Commit graph

8 commits

Author SHA1 Message Date
Aric Camarata
371d1773e7 chore: bump to v1.1.2 2026-05-30 19:19:07 -04:00
Aric Camarata
e8981db7aa fix: emit index.d.mts for ESM type resolution (v1.1.1) 2026-05-29 15:05:17 -04:00
Aric Camarata
c9060216e8 chore: E6 polish wiki content + ADR-015 CI updates (P1) 2026-05-29 07:15:46 -04:00
Aric Camarata
b5868cf0c5 chore(config): add AGENTS.md for dual-harness parity 2026-05-25 15:51:13 -04:00
Aric Camarata
0bf9e6eb16 style: replace em dashes with colons in docs and wiki 2026-03-08 17:28:03 -04:00
Aric Camarata
3b666c6465 v1.1.0: kernel-free moon position, illumination, visibility, and convenience API
Adds five new kernel-free functions using Meeus Ch. 47/48 approximations,
replacing suncalc as the moon data source in the acamarata stack.

- getMoonPosition(date, lat, lon, elevation?) — topocentric az/alt/distance +
  parallactic angle via WGS84 geodetic model and Bennett refraction
- getMoonIllumination(date) — illumination fraction, phase cycle position,
  bright limb angle, isWaxing via Meeus Ch. 47/48
- getMoonPhase: adds phaseName ("Waxing Crescent") and phaseSymbol ("🌒")
  fields to MoonPhaseResult
- getMoonVisibilityEstimate(date, lat, lon, elevation?) — kernel-free Odeh
  V-parameter crescent visibility estimate; returns zone A-D, V, ARCL, ARCV, W
- getMoon(date, lat, lon, elevation?) — convenience wrapper combining all four
  kernel-free functions into a single MoonSnapshot result

New types: MoonPosition, MoonIlluminationResult, MoonVisibilityEstimate, MoonSnapshot
98 tests (78 ESM + 20 CJS), typecheck clean, zero build warnings
2026-02-25 16:41:03 -05:00
Aric Camarata
3712b78590 Rename package: moon-calc → moon-sighting
npm rejected moon-calc as too similar to mooncalc. Renamed to
moon-sighting across all source files, docs, wiki, CLI help text,
cache directory paths, and GitHub URLs.
2026-02-25 15:59:38 -05:00
Aric Camarata
b46ba2a74c Initial release: moon-calc v1.0.0
High-accuracy lunar crescent visibility using JPL DE442S ephemerides.
Implements Yallop q-test and Odeh V-parameter with all five crescent
geometry quantities (ARCL, ARCV, DAZ, W, lag). Full time scale chain
(UTC → TDB), IERS Q·R·W frame transforms, WGS84 observer model,
Bennett refraction, and kernel-free moon phase via Meeus approximation.
2026-02-25 15:45:41 -05:00