GMS

Using Command Line Switches for the XMS Installer

If you work as a system administrator or in an IT department, you may need to know how to install GMS, SMS or WMS silently or with less visibility. Fortunately, we have a few options for this.

Previously we have discussed performing a silent install of XMS, this article will discuss options that run as command line switches. For example, when running the WMS 11.0.5 installer with no UI, you will enter the command "wms11.0.5full64bit.exe/qn" through cmd.

When installing XMS, you have the following parameters you can set:

full UI: /qf

This is the default parameter used by the installer. This means that the end user will see the full installation wizard the same way they would by running it through Windows Explorer.

reduced UI: /qr The user interface does not show any wizard dialogues.

This is a form of automatic installation that will skip all wizard dialogues, though you will still see a full UI showing that WMS is being installed.

basic UI: /qb Only a progress bar will be shown during the installation

Command line install progress bar

This option is similar to /qr but, instead of showing the full UI from our installer, it shows a progress bar with default Windows installer decorations. This takes less screen real estate while still giving you visibility into the installation process.

no UI: /qn No UI will be shown during the installation.

This option does not show any UI at all, instead opting to run the install progress in the background. This is ideal for if you are installing the software on a computer that's currently in use and don’t want to interrupt the work currently being done.

Current versions of XMS software can be found on Aquaveo's downloads page.

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Exploring Hide, Show, and Isolate in GMS

Many projects in GMS can end up being visually busy. Having a large grid and dozens of features can make it hard to see specific areas clearly. To help with this, GMS provides the Hide, Show, and Isolate functions.

How to Hide Cells

This feature allows you to select different project cells and simultaneously hide them from view in the Graphics Window.

  1. Select the individual, or group of cells that need to be hidden.
  2. Once it is highlighted, click the Hide macro in the toolbar, or right-click and select the Hide command.

Remember that when cells are hidden from view this does not mean they have been deleted from your project entirely. Even if they are not visible it is only necessary to select the Show macro on the toolbar and the hidden cells will reappear.

Also, hiding cells does not make those cells inactive. They will still be included in your model run.

How to Show Cells

To reverse the hidden elements, click the Show macro in the toolbar and any hidden cells in your project will reappear. This can be important if you have inherited a project and suspect there are hidden cells.

Isolating Cells

Isolating cells hides cells that are not selected, unlike Hide which hides the selected cells. To isolate cells:

  1. Select the cells in the Graphics Window you wish to isolate.
  2. Once cells are highlighted, select the Isolate macro on the toolbar, or right-click and select the Isolate command.

Using a Polygon

Another option for isolating or hiding cells is to use a polygon in the map coverage. To do this:

  1. Right-click on the selected polygon.
  2. Click Select Intersecting Objects from the menu that appears.
  3. In the Select Objects of Type dialog choose the geometric object to use.
  4. With the cells selected, you can now use the Hide or Isolate function.
Isolating cells using a polygon

Try using the Hide, Show, and Isolate features in GMS today!

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Sharing Display Themes in GMS

Display themes make showing off your groundwater model easier. A display theme is a set display parameters that can be saved in a project to be used repeatedly. But, after creating a display theme that works well, have you ever wanted to use that same display theme for a different project?

Display Theme Example

In GMS, display themes are saved with the project file. Therefore, importing a display theme into another project isn’t quite as simple as importing a raster file or image. However, the process isn’t all that complicated either.

To import a display theme from an existing project into a new project, do the following:

  1. Open the project with the display theme you want to import to other projects.
  2. Remove everything from the project except for the desired display theme.
  3. Use the Save As command to save the project with a different name. The project should only contain the display theme.
  4. Open the project that is to receive the display theme.
  5. Select the File | Open command.
  6. In the Open dialog, select the project containing the display theme and turn on the Import into current project option before clicking the Open button.

Using these steps will add the display theme to the existing project. The new display theme will appear in the Project Explorer.

Note that this project requires using the File | Open method of importing a file. The Open macro can also be used. Other methods for importing files into GMS, such as drag-and-drop, will not work.

Also, be aware that when importing a display theme into an existing project, the display theme will only work with data like that in the original project. For example, a display theme built for a project using 3D UGrids will not work with a project that uses 2D grids.

Display themes are a great tool for visualizing your data in GMS. Try saving and sharing them in GMS today!

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Importing and Exporting Shapefiles

If you have data in GMS, SMS, or WMS that needs to be shared with another application, one of the easiest ways to share this data is through shapefiles. GMS, SMS, and WMS can all import and export shapefiles, though there are some differences between them. This article goes over some of those differences.

Importing Shapefiles

When you import shapefiles into GMS, SMS, or WMS, they will be loaded under the GIS module. Shapefiles can be imported just like any other file using the File | Open command, the Open File macro, or dragging the file icon on the interface. From there, you can use the conversion commands to move the shapefile data into other modules.

Exporting Shapefiles

Though GMS, SMS, and WMS have a lot of similarities they each vary from the other when it comes to saving a shapefile. In general DEMs, TINs, feature objects, and grids can be saved through the right-click menu in GMS; the file menu in SMS; and through both the right-click menu and file menu in WMS.

GMS
Export command

Shapefiles can be exported through the right-click menu.

  1. Right-click on the item in the Project Explorer and select Export to bring up the Export dialog.
  2. In this dialog you can change the "Save as type" to "Shapefile (*.shp)".

The following items can be exported as shapefiles.

  • TINs
  • 3D Grids
  • Feature Objects
  • DEMs
SMS

Shapefiles can be exported through the File menu.

  1. Select the item in the Project Explorer, then File | Save As to bring up the Save As dialog.
  2. In this dialog you can change the "Save as type" to "Shapefile (*.shp)".

The following items can be exported as shapefiles.

  • Scatter Sets
  • 2D Grids
  • Feature Objects
  • Raster Files
WMS

Shapefiles can be exported through the right-click menu and through the File menu.

  1. Select the item in the Project Explorer, then File | Save As to bring up the Save As dialog.
  2. In this dialog you can change the "Save as type" to "Shapefile (*.shp)".
  3. Alternatively, you can right-click and select Save As to bring up the same dialog.
The following items can be exported as shapefiles.
  • TINs
  • 2D Grids
  • Feature Objects
  • DEMs

Now that you know a little more about using shapefiles in XMS, try using them in your GMS, SMS, or WMS projects today!

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