Specific Purposes: mostly on programming
altair | Declarative statistical visualization library for Python |
argparse | command-line parsing module in the Python standard library |
asana | asana task manager |
astroblend | Combine artistic 3D models with computational astrophysics datasets and win the internet |
astroML | Machine learning, statistics, and data mining for astronomy and astrophysics |
astropy | python library for astronomy |
astroquery | Functions and classes to access online data resources |
astroVis | visulizing astronomical data cubes |
avoplot | An extensible scientific plotting tool based on matplotlib |
bokeh-notebook | Interactive Web Plotting with Bokeh in IPython notebook |
celerite | Scalable 1D Gaussian Processes in C++, Python, and Julia |
chainconsumer | Corner plots, LaTeX tables and plotting walks |
contbin | Contour binning |
corner | Make some beautiful corner plots of samples |
cosmoPMC | Cosmology sampling with Population Monte Carlo |
cosmoslik | Cosmology Sampler of LIKelihoods |
cuba | a library for multidimensional numerical integration |
daft | BEAUTIFULLY RENDERED PROBABILISTIC GRAPHICAL MODELS |
DALI | Non-Gaussian Likelihood Approximations |
dedalus | A FLEXIBLE FRAMEWORK FOR SPECTRALLY SOLVING DIFFERENTIAL EQUATIONS |
DNest4 | Diffusive Nested Sampling |
emcee | Affine Invariant Markov chain Monte Carlo Ensemble sampler |
eob_ihes | EOB IHES |
FATS | Feature Analysis for Time Series |
FEniCS | computing platform for partial differential equations |
Fluid | Turn Your Favorite Web Apps into Real Mac Apps |
gala | Python package for Galactic astronomy and gravitational dynamics |
galkin | A tool to handle the available data on the rotation curve of the Milky Way |
GalPot | A stand-alone version of Dehnen’s GalaxyPotential code |
galpy | Galactic Dynamics in python |
gatspy | General tools for Astronomical Time Series in Python |
GMM | Gaussian Mixture Modeling |
GRTensorII | GRTensorII |
gwframe | Manipulate gravitational waveforms—changing frames, and so on |
gwpy | Package for analysing and characterising gravitational wave data in python |
h5py | HDF5 for Python |
HAD | Distributed AMR infrastructure for PDEs |
ipywidgets | IPython widgets for the Jupyter Notebook |
Jekyll | Transform your plain text into static websites and blogs |
jrnl | Collect your thoughts and notes without leaving the command line |
lalsuite | LALSuite Mirror |
languagecheck | Improve the language of your paper before submission |
lightning | API-based access to reproducible web visualizations |
lisatools | LISA tools |
MCcubed | Python Differential Evolution MCMC |
mesa | The Mesa 3D Graphics Library |
nbody | collection of nbody codes |
nbstripout | strip output from Jupyter and IPython notebooks |
NX01 | Pulsar-timing array analysis code |
O2scl | object-oriented scientific computing library |
odes | The ODES scikit for ordinary differential and algebraic equations, an extension to scipy |
odespy | Odespy Interface to ODE Solvers |
pandoc | a universal document converter |
piccard | pulsar timing data analysis package |
PINT | PINT is not TEMPO3 – New software for high-precision pulsar timing |
precession | precession |
PSPLINE | Princeton Spline and Hermite Cubic Interpolation Routines |
PsrPopPy | Python implementation of PSRPOP, designed to be run from the command line or from Python scripts/interpreter |
pwkit | miscellaneous Python for science and astronomy |
pycbc | Analyze gravitational-wave data, find signals, and study their parameters |
pycodestyle | Python style guide checker |
pydde | Python/C DDE solver |
pydelay | delay differential equations (DDEs) |
pyMan | Introduction to Python for Science |
pynbody | N-body and hydro analysis tools for python 2 and 3 |
re | Regular Expression |
rebound | An open-source multi-purpose N-body code |
reboundx | A library for adding additional forces to the REBOUND N-body integration package |
RGW | Goodman-Weare Affine-Invariant Sampling in R-language |
reproject | Image reprojection |
RGTC | Riemannian Geometry & Tensor Calculus @ Mathematica |
RNS | Rapidly rotating NSs |
ROMSpline | compressing and interpolating 1d data using reduced-order modeling and statistical learning methods |
sage | Mirror of the Sage source tree |
scri | manipulating time-dependent functions of spin-weighted spherical harmonics |
simulationtools | SimulationTools |
slice_posterior | Slices and interpolate a LIGO CBC-PE posterior file |
synthlisa | Synthetic LISA: a noise and signal simulator for LISA-like gravitational-wave observatories |
tempo | pulsar timing data analysis |
tempo2 | TEMPO2 pulsar timing package |
tensorflow | An open-source software library for Machine Intelligence |
threading | Manage concurrent threads |
theano | a Python library to define, optimize, and efficiently evaluate mathematical expressions involving multi-dimensional arrays |
three.js | JavaScript 3D library |
uncertainties | uncertainties package |
VBBinaryLensing | forward modelling of gravitational microlensing events |
vim fugitive | VIM fugitive |
VisIt | data visualization |
vpython | Simple 3D Programming Using VPython |
WebPlotDigitizer | HTML5 based online tool to extract numerical data from plot images |
xAct | Efficient tensor computer algebra for the Wolfram Language |
xAct-contrib | Community contributions to xAct |
zotfile | Zotero plugin to manage your attachments |
zsh | Zsh |