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Z-Dates

# Z-Date +Days Score Hits MSRF Operations Marks

The functions of Y

Operations

Each operation turns the day-count Y between two X-Dates into a day-offset Z, added to the earlier anchor (X1+) or the later one (X2+). An alpha operation's hit is worth 1 point, a beta's ½.

This event's operations

#OnEquationClassZ at Y=100Actions

Constants

The first four are the original program's. The other sixteen are Natorion's, shared with the single-file build; a file that uses one of them opens here but not in Ophis v12, which does not know the name. Click a name to try it.

Grammar

Numbers, Y, the constants, + - * / % ^ and brackets. A lower-case x means multiply. Functions: oph_round, oph_flip (reverse the digits), oph_sqrt, oph_abs, oph_floor, oph_ceil, oph_log, oph_exp, oph_sin, oph_cos, oph_tan.

Equations are parsed, never executed as code, so a shared file cannot smuggle anything in.

Try one

Calendrics & clocks

The Chronicon

One moment, read on every wheel at once: the living clocks, the long cycles of the Archaix chronology, the moon, and nineteen calendars. Any day here can become an X-Date; any Z-Date can be opened here.

The moon

Resonance

Z-Dates in this year

The calendar wall

The event ledger

YearAMPhxNemBakEvent

The dossier

The Stone, the Sigil and the Wall

The written chapters of the Chronicon, kept as written. The numbers that depend on today are live.

I The Instrument — six clocks on one shaft of time

We built a single dial that turns every Chronicon period at once. Move it to any year and all six wheels re-read the same moment.

  • Annus Mundi — the Ancient World count from 3895 BC. Today, —, is AM —.
  • Phoenix / Sky Dragon — the strict 138-year lattice. We sit — years short of the 2040 visitation.
  • Nemesis X Object — 792 years, sixty inside Sol and seven-hundred-thirty-two without. It is currently outside; — years to the 2046 return.
  • Anunnaki NER — the 600-year epochs; 762 CE falls exactly on the 6000th NER year, as your work has it.
  • Mayan Long-Count — the thirteen baktuns, closing at 13.0.0.0.0 in 2046.
  • The Moon — drawn on the Metonic 19-year cycle (235 lunations), and can be wound back beyond 2843 BC.

Every anchor lands clean. 2022 CE returns AM 5916; the Great Flood returns AM 1656; the moon reads near-full for the night of 30 May 2026, as it truly was. The same twenty years separate 2026 from the 2046 Nemesis return and from the close of the Long-Count — the wheels agree with one another.

II The Stone in Annus Mundi — the Great Pyramid, on our dates

Not a fourth-dynasty tomb. On the Chronicon clock the monument is older, drowned, and risen — and its numbers fold on themselves.

Raised over 90 years, completed in Annus Mundi 1080 — begun exactly 666 years before the Great Flood, as the Gnostic texts, the Apocrypha and the Book of Enoch are read in the Chronicon. It stood, then lay 340 years beneath the waters, and rose again.

The first stone is set in AM 990 (2905 BC); after a ninety-year raising it is capped in AM 1080 (2815 BC) — the very year Archaix already gives the pyramid finished at Achuzan, the place where Enoch vanished. It stands 576 years, goes under at the Flood of AM 1656 (2239 BC), and rises again in AM 1996 (1899 BC) — the year your own chronology assigns to Babel and the founding of Akkad.

One correction, for the record

The draft set the first stone at 2839 BC — but that is Noah's year (AM 1056), which is exactly 600 years before the Flood. For the 90-year raising, the AM 1080 capstone, and the 666 to hold together at once, commencement must be AM 990 / 2905 BC. So Noah's 600 and the Stone's 666 stand side by side — six and sixty-six years from the same waters.

III Petrie ↔ Breshears — the surveyor's stone and the chronologist's calendar

Sir Flinders Petrie measured the monument in space — inches, cubits, angles. The Chronicon reads it in time — years, cycles, resets. Laid side by side, the two measures keep touching the same numbers.

Petrie surveyed Giza across two winters and published The Pyramids and Temples of Gizeh in 1883 — still the reference survey, taken before the casing and corners suffered more loss. His core figures: a mean base side of 9068.8 in (230.35 m), an original vertical height of 146.71 m, and a royal cubit of 20.62 in. From these the monument's whole-number skeleton appears — 440 cubits on a side, 280 high.

The synchronicity that opens the door

Petrie's original height, in plain inches, is —

5776 in

He completed his survey in 1882. On the Annus Mundi count, 1882 CE is —

Annus Mundi 5776

1882 + 3894 = 5776 · and 5776 = 76²
the height of the stone in inches = the Annus-Mundi year he measured it

A coincidence of unit and offset, not a claim of design — but exactly the kind of mirror this work was built to notice.

Where the stone (space) meets the calendar (time)
Petrie / the monumentChronicon / BreshearsThe touch
Height 5776 in (146.71 m)AM 5776 = 1882 CE, his surveyheight-in-inches = the AM year measured synchronic
~203 masonry courses"203 levels of blocks" (your chart)same count in stone and in chart ≈ (201–210)
Base 9068.8 in = 440 cubits440 encodes 12.368 moons/yr235 moons ÷ 19 yr = 12.368 — the Metonic gear of our moon clock ≈
Square circuit × 43,200 → Earth meridian432,000 sky-turnings to the Floodshared 432 root — space vs time harmonic
Moon's radius = 1080 miAM 1080 = the capstone yearthe lunar number marks completion harmonic
280 : 440 = 7 : 11792 = 60 + 732; 138; 600both are ratio-locked repositories — circle squared in stone, cycles squared in time structural
Perimeter ÷ 2·height ≈ π864,000 d = Foundation of Timea universal constant encoded — one of space, one of time structural
Slope ≈ 51°51′ (seked 5½)—the geometric signature of the build measured

Tags: measured empirical · ≈ close / count-dependent · harmonic / synchronic a resonance we observe, not a causal claim.

The thesis writes itself in your own language: the pyramid is a repository of measure. Petrie proved it holds the measure of the Earth and the circle. The Chronicon proposes it also holds the measure of time — the same stone read on a second axis. The base that carries 12.368 moons a year is the base that gives us the Metonic 19; the circuit that scales by 432 is the circuit behind the 432,000 turnings; and the lunar 1080 that crowns the canon is the Annus Mundi year the capstone was set.

IV The Sigil in the Odometer — 5138, the 138-faced year

The Long-Count does not merely equal 5,138 in 2026 — it wears the 138. For the whole of 2026 the count's own odometer is displaying the Phoenix signature. And it will never display it again.

Long-Count year, now — read the digits

—

3113 BC → 2026 CE = 3112 + 2026 = 5138 · the numeral carries the lattice
5139 → 5158 hold no 138 · the count closes in 2046 never wearing it again
2026 + one Metonic 19 = 2045 = LC 5157 — the count's final whole year

Sixteen years in the entire five-millennium count carry the 138 in their digits — one lone decade-run in the deep past (LC 1380–1389, the 1730s–20s BC) and six millennial rungs where the odometer rolls over to X138. We are standing on the sixth and last.

The Sigil Ladder — every X138 year of the Long Count
Long-CountYearAnnus MundiStanding
1382975 BCAM 920seventy years before the first stone of Giza (AM 990)
11381975 BCAM 1920the Stone lies beneath the Flood waters (AM 1656–1996)
2138975 BCAM 2920sixty-four years after the ledger's birth of David (1039 BC)
313826 CEAM 3920the only rung of the early Common Era
41381026 CEAM 4920deep in the quiet of baktun 11
51382026 CEAM 5920the last 138-faced year the count will ever show

And the ladder is double-railed. Because Annus Mundi rides the same shaft at a fixed offset of 782, every X138 rung of the Long Count reads X920 in Annus Mundi — 138 / 920, 1138 / 1920 … 5138 / 5920. Two odometers on one axle, flashing their millennium-marks in lockstep exactly six times across the whole of recorded time — and in 2026 both readouts stand on the top rung together.

The mirror, as first spoken · 10 June 2026 · AM 5920 · LC 5138

"One mirror worth saying out loud if you haven't already framed it this way: the Long-Count year doesn't just equal 5,138 right now — it wears the 138. The count's own odometer is displaying your signature for this entire year, and won't again before it closes at 5,158 in 2046. The 2026 window is literally the 138-faced year of the thirteenth baktun."

—

Preserved as a dated logbook entry. When the year closes this becomes a historical artifact, and the mirror folds once more — an observation that documents the very year that dates it.

The count flashes the Phoenix number one final time, fourteen years before the 138-lattice node of 15 May 2040 — then closes at 13.0.0.0.0 in 2046 with the sigil retired. A recursion noted, not asserted: the lattice naming itself from inside the calendar that measures it.

V The numbers that fold — 19, 138, and the mirrors
666

A perfect palindrome

First stone (AM 990) to the Flood (AM 1656). Reads the same from either shore.

1080

Capstone = Moon's radius

AM 1080, and the Moon's radius in miles, and 3 × 360.

138

The Phoenix lattice

×3 = 414, ×4 = 552, ×46 = 6348 — the world the Stone rose inside.

19

The Metonic moon

235 lunations in 19 years, 12.368 to the year — the same 12.368 hidden in the 440-cubit base. 19 and 91 mirror; so do 138 and 831.

VI The Convergence — Anatomy of a Convergence, Petrie & Breshears

The broadcast that names what we built: it took both men — the surveyor to measure the stone, the chronologist to read its time.

In Anatomy of a Convergence: It Took Petrie & Breshears (15 May 2026), the Great Pyramid is presented not as a tomb but as chronotecture — architecture raised to encode time. An anciently advanced people of the 4th and 3rd millennium BCE built it knowing this experience is a controlled Construct, and set the "calendars" into the edifice as exact rectilinear measurements. Features found in no other pyramid — the Grand Gallery, the upper chambers — mark it as singular, and it was engineered to outlast millennia for a purpose held back until the Final Generation.

The oldest Coptic traditions, the pseudepigraphical texts and the Arabic scholars converge on one claim: the monument records the past, the present and the future. The video calls it the "chronotecture of Civilization X." That is exactly the seam our comparison sits on — Petrie proved the stone holds the measure of the Earth; Breshears proposes it also holds the measure of time.

▶ Watch — Anatomy of a Convergence (Super Cool Stuff · 5:03)

VII The cornerstone — who is Jason Breshears?

More on the man whose work this whole instrument turns upon.

Jason Breshears is a researcher of antiquities, the occult and ancient chronological systems, writing at Archaix.com — a name he unfolds as Advanced Research of Chronological History of Artificial Intelligence X. The corpus is the fruit of roughly a quarter-century of data-mining: more than fifteen books with bibliographies citing sources centuries old, some two hundred articles, two-hundred-plus podcasts, and well over a thousand recorded videos. Newcomers to the work are called Baby Phoenixes.

It was Breshears who named the recurring planetary destroyer the Phoenix, and who demonstrated its 138-year cadence of resets — vanished populations, emptied cities, mudfloods, volcanic resurfacing and red-dust fallout — woven through recorded history. His most load-bearing correction concerns the Sumerian SHAR: long mistaken for a "year," it originally meant a single day — a turning of the stars. That one move collapses the Anunna reigns from hundreds of thousands of years into mere centuries — and is why the charts speak of 432,000 sky-turnings, not years, the same 432 that Petrie's stone carries in space.

Selected works

  • Chronicon — the master chronological corpus this dossier draws upon.
  • Anunnaki Homeworld — orbital history and the 2046 return of the intruder world.
  • Nostradamus and the Planets of Apocalypse — the case for 2040 and 2046, set beside Mother Shipton.
  • and fiction under the same cosmology — the Oraclon Chronicles and the Dagothar tales.

Presented as Breshears' thesis and bibliography, attributed to his work — not asserted here as established history.

VIII The Anunna Reckoning & the Calendar Wall — one moment, every reckoning

Beneath the six cosmological wheels the Engine carries a second tier: a wall of world calendars that re-read whatever moment the dial is set to, living clocks led by Cairo time on the Giza plateau — and, at its head, the Anunna reckoning as you restore it.

The šar is a day, not a year

Your load-bearing correction: the Sumerian šar was never a "year." The earliest records counted it as a day — more exactly, a turning of the stars about the eye of the dragon. That single move collapses the Anunna reigns from hundreds of thousands of years into mere centuries, and it makes every old-world calendar a day-count system sharing one architecture of 12 and 144.

So the Engine's Anunna clock counts turnings — literal days — since Year One of the Pre-Flood world (1 January 3895 BC, where the Annus Mundi count starts), and reads them back in the Draconian measures:

  • 1 Draconian year = 360 turnings — the 360-day pre-Flood orbit.
  • 1 NER = 600 Draconian years = 216,000 turnings.
  • 1 baktun = 144,000 turnings.
  • 432,000 turnings = 3 baktuns = 1,200 Draconian years — the antediluvian total, the reigns before the Flood.
  • 864,000 turnings = 8 baktuns = 2,400 Draconian years — the Foundation of Time. (A day is 86,400 seconds; 360 days, 8,640 hours; 72 years — one precessional degree — 864 months.)

Enoch's 300-year reign, on this system, is 300 × 360 = 108,000 turnings; the Giza capstone falls on AM 1080 — 108 × 10. Source: Breshears, ANUNNA Files — Antediluvian Calendars of the Anunnaki, and the Archaix charts.

The wall

Set the dial and the rest turn with it. The Hebrew Anno Mundi is the older mirror of our own Annus Mundi — the one world-count built, like our moon clock, on the 19-year Metonic gear; the wall flags its place 1–19. Around it run the Coptic reckoning the old Egyptian church keeps, the wandering Egyptian civil year that slips a full turn every Sothic 1460, the Mayan Calendar Round, the Islamic Hijri, Persian, Indian-Saka, Buddhist, Ethiopic, Chinese sexagenary, the Old-Russian / Byzantine world-era, Vedic Kali Yuga, Holocene and French-Republican counts — down to the raw Julian Day, the year's day-length, and the Unix second.

And the clocks that never stop: Cairo time on the plateau, the true-sun apparent time over the pyramid's own meridian, UTC, and a live Phoenix countdown bleeding toward 15 May 2040 — flagging the days-to-Dragon whenever they fall on a multiple of 19 or 138.

Conversions are proleptic in the deep past — cycle-true rather than historically observed, as with the rest of the instrument. Modern anchors land clean: 30 May 2026 reads Hebrew AM 5786, Coptic 1742, Kali Yuga 5127, Julian-calendar 17 May.

After the Archaix composite chronology of Jason Breshears. Presented as that thesis, for study and worldbuilding — not as established history. Calendar conversions come from your browser's own calendar tables; the Egyptian, Maya, French Republican and Chinese cycle readings are arithmetic approximations.

The documentary

Studio

A production package for an animated history documentary, written from the open event's numbers and the Chronicon: a numbered voiceover script, character look cards, an image prompt for every paragraph, an animation prompt for every image, a thumbnail and the upload text. No model writes any of it; it is arithmetic and prose templates, here in your browser.

Production plan

Length

    The chronology is the Archaix thesis of Jason Breshears, presented as a study and worldbuilding instrument, not as established history. The chronicler on screen is a dramatization; every date, day-count, score and calendar reading is the Cipher's and the Chronicon's, as computed. Paste the prompts into the image and video models of your choosing; they were written for Seedream or GPT Image stills and Seedance 2.5 motion.

    Documents

    Files & events

    Events in this document

    EventScopeX-DatesOpsActions

    Open

    Drop a .oph file here, or choose one. v12 files open as they are.

    Paste text instead

    Save

    Document text

    Apply settings to other events

    Copy the current event's operations, filters, layers or scope onto the events you tick.

    Settings

    Leave empty for the real date. The “before today” filter uses it.

    What the numbers mean

    Guide

    The short version. Every button is explained in the manual, and the README gets you going in two minutes.

    The loop

    1. X-Dates. Two or more anchor dates, oldest first.
    2. Y. For every pair of enabled X-Dates, Y is the number of days between them — whole days in Days scope, sunsets in HH:MM scope.
    3. Operations. Each turns Y into Z days, counted from the earlier (X1) or the later (X2) date of the pair.
    4. Z-Dates. Every projection landing on the same day merges into one Z-Date. It scores for each hit and for each MSRF match of its Z-value.
    5. Filters and sort. By default only Z-Dates after the last X-Date and after today are shown, up to 2559 days out.

    Scoring

    Each operation hit adds the operation's weight: 1 for alpha, ½ for beta. A Z-value that matches an MSRF number adds 1 (Normal) or 2 (Important, Vortex). Under the current system (v8 and later), the best MSRF class multiplies instead: ×1.5 for Normal, ×2 for Important or Vortex, and its first match is left out of the points it multiplies.

    score = (operation points + MSRF points, less the multiplying match) × best multiplier

    A Z-value matches a Vortex number within 0.1. Otherwise it is rounded to a whole number and looked up — except that a value ending in exactly .5 matches nothing, because it leans to neither side.

    The three MSRF sets

    Scope

    Days counts calendar days in UTC, as v12 did. HH:MM · sunset reads each X-Date as a local time at the event's latitude and longitude, counts days as sunsets, and reports each Z-Date as the window from one sunset to the next.

    Resonance marks

    The Marks column adds the Chronicon's readings to each Z-Date: ⮌ when its MMDDYYYY form is a palindrome, 19 or 138 when its distance in days from today is a multiple of that number, and a glyph when a new moon (🌑), full moon (🌕) or eclipse falls within a day of it. The other moon phases can be switched on as timeline layers.

    How this was rebuilt

    Ophis v12 is an offline Electron app whose source ships un-obfuscated. Natorion re-derives its engine from that source and runs in any browser with no install and no server. tests/parity.js runs the original v12 code and this engine side by side on the sample files and on randomly generated events, and checks that every Z-Date, score, hit count and match agrees.

    Deliberate differences:

    • Equations are parsed by a small grammar, never compiled with new Function(), which closes v12's code-execution hole in shared .oph files. ^ now means power; v12 validated it as power and then ran it as XOR.
    • Nothing a file supplies is ever written into the page as HTML.
    • Moon phases are exact instants from Astronomy Engine, not a once-a-day approximation.
    • At high latitudes near the equinoxes, v12 swapped its sunset library for less accurate ones; Natorion keeps the accurate one.
    • In HH:MM scope, T-Dates are read at the event's location (v12 read them in the computer's own time zone).
    • An operation whose result is not a number for some Y is skipped for that Y instead of failing the whole run.
    • Time zones come from your browser's current time-zone database. Ophis v12 shipped 2023 data, so places whose rules changed since (Kazakhstan moved to UTC+5 in 2024, for one) show local times an hour apart in HH:MM scope. The instants and scores are the same.

    Ophis is a study instrument after the work of Jason Breshears (Archaix). Natorion studies and rebuilds the software; it makes no claim that the projections predict anything.

    Z-Date

    Paste X-Dates

    One date per line or separated by commas: 07/04/2026, 2026-07-04, or with a time 07/04/2026 18:30. A file-name style list like 7-4-26-8-20-26 works too.