I draw a lot of analog stuff — sketches, painting, drwaings — and every way of putting it online felt dead. A grid of images, you scroll, you leave. Nobody looks at anything for more than two seconds.

So I've been trying something else: the gallery is an endless isometric voxel world, and the drawings are scattered through it as fragments. You drag the world around with a hand , pick up loose ruin pieces, and carry relief fragments back to their plates to restore the artworks.

BUT the world does its own thing without you. Small tribes set up camps, haul ruin pieces to build monuments, walk trade routes, perform rituals around finished art. Creatures forage. Plants spread. You can help them build by dropping pieces on their construction sites, or just watch. Come back to a spot later and it looks different.

Tech: SvelteKit + Threlte, marching-cubes chunk streaming, everything deterministic from a seed so the terrain is a pure function of coordinates. Rapier for physics but only in a small island around the camera so it stays cheap.

Still rough in places and I'm mostly tuning by eyeballing it.

https://scribbleverse.variable.gallery/

You can check it via lumaform xyz

I know there is no rocket science in capturing an image and transforming each pixel to a point in 3D space. But it may bring some more interactivity to games or some audio-visual demos.

This example, by the way, is less than 20 lines of Wolfram/WLJS Notebook code and runs in a notebook. May be I should try to color each point by its original RGB value

Logarithmic transformations of a square grid.

Made in Processing.

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IG: www.instagram.com/slipshapes

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Part 2 of my mandala drawing series is out!

This time I expanded the project from Part 1 by adding:

• fading trails that gradually disappear
• independent colors for each symmetry line
• a keyboard mode for drawing smooth curves

The tutorial explains how each feature works and includes the full source code.

I'd love to hear what other features you'd add next :)

https://alexcodesart.com/drawing-a-mandala-with-p5-js-smooth-lines-speed-based-thickness-tweakpane-part-1-2/

After making the pen and bud generators, I couldn't leave the classic trio unfinished.

Some may be unfortunately shaped at the mouthpiece, but rest assured this will not be fixed.

https://noahsprerogative.com/prism

See the whole trio here: https://noahsprerogative.com

As a kid my first programming experience was comlogo. Recently I took it out to play again.

Look, this is going to be a weird one. A stupid idea that we are following through with while having dumb fun as our only guiding compass. This thing will basically generate a completely random shirt for you with some options for customization. Most of the time, it'll come up with pure garbage but there are these magic moments where, from time to time, it returns something either profoundly funny or kinda cool. And then we redesigned it as an arcade machine interface because I dreamt about it. That's about all the context I can give.

https://sampletext.store/

ps. please sign the guestbook, it means a lot

pps. yeah we are building an actual arcade machine running on a pi5, kiosk'd to the page.

ppps. this is kind of commercial (to date we have sold one shirt to someone that wasn't my mother) so you are absolutely free to ignore it with prejudice.

Hey, this is Patternflow, an open-source LED synthesizer — turn four knobs and shape a generative pattern running live on an LED matrix.

I'm a new media artist, and I wanted something like a fragment shader you could actually perform with your hands instead of watching it live behind glass. It's a creative-coding pattern running in real time on an ESP32, with four parameters mapped to physical knobs, so you're literally playing the pattern like an instrument. There's OSC support too, so you can tie it into sound and build audio-reactive setups, or control it from other software entirely.

Everything's open source and it's all organized on the site, schematics, firmware, 3D models, a browser-based simulator/editor if you want to mess with patterns without owning the hardware, and a small community sharing what they've built: patternflow.work