Genuary 14
Everything fits perfectly.
Here's another piece using the loop drawing algorithm I created for my Loop Line Logics series of plots. Find the Processing code at Genuary 5.
Genuary 14
Everything fits perfectly.
Here's another piece using the loop drawing algorithm I created for my Loop Line Logics series of plots. Find the Processing code at Genuary 5.
#genuary14 #genuary #genuary2026
everything fits perfectly https://h9.bees.free/genuary26/14-fits/
"Everything fits perfectly."
Perhaps a little more thoughtful about the relative speed of movement with this one, leaving the squares near the center to be the last to fall into place.
#genuary14 #genuary2026 #genuary #creativecoding #genart #generativeart #processing
Fitting Grid
#genuary #genuary14 #genuary2026
Everything fits perfectly. - @ronikaufman
p5.js | Creative Coding | JavaScript CodeArt
#genartclub
3DTriplets
Blog: https://blog.illestpreacha.com/genuary2026perfect
Video: https://youtu.be/GTcNk5EezTY
#Genuary #Genuary2026 #creativecoding #genuary14 #Perfect #Fitted #3d #LiveCoding
For the 14th Prompt of Genuary2026: Perfectly Fitted, 3DTriplet is coded in a #LiveCodeLab Sketch((With Extra Effects) in sets that works for the “perfect” number that is 6(1 Red Cube, 2 Orange Cylinders and 3 Blue Spheres).
“In number theory, a perfect number is a positive integer that is equal to the sum of its positive proper divisors, that is, divisors excluding the number itself. For instance, 6 has proper divisors 1, 2 and 3, and 1 + 2 + 3 = 6, so 6 is a perfect number” - Wikipedia
Shaking and Flipping
Tilting and twisting
Spinning and Tipping
Over and Under,
As they wander,
Into a whole new listing
#creativecoding #coding #animation #newmedia #3D
#worldbuilding #geometry #numbertheory
"Everything fits perfectly."
This was a late addition to my Genuary plans, but I managed to put something together today, extending from some previous work. (And as pleasing as this theme is, I need to remind myself that life itself is not so orderly.)
#genuary14 #genuary2026 #genuary #creativecoding #genart #generativeart #processing
Today's #genuary prompt seemed perfect for a Truchet tiling image, where the curve perfectly fills the space.
"With 4 parameters I can fit an elephant, and with 5 I can make him all fluffy." - John von Neumann
https://en.wikipedia.org/wiki/Von_Neumann%27s_elephant
fluffy = 100
x(t) = -60*cos(t) + 30*sin(t) - 8*sin(2*t) + 10*sin(3*t) + sin(fluffy*t)
y(t) = 50*sin(t) + 18*sin(2*t) - 12 * cos(3*t) + 14 * cos(5*t) + cos(fluffy*t)