protected List <List <ComparablePredicate> > ComputeOutcomePatterns(ComparablePredicate[] sorted)
{
ComparablePredicate cp = sorted[0];
var newGroup = new List <ComparablePredicate>();
var outcomePatterns = new List <List <ComparablePredicate> >();
foreach (var predicate in sorted)
{
if (cp.CompareTo(predicate) == 0)
{
newGroup.Add(predicate);
}
else
{
cp = predicate;
outcomePatterns.Add(newGroup);
newGroup = new List <ComparablePredicate> {
predicate
};
}
}
outcomePatterns.Add(newGroup);
#if DEBUG
Debug.Print(outcomePatterns.Count + " outcome patterns.");
#endif
return(outcomePatterns);
}
protected internal virtual IList <IList <ComparablePredicate> > compressOutcomes(ComparablePredicate[] sorted)
{
ComparablePredicate cp = sorted[0];
IList <IList <ComparablePredicate> > outcomePatterns = new List <IList <ComparablePredicate> >();
IList <ComparablePredicate> newGroup = new List <ComparablePredicate>();
for (int i = 0; i < sorted.Length; i++)
{
if (cp.CompareTo(sorted[i]) == 0)
{
newGroup.Add(sorted[i]);
}
else
{
cp = sorted[i];
outcomePatterns.Add(newGroup);
newGroup = new List <ComparablePredicate>();
newGroup.Add(sorted[i]);
}
}
outcomePatterns.Add(newGroup);
return(outcomePatterns);
}
protected internal virtual IList <IList <ComparablePredicate> > computeOutcomePatterns(ComparablePredicate[] sorted)
{
ComparablePredicate cp = sorted[0];
IList <IList <ComparablePredicate> > outcomePatterns = new List <IList <ComparablePredicate> >();
IList <ComparablePredicate> newGroup = new List <ComparablePredicate>();
foreach (ComparablePredicate predicate in sorted)
{
if (cp.CompareTo(predicate) == 0)
{
newGroup.Add(predicate);
}
else
{
cp = predicate;
outcomePatterns.Add(newGroup);
newGroup = new List <ComparablePredicate>();
newGroup.Add(predicate);
}
}
outcomePatterns.Add(newGroup);
Console.Error.WriteLine(outcomePatterns.Count + " outcome patterns");
return(outcomePatterns);
}
