GMS:Converting Borehole Data: Difference between revisions

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{{Boreholes links}}
{{Boreholes links}}
Borehole data can be converted to other types of objects with in GMS such as 2D Scatter Points, TINs, 3D Meshes. Borehole data is converted by using the following commands in the [[GMS:Boreholes Commands|Boreholes menu]]:
Borehole data can be converted to other types of objects with in GMS such as 2D Scatter Points, TINs, 3D Meshes. Borehole data is converted by using the following commands in the [[GMS:Borehole Commands|Boreholes menu]]:


*[[GMS:Horizons to Solids|Horizons to Solids]]
*[[GMS:Horizons to Solids|Horizons to Solids]]

Revision as of 17:50, 7 October 2013

Boreholes Module
Holes1.png
Boreholes Links
Creating and Editing Boreholes
Borehole Hydrogeologic Units
Converting Borehole Data
More
Borehole Cross Sections
Borehole Display Options
Borehole Tool Palette
Borehole Commands
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Borehole data can be converted to other types of objects with in GMS such as 2D Scatter Points, TINs, 3D Meshes. Borehole data is converted by using the following commands in the Boreholes menu:

The Contacts → TIN command is used to create a TIN surface from a set of selected contacts.
  • Contacts to 2D Scatter Points
A set of selected contacts can be converted to a 2D scatter point set using the Contacts → 2D Scatter Points command.
  • Sample Data to 3D Scatter Points
The Sample Data → 3D Scatter Points command brings up the Sample Data → Scatter Points dialog that is used to create a 3D scatter point set from sample data.
  • Sample Data to Stratigraphy
  • Watertable to 2D Scatter Points
The water table coordinates for a set of boreholes can be converted to a 2D scatter point set using the Water Table → 2D Scatter Points command.
  • Add Contacts to TIN
The Add Contacts to TIN command is used to enter a point from a contact into the active TIN. The contact(s) are first selected and the command is then chosen from the Borehole menu. Typically all contacts which should be part of a TIN are selected before generating the TIN, but sometimes one is inadvertently left out, or more boreholes are added later.


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GMS – Groundwater Modeling System
Modules:2D Grid  •  2D Mesh  •  2D Scatter Point  •  3D Grid  •  3D Mesh  •  3D Scatter Point  •  Boreholes  •  GIS  •  Map  •  Solid  •  TINs  •  UGridsGMS Logo2.png
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