My Patrons can on my May Theme! The Options are: -Hyperbolic Manifolds -Unplugged -Multineighbourhood Cellular Automata www.patreon.com/posts/155083...

Stablish Nilgeometric 2-Body Orbit? I'm actually closing in over time since the orbit gets rather tight... #mathsky

A happy tiling. This image was made by hand placing and colouring tiles in Zellige app, then some light post processing in affinity. #TilingTuesday #Tiling #Geometry #MathArt

Nilgeometric Gravity Full Video: youtu.be/In8u91fMEwE

Nilgeometric Gravity Full Video: youtu.be/In8u91fMEwE

rotationally-symmetrical start, cool how CA preserve symmetries

A white mass in Nilgeometric Space influencing a spectrum of zero-mass objects with varying initial momentum.

In Euclidean Space the 2-Body-Problem has nice Ellipses as solutions. In Nilgeometry it is chaotic.

In Euclidean Space the 2-Body-Problem has nice Ellipses as solutions. In Nilgeometry it is chaotic.

A Cluster of masses in Nilgeometric Space. #mathsky

So my Maze Algorithm starts starts at a random spot and does a random walk without going back to a spot it's already been deleting walls along the way. If it can't move on it switches to a random spot it's already been on and carves a new path from there. 1/2

A Cluster of masses in Nilgeometric Space. #mathsky

Nilgeometric Gravity An Unexpected Problem is, that the System tends to shift in z-directionso I need to move my camera as well.. #physics #mathsky

Nilgeometric Gravity An Unexpected Problem is, that the System tends to shift in z-directionso I need to move my camera as well.. #physics #mathsky

I converted a text message into a knight's tour. To decode it, follow the knight's tour, starting in the top left corner. The knight will traverse a succession of 11x11 tours, and each of these 11x11 tours corresponds to a letter. The message is a quote from Ursula K. Le Guin.

New Month, new Theme! #maze #codeart

Another Compact Hyperbolic Honeycomb #math #codeart

April's Theme is "Nilgeometric Gravity"! In Nilgeometric Space the Geodesic between two points is not unique: The bigger the z-difference the more geodesics. I add the gravity force for each geodesic. How strong is the force? Proportional to how big the subject appears to to the object.

April's Theme is "Nilgeometric Gravity"! In Nilgeometric Space the Geodesic between two points is not unique: The bigger the z-difference the more geodesics. I add the gravity force for each geodesic. How strong is the force? Proportional to how big the subject appears to to the object.

( x ^ 2y) % 2× Good Bye Bits'n'Bytes! 'twas a fun Monthly Theme! #mathsky #codeart #mathart

High-resolution Render for Patrons of Level Square and up! 10'000 objects moving ~1500 time steps in 25600x14400pixel resolution #creativecodeart

( x ^ 2y) % 2× Good Bye Bits'n'Bytes! 'twas a fun Monthly Theme! #mathsky #codeart #mathart

A Boolean Odyssey 2x ^ y - x

Applying Pi to keep my work Euclidean. #crochet

A Boolean Odyssey 2x ^ y - x

3's the charm! #squarepacking

High-resolution Render for Patrons of Level Square and up, 25600×14400pixels in full!

A fractal self-replicating tile created by iterating a pentabolo

Enter Sierpinski 's Forest Full Version: youtu.be/E0V59QxL7II #mathsky

Packing 2 Squares #squarepacking

Enter Sierpinski 's Forest Full Version: youtu.be/E0V59QxL7II #mathsky

TIL Rectangles can twirl. ( x | y ) - ( x | 2y ) #marhsky

Ambivalent Sierpinski: y - ( ( y ^ x ) | ( x - y ) ) #mathsky

Two interlocked Sierpinski Patterns: x- ( (x ^ y ) - y) % y #mathsky

Two interlocked Sierpinski Patterns: x- ( (x ^ y ) - y) % y #mathsky

Multiplication os squaring in the formula tends to make a noisy mess, but here I found lovely one! (Let's see if the compression algorithm agrees) (x^2) | ((y-x)%x) #mathsky

Square with four vortexes.

I see baby turtles walking towards the water... x | (( y / ( x / y )) % x #mathsky

(x - ( x & ( x +y )))%39 I darkened parts of the color spectrum to give 11 equidistant peaks of brightness. How do we like the resulting palette? #mathsky

(x - ( x & ( x +y )))%39 I darkened parts of the color spectrum to give 11 equidistant peaks of brightness. How do we like the resulting palette? #mathsky

f(x,y)=( x / (y ^ ( x - y ) ) ) % 2040 Full Version: youtu.be/K_JypACeC9E Where would this look interesting? / is integer division. The output is big, if (y ^( x - y )) is small. ^ is bitwise xor. The output is small if its inputs are similar So we expect an interesting picture for y~x-y.

Square Tilings Hexahedra Hexagonal Prisms Truncated Octahedra #creativecoding

f(x,y)=( x / (y ^ ( x - y ) ) ) % 2040 Full Version: youtu.be/K_JypACeC9E Where would this look interesting? / is integer division. The output is big, if (y ^( x - y )) is small. ^ is bitwise xor. The output is small if its inputs are similar So we expect an interesting picture for y~x-y.

Happy #FractalFriday! ( x / ( x & ( x / y ))) % 18 #mathsky

Happy #FractalFriday! ( x / ( x & ( x / y ))) % 18 #mathsky

(y ^ ( x & (x-y))) % 11 Conspiracy Theorists: "The Data is Clear!" The Data:

Aren't we all a little square? #creativecoding

(y ^ ( x & (x-y))) % 11 Conspiracy Theorists: "The Data is Clear!" The Data:

Structured x ^ (( x ^ y ) % y ) % 35 #mathsky