import java.awt.*; import java.awt.event.*; public class Oblique extends Frame implements AdjustmentListener, ActionListener, ItemListener, MouseListener, Runnable, WindowListener{ private static final Color bgcolor = new Color(230,230,230); //About about; Instructions instructions; Panel instrFrame; TitlePanel titlepanel; ObliqueCanvas o_canvas; ObliqueCanvasB o_canvasB; ObliqueGraphCanvas og_canvas; // Magnitude of reflection and transmission coefficients ObliqueGraphCanvasB og_canvasB; // Amplitude of reflection and transmision coefficients ObliqueGraphCanvasC og_canvasC; // Power reflection and transmission coefficients ObliqueGraphCanvasD og_canvasD; // Standing Wave Pattern Draw2DCanvasB draw2DB; // Draw 2D animations Palette palette; // palette for 2D ObliqueOutputPanel outputpanel; ObliqueOutputPanelB outputpanelB; ObliqueInputPanel inputpanel; ObliqueControlPanel o_control; ObliqueControlPanel2 o_control2; ObliqueBoundaryControlPanel o_control3; ObliqueControlGraph o_control4; Oblique_State state; private StartStopClock ssc; private Thread tron; private boolean isTronRunning; private int SleepTime; // CHANGE ====================================================================== public int xmove = 10; public int ymove = 34; public static void main(String[] args){ int xxmove = 20; int yymove = 45; Oblique f = new Oblique(); f.setSize(1234+xxmove,645+yymove); f.setVisible(true); f.setLayout(null); } public Oblique(){ setBackground(bgcolor); setLayout(null); // CHANGE ================================================================== //int xmove = 10; //int ymove = 34; //========================================================================== titlepanel = new TitlePanel("Module 8.4","Oblique Incidence on Lossy Medium"); //add(titlepanel); //about = new About(); instructions = new Instructions(); state = new Oblique_State(); o_canvas = new ObliqueCanvas(state); o_canvasB = new ObliqueCanvasB(state); og_canvas = new ObliqueGraphCanvas(state); og_canvasB = new ObliqueGraphCanvasB(state); og_canvasC = new ObliqueGraphCanvasC(state); og_canvasD = new ObliqueGraphCanvasD(state); outputpanel = new ObliqueOutputPanel(state); outputpanelB = new ObliqueOutputPanelB(state); inputpanel = new ObliqueInputPanel(state); o_control = new ObliqueControlPanel(); o_control2 = new ObliqueControlPanel2(); o_control3 = new ObliqueBoundaryControlPanel(); draw2DB = new Draw2DCanvasB(state); palette = new Palette(state); o_control4 = new ObliqueControlGraph(); draw2DB.setBounds(9+xmove,60+ymove,606,576); palette.setBounds(594+xmove,61+ymove,20,172); palette.setVisible(false); draw2DB.setVisible(false); //add(o_canvas); //add(og_canvas); //add(outputpanel); //add(inputpanel); //add(o_control); //about.setBounds(7,7,1220,631); //instructions.setBounds(7,7,1220,631); //instructions.setBounds(10,349,604,286); //instrFrame = new Panel(); //instrFrame.setBackground(Color.black); //instrFrame.setBounds(9,348,606,288); instructions.setBounds(10+xmove,61+ymove,604,574); instrFrame = new Panel(); instrFrame.setBackground(Color.black); instrFrame.setBounds(9+xmove,60+ymove,606,576); titlepanel.setBounds(9+xmove,9+ymove,300,46); o_canvas.setBounds(9+xmove,60+ymove,606,576); o_canvasB.setBounds(9+xmove,60+ymove,606,576); //og_canvas.setBounds(620+xmove,10+ymove,605,333); //og_canvasB.setBounds(620+xmove,10+ymove,605,333); //og_canvasC.setBounds(620+xmove,10+ymove,605,333); //og_canvasD.setBounds(620+xmove,10+ymove,605,333); // CHANGE ================================================================== og_canvas.setBounds(620+xmove,33+ymove,605,310); og_canvasB.setBounds(620+xmove,33+ymove,605,310); og_canvasC.setBounds(620+xmove,33+ymove,605,310); og_canvasD.setBounds(620+xmove,33+ymove,605,310); //========================================================================== o_control.setBounds(315+xmove,11+ymove,299,43); //o_control2.setBounds(520,55,75,75); o_control2.setBounds(380+xmove,606+ymove,235,30); o_control2.setVisible(false); og_canvasD.setVisible(false); outputpanelB.setVisible(false); o_control4.setBounds(621+xmove,10+ymove,603,23); outputpanel.setBounds(925+xmove,348+ymove,300,288); //outputpanelB.setBounds(140,55,473,68); outputpanelB.setBounds(120+xmove,545+ymove,375,80); inputpanel.setBounds(620+xmove,348+ymove,300,288); o_control3.setBounds(390+xmove,606+ymove,225,30); o_control3.setVisible(false); ssc = new StartStopClock(); //add(ssc); ssc.setBounds(9+xmove,600+ymove,148,36); //ssc.setBounds(16,424,56,190); ssc.setVisible(false); //about.setVisible(false); //instructions.setVisible(false); //instrFrame.setVisible(false); Panel pcont = new Panel(); //Behind control panel pcont.setBackground(Color.black); //add(pcont); pcont.setBounds(314+xmove,10+ymove,301,45); Panel pcont4 = new Panel(); // Behind graph control panel pcont4.setBackground(Color.black); //add(pcont4); pcont4.setBounds(620+xmove,9+ymove,605,24); Panel p0 = new Panel(); p0.setBackground(Color.cyan); //add(p0); p0.setBounds(3+xmove,3+ymove,1228,639); Panel p00 = new Panel(); p00.setBackground(Color.black); //add(p00); p00.setBounds(xmove,ymove,1234,645); //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(ssc); add(outputpanelB); add(o_canvas); add(o_control3); add(o_canvasB); add(o_control2); add(o_control4); add(palette); add(draw2DB); add(og_canvasD); add(og_canvas); add(og_canvasB); add(og_canvasC); add(outputpanel); add(inputpanel); add(o_control); add(pcont); add(pcont4); add(p0); add(p00); state.LicenseExpired = false; //} ssc.setStatus(0,360,2); isTronRunning = false; SleepTime = 0; //Listeners //about.bupdate.addActionListener(this); this.addWindowListener(this); instructions.bupdate.addActionListener(this); ssc.button1.addMouseListener(this); ssc.button2.addMouseListener(this); inputpanel.slider.addAdjustmentListener(this); inputpanel.slider2.addAdjustmentListener(this); inputpanel.slider_scale.addAdjustmentListener(this); inputpanel.b1.addActionListener(this); // CHANGE inputpanel.b2a.addActionListener(this); inputpanel.b2b.addActionListener(this); inputpanel.b3a.addActionListener(this); inputpanel.b3b.addActionListener(this); inputpanel.c1.addItemListener(this); // parallel polarization inputpanel.c2.addItemListener(this); // perpendicular polarization inputpanel.c3.addItemListener(this); // normal field inward inputpanel.c4.addItemListener(this); // normal field outward inputpanel.c5.addItemListener(this); // plot power Refl and Transm Coeff inputpanel.c6.addItemListener(this); // plot magnitude of Refl and Transm Coeff for fields inputpanel.c7.addItemListener(this); // plot amplitude of Refl and Transm Coeff for fields inputpanel.c8.addItemListener(this); // plot for Electric field inputpanel.c9.addItemListener(this); // plot for Magnetic field //o_control.c1.addItemListener(this); //o_control.c2.addItemListener(this); o_control.menuA.addItemListener(this); o_control.menuB.addItemListener(this); o_control.c3.addItemListener(this); o_control.c4.addItemListener(this); //o_control.c5.addItemListener(this); o_control4.c1.addItemListener(this); o_control4.c2.addItemListener(this); o_control4.c5.addItemListener(this); o_control2.c1.addItemListener(this); o_control2.c2.addItemListener(this); o_control2.c3.addItemListener(this); o_control3.c1.addItemListener(this); o_control3.c2.addItemListener(this); o_control3.c3.addItemListener(this); } /* 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(0,0,1250,675); /* 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",10,652); //g.setFont(fonto); //g.drawString("Amanogawa, "+annonuovo+" - All Rights Reserved",30,650); } public void mouseClicked(MouseEvent evt){mouseHandler(evt);} public void mouseEntered(MouseEvent evt){;} public void mouseExited(MouseEvent evt){;} public void mousePressed(MouseEvent evt){;} public void mouseReleased(MouseEvent evt){;} private synchronized void mouseHandler(MouseEvent evt){ if(evt.getSource()==ssc.button1){ if(tron == null){ start(); } else { //tron.resume(); } ssc.IsStop = false; ssc.repaint(); isTronRunning = true; //polarcanvas.reset(); //state.reset(); //ssc.reset(); } if(evt.getSource()==ssc.button2){ isTronRunning = false; ssc.IsStop = true; ssc.repaint(); } } public void start(){ if(tron == null){ tron = new Thread(this); tron.start(); } } public void stop(){ if(tron != null){ //tron.stop(); tron = null; } } public void run(){ while(true){ try{ Thread.sleep(SleepTime); } catch(InterruptedException e){e.printStackTrace();} if(isTronRunning){ state.increment(); ssc.increment(); state.ignition(); draw2DB.repaint(); } } } public void pause(boolean tmp){ if(tmp){ isTronRunning = false; //tron.suspend(); } else { isTronRunning = true; //tron.resume(); } } 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.slider_scale){ state.Deltax = 0.01 * inputpanel.slider_scale.getValue(); state.ignition(); draw2DB.repaint(); } o_canvas.repaint(); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.repaint(); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); state.ignition(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } public void actionPerformed(ActionEvent evt){ //if(evt.getSource()==about.bupdate){ if(evt.getSource()==instructions.bupdate){ //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); if(state.ShowWhich == 1){ o_control.menuA.select(" Vector Diagrams"); o_canvas.setVisible(true); o_canvasB.setVisible(false); draw2DB.setVisible(false); palette.setVisible(false); o_control2.setVisible(false); o_control3.setVisible(false); state.Plot2D = false; inputpanel.labscale.setVisible(false); inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); outputpanelB.setVisible(false); // CHANGE ================================================== outputpanelB.setBounds(120+xmove+10000,545+ymove,375,80); //========================================================== ssc.setVisible(false); // CHANGE ================================================== ssc.setBounds(9+xmove+10000,600+ymove,148,36); //========================================================== } else if(state.ShowWhich == 2){ o_control.menuA.select(" Transverse Field"); o_canvas.setVisible(false); o_canvasB.setVisible(false); draw2DB.setVisible(true); palette.setVisible(true); o_control2.setVisible(true); o_control3.setVisible(false); state.Plot2D = true; state.ignition(); draw2DB.repaint(); inputpanel.labscale.setVisible(true); inputpanel.slider_scale.setVisible(true); inputpanel.scale1.setVisible(true); inputpanel.scale2.setVisible(true); outputpanelB.setVisible(false); // CHANGE ================================================== outputpanelB.setBounds(120+xmove+10000,545+ymove,375,80); //========================================================== ssc.setVisible(true); // CHANGE ================================================== ssc.setBounds(9+xmove,600+ymove,148,36); //========================================================== } //else if(state.ShowWhich == 3){ // o_control.menuA.select(" Boundary Conditions"); //} } if(evt.getSource() == inputpanel.b2a || evt.getSource() == inputpanel.b2b){ state.ignition(); o_canvas.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); if(o_control4.c1.getState()){ state.plotE = true; state.scan_coefficients(); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasD.plot(state.x_swp,state.xarrayTot_M); } else{ state.plotE = false; state.scan_coefficients(); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasD.plot(state.x_swp,state.xarrayTot_M); } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.repaint(); } if(evt.getSource() == inputpanel.b3a || evt.getSource() == inputpanel.b3b){ state.ignition(); o_canvas.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); if(o_control4.c1.getState()){ state.plotE = true; state.scan_coefficients(); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasD.plot(state.x_swp,state.xarrayTot_M); } else{ state.plotE = false; state.scan_coefficients(); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasD.plot(state.x_swp,state.xarrayTot_M); } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.repaint(); } if(evt.getSource() == inputpanel.b1){ state.ignition(); o_canvas.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); if(o_control4.c1.getState()){ state.plotE = true; state.scan_coefficients(); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasD.plot(state.x_swp,state.xarrayTot_M); } else{ state.plotE = false; state.scan_coefficients(); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvasD.plot(state.x_swp,state.xarrayTot_M); } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.repaint(); } } public void itemStateChanged(ItemEvent evt){ ItemSelectable ie = evt.getItemSelectable(); if(evt.getSource()== o_control.menuA){ if(ie.getSelectedObjects()[0]==" Vector Diagrams"){ state.ShowWhich = 1; o_canvas.setVisible(true); o_canvasB.setVisible(false); draw2DB.setVisible(false); palette.setVisible(false); o_control2.setVisible(false); o_control3.setVisible(false); state.Plot2D = false; inputpanel.labscale.setVisible(false); inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); outputpanelB.setVisible(false); // CHANGE ================================================== outputpanelB.setBounds(120+xmove+10000,545+ymove,375,80); //========================================================== ssc.setVisible(false); // CHANGE ================================================== ssc.setBounds(9+xmove+10000,600+ymove,148,36); //========================================================== instructions.setVisible(false); instrFrame.setVisible(false); } else if(ie.getSelectedObjects()[0]==" Transverse Field"){ state.ShowWhich = 2; o_canvas.setVisible(false); o_canvasB.setVisible(false); draw2DB.setVisible(true); palette.setVisible(true); o_control2.setVisible(true); o_control3.setVisible(false); state.Plot2D = true; state.ignition(); draw2DB.repaint(); inputpanel.labscale.setVisible(true); inputpanel.slider_scale.setVisible(true); inputpanel.scale1.setVisible(true); inputpanel.scale2.setVisible(true); outputpanelB.setVisible(false); // CHANGE ================================================== outputpanelB.setBounds(120+xmove+10000,545+ymove,375,80); //========================================================== ssc.setVisible(true); // CHANGE ================================================== ssc.setBounds(9+xmove,600+ymove,148,36); //========================================================== instructions.setVisible(false); instrFrame.setVisible(false); } else if(ie.getSelectedObjects()[0]==" Instructions"){ //about.setVisible(true); instructions.setVisible(true); instrFrame.setVisible(true); o_canvas.setVisible(false); o_canvasB.setVisible(false); draw2DB.setVisible(false); palette.setVisible(false); o_control2.setVisible(false); o_control3.setVisible(false); state.Plot2D = false; inputpanel.labscale.setVisible(false); inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); outputpanelB.setVisible(false); // CHANGE ================================================== outputpanelB.setBounds(120+xmove+10000,545+ymove,375,80); //========================================================== ssc.setVisible(false); // CHANGE ================================================== ssc.setBounds(9+xmove+10000,600+ymove,148,36); //========================================================== instructions.setVisible(true); instrFrame.setVisible(true); } /* else if(ie.getSelectedObjects()[0]==" Boundary Conditions"){ o_canvas.setVisible(false); o_canvasB.setVisible(true); draw2DB.setVisible(false); palette.setVisible(false); o_control2.setVisible(false); o_control3.setVisible(true); state.Plot2D = false; inputpanel.labscale.setVisible(false); inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); outputpanelB.setVisible(true); ssc.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); } */ } //ItemSelectable ie = evt.getItemSelectable(); if(evt.getSource()== o_control.menuB){ if(ie.getSelectedObjects()[0]==" Reflection"){ if(inputpanel.c5.getState()){ state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c6.getState()){ state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c7.getState()){ state.which = 5; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setTitle("Magnetic Field - Reflection Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u0393 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Reflection Coefficient", Color.blue); og_canvasB.setYLabel("\u0393 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } if(ie.getSelectedObjects()[0]==" Transmission"){ if(inputpanel.c5.getState()){ state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c6.getState()){ state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c7.getState()){ state.which = 6; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setTitle("Electric Field - Transmission Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u03c4 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Transmission Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u03c4 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } if(ie.getSelectedObjects()[0]==" \u22a5 Standing Wave"){ og_canvasD.setVisible(true); //hide input controls for other plots inputpanel.c5.setVisible(false); inputpanel.c6.setVisible(false); inputpanel.c7.setVisible(false); inputpanel.c8.setVisible(false); inputpanel.c9.setVisible(false); inputpanel.lab10.setVisible(false); inputpanel.labpa.setVisible(false); inputpanel.labpb.setVisible(false); inputpanel.labpc.setVisible(false); inputpanel.labpd.setVisible(false); inputpanel.labpe.setVisible(false); inputpanel.labpf.setVisible(false); inputpanel.labscale.setVisible(true); inputpanel.slider_scale.setVisible(true); inputpanel.scale1.setVisible(true); inputpanel.scale2.setVisible(true); if(state.isPolarizationParallel){ state.ignition(); og_canvasD.setLabels("Magnetic Field - Standing Wave Pattern (Normal to Interface)","| H | / Ho","x-coordinate"); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.setTitle("", Color.blue); } else{ state.ignition(); og_canvasD.setLabels("Electric Field - Standing Wave Pattern (Normal to Interface)","| E | / Eo","x-coordinate"); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.setTitle("", Color.magenta.darker()); } og_canvasD.repaint(); } } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c8){// Electric state.plotE = true; state.ignition(); state.scan_coefficients(); if(o_control4.c1.getState()){//Reflection Coefficient if(inputpanel.c5.getState()){ state.which = 1; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c6.getState()){ state.which = 1; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c7.getState()){ state.which = 5; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setTitle("Electric Field - Reflection Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u0393 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Reflection Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u0393 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } else if(o_control4.c2.getState()){//Transmission Coefficient if(inputpanel.c5.getState()){ state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c6.getState()){ state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c7.getState()){ state.which = 6; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setTitle("Electric Field - Transmission Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u03c4 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Transmission Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u03c4 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c9){// Magnetic state.plotE = false; state.ignition(); state.scan_coefficients(); if(o_control4.c1.getState()){//Reflection Coefficient if(inputpanel.c5.getState()){ state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c6.getState()){ state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c7.getState()){ state.which = 5; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setTitle("Magnetic Field - Reflection Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u0393 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Reflection Coefficient", Color.blue); og_canvasB.setYLabel("\u0393 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } else if(o_control4.c2.getState()){//Transmission Coefficient if(inputpanel.c5.getState()){ state.which = 4; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c6.getState()){ state.which = 4; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c7.getState()){ state.which = 6; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setTitle("Magnetic Field - Transmission Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u03c4 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Transmission Coefficient", Color.blue); og_canvasB.setYLabel("\u03c4 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c3){// In o_canvas.Field_Out = false; o_canvasB.Field_Out = false; o_canvas.repaint(); o_canvasB.repaint(); state.IsVectorIn = true; outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c4){// False o_canvas.Field_Out = true; o_canvasB.Field_Out = true; o_canvas.repaint(); o_canvasB.repaint(); state.IsVectorIn = false; outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c1){//Parallel Polarization o_canvas.repaint(); o_canvasB.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); o_control2.setPolarization(true); o_control3.setPolarization(true); o_control2.repaint(); o_control3.c1.setLabel("H y"); o_control3.c2.setLabel("E z"); o_control3.c3.setLabel("E x"); if(o_control4.c1.getState()){//Reflection Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Electric Field - Reflection Coefficient Magnitude", Color.magenta.darker()); og_canvas.setNoRange(false); og_canvas.setYLabel("| \u0393 ( E ) |"); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Reflection Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u0393 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Magnetic Field - Reflection Coefficient Magnitude", Color.blue); og_canvas.setNoRange(false); og_canvas.setYLabel("| \u0393 ( H ) |"); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Reflection Coefficient", Color.blue); og_canvasB.setYLabel("\u0393 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); } else{//Transmission Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Electric Field - Transmission Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u03c4 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Transmission Coefficient", Color.magenta.darker()); og_canvasB.setYLabel(" \u03c4 ( E ) "); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Magnetic Field - Transmission Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u03c4 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Transmission Coefficient", Color.blue); og_canvasB.setYLabel(" \u03c4 ( H ) "); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); draw2DB.repaint(); if(state.isPolarizationParallel){ og_canvasD.setLabels("Magnetic Field - Standing Wave Pattern (Normal to Interface)","| H | / Ho","x-coordinate"); og_canvasD.setTitle("", Color.blue); } else{ og_canvasD.setLabels("Electric Field - Standing Wave Pattern (Normal to Interface)","| E | / Eo","x-coordinate"); og_canvasD.setTitle("", Color.magenta.darker()); } og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c2){ //Perpendicular Polarization o_canvas.repaint(); o_canvasB.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); o_control2.setPolarization(false); o_control3.setPolarization(false); o_control2.repaint(); o_control3.c1.setLabel("E y"); o_control3.c2.setLabel("H z"); o_control3.c3.setLabel("H x"); if(o_control4.c1.getState()){//Reflection Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Electric Field - Reflection Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u0393 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Reflection Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u0393 ( E )"); og_canvas.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Magnetic Field - Reflection Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u0393 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Reflection Coefficient", Color.blue); og_canvasB.setYLabel("\u0393 ( H )"); og_canvas.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } else{//Transmission Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Electric Field - Transmission Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u03c4 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Electric Field - Transmission Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u03c4 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Magnetic Field - Transmission Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u03c4 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvasB.setTitle("Magnetic Field - Transmission Coefficient", Color.blue); og_canvasB.setYLabel("\u03c4 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); draw2DB.repaint(); if(state.isPolarizationParallel){ og_canvasD.setLabels("Magnetic Field - Standing Wave Pattern (Normal to Interface)","| H | / Ho","x-coordinate"); og_canvasD.setTitle("", Color.blue); } else{ og_canvasD.setLabels("Electric Field - Standing Wave Pattern (Normal to Interface)","| E | / Eo","x-coordinate"); og_canvasD.setTitle("", Color.magenta.darker()); } og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c5){//plot of magnitude o_control4.c1.setLabel("| Reflection Coefficient \u0393 |"); o_control4.c2.setLabel("| Transmission Coefficient \u03c4 |"); inputpanel.c8.setVisible(true); inputpanel.c9.setVisible(true); inputpanel.lab10.setVisible(true); o_canvas.repaint(); o_canvasB.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); if(o_control4.c1.getState()){//Reflection Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Electric Field - Reflection Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u0393 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); state.which = 1; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Magnetic Field - Reflection Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u0393 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvas.setVisible(true); og_canvasB.setVisible(false); og_canvasC.setVisible(false); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } else{//Transmission Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Electric Field - Transmission Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u03c4 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvas.setTitle("Magnetic Field - Transmission Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u03c4 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); state.which = 4; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvas.setRefPoint(state.theta1*1800/Math.PI); og_canvas.setVisible(true); og_canvasB.setVisible(false); og_canvasC.setVisible(false); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } //og_canvas.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c6){//Plot of amplitude o_control4.c1.setLabel("Reflection Coefficient \u0393"); o_control4.c2.setLabel("Transmission Coefficient \u03c4"); inputpanel.c8.setVisible(true); inputpanel.c9.setVisible(true); inputpanel.lab10.setVisible(true); o_canvas.repaint(); o_canvasB.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); if(o_control4.c1.getState()){//Reflection Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvasB.setTitle("Electric Field - Reflection Coefficient", Color.magenta.darker()); og_canvasB.setYLabel(" \u0393 ( E ) "); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); state.which = 1; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvasB.setTitle("Magnetic Field - Reflection Coefficient", Color.blue); og_canvasB.setYLabel(" \u0393 ( H ) "); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvas.setVisible(false); og_canvasB.setVisible(true); og_canvasC.setVisible(false); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } else{//Transmission Coefficient if(inputpanel.c8.getState()){ state.plotE = true; state.ignition(); state.scan_coefficients(); og_canvasB.setTitle("Electric Field - Transmission Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u03c4 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else if(inputpanel.c9.getState()){ state.plotE = false; state.ignition(); state.scan_coefficients(); og_canvasB.setTitle("Magnetic Field - Transmission Coefficient", Color.blue); og_canvasB.setYLabel("\u03c4 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); state.which = 4; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasB.setRefPoint(state.theta1*1800/Math.PI); og_canvas.setVisible(false); og_canvasB.setVisible(true); og_canvasC.setVisible(false); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); inputpanel.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } og_canvasB.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == inputpanel.c7){//Power plots o_control4.c1.setLabel("Power Reflectivity R"); o_control4.c2.setLabel("Power Transmissivity T"); inputpanel.c8.setVisible(false); inputpanel.c9.setVisible(false); inputpanel.lab10.setVisible(false); o_canvas.repaint(); o_canvasB.repaint(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); if(o_control4.c1.getState()){//Reflection Coefficient state.ignition(); og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.setVisible(false); og_canvasB.setVisible(false); og_canvasC.setVisible(true); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); inputpanel.repaint(); state.which = 5; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } else{//Transmission Coefficient state.ignition(); og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); og_canvas.setVisible(false); og_canvasB.setVisible(false); og_canvasC.setVisible(true); og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); inputpanel.repaint(); state.which = 6; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); } og_canvasC.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == o_control2.c1){//Incident state.Incident = true; state.Reflected = false; state.Total = false; state.ignition(); draw2DB.repaint(); } if(evt.getSource() == o_control2.c2){//Reflected state.Incident = false; state.Reflected = true; state.Total = false; state.ignition(); draw2DB.repaint(); } if(evt.getSource() == o_control2.c3){//Total state.Incident = false; state.Reflected = false; state.Total = true; state.ignition(); draw2DB.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == o_control.c3){//Vectors o_canvas.setVisible(true); o_canvas.setVisible(false); draw2DB.setVisible(false); palette.setVisible(false); o_control2.setVisible(false); state.Plot2D = false; inputpanel.labscale.setVisible(false); inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); ssc.setVisible(false); // CHANGE ================================================== ssc.setBounds(9+xmove+10000,600+ymove,148,36); //========================================================== } if(evt.getSource() == o_control.c4){//Fields Distribution o_canvas.setVisible(false); o_canvas.setVisible(false); draw2DB.setVisible(true); palette.setVisible(true); o_control2.setVisible(true); state.Plot2D = true; state.ignition(); draw2DB.repaint(); inputpanel.labscale.setVisible(true); inputpanel.slider_scale.setVisible(true); inputpanel.scale1.setVisible(true); inputpanel.scale2.setVisible(true); ssc.setVisible(true); // CHANGE ================================================== ssc.setBounds(9+xmove,600+ymove,148,36); //========================================================== } if(evt.getSource() == o_control4.c5){//Standing Wave og_canvasD.setVisible(true); state.PlotSW = true; inputpanel.labplot.setVisible(false); //hide input controls for other plots inputpanel.c5.setVisible(false); inputpanel.c6.setVisible(false); inputpanel.c7.setVisible(false); inputpanel.c8.setVisible(false); inputpanel.c9.setVisible(false); inputpanel.lab10.setVisible(false); inputpanel.labpa.setVisible(false); inputpanel.labpb.setVisible(false); inputpanel.labpc.setVisible(false); inputpanel.labpd.setVisible(false); inputpanel.labpe.setVisible(false); inputpanel.labpf.setVisible(false); inputpanel.labscale.setVisible(true); inputpanel.slider_scale.setVisible(true); inputpanel.scale1.setVisible(true); inputpanel.scale2.setVisible(true); if(state.isPolarizationParallel){ state.ignition(); og_canvasD.setLabels("Magnetic Field - Standing Wave Pattern (Normal to Interface)","| H | / Ho","x-coordinate"); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.setTitle("", Color.blue); } else{ state.ignition(); og_canvasD.setLabels("Electric Field - Standing Wave Pattern (Normal to Interface)","| E | / Eo","x-coordinate"); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.setTitle("", Color.magenta.darker()); } og_canvasD.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == o_control4.c1){//Reflection Coefficient state.PlotSW = false; inputpanel.labplot.setVisible(true); //show input controls for plots inputpanel.c5.setVisible(true); inputpanel.c6.setVisible(true); inputpanel.c7.setVisible(true); inputpanel.c8.setVisible(true); inputpanel.c9.setVisible(true); inputpanel.lab10.setVisible(true); inputpanel.labpa.setVisible(true); inputpanel.labpb.setVisible(true); inputpanel.labpc.setVisible(true); inputpanel.labpd.setVisible(true); inputpanel.labpe.setVisible(true); inputpanel.labpf.setVisible(true); inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); inputpanel.labscale.setVisible(false); if(inputpanel.c7.getState()){ inputpanel.c8.setVisible(false); inputpanel.c9.setVisible(false); inputpanel.lab10.setVisible(false); } og_canvasD.setVisible(false); if(inputpanel.c8.getState()){ state.plotE = true; if(inputpanel.c5.getState()){ state.which = 1; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvas.setTitle("Electric Field - Reflection Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u0393 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); } if(inputpanel.c6.getState()){ state.which = 1; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasB.setTitle("Electric Field - Reflection Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u0393 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); } else if(inputpanel.c7.getState()){ state.which = 5; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); } } else if(inputpanel.c9.getState()){ state.plotE = false; if(inputpanel.c5.getState()){ state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvas.setTitle("Magnetic Field - Reflection Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u0393 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.refCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); } if(inputpanel.c6.getState()){ state.which = 3; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasB.setTitle("Magnetic Field - Reflection Coefficient", Color.blue); og_canvasB.setYLabel("\u0393 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.refCR_array,state.refCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); } else if(inputpanel.c7.getState()){ state.which = 5; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasC.setTitle("Reflectivity", Color.black); og_canvasC.setYLabel(" R "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.ref_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); } } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } //---------------------------------------------------------------------- if(evt.getSource() == o_control4.c2){//Transmission Coefficient state.PlotSW = false; inputpanel.labplot.setVisible(true); //show input controls for plots inputpanel.slider_scale.setVisible(false); inputpanel.scale1.setVisible(false); inputpanel.scale2.setVisible(false); inputpanel.labscale.setVisible(false); inputpanel.c5.setVisible(true); inputpanel.c6.setVisible(true); inputpanel.c7.setVisible(true); inputpanel.c8.setVisible(true); inputpanel.c9.setVisible(true); inputpanel.lab10.setVisible(true); inputpanel.labpa.setVisible(true); inputpanel.labpb.setVisible(true); inputpanel.labpc.setVisible(true); inputpanel.labpd.setVisible(true); inputpanel.labpe.setVisible(true); inputpanel.labpf.setVisible(true); if(inputpanel.c7.getState()){ inputpanel.c8.setVisible(false); inputpanel.c9.setVisible(false); inputpanel.lab10.setVisible(false); } og_canvasD.setVisible(false); if(inputpanel.c8.getState()){ state.plotE = true; if(inputpanel.c5.getState()){ state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvas.setTitle("Electric Field - Transmission Coefficient Magnitude", Color.magenta.darker()); og_canvas.setYLabel("| \u03c4 ( E ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); } if(inputpanel.c6.getState()){ state.which = 2; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasB.setTitle("Electric Field - Transmission Coefficient", Color.magenta.darker()); og_canvasB.setYLabel("\u03c4 ( E )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); } else if(inputpanel.c7.getState()){ state.which = 6; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); } } else if(inputpanel.c9.getState()){ state.plotE = false; if(inputpanel.c5.getState()){ state.which = 4; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvas.setTitle("Magnetic Field - Transmission Coefficient Magnitude", Color.blue); og_canvas.setYLabel("| \u03c4 ( H ) |"); og_canvas.setNoRange(false); og_canvas.plot(state.x_deg,state.transCM_array); og_canvas.setRefPoint(state.theta1*1800/Math.PI); } else if(inputpanel.c6.getState()){ state.which = 4; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasB.setTitle("Magnetic Field - Transmission Coefficient", Color.blue); og_canvasB.setYLabel("\u03c4 ( H )"); og_canvasB.setNoRange(false); og_canvasB.plot(state.x_deg,state.transCR_array,state.transCI_array); og_canvasB.setRefPoint(state.theta1*1800/Math.PI); } else if(inputpanel.c7.getState()){ state.which = 6; state.ignition(); state.scan_coefficients(); outputpanel.pwocA.repaint(); outputpanel.pwocB.repaint(); outputpanel.pwocB2.repaint(); outputpanel.pwocB3.repaint(); outputpanel.pwocC.repaint(); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); og_canvasC.setTitle("Transmissivity", Color.black); og_canvasC.setYLabel(" T "); og_canvasC.setYRangeMax(1.0); og_canvasC.setYRangeMin(0.0); og_canvasC.plot(state.x_deg,state.trans_array); og_canvasC.setRefPoint(state.theta1*1800/Math.PI); } } og_canvas.repaint(); og_canvasB.repaint(); og_canvasC.repaint(); og_canvasD.plot(state.x_swp,state.xarrayTot_M); og_canvasD.repaint(); } //-------------------------------------------------Choose display of BC if(evt.getSource() == o_control3.c1){// tangential (to interface) perpendicular component in BC o_canvasB.show_normal = true; state.show_normal = true; outputpanelB.pwocD.setVisible(true); outputpanelB.pwocE.setVisible(false); outputpanelB.pwocF.setVisible(false); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); o_canvasB.repaint(); } else if(evt.getSource() == o_control3.c2){// tangential (to interface) parallel component in BC o_canvasB.show_normal = false; state.show_normal = false; o_canvasB.show_tang = true; state.show_tang = true; outputpanelB.pwocD.setVisible(false); outputpanelB.pwocE.setVisible(true); outputpanelB.pwocF.setVisible(false); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); o_canvasB.repaint(); } else if(evt.getSource() == o_control3.c3){// normal (to interface) parallel component in BC o_canvasB.show_normal = false; o_canvasB.show_tang = false; state.show_tang = false; outputpanelB.pwocD.setVisible(false); outputpanelB.pwocE.setVisible(false); outputpanelB.pwocF.setVisible(true); outputpanelB.pwocD.repaint(); outputpanelB.pwocE.repaint(); outputpanelB.pwocF.repaint(); o_canvasB.repaint(); } } }