#GenerativeArt interlude
Spiky
Taking the fractal arc-circle waves from the last set and rotating them around the center
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#GenerativeArt interlude
Experimenting with curved hachures
Here: some Delaunay triangles over some points with a little symmetry
#GenerativeArt interlude
Maze meets tilings
With a side-order of some optical illusion thrown in: I keep seeing shades of grey
#GenerativeArt interlude
#genuary2025 Day 29: grid
An excuse to play with more optical illusions. Those black dots you see flitting through the grid? Those bright regions you see in the centers of the crosses? No you don't.
#GenerativeArt interlude
#genuary2025 Day 27: Something interesting with no randomness or noise or trig
Using a couple of interesting integer sequences to drive colours and sizes
Here Fibonacci (oeis.org A000045) and mirrored Hamming weight (oeis.org A000120)
#GenerativeArt interlude
#genuary2025 Day 26: Symmetry and Day 24: One geometric shape (nothing but circles)
Reflections reflecting the reflections of the intersection reflections
)
#GenerativeArt interlude
#genuary2025 Day 22: gradients
Experiments with conical gradients, a remarkably trisky affair
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#genuary2025 Day 20: generative architecture
I got a little lost in the set-up here; results are... meh
Using Unicode box characters with the Wave Function Collapse algorithm
#GenerativeArt interlude
#genuary2025 Day 19 Op Art
Help! I've falled down the optical illusions wikihole and I can't get out!
These are all evenly spaced circles, I swear to you
#GenerativeArt interlude
#genuary2025 Day 17 What if π=4
After falling down a wikihole learning about ϖ and lemniscate elliptic functions (https://en.wikipedia.org/wiki/Lemniscate_elliptic_functions) I ended up doing something rather simpler: a "circle" with a perimeter of 2πr for π=4
#GenerativeArt interlude
#genuary2025 Day 14: Black and white
Another ribbon: here picked out by a maze formed via a biased Poisson disk sampling
s) (θ is the tangent angle, as a parametric function of the path length s), extended using the x-coordinate of a modulated torus knot. The maze is formed by a biases Poisson disk sampling, connecting each point to its parent point.](https://files.mastodon.social/media_attachments/files/113/828/906/633/259/132/original/b299e4fa37781772.png "A black and white maze converges toward the center of the canvas. A white twisting ribbon curls from the top right to the bottom left. The edges of the maze on the ribbon are black. The edges of the maze outside of the ribbon are white.
Colophon: The ribbon is a smooth meander θ(s) = Σ[i=1:N](A[i] sin(2π/λ[i])s) (θ is the tangent angle, as a parametric function of the path length s), extended using the x-coordinate of a modulated torus knot. The maze is formed by a biases Poisson disk sampling, connecting each point to its parent point.")
#GenerativeArt interlude
#genuary2025 Day 10: You can only use τ in your code, no other number
The trick, then, is how to get other numbers from τ. The scaling of the circles here is pow(⌊ττ⌋/ττ, i) for example. The number of foci is round(ττ) etc.
#GenerativeArt interlude
#genuary2025 day 7: Use software that is not intended to create art or images.
ffmpeg to make raw audio files; read as octets, mapped to colours
Not quite random
"London Calling"
