substance 'IM3' active
   description        'inorganic matter (IM3)'
   concentration-unit 'gDM/m3'
   waste-load-unit    '-'
end-substance
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 'cTr1' active
   description        'conservative tracer source 1'
   concentration-unit 'g/m3'
   waste-load-unit    '-'
end-substance
substance 'cTr2' active
   description        'conservative tracer source 2'
   concentration-unit 'g/m3'
   waste-load-unit    '-'
end-substance
substance 'dTr1' active
   description        'decayable tracer source 1'
   concentration-unit 'g/m3'
   waste-load-unit    '-'
end-substance
substance 'Salinity' active

   description        'Salinity'

   concentration-unit 'g/kg'

   waste-load-unit    '-'

end-substance

substance 'ModTemp' active

   description        'Water Temperature'

   concentration-unit 'oC'

   waste-load-unit    '-'

end-substance

substance 'IM1S1' inactive

   description        'IM1 in sediment 1'

   concentration-unit 'gDW'

   waste-load-unit    '-'

end-substance

substance 'IM2S1' inactive

   description        'IM2 in sediment 1'

   concentration-unit 'gDW'

   waste-load-unit    '-'

end-substance

substance 'IM3S1' inactive

   description        'IM3 in sediment 1'

   concentration-unit 'gDW'

   waste-load-unit    '-'

end-substance

parameter 'MinDepth'
   description   'minimum waterdepth for sedimentation'
   unit          'm'
   value          1.000e-01
end-parameter
parameter 'VSedIM1'
   description   'sedimentation velocity IM1'
   unit          'm/d'
   value          1.000e+00
end-parameter
parameter 'TaucSIM1'
   description   'critical shear stress sedimentation IM1'
   unit          'g/m/s2'
   value          8.500e-02
end-parameter
parameter 'VSedIM2'
   description   'sedimentation velocity IM2'
   unit          'm/d'
   value          1.500e+01
end-parameter
parameter 'TaucSIM2'
   description   'critical shear stress sedimentation IM2'
   unit          'g/m/s2'
   value          1.000e+00
end-parameter
parameter 'VSedIM3'
   description   'sedimentation velocity IM3'
   unit          'm/d'
   value          1.500e+01
end-parameter
parameter 'TaucSIM3'
   description   'critical shear stress sedimentation IM3'
   unit          'g/m/s2'
   value          8.500e-02
end-parameter
parameter 'RcDecTr1'
   description   'decay rate tracer1 for AGE calculations'
   unit          '1/d'
   value          3.772e-11
end-parameter
parameter 'NatTemp'
   description   'ambient natural background water temperature'
   unit          'oC'
   value          1.700e+01
end-parameter
parameter 'VWind'
   description   'wind velocity'
   unit          'm/s'
   value          7.200e+00
end-parameter
parameter 'SwitchTemp'
   description   'Switch modelled temp is absolute(0) surplus(1)'
   unit          '-'
   value          0.000e+00
end-parameter
parameter 'MaxVeloc'
   description   'maximum horizontal stream velocity'
   unit          'm/s'
   value          5.000e+00
end-parameter
parameter 'SwChezy'
   description   '1-White/Coolbrook 2-Manning'
   unit          'switch'
   value          2.000e+00
end-parameter
parameter 'FETCH'
   description   'fetch area for wind'
   unit          'm'
   value         3.5000e+04
end-parameter
parameter 'InitDepth'
   description   'depth where wave is created <-1: actual depth>'
   unit          'm'
   value         -1.000e+00
end-parameter
parameter 'SWTau'
   description   'Switch <1=Tamminga|2=Bijker>'
   unit          '-'
   value          1.000e+00
end-parameter
parameter 'Latitude'
   description   'latitude of study area'
   unit          'degrees'
   value          2.200e+01
end-parameter
parameter 'RefDay'
   description   'daynumber at start of the simulation'
   unit          'd'
   value          0.000e+00
end-parameter
parameter 'ZResDM'
   description   'zeroth order resuspension flux'
   unit          'gDM/m2/d'
   value          3.000e+01
end-parameter
parameter 'TaucRS1DM'
   description   'crit. shear stress resusp. DM from S1'
   unit          'g/m/s2'
   value          1.500e-01
end-parameter
parameter 'pH'
   description   'pH'
   unit          '-'
   value          8.200e+00
end-parameter
output 'Depth'
   description   'depth of segment'
end-output
output 'TotalDepth'
   description   'depth watercolumn'
end-output
output 'SS'
   description   'suspended solids'
end-output
output 'cTr1'
   description   'conservative tracer source 1'
end-output
output 'cTr2'
   description   'conservative tracer source 2'
end-output
output 'dTr1'
   description   'decayable tracer source 1'
end-output
output 'RcDecTR1'
   description   'decay rate tracer1 for AGE calculations'
end-output
output 'fSedIM1'
   description   'sedimentation flux IM1'
end-output
output 'fSedIM2'
   description   'sedimentation flux IM2'
end-output
output 'fSedIM3'
   description   'sedimentation flux IM3'
end-output
active-processes
     name  'Temperatur' 'Temperature and heat exchange'
     name  'Sed_IM1' 'Sedimentation IM1'
     name  'Res_IM1' 'Resuspension 1th inorganic matter'
     name  'Sed_IM2' 'Sedimentation IM2'
     name  'Res_IM2' 'Resuspension 2th inorganic matter'
     name  'Sed_IM3' 'Sedimentation IM3'
     name  'Res_IM3' 'Resuspension 3th inorganic matter'
     name  'DynDepth' 'dynamic calculation of the depth'
     name  'Age1' 'Age of water from source 1'
     name  'Delt' 'Calculation of the timestep for processes'
     name  'Chloride' 'calculation of chloride concentration from salinit'
     name  'Daylength' 'Daylength calculation'
     name  'Veloc' 'horizontal stream velocity'
     name  'Tau' 'Bottom friction'
     name  'CalcRad' 'Radiation at segment upper and lower boundaries'
     name  'Wave' 'Wave characteristics'
     name  'Chezy' 'Chezy coefficient'
     name  'TotDepth' 'depth watercolumn'
end-active-processes