SMS:Model Specific Coverages: Difference between revisions

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* [[SMS:1D Hyd Cross Section Coverage|1D Hyd Cross Section Coverage]] – used to identify the cross section stations in the [[SMS:1D River Conceptual Model|hydraulic model]].
* [[SMS:1D Hyd Cross Section Coverage|1D Hyd Cross Section Coverage]] – used to identify the cross section stations in the [[SMS:1D River Conceptual Model|hydraulic model]].
* [[SMS:ADCIRC Coverage|ADCIRC]] – used to build a conceptual model of an ADCIRC project.
* [[SMS:ADCIRC Coverage|ADCIRC]] – used to build a conceptual model of an ADCIRC project.
* [[SMS:ADCIRC Wind Coverage|ADCIRC Wind Coverage]] – represents a storm as an arc or series of arcs that follow the storm track and define the storm attributes at the nodes along the arc.
* ADH – has two coverage options.
* ADH – has two coverage options.
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Revision as of 16:02, 25 June 2015

Specific model coverage can be selected by right-clicking on the map module data and selecting Type | Models.

  • ADH – used to build a conceptual model of an ADH project.
  • Vessel – used to add vessels to the simulation and give them paths to follow.
  • BOUSS2D – used to build feature objects and parameters for a BOUSS-2D model simulation.
  • BOUSS Runup/Overtopping – uses multiple coverages to create the Runup/Overtopping model simulation. The coverages are:
  • Damping
  • Probes
  • Roughness
  • Transects
  • Wavemaker
  • CGWAVE – used to build a conceptual model of a CGWAVE project.
  • CMS-Flow – utilize two different coverage types.
  • Boundary Conditions – used to create the computational domain (or grid).
  • Save Points – used to define special output locations from the computation.
  • CMS-Wave – used to build a conceptual model of a CMS-Wave project.
  • CSHORE – used to build a conceptual model of a CSHORE project.
  • EFDC – used to create curvilinear grids for use with the EFDC model (EFDC grid format).
  • ESMF – used to couple ADCIRC and STWAVE models.
  • FESWMS – used to build a conceptual model of a FESWMS project.
  • GenCade – used to build a conceptual model of a GenCade project.
  • Generic Mesh Coverage
  • Generic Cartesian Grid Coverage
  • PTM – allows simulating particle transport processes.
  • SED-ZLJ – sediment model used with the EFDC coverage.
  • SRH-2D – uses multiple coverages to create the SRH model simulation. The coverages are:
  • Boundary Conditions
  • Obstructions
  • Monitor Points
  • Materials
  • STWAVE – used to build a conceptual model of a STWAVE project.
  • TABS (RMA2/RMA4) – used to build a conceptual model for a RMA2 or RMA4 project.
  • TUFLOW Coverages – used to create feature objects for a TUFLOW simulation. Includes several coverages.
  • 1D Cross Sections – used to define open channel cross section data for 1D networks.
  • 1D Networks – used to create channels and nodes for a 1D domain.
  • 1D Water Level Lines – define the locations where 1D solutions will be written as 2D output.
  • 1D Water Level Points – used in conjunction with water level lines to guide TUFLOW on creating 2D output for 1D networks.
  • 1D/2D BCs and Links – used to specify cell code (active/inactive) areas of the 2D model domain.
  • 1D/2D Connections – used with the 2D BC coverage to link 2D and 1D domains.
  • 2D Flow Constriction Shapes – used to define flow constrictions in TUFLOW.
  • 2D Flow Constriction (cell based)
  • 2D Grid Extents – used to create TUFLOW grids.
  • 2D Materials – used to assign material data for use in the TUFLOW simulation.
  • 2D Miscellaneous (FLC, WRF, IWL, SRF, and AD)
  • 2D Z Lines (advanced) – modifies geometry through time to simulate levee failures or other changes to elevation data within the model run.
  • 2D Z Lines/Polygons (simple) – used as geometry modifications and force grid elevation values using arcs or polygons.
  • 2D/2D Linkages – used to setup TUFLOW to use multiple 2D domains.
  • WAM – used to build a conceptual model of a WAM project.
  • Wind – represents a storm as an arc or series of arcs that follow the storm track and define the storm attributes at the nodes along the arc.
  • Holland/PBL – used to create a storm track for PBL project for use in ADCIRC.
  • Synthetic Storm – provides a mechanism for creating a PBL coverage based upon user specified parameters.

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