FFTEtaLogPtConeRadiusMapper< MyJet, Adjustable > Class Template Reference

#include <FFTJetScaleCalculators.h>

Inheritance diagram for FFTEtaLogPtConeRadiusMapper< MyJet, Adjustable >:

Public Member Functions
	FFTEtaLogPtConeRadiusMapper (std::shared_ptr< npstat::AbsMultivariateFunctor > f)
Public Member Functions inherited from AbsFFTJetScaleCalculator< MyJet, Adjustable >
	AbsFFTJetScaleCalculator (std::shared_ptr< npstat::AbsMultivariateFunctor > f)
double	scale (const MyJet &jet, const Adjustable &current) const
virtual	~AbsFFTJetScaleCalculator ()

Private Member Functions
void	map (const MyJet &jet, const Adjustable &current, double *buf, const unsigned dim) const

Additional Inherited Members
Public Types inherited from AbsFFTJetScaleCalculator< MyJet, Adjustable >
typedef Adjustable	adjustable_type
typedef MyJet	jet_type

Detailed Description

template<class MyJet, class Adjustable>
class FFTEtaLogPtConeRadiusMapper< MyJet, Adjustable >

Definition at line 12 of file FFTJetScaleCalculators.h.

Constructor & Destructor Documentation

template<class MyJet , class Adjustable >

FFTEtaLogPtConeRadiusMapper< MyJet, Adjustable >::FFTEtaLogPtConeRadiusMapper ( std::shared_ptr< npstat::AbsMultivariateFunctor >  f )

inlineexplicit

Definition at line 16 of file FFTJetScaleCalculators.h.

        : AbsFFTJetScaleCalculator<MyJet, Adjustable>(f) {}

Member Function Documentation

template<class MyJet , class Adjustable >

void FFTEtaLogPtConeRadiusMapper< MyJet, Adjustable >::map ( const MyJet &  jet, const Adjustable &  current, double *  buf, const unsigned  dim  ) const

inlineprivatevirtual

Implements AbsFFTJetScaleCalculator< MyJet, Adjustable >.

Definition at line 21 of file FFTJetScaleCalculators.h.

References edm::hlt::Exception, and log.

    {
        assert(buf);
        if (dim != 3)
            throw cms::Exception("FFTJetBadConfig")
                << "In FFTEtaLogPtConeRadiusMapper::map: "
                << "invalid table dimensionality: "
                << dim << std::endl;
        buf[0] = current.vec().eta();
        buf[1] = log(current.vec().pt());
        buf[2] = jet.getFFTSpecific().f_recoScale();
    }