//ObliqueInputPanel.java import java.awt.*; import java.awt.event.*; import java.lang.*; public class ObliqueInputPanel extends Panel implements AdjustmentListener, ActionListener, ItemListener{ private static final Color bgcolor = new Color(236,236,236); //private static final Color bgcolor = new Color(170,240,240); private static final Font labfont=new Font("SanSerif",Font.PLAIN,12); private static final Font labfontS=new Font("Serif",Font.PLAIN,13); private static final Font labfontbig=new Font("SanSerif",Font.PLAIN,14); private static final Font labfontbigI=new Font("Serif",Font.ITALIC,14); private static final Font labfontbigI2=new Font("Serif",Font.ITALIC,16); private static final Font titlefont=new Font("SanSerif",Font.BOLD,12); private static final int SCROLLMIN = 0; private static final int SCROLLMAX = 9001; Label titlelabel; Label lab1, lab2, lab3, lab1B, lab2B, lab3B, lab4,lab7, lab8, labm1, labm2, labm3, labpa, labpb, labpc, labpd, labr1, labr2, labr3, labr1B, labr2B, labr3B, labHz, labM, labeqa, labeqb, labeqc, labeqd, labeqR; Label vlab1, vlab2, vlab3; public TextField text1, text2, text3, text1b, text2b, text3b, text4, text7; Button b1; public Label labscale; public Panel scale1, scale2; public CheckboxGroup cgrid1; public Checkbox c1, c2; public Scrollbar slider, slider2, slider_scale; private Oblique_State state; public TitleCanvas title; //public PanelCanvas panelcanvas; public ObliqueInputPanel(Oblique_State state){ super(); this.state = state; setBackground(bgcolor); setLayout(null); titlelabel = new Label("Input",Label.CENTER); titlelabel.setFont(titlefont); title = new TitleCanvas(); add(title); title.setBounds(10,2,50,55); //panelcanvas = new PanelCanvas(state); //add(panelcanvas); //panelcanvas.setBounds(330,2,175,95); // Medium Labels labm1 = new Label("medium 1",Label.RIGHT); labm1.setFont(labfont); labm1.setForeground(Color.red.darker()); labm2 = new Label("medium 2",Label.RIGHT); labm2.setFont(labfont); labm2.setForeground(Color.blue.darker()); labm3 = new Label("medium 3",Label.RIGHT); labm3.setFont(labfont); labm3.setForeground(Color.black); cgrid1=new CheckboxGroup(); //c1 = new Checkbox(" \u03b5 ",cgrid1,true); 8/2/14 //c2 = new Checkbox(" n ",cgrid1,false); c1 = new Checkbox("\u03b5",cgrid1,true); c2 = new Checkbox("n",cgrid1,false); c1.setFont(labfontbig); c2.setFont(labfontbig); //-------------------------------------------------------- // epsilon labels lab1 = new Label("\u03b5",Label.RIGHT); lab1.setFont(labfontbig); lab2 = new Label("\u03b5",Label.RIGHT); lab2.setFont(labfontbig); lab3 = new Label("\u03b5",Label.RIGHT); lab3.setFont(labfontbig); lab1B = new Label("n",Label.RIGHT); lab1B.setFont(labfontbig); lab2B = new Label("n",Label.RIGHT); lab2B.setFont(labfontbig); lab3B = new Label("n",Label.RIGHT); lab3B.setFont(labfontbig); lab4 = new Label("R",Label.RIGHT); lab4.setFont(labfontbig); labr1 = new Label("r0",Label.LEFT); labr1.setFont(labfont); labr2 = new Label("rf",Label.LEFT); labr2.setFont(labfont); labr3 = new Label("rc",Label.LEFT); labr3.setFont(labfont); labr1B = new Label("0",Label.LEFT); labr1B.setFont(labfont); labr2B = new Label("f",Label.LEFT); labr2B.setFont(labfont); labr3B = new Label("c",Label.LEFT); labr3B.setFont(labfont); labeqa = new Label("=",Label.RIGHT); labeqa.setFont(labfontbig); labeqb = new Label("=",Label.RIGHT); labeqb.setFont(labfontbig); labeqc = new Label("=",Label.RIGHT); labeqc.setFont(labfontbig); labeqd = new Label("=",Label.RIGHT); labeqd.setFont(labfontbig); labeqR = new Label("=",Label.RIGHT); labeqR.setFont(labfontbig); labM = new Label("m",Label.LEFT); labM.setFont(labfontbig); labHz = new Label("Hz",Label.LEFT); labHz.setFont(labfontbig); //--------------------------------------------------------- // Inputs for epsilon text1 = new TextField("1.0"); text1.setFont(labfont); text2 = new TextField("2.55"); text2.setFont(labfont); text3 = new TextField("2.40"); text3.setFont(labfont); //--------------------------------------------------------- // Inputs for index of refraction n text1b = new TextField(""+MaestroA.rounder(state.index1,6)); text1b.setFont(labfont); text2b = new TextField(""+MaestroA.rounder(state.index2,6)); text2b.setFont(labfont); text3b = new TextField(""+MaestroA.rounder(state.index3,6)); text3b.setFont(labfont); //-------------------------------------- frequency lab7 = new Label("f",Label.RIGHT); lab7.setFont(labfont); text7 = new TextField("350.0E12"); text7.setFont(labfont); //-------------------------------------- radius lab4 = new Label("R",Label.RIGHT); lab4.setFont(labfont); text4 = new TextField("100.0E-6"); text4.setFont(labfont); //-------------------------------------- Update b1 = new Button("Update"); //------------------------------------------------ // Sliders lab8 = new Label("Angle of Entrance: ",Label.LEFT); lab8.setFont(labfont); slider = new Scrollbar(Scrollbar.HORIZONTAL,1020,1,SCROLLMIN,1801); //slider2 = new Scrollbar(Scrollbar.HORIZONTAL,0,1,SCROLLMIN,1000); slider2 = new Scrollbar(Scrollbar.HORIZONTAL,0,1,SCROLLMIN,1999); slider2.setValue(999); slider_scale = new Scrollbar(Scrollbar.HORIZONTAL,5,1,1,50); slider.setBackground(Color.white); slider2.setBackground(Color.white); slider_scale.setBackground(Color.white); vlab1 = new Label("\u03b8",Label.RIGHT); vlab1.setFont(labfontbig); vlab2 = new Label("i",Label.LEFT); vlab2.setFont(labfontbig); vlab3 = new Label(" = 12 \u00ba",Label.LEFT); vlab3.setFont(labfontbig); //---------------------------------------------------------- //add(titlelabel); add(labm1); add(labm2); add(labm3); add(lab1); add(text1); add(text1b); add(lab2); add(text2); add(text2b); add(lab3); // 8/2/14: //add(labr1); add(labr2); add(labr3); add(labr1B); add(labr2B); add(labr3B); add(labr1); add(labr2); add(labr3); // 8/2/14 add(labeqa); add(labeqb); add(labeqc); add(labeqd); add(labeqR); add(labHz); add(labM); add(text3); add(text3b); add(text4); add(lab7); add(lab4); add(text7); add(b1); add(lab8); add(slider); add(slider2); add(slider_scale); add(vlab1); add(vlab2); add(vlab3); add(c1); add(c2); add(lab1B); add(lab2B); add(lab3B); lab1B.setVisible(false); lab2B.setVisible(false); lab3B.setVisible(false); //Draw lines as panels - To avoid flickering on MAC --- MAC sucks!!! //Panel back1 = new Panel(); // back1.setBackground(Color.gray); // add(back1); // back1.setBounds(15,123,270,1); //---------------------------------------------------------------------- // input for epsilon 1 //int xpos_block2 = 70; 8/2/14 int xpos_block2 = 65; int ypos_block2 = 10; lab1.setBounds(xpos_block2,ypos_block2,20,20); lab1B.setBounds(xpos_block2+5,ypos_block2,20,20); // used? labr1.setBounds(xpos_block2+20,ypos_block2+5,15,20); labr1B.setBounds(xpos_block2+25,ypos_block2+5,15,20); // used? // 8/2/14 /* labeqa.setBounds(xpos_block2+40,ypos_block2,10,20); */ labeqa.setBounds(xpos_block2+35,ypos_block2,15,20); // ONLY CHANGE lab1.setForeground(Color.red.darker()); lab1B.setForeground(Color.red.darker()); labr1.setForeground(Color.red.darker()); labr1B.setForeground(Color.red.darker()); labeqa.setForeground(Color.red.darker()); text1.setBounds(xpos_block2+55,ypos_block2,75,20); text1.setForeground(Color.red.darker()); text1b.setBounds(xpos_block2+55,ypos_block2,75,20); text1b.setForeground(Color.red.darker()); //labm1.setBounds(xpos_block2,ypos_block2+25,65,15); //---------------------------------------------------------------------- // input for epsilon 2 //int xpos_block3 = 230; 8/2/14 int xpos_block3 = 220; int ypos_block3 = 10; lab2.setBounds(xpos_block3,ypos_block3,20,20); lab2B.setBounds(xpos_block3+6,ypos_block3,20,20); labr2.setBounds(xpos_block3+20,ypos_block3+5,15,20); labr2B.setBounds(xpos_block3+25,ypos_block3+5,15,20); // 8/2/14 /* labeqb.setBounds(xpos_block3+40,ypos_block3,10,20); */ labeqb.setBounds(xpos_block3+35,ypos_block3,15,20); lab2.setForeground(Color.blue.darker()); lab2B.setForeground(Color.blue.darker()); labr2.setForeground(Color.blue.darker()); labr2B.setForeground(Color.blue.darker()); labeqb.setForeground(Color.blue.darker()); text2.setBounds(xpos_block3+55,ypos_block3,75,20); text2.setForeground(Color.blue.darker()); text2b.setBounds(xpos_block3+55,ypos_block3,75,20); text2b.setForeground(Color.blue.darker()); //labm2.setBounds(xpos_block3,ypos_block3+25,65,15); //---------------------------------------------------------------------- // input for epsilon 3 //int xpos_block4 = 390; 8/2/14 int xpos_block4 = 375; int ypos_block4 = 10; lab3.setBounds(xpos_block4,ypos_block4,20,20); lab3B.setBounds(xpos_block4+5,ypos_block4,20,20); labr3.setBounds(xpos_block4+20,ypos_block4+5,15,20); labr3B.setBounds(xpos_block4+25,ypos_block4+5,15,20); // 8/2/14 /* labeqc.setBounds(xpos_block4+40,ypos_block4,10,20); */ labeqc.setBounds(xpos_block4+35,ypos_block4,15,20); lab3.setForeground(Color.black.darker()); lab3B.setForeground(Color.black.darker()); labr3.setForeground(Color.black.darker()); labr3B.setForeground(Color.black.darker()); labeqc.setForeground(Color.black.darker()); text3.setBounds(xpos_block4+55,ypos_block4,75,20); text3.setForeground(Color.black.darker()); text3b.setBounds(xpos_block4+55,ypos_block4,75,20); text3b.setForeground(Color.black.darker()); //labm3.setBounds(xpos_block4,ypos_block4+25,65,15); //c1.setBounds(xpos_block4+140,ypos_block4+5,30,14); 8/2/14 //c2.setBounds(xpos_block4+175,ypos_block4+5,30,14); //c1.setBounds(xpos_block4+140,ypos_block4+5,40,14); 8/9/14 //c2.setBounds(xpos_block4+185,ypos_block4+5,40,14); 8/9/14 c1.setBounds(xpos_block4+140,ypos_block4+5,45,20); c2.setBounds(xpos_block4+185,ypos_block4+5,45,20); c1.setBackground(bgcolor); c2.setBackground(bgcolor); //---------------------------------------------------------------------- // Positon frequency and radius input //int xpos_block0 = 80+45; 8/2/14 int xpos_block0 = 80+40; int ypos_block0 = 40; text7.setBounds(xpos_block0,ypos_block0,75,20); lab7.setBounds(xpos_block0-45,ypos_block0,20,20); lab7.setFont(labfontbigI); //labeqd.setBounds(xpos_block0-15,ypos_block0,10,20); 8/2/14 labeqd.setBounds(xpos_block0-20,ypos_block0,15,20); labeqd.setForeground(Color.black); labHz.setBounds(xpos_block0+77,ypos_block0,25,20); lab7.setForeground(Color.black); labHz.setForeground(Color.black); //int xpos_blockR = 240+45; 8/2/14 int xpos_blockR = 240+35; int ypos_blockR = 40; text4.setBounds(xpos_blockR,ypos_blockR,75,20); lab4.setBounds(xpos_blockR-45,ypos_blockR,20,20); lab4.setFont(labfontbigI); //labeqR.setBounds(xpos_blockR-15,ypos_blockR,10,20); 8/2/14 labeqR.setBounds(xpos_blockR-20,ypos_blockR,15,20); labeqR.setForeground(Color.black); labM.setBounds(xpos_blockR+77,ypos_blockR,25,20); lab4.setForeground(Color.black); labM.setForeground(Color.black); //---------------------------------------------------------------------- // Positon update button //int xpos_block5 = 400+45; 8/2/14 int xpos_block5 = 400+30; int ypos_block5 = 40; b1.setBounds(xpos_block5,ypos_block5,75,20); b1.setBackground(new Color(250,250,250)); // Around update button Panel pb1 = new Panel(); pb1.setBackground(Color.cyan); add(pb1); pb1.setBounds(xpos_block5-1,ypos_block5-1,77,22); Panel pb2 = new Panel(); pb2.setBackground(Color.black); add(pb2); pb2.setBounds(xpos_block5-2,ypos_block5-2,79,24); //---------------------------------------------------------------------- // input for angle int xpos_block6 = 610; int ypos_block6 = 25; lab8.setBounds(xpos_block6+30,ypos_block6-20,120,14); vlab1.setBounds(xpos_block6+160,ypos_block6-22,15,14); vlab2.setBounds(xpos_block6+175,ypos_block6-17,8,14); vlab3.setBounds(xpos_block6+184,ypos_block6-20,110,14); slider.setBounds(xpos_block6,ypos_block6,260,15); slider2.setBounds(xpos_block6,ypos_block6+21,260,15); Panel pslider2 = new Panel(); pslider2.setBackground(Color.cyan); add(pslider2); pslider2.setBounds(xpos_block6-1,ypos_block6-1,262,17); Panel pslider1 = new Panel(); pslider1.setBackground(Color.black); add(pslider1); pslider1.setBounds(xpos_block6-2,ypos_block6-2,264,19); Panel pslider4 = new Panel(); pslider4.setBackground(Color.cyan); add(pslider4); pslider4.setBounds(xpos_block6-1,ypos_block6+20,262,17); Panel pslider3 = new Panel(); pslider3.setBackground(Color.black); add(pslider3); pslider3.setBounds(xpos_block6-2,ypos_block6+19,264,19); //---------------------------------------------------------------------- //Listeners slider.addAdjustmentListener(this); slider2.addAdjustmentListener(this); c1.addItemListener(this); c2.addItemListener(this); b1.addActionListener(this); } public void adjustmentValueChanged(AdjustmentEvent evt){ if(evt.getSource()==slider){ if(state.epsilon_r1 == state.epsilon_r2){ if(slider.getValue()==1800){ state.theta1 = Math.PI/2; vlab3.setText(" = 90.0 \u00ba "); slider.setValue(1800); slider2.setValue(999); slider2.setEnabled(false); state.ignition(); } else if(slider.getValue()==0){ state.theta1 = -Math.PI/2; vlab3.setText(" = 90.0 \u00ba "); slider.setValue(0); slider2.setValue(999); slider2.setEnabled(false); state.ignition(); } else{ if(slider.getValue()==1800 || slider.getValue()==1){slider2.setEnabled(false);} else{slider2.setEnabled(true); slider2.setValue(999);} //state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0+MaestroA.rounder(slider2.getValue()*0.0001,4)),6); //vlab3.setText("\u03b8 = "+(MaestroA.rounder(slider.getValue()/10.0-90.0+MaestroA.rounder(slider2.getValue()*0.0001,4),6))+" \u00ba "); state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0),6); vlab3.setText(" = "+Math.abs((MaestroA.rounder(slider.getValue()/10.0-90.0,6)))+" \u00ba "); state.ignition(); } } else{ if(slider.getValue()==1800){ state.theta1 = Math.PI/2; vlab3.setText(" = 90.0 \u00ba "); slider.setValue(1800); slider2.setValue(999); slider2.setEnabled(false); state.ignition(); } else if(slider.getValue()==0){ state.theta1 = -Math.PI/2; vlab3.setText("\u03b8 = 90.0 \u00ba "); slider.setValue(0); slider2.setValue(999); slider2.setEnabled(false); state.ignition(); } else{ //state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0+MaestroA.rounder(slider2.getValue()*0.0001,4)),6); //vlab3.setText(" = "+(MaestroA.rounder(slider.getValue()/10.0-90.0+MaestroA.rounder(slider2.getValue()*0.0001,4),6))+" \u00ba "); state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0),6); vlab3.setText(" = "+Math.abs((MaestroA.rounder(slider.getValue()/10.0-90.0,6)))+" \u00ba "); slider2.setEnabled(true); slider2.setValue(999); state.ignition(); } } } if(evt.getSource()==slider2){ if(slider.getValue()==1800){ if(slider2.getValue() > 999){ state.theta1 = Math.PI/2; vlab3.setText(" = 90.0 \u00ba "); slider.setValue(1800); slider2.setValue(999); state.ignition(); } else{ state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0+MaestroA.rounder((slider2.getValue()-999)*0.0001,4)),6); vlab3.setText(" = "+Math.abs((MaestroA.rounder(slider.getValue()/10.0-90.0+MaestroA.rounder((slider2.getValue()-999)*0.0001,4),6)))+" \u00ba "); state.ignition(); } } if(slider.getValue()==0){ if(slider2.getValue() < 999){ state.theta1 = -Math.PI/2; vlab3.setText(" = 90.0 \u00ba "); slider.setValue(0); slider2.setValue(999); state.ignition(); } else{ state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0+MaestroA.rounder((slider2.getValue()-999)*0.0001,4)),6); vlab3.setText(" = "+Math.abs((MaestroA.rounder(slider.getValue()/10.0-90.0+MaestroA.rounder((slider2.getValue()-999)*0.0001,4),6)))+" \u00ba "); state.ignition(); } } else{ state.theta1 = MaestroA.rounder(Math.PI/180.0*(slider.getValue()/10.0-90.0+MaestroA.rounder((slider2.getValue()-999)*0.0001,4)),6); vlab3.setText(" = "+Math.abs((MaestroA.rounder(slider.getValue()/10.0-90.0+MaestroA.rounder((slider2.getValue()-999)*0.0001,4),6)))+" \u00ba "); state.ignition(); } //System.out.println(slider2.getValue()); } } public void actionPerformed(ActionEvent evt){ if(evt.getSource() == b1){ if(Double.valueOf(text1.getText()).doubleValue() < 1.0){ text1.setText("1.0"); } if(Double.valueOf(text2.getText()).doubleValue() < 1.0){ text2.setText("1.0"); } if(Double.valueOf(text3.getText()).doubleValue() < 1.0){ text3.setText("1.0"); } if(Double.valueOf(text1b.getText()).doubleValue() < 1.0){ text1b.setText("1.0"); } if(Double.valueOf(text2b.getText()).doubleValue() < 1.0){ text2b.setText("1.0"); } if(Double.valueOf(text3b.getText()).doubleValue() < 1.0){ text3b.setText("1.0"); } if(Double.valueOf(text4.getText()).doubleValue() < 0.0){ text4.setText("1.0e-4"); } if(Double.valueOf(text7.getText()).doubleValue() < 0.0){ text7.setText("350.0e12"); } if(c1.getState()){ state.epsilon_r1=Double.valueOf(text1.getText()).doubleValue(); state.epsilon_r2=Double.valueOf(text2.getText()).doubleValue(); state.epsilon_r3=Double.valueOf(text3.getText()).doubleValue(); state.index1 = Math.sqrt(state.epsilon_r1); state.index2 = Math.sqrt(state.epsilon_r2); state.index3 = Math.sqrt(state.epsilon_r3); } else if(c2.getState()){ state.index1=Double.valueOf(text1b.getText()).doubleValue(); state.index2=Double.valueOf(text2b.getText()).doubleValue(); state.index3=Double.valueOf(text3b.getText()).doubleValue(); state.epsilon_r1 = state.index1*state.index1; state.epsilon_r2 = state.index2*state.index2; state.epsilon_r3 = state.index3*state.index3; } //state.epsilon_r1=Double.valueOf(text1.getText()).doubleValue(); //state.epsilon_r2=Double.valueOf(text2.getText()).doubleValue(); //state.epsilon_r3=Double.valueOf(text3.getText()).doubleValue(); state.frequency=Double.valueOf(text7.getText()).doubleValue(); state.fiber_radius=Double.valueOf(text4.getText()).doubleValue(); } state.ignition(); state.scan_coefficients(); } public void itemStateChanged(ItemEvent evt){ if(evt.getSource() == c1){ text1.setText(""+MaestroA.rounder(state.epsilon_r1, 3)); text2.setText(""+MaestroA.rounder(state.epsilon_r2, 3)); text3.setText(""+MaestroA.rounder(state.epsilon_r3, 3)); text1.setVisible(true); text2.setVisible(true); text3.setVisible(true); text1b.setVisible(false); text2b.setVisible(false); text3b.setVisible(false); lab1B.setVisible(false); lab2B.setVisible(false); lab3B.setVisible(false); lab1.setVisible(true); lab2.setVisible(true); lab3.setVisible(true); labr1B.setVisible(false); labr2B.setVisible(false); labr3B.setVisible(false); labr1.setVisible(true); labr2.setVisible(true); labr3.setVisible(true); } if(evt.getSource() == c2){ text1b.setText(""+MaestroA.rounder(state.index1, 6)); text2b.setText(""+MaestroA.rounder(state.index2, 6)); text3b.setText(""+MaestroA.rounder(state.index3, 6)); text1b.setVisible(true); text2b.setVisible(true); text3b.setVisible(true); text1.setVisible(false); text2.setVisible(false); text3.setVisible(false); lab1.setVisible(false); lab2.setVisible(false); lab3.setVisible(false); lab1B.setVisible(true); lab2B.setVisible(true); lab3B.setVisible(true); labr1.setVisible(false); labr2.setVisible(false); labr3.setVisible(false); labr1B.setVisible(true); labr2B.setVisible(true); labr3B.setVisible(true); } } public void paint(Graphics g){ g.setColor(Color.black); g.draw3DRect(0,0,getSize().width-1,getSize().height-1,true); //g.setColor(Color.red); //g.drawLine(730, 16, 730, 66); } } class TitleCanvas extends Canvas{ private static final Font normalfont = new Font("Sanserif",Font.PLAIN,12); private static final Font subfont = new Font("Sanserif",Font.PLAIN,10); private static final Font titlefont =new Font("Sanserif",Font.BOLD,16); Oblique_State state; public TitleCanvas(){ super(); } public TitleCanvas(Oblique_State state){ super(); this.state = state; } public void paint(Graphics g){ int x, y, dx, dxx, dy, dyy; Complex temp1, temp2, ratioZ; double temp3, temp4, temp5, test1, test2, test3, factor1; Graphics2D g2d = (Graphics2D)g; g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_ON); FontMetrics fm; x = 220; y = 20; dx = 80; dxx = 15; dy = 20; g.setFont(titlefont); g.setColor(Color.red.darker()); g.drawString("Input",5,20); g.setColor(Color.magenta.darker()); // 8/9/14: //MaestroG.subscripterSSym("\u03bc = \u03bc","o","", g, 16, 5, 45); MaestroG.subscripterSSym("\u03bc = \u03bc","o","", g, 14, 5, 45); } } /* class PanelCanvas extends Canvas{ private static final Font normalfont = new Font("Sanserif",Font.PLAIN,12); private static final Font subfont = new Font("Sanserif",Font.PLAIN,10); private static final Font titlefont =new Font("Sanserif",Font.BOLD,16); Oblique_State state; //public PanelCanvas(){ // super(); //} public PanelCanvas(Oblique_State state){ super(); this.state = state; } public void paint(Graphics g){ int x, y, dx, dxx, dy, dyy; Complex temp1, temp2, ratioZ; double temp3, temp4, temp5, test1, test2, test3, factor1; Graphics2D g2d = (Graphics2D)g; g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,RenderingHints.VALUE_ANTIALIAS_ON); FontMetrics fm; x = 10; y = 10; dx = 80; dxx = 17; dy = 25; g.setFont(normalfont); g.setColor(Color.black); } } */