1    /* 
2        Program to simulate the phenomenon known as grapheme to color synesthesia. 
3        This program is written as an interpreter that recognizes and responds to: 
4            - exit | terminates the program 
5            - remap | redefine the mapping from letters to colors 
6            - WORD OR PHRASE | simply show the word or phrase in synesthetic color 
7     */
8    
9    package synesthesia;
10   
11   import java.awt.Color;
12   import java.awt.Point;
13   import javax.swing.JOptionPane;
14   import javax.swing.SwingUtilities;
15   import painter.SPainter;
16   
17   public class GraphemeToColorSynesthesia {
18   
19       private static final int fintsize = 30;
20       private static final String theLetters = "ABCEFGHIJKLMNOPQRSTUVWXYZ";
21       private static String[] letters;
22       private static Color[] colors;
23   
24       private void paintingCode() {
25           //INITIALIZATION
26           SPainter miro = new SPainter("", 1200, 220);
27           miro.setScreenLocation(30, 30);
28           miro.setFontSize(fintsize);
29           initializeColorMap(theLetters);
30   
31           //INTERPRETATION
32           while (true) {
33               String input = JOptionPane.showInputDialog(null,
34                       "Please enter a word, or a few words...");
35               if (input == null) {input = "EXIT"; }
36               input = input.toUpperCase();
37               if (input.equals("EXIT") ) {
38                   break ;
39               }
40               else if (input.equals("REMAP")) {
41                   initializeColorMap(theLetters);
42                   showLetters(miro, theLetters);
43               }
44               else {
45                   showLetters(miro, input.toUpperCase());
46               }
47           }
48           miro.end();
49       }
50   
51       private static void showLetters(SPainter miro, String input) {
52           //READY
53           eraseWhiteBoard(miro);
54           //SET
55           miro.moveTo(new Point.Double(100, 100));
56           //GO
57           for (int i = 0; i < input.length(); i = i + 1) {
58               String letter = input.substring(i, i + 1);
59               Color color = getLetterColor(letter);
60               miro.setColor(color);
61               miro.draw(letter);
62               miro.mrt(fintsize);
63           }
64       }
65   
66       private static void initializeColorMap(String specialLetters) {
67           letters = new String[specialLetters.length()];
68           colors = new Color[specialLetters.length()];
69           for (int i = 0; i < specialLetters.length(); i = i + 1) {
70               letters[i] = specialLetters.substring(i, i+1);
71               colors[i] = randomColor();
72           }
73       }
74   
75       private static Color getLetterColor(String letter) {
76           for (int i = 0; i < letters.length; i = i + 1) {
77               if (letter.equalsIgnoreCase(letters[i])) {
78                   return colors[i];
79               }
80           }
81           return Color.BLACK;
82       }
83   
84       private static Color randomColor() {
85           int rv = (int)(Math.random()*256);
86           int gv = (int)(Math.random()*256);
87           int bv = (int)(Math.random()*256);
88           return new Color(rv, gv, bv);
89       }
90   
91       private static void eraseWhiteBoard(SPainter miro) {
92           miro.setColor(Color.WHITE);
93           miro.wash();
94           miro.paintFrame(Color.BLACK, 5);
95       }
96   
97       //INFRASTRUCTURE FOR SOME SIMPLE PAINTING
98       public GraphemeToColorSynesthesia(){
99           paintingCode();
100      }
101  
102      public static void main(String[] args) {
103          SwingUtilities.invokeLater(new Runnable() {
104              @Override
105              public void run() {
106                  new GraphemeToColorSynesthesia();
107              }
108          });
109      }
110  
111  
112  }
113