Generative Stickers

Death and Ghost

Scull

// Based on https://www.openprocessing.org/sketch/384060 // Trippy Flower by Michael Pinn // Fork by Rupert Russell float s = 8; int scale = 200; void setup() { size(3940, 3940); strokeJoin(ROUND); stroke(20); strokeWeight(4); fill(255,0,0); } void draw() { background(255); translate(width/2, height/2); for (int i = 0; i < 360; i+=20) { pushMatrix(); rotate(radians(i)); beginShape(); for (float q = 0; q <= scale; q+=0.5) { float l = (sin(radians(q*1+frameCount))*(5+sin(radians(q*9))*(q*3))); vertex(sin(radians(0))*(10+q*s)+l, (10+q*s)+10); } for (float q = scale; q >= 0; q-=0.15) { float l = (sin(radians(q*1+frameCount))*(5+sin(radians(q*9))*(q*3))); ...

Autumn vibes

Hell

Ghost

Created with "Processing":https://processing.org // Inspired by Triangle*Triangle by Santiago Fiorino // https://www.openprocessing.org/sketch/567151 void setup() { size(7700, 7700); // noStroke(); strokeWeight(0.9); stroke(0); fill(150, 150, 150, 10); noLoop(); background (0); smooth(); } float boxWidth = 600 * 2.5; float boxHeight= 500 * 2.5; float divisions = 8; void draw() { translate(width/2, height /2); for (int x = 0; x < 360; x = x + 10) { thing(4); rotate(radians(10)); println(x); } for (int x = 0; x < 360; x = x + 10) { thing(6); rotate(radians(10)); println(x); } //for (int x = 0; x < 360; x = x + 10) { // thing(8); //...

"Piet Mondrian":http://en.wikipedia.org/wiki/Piet_Mondrian "See also":http://www.artchive.com/artchive/M/mondrian.html created using Processing by "Efrain Garcia A":http://www.openprocessing.org/portal/?userID=9661

// draws a Polar Flower // Based on code from http://www.physics.emory.edu/~weeks/ideas/rose.html // Created with "Processing":http://processing.org/ int screenWidth = 6000; int screenHeight = 6000; void setup() { size(6000, 6000); background(0); // black background stroke(255,255,255); strokeWeight(3); // thin lines smooth(); // antialias lines } float rad; float theta; float x; float y; float r; void draw() { for (rad = 1; rad < 300; rad ++) { for (theta = 0; theta <= 10 * PI; theta += 0.01) { r = rad * (8 + sin(theta * 10 + rad / 40)); // "rad/20" gives the figure a slight phase shift as it grows larger x = r * cos(theta) + screenWidth / 2;...

/* Pine Trees Inspired by : http://simpledesktops.com/browse/desktops/2013/feb/18/pine-trees/ from "Simple Desktops" Based on coded by @ramayac based on https://www.openprocessing.org/sketch/94706 by ramayac */ int stepx, stepy; color fondo, color1; void setup(){ size(7700, 7700); noStroke(); stepx = 66 * 3; stepy = 115 * 3; fondo = color(#CFE8CC); color1 = color(#4A925C); smooth(); } void draw(){ background(fondo); noStroke(); fill(color1, 175); for(int i = -stepx; i <= width+stepx; i = i+stepx){ for(int j = -stepy; j <= width+stepy; j = j+stepy){ triangulo(i, j); } } noLoop(); save("PineTrees.png"); exit(); } void triangulo(int x...

High energy lines form an abstract bird of prey, perhaps an eagle, maybe an osprey, a hawk, or other fierce raptor. It was generated by computer code, making it a great gift for programmers and proud geeks as well.

This dragon in a unique geometric style was created by a generative artist using math and a Python computer program as his tools.

Bright fiery orange colors and energetic motion lines characterize this geometric abstract, evocative of a fire juggling performance and ancient tribal tradition.

Alghorithmically generated landscape

Alghorithmically generated landscape

creature 6.12 digital

Alghorithmically generated landscape

Alghorithmically generated landscape

~Regression~ Generative Art experimentation with spirit harmonics between Order & Chaos. Psychedelic digital code art carefully balanced between mathematics and nature. It's a little Hayfoot, and just a tad Strawfoot.

~Ornery~ Generative Art experimentation with spirit harmonics between Order & Chaos. Psychedelic digital code art carefully balanced between mathematics and nature. It's a little Hayfoot, and just a tad Strawfoot.

A3 Gone For Some More Symmetry And colour

Stones Make an Orb A2

Alghorithmically generated landscape

topologocal modeling

~Reception~ Generative Art experimentation with spirit harmonics between Order & Chaos. Psychedelic digital code art carefully balanced between mathematics and nature. It's a little Hayfoot, and just a tad Strawfoot.

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I created with Midjourney and upscaled with Topaz AI for the best quality! Perfect for religion or spiritual people including all angel lovers!

Alghorithmically generated landscape

Embrace the warmth and dive into these tribal trials! A fractal artwork created with jWildfire.

Get lost in the perfect blend of fantasy and machinery with our stunning tee designs! Intricate gears and pistons combine with mythical dragons, whose fiery red scales transition to ocean blues, creating a captivating piece of art. Perfect for those who appreciate the marvels of industrial dragon mechanics!

Generative art interpretation of peace on Earth. Colorful abstract swirling spiral fractal design. Inspiration for your creativity and new ideas. Imagery for a better tomorrow.

Adorable Teddy Bear Drinking Coffee Early in the Morning, a wonderful design perfect for people who love teddies. Grab this design as a birthday gift for your girlfriend, boyfriend, sister, or brother who loves teddy bears. The design is also great for Christmas, anniversaries and events.

Get lost in the perfect blend of fantasy and machinery with our stunning tee designs! Intricate gears and pistons combine with mythical dragons, whose fiery red scales transition to ocean blues, creating a captivating piece of art. Perfect for those who appreciate the marvels of industrial dragon mechanics!

An assemblage of materials building together a Dragon.

This beautiful procedurally generated digital art design is the perfect gift for your loved ones, best friends, or family members. Out of millions of possible choices, the chaos manifested into this highly energetic shape, which is fully unique and generated using the power of ancient mathematics and atmospheric noise. It radiates a calming energy.

The pun "Yes We GAN" alludes to a type of algorithm for unsupervised machine learning, the so-called Generative Adversarial Network (GAN). GANs consist of two artificial neural networks: the generator (G) and the discriminator (D). The generator tries to generate, for example, photorealistic images, while the discriminator tries to identify these "fakes" and tell them apart from real images. Both networks use deep learning to get better at their respective jobs, until the generator is able to create images that look deceptively real. This humorous design is perfect for anyone who is interested in deep learning, artificial intelligence, machine learning, computer science, pattern recognition and technology. A great gift for computer scientis