internal override bool GetCollisionLine(CollisionLine obj)
{
return obj.GetCollision(this);
}
internal override bool GetCollisionLine(CollisionLine obj)
{
Apply();
Vector2 end = obj.End;
if (!outCircle.GetCollision(obj)) return false;
if (inCircle.GetCollision(obj)) return true;
for (int i = 0; i < temp.Length; i++)
{
if (obj.GetCollision(Line(i))) return true;
}
return false;
}
internal override bool GetCollisionLine(CollisionLine obj)
{
if (MathUtilXNA.Cross(Line, obj.Position - Position) * MathUtilXNA.Cross(Line, obj.End - Position) <= 0
&& MathUtilXNA.Cross(obj.Line, Position - obj.Position) * MathUtilXNA.Cross(obj.Line, End - obj.Position) <= 0) return true;
return false;
}
internal abstract bool GetCollisionLine(CollisionLine obj);
internal override bool GetCollisionLine(CollisionLine obj)
{
if (obj.Position.X > Left && obj.Position.X < Right && obj.Position.Y < Top && obj.Position.Y > Bottom) return true;
if (obj.End.X > Left && obj.End.X < Right && obj.End.Y < Top && obj.End.Y > Bottom) return true;
if (MathUtilXNA.Cross(obj.Line, TopLeft - obj.Begin) * MathUtilXNA.Cross(obj.Line, BottomRight - obj.Begin) <= 0) return true;
if (MathUtilXNA.Cross(obj.Line, TopRight - obj.Begin) * MathUtilXNA.Cross(obj.Line, BottomLeft - obj.Begin) <= 0) return true;
return false;
}