---------------------------------------------------- Grid input nx = 703 ny = 2 vardx = 1 xfile = x520.grd yfile = y520.grd xori = 0.00 yori = 0.00 alfa = 0.00 depfile = depth520.dat posdwn = -1 ---------------------------------------------------- General constants rho = 1025 g = 9.81 ---------------------------------------------------- Wave discretisation thetamin = -180. thetamax = 180. dtheta = 360. ---------------------------------------------------- Numerics input CFL = 0.7 eps = 0.001 scheme = 2 ---------------------------------------------------- Boundary condition options order = 2 front = 1 back = 0 left = 1 right = 1 zs0file = tideinputsort.txt tidelen = 565 tideloc = 1 instat=41 Required for instat 3,4,5,7 bcfile = jonssort1.txt ---------------------------------------------------- Wave calculation options break = 1 wci = 0 roller = 1 beta = 0.1 gamma = 0.55 gammax = 2. alpha = 1. delta = 0.0 n = 10. ---------------------------------------------------- Flow calculation options nuh = 0.1 nuhfac = 1.0 hmin = 0.05 C = 65. umin = 0.0 hswitch = 0.1 ---------------------------------------------------- Time input tstart = 0 tintg = 10 tintp = 10 tintm = 10 tstop = 169200 taper = 0 ---------------------------------------------------- Sediment transport calculation options dico = 1. D50 = 0.000201 D90 = 0.000278 rhos = 2650 z0 = 0.006 facsl = 1.6 tsfac = 0.1 ---------------------------------------------------- Morphological calculation options morfac = 2 morstart = 200 por = 0.4 dryslp = 1.0 wetslp = 0.3 nspr = 1 facua =0.2 ---------------------------------------------------- Output options npoints = 6 1 2 2 zs#H# 43 2 2 zs#H# 45 2 2 zs#H# 46 2 2 zs#H# 47 2 2 zs#H# 73 2 2 zs#H# ------ output at t=tstart + n*tintg (n=0,1,....) nglobalvar = 7 zb zs H u ue ua gwhead ------ output at t=tstart + n*tintm (n=1,....) average over previous tintm nmeanvar = 2 ue H