Don Cross 72030c5bcf Python _inverse_terra uses Newton's Method. ...

Instead of the hack call to Search(), the latitude
solver now uses Newton's Method directly. This
significantly speeds up the code, and is more elegant.

2021-06-20 21:19:15 -04:00

..

.gitignore

Python: implemented VectorObserver function.

2021-06-20 10:57:12 -04:00

camera_correct.txt

Improved agreement of precision among the 4 supported languages.

2021-04-18 21:15:17 -04:00

constellation_correct.txt

Fixed #100 - Demo of searching for constellation change.

2021-04-30 20:00:52 -04:00

culminate_correct.txt

Pluto integrator: finished porting to Python.

2020-08-24 20:54:20 -04:00

galactic_correct.txt

Added demo program galactic.py.

2021-06-14 12:29:33 -04:00

horizon_correct.txt

Python: Use Espenak/Meeus formula for calculating Delta T.

2020-05-15 19:28:54 -04:00

jupiter_moons_correct.txt

Added Python demo of calculating Jupiter's moons.

2021-04-15 20:54:37 -04:00

lunar_angles_correct.txt

Fixed #101 - Added Python example of searching for lunar angle events with other bodies.

2021-04-28 12:29:01 -04:00

lunar_eclipse_correct.txt

Added Python demo for calculating lunar eclipses.

2020-05-16 22:14:55 -04:00

moonphase_correct.txt

Fixed a failure to find a full moon using certain start dates.

2020-12-18 14:29:41 -05:00

positions_correct.txt

Fixed mistake in GeoVector(SUN): we do need to correct for light-travel time.

2020-06-13 13:45:59 -04:00

riseset_correct.txt

Fixed mistake in GeoVector(SUN): we do need to correct for light-travel time.

2020-06-13 13:45:59 -04:00

seasons_correct.txt

Python: Use Espenak/Meeus formula for calculating Delta T.

2020-05-15 19:28:54 -04:00

test

Starting to solve triangulation math problem.

2021-06-17 21:58:53 -04:00

triangulate_correct.txt

Python _inverse_terra uses Newton's Method.

2021-06-20 21:19:15 -04:00