Delft3D WAVE GUI version 4.92.00
*
********** Datagroup Description ***************************************
*
* Project name
''
* Project number
''
* Description
''
''
''
*
********** Datagroup Hydrodynamics *************************************
*
* Y/N Use bathmetry, use waterlevel, use current, use wind
1 1 1 1
*
********** Datagroup Grids *********************************************
*
* Number of computational grids
3
* Filename computational grid
'csm2_swan.grd'
* Y/N bathymetry is based on computational grid, filename bathymetry grid
1 ''
* Filename bathymetry data
'csm2_swan.dep'
* Directional space: type, number of directions,
*                    start-direction, end-direction
*   - type: 1 = circle, 2 = sector
1 36  0.0000000e+000  0.0000000e+000
* Frequency space: lowest frequency, highest frequency, number of frequency bins,
*                  grid to nest in, Y/N write output for this grid
 5.0000001e-002  1.0000000e+000 24 0 1
* Filename computational grid
'hol2_swan.grd'
* Y/N bathymetry is based on computational grid, filename bathymetry grid
1 ''
* Filename bathymetry data
'hol2_swan.dep'
* Directional space: type, number of directions,
*                    start-direction, end-direction
*   - type: 1 = circle, 2 = sector
1 36  0.0000000e+000  0.0000000e+000
* Frequency space: lowest frequency, highest frequency, number of frequency bins,
*                  grid to nest in, Y/N write output for this grid
 5.0000001e-002  1.0000000e+000 24 1 1
* Filename computational grid
'egm2_swan.grd'
* Y/N bathymetry is based on computational grid, filename bathymetry grid
1 ''
* Filename bathymetry data
'egm2_swan.dep'
* Directional space: type, number of directions,
*                    start-direction, end-direction
*   - type: 1 = circle, 2 = sector
1 36  0.0000000e+000  0.0000000e+000
* Frequency space: lowest frequency, highest frequency, number of frequency bins,
*                  grid to nest in, Y/N write output for this grid
 5.0000001e-002  1.0000000e+000 24 2 1
*
********** Datagroup Time frame ****************************************
*
* Number of tidal time points, Reference date
1 2009-02-16
* Time, h, u, v
 0.0000000e+000  0.0000000e+000  0.0000000e+000  0.0000000e+000
* Water level correction, extend flow data on the last # grid(s),
* extend bathymetry, water level, current, wind
 0.0000000e+000 0 0 0 0 0
*
********** Datagroup Boundaries ****************************************
*
* Number of boundaries
0
*
********** Datagroup Obstacles *****************************************
*
* Number of obstacles
0
*
********** Datagroup Physical parameters *******************************
*
* Gravity, water density, north, minimum depth
 9.8100004e+000  1.0250000e+003  9.0000000e+001  5.0000000e-001
* Convention, set-up, forces
*   - convention: 1 = nautical, 2 = cartesian
*   - set-up: 0 = no set-up, 1 = activated
*   - forces: 1 = radiation stress, 2 = wave energy dissipation rate
1 0 2
* Type of formulations
*   0 = none, 1 = 1st, 2 = 2nd, 3 = 3rd generation
3
* Depth induced breaking, alpha, gamma
*   - breaking: 0 = de-activated, 1 = B&J model
1  1.0000000e+000  7.3000002e-001
* Bottom friction, friction coefficient
*   - friction: 0 = de-activated, 1 = Jonswap,
*               2 = Collins, 3 = Madsen et al.
1  6.7000002e-002
* Non-linear triad interactions, alpha, beta
*   - interactions: 0 = de-activated, 1 = LTA
0  1.0000000e-001  2.2000000e+000
* Diffraction, smoothing coefficient, smoothing steps, adaptation of propagation
*   - interactions: 0 = de-activated, 1 = activated
0  2.0000000e-001 5 1
* Y/N windgrowth, white-capping, quadruplets, refraction, frequency shift
1 1 1 1 1
*
********** Datagroup Numerical parameters ******************************
*
* Directional space, frequency space
 5.0000000e-001  5.0000000e-001
* Hs-Tm01, Hs, Tm01, percentage of wet grid points, maximum number of iterations
 5.0000000e-002  5.0000000e-002  5.0000000e-002  9.0000000e+001 10
*
********** Datagroup Output curves *************************************
*
* Number of output curves
0
*
********** Datagroup Output parameters *********************************
*
* Level of test output, debug level, Y/N compute waves, Y/N activate hotstart file
* Output time interval, Computational mode: 0 = stationary, 1 = non-stationary
* Time interval and time step
0 0 1 1  6.0000000e+001 0
* Y/N output to Flow grid; filename of Flow grid
1 'dcsm98_dd.grd'
* Y/N output to locations
1
* Output locations: 1 = from file, 2 = parametric
2
* Number of locations
1
* X-Y location co-ordinates
 4.5500002e+000  5.2620148e+001
* Y/N table, 1D-spectra, 2D-spectra
0 0 1