Browser Chapter Reveal
A minimal browser window becomes a chapter stage. Its large title sharpens line by line before the window breaks into small exit tiles.
A minimal browser window becomes a chapter stage. Its large title sharpens line by line before the window breaks into small exit tiles.
A browser window with quiet, generic chrome builds in and nearly fills the frame. A small plain-text section label follows, then up to four large, close-set title lines come into focus from blur, one after another. After a short still hold, a grid of 24 small tiles closes over the browser in a staggered mosaic and opens again onto your presenter, whose take has been running underneath from the first frame. Use it as a chapter card between sections of a talking-head video: a part number with a three-word title, a new topic, an experiment label. It needs a presenter clip to cut back to, so it is not meant for graphic-only edits. It holds a few short lines; longer headings belong in a different shot. You get an editable HyperFrames project. The bundled Node.js generator reads the chapter label, title lines and window label from a JSON file, copies the presenter clip into the project and prints a render command. The result is a 6.8-second, 1920x1080, 30 fps MP4 in any of four palettes that keep the same motion.
ipfs://bafkreig6q2r2xfsy65uk7hinthgdnykv6pcjm7c3yzif4wdvng4o6vxe5q
v1 · Initial release on Finch.
The primary-document hash is the SHA-256 of the plaintext primary Markdown file. The content-commitment hash covers the verified SkillRoot structure, or plaintext ZIP for older Skills; it is not the hash of the downloaded file.
Opaque identifiers and fingerprints are hidden from the primary experience but remain available for exact verification.
0xa9f747671eeee98201e3a77be4f2b776fc5e8532cd6a8b97e7c904084e2c858f0xe00bf9db0632e2700dd578c78f46ebd260d50ff9874f16110f3c920b1fe8b251