Visualize levee breach from water body inside project area use case (Water Overlay): Difference between revisions

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{{Editor steps|title=visualize a breach
{{Editor steps|title=visualize a breach
|[[How to add and remove an Overlay|Add a Flooding Overlay]].
|[[How to add and remove an Overlay|Add a Flooding Overlay]].
|Configure the Flooding overlay with a [[Basic water model use case (Water Overlay)|basic hydrological system]].
|Configure the Overlay with a [[Basic water model use case (Water Overlay)|basic hydrological system]].
|[[How to add a result type to an overlay|Add a result type]] of type [[Surface last value result type (Water Overlay)|SURFACE_LAST_VALUE]] to the Flooding Overlay (if the result type is not present yet).
|[[How to add a result type to an overlay|Add a result type]] of type [[Surface last value result type (Water Overlay)|SURFACE_LAST_VALUE]] to the Overlay (if the result type is not present yet).
|Either [[How to add a breach manually|manually add a breach]] to the project, or [[How to import a breach|import a breach]].
|Either [[How to add a breach manually|manually add a breach]] to the project, or [[How to import a breach|import a breach]].
|Ensure the overlay is (re)calculated.
|Ensure the overlay is (re)calculated.

Revision as of 09:44, 15 April 2019

When a levee breaks water is free to flow through the breach and onto otherwise dry land. There are multiple ways of simulating a breach in a levee.

This scenario assumes the water body from which water will flow through the levee is located in the project area in its entirety.

Requirements

Before implementing this use-case, make sure you have a basic water model set up. For the specified scenario, the flooding overlay is required.

Also ensure the following in your project, if possible:

  • The hydrological system has a SURFACE_LAST_VALUE or WATER_STRESS result type, either as main result or as a child result type.
  • The simulation is set up to output a reasonable amount of timeframes. For a stabilization case, one timeframe per 12 hours of simulation time is reasonable.

Steps

The use-case can be implemented through the following steps.

How to visualize a breach:
  1. Add a Flooding Overlay.
  2. Configure the Overlay with a basic hydrological system.
  3. Add a result type of type SURFACE_LAST_VALUE to the Overlay (if the result type is not present yet).
  4. Either manually add a breach to the project, or import a breach.
  5. Ensure the overlay is (re)calculated.
  6. Inspect the "Surface last value" result overlay.
  7. Select the "play" option in the overlay's legend. The animation will show the flow of the water from the breach.

Notes

Multiple breaches can be added to the same project.