SMS:BOUSS Runup / Overtopping Model Control: Difference between revisions

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[[Image:Runup MC.jpg|thumb|600 px|BOUSS2D ''Runup / Overtopping Model Control'' dialog]]
[[Image:Runup MC.png|thumb|600 px|BOUSS2D ''Runup / Overtopping Model Control'' dialog]]
The BOUSS2D ''Runup / Overtopping Model Control'' dialog is accessed by right-clicking on the Runup/Overtopping simulation and selecting the '''Model Control''' command. The dialog allows setting the following parameters:
The BOUSS2D ''Runup / Overtopping Model Control'' dialog is accessed by right-clicking on the Runup/Overtopping simulation and selecting the '''Model Control''' command. The dialog allows setting the following parameters:
*''Project Title'' – Enter the title of the project in this field. The title is used for the folder name where the output files will be stored.  
*''Project Title'' – Enter the title of the project in this field. The title is used for the folder name where the output files will be stored.  
*''Input Datasets'' – These inputs specify spatially varied input parameters for the model. In addition to the bathymetry, BOUSS-2D can utilize spatially varied damping, porosity and currents. In this section define whether these inputs are used (“None” is selected if not), and if so, how they are defined.
*''Input Datasets'' – These inputs specify spatially varied input parameters for the model. In addition to the bathymetry, BOUSS-2D can utilize spatially varied damping, porosity and currents. In this section define whether these inputs are used (“None” is selected if not), and if so, how they are defined.
<blockquote>
**''Damping'' &ndash; specified using boundary conditions on cell strings or selected from the scalar functions.
*''Damping'' &ndash; specified using boundary conditions on cell strings or selected from the scalar functions.
**''Porosity'' &ndash; specified using boundary conditions on cell strings or selected from the scalar functions.
*''Porosity'' &ndash; specified using boundary conditions on cell strings or selected from the scalar functions.
**''Current'' &ndash; selected from the available vector functions.
*''Current'' &ndash; selected from the available vector functions.
</blockquote>
*''Time Control'' &ndash; The interface displays the recommended values for ''Duration'' and ''Time step'' in parentheses.
*''Time Control'' &ndash; The interface displays the recommended values for ''Duration'' and ''Time step'' in parentheses.
<blockquote>
**''Duration'' &ndash; enter the model run duration.
*''Duration'' &ndash; enter the model run duration.
**''Time Step'' &ndash; enter the number of time steps for the model run duration.
*''Time Step'' &ndash; enter the number of time steps for the model run duration.
</blockquote>
*''Grid Information'' &ndash; This section displays the attributes of the active grid.
*''Grid Information'' &ndash; This section displays the attributes of the active grid.
<blockquote>
**''Cell Size'' &ndash; specifies the size of cells the model run will use.
*''Cell Size'' &ndash; specifies the size of cells the model run will use.
</blockquote>
*''Porosity Friction Factors''
*''Porosity Friction Factors''
<blockquote>
**''Turbulent'' &ndash; value ranges from 0.0 to 3.6 with a default value of 2.4.  
*''Turbulent'' &ndash; value ranges from 0.0 to 3.6 with a default value of 2.4.  
**''Laminar'' &ndash; value ranges from 0 to 1500 with a default value of 800.
*''Laminar'' &ndash; value ranges from 0 to 1500 with a default value of 800.
**''Store Size'' &ndash; represents the characteristic stone size (d50) in meters of the breakwater armor layer and must be greater than zero.
*''Store Size'' &ndash; represents the characteristic stone size (d50) in meters of the breakwater armor layer and must be greater than zero.
**''Added Mass Coeff.'' &ndash;
*''Added Mass Coeff.'' &ndash;
</blockquote>
*''Parameters''  
*''Parameters''  
<blockquote>
**''Roughness Type''  &ndash; sets the Chezy coefficient type. Currently, only "Constant Chezy coefficent" is allowed. The Chezy coefficient ranges from 0.0 to 1000.0 (default = 50).
*''Roughness Type''  &ndash; sets the Chezy coefficient type. Currently, only "Constant Chezy coefficent" is allowed. The Chezy coefficient ranges from 0.0 to 1000.0 (default = 50).
**''Smagorinsky Number''  &ndash; must be between 0.0 and 2.0 (default=0.2).
*''Smagorinsky Number''  &ndash; must be between 0.0 and 2.0 (default=0.2).
**''Nonlinear Option''  &ndash; can be set to either "Strong" or "Weak".
*''Nonlinear Option''  &ndash; can be set to either "Strong" or "Weak".
</blockquote>
*''Output Options''
*''Output Options''
<blockquote>
**''Overide Default File Prefix'' &ndash; allows specifying a file name for these solution files. The default file prefix is the filename of the *.par file.
*''Overide Default File Prefix'' &ndash; allows specifying a file name for these solution files. The default file prefix is the filename of the *.par file.
***''File Prefix'' &ndash; becomes active once the ''Overide Default File Prefix'' is toggled on. A new prefix may be entered when active.
<blockquote>
**''Time Independent''
*''File Prefix'' &ndash; becomes active once the ''Overide Default File Prefix'' is toggled on. A new prefix may be entered when active.
***''Output Significant Wave Height''
</blockquote>
***''Output Mean Currents''
*''Time Independent''
***''Output Mean Water Level''
<blockquote>
***''Output Max Inundation Water Level''
*''Output Significant Wave Height''
***''Output Format'' &ndash; gives options to output in an "XMDF" file, a "BOUSS-2D Native" file, or "Both".
*''Output Mean Currents''
**''Animation Output''
*''Output Mean Water Level''
***''Output'' WSE &ndash; tells the model to output time varying datasets.
*''Output Max Inundation Water Level''
***''Output Velocity'' &ndash; tells the model to output time varying datasets.
*''Output Format'' &ndash; gives options to output in an "XMDF" file, a "BOUSS-2D Native" file, or "Both".
****Number of Frames
</blockquote>
****Required Memory
*''Animation Output''
***''Override Defaults'' &ndash; Enables the ''Begin Output'', ''End Output'', and ''Step'' controls.
<blockquote>
****''Begin Output'' &ndash; must be greater than 0.0 and less than the run duration.
*''Output'' WSE &ndash; tells the model to output time varying datasets.
****''End Output''&ndash; must be greater than 0.0 and less than the run duration.
*''Output Velocity'' &ndash; tells the model to output time varying datasets.
****''Step'' &ndash; determines how often the model will save time-varying output.
**Number of Frames
 
**Required Memory
*''Override Defaults'' &ndash; Enables the ''Begin Output'', ''End Output'', and ''Step'' controls.
**''Begin Output'' &ndash; must be greater than 0.0 and less than the run duration.
**''End Output''&ndash; must be greater than 0.0 and less than the run duration.
**''Step'' &ndash; determines how often the model will save time-varying output.
</blockquote>
</blockquote>


==Related Topics==
==Related Topics==
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{{Navbox SMS}}
{{Navbox SMS}}


[[Category:Runup/Overtopping]]
[[Category:Runup/Overtopping|Model]]
[[Category:Runup/Overtopping Dialogs]]
[[Category:Runup/Overtopping Dialogs|Model]]
[[Category:Wave Modeling|R]]
[[Category:Wave Modeling|R]]
[[Category:SMS Model Control]]
[[Category:Needs Update]]
[[Category:Needs Update]]

Latest revision as of 15:59, 16 July 2019

BOUSS2D Runup / Overtopping Model Control dialog

The BOUSS2D Runup / Overtopping Model Control dialog is accessed by right-clicking on the Runup/Overtopping simulation and selecting the Model Control command. The dialog allows setting the following parameters:

  • Project Title – Enter the title of the project in this field. The title is used for the folder name where the output files will be stored.
  • Input Datasets – These inputs specify spatially varied input parameters for the model. In addition to the bathymetry, BOUSS-2D can utilize spatially varied damping, porosity and currents. In this section define whether these inputs are used (“None” is selected if not), and if so, how they are defined.
    • Damping – specified using boundary conditions on cell strings or selected from the scalar functions.
    • Porosity – specified using boundary conditions on cell strings or selected from the scalar functions.
    • Current – selected from the available vector functions.
  • Time Control – The interface displays the recommended values for Duration and Time step in parentheses.
    • Duration – enter the model run duration.
    • Time Step – enter the number of time steps for the model run duration.
  • Grid Information – This section displays the attributes of the active grid.
    • Cell Size – specifies the size of cells the model run will use.
  • Porosity Friction Factors
    • Turbulent – value ranges from 0.0 to 3.6 with a default value of 2.4.
    • Laminar – value ranges from 0 to 1500 with a default value of 800.
    • Store Size – represents the characteristic stone size (d50) in meters of the breakwater armor layer and must be greater than zero.
    • Added Mass Coeff.
  • Parameters
    • Roughness Type – sets the Chezy coefficient type. Currently, only "Constant Chezy coefficent" is allowed. The Chezy coefficient ranges from 0.0 to 1000.0 (default = 50).
    • Smagorinsky Number – must be between 0.0 and 2.0 (default=0.2).
    • Nonlinear Option – can be set to either "Strong" or "Weak".
  • Output Options
    • Overide Default File Prefix – allows specifying a file name for these solution files. The default file prefix is the filename of the *.par file.
      • File Prefix – becomes active once the Overide Default File Prefix is toggled on. A new prefix may be entered when active.
    • Time Independent
      • Output Significant Wave Height
      • Output Mean Currents
      • Output Mean Water Level
      • Output Max Inundation Water Level
      • Output Format – gives options to output in an "XMDF" file, a "BOUSS-2D Native" file, or "Both".
    • Animation Output
      • Output WSE – tells the model to output time varying datasets.
      • Output Velocity – tells the model to output time varying datasets.
        • Number of Frames
        • Required Memory
      • Override Defaults – Enables the Begin Output, End Output, and Step controls.
        • Begin Output – must be greater than 0.0 and less than the run duration.
        • End Output– must be greater than 0.0 and less than the run duration.
        • Step – determines how often the model will save time-varying output.


Related Topics