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I found predicted moonrise times to be very early (2-3 minutes) compared to observations for negative horizons. In this case, altitude was 1270 m which has an ocean horizon ~ -1.14 deg. This was for …
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Currently, there is a lot of garbage in the `bib` results:
> INFO: Thank you for using sbpy. Your session results were based on:
> sbpy.bib.tests.test_bib.force:
> method:
> Newton 1687…
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I keep getting an error when attempting to query JPL horizons to get back only astromertic right ascension and declination. Here is the code I am using:
``` python
from astroquery.jplhorizons impo…
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This should not be an issue, but we will have to include remote tests to get a reasonable estimate of the coverage.
@mkelley, of all the remote tests we have, only two fail and both are part of `sb…
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Create hand-crafted data file with test cases from JPL Horizons: (RA,DEC), (az,alt). Test every body from a variety of times and geographic locations. This is mainly as a sanity check that I'm not c…
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I'm using skyfield to try to map out where the ISS is as a function of time starting with a given TLE. The most basic data that I'm looking for is the true anomaly as a function of time. I've created …
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JPL Horizons does not seem to calculate refraction for negative altitude angles the same way NOVAS C 3.1 does. This forced me to skip horizontal coordinate checking for tests cases of objects below th…
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@wafels said: We should unify sun_pos.py and sunpy.sun but agree on which calculation to use on PR #452
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I hope this is the right place to ask this question but it seems as if I am not able to query the mass of celestial body through the JPL Horizons module. I checked the documentation https://astroquery…
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Currently trying to submit an observation of a non sidereal target to LCO return an error that the following required parameters are missing:
epochofel
eccentricity
scheme
These need to be par…