} //Execute
private ExecutionOutput ExecuteWindow(TimeWindow timewindow, GUInputEngine guLossesEngine)
{
ApplyWindowToGU(timewindow); //unrestricted, raintest
List <CoverNode> TopCovers = graph.TopNodes.OfType <CoverNode>().ToList();
ExecutionOutput totalExOutput = new ExecutionOutput();
foreach (CoverNode coverNode in TopCovers)
{
totalExOutput += ExecuteCover(guLossesEngine, coverNode);
}
return(totalExOutput);
}
} //Execute
public double Execute(GUInputEngine guinputengine)
{
GetGUForAtomicRITEs(guinputengine);
List <TimeWindow> timewindows;
if (graph.Declarations.IsHoursClause)
{
timewindows = guinputengine.GenerateWindows(graph.Declarations.HoursClauses[0].Duration);
}
else
{
timewindows = new List <TimeWindow>()
{
new TimeWindow()
}
};
List <ExecutionOutput> lst_execoutputs = new List <ExecutionOutput>();
foreach (TimeWindow tw in timewindows)
{
lst_execoutputs.Add(ExecuteWindow(tw, guinputengine));
}
//find the timewindow that has the maximum payout
ExecutionOutput MaxPayout_ExecutionOutput = lst_execoutputs.First();
foreach (ExecutionOutput exout in lst_execoutputs)
{
if (exout.Payout > MaxPayout_ExecutionOutput.Payout)
{
MaxPayout_ExecutionOutput = exout;
}
}
graph.exResults = MaxPayout_ExecutionOutput;
return(MaxPayout_ExecutionOutput.Payout);
} //Execute