Difference between revisions of "Operational Modelling"
From MohidWiki
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<begin_out_email_list> | <begin_out_email_list> | ||
<end_out_email_list> | <end_out_email_list> | ||
| + | |||
| + | ConvertToHDF5Action.dat | ||
| + | <begin_file> | ||
| + | ACTION : INTERPOLATE GRIDS | ||
| + | TYPE_OF_INTERPOLATION : 3 | ||
| + | START : 2011 2 6 0 0 0 | ||
| + | END : 2011 2 7 0 0 0 | ||
| + | <<begin_father>> | ||
| + | FATHER_FILENAME : WRF_WRF_3km_Lisbon.hdf5 | ||
| + | FATHER_GRID_FILENAME : WRF_3km.dat | ||
| + | LEVEL : 3 | ||
| + | <end_father>> | ||
| + | OUTPUTFILENAME : WRF_Tagus3D_2011-02-06_2011-02-07.hdf5 | ||
| + | NEW_GRID_FILENAME : D:\Aplica\OPTagus3D\GeneralData\Bathymetry\TagusRibeiras.dat | ||
| + | <<BeginFields>> | ||
| + | air temperature | ||
| + | downward long wave radiation | ||
| + | wind velocity X | ||
| + | wind velocity Y | ||
| + | wind modulus | ||
| + | relative humidity | ||
| + | solar radiation | ||
| + | mean sea level pressure | ||
| + | <<EndFields>> | ||
| + | <end_file> | ||
=Running Mohid= | =Running Mohid= | ||
Revision as of 18:04, 18 April 2011
Contents
Overview
This wiki intends to explain how operational models are set in the Mohid Maretec framework.
Before intending to put any model in operational, the model has to be strongly tested.
Input Data
For each of the different modelling levels, a set of typical input data for each of the modules have to be selected (model.dat, hydrodynamic.dat, waterproperties.dat, turbulence.dat, etc.) also a set of hdf5 final files (.fin) for the hydrodynamic, GOTM and waterproperties in case they exist.
Atmospheric forcing
If the model have interpolated atmospheric forcing data for the particular gridded data, a location should be provided. In the case that it need to be calculated, a folder named work should be included with the configuratino files and programs. Atmospherical forcing conditions can be provided by different sources: GFS, MM5 and WRF.
WRF
GetMeteoForecast.dat METEO_MODEL : WRF METEO_MODEL_PATH : \\DATACENTER\alexandria3\modelos\Meteo_IST\wrf_6h WORK_PATH : D:\Aplica\OPTagus3D\Work\WRF\ OUTPUT_FOLDER : D:\Aplica\OPTagus3D\Work\WRF\History\ BACKUP_FOLDER : \\datacenter\alexandria4\modelos\Mohid_IST\OPTagus3D\Tagus\Meteo\ MOHID_GRID : D:\Aplica\OPTagus3D\GeneralData\Bathymetry\TagusRibeiras.dat MOHID_GRID_LABEL : Tagus3D MAIL_SERVER : mail.ist.utl.pt MAIL_SENDER_NAME : OPTagus3D MAIL_SENDER_ADDRESS : !So por ser hindcast START : 2011 2 6 0 0 0 END : 2011 2 7 0 0 0 !NUMBER_OF_DAYS : 1 !CHECK_NUMBER_OF_FILES : 1 !NUMBER_OF_FILES : 5 <begin_domain_list> WRF_3km Lisbon 3 <end_domain_list> <begin_out_email_list> <end_out_email_list>
ConvertToHDF5Action.dat <begin_file> ACTION : INTERPOLATE GRIDS TYPE_OF_INTERPOLATION : 3 START : 2011 2 6 0 0 0 END : 2011 2 7 0 0 0 <<begin_father>> FATHER_FILENAME : WRF_WRF_3km_Lisbon.hdf5 FATHER_GRID_FILENAME : WRF_3km.dat LEVEL : 3 <end_father>> OUTPUTFILENAME : WRF_Tagus3D_2011-02-06_2011-02-07.hdf5 NEW_GRID_FILENAME : D:\Aplica\OPTagus3D\GeneralData\Bathymetry\TagusRibeiras.dat <<BeginFields>> air temperature downward long wave radiation wind velocity X wind velocity Y wind modulus relative humidity solar radiation mean sea level pressure <<EndFields>> <end_file>
