//Chart.java //Interactive Transmission Line SmithChart //author Umberto Ravaioli, 2005 import java.awt.*; import java.awt.event.*; import java.io.*; import java.awt.font.*; import java.net.URL; import java.text.*; import java.util.Map; import java.util.Hashtable; import java.util.jar.Attributes; public class Chart extends Frame implements AdjustmentListener, ActionListener, ItemListener, MouseListener, MouseMotionListener, WindowListener{ Instructions instructions; Panel instrFrame; TitlePanel titlepanel; //About about; Auxiliary auxiliary; Auxiliary2 auxiliary2; Auxiliary3 auxiliary3; Auxiliary4 auxiliary4; Auxiliary5 auxiliary5; SmithPanel2 sp2; TransSlidePanel slidepanel; Trans_State state; TransInputPanel linepanel; TransLoadPanel loadpanel; Arc_red arcred; Arc_green arcgreen; line line; Trans_MultiGraphPanelA mgpa; Trans_MultiGraphPanelB mgpb; Panel psmith2; //Image image; //private Graphics buf; public Panel pplota, pplotb, paux5; // CHANGE ================================================================== public int xmove = 10; public int ymove = 34; //========================================================================== Font ttfFont, phiFont, italicFont; private static final boolean useOldFonts = true; public static void main(String[] args){ Chart f = new Chart(); int xxmove = 20; int yymove = 41; f.setSize(866+xxmove,621+yymove); //f.setSize(960,712); f.setVisible(true); f.setLayout(null); } public Chart(){ setLayout(null); String lcOSName = System.getProperty("os.name").toLowerCase(); boolean MAC_OS_X = lcOSName.startsWith("mac os x"); //System.out.println(lcOSName); if (!useOldFonts) { //getUlabyFonts(); state = new Trans_State(); state.ttfFont = ttfFont; state.sanSerifFont = ttfFont; state.serifFont = ttfFont; state.symbolFont = phiFont; state.italicFont = phiFont; MaestroG.serifFont = ttfFont; MaestroG.sanSerifFont = ttfFont; MaestroG.italicFont = italicFont; MaestroG.useBiggerFont = true; TheFonts.setNewFonts(ttfFont, phiFont, italicFont); } else { state = new Trans_State(); state.ttfFont = new Font("SanSerif",Font.PLAIN,12); state.sanSerifFont = new Font("SanSerif",Font.PLAIN,12); state.serifFont = new Font("Serif",Font.PLAIN,12); state.symbolFont = new Font("Symbol",Font.PLAIN,12); state.italicFont = new Font("Serif",Font.ITALIC,12); MaestroG.serifFont = state.serifFont; MaestroG.sanSerifFont = state.sanSerifFont; MaestroG.italicFont = state.italicFont; MaestroG.useBiggerFont = false; TheFonts.setOldFonts(); } // CHANGE ================================================================== //int xmove = 10; //int ymove = 34; //========================================================================== // image = getImage(getDocumentBase(),"copyright.gif"); //titlepanel = new TitlePanel(subtitleFont,"Module 2.6","Interactive Smith Chart"); titlepanel = new TitlePanel(state.ttfFont.deriveFont(Font.BOLD,15f), "Module 2.6","Interactive Smith Chart"); //add(titlepanel); //titlepanel.setBounds(10,9,294,41); titlepanel.setBounds(10+xmove,10+ymove,557,43); auxiliary = new Auxiliary(state); auxiliary.setBounds(600+20+xmove,302-179+ymove,150,15); auxiliary.setVisible(true); auxiliary2 = new Auxiliary2(state); auxiliary2.setBounds(600+20+xmove,337-179+ymove,150,15); auxiliary2.setVisible(true); auxiliary3 = new Auxiliary3(state); auxiliary3.setBounds(600+20+xmove,372-179+ymove,150,15); auxiliary3.setVisible(true); instructions = new Instructions(state); instructions.setBounds(7+xmove,7+ymove,565,604); instrFrame = new Panel(); instrFrame.setBackground(Color.black); //instrFrame.setBounds(7,7,564,604); //instrFrame.setVisible(false); sp2 = new SmithPanel2(state); sp2.setBounds(8+xmove,8+ymove,850,602); sp2.setxpos(state.xpos); sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setVisible(true); slidepanel = new TransSlidePanel(); slidepanel.setBounds(8+xmove,8+ymove,564,39); slidepanel.setLineLength(state.lineLength, state.lineLength_part1, state.lineLength_part2, state.linecounter1, state.linecounter2); { String[] str3 = {"Z"}; String[] str4 = {"[ \u03a9 ]"}; linepanel = new TransInputPanel(" ",str3,str4,state); linepanel.setValue(state.Z0,0); linepanel.setBounds(577+xmove,422+ymove,274,50); } { String[] str1 = {"Z","Y"}; String[] str2 = {"[ \u03a9 ]","1"}; loadpanel = new TransLoadPanel("Set Load",str1,str2,state); loadpanel.setValue(state.ZL,0); loadpanel.setBounds(577+xmove,479+ymove,274,126); } { loadpanel.setVisible(true); linepanel.setVisible(true); } arcred = new Arc_red(); arcred.setBounds(577+15+xmove,195+143+ymove,18,10); arcgreen = new Arc_green(); arcgreen.setBounds(577+15+xmove,225+143+ymove,18,10); mgpa = new Trans_MultiGraphPanelA(""); //add(mgpa); // CHANGE - KEEP INITIALLY AWAY DUE TO setVisible problem with MAC ======== //mgpa.setBounds(575+xmove,276+ymove,278,283); mgpa.setBounds(575+xmove+10000,276+ymove,278,283); //========================================================================== mgpb = new Trans_MultiGraphPanelB(""); //add(mgpb); // CHANGE - KEEP INITIALLY AWAY DUE TO setVisible problem with MAC ======== //mgpb.setBounds(575+xmove,12+ymove,278,268); mgpb.setBounds(575+xmove+10000,12+ymove,278,268); //========================================================================== auxiliary4 = new Auxiliary4(state); auxiliary4.setBounds(575+xmove,534+ymove,278,25); auxiliary4.setVisible(true); auxiliary5 = new Auxiliary5(state); auxiliary5.setBounds(575+xmove,560+ymove,278,45); auxiliary5.setVisible(true); paux5 = new Panel(); paux5.setBackground(Color.black); paux5.setBounds(574+xmove,559+ymove,280,47); pplota = new Panel(); pplota.setBackground(Color.black); pplota.setBounds(574+xmove,11+ymove,280,269); pplotb = new Panel(); pplotb.setBackground(Color.black); pplotb.setBounds(574+xmove,276+ymove,280,284); Panel pgraph = new Panel(); pgraph.setBackground(Color.black); pgraph.setBounds(10+xmove,235+ymove,900,288); psmith2 = new Panel(); psmith2.setBackground(Color.black); psmith2.setBounds(7+xmove,7+ymove,852,604); psmith2.setVisible(true); Panel pload = new Panel(); pload.setBackground(Color.black); pload.setBounds(576+xmove,478+ymove,276,128); Panel pline = new Panel(); pline.setBackground(Color.black); pline.setBounds(576+xmove,421+ymove,276,52); Panel p0 = new Panel(); p0.setBackground(Color.cyan); p0.setBounds(3+xmove,3+ymove,860,612); Panel p00 = new Panel(); p00.setBackground(Color.black); p00.setBounds(xmove,ymove,866,618); auxiliary4.setVisible(false); auxiliary5.setVisible(false); mgpb.setVisible(false); mgpa.setVisible(false); pplota.setVisible(false); pplotb.setVisible(false); paux5.setVisible(false); //if(state.this_year > line.magicyear || (state.this_year == line.magicyear && state.this_month > line.magicmonth)){ //state.LicenseExpired = true; //} //else //{ add(titlepanel); // LATER ..................... add(instructions); add(instrFrame); //add(about); add(auxiliary4); add(auxiliary5); add(mgpb); add(mgpa); add(pplota); add(pplotb); add(paux5); add(auxiliary); add(auxiliary2); add(auxiliary3); add(slidepanel); //add(pslide); add(loadpanel); add(pload); add(linepanel); add(pline); add(arcred); add(arcgreen); add(sp2); add(psmith2); add(p0); add(p00); state.LicenseExpired = false; //} //Listeners this.addWindowListener(this); instructions.bupdate.addActionListener(this); slidepanel.slider.addAdjustmentListener(this); slidepanel.slider2.addAdjustmentListener(this); // CHANGE ================================================================== slidepanel.b2a.addActionListener(this); slidepanel.b2b.addActionListener(this); slidepanel.b3a.addActionListener(this); slidepanel.b3b.addActionListener(this); //========================================================================== linepanel.b1.addActionListener(this); loadpanel.b1.addActionListener(this); //loadpanel.b2a.addActionListener(this); //loadpanel.b2b.addActionListener(this); //loadpanel.b3a.addActionListener(this); //loadpanel.b3b.addActionListener(this); //loadpanel.c1.addItemListener(this); //loadpanel.c2.addItemListener(this); //loadpanel.c3.addItemListener(this); sp2.large.addItemListener(this); //sp2.scon.imp.addItemListener(this); //sp2.scon.adm.addItemListener(this); sp2.scon.swr.addItemListener(this); sp2.scon.swrline.addItemListener(this); sp2.sc.addMouseListener(this); sp2.sc.addMouseMotionListener(this); loadpanel.slider1.addAdjustmentListener(this); loadpanel.slider2.addAdjustmentListener(this); loadpanel.slider3.addAdjustmentListener(this); loadpanel.slider4.addAdjustmentListener(this); sp2.colore.addActionListener(this); sp2.about.addActionListener(this); //inizialization doupdate(); state.ignition(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); }//End of init() /* public void paint(Graphics g){ g.setColor(Color.white); g.fillRect(0,0,945,765); g.drawImage(image,5,535,this); } */ /* public void paint(Graphics g){ Font licensefont = new Font("SanSerif",Font.BOLD,18); g.setColor(Color.white); g.fillRect(0,0,796,606); //g.drawImage(image,5,535,this); 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); } }//End of paint */ 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(0,0,886,630); /* 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",10,622); //g.setFont(fonto); //g.drawString("Amanogawa, "+annonuovo+" - All Rights Reserved",30,620); */ } public void start(){} public void stop(){} public void destroy(){} 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){ Font symbolfont = new Font("Symbol",Font.PLAIN,12); Font labfont = new Font("SanSerif",Font.PLAIN,12); String alpha, Ohm, lambda, infinity, Gamma; setFont(symbolfont); alpha="\u03b1"; lambda="\u03bb"; Ohm="\u03a9"; infinity="\u221e"; Gamma="\uu0393"; setFont(labfont); if(evt.getSource()==loadpanel.slider1 || evt.getSource()==loadpanel.slider2){ if(loadpanel.c1.getState()){//Impedance choice is on double temp1, temp2; Complex tempc; tempc = new Complex(Double.valueOf(loadpanel.text1[0].getText()).doubleValue(), Double.valueOf(loadpanel.text2[0].getText()).doubleValue()); temp1 = Complex.Real(tempc); temp2 = Complex.Imaginary(tempc); //avoid input of negative value if(temp1 < 0.0 && (temp2 != 0.0 || temp2 < -1.0E130)){ //Negative R - transform Z to imaginary impedance state.ZL = new Complex(0.0,temp2); state.YL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else if(temp1 <= 0.0 && temp2 == 0.0){// Negative R and zero X, transform to short state.ZL = new Complex(0.0,0.0); state.YL = new Complex(0.0,-1.0E135); loadpanel.setValue(state.ZL,0); state.IsLoadShort = true; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2 < -1.0E130){// Open state.YL = new Complex(0.0,-1.0E135); state.ZL = new Complex(0.0,0.0); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2!=0.0){// Purely Imaginary Impedance state.ZL = new Complex(0.0,temp2); state.YL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else{// Regular Impedance state.ZL = new Complex(temp1,temp2); state.YL = EMF.Inv(state.ZL); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } state.is_Load_Ztype = true; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } else if(loadpanel.c2.getState()){ double temp1, temp2; Complex tempc; tempc = new Complex(Double.valueOf(loadpanel.text1[0].getText()).doubleValue(), Double.valueOf(loadpanel.text2[0].getText()).doubleValue()); temp1 = Complex.Real(tempc); temp2 = Complex.Imaginary(tempc); //avoid input of negative value if(temp1 < 0.0 && temp2 != 0.0){ //Negative R - transform Z to imaginary impedance state.YL = new Complex(0.0,temp2); state.ZL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else if(temp1 <= 0.0 && temp2 == 0.0){// Negative R and zero X, transform to open state.YL = new Complex(0.0,0.0); state.ZL = new Complex(0.0,-1.0E135); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2 < -1.0E130){// Short state.YL = new Complex(0.0,-1.0E135); state.ZL = new Complex(0.0,0.0); loadpanel.setValue(state.YL,0); state.IsLoadShort = true; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2 !=0.0){// Purely Imaginary Impedance state.YL = new Complex(0.0,temp2); state.ZL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else{// Regular Admittance state.YL = new Complex(temp1,temp2); state.ZL = EMF.Inv(state.YL); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } state.is_Load_Ztype = false; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } state.ignition(); //state.ScanVoltageCurrent(); auxiliary5.repaint(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); sp2.setGammaFlag(state.IsLargerThanOne); sp2.setxpos(state.xpos); if(loadpanel.c1.getState()){//Impedance choice is on sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setYin(state.Yin,state.Z0); state.is_Load_Ztype = true; } else if(loadpanel.c2.getState()){//Admittance choice is on sp2.setYin(state.Yin,state.Z0); sp2.setYL(state.YL,state.Z0); state.is_Load_Ztype = false; } else if(loadpanel.c3.getState()){//Reflection Coefficient choice is on sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setYin(state.Yin,state.Z0); state.is_Load_Ztype = true; } auxiliary.repaint(); auxiliary2.repaint(); auxiliary3.repaint(); } else if(evt.getSource()==loadpanel.slider3 || evt.getSource()==loadpanel.slider4 ){ if(loadpanel.c3.getState()){//Gamma choice is on double temp1, temp2; temp1 = Double.valueOf(loadpanel.text1[1].getText()).doubleValue(); temp2 = Double.valueOf(loadpanel.text2[1].getText()).doubleValue(); //avoid input of negative value if(temp1 < 0.0 ){ //Negative R - transform Z to imaginary impedance state.GammaL = new Complex(0.0,0.0); state.ZL = new Complex(state.Z0.Real(),0.0); state.YL = new Complex(1.0/state.Z0.Real(),0.0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } else if(temp1 == 1.0 && temp2 == 0.0){// open state.YL = new Complex(0.0,0.0); state.ZL = new Complex(0.0,-1.0E135); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 1.0 && (temp2 > 179.9999 || temp2 < -179.9999)){// short state.YL = new Complex(0.0,-1.0E135); state.ZL = new Complex(0.0,0.0); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = true; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 1.0 && (temp2!=0.0 || (temp2 > -179.9999 && temp2 < 179.9999))){// Purely Imaginary Impedance //loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else{// Regular Impedance //state.ZL = new Complex(temp1,temp2); //state.YL = EMF.Inv(state.ZL); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } state.is_Load_Ztype = true; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); state.ignition(); sp2.setGammaFlag(state.IsLargerThanOne); sp2.setxpos(state.xpos); sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setYin(state.Yin,state.Z0); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); auxiliary.repaint(); auxiliary2.repaint(); auxiliary3.repaint(); } if(evt.getSource()==slidepanel.slider){ slidepanel.slider2.setValue(slidepanel.slider2.getMaximum()); state.xpos = slidepanel.getValue(); if(state.xpos == state.lineLength){ slidepanel.slider2.setEnabled(false); } else{ slidepanel.slider2.setEnabled(true); } send_shock_wave(); sp2.setZin(state.Zin, state.Z0); sp2.setYin(state.Yin,state.Z0); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } if(evt.getSource()==slidepanel.slider2){ if(slidepanel.slider.getValue() == 0){ if(slidepanel.slider2.getValue() < (slidepanel.SCROLLMAX2 - state.linecounter2)){ slidepanel.slider2.setValue(slidepanel.SCROLLMAX2 - state.linecounter2-1); } } state.xpos = slidepanel.getValue()+slidepanel.getValue2(); send_shock_wave(); sp2.setZin(state.Zin, state.Z0); sp2.setYin(state.Yin,state.Z0); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } } public void actionPerformed(ActionEvent evt){ //if(evt.getSource()==about.bupdate){ // about.setVisible(false); // } if(evt.getSource()==slidepanel.b2a || evt.getSource()==slidepanel.b2b){ System.out.println("HERE"); slidepanel.slider2.setValue(slidepanel.slider2.getMaximum()); state.xpos = slidepanel.getValue(); if(state.xpos == state.lineLength){ slidepanel.slider2.setEnabled(false); } else{ slidepanel.slider2.setEnabled(true); } send_shock_wave(); sp2.setZin(state.Zin, state.Z0); sp2.setYin(state.Yin,state.Z0); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } if(evt.getSource()==slidepanel.b3a || evt.getSource()==slidepanel.b3b){ if(slidepanel.slider.getValue() == 0){ if(slidepanel.slider2.getValue() < (slidepanel.SCROLLMAX2 - state.linecounter2)){ slidepanel.slider2.setValue(slidepanel.SCROLLMAX2 - state.linecounter2-1); } } state.xpos = slidepanel.getValue()+slidepanel.getValue2(); send_shock_wave(); sp2.setZin(state.Zin, state.Z0); sp2.setYin(state.Yin,state.Z0); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } if(evt.getSource()==instructions.bupdate){ titlepanel.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); } if(evt.getSource()==sp2.about){ //about.setVisible(true); titlepanel.setVisible(true); instructions.setVisible(true); instrFrame.setVisible(true); } if(evt.getSource()==linepanel.b1){ state.IsLowLoss = true; double tempo1, tempo2; tempo1 = Complex.Real(linepanel.getValue(0)); tempo2 = Complex.Imaginary(linepanel.getValue(0)); //avoid input of negative resistance if(tempo1 < 0.0){ state.Z0 = new Complex(50.0,0.0); linepanel.setValue(state.Z0,0); } else{ state.Z0 = linepanel.getValue(0); } state.xpos = 0.0; state.ignition(); slidepanel.reset(); sp2.setxpos(state.xpos); sp2.setalpha(state.alpha); if(state.is_Load_Ztype){ sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); } else{ sp2.setYL(state.YL,state.Z0); } sp2.setZin(state.Zin,state.Z0); sp2.setYin(state.Yin,state.Z0); auxiliary.repaint(); auxiliary2.repaint(); auxiliary3.repaint(); doupdate(); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } else if(evt.getSource()==loadpanel.b1 //|| evt.getSource()==loadpanel.b2a || //evt.getSource()==loadpanel.b2b || evt.getSource()==loadpanel.b3a || //evt.getSource()==loadpanel.b3b ){ doupdate(); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } if(evt.getSource()==sp2.colore){ if(sp2.colore_dark){ sp2.colore_dark=false; sp2.sc.setColoreDark(false); } else{ sp2.colore_dark=true; sp2.sc.setColoreDark(true); } } } public void itemStateChanged(ItemEvent evt){ ItemSelectable ie = evt.getItemSelectable(); if(evt.getSource()==sp2.large){ if(state.IsPlots){ state.IsPlots = false; auxiliary4.setVisible(false); auxiliary5.setVisible(false); mgpb.setVisible(false); mgpa.setVisible(false); // CHANGE ================================================== mgpa.setBounds(575+xmove+10000,276+ymove,278,283); mgpb.setBounds(575+xmove+10000,12+ymove,278,268); //========================================================== pplota.setVisible(false); pplotb.setVisible(false); paux5.setVisible(false); } else{ state.IsPlots = true; auxiliary4.setVisible(true); auxiliary5.setVisible(true); mgpb.setVisible(true); mgpa.setVisible(true); // CHANGE ================================================== mgpa.setBounds(575+xmove,276+ymove,278,283); mgpb.setBounds(575+xmove,12+ymove,278,268); //========================================================== pplota.setVisible(true); pplotb.setVisible(true); paux5.setVisible(true); } } if(evt.getSource()==loadpanel.c1){ loadpanel.repaint(); } if(evt.getSource()==loadpanel.c2){ loadpanel.repaint(); } if(evt.getSource()==loadpanel.c3){ loadpanel.repaint(); } if(evt.getSource()==sp2.scon.imp){ state.use_Zchart = true; state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); } //if(evt.getSource()==sp2.scon.adm){ // state.use_Zchart = false; // state.ignition(); // auxiliary5.repaint(); // //state.ScanVoltageCurrent(); // mgpa.plotVoltageCurrent(state); // mgpa.tgc3.setXpos(state.xpos); // mgpa.tgc4.setXpos(state.xpos); // mgpa.tgc3.repaint(); // mgpa.tgc4.repaint(); // mgpa.tgc3.setVisible(true); // mgpa.tgc4.setVisible(true); // mgpa.repaint(); // if(state.use_Zchart){ // mgpb.plotImpedance(state); // } // else{ // mgpb.plotAdmittance(state); // } // mgpb.tgc1.setXpos(state.xpos); // mgpb.tgc2.setXpos(state.xpos); // mgpb.tgc1.repaint(); // mgpb.tgc2.repaint(); // mgpb.tgc1.setVisible(true); // mgpb.tgc2.setVisible(true); // mgpb.repaint(); //} } //public void mouseDragged(MouseEvent evt){move_1();} //public void mouseMoved(MouseEvent evt){;} //public void mouseClicked(MouseEvent evt){move_1();} //public void mouseEntered(MouseEvent evt){;} //public void mouseExited(MouseEvent evt){;} //public void mousePressed(MouseEvent evt){move_1();} //public void mouseReleased(MouseEvent evt){move_1();} public void mouseDragged(MouseEvent evt){move_1();} public void mouseMoved(MouseEvent evt){;} public void mouseClicked(MouseEvent evt){;} public void mouseEntered(MouseEvent evt){;} public void mouseExited(MouseEvent evt){;} public void mousePressed(MouseEvent evt){move_1();} public void mouseReleased(MouseEvent evt){;} private void move_1(){ String str1, str2; Complex ZLnorm, YLnorm; Complex YOpen = new Complex(0.0,0.0); sp2.sc.draw_ZL=true; sp2.sc.draw_Zin=true; sp2.sc.draw_Yin=true; ZLnorm = new Complex(0.0,0.0); // zero gamma = xProbe = 280; yProbe = 280 // open circuit = 518 = 280 // short circuit = 42 = 280 state.GammaL = sp2.sc.getGammaProbe(); if(sp2.sc.xProbe == 518 && sp2.sc.yProbe == 280){//open state.ZL = new Complex(0.0,-1.0E135); state.YL = new Complex(0.0,0.0); state.GammaL = new Complex(1.0,0.0); state.IsLoadOpen = true; state.IsLoadShort = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } else if(sp2.sc.xProbe == 42 && sp2.sc.yProbe == 280){//short state.YL = new Complex(0.0,-1.0E135); state.ZL = new Complex(0.0,0.0); state.GammaL = new Complex(-1.0,0.0); state.IsLoadOpen = false; state.IsLoadShort = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); state.Gammain = EMF.computeGammaAt(state.GammaL,state.xpos); } else if(sp2.sc.xProbe == 280 && sp2.sc.yProbe == 42){//imaginary 90 deg state.ZL = new Complex(0.0,state.Z0.Real()); state.YL = new Complex(0.0,-1.0/state.Z0.Real()); state.GammaL = new Complex(0.0,1.0); state.IsLoadOpen = false; state.IsLoadShort = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } else if(sp2.sc.xProbe == 280 && sp2.sc.yProbe == 518){//imaginary -90 deg state.ZL = new Complex(0.0,-state.Z0.Real()); state.YL = new Complex(0.0,1.0/state.Z0.Real()); state.GammaL = new Complex(0.0,-1.0); state.IsLoadOpen = false; state.IsLoadShort = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } else{ if(sp2.sc.IsInside){ if(loadpanel.c1.getState() || loadpanel.c3.getState()){//Impedance choice is on ZLnorm = new Complex(sp2.sc.getZProbe().Real(),sp2.sc.getZProbe().Imaginary()); state.ZL = Complex.Multiply(ZLnorm,state.Z0); state.YL = Complex.Divide(state.one,state.ZL); state.is_Load_Ztype = true; } else{ //Admittance choice is on YLnorm = new Complex(sp2.sc.getYProbe().Real(),sp2.sc.getYProbe().Imaginary()); state.YL = Complex.Divide(YLnorm,state.Z0); state.ZL = Complex.Divide(state.one,state.YL); state.is_Load_Ztype = false; } state.IsLoadOpen = false; state.IsLoadShort = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); } } state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); // Use this to force return to IMP or ADM choice after Open or Short are detected //if(state.is_Load_Ztype && !state.IsLoadShort && !state.IWantImpedance){state.is_Load_Ztype = false;} //if(!state.is_Load_Ztype && !state.IsLoadOpen && state.IWantImpedance){state.is_Load_Ztype = true;} if(loadpanel.c1.getState()){//Impedance choice is on /* if(state.IsLoadOpen){ state.is_Load_Ztype = false; loadpanel.c1.setState(false); loadpanel.c2.setState(true); loadpanel.c3.setState(false); loadpanel.setValue(state.YL,0); loadpanel.lab1[0].setText("Y"); loadpanel.lab3[0].setText("[ S ]"); } else{*/ if(state.IsLoadOpen){ loadpanel.b1.setEnabled(false); loadpanel.slider1.setEnabled(false); loadpanel.locked_open = true; loadpanel.locked_short = false; } else{ loadpanel.b1.setEnabled(true); loadpanel.slider1.setEnabled(true); loadpanel.locked_open = false; loadpanel.locked_short = false; } loadpanel.setValue(state.ZL,0); state.is_Load_Ztype = true; //loadpanel.c1.setState(true); //loadpanel.c2.setState(false); //loadpanel.c3.setState(false); loadpanel.lab1[0].setText("Z"); loadpanel.lab3[0].setText("[ \u03a9 ]"); //} } else if(loadpanel.c2.getState()){//Admittance choice is on /* if(state.IsLoadShort){ state.is_Load_Ztype = true; loadpanel.c1.setState(true); loadpanel.c2.setState(false); loadpanel.c3.setState(false); loadpanel.setValue(state.ZL,0); loadpanel.lab1[0].setText("Z"); loadpanel.lab3[0].setText("[ \u03a9 ]"); } else*/ { if(state.IsLoadShort){ loadpanel.b1.setEnabled(false); loadpanel.slider1.setEnabled(false); loadpanel.locked_open = false; loadpanel.locked_short = true; } else{ loadpanel.b1.setEnabled(true); loadpanel.slider1.setEnabled(true); loadpanel.locked_open = false; loadpanel.locked_short = false; } loadpanel.setValue(state.YL,0); state.is_Load_Ztype = false; //loadpanel.c1.setState(false); //loadpanel.c2.setState(true); //loadpanel.c3.setState(false); loadpanel.lab1[0].setText("Y"); loadpanel.lab3[0].setText("[ S ]"); } } else if(loadpanel.c3.getState()){//Reflection Coefficient loadpanel.setValue(state.GammaL,1); state.is_Load_Ztype = true; } if(loadpanel.c1.getState() || loadpanel.c3.getState()){ Complex znorm = Complex.Divide(state.ZL,state.Z0); if(state.IsLoadRegular || state.IsLoadImaginary){ //Real part slider if(znorm.Real() >= 0.0 && znorm.Real() <= 1.0){ loadpanel.slider1.setValue((int)(znorm.Real()*500)); } else if(znorm.Real() > 1.0 && znorm.Real() <= 20.0){ loadpanel.slider1.setValue(500+(int)((znorm.Real()-1)*500)); } else if(znorm.Real() > 20.0 && znorm.Real() <= 500.0){ loadpanel.slider1.setValue((int)(znorm.Real()-20)+10000); } //Imaginary part slider if(znorm.Imaginary() > 0.0 && znorm.Imaginary() <= 20.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()*250)+5481); } else if(znorm.Imaginary() > 20.0 && znorm.Imaginary() <= 500.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()-20)+10481); } else if(znorm.Imaginary() < 0.0 && znorm.Imaginary() >= -20.0){ loadpanel.slider2.setValue(5481+(int)(znorm.Imaginary()*250)); } else if(znorm.Imaginary() < -20.0 && znorm.Imaginary() >= - 500.0){ loadpanel.slider2.setValue(481+(int)(znorm.Imaginary()+20)); } else if(znorm.Imaginary() == 0.0){ loadpanel.slider2.setValue(5481); } else if(znorm.Imaginary() == 500.0){ loadpanel.slider2.setValue(10963); } else if(znorm.Imaginary() == -500.0){ loadpanel.slider2.setValue(0); } if(state.IsLoadRegular){ loadpanel.slider3.setValue((int)(Complex.Magnitude(state.GammaL)*1000.0)); loadpanel.slider4.setValue((int)(MaestroA.rounder(Complex.Arg2(state.GammaL,1),6)*10)+1800); } else if(state.IsLoadImaginary){ loadpanel.slider3.setValue(loadpanel.SCROLLMAXG1-1); loadpanel.slider4.setValue((int)(MaestroA.rounder(Complex.Arg2(state.GammaL,1),6)*10)+1800); } } else if(state.IsLoadShort){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(5481); loadpanel.slider3.setValue(loadpanel.SCROLLMAXG1-1); loadpanel.slider4.setValue(loadpanel.SCROLLMAXG2-1); } else if(state.IsLoadOpen){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(0); loadpanel.slider3.setValue(loadpanel.SCROLLMAXG1-1); loadpanel.slider4.setValue((loadpanel.SCROLLMAXG2-1)/2); } } else if(loadpanel.c2.getState()){ Complex znorm = Complex.Multiply(state.YL,state.Z0); if(state.IsLoadRegular || state.IsLoadImaginary){ //Real part slider if(znorm.Real() >= 0.0 && znorm.Real() <= 1.0){ loadpanel.slider1.setValue((int)(znorm.Real()*500)); } else if(znorm.Real() > 1.0 && znorm.Real() <= 20.0){ loadpanel.slider1.setValue(500+(int)((znorm.Real()-1)*500)); } else if(znorm.Real() > 20.0 && znorm.Real() <= 500.0){ loadpanel.slider1.setValue((int)(znorm.Real()-20)+10000); } //Imaginary part slider if(znorm.Imaginary() > 0.0 && znorm.Imaginary() <= 20.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()*250)+5481); } else if(znorm.Imaginary() > 20.0 && znorm.Imaginary() <= 500.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()-20)+10481); } else if(znorm.Imaginary() < 0.0 && znorm.Imaginary() >= -20.0){ loadpanel.slider2.setValue(5481+(int)(znorm.Imaginary()*250)); } else if(znorm.Imaginary() < -20.0 && znorm.Imaginary() >= - 500.0){ loadpanel.slider2.setValue(481+(int)(znorm.Imaginary()+20)); } else if(znorm.Imaginary() == 0.0){ loadpanel.slider2.setValue(5481); } else if(znorm.Imaginary() == 500.0){ loadpanel.slider2.setValue(10963); } else if(znorm.Imaginary() == -500.0){ loadpanel.slider2.setValue(0); } } else if(state.IsLoadOpen){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(5481); } else if(state.IsLoadShort){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(0); } state.is_Load_Ztype = false; } loadpanel.repaint(); state.ignition(); auxiliary5.repaint(); //state.ScanVoltageCurrent(); mgpa.plotVoltageCurrent(state); mgpa.tgc3.setXpos(state.xpos); mgpa.tgc4.setXpos(state.xpos); mgpa.tgc3.repaint(); mgpa.tgc4.repaint(); mgpa.tgc3.setVisible(true); mgpa.tgc4.setVisible(true); mgpa.repaint(); if(state.use_Zchart){ mgpb.plotImpedance(state); } else{ mgpb.plotAdmittance(state); } mgpb.tgc1.setXpos(state.xpos); mgpb.tgc2.setXpos(state.xpos); mgpb.tgc1.repaint(); mgpb.tgc2.repaint(); mgpb.tgc1.setVisible(true); mgpb.tgc2.setVisible(true); mgpb.repaint(); //sp2.setGammaFlag(state.IsLargerThanOne); //sp2.sc.draw_swr_circle=true; //sp2.sc.draw_swr_line=true; sp2.setxpos(state.xpos); if(loadpanel.c1.getState()){//Impedance choice is on sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setYin(state.Yin,state.Z0); } else if(loadpanel.c2.getState()){//Admittance choice is on sp2.setYin(state.Yin,state.Z0); sp2.setYL(state.YL,state.Z0); sp2.setZin(state.Zin,state.Z0); sp2.sm.setGL(state.GammaL); } else if(loadpanel.c3.getState()){//Reflection Coefficient choice is on sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.setYin(state.Yin,state.Z0); sp2.sm.setGL(state.GammaL); } auxiliary.repaint(); auxiliary2.repaint(); auxiliary3.repaint(); } private void doupdate(){ if(loadpanel.c1.getState()){//Impedance choice is on double temp1, temp2; Complex tempc; tempc = new Complex(Double.valueOf(loadpanel.text1[0].getText()).doubleValue(), Double.valueOf(loadpanel.text2[0].getText()).doubleValue()); temp1 = Complex.Real(tempc); temp2 = Complex.Imaginary(tempc); //avoid input of negative value if(temp1 < 0.0 && temp2 != 0.0 && temp2 > -1.0E135){ //Negative R - transform Z to imaginary impedance state.ZL = new Complex(0.0,temp2); state.YL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else if(temp1 <= 0.0 && temp2 == 0.0){// Negative R and zero X, transform to short SHORT state.ZL = new Complex(0.0,0.0); state.YL = new Complex(0.0,-1.0E135); loadpanel.setValue(state.ZL,0); state.IsLoadShort = true; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2 <= -1.0E135){// Open state.ZL = new Complex(0.0,-1.0E135); state.YL = new Complex(0.0,0.0); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2!=0.0 && temp2 > -1.0E135){// Purely Imaginary Impedance state.ZL = new Complex(0.0,temp2); state.YL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else{// Regular Impedance state.ZL = new Complex(temp1,temp2); state.YL = EMF.Inv(state.ZL); loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } state.is_Load_Ztype = true; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); Complex znorm = Complex.Divide(state.ZL,state.Z0); if(state.IsLoadRegular || state.IsLoadImaginary){ //Real part slider if(znorm.Real() > 0.0 && znorm.Real() <= 1.0){ loadpanel.slider1.setValue((int)(znorm.Real()*500)); } else if(znorm.Real() > 1.0 && znorm.Real() <= 20.0){ loadpanel.slider1.setValue(500+(int)((znorm.Real()-1)*500)); } else if(znorm.Real() > 20.0 && znorm.Real() <= 500.0){ loadpanel.slider1.setValue((int)(znorm.Real()-20)+10000); } else if(znorm.Real() == 0.0){ if(znorm.Imaginary() > -1.0E135){ loadpanel.slider1.setValue(0); } else{ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(0); } } //Imaginary part slider if(znorm.Imaginary() > 0.0 && znorm.Imaginary() <= 20.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()*250)+5481); } else if(znorm.Imaginary() > 20.0 && znorm.Imaginary() <= 500.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()-20)+10481); } else if(znorm.Imaginary() < 0.0 && znorm.Imaginary() >= -20.0){ loadpanel.slider2.setValue(5481+(int)(znorm.Imaginary()*250)); } else if(znorm.Imaginary() < -20.0 && znorm.Imaginary() >= - 500.0){ loadpanel.slider2.setValue(481+(int)(znorm.Imaginary()+20)); } else if(znorm.Imaginary() == 0.0){ loadpanel.slider2.setValue(5481); } else if(znorm.Imaginary() == 500.0){ loadpanel.slider2.setValue(10963); } else if(znorm.Imaginary() == -500.0){ loadpanel.slider2.setValue(0); } } else if(state.IsLoadShort){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(5481); } else if(state.IsLoadOpen){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(0); } } else if(loadpanel.c2.getState()){ //Admittance choice is on double temp1, temp2; Complex tempc; tempc = new Complex(Double.valueOf(loadpanel.text1[0].getText()).doubleValue(), Double.valueOf(loadpanel.text2[0].getText()).doubleValue()); temp1 = Complex.Real(tempc); temp2 = Complex.Imaginary(tempc); //avoid input of negative value if(temp1 < 0.0 && temp2 != 0.0 && temp2 > -1.0E135){ //Negative R - transform Z to imaginary impedance state.YL = new Complex(0.0,temp2); state.ZL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else if(temp1 <= 0.0 && temp2 == 0.0){// Negative R and zero X, transform to open OPEN state.YL = new Complex(0.0,0.0); state.ZL = new Complex(0.0,-1.0E135); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2 <= -1.0E135){// Short state.YL = new Complex(0.0,-1.0E135); state.ZL = new Complex(0.0,0.0); loadpanel.setValue(state.YL,0); state.IsLoadShort = true; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 0.0 && temp2 !=0.0 && temp2 > -1.0E135){// Purely Imaginary Impedance state.YL = new Complex(0.0,temp2); state.ZL = new Complex(0.0,-1.0/temp2); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else{// Regular Admittance state.YL = new Complex(temp1,temp2); state.ZL = EMF.Inv(state.YL); loadpanel.setValue(state.YL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } state.is_Load_Ztype = false; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); Complex znorm = Complex.Multiply(state.YL,state.Z0); if(state.IsLoadRegular || state.IsLoadImaginary){ //Real part slider if(znorm.Real() > 0.0 && znorm.Real() <= 1.0){ loadpanel.slider1.setValue((int)(znorm.Real()*500)); } else if(znorm.Real() > 1.0 && znorm.Real() <= 20.0){ loadpanel.slider1.setValue(500+(int)((znorm.Real()-1)*500)); } else if(znorm.Real() > 20.0 && znorm.Real() <= 500.0){ loadpanel.slider1.setValue((int)(znorm.Real()-20)+10000); } else if(znorm.Real() == 0.0){ if(znorm.Imaginary() > -1.0E135){ loadpanel.slider1.setValue(0); } else{ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(0); } } //Imaginary part slider if(znorm.Imaginary() > 0.0 && znorm.Imaginary() <= 20.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()*250)+5481); } else if(znorm.Imaginary() > 20.0 && znorm.Imaginary() <= 500.0){ loadpanel.slider2.setValue((int)(znorm.Imaginary()-20)+10481); } else if(znorm.Imaginary() < 0.0 && znorm.Imaginary() >= -20.0){ loadpanel.slider2.setValue(5481+(int)(znorm.Imaginary()*250)); } else if(znorm.Imaginary() < -20.0 && znorm.Imaginary() >= - 500.0){ loadpanel.slider2.setValue(481+(int)(znorm.Imaginary()+20)); } else if(znorm.Imaginary() == 0.0){ loadpanel.slider2.setValue(5481); } else if(znorm.Imaginary() == 500.0){ loadpanel.slider2.setValue(10963); } else if(znorm.Imaginary() == -500.0){ loadpanel.slider2.setValue(0); } } else if(state.IsLoadOpen){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(5481); } else if(state.IsLoadShort){ loadpanel.slider1.setValue(0); loadpanel.slider2.setValue(0); } } else if(loadpanel.c3.getState()){//Impedance choice is on double temp1, temp2; temp1 = Double.valueOf(loadpanel.text1[1].getText()).doubleValue(); temp2 = Double.valueOf(loadpanel.text2[1].getText()).doubleValue(); //avoid input of negative value if(temp1 < 0.0 ){ //Negative R - transform Z to imaginary impedance state.GammaL = new Complex(0.0,0.0); state.ZL = new Complex(state.Z0.Real(),0.0); state.YL = new Complex(1.0/state.Z0.Real(),0.0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } else if(temp1 == 1.0 && temp2 == 0.0){// open state.GammaL = new Complex(1.0,0.0); state.YL = new Complex(0.0,0.0); state.ZL = new Complex(0.0,-1.0E135); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = true; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 1.0 && (temp2 > 179.9999 || temp2 < -179.9999)){// short state.GammaL = new Complex(-1.0,0.0); state.YL = new Complex(0.0,-1.0E135); state.ZL = new Complex(0.0,0.0); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = true; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = false; } else if(temp1 == 1.0 && (temp2!=0.0 || (temp2 > -179.9999 && temp2 < 179.9999))){// Purely Imaginary Impedance state.GammaL = new Complex(Math.cos(temp2*Math.PI/180.0), Math.sin(temp2*Math.PI/180.0)); state.ZL = new Complex(0.0, EMF.computeZinAt(state.GammaL,Complex.Real(state.Z0),0.0,true).Imaginary()); state.YL = new Complex(0.0, EMF.computeYinAt(state.GammaL,Complex.Real(state.Z0),0.0,true).Imaginary()); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = true; state.IsLoadRegular = false; } else{// Regular Impedance state.GammaL = state.GammaL = new Complex(temp1*Math.cos(temp2*Math.PI/180.0), temp1*Math.sin(temp2*Math.PI/180.0)); state.ZL = EMF.computeZinAt(state.GammaL,Complex.Real(state.Z0),0.0,true); state.YL = EMF.computeYinAt(state.GammaL,Complex.Real(state.Z0),0.0,true); //loadpanel.setValue(state.ZL,0); state.IsLoadShort = false; state.IsLoadOpen = false; state.IsLoadImaginary = false; state.IsLoadRegular = true; } state.is_Load_Ztype = true; sp2.setLoadType(state.IsLoadOpen, state.IsLoadShort, state.IsLoadImaginary, state.IsLoadRegular); if(state.IsLoadRegular || state.IsLoadImaginary){ if(state.IsLoadImaginary){ loadpanel.slider3.setValue(loadpanel.SCROLLMAXG1-1); } else{ loadpanel.slider3.setValue((int)(Complex.Magnitude(state.GammaL)*1000.0)); } loadpanel.slider4.setValue((int)(MaestroA.rounder(Complex.Arg2(state.GammaL,1),6)*10)+1800); } else if(state.IsLoadShort){ loadpanel.slider3.setValue(loadpanel.SCROLLMAXG1-1); loadpanel.slider4.setValue(loadpanel.SCROLLMAXG2-1); } else if(state.IsLoadOpen){ loadpanel.slider3.setValue(loadpanel.SCROLLMAXG1-1); loadpanel.slider4.setValue((loadpanel.SCROLLMAXG2-1)/2); } } state.ignition(); loadpanel.repaint(); sp2.setGammaFlag(state.IsLargerThanOne); sp2.setxpos(state.xpos); if(loadpanel.c1.getState()){//Impedance choice is on sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setYin(state.Yin,state.Z0); state.is_Load_Ztype = true; } else if(loadpanel.c2.getState()){//Admittance choice is on sp2.setYin(state.Yin,state.Z0); sp2.setYL(state.YL,state.Z0); state.is_Load_Ztype = false; } else if(loadpanel.c3.getState()){//Reflection Coefficient choice is on sp2.setZin(state.Zin,state.Z0); sp2.setZL(state.ZL,state.Z0); sp2.sm.setGL(state.GammaL); sp2.setYin(state.Yin,state.Z0); state.is_Load_Ztype = true; } auxiliary.repaint(); auxiliary2.repaint(); auxiliary3.repaint(); } private void send_shock_wave(){ state.ignition(); sp2.setxpos(state.xpos); sp2.setZin(state.Zin,state.Z0); state.ignition(); } }