0.11.2

What's Changed

• Contribution function in 1D. Do not normalise in file. Version 0.11.1 by @nichollsh in #75
• Contribution function updates by @nichollsh in #77

Full Changelog: 0.11.0...0.11.2

0.11.0

What's Changed

• Overlap method stored as string by @nichollsh in #72
• Check SOCRATES version by @nichollsh in #73
• Add config option for rainout by @nichollsh in #74

Full Changelog: v0.10.0...v0.11.0

v0.8.4

• Groundwork for reading AQUA equation of state
• Added JOSS paper draft
• New plots for showing height versus pressure relationship (hydrostatic)
• Updated config file format slightly (see the examples)
• Updated notebooks
• Improved tests: now includes plotting and other physics.

Full Changelog: v0.8.1...v0.8.4

v0.8.1

Now licensed under GPLv3.

Updated docs and license file. Additional links to SOCRATES repo. Tidied up old code.

Full Changelog: v0.8.0...v0.8.1

v0.8.0

• Significant optimisations to the model since the last release, primarily through LoopVectorization.jl and other SIMD operations.
• Also supports better surface optical properties, deriving reflectivity and emissivity from empirical single-scattering data.
• Tests and now more rigorous and comprehensive
• Minor bugfixes

Full Changelog: v0.6.2...v0.8.0

Pre-release 0.6.2

This is the first release of the model. It is a pre-release in the sense that the model is not quite ready for publication, but is in a state where it can be easily used by a non-developer of the code.

Documentation can be found at https://nichollsh.github.io/AGNI/ outlining how to install and run the model.

Current capabilities include:

• Simple configuration and setup on GNU/Linux and MacOS machines
• Performing radiative transfer through SOCRATES
• Calculating other energy transport processes, such as convection and phase change with diffusion.
• Storing atmospheric properties in memory, such as composition and temperature
• Reading input from configuration files
• Writing output to NetCDF and CSV files
• Creating plots
• Interfacing with Jupyter notebooks
• Solving for atmospheric radiative-convective equilibrium using a non-linear method with linesearch
• Documentation created with Documenter.jl
• Comparison with literature data
• Unit and physical tests
• Advanced thermodynamics with temperature-dependent properties (e.g. heat capacity)
• Simple tutorials for new users

While the code is open source on GitHub, it is made available under a proprietary license until it is published.