let binArray=[0,1,0,1,1,0,1];

let noteCount;

let binIndex=0;

let restTimer=0;

let val;

let delineator;

let delinCounter=0;

​

let nextEventTime;

amp=1

​

function setup() {

  createCanvas(400, 400);

  let cnv = createCanvas(100, 100);

  cnv.mousePressed(playOscillator);

  osc = new p5.Oscillator('sine');

  delineator=false;

  noteCount=0;

  nextEventTime=0;

}

​

function draw() {

  frameRate(60);

  background(200);

  freq=300;

​

  val=binArray[binIndex]; 

  if(val==0)

    {

      freq=500;

    } else {

      freq=50;

    }

  //delineator=!delineator;

  noteCount++;

  //print(noteCount);

  if(noteCount>20)

    {

      noteCount=0;

      if(!delineator)

        {

          binIndex++;

          delineator=true;

        }

      if(delineator)

        {

          delineator=false;

        }

    }

​

    if(binIndex > binArray.length-1)

    {

      restTimer++;

      amp=0;

      if(restTimer > 100)

        {

          amp=1

          binIndex=0;

          restTimer=0;

        }

    }

  osc.freq(freq,0);

  osc.amp(amp,0);

  print(binIndex);

​

}

​

function playOscillator() {

​

  osc.start();

  playing = true;

}

​

//on arduino side 

//3 possible messages

//freq A, freq B, or rest (between vals)

​

//first, wait for 1000 zeroes to be counted(the rest step) then open up the listening loop

​

//simply count the number of 1s coming in 

//and keep track of how many zeroes in a row 

//if more than 10 zeroes in a row, 

//check how many 1s were counted so far 

//if it's a high number (from high freq), then write a bit of 1 to the current index and index++, if it's a lower number, write a bit of 0 to the current index, and index++ 

​

​