exsample::cell Class Reference

the general cell class More...

#include <cell.h>

Public Member Functions
	cell ()
	default constructor
	cell (const std::vector< double > &ll, const std::vector< double > &ur, const adaption_info &ainfo)
	construct from boundaries and adaption info
	cell (const std::vector< double > &ll, const std::vector< double > &ur, const std::vector< bool > &sampled_variables, const adaption_info &ainfo)
	construct from boundaries, flags for variables to be sampled, and adaption info
	cell (const cell &x)
	copy constructor
cell &	operator= (const cell &x)
	assignment
template<class Random , class Function >
std::pair< cell, cell >	split (std::pair< std::size_t, double > split_d, Random &rnd_gen, Function *f, const adaption_info &ainfo, const std::vector< bool > &sampled=std::vector< bool >())
	split this cell, exploring the child not containing the current overestimate
std::size_t	split_dimension () const
	return the split dimension
double	split_point () const
	return the split value
double	integral () const
	return the integral
double &	integral ()
	access the integral
void	integral (double v)
	set the integral
int &	missing_events ()
	access the number of missing events
int	missing_events () const
	return the number of missing events
void	missing_events (int n)
	set the number of missing events
cell_info &	info ()
	access the cell_info object
const cell_info &	info () const
	return the cell_info object
template<class OStream >
void	put (OStream &os) const
	put to ostream
template<class IStream >
void	get (IStream &is)
	get from istream

Private Attributes
std::size_t	split_dimension_
	the dimension along this cell was split
double	split_point_
	the value, where this cell was split
double	integral_
	the integral of the absolute value of the overestimate over all the children cells
int	missing_events_
	the number of missing events in this cell
std::unique_ptr< cell_info >	cell_info_
	a pointer to the cell info object, if this is a leaf cell

Detailed Description

the general cell class

Definition at line 197 of file cell.h.

Member Function Documentation

info() [1/2]

cell_info & exsample::cell::info ( )

inline

access the cell_info object

Definition at line 261 of file cell.h.

References cell_info_.

Referenced by exsample::parametric_missing_accessor::get().

info() [2/2]

const cell_info & exsample::cell::info ( ) const

inline

return the cell_info object

Definition at line 264 of file cell.h.

References cell_info_.

integral() [1/3]

double & exsample::cell::integral ( )

inline

access the integral

Definition at line 246 of file cell.h.

References integral_.

integral() [2/3]

double exsample::cell::integral ( ) const

inline

return the integral

Definition at line 243 of file cell.h.

References integral_.

Referenced by exsample::integral_accessor::get(), and exsample::integral_accessor::set().

integral() [3/3]

void exsample::cell::integral ( double  v )

inline

set the integral

Definition at line 249 of file cell.h.

References integral_, and v.

missing_events() [1/3]

int & exsample::cell::missing_events ( )

inline

access the number of missing events

Definition at line 252 of file cell.h.

References missing_events_.

Referenced by exsample::parametric_missing_accessor::get(), exsample::missing_accessor::get(), exsample::missing_accessor::set(), and exsample::parametric_missing_accessor::set().

missing_events() [2/3]

int exsample::cell::missing_events ( ) const

inline

return the number of missing events

Definition at line 255 of file cell.h.

References missing_events_.

missing_events() [3/3]

void exsample::cell::missing_events ( int  n )

inline

set the number of missing events

Definition at line 258 of file cell.h.

References missing_events_.

split_dimension()

std::size_t exsample::cell::split_dimension ( ) const

inline

return the split dimension

Definition at line 237 of file cell.h.

References split_dimension_.

split_point()

double exsample::cell::split_point ( ) const

inline

return the split value

Definition at line 240 of file cell.h.

References split_point_.

Member Data Documentation

cell_info_

std::unique_ptr<cell_info> exsample::cell::cell_info_

private

a pointer to the cell info object, if this is a leaf cell

Definition at line 295 of file cell.h.

Referenced by info().

integral_

double exsample::cell::integral_

private

the integral of the absolute value of the overestimate over all the children cells

Definition at line 288 of file cell.h.

Referenced by integral().

missing_events_

int exsample::cell::missing_events_

private

the number of missing events in this cell

Definition at line 291 of file cell.h.

Referenced by missing_events().

split_dimension_

std::size_t exsample::cell::split_dimension_

private

the dimension along this cell was split

Definition at line 280 of file cell.h.

Referenced by split_dimension().

split_point_

double exsample::cell::split_point_

private

the value, where this cell was split

Definition at line 283 of file cell.h.

Referenced by split_point().

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

• cell.h