(REOS) Radar and Electro-Optical Simulation Framework written in C++.

Python interface to the NRLMSIS codes

🌍 A Collection of Awesome Large Weather Models (LWMs) | AI for Earth (AI4Earth) | AI for Science (AI4Science)

A 1D radiative-convective model for the atmospheres of hot terrestrial planets.

Fork of E3SM used to develop exascale global atmosphere model written in C++

TenStream - a 3D radiative transfer solver for earth system models

Modeling and analysis of the eclipsing binary star system KIC 2306740 using PHOEBE software

A C++ port of Max Bernard's C# solution for calculating temperature, pressure and air density at a given altitude, according to the ISA.

U.S. Standard Atmosphere 1976

This is the code used in the can-sized satellite for team Idealite in the Canadian Satellite Design Challenge (CSDC).

Unofficial mirror of Horizontal Wind Model 2014

Implementation of an atmospheric scattering example found on ShaderToy, ported to URP and made to work with baked optical depth. Inspired by Sebastian Lague's series on Atmospheric Rendering

Function to calculate GOST R 25645.166-2004 upper atmosphere model

Two-dimensional spatial filters, developed for application to ocean & atmosphere model output and gridded observations

Unofficial Mirror of NRLMSIS2.1 https://map.nrl.navy.mil/map/pub/nrl/NRLMSIS/NRLMSIS2.1/

Replication of Seager et al. (2019) Nat. Clim. Chan. They used a simple-as-possible coupled model to explain the bias in the nino3.4 trend in climate models (CMIP5). This repository replicates/reproduces their work, shows that it also applies to CMIP6, and varies some of the parameters.

Simulate the distribution and intensity of photon on the surface of a planet.