ppc64le/linux/: uvtools-0.2.0+ppc64le1 metadata and description
Tools useful for the handling, visualization, and analysis of interferometric data.
| author | HERA Team |
| classifiers |
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| description_content_type | text/markdown |
| dynamic | license-file |
| license | MIT |
| license_file | LICENSE |
| metadata_version | 2.4 |
| provides_extras | dev |
| requires_dist |
|
| requires_python | >=3.8 |
| File | Tox results | History |
|---|---|---|
uvtools-0.2.0+ppc64le1-py3-none-any.whl
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uvtools
Tools useful for the handling, visualization, and analysis of interferometric data.
Installation
Best method is to install from [] with
pip install uvtools
Developer install from the github repo by cloning/pulling and then in ./uvtools/ run pip install .
If you use conda (preferred), then you may wish to install the following packages
manually before installing uvtools (if you don't have them already)::
$ conda install -c conda-forge numpy scipy "aipy>=3.0rc2"
If you are developing uvtools, you will also require nose and pyuvdata to run
tests. All of these packages can be installed with the following commands::
$ conda create -n uvtools python=3
$ conda activate uvtools
$ conda env update -n uvtools -f environment.yml
$ pip install -e .
To test the package, execute the following command::
$ nosetests uvtools/tests/test_dspec.py uvtools/tests/test_utils.py
Making a Release
To make a release of uvtools (both on Github and PyPI), head to the most current
Draft Release and note the suggested
release version. Contact the maintainers with your intention to make a release either
to that version (or, if appropriate, to a different version), and publish the release
via the Github UI. All done!