Difference between revisions of "ImposedSolution"
From MohidWiki
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INITIALIZATION_METHOD : hdf | INITIALIZATION_METHOD : hdf | ||
FILE_IN_TIME : hdf | FILE_IN_TIME : hdf | ||
| − | FILENAME : | + | FILENAME : ... (location of the hdf5 file to be imposed) |
<end_waterlevel> | <end_waterlevel> | ||
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INITIALIZATION_METHOD : hdf | INITIALIZATION_METHOD : hdf | ||
FILE_IN_TIME : hdf | FILE_IN_TIME : hdf | ||
| − | FILENAME : ... | + | FILENAME : ... (location of the hdf5 file to be imposed) |
<end_velocity_u> | <end_velocity_u> | ||
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INITIALIZATION_METHOD : hdf | INITIALIZATION_METHOD : hdf | ||
FILE_IN_TIME : hdf | FILE_IN_TIME : hdf | ||
| − | FILENAME : ... | + | FILENAME : ... (location of the hdf5 file to be imposed) |
<end_velocity_v> | <end_velocity_v> | ||
Revision as of 11:31, 1 March 2012
The idea behind the imposed solution, is the ability to load pre-calculated hydrodynamic and waterproperties values from hdf5 files. Typically is used to run lagrangian tracers in off-line mode, to run submodels from hydrodynamic and waterproperties hdf5 output windows, to calculate residual fields of velocity and water level, as well as the energy timeserie.
Sample configuration
A typical file for the hydrodyamic_x.dat would be similar to:
EVOLUTION : Imposed Solution <begin_waterlevel> NAME : water level UNITS : m DIMENSION : 2D DEFAULTVALUE : 0 INITIALIZATION_METHOD : hdf FILE_IN_TIME : hdf FILENAME : ... (location of the hdf5 file to be imposed) <end_waterlevel> <begin_velocity_u> NAME : velocity U UNITS : m/s DIMENSION : 3D DEFAULTVALUE : 0 INITIALIZATION_METHOD : hdf FILE_IN_TIME : hdf FILENAME : ... (location of the hdf5 file to be imposed) <end_velocity_u> <begin_velocity_v> NAME : velocity V UNITS : m/s DIMENSION : 3D DEFAULTVALUE : 0 INITIALIZATION_METHOD : hdf FILE_IN_TIME : hdf FILENAME : ... (location of the hdf5 file to be imposed) <end_velocity_v>
