Minor-release of konrad

This minor release covers minor fixes, features and housekeeping.

Fix ARTS and cloud interfaces

This release fixes the interface to the radiative transfer model ARTS, and the initialisation of conceptual clouds.

A radiative-convective equilibrium model for Python

What's Changed

• Clean components by @lkluft in #177
• Create howto by @lkluft in #178
• Modify default by @lkluft in #179
• Reformat the whole code base using black by @lkluft in #180
• Add logo to project readme by @lkluft in #181
• Extend "How to konrad" by @lkluft in #190
• Make the Cariolle scheme independent of simotrostra by @lkluft in #191
• Add relative humidity profile that is V-shaped in temperature space by @lkluft in #198
• Add combined moist-adiabat with dry boundary layer by @lkluft in #197

New Contributors

• @TheresaLang made their first contribution in #187

Full Changelog: v0.9.4...v1.0.0

v1.0.0-alpha

Create pre-release for v1.0.0

v0.9.4

This release fixes an error in the detection of cold-point height in extreme atmospheres, fixes a convenience function that creates moist-adiabatic temperature profiles for a given surface temperature, and changes the way that dry volume-mixing ratios are scaled with water-vapour during line-by-line radiative transfer simulations.
From this version on, Python 3.6 support is dropped.

v0.9.3

Bump version before release

Add the possibility to perturb the relative humidity distribution

This release adds a conceptual C-shaped relative humidity distribution. In addition, a framework to perturb the vertical distribution of relative humidity is added.

Add line-by-line radiation and conceptual clouds

This release adds support for line-by-line simulations using the radiative transfer model ARTS.
In addition, a conceptual cloud class is added to perform idealized simulations of cloud radiative feedbacks.

Add cloudy radiative transfer using McICA

v0.7.0

Bump version before release

A radiative-convective equilibrium model for Python

v0.6.6

Fix zenodo metadata