private static RelationshipDegree GetTrueRelationshipDegree(Relative zeroRelative, Relative firstRelative, List <RelationshipDegree> possibleRelationshipDegreesList)
{
RelationshipDegree trueRelationshipDegree = null;
foreach (RelationshipDegree possibleRelationshipDegree in possibleRelationshipDegreesList)
{
if (possibleRelationshipDegree.RelationshipDegreeNumber == 0)
{
trueRelationshipDegree = possibleRelationshipDegree;
}
else
{
if (AncestorList.Contains(possibleRelationshipDegree.RelationshipDegreeNumber))
{
int yDistanceToMRCA = possibleRelationshipDegree.Y;
List <Relative> parentsList = GetParentsListInSelectedGeneration(zeroRelative, yDistanceToMRCA);
if (parentsList.Contains(firstRelative))
{
trueRelationshipDegree = possibleRelationshipDegree;
break;
}
}
else if (DescendantsList.Contains(possibleRelationshipDegree.RelationshipDegreeNumber))
{
int yDistanceToMRCA = possibleRelationshipDegree.Y;
List <Relative> childsList = GetChildsListInSelectedGeneration(zeroRelative, yDistanceToMRCA);
if (childsList.Contains(firstRelative))
{
trueRelationshipDegree = possibleRelationshipDegree;
break;
}
}
else
{
int yDistanceToMRCAFromZeroPerson = possibleRelationshipDegree.X;
List <Relative> parentsListOfZeroPerson = GetParentsListInSelectedGeneration(zeroRelative, yDistanceToMRCAFromZeroPerson);
int yDistanceToMRCAFromFirstPerson = possibleRelationshipDegree.X - possibleRelationshipDegree.Y;
List <Relative> parentsListOfFirstPerson = GetParentsListInSelectedGeneration(firstRelative, yDistanceToMRCAFromFirstPerson);
if (parentsListOfZeroPerson.Intersect(parentsListOfFirstPerson).ToList().Count > 0)
{
trueRelationshipDegree = possibleRelationshipDegree;
break;
}
}
}
}
return(trueRelationshipDegree);
}
/*
* Проверка того, что число предков исследуемого лица не равно нулю.
*/
public static bool IsNumberOfAncestorsNotZero(float[][] generatedOutputMatrix,
List <int> persons, int person,
List <int> relatives, int relative)
{
bool numberOfAncestorsNotZero = false;
numberOfAncestorsNotZero = (from prevPerson in Enumerable.Range(1, person - 1)
where AncestorList.Contains((int)generatedOutputMatrix[persons[prevPerson]][relatives[relative]]) &&
0 != generatedOutputMatrix[persons[prevPerson]][persons[person]]
select prevPerson).Any();
return(numberOfAncestorsNotZero);
}
/*
* Проверка того, что число данных степеней родства у данного лица уже максимально.
*/
public static bool IsCountOfRelativesOfThisTypeAlreadyMax(float[][] generatedOutputMatrix,
List <int> relatives, int relative,
int[][] ancestorsCurrentCountMatrix)
{
bool countOfRelativesOfThisTypeAlreadyMax = false;
if (AncestorList.Contains((int)generatedOutputMatrix[0][relatives[relative]]))
{
countOfRelativesOfThisTypeAlreadyMax =
(from i in Enumerable.Range(0, AncestorList.Count)
where AncestorList[i] == (int)generatedOutputMatrix[0][relatives[relative]]
where RelationshipDegreesDictionary[AncestorList[i]].RelationshipMaxCount == ancestorsCurrentCountMatrix[0][i]
select i).Any();
}
return(countOfRelativesOfThisTypeAlreadyMax);
}
