Caelis Engine · Reference Implementation

JD—

UTC—

LST—

ΔT—

ε—

ΔΨ—

Observer—

Planetary Positions VSOP87B + ELP/MPP02

	Body	RA °	Dec °	λ ecl °	Alt °

Luna ELP/MPP02-LLR

Houses Placidus

Lunar Nodes Meeus Ch.47

Bodies — Snapshot Astronómico Puro

All Bodies Equatorial · Ecliptic · Horizontal · Schema v3.1

	Body	RA °	Dec °	λ geo °	β °	Alt geom °	Alt ap °	Az °	Vis

JSON Astronómico — Bodies Only

Output AstroCore 100% astronómico · sin interpretación

Presiona GetSnapshot para ver el output astronómico puro.

A.T.A.C.I.R.™ · Plugins

Arc-based Transformation of Astronomical Coordinates for Interpretive Resolution

JSON Export v3.1

Run snapshot to generate output.

Engine Architecture

TimeEngine

JDJD_UTC + JD_TT (ΔT) ΔT tableIERS 500–2150 CE GASTIAU 2006 LSTGAST + λ_observer

AstroCore

PlanetsVSOP87B (Bretagnon & Francou 1987) MoonELP/MPP02-LLR 164L+105B+29R NutationIAU 2000B 77 terms · <1 mas ObliquityIAU 2006 (Capitaine) AberrationAnnual κ=9.9365×10⁻⁵ rad RefractionSæmundsson 1986 · ISA atmosphere ParallaxMoon topocentric · WGS-84

A.T.A.C.I.R. Capa interpretativa

DirectionsPtolemy / Naibod / Al-Biruni Aspects5 major · configurable orbs SymmetriesAntiscia / contrantiscia LunarFases · Ápsis · Ciclos Panchanga5 elementos · Lahiri ayanamsa SynastryAspectos cruzados · bi-wheel EclipsesMeeus Ch.54 · Saros ContratoAppend-only · R1–R5 · determinista

Schema v3.1 Output

metaJD · ΔT · observer · frame bodies11 cuerpos · geocéntrico + topocéntrico lunafase · iluminación · distancia atacirnamespace opcional · append-only

References

MeeusAstronomical Algorithms 2nd ed. Bretagnon & FrancouVSOP87 (1987) A&A 202 Chapront et al.ELP/MPP02 LLR (2002) A&A 412 Capitaine et al.IAU 2006 Obliquity Mathews et al.IAU 2000B Nutation (2002) Morrison & StephensonΔT model (2004) IERSConventions 2003 · ΔT 500–2150 SæmundssonRefraction formula (1986)