private void FixNearItems(TypeItem ImpassibleType, TypeItem typeself)
{
List <ItemDistanceTo> nearFixedList = new List <ItemDistanceTo>();
foreach (var near in NearItems)
{
Ray FromMainToFix = new Ray(CurrentPoint, near.CurrentItem.CurrentPoint);
if ((typeself.Sequence.items != null && typeself.Sequence.Cross(FromMainToFix, false)) || (ImpassibleType != null && ImpassibleType.Sequence.Cross(FromMainToFix, false)))
{
nearFixedList.Add(near);
}
else
{
foreach (var near2 in NearItems)
{
foreach (var type in near2.CurrentItem.Types)
{
if (type.Sequence.Cross(FromMainToFix, false))
{
nearFixedList.Add(near);
break;
}
}
}
}
}
DifferenceNears(nearFixedList);
}
public Item(Point point, Form1 form, TypeItem type)
{
ID = _id++;
CurrentPoint = point;
_form = form;
Types.Add(type);
CreatePanel();
//FindNearItems(allItems);
}
public Item(List <Item> allItems, Form1 form, Point point, TypeItem type, TypeItem ImpassibleType = null)
{
ID = _id++;
CurrentPoint = point;
CurrentCircle = new Circle(point, 40);
_form = form;
Types.Add(type);
CreatePanel();
FindNearItems(allItems);
FixNearItems(ImpassibleType, type);
}
public override bool Equals(Object type)
{
if ((type == null) || !this.GetType().Equals(type.GetType()))
{
return(false);
}
else
{
TypeItem p = (TypeItem)type;
return(this.Name == p.Name && this.Sequence.Equals(p.Sequence));
}
}
public ImpossibleItem(List <Item> allItems, Form1 form, TypeItem generalType, TypeItem typeInner, TypeItem typeOuter) : base(generalType.Sequence.items[generalType.Sequence.items.Count - 2].CurrentPoint)
{
itemInner = new Item(allItems, form, TakePoint(generalType.Sequence.items, true), typeInner, generalType);
itemOuter = new Item(allItems, form, TakePoint(generalType.Sequence.items, false), typeOuter, generalType);
}
