Avg shore width m (Water Overlay): Difference between revisions

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Water polygons supplied by Geo data often do not include the shorelines around it, which could still contain water due to overflowing. Additionally, shorelines are important for the interaction between ground water and water ways.  
Water polygons supplied by Geo data often do not include the shorelines around it, which could still contain water due to overflowing. Additionally, shorelines are important for the interaction between ground water and water ways.  


<gallery mode=nolines>
<gallery mode=nolines withs=300px>
File:Wateroverlay_avg_shore_width_3m.png|[[Water Overlay]] set to [[Surface water (Water Overlay)|Grid Averaging Waterways]] and a configured average shore width of 3m.
File:Wateroverlay_avg_shore_width_3m.png|[[Water Overlay]] set to [[Surface water (Water Overlay)|Grid Averaging Waterways]] and a configured average shore width of 3m.
File:Wateroverlay_avg_shore_width_10m.png|[[Water Overlay]] set to [[Surface water (Water Overlay)|Grid Averaging Waterways]] and a configured average shore width of 10m.
File:Wateroverlay_avg_shore_width_10m.png|[[Water Overlay]] set to [[Surface water (Water Overlay)|Grid Averaging Waterways]] and a configured average shore width of 10m.

Revision as of 15:29, 29 January 2024

Average shore width can be configured in the Simulation Settings step.

Water polygons supplied by Geo data often do not include the shorelines around it, which could still contain water due to overflowing. Additionally, shorelines are important for the interaction between ground water and water ways.

Notes

  • This option is only used when the surface water mode is set to Grid Averaging.
  • As indicated by the range, the average shore width is converted to a grid cell amount; the average shore width is divided by the grid cell size.

How-to's