############################################################################### # # # Regression test for extended partitioning methods # # # # The switch file used for this test is minimal as model does not # # perform propagation or source term integration. # # # # A multi-modal 2D spectrum is provided in the ww3_strt input file to # # generate a suitable wave field for testing the different paritioning # # methods. # # # # 5 ww3_grid input files are provided with the relevant partitioning # # method set via the PTM namelist option: # # # # PTM=1: Wind sea and swells defined using topographic partitions and # # classified using a wind sea fraction cutoff (WW3 default scheme). # # # # PTM=2: Wind sea and swells defined using topographic partitions and # # spectral wave-age cutoff. # # # # PTM=3: Wave components defined using topographic partitions only. # # # # PTM=4: Wind sea and swell defined using spectral wave-age cutoff. # # Outputs wind-sea and single swell partition. # # # # PTM=5: Wave components defined using a user defined frequency cut-off # # (PTFCUT). Outputs high frequency and low frequency partition. # # # # ===== # # NOTE: CURRENTLY, THIS TEST NEEDS TO BE RUN WITH THE "-N" FLAG. # # ===== # # # # Use the -g option to select the partitioning method. E.g: # # for Serial (SHARED): # # ./bin/run_test -N -g PTM1 -f -o both ../model ww3_tpt1.1 # # ./bin/run_test -N -g PTM2 -f -o both ../model ww3_tpt1.1 # # ./bin/run_test -N -g PTM3 -f -o both ../model ww3_tpt1.1 # # ./bin/run_test -N -g PTM4 -f -o both ../model ww3_tpt1.1 # # ./bin/run_test -N -g PTM5 -f -o both ../model ww3_tpt1.1 # # # # for Parallel (MPI DIST): # # ./bin/run_test -N -g PTM2 -n 2 -p aprun -f -s MPI \ # # -o both ../model ww3_tpt1.1 # # # # # # Chris Bunney, Nov 2018 # ###############################################################################