#genuary3 — Public Fediverse posts

#genuary3 #genuary2026

Prompt: "Fibonacci forever.."

Uses the golden ratio for the sunflowerly spiral design.

I tried to use the Fibonacci sequence to generate music. Restricted myself to use no other numbers and the sequence had appear in order

https://strudel.cc/#Ci8vIGdlbnVhcnkgcHJvbXB0IDMKLy8gRmlib25hY2NpIHNlcXVlbmNlCiQ6IG4oIjAgMSAxIDIgMyA1IDggMTMiKQogIC5zY2FsZSgiRDpwZW50YXRvbmljIikKICAucygidmlicmFwaG9uZSIpCi5zdHJ1Y3QoYmluYXJ5KCI8MjEgMzQgNTUgODkgMTQ0IDIzMz4iKSkKCiQ6IGZyZXEoIjM3NyA2MTA%2FIikKLnMoImdtX2Fjb3VzdGljX2d1aXRhcl9ueWxvbiIpCgokOiBzKCJbYmQgb2hdIHNkIikuYmFuaygibGlubiIpCiAgLmJlYXQoIjk4NywgMTU5NywgMjU4NCwgNDE4MSIsIDY3NjUpCgpzZXRjcHMoMTA5NDYvMTc3MTEpCgoK

Has the golden ratio ever sounded more #algochill?

#genuary #genuary3 #genuary2026

Genuary Day 3: Fibonacci forever

Figuring out how to programmatically create Fibonacci tiles

#genuary #genuary2026 #genuary3 #RStats

#genuary2026, day 3:
Fibonacci forever. Create a work that uses the Fibonacci sequence in some way.

made with #p5js
#genuary3 #genuary #creativecoding #fibonacci #art

Floret simulation where the number of seeds each turn corresponds to Fibonacci numbers. #genuary3 #genuary #generativeart #creativecoding
https://snap.berkeley.edu/snap/snap.html#present:Username=andreas%20huppert&ProjectName=fibonacci

Almost on schedule, I'm continuing to experiment with generative art in AR. In the third prompt, "Fibonacci forever," I proceed with Fibonacci lattices and added spiral-distributed instanced mesh spheres with gradient HSL color and harmonious animations of density, rotation, and depth.

https://observablehq.com/@meetamit/fibonacci-lattices

#genuary2026 #genuary #genuary3 #ar #threejs

RE: https://leds.social/@jasoncoon/114885850392365817

Does this count for #Genuary 2026 Day 3: Fibonacci forever...? 😁

#Genuary2026 #Genuary3 #SciArt #CreativeCoding

Today's genuary prompt was fibonacci -- tried to use it for every decision in this quick animation: color, rotation, length, arcDegrees & speed

as always, source here: https://h9.bees.free/genuary26/03-fibonacci/

#genuary #genuary2026 #genuary3

Genuary 2026 Day 3: "Fibonacci forever..."

For this one, I'm going with abstract flowers and 'petal' numbers, skipping over 0,1,1,2 and starting at 3.

I'm playing and exploring ideas and getting some pretty images as output.

https://www.patreon.com/posts/146969309

#Genuary2026 #Genuary3 #Genuary #SciArt #CreativeCoding

#GenerativeArt interlude

#genuary2026 #genuary3 Fibonacci forever

Here we show the tiles from a random tiling (with wild tiling edges) that contain points along a Fibonacci spiral (or two)

#XQuery #SVG #genuary

fibonacci
#genuary #genuary3

For #genuary3, "Fibonacci Forever", I'm recycling an orbit-trap fractal I shared back on Fibonacci Day (11/23, of course). It uses the typical fractal equation z ↦ zⁿ + z₀, but n increases following the Fibonacci sequence with each iteration.

#genuary #genuary2026 #fibonacci #fractal

#genuary3: "Fibonacci forever. Create a work that uses the Fibonacci sequence in some way."

The Fibonacci sequence can last forever on a finite computer if you consider it modulo p!

* Circles: possible remainders modulo 10
* green: previous value
* red: new value

(For p = 10, it loops after 60 iterations.)

Done in #pico8

#genuary #genart

Genuary 2026, day 3: Fibonacci forever. 🪅

Fibonacci word fractal, inspired by https://en.wikipedia.org/wiki/File:FWF_octogons.png

#genuary #genuary2026 #genuary3
#generativeart #p5js #creativecoding

#genuary Day 3: "Fibonacci forever"

Found this pattern while playing with the Fibonacchi square tiling.

Presenting the flag of Swefindenscaswedeniamarklanden!

#genuary2026 #genuary3

Genuary 2026 - 3: "Fibonacci Forever". Using the Fibonacci angle, (aka Golden Angle pi * (3 - sqrt(5)) rad), seen in plant growth eg in sunflowers and pinecones. Each seed grows a Fibonacci angle away from the previous one, leading to efficient packing. R code in alt text.

#genuary #genuary2026 #genuary3 #rstats

Fibonacci forever #genuary3 #genuary #codea

Genuary 2: Goldsection. Fibonacci Never Dies

My wife found some Bond vibes in the rotating circles, so I added some typical decoration. (Sorry, no guns or half-naked people available.)

#genuary2026 #genuary3 #mathart #genart #creativecoding #loop #animation #processing

#genuary3 Prompt: Fibonacci Forever

I give you Langton's Bunnies: An agent-based CA birthing a child every 12 ticks which needs 24 ticks to grow up and start reproducing.

#GENUARY #genuary2026

The #genuary3 prompt is "Fibonacci Forever".

These images plot successive pairs in the Fibonacci sequence (F_{i}, F_{i+1}) modulo N -- that is, their remainders after division by N. Because mod N there are at most N^2 pairs, each path must close to form a loop, and indeed we can show that the loop comes back to the starting point (0,1).

#Fibonacci #Genuary2026 #Genuary

#genuary3 #genuary2026 - Fibonacci forever

Revisiting one of the oldest pieces of generative art I ever made, based on the Fibonacci series mod n

https://etc.mikelynch.org/genuary26/03/

"Exactly 42 lines of code." #genuary2025 #genuary3

#genuary3 #genuary2025
#Exactly 42 lines of code
import numpy as n,\
PIL.Image as I
W=1<<10
A=n.abs
r=range
y,x,_=\
n.mgrid[:W,:W,:3]/W
f=y*0
ps="\
0x\
0C780\
06FD0\
03FF0\
06F50\
0C780\
00000\
19551\
05551\
05573\
05555\
19723\
00000\
08523\
08555\
08555\
09555\
1D723"
p=int(ps,16)
for i in r(17):
for b in r(20):
if p&1:
c=[1,1,0]
if i<11:
c=.5+.5*n.random.random(3)
f+=(n.maximum(A(x-(b+2)*1/20),
A(y-(i+2)*1/20))<1/45)*c
p>>=1
I.fromarray((255*f)\
.astype('B'))\
.save("d.png")

#genuary3 #genuary2025
#Exactly 42 lines of code
import numpy as n,\
PIL.Image as I
W=1<<10
A=n.abs
r=range
y,x,_=\
n.mgrid[:W,:W,:3]/W
f=y*0
ps="\
0x\
0C780\
06FD0\
03FF0\
06F50\
0C780\
00000\
19551\
05551\
05573\
05555\
19723\
00000\
08523\
08555\
08555\
09555\
1D723"
p=int(ps,16)
for i in r(17):
for b in r(20):
if p&1:
c=[1,1,0]
if i<11:
c=.5+.5*n.random.random(3)
f+=(n.maximum(A(x-(b+2)*1/20),
A(y-(i+2)*1/20))<1/45)*c
p>>=1
I.fromarray((255*f)\
.astype('B'))\
.save("d.png")

#genuary3 #genuary2025
#Exactly 42 lines of code
import numpy as n,\
PIL.Image as I
W=1<<10
A=n.abs
r=range
y,x,_=\
n.mgrid[:W,:W,:3]/W
f=y*0
ps="\
0x\
0C780\
06FD0\
03FF0\
06F50\
0C780\
00000\
19551\
05551\
05573\
05555\
19723\
00000\
08523\
08555\
08555\
09555\
1D723"
p=int(ps,16)
for i in r(17):
for b in r(20):
if p&1:
c=[1,1,0]
if i<11:
c=.5+.5*n.random.random(3)
f+=(n.maximum(A(x-(b+2)*1/20),
A(y-(i+2)*1/20))<1/45)*c
p>>=1
I.fromarray((255*f)\
.astype('B'))\
.save("d.png")

#genuary3 #genuary2025
#Exactly 42 lines of code
import numpy as n,\
PIL.Image as I
W=1<<10
A=n.abs
r=range
y,x,_=\
n.mgrid[:W,:W,:3]/W
f=y*0
ps="\
0x\
0C780\
06FD0\
03FF0\
06F50\
0C780\
00000\
19551\
05551\
05573\
05555\
19723\
00000\
08523\
08555\
08555\
09555\
1D723"
p=int(ps,16)
for i in r(17):
for b in r(20):
if p&1:
c=[1,1,0]
if i<11:
c=.5+.5*n.random.random(3)
f+=(n.maximum(A(x-(b+2)*1/20),
A(y-(i+2)*1/20))<1/45)*c
p>>=1
I.fromarray((255*f)\
.astype('B'))\
.save("d.png")

#genuary3 #genuary2025
#Exactly 42 lines of code
import numpy as n,\
PIL.Image as I
W=1<<10
A=n.abs
r=range
y,x,_=\
n.mgrid[:W,:W,:3]/W
f=y*0
ps="\
0x\
0C780\
06FD0\
03FF0\
06F50\
0C780\
00000\
19551\
05551\
05573\
05555\
19723\
00000\
08523\
08555\
08555\
09555\
1D723"
p=int(ps,16)
for i in r(17):
for b in r(20):
if p&1:
c=[1,1,0]
if i<11:
c=.5+.5*n.random.random(3)
f+=(n.maximum(A(x-(b+2)*1/20),
A(y-(i+2)*1/20))<1/45)*c
p>>=1
I.fromarray((255*f)\
.astype('B'))\
.save("d.png")