Isaac,
I assume that CRTM includes temperatures up to 300K is to cover ice reaching
the ground even when the surface temperature is well above 0C. In such cases
the ice particles are not in equilibrium with the environment. Internally the
temperature will be close to 0C. My suggestion is then
Hi Jana,
I tried to include the za interpolation but it seems that it needs some touch
ups as there are some undefined variables.
I did manage to do all the interpolations using the code that developed myself
and it seems to be working fine (see the attached file please).
However, I have
Hi Patrick et al,
on the same set of grids. That is, the idea is to use these functions
> first, before any size interpolation. This is at least indicated in the
> documentation of assp_interp_size.m.
>
>
> No time for me to dig into the Python code (and anyhow don't have the
> latest version
Hi Patrick,
I am not actually directly calling any assp functions. I use rttov.get_assp as
shown below to get what I need and send the new grids for f, T, and dveq along
with the habit ID (I have been playing with allow_extrap to just allow to fill
the gap for now but I know it may not be a
Hi,
Some quick input, for clarification.
At least for the Matlab interface there are functions for interpolating
in frequency, angular grid and temperature, to get the data of all sizes
on the same set of grids. That is, the idea is to use these functions
first, before any size
HI Vasileios,
Thanks for the hints. Meanwhile, I spent sometime and wrote a piece of code to
read the data in and interpolate them. I will they to see if can fix it
according to what you suggested. In any case, once you have fixed the code, I
will compare what I have developed with the main
Hello Isaac,
I had a brief look at assp_interp_size. Indeed there are some bugs in this
function that need to be fixed. I will allocate some time on this next week;
sorry for any inconvenience caused. For the time being, I could give you some
hints:
To use this function, all elements in S
