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I use metpy to plot skewTs as part of my daily forecasting workflow. One feature I would love to see would be manipulating the low level temp/dewpoint profile. I came across this interactive java web applet which allows limited interactivity, but still potentially very useful. I realize the metpy skewT interface is built upon matplotlib, but perhaps it may be possible to incorporate an interactive jupyter notebook slider(s) widget to dynamically update the surface parameters (or even use plotly/dash?)
Basically, the goal of this feature addition would be to allow forecaster input/override observed/NWP output, or just to simply play around with the boundary layer and see what happens.
Cheers y'all
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The text was updated successfully, but these errors were encountered:
I'd be interested in adding examples somewhere, either here or on the forthcoming MetPy cookbook on Project Pythia, that demonstrates how to wire up our SkewT class as an interactive matplotlib plot.
As far as actually shipping that out of the box, that seems to go beyond MetPy's scope as a library and veers into application territory. I also would then wonder why users wanting that aren't just using SHARPpy.
What should we add?
I use metpy to plot skewTs as part of my daily forecasting workflow. One feature I would love to see would be manipulating the low level temp/dewpoint profile. I came across this interactive java web applet which allows limited interactivity, but still potentially very useful. I realize the metpy skewT interface is built upon matplotlib, but perhaps it may be possible to incorporate an interactive jupyter notebook slider(s) widget to dynamically update the surface parameters (or even use plotly/dash?)
Basically, the goal of this feature addition would be to allow forecaster input/override observed/NWP output, or just to simply play around with the boundary layer and see what happens.
Cheers y'all
Reference
No response
The text was updated successfully, but these errors were encountered: