Name Size Unit Description x s%nx+1 s%ny+1 [m] [projection_x_coordinate] x-coord. original comp. grid y s%nx+1 s%ny+1 [m] [projection_y_coordinate] y-coord. original comp. grid xz s%nx+1 s%ny+1 [m] [projection_x_coordinate] x-coord. comp. grid (positive shoreward, perp. to coastline) yz s%nx+1 s%ny+1 [m] [projection_y_coordinate] y-coord. comp. grid xu s%nx+1 s%ny+1 [m] [projection_x_coordinate] x-coord. comp. grid u-points yu s%nx+1 s%ny+1 [m] [projection_y_coordinate] y-coord. comp. grid u-points xv s%nx+1 s%ny+1 [m] [projection_x_coordinate] x-coord. comp. grid v-points yv s%nx+1 s%ny+1 [m] [projection_y_coordinate] y-coord. comp. grid v-points dsu s%nx+1 s%ny+1 [m] [] grid distance in s-direction, centered around u-point dsv s%nx+1 s%ny+1 [m] [] grid distance in s-direction, centered around v-point dsz s%nx+1 s%ny+1 [m] [] grid distance in s-direction, centered around z-point (=eta-point) dsc s%nx+1 s%ny+1 [m] [] grid distance in s-direction, centered around c-point dnu s%nx+1 s%ny+1 [m] [] grid distance in n-direction, centered around u-point dnv s%nx+1 s%ny+1 [m] [] grid distance in n-direction, centered around v-point dnz s%nx+1 s%ny+1 [m] [] grid distance in n-direction, centered around z-point (=eta-point) dnc s%nx+1 s%ny+1 [m] [] grid distance in n-direction, centered around c-point dsdnui s%nx+1 s%ny+1 [1/m2] [] inverse of grid cell surface, centered around u-point dsdnvi s%nx+1 s%ny+1 [1/m2] [] inverse of grid cell surface, centered around v-point dsdnzi s%nx+1 s%ny+1 [1/m2] [] inverse of grid cell surface, centered around z-point alfaz s%nx+1 s%ny+1 [rad] [angle_of_rotation_from_east_to_x] grid orientation at z-point alfau s%nx+1 s%ny+1 [rad] [angle_of_rotation_from_east_to_x] grid orientation at u-point alfav s%nx+1 s%ny+1 [rad] [angle_of_rotation_from_east_to_x] grid orientation at v-point sdist s%nx+1 s%ny+1 [m] [] cum. distance from offshore boundary along s-direction ndist s%nx+1 s%ny+1 [m] [] cum. distance from right boundary along n-direction zb s%nx+1 s%ny+1 [m] [altitude] bed level zb0 s%nx+1 s%ny+1 [m] [altitude] initial bed level thetamean s%nx+1 s%ny+1 [rad] [sea_surface_wind_wave_to_direction] mean wave angle Fx s%nx+1 s%ny+1 [N/m2] [] wave force, x-component Fy s%nx+1 s%ny+1 [N/m2] [] wave force, y-component Sxy s%nx+1 s%ny+1 [N/m] [] radiation stress, y-component Syy s%nx+1 s%ny+1 [N/m] [] radiation stress, y-component Sxx s%nx+1 s%ny+1 [N/m] [] radiation stress, x-component n s%nx+1 s%ny+1 [-] [] ratio group velocity/wave celerity H s%nx+1 s%ny+1 [m] [] Hrms wave height based on instantaneous wave energy cgx s%nx+1 s%ny+1 s%ntheta [m/s] [] group velocity, x-component cgy s%nx+1 s%ny+1 s%ntheta [m/s] [] group velocity, y-component cx s%nx+1 s%ny+1 s%ntheta [m/s] [] wave celerity, x-component cy s%nx+1 s%ny+1 s%ntheta [m/s] [] wave celerity, y-component ctheta s%nx+1 s%ny+1 s%ntheta [rad/s] [] wave celerity theta-direction (refraction) ee s%nx+1 s%ny+1 s%ntheta [J/m2/rad] [] directionally distributed wave energy thet s%nx+1 s%ny+1 s%ntheta [rad] [sea_surface_wind_wave_to_direction] wave angles costh s%nx+1 s%ny+1 s%ntheta [-] [] cos of wave angles relative to grid direction sinth s%nx+1 s%ny+1 s%ntheta [-] [] sin of wave angles relative to grid direction sigt s%nx+1 s%ny+1 s%ntheta [rad/s] [] relative frequency rr s%nx+1 s%ny+1 s%ntheta [J/m2/rad] [] directionally distributed roller energy k s%nx+1 s%ny+1 [rad/m] [] wave number c s%nx+1 s%ny+1 [m/s] [] wave celerity cg s%nx+1 s%ny+1 [m/s] [] group velocity sigm s%nx+1 s%ny+1 [rad/s] [] mean frequency wm s%nx+1 s%ny+1 [rad/s] [] mean abs frequency hh s%nx+1 s%ny+1 [m] [] water depth zs s%nx+1 s%ny+1 [m] [sea_surface_height_above_sea_level] water level zs0 s%nx+1 s%ny+1 [m] [sea_surface_height_above_sea_level] water level due to tide alone windsu s%nx+1 s%ny+1 [m/s] [] wind velocity in S direction in u point at current time step windnv s%nx+1 s%ny+1 [m/s] [] wind velocity in N direction in v point at current time step dzsdt s%nx+1 s%ny+1 [m/s] [] rate of change water level dzsdx s%nx+1 s%ny+1 [m/s] [] water surface gradient in x-direction dzsdy s%nx+1 s%ny+1 [m/s] [] water surface gradient in y-direction dzbdx s%nx+1 s%ny+1 [-] [] bed level gradient in x-direction dzbdy s%nx+1 s%ny+1 [-] [] bed level gradient in y-direction dzbdt s%nx+1 s%ny+1 [m/s] [] rate of change bed level uu s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] GLM velocity in u-points, x-component vu s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] GLM velocity in u-points, y-component uv s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] GLM velocity in v-points, x-component vv s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] GLM velocity in v-points, y-component qx s%nx+1 s%ny+1 [m2/s] [] discharge in u-points, x-component qy s%nx+1 s%ny+1 [m2/s] [] discharge in u-points, y-component sedero s%nx+1 s%ny+1 [m] [] cum. sedimentation/erosion dcbdx s%nx+1 s%ny+1 [kg/m3/m] [] bed concentration gradient x-dir. dcbdy s%nx+1 s%ny+1 [kg/m3/m] [] bed concentration gradient y-dir. dcsdx s%nx+1 s%ny+1 [kg/m3/m] [] suspended concentration gradient x-dir. dcsdy s%nx+1 s%ny+1 [kg/m3/m] [] suspended concentration gradient y-dir. E s%nx+1 s%ny+1 [Nm/m2] [] wave energy R s%nx+1 s%ny+1 [Nm/m2] [] roller energy urms s%nx+1 s%ny+1 [m/s] [] orbital velocity D s%nx+1 s%ny+1 [W/m2] [] dissipation Qb s%nx+1 s%ny+1 [-] [] fraction breaking waves ust s%nx+1 s%ny+1 [m/s] [] Stokes drift ueu s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] Eulerian velocity in u-points, x-component vev s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] Eulerian velocity in u-points, y-component vmagu s%nx+1 s%ny+1 [m/s] [] GLM velocity magnitude u-points vmageu s%nx+1 s%ny+1 [m/s] [] Eulerian velocity magnitude u-points vmagv s%nx+1 s%ny+1 [m/s] [] GLM velocity magnitude v-points vmagev s%nx+1 s%ny+1 [m/s] [] Eulerian velocity magnitude v-points u s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] GLM velocity in cell centre, x-component v s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] GLM velocity in cell centre, y-component ue s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] Eulerian velocity in cell centre, x-component ve s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] Eulerian velocity in cell centre, y-component hold s%nx+1 s%ny+1 [m] [] water depth previous time step wetu s%nx+1 s%ny+1 [-] [] mask wet/dry u-points wetv s%nx+1 s%ny+1 [-] [] mask wet/dry v-points wetz s%nx+1 s%ny+1 [-] [] mask wet/dry eta-points hu s%nx+1 s%ny+1 [m] [] water depth in u-points hv s%nx+1 s%ny+1 [m] [] water depth in v-points hum s%nx+1 s%ny+1 [m] [] water depth in u-points hvm s%nx+1 s%ny+1 [m] [] water depth in v-points vmag s%nx+1 s%ny+1 [m/s] [] velocity magnitude in cell centre ccg s%nx+1 s%ny+1 par%ngd [m3/m3] [] depth-averaged suspended concentration for each sediment fraction ccbg s%nx+1 s%ny+1 par%ngd [m3/m3] [] depth-averaged bed concentration for each sediment fraction uwf s%nx+1 s%ny+1 [m/s] [] Stokes drift, x-component vwf s%nx+1 s%ny+1 [m/s] [] Stokes drift, y-component ustr s%nx+1 s%ny+1 [m/s] [] return flow due to roller usd s%nx+1 s%ny+1 [m/s] [] return flow due to roller after breaker delay bi s%ny+1 [m] [] incoming bound long wave DR s%nx+1 s%ny+1 [W/m2] [] roller energy dissipation umean s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] longterm mean velocity at bnds in u-points, x-component vmean s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] longterm mean velocity at bnds in u-points, y-component ur s%nx+1 s%ny+1 [m/s] [] reflected velocity at bnds in u-points Tsg s%nx+1 s%ny+1 par%ngd [s] [] sediment response time for each sediment class Susg s%nx+1 s%ny+1 par%ngd [m2/s] [] suspended sediment transport for each sediment class (excluding pores), x-component Svsg s%nx+1 s%ny+1 par%ngd [m2/s] [] suspended sediment transport for each sediment class (excluding pores), y-component Subg s%nx+1 s%ny+1 par%ngd [m2/s] [] bed sediment transport for each sediment class (excluding pores), x-component Svbg s%nx+1 s%ny+1 par%ngd [m2/s] [] bed sediment transport for each sediment class (excluding pores), y-component ceqbg s%nx+1 s%ny+1 par%ngd [m3/m3] [] depth-averaged bed equilibrium concentration for each sediment class ceqsg s%nx+1 s%ny+1 par%ngd [m3/m3] [] depth-averaged suspended equilibrium concentration for each sediment class ua s%nx+1 s%ny+1 [m/s] [] time averaged flow velocity due to wave assymetry BR s%nx+1 s%ny+1 [-] [] maximum wave surface slope used in roller dissipation formulation kb s%nx+1 s%ny+1 [m^2/s^2] [] near bed turbulence intensity due to depth induces breaking Tbore s%nx+1 s%ny+1 [s] [] wave period interval associated with breaking induced turbulence dzav s%nx+1 s%ny+1 [m] [] total bed level change due to avalanching maxzs s%nx+1 s%ny+1 [m] [] maximum elevation in simulation minzs s%nx+1 s%ny+1 [m] [] minimum elevation in simulation L1 s%nx+1 s%ny+1[m] [] wave length (used in dispersion relation) Sk s%nx+1 s%ny+1 [-] [] skewness of short waves As s%nx+1 s%ny+1 [-] [] asymmetry of short waves gwhead s%nx+1 s%ny+1 [m] [] groundwater head (differs from gwlevel) gwheadb s%nx+1 s%ny+1 [m] [] groundwater head at bottom (differs from gwlevel) gwlevel s%nx+1 s%ny+1 [m] [] groundwater table (min(zb,gwhead)) gwheight s%nx+1 s%ny+1 [m] [] vertical size of aquifer through which groundwater can flow gwbottom s%nx+1 s%ny+1 [m] [] level of the bottom of the aquifer gwu s%nx+1 s%ny+1 [m/s] [] groundwater flow in x-direction gwv s%nx+1 s%ny+1 [m/s] [] groundwater flow in y-direction gwqx s%nx+1 s%ny+1 [m/s] [] groundwater discharge in x-direction gwqy s%nx+1 s%ny+1 [m/s] [] groundwater discharge in y-direction gww s%nx+1 s%ny+1 [m/s] [] groundwater flow in z-direction (interaction between surface and ground water) gwcurv s%nx+1 s%ny+1 [-] [] curvature coefficient of groundwater head function dinfil s%nx+1 s%ny+1 [m] [] Infiltration layer depth used in quasi-vertical flow model for groundwater infil s%nx+1 s%ny+1 [m/s] [] Rate of exchange of water between surface and groundwater (positive from sea to groundwater) kturb s%nx+1 s%ny+1 [m^2/s^2] [] depth averaged turbulence intensity due to long wave breaking ero s%nx+1 s%ny+1 par%ngd [m/s] [] bed erosion rate per fraction depo_im s%nx+1 s%ny+1 par%ngd [m/s] [] implicit bed deposition rate per fraction depo_ex s%nx+1 s%ny+1 par%ngd [m/s] [] explicit bed deposition rate per fraction nd s%nx+1 s%ny+1 [-] [] number of bed layers (can be different for each computational cell) pbbed s%nx+1 s%ny+1 max(par%nd,2) par%ngd[-] [] NO DESCRIPTION dzbed s%nx+1 s%ny+1 max(par%nd,2)[-] [] NO DESCRIPTION z0bed s%nx+1 s%ny+1 [-] [] NO DESCRIPTION ureps s%nx+1 s%ny+1[m/s] [sea_water_x_velocity] representative flow velocity for sediment advection and diffusion, x-component vreps s%nx+1 s%ny+1[m/s] [sea_water_y_velocity] representative flow velocity for sediment advection and diffusion, y-component urepb s%nx+1 s%ny+1[m/s] [sea_water_x_velocity] representative flow velocity for sediment advection and diffusion, x-component vrepb s%nx+1 s%ny+1[m/s] [sea_water_y_velocity] representative flow velocity for sediment advection and diffusion, y-component umwci s%nx+1 s%ny+1 [m/s] [sea_water_x_velocity] velocity (time-averaged) for wci, x-component vmwci s%nx+1 s%ny+1 [m/s] [sea_water_y_velocity] velocity (time-averaged) for wci, y-component rolthick s%nx+1 s%ny+1 [m] [] long wave roller thickness zswci s%nx+1 s%ny+1 [m] [] waterlevel (time-averaged) for wci pres s%nx+1 s%ny+1 [m^2/s^2] [] normalized dynamic pressure wb s%nx+1 s%ny+1 [m/s] [] vertical velocity at the bottom ws s%nx+1 s%ny+1 [m/s] [] vertical velocity at the free surface wscrit s%nx+1 s%ny+1 [m/s] [] critial vertical velocity at the free surface for breaking taubx s%nx+1 s%ny+1 [N/m^2] [] bed shear stress, x-component tauby s%nx+1 s%ny+1 [N/m^2] [] bed shear stress, y-component Df s%nx+1 s%ny+1 [W/m^2] [] dissipation rate due to bed friction Dp s%nx+1 s%ny+1 [W/m^2] [] dissipation rate in the swash due to transformation of kinetic wave energy to potential wave energy Sutot s%nx+1 s%ny+1 [m2/s] [] Sediment transport integrated over bed load and suspended and for all sediment grains, x-component Svtot s%nx+1 s%ny+1 [m2/s] [] Sediment transport integrated over bed load and suspended and for all sediment grains, y-component cctot s%nx+1 s%ny+1 [m3/m3] [] Sediment concentration integrated over bed load and suspended and for all sediment grains nuh s%nx+1 s%ny+1 [m2/s] [] horizontal viscosity coefficient cf s%nx+1 s%ny+1 [-] [] Friction coefficient flow D50top s%nx+1 s%ny+1 [-] [] Friction coefficient flow D90top s%nx+1 s%ny+1 [-] [] Friction coefficient flow structdepth s%nx+1 s%ny+1 [m] [] Depth of structure in relation to instantaneous bed level zs0fac s%nx+1 s%ny+1 2 [-] [] relative weight of offshore boundary and bay boundary for each grid point is stored in zs0fac qdisch par%ntdischarge par%ndischarge[m^2/s] [] Discharges idrift par%ndrifter [-] [] Drifter x-coordinate in grid space jdrift par%ndrifter [-] [] Drifter y-coordinate in grid space tdriftb par%ndrifter [s] [] Drifter release time tdrifte par%ndrifter [s] [] Drifter retrieval time runup s%ny+1 [m] [] Short wave runup height Hrunup s%ny+1 [m] [] Short wave height used in runup formulation xHrunup s%ny+1 [m] [] Location at which short wave height for runup is taken istruct s%ny+1 [-] [] location of revetments toe iwl s%ny+1 [-] [] location of water line (including long wave runup) strucslope s%ny+1[-] [] slope of structure Dc s%nx+1 s%ny+1 [m2/s] [] diffusion coefficient ph s%nx+1 s%ny+1 [m] [] pressure head due to ship dobs s%nx+1 s%ny+1 [W/m2] beachwizard observed dissipation sig2prior s%nx+1 s%ny+1 [m2] beachwizard prior std squared zbobs s%nx+1 s%ny+1 [m] beachwizard observed depth shobs s%nx+1 s%ny+1 [m] beachwizard observed shoreline bwalpha s%nx+1 s%ny+1 [-] beachwizard weighting factor dcmdo s%nx+1 s%ny+1 [W/m2] beachwizard computed minus observed dissipation dassim s%nx+1 s%ny+1 [m] beachwizard depth change cobs s%nx+1 s%ny+1 [m/s] beachwizard observed wave celerity shipxCG par%nship [m] [] x-coordinate of ship center of gravity shipyCG par%nship [m] [] y-coordinate of ship center of gravity shipzCG par%nship [m] [] z-coordinate of ship center of gravity shipFx par%nship [m] [] force on ship in x-direction shipFy par%nship [m] [] force on ship in y-direction shipFz par%nship [m] [] force on ship in z-direction shipMx par%nship [m] [] moment on ship around x-axis shipMy par%nship [m] [] moment on ship around y-axis shipMz par%nship [m] [] moment on ship around z-axis shipphi par%nship [m] [] turning angle arround x-axis shipchi par%nship [m] [] turning angle arround y-axis shippsi par%nship [m] [] turning angle arround z-axis Dveg s%nx+1 s%ny+1 [W/m2] [] dissipation due to short wave attenuation by vegetation Fvegu s%nx+1 s%ny+1 [N/m2] [] x-forcing due to long wave attenuation by vegetation Fvegv s%nx+1 s%ny+1 [N/m2] [] y-forcing due to long wave attenuation by vegetation ududx s%nx+1 s%ny+1 [m^2/s^2] [] advection vdvdy s%nx+1 s%ny+1 [m^2/s^2] [] advection udvdx s%nx+1 s%ny+1 [m^2/s^2] [] advection vdudy s%nx+1 s%ny+1 [m^2/s^2] [] advection viscu s%nx+1 s%ny+1 [m^2/s^2] [] viscosity viscv s%nx+1 s%ny+1 [m^2/s^2] [] viscosity setbathy s%nx+1 s%ny+1 par%nsetbathy [m] [] prescribed bed levels breaking s%nx+1 s%ny+1 [-] [] indicator whether cell has breaking nonh waves