SMS:Size Dataset Command: Difference between revisions

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A size data set is used to determine how far apart to space the [[SMS:Mesh_Module#Nodes|mesh nodes]] when:
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* Generating a mesh using the [[Adaptive Density|Adaptive Density]] or [[Scalar Paving Density|Scalar Paving Density]] mesh types
{{SMS Deprecated Feature}}
* [[SMS:Mesh_Element_Options#Relax_Elements|Relaxing]] a mesh
The '''Size Dataset''' command is used to determine how far apart to space the [[SMS:Mesh_Module#Nodes|mesh nodes]] when:
* Generating a mesh using the [[SMS:Paving#Scalar Paving Density|Scalar Paving Density]] mesh types.
* [[SMS:Mesh Element Options#Relax Elements|Relaxing]] a mesh.


=External Links=
A size dataset defines the desired spacing of nodes in a spatial fashion. A scattered dataset provides the geometric basis for the size dataset, and a dataset on the scatter set provides the values for the size dataset. SMS redistributes the vertices on the boundaries of the polygon to match the underlying size dataset.
* Howlett, John David (2005). Size Function Based Mesh Relaxation. Thesis, Brigham Young University. [http://contentdm.lib.byu.edu/ETD/image/etd761.pdf]


=Related Topics=
==External Links==
* [[SMS:Smooth_Size_Data_Set_(Data_Menu)|Smooth Size Data Set]]
* Howlett, John David (2005). ''Size Function Based Mesh Relaxation.'' Thesis, Brigham Young University. [http://contentdm.lib.byu.edu/utils/getfile/collection/ETD/id/287/filename/etd761.pdf]


==Related Topics==
* [[SMS:Smooth Dataset|Smooth Dataset]]
* [[SMS:Data Calculator]]


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Latest revision as of 14:05, 12 June 2019

The Size Dataset command is used to determine how far apart to space the mesh nodes when:

A size dataset defines the desired spacing of nodes in a spatial fashion. A scattered dataset provides the geometric basis for the size dataset, and a dataset on the scatter set provides the values for the size dataset. SMS redistributes the vertices on the boundaries of the polygon to match the underlying size dataset.

External Links

  • Howlett, John David (2005). Size Function Based Mesh Relaxation. Thesis, Brigham Young University. [1]

Related Topics