.. _nam_profilern: NAM_PROFILERn ----------------------------------------------------------------------------- This namelist is used to configure virtual vertical profilers by using the following described parameters or a .csv file. Calculations are done for all the nested models for which the namelist is provided and recorded in the corresponding diachronic files. .. csv-table:: NAM_PROFILERn content :header: "Fortran name", "Fortran type", "Default value" :widths: 30, 30, 30 "NNUMB_PROF","INTEGER","0" "XSTEP_PROF","REAL","60.0" "XX_PROF","REAL(:)","NNUMB_PROF * XUNDEF" "XY_PROF","REAL(:)","NNUMB_PROF * XUNDEF" "XLAT_PROF","REAL(:)","NNUMB_PROF * XUNDEF" "XLON_PROF","REAL(:)","NNUMB_PROF * XUNDEF" "XZ_PROF","REAL(:)","NNUMB_PROF * XUNDEF" "CNAME_PROF","ARRAY(CHARACTER(LEN=10))","NNUMB_PROF * ' '" "CFILE_PROF","CHARACTER(LEN=128)","'NO_INPUT_CSV'" "LDIAG_SURFRAD","LOGICAL","TRUE" * :code:`NNUMB_PROF` : number of profilers. Limited to 100 if not using a .csv file. * :code:`XSTEP_PROF` : time (in seconds) between two sampling written in the diachronic file * :code:`XX_PROF` : X-position (in meters) of the profiler in the cartesian coordinates (with LCARTESIAN=T only) * :code:`XY_PROF` : Y-position (in meters) of the profiler in the cartesian coordinates (with LCARTESIAN=T only) * :code:`XLAT_PROF` : latitude (in degrees) of the profiler (with LCARTESIAN=F only) * :code:`XLON_PROF` : longitude (in degrees) of the profiler (with LCARTESIAN=F only) * :code:`XZ_PROF` : height above the model orography (in meters) of the profiler * :code:`CNAME_PROF` : name of the profiler * :code:`CFILE_PROF` : name of the .csv file containing the definition of the profilers (see below). If CFILE_PROF='NO_INPUT_CSV', the .csv file is not read. * :code:`LDIAG_SURFRAD` : if True, the surface and radiation variables are written. You must also set N2M=2 in :ref:`nam_diag_surfn` for a correct saving of SURFEX variables. .. note:: If a .csv file is provided, coordinates given in the namelist will be ignored. The .csv file should follow the format example hereafter: .. code-block:: Name, X[m]/Lat[deg], Y[m]/Lon[deg], Z[m] prof1, 50.0, 50.0, 10.0 prof2, 50.0, 1.0, 11.25 prof3, 350.0, 50.0, 10.0 The values of X,Y or Lat/Lon are read depending on LCARTESIAN.