Ocean Modeling Discussion

Thank You,

The reason why I want to have EminusP fro my new simulation is because I want to make sure the input is correct.

Thank You.

Hi, All,

I tried to use the atmospheric flux results from one of my previous runs to activate a new simulation. I had checked the shflux, swrad, sustr, svstr from either of my new run and my old run, they are fully equal. I can't check the EminusP with swflux, because the new run did not output it ...

Actually, I turn on the options before the simulation began.
But it does not output E-P flux, evaporation rate, and precipitation rate.


Hout(idTsur) == T T ! shflux, ssflux surface net heat and salt flux
Hout(idLhea) == T ! latent latent heat flux
Hout(idShea) == T ! sensible sensible heat flux ...

Understood!!!!! :P

Thanks for notifying me this. Now, after I check the atmospheric input "sustr", "svstr", "swrad", and "shflux" are the same, but I do not know why now ROMS cannot output the variables related to EminusP, such as EminusP, precipitation, and evaporation.

I checked the ROMS output ...

Yes, after few days simulation run, I figured out that the sustr/svstr from my new run is not the same with the one I provided. Although the ROMS information output showing that I had input the files.


Output/Input Files:

Output Restart File: output/gom03_rst.nc
Prefix for History Files: output ...

Thank You, It is running right now.
Here is my nco code for future user.


#!/bin/bash
add_f='_nobulk_new.nc'
for fid in $*
do
nfid=`echo $fid|sed 's/\.nc$//'`$add_f
ncks -h -O -v swrad,EminusP,shflux,ssflux,sustr,svstr $fid $nfid
ncrename -h -O -v EminusP,swflux $nfid $nfid
done
ncrcat -h -O ...

Yes, I found out it is due to the NFFILES issue.
Once I modified it, the ROMS output show this error.



INQUIRE - unable to find requested variable: SSS
in files:
./run_without_nif/gom03_his_0228_nobulk_new.nc
./run_without_nif/gom03_his_0229_nobulk_new.nc

INQUIRE - unable to find requested ...

Hi, All,

I have a problem with the atmospheric forcing using non-bulk formula.
The situation I had met is, I have a ROMS simulation result which is used to as a control run. I want to keep the atmospheric forcing is the same with the control run, but only change the wind field to see the dynamics ...