Utility class for returning properties of a TimeDistribution. More...

#include "sevt/TimeDistributionAlgorithm.h"

Public Types
typedef boost::tuple< double, double >	TupleD

Static Public Member Functions
template<typename T >
static double	Centroid (const TimeDistribution< T > &td, const int bin1, const int bin2)
	Evaluate the centroid in slot number between bin1 and bin2. More...

template<typename T >
static double	Mean (const TimeDistribution< T > &td, const int bin1, const int bin2)
	Evaluate mean of TimeDistribution between bin1 and bin2. More...

template<typename T >
static TupleD	MeanRMS (const TimeDistribution< T > &td, const int bin1, const int bin2)
	Evalueate both mean and RMS of TimeDistribution between bin1 and bin2. More...

template<typename T >
static double	RMS (const TimeDistribution< T > &td, const int bin1, const int bin2)
	Evalueate RMS of TimeDistribution between bin1 and bin2. More...

template<typename T >
static double	Sum (const TimeDistribution< T > &td, const int bin1, const int bin2)
	Evaluate the sum of bin1 through bin2. More...

Detailed Description

Utility class for returning properties of a TimeDistribution.

Author: Tom Paul

Date: 21 June 2004

Definition at line 28 of file TimeDistributionAlgorithm.h.

Member Typedef Documentation

typedef boost::tuple<double, double> utl::TimeDistributionAlgorithm::TupleD

Definition at line 31 of file TimeDistributionAlgorithm.h.

Member Function Documentation

template<typename T >

template double TimeDistributionAlgorithm::Centroid	(	const TimeDistribution< T > &	td,
		const int	bin1,
		const int	bin2
	)

static

Evaluate the centroid in slot number between bin1 and bin2.

Computes the centroid in number of slots. In other words, this method does not multiply by the slot size. To compute centroid in time, you need to use the GetBinning() method to get size of a slot.

Definition at line 105 of file TimeDistributionAlgorithm.cc.

References utl::TimeDistribution< T >::At(), utl::TimeDistribution< T >::fData, utl::TimeDistribution< T >::GetStart(), utl::TimeDistribution< T >::GetStop(), and max.

template<typename T >