public LowestCoverLevelInfo(int _numOfArites, int _numOfResidules, int[] _residuleSubAggPartitions, int[] _ariteAggPartitions, int[] _gulossIndices,
int[] _recoverableLevelIndex, int[] _recoverableIndices, int[] _ariteGULossIndicies, int[] _leafCoveraRiteFactorsIndex, int[] _leafCoverResidualFactorsIndex)
{
NumOfArites = _numOfArites;
NumOfResidules = _numOfResidules;
ResiduleSubAggPartitions = _residuleSubAggPartitions;
AriteAggPartitions = _ariteAggPartitions;
GULossIndices = _gulossIndices;
RecoverableLevelIndex = _recoverableLevelIndex;
RecoverableIndices = _recoverableIndices;
LeafCoveraRiteFactorsIndex = _leafCoveraRiteFactorsIndex;
LeafCoverResidualFactorsIndex = _leafCoverResidualFactorsIndex;
PatternInfoGenerator generator = new PatternInfoGenerator();
ApplyFactorPatternForaRite = generator.MakeFactorPatternInfo(_leafCoveraRiteFactorsIndex);
ApplyFactorPatternForResidualRite = generator.MakeFactorPatternInfo(_leafCoverResidualFactorsIndex);
AriteGULossIndices = _ariteGULossIndicies;
}
public SimpleLevelInfo(int[] _partitions, int size, int[] _factorsIndex)
{
Size = size;
Partitions = _partitions;
FactorsIndex = _factorsIndex;
PatternInfoGenerator generator = new PatternInfoGenerator();
PatternInfo = generator.MakePatternInfo(PatternInfoType.Basic, _partitions, size);
ApplyFactorPattern = generator.MakeFactorPatternInfo(_factorsIndex);
}
public DerivedCoverLevel(FunctionType _subjectFunctionType, FunctionType _payoutFunctionType, float[] _mixFunctionMultiplier, float[] _payoutMultiplier, int _numOfNodes, float[] _share,
float[] _codedLim, float[] _codedAttPt, int[] _aggregationPartition, int[] _childrenMap, int[] _factorsIndex)
: base(_payoutFunctionType, _payoutMultiplier, _numOfNodes, _share,
_codedLim, _codedAttPt, _aggregationPartition, _childrenMap, _factorsIndex)
{
subjectFunctionType = _subjectFunctionType;
payoutFunctionType = _payoutFunctionType;
mixFunctionMultiplier = _mixFunctionMultiplier;
PayOutMultiplier = _payoutMultiplier;
FactorsIndex = _factorsIndex;
PatternInfoGenerator generator = new PatternInfoGenerator();
ApplyFactorPattern = generator.MakeFactorPatternInfo(_factorsIndex);
}
public CoverLevel(FunctionType _payoutFunctionType, float[] _payoutMultiplier, int _numOfNodes, float[] _share, float[] _codedLim, float[] _codedAttPt,
int[] _aggregationPartition, int[] _childrenMap, int[] _factorsIndex, params int[] _leafTopCoverList)
{
levelsize = _numOfNodes;
Share = _share;
CodedLimit = _codedLim;
CodedAttPt = _codedAttPt;
AggregationPartitions = _aggregationPartition;
ChildrenMap = _childrenMap;
payoutFunctionType = _payoutFunctionType;
PayOutMultiplier = _payoutMultiplier;
leafTopCoverList = _leafTopCoverList;
FactorsIndex = _factorsIndex;
PatternInfoGenerator generator = new PatternInfoGenerator();
ApplyFactorPattern = generator.MakeFactorPatternInfo(_factorsIndex);
}