// Code by Silvana Espinoza, Fab Academy 2024
				const int LedPin = D0;      // Assigns the LED pin number 0 to the variable LedPin
				const int LedPin2 = D6;     // Assigns the LED pin number 6 to the variable LedPin2
				const int LedPin3 = D7;     // Assigns the LED pin number 7 to the variable LedPin3
				const int button = D1;      // Assigns the pushbutton pin number 1 to the variable button
				int buttonState = 0;        // Initializes a variable for reading the pushbutton status
				
				void setup()
				{
				  Serial.begin(9600);        // Initializes serial communication with a baud rate of 9600
				  pinMode(button, INPUT);     // Configures the pushbutton pin as INPUT
				  pinMode(LedPin, OUTPUT);    // Configures LedPin as OUTPUT
				  pinMode(LedPin2, OUTPUT);   // Configures LedPin2 as OUTPUT
				  pinMode(LedPin3, OUTPUT);   // Configures LedPin3 as OUTPUT
				}
				
				void loop()
				{
				  buttonState = digitalRead(button);  // Reads the current state of the pushbutton and stores it in buttonState
				  if (buttonState == HIGH) {
					
					for (int i = 0; i <= 5; i++)       // Executes the following code block 6 times
					{
					  delay(800);
					  digitalWrite(LedPin, HIGH);    // Turns on LedPin
					  delay(600);
					  digitalWrite(LedPin, LOW);     // Turns off LedPin
					  delay(800);
					  digitalWrite(LedPin2, HIGH);   // Turns on LedPin2
					  delay(600);
					  digitalWrite(LedPin2, LOW);    // Turns off LedPin2
					  delay(800);
					  digitalWrite(LedPin3, HIGH);   // Turns on LedPin3
					  delay(500);
					  digitalWrite(LedPin3, LOW);    // Turns off LedPin3
					}
				  } else {
					
					digitalWrite(LedPin, LOW);       // Turns off LedPin
					digitalWrite(LedPin2, LOW);      // Turns off LedPin2
					digitalWrite(LedPin3, HIGH);     // Turns on LedPin3
				  }
				}