GMS:Converting 2D Scatter Points to Other Types of Data: Difference between revisions

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2D Scatter Points may be converted to other types of data used in GMS, such as a [[GMS:TIN Module|TIN]], [[GMS:2D Mesh Module|2D Mesh Nodes]], or [[GMS:Observations|Observation Points]]. 2D Scatter Points are converted by using the following commands in the Scatter Points menu:
2D Scatter Points may be converted to other types of data used in GMS, such as a [[GMS:TIN Module|TIN]], [[GMS:2D Mesh Module|2D Mesh Nodes]], or [[GMS:Observations|Observation Points]]. 2D Scatter Points are converted by using the following commands in the Scatter Points menu:


*''Scatter Points -> TIN''
*''Scatter Points → TIN''
*:The Scatter Points -> TIN command creates a set of TIN vertices. These vertices are automatically triangulated to form a TIN.
*:The Scatter Points → TIN command creates a set of TIN vertices. These vertices are automatically triangulated to form a TIN.


*''Scatter Points -> Mesh Nodes''
*''Scatter Points → Mesh Nodes''
*:The Scatter Points -> Mesh Nodes command creates a set of 2D finite element nodes from the points in the active scatter point set.
*:The Scatter Points → Mesh Nodes command creates a set of 2D finite element nodes from the points in the active scatter point set.


*''Scatter Points -> Obs. Pts.''
*''Scatter Points → Obs. Pts.''
*:The Scatter Points -> Obs. Pts command creates one observation point for each of the scatter points in the active scatter point set. The active data set values become the measured values for the observation points. You must create a coverage with a measurement before executing this command.
*:The Scatter Points → Obs. Pts command creates one observation point for each of the scatter points in the active scatter point set. The active dataset values become the measured values for the observation points. You must create a coverage with a measurement before executing this command.
{{Version GMS 8.3}}  
{{Version GMS 8.3}}  
*''Scatter Points -> 3D Scatter Points''
*''Scatter Points → 3D Scatter Points''
*:The Scatter Points -> 3D Scatter Points command creates a 3D scatter point set from the 2D scatter points. All of the data sets are copied to the 3D scatter points. The Z (elevation) of the 3D scatter points is set to the Z of the 2D scatter points at the time of conversion.   
*:The Scatter Points → 3D Scatter Points command creates a 3D scatter point set from the 2D scatter points. All of the datasets are copied to the 3D scatter points. The Z (elevation) of the 3D scatter points is set to the Z of the 2D scatter points at the time of conversion.   


{{Navbox GMS}}
{{Navbox GMS}}
[[Category:2D Scatter Point]]
[[Category:2D Scatter Point]]

Revision as of 15:16, 13 November 2012

2D Scatter Point Module
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2D Scatter Point
Creating and Editing 2D Scatter Point Sets
Interpolating with 2D Scatter Points
Converting 2D Scatter Points to Other Types of Data
More
2D Interpolation Options
2D Scatter Point Display Options
2D Scatter Point Tool Palette
Active/Inactive Points
Clough-Tocher
Inverse Distance Weighted
2D Scatter Point Commands
Interpolation Commands
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2D Scatter Points may be converted to other types of data used in GMS, such as a TIN, 2D Mesh Nodes, or Observation Points. 2D Scatter Points are converted by using the following commands in the Scatter Points menu:

  • Scatter Points → TIN
    The Scatter Points → TIN command creates a set of TIN vertices. These vertices are automatically triangulated to form a TIN.
  • Scatter Points → Mesh Nodes
    The Scatter Points → Mesh Nodes command creates a set of 2D finite element nodes from the points in the active scatter point set.
  • Scatter Points → Obs. Pts.
    The Scatter Points → Obs. Pts command creates one observation point for each of the scatter points in the active scatter point set. The active dataset values become the measured values for the observation points. You must create a coverage with a measurement before executing this command.
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 This contains information about functionality available at GMS version 8.3.
The content may not apply to other versions.
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  • Scatter Points → 3D Scatter Points
    The Scatter Points → 3D Scatter Points command creates a 3D scatter point set from the 2D scatter points. All of the datasets are copied to the 3D scatter points. The Z (elevation) of the 3D scatter points is set to the Z of the 2D scatter points at the time of conversion.
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