NotFound & Plastelle
NotFound
Ever noticed how a glitch in a digital pattern can make a whole design disappear? I’ve been chasing a fragment of that lost code, and I wonder if those forgotten shapes could spark a new line of eco‑friendly fabrics.
Plastelle
I love that idea—glitches can expose raw geometry that’s usually hidden, and those shapes could become a template for a new line of plant‑based fabrics. Let’s sketch out the fragment patterns and see how we can weave them into a biodegradable material that still feels high‑fashion.
NotFound
Sounds like a glitchy runway, but hey, if we can crack that code, the next collection could literally be a memory of a forgotten file, all while staying green. Let's dive into the fragments before they vanish again.
Plastelle
Sounds like a glitch‑runway that actually tells a story. Let’s pull those fragments out, decode the geometry, and translate it into a biodegradable weave—so the collection is both a homage and a sustainable statement. Let’s get to work.
NotFound
Okay, let’s pull the shards and reassemble the shape. We’ll stitch the decoded pattern into a fiber that can be composted, then run a test weave to see if it still has that edge of mystery. Let’s get the first cut.
Plastelle
Sounds solid—let’s pull the shards, decode the geometry, and turn it into a compost‑ready fiber. Once we weave the test sample, we’ll see if the mystery edge holds. Let’s cut the first batch.
NotFound
I’ll snag the shards, run them through the decoder, and spin the fiber—watch it dissolve when the dust settles. Ready when you are, let’s see if the mystery stays intact.
Plastelle
Great, I’ve got the test weave set up. Let’s monitor how the pattern behaves as the fiber breaks down and confirm the mystery edge is still there. Ready when you are.
NotFound
Okay, set the camera. We’ll watch the fibers fade, noting any shifting lines—those should keep the glitch alive even when the material dissolves. Let’s see if the pattern holds its secret.