This is your work, valued
gala. Galactic and gravitational dynamics in Python
148schwimmbad. A common interface to processing pools.
121cython-tutorial. Tutorial on how to use Cython to optimize Python code.
63makecite. Generate latex + bibtex citation commands by looking at what packages are imported
49thejoker. A custom Monte Carlo sampler for the (gravitational) two-body problem
34d3po. CSS
29cmastro. Colormaps for astronomers
27pyia. a Python package for working with data from the Gaia mission
22jupyterlab-gist-it. Upload a Jupyter notebook as a Gist with the click of a button.
20NYCastroML. Columbia+ meet-up for working through http://press.princeton.edu/titles/10159.html
17macro-cell. IPython extension for defining custom cell macros
17mpipool. A Python MPI Pool
17AST542. Princeton astro grad seminar on statistical methods
16dropoutput. Remove cell numbers and output from IPython notebooks when adding to a git repository
9pyastro17-tutorials. Machine learning tutorials for Python in Astronomy 2017
6CitationPEP. Sketching out a PEP for a software citation standard
6pydata2017-astropy. Materials for the Astropy workshop at the PyData NYC 2017 workshop
5TorusImaging. Implementation of Orbital Torus Imaging, and tools for pipelining runs.
4SuperFreq. Numerically determine the fundamental frequencies of an orbit
4biff. Deprecated! see https://github.com/adrn/gala instead
4ebak. Jupyter Notebook
3GD1-DR2. Jupyter Notebook
3MDM-Gaia. Collaboration policy for MDM observations during or immediately after Gaia DR2.
3SFD. Schlegel, Finkbeiner, David dust maps in Python.
3AchtungCoaddVerboten. Python
3SoftwareTesting. Python
3advent-of-code. Solutions for advent of code
2kermit. Artisanal reparametrizations of the Kepler problem
2joaquin. spectrophotoasterometric parallaxes
2delicatessen. The "plots" project at online.tess.science!
2talkviz. Visualizations (movies and figures) for talks
2hq. a pipeline for running The Joker on APOGEE data.
2TwoBody. Solving the gravitational two-body problem.
2ahw2017-ml. Machine learning at AstroHackWeek
2PrincetonStatsSeminar. Supplementary material for my lecture on 6 Feb.
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