Arduino Graduation Cap Embroidery

/*
*Andrew Que
******************************************************************************/
// Create integer variables for the pins we'll be using

int buttonPin = A5;
int switchPin = A9;
int buzzer = 11;


int LED1 = A3;
int LED2 = A4;
int LED3 = A7;
int LED4 = A8;
int NOTE_C6 = 1047;
int NOTE_C5 = 523;
int NOTE_D1  =587;
int NOTE_DS1 =622;
int NOTE_E1  =659;
int NOTE_F1  =698;
int NOTE_FS1 =740;
int NOTE_G1  =784;
int NOTE_GS1 =831;
int NOTE_A1  =880;
int NOTE_AS1= 932;
int NOTE_B1= 988;
int NOTE_C2 = 1047;
int NOTE_CS2= 1109;
int NOTE_D2 = 1175;
int NOTE_DS2= 1245;
int NOTE_E2 = 1319;
int NOTE_F2 = 1397;
int NOTE_FS2= 1480;
int NOTE_G2 = 1568;
int NOTE_GS2= 1661;
int NOTE_A2 = 1760;
int NOTE_AS2 =1865;
int NOTE_B2 = 1976;


void setup()
{
  // Initialize the button and switch pins as inputs with pullups.
  // Pullups keep the inputs from "floating" when a switch or button is open / unpressed.

  pinMode(buttonPin, INPUT_PULLUP);
  pinMode(switchPin, INPUT_PULLUP);

  // Initialize the LED pins as outputs:

  pinMode(LED1, OUTPUT);
}

void pattern(){
        digitalWrite(LED1,HIGH);
        tone(buzzer,NOTE_G2);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        tone(buzzer,NOTE_FS2);
        delay(350);

        tone(buzzer,NOTE_G2);
        delay(350);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        tone(buzzer,NOTE_A2);
        delay(700);

        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        tone(buzzer,NOTE_E2);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

        tone(buzzer,NOTE_D2);
        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(700);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(700);


        tone(buzzer,NOTE_C2);
        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

         tone(buzzer,NOTE_B1);
        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(350);

        tone(buzzer,NOTE_C2);
        delay(350);

        tone(buzzer,NOTE_D2);
        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(700);

        tone(buzzer,NOTE_A1);
        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(700);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(700);


        tone(buzzer,NOTE_B1);
        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

        tone(buzzer,NOTE_CS2);
        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(350);

        tone(buzzer,NOTE_D2);
        delay(350);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(350);

        tone(buzzer,NOTE_E2);
        delay(350);

        tone(buzzer,NOTE_A2);
        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

         tone(buzzer,NOTE_D2);
        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(700);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(700);

        tone(buzzer,NOTE_G2);
        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

        tone(buzzer,NOTE_G2);
        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(350);

        tone(buzzer,NOTE_FS2);
        delay(350);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(350);

        tone(buzzer,NOTE_E2);
        delay(350);

        tone(buzzer,NOTE_D2);
        digitalWrite(LED4,LOW);
        digitalWrite(LED1,HIGH);
        delay(700);

        digitalWrite(LED1,LOW);
        digitalWrite(LED2,HIGH);
        delay(700);

        digitalWrite(LED2,LOW);
        digitalWrite(LED3,HIGH);
        delay(700);

        digitalWrite(LED3,LOW);
        digitalWrite(LED4,HIGH);
        delay(700);






}


void loop()
{
  // This code will read the positions of the button and switch,
  // then use the "if" command to make LEDs follow these states.

  // Create variables to store the button and switch input values:

  int buttonState;
  int switchState;

  // Read and save the states of the button and switch:

  buttonState = digitalRead(buttonPin);
  switchState = digitalRead(switchPin);

  // The if-else statement lets you do different things based on different inputs:

  // The button will read as LOW when it's pressed

  while (buttonState == LOW) // Check to see if buttonState is LOW (pressed)
  {
    pattern();
    break;
  }

    digitalWrite(LED1,LOW); // If switchState is HIGH (off), turn off the LED
    digitalWrite(LED2,LOW);
    digitalWrite(LED3,LOW);
    digitalWrite(LED4,LOW);
    noTone(buzzer);
}