//! From <ComputationData>
public override int comapareTo(ComputationData other, Func <ComputationData, int> criteria)
{
if (other.Tag == Tag) // TAGNEIGHBORHOOD
{
int ranking_this = Size;
int ranking_other = ((Neighborhood)other).Size;
int difference = ranking_this - ranking_other;
return((difference == 0) ? 0 : difference / Math.Abs(difference));
}
else
{
throw new Exception("(POSL Exception) Not compearing allowed (Neighborhood::comapareTo)");
}
}
//std::shared_ptr<FactoryPacker> DecisionPair::BuildPacker(){ return std::make_shared<FactoryDecisionPairPacker>(shared_from_this()); }
//! From <ComputationData>
public override int comapareTo(ComputationData other, Func <ComputationData, int> criteria)
{
if (other.Tag == this.Tag)
{
int ranking_this = criteria(found);
int ranking_other = criteria(((DecisionPair)other).GetFound);
int difference = ranking_this - ranking_other;
return((difference == 0) ? 0 : difference / Math.Abs(difference));
}
else
{
throw new Exception("(POSL Exception) Not compearing allowed (DecisionPair::comapareTo)");
}
}
//shared_ptr<FactoryPacker> Solution::BuildPacker(){ return make_shared<FactorySolutionPacker>(shared_from_this()); }
//! From <ComputationData>
public override int comapareTo(ComputationData other, Func <ComputationData, int> criteria)
{
if (other.Tag == Tag) // TAGSOLUTION
{
int ranking_this = criteria(this);
int ranking_other = criteria((Solution)other);
int difference = ranking_this - ranking_other;
return((difference == 0) ? 0 : difference / Math.Abs(difference));
}
else
{
throw new Exception("(POSL Exception) Not compearing allowed (Solution::comapareTo)");
}
}
//! Compare this object with other, given a function (criteria)
/*!
* \param other The ComputationData to compare with.
* \param criteria A function (criteria).
* \return -1 if THIS is lower, 1 if THIS is bigger, 0 if equals
*/
public abstract int comapareTo(ComputationData other, Func <ComputationData, int> criteria);