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...possible to select nodes or elements in the mesh module or vertices in the data module that are inside or outside of the feature polygon. To access this to # Select the [[SMS:Map Feature Objects Menu|''Feature Objects'' | '''Select Intersecting Objects''']] command.

'''Q:''' How do you select a probe on a grid? ...esian Grid Data'' menu in the project explorer. Now, select the '''Select Grid Cell''' tool from the toolbar. Then, click on the cell where the probe was

...[SMS:STWAVE|''STWAVE'']] menu in the [[SMS:Cartesian Grid Module|Cartesian Grid Module]] are described below: ==STWAVE Menu Commands==

...mestep would take an unreasonable amount of disk space, WAM writes spectra data at user specified cells. These cells are referred to as spectra sites and c ...esian grid. To make a spectra site, select a cell on the desired Cartesian grid and change the cell attribute to Spectra Site and give it a name. If more t

...ic data types in SMS such as meshes (unstructured grids), grids (Cartesian grid), Curvinlinear or boundary fitted grids, scatter sets and cross sections. T * [[SMS:Converting Feature Objects#Map to 2D Grid|'''Map → 2D Grid''']] – Available with the [[SMS:Cartesian_Grid_Module#Cartesian_Grid_

...ection box or polygon. For mesh elements, scatter triangles, and Cartesian grid cells only the centroid must be contained. ...|'''Select by Data Value''']] can be found in the [[SMS:Edit Menu|''Edit'' menu]].

==TUFLOW Simulation Menu== ...OW Simulation Icon.svg|16 px]] item in the Project Explorer. The following menu commands are available:

[[File:1D Grid Frame Properties.png|thumb|450 px|GenCade ''Grid Frame Properties'' dialog]] [[Image:Grid Frame Properties-TUFLOW.png|thumb|450 px|TUFLOW ''Grid Frame Properties'' dialog]]

!style="text-align:left;"|1. Create or import data for classification criteria. !style="text-align:left;"|1. Import elevation data.

...e in BOUSS-2D starting in SMS 11.2. A simulation should contain a BOUSS-2D grid, a wave maker coverage, and optional damping and porosity coverages. Right- #* 2D grid

.... The simulation will appear in the Project Explorer under the "Simulation Data" item. Right-clicking on the simulation gives access to the [[SMS:CMS-Wave Menu|CMS-Wave menus]], including access to the [[SMS:CMS-Wave Model Control|CMS-

...omputes the wave conditions for each cell in the grid by interpolating the data from the neighboring wave gages. ...when the 1D grid (not grid frame) is created on the associated cell in the grid.

:[[SMS:Data Toolbar|Data Toolbar]] :[[SMS:File Menu|File Menu]]

...ms in the ''Scatter'' menu in the Scatter module are described below. The menu items all work with the active scatter set unless otherwise noted. Listed below are the general commands in the ''Scatter'' menu.

The 2D Cartesian Grid module contains tools used to construct 2D Cartesian finite difference grids. These grids consist of cells aligned with a rectil Some models limit the grid to be defined with square cells, others limit to constant sized rectangular

...his window displays a hierarchical tree structure representing all of the data currently being managed in an SMS simulation. The project explorer include == Data Representation ==

...space of the [[SMS:Project Explorer|Project Explorer]] invokes an options menu with the following options: ...ble entities to [[SMS:CAD Data|CAD]] format. CAD layers are shown in a CAD Data folder in the Project Explorer.

...the current tool. The following table describes the tools in the Cartesian Grid module tool palette. Depending on the current model, and the type of grids ! Tool !! width ="125"| Tool Name !! Description !! Right-Click Menu

* Data Visualization ...The simulation consists of a geometric definition of the model domain (the grid) and a set of numerical parameters. The parameters define the boundary con

...nctionality for [[SMS:Cartesian Grid Module#Creating 2D Grids|creating the grid]]. ==CMS-Flow Menu==