Je compte racheter une paire de bouchons #Loop et j'me suis rappelé que quelqu'un ici avait parlé d'une autre marque. Est-ce qu'on voudrait bien me la rappeler s'il vous plaît pour voir ?
Résolu :
Merci pour vos réponses ! Qui sont donc ...
* Loop
* Alvis Audio
* Flare
* Alpine
Look at my new sketch on #openprocessing, ColourCurtain.
https://openprocessing.org/sketch/2695752
The items' colours are altered resulting from the counter value mod 3; thus, only one of the three colour channels is changed, causing the effect of an irregular colour gradient.
Try out generating more pattern by reloading the page.
They just... don't... stop... 
It looks a little less realistic this way, but here's a quick turntable of the final cookie, if you're not hungry enough already. 
Here's a tic-tac-toe machine I made!
I didn't realize how similar it is to those tic-tac-toe boards they have at parks for kids until I was about 90% done with it. 
Better quality version is at YouTube, here: https://youtube.com/watch?v=9AQI8ZXQFIg
A Geogebra generalisation of Star 8 Octad modular @origami https://www.geogebra.org/m/mv6gxxbu
Commission - Mini Pattern Animated Loop
A Bunch of comms!!! BUT, the first one in purple it's mine~ [I use it for my streams!] I will put the link of their video bc each one moves!!
[Mine: https://www.youtube.com/watch?v=zdfQpE1PzYE]
The rest of the images are comms:
1- For Geki @ VGen! Thank you~ [https://www.youtube.com/watch?v=fhGdq3_IgBI]
2- For synchip @ VGen! Thank you~ [https://www.youtube.com/watch?v=Fyan_sjdDkY]
3- For Buwaud @ VGen! Thanks~ [https://www.youtube.com/watch?v=XOf7sZvXsfg]
Here's the final animation of what I'm calling "Chess Box". 
Created in Blender 4.4, rendered with Cycles.
And squares whose sides decrease by the plastic ratio (about 1.324). At one moment the spiral of five squares make one full turn.
#animation #loop #CreativeCoding #geometry #Geogebra #tiling #MathArt #pattern #GraphicDesign #design #GoldenRatio #PlasticRatio
Now for equilateral triangles whose sides decrease by the plastic ratio (about 1.324). A slow version so that the plastic pentagon is clearer https://en.wikipedia.org/wiki/Plastic_ratio#Plastic_pentagon
The plastic ratio is probably not as well-known as the golden and silver (√2) ratios?
Now squares increasing by the golden ratio
Looping animation of silver rectangles with sides decreasing by 1/√2.
Looping animation of squares with sides decreasing by golden ratio.
pneb-0x03
I did the animation with Toon Boom Harmony and then did all the digital "ink and point" with the Pixquare app, which is really great!
