uint8_t noteMap[256];
uint8_t finalTouchStates=0;

void setNoteMap()
{
  memset(noteMap, 0, 256);
  noteMap[0b00000000] = 0;  //None - ○|○○○|○○○○
  noteMap[0b11111111] = 60; // C4  - ●|●●●|●●●●
  noteMap[0b11111011] = 61; // C#4 - ●|●●●|●○●●
  noteMap[0b11111110] = 62; // D4  - ●|●●●|●●●○
  noteMap[0b11111101] = 63; // D#4 - ●|●●●|●●○●
  noteMap[0b11111100] = 64; // E4  - ●|●●●|●●○○
  noteMap[0b11111000] = 65; // F4  - ●|●●●|●○○○
  
  noteMap[0b11110100] = 66; // F#4 - ●|●●●|○●○○
  //noteMap[0b11110110] = 66; // F#4 - ●|●●●|○●●○
  //noteMap[0b11110111] = 66; // F#4 - ●|●●●|○●●●
  
  noteMap[0b11110000] = 67; // G4  - ●|●●●|○○○○
  //noteMap[0b11110101] = 67; // G4  - ●|●●●|○●○●
  
  noteMap[0b11101000] = 68; // G#4 - ●|●●○|●○○○
  noteMap[0b11101100] = 68; // G#4 - ●|●●○|●●○○
  
  noteMap[0b11100000] = 69; // A4  - ●|●●○|○○○○
  noteMap[0b11010000] = 70; // A#4 - ●|●○●|○○○○
  noteMap[0b11000000] = 71; // B4  - ●|●○○|○○○○
  noteMap[0b10100000] = 72; // C5  - ●|○●○|○○○○
  noteMap[0b10000000] = 73; // C#5 - ●|○○○|○○○○
  noteMap[0b00100000] = 74; // D5  - ○|○●○|○○○○
  noteMap[0b01111100] = 76; // E5  - ○|●●●|●●○○
  noteMap[0b01111000] = 77; // F5  - ○|●●●|●○○○
  noteMap[0b01110100] = 78; // F#5 - ○|●●●|○●○○
  noteMap[0b01110000] = 79; // G5  - ○|●●●|○○○○
  noteMap[0b01101000] = 80; // G#5 - ○|●●○|●○○○
  noteMap[0b01100000] = 81; // A5  - ○|●●○|○○○○
  noteMap[0b01010000] = 82; // A#5 - ○|●○●|○○○○
  noteMap[0b01000000] = 83; // B5  - ○|●○○|○○○○
  noteMap[0b01000001] = 254;//menu - ○|●○○|○○○●
}

uint8_t logicGetNote(uint8_t touchState)
{
  uint8_t k;
  for (k=touchState; k >= 0; k--) 
      { if (noteMap[k]== 0) 
         {Serial.println("k:"+ String(k));} 
       else {Serial.println(k,BIN); break;}
      }
  return noteMap[k];
}  

void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);
  setNoteMap();
  delay(1000);
  Serial.println(logicGetNote(0b11110101));
}

void loop() {
  // put your main code here, to run repeatedly:
  delay(10); // this speeds up the simulation
}