public ConvexHull(List <double[]> basePoints)
{
int dimension = basePoints[0].Count();
if (dimension == 0)
{
throw new ArgumentException();
}
if (basePoints.Any(x => x.Count() != dimension))
{
throw new ArgumentException();
}
Dimension = dimension;
_basePoints = AlgorithmHelper.RemoveDuplicates(basePoints);
_max = AlgorithmHelper.GetMaxInListByComponents(_basePoints);
_min = AlgorithmHelper.GetMinInListByComponents(_basePoints);
_notEqMask = _max.Zip(_min, (x, y) => x != y).ToArray();
_realDimension = _notEqMask.Count(x => x);
if (_realDimension > 0)
{
_realPoints = AlgorithmHelper.RemoveDuplicates(AlgorithmHelper.MaskListOfArrays(_basePoints, _notEqMask));
_realMax = AlgorithmHelper.GetArrayByMask(_max, _notEqMask);
_realMin = AlgorithmHelper.GetArrayByMask(_min, _notEqMask);
if (_realDimension > 1)
{
_convexHull = MIConvexHull.ConvexHull.Create(_realPoints);
}
}
CalculateInequalities();
}
public FakeTechnologicalSectionAlgorithm(List <double[]> schedule)
{
_schedule = schedule;
_regimes = AlgorithmHelper.RemoveDuplicates(_schedule);
_normRegimes = AlgorithmHelper.NormalizeByComponents(_regimes);
Period = schedule.Count();
Dimension = schedule[0].Count();
}
