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**Inkle Pattern Bot** @Inkle_Pattern_Bot@mastodon.art · 4h

Inkle Pattern Bot @Inkle_Pattern_Bot@mastodon.art

Color Sequence: LightGray x2, Yellow x2, MediumSeaGreen x2, DarkMagenta x2, MediumSeaGreen x2, Yellow, MediumSeaGreen x2, Yellow x3, MediumSeaGreen x2, Yellow, MediumSeaGreen x2, DarkMagenta x2, MediumSeaGreen x2, Yellow x2, LightGray x2

An Inkle weaving diagram and warping pattern in the color sequence listed in the text description: The warping pattern is a line of colored boxes with small dots above every other one, above which it states: "Warping Pattern: Each square represents one thread. The squares with dots go through heddles, the squares without dots do not." The weaving diagram is a series of tessellated lozenge shaped tiles illustrating how the pattern will appear when woven.

#inkle #weaving #pattern

**Hypno Bot** @hypno__bot@stefanbohacek.online · 4h

Hypno Bot @hypno__bot@stefanbohacek.online

GIF

#hypnosis #spiral #gif

**Michael Houmann** @michaelhoumann@c.im · 5h

Michael Houmann @michaelhoumann@c.im

#100DaysOfCode day 11:
More of the same. #vectorMath in #P5JS. Made a random walker that uses a velocity random vector. And I am pretty happy about that, took some searching on the web, but finally got the right result.
#Javascript #CreativeCode #Math #generativeArt

https://editor.p5js.org/mhoumann87/full/eKRBJEmpL

editor.p5js.orgp5.js Web EditorA web editor for p5.js, a JavaScript library with the goal of making coding accessible to artists, designers, educators, and beginners.

**えいいち（E.C.H）** @eikun_0903@fedibird.com · 7h

えいいち（E.C.H） @eikun_0903@fedibird.com

dailycoding - 20250418 / graphic
#p5js #javascript #Processing #generativeart #creativecoding #dailycoding
code : https://openprocessing.org/sketch/2619366

Continued thread

**Samuel** @sml@chaos.social · 8h

Samuel @sml@chaos.social

Here are a few more with variations in the seed structure and the flow field.
The process works something like this:
Start with a seed structure, then simulate particles moving with brownian motion around the structure until they attach somewhere. Then spawn more points and repeat.
By playing around with different kinds of vector fields to influence the particle movement, as well as different split and death rules, we can grow all sorts of shapes.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling a coral plant, colored in deep green hues. The tips of the structure are glowing.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling a coral plant, colored in dark red, brown and pale grey. The structure grew from a circular seed structure and evolved upwards and and downwards to create an almost symmetrical structure.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling a coral plant, colored in red, yellow and green. Thick trunk-like shapes grew upwards and closer together.

A diffusely lit complex organic structure, made from countless tiny simulated points, looking a bit like the iris of a human eye by growing the structure inwards from a large circular seed structure. The colors shift from pale blue at the edges over pale green to pale yellow in the center.

#Blender #B3D #GenerativeArt

**Samuel** @sml@chaos.social · 8h

Samuel @sml@chaos.social

I had the pleasure to meet the great Andy Lomas at #VIZBI last week. His custom CUDA-based simulations led me to recreate the diffusion-limited aggregation process in #GeometryNodes. Here are a few of my results, each consisting of somewhere between 2-4 million points.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling a coral plant, colored in pale blue.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling fungal or mossy growth, with a lot of horizontal spread. Stronger greens in the center and fading to a more pastel green at the outer edges.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling a coral plant, colored in red, white and coral.

A diffusely lit complex organic structure, made from countless tiny simulated points, roughly resembling a coral plant, colored in eerily glowing blue hues, with thick strands revolving around themselves and growing upwards.

#Blender #B3D #Simulation

**Nicola Rennie** @nrennie@fosstodon.org · 8h

Nicola Rennie @nrennie@fosstodon.org

I've been learning more D3 recently, and I figured the best (or at least most fun) way to learn it, was to make some generative art!

This was one of the ways that helped me to understand #RStats better because using functions for things they weren't designed for helps you learn how they break

So here's my first attempt!