Search results

.... 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==

...vailable for STWAVE starting in SMS 13.0. A simulation should contain a 2D grid and a spectral coverage, and optional STWAVE coverages. Right-clicking on t #* 2D grid

* [[SMS:Mesh_Data_Menu|Data]] * [[SMS:2D Mesh Nodes Menu|Nodes]]

...rer]] and selecting the '''Display Options''' command from the right-click menu * Using the [[SMS:Display Menu|Display]] | '''Display Options''' menu command

...u want to use into each WAM simulation. There are options specific to each grid in a simulation as well as the simulation as a whole (model control). ===WAM Grid Menu===

* A Cartesian grid which defines the bathymetric depths over the model domain * An XMDF (HDF5) file to store the bathymetry and other datasets on the grid

...OUSS-2D Graphical Interface#:BOUSS-2D Menu|BOUSS-2D simulation right-click menu]] opens the ''Model Control'' dialog. * ''Input Data Sets'' – These inputs specify spatially varied input parameters for t

A secondary application of coverages is to define geometric objects for data extraction from numerical model results. ...vel representation used to define attributes used in the Mesh or Cartesian Grid generation process such as bathymetry source, materials information, and bo

...re a way to create and save display options for later use. The look of the data can be quickly changed using display themes. ...eme Icon.svg|16 px]] data object will appear in the Project Explorer. This data object stores all of the [[SMS:Display Options|display options]] as set whe

...than the 32-bit version can so it is useful for working with large sets of data. The installation is the same for the 32 and 64 bit versions of SMS. You ca * [[SMS:Data Calculator|Data Calculator]] – The data calculator now includes functions to take the average, minimum, or maximum

...are selected to show how many of each object is selected. The right-click menu changes to match the selected object type. If multiple feature object types ...ESC'' key will clear the entire selection list. Right-clicking will open a menu specific to this tool.