How to configure the Water Overlays: Difference between revisions

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This page describes several use cases and examples of configurations in the [[Flooding Overlay]].
This page describes several use cases and examples of configurations in the [[Flooding_(Overlay)|Flooding Overlay]].


==Time-controlled flow rate in Breach==
==Time-controlled flow rate in Breach==

Revision as of 12:00, 24 October 2018

Please note: This page is currently being updated.

This page describes several use cases and examples of configurations in the Flooding Overlay.

Time-controlled flow rate in Breach

To create a variable Outlet Q in a breach area, a CSV (comma-separated values) file can be imported. Below the steps on how to create such a breach area. For this example we create the CSV in Excel, but you can also use another program to create the CSV.

How to set-up your CSV in Excel:
  1. Open Excel.
  2. In the first column, define your time units. This can be in seconds, minutes, hours or days.
  3. Add the corresponding flow rates per unit in the second column.
  4. Save the Excel as a CSV.
How to import the CSV as the flow rate:
  1. Either add a breach area or have your GeoJSON file with your breach area ready. The area should have at least a breach floor attribute.
  2. Add a Flooding Overlay.
  3. Go to the Configuration Wizard of the Flooding Overlay.
  4. In step 2.1 either select the attribute that specifies your breach_floor or import your GeoJSON file.
  5. Click on Next.
  6. In the dropdown menu, select your breach area. Now click on Edit.
  7. Import your CSV file by selecting the CSV file.
  8. Select the time units in your file.
  9. Select the seperator for your file.
  10. Click on Apply.

Multi Breach Simulation

Show a simulation of a dike breach

Create an in- and outlet