Genuary 8 : Draw one million of something.

//5,000 frames/sets of 200

let simplex

let colors=["#fffafe","#dfe2e8","#838590","#252b3d","#f9ba23","#b63c17","#e00902"]

colors=["#0f120c","#8e5017","#d29c34","#a40e02","#28727f","#3b515d", "#0f120c"]

let count=0

​

function preload(){

font= loadFont('FamiljenGrotesk-VariableFont_wght.ttf')

}

​

function setup() {

  createCanvas(400, 400); 

  background('#f4f1de') 

  simplex= new openSimplexNoise(Date.now())

}

​

function draw() {

noStroke()  

  for(let x=50; x<350; x+=6){

  for(let y=50; y<350; y+=6){

  fill(colorMixer(x, y, colors))

  let xoff= simplex.noise3D(x/15, y/10, frameCount/100)*6

  let yoff= simplex.noise3D(x/10, y/15, frameCount/100)*6

  ellipse(x+xoff, y+yoff, 10)

    count++

  }

} 

  fill('#f4f1de') 

  noStroke()

  rect(0, 0, width, 60)

  rect(0, 0, 60, height)

  rect(340, 0, 60, height)

  rect(0, 340, width, 60)

  noFill()

  stroke(100)

  textFont(font)

   fill(100)

  strokeWeight(1)

  stroke(100)

  text('1.8', 20, 380)  

  text(count, 335, 380)

  if(frameCount==400){

    noLoop()

  }

}

​

​

function colorMixer(x, y, colorArray) {

  let c = noise(x/50, y/5, frameCount/60) * colorArray.length

  let c1 = floor(c)

  let c2 = floor(c + 1) % colorArray.length

  let color1 = colorArray[c1]

  let color2 = colorArray[c2]

  let mix = fract(c)

  let coloring = color(spectral.mix(color1, color2, mix))

  coloring.setAlpha(10)

  return coloring

}