A storage unit for floating point x and y coordinates. The x and y
coordinates can be accessed directly. For example:
PointF pt;
pt.x = 1.98;
pt.y = 2.23;
| Method Summary: | ||
| PointF::PointF | (); | |
| PointF::PointF | (double x, double y); | |
| void | PointF::set | (double x, double y); |
| double | PointF::distance | (const PointF& p1, const PointF& p2); |
| double | PointF::distanceTo | (const PointF& p1); |
| PointF::PointF |
| PointF::PointF(); Constructs a new point with double precision coordinates. |
| PointF::PointF | |||||||||
| PointF::PointF(double x, double y); Constructs a new PointF with the specified x and y values. | |||||||||
| |||||||||
| void PointF::set | |||||||||
| void PointF::set(double x, double y); Sets the x and y values. | |||||||||
| |||||||||
| double PointF::distance | |||||||||
| double PointF::distance(const PointF& p1, const PointF& p2); Calculates the distance between the two points. Note that this is a static function. | |||||||||
| |||||||||
| double PointF::distanceTo | ||||||
| double PointF::distanceTo(const PointF& p1); Calculates the distance to the given point. | ||||||
| ||||||