public IWaterPacket GetSourceWater(DateTime Start, TimeSpan TimeStep)
{
foreach (var kvp in _concentrations)
{
((WaterPacket)WaterSample).SetConcentration(kvp.Key, kvp.Value.GetSiValue(Start, Start.Add(TimeStep)));
}
if (OverrideFlowRate.HasValue)
{
_currentFlowRate = OverrideFlowRate.Value;
}
else if (TS != null)
{
_currentFlowRate = TS.GetSiValue(Start, Start.Add(TimeStep));
}
double _routedFlow = _currentFlowRate * TimeStep.TotalSeconds;
//Could be a point
XYPolygon geom = ContactGeometry as XYPolygon;
if (geom != null)
{
_routedFlow *= geom.GetArea();
}
return(WaterSample.DeepClone(_routedFlow));
}
public void AddWaterSampleComputations(WaterSample computation)
{
object computations = this._Computations;
lock (computations)
{
this._Computations.Add(computation);
}
}
public void RemoveWaterSampleComputations(WaterSample computation)
{
object computations = this._Computations;
lock (computations)
{
int num = this._Computations.IndexOf(computation);
if (num != -1)
{
if (num < this._ComputationIndex)
{
this._ComputationIndex--;
}
this._Computations.RemoveAt(num);
}
}
}
public IWaterPacket GetSourceWater(DateTime Start, TimeSpan TimeStep)
{
switch (FlowType)
{
case GWType.Darcy:
CurrentFlowRate = ((XYPolygon)ContactGeometry).GetArea() * HydraulicConductivity * (GroundwaterHead - Connection.WaterLevel) / Distance;
WaterFlow.AddSiValue(Start, Start.Add(TimeStep), CurrentFlowRate);
break;
case GWType.Flow:
CurrentFlowRate = WaterFlow.GetSiValue(Start, Start.Add(TimeStep));
break;
default:
break;
}
return(WaterSample.DeepClone(CurrentFlowRate * TimeStep.TotalSeconds));
}
public void Create()
{
if (this._Samples != null)
{
this.Destroy();
}
Water containingWater = this._Camera._ContainingWater;
if (containingWater != null)
{
Camera cameraComponent = this._Camera.CameraComponent;
this._Samples = new List <WaterSample>();
WaterCameraSubmersion.CreatePlanePoints(cameraComponent, this._Subdivisions, this._Points);
for (int i = 0; i < this._Points.Count; i++)
{
WaterSample waterSample = new WaterSample(containingWater, WaterSample.DisplacementMode.Height, 0.4f);
waterSample.Start(this._Points[i]);
this._Samples.Add(waterSample);
}
}
}
private void RunSamplingTask()
{
try
{
while (this._Run)
{
WaterSample waterSample = null;
object computations = this._Computations;
lock (computations)
{
if (this._Computations.Count != 0)
{
if (this._ComputationIndex >= this._Computations.Count)
{
this._ComputationIndex = 0;
}
waterSample = this._Computations[this._ComputationIndex++];
}
}
if (waterSample == null)
{
Thread.Sleep(2);
}
else
{
object obj = waterSample;
lock (obj)
{
waterSample.ComputationStep(false);
}
}
}
}
catch (Exception threadException)
{
this._ThreadException = threadException;
}
}
public void ReceiveSinkWater(DateTime Start, TimeSpan TimeStep, IWaterPacket Water)
{
WaterSample.Add(Water);
Output.Log(WaterSample, Start, Start.Add(TimeStep));
}
public IWaterPacket GetSourceWater(DateTime Start, TimeSpan TimeStep)
{
MoveInTime(Start, TimeStep);
return(WaterSample.Substract(_exchangeRate * TimeStep.TotalSeconds));
}
