///-------------------------------------------------------------------------------------------------
/// <summary> Initializes a new instance of the WaterSimDCDC.Generic.SurfaceModel class.</summary>
/// <param name="TheBaseUSGSData"> Information describing the base usgs.</param>
///-------------------------------------------------------------------------------------------------
public SurfaceModel(UnitData TheBaseUSGSData) : base()
{
FUSGSData = TheBaseUSGSData;
if (FUSGSData != null)
{
RegionNumber = FUSGSData.UnitCount;
}
if (RegionNumber > 0)
{
// OK get the orignal USGS water by region
FBaseSurfaceWater = new BasinRegionWater(RegionNumber);
FBaseSurfaceWater.AvailableWater = FUSGSData.BaseUnitData(UDI.SurfaceWaterFld);
// OK create the output water
FTheOutputWater = new SurfaceWaterOutput();
}
}
///-------------------------------------------------------------------------------------------------
/// <summary> Runs the River Model with the given input data.</summary>
///
/// <remarks> Quay, 6/19/2020.</remarks>
///
/// <param name="InputData"> Information describing the input.</param>
///
/// <returns> A RiverModelOutput.</returns>
///-------------------------------------------------------------------------------------------------
public override RiverModelOutput Run(RiverModelInput InputData)
{
SurfaceWaterOutput FSurfaceWater = null;
// Check if inpout is right
if (InputData is SurfaceWaterInput)
{
double TotalSurface = 0;
foreach (int Value in FBaseSurfaceWater.AvailableWater)
{
TotalSurface += (double)Value;
}
double DroughtValue = (double)(InputData as SurfaceWaterInput).DroughtAdjust / 100;
double TempSurface = TotalSurface * DroughtValue;
FSurfaceWater.TotalSurfaceWater = Convert.ToInt32(TempSurface);
}
return(FSurfaceWater);
}
