/* * BBrad.java * * Created on 2004/03/18, 2:48 */ import java.awt.*; import java.awt.Graphics; import java.awt.event.*; import java.applet.*; import java.lang.Math.*; import javax.swing.*; import javax.swing.event.*; /** * * @author iromono */ public class BBrad extends JApplet { double Planckh=6.6260755e-34; double Boltzmannk=1.380658e-23; double LightSpeed=2.99792458e8; int temperature=12000; double[][] xyztable={ {0.0014,0.0042,0.0143, 0.0435,0.1344,0.2839,0.3483,0.3362, 0.2908,0.1954,0.0956,0.0320,0.0049, 0.0093,0.0633,0.1655,0.2904,0.4334, 0.5945,0.7621,0.9163,1.0263,1.0622, 1.0026,0.8544,0.6424,0.4479,0.2835, 0.1649,0.0874,0.0468,0.0227,0.0114, 0.0058,0.0029,0.0014,0.0007,0.0003, 0.0002,0.0001,0 }, {0,0.0001,0.0004, 0.0012,0.004,0.0116,0.023,0.038, 0.06,0.091,0.139,0.208,0.323, 0.503,0.71,0.862,0.954,0.995, 0.995,0.952,0.87,0.757,0.631, 0.503,0.381,0.265,0.175,0.107, 0.061,0.032,0.017,0.0082,0.0041, 0.0021,0.0010,0.0005,0.0003,0.0001, 0.0001,0,0 }, {0.0065,0.0201,0.0679, 0.2074,0.6456,1.3856,1.7471,1.7721, 1.6692,1.2876,0.813,0.4652,0.272, 0.1582,0.0782,0.0422,0.0203,0.0087, 0.0003,0.0002,0,0,0, 0.0002,0.0002,0.0001,0.0001,0, 0,0,0,0,0, 0,0,0,0,0, 0,0,0,0,0, 0,0,0 } }; public void init() { initComponents(); } private void initComponents() { Container cont=getContentPane(); panel1 = new JPanel(); panel2 = new JPanel(); RJColor = new JPanel(); PlanckColor = new JPanel(); Graph = new JPanel(); temptext = new JTextField(); sb = new JSlider(); cont.setLayout(new BorderLayout()); panel1.setLayout(new GridLayout(1, 0)); panel2.setLayout(new GridLayout(2, 1)); panel2.add(RJColor); panel2.add(PlanckColor); panel1.add(panel2); panel1.add(Graph); cont.add(panel1, BorderLayout.CENTER); temptext.setText("12000"); temptext.setEditable(false); sb.setMaximum(20000); sb.setMinimum(500); sb.setValue(12000); sb.setMajorTickSpacing(2500); sb.setMinorTickSpacing(500); sb.setPaintTicks(true); sb.setPaintLabels(true); sb.addChangeListener(new ChangeListener() { public void stateChanged(ChangeEvent evt) { sbAdjustmentValueChanged(evt); } }); JPanel panel3= new JPanel(); panel3.setLayout(new BorderLayout()); panel3.add(temptext, BorderLayout.WEST); panel3.add(sb, BorderLayout.CENTER); cont.add(panel3, BorderLayout.SOUTH); } public void XYZtoRGB(double XYZ[],double RGB[]) { int i; RGB[0]=0.4184343854*XYZ[0]-0.1586448132*XYZ[1]-0.08284547018*XYZ[2]; RGB[1]=-0.09116033134*XYZ[0]+0.2524229575*XYZ[1]+ 0.01570763673*XYZ[2]; RGB[2]=0.0009209266773*XYZ[0] -0.002550045969*XYZ[1]+0.1786426331*XYZ[2]; for( i=0 ; i<3 ; i++ ) { if( RGB[i]<0 ) RGB[i]=0; } } public double Planck(int t,double n) { return 8*Math.PI*Planckh*n*n*n/LightSpeed/LightSpeed/LightSpeed/(Math.exp(Planckh*n/(Boltzmannk*t))-1); } public double RJeans(int t,double n) { return 8*Math.PI*Boltzmannk*n*n*t/LightSpeed/LightSpeed/LightSpeed; } public Color BB(int t) { double n; int i; int j; double xyz[]=new double[3]; double rgb[]=new double[3]; for(j=0 ; j<3 ; j++ ) { xyz[j]=0.0; } for( i=0 ; i<41 ; i++ ){ n=LightSpeed/((0.38+0.01*i)*1.0e-6); for( j=0 ; j<3 ; j++ ) { xyz[j] += xyztable[j][i]*Planck(t,n); } } XYZtoRGB(xyz,rgb); double rgbmax=rgb[0]; if( rgbmax < rgb[1] ) { rgbmax=rgb[1]; } if( rgbmax < rgb[2] ) { rgbmax=rgb[2]; } return new Color( (float)(rgb[0]/rgbmax), (float)(rgb[1]/rgbmax), (float)(rgb[2]/rgbmax) ); } public Color RJ(int t) { double n; int i; int j; double xyz[]=new double[3]; double rgb[]=new double[3]; for(j=0 ; j<3 ; j++ ) { xyz[j]=0.0; } for( i=0 ; i<41 ; i++ ){ n=LightSpeed/((0.38+0.01*i)*1.0e-6); for( j=0 ; j<3 ; j++ ) { xyz[j] += xyztable[j][i]*RJeans(t,n); } } XYZtoRGB(xyz,rgb); double rgbmax=rgb[0]; if( rgbmax < rgb[1] ) { rgbmax=rgb[1]; } if( rgbmax < rgb[2] ) { rgbmax=rgb[2]; } return new Color( (float)(rgb[0]/rgbmax), (float)(rgb[1]/rgbmax), (float)(rgb[2]/rgbmax) ); } private void sbAdjustmentValueChanged(ChangeEvent evt) { // 処理コードをここに追加します: temperature=sb.getValue(); temptext.setText(String.valueOf(temperature)); repaint(); } public void update(Graphics g) { paint(g); } /** * Describe paint method here. * * @param g a Graphics value */ public void paint(Graphics g) { super.paint(g); Color bb=BB(temperature); Color rj=RJ(temperature); Dimension dim; dim=PlanckColor.getSize(); double w=dim.getWidth(); double h=dim.getHeight(); // Planck分布の色を書く。 Graphics gc=PlanckColor.getGraphics(); gc.setColor(bb); gc.fillRect(0,0,(int)w,(int)h); // レイリージーンズ-分布の色を書く。 dim=RJColor.getSize(); w=dim.getWidth(); h=dim.getHeight(); gc=RJColor.getGraphics(); gc.setColor(rj); gc.fillRect(0,0,(int)w,(int)h); // グラフを書く。 dim=Graph.getSize(); w=dim.getWidth(); h=dim.getHeight(); gc=Graph.getGraphics(); gc.setColor(Color.black); gc.fillRect(0,0,(int)w,(int)h); gc.setColor(Color.red); gc.fillRect((int)(0.39*w),0,(int)(0.1*w),(int)h); gc.setColor(Color.yellow); gc.fillRect((int)(0.49*w),0,(int)(0.05*w),(int)h); gc.setColor(Color.green); gc.fillRect((int)(0.53*w),0,(int)(0.11*w),(int)h); gc.setColor(Color.blue); gc.fillRect((int)(0.64*w),0,(int)(0.1*w),(int)h); gc.setColor(Color.magenta); gc.fillRect((int)(0.74*w),0,(int)(0.05*w),(int)h); gc.setColor(bb); double nu; int i; int sp0=(int)h; int sp1; for( i=1 ; i