public BoundarySolverResult Clone()
{
BoundarySolverResult res = new BoundarySolverResult();
res.list = new List <RowNode>(list);
res.totalCount = this.totalCount;
return(res);
}
public BoundarySolverResult GetBest(int n)
{
if (n >= resultRepository.Count())
{
return(null);
}
// double max = resultRepository.ElementAt(i).CalculateTotalStall();
// MessageBox.Show(resultRepository.Count().ToString());
BoundarySolverResult res = resultRepository[n];
//writeLog(res.endNode);
return(res);
}
public new List <BoundarySolverResult> Solve()
{
BoundarySolverResult branch = new BoundarySolverResult();
Grow(branch, 0);
foreach (BoundarySolverResult cur in resultRepository)
{
int curValue = cur.CalculateTotalStall();
}
// double max = resultRepository.ElementAt(i).CalculateTotalStall();
// MessageBox.Show(resultRepository.Count().ToString());
resultRepository.Sort((a, b) => (b.totalCount - a.totalCount));
return(this.resultRepository);
}
void Grow(BoundarySolverResult branch, int baseLineID)
{
if (baseLineID >= this.zone.edges.Length)
{
// Change branch
branch.ChangeToInnerLine();
resultRepository.Add(branch);
return;
}
foreach (CarStallMeta meta in CarStallMeta.SINGLE_META_LIST)
{
RowNode newNode = new CarStallRow(
baseLineID,
zone.OffsetInZone(zone.edges[baseLineID], baseLineID, 0),
meta,
zone);
branch.Add(newNode);
Grow(branch.Clone(), baseLineID + 1);
branch.RemoveLast();
}
}
public BoundarySolver(Metric metric, BoundarySolverResult solverResult) : base(metric, solverResult)
{
resultRepository = new List <BoundarySolverResult>();
}