int buttonUp = 2;
int buttonDown = 3;
int motorPinUp = 9; /// the wire to the FET for the motor.
//int motorPinDown = 10; // Only for the reverse direction (ignore)
int ledSafeToOpen = 6;
int ledMoving = 7;

// Variables to track the elevator state
bool isMoving = false;
bool isMovingUp = false;
bool isMovingDown = false;

void setup() {
  // Set buttons with internal pull-up resistors
  pinMode(buttonUp, INPUT_PULLUP);
  pinMode(buttonDown, INPUT_PULLUP);

  pinMode(motorPinUp, OUTPUT);
  //pinMode(motorPinDown, OUTPUT);
  pinMode(ledSafeToOpen, OUTPUT);
  pinMode(ledMoving, OUTPUT);
}

void loop() {
  // Handle Idle State
  if (!isMoving) {
    digitalWrite(ledSafeToOpen, HIGH); // Safe to open

    // Check if buttons are pressed (LOW due to pull-up)
    if (digitalRead(buttonUp) == LOW) {
      isMoving = true;
      isMovingUp = true;
      digitalWrite(ledSafeToOpen, LOW); // Not safe to open
      digitalWrite(ledMoving, HIGH); // Indicate moving
      digitalWrite(motorPinUp, HIGH);
      delay(10000); // 10-second delay for traveling
      digitalWrite(motorPinUp, LOW);
      isMoving = false;
      isMovingUp = false;
      digitalWrite(ledMoving, LOW);
      delay(1000); // Wait at the floor for a bit
    } else if (digitalRead(buttonDown) == LOW) {
      isMoving = true;
      isMovingDown = true;
      digitalWrite(ledSafeToOpen, LOW); // Not safe to open
      digitalWrite(ledMoving, HIGH); // Indicate moving
      //digitalWrite(motorPinDown, HIGH);
      delay(10000); // 10-second delay for traveling
      //digitalWrite(motorPinDown, LOW);
      isMoving = false;
      isMovingDown = false;
      digitalWrite(ledMoving, LOW);
      delay(1000); // Wait at the floor for a bit
    }
  }
}