Imperial_March.h

//Star Wars Imperial March -
//Simple 2 pin Buzzer Arduino - Source: https://goo.gl/eH33Vh - Arduino Tone:  https://goo.gl/ptlXDj -
//
// NB: ALL NOTES DEFINED WITH STANDARD ENGLISH NAMES, EXCEPT FROM "A"
// THAT IS CALLED WITH THE ITALIAN NAME "LA" BECAUSE A0,A1...ARE THE ANALOG PINS ON ARDUINO.
// Also, B0 and B1 conflict with newer platform.txt definitions so renamed to B0_ and B1_
// (Ab IS CALLED Ab AND NOT LAb)

namespace ImpMarch {

    #define  C0 16.35
    #define Db0 17.32
    #define D0  18.35
    #define Eb0 19.45
    #define E0  20.60
    #define F0  21.83
    #define Gb0 23.12
    #define G0  24.50
    #define Ab0 25.96
    #define LA0 27.50
    #define Bb0 29.14
    #define B0_ 30.87
    #define C1  32.70
    #define Db1 34.65
    #define D1  36.71
    #define Eb1 38.89
    #define E1  41.20
    #define F1  43.65
    #define Gb1 46.25
    #define G1  49.00
    #define Ab1 51.91
    #define LA1 55.00
    #define Bb1 58.27
    #define B1_  61.74
    #define C2  65.41
    #define Db2 69.30
    #define D2  73.42
    #define Eb2 77.78
    #define E2  82.41
    #define F2  87.31
    #define Gb2 92.50
    #define G2  98.00
    #define Ab2 103.83
    #define LA2 110.00
    #define Bb2 116.54
    #define B2  123.47
    #define C3  130.81
    #define Db3 138.59
    #define D3  146.83
    #define Eb3 155.56
    #define E3  164.81
    #define F3  174.61
    #define Gb3 185.00
    #define G3  196.00
    #define Ab3 207.65
    #define LA3 220.00
    #define Bb3 233.08
    #define B3  246.94
    #define C4  261.63
    #define Db4 277.18
    #define D4  293.66
    #define Eb4 311.13
    #define E4  329.63
    #define F4  349.23
    #define Gb4 369.99
    #define G4  392.00
    #define Ab4 415.30
    #define LA4 440.00
    #define Bb4 466.16
    #define B4  493.88
    #define C5  523.25
    #define Db5 554.37
    #define D5  587.33
    #define Eb5 622.25
    #define E5  659.26
    #define F5  698.46
    #define Gb5 739.99
    #define G5  783.99
    #define Ab5 830.61
    #define LA5 880.00
    #define Bb5 932.33
    #define B5  987.77
    #define C6  1046.50
    #define Db6 1108.73
    #define D6  1174.66
    #define Eb6 1244.51
    #define E6  1318.51
    #define F6  1396.91
    #define Gb6 1479.98
    #define G6  1567.98
    #define Ab6 1661.22
    #define LA6 1760.00
    #define Bb6 1864.66
    #define B6  1975.53
    #define C7  2093.00
    #define Db7 2217.46
    #define D7  2349.32
    #define Eb7 2489.02
    #define E7  2637.02
    #define F7  2793.83
    #define Gb7 2959.96
    #define G7  3135.96
    #define Ab7 3322.44
    #define LA7 3520.01
    #define Bb7 3729.31
    #define B7  3951.07
    #define C8  4186.01
    #define Db8 4434.92
    #define D8  4698.64
    #define Eb8 4978.03

    // DURATION OF THE NOTES
    // You can change this value changing all the others
    #define BPM ((int)(120*2))

    #define H 2*Q           // Half 2/4
    #define Q 60000/BPM     // Quarter 1/4
    #define E Q/2           // Eighth 1/8
    #define S Q/4           // Sixteenth 1/16
    #define W 4*Q           // Whole 4/4

    int RESET_SLEEP = 7;    // active low
    int numberPasses = 1;
    int startupDelay = 250;
    bool playFullPiece = false;
    bool part1 = true;
    bool part2 = false;

    //  uncomment to change octave
    #define tone(P,N,D) tone(P,(N)*56,D)

    void marchSetup(int pin) {
        pinMode(pin, OUTPUT);
        digitalWrite(pin,LOW);

        pinMode(RESET_SLEEP, OUTPUT);
        digitalWrite(RESET_SLEEP, HIGH);
    }

    // the loop routine runs over and over again forever:
    void marchLoop(int pin) {
        if (numberPasses <= 0) {
            noTone(pin);
            digitalWrite(RESET_SLEEP, LOW);
        }
        else {
            numberPasses--;
            delay(startupDelay);

          //tone(pin, note, duration)
            if (part1) {
                tone(pin,LA3,Q);
                delay(1+Q); // Delay duration should always be 1 ms more than the note in order to separate them.
                tone(pin,LA3,Q);
                delay(1+Q);
                tone(pin,LA3,Q);
                delay(1+Q);
                tone(pin,F3,E+S);
                delay(1+E+S);
                tone(pin,C4,S);
                delay(1+S);

                tone(pin,LA3,Q);
                delay(1+Q);
                tone(pin,F3,E+S);
                delay(1+E+S);
                tone(pin,C4,S);
                delay(1+S);
                tone(pin,LA3,H);
                delay(1+H);
            }

            if (playFullPiece || part2) {
                if (part2) {
                    tone(pin,E4,Q);
                    delay(1+Q);
                    tone(pin,E4,Q);
                    delay(1+Q);
                    tone(pin,E4,Q);
                    delay(1+Q);
                    tone(pin,F4,E+S);
                    delay(1+E+S);
                    tone(pin,C4,S);
                    delay(1+S);

                    tone(pin,Ab3,Q);
                    delay(1+Q);
                    tone(pin,F3,E+S);
                    delay(1+E+S);
                    tone(pin,C4,S);
                    delay(1+S);
                    tone(pin,LA3,H);
                    delay(1+H);
                }
                tone(pin,LA4,Q);
                delay(1+Q);
                tone(pin,LA3,E+S);
                delay(1+E+S);
                tone(pin,LA3,S);
                delay(1+S);
                tone(pin,LA4,Q);
                delay(1+Q);
                tone(pin,Ab4,E+S);
                delay(1+E+S);
                tone(pin,G4,S);
                delay(1+S);

                tone(pin,Gb4,S);
                delay(1+S);
                tone(pin,E4,S);
                delay(1+S);
                tone(pin,F4,E);
                delay(1+E);
                delay(1+E); // PAUSE
                tone(pin,Bb3,E);
                delay(1+E);
                tone(pin,Eb4,Q);
                delay(1+Q);
                tone(pin,D4,E+S);
                delay(1+E+S);
                tone(pin,Db4,S);
                delay(1+S);

                tone(pin,C4,S);
                delay(1+S);
                tone(pin,B3,S);
                delay(1+S);
                tone(pin,C4,E);
                delay(1+E);
                delay(1+E); // PAUSE QUASI FINE RIGA
                tone(pin,F3,E);
                delay(1+E);
                tone(pin,Ab3,Q);
                delay(1+Q);
                tone(pin,F3,E+S);
                delay(1+E+S);
                tone(pin,LA3,S);
                delay(1+S);

                tone(pin,C4,Q);
                delay(1+Q);
                tone(pin,LA3,E+S);
                delay(1+E+S);
                tone(pin,C4,S);
                delay(1+S);
                tone(pin,E4,H);
                delay(1+H);

                tone(pin,LA4,Q);
                delay(1+Q);
                tone(pin,LA3,E+S);
                delay(1+E+S);
                tone(pin,LA3,S);
                delay(1+S);
                tone(pin,LA4,Q);
                delay(1+Q);
                tone(pin,Ab4,E+S);
                delay(1+E+S);
                tone(pin,G4,S);
                delay(1+S);

                tone(pin,Gb4,S);
                delay(1+S);
                tone(pin,E4,S);
                delay(1+S);
                tone(pin,F4,E);
                delay(1+E);
                delay(1+E);//PAUSE
                tone(pin,Bb3,E);
                delay(1+E);
                tone(pin,Eb4,Q);
                delay(1+Q);
                tone(pin,D4,E+S);
                delay(1+E+S);
                tone(pin,Db4,S);
                delay(1+S);

                tone(pin,C4,S);
                delay(1+S);
                tone(pin,B3,S);
                delay(1+S);
                tone(pin,C4,E);
                delay(1+E);
                delay(1+E); // PAUSE QUASI FINE RIGA
                tone(pin,F3,E);
                delay(1+E);
                tone(pin,Ab3,Q);
                delay(1+Q);
                tone(pin,F3,E+S);
                delay(1+E+S);
                tone(pin,C4,S);
                delay(1+S);

                tone(pin,LA3,Q);
                delay(1+Q);
                tone(pin,F3,E+S);
                delay(1+E+S);
                tone(pin,C4,S);
                delay(1+S);
                tone(pin,LA3,H);
                delay(1+H);

                delay(2*H);
            }
        }
    }
}