The Tesseract Memory.

THE CONTEXT

What is being built.

The Tesseract Memory connects technical notes with the software they describe. The current site combines server-rendered reading pages, a compact build index, and a source-derived particle figure that follows the homepage’s real content sections. This website is also documented here.

CHOICES ALONG THE WAY

Why it took this shape.

1. Make notes the primary record and use builds to provide context, rather than treating every website feature as a separate project.
2. Keep navigation, headings, article bodies, and links outside the graphics layer.
3. Separate source identity, generated-data correctness, and rendered appearance into distinct verification questions.
4. Let the reader’s current scroll position determine the figure’s chapter instead of queuing or replaying transitions.

STRUCTURE & TOOLS

How it fits together.

• Server-side repository interfaces supply structured notes and build records to ordinary HTML reading routes.
• The homepage shares one particle renderer across responsive layouts; article pages do not mount it.
• Native scroll is mapped through measured content anchors, while the source artwork remains available during reduced motion or graphics failure.

DATED & SCOPED

Evidence from the work.

Each entry describes what was checked or observed, and where. A local check is not a production claim.

1. 7 September 2026passed

   Source identity checks

   The reference and Reach files matched their recorded hashes and dimensions. Mutation, invalid-role, repository-path, and escaping-symlink cases were rejected. This verifies source identity, not rendered appearance.

   ScopeLocal Node.js source-lock tests

2. 7 September 2026passed

   Particle representation checks

   Payload hashes, original Reach texel identities and RGBA, anatomical populations, four distinct pose frames, and encoded positions passed their deterministic checks. These are data checks, not a GPU performance or visual-fidelity claim.

   ScopeLocal decoded-particle data tests

3. 7 September 2026passed

   Native scroll and integration checks

   Measured unequal anchors, small scroll movements, reversal, large jumps, invalid geometry, and uniform frame interpolation passed. Source checks confirm one shared figure and a passive scroll listener without page-scroll interception.

   ScopeLocal scroll-math and source-integration tests

4. 7 September 2026passed

   Continuous motion-field checks

   Focused checks passed for protected anatomy, packet containment, local continuity and strain, and the original head–neck neighbour pairs across sampled poses and widths. These mathematical measurements do not establish GPU appearance or visual acceptance.

   ScopeLocal CPU reference and motion-field tests

The source artwork shown above is part of this record. Its caption identifies the source and scope.