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==Drainage Module Interface== Several tools and menus are used by the Drainage module. These components are active when the Drainage module is active.

...Frame Properties|Cartesian grid frame]] inside a [[SMS:TUFLOW 2D Geometry Components|TUFLOW Grid Extents coverage]]. ...[[SMS:TUFLOW 2D Geometry Components|2D geometry component]] in the TUFLOW interface. A 2D geometry component includes the grid and associated coverages.

...n added (starting with SMS 12.2). This new interface is a simulation-based interface that allows defining multiple simulations with individual settings in a sin ...''HEC-RAS'''. Components can then be linked to simulations by dragging the components under the simulation or by right-clicking on the component item and using t

To define wave conditions consistent with infra-gravity waves, the interface in SMS includes the Infra-Gravity Wave-input Toolbox (IGWT). This tool uti ...components'' – using this parameter the user specifies how many wave components will be generated '''in each''' specified direction for CGWAVE. This term i

...mands for TUFLOW simulations using the TUFLOW command file syntax. The SMS interface provides some guidance for using these commands and allows linking to objec * Share commands between multiple simulations or 2D geometry components.

* [[SMS:Generic Model Graphical Interface#Generic 2D Mesh Arc Attributes Dialog|Generic Model]] – Uses the ''Fe ** [[SMS:TUFLOW 2D Geometry Components|2D Grid Extents]] – Uses the ''Cartesian Grid Arc Options'' dialog.

== SMS Interface Files == SMS interface files contain data used by SMS to save display options, user preferences, e

* Wave Components to Apply (Primary or Primary & Secondary) * [[SMS:GENESIS_Graphical_Interface|GENESIS Graphical Interface]]

GMS includes an interface to the UTCHEM model in the 3D grid module. UTCHEM is a multi-phase flow and ...n unlimited number of additional NAPL phase organic components. Only those components that are checked and included in the Names list will be included in the cal

...-Flow|CMS-Flow]] interface exists as a simulation. The simulation requires components in the [[SMS:Quadtree Module|Quadtree module]] and the [[SMS:Map Module|Map The interface consists of a right-click CMS-Flow simulation menu and CMS-Flow coverage r

CMS-Wave (formerly known as WABED) is one of the principal components of the [[SMS:CMS|Coastal Modeling System (CMS)]]. WABED stood for "Wave-Ac The [[SMS:SMS|SMS]] interface to CMS-Wave includes tools for creating input files as well as post-process

...2D (unlike SMS 11.2), but can still run RiverFlow2D with the Generic Model Interface. Installation files, licensing, and technical support for RiverFlow2D in SM ==RiverFlow2D Components==

:[[SMS:Generic Model Graphical Interface|Generic Model Graphical Interface]] :[[SMS:PTM Graphical Interface|PTM Graphical Interface]]

...c_Transport_Package_Dialog#Packages|MT3DMS packages]] supported in the GMS interface are listed in the following table: |PHT3D-PHREEQC Interface||align = "center"|PHC||Used by PHT3D to define options for species related

===Dynamic Model Interface === ...Model_Interface_Schema|Dynamic Model Interface Schema]]. The dynamic model interface includes:

* FEMWATER improvements to interface and bugfixes in code * Map projection (coordinate system) interface overhaul

:[[SMS:General Interface Features|General Interface Features]] ;3.5.b. Interface Components

The GMS interface for HydroGeoSphere contains multiple components. These components include:

The interface to SMS has been designed in a modular fashion. Separate [[SMS:Modules|modul ...g [[SMS:Modules|modules]] or [[SMS:SMS Models|numerical models]]. The main components include:

...numerical model. Computes water surface elevations and horizontal velocity components for subcritical, free-surface flow in two dimensional flow fields. ...namics engine applied to riverine and estuarine applications. The current interface to RMA2 in the [[SMS:SMS|Surface-water Modeling System]] originated as a pr