Astronomy Python App package Chinese instruction document "Usage documentation of Astro-python"

The one-month translation work was finally completed ...!! Thank you very much for your teammates (*^__^*)

Anyway: This document is a Chinese application note for a series of astronomical python packages "ASTRO_PY_WHL (v1.1.1). pdf".

We are based on github/foreign universities/python Library and other open source Python-astro library, will be briefly translated into easy-to-understand and professional literacy of the Chinese (Google translation is not too reliable!!) ), and in some important chapters provide specific detailed examples and code comments for all types of astronomy research programmers/undergraduates/graduate/astronomy enthusiasts to use.

This document contains 17 Python packages for astronomy, including astronomical calculations, unit conversions, astronomical mapping, image processing, WCS coordinate systems, statistical tools, ephemeris calculations, cosmology applications, spectral processing, tabular processing, database processing, planetary atmosphere research, and more. Most of them were released 5 years ago, with Astropy (V3.0) released in 2017, which is basically the most cutting-edge result of scientific research and the Astro-python source code for maximum efficiency. We translate it into Chinese, on the one hand, for the convenience of all kinds of astronomy workers, on the other hand, to promote and promote the application of artificial intelligence in astronomy.

The specific application package reference is as follows:

Astropy: ComprehensiveAstropysicsLarge-scale integrated astronomical science computing packageAstropysics: Simplifies, analyzes and visualizes astronomical dataAstlib: Astronomical plots, statistical data calculations, coordinate transformations, andPywcstoolsoperation with World coordinate system (WCS) information onFITSthe Image tool. Aplpy: Astronomical Drawing operationsCosmocalc: Calculation of cosmological calculations and astronomical constants and derived quantitiesKapteyn: Drawing image data using world coordinatesPyflation: Simulating disturbances in the early universeGalpy: Galactic Dynamics SimulationAlipy: Automatic recognition of geometric transformations between optical astronomical imagesPyregion: ParsingDs9zone FileChiantipy: UsingCHIANTIAtomic Database performs astrophysics spectroscopyPyephem: Astronomical Calendar Method CalculationPysofa: byXPAand fromPythonshellof theDS9for communication ProtocolsSpctrum: Estimated power spectral densityPywcsgrid2: WithMatplotlibuse together to display astronomical imagesAperturephotometry: Aperture meteringMetpy: For planetary Atmospheres (atmosphere) Researchdue to our limited level, this document also has more or less deficiencies and needs to improve the place, some of the professional terminology is slightly vague, but also hope that you have a lot of corrections and feedback, you can send e-mail to:[email protected] or [email Protected]  In addition, this document is for the public welfare nature, for everyone to learn and reference use, do not use for commercial purposes, please specify the source and signature when reproduced and consistent with the original text. such as the creation of liability disputes, not related to the author, thank you for your cooperation!  everyone's support and gratitude is the greatest affirmation of our translation work, I hope we can learn from each other progress!! PS: Because the blog can not share files, so here to Baidu Network disk link form to share to everyone "Manual Document Link: Https://pan.baidu.com/s/1Hxb-8FlwZw0s1vRv4QKfQA Password: q37o"

Astronomy Python App package Chinese instruction document "Usage documentation of Astro-python"