/*
  Forum: https://forum.arduino.cc/t/joystick-controlling-leds/1307844
  Wokwi: https://wokwi.com/projects/410824037311785985

*/

int sensorPin = A0;
int ledPins2 = 2;
int ledPins3 = 3;
int ledPins4 = 4;
int ledPins5 = 5;
int ledPins6 = 6;
int ledPins7 = 7;
int ledPins8 = 8;
int ledPins9 = 9;
int sensorValue = 0;
int ButtonValue = 10;
int status = true;

void setup() {
  Serial.begin(9600);

  pinMode(ledPins2, OUTPUT);
  pinMode(ledPins3, OUTPUT);
  pinMode(ledPins4, OUTPUT);
  pinMode(ledPins5, OUTPUT);
  pinMode(ledPins6, OUTPUT);
  pinMode(ledPins7, OUTPUT);
  pinMode(ledPins8, OUTPUT);
  pinMode(ledPins9, OUTPUT);
  pinMode(ButtonValue, INPUT_PULLUP);

  digitalWrite(ledPins2, HIGH);
  digitalWrite(ledPins3, HIGH);
  digitalWrite(ledPins4, HIGH);
  digitalWrite(ledPins5, HIGH);
  digitalWrite(ledPins6, HIGH);
  digitalWrite(ledPins7, HIGH);
  digitalWrite(ledPins8, HIGH);
  digitalWrite(ledPins9, HIGH);

}

void loop() {
  sensorValue = analogRead(sensorPin);
  Serial.print("Potentiometer = ");
  Serial.print(sensorValue);
  Serial.print(" Button Value = ");
  Serial.println(status);
  delay(100);

  if (digitalRead(ButtonValue) == false) {
    status = !status;
    digitalWrite(ledPins2, HIGH);
    digitalWrite(ledPins3, HIGH);
    digitalWrite(ledPins4, HIGH);
    digitalWrite(ledPins5, HIGH);
    digitalWrite(ledPins6, HIGH);
    digitalWrite(ledPins7, HIGH);
    digitalWrite(ledPins8, HIGH);
    digitalWrite(ledPins9, HIGH);
  } while (digitalRead(ButtonValue) == false); {

    if (sensorValue >= 0 && sensorValue < 172) {
      //turn the ledPin on
      digitalWrite(ledPins2, LOW);
      digitalWrite(ledPins3, LOW);
      digitalWrite(ledPins4, LOW);
      digitalWrite(ledPins5, HIGH);
      digitalWrite(ledPins6, HIGH);
      digitalWrite(ledPins7, HIGH);
      digitalWrite(ledPins8, HIGH);
      digitalWrite(ledPins9, HIGH);
    }

    if (sensorValue >= 172 && sensorValue < 342) {
      //turn the ledPin on
      digitalWrite(ledPins2, HIGH);
      digitalWrite(ledPins3, LOW);
      digitalWrite(ledPins4, LOW);
      digitalWrite(ledPins5, LOW);
      digitalWrite(ledPins6, HIGH);
      digitalWrite(ledPins7, HIGH);
      digitalWrite(ledPins8, HIGH);
      digitalWrite(ledPins9, HIGH);
    }

    if (sensorValue >= 342 && sensorValue < 512) {
      //turn the ledPin on
      digitalWrite(ledPins2, HIGH);
      digitalWrite(ledPins3, HIGH);
      digitalWrite(ledPins4, LOW);
      digitalWrite(ledPins5, LOW);
      digitalWrite(ledPins6, LOW);
      digitalWrite(ledPins7, HIGH);
      digitalWrite(ledPins8, HIGH);
      digitalWrite(ledPins9, HIGH);
    }

    if (sensorValue >= 512 && sensorValue < 682) {
      //turn the ledPin on
      digitalWrite(ledPins2, HIGH);
      digitalWrite(ledPins3, HIGH);
      digitalWrite(ledPins4, HIGH);
      digitalWrite(ledPins5, LOW);
      digitalWrite(ledPins6, LOW);
      digitalWrite(ledPins7, LOW);
      digitalWrite(ledPins8, HIGH);
      digitalWrite(ledPins9, HIGH);
    }

    if (sensorValue >= 682 && sensorValue < 852) {
      //turn the ledPin on
      digitalWrite(ledPins2, HIGH);
      digitalWrite(ledPins3, HIGH);
      digitalWrite(ledPins4, HIGH);
      digitalWrite(ledPins5, HIGH);
      digitalWrite(ledPins6, LOW);
      digitalWrite(ledPins7, LOW);
      digitalWrite(ledPins8, LOW);
      digitalWrite(ledPins9, HIGH);
    }

    if (sensorValue >= 852 && sensorValue < 1024) {
      //turn the ledPin on
      digitalWrite(ledPins2, HIGH);
      digitalWrite(ledPins3, HIGH);
      digitalWrite(ledPins4, HIGH);
      digitalWrite(ledPins5, HIGH);
      digitalWrite(ledPins6, HIGH);
      digitalWrite(ledPins7, LOW);
      digitalWrite(ledPins8, LOW);
      digitalWrite(ledPins9, LOW);
    }
  }

}