​

var wid = 800;

var hei = 600;

​

var NB_FRAMES = 100;

​

var frame_count = 0;

​

function activation(t) {

    return ((1-cos(2*PI*t))/2)**1;

}

​

function object(id) {

    this.id = id;

    this.draw = function() {

        var t = ((frame_count)%NB_FRAMES)/NB_FRAMES;

        var x0 = lerp(0,wid,this.id/NB);

        theta = PI/2;

        var xx = x0;

        var yy = 0;

        var Nt = 100;

        var step = hei/Nt;

        var turn = lerp(0,0.4,activation((this.id/NB+0*t)%1));

        stroke(255);

        strokeWeight(1);

        noFill();

        beginShape();

        vertex(xx,yy);

​

        for(var i=0;i<=Nt;i++){

            theta += turn*sin(100*noise(1000)+2*PI*(15*noise(0.2*this.id/NB,0.02*i)+t));

            //theta += turn*sin(100*noise(1000)+2*PI*(20*noise(0.02*i)+t + 0.1*sin(2*PI*this.id/NB)));

            xx += step*cos(theta);

            yy += step*sin(theta);

            var xx2 = lerp(xx,x0,(i/Nt)*(i/Nt)*(i/Nt));

            var yy2 = lerp(yy,lerp(0,hei-0,i/Nt),max((i/Nt),1-sqrt(i/Nt)));

            vertex(xx2,yy2);

        }

        endShape();

    }

}

​

var Objects = [];

var NB = 100;

​

function setup() {

  curSeed = 20;

    noiseSeed(curSeed);

    randomSeed(0.2);

    cnv = createCanvas(wid,hei);

    //cnv.parent("canvas");

    background(255,0,0);

    for(var i = 0;i<NB;i++) {

        Objects[i] = new object(i);

    }

}

​

function mousePressed(){

    curSeed = floor(random()*10000);

    noiseSeed(curSeed);

    console.log(curSeed);

}

​

function draw() {

    background(0);

    var t = ((frame_count)%NB_FRAMES)/NB_FRAMES;

    for(var i=0;i<NB;i++) Objects[i].draw();

  noStroke();

  fill(255);

    text("seed : " + curSeed, 10, 10);

​

    frame_count++;

    if (frame_count<=100 && frame_count>80) {

        //saveCanvas('s5_'+frame_count+'.png');

    }

}