#include "utl/Histogram.h"

Inheritance diagram for utl::Histogram< T, BinningPolicy, ContainerPolicy >:

Public Types
typedef boost::add_reference < BinContainerType >::type	BinContainerRefType

typedef ContainerPolicy < std::vector< T > >::type	BinContainerType

typedef BinningPolicy::BinEdgeType	BinEdgeType

typedef T	BinType

typedef add_const_reference < BinContainerType >::type	ConstBinContainerRefType

typedef BinningPolicy::ConstBinLowerEdgesRefType	ConstBinLowerEdgesRefType

enum	OutOfBounds { eUnderflow = -2, eOverflow = -1 }

Public Member Functions
else return	BinningPolicy::GetBinIndexUnchecked (x)

void	Clear ()

void	Fill (const double x)

void	Fill (const double x, const BinType weight)

	for (size_t bin=0;bin< BinningPolicy::GetNBins();++bin)

	for (size_t i=1;i< n-2;++i)

	for (size_t i=1;i< n-2;++i)

const BinType &	GetBin (const size_t i) const

double	GetBinAverage (const size_t i) const

double	GetBinCenter (const size_t bin) const

ConstBinContainerRefType	GetBins () const

BinType &	GetOverflow ()

const BinType &	GetOverflow () const

BinType &	GetUnderflow ()

const BinType &	GetUnderflow () const

	Histogram (const size_t nBins, const BinEdgeType start, const BinEdgeType stop)

	Histogram (const BinEdgeType start, const BinEdgeType stop, ConstBinContainerRefType dataBins)

	Histogram (ConstBinLowerEdgesRefType binEdges)

	Histogram (ConstBinLowerEdgesRefType binEdges, ConstBinContainerRefType dataBins)

else	if (BinningPolicy::IsOverflow(x)) return eOverflow

density	push_back (GetBinAverage(0))

density	push_back (0)

density	push_back (0)

densityError	push_back (sqrt(GetBinAverage(0)/BinningPolicy::GetBinSize(0)))

densityError	push_back (0)

densityError	push_back (0)

density	reserve (n+1)

densityError	reserve (n+1)

void	SetBin (const size_t i, const BinType value)

Public Attributes
double	clnc = 0

size_t	const

BinType	const

double	const

return(n > 0)?clnc/n+std std::vector< double >	const

std::vector< double >	const

std::vector< double >	density

return	density

std::vector< double >	densityError

return	densityError

	max = fBinContainer[i]

return	max

const size_t	n = BinningPolicy::GetNBins()

	sum = entry

return	sum

Private Member Functions
BinType &	GetDataBin (const double x)

Private Attributes
BinContainerType	fBinContainer

BinType	fOverflow

BinType	fUnderflow

Detailed Description

template<typename T = double, class BinningPolicy = EqualBinning, template< typename > class ContainerPolicy = identity>
class utl::Histogram< T, BinningPolicy, ContainerPolicy >

Histogram.

Author: Darko Veberic; Lukas Nellen

Date: 20 Dec 2006

histogram bin layout all user-side indices refer to the base-0 (C-like) numbering of bins, underflow is in bin -1, overflow in bin n

                          start                             stop
                            |                                 |
edge tendency:              |>  |>  |>  |>  |>    |>    |>    |>
    bin index:              | 0 | 1 | 2 | 3 |     | n-2 | n-1 |
               <<_underflow_|___|___|___|___| ... |_____|_____|_overflow_>>
                            |   |   |   |   |     |     |     |
   edge index:              0   1   2   3   4    n-2   n-1    n

Definition at line 151 of file Histogram.h.