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;7.1. Dynamic Model Interface :[[SMS:Dynamic Model Interface Schema|Dynamic Model Interface Schema]]

...ect Explorer and selecting ''Type'' | ''Models'' followed by selecting the model coverage; or by right-clicking on the Map Data [[File:Map Folder.svg|16 px] The following model specific coverages are available:

...itch Current Model]] : Model command – changes the current numerical model associated with the mesh. ...neric model has been loaded into SMS, this command will remove the generic model.

...ls to assist with creating, editing and debugging an [[SMS:ADCIRC|ADCIRC]] model. An ADCIRC simulation uses the following components in the model run:

...These nodes and elements define the computational domain of the numerical model. ...nodes helps determine the quality of solution data and can be important to model stability. See [[SMS:2D Mesh Nodes Menu|2D Mesh Nodes Menu]] for more infor

* ''Generic'' – Have no attributes and are used when developing drainage boundari * ''Generic'' – Have no attributes and can be used for drawing purposes.

*Model specific Info **[[SMS:Generic Mesh Model|Generic Mesh Model]]

{{SMS Infobox Model | ...ter quality processes in oceans, coastal waters, estuaries and rivers. The model may be used for coastal and nearshore environments including beaches and co

To build a [[SMS:TUFLOW FV|TUFLOW FV]] model in SMS, use the following steps: !style="text-align:left;"|5. Define model limits (domain).

===Generic Models=== :[[SMS:Model Checker|Model Checker]]

Right-clicking on the Particle Data [[File:Generic Folder.svg|15 px]] folder in the Project Explorer brings up the standard ri ==Model Specific Menus==

...has been set up and checked for errors, the final step before running the model is to save the simulation. FEMWATER simulations are saved using the '''Save ...tion as the GMS project. However, in the ''Save'' dialog the path for the model simulation can be specified.

An AdH simulation uses the following components in the model run: * 2D mesh – Any generic 2D mesh will work. Generally this mesh should be created from the Mesh Gene

...utomatically classify activity based on elevation, or used to speed up the model run time in models that do automatically classify activity. The coverage ca ...ctivity Classification coverage can be linked to a simulation for use in a model run. SMS allows a project to use multiple Activity Classification coverages

...her than the developers of SMS. A comparison chart of the ''CIRP Numerical Model Tools and Capabilities'' (BOUSS-2D, CMS-Flow, CMS-Wave, GenCade, and PTM) c ...n Model)]] – Widely applied coastal circulation and coastal flooding model. Developed commercially.

=== Generic Coverage Types === === Model Coverage Types ===

...y hydrodynamics, and sediment concentration and displacement datasets. The model requires at least depth initial conditions for hydrodynamics, and non-speci ...ension). Valid datasets with the above names are added to a locked "[[File:Generic Folder Locked.svg|16 px]] ADH Hot Start" folder in the Project Explorer. Th

*[[File:GIS Image Icon.svg|16px]] – A generic image file. ===The font size in the model wrapper window is too small! Can I change the font size?===

...simulation can have its own parameters based on what is entered into the ''Model Control''. Each simulation can share the same components or use different c ...ivity Classification]] coverage (optional, but recommended to speed up the model run)

{{SMS Infobox Model | RiverFlow2D is a hydrodynamic, mobile bed model for rivers and estuaries that uses a stable and powerful finite element met

;3.5.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

To model groundwater interaction in a GSSHA model: ...cs#Arcs Spreadsheet|GSSHA feature arcs ''Properties'' dialog]] in order to model groundwater interaction with the GSSHA channel network. This option is only

*Convert GIS data to Generic model coverage ...now bring in GIS data (shape file or mif/mid) and convert this to generic model node or arc attributes.

* Generic * Generic

...modify project parameters, and view the solutions produced by the GenCade model. The GenCade interface exists in the [[SMS:1D Grid Module|1D Grid module]] ...th the 1D grid, but it is much more convenient to work with the conceptual model using a GenCade coverage.

...ls to assist with creating, editing and debugging an [[SMS:STWAVE|STWAVE]] model. An STWAVE simulation uses the following components in the model run:

...undary conditions constrain the water surface elevation and/or flow at the model boundary. ...ce elevation boundary is used for the downstream boundary condition of the model. The water surface elevation can vary from one end of the boundary to the

===Model Interfaces=== ...Sedimentation and River Hydraulics – Two-Dimensional(SRH-2D)] model. This model was originally developed by the [http://www.usbr.gov/ U.S. Bureau of Reclam

WMS automatically assigns the correct type (generic, link break, or junction) to each point/node based on the type of feature a *"Generic"

...ls to assist with creating, editing and debugging an [[SMS:ADCIRC|ADCIRC]] model. An ADCIRC simulation uses the following components in the model run:

*'''Generic Model''' *8214 STWAVE mentioned in model checker description instead of BOUSS2D

...lish the computational domain and parameters for surface runoff. The GSSHA model is fully coupled with hydraulic stream flow/routing models. Parameters for ...The fully coupled groundwater to surface-water interaction allows GSSHA to model basins in both arid and humid environments."<ref name="GSSHA overview"/>

...age|Spatial Data]] coverage is used because it allows the specification of generic time series data at locations represented by feature points. ADH wind stati ...tolerance. Therefore, a general curve fit tolerance can be specified in ''Model Parameters'' to be attributed to every velocity time series in the selected

====Convert GIS data to Generic model coverage==== ...now bring in GIS data (shape file or mif/mid) and convert this to generic model node or arc attributes. For more information, see [[SMS:GIS to Feature Obje

==SMS Model Tutorials== ! [[SMS:Generic Model|Generic Model]]

...es'' dialog box is opened by right-clicking on the MODFLOW solution [[File:Generic Folder Locked.svg|16 px]] folder in the Project Explorer and selecting '''P ...with the observed heads to calculate a single error value. In a transient model, the error value includes all of the observations at the various times. The

...from the model, which can then be used in SMS as part of CSTORM or ADCIRC model runs, must go through OWI. *The global ocean WAve prediction Model called WAM is a third generation wave model. WAM predicts directional spectra as well as wave properties such as signif

* [[SMS:Preferences|Model Priority]] &ndash; There is a new preference that allows the user to specif ==Individual Model Improvements==

;3.5.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.7.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.7.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.4.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.4.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.5.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

==Using a Conceptual Model== This method converts a conceptual model to a mesh using the '''Map &rarr; 2D Mesh''' command. This is the preferred

;3.5.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.5.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

;3.5.a.1. Generic Coverages :[[SMS:Generic Coverages|Generic Coverages]]

...arty online'' &ndash; Allows specifying third-party help using the Dynamic Model Interface Schema. * ''Model Priority'' &ndash; Models can be launched using a particular process priori

* "Generic" &ndash; Place holder in the conceptual model. Ignored by the simulation.