int data = 4;
int latch = 5;
int clock = 6;

void setup() {
  pinMode(data, OUTPUT);
  pinMode(latch, OUTPUT);
  pinMode(clock, OUTPUT);

  pinMode(A5, INPUT);

  Serial.begin(9600);
}

void loop() {

  int potValue = analogRead(A5);
  Serial.println(potValue);


  if (potValue >= 0 && potValue <= 102){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B11111100);
    digitalWrite(latch, HIGH);

  }

  if (potValue >= 105 && potValue <= 204){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B01100001);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 205 && potValue <= 306){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B11011010);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 307 && potValue <= 409){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B11110011);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 410 && potValue <= 511){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B01100110);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 512 && potValue <= 613){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B10110111);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 614 && potValue <= 716){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B10111110);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 717 && potValue <= 818){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B11100001);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 819 && potValue <= 920){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B11111110);
    digitalWrite(latch, HIGH);
  }

  if (potValue >= 921 && potValue <= 1023){
    digitalWrite(latch, LOW);
    shiftOut(data, clock, LSBFIRST, B11110111);
    digitalWrite(latch, HIGH);
  }
  delay(1);
}

// int data = 2;
// int latch = 3;
// int clock = 4;

// void setup() {
//   pinMode(data, OUTPUT);
//   pinMode(latch, OUTPUT);
//   pinMode(clock, OUTPUT);
// }

// void loop() {
//   for (int i = 0; i <= 9; i++) {
//     byte bits = binary(i);
//     display(bits);
//     delay(1000);
//   }
// }

// void display(byte eightBits) {
//   digitalWrite(latch, LOW);
//   shiftOut(data, clock, LSBFIRST, eightBits);
//   digitalWrite(latch, HIGH);
// }


// byte binary (int Number) {
//   switch (Number) {
//     case 0: return B11111100; break; 
//     case 1: return B01100001; break; 
//     case 2: return B11011010; break; 
//     case 3: return B11110011; break;
//     case 4: return B01100110; break;
//     case 5: return B10110111; break;
//     case 6: return B10111110; break;
//     case 7: return B11100001; break;
//     case 8: return B11111110; break;
//     case 9: return B11110111; break;
//   }
// }