zarathustra-f90

zarathustra-f90's Stars

• PJ-Singh-001/Cubic

  The Official Web Site for Cubic (Custom Ubuntu ISO Creator) (https://github.com/PJ-Singh-001/Cubic)

  82447

• pmocz/nbody-python

  Vectorized N-body code (Python)

  Language:Python10651

• Varnani/pywd2015-qt5

  A Qt5 GUI written in Python for Wilson - Devinney eclipsing binary modeling software.

  Language:Python82

• Krytic/Takahe

  Builds the Universe. Simulates Binary Stars.

  Language:Python41

• mvidela31/BinaryStars

  An efficient Python implementation for Bayesian inference in binary stars based on Stan.

  Language:Stan51

• abhisrkckl/mikkola

  An implementation of Mikkola's method to solve Kepler's equation

  Language:C++31

• RoryBarnes/OrbConvert

  Code to convert between orbital elements and Cartesian position and velocity

  Language:C21

• RoryBarnes/HillStability

  Calculate Hill stability for 3-body systems

  Language:C2

• VirtualPlanetaryLaboratory/vplanet

  The Virtual Planet Simulator

  Language:C13755

• keeferrourke/la-capitaine-icon-theme

  La Capitaine is an icon pack designed to integrate with most desktop environments. The set of icons takes inspiration from the latest iterations of macOS and Google's Material Design.

  Language:Shell1.9k216

• yeyushengfan258/Reversal-icon-theme

  A colorful Design Rectangle icon theme for linux desktops

  Language:Shell47434

• jupyterlab/lumino

  Lumino is a library for building interactive web applications

  Language:TypeScript635127

• Michel-Heinz/Audito

  Automatic differentiation for Fortran

  Language:Fortran10

• geographiclib/geographiclib-fortran

  Fortran implementation of geodesic routines

  Language:Fortran3

• noaa-ngs/inverse

  The geodetic inverse, program INVERSE, is the tool for computing the geodetic azimuth and distance between two points, given their latitudes and longitudes.

  Language:Fortran42

• GenASiS/GenASiS

  General Astrophysical Simulation System

  Language:Fortran133

• SINTEF/fortran-error-handling

  A library for flexible and easy to use error handling in Fortran projects

  Language:Fortran191

• jacobwilliams/splpak

  Modernized SPLPAK library for multidimensional least-squares cubic spline fitting

  Language:Fortran83

• BillyMitchell97/Gooding_IOD

  Original Gooding angles-only initial orbit determination

  Language:Fortran71

• Call-for-Code/Practice-Pull-Requests

  This repository provides a sandbox to fork a Call for Code project repository and submit back your first pull request in GitHub. It's automated, so you can practice all you need.

  1435

• pymc-devs/pymc-examples

  Examples of PyMC models, including a library of Jupyter notebooks.

  Language:Python291250

• CamDavidsonPilon/Probabilistic-Programming-and-Bayesian-Methods-for-Hackers

  aka "Bayesian Methods for Hackers": An introduction to Bayesian methods + probabilistic programming with a computation/understanding-first, mathematics-second point of view. All in pure Python ;)

  Language:Jupyter Notebook26.8k7.9k

• pymc-devs/pymc

  Bayesian Modeling and Probabilistic Programming in Python

  Language:Python8.7k2k

• m-krajcovic/photometric-data-retriever

  A tool for retrieving photometric data of stellar objects

  Language:Java4

• jacobwilliams/rklib

  Fixed and variable-step Runge-Kutta solvers in Modern Fortran

  Language:Fortran744

• degawa/fortran-time-measurement

  Language:Fortran3

• jacobwilliams/polyroots-fortran

  Modern Fortran library for finding the roots of real and complex polynomial equations

  Language:Fortran224

• linode/docs

  Linode guides and tutorials.

  Language:Python1.4k1.2k

• latex-ninja/hipster-cv

  Repo to share the template for the Hipster-CV

  Language:TeX8236

• liantze/AltaCV

  Yet another alternative curriculum vitae/résumé class with LaTeX

  Language:TeX1.3k338