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1. RiseSet :: a -> a -> RiseSet a

   astro	Data.Astro.CelestialObject.RiseSet

   Some Info of Rise and Set of the celestial object

2. type RiseSetLCT = RiseSet RSInfo LocalCivilTime

   astro	Data.Astro.CelestialObject.RiseSet

   Local Civil Time and Azimuth of Rise and Set

3. type RiseSetLST = RiseSet RSInfo LocalSiderealTime

   astro	Data.Astro.CelestialObject.RiseSet

   LST (Local Sidereal Time) and Azimuth of Rise and Set

4. type RiseSetMB = RiseSet Maybe RSInfo LocalCivilTime

   astro	Data.Astro.CelestialObject.RiseSet

   The optional Rise And optinal Set Information (LocalCivilTime and Azimuth)

5. riseAndSet :: EquatorialCoordinates1 -> DecimalDegrees -> DecimalDegrees -> RiseSetLST

   astro	Data.Astro.CelestialObject.RiseSet

   Calculate rise and set local sidereal time of a celestial object. It takes the equatorial coordinates of the celestial object, vertical shift and the latitude of the observation. 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').

6. riseAndSet2 :: DecimalHours -> (JulianDate -> EquatorialCoordinates1) -> GeographicCoordinates -> DecimalDegrees -> LocalCivilDate -> RiseSetMB

   astro	Data.Astro.CelestialObject.RiseSet

   Calculate rise and set local sidereal time of a celestial object that changes its equatorial coordinates during the day (the Sun, the Moon, planets). It takes epsilon, the function that returns equatorial coordinates of the celestial object for a given julian date, vertical shift and the latitude of the observation. 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').

7. riseAndSetLCT :: GeographicCoordinates -> LocalCivilDate -> DecimalDegrees -> EquatorialCoordinates1 -> RiseSetLCT

   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.

8. toRiseSetLCT :: DecimalDegrees -> LocalCivilDate -> RiseSetLST -> RiseSetLCT

   astro	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').

9. data RiseSet a

   astro	Data.Astro.Sun

   Some Info of Rise and Set of a celestial object

10. RiseSet :: a -> a -> RiseSet a

    astro	Data.Astro.Sun

    Some Info of Rise and Set of the celestial object

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