Title |
Abstract |
Tags |
alipy |
Convenience script(s) around pyraf/s-extractor to align a stack of dithered FITS images. | |
APLpy |
Create publication-quality plots of astronomical imaging data | |
asciitable |
Extensible ASCII table reader | |
ASteCA |
Automated Stellar Cluster Analysis | |
astLib |
Collection of astronomy-related routines | |
AstroAsciiData |
AstroAsciiData is a module to handle ASCII tables | |
AstroLib |
Astrolib is a software repository for centralizing astronomy community contributed code for Python. | |
astroML |
Machine learning and data mining | |
astroplan |
Observation planning package for astronomers | |
AstroPy |
mailing list for astronomers using python | |
astropy |
Community Python library for astronomy | |
astropysics |
Astrophysics utilities for python | |
astroquery |
Astroquery is a set of tools for querying astronomical web forms and databases. | |
ATpy |
Manipulate tables of Astronomical data | |
calceph |
Python interface to the planetary ephemeris files. | |
CASA |
Reduction and analysis of radio astronomical data | |
ChiantiPy |
Interface to the CHIANTI atomic database for astrophysical spectroscopy | |
coords |
Manage astronomical coordinate systems | |
cosmocalc |
Calculate useful values for a given cosmology | |
CosmoloPy |
a cosmology package for Python | |
deproject |
Deproject 3-d cluster properties from 2-d data | |
emcee |
Python ensemble sampling toolkit for MCMC | |
esutil |
Package focused on numerical python, statistics, file i/o with astronomy specific modules. | |
Fortran 90 |
Fortran 90 guide with Rosetta stone for Python | |
FortranFile |
Read/write fortran unformatted files | |
Gammapy |
Gammapy is a community-developed, open-source Python package for gamma-ray astronomy. | |
Ginga |
Ginga is a toolkit designed for building viewers for scientific image data in Python, visualizing 2D pixel data in numpy arrays. It can view astronomical data such as contained in files based on the FITS (Flexible Image Transport System) file format. It is written and is maintained by software engineers at the Subaru Telescope, National Astronomical Observatory of Japan. | |
GWCS |
GWCS is a package for constructing and managing the World Coordinate System (WCS) of astronomical data. | |
Halotools |
||
HIPE |
Herschel Interactive Processing Environment (HIPE) in Jython 2.1 | |
hips |
A Python astronomy package for HiPS : Hierarchical Progressive Surveys | |
HSTCAL |
HST calibration pipeline for ACS, WFC3, and STIS. | |
IDLSave |
A module to read IDL 'save' files into python | |
IDL_Python_switch |
IDL to Python Switchers Guide | |
imexam |
Replacement for IRAF imexam task. | |
Inference |
Module collection for statistical inference in the physical sciences. Homepage URL: http://inference.astro.cornell.edu/ Version: 0.4 |
|
Introduction to Statistics using Python |
Introduction to Statistics using Python | |
isochrones |
Provides simple interface for interacting with stellar model grids. | |
Kapteyn |
Collection of modules and apps for astronomy | |
lineid_plot |
Line identification plots with automatic label layout | |
mathesaurus |
Converting from IDL, Matlab, and R to NumPy | |
Matplotlib |
Python 2D plotting library | |
Mayavi |
3D scientific data visualization and plotting | |
miriad-python |
Python MIRIAD wrapper and tools | |
mirpy |
Python wrapper for MIRIAD CLI | |
naima |
Derivation of non-thermal particle distributions through MCMC spectral fitting | |
NumPy |
Numerical computing package | |
PANDORA |
Programs for AstroNomical Data Organization Reduction and Analysis | |
photutils |
Photutils provides tools for detecting and performing photometry of astronomical sources. | |
Plotly |
Collaborative, interactive graphing library and web app | |
POPPY |
Physical Optics Propagation in PYthon | |
Primer on Python for astronomy |
A collection of python resources for astronomy | |
PyAST |
Starlink AST wrapper for Python | |
pyAstroLib |
Suite of modules built with a goal of converting the NASA IDL Astronomy Library into Python | |
pyds9 |
A Python interface to communicate with DS9 | |
PyEphem |
Scientific-grade astronomical computations | |
PyFITS |
PyFITS provides an interface to FITS formatted files under the Python | |
pyflation |
Calculate cosmological perturbations during inflation | |
pyIDL |
Interact with IDL from python | |
pynbody |
Pynbody is a light-weight, portable, format-transparent analysis framework for N-body and hydrodynamic astrophysical simulations supporting PKDGRAV/Gasoline, Gadget, N-Chilada, and RAMSES AMR outputs. | |
pyPLUTO |
Python based visualization Tool for PLUTO code data. | |
pyradex |
Wrapper for Radex atomic and molecular line code | |
PyRAF |
Run IRAF commands inside a python environment | |
pyregion |
Parse ds9 and CIAO region files | |
pysofa |
Standards of Fundamental Astronomy interface | |
PySpecKit |
Spectroscopic analysis toolkit for astronomy | |
pysynphot |
Replacement for the IRAF synphot package | |
python4astronomers |
Practical Python for Astronomers | |
pytpm |
a python interface to Jeff Percival's Telescope Pointing Machine | |
PyVO |
Virtual Observatory interface | |
PyWCS |
World Coordinate System parsing and calculations | |
pywcsgrid2 |
pywcsgrid2 | |
readcol |
Read ASCII tables | |
recfunctions |
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Resource : pyCOSMOCAL |
GUI for Ned Wright Cosmology calculator | |
RO |
Cross-platform utilities for astronomy with Tk GUI and networking | |
RPy |
Interface to the R programming language | |
SAMPy |
A Python implementation of the Simple Application Messaging Protocol | |
SciPy |
Science, math, and engineering software | |
SciPy resources |
SciPy resources Wiki | |
sersic |
Exact deprojection of Sersic surface brightness profiles | |
sherpa |
Flexible modeling and fitting environment | |
SNCosmo |
Supernova Cosmology | |
Software Carpentry |
Software development for scientists and engineers | |
SpacePy |
Tools for the Space Science Community | |
SpecViz |
SpecViz is a tool for 1-D spectral visualization and analysis of astronomical spectrograms. | |
sphere |
This library is a Python package for handling spherical polygons that represent arbitrary regions of the sky. | |
Splatalogue |
Database for astronomical spectroscopy | |
sptool |
Stellar spectral typing tool | |
stginga |
stginga is a package that customizes Ginga in order to aid data analysis for the data supported by STScI (e.g., HST or JWST). | |
STOMP |
C++ Library for fast angular correlations and spatial clustering statistics with python SWIG wrapper | |
stsci_python |
Data analysis infrastructure | |
SunPy |
Solar Physics Library | |
SunPy |
SunPy is an open-source Python library for solar physics data analysis. | |
Transit light curve equations |
Mandel & Agol (2002) transit light curve equations | |
User contributed pyraf scripts |
Pyraf Scripts | |
vo |
Read VO tables into python | |
voevent-parse |
Parse, manipulate, and generate http://wiki.ivoa.net/twiki/bin/view/IVOA/IvoaVOEvent XML packets | |
VOEventLib |
A Python Parser for VOEvent XML packets | |
VPython |
With VPython you write computational statements and real-time navigable 3D animations are created as a side effect of those computations. For example, in a binary star program you create two sphere objects to represent the star and then, as you continually update positions and velocities, where the positions are the position attributes of the sphere objects, successive 3D renders display the spheres in their new positions. This works not only with installed Python but also in a browser, and on mobile devices. |