// Define LED Pins
const int x1_RedLed_Pin = 23;
const int x1_OrangeLed_Pin = 22;
const int x1_GreenLed_Pin = 21;

const int y1_RedLed_Pin = 2;
const int y1_OrangeLed_Pin = 4;
const int y1_GreenLed_Pin = 15;

const int blueLed_Pin = 5;

/*

*/

// Define Buttons
const int button01_Pin = 19;
const int button02_Pin = 18;

// Define button bool states
bool error_Button_State = HIGH;
bool timeScale_Button_State = HIGH;

bool error_Button_State_Before = HIGH;
bool timeScale_Button_State_Before = HIGH;

void setup() {
  Serial.begin(115200);

  pinMode(x1_RedLed_Pin, OUTPUT);
  pinMode(x1_OrangeLed_Pin, OUTPUT);
  pinMode(x1_GreenLed_Pin, OUTPUT);

  pinMode(y1_RedLed_Pin, OUTPUT);
  pinMode(y1_OrangeLed_Pin, OUTPUT);
  pinMode(y1_GreenLed_Pin, OUTPUT);

  pinMode(blueLed_Pin, OUTPUT);

  // Add Buttons
  pinMode(button01_Pin, INPUT_PULLUP);
  pinMode(button02_Pin, INPUT_PULLUP);
}

void loop() {
  digitalWrite(x1_RedLed_Pin, !digitalRead(button01_Pin));
  digitalWrite(x1_OrangeLed_Pin, !digitalRead(button01_Pin));
  digitalWrite(x1_GreenLed_Pin, !digitalRead(button01_Pin));

  digitalWrite(y1_RedLed_Pin, !digitalRead(button02_Pin));
  digitalWrite(y1_OrangeLed_Pin, !digitalRead(button02_Pin));
  digitalWrite(y1_GreenLed_Pin, !digitalRead(button02_Pin));

  if (digitalRead(button01_Pin) == LOW && digitalRead(button02_Pin) == LOW) {
    digitalWrite(blueLed_Pin, HIGH);
  } else {
    digitalWrite(blueLed_Pin, LOW);
  }
}