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...MS or imported from a GIS using shapefiles. Model parameters are assigned to the feature objects.

...gital terrain model (TINs are the only source that can currently be used) to extract the elevations at vertices of the feature arc cross sections, or at Cross sections for individual arcs may be extracted by selecting the arc(s) before choosing the '''Extract Cro

...to issuing this command. The attributes of the meshing polygon(s) are used to generate the 2D mesh. The ''2D Mesh Options'' dialog is used to set options for the 2D mesh generation process. The options include:

.... Contact [https://www.tuflow.com/Default.aspx TUFLOW] to add this feature to the model license. To setup multiple 2D domains in SMS:

...p Module, there are a number of menu commands and dialogs that can be used to refine the selection of feature objects. ...lable from the Map module. If a feature polygon is defined, it is possible to select nodes or elements in the mesh module or vertices in the data module

...ns, points, etc.) without having to change the tool. This tool can be used to select via a single-click, a double-click, or by dragging a selection box. ...s for operations such as deletion, redistribution of vertices, or building polygons. Double-clicking on an arc with this tool can bring up an arc attribute dia

...e objects to a shapefile so that the information can easily be transferred to a GIS. All of the drainage data computed/entered for the TIN basins and jun * [[WMS:Convert TINs#TIN Boundary to Polygon|TIN Boundary to Polygon]]

...nce to determine the amount of water that flows in or out of the model due to the boundary condition stresses. Since the unknown on the right side is the head, it is convenient to group all of the other terms together and call them conductance:

...o [[GMS:Importing/Exporting Shapefiles|import and export]] feature objects to a GIS program such as Arc/Info or ArcView. ...[GMS:RT3D|RT3D]], and [[GMS:SEAM3D|SEAM3D]]. Feature objects are also used to construct cross sections.

...the SMS application window. The second, the Coordinates Bar, is attached to the Main Graphics Window. The Status Bar (or Help Bar) is attached to the main application window and shows help messages when the mouse hovers o

...layer from another source (GIS, CAD). The general coverage provides a way to examine feature objects when the attributes are uncertain or unknown. ...s not need to be considered. Later, these feature objects can be converted to other coverages or data types.

A borehole cross section is a set of polylines and polygons that define the stratigraphy between two boreholes. A borehole cross sectio ...h the internal polygons that are defined in the cross section, so snapping to a TIN is best done before filling in the cross sections.

...des, vertices, arcs, and polygons. A selected object can be deleted, moved to a new location, or operated on by one of the commands in the [[GMS:Feature ...lect existing points or nodes. A selected point/node can be deleted, moved to a new location, or operated on by one of the commands in the [[GMS:Feature

The SMS interface to [[SMS:PTM|PTM]] includes tools for creating input files as well as post-pro ; '''New Simulation''' : Creates a new PTM simulation and adds it to the [[SMS:Project Explorer|Project Explorer]].

...of the currently selected feature object will appear. It is also possible to invoke the attributes dialog by double-clicking on the desire feature objec See the [[WMS:Coverages|coverages listing]] to read more about the kinds of attributes that feature objects have for each

...igital terrain model (TINs are the only source that can currently be used) to extract the elevations at vertices of the feature arc cross sections, or at Cross sections for individual arcs may be extracted by selecting the arc(s) before choosing the '''Extract Cro

== Case 1: Exporting a hydrologic model to xpswmm == ...wmm. The polygons from the drainage coverage are saved to the XPX file as polygons, outlet points are saved as nodes, and streams between outlet points are sa

An ADCIRC [[SMS:Coverages|coverage]] is used to build a conceptual model of an [[SMS:ADCIRC|ADCIRC]] project. The conceptua ...terpreted as open sections of coastline. Closed polylines are converted to arcs and are assigned the attributes of islands.

...ecome the defacto standard for sharing GIS vector data (points, lines, and polygons). ...ted into SMS, the data is converted to feature objects, points, arcs, or polygons. Shapefiles are opened through ''File'' | '''Open'''. Only map data can be

* [[SMS:ADCIRC Coverages|ADCIRC]] – Used to build a conceptual model of an ADCIRC project. **[[SMS:ADH|ADH]] – Used to build a conceptual model of an ADH project.