// Transient in transmission line import java.awt.*; import java.awt.event.*; import java.util.*; 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 TransientResponse extends Frame implements AdjustmentListener, ActionListener, ItemListener, MouseListener, WindowListener{ Instructions instructions; Panel instrOutline; //About about; TitlePanel titlepanel; CircuitCanvas ccan; ChoicePanel cp; TransSlidePanel slidepanel; Trans_OutputPanel outputpanel; ClosePanel closepanel; Trans_State state; LinePanel linepanel; TransLoadPanel loadpanel; PR2 generatorpanel; Trans_MultiGraphPanelA mgpa; Trans_MultiGraphPanelC mgpc; private static final Color tinta = new Color(245,245,245); // 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){ TransientResponse f = new TransientResponse(); int xxmove = 20; int yymove = 41; f.setSize(960+xxmove,538+yymove); f.setVisible(true); f.setLayout(null); } public TransientResponse(){ setLayout(null); String lcOSName = System.getProperty("os.name").toLowerCase(); boolean MAC_OS_X = lcOSName.startsWith("mac os x"); //System.out.println(lcOSName); // CHANGE ================================================================== //int xmove = 10; //int ymove = 34; //========================================================================== 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(); } //titlepanel = new TitlePanel(subtitleFont,"Module 2.10","Transient Response"); titlepanel = new TitlePanel(state.ttfFont.deriveFont(Font.BOLD,15f), "Module 2.10","Transient Response"); //add(titlepanel); titlepanel.setBounds(10+xmove,10+ymove,310,40); ccan = new CircuitCanvas(state); //add(ccan); ccan.setBounds(10+xmove,90+ymove,625,140); String arg1[] = {"Options:"," Set Line"," Set Load/Generator", " Transient Response Animation"," Transient Plots"}; String arg2[] = {"Review:"," Transient 1"," Transient 2"}; cp = new ChoicePanel(arg1,arg2); //add(cp); cp.setBounds(326+xmove,11+ymove,308,38); instructions = new Instructions(state); instructions.setBounds(11+xmove,56+ymove,623,468); // was 471 instructions.setVisible(true); instrOutline = new Panel(); instrOutline.setBackground(Color.black); instrOutline.setBounds(10+xmove,55+ymove,625,470); instrOutline.setVisible(true); slidepanel = new TransSlidePanel(); //add(slidepanel); slidepanel.setBounds(11+xmove,56+ymove,623,28); slidepanel.setLineLength(state.lineLength); { linepanel = new LinePanel(state); //add(linepanel); //linepanel.setBounds(11,236,308,288); linepanel.setBounds(641+xmove,11+ymove,308,218); } { String[] str1 = {""}; String[] str2 = {" [ \u03a9 ]"}; loadpanel = new TransLoadPanel("Set Load",str1,str2,state); //add(loadpanel); loadpanel.setValue(100.0,0); //loadpanel.setBounds(11,236,308,140); loadpanel.setBounds(641+xmove,11+ymove,308,100); } { String[] str1 = {"",""}; String[] str2 = {" [ V ]"," [ \u03a9 ]"}; generatorpanel = new PR2("Set Generator",str1,str2); //add(generatorpanel); generatorpanel.setValue(1.0,0); generatorpanel.setValue(200.0,1); //generatorpanel.setBounds(11,381,308,143); generatorpanel.setBounds(641+xmove,109+ymove,308,120); } mgpa = new Trans_MultiGraphPanelA("Transient 2"); //add(mgpa); // CHANGE - MOVE AWAY BCAUSE OF setVisible() PROBLEM WITH MAC (WHICH SUCKS) //mgpa.setBounds(11+xmove,236+ymove,623,288); mgpa.setBounds(11+xmove,236+ymove+10000,623,288); //========================================================================== mgpc = new Trans_MultiGraphPanelC("Transient 1"); //add(mgpc); mgpc.setBounds(11+xmove,236+ymove,623,288); //hide and show panels { loadpanel.setVisible(false); linepanel.setVisible(true); //about.setVisible(false); generatorpanel.setVisible(false); mgpc.setVisible(true); mgpa.setVisible(false); //initialize plots mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } outputpanel = new Trans_OutputPanel(state); //add(outputpanel); //outputpanel.setBounds(326,236,308,288); outputpanel.setBounds(641+xmove,236+ymove,308,288); closepanel = new ClosePanel(state); closepanel.setBounds(810+xmove,240+ymove,112,24); Panel p000 = new Panel(); p000.setBackground(Color.cyan); //add(p000); p000.setBounds(11+xmove,377+ymove,308,3); Panel pgraph = new Panel(); // behind graphs pgraph.setBackground(Color.black); //add(pgraph); pgraph.setBounds(10+xmove,235+ymove,625,290); Panel pgraph2 = new Panel(); // behind line panel pgraph2.setBackground(Color.black); //add(pgraph2); pgraph2.setBounds(640+xmove,10+ymove,310,220); Panel pout = new Panel(); // behind line panel pout.setBackground(Color.black); //add(pgraph2); pout.setBounds(640+xmove,235+ymove,310,290); Panel pslide = new Panel(); pslide.setBackground(Color.black); //add(pslide); pslide.setBounds(10+xmove,55+ymove,625,30); Panel pchoice = new Panel(); pchoice.setBackground(Color.black); //add(pchoice); pchoice.setBounds(325+xmove,10+ymove,310,40); Panel p0 = new Panel(); p0.setBackground(Color.cyan); //add(p0); p0.setBounds(3+xmove,3+ymove,954,529); Panel p00 = new Panel(); p00.setBackground(Color.black); //add(p00); p00.setBounds(xmove,ymove,960,535); //if(state.this_year > line.magicyear || (state.this_year == line.magicyear && state.this_month > line.magicmonth)){ //state.LicenseExpired = true; //} //else //{ add(closepanel); add(instructions); add(instrOutline); //add(about); add(titlepanel); add(ccan); add(cp); add(slidepanel); add(linepanel); add(loadpanel); add(generatorpanel); add(mgpa); add(mgpc); add(outputpanel); add(p000); add(pgraph); add(pgraph2); add(pout); add(pslide); add(pchoice); add(p0); add(p00); state.LicenseExpired = false; //} //Listeners this.addWindowListener(this); instructions.bupdate.addActionListener(this); closepanel.binstr.addActionListener(this); slidepanel.b2a.addActionListener(this); slidepanel.b2b.addActionListener(this); slidepanel.slider.addAdjustmentListener(this); slidepanel.details.addActionListener(this); mgpa.slider2.addAdjustmentListener(this); mgpa.b2a.addActionListener(this); mgpa.b2b.addActionListener(this); mgpc.slider2.addAdjustmentListener(this); mgpc.b2a.addActionListener(this); mgpc.b2b.addActionListener(this); linepanel.lowpanel.b1.addActionListener(this); loadpanel.b1.addActionListener(this); generatorpanel.b1.addActionListener(this); cp.c1.addItemListener(this); cp.c2.addItemListener(this); mgpa.c1.addItemListener(this); mgpc.c1.addItemListener(this); mgpc.ssc.button1.addMouseListener(this); mgpc.ssc.button2.addMouseListener(this); mgpc.ssc.button3.addMouseListener(this); mgpc.cb1.addItemListener(this); mgpc.cb2.addItemListener(this); mgpa.cb1.addItemListener(this); mgpa.cb2.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); g.drawImage(image,5,545,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); } } /* public void paint(Graphics g){ Font licensefont = new Font("SanSerif",Font.BOLD,18); g.setColor(Color.white); g.fillRect(0,0,646,536); if(state.LicenseExpired){ g.setFont(licensefont); g.setColor(Color.red); g.drawString("The software license has expired.", 50, 200); g.setColor(Color.black); g.drawString("Obtain updated files from www.amanogawa.com", 50, 230); } } */ public void paint(Graphics g){ Font licensefont = new Font("SanSerif",Font.BOLD,18); Font fonto = new Font("SanSerif",Font.PLAIN,12); Font fontc = new Font("SanSerif",Font.BOLD,16); Graphics2D g2d = (Graphics2D)g; //g.setColor(Color.white); //g.fillRect(0,0,626,565); /* 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",10,552); //g.setFont(fonto); //g.drawString("Amanogawa, "+annonuovo+" - All Rights Reserved",30,550); */ } public void start(){} public void stop(){} 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()==slidepanel.slider){ if(linepanel.Is_Millimeter){ state.xpos = slidepanel.getValue(); } else{ state.xpos = slidepanel.getValue()*0.0254; } send_shock_wave(); mgpa.tgc1.setXpos(state.xpos); mgpa.tgc2.setXpos(state.xpos); //mgpa.tgc3.setXpos(state.xpos); //mgpa.tgc4.setXpos(state.xpos); mgpc.tgc3.setXpos(state.xpos); mgpc.tgc3.setDynamics(false); //mgpa.plotTimeVoltage(state); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); mgpc.tgc3.repaint(); } else if(evt.getSource()==mgpc.slider2){ mgpa.slider2.setValue(mgpc.slider2.getValue()); mgpa.rise1.setText(mgpc.rise1.getText()); mgpa.rise2.setText(mgpc.rise2.getText()); mgpa.repaint(); state.setRiseTime(mgpc.RiseTime); state.ignition(); //mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); mgpc.tgc3.repaint(); outputpanel.canvas1.repaint(); } else if(evt.getSource()==mgpa.slider2){ mgpc.slider2.setValue(mgpa.slider2.getValue()); mgpc.rise1.setText(mgpa.rise1.getText()); mgpc.rise2.setText(mgpa.rise2.getText()); state.setRiseTime(mgpa.RiseTime); state.ignition(); //mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); mgpc.repaint(); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); outputpanel.canvas1.repaint(); } } public void actionPerformed(ActionEvent evt){ //if(evt.getSource()==about.bupdate){ // about.setVisible(false); // if(state.OptionOne){cp.c1.select(" Set Line");} // else if(state.OptionTwo){cp.c1.select(" Set Load/Generator");} // else if(state.OptionThree){cp.c1.select(" Transient Response Animation");} // else if(state.OptionFour){cp.c1.select(" Transient Plots");} //} if(evt.getSource()==mgpc.b2a || evt.getSource()==mgpc.b2b){ mgpa.slider2.setValue(mgpc.slider2.getValue()); mgpa.rise1.setText(mgpc.rise1.getText()); mgpa.rise2.setText(mgpc.rise2.getText()); mgpa.repaint(); state.setRiseTime(mgpc.RiseTime); state.ignition(); //mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); mgpc.repaint(); mgpc.tgc3.repaint(); outputpanel.canvas1.repaint(); } if(evt.getSource()==mgpa.b2a || evt.getSource()==mgpa.b2b){ mgpc.slider2.setValue(mgpa.slider2.getValue()); mgpc.rise1.setText(mgpa.rise1.getText()); mgpc.rise2.setText(mgpa.rise2.getText()); state.setRiseTime(mgpa.RiseTime); state.ignition(); //mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); mgpc.repaint(); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); outputpanel.canvas1.repaint(); } if(evt.getSource()==slidepanel.b2a || evt.getSource()==slidepanel.b2b){ if(linepanel.Is_Millimeter){ state.xpos = slidepanel.getValue(); } else{ state.xpos = slidepanel.getValue()*0.0254; } send_shock_wave(); mgpa.tgc1.setXpos(state.xpos); mgpa.tgc2.setXpos(state.xpos); //mgpa.tgc3.setXpos(state.xpos); //mgpa.tgc4.setXpos(state.xpos); mgpc.tgc3.setXpos(state.xpos); mgpc.tgc3.setDynamics(false); //mgpa.plotTimeVoltage(state); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); mgpc.tgc3.repaint(); } if(evt.getSource() == closepanel.binstr){ instructions.setVisible(true); instrOutline.setVisible(true); } if(evt.getSource() == instructions.bupdate){ instructions.setVisible(false); instrOutline.setVisible(false); } if(evt.getSource()==linepanel.lowpanel.b1){ if(linepanel.lowpanel.getValue(0) < 0.0){ state.lineZ0 = 50.0; //state.Rg = 50.0; linepanel.lowpanel.setValue(50.0,0); //generatorpanel.setValue(50.0,1); } else{ state.lineZ0 = linepanel.lowpanel.getValue(0); //state.Rg = linepanel.lowpanel.getValue(0); //generatorpanel.setValue(linepanel.lowpanel.getValue(0),1); } if(linepanel.lowpanel.getValue(1) < 1.0){ state.epsilon_r = 1.0; linepanel.lowpanel.setValue(1.0,1); } else{ state.epsilon_r = linepanel.lowpanel.getValue(1); } //------------------------------------------------------------------------------- if(linepanel.Is_Millimeter){ if(linepanel.lowpanel.getValue(2) < 0.0){ state.lineLength = 1.0; linepanel.lowpanel.setValue(1.0,2); } else if(linepanel.lowpanel.getValue(2) > 5000.0){ state.lineLength = 5000.0; linepanel.lowpanel.setValue(5000.0,2); } else{ state.lineLength = linepanel.lowpanel.getValue(2); } slidepanel.SetMillimeter(true); } else{ if(linepanel.lowpanel.getValue(2) < 0.0){ state.lineLength = 1.0; linepanel.lowpanel.setValue(1.0,2); } else if(linepanel.lowpanel.getValue(2) > 5000.0/0.0254){ state.lineLength = 5000.0; linepanel.lowpanel.setValue(5000.0/0.0254,2); } else{ state.lineLength = linepanel.lowpanel.getValue(2)*0.0254; //Conversion factor: 1 mil = 0.0254 mm } slidepanel.SetMillimeter(false); } //------------------------------------------------------------------------------- state.xpos = state.lineLength; int templine=10000; if(linepanel.Is_Millimeter) { if(state.lineLength >= 1.0 && state.lineLength < 5.0){ templine = (int)(10000*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 5.0 && state.lineLength < 10.0){ templine = (int)(5000*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 10.0 && state.lineLength < 50.0){ templine = (int)(1000*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 50.0 && state.lineLength < 100.0){ templine = (int)(500*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 100.0 && state.lineLength < 500.0){ templine = (int)(100*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 500.0 && state.lineLength < 1000.0){ templine = (int)(50*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 1000.0 && state.lineLength < 5000.0){ templine = (int)(10*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 5000.0 && state.lineLength < 10000.0){ templine = (int)(5*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 10000.0 && state.lineLength < 50000.0){ templine = (int)(1*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 50000.0 && state.lineLength < 100000.0){ templine = (int)(0.5*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 100000.0 && state.lineLength < 500000.0){ templine = (int)(0.1*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 500000.0 && state.lineLength < 1000000.0){ templine = (int)(0.05*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 1000000.0 && state.lineLength < 5000000.0){ templine = (int)(0.01*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength >= 5000000.0 && state.lineLength <= 10000000.0){ templine = (int)(0.005*state.lineLength)+1; slidepanel.slider.setBlockIncrement(10); } } else{ double length_mils = state.lineLength/0.0254; if(state.lineLength/0.0254 >= 1.0 && state.lineLength/0.0254 < 5.0){ templine = (int)(10000*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 5.0 && state.lineLength/0.0254 < 10.0){ templine = (int)(5000*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 10.0 && state.lineLength/0.0254 < 50.0){ templine = (int)(1000*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 50.0 && state.lineLength/0.0254 < 100.0){ templine = (int)(500*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 100.0 && state.lineLength/0.0254 < 500.0){ templine = (int)(100*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 500.0 && state.lineLength/0.0254 < 1000.0){ templine = (int)(50*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 1000.0 && state.lineLength/0.0254 < 5000.0){ templine = (int)(10*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 5000.0 && state.lineLength/0.0254 < 10000.0){ templine = (int)(5*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 10000.0 && state.lineLength/0.0254 < 50000.0){ templine = (int)(1*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 50000.0 && state.lineLength/0.0254 < 100000.0){ templine = (int)(0.5*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 100000.0 && state.lineLength/0.0254 < 500000.0){ templine = (int)(0.1*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 500000.0 && state.lineLength/0.0254 < 1000000.0){ templine = (int)(0.05*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 1000000.0 && state.lineLength/0.0254 < 5000000.0){ templine = (int)(0.01*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } else if(state.lineLength/0.0254 >= 5000000.0 && state.lineLength/0.0254 <= 10000000.0){ templine = (int)(0.005*length_mils)+1; slidepanel.slider.setBlockIncrement(10); } } state.ignition(); slidepanel.setLineLength(state.lineLength); slidepanel.slider.setMaximum(templine); slidepanel.slider.setValues(templine-1,1,0,templine); slidepanel.reset(); slidepanel.slider.setValue(0); ccan.repaint(); outputpanel.canvas1.repaint(); state.ignition(); mgpa.tgc1.setXpos(state.xpos); mgpa.tgc2.setXpos(state.xpos); mgpc.tgc3.setXpos(state.xpos); mgpc.tgc3.setDynamics(false); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); mgpc.tgc3.repaint(); if(state.IsTransient1){//reset transient1 mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } else{// reset transient2 mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } } else if(evt.getSource()==loadpanel.b1){ //Resistance choice is on if(loadpanel.c1.getState()){ double temp1; temp1 = loadpanel.getValue(0); if(temp1 < 0.0){ state.Resistance = 0.0; loadpanel.setValue(0.0,0); } else{ state.Resistance = loadpanel.getValue(0); } state.is_Load_Ztype = true; } //Admittance choice is on else{ double temp1; temp1 = loadpanel.getValue(0); if(temp1 < 0.0){ state.Conductance = 0.0; loadpanel.setValue(0.0,0); } else{ state.Conductance = loadpanel.getValue(0); } state.is_Load_Ztype = false; } state.ignition(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); ccan.repaint(); outputpanel.canvas1.repaint(); if(state.IsTransient1){//reset transient1 mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } else{// reset transient2 mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } } else if(evt.getSource()==slidepanel.details){ if(ccan.IsFocusOn){ ccan.IsFocusOn = false; ccan.repaint(); } else{ ccan.IsFocusOn = true; ccan.repaint(); } } else if(evt.getSource()==generatorpanel.b1){ state.Vg=generatorpanel.getValue(0); if(generatorpanel.getValue(1) < 0.0){ state.Rg=50.0; generatorpanel.setValue(50.0,1); //state.lineZ0 = generatorpanel.getValue(1); //linepanel.lowpanel.setValue(generatorpanel.getValue(1),0); } else{ state.Rg=generatorpanel.getValue(1); //state.lineZ0 = generatorpanel.getValue(1); //linepanel.lowpanel.setValue(generatorpanel.getValue(1),0); } send_shock_wave(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); if(state.IsTransient1){//reset transient1 mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } else{// reset transient2 mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } } } public void itemStateChanged(ItemEvent evt){ ItemSelectable ie = evt.getItemSelectable(); if(evt.getSource()==cp.c1){ if(ie.getSelectedObjects()[0]==" Instructions"){ instructions.setVisible(true); instrOutline.setVisible(true); //about.setVisible(true); } if(ie.getSelectedObjects()[0]==" Set Load/Generator"){ state.OptionOne = false; state.OptionTwo = true; state.OptionThree = false; state.OptionFour = false; //about.setVisible(false); instructions.setVisible(false); instrOutline.setVisible(false); loadpanel.setVisible(true); linepanel.setVisible(false); generatorpanel.setVisible(true); //mgpa.setVisible(false); //mgpc.setVisible(false); //outputpanel.setVisible(true); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); } else if(ie.getSelectedObjects()[0]==" Set Line"){ state.OptionOne = true; state.OptionTwo = false; state.OptionThree = false; state.OptionFour = false; //about.setVisible(false); instructions.setVisible(false); instrOutline.setVisible(false); loadpanel.setVisible(false); linepanel.setVisible(true); generatorpanel.setVisible(false); //mgpa.setVisible(false); //mgpc.setVisible(false); //outputpanel.setVisible(true); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); } if(ie.getSelectedObjects()[0]==" Transient Plots"){ mgpa.c1.select(" Select a Plot"); // ***** //loadpanel.setVisible(false); //linepanel.setVisible(false); //generatorpanel.setVisible(false); state.OptionOne = false; state.OptionTwo = false; state.OptionThree = false; state.OptionFour = true; //about.setVisible(false); instructions.setVisible(false); instrOutline.setVisible(false); state.IsTransient1 = false; mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); // CHANGE ================================================== mgpa.setBounds(11+xmove,236+ymove,623,288); mgpc.setBounds(11+xmove,236+ymove+10000,623,288); //========================================================== //outputpanel.setVisible(false); if(state.IsStepOn){ mgpc.slider2.setEnabled(false); mgpc.slider2.setVisible(false); mgpc.b2a.setVisible(false); mgpc.b2b.setVisible(false); mgpc.ps4.setVisible(false); mgpc.rise1.setVisible(false); mgpc.rise2.setVisible(false); mgpc.rise3.setVisible(false); mgpa.slider2.setEnabled(false); mgpa.slider2.setVisible(false); mgpa.b2a.setVisible(false); mgpa.b2b.setVisible(false); mgpa.ps4.setVisible(false); mgpa.rise1.setVisible(false); mgpa.rise2.setVisible(false); mgpa.rise3.setVisible(false); } else{ mgpc.slider2.setEnabled(true); mgpc.slider2.setVisible(true); mgpc.b2a.setVisible(true); mgpc.b2b.setVisible(true); mgpc.ps4.setVisible(true); mgpc.rise1.setVisible(true); mgpc.rise2.setVisible(true); mgpc.rise3.setVisible(true); mgpa.slider2.setEnabled(true); mgpa.slider2.setVisible(true); mgpa.b2a.setVisible(true); mgpa.b2b.setVisible(true); mgpa.ps4.setVisible(true); mgpa.rise1.setVisible(true); mgpa.rise2.setVisible(true); mgpa.rise3.setVisible(true); } mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } if(ie.getSelectedObjects()[0]==" Transient Response Animation"){ //loadpanel.setVisible(false); //linepanel.setVisible(false); //generatorpanel.setVisible(false); state.OptionOne = false; state.OptionTwo = false; state.OptionThree = true; state.OptionFour = false; //about.setVisible(false); instructions.setVisible(false); instrOutline.setVisible(false); state.IsTransient1 = true; mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); // CHANGE ================================================== mgpa.setBounds(11+xmove,236+ymove+10000,623,288); mgpc.setBounds(11+xmove,236+ymove,623,288); //========================================================== if(state.IsStepOn){ mgpc.slider2.setEnabled(false); mgpc.slider2.setVisible(false); mgpc.b2a.setVisible(false); mgpc.b2b.setVisible(false); mgpc.ps4.setVisible(false); mgpc.rise1.setVisible(false); mgpc.rise2.setVisible(false); mgpc.rise3.setVisible(false); mgpa.slider2.setEnabled(false); mgpa.slider2.setVisible(false); mgpa.b2a.setVisible(false); mgpa.b2b.setVisible(false); mgpa.ps4.setVisible(false); mgpa.rise1.setVisible(false); mgpa.rise2.setVisible(false); mgpa.rise3.setVisible(false); } else{ mgpc.slider2.setEnabled(true); mgpc.slider2.setVisible(true); mgpc.b2a.setVisible(true); mgpc.b2b.setVisible(true); mgpc.ps4.setVisible(true); mgpc.rise1.setVisible(true); mgpc.rise2.setVisible(true); mgpc.rise3.setVisible(true); mgpa.slider2.setEnabled(true); mgpa.slider2.setVisible(true); mgpa.b2a.setVisible(true); mgpa.b2b.setVisible(true); mgpa.ps4.setVisible(true); mgpa.rise1.setVisible(true); mgpa.rise2.setVisible(true); mgpa.rise3.setVisible(true); } mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } } else if(evt.getSource()==cp.c2){ if(ie.getSelectedObjects()[0]==" Transient 2"){ mgpa.c1.select(" Select a Plot"); // ***** //loadpanel.setVisible(false); //linepanel.setVisible(false); //generatorpanel.setVisible(false); state.IsTransient1 = false; mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } if(ie.getSelectedObjects()[0]=="Plots (time-s.s.)"){ loadpanel.setVisible(false); linepanel.setVisible(false); generatorpanel.setVisible(false); mgpa.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); } if(ie.getSelectedObjects()[0]==" Transient 1"){ //loadpanel.setVisible(false); //linepanel.setVisible(false); //generatorpanel.setVisible(false); state.IsTransient1 = true; mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } if(ie.getSelectedObjects()[0]==" Data"){ //loadpanel.setVisible(false); //linepanel.setVisible(true); //generatorpanel.setVisible(false); //mgpa.setVisible(false); //mgpc.setVisible(false); //outputpanel.setVisible(true); //mgpc.watch1.setText("0.0"); //mgpc.watch3.setText("0.0"); //mgpc.watch4.setText("s"); //mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); //mgpc.ssc.clockcanvas.reset(); } } //Trans_MultiGraphPanelA Choices else if(evt.getSource()==mgpa.c1){ if(ie.getSelectedObjects()[0]==" Current I(t)"){ mgpa.setRiseTime(state.RiseTime); mgpa.plotTimeCurrent(state); mgpa.tgc1.setVisible(true); mgpa.tgc2.setVisible(true); mgpa.Flag = 2; mgpa.tgc1.setFlag(2); mgpa.tgc2.setFlag(2); state.SwitchIsOpen = false; state.ignition(); ccan.repaint(); } else if(ie.getSelectedObjects()[0]==" Power P(t)"){ mgpa.setRiseTime(state.RiseTime); mgpa.plotTimePower(state); mgpa.tgc1.setVisible(true); mgpa.tgc2.setVisible(true); mgpa.Flag = 3; mgpa.tgc1.setFlag(3); mgpa.tgc2.setFlag(3); state.SwitchIsOpen = false; state.ignition(); ccan.repaint(); } else if(ie.getSelectedObjects()[0]==" Voltage V(t)"){ mgpa.setRiseTime(state.RiseTime); mgpa.plotTimeVoltage(state); mgpa.tgc1.setVisible(true); mgpa.tgc2.setVisible(true); mgpa.Flag = 1; mgpa.tgc1.setFlag(1); mgpa.tgc2.setFlag(1); state.SwitchIsOpen = false; state.ignition(); ccan.repaint(); mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); } else if(ie.getSelectedObjects()[0]==" Select a Plot"){//******* mgpa.c1.select(" Select a Plot"); // ***** //loadpanel.setVisible(false); //linepanel.setVisible(false); //generatorpanel.setVisible(false); mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } } //Trans_MultiGraphPanelC Choices else if(evt.getSource()==mgpc.c1){ mgpc.tgc3.setVisible(true); state.SwitchIsOpen = true; state.ignition(); ccan.repaint(); if(ie.getSelectedObjects()[0]==" Transient Voltage"){ mgpc.ssc.setVisible(true);//****** mgpc.setRiseTime(state.RiseTime); mgpc.ssc.setEnabled(true); mgpc.plotTransientVoltage(state); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.ssc.button2.setEnabled(false); mgpc.tgc3.setFlag(1); } else if(ie.getSelectedObjects()[0]==" Transient Current"){ mgpc.ssc.setVisible(true); mgpc.setRiseTime(state.RiseTime); mgpc.ssc.setEnabled(true); mgpc.plotTransientCurrent(state); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.ssc.button2.setEnabled(false); mgpc.tgc3.setFlag(2); } else if(ie.getSelectedObjects()[0]==" Transient Power"){ mgpc.ssc.setVisible(true); mgpc.setRiseTime(state.RiseTime); mgpc.ssc.setEnabled(true); mgpc.plotTransientPower(state); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.ssc.button2.setEnabled(false); mgpc.tgc3.setFlag(3); } else if(ie.getSelectedObjects()[0]==" Select a Plot"){ //loadpanel.setVisible(false); //linepanel.setVisible(false); //generatorpanel.setVisible(false); mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } } else if(evt.getSource() == mgpc.cb1){ state.IsStepOn = true; //state.RiseTime = 0.0; state.ignition(); //mgpc.ssc.setVisible(false);//***** //mgpc.c1.select(" Select a Plot");//***** ccan.setStep(true); mgpc.IsStepOn = true; mgpa.IsStepOn = true; mgpa.cb1.setState(true); mgpc.cb1.setState(true); mgpa.cb2.setState(false); mgpc.cb2.setState(false); mgpc.tgc3.setPulse(false); mgpc.tgc3.setStep(true); mgpa.tgc1.setStep(true); mgpa.tgc2.setStep(true); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); //mgpc.rise1.setText("0.0"); //mgpa.rise1.setText("0.0"); //mgpc.rise2.setText(" s"); //mgpa.rise2.setText(" s"); //mgpc.slider2.setValue(0); //mgpa.slider2.setValue(0); mgpc.slider2.setVisible(false); mgpa.slider2.setVisible(false); mgpc.b2a.setVisible(false); mgpc.b2b.setVisible(false); mgpa.b2a.setVisible(false); mgpa.b2b.setVisible(false); mgpc.ps4.setVisible(false); mgpc.rise1.setVisible(false); mgpc.rise2.setVisible(false); mgpa.rise1.setVisible(false); mgpa.rise2.setVisible(false); mgpc.rise3.setVisible(false); mgpc.rise5.setVisible(false); mgpa.rise3.setVisible(false); mgpa.rise5.setVisible(false); //mgpc.RiseTime = 0.0; //mgpa.RiseTime = 0.0; ccan.repaint(); mgpc.repaint(); mgpa.repaint(); mgpc.tgc3.repaint(); mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); //mgpc.tgc3.setVisible(false); //**** if(state.IsTransient1){//reset transient1 mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } else{// reset transient2 mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } outputpanel.canvas1.repaint(); } else if(evt.getSource() == mgpc.cb2){ //mgpc.ssc.setVisible(false);//***** //mgpc.c1.select(" Select a Plot");//***** mgpc.slider2.setVisible(true); mgpa.slider2.setVisible(true); mgpa.b2a.setVisible(true); mgpa.b2b.setVisible(true); mgpc.b2a.setVisible(true); mgpc.b2b.setVisible(true); mgpc.rise1.setVisible(true); mgpc.rise2.setVisible(true); mgpa.rise1.setVisible(true); mgpa.rise2.setVisible(true); mgpc.rise3.setVisible(true); mgpc.rise5.setVisible(true); mgpa.rise3.setVisible(true); mgpa.rise5.setVisible(true); ccan.setStep(false); state.IsStepOn = false; //state.RiseTime = 0.5e-15; //mgpc.rise1.setText("0.5"); //mgpc.rise2.setText("fs"); state.ignition(); mgpc.tgc3.setPulse(true); mgpc.IsStepOn = false; mgpa.IsStepOn = false; mgpa.cb1.setState(false); mgpc.cb1.setState(false); mgpa.cb2.setState(true); mgpc.cb2.setState(true); mgpc.tgc3.setStep(false); mgpa.tgc1.setStep(false); mgpa.tgc2.setStep(false); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); state.ignition(); ccan.repaint(); mgpa.repaint(); mgpc.repaint(); mgpc.tgc3.repaint(); mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); //mgpc.tgc3.setVisible(false);//**** if(state.IsTransient1){//reset transient1 mgpc.c1.setEnabled(true);//***** mgpc.c1.select(" Select a Plot");//***** mgpa.setVisible(false); mgpc.setVisible(true); mgpc.ssc.setVisible(false);//***** mgpc.ssc.setEnabled(false); mgpc.cb1.setEnabled(true); mgpc.cb2.setEnabled(true); mgpc.slider2.setEnabled(true); mgpc.tgc3.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.tgc3.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale, state.VScaleFlag, state.IScaleFlag, state.PScaleFlag); } else{// reset transient2 mgpa.setVisible(true); mgpa.tgc1.setVisible(false); mgpa.tgc2.setVisible(false); mgpc.setVisible(false); //outputpanel.setVisible(false); mgpc.watch1.setText("0.0"); mgpc.watch3.setText("0.0"); mgpc.watch4.setText("s"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpa.tgc1.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); mgpa.tgc2.setScale(state.VScale, state.IScale, state.PScale, state.VScale, state.IScale, state.PScale); } outputpanel.canvas1.repaint(); } else if(evt.getSource() == mgpa.cb1){ state.IsStepOn = true; //state.RiseTime = 0.0; state.ignition(); ccan.setStep(true); mgpc.IsStepOn = true; mgpa.IsStepOn = true; mgpa.cb1.setState(true); mgpc.cb1.setState(true); mgpa.cb2.setState(false); mgpc.cb2.setState(false); mgpc.tgc3.setStep(true); mgpa.tgc1.setStep(true); mgpa.tgc2.setStep(true); //mgpc.rise1.setText("0.0"); //mgpa.rise1.setText("0.0"); //mgpc.rise2.setText(" s"); //mgpa.rise2.setText(" s"); //mgpc.slider2.setValue(0); //mgpa.slider2.setValue(0); mgpc.slider2.setVisible(false); mgpc.b2a.setVisible(false); mgpc.b2b.setVisible(false); mgpa.slider2.setVisible(false); mgpa.b2a.setVisible(false); mgpa.b2b.setVisible(false); //mgpa.ps4.setVisible(false); mgpc.tgc3.setPulse(false); mgpc.ps3.setVisible(false); mgpc.ps4.setVisible(false); mgpc.rise1.setVisible(false); mgpc.rise2.setVisible(false); mgpa.rise1.setVisible(false); mgpa.rise2.setVisible(false); mgpc.rise3.setVisible(false); mgpc.rise5.setVisible(false); mgpa.rise3.setVisible(false); mgpa.rise5.setVisible(false); //mgpc.RiseTime = 0.0; //mgpa.RiseTime = 0.0; mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); //mgpa.plotTimeVoltage(state); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } ccan.repaint(); mgpc.repaint(); mgpa.repaint(); mgpc.tgc3.repaint(); mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); outputpanel.canvas1.repaint(); } else if(evt.getSource() == mgpa.cb2){ mgpa.slider2.setVisible(true); mgpa.b2a.setVisible(true); mgpa.b2b.setVisible(true); mgpc.rise1.setVisible(true); mgpc.rise2.setVisible(true); mgpa.rise1.setVisible(true); mgpa.rise2.setVisible(true); mgpc.rise3.setVisible(true); mgpc.rise5.setVisible(true); mgpa.rise3.setVisible(true); mgpa.rise5.setVisible(true); ccan.setStep(false); state.IsStepOn = false; //state.RiseTime = 0.5e-15; //mgpa.rise1.setText("0.5"); //mgpa.rise2.setText("fs"); state.ignition(); mgpc.IsStepOn = false; mgpa.IsStepOn = false; mgpc.tgc3.setPulse(true); mgpa.cb1.setState(false); mgpc.cb1.setState(false); mgpa.cb2.setState(true); mgpc.cb2.setState(true); mgpc.tgc3.setStep(false); mgpa.tgc1.setStep(false); mgpa.tgc2.setStep(false); //---- //mgpc.rise1.setText("0.5"); //mgpa.rise1.setText("0.5"); //mgpc.rise2.setText(" fs"); //mgpa.rise2.setText(" fs"); //mgpc.slider2.setValue(0); //mgpa.slider2.setValue(0); //mgpc.RiseTime = 0.5e-15; //mgpa.RiseTime = 0.5e-15; mgpa.tgc1.setFiftyDelay(state.Delay, state.Delay2); mgpa.setRiseTime(state.RiseTime); //mgpa.tgc1.setPulse(true); //mgpa.tgc2.setPulse(true); //state.setRiseTime(mgpa.RiseTime); //state.ignition(); //mgpa.plotTimeVoltage(state); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } //---- ccan.repaint(); mgpa.repaint(); mgpc.repaint(); mgpc.tgc3.repaint(); mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); outputpanel.canvas1.repaint(); } } 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){;} public synchronized void mouseHandler(MouseEvent evt){ if(evt.getSource() == mgpc.ssc.button1){ state.SwitchIsOpen = false; state.ignition(); ccan.repaint(); cp.c1.setEnabled(false);//****** cp.c2.setEnabled(false);//****** mgpc.ssc.IsStart = true; mgpc.ssc.IsStop = false; mgpc.ssc.IsReset = false; mgpc.ssc.button1.setEnabled(false); mgpc.ssc.button2.setEnabled(true); mgpc.ssc.button3.setEnabled(false); linepanel.setEnabled(false); loadpanel.setEnabled(false); generatorpanel.setEnabled(false); mgpc.ssc.repaint(); } if(evt.getSource() == mgpc.ssc.button2){ mgpc.c1.setEnabled(true);//***** state.SwitchIsOpen = false; state.ignition(); ccan.repaint(); cp.c1.setEnabled(true);//****** cp.c2.setEnabled(true);//****** mgpc.ssc.IsStart = false; mgpc.ssc.IsStop = true; mgpc.ssc.IsReset = false; mgpc.ssc.button1.setEnabled(true); mgpc.ssc.button2.setEnabled(false); mgpc.ssc.button3.setEnabled(true); linepanel.setEnabled(true); loadpanel.setEnabled(true); generatorpanel.setEnabled(true); mgpc.ssc.repaint(); } if(evt.getSource() == mgpc.ssc.button3){ mgpc.c1.setEnabled(true);//****** state.SwitchIsOpen = true; state.reset(); state.ignition(); ccan.repaint(); cp.c1.setEnabled(true);//***** cp.c2.setEnabled(true);//***** //mgpc.tgc3.repaint(); mgpc.tgc3.setXpos(state.xpos); mgpc.tgc3.setDynamics(false); if(mgpa.Flag == 1){ mgpa.plotTimeVoltage(state); } else if (mgpa.Flag == 2){ mgpa.plotTimeCurrent(state); } else if (mgpa.Flag == 3){ mgpa.plotTimePower(state); } mgpa.tgc1.repaint(); mgpa.tgc2.repaint(); mgpc.tgc3.repaint(); mgpc.ssc.button1.setEnabled(true); mgpc.ssc.button2.setEnabled(false); mgpc.ssc.button3.setEnabled(false); linepanel.setEnabled(true); loadpanel.setEnabled(true); generatorpanel.setEnabled(true); mgpc.ssc.IsStart = false; mgpc.ssc.IsStop = false; mgpc.ssc.IsReset = true; mgpc.ssc.repaint(); } } private void send_shock_wave(){ state.ignition(); ccan.repaint(); outputpanel.canvas1.repaint(); } }