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#ifndef Geom_RectangularPlaneBounds_H
#define Geom_RectangularPlaneBounds_H
#include "DataFormats/GeometryVector/interface/LocalPoint.h"
#include "DataFormats/GeometrySurface/interface/Bounds.h"
/** \class RectangularPlaneBounds
* Rectangular plane bounds.
* Local Coordinate system coincides with center of the box
* with X axis along the width and Y axis along the lenght.
*/
class RectangularPlaneBounds final : public Bounds {
public:
/// Construct from half width (extension in local X),
/// half length (Y) and half thickness (Z)
RectangularPlaneBounds(float w, float h, float t);
~RectangularPlaneBounds() override;
/// Lenght along local Y
float length() const override { return 2 * halfLength; }
/// Width along local X
float width() const override { return 2 * halfWidth; }
/// Thickness of the volume in local Z
float thickness() const override { return 2 * halfThickness; }
// basic bounds function
using Bounds::inside;
bool inside(const Local2DPoint& p) const override {
return (std::abs(p.x()) < halfWidth) && (std::abs(p.y()) < halfLength);
}
bool inside(const Local3DPoint& p) const override {
return (std::abs(p.x()) < halfWidth) && (std::abs(p.y()) < halfLength) && (std::abs(p.z()) < halfThickness);
}
bool inside(const Local2DPoint& p, float tollerance) const override {
return (std::abs(p.x()) < (halfWidth + tollerance)) && (std::abs(p.y()) < (halfLength + tollerance));
}
bool inside(const Local3DPoint& p, const LocalError& err, float scale = 1.f) const override;
bool inside(const Local2DPoint& p, const LocalError& err, float scale = 1.f) const override;
float significanceInside(const Local3DPoint&, const LocalError&) const override;
// compatible of being inside or outside...
std::pair<bool, bool> inout(const Local3DPoint& p, const LocalError& err, float scale = 1.f) const;
Bounds* clone() const override;
private:
float halfWidth;
float halfLength;
float halfThickness;
};
#endif
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