npstat::RatioResponseIntervalBuilder< Point > Class Template Reference

Inheritance diagram for npstat::RatioResponseIntervalBuilder< Point >:

Public Types
typedef AbsResponseIntervalBuilder< Point >	B
typedef B::WeightedPointPtr	WeightedPointPtr
typedef B::WeightedPtrVec	WeightedPtrVec
Public Types inherited from npstat::AbsResponseIntervalBuilder< Point >
typedef std::pair< const Point *, double >	WeightedPointPtr
typedef std::vector< WeightedPointPtr >	WeightedPtrVec

Public Member Functions
	RatioResponseIntervalBuilder (unsigned denomDim, double numeratorCut, double badFraction)
virtual Interval< double >	makeResponseInterval (unsigned long uniqueId, const double *predictorCoords, unsigned nPredictors, const BoxND< double > &predictorBox, std::vector< typename Point::value_type > &data) const
virtual Interval< double >	makeResponseIntervalW (unsigned long uniqueId, const double *predictorCoords, unsigned nPredictors, const BoxND< double > &predictorBox, const WeightedPtrVec &data, unsigned responseDimToUse) const

Constructor & Destructor Documentation

RatioResponseIntervalBuilder()

template<class Point >

npstat::RatioResponseIntervalBuilder< Point >::RatioResponseIntervalBuilder	(	unsigned	denomDim,
		double	numeratorCut,
		double	badFraction
	)

The constructor arguments are as follows:

denomDim – the dimension number of the predictor variable used as the ratio denominator inside the Point class

numeratorCut – the cut imposed on the numerator of the ratio (assuming "numerator > cut" requirement). It is assumed that both numerator and denominator are positive.

badFraction – the maximum fraction of weights for which the distribution of the ratio will be distorted. These are all the weights to the left of the predictor value given by the ratio numeratorCut/(chosen ratioCut).

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The documentation for this class was generated from the following file:

• stat/RatioResponseIntervalBuilder.hh