Focus on me, look into the eye of the seed.
For a moment, forget everything else.
Right now it's just you and the vortex of the flow field.
Loose yourself in the spiraling paths of ever-smaller rings.
Close your eyes.
Breath in through your nose. Pause for a moment.
And, slowly, let the air out through your mouth.
As you exhale, notice how a deep sense of relaxation fills your whole body.
Open your eyes.
Now, go back into the woods.
WYSIWYF. What You See Is What You Feel.
Meridian by Matt Deslauriers has become one of the most timeless collections of the long-form generative art movement. A collection of intertconnected landscapes made of wavy stratified pointillist color bands.
It's precisely this stratification where we can find the connection between QQL and Meridian. So much so, that "Meridian" has even become a substyle within Tyler and Indigo's artwork. It's in a way testament, once more, to the vast diversity that the QQL algorithm hides within its apparent randomness. While Meridian stratum often present a hilly shape, QQl's potential tends to be flat or wavy, but both share a somewhat recurrent intercalation of color.
All Meridian-like QQLs presented were found in Fidenza palette.
One of my favorite QQL's I found on Year 1 was QQL #268. It's a zig-zagging compendium of constant medium rings that seems to want to create a Zebra composition of all possible Miami color combinations. It has this simplicity, structure and regularity that I find so attractive.
While most QQL structures are impossible to replicate, certain ones seem to be at the formal edges of the algorithm and #268 is one of them. That's why I spent a month generating seeds in all 7 palettes to find QQLs that had the same quantity of rings position in the same way as the original one.
The ring, QQL's nuclear element from which all compositions arise. Only when looking at single rings can we trully understand the sheer variability of the algorithm. We can commonly find rings in 1, 3 & 7 sub-rings and with a bit more knowledge/luck in 2, 4, 5 & 6 sub-rings as well.
When we take into account that these rings have variable thickness and can appear each in one of QQLs 153 colors, that these colors may have slight deviations, that each palette has several different backgrounds (within these colors) and that when the color mode is Stacked or Zebra yet another color enters the equation of ring variations, possibilities seem endless.
When focusing on one ring as the key element we also have to take into account its size and the position it takes in the canvas. Central rings are quite an oddity within the algorithm (my occurrence, under ideal conditions, is of around 0.1%) and some good examples would be #55, #109 & #253
Below, the results of a month of searching for QQL seeds with 1 single central ring through all palettes and modes.
Every so often, when rendering a batch, a blank QQL seed will generate. Most of the times, these seeds have millions of "secret" negative-radius rings that can't display.
Thanks to wchargin's QQL renderer, a Rust implementation of the algorithm that's full of neat features, we can now see all these invisible rings with a minimum-visible-radius that brings them to life and shows a hidden side of QQL that gives us not what is, but what could have been.
These below are the inflated version of mostly-blank QQL seeds.