python-skyfield
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- Developed at devel:languages:python:numeric
- Sources inherited from project openSUSE:Factory
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Source Files
Filename | Size | Changed |
---|---|---|
assay-master-256.23c18c2.tar.gz | 0000018328 17.9 KB | |
de405.bsp | 0065445888 62.4 MB | |
de421.bsp | 0016788480 16 MB | |
finals2000A.all | 0003371404 3.22 MB | |
generate-hipparcos.sh | 0000000392 392 Bytes | |
hip_main.dat.gz | 0001257616 1.2 MB | |
moon_080317.tf | 0000021437 20.9 KB | |
moon_pa_de421_1900-2050.bpc | 0001770496 1.69 MB | |
pck00008.tpc | 0000111586 109 KB | |
python-skyfield-rpmlintrc | 0000000049 49 Bytes | |
python-skyfield.changes | 0000016085 15.7 KB | |
python-skyfield.spec | 0000003851 3.76 KB | |
skyfield-1.34.tar.gz | 0000381251 372 KB |
Revision 9 (latest revision is 21)
Dominique Leuenberger (dimstar_suse)
accepted
request 856058
from
Benjamin Greiner (bnavigator)
(revision 9)
- Update to v1.34 * The position classes have gained methods frame_xyz(), frame_xyz_and_velocity(), frame_latlon(), and from_time_and_frame_vectors() that work with a new library skyfield.framelib to offer a number of familiar reference frames. These replace the existing ad-hoc position methods for ecliptic and galactic coordinates, which are now deprecated (but will continue to be supported). See Coordinates in other reference frames. * Added support for IERS Polar Motion 𝑥 and 𝑦. * Added a method lst_hours_at() that computes Local Sidereal Time. * A new almanac routine moon_phase() returns the Moon phase as an angle where 0° is New Moon, 90° is First Quarter, 180° is Full, and 270° is Last Quarter. #282 * Almanac search routines that previously returned a Boolean true/false array now return an integer 0/1 array instead, to work around a new deprecation warning in NumPy which, for example, would have outlawed using the Boolean array from moon_nodes() to index into the MOON_NODES list that provides a name for each node. #486 * The undocumented columns magnitude_H and magnitude_G in the Minor Planet Center comets dataframe have been renamed magnitude_g and magnitude_k following further research on the file format (which does not itself document which magnitude model is intended). #416 - add finals2000A.all to testdata - Define skip_python36 for TW, because current astropy needs Python >=3.7
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