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AERONAUTICS

  • av3-fc :: PSAS Flight Computer's avionics version 3 flight computer.
Resources
  • AeroPython :: Classical Aerodynamics of potential flow using Python, for Prof. Barba's course at GW (1st version:Spring 2014, 2nd run:2015).

ASTRONOMY

Astronautics, Astronomy

  • Astropy → Astronomy Python Library.
  • astroscrappy :: Speedy Cosmic Ray Annihilation Package.
  • ASV | Airspeed Velocity :: A simple Python benchmarking tool with web-based reporting.
  • Caput :: Cluster Astronomical Python Utilities.
  • Celestialbody is a library for calculating the climate and weather on existing and hypothetical planets and moons.
  • EchelleTools are command-line tools to process high resolution echelle spectra from astronomical instruments (TRES, HIRES, Spex, etc...) into a common HDF5 format.
  • Enrico helps you with your Fermi data analysis. Documentation
  • Gammapy :: A Python package for gamma-ray astronomy. Documentation
  • Gamma-speed :: Measure gamma-ray data analysis speed (focus on multi-core likelihood fitting speed-ups). Documentation.
  • gatspy :: General tools for Astronomical Time Series in Python.
  • klima :: Python modules for building a climate data logger.
  • LRG_redshifts :: Finding double redshifts in SDSS LRGs.
  • oec_outreach :: A variant of the Open Exoplanet Catalogue (a database of all discovered extra-solar planets) with additional data and images mainly useful for outreach projects.
  • periodogram :: Unified implementation for period-finding in astronomical time series.
  • PyFITS :: Git repository for the PyFITS project; PyFITS is still actively maintained in SVN, but this repository exists to ease the migration into AstroPy (see above). http://www.stsci.edu/resources/software_hardware/pyfits
  • Pylades :: Plyades is an astrodynamics library, written in Python and based on Numpy and Scipy. Documentation for the astrodynamics library
  • pyMarsTime :: Mars Time Calculation in Python.
  • ProbabilisticLensing :: A probabilistic formalism of weak lensing, based on Bayes Nets/Probabilistic Graphical Models.
  • ShutterCorrect calculates a shutter correction map for digital images. Primarily designed for correcting astronomical images to achieve the desired illumination.
  • SunPy is a free and open-source software library for solar physics based on Python. Source code
  • utsc-ptcs :: University of Toronto Scarborough - Python Telescope Control System.
Resources
  • AAS227Workshop :: Materials for the Bayesian Methods in Astronomy workshop at AAS227.

GIS

  • Atmosphere :: An integrative, private, self-service cloud computing platform designed to provide easy access to preconfigured, frequently used analysis routines, relevant algorithms, and data sets in an available-on-demand environment designed to accommodate computationally and data-intensive bioinformatics tasks.
  • biggus :: Virtual large arrays and lazy evaluation. Documentation
  • BurnMan :: is a library for modeling mantle thermodynamics and thermoelasticity constrained by mineral physics experiments. Get the source code from github.
  • Cartopy :: A cartographic python library with matplotlib support. Source code on github.
  • Cora :: Code for simulating skies for 21cm Intensity Mapping, including galactic and extragalactic foregrounds.
  • Driftscan :: A Python project for simulating and analysing the transit radio interferometers telescopes, with a particular focus on 21cm Cosmology.
  • Iris :: A Python library for Meteorology and Climatology. The Iris library implements a data model to create a data abstraction layer which isolates analysis and visualisation code from data format specifics.
  • Karta → A tidy Python package for geospatial computation.
  • MASSACR :: Modeling Altered Seafloor: Simulation and Climatic Response.
  • MetPy :: A Python Package for Meteorological Data.
  • PitchWeather :: Links Weather Underground weather data to a PitchFx database.
  • PyLith :: is a finite element code for the solution of dynamic and quasi-static tectonic deformation problems.
  • Pyshp :: library to read and write ESRI Shapefiles in pure Python.
  • ulmo :: clean, simple and fast access to public hydrology and climatology data.

Geolocation

Libraries for geolocation.

  • geoip-api-python :: A Python API for MaxMind GeoIP Legacy Database.
  • geopandas :: Python tools for geographic data.
  • geoplotlib :: A toolbox for visualizing geographical data.
  • GeoPy → is a Geocoding Toolbox for Python 2 and 3 for several popular geocoding web services.
  • geo-tools :: Collection of Python modules for working with geo data.
  • pygeoip → Pure Python API for Maxmind's binary GeoIP databases.
  • python-geojson :: Python bindings and utilities for GeoJSON. On PyPI.
  • reverse-geocoder :: A fast, offline reverse geocoder in Python.
Resources