rotcalipers.hpp File Reference

#include <numeric>
#include <functional>
#include <array>
#include <cmath>
#include <libnest2d/geometry_traits.hpp>

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Classes
class	libnest2d::RotatedBox< Pt, Unit >

Namespaces
namespace	libnest2d

Functions
template<class Poly , class Pt = TPoint<Poly>, class Unit = TCompute<Pt>>
Poly	libnest2d::removeCollinearPoints (const Poly &sh, Unit eps=Unit(0))
template<class Pt , class Unit = TCompute<Pt>, class R = TCompute<Pt>>
R	libnest2d::rectarea (const Pt &w, const Pt &vb, const Pt &vr, const Pt &vt, const Pt &vl)
template<class Pt , class Unit = TCompute<Pt>, class R = TCompute<Pt>, class It = typename std::vector<Pt>::const_iterator>
R	libnest2d::rectarea (const Pt &w, const std::array< It, 4 > &rect)
template<class Pt , class Unit = TCompute<Pt>, class R = TCompute<Pt>>
R	libnest2d::rectarea (const Pt &w, const Unit &a, const Unit &b)
template<class R , class Pt , class Unit >
R	libnest2d::rectarea (const RotatedBox< Pt, Unit > &rb)
template<class RawShape , class Unit = TCompute<RawShape>, class Ratio = TCompute<RawShape>, class VisitFn >
void	libnest2d::rotcalipers (const RawShape &sh, VisitFn &&visitfn)
template<class S , class Unit = TCompute<S>, class Ratio = TCompute<S>>
RotatedBox< TPoint< S >, Unit >	libnest2d::minAreaBoundingBox (const S &sh)
template<class RawShape >
Radians	libnest2d::minAreaBoundingBoxRotation (const RawShape &sh)
template<class S , class Unit = TCompute<S>, class Ratio = TCompute<S>>
Radians	libnest2d::fitIntoBoxRotation (const S &shape, const _Box< TPoint< S > > &box, Radians eps=1e-4)