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Ephemerides with constant step on time
Ephemerides and (O-C) for a file of dates and positions
Configuration
MULTISAT. Ephemerides of planets and natural satellites.
Ephemerides with constant step on time
Outer satellites of Jupiter
Choose a Satellite
Jovian system barycenter
J6 Himalia
J7 Elara
J8 Pasiphae
J9 Sinope
J10 Lysithea
J11 Carme
J12 Ananke
J13 Leda
J17 Callirrhoe
J18 Themisto
J19 Megaclite
J20 Taygete
J21 Chaldene
J22 Harpalyke
J23 Kalyke
J24 Iocaste
J25 Erinome
J26 Isonoe
J27 Praxidike
J28 Autonoe S/2001_J1
J29 Thyone S/2001_J2
J30 Hermippe S/2001_J3
J31 Aitne S/2001_J11
J32 Eurydome S/2001_J4
J33 Euanthe S/2001_J7
J34 Euporie S/2001_J10
J35 Orthosie S/2001_J9
J36 Sponde S/2001_J5
J37 Kale S/2001_J8
J38 Pasithee S/2001_J6
J39 Hegemone S/2003_J8
J40 Mneme S/2003_J21
J41 Aoede S/2003_J7
J42 Thelxinoe S/2003_J22
J43 Arche S/2002_J1
J44 Kallichore S/2003_J11
J45 Helike S/2003_J6
J46 Carpo S/2003_J20
J47 Eukelade S/2003_J1
J48 Cyllene S/2003_J13
J49 Kore S/2003_J14
J50 Herse S/2003_J17
J51 S/2010_J1
J52 S/2010_J2
J53 Dia S/2000_J11
J54 S/2016_J1
J55 S/2003_J18
J56 S/2011_J2
J57 S/2003_J5
J58 S/2003_J15
J59 S/2017_J1
J60 S/2003_J3
J61 S/2003_J19
J62 Valetudo S/2016_J2
J63 S/2017_J2
J64 S/2017_J3
J65 Pandia S/2017_J4
J66 S/2017_J5
J67 S/2017_J6
J68 S/2017_J7
J69 S/2017_J8
J70 S/2017_J9
J71 S/2018_J1
J72 S/2011_J1
S/2003_J2
S/2003_J4
S/2003_J9
S/2003_J10
S/2003_J12
S/2003_J16
S/2003_J23
S/2003_J24
S/2011_J03
S/2016_J03
S/2016_J04
S/2018_J02
S/2018_J03
S/2018_J04
S/2021_J01
S/2021_J02
S/2021_J03
S/2021_J04
S/2021_J05
S/2021_J06
S/2022_J01
S/2022_J02
S/2022_J03
of Jupiter
Relative to
geo-equator and equinox
Jovian system barycenter
J6 Himalia
J7 Elara
J8 Pasiphae
J9 Sinope
J10 Lysithea
J11 Carme
J12 Ananke
J13 Leda
J17 Callirrhoe
J18 Themisto
J19 Megaclite
J20 Taygete
J21 Chaldene
J22 Harpalyke
J23 Kalyke
J24 Iocaste
J25 Erinome
J26 Isonoe
J27 Praxidike
J28 Autonoe S/2001_J1
J29 Thyone S/2001_J2
J30 Hermippe S/2001_J3
J31 Aitne S/2001_J11
J32 Eurydome S/2001_J4
J33 Euanthe S/2001_J7
J34 Euporie S/2001_J10
J35 Orthosie S/2001_J9
J36 Sponde S/2001_J5
J37 Kale S/2001_J8
J38 Pasithee S/2001_J6
J39 Hegemone S/2003_J8
J40 Mneme S/2003_J21
J41 Aoede S/2003_J7
J42 Thelxinoe S/2003_J22
J43 Arche S/2002_J1
J44 Kallichore S/2003_J11
J45 Helike S/2003_J6
J46 Carpo S/2003_J20
J47 Eukelade S/2003_J1
J48 Cyllene S/2003_J13
J49 Kore S/2003_J14
J50 Herse S/2003_J17
J51 S/2010_J1
J52 S/2010_J2
J53 Dia S/2000_J11
J54 S/2016_J1
J55 S/2003_J18
J56 S/2011_J2
J57 S/2003_J5
J58 S/2003_J15
J59 S/2017_J1
J60 S/2003_J3
J61 S/2003_J19
J62 Valetudo S/2016_J2
J63 S/2017_J2
J64 S/2017_J3
J65 Pandia S/2017_J4
J66 S/2017_J5
J67 S/2017_J6
J68 S/2017_J7
J69 S/2017_J8
J70 S/2017_J9
J71 S/2018_J1
J72 S/2011_J1
S/2003_J2
S/2003_J4
S/2003_J9
S/2003_J10
S/2003_J12
S/2003_J16
S/2003_J23
S/2003_J24
S/2011_J03
S/2016_J03
S/2016_J04
S/2018_J02
S/2018_J03
S/2018_J04
S/2021_J01
S/2021_J02
S/2021_J03
S/2021_J04
S/2021_J05
S/2021_J06
S/2022_J01
S/2022_J02
S/2022_J03
Choose the planetary ephemerides:
INPOP19a
INPOP17a
INPOP13C
EPM2021
DE441
DE431
DE405
DE406
DE200
VSOP87
LeVerrier
Enter Observatory code (XXX)
(500 for geocenter) See
the list
Choose Epoch of equator and equinox
ICRF
FK5
J2000
Mean of Date (IAU1976)
True of Date (IAU1976, IAU1980)
Apparent (IAU1976, IAU1980)
B1950
B1900
Mean of Date (Newcomb)
Mean of Jan 1 of the year (Newcomb)
True of Date (Newcomb, IAU1948)
Apparent (Newcomb, IAU1948)
(
Description
)
Choose Time Scale:
UTC
TT
Choose format of initial moment
Year month day hour min sec.decimals
Year month day.decimals
JD (Julian Day)
MJD (Modified Julian Day)
Enter the initial date
Choose the step unit
day
hours
the step value
the number of steps
Choose type of output data
Alpha (h,m,s.decimals), Delta (°,',".decimals)
Alpha (h.decimals), Delta (deg.decimals)
Alpha, Delta, dA/dt, dD/dt, R topo, V radial
Diff. X, Y (arcsec)
Diff. S(arcsec), Position angle (degrees)
Diff. Inclination (deg), A, B (arcsec)
Tang. X, Y (arcsec)
Tang. S(arcsec), Position angle (degrees)
Tang. Inclination (deg), A, B (arcsec)
Delta(Alpha), Delta(Delta) (arcsec)
x, y, z, Vx, Vy, Vz Geo-equatorial
x, y, z, Vx, Vy, Vz Geo-ecliptic
x, y, z, Vx, Vy, Vz Planet-equatorial
R, Alpha, Delta Geo-planetocentric
Kepler osculat. orbit(geo-equat.)
Kepler osculat. orbit(geo-eclipt.)
Kepler osculat. orbit(planeto-equat.)
Plan-equat.lat.,long.,sideral of sat.
Plan-equat.lat.Earth.,lat.long.synodic of sat.
Plan-equat.lat.Sun,lat.long.heliocentr.of sat.
Topoc.alt.,azim.of sat.,alt.,azim.of the Sun
Dist.Sun.-Plan.,app.plan.R,Phase,magn.of sat.
(
Explications
)
do not output if the altitude is less than
or if the sun is above the horizon
0°
10°
12°
20°
get precision if available
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