// DenisovichDev

​

/*

I don't how I finished it, but I finished it. IN TIME. I started around 12:00PM. It's 22:48 now :').

​

Made for Hello Mr Raphaël De Courville, Processing community lead fellow. Cheers, Raph.

​

I'm so sorry, I couldn't be bothered to comment today.

I'm probably not in chat right now, but make sure to look

at each file. There may or may not be unsafe polar noises in them.

*/

​

p5.disableFriendlyErrors = true;

​

let boundary, circles, numCircles, lines, numLines, sqiggs, numSquiggs

let black = "#10060D"

function setup() {

    l = min(windowHeight, windowWidth)

    createCanvas(w = l, h = l)

    bgBuff = createGraphics(w, h)

​

    bg = color("#ECDBD1")

​

    bgBuff.background(bg)

    gorillaGrain(20, bgBuff)

​

    // noLoop() // For now

    imageMode(CENTER)

​

    stroke(black)

​

    // Objects

    boundary = new BoundingCircle(l * 0.45, l * 0.05)

    boundary.render()

​

    ray_1 = new Ray(random(PI / 8, PI / 6), "#54A7A7")

    ray_2 = new Ray(-random(PI / 8, PI / 6), "#E0B479")

    ray_1.init()

    ray_2.init()

​

    circles = []

    numCircles = floor(0.0766 * boundary.r)

    for (let i = 0; i < numCircles; i++) {

        let phi = random(TAU)

        let r = boundary.r * 0.8 * sqrt(random())

        let c = new Circle(r * cos(phi) + w/2, r * sin(phi) + h/2)

        circles.push(c)

    }

    lines = []

    numLines = floor(0.046 * boundary.r)

    for (let i = 0; i < numLines; i++) {

        let phi = random(TAU)

        let r = boundary.r * 0.8 * sqrt(random())

        let ln = new Line(r * cos(phi) + w/2, r * sin(phi) + h/2)

        lines.push(ln)

    }

​

    sqiggs = []

    numSquiggs = floor(0.026 * boundary.r)

    for (let i = 0; i < numSquiggs; i++) {

        let phi = random(TAU)

        let r = boundary.r * 0.8 * sqrt(random())

        let sl = new Sqiggly(r * cos(phi) + w/2, r * sin(phi) + h/2)

        sqiggs.push(sl)

    }

}

​

function draw() {

    blendMode(BLEND)

    image(bgBuff, w / 2, h / 2)

    blendMode(MULTIPLY)

    ray_1.draw()

    ray_2.draw()

​

    circles.forEach(circle => {

        circle.update()

        circle.draw()

    })

​

    lines.forEach(line => {

        line.draw()

    })

​

    sqiggs.forEach(sqiggly => {

        sqiggly.draw()

    })

​

    boundary.draw()

}

​

function gorillaGrain(gA, buffer) {

    buffer.loadPixels();

    let d = pixelDensity();

    let halfImage = 4 * (w * d) * (h * d);

    for (let i = 0; i < halfImage; i += 4) {

      grainAmount = map(random(), 0, 1, -gA, gA);

      buffer.pixels[i] = buffer.pixels[i] + gA / 2;

      buffer.pixels[i + 1] = buffer.pixels[i + 1] + grainAmount;

      buffer.pixels[i + 2] = buffer.pixels[i + 2] + grainAmount;

      buffer.pixels[i + 3] = buffer.pixels[i + 3] + grainAmount;

    }

    buffer.updatePixels();

}

​

​

const pal = ["#A25469", "#E2021A", "#691E2F", "#29607F", "#44896A", "#97B68A", "#E79971", "#F9D861", "#746093", "#DF7937"]

​