IEnumerable <Quardant> YouthWaysOn(Quardant quardant, CellsGroup group)
{
return(quardant.neighbours.Where(x => !x.ContainYouthOf(this, group.generation) &&
!x.ContainParentsOf(group) &&
!x.ContainPredecessorOf(group)
));
}
public CellsGroup Propagate()
{
var n = new CellsGroup()
{
id = tribe.GenId(),
generation = generation + 1,
precursorId = id,
precursor = this,
pole = pole,
tribe = tribe,
propagation = propagation,
amount = 0,
quadrantFree = 0,
};
propagations.Add(n);
tribe.groups.Add(n);
return(n);
}
public bool IsOlderThan(CellsGroup x)
{
return(SameDimension(x) &&
x.generation > this.generation);
}
public bool IsPredecessorOf(CellsGroup x)
{
return(SameDimension(x) &&
this.generation == x.generation - 1);
}
public bool IsParentOf(CellsGroup x)
{
return(SameDimension(x) &&
x.precursorId == this.id);
}
public bool SameDimension(CellsGroup x)
{
return(x.tribe == this.tribe &&
x.pole == this.pole);
}
public bool ContainPredecessorOf(CellsGroup group)
{
return(content.Exists(x => x.IsPredecessorOf(group)));
}
public bool ContainOlderThan(CellsGroup group)
{
return(content.Exists(x => x.IsOlderThan(group)));
}
public bool ContainParentsOf(CellsGroup group)
{
return(content.Exists(x => x.IsParentOf(group)));
}