CalculationTime

Archaeoastronomy Simulator

A staged monument and epoch simulator for checking ancient alignments against solar, lunar and stellar sky positions.

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Historical sky-alignment simulator

Archaeoastronomy Simulator

A staged monument and epoch simulator for checking ancient alignments against solar, lunar and stellar sky positions.

Workshop productMonument alignment simulatorLaunched 29 Jul 2026 from `aristotles-astro.zip`; original preserved in the 2026-07-29 inbox.
InputMonument + epochChoose a site, historical year, day of year and local time.
Sky modelSolar, lunar, stellarShows alignment bands, lunar standstills and optional constellation overlays.
Evidence modeCoincidence calculatorRuns simulated alignment probability for selected azimuth targets.
StatusLaunched 29 Jul 2026Workshop-only, noindex, awaiting source and archaeology review.
Atomic summary

Archaeoastronomy Simulator turns monument claims into testable sky-time questions.

The downloaded Vite app lets reviewers choose a monument, scrub historical years and days, inspect horizon alignments, toggle lunar standstills and run a coincidence calculator. It belongs in the workshop until the monument coordinates, horizon assumptions and source notes are checked.

InputMonument + epochChoose a site, historical year, day of year and local time.
Sky modelSolar, lunar, stellarShows alignment bands, lunar standstills and optional constellation overlays.
Evidence modeCoincidence calculatorRuns simulated alignment probability for selected azimuth targets.
StatusLaunched 29 Jul 2026Workshop-only, noindex, awaiting source and archaeology review.

Method and approval route

This staged build is being prepared for calculator approval.

Intended permanent route after approval: /astronomy/archaeoastronomy-simulator/. This staged page stays noindex until the name, source notes, mobile layout and calculator behavior pass review.

Epoch alignment review

The build uses historical year controls and day-of-year scrubbing, so it needs source-backed notes for precession, refraction and deep-time uncertainty before promotion.

Monument data check

The staged version includes built-in monument coordinates and alignment claims that should be verified against archaeology sources before becoming a permanent page.

Coincidence framing

The Monte Carlo panel is promising, but it needs plain-language caveats so random alignment probability is not mistaken for archaeological proof.

Interactive workshop instrument

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