import java.awt.*; import java.awt.event.*; import java.applet.*; //import java.lang.*; public class ObliqueCanvasB extends Canvas implements MouseListener{ private static final Color bgcolor = new Color(200,200,200); private static final Color medium1Color = new Color(250,250,250); //private static final Color medium2Color = new Color(170,190,190); private static final Color medium2Color = new Color(200,220,220); private static final int LeftMargin=10, RightMargin=10, TopMargin=10, BottomMargin=10; private static final Font labfont = new Font("SanSerif",Font.PLAIN,10); private static final Font axisfont = new Font("Serif",Font.ITALIC,18); public static final Font normalfont = new Font("Sanserif",Font.PLAIN,12); public static final Font normalfontB = new Font("Sanserif",Font.BOLD,12); public static final Font smallfont = new Font("Sanserif",Font.PLAIN,10); public static final Font symbfont = new Font("Serif",Font.PLAIN,12); private static final Font labfontbig=new Font("SanSerif",Font.PLAIN,14); private static final Font labfontbigI=new Font("Serif",Font.ITALIC,14); private double LenVert, LenHor; private static final int HGap=10, VGap=10;//for vectors fields. private Image im; private Graphics buf; private double vettoreL = 100.0; private double extra = 0.1; private Oblique_State state; private int radius, radius_power, radius_powernew; private boolean IsFocusOn, IsPrintOn; public boolean Field_Out, Field_Refl_Out, show_normal, show_tang; private Color incident = Color.red; public ObliqueCanvasB(Oblique_State state){ super(); this.state = state; IsFocusOn = false; IsPrintOn = false; Field_Out = false; Field_Refl_Out = true; show_normal = true; // selects field normal or parallel to plane of incidence show_tang = true; // selects components of the field parallel to plane of // incidence: true = show tangent component / false = show perp component setBackground(bgcolor); //Listeners this.addMouseListener(this); radius = getSize().height/2-TopMargin-5*VGap/2-20; radius_power = radius * 6/10; } public void drawCanvas(Graphics g){ g.setColor(Color.black); g.draw3DRect(0,0,getSize().width-1,getSize().height-1,false); drawMedium(g); drawAxis(g); drawLabels(g); drawBackLabels(g); { drawWaves2(g); } drawY(g); } private void drawAxis(Graphics g){ g.setColor(Color.black); //horizontal axis g.drawLine(LeftMargin,getSize().height/2-1,getSize().width/6-15,getSize().height/2-1); g.drawLine(getSize().width/6+15,getSize().height/2-1,getSize().width-RightMargin-10,getSize().height/2-1); //vertical axis g.drawLine(getSize().width/6,getSize().height/2+15,getSize().width/6,getSize().height-BottomMargin-100); g.drawLine(getSize().width/6,getSize().height/2-16,getSize().width/6,getSize().height/2-120); MaestroG.drawArrow( getSize().width/6, getSize().height-BottomMargin-100, 6, g); MaestroG.drawArrow( getSize().width-RightMargin-10, getSize().height/2-1, 7, g); } private void drawY(Graphics g){ double x1, y1, radiusy, radiusX; //x1 = (double)(getSize().width/2); //y1 = (double)(getSize().height/2-1); x1 = (double)(getSize().width/6); y1 = (double)(getSize().height/2-1); radiusy = 12; radiusX = 8; Color colorX = new Color(100,100,100); int rule; float alpha; rule = AlphaComposite.SRC_OVER; alpha = 0.4f; Graphics2D g2d = (Graphics2D)g; g2d.setComposite(AlphaComposite.getInstance(rule, alpha)); MaestroG.drawLineThick(g, x1-(double)(radiusX),y1-(double)(radiusX), x1+(double)(radiusX),y1+(double)(radiusX), 1,colorX); MaestroG.drawLineThick(g, x1+(double)(radiusX), y1-(double)(radiusX), x1-(double)(radiusX), y1+(double)(radiusX), 1,colorX); MaestroG.drawCircleThick(g, x1, y1, (double)radiusy,1,colorX); g2d.setComposite(AlphaComposite.getInstance(rule, 1.0f)); } private void drawLabels(Graphics g){ g.setFont(axisfont); FontMetrics fm = g.getFontMetrics(); String tmp; radius = getSize().height/2-TopMargin-5*VGap/2-20; radius_power = radius*6/10; Graphics2D g2d = (Graphics2D)g; //g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_ON); g.setColor(Color.blue.darker()); tmp = "x"; g.drawString(tmp,(getSize().width-RightMargin-fm.stringWidth(tmp))/6-15,getSize().height-BottomMargin-95); tmp = "z"; g.drawString(tmp,getSize().width-RightMargin-fm.stringWidth(tmp)-5,getSize().height/2-fm.getHeight()); g.setColor(new Color(100,100,100)); tmp = "y"; g.drawString(tmp,(getSize().width-RightMargin-fm.stringWidth(tmp))/6-15,getSize().height/2+fm.getHeight()-5); g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_OFF); } private void drawBackLabels(Graphics g){ int mediumX, mediumY; radius = getSize().height/2-TopMargin-5*VGap/2-20; FontMetrics fm = g.getFontMetrics(); //For medium 1 //g.setColor(medium1Color.darker()); mediumX = LeftMargin+5; mediumY = TopMargin+VGap; g.setColor(Color.red.darker()); MaestroG.subscripter("\u03b5","r 1"," = "+state.epsilon_r1,g,12,mediumX+7,mediumY); g.setFont(normalfont); fm = g.getFontMetrics(); mediumY += fm.getHeight(); MaestroG.subscripter("\u03bc","r 2"," = "+state.mu_r1,g,12,mediumX+5,mediumY); g.setFont(normalfont); fm = g.getFontMetrics(); mediumY += fm.getHeight(); MaestroG.subscripter(" \u03c3","1"," = "+state.conductivity1,g,12,mediumX+5,mediumY); g.setFont(normalfontB); fm = g.getFontMetrics(); mediumY += fm.getHeight()*2; if(state.isPolarizationParallel){ g.setColor(Color.blue); g.drawString(" Parallel",mediumX,mediumY); mediumY += fm.getHeight(); g.drawString(" Polarization",mediumX,mediumY); mediumY += fm.getHeight(); g.drawString(" (TM)",mediumX,mediumY); } else{ g.setColor(Color.magenta.darker()); g.drawString("Perpendicular",mediumX,mediumY); mediumY += fm.getHeight(); g.drawString(" Polarization",mediumX,mediumY); mediumY += fm.getHeight(); g.drawString(" (TE)",mediumX,mediumY); } //For medium 2 //g.setColor(medium2Color.darker()); g.setColor(Color.blue.darker()); mediumX = LeftMargin+5; //mediumY = getSize().height/2+3*fm.getHeight(); mediumY = getSize().height-45; MaestroG.subscripter("\u03b5","r 2"," = "+state.epsilon_r2,g,12,mediumX+7,mediumY); g.setFont(normalfont); fm = g.getFontMetrics(); mediumY += fm.getHeight(); MaestroG.subscripter("\u03bc","r 2"," = "+state.mu_r2,g,12,mediumX+5,mediumY); g.setFont(normalfont); fm = g.getFontMetrics(); mediumY += fm.getHeight(); MaestroG.subscripter(" \u03c3","2"," = "+state.conductivity2,g,12,mediumX+5,mediumY); g.setFont(normalfont); fm = g.getFontMetrics(); } private void drawMedium(Graphics g){ g.setColor(medium1Color); g.fillRect(1,1,getSize().width-2,getSize().height/2-2); g.setColor(medium2Color); g.fillRect(1,getSize().height/2,getSize().width-2,getSize().height/2-1); } private void drawWaves2(Graphics g){ double x1, y1, x2, y2; int thickness = 6; Graphics2D g2d = (Graphics2D)g; g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_ON); boolean Scaled_Waves = true; radius = getSize().height/2-TopMargin-6*VGap-20; radius_powernew = radius*40/100; //radius = getSize().height/2-TopMargin; //drawing in medium 1 g.setColor(incident); //incident ray double Len = 15; LenVert = 15.0 * Math.pow(Math.sin(state.theta1),0.5); LenHor = 15.0 * Math.pow(Math.cos(state.theta1),0.5); double radiusV, fieldL, x2_power, y2_power; int thicknessV, radiusH; double angolo, angolo2, x2V, y2V, x2E, y2E; Color colorV = Color.black; Color colorE = Color.magenta.darker(); Color colorH = Color.blue; angolo2 = (state.theta1+Math.PI*0.5)+23.0*Math.PI/180.0; angolo = (state.theta1+Math.PI*0.5)-23.0*Math.PI/180.0; radiusV = radius * 0.4; fieldL = 1.1*(radius * 0.4); thicknessV = 4; radiusH = 16; // center coordinates x1 = (double)(getSize().width/2-2); y1 = (double)(getSize().height/2-1); // coordinates of beginning of incident line x2 = (double)(x1-(int)(radius*Math.sin(state.theta1))); y2 = (double)(y1-(int)(radius*Math.cos(state.theta1))); x2_power = (double)(x1-(int)(radius_powernew*Math.sin(state.theta1))); y2_power = (double)(y1-(int)(radius_powernew*Math.cos(state.theta1))); double xo, yo, ango, ango2, rado; xo = x1 - 15.0; yo = y1 - 50.0; rado = Math.sqrt(15.0*15.0 + 50.0*50.0)+5; ango = state.theta1*0.5; ango2 = state.theta2*0.5; // coordinates of incident vector tip x2V = (double)(x1-(int)(radiusV*Math.sin(state.theta1))); y2V = (double)(y1-(int)(radiusV*Math.cos(state.theta1))); //if(IsFocusOn){MaestroG.drawLineThick(g, x1, y1, x2_power, y2_power, thickness, incident);} { // CALL ROUTINE TO DRAW REFLECTED AND TRANSMITTED WAVE drawRefTrans2(g, incident, thickness); //if(IsFocusOn){drawScaleRefTrans2(g, incident, thickness);} } int radiusnewx = 50;// these two lines position normal field near interface int radiusnewy = 20; // DRAW INCIDENT WAVE HERE ========================================================= double y1shiftup = y1-10.0; double y1shiftup2 = y1-radiusH-5.0; if(state.isPolarizationParallel){ // Parallel Polarization - Incident Wave double yshift = 5.0; Color colorino; if(show_normal){ colorino = colorH; } else{ colorino = colorE; } if(show_normal){ // make a plus sign MaestroG.drawLineThick(g, x1-(double)(radiusH/2)+2, y1-(double)(radiusH)-yshift, x1+(double)(radiusH/2)+2, y1-(radiusH)-yshift, 4,colorino); MaestroG.drawLineThick(g, x1+2, y1-(double)(3*radiusH/2)-yshift, x1+2, y1-(double)(radiusH/2)-yshift, 4,colorino); // make an equal sign MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(3*radiusH/2), x1-2*radiusH, y1+(double)(3*radiusH/2), 4,colorino); MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(radiusH), x1-2*radiusH, y1+(double)(radiusH), 4,colorino); } else{ if(show_tang){ // make a plus sign MaestroG.drawLineThick(g, x1-(double)(radiusH/2)+2, y1-(double)(radiusH)-yshift, x1+(double)(radiusH/2)+2, y1-(radiusH)-yshift, 4,colorino); MaestroG.drawLineThick(g, x1+2, y1-(double)(3*radiusH/2)-yshift, x1+2, y1-(double)(radiusH/2)-yshift, 4,colorino); // make an equal sign MaestroG.drawLineThick(g, x1-3*radiusH-vettoreL/2, y1+(double)(3*radiusH/2), x1-2*radiusH-vettoreL/2, y1+(double)(3*radiusH/2), 4,colorino); MaestroG.drawLineThick(g, x1-3*radiusH-vettoreL/2, y1+(double)(radiusH), x1-2*radiusH-vettoreL/2, y1+(double)(radiusH), 4,colorino); } else{ // make a plus sign MaestroG.drawLineThick(g, x1-(double)(radiusH/2)+2, y1-(double)(radiusH)-yshift-vettoreL/2, x1+(double)(radiusH/2)+2, y1-(radiusH)-yshift-vettoreL/2, 4,colorino); MaestroG.drawLineThick(g, x1+2, y1-(double)(3*radiusH/2)-yshift-vettoreL/2, x1+2, y1-(double)(radiusH/2)-yshift-vettoreL/2, 4,colorino); // make an equal sign MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(3*radiusH/2)+vettoreL/2, x1-2*radiusH, y1+(double)(3*radiusH/2)+vettoreL/2, 4,colorino); MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(radiusH)+vettoreL/2, x1-2*radiusH, y1+(double)(radiusH)+vettoreL/2, 4,colorino); } } if(Field_Out){ x2E = x1-(radius*Math.sin(state.theta1) - fieldL * Math.cos(state.theta1)); y2E = y1-(radius*Math.cos(state.theta1) + fieldL * Math.sin(state.theta1)); if(!show_normal){ // E field vector if(show_tang){ ArrowRIGHT(g, x1-radiusnewx-vettoreL, y1shiftup2, vettoreL, colorE, thicknessV); g.setColor(colorE); MaestroG.subscripterBs("E","","z","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ ArrowUP(g, x1-radiusnewx, y1-radiusnewy, vettoreL, colorE, thicknessV); g.setColor(colorE); MaestroG.subscripterBs2("\u03b5","1","E","","x","",g,16,(int)((0.90 * x1) - (radiusnewx))-35, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } } } else{ x2E = x1-(radius*Math.sin(state.theta1) + fieldL * Math.cos(state.theta1)); y2E = y1-(radius*Math.cos(state.theta1) - fieldL * Math.sin(state.theta1)); if(!show_normal){ // E field vector if(show_tang){ ArrowLEFT(g, x1-radiusnewx-vettoreL, y1shiftup2, vettoreL, colorE, thicknessV); g.setColor(colorE); MaestroG.subscripterBs("E","","z","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ ArrowDOWN(g, x1-radiusnewx, y1-radiusnewy, vettoreL, colorE, thicknessV); g.setColor(colorE); MaestroG.subscripterBs2("\u03b5","1","E","","x","",g,16,(int)((0.90 * x1) - (radiusnewx))-35, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } } } if(show_normal){ //An oval for magnetic field if(Field_Out){ MaestroG.fillCircleThick(g, x1-radiusnewx, y1-(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.fillCircleThick(g, x1-radiusnewx, y1-radiusnewy, 5.0,2,colorH); MaestroG.drawCircleThick(g, x1-radiusnewx, y1-radiusnewy, (double)radiusH,4,colorH); g.setColor(Color.blue); // INCIDENT MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("H","","y","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.96 * y1) - (radiusnewy))); //MaestroG.subscripter("- H","0","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, // (int)((0.96 * y1) - 3.0*(radiusnewy) - 10)); } else{ MaestroG.fillCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.drawLineThick(g, x1-(radiusnewx)-(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1-(radiusnewx) + (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorH); MaestroG.drawLineThick(g, x1-(radiusnewx)+(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1-(radiusnewx) - (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorH); MaestroG.drawCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorH); g.setColor(Color.blue); // INCIDENT MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("H","","y","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.96 * y1) - (radiusnewy))); //MaestroG.subscripter("H","0","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, // (int)((0.96 * y1) - 3.0*(radiusnewy) - 10)); } } } else{ // Perpendicular Polarization - Incident Wave double yshift = 5.0; Color colorino; if(show_normal){ colorino = colorE; } else{ colorino = colorH; } if(show_normal){ // make a plus sign MaestroG.drawLineThick(g, x1-(double)(radiusH/2)+2, y1-(double)(radiusH)-yshift, x1+(double)(radiusH/2)+2, y1-(radiusH)-yshift, 4,colorino); MaestroG.drawLineThick(g, x1+2, y1-(double)(3*radiusH/2)-yshift, x1+2, y1-(double)(radiusH/2)-yshift, 4,colorino); // make an equal sign MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(3*radiusH/2), x1-2*radiusH, y1+(double)(3*radiusH/2), 4,colorino); MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(radiusH), x1-2*radiusH, y1+(double)(radiusH), 4,colorino); } else{ if(show_tang){ // make a plus sign MaestroG.drawLineThick(g, x1-(double)(radiusH/2)+2, y1-(double)(radiusH)-yshift, x1+(double)(radiusH/2)+2, y1-(radiusH)-yshift, 4,colorino); MaestroG.drawLineThick(g, x1+2, y1-(double)(3*radiusH/2)-yshift, x1+2, y1-(double)(radiusH/2)-yshift, 4,colorino); // make an equal sign MaestroG.drawLineThick(g, x1-3*radiusH-vettoreL/2, y1+(double)(3*radiusH/2), x1-2*radiusH-vettoreL/2, y1+(double)(3*radiusH/2), 4,colorino); MaestroG.drawLineThick(g, x1-3*radiusH-vettoreL/2, y1+(double)(radiusH), x1-2*radiusH-vettoreL/2, y1+(double)(radiusH), 4,colorino); } else{ // make a plus sign MaestroG.drawLineThick(g, x1-(double)(radiusH/2)+2, y1-(double)(radiusH)-yshift-vettoreL/2, x1+(double)(radiusH/2)+2, y1-(radiusH)-yshift-vettoreL/2, 4,colorino); MaestroG.drawLineThick(g, x1+2, y1-(double)(3*radiusH/2)-yshift-vettoreL/2, x1+2, y1-(double)(radiusH/2)-yshift-vettoreL/2, 4,colorino); // make an equal sign MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(3*radiusH/2)+vettoreL/2, x1-2*radiusH, y1+(double)(3*radiusH/2)+vettoreL/2, 4,colorino); MaestroG.drawLineThick(g, x1-3*radiusH, y1+(double)(radiusH)+vettoreL/2, x1-2*radiusH, y1+(double)(radiusH)+vettoreL/2, 4,colorino); } } if(Field_Out){ g.setColor(Color.blue); x2E = x1-(radius*Math.sin(state.theta1) + fieldL * Math.cos(state.theta1)); y2E = y1-(radius*Math.cos(state.theta1) - fieldL * Math.sin(state.theta1)); if(!show_normal){// H field vector if(show_tang){ ArrowLEFT(g, x1-radiusnewx-vettoreL, y1shiftup2, vettoreL, colorH, thicknessV); g.setColor(colorH); MaestroG.subscripterBs("H","","z","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ ArrowDOWN(g, x1-radiusnewx, y1-radiusnewy, vettoreL, colorH, thicknessV); g.setColor(colorH); MaestroG.subscripterBs2("\u03bc","1","H","","x","",g,16,(int)((0.90 * x1) - (radiusnewx))-35, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } } } else{ x2E = x1-(radius*Math.sin(state.theta1) - fieldL * Math.cos(state.theta1)); y2E = y1-(radius*Math.cos(state.theta1) + fieldL * Math.sin(state.theta1)); if(!show_normal){ // H field vector if(show_tang){ ArrowRIGHT(g, x1-radiusnewx-vettoreL, y1shiftup2, vettoreL, colorH, thicknessV); g.setColor(colorH); MaestroG.subscripterBs("H","","z","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ ArrowUP(g, x1-radiusnewx, y1-radiusnewy, vettoreL, colorH, thicknessV); g.setColor(colorH); MaestroG.subscripterBs2("\u03bc","1","H","","x","",g,16,(int)((0.90 * x1) - (radiusnewx))-35, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } } } //An oval for electric field if(Field_Out){ if(show_normal){ MaestroG.fillCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), (double)radiusH, 4, Color.white); MaestroG.fillCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), 5.0,2,colorE); MaestroG.drawCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorE); g.setColor(colorE); // INCIDENT MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("E","","y","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.96 * y1) - (radiusnewy))); } } else{ if(show_normal){ MaestroG.fillCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), (double)radiusH, 4, Color.white); MaestroG.drawLineThick(g, x1-(radiusnewx)-(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1-(radiusnewx) + (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorE); MaestroG.drawLineThick(g, x1-(radiusnewx)+(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1-(radiusnewx) - (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorE); MaestroG.drawCircleThick(g, x1-(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorE); g.setColor(colorE); // INCIDENT MaestroG.subscripter("Incident Wave","","",g,14,(int)((0.9 * x1) - (radiusnewx))-55, (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("E","","y","",g,16,(int)((0.9 * x1) - (radiusnewx))-35, (int)((0.96 * y1) - (radiusnewy))); } } } } //------------------------------------------------------------------------------------------- public void paint(Graphics g){ if(im == null){ im = createImage(getSize().width,getSize().height); buf = im.getGraphics(); drawCanvas(buf); } else{ drawCanvas(buf); } g.drawImage(im,0,0,null); } //------------------------------------------------------------------------------------------------ //BOUNDARY CONDITIONS ARROWS //------------------------------------------------------------------------------------------------ // private void ArrowUP(Graphics g, double xstart, double ystart, double xlength, Color colore, int thickness){ double LenR = 15.0; MaestroG.drawLineThick(g,xstart,ystart, xstart, ystart-xlength, thickness, colore); MaestroG.drawLineThick(g,xstart, ystart - xlength, xstart - LenR * Math.sin(Math.PI/9.0), ystart - xlength + LenR*Math.cos(Math.PI/9.0),thickness,colore); MaestroG.drawLineThick(g,xstart, ystart - xlength, xstart + LenR * Math.sin(Math.PI/9.0), ystart - xlength + LenR*Math.cos(Math.PI/9.0),thickness,colore); } private void ArrowDOWN(Graphics g, double xstart, double ystart, double xlength, Color colore, int thickness){ double LenR = 15.0; MaestroG.drawLineThick(g,xstart,ystart, xstart, ystart-xlength, thickness, colore); MaestroG.drawLineThick(g,xstart, ystart, xstart - LenR * Math.sin(Math.PI/9.0), ystart - LenR*Math.cos(Math.PI/9.0),thickness,colore); MaestroG.drawLineThick(g,xstart, ystart, xstart + LenR * Math.sin(Math.PI/9.0), ystart - LenR*Math.cos(Math.PI/9.0),thickness,colore); } private void ArrowLEFT(Graphics g, double xstart, double ystart, double xlength, Color colore, int thickness){ double LenR = 15.0; MaestroG.drawLineThick(g,xstart,ystart, xstart + xlength, ystart, thickness, colore); MaestroG.drawLineThick(g,xstart, ystart,xstart + LenR * Math.cos(Math.PI/9.0), ystart - LenR*Math.sin(Math.PI/9.0),thickness,colore); MaestroG.drawLineThick(g,xstart, ystart ,xstart + LenR * Math.cos(Math.PI/9.0), ystart + LenR*Math.sin(Math.PI/9.0),thickness,colore); } private void ArrowRIGHT(Graphics g, double xstart, double ystart, double xlength, Color colore, int thickness){ double LenR = 15.0; MaestroG.drawLineThick(g,xstart,ystart, xstart + xlength, ystart, thickness, colore); MaestroG.drawLineThick(g,xstart + xlength, ystart ,xstart + xlength - LenR * Math.cos(Math.PI/9.0), ystart - LenR*Math.sin(Math.PI/9.0),thickness,colore); MaestroG.drawLineThick(g,xstart + xlength, ystart ,xstart + xlength - LenR * Math.cos(Math.PI/9.0), ystart + LenR*Math.sin(Math.PI/9.0),thickness,colore); } private void drawRefTrans2(Graphics g, Color colore, int thickness){ Graphics2D g2d = (Graphics2D)g; g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_OFF); double x1, y1, x2, y2, x2R, y2R, x2T, y2T; radius = getSize().height/2-TopMargin-6*VGap-20; radius_powernew = radius*40/100; double radius_powernew2; radius_powernew2 = radius_powernew+13; g.setColor(incident); double Len = 15.0; double LenT = 15.0; double LenR = 15.0 * Math.pow(Math.sin(state.Reflection_Coef.Magnitude()*Math.PI/2.0),0.5); if(state.Transmission_Coef.Magnitude()>1.0){ LenT = 15.0; } else{ LenT = 15.0 * Math.pow(Math.sin(state.Transmission_Coef.Magnitude()*Math.PI/2.0),0.5); } double LenTH = 15.0; if(state.Transmission_CoefH.Magnitude()>1.0){ LenTH = 15.0; } else{ LenTH = 15.0 * Math.pow(Math.sin(state.Transmission_CoefH.Magnitude()*Math.PI/2.0),0.5); } double radiusV, fieldL, x2_power, y2_power; int thicknessV, radiusH; double angolo, angolo2, angoloT, angoloT2, x2V, y2V, x2E, y2E; Color colorV = Color.black; Color colorE = Color.magenta.darker(); Color colorH = Color.blue; angolo2 = (state.theta1+Math.PI*0.5)+23.0*Math.PI/180.0; angolo = (state.theta1+Math.PI*0.5)-23.0*Math.PI/180.0; angoloT2 = (state.theta2+Math.PI*0.5)+23.0*Math.PI/180.0; angoloT = (state.theta2+Math.PI*0.5)-23.0*Math.PI/180.0; radiusV = radius * 0.6; fieldL = radius * 0.4; thicknessV = 4; radiusH = 16; // Find Direction of normal field for the Reflected Component if(state.isPolarizationParallel){// Parallel Polarization //if(state.Reflection_Coef.Imaginary() == 0.0){ if(Field_Out){ if(state.Reflection_Coef.Real() < 0.0){ Field_Refl_Out = true; } else{ Field_Refl_Out = false; } } else{ if(state.Reflection_Coef.Real() < 0.0){ Field_Refl_Out = false; } else{ Field_Refl_Out = true; } } } else{// Perpendicular Polarization //if(state.Reflection_Coef.Imaginary() == 0.0){ if(Field_Out){ if(state.Reflection_Coef.Real() > 0.0){ Field_Refl_Out = true; } else{ Field_Refl_Out = false; } } else{ if(state.Reflection_Coef.Real() < 0.0){ Field_Refl_Out = true; } else{ Field_Refl_Out = false; } } } //reflected ray int radiusnewx = 50;// these two lines position normal field near interface int radiusnewy = 20; x1 = (double)(getSize().width/2+2); y1 = (double)(getSize().height/2-1); x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(state.theta1))+2); y2 = (double)(getSize().height/2-(int)(radius_powernew*Math.cos(state.theta1))-1); x2R = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta1))+2); y2R = (double)(getSize().height/2-(int)((radius+10)*Math.cos(state.theta1))-1); double vscaled; vscaled = state.beta_ratio*((radius+10.0) - radius_powernew2); if(state.theta1_deg < (state.total_angle+0.00005) && state.theta1_deg > (state.total_angle-0.00005) && state.isPolarizationParallel){ // don'tdraw if not total transmission } else if(state.wavelength1 == state.wavelength2){ } else { //MaestroG.drawLineThick(g, x1, y1, x2, y2, thickness, colore); //------------------------------------------- } //transmitted ray if(state.Reflection_Coef.Imaginary() == 0.0){ x1 = (double)(getSize().width/2); y1 = (double)(getSize().height/2-1); x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(state.theta2))); y2 = (double)(getSize().height/2+(int)(radius_powernew*Math.cos(state.theta2))-1); //x2T = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta2))); //y2T = (double)(getSize().height/2+(int)((radius+10)*Math.cos(state.theta2))-1); x2T = x1+((radius_powernew2+vscaled)*Math.sin(state.theta2)); y2T = y1+((radius_powernew2+vscaled)*Math.cos(state.theta2)); //MaestroG.drawLineThick(g, x1, y1, x2, y2, thickness, colore); } else{ angoloT2 = (Math.PI)+23.0*Math.PI/180.0; angoloT = (Math.PI)-23.0*Math.PI/180.0; x1 = (double)(getSize().width/2); y1 = (double)(getSize().height/2-1); x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(Math.PI*0.5))); y2 = (double)(getSize().height/2+(int)(radius_powernew*Math.cos(Math.PI*0.5))-1); x2T = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(Math.PI*0.5))); y2T = (double)(getSize().height/2+(int)((radius+10)*Math.cos(Math.PI*0.5))-1); x2R = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta1))+2); y2R = (double)(getSize().height/2-(int)((radius+10)*Math.cos(state.theta1))-1); //MaestroG.drawLineThick(g, x1, y1, x2, y2, thickness, colore); double xshifto; xshifto = radius_powernew2-radius_powernew2*Math.sin(state.theta1); } //------------------------------------------------------------------------------------ x2E = x1+(radius_powernew*Math.sin(state.theta1) - fieldL * Math.cos(state.theta1)); y2E = y1-(radius_powernew*Math.cos(state.theta1) + fieldL * Math.sin(state.theta1)); if(state.isPolarizationParallel){ // Parallel Polarization double x2EE, y2EE; //if(state.Reflection_Coef.Imaginary() == 0.0) { // ------------------------ Transmitted Wave if(Field_Out){ x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(state.theta2))); y2 = (double)(getSize().height/2+(int)(radius_powernew*Math.cos(state.theta2))-1); x2T = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta2))); y2T = (double)(getSize().height/2+(int)((radius+10)*Math.cos(state.theta2))-1); x2EE = x1+(radius_powernew2*Math.sin(state.theta2) + fieldL*(state.Transmission_Coef.Magnitude()+extra) * Math.cos(state.theta2)); y2EE = y1+(radius_powernew2*Math.cos(state.theta2) - fieldL*(state.Transmission_Coef.Magnitude()+extra) * Math.sin(state.theta2)); if(!show_normal){ if(show_tang){ g.setColor(colorE); MaestroG.subscripterBs("E","","zT","",g,16,(int)(x1)-10, (int)(1.2 * y1)); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); } else{ g.setColor(colorE); MaestroG.subscripterBs2("\u03b5","2C","E","","xT","",g,16,(int)(x1)+25, (int)((1.3 * y1) - (radiusnewy))); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 6.0*(radiusnewy) + 44)); } if(show_tang){ if(state.Reflection_Coef.Real() > 0.0){ ArrowRIGHT(g, x1-vettoreL/2.0, y1+radiusnewy, vettoreL, colorE, 4); } else{ ArrowRIGHT(g, x1-vettoreL/2.0, y1+radiusnewy, vettoreL, colorE, 4); } } else{ if(state.Reflection_Coef.Real() > 0.0){ ArrowUP(g, x1, y1+radiusnewy+vettoreL, vettoreL, colorE, 4); } else{ ArrowUP(g, x1, y1+radiusnewy+vettoreL, vettoreL, colorE, 4); } } } else{ //An oval for magnetic field MaestroG.fillCircleThick(g, x1, y1+(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.fillCircleThick(g, x1, y1+(radiusnewy), 5.0,2,colorH); MaestroG.drawCircleThick(g, x1, y1+(radiusnewy), (double)radiusH,4,colorH); g.setColor(Color.blue); //MaestroG.subscripterB("H","\u22a5","",g,16,(int)((15.0 + 0.96*x1) + (1.05*radiusnewx)), // (int)((1.1 * y1) + (radiusnewy))); // Transmission ONE ACCA FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); MaestroG.subscripterBs("H","","yT","",g,16,(int)(x1 + radiusH +10), (int)((1.04 * y1) + (radiusnewy))+16); } } else{ x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(state.theta2))); y2 = (double)(getSize().height/2+(int)(radius_powernew*Math.cos(state.theta2))-1); x2T = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta2))); y2T = (double)(getSize().height/2+(int)((radius+10)*Math.cos(state.theta2))-1); x2EE = x1+(radius_powernew2*Math.sin(state.theta2) + fieldL*(state.Transmission_Coef.Magnitude()+extra) * Math.cos(state.theta2)); y2EE = y1+(radius_powernew2*Math.cos(state.theta2) - fieldL*(state.Transmission_Coef.Magnitude()+extra) * Math.sin(state.theta2)); if(!show_normal){ // E field vector if(show_tang){ g.setColor(colorE); MaestroG.subscripterBs("E","","zT","",g,16,(int)(x1)-10, (int)(1.2 * y1)); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); } else{ g.setColor(colorE); MaestroG.subscripterBs2("\u03b5","2C","E","","xT","",g,16,(int)(x1)+25, (int)((1.3 * y1) - (radiusnewy))); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 6.0*(radiusnewy) + 44)); } if(show_tang){ if(state.Reflection_Coef.Real() > 0.0){ ArrowLEFT(g, x1-vettoreL/2.0, y1+radiusnewy, vettoreL, colorE, 4); } else{ ArrowLEFT(g, x1-vettoreL/2.0, y1+radiusnewy, vettoreL, colorE, 4); } } else{ if(state.Reflection_Coef.Real() > 0.0){ ArrowDOWN(g, x1, y1+radiusnewy+vettoreL, vettoreL, colorE, 4); } else{ ArrowDOWN(g, x1, y1+radiusnewy+vettoreL, vettoreL, colorE, 4); } } } else{ //An oval for magnetic field MaestroG.fillCircleThick(g, x1, y1+(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.drawLineThick(g, x1-(double)(radiusH/2), y1+(radiusnewy)-(double)(radiusH/2), x1+ (double)(radiusH/2), y1+(radiusnewy) + (double)(radiusH/2), 4,colorH); MaestroG.drawLineThick(g, x1+(double)(radiusH/2), y1+(radiusnewy)-(double)(radiusH/2), x1- (double)(radiusH/2), y1+(radiusnewy) + (double)(radiusH/2), 4,colorH); MaestroG.drawCircleThick(g, x1, y1+(radiusnewy), (double)radiusH,4,colorH); g.setColor(colorH); //MaestroG.subscripterB("H","\u22a5","",g,16, (int)((1.03 * x1) + (radiusnewx)), // (int)((0.96 * y1) + (radiusnewy))); // TWO ACCA FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); MaestroG.subscripterBs("H","","yT","",g,16,(int)(x1 + radiusH +10), (int)((1.04 * y1) + (radiusnewy))+16); } } } // REFLECTED WAVE double y1shiftup = y1-10.0; double y1shiftup2 = y1-radiusH-5.0; radiusnewx = 50;// these two lines position normal field near interface radiusnewy = 20; if(state.theta1_deg < (state.total_angle+0.00005) && state.theta1_deg > (state.total_angle-0.00005) ){ } else if(state.wavelength1 == state.wavelength2){ } else { if(Field_Refl_Out){ x2EE = x1+(radius_powernew2*Math.sin(state.theta1) - fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.cos(state.theta1)); y2EE = y1-(radius_powernew2*Math.cos(state.theta1) + fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.sin(state.theta1)); //double y1shiftup2 = y1-radiusH-5.0; if(!show_normal){ // E field vector if(show_tang){ g.setColor(colorE); MaestroG.subscripterBs("E","","zR","",g,16,(int)(x1 + (radiusnewx))+35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ g.setColor(colorE); MaestroG.subscripterBs2("\u03b5","1","E","","xR","",g,16,(int)(x1 + (radiusnewx))+25, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } if(show_tang){ if(state.Reflection_Coef.Real() > 0.0){ ArrowLEFT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } else{ ArrowLEFT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } } else{ if(state.Reflection_Coef.Real() > 0.0){ ArrowUP(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } else{ ArrowUP(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } } } else{ //An oval for magnetic field MaestroG.fillCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.fillCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), 5.0,2,colorH); MaestroG.drawCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorH); g.setColor(Color.blue); //MaestroG.subscripterB("H","\u22a5","",g,16,(int)(18+(x1) + (1.05*radiusnewx)), // (int)((y1+18) - (1.05*radiusnewy))); // FIVE ACCA MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("H","","yR","",g,16,(int)((35.0 + 0.96*x1) + (1.05*radiusnewx)), (int)((0.96 * y1) - (radiusnewy))); } } else{ // FIELD IN x2EE = x1+(radius_powernew2*Math.sin(state.theta1) + fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.cos(state.theta1)); y2EE = y1-(radius_powernew2*Math.cos(state.theta1) - fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.sin(state.theta1)); if(!show_normal){ // E field vector if(show_tang){ g.setColor(colorE); MaestroG.subscripterBs("E","","zR","",g,16,(int)(x1 + (radiusnewx))+35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ g.setColor(colorE); MaestroG.subscripterBs2("\u03b5","1","E","","xR","",g,16,(int)(x1 + (radiusnewx))+25, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } if(show_tang){ if(state.Reflection_Coef.Real() > 0.0){ ArrowRIGHT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } else{ ArrowRIGHT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } } else{ if(state.Reflection_Coef.Real() < 0.0){ ArrowDOWN(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } else{ ArrowDOWN(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorE, 4); } } } else{ //An oval for magnetic field MaestroG.fillCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.drawLineThick(g, x1+(radiusnewx)-(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1+(radiusnewx) + (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorH); MaestroG.drawLineThick(g, x1+(radiusnewx)+(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1+(radiusnewx) - (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorH); MaestroG.drawCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorH); g.setColor(colorH); //MaestroG.subscripterB("H","\u22a5","",g,16,5+(int)((0.9 * x1) + (1.08*radiusnewx))-7, // (int)((0.93 * y1) - (1.03*radiusnewy))); // SIX ACCA MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("H","","yR","",g,16,(int)((35.0 + 0.96*x1) + (1.05*radiusnewx)), (int)((0.96 * y1) - (radiusnewy))); } } } } else{ // Perpendicular Polarization double x2EE, y2EE; //if(state.Reflection_Coef.Imaginary() == 0.0) { //------------------ transmitted field if(Field_Out){ x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(state.theta2))); y2 = (double)(getSize().height/2+(int)(radius_powernew*Math.cos(state.theta2))-1); x2T = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta2))); y2T = (double)(getSize().height/2+(int)((radius+10)*Math.cos(state.theta2))-1); x2EE = x1+(radius_powernew2*Math.sin(state.theta2) + fieldL*(state.Transmission_CoefH.Magnitude()+extra) * Math.cos(state.theta2)); y2EE = y1+(radius_powernew2*Math.cos(state.theta2) - fieldL*(state.Transmission_CoefH.Magnitude()+extra) * Math.sin(state.theta2)); if(!show_normal){ // H field vector if(show_tang){ g.setColor(colorH); MaestroG.subscripterBs("H","","zT","",g,16,(int)(x1)-10, (int)(1.2 * y1)); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); } else{ g.setColor(colorH); MaestroG.subscripterBs2("\u03bc","2","H","","xT","",g,16,(int)(x1)+25, (int)((1.3 * y1) - (radiusnewy))); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 6.0*(radiusnewy) + 44)); } if(show_tang){ ArrowLEFT(g, x1-vettoreL/2.0, y1+radiusnewy, vettoreL, colorH, 4); } else{ ArrowDOWN(g, x1, y1+radiusnewy+vettoreL, vettoreL, colorH, 4); } } else{ //An oval for electric field g.setColor(colorE); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); MaestroG.fillCircleThick(g, x1, y1+(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.fillCircleThick(g, x1, y1+(radiusnewy), 5.0,2,colorE); MaestroG.drawCircleThick(g, x1, y1+(radiusnewy), (double)radiusH,4,colorE); g.setColor(colorE); MaestroG.subscripterBs("E","","yT","",g,16,(int)(x1 + radiusH +10), (int)((1.04 * y1) + (radiusnewy))+16); } } else{ x2 = (double)(getSize().width/2 +(int)(radius_powernew*Math.sin(state.theta2))); y2 = (double)(getSize().height/2+(int)(radius_powernew*Math.cos(state.theta2))-1); x2T = (double)(getSize().width/2 +(int)((radius+10)*Math.sin(state.theta2))); y2T = (double)(getSize().height/2+(int)((radius+10)*Math.cos(state.theta2))-1); // WORK ON THESE x2EE = x1+(radius_powernew2*Math.sin(state.theta2) + fieldL*(state.Transmission_CoefH.Magnitude()+extra) * Math.cos(state.theta2)); y2EE = y1+(radius_powernew2*Math.cos(state.theta2) - fieldL*(state.Transmission_CoefH.Magnitude()+extra) * Math.sin(state.theta2)); if(!show_normal){ if(show_tang){ g.setColor(colorH); MaestroG.subscripterBs("H","","zT","",g,16,(int)(x1)-10, (int)(1.2 * y1)); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); } else{ g.setColor(colorH); MaestroG.subscripterBs2("\u03bc","2","H","","xT","",g,16,(int)(x1)+25, (int)((1.3 * y1) - (radiusnewy))); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 6.0*(radiusnewy) + 44)); } if(show_tang){ ArrowRIGHT(g, x1-vettoreL/2.0, y1+radiusnewy, vettoreL, colorH, 4); } else{ ArrowUP(g, x1, y1+radiusnewy+vettoreL, vettoreL, colorH, 4); } } else{ //An oval for electric field g.setColor(colorE); FontMetrics fm; int xspace; g.setFont(new Font("SanSerif",Font.PLAIN,14)); fm = g.getFontMetrics(); xspace = fm.stringWidth("Transmitted Wave"); MaestroG.subscripter("Transmitted Wave","","",g,14,(int)(x1 - xspace/2), (int)((1.04 * y1) + 3.0*(radiusnewy) + 44)); MaestroG.fillCircleThick(g, x1, y1+(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.drawLineThick(g, x1-(double)(radiusH/2), y1+(radiusnewy)-(double)(radiusH/2), x1+(double)(radiusH/2), y1+(radiusnewy) + (double)(radiusH/2), 4,colorE); MaestroG.drawLineThick(g, x1+(double)(radiusH/2), y1+(radiusnewy)-(double)(radiusH/2), x1-(double)(radiusH/2), y1+(radiusnewy) + (double)(radiusH/2), 4,colorE); MaestroG.drawCircleThick(g, x1, y1+(radiusnewy),(double)radiusH,4,colorE); g.setColor(colorE); MaestroG.subscripterBs("E","","yT","",g,16,(int)(x1 + radiusH +10), (int)((1.04 * y1) + (radiusnewy))+16); } } } if(Field_Refl_Out){ x2EE = x1+(radius_powernew2*Math.sin(state.theta1) + fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.cos(state.theta1)); y2EE = y1-(radius_powernew2*Math.cos(state.theta1) - fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.sin(state.theta1)); if(!show_normal){ // H field vector if(show_tang){ g.setColor(colorH); MaestroG.subscripterBs("H","","zR","",g,16,(int)(x1 + (radiusnewx))+35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ g.setColor(colorH); MaestroG.subscripterBs2("\u03bc","1","H","","xR","",g,16,(int)(x1 + (radiusnewx))+25, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } if(show_tang){ if(state.Reflection_CoefH.Real() > 0.0){ ArrowRIGHT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } else{ ArrowRIGHT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } } else{ if(state.Reflection_CoefH.Real() < 0.0){ ArrowDOWN(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } else{ ArrowDOWN(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } } } else{ //An oval for electric field MaestroG.fillCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.fillCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), 5.0,2,colorE); MaestroG.drawCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorE); g.setColor(colorE); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); //MaestroG.subscripterB("E","\u22a5","",g,16,5+(int)((0.9 * x1) + (1.08*radiusnewx))-5, // (int)((0.93 * y1) - (1.03*radiusnewy))); MaestroG.subscripterBs("E","","yR","",g,16,(int)((35.0 + 0.96*x1) + (1.05*radiusnewx)), (int)((0.96 * y1) - (radiusnewy))); } } else{ x2EE = x1+(radius_powernew2*Math.sin(state.theta1) - fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.cos(state.theta1)); y2EE = y1-(radius_powernew2*Math.cos(state.theta1) + fieldL*(state.Reflection_Coef.Magnitude()+extra) * Math.sin(state.theta1)); if(!show_normal){ if(show_tang){ g.setColor(colorH); MaestroG.subscripterBs("H","","zR","",g,16,(int)(x1 + (radiusnewx))+35, (int)((0.91 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); } else{ g.setColor(colorH); MaestroG.subscripterBs2("\u03bc","1","H","","xR","",g,16,(int)(x1 + (radiusnewx))+25, (int)((0.82 * y1) - (radiusnewy))); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 6.0*(radiusnewy) - 30)); } if(show_tang){ if(state.Reflection_CoefH.Real() > 0.0){ ArrowLEFT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } else{ ArrowLEFT(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } } else{ if(state.Reflection_CoefH.Real() < 0.0){ ArrowUP(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } else{ ArrowUP(g, x1+radiusnewx, y1-radiusnewy, vettoreL, colorH, 4); } } } else{ //An oval for electric field MaestroG.fillCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH, 2, Color.white); MaestroG.drawLineThick(g, x1+(radiusnewx)-(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1+(radiusnewx) + (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorE); MaestroG.drawLineThick(g, x1+(radiusnewx)+(double)(radiusH/2), y1-(radiusnewy)-(double)(radiusH/2), x1+(radiusnewx) - (double)(radiusH/2), y1-(radiusnewy) + (double)(radiusH/2), 4,colorE); MaestroG.drawCircleThick(g, x1+(radiusnewx), y1-(radiusnewy), (double)radiusH,4,colorE); g.setColor(colorE); MaestroG.subscripter("Reflected Wave","","",g,14,(int)(x1 + 30), (int)((0.96 * y1) - 3.0*(radiusnewy) - 30)); MaestroG.subscripterBs("E","","yR","",g,16,(int)((35.0 + 0.96*x1) + (1.05*radiusnewx)), (int)((0.96 * y1) - (radiusnewy))); } } } } //------------------------------------------------------------------------------------------------- public void update(Graphics g){ paint(g); } public void mouseClicked(MouseEvent evt){ if(IsFocusOn){ IsFocusOn = false; repaint(); } else{ IsFocusOn = true; repaint(); } } public void mouseEntered(MouseEvent evt){ IsPrintOn = true; repaint(); } public void mouseExited(MouseEvent evt){ IsPrintOn = false; repaint(); } public void mousePressed(MouseEvent evt){} public void mouseReleased(MouseEvent evt){} }