That decode proves my point — it’s exactly what this system isn’t.
No glyph counts.
No internal constraints.
No explanation for why glyphs repeat, terminate, or structure across folios.
Just loose guesses across multiple languages — no testable logic, no predictive structure.
By contrast, my system:
If it breaks, show where.
Otherwise, this isn’t the same as those surface-level attempts.
It’s procedural, symbolic, and it holds throughout the manuscript.
No glyph counts.
No internal constraints.
No explanation for why glyphs repeat, terminate, or structure across folios.
Just loose guesses across multiple languages — no testable logic, no predictive structure.
By contrast, my system:
- Defines 22 glyphs by function (cycle, tone, fluid, time — not letters)
- Enforces internal rules:
- n never followed
- i caps at 3 before d, 4 before n
- eeee maxes at 4
- n never followed
- Glyph placement maps to plant structure: flower, stem, root
- Harmonic tones never pair tt, ff, kk, pp
- Holds across 11 decoded folios — all spreadsheets open.
If it breaks, show where.
Otherwise, this isn’t the same as those surface-level attempts.
It’s procedural, symbolic, and it holds throughout the manuscript.
