anchor.diff:      REAL(ReKi)  :: iceDirection      ! ice floe direction [degrees]
       REAL(ReKi)  :: minStrength      ! minimum dynamic ice strength [Pa]
       REAL(ReKi)  :: minStrengthNegVel      ! minimum dynamic ice strength for negative velocity [Pa]
  -    REAL(ReKi)  :: defaultArea      ! structure width to use in cpld crushin [m]
  +    REAL(ReKi)  :: defaultArea       ! width to use for coupled crushing
       REAL(ReKi)  :: crushArea      ! cross sectional area of ice against tower [m^2]
       REAL(ReKi)  :: coeffStressRate      ! coefficient to calc stress rate from relative vellocity [Pa/m]
       REAL(ReKi)  :: C(4)      ! coefficient of cubic transition curve for negative stress rates [-]
  -    REAL(ReKi)  :: dt      ! time step [sec]
  +    REAL(ReKi)  :: dt        ! time step [sec]
  +    REAL(ReKi)  :: rampTime  ! ramp time for forces at beginning of simulation [sec]
       REAL(ReKi) , DIMENSION(:), ALLOCATABLE  :: legX      ! - [x position of each leg relative to structure center]
       REAL(ReKi) , DIMENSION(:), ALLOCATABLE  :: legY      ! - [y position of each leg relative to structure center]
       REAL(ReKi) , DIMENSION(:), ALLOCATABLE  :: ks      ! - [shelter factor due to upstream leg]
  
positive.code: !*********************************************************************************************************************************
  MODULE IceFloe_Types
  ! this is a simplified version for use with IceFloe not in FAST
  !---------------------------------------------------------------------------------------------------------------------------------
  use precision
  IMPLICIT NONE
  
negative.code:     LOGICAL  :: initFlag      ! Flag for successful initialization [-]
    END TYPE IceFloe_ParameterType
  ! =======================
  
  ! Some constants that would otherwise come from NREL code base
     real(ReKi), parameter :: Pi  = 3.141592654_ReKi
     real(ReKi), parameter :: D2R = Pi/180.0_ReKi
     real(ReKi), parameter :: R2D = 180.0_ReKi/Pi
  
  END MODULE IceFloe_Types
  