substance 'IM1' active
   description        'inorganic matter (IM1)'
   concentration-unit '(gDM/m3)'
   waste-load-unit    '-'
end-substance
substance 'IM2' active
   description        'inorganic matter (IM2)'
   concentration-unit '(gDM/m3)'
   waste-load-unit    '-'
end-substance
substance 'IM1S1' inactive
   description        'IM1 in layer S1'
   concentration-unit '(gDM/m2)'
   waste-load-unit    '-'
end-substance
parameter 'Tau'
   description   'total bottom shear stress'
   unit          '(N/m2)'
   value         0.0000E+00
end-parameter
parameter 'TaucSIM1'
   description   'critical shear stress for sedimentation IM1'
   unit          '(N/m2)'
   value          0.1000E+00
end-parameter
parameter 'MinDepth'
   description   'minimum waterdepth for sedimentation/resuspension'
   unit          '(m)'
   value          0.1000E+00
end-parameter
parameter 'Salinity'
   description   'Salinity'
   unit          '(g/kg)'
   value          0.3500E+02
end-parameter
parameter 'V0SedIM1'
   description   'sedimentation velocity IM1'
   unit          '(m/d)'
   value         7.20000E-01
end-parameter
parameter 'CrSS'
   description   'crit. susp. solid concentration for flocculation'
   unit          '(gDM/m3)'
   value          0.1000E+03
end-parameter
parameter 'nIM1'
   description   'coefficient in flocculation function IM1'
   unit          '(-)'
   value          0.0000E+00
end-parameter
parameter 'Temp'
   description   'ambient water temperature'
   unit          '(oC)'
   value          0.1500E+02
end-parameter
parameter 'TcSED'
   description   'temperature coefficient for sedimentation'
   unit          '(-)'
   value          0.1000E+01
end-parameter
parameter 'SMax'
   description   'salinity at which salinity function is maximal'
   unit          '(g/kg)'
   value          0.5000E+01
end-parameter
parameter 'EnhSedIM1'
   description   'salinity enhanced settling factor for IM1'
   unit          '(-)'
   value          0.1000E+01
end-parameter
parameter 'ZResDM'
   description   'zeroth-order resuspension flux'
   unit          '(gDM/m2/d)'
   value          0.0000E+00
end-parameter
parameter 'TaucRS1DM'
   description   'critical shear stress for resuspension DM layer S1'
   unit          '(N/m2)'
   value          0.2000E+00
end-parameter
output 'SS'
   description   'suspended solids'
end-output
output 'Tau'
   description   'total bottom shear stress'
end-output
output 'fSedIM1'
   description   'sedimentation flux IM1 towards S1'
end-output
output 'fResS1IM1'
   description   'resuspension flux IM1 from layer S1'
end-output
output 'ActThS1'
   description   'actual thickness layer S1'
end-output
output 'Velocity'
   description   'Horizontal velocity'
end-output
output 'V0SedIM2'
   description   'V0SedIM2'
end-output
output 'V0SedIM3'
   description   'V0SedIM3'
end-output
output 'V0SedIM1'
   description   'V0SedIM1'
end-output
output 'Volume'
   description   'V0SedIM1'
end-output
output 'Surf'
   description   'V0SedIM1'
end-output
output 'LocalDepth'
   description   'V0SedIM1'
end-output
active-processes
   name  'Compos' 'Composition'
   name  'Sed_IM1' 'Sedimentation IM1'
   name  'S12TraIM1' 'Resuspension, transport in S1-S2 IM1'
   name  'S1_Comp' 'Composition sediment layer S1'
   name  'CalVS_IM1' 'Sedimentation velocity IM1 = f (Temp SS Sal)'
   name  'DynDepth' 'dynamic calculation of the depth'
   name  'Res_DM' 'Resuspension total bottom material (dry mass)'
end-active-processes