/* Programa para construir un caracol con forma, pero cun multiples funciones */ import java.applet.*; import java.awt.*; import java.awt.event.*; import java.io.*; import java.util.Vector; public class caracolModificado5c extends Applet { miCanvas mc; Panel pnl_1; Panel pnl_2 = new Panel (); Panel pnl_3 = new Panel (); Panel pnl_4 = new Panel (); Panel pnl_5 = new Panel (); Panel pnl_6 = new Panel (); Label lbl_1 = new Label ("色"); Label lbl_2 = new Label ("Zoom"); Label lbl_3 = new Label ("貝殻の線の数"); Label lbl_4 = new Label ("回転の数"); Label lbl_5 = new Label ("回転90度"); TextField tf_zoom = new TextField ("10"); TextField tf_lineas = new TextField ("1600"); TextField tf_vueltas = new TextField ("3"); Choice color = new Choice (); //Choice grado = new Choice (); Button boton_zoom = new Button ("ok"); Button boton_lineas = new Button ("ok"); Button boton_vueltas = new Button ("ok"); Button boton_giros = new Button ("ok"); double radio = Integer.parseInt(tf_zoom.getText()); // tam es igual a radio int nk = Integer.parseInt(tf_lineas.getText()); // En realidad aqui si cambio los valores, toma distintas figuras int nn = Integer.parseInt(tf_vueltas.getText()); // aqui defino la cantidad de vueltas que tiene el caracol //int k = 0; public void init () { setBackground (Color.white); setLayout (new BorderLayout ()); add ("Center", mc = new miCanvas ()); add ("North", pnl_1 = new Panel ()); pnl_1.setBackground (Color.pink); pnl_1.setLayout (new GridLayout (2,3)); pnl_2.add (lbl_1); color.add ("黒"); color.add ("赤"); color.add ("青"); color.add ("緑"); color.add ("黄色"); color.add ("マグネンタ"); color.add ("水色"); color.add ("ピンク"); color.add ("オレンジ色"); pnl_2.add (color); pnl_1.add (pnl_2); pnl_3.add (lbl_2); pnl_3.add (tf_zoom); pnl_3.add (boton_zoom); pnl_1.add (pnl_3); pnl_4.add (lbl_3); pnl_4.add (tf_lineas); pnl_4.add (boton_lineas); pnl_1.add (pnl_4); pnl_5.add (lbl_4); pnl_5.add (tf_vueltas); pnl_5.add (boton_vueltas); pnl_1.add (pnl_5); pnl_6.add (lbl_5); pnl_6.add (boton_giros); //pnl_6.add (grado); pnl_1.add (pnl_6); // oidores de los colores color.addItemListener ( new java.awt.event.ItemListener () { public void itemStateChanged (ItemEvent e) { mc.cambiaColor (color.getSelectedIndex (), Integer.parseInt(tf_zoom.getText())); } }); boton_zoom.addActionListener ( new java.awt.event.ActionListener () { public void actionPerformed (ActionEvent e) { mc.cambia_zoom( Integer.parseInt(tf_zoom.getText())); } }); boton_lineas.addActionListener ( new java.awt.event.ActionListener () { public void actionPerformed (ActionEvent e) { mc.cambia_lineas( Integer.parseInt(tf_lineas.getText()), Integer.parseInt(tf_zoom.getText())); } }); boton_vueltas.addActionListener ( new java.awt.event.ActionListener () { public void actionPerformed (ActionEvent e) { mc.cambia_vueltas( Integer.parseInt(tf_vueltas.getText()), Integer.parseInt(tf_zoom.getText())); } }); boton_giros.addActionListener ( new java.awt.event.ActionListener () { public void actionPerformed (ActionEvent e) { mc.cambiaGrado (Integer.parseInt(tf_zoom.getText())); } }); } } class miCanvas extends Canvas { int color = 8; int grado = 0; double valor; int nk = 1600; // cantidad de lineas en el caracol y tambien define la curvatura int nn = 3; // cantidad de vueltas double radio = 10; double radio2 = radio / 2.2; // Aqui se define el valor y la forma del caracol.. mas o menos diferenciados double k = 0.0; miCanvas () { super (); } public void paint(Graphics g){ int i, j; double t = 6.28 /nk; double x,y,x1,y1; double x2,y2,x3,y3; double [] X=new double[nk+1]; double [] Y=new double[nk+1]; double ox,oy,ox1,oy1; double oradio=0.0; double oradio2=0.0; double oj=0.0; double oth=0.0; double oj2=0.0; /* --- Defino el Color del caracol --- */ switch (color) { case 0 : g.setColor (Color.black); break; case 1 : g.setColor (Color.red); break; case 2 : g.setColor (Color.blue); break; case 3 : g.setColor (Color.green); break; case 4 : g.setColor (Color.yellow); break; case 5 : g.setColor (Color.magenta); break; case 6 : g.setColor (Color.cyan); break; case 7 : g.setColor (Color.pink); break; case 8 : g.setColor (Color.orange); break; } /* -- Defino el valor del radio -- */ if (nk <=3) { radio2 = radio / 1.4; } else if (nk >= 4 & nk <=5){ radio2 = radio / 1.5; } else if (nk >= 6 & nk <=7){ radio2 = radio / 1.8; } else{ radio2 = radio / 2.4; } /* -- Fin valor nk -- */ x = radio*Math.cos(0+k); y = radio*Math.sin(0+k); x2 = radio2*Math.cos(0+k); y2 = radio2*Math.sin(0+k); for (i=1; i<=nn+2; i++){ for (j=1; j 0){ if(i<=nn+1 || j<=(nk/18)){ g.setColor(Color.red); g.drawLine( (int) X[j] + 300, (int) Y[j] + 300, (int) x2 + 300, (int) y2 + 300); g.setColor(Color.orange); } } X[j] = x; Y[j] = y; /* -- Cambio de variables -- */ //x:右上　x1:右下　x2:左上　x3:左下 x = x1; y = y1; x2 = x3; y2 = y3; } double th = t*nk; x1 = radio*Math.cos(th+k); y1 = radio*Math.sin(th+k); //g.setColor(Color.blue); if(i<=nn || (i<=nn+1 && j<=(nk/18))){ g.drawLine( (int) x + 300, (int) y + 300, (int) x1 + 300, (int) y1 + 300); } radio = radio + (radio/(nk)); //+1 x3 = radio2*Math.cos(th+k); y3 = radio2*Math.sin(th+k); //g.setColor(Color.red); if(i<=nn || (i<=nn+1 && j<=(nk/18))){ g.drawLine( (int) x2 + 300, (int) y2 + 300, (int) x3 + 300, (int) y3 + 300); } radio2 = radio2 + (radio2/(nk)); //+1 //g.setColor(Color.black); if(i<=nn || (i<=nn+1 && j<=(nk/18))){ g.drawLine((int) x + 300, (int) y + 300, (int) x2 + 300, (int) y2 + 300); } if(i > 0){ if(i<=nn+1 || j<=(nk/18)){ g.setColor(Color.red); g.drawLine( (int) X[j] + 300, (int) Y[j] + 300, (int) x2 + 300, (int) y2 + 300); g.setColor(Color.orange); } } X[j] = x; Y[j] = y; x = x1; y = y1; x2 = x3; y2 = y3; } } public void cambiaColor (int c, int r) { color = c; radio = r; repaint (); } void cambia_zoom (int d) { radio = d; repaint (); } void cambia_lineas (int e, int r) { nk = e; radio = r; repaint (); } void cambia_vueltas (int d, int r) { nn = d; radio = r; repaint (); } public void cambiaGrado (int r) { k = k + (Math.PI/2); radio = r; repaint (); } }