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template<class T > |
T | lsst::afw::math::details::norm (const T &x) |
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template<class T > |
T | lsst::afw::math::details::real (const T &x) |
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template<class T > |
T | lsst::afw::math::details::Epsilon () |
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template<class T > |
T | lsst::afw::math::details::MinRep () |
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template<class T > |
T | lsst::afw::math::details::rescale_error (T err, T const &resabs, T const &resasc) |
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template<typename UnaryFunctionT , typename Arg > |
bool | lsst::afw::math::details::intGKPNA (UnaryFunctionT func, IntRegion< Arg > ®, Arg const epsabs, Arg const epsrel, std::map< Arg, Arg > *fxmap=nullptr) |
| Non-adaptive integration of the function f over the region 'reg'.
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template<typename UnaryFunctionT , typename Arg > |
void | lsst::afw::math::details::intGKP (UnaryFunctionT func, IntRegion< Arg > ®, Arg const epsabs, Arg const epsrel, std::map< Arg, Arg > *fxmap=nullptr) |
| An adaptive integration algorithm which computes the integral of f over the region reg.
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template<class UF > |
AuxFunc1< UF > | lsst::afw::math::details::Aux1 (UF uf) |
| Auxiliary function 1.
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template<class UF > |
AuxFunc2< UF > | lsst::afw::math::details::Aux2 (UF uf) |
| Auxiliary function 2.
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template<class BF , class Tp > |
binder2_1< BF > | lsst::afw::math::details::bind21 (const BF &oper, const Tp &x) |
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template<class TF , class Tp > |
binder3_1< TF > | lsst::afw::math::details::bind31 (const TF &oper, const Tp &x) |
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template<typename UnaryFunctionT , typename Arg > |
Arg | lsst::afw::math::int1d (UnaryFunctionT func, IntRegion< Arg > ®, Arg const &abserr=DEFABSERR, Arg const &relerr=DEFRELERR) |
| Front end for the 1d integrator.
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template<typename UnaryFunctionT , typename Arg > |
auto | lsst::afw::math::integrate (UnaryFunctionT func, Arg const a, Arg const b, double eps=1.0e-6) |
| The 1D integrator.
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template<typename BinaryFunctionT , typename X , typename Y > |
auto | lsst::afw::math::integrate2d (BinaryFunctionT func, X x1, X x2, Y y1, Y y2, double eps=1.0e-6) |
| The 2D integrator.
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