Hello,
I am running WRF as the atmospheric component of a coupled atmosphere/ocean/wave model. I need to export variables from WRF to my coupler during each time step. After importing head_grid from module_domain, variables can be accessed via a command like
p_to_coupler(i,k,j) = head_grid % p(i,k,j)
For most variables I am interested in, the variable name in head_grid is the same as the name used in wrfout* files. This is not the case for two variables: T (perturbation potential temperature) and QVAPOR (water vapor mixing ratio). I am trying to figure out what names to request for these. I believe that T_1 is WRF's internal name for dry potential temperature and T_2 is the internal name for moist potential temperature, so I think I need to use T_1 to request T, but I'm not sure. Moisture in WRF seems to be handled with an array called 'moist', with water vapor mixing ratio accessed as moist
,:,:,P_QV). I am looking for the variable to request that will give me this array from head_grid.
Can anyone enlighten me on these two issues? Thank you very much.
I am running WRF as the atmospheric component of a coupled atmosphere/ocean/wave model. I need to export variables from WRF to my coupler during each time step. After importing head_grid from module_domain, variables can be accessed via a command like
p_to_coupler(i,k,j) = head_grid % p(i,k,j)
For most variables I am interested in, the variable name in head_grid is the same as the name used in wrfout* files. This is not the case for two variables: T (perturbation potential temperature) and QVAPOR (water vapor mixing ratio). I am trying to figure out what names to request for these. I believe that T_1 is WRF's internal name for dry potential temperature and T_2 is the internal name for moist potential temperature, so I think I need to use T_1 to request T, but I'm not sure. Moisture in WRF seems to be handled with an array called 'moist', with water vapor mixing ratio accessed as moist
Can anyone enlighten me on these two issues? Thank you very much.