• InfoWater Pro

Create a surge head profile for multiple nodes

Create a surge head profile for multiple nodes.


Tutorial resources

These downloadable resources will be used to complete this tutorial:

Reviewing_surge_simulation_results_datasets.zip

Step-by-step guide

When performing a surge analysis in InfoSurge Pro, the output data can be customized in several ways. This example creates a surge head profile for multiple nodes in a water distribution system.

  1. Double-click the desired project .aprx file to open ArcGIS Pro.
  2. Click the InfoWater Pro tab to open the InfoWater Pro ribbon.
  3. In the Project panel, click Initialize.
  4. From the Model Explorer, click Run Manager.
  5. In the Run Manager dialog box, switch to the Surge tab.
  6. Click Run to perform a surge analysis.

In the Model Explorer, the Run Manager button highlighted in red, and in the Run Manager, the Run button and Surge tab highlighted in red.

  1. Once it completes, click OK to close the dialog box.
  2. From the ribbon, View panel, click Report Manager.
  3. In the Report Manager dialog box, click New.
  4. In the Output Report/Graph dialog box, under Available Output Sources, make sure *Active*:Surge is selected.
  5. From the Graph Report tab, select Surge Node Group Graph.
  6. In the Data Scope group box, enable Selected Element(s) <.
  7. Click Open.

The Output Report/Graph dialog box, with settings for this example configured and highlighted in red.

Select the desired junctions:

  1. In the map, click and drag to select junctions 11 and 32.

The junctions turn color to indicate that they are selected.

The map view, with junctions 11 and 32 highlighted in red.

  1. Right-click in the map and select Enter to complete the selection.

In the graph that appears, junction 11 is represented by a blue line, and junction 32 by a green line.

A Report Manager graph displays pressure profiles for junctions 11 and 32, represented by blue and green lines, respectively.

  1. Compare the two pressure profiles to better understand how the surge wave propagation impacted the model in those areas.