GMS:Converting TINS to Other Data Types: Difference between revisions

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TINs may be converted to other types of data used in GMS, such as a 2D mesh or 2D scatter points. TINs can be converted by right-clicking on the TIN in the [[GMS:Project Explorer|Project Explorer]], Right-clicking on the TIN in the graphics window, or using the following commands in the TIN menu:
TINs may be converted to other types of data used in GMS, such as a 2D mesh or 2D scatter points. TINs can be converted by right-clicking on the TIN in the [[GMS:Project Explorer|Project Explorer]], Right-clicking on the TIN in the graphics window, or using the following commands in the TIN menu:


===TIN -> 2D Scatter Points===
==TIN -> 2D Scatter Points==
The '''''TIN -> 2D Scatter Points''''' command creates a 2D scatter point set from the active TIN . One scatter point is created for each vertex in the TIN. A copy is made of each of the data sets associated with the TIN and the duplicate data sets are stored with the new scatter point set.


:The '''''TIN -> 2D Scatter Points''''' command creates a 2D scatter point set from the active TIN . One scatter point is created for each vertex in the TIN. A copy is made of each of the data sets associated with the TIN and the duplicate data sets are stored with the new scatter point set.
==TIN -> 2D Mesh==
The '''''TIN -> 2D Mesh''''' command creates a 2D finite element mesh from the GMS - Make TIN Active|active]] TIN . One triangular element is created for each triangle in the TIN. Any data sets associated with the TIN are copied to the new mesh.


===TIN -> 2D Mesh===
==Fill Between TINs -> 3D Mesh==
See [[GMS:Creating_a_3D_Mesh#Fill_Between_TINs_->_3D_Mesh|Creating a 3D Mesh]].


:The '''''TIN -> 2D Mesh''''' command creates a 2D finite element mesh from the GMS - Make TIN Active|active]] TIN . One triangular element is created for each triangle in the TIN. Any data sets associated with the TIN are copied to the new mesh.
==TIN Boundary -> Polygons==
This command creates one or more polygons in the active coverage in the [[GMS:Map Module|Map module]] corresponding to the outer boundary of the active TIN.


===TIN Boundary -> Polygons===
==TIN Thiessen -> Polygons ==
This command calculates the thiessen polygons from the TIN and converts them to feature polygons.


:This command creates one or more polygons in the active coverage in the [[GMS:Map Module|Map module]] corresponding to the outer boundary of the active TIN.
==Vertex Strings -> Arcs==
The '''''Vertex Strings -> Arcs''''' command creates an arc in the active coverage of the [[GMS:Map Module|Map module]] for each of the selected [[GMS:TIN Tool Palette|vertex strings]].


===TIN Thiessen -> Polygons ===
==Horizons -> Solids==
See [[GMS:Horizons to Solids|Horizons -> Solids]].


:This command calculates the thiessen polygons from the TIN and converts them to feature polygons.
==Horizons -> 3D Mesh==
See [[GMS:Horizons to 3D Mesh|Horizons -> 3D Mesh]].


===Vertex Strings -> Arcs===
:The '''''Vertex Strings -> Arcs''''' command creates an arc in the active coverage of the [[GMS:Map Module|Map module]] for each of the selected [[GMS:TIN Tool Palette|vertex strings]] .
===[[GMS:Horizons to Solids|Horizons -> Solids]]===
===[[GMS:Horizons to 3D Mesh|Horizons -> 3D Mesh]]===


{{Navbox GMS}}
{{Navbox GMS}}
[[Category:TINs]]
[[Category:TINs]]

Revision as of 16:15, 19 October 2012

TIN Module
Tins.png
TINs
Creating a TIN
Editing a TIN
Converting TINS to Other Data Types
Building Solids and 3D Meshes with TINs
Map to MODFLOW with TINs
More
TIN Settings
TIN Display Options
TIN Tool Palette
TIN Commands
TIN Files
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TINs may be converted to other types of data used in GMS, such as a 2D mesh or 2D scatter points. TINs can be converted by right-clicking on the TIN in the Project Explorer, Right-clicking on the TIN in the graphics window, or using the following commands in the TIN menu:

TIN -> 2D Scatter Points

The TIN -> 2D Scatter Points command creates a 2D scatter point set from the active TIN . One scatter point is created for each vertex in the TIN. A copy is made of each of the data sets associated with the TIN and the duplicate data sets are stored with the new scatter point set.

TIN -> 2D Mesh

The TIN -> 2D Mesh command creates a 2D finite element mesh from the GMS - Make TIN Active|active]] TIN . One triangular element is created for each triangle in the TIN. Any data sets associated with the TIN are copied to the new mesh.

Fill Between TINs -> 3D Mesh

See Creating a 3D Mesh.

TIN Boundary -> Polygons

This command creates one or more polygons in the active coverage in the Map module corresponding to the outer boundary of the active TIN.

TIN Thiessen -> Polygons

This command calculates the thiessen polygons from the TIN and converts them to feature polygons.

Vertex Strings -> Arcs

The Vertex Strings -> Arcs command creates an arc in the active coverage of the Map module for each of the selected vertex strings.

Horizons -> Solids

See Horizons -> Solids.

Horizons -> 3D Mesh

See Horizons -> 3D Mesh.


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