SMS:Generic Coverages: Difference between revisions

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Generic coverages can be used for generic input prepossessing, generic output postprocessing and generic model interfaces. Generic coverages can be selected by right-clicking on the map module data and selecting ''Type'' | '''Generic'''. These coverages can be used with most models and simulations.  
Generic coverages can be used for generic input prepossessing, generic output postprocessing and generic model interfaces. Generic coverages can be selected by right-clicking on the map module data and selecting ''Type'' | '''Generic'''. These coverages can be used with most models and simulations.  


==Generic Coverages:==
==Generic Coverages==
Currently, the following coverages are considered generic coverages:
Currently, the following coverages are considered generic coverages:
* [[SMS:Activity Classification Coverage|Activity Classification]] – Used to define active and inactive areas of a mapped dataset.
* [[SMS:Activity Classification Coverage|Activity Classification]] – Used to define active and inactive areas of a mapped dataset.

Revision as of 19:55, 20 July 2016

Generic coverages can be used for generic input prepossessing, generic output postprocessing and generic model interfaces. Generic coverages can be selected by right-clicking on the map module data and selecting Type | Generic. These coverages can be used with most models and simulations.

Generic Coverages

Currently, the following coverages are considered generic coverages:

  • Activity Classification – Used to define active and inactive areas of a mapped dataset.
  • Area Property – Maps properties such as Manning's roughness values to the mesh, grid, or cross-sections.
  • CGrid Generator – Used for building feature objects for conversion to a cartesian grid.
  • Location – Allows creating points that can be used to gather measurements at specific locations during the model run similar to a model monitor points coverage. Generally designed to be used by developers using the dynamic model interface.
  • Mapping – Used for building feature objects for conversion to a scatter set.
  • Mesh Generator – Used for building feature objects for conversion to a mesh.
  • Observation – Used for model verification and calibration processes.
  • Particle/Drogue – For visualization post-processing.
  • Quadtree Generator – Used for building feature objects for conversion to a quadtree.
  • Spatial Data – Designed to store, visualize, and analyze various types of data at node locations.
  • Spectral – Used to store all spectral data by location and time.
  • Stamping – Used for insertion of man-made structures into a natural topography or bathymetry set.

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