public List <U> theNodes = new List <U>(); // 2 or 3 elements in this list
public Node(Monoid <V> aMonoid, U u1, U u2)
{
theMonoid = aMonoid;
theNodes.Add(u1);
theNodes.Add(u2);
PreCalcMeasure = theMonoid.theOp(u1.Measure(), u2.Measure());
}
public V Measure()
{
V result = theMonoid.zero;
foreach (U u in digNodes)
{
result = theMonoid.theOp(result, u.Measure());
}
return(result);
}
public Node(Monoid <V> aMonoid, List <U> listU)
{
theMonoid = aMonoid;
theNodes = listU;
PreCalcMeasure = theMonoid.zero;
foreach (U u in theNodes)
{
PreCalcMeasure = theMonoid.theOp(PreCalcMeasure, u.Measure());
}
}
public Node(Monoid <V> aMonoid, U u1, U u2, U u3)
{
theMonoid = aMonoid;
theNodes.Add(u1);
theNodes.Add(u2);
theNodes.Add(u3);
PreCalcMeasure = theMonoid.zero;
foreach (U u in theNodes)
{
PreCalcMeasure = theMonoid.theOp(PreCalcMeasure, u.Measure());
}
}
public DeepFTreeM(Monoid <M> aMonoid,
Digit <T, M> frontDig,
FTreeM <Node <T, M>, M> innerFT,
Digit <T, M> backDig)
{
if (frontDig.digNodes.Count > 0)
{
theMonoid = aMonoid;
this.frontDig = frontDig;
this.innerFT = innerFT;
this.backDig = backDig;
PreCalcMeasure = theMonoid.zero;
PreCalcMeasure = theMonoid.theOp(PreCalcMeasure, frontDig.Measure());
PreCalcMeasure = theMonoid.theOp(PreCalcMeasure, innerFT.Measure());
PreCalcMeasure = theMonoid.theOp(PreCalcMeasure, backDig.Measure());
}
else
{
throw new Exception("The DeepFTree() constructor is passed an empty frontDig !");
}
}