If you're switching over to the other site, reminder that you can continue following us over there for your MetPy news, MetPy Mondays updates, etc.:
Or if you'd like to make some images plotting an SPC mesoscale discussion using a scalloped area (thanks to @nawendt!) (See code here: github.com/Unidata/python-tr…)
Here's an example parsing and plotting a WPC surface bulletin:
unidata.github.io/MetPy/late…
You might want to look at MetPy's StationPlot class: unidata.github.io/MetPy/late… Generally some code like this would plot barbs and text of wind speed given some arrays lons, lats, u, and v:
In other Friday news, look what FINALLY landed on the main branch and will be in the next release: unidata.github.io/MetPy/dev/…
Just look for the glowing MetPy sign
At #AMS2023? @dopplershift and @dcamron93 are holding @MetPy office hours at the UCAR exhibit booth (#423) this afternoon and tomorrow. Feel free to stop by to get help with, or just chat about, @MetPy and Python.
Come stop by the @unidata table at the AMS Career Fair and grab some swag, hear about the Summer Internship, and see MetPy: The Lighted Sign (courtesy of @leemangeophys)
MetPy @ametsoc Short Course next month!
The problem in your case is that there are some NaN values (no LCL found) in your original data, and that causes the interpolation routines to put out a *big* area of NaNs. Try adding this before interpolating.
Part of the new functionality also includes, as part of the simplified plotting interface, PlotGeometry which makes it easy to plot various geospatial layers, like SPC convective outlooks in geojson format. See here for more: gist.github.com/23ccozad/8c5…
















