timepoint  C    C#     D     D#   E      F     F#  G    G#    A    A#    B    

    0.00     1.00 0.94 0.23 0.18 0.13 0.13 0.13 0.11 0.11 0.13 0.14 0.28 

    0.36    0.01 0.03 0.01 0.01 0.03 0.02 0.04 0.07 0.13 1.00 0.01 0.01 

    0.77    1.00 0.03 0.01 0.01 0.03 0.01 0.04 0.06 0.05 0.82 0.02 0.03 

    1.13     1.00 0.02 0.01 0.01 0.51 0.03 0.08 0.12 0.08 0.53 0.03 0.05 

What i'm trying to accomplish is the following: 
Each note (C, C#, D, D#, E, F, F#, G, G#, A, A#, B) i would like to link a led connected to an arduino (i have already uploaded the firmata to arduino). 
When a note hits "1" at a certain point of time (timepoint) i would like the corresponding led to turn on. Offcourse this led turns off when the next note is playing. 

I have found that i can read the text file with following code: 


However this will just print out the entire text file, but it will not divide the array's parameters. 

I REALLY hope someone can help me with this! :(

Here is some code that describes which arduino outputs i am using: 

2. 
   
   
3. Arduino arduino;
4. 
   
5. 
   
6. int trilmodule1 = 30;
7. int trilmodule2 = 31;
8. int trilmodule3 = 32;
9. int trilmodule4 = 33;
10. int trilmodule5 = 36;
11. int trilmodule6 = 37;
12. int trilmodule7 = 38;
13. int trilmodule8 = 39;
14. int trilmodule9 = 40;
15. int trilmodule10 = 41;
16. int trilmodule11 = 42;
17. 
    
18. 
    
19. 
    
20.   arduino = new Arduino(this, Arduino.list()[0], 57600);
21.   arduino.pinMode(trilmodule1, Arduino.OUTPUT);
22.   arduino.pinMode(trilmodule2, Arduino.OUTPUT);
23.     arduino.pinMode(trilmodule3, Arduino.OUTPUT);
24.       arduino.pinMode(trilmodule4, Arduino.OUTPUT);
25.         arduino.pinMode(trilmodule5, Arduino.OUTPUT);
26.           arduino.pinMode(trilmodule6, Arduino.OUTPUT);
27.             arduino.pinMode(trilmodule7, Arduino.OUTPUT);
28.               arduino.pinMode(trilmodule8, Arduino.OUTPUT);
29.                 arduino.pinMode(trilmodule9, Arduino.OUTPUT);
30.                   arduino.pinMode(trilmodule10, Arduino.OUTPUT);
31.                     arduino.pinMode(trilmodule11, Arduino.OUTPUT);
32. 
    
33. 
    
34. 
    
35. void resetSensors() {
36.      arduino.digitalWrite(trilmodule1, Arduino.LOW);
37.      arduino.digitalWrite(trilmodule2, Arduino.LOW);
38.      arduino.digitalWrite(trilmodule3, Arduino.LOW);
39.      arduino.digitalWrite(trilmodule4, Arduino.LOW); 
40.      arduino.digitalWrite(trilmodule5, Arduino.LOW);
41.      arduino.digitalWrite(trilmodule6, Arduino.LOW);
42.      arduino.digitalWrite(trilmodule7, Arduino.LOW);
43.      arduino.digitalWrite(trilmodule8, Arduino.LOW);
44.      arduino.digitalWrite(trilmodule9, Arduino.LOW);
45.      arduino.digitalWrite(trilmodule10, Arduino.LOW);
46.      arduino.digitalWrite(trilmodule11, Arduino.LOW);
47. 
    
48. 
    
49. 
    
50.     // PARTICLE / PITCH (locatie van particle)
51.     // HIER VIBREREN
52.     if (physics.numberOfParticles() < MAX_PARTICLES ) {
53.       float yvel = map(constrain(size, 0, 140), 0, 140, 1, -10);
54.       int t = 0;
55.       for (int pitch = 0; pitch < 12; pitch++) {
56.         float pval = seg.getPitches()[pitch];
57.   
58.         if (pval > .25) {
59.           t++;
60.           println(pval);
61.           int numParticles = (int) (constrain(size * pval, 0, 50));
62.           for (int i = 0; i < numParticles; i++) {
63.              if(pval < 0.30 && pval  > 0 ){
64.               resetSensors();
65.               arduino.digitalWrite(trilmodule1, Arduino.HIGH);
66.             } else if (pitch < 0.36 && pval  > 0.30){
67.               resetSensors();
68.               arduino.digitalWrite(trilmodule2, Arduino.HIGH);
69.             } else if (pitch < 0.40 && pval  > 0.36){
70.               resetSensors();
71.               arduino.digitalWrite(trilmodule3, Arduino.HIGH);
72.             } else if (pitch < 0.42 && pval  > 0.40){
73.               resetSensors();
74.               arduino.digitalWrite(trilmodule4, Arduino.HIGH);
75.             } else if (pitch < 0.50 && pval  > 0.42){
76.               resetSensors();
77.               arduino.digitalWrite(trilmodule5, Arduino.HIGH);
78.             } else if (pitch < 0.60 && pval  > 0.50){
79.               resetSensors();
80.               arduino.digitalWrite(trilmodule6, Arduino.HIGH);
81.             } else if (pitch < 0.65&& pval  > 0.60){
82.               resetSensors();
83.               arduino.digitalWrite(trilmodule7, Arduino.HIGH);
84.             } else if (pitch < 0.70 && pval  > 0.65){
85.               resetSensors();
86.               arduino.digitalWrite(trilmodule8, Arduino.HIGH);
87.             } else if (pitch < 0.75 && pval  > 0.70){
88.               resetSensors();
89.               arduino.digitalWrite(trilmodule9, Arduino.HIGH);
90.             } else if (pitch < 0.80 && pval  > 0.75){
91.              resetSensors();
92.               arduino.digitalWrite(trilmodule10, Arduino.HIGH);
93.             } else if (pitch < 0.90 && pval  > 0.80){
94.               resetSensors();
95.               arduino.digitalWrite(trilmodule11, Arduino.HIGH);
96.             } else if (pitch < 1.5  && pval  > 0.90){
97.               resetSensors();
98.              // arduino.digitalWrite(trilmodule12, Arduino.HIGH);
99.             }
100.