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Doug Gallup

GMS Development Team
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About Doug Gallup

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  1. Are you giving the tool a valid path to the UniqueID table you wish to create? It would help to see the text above the red text in your attached screenshot. If you simply pop open the Create Unique ID Table tool and run it without changing anything, you'll get the same error as you show. What you need to make sure is that you browse to an existing g eodatabase, and inside the geodatabase, give it the name of the table you want. Click on the "open" button in red below to specify where to create the table: Browse to an existing geodatabase (below, shows a new
  2. We have the GDA2020 projections, and they will be available with the next version of GMS.
  3. The "Output MODFLOW World file" being "<empty>" looks suspicious (the first line under the tool from your results window screenshot). Please go to the Geoprocessing menu, into Geoprocessing Options... Turn off Background Processing (uncheck the "Enable" box), and try running the tool again, making sure all the inputs are valid. This will give a better picture of what is happening when running the tool, as you'll be able to see all the text messages better. Then try again and copy/paste all the text from the window if you are still having a problem.
  4. See the "Building 3D Models with the Horizons Method" tutorial: http://aquaveo.com/software/ahgw-learning-tutorials The clip and fill options should be able to do what you want.
  5. Try following the suggestions here, or contact technical support with your data and the steps you took to duplicate the problem. http://support.esri.com/technical-article/000012169
  6. In addition, try turning on "Overwrite the outputs of geoprocessing options" in the Geoprocessing, Geoprocessing Options... menu item, if it's already off.
  7. I would suggest contacting Tech Support and sending them your files. The wizard probably isn't completing for some reason. To view your results, make a new data frame (ArcMap: Insert menu, Data Frame), then add just the XS2D_Panel_23 and XS2D_Boreline_23 feature classes.
  8. Check the "Default output workspace" on Step 1 of the wizard. This should be by default the same workspace as the SectionLine4. I would suggest moving your SectionLine and Well features into a new feature dataset, with a projected coordinate system. This way, you'll ensure that the output XS2D feature classes have the same projected coordinate system. After creating the XS2D Boreline feature class, the wizard will try and read the Well and Borehole Log data, if that option is turned on. It's the "Yes" or "No" radio button on Step 1. If it's turned on, it will try and create the XS2D
  9. The wizard wants a visible polyline feature class loaded in the active map, with some of the default Arc Hydro Groundwater field names & types, and a projected coordinate system. Make sure that you're not in an XS2D data frame when you try to use this tool, and that the SectionLine layer is turned on (visible) in the table of contents. Also, check if your coordinate system is geographic or projected. Finally, from your screenshot, I can't tell what the actual field names are because it looks like the Alias names are being shown instead ("Vertical Exaggeration" is an alias).
  10. When you originally created your data, you probably used one of the wizards for creating the cross section and geophysical data. These wizards basically run the geoprocessing tools mentioned above, without you having to worry about all of the inputs. They first create all of the necessary Data Frames, XS2D feature classes, etc. before creating the new features. You won't be able to use the wizards to add to existing data, and you might have to play with the "Plot Options" category for adding geophysical log plots to make them look like the existing data (same size, layout, position, etc.) Yo
  11. For adding geophysical log plots to existing plots, you can do basically the same thing with the "Create XS2D Geophysical Plot Features" tool. See the "Adding Borehole Log Plots to Cross Sections" tutorial for more info. Add new Well features if necessary. You don't need to do this if you are adding a geophysical log for a Well you just created (like above) or for a Well that already exists in your data. Add new data fore this borehole to your table containing your geophysical log information. In the tutorial referenced above, the table is called LogData. All you need here is to enter the W
  12. I would take a look at the "Advanced Cross Section Editing" tutorial at http://aquaveo.com/software/ahgw-learning-tutorials Assuming you've already generated an XS2D cross section for a particular SectionLine, and you want to add to it: First off, I would add a new point to the Well feature class at the location of your new borehole. Make sure it has a unique HydroID value. This is done in your plan view data frame, not XS2D cross section. Then, add your borehole information to the BoreholeLog table. There should be one row for each hydrogeologic unit. The WellID attribute for the new Bore
  13. I don't think there's a way to georeference a jpg image in ArcScene. You can certainly do that in ArcMap (http://resources.arcgis.com/en/help/main/10.1/index.html#/entering_specific_x_y_coordinates/009t000000mr000000/) but that's only in X, Y. As you mentioned, you can display them in the XS2D space (using ArcMap to display a single cross section), but as far as I know, not in ArcScene. See the "Adding Images to Cross Sections" tutorial on the AHGW Learning Center (http://aquaveo.com/software/ahgw-learning-tutorials).
  14. The Time Series Grapher and its Setup are not geoprocessing tools. They are custom commands and tools for the Arc Map interface.
  15. Check the Groundwater Analyst toolset in the Arc Hydro Groundwater Tools toolbox. If you can't find the toolbox in your "System Toolboxes" area in Arc Toolbox, browse to your AHGW install area and look for it there. Create Blank AHGW Geodatabase is available to anyone who has installed AHGW.
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