[MorphologyFileInformation] 
   FileCreatedBy    = V 
   FileCreationDate = today :D 
   FileVersion      = 02.00 
 
[Morphology] 
   MorFac           =  1.0000000E+02               [-]      Morphological scale factor 
   MorStt           =  7.2000000E+03               [s]      Spin-up interval from TStart till start of morphological changes 
   Thresh           =  1.0000000e-003      [m]      Threshold sediment thickness for transport and erosion reduction 
   BedUpd           = 1                            Update bed levels during FLOW simulation 
   CmpUpd           = 0                            Update bed composition during flow run 
   NeuBcMud         = 0 
   NeuBcSand        = 0 
   DensIn           = 0    Include effect of sediment concentration on fluid density 
   ISlope = 3         [ - ] Flag for bed slope effect 
                            1          : None 
                            2 (default): Bagnold 
                            3          : Koch & Flokstra 
   AShld  = 1.700000       [ - ] Bed slope parameter Koch & Flokstra 
   BShld  = 0.500000       [ - ] Bed slope parameter Koch & Flokstra 
   CShld  = 0.000000       [ - ] Bed slope parameter Koch & Flokstra 
   DShld  = 0.000000       [ - ] Bed slope parameter Koch & Flokstra 
   AlfaBs           =  0.0000000e+000      [-]      Streamwise bed gradient factor for bed load transport 
   AlfaBn           =  0.0000000e+000      [-]      Transverse bed gradient factor for bed load transport 
   CoulFri          = 0 
   FlFdRat          = 0                       
   ThetaCr          = 0                       
   IHidExp= 1        [ - ] Flag for hiding & exposure 
                            1 (default): none 
                            2          : Egiazaroff 
                            3          : Ashida & Michiue, modified Egiazaroff 
                            4          : Soehngen, Kellermann, Loy 
                            5          : Wu, Wang, Jia 
   ASKLHE = 0.0000000E+00 
   MWWJHE                = 1                       
   Espir  = 1.0       [ - ] Calibration factor spiral flow 
   Sus              =  1.0000000e+000      [-]      Multiplication factor for suspended sediment reference concentration 
   Bed              =  1.0000000e+000      [-]      Multiplication factor for bed-load transport vector magnitude 
   SusW             =  1.0000000e+000      [-]      Wave-related suspended sed. transport factor 
   BedW             =  1.0000000e+000      [-]      Wave-related bed-load sed. transport factor 
   SedThr           =  1.0000000e-003      [m]      Minimum water depth for sediment computations 
   ThetSD           =  0.0000000e+000      [-]      Factor for erosion of adjacent dry cells 
   HMaxTH           =  1.5000000e+000      [m]      Max depth for variable THETSD. Set < SEDTHR to use global value only 
   BcFil  = bcm.bcm 
 
[Boundary] 
  Name = Upstream_01 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_02 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_03 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_04 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_05 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_06 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_07 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_08 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_09 
  IBedCond = 5 
  ICmpCond = 0 
 
[Boundary] 
  Name = Upstream_10 
  IBedCond = 5 
  ICmpCond = 0 
 
[Output] 
  Bedslope = 1 
  HiranoIllposed = 0 
 
[HiranoIllposed] 
  HiranoCheck = 0 
  HiranoRegularize = 0 
  HiranoDiffusion = 0.0000000E+00 
 
[Underlayer] 
  IUnderLyr = 1       [ - ] Flag for underlayer concept 
                            1 (default): one fully mixed layer 
                            2          : graded sediment underlayers 
  IniComp          = mini.ini 
  ExchLyr = false     [T/F] Switch for exchange layer 
  TTLForm = 1         [ - ] Transport layer thickness formulation 
                            1 (default): constant (user-specified) thickness 
  ThTrLyr = 1.0000000E+00       [ m ] Thickness of the transport layer 
  MxNULyr = 1          [ - ] Number of underlayers (excluding final well mixed layer) 
  ThUnLyr = 1.0000000E+00       [ m ] Thickness of each underlayer