Dev

web/content/build.md

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+---
+title: Build your own.
+subtitle: Print the case. Order the parts. Flash the firmware.
+meta:
+  - label: Time
+    value: "~30 minutes assembly"
+  - label: Cost
+    value: "~$80 in parts"
+  - label: Skill
+    value: "Basic soldering"
+cta:
+  primary:
+    label: "Open the build guide →"
+    href: "https://github.com/engmung/PatternFlow/blob/main/docs/BUILD.md"
+  secondary:
+    label: "Download Gerber (v1.0)"
+    href: "https://github.com/engmung/PatternFlow/releases/latest"
+---
+
+Patternflow v1.0 is fully open. Order the PCB from your favorite fab, print three plates on any FDM printer, source the components from AliExpress, and assemble.
+
+The full build guide lives on GitHub — BOM with affiliate links, schematic, KiCad source, STLs, and step-by-step assembly photos.
+
+If you build one, open an issue with photos. We'd love to see it.

web/content/inside.md

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+---
+title: Inside the work.
+subtitle: The story, the roadmap, and how to get involved.
+cta:
+  primary:
+    label: "Roadmap"
+    href: "https://github.com/engmung/PatternFlow/blob/main/docs/ROADMAP.md"
+  secondary:
+    label: "Open an issue"
+    href: "https://github.com/engmung/PatternFlow/issues"
+---
+
+## A reinterpretation of *Participation TV*
+
+In 1963, Nam June Paik placed modified TV sets in a Wuppertal gallery. Visitors spoke into microphones and turned dials, and the images on the screens responded. The viewer became a co-author of the signal.
+
+Patternflow extends that gesture into the present. The structure is the same — your hands shape what the screen shows. The conditions are different — open-source hardware, microcontrollers, an object you keep at home rather than visit in a gallery.
+
+## Built in 26 days
+
+The project began on April 1st, 2026 as a web simulation of sine-wave sampling patterns. By April 27th it was a finished open-source instrument with a Reddit thread at 1.6k upvotes, a sponsored PCB run from PCBway, and a public v1.0 release.
+
+The making was visible. Failed prints. Ten hours of soldering chasing a broken potentiometer. A first-ever PCB design learned over a weekend in KiCad. None of it was hidden.
+
+## How to get involved
+
+**Build one.** The full guide is on GitHub. Open an issue with photos when yours is working.
+
+**Fix something.** Five known issues are listed in the build guide, all welcoming PRs.
+
+**Make a pattern.** Add a new generative pattern to the firmware, or wait for the web editor.
+
+**Show your version.** Fork the hardware, change the case, swap the matrix. CC-BY-SA 4.0 means your variant stays open too.
+
+---
+
+*The Patternflow series: LED Synthesizer (2026) · Origin (2026)*

web/content/pattern.md

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+---
+title: Create your own pattern.
+subtitle: Write a shader. See it on the matrix.
+status: in-development
+cta:
+  primary:
+    label: "See the firmware →"
+    href: "https://github.com/engmung/PatternFlow/tree/main/firmware"
+  secondary:
+    label: "Read the roadmap"
+    href: "https://github.com/engmung/PatternFlow/blob/main/docs/ROADMAP.md"
+---
+
+The Patternflow web editor is in development. The plan: a shader-first authoring environment where you write GLSL-like code, preview it on a virtual 128×64 matrix, and flash it to your device over the browser.
+
+Until then, patterns live as C++ files in the firmware repo. The default pattern set is included in v1.0; new patterns are accepted as pull requests.
+
+Subscribe to release notifications on GitHub to know when the editor lands.