| Area |
Area of LID.
This is the area used for rain and evaporation, i.e. if set to 0.5 times the catchment area, then half of the rain falls on the catchment and half of the rain on the LIDs directly. The sum of all Area for all LIDs within a single catchment must be less than the area of the catchment they belong to. For some LIDs (e.g. rain barrel), this area is zero. |
| Areas | A list specifying part of LID area on catchment surfaces. |
| CollectingAreas |
A list specifying LID collecting areas on catchment surfaces.
When entry with the same SurfaceID is also present in Areas then the entry in this list correspond to additional collecting area, which will define collecting surface. This effectively gives that the sum of all collecting areas may be smaller than TotalCollectingArea. |
| Connections | A list specifying connection to other LIDs where the water needs to be transferred. |
| Evaporation |
Evaporation in the LID at the current time step
Unit: [m/s]
(Inherited from LIDBaseOffers) |
| FlowStat | Flow statistics and mass balance |
| FractionOfLIDFlowToRoute |
Fraction of runoff flow from the LIDs that are routed by the catchment.
The remainder will be added directly to the catchment runoff (not routed).
The different catchment types may treat this differently. Default value: 1. Unit: [fraction] |
| Infiltration |
Infiltration in the LID at the current time step
Unit: [m/s]
(Inherited from LIDBaseOffers) |
| InitialSaturation |
Initial saturation fraction.
For storage, this fraction is used to calculate the initial storage depth. Default value: 0. Unit: [fraction]. |
| Name | Name of the LID |
| NumberOfUnits | Number of LID units handled by this LID instance |
| ReportPath |
Path and name for report file.
If null or empty, no report file is created. Use only for testing and validating model - file can become quite big. |
| Runoff | Runoff from LID at the current time step Unit: [m3/s] |
| TotalCollectingArea |
Total collecting area is the area from which water is routed through the LIDS,
either because rain is falling directly on the LIDs (Area) or
when catchment rain (after losses) is routed to the LIDs.
This area is used by the catchment to figure out how much water should be
routed to the LIDs, effectively splitting the catchment area in 3 parts:
The TotalCollectingArea cannot be smaller than Area. The sum of all TotalCollectingArea for all LIDs within a single catchment must be less than the area of the catchment they belong to. |
| Width |
Width of a single unit
Used for routing calculations |