Demo Breach Project FAQ & More: Difference between revisions
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==FAQ== | ==FAQ== | ||
* | ; Why does water sometimes stop and then resume flowing across the terrain? | ||
: | : Water is affected in subtle and less subtle ways by a large number of factors: the slope of the terrain, the roughness of the ground, the amount of water and the direction it moves in, just to name a few. In the case of a flooding, by far the greatest factor is the elevation, and the impulse of the water. For a more detailed insight into the how water behaves in any particular location, especially where the flow speed varies, the measuring tool can be of help. Use the line mode of the measuring tool and create a measuring line across the location where water flow stops and later resumes. It's very likely that you will find that the water is blocked by an elevation of the terrain, until the water level has increased to the point where it can flow over the barrier. More information on water flow: | ||
* | :* [[Surface model (Water Overlay)]] | ||
: | :* [[Elevation model (Water Overlay)]] | ||
:* [[Measuring tool]] | |||
; Are there more options for mitigating the effects of a flooding? | |||
: Currently, only 1 simple option to affect the calculation is available. In reality (and in the {{software}}), more spatial actions exist such as the creation of canals or retention ponds, or changing the configuration of hydraulic structures allowing more or less water to flow through. More information on mitigations: | |||
:* [[Action]] | |||
:* [[Hydraulic structures (Water Overlay)]] | |||
==Support== | ==Support== | ||
In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available: | In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available: | ||
Revision as of 15:25, 22 January 2020
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FAQ
- Why does water sometimes stop and then resume flowing across the terrain?
- Water is affected in subtle and less subtle ways by a large number of factors: the slope of the terrain, the roughness of the ground, the amount of water and the direction it moves in, just to name a few. In the case of a flooding, by far the greatest factor is the elevation, and the impulse of the water. For a more detailed insight into the how water behaves in any particular location, especially where the flow speed varies, the measuring tool can be of help. Use the line mode of the measuring tool and create a measuring line across the location where water flow stops and later resumes. It's very likely that you will find that the water is blocked by an elevation of the terrain, until the water level has increased to the point where it can flow over the barrier. More information on water flow:
- Are there more options for mitigating the effects of a flooding?
- Currently, only 1 simple option to affect the calculation is available. In reality (and in the Tygron Platform), more spatial actions exist such as the creation of canals or retention ponds, or changing the configuration of hydraulic structures allowing more or less water to flow through. More information on mitigations:
Support
In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:
Want more?
If you would like to do more with the Tygron Platform, please upgrade your trial license to Bronze (or higher).
| <<Previous page | <<<Back to start |