GMS:2D Scatter Point Commands: Difference between revisions

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The ''Scatter Point'' menu becomes available when the 2D Scatter Point module is active. The menu has one submenu: the ''Interpolation'' submenu. Below are the commands available in this menu.
The ''Scatter Point'' menu becomes available when the 2D Scatter Point module is active. The menu has one submenu: the ''Interpolation'' submenu. Below are the commands available in this menu.


* '''New Scatter Point Set'''
; New Scatter Point Set : Creates a new dataset.  
<blockquote> Creates a new dataset. </blockquote>
; Lock All Scatter Points : Prevents adjusting the location of scatter points.  
* '''Lock All Scatter Points'''
; Scatter Point Settings... : Opens the ''Scatter sets'' tab under the ''Preferences'' dialog.  
<blockquote> Prevents adjusting the location of scatter points. </blockquote>
; Find Point... : Allows finding a point based on ID number or text label.  
* '''Scatter Point Settings...'''
; [[GMS:Interpolation Commands|''Interpolation >'']] :
<blockquote> Opens the ''Scatter sets'' tab under the ''Preferences'' dialog. </blockquote>
* '''Find Point...'''
<blockquote> User may find a point based on ID number or text label. </blockquote>
* [[GMS:Interpolation Commands|'''''Interpolation >''''']]
<blockquote>
<blockquote>
* '''Interpolation Options...'''
; Interpolation Options... : Opens the ''2D Interpolation Options'' dialog.  
<blockquote> Opens the ''2D Interpolation Options'' dialog. </blockquote>
; Interpolate &rarr; Active TIN : Interpolate the active dataset on the active scatter set to the active TIN.  
* '''Interpolate &rarr; Active TIN'''
; Interpolate &rarr; 2D Mesh : Interpolate the active dataset on the active scatter set to the 2D mesh.  
<blockquote> Interpolate the active dataset on the active scatter set to the active TIN. </blockquote>
; Interpolate &rarr; 2D Grid : Interpolate the active dataset on the active scatter set to the 2D grid.  
* '''Interpolate &rarr; 2D Mesh'''
; Interpolate &rarr; 3D Mesh : Interpolate the active dataset on the active scatter set to the 3D mesh.  
<blockquote> Interpolate the active dataset on the active scatter set to the 2D mesh. </blockquote>
; Interpolate &rarr; 3D Grid : Interpolate the active dataset on the active scatter set to the 3D grid.  
* '''Interpolate &rarr; 2D Grid'''
; Interpolate &rarr; MODFLOW Layers : Interpolate datasets on the active scatter set to MODFLOW arrays like top and bottom elevation, starting head etc.  
<blockquote> Interpolate the active dataset on the active scatter set to the 2D grid. </blockquote>
; Interpolate &rarr; UGrid : Interpolate the active dataset on the active scatter set to the Active UGrid.  
* '''Interpolate &rarr; 3D Mesh'''
; Gaussian Simulation Options... : [[GMS:Gaussian Field Generator|Gaussian Sequential Simulation (GSS)]] is a form of Kriging that can only be used for 2D interpolation and only works when interpolating to 3D cell-centered grids.
<blockquote> Interpolate the active dataset on the active scatter set to the 3D mesh. </blockquote>
; Run Gaussian Simulation : Launches the [[GMS:Gaussian_Field_Generator#Running_the_Simulation|Gaussian simulation run]].
* '''Interpolate &rarr; 3D Grid'''
; Jackknifing... : Interpolates the active scatter point set to itself using the currently selected interpolation scheme.
<blockquote> Interpolate the active dataset on the active scatter set to the 3D grid. </blockquote>
; Summary... : Brings up the [[GMS:Jackknifing|''Jacknifing Summary'']] dialog.
* '''Interpolate &rarr; MODFLOW Layers'''
<blockquote> Interpolate datasets on the active scatter set to MODFLOW arrays like top and bottom elevation, starting head etc. </blockquote>
* '''Interpolate &rarr; UGrid'''
<blockquote> Interpolate the active dataset on the active scatter set to the Active UGrid. </blockquote>
* '''Gaussian Simulation Options...''' 
* '''Run Gaussian Simulation''' 
* '''Jackknifing...'''  
* '''Summary...'''
<blockquote> Brings up the ''Jacknifing Summary'' dialog. </blockquote>
</blockquote>
</blockquote>
* '''Bounding 2D Grid...'''
; Bounding 2D Grid... : Creates a 2D Grid that bounds or contains all of the scatter points in the active set.  
<blockquote> Creates a 2D Grid that bounds or contains all of the scatter points in the active set. </blockquote>
; Bounding 3D Grid... : Creates a 3D Grid that bounds or contains all of the scatter points in the active set.  
* '''Bounding 3D Grid...'''
; Scatter Points &rarr; TIN : Creates a TIN from the active scatter point set.  
<blockquote> Creates a 3D Grid that bounds or contains all of the scatter points in the active set. </blockquote>
; Scatter Points &rarr; Mesh Nodes : Creates nodes from the scatter points for a 2D mesh.  
* '''Scatter Points &rarr; TIN'''
; Scatter Points &rarr; Obs. Pts. : Creates Observation Points from the active dataset.  A coverage that is set for observation data must already exist.  
<blockquote> Creates a TIN from the active scatter point set. </blockquote>
; Merge : Merges points from selected scatter sets together to form one scatter set, combining datasets.  
* '''Scatter Points &rarr; Mesh Nodes'''
; Activate : "Activates" selected scatter points by changing the active flags in the active dataset, or in all datasets. A dialog asks the user whether they wish to change only the active dataset or all datasets. If the datasets are transient, all time steps will be changed.  
<blockquote> Creates nodes from the scatter points for a 2D mesh. </blockquote>
; Inactivate : Same as the '''Activate''' command but in reverse. Inactive points can be selected only if they are displayed via the option in the ''Display Options'' dialog.  
* '''Scatter Points &rarr; Obs. Pts.'''
; Z Values &rarr; Dataset : Creates a dataset from the Z locations of the points.
<blockquote> Creates Observation Points from the active dataset.  A coverage that is set for observation data must already exist. </blockquote>
; Map to Z Values : Moves the Z locations of the points to the values in the dataset.
* '''Merge'''
; Zoom To Extents : Frames the Graphics Window around the selected objects.
<blockquote> Merges points from selected scatter sets together to form one scatter set, combining datasets. </blockquote>
* '''Activate'''
<blockquote> "Activates" selected scatter points by changing the active flags in the active dataset, or in all datasets. A dialog asks the user whether they wish to change only the active dataset or all datasets. If the datasets are transient, all time steps will be changed. </blockquote>
* '''Inactivate'''
<blockquote> Same as the '''Activate''' command but in reverse. Inactive points can be selected only if they are displayed via the option in the ''Display Options'' dialog. </blockquote>
* '''Z Values &rarr; Dataset'''
<blockquote>Creates a dataset from the Z locations of the points.</blockquote>
* '''Map to Z Values'''
<blockquote>Moves the Z locations of the points to the values in the dataset.</blockquote>
* '''Zoom To Extents'''
<blockquote>Frames the Graphics Window around the selected objects.</blockquote>


==Related Topics==
==Related Topics==

Revision as of 17:36, 25 March 2016

GMS Commands
Common
File
Edit
Display
Modules
TINs
Boreholes
Solids
Mesh (2D)
Grid (2D)
Scatter Points (2D)
Interpolation (2D and 3D)
Mesh (3D)
Grid (3D)
Scatter Points (3D)
Feature Objects
GIS
UGrid
Models
FEMWATER
MODAEM
MODFLOW
mod-PATH3DU
MODPATH
MT3DMS
SEAWAT
SEEP2D
T-PROGS
UTEXAS
v • e

The Scatter Point menu becomes available when the 2D Scatter Point module is active. The menu has one submenu: the Interpolation submenu. Below are the commands available in this menu.

New Scatter Point Set
Creates a new dataset.
Lock All Scatter Points
Prevents adjusting the location of scatter points.
Scatter Point Settings...
Opens the Scatter sets tab under the Preferences dialog.
Find Point...
Allows finding a point based on ID number or text label.
Interpolation >
Interpolation Options...
Opens the 2D Interpolation Options dialog.
Interpolate → Active TIN
Interpolate the active dataset on the active scatter set to the active TIN.
Interpolate → 2D Mesh
Interpolate the active dataset on the active scatter set to the 2D mesh.
Interpolate → 2D Grid
Interpolate the active dataset on the active scatter set to the 2D grid.
Interpolate → 3D Mesh
Interpolate the active dataset on the active scatter set to the 3D mesh.
Interpolate → 3D Grid
Interpolate the active dataset on the active scatter set to the 3D grid.
Interpolate → MODFLOW Layers
Interpolate datasets on the active scatter set to MODFLOW arrays like top and bottom elevation, starting head etc.
Interpolate → UGrid
Interpolate the active dataset on the active scatter set to the Active UGrid.
Gaussian Simulation Options...
Gaussian Sequential Simulation (GSS) is a form of Kriging that can only be used for 2D interpolation and only works when interpolating to 3D cell-centered grids.
Run Gaussian Simulation
Launches the Gaussian simulation run.
Jackknifing...
Interpolates the active scatter point set to itself using the currently selected interpolation scheme.
Summary...
Brings up the Jacknifing Summary dialog.
Bounding 2D Grid...
Creates a 2D Grid that bounds or contains all of the scatter points in the active set.
Bounding 3D Grid...
Creates a 3D Grid that bounds or contains all of the scatter points in the active set.
Scatter Points → TIN
Creates a TIN from the active scatter point set.
Scatter Points → Mesh Nodes
Creates nodes from the scatter points for a 2D mesh.
Scatter Points → Obs. Pts.
Creates Observation Points from the active dataset. A coverage that is set for observation data must already exist.
Merge
Merges points from selected scatter sets together to form one scatter set, combining datasets.
Activate
"Activates" selected scatter points by changing the active flags in the active dataset, or in all datasets. A dialog asks the user whether they wish to change only the active dataset or all datasets. If the datasets are transient, all time steps will be changed.
Inactivate
Same as the Activate command but in reverse. Inactive points can be selected only if they are displayed via the option in the Display Options dialog.
Z Values → Dataset
Creates a dataset from the Z locations of the points.
Map to Z Values
Moves the Z locations of the points to the values in the dataset.
Zoom To Extents
Frames the Graphics Window around the selected objects.

Related Topics


v • e
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
Models:FEFLOW  •  FEMWATER  •  HydroGeoSphere  •   MODAEM  •  MODFLOW  •  MODPATH  •  mod-PATH3DU  •  MT3DMS  •  MT3D-USGS  •  PEST  •  PHT3D  •  RT3D  •  SEAM3D  •  SEAWAT  •  SEEP2D  •  T-PROGS  •  ZONEBUDGET
Aquaveo
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