astronomy

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Don Cross dcbd6fe243 Jupiter moons calculations are now consistent with Stellarium.

I translated the L1.2 FORTRAN code into C, and verified
that the calculations match the Stellarium code I modified
to produce EQJ coordinates. I still need to compare against
JPL Horizons data.

2021-04-10 16:29:10 -04:00

.gitignore

Script to validate the L1.2 model FORTRAN code for Jupiter's moons.

2021-04-05 15:04:52 -04:00

BisL1.2.dat

Capturing some FORTRAN code for Jupiter's moons from ftp.imcce.fr.

2021-04-05 14:50:49 -04:00

correct.txt

Script to validate the L1.2 model FORTRAN code for Jupiter's moons.

2021-04-05 15:04:52 -04:00

GalileanL1.2.dat

Capturing some FORTRAN code for Jupiter's moons from ftp.imcce.fr.

2021-04-05 14:50:49 -04:00

L1.2.f

Jupiter moons calculations are now consistent with Stellarium.

2021-04-10 16:29:10 -04:00

README.md

Capturing some FORTRAN code for Jupiter's moons from ftp.imcce.fr.

2021-04-05 14:50:49 -04:00

TestL1.2.f

Script to validate the L1.2 model FORTRAN code for Jupiter's moons.

2021-04-05 15:04:52 -04:00

TestL1.2.res

Capturing some FORTRAN code for Jupiter's moons from ftp.imcce.fr.

2021-04-05 14:50:49 -04:00

validate

Script to validate the L1.2 model FORTRAN code for Jupiter's moons.

2021-04-05 15:04:52 -04:00

README.md

This FORTRAN code came from:

https://ftp.imcce.fr/pub/ephem/satel/galilean/L1/L1.2/

IMCCE - Observatoire de Paris 77 avenue Denfert Rochereau F-75014 PARIS