- this should get changed again later today, hopefully! But in case it doesnt, at the very least make this small change to remove the plotting portion at the end of the notebook.
- Added a new Template.ipynb file in the examples dir
- Added a new notebook GOES_CIRA_Product_Writer.ipynb in the examples/notebooks dir
- This notebook walks through:
- how to request multiple GOES products from EDEX
- how to resize the images using pixels
- how to write out images locally
- how to combine multiple channels in to an rgb product
- Created a new images directory for the notebooks
- Added two image files for the preview options of the notebook
- removed references of "master" branch and replaced with main
- updated the documentation link to our current website
- added the conda install command for the package install as an alternative to pip
- removed the requirements and examples sections
-without this command the outline on the left hand does not get generated
-also had to add the ':hidden:' flag, so it's not displayed on the body of the page as well
-changed the opening text slightly from "geometry" to "geographic"
-added a prerequisite software section that specifies python3, conda, and git (optional)
-added a package-only installation section with subsections for pip and conda
-moved previous instructions to their own section titled Source Code with Examples Install
-removed all remaining information as it was basically a duplicate of what exists on this webpage
-added a contact us section with our support email
Pulled these steps out of the for loop, perform first:
-instantiate the air temp array once
-nan out the null values (-9999)
-convert from c to f
In the for loop:
-create a copy of tair (subtair)
-use this copy to isolate values in the given threshold range
-when setting the data on the stationplot use the 'value' variable instead of using x again in the threshold to find the color value
Changes made to support automatically build and deployment of documentation website
Add a new directory and yml file for the auto-build/deployment:
.github/workflows/ dir was created
sphinx_build_deploy.yml was created which is triggered when a change is made to the docs/ or examples/ directories. This action builds the html pages using sphinx and then deploys them to our webpage by pushing them into the gh-pages branch
Updated the docs/requirements.txt file to include numpy so sphinx can build all the pages properly
Modified the index.rst page to have some of the environment install instructions in code blocks instead of a bulleted list
Updated notebooks to have the '%matplotlib inline' call after the imports in the code so that the webpage renders properly:
Colored_Surface_Tempertature_Plot.ipynb
METAR_Station_Plot_with_MetPy.ipynb
Regional_Surface_Obs_Plot.ipynb
