/*
  Analog input, serial output
 
 Reads an analog input pin, prints the results to the serial monitor.
 
 The circuit:

 * potentiometer connected to analog pin 0.
   Center pin of the potentiometer goes to the analog pin.
   side pins of the potentiometer go to +5V and ground
 
 created over and over again
 by Tom Igoe and everyone who's ever used Arduino
 
 */
 #include <MIDI.h>
 int pur = 0;
 int t = 0;
 int note = 0;
 int all[] = {53,51,49,47,45,43,39,37};
 int a[] = {51,49};
 int b[] = {49};
 int c[] = {43,39,45,49};
 int d[] = {47,37,49};
 int e[] = {39,45,47,37,49};
 int f[] = {51,45,39,49};
 int off[] = {43,49};
 int m = 22;
 void setup() {
   MIDI.begin(4);   
 for(int t = 0; t < 9 ;t++){
   pinMode(all[t],OUTPUT);
 }
 for(int t = 0; t < 9 ;t++){
   digitalWrite(all[t],HIGH);
 }
for(int t = 22;t < 38;t++){
  pinMode(t,OUTPUT);
}

}

 void loop() {
  // read the analog input into a variable:
  digitalWrite(m,HIGH);
   
   int analogValue = analogRead(0);
   
   
   // print the result:
   // wait 10 milliseconds for the analog-to-digital converter
   // to settle after the last reading:
   
   if(analogValue<35){
     note=1;
    }       
     if(analogValue > 34 && analogValue < 40){
       note=2;
    }  
     if(analogValue > 39 && analogValue < 44){
      note=3;
    }       
      if(analogValue > 43 && analogValue < 48){
        note=4;
    }       
       if(analogValue > 47 && analogValue < 52){
       note=5;
    }       
           
            if(analogValue > 51 && analogValue < 55){
       note=6;
    }       
        if(analogValue > 54 && analogValue < 58){
       note=7;
    }       
      if(analogValue > 57 && analogValue < 64){
      note=8;
    }       
     if(analogValue > 63 && analogValue < 74){
        note=9;
    }       
    if(analogValue > 73 && analogValue < 80){
       note=10;
    }       
     if(analogValue > 79 && analogValue < 92){
        note=11;
    }       
         if(analogValue > 78 && analogValue < 104){
        note=12;
    }       
           if(analogValue > 103 && analogValue < 120){
        note=13;
    }       
     if(analogValue > 119 && analogValue < 130){
       note=14;
    }       
     if(analogValue > 129 && analogValue < 130){
       note=15;
    }       
     if(analogValue > 129 && analogValue < 140){
       note=16;
    }       
     if(analogValue > 139 && analogValue < 150){
       note=17;
    }      
   if(analogValue > 149 && analogValue < 170){
       note=18;
    }       
      if(analogValue > 169 && analogValue < 190){
        note=19;
    }       
     if(analogValue > 189 && analogValue < 212){
        note=20;
    }       
     if(analogValue > 211 && analogValue < 252){
      note=21;
    }       
     if(analogValue > 251 && analogValue < 290){
      note=22;
    }       
     if(analogValue > 389 && analogValue < 320){
       note=23;
    }       
    if(analogValue > 319 && analogValue < 340){
       note=24;
    }       
    if(analogValue > 339 && analogValue < 380){
       note=25;
    }       
    if(analogValue > 379 && analogValue < 450){
        note=26;
    }       
     if(analogValue > 449 && analogValue < 550){
       note=27;
    }       
     if(analogValue > 549 && analogValue < 620){
       note=28;
    }       
     if(analogValue > 619 && analogValue < 690){
        note=29;
    }       
    if(analogValue > 689 && analogValue < 780){
        note=30;
    }       
     if(analogValue > 779 && analogValue < 830){
       note=31;
    }       
   
          if(analogValue > 840 && analogValue < 900){
       note=32;
    }       
     if(analogValue > 905 && analogValue < 920){
        m--;
    }       
     
  pur=(note+32);
  digitalWrite(m,LOW);
  m++;
  if(m>37){
    m=22;
  }
       MIDI.sendNoteOn(pur,127,1);  // Send a Note (pitch 42, velo 127 on channel 1)
    delay((analogRead(5)*2));		// Wait for a second
    MIDI.sendNoteOff(pur,0,1); 

       

   
   


 }