Commit 96453ff0 authored by Pierre Cazenave's avatar Pierre Cazenave

Add units and fix variable names for the CFSv2 data.

parent 36ae6b02
......@@ -25,17 +25,17 @@ function data = get_CFS_forcing(Mobj, modelTime, varargin)
% Contains vectors of the longitude and latitude data (lon, lat).
%
% The parameters which can be obtained from the NCEP data are:
% - Net shortwave radiation surface (nswrs = uswrf - dswrf) [surface]
% - Downward longwave radiation surface (dlwrf) [surface]
% - Surface pressure (pressfc) [surface]
% - u wind component (uwnd) [10m]
% - v wind component (vwnd) [10m]
% - Air temperature (tmp2m) [2m]
% - Precipitation rate (prate) [surface]
% - Specific humidity (q2m) [2m]
% - Relative humidity (rhum) [2m] - calculated from q2m.
% - Latent heat flux (lhtfl) [surface]
% - Evaporation rate (Et) [surface]
% - Net shortwave radiation (nswsfc = uswsfc - dswsfc) [surface] [W/m^2]
% - Downward longwave radiation (dlwrf) [surface] [W/m^2]
% - Pressure (pressfc) [surface] [Pa]
% - u wind component (uwnd) [10m] [m/s]
% - v wind component (vwnd) [10m] [m/s]
% - Air temperature (tmp2m) [2m] [celsius]
% - Precipitation rate (prate) [surface] [m/s]
% - Specific humidity (q2m) [2m] [%]
% - Relative humidity (rhum) [2m] [%] - calculated from q2m.
% - Latent heat flux (lhtfl) [surface] [m/s]
% - Evaporation rate (Et) [surface] [m/s]
%
% Relative humidity is calculated from specific humidity with the QAIR2RH
% function (see fvcom-toolbox/utilities). Precipitation is converted from
......
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