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==CMS-FLOW== Support for version 4.5 of the CMS. This includes both CMS-Flow and CMS-Wave in a single executable.

...r hydraulic computation. Up to 500 boundary conditions can be defined in a simulation. The boundary conditions for the model are defined on the arcs in an [[SMS: ...ional information is required on sediment inflow when a sediment transport simulation is selected.

| 201305281500 || // index of first case in the simulation - often a coded date | 201305281800 || // index of next case in the simulation

...ional information is required on sediment inflow when a sediment transport simulation is selected. **"Constant" – Use for a steady state simulation.

...as a simulation. We refer to this approach as simulation based modeling. A simulation includes the domain (i.e. geometry in the form of a UGrid, 2D Mesh, Cartesi ...SSsimulation.png|thumb|300 px|Example of the Project Explorer containing a simulation for the BOUSS-2D model.]]

|ADCIRC - Symmetric Hurricane Simulation |ADCIRC Synthetic Channel Run Simulation Part 1

...the [[SMS:PTM Control File|program control file]], which contains general simulation options. Refer to the [[SMS:PTM#External Links|PTM manual]] for a more deta *Simulation

...date their licenses to use this version of the package. The developers of CMS-Flow and CMS-Wave are in the process of updating their models. The interfaces a ...S:Quadtree Module|New Quadtree Module]] will be utilized in the future for CMS-Flow or other models that perform computations on a quadtree geometry.

...lways contain a single line of data defining the parameter options for the simulation. This line will include either 6, 10 or 15 values. SMS writes all 15 value |rowspan="4"| iprp || -1, for fast-mode simulation

...on chart of the ''CIRP Numerical Model Tools and Capabilities'' (BOUSS-2D, CMS-Flow, CMS-Wave, GenCade, and PTM) can be found [https://web.archive.org/web/2015 *[[SMS:CMS|Coastal Modeling System CMS-FLOW]] – Suite of models that simulates a wide variety of coastal processe

* Added support to add weirs to a simulation by selecting nodestrings defined on the upstream and downstream faces. * SMS now uses a simulation based approach to manage BOUSS2D model runs rather than grid based. This m

...reate a second simulation that can be changed without altering the initial simulation. * [[SMS:CMS-Flow/CMS-Wave Steering|Steering Module]] – The steering module now allows

...The ''Model Control'' dialog is access by right-clicking on the CMS-Flow simulation object and selecting the '''Model Control''' command. Specifies general flow model parameters, controlling which model options the simulation will employ. The controls include:

...ning the number of cells that should be treated as structures in the model simulation, and then a list of these cells with special features assigned to them. Th

===CMS-FLOW=== *Support for version 4.5 of the CMS. This includes both CMS-Flow and CMS-Wave in a single executable.

...The ''Model Control'' dialog is access by right-clicking on the CMS-Flow simulation object and selecting the '''Model Control''' command. Specifies general flow model parameters, controlling which model options the simulation will employ. The controls include:

*''Current interaction'' – Option to define currents for the simulation. **"None" – No current interaction will be in the simulation.

...r CMS-Wave simulation to create a separate copy of the spectra for the new simulation. #A new update for CMS-Flow resolved a few model crashes that had been reported.

:[[SMS:Error vs. Simulation Plot|Error vs. Simulation Plot]] :[[SMS:CMS-Flow/CMS-Wave Steering|CMS-Flow/CMS-Wave Steering]]

:[[SMS:Error vs. Simulation Plot|Error vs. Simulation Plot]] :[[SMS:CMS-Flow/CMS-Wave Steering|CMS-Flow/CMS-Wave Steering]]