Seed anchor dates, cast them through the operation pack, and read which projections resonate with the chronology. First time here? The 📖 Field Guide is a five-minute tour.
| Score | Projected Date | AM | LC | Operation | Y (rot.) | Resonance |
|---|---|---|---|---|---|---|
| Seed at least two anchors and cast the oracle. | ||||||
Rows marked ECHO land back on an input anchor — confirmations of the cast, not novel projections. Use ✦ NOVEL ONLY to hide them and surface dates the chronology doesn't already name.
A single projection is a guess. But when several different operations — often from different anchor pairs — independently land on the same date, that agreement is the heart of the ARCHAIX method. These are ranked by strength (how many distinct operations concur), echoes excluded.
| Strength | Converged Date | AM | LC | Resonance | Operations that agree |
|---|---|---|---|---|---|
| Cast the oracle to reveal where operations agree. | |||||
Click any projected Z-Date above to send it here — or move the dial. Every wheel re-reads the same moment in the Breshears chronology, with the Shar reckoned as a turning of the stars (a day), per Archaix.
The full dated spine of the Archaix thesis — 69 events. Click seed on any row to load it as an anchor with its date; click the row to read it on the wheels.
| Year | AM | Phx | Event |
|---|
NATORI-ON-PSYFR fuses two instruments: the Ophis predictive grammar (X-Dates → Y interval → operations → Z-Dates) and the Chronicon calendrics (the Breshears cycle lattice). The fusion is the scoring — and you can switch the lens.
Rewards projections that land on the real timeline:
The Ophis-flavoured lens — the sacred numbers dominate, chronology is secondary:
Toggle the lens above the results — the table re-scores and re-sorts live.
OPH_PHI = 1.61803398875 · golden ratio
OPH_PI = 3.14 · Archaix π · OPH_CRV = 5.08 · curvature
oph_flip(n) reverses digits — 138 ⮌ 831, 19 ⮌ 91
oph_round/floor/ceil/abs/sqrt(n) · Y is always axial rotations (days).
A projection that lands back on one of your input anchors (±1 day) is an ECHO — a confirmation, not a discovery. It still scores, but it's dimmed and tagged. The ✦ NOVEL ONLY filter hides echoes so you see only the dates the chronology doesn't already name.
19 is in the resonance set at your request — it is not in the stock Ophis MSRF table.
Beyond the flat resonance set, the raw unrounded output of every operation — the Z value, before rounding lands it on a calendar day — is measured against the three registers the original states, transcribed rather than reconstructed: Normal (325 numbers), Important (53, disjoint from Normal and checked first), and Vortex (12, checked before both).
The Vortex numbers are not day counts — a whole number of axial rotations can never equal 21.7. They are six four-digit multiples of 99 wearing a decimal point. Multiply the larger six by ten and the Six Gate series comes back: 2178, 3267, 4356, 6534, 7623, 8712 — every one a multiple of 1089 = 33², with 2178 × 4 = 8712, which is 2178 reversed. The register carries the decimal forms because that is what a raw Z value can actually land on. Band ±0.1 for Vortex, ±0.4 for the other two.
Every match reports its true delta in the tag, and a landing past half its band is drawn dashed and marked marginal. A value that only just qualifies can therefore never be read back as an exact one — which is the whole point of showing the delta rather than the verdict.
The shipped tables run 1–3000 CE. Everything earlier — most of the Chronicon, including the 5239 BC Cataclysm — sits before their first row, so for those dates the eclipse is computed rather than looked up: an eclipse needs a syzygy and the Moon near a node of its orbit, and both are calculable at any epoch. Computed hits are tagged with a ~ and drawn dashed, score below a tabulated one, and carry the |sin F| that justified them so the margin is visible.
Two limits are worth stating. The elements are mean, so a match is to the day and never to the hour. And deep in BC the Earth's rotation has drifted from uniform time by hours, which the date survives but a claim about where it was visible would not — so no such claim is made. Checked against the 7,127 tabulated solar eclipses it can be tested on, the computation recognises 96.8% of them.
Eclipse canons are published the way astronomers publish them: dates before the 1582 reform in the Julian calendar, dates after it in Gregorian. Everything else in this engine is proleptic Gregorian. Decoded without accounting for that, every pre-1582 row was displaced by the drift between the two calendars — nothing at all near 100 CE, growing to ten days by the reform.
That displacement is now removed at decode. The evidence that it was real is that removing it collapses the residual: tabulated rows sitting more than two days from any new or full moon fall from 38.2% to 3.2%, and the independent node computation goes from recognising 59.1% of tabulated eclipses to 96.8%. The few per cent that remain are the true-versus-mean syzygy wobble, which is expected and is not a calendar effect.
If you kept results from an earlier version, eclipse tags on dates before 1582 will have shifted. The new ones are the correct ones.
NATORI-ON-PSYFR is a worldbuilding & study instrument rendering the Archaix thesis of Jason Breshears (Archaix.com) as living predictive calendrics — the Chronicon, Doomsday Chronology, the 337 charts, the ANUNNA Files. The Shar-as-turning reckoning, Annus Mundi dating, and cycle lattice are presented as that thesis, not as established science. Deep-past conversions are cycle-true rather than historically observed. The 138-faced year LC 5138 wears the sigil through 2026 and never again before the count closes in 2046.