This release includes a build change that will hopefully allow successful builds on conda-forge.
Additionally, this module is now consistent with the most recent climlab-rrtmg in how it handles the solar irradiance factor. The input parameters `eccf` is now expected to be an array of same size as the horizontal grid.
What's Changed * Avoid referencing missing c module by brian-rose in https://github.com/climlab/climlab-cam3-radiation/pull/14 * Make eccf array input and test for that by brian-rose in https://github.com/climlab/climlab-cam3-radiation/pull/15 * update README again for new release by brian-rose in https://github.com/climlab/climlab-cam3-radiation/pull/16
This release modernizes how we compile the Fortran code and build the installable Python package, now using meson.
As a consequence of this change, it will now finally be possible to run this code under recent Python version (3.12, 3.13).
0.3.0
The internals of the `climlab.Process` object have been significantly reorganized for a more consistent API.
Major new functionality includes a `climlab` wrapper for the CAM3 radiation code, using a compile-on-demand strategy to create the interactive Python object from Fortran code at run-time when the user invokes a new `climlab.radiation.CAM3Radiation()` process.
0.2.1
First public release of the new `climlab` code: a python package for _Process-Oriented Climate Modeling_.
All model code is now organized around the concept of a `Process` with arbitrarily complex trees of subprocesses.
All the functionality of v0.1 is preserved and expanded upon, but the API has changed substantially.
0.2
This is the first public release of climlab-cam3-radiation, the standalone Python wrapper of the NCAR CAM3 radiation code, for use by climlab.
0.1
The first release of climlab code. A not particularly well organized collection of code for EBMs, single-column grey radiation models, and orbital / insolation calculations. Future releases will have a substantially different API and functionality.