▷ ɪ ɢ ɪ ᴛ @digit@mastodon.art

Bonjour !

Avec @nausicaa on s'investit dans le "creative coding" depuis un certain temps, avec comme objectif de comprendre et de concevoir des algorithmes pour produire des images artistiquement intéressantes.

Dans la continuité de ce travail, nous avons ouvert une boutique en ligne pour que vous puissiez acheter des dessins réalisés au pen plotter ou imprimés, et demander des commissions :

https://shop.ondin.es

C'est l'ouverture officielle aujourd'hui, n'hésitez pas à booster!

◈.◈

Hello !

With @nausicaa we've been invested in "creative coding" for a long time, our goal being to understand and design algorithms for producing visually interesting pictures.

We've opened an online store where you can buy pen plotted or printed designs, and ask for commissions:

https://shop.ondin.es

Today is the official opening, don't hesitate to boost!

◈.◈

Mandelbrot... bulbous?

Mandelbrot canyon

High resolution

Sinusoidal traps

Noisy traps

Testing new parameters

With multiple interpolations of different colors we can get pretty complex color patterns

Very nice marble here

I'll try some coloring algorithms on it

I like them, they look a lot like paint that flows

Building complex noises 🔊

Interestingly, we can apply orbit traps to newton fractals.

Welcome back Ada ! (she looks quite unamused on the right picture)

Shapes are nice, let's now focus on coloring

Orbit traps but... in non linear spaces

This one is brain-dead simple yet quite clever in the result

The gray value of a point simply represents the length of the smallest fractional part in the trajectory

Some sponge orbit trap. I really wonder how people design these things. Do they just try random formulas until it gives a result?