This directory contains output of the numerical modeling of all cases examined in the paper.

Directories
  
  ./Jinshan_C1: cross-shore rupture model, slip=3.0m
  ./Jinshan_C2: cross-shore rupture model, slip=4.5m
  ./Jinshan_O1: offshore rupture model, slip=3.0m
  ./Jinshan_O2: offshore rupture model, slip=4.5m
  ./Keelung_C1: cross-shore rupture model, slip=3.0m
  ./Keelung_C2: cross-shore rupture model, slip=4.5m
  ./Keelung_O1: offshore rupture model, slip=3.0m
  ./Keelung_O2: offshore rupture model, slip=4.5m

Sub directories and contents
  
  *.grd: netCDF file generated by and used for the Generic Mapping Tools (GMT)
  
  flow_depth: Maximum flow depth during the computation
    dmax1_036000.grd: result of domain 1
    dmax2_036000.grd: result of domain 2
    dmax3_036000.grd: result of domain 3
    
  flow_speed: Maximum flow speed during the computation
    uvmax1_036000.grd: result of domain 1
    uvmax2_036000.grd: result of domain 2
    uvmax3_036000.grd: result of domain 3
    
  morphological_change: Results of sediment transport modeling
    after_h3_036000.grd: final topography/bathymetry of domain 3
    before_h3_036000.grd: initial topography/bathymetry of domain 3
    change_h3_036000.grd: difference of initial and final topography/bathymetry of domain 3
    deposition3_036000.grd: final deposit thickness of domain 3
    erosion3_036000.grd: maximum depth of erosion of domain 3 during the computation
    
  ts_flow: Outputs of tsunami hydrodynamic model at virtual stations 
    ts_flow[domain ID]_[Station name].dat: ASCII file of the output at the station (see below)
    
  ts_stm: Outputs of sediment transport model at virtual stations 
    ts_stm[domain ID]_[Station name].dat: ASCII file of the output at the station (see below)
    
  tsunami_height: Maximum tsunami height (water level) during the computation
    zmax1_036000.grd: result of domain 1
    zmax2_036000.grd: result of domain 2
    zmax3_036000.grd: result of domain 3

Format of ts_flow[domain ID]_[Station name].dat
  
  Values are separated by SPACEs
  First line is used for heading
  z, d, u, v, fvx, fvy, cs_sat are defined at the cell center
  
  step: time step
  time: elapsed time [s]
  elevation: bed elevation at the station [m]
  z: water level [m]
  d: flow depth [m]
  u: flow speed (x-direction) [m/s]
  v: flow speed (y-direction) [m/s]
  fvx: shear velocity (x-direction) [m/s]
  fvy: shear velocity (y-direction) [m/s]
  cs_sat: volumetric saturation concentration of suspended sediment used for sediment transport model

Format of ts_stm[domain ID]_[Station name].dat
  
  Values are separated by SPACEs
  First line is used for heading
  cs, qx, qy, wex, dqx, dqy are defined at the cell center
  
  step: time step
  time: elapsed time [s]
  elevation: bed elevation at the station [m]
  cs: volumetric concentration of suspended sediment
  qx: flux of bedload (x-direction) [m^2/s]
  qy: flux of bedload (y-direction) [m^2/s]
  wex: exchange rate of suspension load [m/s]
  dqx: difference of bedload fluxes calculated at the cell center (x-direction) [m^2/s]
  dqy: difference of bedload fluxes calculated at the cell center (y-direction) [m^2/s]

