Thanks Daniel. Your CAPE calculation approach looks robust. I will give it a try with my sounding data. In the mean time, do you plan on putting a function for CIN calculation?
On Sun, Mar 30, 2014 at 10:37 AM, Daniel Rothenberg <darot...@mit.edu>wrote: > Hello Gokhan, > > I've written my own SkewT/LogP code with some lifted parcel calculations - > it's included in a GitHub repo I use to maintain a collection of utilities > I've written for analyzing output from a cloud resolving model I use. You > can find my code for this purpose at > https://github.com/darothen/crm-tools/blob/master/vis/soundings.py, along > with other useful scripts. > > - Daniel Rothenberg > > > On Sat, Mar 29, 2014 at 6:32 PM, Gökhan Sever <gokhanse...@gmail.com>wrote: > >> 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 sounding. >> >> However, the package misses these diagnostic calculations. This is the >> only step holding me back to use Python only (migrating from NCL) for my >> plotting tasks. I am aware that these calculations are usually performed >> in fortran. Are there any routines wrapped in Python to calculate CAPE and >> CIN parameters? Any suggestions or comments would be really appreciated. >> >> -- >> Gökhan >> >> _______________________________________________ >> Pyaos mailing list >> py...@lists.johnny-lin.com >> http://lists.johnny-lin.com/listinfo.cgi/pyaos-johnny-lin.com >> >> > -- Gökhan
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