Non-Euclidean Dreamer

@noneucldreamer.bsky.social

541 Followers 244 Following

Math Teacher and Parent by Day, Creative Coder by Night

Colorful Reaction-Diffusion pattern
3colored reaction Diffusion model
Starting Blodgey, slowly easing into a tentacle pattern
In the beginning we have a wave wirh circular symmetry with some nice interference, then the rd pattern starts to break through
A dark reddish blob moving within cyan eventually forming the typical reaction Diffusion pattern
Brainlike pattern forming with colorfully shadows flowing across
Some black and white elements in an otherwise yellow and blue Reaction-Diffusion Pattern
Reaction Diffusion Process
Colorful blobs blobbing around
Double spiral
Reaction Diffusion process starting wobbly but becoming swirly.
It starts with pulsing colors, but then a pattern of winding lines emerges
A complex pattern almost immediately forms out of the tiny perturbation of the initial state
In the middle we have some wavering purple and green, outside it's periodically pulsing between the colors
Droplets forming that then have some emerging shifting in them
Light curvy moving lines partitoning the turquoise background, Red blobs moving within the partitions
Green squiggly Lines on red background with blue spots moving within the lines
Gray-Scott Reaction-Diffusion behaving like a standing wave or something
Wuthering Reaction-Diffusion Pattern
Evolving Pattern
Magenta square on green background slowly blurring
Colorful swirly Mandelbrot zoom
Shiny Fractal
Zooming into the main antenna of the Mandelbrot Set
Unfinished crochet project: strap&bottom is a long stretch in two shades of green, sides are red half circles crocheted back-loop-only.
Colorful Mandelbrot Fractal
Zooming into elephant valley. In the end I try to rebase because it gets a bit fuzzy, but that somehow warps the Minibrot.
Manual zooming and panning in real-time rendered Mandelbrot Set. In the end the zoom is too strong and it gets pixellated.
Handdrawn Hitomezashi patterns
Zooming into red to find black blobby shapes, the morph when panning.
Rainbow Fluid stirred up by mouse click and drag
Rainbow Fluid stirred up by mouse click and drag
Rainbow Fluid stirred up by mouse click and drag
Rainbow Fluid stirred up by mouse click and drag
Rainbow Fluid stirred up by mouse click and drag
Rainbow Fluid stirred up by mouse click and drag
A rainbow fluid disturbed by a horizontal force exhibiting nice perturbation.
Rainbow distorting into noise
Tons of blinkers, different kinds of straight and diagonal spaceships
Rule: iff ( 4*(diagonal living neighbours)+1*(living moore nghbs +1 if the cell itself is alive) is from 9 to 15) then the cell will be alive
Cellular Automaton with four horizontally moving structures, 1 with periodic 2, one with periodic 4 and two big ones with period 12. The beacons have period 8.
Starting from a chaotic state there are at least for types of spontanuously appearing gliders and one nice round blinker.
Conway's Game of Life with a mirror boundary
The cells of Conway's Game of Life are depicted sort of hollow. The gliders look quite adorable.
Conway's Game of Life at one cell per pixel
Halfway through there is a sudden switch from a glistening mushroom to pastel zigzags. First the image shows a variation of the initial x- and y- velocity of the planet, then the variation of mass and x-location of one of the suns.
Handsteering in the 15dimensional parameter space of the 3-Body-Problem Fractal.
Handsteering in the 15dimensional parameter space of the 3-Body-Problem Fractal. It's a bit abrupt at times.
It's another three-body-problem-fractal, with even more asymmetrical initial state and some zooming to keep the marble from sliding into the distance
It's another three-body-problem-fractal, with more asymmetrical initial state and some zooming to keep the marble from sliding into the distance
Liquid-looking Fractal
Fractal encoding the fate of a planet in a bisolar system: its starting position is in the middle, shifting normally to the suns' orbital plane with time, its initial velocity is determined by the pixel positioning. Red and blue means the planet gets torched by either sun, green means it gets hurled off into the icy distance.
A recursive Graph with 3 types of node terminating at step 14.
A recursive Graph with three types of nodes each with its own edge rule
Pixellated pattern with big red blocks and smaller green blocks on light green background
5 time steps of a glider drawn on isometric paper
3-d structure drawn on isometric paper
Blue squarish batch of flowery crochet
Links of 1 to 3 rings only using straight sections with right angles