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'''Select Nodestring Tool''' can refer to: *[[GMS:2D Mesh Tool Palette#Select Node String|GMS 2D Select Node String Tool]]

'''Select Scatter Tool''' [[File:Select Point Tool.svg|16 px]] can refer to: *[[GMS:2D Scatter Point Tool Palette|GMS 2D Select Scatter Point Tool]]

'''Select Feature point or Node Tool''' can refer to: *[[GMS:Feature Object Tool Palette#Select Point|GMS Select Point/Node Tool]]

{{2D Mesh links}} ...cations and triangulating, or converting a different GMS data type to a 2D mesh.

'''Create Feature Point or Node Tool''' [[File:Create Points Tool.svg|14 px]] can refer to: *[[GMS:2D Scatter Point Tool Palette|GMS Create 2D Scatter Point Tool]]

{{3D Mesh links}} ..., 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 GMS.

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...GMS. As you switch from one module to another module, the '''Dynamic Tool Palette''' and the '''Menus''' change. This allows you to focus only on the tools a [[File:2D Mesh Icon.svg|16 px]] [[GMS:2D Mesh Module|2D Mesh Module]]

{{2D Mesh links}} ...used for [[GMS:SEEP2D|SEEP2D]] modeling and to aid in the construction of 3D meshes.

...ct Boundary Faces''']], or [[GMS:3D Mesh Tool Palette|'''Select Wells''']] tool and selecting the '''Delete BC''' command from the ''FEMWATER'' menu.

The ''Scatter Points'' menu become available when the 3D Scatter Point module is active. The menu has one submenu; the ''Interpolati ...Mesh : Interpolate the active dataset on the active scatter set to the 2D mesh.

TINs may be converted to other types of data used in GMS, such as a 2D mesh or 2D scatter points. TINs can be converted by right-clicking on the TIN in ...gle in the TIN. Any datasets associated with the TIN are copied to the new mesh.

...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

...Map Module|Map module]] (the conceptual model approach). A horizons to 3D mesh approach can also be used. *Build a 3D mesh defining the extents of the model. Three approaches are available:

*3D Grid Cross Sections *3D Mesh Cross Sections

{{3D Mesh links}} ...oints can be removed by selecting '''Find Duplicates''' command from the ''Mesh'' menu. If a node is found that is within a user specified tolerance of ano

...Mesh : Interpolate the active dataset on the active scatter set to the 2D mesh. ...Mesh : Interpolate the active dataset on the active scatter set to the 3D mesh.

...arr; 2D Grid''']] command in the ''Grid'' menu of the [[GMS:3D Grid Module|3D Grid module]]. A [[GMS:Importing/Exporting GIS Grids|GIS grid]] may also be {{for|how to create 3D Grids|GMS:Creating and Editing 3D Grids#Create Grid}}

...aphy using solids. The module contains its own set [[GMS:Solid Module Tool Palette|tools]] and [[GMS:Solid Commands|menu commands]] that can be used to modify ...ed 3D mesh using the [[GMS:Solids to Layered Mesh|'''Solids → Layered Mesh''']].

{{3D Mesh links}} 3D mesh nodes can be: