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wradlib moves forward

As you probably all know by now, \(\omega radlib\) is moving forward now and in the near future. There are several aspects which are laid out in this blog post.

In the upcoming version 1.19 \(\omega radlib\) will use xradar for reading/writing radar data. For this to happen, I’ve ported all related code from \(\omega radlib\) to xradar. Xradar, a package dedicated to read and write radar data based on xarray structures, was launched in late August 2022, on initiative of Max Grover and me.

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Release 1.15

We have now released version 1.15 of wradlib.

This release only has one enhancement:

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Release 1.14

We have now released version 1.14 of wradlib.

Now, these are the most important changes:

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Release 1.13

We have now released version 1.13 of wradlib.

After missing requirements_optional.txt in the source distribution which has been uploaded to PyPI as 1.12.0, we had to remove this version from PyPI again. The problem was that the installation from the source distribution was not possible without this file.

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Release 1.11

We have now released version 1.11 of wradlib.

This version contains two enhancements and a whole bunch of bugfixes. We changed our branch naming to main.

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Release 1.10

We have now released version 1.10 of wradlib.

This version contains several enhancements and some bugfixes. For our Continuous Integration we’ve moved to GitHub Actions for all of our production repositories.

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Release 1.9

We have now released version 1.9 of wradlib.

This version contains several bugfixes and some enhancements. For our Continuous Integration we’ve moved to micromamba which speeds up creation of Python environments.

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Release 1.8

We have now released version 1.8 of wradlib.

This version contains several bugfixes and enhancements. We’ve also done a lot of maintenance with regard to Continuous Integration as well as handled upstream deprecations.

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Release 1.7

We have now released version 1.7 of wradlib.

This version contains several bugfixes and enhancements.

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Release 1.6

We have now released version 1.6 of wradlib.

This version contains several bugfixes and enhancements.

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Release 1.5

We have now released version 1.5 of wradlib.

This version contains several bugfixes and enhancements.

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Release 1.4

We have now released version 1.4 of wradlib.

This version contains several bugfixes and three enhancements.

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Release 1.3

We have now released version 1.3 of wradlib.

This version contains more improvements and enhancements than bugfixes.

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Utilizing xarray for CfRadial - ODIM_H5 interoperability

We have just added a new feature for CfRadial2 - ODIM_H5 interoperability to wradlib.

wradlib is now able to read data from netcdf-based CfRadial1, CfRadial2 and hdf5-based ODIM_H5 (and other hdf5-flavours (GAMIC)).

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Release 1.2

We have now released version 1.2 of wradlib.

This version contains many bugfixes as well as improvements and enhancements. Most additions were pulled in within Hacktoberfest, the month-long celebration of open source software. Although this years Hacktoberfest is over, we encourage every \(\omega radlib\) user to join the party and envision the Hacktoberfest’s 3 main mottos:

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Release 1.0.0

We have now released version 1.0.0 of wradlib.

As some of you might be aware, version 1.x is generally considered as a major milestone, indicating that the software has all major features, and is considered reliable enough for general release.

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Release 0.11.0

We are happy to announce the release of \(\omega radlib\) 0.11.0.

It introduces our first shot at reading IRIS (Sigmet) data - a feature that has been requested by quite a number users. Learn more about io.read_iris, and see it at work here. We are looking forward to your feedback!

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Release 0.10.1

We are happy to announce the release of \(\omega radlib\) 0.10.1.

This release is mainly a bug-fix release to make \(\omega radlib\) work with the latest numpy release 1.13.

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Release 0.10.0

We are happy to announce the release of \(\omega radlib\) 0.10.0.

Highlight of this release is the implementation of matching of GPM/TRMM-platforms with ground radar observations in 3D. A step-by-step guide is available as jupyter notebook. Also the \(\omega radlib\) raster handling has been improved considerably with PR#137.

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Release 0.9.0

With this post, we announce the release of \(\omega radlib\) 0.9.0. It finalizes our transition from example Python scripts to jupyter notebooks (as already announced in a previous post). As a result, the documentation pages have become more consistent, and the handling of examples and tutorials more convenient and interactive. We hope you’ll agree!

As a consequence, the previous doc sections “Tutorials” and “Recipes” have been replaced by one single section Tutorials and Examples. The pages in that section were automatically built from jupyter (IPython) notebooks. These notebooks are distributed with the new release, and you can use them to interactively browse through our tutorials and examples. You can always download the latest notebooks from the wradlib repository.

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Release 0.8.0

As already announced in previous articles (#1, #2), we entirely moved our code development from bitbucket to github, and applied a major code revision to make \(\omega radlib\) compatible with both Python 2.7 and 3.5. The tremendous efforts to achieve this have been spearheaded by Kai Muehlbauer (University of Bonn). Thanks also to Jonathan J. Helmus from Argonne National Laboratory for valuable advice in the transition period.

Please understand that the bitbucket repository will no longer be updated, and only hosted as legacy code.

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wradlib goes toward python3

With Pull Request #5 we made the first step to have \(\omega radlib\) support Python3. All tests are running fine now, so we consider this a straight conversion. Nevertheless, there is an open issue which gets hold of remaining conversion problems. If you find a bug or issue, please report it there.

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wradlib moves to github.com

After over a year of reflection and thoughts, we finally decided to move from bitbucket to github.

This means also to switch the versioning system from mercurial to git. The repository was transferred to git via hg-git. Thus, the commit history is available right from the beginning. The wradlib repo at bitbucket will be left available for reference.

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