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  • The parameter Inpol_Rel_B will be the linear interpolated dimensionless width at a desired frame number (Frame).
  • @Hull is the object containing all the data you want to use for interpolation.
  • 2 is the number of dimensions in which the interpolation will take place
  • @Frame makes sure the column Frame of object Hull will be used as the parameter X in the interpolation.
  • @Rel_B makes sure the column Rel_B of object Hull will be used as the parameter Y in the interpolation
  • Frame is the input parameter for which an interpolated value should be obtained

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  • HULL(..) is the object from which data will be used, now containing the columns X and B_frame
  • 2 is the number of dimensions = always 2 using INTEGR.
  • @X refers to the column that will be used as the parameter X in the integration: X
  • @B_Frame refers to the column that will be used as the parameter Y in the integration: B_Frame
  • 2 is the mode of integration, either Riemann (0), Trapezium (1) or Simpson (2). The latter is chosen here.
  • X_from=0 and X_to=Lpp are the parameters between wich will be integrated.

     Run a solution for the waterplane area, using the process manager. 

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