.plotRefPoint(false); rwccr.setPolar(state.IsPolar); rwccr.setPhiAngle((int)state.phi_angle); rwccr.setType(6); rwccr.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccs.setYRangeMax(state.HfieldphiMax); rwccs.setYRangeMin(0.0); rwccs.plotZeroLine(false); rwccs.plotRefPoint(false); rwccs.setPolar(state.IsPolar); rwccs.setPhiAngle((int)state.phi_angle); rwccs.setType(6); rwccs.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); //------------------------------------------- new: H cartesian components rwcct.setYRangeMax(state.HfieldCartxMax); rwcct.setYRangeMin(0.0); rwcct.plotZeroLine(false); rwcct.plotRefPoint(false); rwcct.setPolar(state.IsPolar); rwcct.setPhiAngle((int)state.phi_angle); rwcct.setType(7); rwcct.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccu.setYRangeMax(state.HfieldCart2xMax); rwccu.setYRangeMin(0.0); rwccu.plotZeroLine(false); rwccu.plotRefPoint(false); rwccu.setPolar(state.IsPolar); rwccu.setPhiAngle((int)state.phi_angle); rwccu.setType(7); rwccu.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccv.setYRangeMax(state.HfieldCartyMax); rwccv.setYRangeMin(0.0); rwccv.plotZeroLine(false); rwccv.plotRefPoint(false); rwccv.setPolar(state.IsPolar); rwccv.setPhiAngle((int)state.phi_angle); rwccv.setType(8); rwccv.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccw.setYRangeMax(state.HfieldCart2yMax); rwccw.setYRangeMin(0.0); rwccw.plotZeroLine(false); rwccw.plotRefPoint(false); rwccw.setPolar(state.IsPolar); rwccw.setPhiAngle((int)state.phi_angle); rwccw.setType(8); rwccw.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); //--------------------------------------------------------- state.Is_theta = true; state.Is_radius = false; rwccf.plot(state.x_polar,state.ethetaM); rwcch.plot(state.x_polar,state.eradM); rwccg.plot(state.x_polar,state.ephiM); rwccj.plot(state.x_polar,state.ephiradM); rwccr.plot(state.x_polar,state.hphigenM); rwccs.plot(state.x_polar,state.hphiM); rwcck.plot(state.x_polar,state.ex); rwccl.plot(state.x_polar,state.ey); rwccm.plot(state.x_polar,state.ez); rwccn.plot(state.x_polar,state.ephix); rwcco.plot(state.x_polar,state.ephiy); rwccp.plot(state.x_polar,state.ephiz); rwcct.plot(state.x_polar,state.hx); rwccu.plot(state.x_polar,state.hphix); rwccv.plot(state.x_polar,state.hy); rwccw.plot(state.x_polar,state.hphiy); rwccf.ignition(); rwccf.repaint(); rwccg.ignition(); rwccg.repaint(); rwcch.ignition(); rwcch.repaint(); rwccj.ignition(); rwccj.repaint(); rwcck.ignition(); rwcck.repaint(); rwccl.ignition(); rwccl.repaint(); rwccm.ignition(); rwccm.repaint(); rwccn.ignition(); rwccn.repaint(); rwcco.ignition(); rwcco.repaint(); rwccp.ignition(); rwccp.repaint(); rwccr.ignition(); rwccr.repaint(); rwccs.ignition(); rwccs.repaint(); rwcct.ignition(); rwcct.repaint(); rwccu.ignition(); rwccu.repaint(); rwccv.ignition(); rwccv.repaint(); rwccw.ignition(); rwccw.repaint(); rwc.set3D(true); rwc.repaint(); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc2.repaint(); outputpanel2.rwocC.repaint(); outputpanel2.rwocD.repaint(); outputpanel2.tcanvas.repaint(); outputpanel3.rwocE.repaint(); outputpanel3.rwocF.repaint(); outputpanel3.tcanvas2.repaint(); outputpanel4.rwocG.repaint(); outputpanel4.rwocH.repaint(); outputpanel4.tcanvas3.repaint(); outputpanel5.rwocI.repaint(); outputpanel5.rwocJ.repaint(); outputpanel5.tcanvas4.repaint(); outputpanel6.rwocK.repaint(); outputpanel6.rwocL.repaint(); outputpanel6.tcanvas5.repaint(); outputpanel7.rwocM.repaint(); outputpanel7.rwocN.repaint(); outputpanel7.tcanvas6.repaint(); outputpanel8.rwocO.repaint(); outputpanel8.rwocP.repaint(); outputpanel8.tcanvas7.repaint(); outputpanel9.rwocQ.repaint(); outputpanel9.rwocR.repaint(); outputpanel9.tcanvas8.repaint(); outputpanel10.rwocS.repaint(); outputpanel10.rwocT.repaint(); outputpanel10.tcanvas9.repaint(); outputpanel11.rwocU.repaint(); outputpanel11.rwocV.repaint(); outputpanel11.tcanvas10.repaint(); outputpanel13.rwoc6P.repaint(); outputpanel13.rwoc7P.repaint(); outputpanel13.tcanvas12.repaint(); outputpanel14.rwoc8P.repaint(); outputpanel14.rwoc9P.repaint(); outputpanel14.tcanvas13.repaint(); outputpanel15.rwoc10P.repaint(); outputpanel15.rwoc11P.repaint(); outputpanel15.tcanvas14.repaint(); outputpanel16.rwoc12P.repaint(); outputpanel16.rwoc13P.repaint(); outputpanel16.tcanvas15.repaint(); outputpanel17.rwoc14P.repaint(); outputpanel17.rwoc15P.repaint(); outputpanel17.tcanvas16.repaint(); outputpanel18.rwoc16P.repaint(); outputpanel18.rwoc17P.repaint(); outputpanel18.tcanvas17.repaint(); inputpanel2.text4.setText(""+state.point_distance); inputpanel2.slider2.setValue((int)((state.point_distance-state.distance_minimum)*inputpanel2.ScrollMax/(state.distance_maximum-state.distance_minimum))); inputpanel2.repaint(); } else if(evt.getSource()==inputpanel.b1){ a_panel.setUnit(true); a_panel.setMinimum(state.a_minimum); a_panel.setMaximum(state.a_maximum); inputpanel2.setVisible(false); a_panel.setVisible(true); inputpanel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(true); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); cp3D.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); } else if(evt.getSource()==inputpanel.b2){ frequency_panel.setUnit(false); inputpanel2.setVisible(false); a_panel.setVisible(false); inputpanel.setVisible(false); frequency_panel.setVisible(true); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); cp3D.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); } else if(evt.getSource()==inputpanel.b3){ current_panel.setUnit(false); inputpanel2.setVisible(false); a_panel.setVisible(false); inputpanel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(true); distance_panel.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); cp3D.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); } else if(evt.getSource()==inputpanel2.b2){ distance_panel.setUnit(true); distance_panel.setMinimum(state.distance_minimum); distance_panel.setMaximum(state.distance_maximum); inputpanel2.setVisible(false); a_panel.setVisible(false); inputpanel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(true); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); cp3D.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); } else if(evt.getSource()==a_panel.b1){ a_panel.setVisible(false); inputpanel.setVisible(true); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); state.a_minimum = a_panel.getMinimum(); state.a_maximum = a_panel.getMaximum(); if(state.a >= state.a_minimum && state.a <= state.a_maximum){ inputpanel.slider1.setValue((int)(inputpanel.ScrollMax*(state.a-state.a_minimum) /(state.a_maximum-state.a_minimum))); } else if(state.a < state.a_minimum){ state.a = state.a_minimum; inputpanel.slider1.setValue(0); inputpanel.text1.setText(""+state.a); } else if(state.a > state.a_maximum){ state.a = state.a_maximum; inputpanel.slider1.setValue(inputpanel.ScrollMax); inputpanel.text1.setText(""+state.a); } state.ignition(); state.scan_coefficients(); state.scanCurrent(); rwcca.setYRangeMax(state.DVMax); rwcca.setYRangeMin(0.0); rwcca.plotZeroLine(false); rwcca.plotRefPoint(true); rwcca.setLabels("Directivity","","Dipole Length",""); rwcca.setRefPoint(state.a); rwcca.plot(state.leng,state.DVector, state.IsDirectivity); rwcca.ignition(); rwcca.repaint(); rwccb.setYRangeMax(state.RVMax); rwccb.setYRangeMin(0.0); rwccb.plotZeroLine(false); rwccb.plotRefPoint(true); rwccb.setLabels("Radiation Resistance","","Dipole Length",""); rwccb.setRefPoint(state.a); rwccb.plot(state.leng,state.RVector, state.IsDirectivity); rwccb.ignition(); rwccb.repaint(); rwccb2.setYRangeMax(state.XVMax); rwccb2.setYRangeMin(state.XVMin); rwccb2.plotZeroLine(true); rwccb2.plotRefPoint(true); rwccb2.setLabels("Self Reactance","","Dipole Length",""); rwccb2.setRefPoint(state.a); rwccb2.plot(state.leng,state.XVector, state.IsDirectivity); rwccb2.ignition(); rwccb2.repaint(); rwccd.setYRangeMax(state.RinVMax); rwccd.setYRangeMin(0.0); rwccd.plotZeroLine(false); rwccd.plotRefPoint(true); rwccd.setLabels("Input Resistance","","Dipole Length",""); rwccd.setRefPoint(state.a); rwccd.plot(state.leng,state.RinVector, state.RVector, state.IsDirectivity); rwccd.ignition(); rwccd.repaint(); rwccd2.setYRangeMax(state.XinVMax); rwccd2.setYRangeMin(state.XinVMin); rwccd2.plotZeroLine(true); rwccd2.plotRefPoint(true); rwccd2.setLabels("Input Reactance","","Dipole Length",""); rwccd2.setRefPoint(state.a); rwccd2.plot(state.leng,state.XinVector, state.XVector, state.IsDirectivity); rwccd2.ignition(); rwccd2.repaint(); rwc.setFrequency(state.frequency); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); } else if(evt.getSource()==frequency_panel.b1){ a_panel.setVisible(false); inputpanel.setVisible(true); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); state.frequency_minimum = frequency_panel.getMinimum(); state.frequency_maximum = frequency_panel.getMaximum(); if(state.frequency >= state.frequency_minimum && state.frequency <= state.frequency_maximum){ inputpanel.slider2.setValue((int)(inputpanel.ScrollMax*(state.frequency-state.frequency_minimum) /(state.frequency_maximum-state.frequency_minimum))); } else if(state.frequency < state.frequency_minimum){ state.frequency = state.frequency_minimum; inputpanel.slider2.setValue(0); inputpanel.text4.setText(""+state.frequency); } else if(state.frequency > state.frequency_maximum){ state.frequency = state.frequency_maximum; inputpanel.slider2.setValue(inputpanel.ScrollMax); inputpanel.text4.setText(""+state.frequency); } state.ignition(); //state.scan_coefficients(); state.scanCurrent(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); rwc.setFrequency(state.frequency); rwc.repaint(); rwc2.repaint(); } else if(evt.getSource()==current_panel.b1){ a_panel.setVisible(false); inputpanel.setVisible(true); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); state.currentin_minimum = current_panel.getMinimum(); state.currentin_maximum = current_panel.getMaximum(); if(state.currentin >= state.currentin_minimum && state.currentin <= state.currentin_maximum){ inputpanel.slider3.setValue((int)(inputpanel.ScrollMax*(state.currentin-state.currentin_minimum) /(state.currentin_maximum-state.currentin_minimum))); } else if(state.currentin < state.currentin_minimum){ state.currentin = state.currentin_minimum; inputpanel.slider3.setValue(0); inputpanel.text2.setText(""+state.currentin); } else if(state.currentin > state.currentin_maximum){ state.currentin = state.currentin_maximum; inputpanel.slider3.setValue(inputpanel.ScrollMax); inputpanel.text2.setText(""+state.currentin); } state.ignition(); //state.scan_coefficients(); state.scanCurrent(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); rwc.setFrequency(state.frequency); rwc.repaint(); rwc2.repaint(); } else if(evt.getSource()==distance_panel.b1){ distance_panel.setVisible(false); inputpanel2.setVisible(true); a_panel.setVisible(false); inputpanel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); state.distance_minimum = distance_panel.getMinimum(); state.distance_maximum = distance_panel.getMaximum(); if(state.point_distance >= state.distance_minimum && state.point_distance <= state.distance_maximum){ inputpanel2.slider2.setValue((int)(inputpanel2.ScrollMax*(state.point_distance-state.distance_minimum) /(state.distance_maximum-state.distance_minimum))); } else if(state.point_distance < state.distance_minimum){ state.point_distance = state.distance_minimum; inputpanel2.slider2.setValue(0); inputpanel2.text4.setText(""+state.point_distance); } else if(state.point_distance > state.distance_maximum){ state.point_distance = state.distance_maximum; inputpanel2.slider2.setValue(inputpanel.ScrollMax); inputpanel2.text4.setText(""+state.point_distance); } state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwc.setFrequency(state.frequency); rwc.repaint(); rwc2.repaint(); outputpanel.rwocA.repaint(); outputpanel.rwocB.repaint(); outputpanel.rwocField.repaint(); outputpanel12.rwocW.repaint(); outputpanel12.rwocZ.repaint(); } } public void itemStateChanged(ItemEvent evt){ ItemSelectable ie = evt.getItemSelectable(); if(evt.getSource()==inputpanel.ch2){ if(ie.getSelectedObjects()[0]==" Directivity"){ state.IsDirectivity = true; state.IsRad = false; state.IsRin = false; state.IsXrad = false; state.IsXin = false; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== inputpanel.setVisible(true); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Antenna Data "); outputpanel.rwocA.setVisible(true); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(false); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwcca.setYRangeMax(state.DVMax); rwcca.setYRangeMin(0.0); rwcca.plotZeroLine(false); rwcca.plotRefPoint(true); rwcca.setLabels("Directivity","","Dipole Length",""); rwcca.setRefPoint(state.a); rwcca.plot(state.leng,state.DVector, state.IsDirectivity); rwcca.setVisible(true); rwcca.ignition(); rwcca.repaint(); rwccb.setVisible(false); rwccb2.setVisible(false); rwccd.setVisible(false); rwccd2.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(false); cp3D.setVisible(false); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Radiation Resistance"){ state.IsDirectivity = false; state.IsRad = true; state.IsRin = false; state.IsXrad = false; state.IsXin = false; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== inputpanel.setVisible(true); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Antenna Data "); outputpanel.rwocA.setVisible(true); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(false); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccb.setYRangeMax(state.RVMax); rwccb.setYRangeMin(0.0); rwccb.plotZeroLine(false); rwccb.plotRefPoint(true); rwccb.setLabels("Radiation Resistance","","Dipole Length",""); rwccb.setRefPoint(state.a); rwccb.plot(state.leng,state.RVector, state.IsDirectivity); rwccb.setVisible(true); rwccb2.setVisible(false); rwcca.setVisible(false); rwccd.setVisible(false); rwccd2.setVisible(false); rwccb.ignition(); rwccb.repaint(); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(false); cp3D.setVisible(false); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Self Reactance"){ state.IsDirectivity = false; state.IsRad = false; state.IsRin = false; state.IsXrad = true; state.IsXin = false; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== inputpanel.setVisible(true); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Antenna Data "); outputpanel.rwocA.setVisible(true); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(false); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccb2.setYRangeMax(state.XVMax); rwccb2.setYRangeMin(state.XVMin); rwccb2.plotZeroLine(true); rwccb2.plotRefPoint(true); rwccb2.setLabels("Self Reactance","","Dipole Length",""); rwccb2.setRefPoint(state.a); rwccb2.plot(state.leng,state.XVector, state.IsDirectivity); rwccb2.setVisible(true); rwcca.setVisible(false); rwccb.setVisible(false); rwccd.setVisible(false); rwccd2.setVisible(false); rwccb2.ignition(); rwccb2.repaint(); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(false); cp3D.setVisible(false); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Input Resistance"){ state.IsDirectivity = false; state.IsRad = false; state.IsRin = true; state.IsXrad = false; state.IsXin = false; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== inputpanel.setVisible(true); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Antenna Data "); outputpanel.rwocA.setVisible(true); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(false); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccd.setYRangeMax(state.RinVMax); rwccd.setYRangeMin(0.0); rwccd.plotZeroLine(false); rwccd.plotRefPoint(true); rwccd.setLabels("Input Resistance","","Dipole Length",""); rwccd.setRefPoint(state.a); rwccd.plot(state.leng,state.RinVector, state.RVector, state.IsDirectivity); rwccd.setVisible(true); rwccd2.setVisible(false); rwcca.setVisible(false); rwccb.setVisible(false); rwccb2.setVisible(false); rwccd.ignition(); rwccd.repaint(); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(false); cp3D.setVisible(false); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Input Reactance"){ state.IsDirectivity = false; state.IsRad = false; state.IsRin = false; state.IsXrad = false; state.IsXin = true; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== inputpanel.setVisible(true); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Antenna Data "); outputpanel.rwocA.setVisible(true); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(false); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccd2.setYRangeMax(state.XinVMax); rwccd2.setYRangeMin(state.XinVMin); rwccd2.plotZeroLine(true); rwccd2.plotRefPoint(true); rwccd2.setLabels("Input Reactance","","Dipole Length",""); rwccd2.setRefPoint(state.a); rwccd2.plot(state.leng,state.XinVector, state.XVector, state.IsDirectivity); rwccd2.setVisible(true); rwccd.setVisible(false); rwcca.setVisible(false); rwccb.setVisible(false); rwccb2.setVisible(false); rwccd2.ignition(); rwccd2.repaint(); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(false); cp3D.setVisible(false); rwc.repaint(); rwc2.repaint(); } } //---------------------- if(evt.getSource()==rwconp.ch2){ if(ie.getSelectedObjects()[0]==" Set Antenna Parameters"){ state.ShowWhich =1; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== // CHANGE ================================================== //int xmove = 10; //int ymove = 34; //========================================================== inputpanel.setBounds(12+xmove,262+ymove,296,296); //put back in right place for MAC - MAC sucks!!! inputpanel.setVisible(true); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Antenna Data "); outputpanel.rwocA.setVisible(true); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(false); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); if(state.IsDirectivity){ rwcca.setVisible(true); rwccb.setVisible(false); rwccb2.setVisible(false); rwccd.setVisible(false); rwccd2.setVisible(false); rwcca.setYRangeMax(state.DVMax); rwcca.setYRangeMin(0.0); rwcca.plotZeroLine(false); rwcca.plotRefPoint(true); rwcca.setLabels("Directivity","","Dipole Length",""); rwcca.setRefPoint(state.a); rwcca.plot(state.leng,state.DVector, state.IsDirectivity); rwcca.ignition(); rwcca.repaint(); } if(state.IsRad){ rwccb.setVisible(true); rwccb2.setVisible(false); rwcca.setVisible(false); rwccd.setVisible(false); rwccd2.setVisible(false); rwccb.setYRangeMax(state.RVMax); rwccb.setYRangeMin(0.0); rwccb.plotZeroLine(false); rwccb.plotRefPoint(true); rwccb.setLabels("Radiation Resistance","","Dipole Length",""); rwccb.setRefPoint(state.a); rwccb.plot(state.leng,state.RVector, state.IsDirectivity); rwccb.ignition(); rwccb.repaint(); } if(state.IsXrad){ rwccb.setVisible(false); rwccb2.setVisible(true); rwcca.setVisible(false); rwccd.setVisible(false); rwccd2.setVisible(false); rwccb2.setYRangeMax(state.XVMax); rwccb2.setYRangeMin(state.XVMin); rwccb2.plotZeroLine(true); rwccb2.plotRefPoint(true); rwccb2.setLabels("Self Reactance","","Dipole Length",""); rwccb2.setRefPoint(state.a); rwccb2.plot(state.leng,state.XVector, state.IsDirectivity); rwccb2.ignition(); rwccb2.repaint(); } if(state.IsRin){ rwccd.setVisible(true); rwccd2.setVisible(false); rwcca.setVisible(false); rwccb.setVisible(false); rwccb2.setVisible(false); rwccd.setYRangeMax(state.RinVMax); rwccd.setYRangeMin(0.0); rwccd.plotZeroLine(false); rwccd.plotRefPoint(true); rwccd.setLabels("Input Resistance","","Dipole Length",""); rwccd.setRefPoint(state.a); rwccd.plot(state.leng,state.RinVector, state.RVector, state.IsDirectivity); rwccd.ignition(); rwccd.repaint(); } rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(false); cp3D.setVisible(false); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Scan Fields and Power"){ state.ShowWhich = 2; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== // CHANGE ================================================== //int xmove = 10; //int ymove = 34; //========================================================== inputpanel2.setBounds(12+xmove,262+ymove,296,296); // put back for MAC - MAC sucks!!! inputpanel.setVisible(false); inputpanel2.setVisible(true); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(true); outputpanel.c1.select(" Field Scanner "); outputpanel.rwocA.setVisible(false); outputpanel.rwocB.setVisible(false); outputpanel.rwocField.setVisible(true); outputpanel12.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); rwc2.setVisible(true); cp3D.setBounds(3170,5700,2960,1960); // push away to avoid flicker on MAC - MAC sucks!!! cp3D.setVisible(false); //rwc.set3D(false); //rwc.setCurrent(true); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Instructions"){ //about.setVisible(true); instructions.setVisible(true); instrFrame.setVisible(true); } if(ie.getSelectedObjects()[0]==" Plot Current Distribution"){ state.ShowWhich = 3; state.ignition(); //state.scan_coefficients(); state.scanCurrent(); rwccq.setYRangeMax(state.currentMAX); rwccq.setYRangeMin(-state.currentMAX); //rwccq.setYRangeMin(0.0); rwccq.plotZeroLine(true); rwccq.plotRefPoint(false); if(state.currentMAX >= 1.0){ rwccq.setLabels("Current Distribution"," [ A ]","z"); state.currentNormalization = 1.0; } else if(state.currentMAX >= 1.0e-3 && state.currentMAX < 1.0){ rwccq.setLabels("Current Distribution"," [ mA ]","z"); state.currentNormalization = 1.0e3; } else if(state.currentMAX >= 1.0e-6 && state.currentMAX < 1.0e-3){ rwccq.setLabels("Current Distribution"," [ \u00b5A ]","z"); state.currentNormalization = 1.0e6; } else if(state.currentMAX >= 1.0e-9 && state.currentMAX < 1.0e-6){ rwccq.setLabels("Current Distribution"," [ nA ]","z"); state.currentNormalization = 1.0e9; } else if(state.currentMAX >= 1.0e-12 && state.currentMAX < 1.0e-9){ rwccq.setLabels("Current Distribution"," [ pA ]","z"); state.currentNormalization = 1.0e12; } else if(state.currentMAX < 1.0e-12){ rwccq.setLabels("Current Distribution"," [ fA ]","z"); state.currentNormalization = 1.0e15; } rwccq.plot(state.zposLarge,state.currentMLarge,state.currentNormalization,state.currentMIN,state.currentin); rwccq.setVisible(true); // CHANGE ================================================== rwccq.setBounds(10+xmove,260+ymove,605,300); //========================================================== inputpanel.setVisible(false); inputpanel2.setVisible(false); a_panel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); outputpanel.setVisible(false); outputpanel12.setVisible(true); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.setVisible(false); rwccg.setVisible(false); cp3D.setVisible(false); rwc2.setVisible(false); rwccq.ignition(); rwccq.repaint(); rwc.set3D(false); rwc.repaint(); rwc2.repaint(); } if(ie.getSelectedObjects()[0]==" Plot Field Distribution"){ state.ShowWhich = 4; state.ignition(); state.scan3Dfield(); //hide current plot rwccq.setVisible(false); // CHANGE ================================================== //rwccq.setBounds(10+xmove+10000,260+ymove,605,300); //========================================================== rwccf.setYRangeMax(state.EfieldMax); rwccf.setYRangeMin(0.0); rwccf.plotZeroLine(false); rwccf.plotRefPoint(false); rwccf.setPolar(state.IsPolar); rwccf.setPhiAngle((int)state.phi_angle); rwccf.setType(1); rwccf.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccg.setYRangeMax(state.EfieldphiMax); rwccg.setYRangeMin(0.0); rwccg.plotZeroLine(false); rwccg.plotRefPoint(false); rwccg.setPolar(state.IsPolar); rwccg.setPhiAngle((int)state.phi_angle); rwccg.setType(1); rwccg.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcch.setYRangeMax(state.EfieldRadMax); rwcch.setYRangeMin(0.0); rwcch.plotZeroLine(false); rwcch.plotRefPoint(false); rwcch.setPolar(state.IsPolar); rwcch.setPhiAngle((int)state.phi_angle); rwcch.setType(2); rwcch.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccj.setYRangeMax(state.EfieldphiRadMax); rwccj.setYRangeMin(0.0); rwccj.plotZeroLine(false); rwccj.plotRefPoint(false); rwccj.setPolar(state.IsPolar); rwccj.setPhiAngle((int)state.phi_angle); rwccj.setType(2); rwccj.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcck.setYRangeMax(state.EfieldCartxMax); rwcck.setYRangeMin(0.0); rwcck.plotZeroLine(false); rwcck.plotRefPoint(false); rwcck.setPolar(state.IsPolar); rwcck.setPhiAngle((int)state.phi_angle); rwcck.setType(3); rwcck.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccl.setYRangeMax(state.EfieldCartyMax); rwccl.setYRangeMin(0.0); rwccl.plotZeroLine(false); rwccl.plotRefPoint(false); rwccl.setPolar(state.IsPolar); rwccl.setPhiAngle((int)state.phi_angle); rwccl.setType(4); rwccl.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccm.setYRangeMax(state.EfieldCartzMax); rwccm.setYRangeMin(0.0); rwccm.plotZeroLine(false); rwccm.plotRefPoint(false); rwccm.setPolar(state.IsPolar); rwccm.setPhiAngle((int)state.phi_angle); rwccm.setType(5); rwccm.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccn.setYRangeMax(state.EfieldCart2xMax); rwccn.setYRangeMin(0.0); rwccn.plotZeroLine(false); rwccn.plotRefPoint(false); rwccn.setPolar(state.IsPolar); rwccn.setPhiAngle((int)state.phi_angle); rwccn.setType(3); rwccn.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcco.setYRangeMax(state.EfieldCart2yMax); rwcco.setYRangeMin(0.0); rwcco.plotZeroLine(false); rwcco.plotRefPoint(false); rwcco.setPolar(state.IsPolar); rwcco.setPhiAngle((int)state.phi_angle); rwcco.setType(4); rwcco.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccp.setYRangeMax(state.EfieldCart2zMax); rwccp.setYRangeMin(0.0); rwccp.plotZeroLine(false); rwccp.plotRefPoint(false); rwccp.setPolar(state.IsPolar); rwccp.setPhiAngle((int)state.phi_angle); rwccp.setType(5); rwccp.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccr.setYRangeMax(state.HfieldMax); rwccr.setYRangeMin(0.0); rwccr.plotZeroLine(false); rwccr.plotRefPoint(false); rwccr.setPolar(state.IsPolar); rwccr.setPhiAngle((int)state.phi_angle); rwccr.setType(6); rwccr.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","A/m","\u03b8 [degrees]"); rwccs.setYRangeMax(state.HfieldphiMax); rwccs.setYRangeMin(0.0); rwccs.plotZeroLine(false); rwccs.plotRefPoint(false); rwccs.setPolar(state.IsPolar); rwccs.setPhiAngle((int)state.phi_angle); rwccs.setType(6); rwccs.setLabels("\u03b8 = 90.0\u00ba plane","A/m","\u03c6 [degrees]"); rwcct.setYRangeMax(state.HfieldCartxMax); rwcct.setYRangeMin(0.0); rwcct.plotZeroLine(false); rwcct.plotRefPoint(false); rwcct.setPolar(state.IsPolar); rwcct.setPhiAngle((int)state.phi_angle); rwcct.setType(7); rwcct.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","A/m","\u03b8 [degrees]"); rwccu.setYRangeMax(state.HfieldCart2xMax); rwccu.setYRangeMin(0.0); rwccu.plotZeroLine(false); rwccu.plotRefPoint(false); rwccu.setPolar(state.IsPolar); rwccu.setPhiAngle((int)state.phi_angle); rwccu.setType(7); rwccu.setLabels("\u03b8 = 90.0\u00ba plane","A/m","\u03c6 [degrees]"); rwccv.setYRangeMax(state.HfieldCartyMax); rwccv.setYRangeMin(0.0); rwccv.plotZeroLine(false); rwccv.plotRefPoint(false); rwccv.setPolar(state.IsPolar); rwccv.setPhiAngle((int)state.phi_angle); rwccv.setType(8); rwccv.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","A/m","\u03b8 [degrees]"); rwccw.setYRangeMax(state.HfieldCart2yMax); rwccw.setYRangeMin(0.0); rwccw.plotZeroLine(false); rwccw.plotRefPoint(false); rwccw.setPolar(state.IsPolar); rwccw.setPhiAngle((int)state.phi_angle); rwccw.setType(8); rwccw.setLabels("\u03b8 = 90.0\u00ba plane","A/m","\u03c6 [degrees]"); state.Is_theta = true; state.Is_radius = false; rwc.set3D(true); rwc.repaint(); rwc2.repaint(); rwccf.plot(state.x_polar,state.ethetaM); rwcch.plot(state.x_polar,state.eradM); rwccg.plot(state.x_polar,state.ephiM); rwccj.plot(state.x_polar,state.ephiradM); rwccr.plot(state.x_polar,state.hphigenM); rwccs.plot(state.x_polar,state.hphiM); rwcck.plot(state.x_polar,state.ex); rwccl.plot(state.x_polar,state.ey); rwccm.plot(state.x_polar,state.ez); rwccn.plot(state.x_polar,state.ephix); rwcco.plot(state.x_polar,state.ephiy); rwccp.plot(state.x_polar,state.ephiz); rwcct.plot(state.x_polar,state.hx); rwccu.plot(state.x_polar,state.hphix); rwccv.plot(state.x_polar,state.hy); rwccw.plot(state.x_polar,state.hphiy); // CHANGE ================================================== //int xmove = 10; //int ymove = 34; //========================================================== cp3D.setBounds(317+xmove,57+ymove,296,196); // put it back here for MAC - MAC sucks!!! cp3D.setVisible(true); rwc2.setVisible(false); cp3D.ch1.setState(true); cp3D.ch2.setState(false); cp3D.ch3.setState(false); cp3D.cg1.setState(false); cp3D.cg2.setState(false); cp3D.cg3.setState(false); cp3D.cg4.setState(false); cp3D.cg5.setState(false); cp3D.cplot1.setState(true); cp3D.cplot2.setState(false); cp3D.cplot3.setState(false); state.IsPolar = false; rwccf.setPolar(state.IsPolar); rwccg.setPolar(state.IsPolar); rwcch.setPolar(state.IsPolar); rwccj.setPolar(state.IsPolar); rwcck.setPolar(state.IsPolar); rwccl.setPolar(state.IsPolar); rwccm.setPolar(state.IsPolar); rwccn.setPolar(state.IsPolar); rwcco.setPolar(state.IsPolar); rwccp.setPolar(state.IsPolar); rwccr.setPolar(state.IsPolar); rwccs.setPolar(state.IsPolar); rwcct.setPolar(state.IsPolar); rwccu.setPolar(state.IsPolar); rwccv.setPolar(state.IsPolar); rwccw.setPolar(state.IsPolar); a_panel.setVisible(false); inputpanel.setBounds(1200,26200,29600,29600); // push away to avoid flicker on MAC - MAC sucks!!! inputpanel2.setBounds(1200,26200,29600,29600); // push away to avoid flicker on MAC - MAC sucks!!! inputpanel.setVisible(false); frequency_panel.setVisible(false); current_panel.setVisible(false); distance_panel.setVisible(false); inputpanel.setVisible(false); inputpanel2.setVisible(false); outputpanel.setVisible(false); outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel12.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel12.setBounds(317+xmove+10000,57+ymove,296,196); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); rwccf.setVisible(true); rwccg.setVisible(true); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.ignition(); rwccf.repaint(); rwccg.ignition(); rwccg.repaint(); rwcch.ignition(); rwcch.repaint(); rwccj.ignition(); rwccj.repaint(); rwcck.ignition(); rwcck.repaint(); rwccl.ignition(); rwccl.repaint(); rwccm.ignition(); rwccm.repaint(); rwccn.ignition(); rwccn.repaint(); rwcco.ignition(); rwcco.repaint(); rwccp.ignition(); rwccp.repaint(); rwccr.ignition(); rwccr.repaint(); rwccs.ignition(); rwccs.repaint(); rwcct.ignition(); rwcct.repaint(); rwccu.ignition(); rwccu.repaint(); rwccv.ignition(); rwccv.repaint(); rwccw.ignition(); rwccw.repaint(); outputpanel2.rwocC.repaint(); outputpanel2.rwocD.repaint(); outputpanel2.tcanvas.repaint(); outputpanel3.rwocE.repaint(); outputpanel3.rwocF.repaint(); outputpanel3.tcanvas2.repaint(); outputpanel4.rwocG.repaint(); outputpanel4.rwocH.repaint(); outputpanel4.tcanvas3.repaint(); outputpanel5.rwocI.repaint(); outputpanel5.rwocJ.repaint(); outputpanel5.tcanvas4.repaint(); outputpanel6.rwocK.repaint(); outputpanel6.rwocL.repaint(); outputpanel6.tcanvas5.repaint(); outputpanel7.rwocM.repaint(); outputpanel7.rwocN.repaint(); outputpanel7.tcanvas6.repaint(); outputpanel8.rwocO.repaint(); outputpanel8.rwocP.repaint(); outputpanel8.tcanvas7.repaint(); outputpanel9.rwocQ.repaint(); outputpanel9.rwocR.repaint(); outputpanel9.tcanvas8.repaint(); outputpanel10.rwocS.repaint(); outputpanel10.rwocT.repaint(); outputpanel10.tcanvas9.repaint(); outputpanel11.rwocU.repaint(); outputpanel11.rwocV.repaint(); outputpanel11.tcanvas10.repaint(); outputpanel13.rwoc6P.repaint(); outputpanel13.rwoc7P.repaint(); outputpanel13.tcanvas12.repaint(); outputpanel14.rwoc8P.repaint(); outputpanel14.rwoc9P.repaint(); outputpanel14.tcanvas13.repaint(); outputpanel15.rwoc10P.repaint(); outputpanel15.rwoc11P.repaint(); outputpanel15.tcanvas14.repaint(); outputpanel16.rwoc12P.repaint(); outputpanel16.rwoc13P.repaint(); outputpanel16.tcanvas15.repaint(); outputpanel17.rwoc14P.repaint(); outputpanel17.rwoc15P.repaint(); outputpanel17.tcanvas16.repaint(); outputpanel18.rwoc16P.repaint(); outputpanel18.rwoc17P.repaint(); outputpanel18.tcanvas17.repaint(); } } //------------------------ if(evt.getSource()==cp3D.ch1){ rwcch.setVisible(false); rwccj.setVisible(false); rwccf.setVisible(true); rwccg.setVisible(true); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccf.repaint(); rwccg.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(true); outputpanel3.setVisible(true); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove,262+ymove,296,296); outputpanel3.setBounds(317+xmove,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.ch2){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(true); rwccj.setVisible(true); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwcch.repaint(); rwccj.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(true); outputpanel5.setVisible(true); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove,262+ymove,296,296); outputpanel5.setBounds(317+xmove,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.ch3){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(true); rwccs.setVisible(true); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccr.repaint(); rwccs.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(true); outputpanel14.setVisible(true); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove,262+ymove,296,296); outputpanel14.setBounds(317+xmove,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.cg1){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(true); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(true); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwcck.repaint(); rwccn.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(true); outputpanel7.setVisible(true); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove,262+ymove,296,296); outputpanel7.setBounds(317+xmove,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.cg2){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(true); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(true); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccl.repaint(); rwcco.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(true); outputpanel9.setVisible(true); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove,262+ymove,296,296); outputpanel9.setBounds(317+xmove,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.cg3){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(true); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(true); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(false); rwccw.setVisible(false); rwccm.repaint(); rwccp.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(true); outputpanel11.setVisible(true); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove,262+ymove,296,296); outputpanel11.setBounds(317+xmove,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.cg4){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(true); rwccu.setVisible(true); rwccv.setVisible(false); rwccw.setVisible(false); rwcct.repaint(); rwccu.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(true); outputpanel16.setVisible(true); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove,262+ymove,296,296); outputpanel16.setBounds(12+xmove,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.cg5){ rwccf.setVisible(false); rwccg.setVisible(false); rwcch.setVisible(false); rwccj.setVisible(false); rwcck.setVisible(false); rwccl.setVisible(false); rwccm.setVisible(false); rwccn.setVisible(false); rwcco.setVisible(false); rwccp.setVisible(false); rwccr.setVisible(false); rwccs.setVisible(false); rwcct.setVisible(false); rwccu.setVisible(false); rwccv.setVisible(true); rwccw.setVisible(true); rwccv.repaint(); rwccw.repaint(); if(cp3D.cplot3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(true); outputpanel18.setVisible(true); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove,262+ymove,296,296); outputpanel18.setBounds(12+xmove,262+ymove,296,296); } update3D(); } if(evt.getSource()==cp3D.cplot1){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); state.IsPolar = false; rwccf.setPolar(state.IsPolar); rwccg.setPolar(state.IsPolar); rwcch.setPolar(state.IsPolar); rwccj.setPolar(state.IsPolar); rwcck.setPolar(state.IsPolar); rwccl.setPolar(state.IsPolar); rwccm.setPolar(state.IsPolar); rwccn.setPolar(state.IsPolar); rwcco.setPolar(state.IsPolar); rwccp.setPolar(state.IsPolar); rwccr.setPolar(state.IsPolar); rwccs.setPolar(state.IsPolar); rwcct.setPolar(state.IsPolar); rwccu.setPolar(state.IsPolar); rwccv.setPolar(state.IsPolar); rwccw.setPolar(state.IsPolar); rwccf.repaint(); rwccg.repaint(); rwcch.repaint(); rwccj.repaint(); rwcck.repaint(); rwccl.repaint(); rwccm.repaint(); rwccn.repaint(); rwcco.repaint(); rwccp.repaint(); rwccr.repaint(); rwccs.repaint(); rwcct.repaint(); rwccu.repaint(); rwccv.repaint(); rwccw.repaint(); } if(evt.getSource()==cp3D.cplot2){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); state.IsPolar = true; rwccf.setPolar(state.IsPolar); rwccg.setPolar(state.IsPolar); rwcch.setPolar(state.IsPolar); rwccj.setPolar(state.IsPolar); rwcck.setPolar(state.IsPolar); rwccl.setPolar(state.IsPolar); rwccm.setPolar(state.IsPolar); rwccn.setPolar(state.IsPolar); rwcco.setPolar(state.IsPolar); rwccp.setPolar(state.IsPolar); rwccr.setPolar(state.IsPolar); rwccs.setPolar(state.IsPolar); rwcct.setPolar(state.IsPolar); rwccu.setPolar(state.IsPolar); rwccv.setPolar(state.IsPolar); rwccw.setPolar(state.IsPolar); rwccf.repaint(); rwccg.repaint(); rwcch.repaint(); rwccj.repaint(); rwcck.repaint(); rwccl.repaint(); rwccm.repaint(); rwccn.repaint(); rwcco.repaint(); rwccp.repaint(); rwccr.repaint(); rwccs.repaint(); rwcct.repaint(); rwccu.repaint(); rwccv.repaint(); rwccw.repaint(); } if(evt.getSource()==cp3D.cplot3){ if(cp3D.ch1.getState()){ outputpanel2.setVisible(true); outputpanel3.setVisible(true); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove,262+ymove,296,296); outputpanel3.setBounds(317+xmove,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } if(cp3D.ch2.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(true); outputpanel5.setVisible(true); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove,262+ymove,296,296); outputpanel5.setBounds(317+xmove,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } if(cp3D.ch3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(true); outputpanel14.setVisible(true); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove,262+ymove,296,296); outputpanel14.setBounds(317+xmove,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } if(cp3D.cg1.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(true); outputpanel7.setVisible(true); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove,262+ymove,296,296); outputpanel7.setBounds(317+xmove,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } if(cp3D.cg2.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(true); outputpanel9.setVisible(true); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove,262+ymove,296,296); outputpanel9.setBounds(317+xmove,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } if(cp3D.cg3.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(true); outputpanel11.setVisible(true); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove,262+ymove,296,296); outputpanel11.setBounds(317+xmove,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); } if(cp3D.cg4.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(true); outputpanel16.setVisible(true); outputpanel17.setVisible(false); outputpanel18.setVisible(false); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove,262+ymove,296,296); outputpanel16.setBounds(12+xmove,262+ymove,296,296); outputpanel17.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel18.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel15.rwoc10P.repaint(); outputpanel15.rwoc11P.repaint(); outputpanel15.tcanvas14.repaint(); outputpanel16.rwoc12P.repaint(); outputpanel16.rwoc13P.repaint(); outputpanel16.tcanvas15.repaint(); } if(cp3D.cg5.getState()){ outputpanel2.setVisible(false); outputpanel3.setVisible(false); outputpanel4.setVisible(false); outputpanel5.setVisible(false); outputpanel6.setVisible(false); outputpanel7.setVisible(false); outputpanel8.setVisible(false); outputpanel9.setVisible(false); outputpanel10.setVisible(false); outputpanel11.setVisible(false); outputpanel13.setVisible(false); outputpanel14.setVisible(false); outputpanel15.setVisible(false); outputpanel16.setVisible(false); outputpanel17.setVisible(true); outputpanel18.setVisible(true); outputpanel2.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel3.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel4.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel5.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel6.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel7.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel8.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel9.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel10.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel11.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel13.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel14.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel15.setBounds(317+xmove+10000,262+ymove,296,296); outputpanel16.setBounds(12+xmove+10000,262+ymove,296,296); outputpanel17.setBounds(317+xmove,262+ymove,296,296); outputpanel18.setBounds(12+xmove,262+ymove,296,296); outputpanel17.rwoc14P.repaint(); outputpanel17.rwoc15P.repaint(); outputpanel17.tcanvas16.repaint(); outputpanel18.rwoc16P.repaint(); outputpanel18.rwoc17P.repaint(); outputpanel18.tcanvas17.repaint(); } state.IsPolar = false; rwccf.setPolar(state.IsPolar); rwccg.setPolar(state.IsPolar); rwcch.setPolar(state.IsPolar); rwccj.setPolar(state.IsPolar); rwcck.setPolar(state.IsPolar); rwccl.setPolar(state.IsPolar); rwccm.setPolar(state.IsPolar); rwccn.setPolar(state.IsPolar); rwcco.setPolar(state.IsPolar); rwccp.setPolar(state.IsPolar); rwccr.setPolar(state.IsPolar); rwccs.setPolar(state.IsPolar); rwcct.setPolar(state.IsPolar); rwccu.setPolar(state.IsPolar); rwccv.setPolar(state.IsPolar); rwccw.setPolar(state.IsPolar); rwccf.repaint(); rwccg.repaint(); rwcch.repaint(); rwccj.repaint(); rwcck.repaint(); rwccl.repaint(); rwccm.repaint(); rwccn.repaint(); rwcco.repaint(); rwccp.repaint(); rwccr.repaint(); rwccs.repaint(); rwcct.repaint(); rwccu.repaint(); rwccv.repaint(); rwccw.repaint(); } } public void update3D(){ try{ if(Double.valueOf(cp3D.text3.getText()).doubleValue()>=0.0 && Double.valueOf(cp3D.text3.getText()).doubleValue()<=state.distance_maximum){ state.point_distance=Double.valueOf(cp3D.text3.getText()).doubleValue(); state.distance = state.point_distance * state.wavelength; } else if(Double.valueOf(cp3D.text3.getText()).doubleValue()>state.distance_maximum){ state.point_distance=state.distance_maximum; state.distance = state.point_distance * state.wavelength; cp3D.text3.setText(""+state.point_distance); } else{ state.point_distance=0.0; state.distance=0.0; cp3D.text3.setText(""+state.point_distance); } } catch(NumberFormatException e){ state.point_distance = 0.0; } state.phi_angle = cp3D.slider1.getValue(); inputpanel2.slider3.setValue((int)(inputpanel2.ScrollMax2*(state.phi_angle-state.phi_minimum)/ (state.phi_maximum-state.phi_minimum))); inputpanel2.slider30.setValue(0); inputpanel2.text2.setText(""+MaestroA.rounder(state.phi_angle,7)); state.ignition(); state.scan3Dfield(); rwccf.setYRangeMax(state.EfieldMax); rwccf.setYRangeMin(0.0); rwccf.plotZeroLine(false); rwccf.plotRefPoint(false); rwccf.setPolar(state.IsPolar); rwccf.setPhiAngle((int)state.phi_angle); rwccf.setType(1); rwccf.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccg.setYRangeMax(state.EfieldphiMax); rwccg.setYRangeMin(0.0); rwccg.plotZeroLine(false); rwccg.plotRefPoint(false); rwccg.setPolar(state.IsPolar); rwccg.setPhiAngle((int)state.phi_angle); rwccg.setType(1); rwccg.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcch.setYRangeMax(state.EfieldRadMax); rwcch.setYRangeMin(0.0); rwcch.plotZeroLine(false); rwcch.plotRefPoint(false); rwcch.setPolar(state.IsPolar); rwcch.setPhiAngle((int)state.phi_angle); rwcch.setType(2); rwcch.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccj.setYRangeMax(state.EfieldphiRadMax); rwccj.setYRangeMin(0.0); rwccj.plotZeroLine(false); rwccj.plotRefPoint(false); rwccj.setPolar(state.IsPolar); rwccj.setPhiAngle((int)state.phi_angle); rwccj.setType(2); rwccj.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcck.setYRangeMax(state.EfieldCartxMax); rwcck.setYRangeMin(0.0); rwcck.plotZeroLine(false); rwcck.plotRefPoint(false); rwcck.setPolar(state.IsPolar); rwcck.setPhiAngle((int)state.phi_angle); rwcck.setType(3); rwcck.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccl.setYRangeMax(state.EfieldCartyMax); rwccl.setYRangeMin(0.0); rwccl.plotZeroLine(false); rwccl.plotRefPoint(false); rwccl.setPolar(state.IsPolar); rwccl.setPhiAngle((int)state.phi_angle); rwccl.setType(4); rwccl.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccm.setYRangeMax(state.EfieldCartzMax); rwccm.setYRangeMin(0.0); rwccm.plotZeroLine(false); rwccm.plotRefPoint(false); rwccm.setPolar(state.IsPolar); rwccm.setPhiAngle((int)state.phi_angle); rwccm.setType(5); rwccm.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccn.setYRangeMax(state.EfieldCart2xMax); rwccn.setYRangeMin(0.0); rwccn.plotZeroLine(false); rwccn.plotRefPoint(false); rwccn.setPolar(state.IsPolar); rwccn.setPhiAngle((int)state.phi_angle); rwccn.setType(3); rwccn.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcco.setYRangeMax(state.EfieldCart2yMax); rwcco.setYRangeMin(0.0); rwcco.plotZeroLine(false); rwcco.plotRefPoint(false); rwcco.setPolar(state.IsPolar); rwcco.setPhiAngle((int)state.phi_angle); rwcco.setType(4); rwcco.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccp.setYRangeMax(state.EfieldCart2zMax); rwccp.setYRangeMin(0.0); rwccp.plotZeroLine(false); rwccp.plotRefPoint(false); rwccp.setPolar(state.IsPolar); rwccp.setPhiAngle((int)state.phi_angle); rwccp.setType(5); rwccp.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccr.setYRangeMax(state.HfieldMax); rwccr.setYRangeMin(0.0); rwccr.plotZeroLine(false); rwccr.plotRefPoint(false); rwccr.setPolar(state.IsPolar); rwccr.setPhiAngle((int)state.phi_angle); rwccr.setType(6); rwccr.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccs.setYRangeMax(state.HfieldphiMax); rwccs.setYRangeMin(0.0); rwccs.plotZeroLine(false); rwccs.plotRefPoint(false); rwccs.setPolar(state.IsPolar); rwccs.setPhiAngle((int)state.phi_angle); rwccs.setType(6); rwccs.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); //------------------------------------------- new: H cartesian components rwcct.setYRangeMax(state.HfieldCartxMax); rwcct.setYRangeMin(0.0); rwcct.plotZeroLine(false); rwcct.plotRefPoint(false); rwcct.setPolar(state.IsPolar); rwcct.setPhiAngle((int)state.phi_angle); rwcct.setType(7); rwcct.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccu.setYRangeMax(state.HfieldCart2xMax); rwccu.setYRangeMin(0.0); rwccu.plotZeroLine(false); rwccu.plotRefPoint(false); rwccu.setPolar(state.IsPolar); rwccu.setPhiAngle((int)state.phi_angle); rwccu.setType(7); rwccu.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccv.setYRangeMax(state.HfieldCartyMax); rwccv.setYRangeMin(0.0); rwccv.plotZeroLine(false); rwccv.plotRefPoint(false); rwccv.setPolar(state.IsPolar); rwccv.setPhiAngle((int)state.phi_angle); rwccv.setType(8); rwccv.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccw.setYRangeMax(state.HfieldCart2yMax); rwccw.setYRangeMin(0.0); rwccw.plotZeroLine(false); rwccw.plotRefPoint(false); rwccw.setPolar(state.IsPolar); rwccw.setPhiAngle((int)state.phi_angle); rwccw.setType(8); rwccw.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); //--------------------------------------------------------- state.Is_theta = true; state.Is_radius = false; rwccf.plot(state.x_polar,state.ethetaM); rwcch.plot(state.x_polar,state.eradM); rwccg.plot(state.x_polar,state.ephiM); rwccj.plot(state.x_polar,state.ephiradM); rwccr.plot(state.x_polar,state.hphigenM); rwccs.plot(state.x_polar,state.hphiM); rwcck.plot(state.x_polar,state.ex); rwccl.plot(state.x_polar,state.ey); rwccm.plot(state.x_polar,state.ez); rwccn.plot(state.x_polar,state.ephix); rwcco.plot(state.x_polar,state.ephiy); rwccp.plot(state.x_polar,state.ephiz); rwcct.plot(state.x_polar,state.hx); rwccu.plot(state.x_polar,state.hphix); rwccv.plot(state.x_polar,state.hy); rwccw.plot(state.x_polar,state.hphiy); rwccf.ignition(); rwccf.repaint(); rwccg.ignition(); rwccg.repaint(); rwcch.ignition(); rwcch.repaint(); rwccj.ignition(); rwccj.repaint(); rwcck.ignition(); rwcck.repaint(); rwccl.ignition(); rwccl.repaint(); rwccm.ignition(); rwccm.repaint(); rwccn.ignition(); rwccn.repaint(); rwcco.ignition(); rwcco.repaint(); rwccp.ignition(); rwccp.repaint(); rwccr.ignition(); rwccr.repaint(); rwccs.ignition(); rwccs.repaint(); rwcct.ignition(); rwcct.repaint(); rwccu.ignition(); rwccu.repaint(); rwccv.ignition(); rwccv.repaint(); rwccw.ignition(); rwccw.repaint(); rwc.set3D(true); rwc.repaint(); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc2.repaint(); outputpanel2.rwocC.repaint(); outputpanel2.rwocD.repaint(); outputpanel2.tcanvas.repaint(); outputpanel3.rwocE.repaint(); outputpanel3.rwocF.repaint(); outputpanel3.tcanvas2.repaint(); outputpanel4.rwocG.repaint(); outputpanel4.rwocH.repaint(); outputpanel4.tcanvas3.repaint(); outputpanel5.rwocI.repaint(); outputpanel5.rwocJ.repaint(); outputpanel5.tcanvas4.repaint(); outputpanel6.rwocK.repaint(); outputpanel6.rwocL.repaint(); outputpanel6.tcanvas5.repaint(); outputpanel7.rwocM.repaint(); outputpanel7.rwocN.repaint(); outputpanel7.tcanvas6.repaint(); outputpanel8.rwocO.repaint(); outputpanel8.rwocP.repaint(); outputpanel8.tcanvas7.repaint(); outputpanel9.rwocQ.repaint(); outputpanel9.rwocR.repaint(); outputpanel9.tcanvas8.repaint(); outputpanel10.rwocS.repaint(); outputpanel10.rwocT.repaint(); outputpanel10.tcanvas9.repaint(); outputpanel11.rwocU.repaint(); outputpanel11.rwocV.repaint(); outputpanel11.tcanvas10.repaint(); outputpanel13.rwoc6P.repaint(); outputpanel13.rwoc7P.repaint(); outputpanel13.tcanvas12.repaint(); outputpanel14.rwoc8P.repaint(); outputpanel14.rwoc9P.repaint(); outputpanel14.tcanvas13.repaint(); outputpanel15.rwoc10P.repaint(); outputpanel15.rwoc11P.repaint(); outputpanel15.tcanvas14.repaint(); outputpanel16.rwoc12P.repaint(); outputpanel16.rwoc13P.repaint(); outputpanel16.tcanvas15.repaint(); outputpanel17.rwoc14P.repaint(); outputpanel17.rwoc15P.repaint(); outputpanel17.tcanvas16.repaint(); outputpanel18.rwoc16P.repaint(); outputpanel18.rwoc17P.repaint(); outputpanel18.tcanvas17.repaint(); inputpanel2.text4.setText(""+state.point_distance); inputpanel2.slider2.setValue((int)((state.point_distance-state.distance_minimum)*inputpanel2.ScrollMax/(state.distance_maximum-state.distance_minimum))); inputpanel2.repaint(); } /** * Called to start the applet. You never need to call this directly; it * is called when the applet's document is visited. */ public void start() { } /** * Called to stop the applet. This is called when the applet's document is * no longer on the screen. It is guaranteed to be called before destroy() * is called. You never need to call this method directly */ public void stop() { } /** * Cleans up whatever resources are being held. If the applet is active * it is stopped. */ public void destroy() { } }