[MorphologyFileInformation]
   FileCreatedBy    = Delft3D-FLOW-GUI, Version: 3.1804
   FileCreationDate = 19-12-2003,  8:50:45
   FileVersion      = 02.00
[Morphology]
   MorFac = 720.0     [ - ] Morphological scale factor
   MorStt = 2880      [ - ] First time step relative to ITDATE for updating in Tunits
   Thresh = 0.7       [ m ] Threshold sediment thickness for reducing sediment exchange
   BedUpd = false      [T/F] Update bed level during flow run
   CmpUpd = false      [T/F] Update bed composition during flow run
   EqmBc  = true      [T/F] Equilibrium concentration at inflow boundaries
   DensIn = false     [T/F] Include effect of sediment on density gradient
   AksFac = 1.0       [ - ] Van Rijn's reference height = AKSFAC * KS
   RWave  = 2.0       [ - ] Wave related roughness = RWAVE * estimated ripple height. Van Rijn Recommends range 1-3
   Rouse  = true      [T/F] Set equilibrium sediment concentration values to standard Rouse profiles
   AlfaBs = 1.0       [ - ] Longitudinal bed gradient factor for bed load transport
   AlfaBn = 1.0       [ - ] Transverse   bed gradient factor for bed load transport
   Sus    = 1.0       [ - ] Multiplication factor for suspended sediment reference concentration
   Bed    = 1.0       [ - ] Multiplication factor for bed load transport vector magnitude
   SusW   = 0.0       [ - ] Wave-related suspended sed. transport factor
   BedW   = 0.0       [ - ] Wave-related bed-load sed. transport factor
   SedThr = 0.001     [ m ] Minimum threshold depth for sediment computations
   ThetSD = 0.0       [ - ] Fraction of erosion to assign to adjacent dry cells
   HMaxTH = 0.0       [ m ] Max depth for variable THETSD. Set < SEDTHR to use global value only
   FWFac  = 0.0       [ - ] Tuning parameter for wave streaming  
   EpsPar = false     [T/F] Only for waves in combination with k-epsilon turbulence model
                            TRUE : Van Rijn's parabolic-linear mixing distribution for current-related mixing 
                            FALSE: Vertical sediment mixing values from K-epsilon turbulence model
   IopKCW = 1         [ - ] Flag for determining Rc and Rw
                            1 (default): Rc from flow, Rw=RWAVE*0.025
                            2          : Rc=RDC and Rw=RDW as read from this file
                            3          : Rc=Rw determined from mobility
   RDC    = 0.01      [ - ] Rc in case IopKCW = 2
   RDW    = 0.02      [ - ] Rw in case IopKCW = 2
   Espir  = 1.0       [ - ] Calibration factor spiral flow
   ISlope = 3         [ - ] Flag for bed slope effect
                            1          : None
                            2 (default): Bagnold
                            3          : Koch & Flokstra
   AShld  = 1.1      [ - ] Bed slope parameter Koch & Flokstra
   BShld  = 0.5       [ - ] Bed slope parameter Koch & Flokstra
   IHidExp= 3         [ - ] Flag for hiding & exposure
                            1 (default): none
                            2          : Egiazaroff
                            3          : Ashida & Michiue, modified Egiazaroff
                            4          : Soehngen, Kellermann, Loy
                            5          : Wu, Wang, Jia
   BcFil  = bcm.bcm

[Underlayer]
  IUnderLyr = 2       [ - ] Flag for underlayer concept
                            1 (default): one fully mixed layer
                            2          : graded sediment underlayers
  ExchLyr = false     [T/F] Switch for exchange layer
  IniComp = mini.ini
  TTLForm = 2         [ - ] Transport layer thickness formulation
                            1 (default): constant (user-specified) thickness
                            2 proportional to water depth
                            3 proportional to bedform height
  TTLAlpha = 0.12      [ - ] Proportionality contstant for case TTLForm = 2 or 3
  TTLMin  = 0.5       [ m ] minimum thickness in case of TTLForm=2 or 3
  ThTrLyr = 1.0       [ m ] Thickness of the transport layer
  MxNULyr = 2         [ - ] Number of underlayers (excluding final well mixed layer)
  ThUnLyr = 0.5       [ m ] Thickness of each underlayer
  
[Numerics]
  MaximumWaterdepth = true
  LaterallyAveragedBedload = false
  UpwindBedload = true

[Boundary]
  Name = UpstreamBR0_42 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_43 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_44 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_45 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_46 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_47 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_48 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_49 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_50 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_51 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_52 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_53 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_54 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_55 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_56 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_57 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_58 
  IBedCond = 3 
  ICmpCond = 1 

[Boundary]
  Name = UpstreamBR0_59 
  IBedCond = 3 
  ICmpCond = 1