//Construct without financial terms
public TermLevel(SimpleLevelInfo _levelNodeInfo, AtomicRITELevelInfo _levelARTIEInfo)
{
nodeInfo = _levelNodeInfo;
aRITEInfo = _levelARTIEInfo;
hasAtomicRITEs = _levelARTIEInfo.Size > 0 ? true : false;
isAllAtomicRITEs = hasAtomicRITEs && _levelNodeInfo.Size == 0 ? true : false;
}
//Construct without financial terms
public TermLevel(int _numOfNodes, int _numOfARites, int[] _nodePartitions, int[] _aRITEPartitions, int[] _atomicRITEIndicies, int[] _nodeFactorsIndex, int[] _aRiteFactorsIndex)
{
levelsize = _numOfNodes + _numOfARites;
nodeInfo = new SimpleLevelInfo(_nodePartitions, _numOfNodes, _nodeFactorsIndex);
aRITEInfo = new AtomicRITELevelInfo(_aRITEPartitions, NumOfARITEs, _aRiteFactorsIndex, _atomicRITEIndicies);
hasAtomicRITEs = _numOfARites > 0 ? true : false;
isAllAtomicRITEs = hasAtomicRITEs && _numOfNodes == 0 ? true : false;
}
public TermLevel(bool _maxded, bool _percentded, float[] _minDeds, float[] _maxDeds, float[] _limits,
SimpleLevelInfo _levelNodeInfo, AtomicRITELevelInfo _levelARTIEInfo)
{
hasMaxDed = _maxded;
hasPercentDed = _percentded;
minDeds = _minDeds;
maxDeds = _maxDeds;
limits = _limits;
nodeInfo = _levelNodeInfo;
aRITEInfo = _levelARTIEInfo;
hasAtomicRITEs = _levelARTIEInfo.Size > 0 ? true : false;
isAllAtomicRITEs = hasAtomicRITEs && _levelNodeInfo.Size == 0 ? true : false;
}
public TermLevel(int _numOfNodes, int _numOfARites, bool _maxded, bool _percentded, float[] _minDeds, float[] _maxDeds, float[] _limits,
int[] _nodePartitions, int[] _aRITEPartitions, int[] _atomicRITEIndicies, int[] _nodeFactorsIndex, int[] _aRiteFactorsIndex)
{
levelsize = _numOfNodes + _numOfARites;
hasMaxDed = _maxded;
hasPercentDed = _percentded;
hasFranchiseDed = false;
minDeds = _minDeds;
maxDeds = _maxDeds;
limits = _limits;
nodeInfo = new SimpleLevelInfo(_nodePartitions, _numOfNodes, _nodeFactorsIndex);
aRITEInfo = new AtomicRITELevelInfo(_aRITEPartitions, _numOfARites, _aRiteFactorsIndex, _atomicRITEIndicies);
hasAtomicRITEs = _numOfARites > 0 ? true : false;
isAllAtomicRITEs = hasAtomicRITEs && _numOfNodes == 0 ? true : false;
}
public TermLevel(bool _maxded, bool _percentded, float[] _minDeds, float[] _maxDeds, float[] _limits,
SimpleLevelInfo _levelNodeInfo, AtomicRITELevelInfo _levelARTIEInfo
, bool _franchiseded, int[] _franchiseMinDedFlags, int[] _franchiseMaxDedFlags, bool[] _maxDedFlags)
{
hasMaxDed = _maxded;
hasPercentDed = _percentded;
hasFranchiseDed = false;
minDeds = _minDeds;
maxDeds = _maxDeds;
limits = _limits;
franchiseMinDedFlags = _franchiseMinDedFlags;
franchiseMaxDedFlags = _franchiseMaxDedFlags;
//maxDedFlags = _maxDedFlags;
nodeInfo = _levelNodeInfo;
aRITEInfo = _levelARTIEInfo;
hasAtomicRITEs = _levelARTIEInfo.Size > 0 ? true : false;
isAllAtomicRITEs = hasAtomicRITEs && _levelNodeInfo.Size == 0 ? true : false;
}
} //DoLowestLevel
public void DoTermLevels(float[] FactorVector, int level) //only having AtomicRites
{
AtomicRITELevelInfo aRiteInfor = graph.GetAtomicRITEInfo(level).GetaRiteInfo();
SimpleLevelInfo nodeInfo = graph.GetNodeAggInfo(level).GetSimpleLevelInfo();
//Get Rites Factors
int NumOfaRites = aRiteInfor.Size;
int[] aRiteFactorsIndex = aRiteInfor.FactorsIndex;
float[] aRiteFactors = graphstate.GetARITELevelState(level).GetFactors();
for (int i = 0; i < NumOfaRites; i++)
{
int uniqueIndex = aRiteFactorsIndex[i];
if (uniqueIndex == -1)
{
aRiteFactors[i] = 1;
}
else
{
aRiteFactors[i] = FactorVector[uniqueIndex];
}
}
//Get Node Factors
int NumOfNodes = nodeInfo.Size;
int[] nodeFactorsIndex = nodeInfo.FactorsIndex;
float[] nodeFactors = graphstate.GetTermLevelState(level).GetFactors();
for (int i = 0; i < NumOfNodes; i++)
{
int uniqueIndex = nodeFactorsIndex[i];
if (uniqueIndex == -1)
{
nodeFactors[i] = 1;
}
else
{
nodeFactors[i] = FactorVector[uniqueIndex];
}
}
} //DoTermLevels
public AtomicRITELevel(AtomicRITELevelInfo aRITElevelInfo)
{
levelsize = aRITElevelInfo.Size;
aRITEInfo = aRITElevelInfo;
}
public AtomicRITELevel(int[] _partitions, int size, int[] _factorsIndex, int[] _atomicRITEIndicies)
{
levelsize = size;
aRITEInfo = new AtomicRITELevelInfo(_partitions, size, _factorsIndex, _atomicRITEIndicies);
}
