public static Rectangle?GetClosestRectangleThatDoesNotIntersectWithOthers(
Point possibleLocation, Size size, Point center, IEnumerable <Rectangle> rectangles)
{
var currentRectangles = GetPossibleRectangles(possibleLocation, size)
.Where(r1 => !rectangles.Select(r2 => RectangleUtils.RectanglesAreIntersected(r1, r2)).Any(t => t)).ToList();
Rectangle?closest = null;
while (true)
{
var newClosest = DistanceUtils.GetClosestToThePointRectangle(center, currentRectangles);
if (newClosest == null)
{
return(closest);
}
closest = newClosest;
currentRectangles = GetRectanglesThatCloserToPoint(center, closest.Value, 1)
.Where(r1 => !rectangles.Select(r2 => RectangleUtils.RectanglesAreIntersected(r1, r2)).Any(t => t)).ToList();
}
}
public static double GetRectangleDiagonal(Rectangle rectangle)
{
return(DistanceUtils.GetDistanceFromPointToPoint(
rectangle.Location,
new PointF(rectangle.Right, rectangle.Bottom)));
}
public static bool ShiftedRectangleIsCloserToPoint(Point point, Rectangle originalRectangle, Rectangle shiftedRectangle)
{
return(DistanceUtils.GetDistanceFromRectangleToPoint(point, shiftedRectangle) <
DistanceUtils.GetDistanceFromRectangleToPoint(point, originalRectangle));
}
