GMS:2D Scatter Point Set Creation and Editing: Difference between revisions

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Each of the points from which values are interpolated are called scatter points. A group of scatter points is called a scatter point set. Each of the scatter points is defined by a set of xy coordinates.
Each of the points from which values are interpolated are called scatter points. A group of scatter points is called a scatter point set. Each of the scatter points is defined by a set of xy coordinates.


Each scatter point set has a list of scalar data sets. Each data set represents a set of values which can be interpolated to a TIN, mesh, or grid.
Each scatter point set has a list of scalar data sets. Each dataset represents a set of values which can be interpolated to a TIN, mesh, or grid.


Multiple scatter point sets can exist at one time in memory. One of the scatter point sets is always designated as the "active" scatter point set. Interpolation is performed from the active data set of the active scatter point set only.
Multiple scatter point sets can exist at one time in memory. One of the scatter point sets is always designated as the "active" scatter point set. Interpolation is performed from the active data set of the active scatter point set only.
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Scatter point sets are often created by converting from other data types (TINs, meshes, grids, boreholes). The following commands are available to convert an object to a Scatter Point Set:
Scatter point sets are often created by converting from other data types (TINs, meshes, grids, boreholes). The following commands are available to convert an object to a Scatter Point Set:


*[[GMS:TIN Module#Converting TINS to Other Data Types|TIN -> 2D Scatter_Points]]
*[[GMS:TIN Module#Converting TINS to Other Data Types|TIN → 2D Scatter_Points]]


*[[GMS:Converting Borehole Data|Contacts -> 2D Scatter Points]]
*[[GMS:Converting Borehole Data|Contacts → 2D Scatter Points]]


*[[GMS:Converting Borehole Data|Watertable -> 2D Scatter Points]]
*[[GMS:Converting Borehole Data|Watertable → 2D Scatter Points]]


*[[GMS:2D Grid Module#Converting 2D Grids|Grid -> 2D Scatter Points]]
*[[GMS:2D Grid Module#Converting 2D Grids|Grid → 2D Scatter Points]]


*[[GMS:2D Mesh Module#Converting a 2D Mesh to other types of Data|Mesh -> 2D Scatter_Points]]
*[[GMS:2D Mesh Module#Converting a 2D Mesh to other types of Data|Mesh → 2D Scatter_Points]]


*[[GMS:Map to Modules#Map to 2D Scatter Points|Map -> 2D Scatter Points]]
*[[GMS:Map to Modules#Map to 2D Scatter Points|Map → 2D Scatter Points]]


*[[GMS:3D Grid Module#Converting 3D Grids to Other Data Types|Modflow Layers -> 2D Scatter_Points]]
*[[GMS:3D Grid Module#Converting 3D Grids to Other Data Types|Modflow Layers → 2D Scatter_Points]]


===Importing Tabular Scatter Point Data===
===Importing Tabular Scatter Point Data===
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The location of a scatter point can be edited by selecting the scatter point and dragging it to a new location or by typing in the new coordinates in the [[GMS:The GMS Screen|Edit Window]].
The location of a scatter point can be edited by selecting the scatter point and dragging it to a new location or by typing in the new coordinates in the [[GMS:The GMS Screen|Edit Window]].


The data set value associated with a scatter point can be edited using the edit field labeled "F:" in the [[GMS:The GMS Screen|Edit Window]]. Data set values can also be edited using a spreadsheet dialog by selecting the Edit Values button in the [[GMS:Data Sets#Data Set Info|Data Set Info]] dialog.
The data set value associated with a scatter point can be edited using the edit field labeled "F:" in the [[GMS:The GMS Screen|Edit Window]]. Data set values can also be edited using a spreadsheet dialog by selecting the Edit Values button in the [[GMS:Data Sets#Data Set Info|Dataset Info]] dialog.


In addition to the data set values, each scatter point has three properties that can be edited on a point by point basis:  
In addition to the dataset values, each scatter point has three properties that can be edited on a point by point basis:  


*label
*label

Revision as of 15:13, 13 November 2012

2D Scatter Point Module
Samp 2dscat.png
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
v • e

Each of the points from which values are interpolated are called scatter points. A group of scatter points is called a scatter point set. Each of the scatter points is defined by a set of xy coordinates.

Each scatter point set has a list of scalar data sets. Each dataset represents a set of values which can be interpolated to a TIN, mesh, or grid.

Multiple scatter point sets can exist at one time in memory. One of the scatter point sets is always designated as the "active" scatter point set. Interpolation is performed from the active data set of the active scatter point set only.

Creating Scatter Points

Scatter point sets can be created in one of three ways: interactively creating scatter points, converting from other data types, or importing from a file.

Interactively Creating Scatter Points

The Create scatter point tool is used to click out new scatter points in the GMS Graphics Window. The new scatter points are added to the active scatter point set. If you want the new points in their own scatter point set then select the Scatter Points | New Scatter Point Set command.

Converting from Other Types

Scatter point sets are often created by converting from other data types (TINs, meshes, grids, boreholes). The following commands are available to convert an object to a Scatter Point Set:

Importing Tabular Scatter Point Data

In most cases, scatter point sets are created by importing a text file through the Text Import Wizard.

Editing Scatter Points

The location of a scatter point can be edited by selecting the scatter point and dragging it to a new location or by typing in the new coordinates in the Edit Window.

The data set value associated with a scatter point can be edited using the edit field labeled "F:" in the Edit Window. Data set values can also be edited using a spreadsheet dialog by selecting the Edit Values button in the Dataset Info dialog.

In addition to the dataset values, each scatter point has three properties that can be edited on a point by point basis:

  • label
  • material
  • Fixed pilot point

The label is a text string that can be displayed by turning on the ID option in the Display Options dialog. The material type is used for indicator simulations.

The fixed pilot point property is used with PEST(See Automated Parameter Estimation). If this option is on, then the value at this point is not estimated during the parameter estimation process.

The scatter point properties can be edited by double-clicking on a point or by selecting a set of points and selecting the Properties command in the Edit menu.

Editing Scatter Points

Individual scatter points can also be deleted. This command results in the removal of the point from all the datasets associated to the scatter point set.


v • e
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