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{{2D Mesh links}} ...]. 2D meshes are converted by using the following commands in the ''Mesh'' menu:

...e items in this menu are different for each module. The [[SMS:Mesh Module|Mesh Module]] commands include: ...ataset Toolbox|Dataset Toolbox]] {{Anchor|Dataset Toolbox}} : Opens the ''Data Toolbox'' containing various tools to work with datasets.

...ing from the triangulation process corresponds to the convex hull of the data points. This may result in some long thin triangles or "slivers" on the pe ...scatter [[SMS:Scatter_Triangles_Menu#Select_Thin_Triangles|''Triangles'']] menu. The triangles on the outer boundary are checked first and if the aspect r

...]] project. The conceptual model defines parameters such as model extents, mesh generation options, and boundary conditions. * Read in an existing coastline file (*.cst) (see [[SMS:Map Feature Objects Menu#Model Coverage Types|Create Coastline]]). Coastline files include lists of

...odule only changes the [[SMS:Dynamic Tools|Dynamic Toolbar]] and available menu commands. *[[File:2D Mesh Icon.svg|16 px]] [[SMS:Mesh_Module|Mesh Module]]

:[[SMS:Cartesian Grid Data Menu|Cartesian Grid Data Menu]] :[[SMS:Spatial Data Coverage|Spatial Data]]

...using the following commands in the [[GMS:Borehole Commands|''Boreholes'' menu]]: ; [[GMS:Horizons to 3D Mesh|Horizons to 3D Mesh]] :

* ''Data'' ==UGrid Data Menu==

...lid Display Options|display options]] for convenience in visualizing solid data. ...ed 3D mesh using the [[GMS:Solids to Layered Mesh|'''Solids → Layered Mesh''']].

{{3D Mesh links}} ...consists of nodes, elements, and faces. A 3D mesh can be created from a 2D mesh, a 3D grid, 3D scatter points, or by using the automated meshing tools in G

...item in the Project Explorer. Once active, the ''Scatter'' module tool bar menu will appear to the right of the Project Explorer. ...atter Folder.svg|16 px]] folder in the Project Explorer invokes an options menu with the following options:

...el. The [[SMS:ADCIRC|ADCIRC]] interface exists in the [[SMS:Mesh Module|2D Mesh Module]]. All numeric models require boundary condition data. In [[SMS:ADCIRC|ADCIRC]] [[SMS:ADCIRC Boundary Conditions 12.3 and earlier

The ''Smooth Dataset'' tool is used to condition scattered data scalar values before those values are used in an interpolation process. Th ...ccessed via the [[SMS:Dataset Toolbox|''Dataset Toolbox'']] by selecting ''Data'' | '''Dataset Toolbox''' in the [[SMS:Scatter Module|Scatter module]].

...points. 3D grid data is converted using the following commands in the Grid menu: The '''Grid → Scatter Points''' command in the ''Grid'' menu in the 3D Grid module is used to create a new scatter point set using the n

...oints can be removed by selecting '''Find Duplicates''' from the ''TINs'' menu. ...ntering the vertex locations and triangulating, converting a different GMS data type to a TIN, and copying a currently existing TIN.

...ing the '''Map → 2D Mesh''' command. This is the preferred method for mesh generation in SMS. The mesh generation capability is based on [[SMS:Feature Objects Types|feature objec

...ted by using the following commands in the [[GMS:2D Grid Commands|''Grid'' menu]]: ...mpleted allowing the new TIN to be named, assigned a material, and the TIN data can be reviewed.

!style="text-align:left;"|1. Import data. ...text-align:left;"|2. Create or import a scatter set, 2D grid, quadtree, or mesh geometry.

...Data'' menu, but the items in this menu are different for each module. The menu items work with the active scatter set unless otherwise noted. The [[SMS:Sc ...various tools to work with datasets. Includes the [[SMS:Data Calculator|''Data Calculator'']] options.

...tandard menus, the Quadtree module has the ''Data'' menu and the ''Cells'' menu. ===Quadtree Module Data Menu===