SMS:Quick Tour - Generic Model: Difference between revisions
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||[[Image:define model dialog. | ||[[Image:define model dialog.png|thumb|none|180 px|''Define Model'' dialog for the General Model]] || [[File:HYDRO-AS-2D Global.png|thumb|none|250 px|Example of the Generic ''Model Parameters'' dialog]] || [[File:HYDRO AS-2D ParamGroups.jpg|thumb|none|250 px|Example of generic ''Global Parameters'' dialog]] | ||
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[[File:HYDRO-AS-2D GeneralGroup.jpg]] | [[File:HYDRO-AS-2D GeneralGroup.jpg|thumb|none|550 px|Example of the generic ''Parameter Definition'' dialog]] | ||
With the model attributes defined, the user can generate a mesh or grid using the geometric tools in the Map, Data, Mesh and Cartesian Grid modules. Then model parameters can be set, boundary conditions specified, and material properties applied to the geometric data and saved out to a generic file format. | With the model attributes defined, the user can generate a mesh or grid using the geometric tools in the Map, Data, Mesh and Cartesian Grid modules. Then model parameters can be set, boundary conditions specified, and material properties applied to the geometric data and saved out to a generic file format. | ||
[[ | [[SMS:Quick Tour - FESWMS... to Learn More| '''< Previous''']] | [[SMS:Quick Tour - Coordinate Conversions| ''' Next >''']] | ||
{{Navbox SMS Quick}} | |||
[[Category:SMS Quick Tour|generic]] | |||
[[Category: | [[Category:Generic Model]] | ||
Latest revision as of 22:45, 16 June 2020
While SMS contains several custom interface for specific numerical models, it is impossible to build such interfaces for all possible models. Therefore, a generic interface has been incorporated into the system whereby any two-dimensional finite element or finite difference model can be run using SMS as the pre- and post-processor.
Model parameters are set up including model parameters, boundary conditions and spatial (material) properties. SMS saves these definitions for use in specific modeling applications.
With the model attributes defined, the user can generate a mesh or grid using the geometric tools in the Map, Data, Mesh and Cartesian Grid modules. Then model parameters can be set, boundary conditions specified, and material properties applied to the geometric data and saved out to a generic file format.
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