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astro Data.Astro.CelestialObject.RiseSet Calculates set and rise of the celestial object It takes geographic coordinates of the observer, local civil date, vertical shift and equatorial coordinates of the celestial object.
toRiseSetLCT :: DecimalDegrees -> LocalCivilDate -> RiseSetLST -> RiseSetLCTastro Data.Astro.CelestialObject.RiseSet Converts Rise and Set in Local Sidereal Time to Rise and Set in Local Civil Time. It takes longutude of the observer and local civil date. To calculate vertical shift for stars use function refract from Data.Astro.Effects. In most cases you can assume that vertical shift equals 0.566569 (34 arcmins ~ 'refract (DD 0) 12 1012').
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astro Data.Astro.Sun Some Info of Rise and Set of a celestial object
RiseSet :: a -> a -> RiseSet aastro Data.Astro.Sun Some Info of Rise and Set of the celestial object
sunRiseAndSet :: GeographicCoordinates -> DecimalDegrees -> LocalCivilDate -> RiseSetMBastro Data.Astro.Sun Calculatesthe Sun's rise and set It takes coordinates of the observer, local civil date, vertical shift (good value is 0.833333). It returns Nothing if fails to calculate rise and/or set. It should be accurate to within a minute of time.
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astro Data.Astro.Time.JulianDate No documentation available.
privateUseToText :: PrivateUse -> Textbcp47 Data.BCP47 No documentation available.
privateUseToText :: PrivateUse -> Textbcp47 Data.BCP47.Internal.PrivateUse No documentation available.
data
PgSetOf (tbl :: Type -> Type -> Type)beam-postgres Database.Beam.Postgres No documentation available.
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beam-postgres Database.Beam.Postgres The Postgres <@ operator. Returns true if every member of the first array is present in the second.