---------------------------------------------------- Grid input nx = 174 ny = 128 xori = 0. yori = 0. alfa = 0. depfile = zeltdep.dep vardx = 0 dx = 0.125 dy = 0.125 posdwn = 1 thetamin = -180. thetamax = 180. single_dir =0 dtheta = 360. ---------------------------------------------------- Numerics input CFL = 0.7 eps = 0.005 back = 2 left = 1 right = 1 ---------------------------------------------------- Time input tstart = 0 tintg = 1 tintp = .1 tstop = 50. taper = 0 nt = 12000 ---------------------------------------------------- General constants rho = 1025 g = 9.81 ---------------------------------------------------- Boundary condition options tideloc = 0 zs0 = 0.00 instat = 3 Required for instat 0,1,2,6 dir0 = 270. Required for instat 0,1,2,6 Hrms = 0.5 Tm01 = 3.5 m = 1024 Required for instat 0 waveint = 1 Required for instat 1 Tlong = 24.5 Required for instat 4 (if SWAN is carthesian) dthetaS_XB = 0. Required for instat 3,4,5,7 bcfile = gen.ezs carspan = 1 if file is reused, else this information in file-list: rt = 1800. dtbc = 0.5 ---------------------------------------------------- Wave calculation options break = 3 wci = 0 roller = 1 beta = 0.1 gamma = 0.55 gammax = 5. alpha = 1. delta = 0.0 n = 10. ---------------------------------------------------- Flow calculation options nuh = 0.0 nuhv = 0.0 hmin = 0.005 C = 65000000. umin = 0.0 ---------------------------------------------------- Sediment transport calculation options dico = 1. D50 = 0.0002 D90 = 0.0003 rhos = 2650 z0 = 0.006 ---------------------------------------------------- Morphological calculation options morfac = 1 morstart = 1000000 por = 0.4 dryslp = 1.0 wetslp = 0.10 ---------------------------------------------------- Output options nrugauge = 5 15 0 15 2 15 4 15 6 15 8 npointvar = 2 zs hh npoints = 1 15 4 nglobalvar = 4 zb zs maxzs minzs