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...dialog is used to set the attributes for a refine point represented by a [[SMS:Feature Objects Types|feature point]] in a Cartesian grid model coverage. R ...Refine points are not available for all models, since some Cartesian grid models require uniform cell sizes. When the refining is performed, the base size m

.... The TABS (RMA2) interface exists in the [[SMS:Mesh Module|Mesh module]]. SMS can visualize and create RMA2 projects, easily modify project parameters, a Below are links describing the SMS interface that interacts with the RMA2 model.

{{SMS Deprecated Feature}} ...assigned as a flux ([[SMS:FESWMS|FST2DH]]) or geometric continuity (GC) ([[SMS:RMA2|RMA2]]) string.

...ng from one module to another, the available [[SMS:SMS Menus|menus]] and [[SMS:Toolbars|tools]] change. Inside the modules, a numeric model can be associa ...hange when switching [[SMS:Modules|modules]] or [[SMS:SMS Models|numerical models]]. The main components include:

...two-dimensional finite element or finite difference model can be run using SMS as the pre- and post-processor. ...model parameters, boundary conditions and spatial (material) properties. SMS saves these definitions for use in specific modeling applications.

The dynamic tools in SMS creates unique menus for most of the models. The commands in these menus can be accessed using the ''ALT'' key. ==Generic Models==

Files used in SMS can be grouped into the following categories: ...MS:Native SMS Files|Native SMS Files]]''' – Non-model specific files SMS can read and write

...significant amount of data required for a simulation for all the different models, it is often easy to neglect important data or to define inconsistent or in ...the problem. If following the steps does not resolve the issue, contact [[SMS:Support|technical support]].

Starting with GMS version 10.4, transport models can be used with MODFLOW-USG. ...uilding a MODFLOW-USG Transport model is similar to building other MODFLOW models in GMS.

|title=SMS User Manual 11.2, Volume 4 == SMS User Manual 11.2, Volume 4 ==

{{SMS Deprecated Feature}} Starting in SMS 12.0, the module interface has been incorporated into the [[SMS:GIS Module|GIS module]].

...e function is a multiple that guides the size of elements to be created in SMS. ...determines the element size based off of a dataset that will be created by SMS. Each point is assigned a size value. This size value is the approximate si

{{SMS Deprecated Feature}} ...ludes interfaces for setting up individual simulations using each of these models.

...dialog is used to set the attributes for a refine point represented by a [[SMS:Feature Objects Types|feature point]] in a GenCade model coverage. The dial ...the refined point. Selecting the '''Options''' button will bring up the [[SMS:Wave Gages|''Wage Gages'']] dialog.

{{Version SMS 13.3}} The following new features have been added to SMS 13.3:

== Models == ...his utility as needed before running other components of the system. See [[SMS:GFGEN|GFGEN]] for more information.

...hydraulic model. Much of the information for developing [[SMS:SMS Models|models]] with these tools is described in the information on 1D Hyd Centerline and Currently the only major model supported is [[SMS:HEC-RAS|HEC-RAS]].

* SMS User Manual 12.3 The information in this wiki applies to the current version of SMS. For older versions, refer to the help shipped with the program or the PDF

...following table contains a list of available data sources for 2D hydraulic models. |+ Data Sources for 2D Hydraulic Models

...ntained by government or commercial entities rather than the developers of SMS. A comparison chart of the ''CIRP Numerical Model Tools and Capabilities'' ==Hydraulic Models==