aebrer
aebrer avatar

aebrer

@aebrer@kbin.social

Scientist, programmer, gen artist, entropist, 🇨🇦 | PhD biophys | he/they | Aprendiendo Español (🇲🇽)

find my art, social links, and projects at https://aebrer.xyz

moodsoup, to genart
@moodsoup@genart.social avatar

Getting some strong cellular vibes from this one.
Have a great weekend!

robertoranon, to genart
@robertoranon@genart.social avatar

In the deepest ocean
The bottom of the sea
...

all I create and share here uses @toxi thi.ng/umbrella not-a-framework libraries (thanks!)

cassetti,

Currently superconductors require extremely cold temperatures (not just freezing, but extreme subzero freezing temps) - this makes their use cases extremely limited as it is expensive to keep them cold enough.

The discovery of a room-temperature superconductor, would revolutionize energy transmission, transportation, electronics, medical imaging, and scientific research. It could lead to highly efficient power grids, faster trains, improved medical diagnostics, advanced electronics, and more energy-efficient technologies across industries, with potential benefits for renewable energy, space exploration, and fundamental physics understanding.

gamingonlinux, to linux
@gamingonlinux@mastodon.social avatar

Dwarf Fortress publisher Kitfox helping roguelike Caves of Qud to release https://www.gamingonlinux.com/2023/07/dwarf-fortress-publisher-kitfox-helping-roguelike-caves-of-qud/

autoeclectus, (edited ) to genart
@autoeclectus@genart.social avatar

gm!

100% Coded art

sjpalmer1994, to genart

video/mp4

von_rostock, to genart Polish
@von_rostock@socel.net avatar

"Collapse"
Some danced. Most cried. Everyone knew that once the collapse started, it was unstoppable.

280 characters long source below

R=128a={}for i=0,7^5do
x=i%R
y=i\R
b=8-abs(x%16-8)c=(x&8)+1+i/9999+rnd()if(y<b)c=3
sset(x,y-b/2+4,c)a[i%R+1]={R,i,0}end::_::for p in all(a)do
y=p[1]x=p[2]%16-2t()p[1]+=p[3]p[3]=1.1if(y>127)del(a,p)add(a,{45,x,rnd()+.01},1)
spr(x&14,x*8%R-8,y,2,10)end?"^1^cc^!5f1149♥"
goto _

video/mp4

boringold, to genart German
@boringold@genart.social avatar

1/ "How Moons Are Made" (HMAM) by @richardboeser is an outstanding generative artwork in its ingenuity and thematic depth.

🧵⤵️

#5, #6, #9 (from my collection)

0xSim, to genart
@0xSim@hachyderm.io avatar

(previously posted on twitter)

pal({7,13,-3,2,-14},1)w=128n=20p={}r=rnd
for i=0,n do
p[i]={x=r(w),y=r(w),a=r(2)-1,b=r(4)-2}end
::_::cls()for i=0,n do
q=p[i]q.x=(q.x+q.a)%w
q.y=(q.y+q.b)%w
for j=i,n do
o=p[j]x=o.x-q.x
y=o.y-q.y
d=xx+yy
if(d<750)line(q.x,q.y,o.x,o.y,d/150+1)end
pset(q.x,q.y,1)end
flip()goto _

https://www.pico-8-edu.com/?c=AHB4YQEbAOBp8AAnX7-9FrdccMYhyRFJckjRRJe8RtRc8RI3NeE9TxA150w0ffsKTdHdvnL9I1R3vEAYT6RVGqb13enlbf8UST61MjPwFjZbc8NMNLWU3W_LrarKpl5ANuC64P4ieIHJh1hIBcT3ECMSIsV1M01lguuqaqQ7bWcuy4b8Evhhxi_aI88Qr2mODUoGNHMDVRQ2S8IBbeqEwAlBsdhV5xUTWVNk8exIeeT0hcs7U_XynrLIpqRAsOKDwAfthattu9HEuiTLg_1LCARbbmNgINsIn2EgLMZndwI=&g=w-w-w-w1HQHw-w2Xw-w3Xw-w2HQH

Points randomly moving on screen, creating connections between them if they get close enough

georgemsavva, to genart
@georgemsavva@genart.social avatar

Something I don't always remember when making is to change parameters at random just to see what happens. This code is almost identical to the last image, if you make the individual flowers much much bigger so they overwhelm the image.

gorillasun, to genart

A glimpse into the core

mathling, to genart
@mathling@mastodon.social avatar

interlude

What if you took aligned rectangular and diagonal grids and dropped out some lines based on some integer sequence?

What if you made the drawing order based on a different integer sequence?

Here: Pascal sequence for everything

Christophe_Papazian, to genart
@Christophe_Papazian@mastodon.gougere.fr avatar


I used some free time to work on colors.

video/mp4

autoeclectus, to genart
@autoeclectus@genart.social avatar

gm! Today's colour is green.

100% coded art

TomLarrow, to genart
@TomLarrow@vis.social avatar

Long long day but still needed to unwind after it. So this turned into a sort of speed session so that I can clear my mind and get to bed.

Random points are generated into a NumPy array, then 100 times each frame, that array is multiplied by 0.9999, and the canvas is rotated ever so slightly. This gives a fun spiral

Code: https://codeberg.org/TomLarrow/creative-coding-experiments/src/branch/main/x_0085

Metamere, to genart
@Metamere@genart.social avatar

Since the last update I added three more to the collection, reworked and improved one, and made a few other refinements and updates. 29 total now. I recorded some manual interaction looped animations with OBS to demo the new ones. I'd like to make some automatic routines for that to make things smoother.

https://openprocessing.org/sketch/1941150

A slightly simplified version of the Wilcox's Twisted Circles illusion. the concentric structures become distorted and difficult to see when the skewed sections connect between the rings. It can either be a spiral with all in the same direction, or a zigzag by reversing the direction every layer.

Metamere,
@Metamere@genart.social avatar

The third new was one I had wanted to do for a while, but I didn't want to do it in the same way as I had seen it, with a bunch of pixelated discrete straight lines. I finally settled on making things continuous with polygonal shapes that get skewed. I used a single narrow image buffer that I stretched, shifted, and flipped in sequence. It turned out better than I had hoped. It's called "Twisted Cord" in Al Seckel's book, but I called it "Bent Lines".

Twisted Cord Illusion. The vertical strips appear to bend left and right.

noneuclideandreamer, to genart German
@noneuclideandreamer@mathstodon.xyz avatar

Made my two forces act more like Gravity and electromagnetism.

Colorful dots appearing in a chain from left to right, jiggling happily.

mathling, to genart
@mathling@mastodon.social avatar

interlude

Flowlines using a complex polynomial of cos(z) with complex coefficients as the flow field and a smooth looping meander as the seed points

robertoranon, to genart
@robertoranon@genart.social avatar

generative art version of the halting problem: it is generally impossible to determine if letting an algorithm continue will produce a better or worse artwork

generative artwork

boringold, to genart German
@boringold@genart.social avatar

from my collection that needs to be seen:

"Tidal Friction " by r0zko

Beautiful stories of sand and sea that make me reflect on the passage of time and the effects of the steady forces of erosion. The round framing suggests seeing the scenery through a porthole, giving the artwork an air of exploration and adventure.

AaronReuland, to genart
@AaronReuland@mstdn.social avatar

"Branch Triptych".
A nice peaceful weekend exploration of a space colonization algorithm.

Run it yourself/see code at OpenProcessing: https://openprocessing.org/sketch/1973099

Triptych of three tall rectangles of different colors being quickly filled in with branching shapes from top and bottom

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