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Added the cos^(2s) spread JONSWAP spectrum as ispec=34.
Added a qt based GUI for 2D computations
*) Bug-fix: Ghost points included for 3D computations for GUI
*) Important bug-fix: Seed for random waves has been changed
to a negative number istead of a positive number.
src:
*) Now feature: An additional irregular (JONSWAP) wave type (ispec=3) has been added.
Gamma value for JONSWAP spectrum can now be specified by user.
Old input files (ispec= {0,1,2} with gamma:=3.3 are still supported.
*) ReadInputFileParameters.f90, has been clean up bit.
/Bo
:wq
Signed-off-by: <Bo Terp Paulsen>
/Bo :wq
updated to GUI and src
…bugs in the new JONSWAP gamma_factor implementation -hbb
…and also a check of the y-spacing so the code stops if it is not uniform. -hbb
…1. Information is output to the screen and LOG.txt file, 2. Linear interpolation in time is used between the closest two input values and the current RKtime value, 3. The flux BC is put into the RHS vector in RungeKutta4.f90 rather than during the matrix-vector product in Build_Linear_System.f90, 4. The phi_x and eta_x values are added to the ghost point source terms so that the x-derivatives on the FS are consistent with the BC. The linear FSBC eta_x=-1/g u_t is used to get eta_x from the input flux. -hbb
…cific location via interpolations
…ork properly again. -hbb
…ve fixed a strange behaviour in StoreKinematics.f90 -hbb
… constant flux. -hbb
…g fix in ReadInputParameters.
…package under utils/matlab/Analysis.
…o run without errors.
…m to support the new data
…Lagrangian particle accelerations can be computed. I've also added a Matlab utility which checks the Kinematics output with the exact solution for a moderately steep SF wave.
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