As for the rest of the two suggestions: [
https://github.com/pmarshwx/SHARPpy/tree/gui
https://github.com/PyAOS/aoslib]
there doesn't seem be routines included for CAPE and CIN calculations.
I am working on idealized orographic precipitation simulations in WRF that
will hopefully be presented in t
Thanks Alex. This seems to be the easiest way to approach the problem.
However, for the sake of reproducibility, I am looking for a way to
interface to one of the common fortran routines for the task. Your
suggested approach will require some sort of interpolation at the very
least to make the esti
Hi James,
I have managed to run CLIMT's thermodyn.py . Most of the functions I tested
from within the Driver.f90 works fine except the CAPE and CIN routines. I
sent an e-mail to the author regarding this but nothing back from him so
far. Would you give a test if I send you a simple sounding data?
You can easily visualize the CAPE and CIN with matplotlib using
fill_between() on the environmental and parcel temperature curves. As for
actually calculating it though, I don't know of a way to do it directly
from matplotlib. There are probably several other python packages out there
that can, but
Hello,
Lately, I am working on plotting sounding profiles on a SkewT/LogP diagram.
The SkewT package which is located at https://github.com/tchubb/SkewT has a
nice feature to lift a parcel on dry/moist adiabats. This is very useful to
demonstrate the regions of CIN and CAPE overlaid with the full
