private static List <Relative> AddDescendantRelationship(List <Relative> relativesList, int relativeNumber,
int coordX, int coordY,
bool isFirstIteration, bool isLastIteration,
bool descendantOfProband, double probabilityOfNotCreatingNewRelative)
{
if (isFirstIteration)
{
if (relativesList[0].ChildsList.Count != 0 && random.NextDouble() <= probabilityOfNotCreatingNewRelative)
{
relativesList.Add(relativesList[0].ChildsList[GetNextRandomValue(0, relativesList[0].ChildsList.Count)]);
}
else
{
relativesList.Add(new Relative(
relativeNumber,
RelationshipDegreesDictionary[RelationshipDegreesDictionary.First(x => x.Value.X == coordX && x.Value.Y == coordY).Key],
new List <Relative>(),
new List <Relative>()));
relativesList[relativesList.Count - 1].ParentsList.Add(relativesList[0]);
relativesList[0].ChildsList.Add(relativesList[relativesList.Count - 1]);
}
}
else
{
List <Relative> cleanChildsList = relativesList[relativesList.Count - 1].ChildsList.Where(child => child.RelationshipDegree.X != 0).ToList();
if (((descendantOfProband && relativesList[relativesList.Count - 1].ChildsList.Count != 0) || (!descendantOfProband && cleanChildsList.Count != 0)) &&
random.NextDouble() <= probabilityOfNotCreatingNewRelative && !isLastIteration)
{
if (descendantOfProband)
{
relativesList.Add(relativesList[relativesList.Count - 1].ChildsList[GetNextRandomValue(0, relativesList[relativesList.Count - 1].ChildsList.Count)]);
}
else
{
relativesList.Add(cleanChildsList[GetNextRandomValue(0, cleanChildsList.Count)]);
}
}
else
{
relativesList.Add(new Relative(
relativeNumber,
RelationshipDegreesDictionary[RelationshipDegreesDictionary.First(x => x.Value.X == coordX && x.Value.Y == coordY).Key],
new List <Relative>(),
new List <Relative>()));
relativesList[relativesList.Count - 1].ParentsList.Add(relativesList[relativesList.Count - 2]);
relativesList[relativesList.Count - 2].ChildsList.Add(relativesList[relativesList.Count - 1]);
}
}
return(relativesList);
}
public static List <Relative> AddParentalRelationship(List <Relative> relativesList, int relativeNumber,
int coordX, int coordY,
bool isFirstIteration, bool isLastIteration,
double probabilityOfNotCreatingNewRelative)
{
if (isFirstIteration)
{
if (relativesList[0].ParentsList.Count != 0 && random.NextDouble() <= probabilityOfNotCreatingNewRelative)
{
relativesList.Add(relativesList[0].ParentsList[GetNextRandomValue(0, relativesList[0].ParentsList.Count)]);
}
else
{
relativesList.Add(new Relative(
relativeNumber,
RelationshipDegreesDictionary[RelationshipDegreesDictionary.First(x => x.Value.X == coordX && x.Value.Y == coordY).Key],
new List <Relative>(),
new List <Relative>()));
relativesList[0].ParentsList.Add(relativesList[relativesList.Count - 1]);
relativesList[relativesList.Count - 1].ChildsList.Add(relativesList[0]);
}
}
else
{
if (relativesList[relativesList.Count - 1].ParentsList.Count != 0 && random.NextDouble() <= probabilityOfNotCreatingNewRelative && !isLastIteration)
{
relativesList.Add(relativesList[relativesList.Count - 1].ParentsList[GetNextRandomValue(0, relativesList[relativesList.Count - 1].ParentsList.Count)]);
}
else
{
relativesList.Add(new Relative(
relativeNumber,
RelationshipDegreesDictionary[RelationshipDegreesDictionary.First(x => x.Value.X == coordX && x.Value.Y == coordY).Key],
new List <Relative>(),
new List <Relative>()));
relativesList[relativesList.Count - 2].ParentsList.Add(relativesList[relativesList.Count - 1]);
relativesList[relativesList.Count - 1].ChildsList.Add(relativesList[relativesList.Count - 2]);
}
}
return(relativesList);
}
