Verse

//Verse

//by Nur Didem Murtezaoglu

​

//based on Coding Challenge #24 : Perlin Noise Flow Field by The Coding Train (Daniel Shiffman)

//link: https://www.youtube.com/watch?v=BjoM9oKOAKY

//Perlin Noise by yasai

//link: https://www.openprocessing.org/sketch/494102

​

​

var particles_a = [];

var particles_b = [];

var particles_c = [];

var frequency = 300;  //frequency, number of particle objects

var noisePattern = 900;  //noise value for perlin flow equation

var particleRadius = 1;  //thickness of the particles (lines)

​

​

function setup(){

  createCanvas(1450, 750);

  background(0);

    //initiate particle sets for each array

  for(var i = 0; i < frequency; i++){

    particles_a[i] = new Particle();

    particles_b[i] = new Particle();

    particles_c[i] = new Particle();

  }

}

​

function draw() {

  noStroke();

    for(var i = 0; i < frequency; i++){

    var a = map(i,0,frequency,0,250);

​

        //particle array A

    fill(particles_a[i].c, a);

    particles_a[i].move();

        particles_a[i].show(particleRadius);

    particles_a[i].edges();

        particles_a[i].checkColor(167, 138, 112, 206, 252, 253); //light-colors

​

        //particle array B

    fill(particles_b[i].c, a);

    particles_b[i].move();

    particles_b[i].show(particleRadius);

    particles_b[i].edges();

        particles_b[i].checkColor(146, 70, 32, 37, 55, 139); //midi-colors

        //particle array C

    fill(particles_c[i].c, a);

    particles_c[i].move();

    particles_c[i].show(particleRadius);

    particles_c[i].edges();

    particles_c[i].checkColor(119, 75, 59, 77, 113, 210); //dark-colors

​

  }  

}

​

​

​