/// <summary>
/// returns "count" of closest words for target representation
/// </summary>
public DistanceTo[] Distance(Representation representation, int maxCount)
{
return(representation.GetClosestFrom(Words.Where(v => v != representation), maxCount));
}
/// <summary>
/// If wordA is wordB, then wordC is...
/// Returns "count" of best fits for the result
/// </summary>
public DistanceTo[] Analogy(Representation wordA, Representation wordB, Representation wordC, int count)
{
var cummulative = wordB.Substract(wordA).Add(wordC);
return(cummulative.GetClosestFrom(Words.Where(t => t != wordA && t != wordB && t != wordC), count));
}
public DistanceTo Distance(IEnumerable <Representation> representations, Representation B)
{
return(representations.Select(GetCosineDistanceTo)
.Where(x => x.Representation == B)
.First());
}
public DistanceTo Distance(Representation A, Representation B)
{
return(A.Distance(Words.Where(v => v != A), B));
}
public DistanceTo[] DistanceWithStartWithOut(Representation representation, int maxCount, string startWithout)
{
return(representation.GetClosestFromWithout(Words.Where(v => v != representation), maxCount, startWithout));
}
public DistanceTo(Representation representation, double distanceValue)
{
_representation = representation;
_distanceValue = distanceValue;
}
public LinkedDistance(Representation representation, TLinked linkedObject, double distance)
{
_distance = new DistanceTo(representation, distance);
_linkedObject = linkedObject;
}
