/// <summary>
/// Part of the IFlowHandler interface. Called when the PipeLineValue is raised.
/// Updates all the values of the connected pipelines.
/// </summary>
public void AdjustPipelineValues()
{
if (OutcomePipeline == null)
{
return;
}
double upperFlow = 0;
double lowerFlow = 0;
if (this.UpperIncomePipeline != null)
{
upperFlow = this.UpperIncomePipeline.CurrentFlow;
}
if (this.LowerIncomePipeline != null)
{
lowerFlow = this.LowerIncomePipeline.CurrentFlow;
}
this.OutcomePipeline.ChangeCurrentFlow(upperFlow + lowerFlow);
IFlowHandler outcomeElement = OutcomePipeline.EndComponent as IFlowHandler;
if (outcomeElement != null && OutcomePipeline.EndComponent != this)
{
outcomeElement.AdjustPipelineValues();
}
}
/// <summary>
/// Changes the max flow of the pipeline if it is bigger than the current flow.
/// </summary>
/// <param name="newMaxFlow">The new value for the max flow.</param>
public void ChangeMaxFlow(double newMaxFlow)
{
if (newMaxFlow >= CurrentFlow)
{
this.MaxFlow = newMaxFlow;
}
Pump p = StartComponent as Pump;
if (p != null)
{
this.ChangeCurrentFlow(p.Flow);
}
IFlowHandler flowHandlerStart = StartComponent as IFlowHandler;
if (flowHandlerStart != null)
{
flowHandlerStart.AdjustPipelineValues();
}
IFlowHandler flowHandlerEnd = EndComponent as IFlowHandler;
if (flowHandlerEnd != null)
{
flowHandlerEnd.AdjustPipelineValues();
}
}
/// <summary>
/// Part of the IFlowHandler interface. Called when the PipeLineValue is raised.
/// Updates all the values of the connected pipelines.
/// </summary>
public void AdjustPipelineValues()
{
if (this.UpperOutcomePipeline != null)
{
double currentPercentage = ((double)UpperOutComePercentage) / 100;
double newFlow = 0;
if (IncomePipeline != null)
{
newFlow = IncomePipeline.CurrentFlow * currentPercentage;
}
this.UpperOutcomePipeline.ChangeCurrentFlow(newFlow);
IFlowHandler flowHandler = UpperOutcomePipeline.EndComponent as IFlowHandler;
if (flowHandler != null && UpperOutcomePipeline.EndComponent != this)
{
flowHandler.AdjustPipelineValues();
}
}
if (this.LowerOutcomePipeline != null)
{
double currentPercentage = ((double)LowerOutComePercentage) / 100;
double newFlow = 0;
if (IncomePipeline != null)
{
newFlow = IncomePipeline.CurrentFlow * currentPercentage;
}
this.LowerOutcomePipeline.ChangeCurrentFlow(newFlow);
IFlowHandler flowHandler = LowerOutcomePipeline.EndComponent as IFlowHandler;
if (flowHandler != null && LowerOutcomePipeline.EndComponent != this)
{
flowHandler.AdjustPipelineValues();
}
}
}
/// <summary>
/// Sets the flow of the pump if it does not exceed its capacity.
/// </summary>
/// <param name="max">The capacity of the pump.</param>
/// <param name="current">The current flow of the pump.</param>
public void SetFlow(double max, double current)
{
if (current <= max)
{
this.Flow = current;
this.Capacity = max;
if (OutcomePipeline != null)
{
this.OutcomePipeline.ChangeCurrentFlow(current);
IFlowHandler flowHandler = OutcomePipeline.EndComponent as IFlowHandler;
if (flowHandler != null)
{
flowHandler.AdjustPipelineValues();
}
}
}
}