################################################################################ # # # ww3_ts1 Test script for WW-III, source term integration in homogeneous # # conditions (1-point model) # # # # Model should be compiled with the switches : # # # # !/FLn !/LNn !/STn !/NLn !/BTn !/DBn !/TRn !/BSn !/XXn # # Select source term, growth needed, other opt. # # !/PR0 No propagation. # # !/WNX1 !/WNT1 !/CRX1 !/CRT1 Wind and current interpolation. # # !/O1 !/O2 !/O3 !/O4 !/O5 !/O6 !/O7 Sdt out output options. # # # # # # - No other optional switches should be used. # # - Test case input (default): # # * ww3_grid.inp : (default) # # + one point grid without propagation. # # + Spectral grid: ntheta = 24, nf = 25 f1 = 0.042 , fgamma = 1.1 # # * switch options : # # + switch_ST1 : WAM 3 phyics. # # + switch_ST1_RWND : WAM 3 physics + wind dorrection. # # + switch_ST2 : Tolman and Chalikov (default). # # + switch_ST3 : WAM 4 physics. # # + switch_ST4 : Ardhuin et al. (2010), Romero (2019) # # + switch_ST6 : BYDRZ physics (2013). # # # # Example run_test commands: # # (some details will vary by local system and configuration) # # ./bin/run_test -s ST1 -w work_ST1 ../model ww3_ts1 # # ./bin/run_test -s ST2 -w work_ST2 ../model ww3_ts1 # # ./bin/run_test -s ST4 -o netcdf -N -w work_ST4 ../model ww3_ts1 # # ./bin/run_test -s ST4 -o netcdf -N -w work_ST4_T700 -g ST4_T700 ../model ww3_ts1 # # ./bin/run_test -s ST6 -o netcdf -w work_ST6 ../model ww3_ts1 # # ./bin/run_test -c gnu -o netcdf ../model ww3_ts1 # # # # ./bin/run_test -i input_icesct_IC0 -o both ../model ww3_ts1 # # ./bin/run_test -i input_icesct_IC1 -w work_IC1 ../model ww3_ts1 # # ./bin/run_test -i input_icesct_IC2 -w work_IC2 ../model ww3_ts1 # # ./bin/run_test -i input_icesct_IC3 -w work_IC3 ../model ww3_ts1 # # ./bin/run_test -i input_icesct_IC4 -w work_IC4 ../model ww3_ts1 # # # # ---------------------------------------------------------------------------- # # Academic tests for the GKE (NL5) # # # # - input_nl5_growth: duration-limited test case with ST6 + NL5 # # * ww3_grid.inp # # + one point grid without propagation # # + spectral grid: ntheta = 36, nf = 45, f1 = 0.04, fgamma = 1.07 # # + with the default setup, this will yield 40014599 quasi-resonant and # # resonant, unique quartets # # + model integration for 2 days # # + see section 3 of Liu, Gramstad & Babanin 2021, JFM, 910, A50 (hereafter# # LGB21) and explanations in ww3_grid.inp for more details. # # # # - input_nl5_gaussian: adiabatic evolution of a steep, narrow-banded Gaussian # # wave spectrum (ST0 + NL5) # # * ww3_grid.inp # # + one point grid without propagation # # + spectral grid: ntheta = 72, nf = 50, f1 = 0.04, fgamma = 1.053 # # + with the default setup, this will yield 646304790 quasi-resonant and # # resonant, unique quartets # # + huge memory is required for this GKE run (I used "#SBATCH --mem=186g") # # + model integration for 1.5 hr # # + see section 4 of LGB21 and explanations in *.inp for more details. # # # # - input_nl5_matrix: a simplified/reduced version of `input_nl5_growth` # # * ww3_grid.inp # # + one point grid without propagation # # + spectral grid: ntheta = 10, nf = 5, f1 = 0.2, fgamma = 1.1 # # + with the default setup, this will yield 2210 quasi-resonant and # # resonant, unique quartets # # + model intergration for 1 hr # # # # - note: # # * the gke algorithm is extremely expensive - it may take more than 1 # # day to finish the simulations designed in `input_nl5_growth` and # # `input_nl5_gaussian` # # * `input_nl5_matrix` is specifically designed for a quick matrix test of # # the GKE feature. # # * ./bin/run_test -i input_nl5_matrix -w work_NL5 -o both ../model ww3_ts1 # # ---------------------------------------------------------------------------- # # # # Hendrik Tolman, Jun 2002 # # Qingxiang Liu , Jul 2021 # # Last Mod : Jul 2021 # # # # Copyright 2009-2013 National Weather Service (NWS), # # National Oceanic and Atmospheric Administration. All rights # # reserved. WAVEWATCH III is a trademark of the NWS. # # No unauthorized use without permission. # # # ################################################################################