---------------------------------------------------- Processes swave = 1 lwave = 1 flow = 1 sedtrans = 1 morphology = 1 nonh = 0 gwflow = 0 q3d = 0 dtheta_s = 10 ---------------------------------------------------- Grid input gridform=delft3d xyfile = blk_fine_RD_Parijs_xb_test.grd depfile = blk_fine_04_xb_test.dep posdwn = 1 ---------------------------------------------------- General constants rho = 1025 g = 9.81 ---------------------------------------------------- Wave discretisation thetamin = -110. thetamax = 70. dtheta = 20. thetanaut = 1 ---------------------------------------------------- Numerics input CFL = 0.7 ---------------------------------------------------- Boundary condition options - flow front = abs_2d back = abs_1d left = neumann right = neumann epsi = -1 zs0 = 0 zs0file = tide1_cos_7days_NAP.txt tideloc = 2 paulrevere = 1 tidelen = 145 ---------------------------------------------------- Boundary condition options - waves instat = jons bcfile = jonswap1.txt rt = 3601 dtbc = 0.5 leftwave = wavecrest rightwave= wavecrest ---------------------------------------------------- Wave breaking break = 1 alpha = 1 gamma = 0.55 n = 10. roller = 1 beta = 0.15 ---------------------------------------------------- Flow calculation options nuh = 0.15 smag = 1 ---------------------------------------------------- Limiters gammax = 2 hmin = 0.05 eps = 0.005 hwci = 0.1 ---------------------------------------------------- Sediment transport calculation options dico = 1. D50 = 0.0002 D90 = 0.0003 rhos = 2650 z0 = 0.006 struct = 0 ne_layer = blk_fine_hardlayer_NAP_xb_extcoarse_rot-90_corner.sdb ---------------------------------------------------- Morphological calculation options morfacopt= 0 morfac = 1 morstart = 43200 por = 0.4 dryslp = 1.0 wetslp = 0.3 ---------------------------------------------------- Time input tstart = 21600 tintg = 7200 tintp = 7200 tintm = 7200 tstop = 86400 taper = 0 outputformat=netcdf ---------------------------------------------------- nglobalvar = 1 zs nmeanvar = 2 u v