astronomical ephemeris or almanac calculation

 

 

now in 4th edition on amazon 

implemented on github by jfcarr in python, C, C++, Rust and other languages

some history

introduction on poliastro

Steve Moshier's superb astronomical-almanac on Ubuntu , debian, his website , in javascript, gui 

Jean Meeus: pls refer here

pmonstrasio

Sean E Urban's book: astronomical almanac 

JPL Horizons provides interpolated results from spice kernels. The spice kernels contain blocks of interpolation coefficients using (usually if not always) Chebychev polynomials that allow spice users, other third party programs, and the Horizons website to calculate positions in-between the points where the coefficients are provided in the kernels.

Elwood Downey of clearskyinstitute:

XEphem github

in python:

From Brandon Rhodes:

PyEphem,( now depreciated), based on XEphem starting 2007, and github repo, can be found in debian package

study-pyephem

and now replaced by Skyfield 

For satellite: Briswell

or AstroPy 

Neal McBurnett's syzygy

discussion on stackexchange:

UhOh

nealmcb

planets position determination

Mark Adler

rosetta

planetaryorbits simulation in javascript

discussion on stackoverflow:

stackoverflow

Paul Schlyter how to compute planetary positions and cosinekitty (Don Cross) online solar system 

lrmcfarland AAI  from starbug

astroplan:

astroplan is an open source Python package to help astronomers plan observations.

The goal of astroplan is to make a flexible toolbox for observation planning and scheduling. When complete, the goal is to be easy for Python beginners and new observers to to pick up, but powerful enough for observatories preparing nightly and long-term schedules.

astroplotlib

based on IDL, python, mathematica

interesting github repo:

mapping the solar system

planet ephemeris using Arduino Mega

difference between pyephem and skyfield, with replies from Brandon Rhodes

projectpluto  

PyPi

Bill Gray and Bill Gray's github

twitter:

brandon rhodes 

Sextractor:

cranethree

astromatic github from Cees Bassa 

Astropixel. 

kotenmon （古天文）and eclipses. 

Adam Hincks AEphem, which is based heavily on Moshier's AA and projectpluto's codings to parse JPL DE , with excellent tour-guide like documentation online,  gitlab . Unfortunately cannot run under Raspberry pi, ( segfault, maybe not yet ported to ARM architecture, cf aephem/INSTALL file)

Dominic Ford's Cephemeris-compute based on DE430

moon: libration and colongitude

JPL DE200, DE404 etc ephemerides from JPL ftp , or on CDROM $29.95

ESA SPICE Spk kernels 

time ephmeris ephcom2 for DE405 in Fortran

Jay Tanner Neoprogrammics, based on DE405 and VSOP87, coded in PHP, whose calculations is also used in 有趣天文現象, eg 土星冲日 , conveniently including earth distance. Github on sun ephemeris in VB , phpsciencelab with source code, PHP server setup

J G William contributions to Earth's obliquity rate, precession and  nutation 1994 on harvard  

ELP-MPP in python , C++

SOFA from IAU, and with cookbooks , in C, and also wrapped for python 

Kaplan Mean and apparent place computations in the new IAU system 1989, as used in IMCCE Miriade> Novas. Kaplan personal website 

Astroquery jpl horizons : jplhorizons

Stefan barr python seminar

Astronomical answers

helixcn , zhangjinlong 

HP-41 

Astronomy ru 

且听风吟 zhihu on planets , 2

Fortran 

UKHO Websurf 

Sciencenet tutorial 

theNauticalAlmanac online

Eddie blog