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...put files contain the time-varying phase-averaged wave information for the simulation in terms of significant wave height, Hs, peak period, Tp, and direction.

...Datasets|spatial datasets]] are integral to the use and application of the CMS-Flow numerical engine. The engine uses spatial data for input and each process CMS-Flow has several spatially variable input fields. The inputs are sorted by proc

...module]] to build the components for use in the CMS-Flow [[SMS:Simulations|simulation]]. [[File:CMS ArcBoundaryCondition.png|thumb|400 px|The CMS-Flow ''Arc Boundary Conditions'' dialog]]

...module]] to build the components for use in the CMS-Flow [[SMS:Simulations|simulation]]. [[File:CMS ArcBC.png|thumb|400 px|The CMS-Flow ''Arc Boundary Conditions'' dialog]]

...module]] to build the components for use in the CMS-Flow [[SMS:Simulations|simulation]]. [[File:CMS ArcBC.png|thumb|400 px|The CMS-Flow ''Arc Boundary Conditions'' dialog]]

!style="text-align:left;"|6. Set CMS-Wave simulation parameters. :# Set simulation parameters in the [[SMS:CMS-Wave Model Control|CMS-Wave Model Control]] dia

|name= CMS-Flow |web_site= http://cirpwiki.info/wiki/CMS-Flow

* ADCIRC Simulation (*.grd; *.14) * CGWAVE Simulation (*.cgi)

...xported. The file begins with a keyword that identifies this as a CMS-Wave simulation file, followed by the world origin and orientation of the grid. ...s needed, the line must appear in the SIM file. If a file is missing, the simulation will not perform as expected. If files are not needed, the presence of the

Save points are cell-specific output that is used for CMS-Flow simulations. To create save points do one of the following: ...ta'' and select '''New Coverage'''. Find ''CMS-Flow Save Points'' under ''CMS-FLOW'' and click '''Ok'''. A new save point coverage is created. Click on the

...ap module]] to build the components for use in the GSSHA [[SMS:Simulations|simulation]]. A GSSHA simulation makes use of the following coverage types:

...n be clicked to check on a simulation run. The progress and results of the simulation run or executable are displayed below. |[[File:ModelWrapperCMS-Flow.png|thumb|none|400 px|Example of the CMS-Flow model wrapper during a model run. A single model run is being performed her

...CMS-Wave'''. The simulation will appear in the Project Explorer under the "Simulation Data" item. ...s own parameters based on what is entered into the ''Model Control''. Each simulation can share the same components or use different components or any combinatio

...iting, and debugging a [[SMS:CMS-Flow|CMS-Flow]] model. The [[SMS:CMS-Flow|CMS-Flow]] interface exists in the [[SMS:Cartesian Grid Module|Cartesian Grid Module ==CMS-Flow Menu==

***** Advanced Simulation ***** Simulation Plots

...interface]] contains tools to create and edit a CMS-Wave simulation. The simulation consists of a geometric definition of the model domain (the grid) and a set ...f a grid has already been created for a CMS-Wave simulation or an existing simulation read, the grid object will exist in the [[SMS:Project Explorer|Project Expl

CMS-Flow creates a number of files during the model run. These are summarized in the ...hot start file to be used as initial conditions or instruct [[SMS:CMS-Flow|CMS-Flow]] to save hot start files for future use.

* Updates to using [[SMS:SRH-2D Simulation|simulations]]. ...ws the user to control what commands are available on the right click of a simulation. Options include all combinations of the following:

:[[SMS:CMS-Flow/CMS-Wave Steering|CMS-Flow/CMS-Wave Steering]] ;5.5.a. CMS-Flow

**[[SMS:ADH Vessel Coverage|Vessel]] – Used to add vessels to the simulation and give them paths to follow. ...– Used to build feature objects and parameters for a BOUSS-2D model simulation.