Max water bottom m (Water Overlay): Difference between revisions
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|unit={{mdatum}} | |unit={{mdatum}} | ||
|description=The maximum height for the bottoms of [[terrain water (Water Overlay)|water terrain]]s. Any [[terrain water (Water Overlay)|water terrain]] with a bottom at a higher {{datum}} height has its bottom lowered to this value. | |description=The maximum height for the bottoms of [[terrain water (Water Overlay)|water terrain]]s. Any [[terrain water (Water Overlay)|water terrain]] with a bottom at a higher {{datum}} height has its bottom lowered to this value. | ||
}} | |icon=Max_water_bottom_m.png | ||
</onlyinclude>}} | |defaultvalue=10000 | ||
}}</onlyinclude>}} | |||
This functionality can be used to resolve some instances where an irregular bottom of [[terrain water (Water Overlay)|waterways]] would inhibit the proper flow of water. Because in slow-moving models there is little difference to to deep or shallow water if the amount of water flowing to adjacent cells is minimal, setting this attribute to a sufficiently low value can allow water to flow uninhibited by artifacts in the height of the waterway's bottom. | This functionality can be used to resolve some instances where an irregular bottom of [[terrain water (Water Overlay)|waterways]] would inhibit the proper flow of water. Because in slow-moving models there is little difference to to deep or shallow water if the amount of water flowing to adjacent cells is minimal, setting this attribute to a sufficiently low value can allow water to flow uninhibited by artifacts in the height of the waterway's bottom. |
Latest revision as of 08:22, 10 February 2022
Icon | Attribute | Unit | Range | Description | Default value |
---|---|---|---|---|---|
MAX_WATER_BOTTOM_M | m + datum | The maximum height for the bottoms of water terrains. Any water terrain with a bottom at a higher datum height has its bottom lowered to this value. | 10000 |
This functionality can be used to resolve some instances where an irregular bottom of waterways would inhibit the proper flow of water. Because in slow-moving models there is little difference to to deep or shallow water if the amount of water flowing to adjacent cells is minimal, setting this attribute to a sufficiently low value can allow water to flow uninhibited by artifacts in the height of the waterway's bottom.