import java.awt.*; import java.awt.event.*; public class DipoleRadiation extends Frame implements AdjustmentListener, ActionListener, ItemListener, MouseListener, WindowListener{ //About about; Instructions instructions; Panel instrFrame; Panel instrFrame2; ChoicePanel cp; ChoiceInput chinp; ChoiceInput2 chinp2; ChoiceInput3 chinp3; TitlePanel titlepanel; DrawCurrent draw_current; DrawCurrent2 draw_current2; TransSlidePanel slidepanel; NewGuideCanvas2 dipolecanvas; Trans_State state; Trans_MultiGraphPanelC mgpc; Draw2DCanvas draw2D; Draw2DCanvasB draw2DB; DrawPalette drawpalette; public Label labella1, labella2; // New 8/9/14: public Label labella3; final Font labfonte = new Font("Sanserif",Font.BOLD,12); int start1 = 7; int start2 = 287; int start3 = 700; public static void main(String[] args){ DipoleRadiation f = new DipoleRadiation(); int xmove = 20; int ymove = 41; f.setSize(759+xmove,573+ymove); f.setVisible(true); f.setLayout(null); } public DipoleRadiation(){ setLayout(null); state = new Trans_State(); int xmove = 10; int ymove = 34; //labella1 = new Label("This module simulates how a short dipole radiates an EM wave into",Label.LEFT); 8/9/14 labella1 = new Label("This module simulates how a short dipole radiates an EM wave",Label.LEFT); labella1.setFont(labfonte); labella1.setForeground(Color.black); labella1.setBackground(new Color(255,255,250)); labella1.setBounds(305+xmove,10+ymove,430,20); labella1.setVisible(true); //labella2 = new Label("its surrounding space. The dipole is oriented along the z-axis.",Label.LEFT); labella2 = new Label("into its surrounding space. The dipole is oriented along",Label.LEFT); labella2.setFont(labfonte); labella2.setForeground(Color.black); labella2.setBackground(new Color(255,255,250)); labella2.setBounds(305+xmove,30+ymove,430,20); labella2.setVisible(true); // NEW 8/9/14: labella3 = new Label("the z-axis.",Label.LEFT); labella3.setFont(labfonte); labella3.setForeground(Color.black); labella3.setBackground(new Color(255,255,250)); labella3.setBounds(305+xmove,50+ymove,430,20); labella3.setVisible(true); instructions = new Instructions(); instructions.setBounds(8+xmove,58+ymove,743,503); instructions.setBackground(new Color(255,255,250)); instrFrame = new Panel(); instrFrame.setBackground(Color.black); instrFrame.setBounds(7+xmove,57+ymove,745,505); instrFrame2 = new Panel(); instrFrame2.setBackground(new Color(255,255,250)); instrFrame2.setBounds(288+xmove,8+ymove,463,90); titlepanel = new TitlePanel("Module 9.1",""); //must customize special titlepanel.setBounds(start1+xmove,7+ymove,275,45); cp = new ChoicePanel(); cp.setBounds(start2+xmove,462+ymove,465,100); chinp = new ChoiceInput(); //add(chinp); chinp.setBounds(7+xmove,7+ymove,625,30+615); chinp.setVisible(false); chinp2 = new ChoiceInput2(); //add(chinp2); chinp2.setBounds(start2+xmove,7+ymove,465,450); chinp2.setVisible(true); chinp3 = new ChoiceInput3(); //add(chinp3); chinp3.setBounds(7+xmove,7+ymove,625,30+615); chinp3.setVisible(false); dipolecanvas = new NewGuideCanvas2(); dipolecanvas.setBounds(start1+xmove,57+ymove,275,250); slidepanel = new TransSlidePanel(state); //add(slidepanel); slidepanel.setBounds(start1+xmove,462+ymove,275,100); slidepanel.setVisible(true); draw_current = new DrawCurrent(state); draw_current.setBounds(start1+1+xmove,58+ymove,273,248); draw_current.setVisible(true); draw_current2 = new DrawCurrent2(state); draw_current2.setBounds(15+xmove,15+ymove,600,600); draw_current2.setVisible(false); mgpc = new Trans_MultiGraphPanelC("Transient 1",state,draw_current); mgpc.setBounds(start1+xmove,312+ymove,275,145); draw2D = new Draw2DCanvas(state); draw2D.setBounds(start2+xmove,7+ymove,616,616); draw2DB = new Draw2DCanvasB(state); draw2DB.setBounds(start2+2+xmove,9+ymove,410,410); drawpalette = new DrawPalette(state); drawpalette.setBounds(start3+xmove,9+ymove,50,410); Panel p000 = new Panel(); p000.setBackground(Color.black); //add(p000); p000.setBounds(start1+xmove,57+ymove,275,250); Panel p0 = new Panel(); p0.setBackground(Color.cyan); //add(p0); p0.setBounds(2+xmove,2+ymove,755,566); Panel p00 = new Panel(); p00.setBackground(Color.black); //add(p00); p00.setBounds(xmove,ymove,759,570); //hide and show panels { mgpc.setVisible(true); draw2DB.setVisible(true); dipolecanvas.setVisible(true); draw_current.setVisible(false); } //if(state.this_year > line.magicyear || (state.this_year == line.magicyear && state.this_month > line.magicmonth)){ // state.LicenseExpired = true; // } // else // { //add(about); add(labella1); add(labella2); add(labella3); // 8/9/14 (3rd add) add(instructions); add(instrFrame2); add(instrFrame); add(titlepanel); add(cp); add(draw_current); //add(draw_current2); add(slidepanel); add(dipolecanvas); add(mgpc); //add(draw2D); add(draw2DB); add(drawpalette); //add(chinp); add(chinp2); //add(chinp3); add(p000); add(p0); add(p00); state.LicenseExpired = false; //} //Listeners this.addWindowListener(this); instructions.bupdate.addActionListener(this); slidepanel.slider3.addAdjustmentListener(this); slidepanel.trace.addItemListener(this); slidepanel.ch1.addItemListener(this); slidepanel.ch2.addItemListener(this); slidepanel.ch3.addItemListener(this); slidepanel.ch4.addItemListener(this); slidepanel.ch5.addItemListener(this); slidepanel.ch6.addItemListener(this); cp.c1.addItemListener(this); cp.c2.addItemListener(this); cp.c3.addItemListener(this); cp.c4.addItemListener(this); cp.c5.addItemListener(this); cp.c6.addItemListener(this); cp.f1.addItemListener(this); cp.f2.addItemListener(this); mgpc.ssc.button1.addMouseListener(this); mgpc.ssc.button2.addMouseListener(this); mgpc.ssc.button3.addMouseListener(this); mgpc.slider1.addAdjustmentListener(this); mgpc.sliderzoom.addAdjustmentListener(this); state.RestartPlot = true; mgpc.ssc.setEnabled(true); mgpc.plotTransientVoltage(state); mgpc.watch1.setText("0\u00b0"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.ssc.button2.setEnabled(false); cp.information.addActionListener(this); chinp2.about.addActionListener(this); mgpc.ssc.button3.addActionListener(this); cp.setDeltaLambda(state.delta_lambda*state.Nx); } 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(0,0,985,700); 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",10,677); //g.setFont(fonto); //g.drawString("Amanogawa, "+annonuovo+" - All Rights Reserved",30,675); } public void start(){} public void stop(){} public void adjustmentValueChanged(AdjustmentEvent evt){ if(evt.getSource()==mgpc.sliderzoom){// varies time step //if(mgpc.sliderzoom.getValue()>0){ // state.dtime = mgpc.sliderzoom.getValue()*2; //} //else //{ //state.dtime = mgpc.sliderzoom.getValue();//+1; //} if(mgpc.sliderzoom.getValue()<7){ state.dtime = mgpc.sliderzoom.getValue(); } else{ state.dtime = mgpc.sliderzoom.getValue()+1; } cp.information.setEnabled(true); //slidepanel2.slider.setEnabled(true); //slidepanel2.slider2.setEnabled(true); //slidepanel2B.slider.setEnabled(true); //slidepanel2B.slider2.setEnabled(true); //slidepanel2C.slider.setEnabled(true); //slidepanel2C.slider2.setEnabled(true); //chinp.setVisible(true); state.ctime = 0; state.RestartPlot = true; //state.ignition(); mgpc.ssc.setEnabled(true); //mgpc.plotTransientVoltage(state); mgpc.watch1.setText("0\u00b0"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.ssc.IsStart = false; mgpc.ssc.IsStop = false; mgpc.ssc.IsReset = false; mgpc.ssc.IsStepNew = true; mgpc.ssc.button1.setEnabled(false); mgpc.ssc.button2.setEnabled(false); mgpc.ssc.button3.setEnabled(true); mgpc.ssc.repaint(); } if(evt.getSource()==slidepanel.slider){// varies opening of slit state.RestartPlot = true; state.delta_y = slidepanel.slider.getValue()*1.0e-9; state.ignition(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); } if(evt.getSource()==slidepanel.slider2){// vary wavelength - frequency state.RestartPlot = true; state.lambda = slidepanel.slider2.getValue()*1.0e-9; state.ignition(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); } if(evt.getSource()==slidepanel.slider3){ state.RestartPlot = true; state.delta_lambda = slidepanel.slider3.getValue()*0.000666666; cp.setDeltaLambda(state.delta_lambda*state.Nx); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); state.ignition(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); slidepanel.repaint(); } } public void actionPerformed(ActionEvent evt){ //if(evt.getSource()==about.bupdate){ // about.setVisible(false); //} if (evt.getSource()==mgpc.ssc.button3){ state.RestartPlot = true; state.ignition(); draw_current.repaint(); } if (evt.getSource()==instructions.bupdate){ instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); } if(evt.getSource()==chinp2.about){ //about.setVisible(true); instructions.setVisible(true); instrFrame.setVisible(true); instrFrame2.setVisible(true); labella1.setVisible(true); labella2.setVisible(true); labella3.setVisible(true); } if(evt.getSource()==chinp.outgo){ //slidepanel.setVisible(false); chinp.outgo.setVisible(false); chinp.outgo.setEnabled(false); chinp.ingo.setVisible(true); chinp.ingo.setEnabled(true); } if(evt.getSource()==chinp.ingo){ //slidepanel.setVisible(true); chinp.outgo.setVisible(true); chinp.outgo.setEnabled(true); chinp.ingo.setVisible(false); chinp.ingo.setEnabled(false); } } public void itemStateChanged(ItemEvent evt){ ItemSelectable ie = evt.getItemSelectable(); if(evt.getSource()==slidepanel.trace){ if(state.ShowCurrent){ state.ShowCurrent = false; draw_current.setVisible(false); dipolecanvas.setVisible(true); } else{ state.ShowCurrent = true; draw_current.setVisible(true); dipolecanvas.setVisible(false); } } if(evt.getSource()==slidepanel.ch1){ state.IsHorizon = true; dipolecanvas.setPlane(true); if(state.ctime==0){ state.ignition(); } state.ScanTransientVoltage(); mgpc.repaint(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); dipolecanvas.repaint(); } if(evt.getSource()==slidepanel.ch2){ state.IsHorizon = false; if(state.ctime==0){ state.ignition(); } state.ScanTransientVoltage(); mgpc.repaint(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); dipolecanvas.setPlane(false); dipolecanvas.repaint(); } if(evt.getSource()==slidepanel.ch3){ state.IsThreshold = false; if(state.ctime==0){ state.ignition(); } state.ScanTransientVoltage(); mgpc.repaint(); draw2D.redopalette(); draw2DB.redopalette(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); slidepanel.ch5.setVisible(false); slidepanel.ch6.setVisible(false); slidepanel.repaint(); } if(evt.getSource()==slidepanel.ch4){ state.IsThreshold = true; if(state.ctime==0){ state.ignition(); } state.ScanTransientVoltage(); mgpc.repaint(); draw2D.redopalette(); draw2DB.redopalette(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); slidepanel.ch5.setVisible(true); slidepanel.ch6.setVisible(true); slidepanel.repaint(); } if(evt.getSource()==slidepanel.ch5){ state.IsCoarser = false; if(state.ctime==0){ state.ignition(); } state.ScanTransientVoltage(); mgpc.repaint(); draw2D.redopalette(); draw2DB.redopalette(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); slidepanel.repaint(); } if(evt.getSource()==slidepanel.ch6){ state.IsCoarser = true; if(state.ctime==0){ state.ignition(); } state.ScanTransientVoltage(); mgpc.repaint(); draw2D.redopalette(); draw2DB.redopalette(); draw2D.repaint(); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); slidepanel.repaint(); } if(evt.getSource()==cp.c1){ state.Select_far = true; state.Select_near = false; state.Select_r = false; state.Select_dif = false; state.Select_dif = false; state.Select_wide = false; state.IsFormula = false; //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); chinp.setVisible(false); chinp2.setVisible(true); chinp3.setVisible(false); if(state.ctime == 0){ state.ignition(); } else{ state.ScanTransientVoltage(); } draw2D.setVisible(false); draw2DB.setVisible(true); draw2DB.repaint(); } if(evt.getSource()==cp.c2){ state.Select_far = false; state.Select_near = true; state.Select_r = false; state.Select_dif = false; state.Select_wide = false; state.IsFormula = false; //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); chinp.setVisible(false); chinp2.setVisible(true); chinp3.setVisible(false); if(state.ctime == 0){ state.ignition(); } else{ state.ScanTransientVoltage(); } draw2D.setVisible(false); draw2DB.setVisible(true); draw2DB.repaint(); } if(evt.getSource()==cp.c3){// select r-component (electric) state.Select_far = false; state.Select_near = false; state.Select_r = true; state.Select_dif = false; state.Select_wide = false; state.IsFormula = false; //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); draw2D.setVisible(false); if(state.ctime == 0){ state.ignition(); } else{ state.ScanTransientVoltage(); } if(state.IsMagnetic){ draw2DB.setVisible(false); chinp2.setVisible(false); chinp.setVisible(false); chinp3.setVisible(true); } else{ draw2DB.setVisible(true); draw2DB.repaint(); chinp2.setVisible(true); chinp.setVisible(false); chinp3.setVisible(false); } } if(evt.getSource()==cp.c4){// select difference state.Select_far = false; state.Select_near = false; state.Select_r = false; state.Select_dif = true; state.Select_wide = false; state.IsFormula = false; //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); chinp2.setVisible(true); chinp.setVisible(false); chinp3.setVisible(false); if(state.ctime == 0){ state.ignition(); } else{ state.ScanTransientVoltage(); } draw2D.setVisible(false); draw2DB.setVisible(true); draw2DB.repaint(); } if(evt.getSource()==cp.c5){// show all state.Select_far = false; state.Select_near = false; state.Select_r = false; state.Select_dif = false; state.Select_wide = true; state.IsFormula = false; draw2D.setVisible(true); draw2DB.setVisible(false); //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); chinp.setVisible(true); chinp2.setVisible(false); chinp3.setVisible(false); if(state.ctime == 0){ state.ignition(); } else{ state.ScanTransientVoltage(); } draw2D.repaint(); draw_current.repaint(); draw_current2.repaint(); } if(evt.getSource()==cp.c6){// formulas - NOT USED state.IsFormula = true; if(state.IsMagnetic){ //about.setVisible(true); instructions.setVisible(true); instrFrame.setVisible(true); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); } else{ //about.setVisible(false); // 10-7-09 WAS true instructions.setVisible(false); instrFrame.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); } draw2D.setVisible(false); draw2DB.setVisible(false); draw_current.setVisible(false); draw_current2.setVisible(false); chinp2.setVisible(false); chinp.setVisible(false); chinp3.setVisible(true); } if(evt.getSource()==cp.f1){// select magnetic field state.IsMagnetic = true; if(cp.c3.getState()){ cp.c3.setState(false); cp.c2.setState(true); state.Select_far = false; state.Select_near = true; state.Select_r = false; state.Select_dif = false; state.Select_wide = false; state.IsFormula = false; } if(state.ctime == 0){ state.ignition(); } state.ScanTransientVoltage(); { //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); instrFrame2.setVisible(false); labella1.setVisible(false); labella2.setVisible(false); labella3.setVisible(false); if(state.Select_wide){ draw2D.setVisible(true); draw2DB.setVisible(false); draw2D.repaint(); draw_current.repaint(); } else{ if(state.Select_far || state.Select_near || state.Select_dif){ draw2DB.setVisible(true); draw2DB.repaint(); draw2D.setVisible(false); } else if(state.Select_r){ draw2DB.setVisible(false); draw2D.setVisible(false); } } } } if(evt.getSource()==cp.f2){// select electric field state.IsMagnetic = false; if(state.ctime == 0){ state.ignition(); } state.ScanTransientVoltage(); if(state.IsFormula){ //about.setVisible(true); instructions.setVisible(true); instrFrame.setVisible(true); } else{ //about.setVisible(false); instructions.setVisible(false); instrFrame.setVisible(false); } if(state.Select_wide){ draw2D.setVisible(true); draw2D.repaint(); draw_current.repaint(); draw_current2.repaint(); draw2DB.setVisible(false); } else{ draw2DB.setVisible(true); draw2DB.repaint(); draw_current.repaint(); draw_current2.repaint(); draw2D.setVisible(false); } } } 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 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 synchronized void mouseHandler(MouseEvent evt){ if(evt.getSource() == mgpc.ssc.button1){ cp.ps7.setVisible(false); cp.ps8.setVisible(false); mgpc.ssc.IsStart = true; mgpc.ssc.IsStop = false; mgpc.ssc.IsReset = false; mgpc.ssc.IsStepNew = false; mgpc.ssc.button1.setEnabled(false); mgpc.ssc.button2.setEnabled(true); mgpc.ssc.button3.setEnabled(false); mgpc.ssc.repaint(); //cp.c1.setEnabled(false); //cp.c2.setEnabled(false); //cp.c3.setEnabled(false); } if(evt.getSource() == mgpc.ssc.button2){ //state.ignition(); cp.ps7.setVisible(true); cp.ps8.setVisible(true); mgpc.ssc.IsStart = false; mgpc.ssc.IsStop = true; mgpc.ssc.IsReset = false; mgpc.ssc.IsStepNew = false; mgpc.ssc.button1.setEnabled(true); mgpc.ssc.button2.setEnabled(false); mgpc.ssc.button3.setEnabled(true); mgpc.ssc.repaint(); } if(evt.getSource() == mgpc.ssc.button3){ cp.ps7.setVisible(true); cp.ps8.setVisible(true); mgpc.ssc.button1.setEnabled(true); mgpc.ssc.button2.setEnabled(false); mgpc.ssc.button3.setEnabled(false); mgpc.ssc.IsStart = false; mgpc.ssc.IsStop = false; mgpc.ssc.IsReset = true; mgpc.ssc.IsStepNew = false; mgpc.ssc.repaint(); //cp.c1.setEnabled(true); //cp.c2.setEnabled(true); //cp.c3.setEnabled(true); } if(evt.getSource() == mgpc.ssc.button1){ cp.information.setEnabled(false); mgpc.sliderzoom.setEnabled(false); } if(evt.getSource() == mgpc.ssc.button2){ state.RestartPlot = false; cp.information.setEnabled(true); mgpc.sliderzoom.setEnabled(true); } if(evt.getSource() == mgpc.ssc.button3){ cp.information.setEnabled(true); mgpc.sliderzoom.setEnabled(true); state.ctime = 0; state.RestartPlot = true; state.ignition(); mgpc.ssc.setEnabled(true); mgpc.plotTransientVoltage(state); mgpc.watch1.setText("0\u00b0"); mgpc.ssc.clockcanvas.setStatus(0,state.NTime,state.dtime); mgpc.ssc.clockcanvas.reset(); mgpc.ssc.button2.setEnabled(false); } } private void send_shock_wave(){ //state.ignition(); } }