Algorithm Mugs

Awesome witty stuffs for Python Programmer.

float r = 0; void setup() { size(13500 ,13500); background(10); smooth(); noStroke(); } void draw() { fill(255); rotate(r); float circle_size = random(5 + r / 90, 15 + r / 60); ellipse(80 + r, 10, circle_size, circle_size); r = r + 0.2; println(r + 80); if (80 + r > 14500){ save("rotations3.png"); exit(); } }

Created with Procesing: import wordcram.*; import java.awt.*; void setup() { size(4000, 4000); background(255); PImage image = loadImage("yinyang4.png"); image.resize(width, height); Shape imageShape = new ImageShaper().shape(image, #000000); ShapeBasedPlacer placer = new ShapeBasedPlacer(imageShape); new WordCram(this). fromWords(repeatWord("synchronous", 1000)). withPlacer(placer). withNudger(placer). sizedByWeight(1, 400). angledAt(0). withColor(#F5B502). drawAll(); imageShape = new ImageShaper().shape(image, #ffffff); placer = new ShapeBasedPlacer(imageShape); new WordCram(this). fromWords(repeatWord("Poly", 1000)). withPlacer(pl...

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// Fork of https://www.openprocessing.org/sketch/138954 // Circle Tree by Agoston Nagy // Code on Github at: https://github.com/rupertrussell/Circle-Tree-002

// Fork of https://www.openprocessing.org/sketch/138954 // Circle Tree by Agoston Nagy // Code on Github at: https://github.com/rupertrussell/Circle-Tree-002

Made using the online app Silk http://weavesilk.com

Made using the online app Silk http://weavesilk.com

Made using the online app Silk http://weavesilk.com

Made using the online app Silk http://weavesilk.com

More digital art!

"Stacked Hexagons 001" by Rupert Russell Licensed under Creative Commons Attribution ShareAlikehttps://creativecommons.org/licenses/by-sa/3.0https://creativecommons.org/licenses/GPL/2.0/ written in processing see https://processing.org/ Code on github at: https://github.com/rupertrussell/pattern010

Do you love Rubik's cube? What is your fastest record to solve a rubik's cube? ^|click my name to choose|^ Then Grab this attractive "I solve a Rubik's cube in .. seconds shirt" today!

I mean, have you been on TikTok? That algorithm is changing the world, one personal discovery at a time. Sometimes the things I learn about myself surprise me. Honestly, the accuracy of the algorithm makes me laugh most when I hear politicians or the like screaming about, “all I get are half naked pre-teens” Well, Bob or Karen, that says a lot more about you than it does the clock app.

// created with Processing see processing.org // x = cx + r * cos(a) // y = cy + r * sin(a) // Where r is the radius, cx,cy the origin, and a the angle. // Note that a must be in radians float ellipseSize = 148; float y = 0; float x = 0; float r = 800; boolean odd = false; int counterX = 0; int counterY = 0; float gapX = 1.5; float gapY = 1.1; int count = 0; float space = 0.7; float fillColour = 0; // float nudge = (ellipseSize / 2) + space; // The statements in the setup() function // run once when the program begins void setup() { size(600, 600); // Size should be the first statement noStroke(); fill(0); // Set fill to black noLoop(); background(255); // Set the background to whi...

// Fork of https://www.openprocessing.org/sketch/138954 // Circle Tree by Agoston Nagy int maxCells = 21000; float startradius = 700; // was 780 float minRadius = 2; int count = 0; float speed = 10000; int startTime, maxTime; ArrayList Cells = new ArrayList(); void setup() { size(9411, 9411); background(0); // frameRate(60); noStroke(); Cell C = new Cell(new PVector(width/2, height/2), null, startradius); } void metro(int maxTime) { int elapsed = millis() - startTime; if (elapsed>maxTime) { int over = elapsed-maxTime; startTime=millis()-over; for (int c=0; c<Cells.size(); c++) { Cell C = (Cell) Cells.get(c); if (Cells.size() < maxCells && C.radius > m...

// Code by Rupert Russell // you are welcome to use this code as you see fit. // Chances are it has bugs // December 30 2017 // 7632 x 6480 int displacment = 300; // distance bwtween centers int count = 0; int loop = 0; int x = 0; float startEllipseSize = 600; // size of largest circle float ellipseStep = 30; // width of each circle boolean black = true; float xCord = 0; float yCord = 0; int counter = 0; void setup() { size(9000, 9000); background(255); fill(0); noStroke(); smooth(); noLoop(); } void draw() { // fill a grid with concentric circles while (xCord < width) { while (yCord < height) { counter = counter + 1; println("Counter = " + c...

// Code by Rupert Russell 12 May 2018 // as allways this may contain bugs and is not as elegant as it could be // licence https://creativecommons.org/licenses/by-sa/4.0/ // Attribution-ShareAlike 4.0 International (CC BY-SA 4.0) // Please note that this code has become a little "clunky" with too many cludges int Y_AXIS = 1; int X_AXIS = 2; color b1, b2, c1, c2; float startX; float startY; float endX; float endY; float x; float y; float h = 150; float k = 150; float r = 40; boolean start = true; int count = 0; double step; float yGap = 161; // 160 // 2875 x 3900 T-Shirt // 3502 x 2385 Journal // 1765 x 2481 notebook // 2344 x 2467 poster // 2940 x 2940 clock // 5748 x 5748 scarves // 6310 x 6230 A-Li...

Created with "Processing":http://www.processing.org/

It's Not the Algorithm, It's You

I Need This "I Need This On A Shirt" On A Shirt

A fun pop culture reference design with white circuit boards (similar to classification and/or neural network algorithm structures) and text. The Ultimate Machine Learning Algorithm to Solve Any Problem is the One Algorithm To Rule Them All!

A fun pop culture reference design with yellow circuit boards (similar to classification and/or neural network algorithm structures) and text. The Ultimate Machine Learning Algorithm to Solve Any Problem is the One Algorithm To Rule Them All!

"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

motus rework (minimal version)

If you're not getting the kind of social media engagement you want and the simulation is getting you down, this is the shirt for you!

social media

Big Bigger GPT-4. Show your quirky sense of humor and let everyone know you’re on board for the next BIG thing…GPT-4.

Floppy disk bubble sort algorithm in pascal programming language. Designed for senior programmers. Wear it and share the memories!

If you are a programmer and are stuck on a problem, go running and get a clear head to solve the problem in the program code. Jogging is the perfect compensation for sitting in front of a computer.

Matrix pattern

The number 6174 is called "Kaprekar's constant" and is famous for always resulting from the following algorithm: ①: Take any number of four digits (including leading zeroes) which contains at least two different digits. ②: Arrange the digits in descending and in ascending order, yielding two different four-digit numbers. ③: Subtract the smaller of these numbers from the bigger one. ④: Go to step 2 and repeat until convergence. This process will always converge to the number 6174. Don't believe it? Try it out yourself. It's like magic. Wear this distressed design if you are a mathematician or love mathematics and numbers or buy it as a present for the math nerds or mathematicians in your live because all ways lead to 6174.

mathematical and science blurb

A way of pulling sine waves out of a complex addition of lots of different sine waves with different frequencies, amplitudes, and offsets ( using this fast algorithm called the FFT )

A little radio robot grooving to his own beat

Proclaim in Japanese that you are able to display intelligent behavior that is indistinguishable from that of a human. Great to wear if you are into artificial intelligence and machine learning or Japan and the Japanese language