public Rect(Point <T> pt1, Point <T> pt2) { bool xCondition = GenericArithmetic <T> .gt(pt1.x, pt2.x); bool yCondition = GenericArithmetic <T> .gt(pt1.x, pt2.x); if (xCondition) // pt1.x > pt2.x { x = pt2.x; width = GenericArithmetic <T> .substract(pt1.x, pt2.x); } else { x = pt1.x; width = GenericArithmetic <T> .substract(pt2.x, pt1.x); } if (yCondition) // pt1.y > pt2.y { y = pt2.y; height = GenericArithmetic <T> .substract(pt1.y, pt2.y); } else { y = pt1.y; height = GenericArithmetic <T> .substract(pt2.y, pt1.y); } }
public bool contains(Point <T> pt) { var br = bottomRight; return(!GenericArithmetic <T> .lt(pt.x, x) && !GenericArithmetic <T> .lt(pt.y, y) && !GenericArithmetic <T> .gt(pt.x, br.x) && !GenericArithmetic <T> .gt(pt.y, br.y)); }
public static Rect <T> operator |(Rect <T> a, Rect <T> b) { var abr = a.bottomRight; var bbr = b.bottomRight; T x = GenericArithmetic <T> .lt(a.x, b.x) ? a.x : b.x; T y = GenericArithmetic <T> .lt(a.y, b.y) ? a.y : b.y; T w = GenericArithmetic <T> .substract( GenericArithmetic <T> .gt(abr.x, bbr.x)?abr.x : bbr.x, x); T h = GenericArithmetic <T> .substract( GenericArithmetic <T> .gt(abr.y, bbr.y)?abr.y : bbr.y, y); return(new Rect <T>(x, y, w, h)); }