Difference between revisions of "Fes2012"
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Prepare the input file for tides: | Prepare the input file for tides: | ||
*If you use Mohid GUI, you have to prepare a text file which content is described in the section below. The path of the file has to be defined in the interface as explained here: [http://content.screencast.com/users/GRiflet/folders/Jing/media/47049e30-ae0d-4bc1-8d46-e4dd6ca01010/2008-10-03_1258.png]. | *If you use Mohid GUI, you have to prepare a text file which content is described in the section below. The path of the file has to be defined in the interface as explained here: [http://content.screencast.com/users/GRiflet/folders/Jing/media/47049e30-ae0d-4bc1-8d46-e4dd6ca01010/2008-10-03_1258.png]. | ||
| − | *If you use MOHID studio, you | + | *If you use MOHID studio, you have to prepare a file Tide_*.dat (where * is the simulation number), with the content of the sample input file described in the section below. |
*Finally, in the Hydrodynamic input file, you should set TIDE : 1; You should do this either if you use MOHID Studio or MOHID GUI. | *Finally, in the Hydrodynamic input file, you should set TIDE : 1; You should do this either if you use MOHID Studio or MOHID GUI. | ||
Revision as of 10:06, 17 June 2014
Introduction
Warning: This page is under construction, some links are not available yet.
FES2012 is the last version of the FES (Finite Element Solution) tide model developed in 2012. A new database was developed based on this model containing 32 tidal constituents distributed on 1/16° grids (amplitude and phase). More information can be found at: [1]. This database was rearranged in a HDF5 file ready to use in MOHID. Fes2012 tidal components can be used in MOHID by using a method described in the next sub sections.
Quick start
Get the input file with tidal components here: [2]. (link will be available soon)
Mohid-tide Fes2012
Prepare the input file for tides:
- If you use Mohid GUI, you have to prepare a text file which content is described in the section below. The path of the file has to be defined in the interface as explained here: [3].
- If you use MOHID studio, you have to prepare a file Tide_*.dat (where * is the simulation number), with the content of the sample input file described in the section below.
- Finally, in the Hydrodynamic input file, you should set TIDE : 1; You should do this either if you use MOHID Studio or MOHID GUI.
Here's what the input file should look like:
- Sample input:
TRIANGULATION : 0 FILE_TIDAL_COMPONENTS : ..\General data\Boundary Conditions\TidalComponents.hdf5 <beginHDFgauges> EXTRAPOLATE : 1 HARMONICS : 1 EXTRACT_HARMONICS : 1 SPATIAL_INTERPOL : 1 HARMONICS_FIELD_DIM : M2/amplitude NAME : water level UNITS : m !Point in the boundary of the domain LONGITUDE : -10.000 24.0000 12.0000 LATITUDE : 38.0000 4.00000 43.000 METRIC_X : -10.4036 METRIC_Y : 38.0788 REF_LEVEL : 2.08 TIME_REF : 0.000000 <<beginharmonics>> 2N2 J1 K1 K2 L2 M2 M3 M4 M6 M8 MF MKS2 MM MN4 MS4 N2 O1 P1 Q1 R2 S1 S2 S4 T2 <<endharmonics>> <endHDFgauges>
References
Aviso Website : [4]
