apparent_equatorial_position_planet: Apparent equatorial coordinates of a planet
In Susarro/arqastwb: Archaeoastronomy algorithms
Description
Usage
Arguments
Value
Examples
Description
Apparent equatorial coordinates of a planet
Usage
1
apparent_equatorial_position_planet(jd, planet)
Arguments
jd
Julian day
planet
planet name as string: mercury, venus,earth, mars, jupyter, saturn
Value
Equatorial coordinates
declination Declination in degrees
right_ascension Right ascension in hour angle
distance Distance to Earth
illuminated_fraction Illuminated fraction of the disk of a planet
apparent_magnitude apparent magnitude
#'
Examples
1
2
jd<-julian_day(13.19,11,2028)
apparent_equatorial_position_planet(jd,"venus")
Susarro/arqastwb documentation built on May 21, 2019, 10:28 a.m.
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Description Usage Arguments Value Examples
Description
Apparent equatorial coordinates of a planet
Usage
1 | apparent_equatorial_position_planet(jd, planet)
|
Arguments
jd |
Julian day |
planet |
planet name as string: mercury, venus,earth, mars, jupyter, saturn |
Value
Equatorial coordinates
declination Declination in degrees
right_ascension Right ascension in hour angle
distance Distance to Earth
illuminated_fraction Illuminated fraction of the disk of a planet
apparent_magnitude apparent magnitude
#'
Examples
1 2 | jd<-julian_day(13.19,11,2028)
apparent_equatorial_position_planet(jd,"venus")
|
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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