sgpp::datadriven::ConfigurationRestriction Class Reference

This class represents a constraint on the ConfigurationBits used by harmonica. More...

#include <ConfigurationRestriction.hpp>

Public Member Functions
bool	check ()
	checks whether this constraint is satisfied with the current bit configuration More...
	ConfigurationRestriction (std::vector< ConfigurationBit *> &parameters, int bias)
	Constructor. More...
void	findComplex ()
int	getOpenBits ()
	get counter of open bits during constraint resolution More...
void	reduceOpenBits ()
	Decrease the counter of open bits during constraint resolution. More...
void	reset ()
	resets constraint resolution state More...
void	resolve ()
	resolve constraint when there is only one open bit remaining More...
void	resolveComplex (const std::string &id, const std::string &idtwo, int otherbias)

Protected Attributes
int	bias
	value the product of the restricted bits must be equal to More...
int	openBits = 0
	number of open (unset) bits during constraint resolution More...
std::vector< ConfigurationBit * >	parameters
	bits affected by the constraint More...

Detailed Description

This class represents a constraint on the ConfigurationBits used by harmonica.

Constructor & Destructor Documentation

ConfigurationRestriction()

sgpp::datadriven::ConfigurationRestriction::ConfigurationRestriction	(	std::vector< ConfigurationBit *> &	parameters,
		int	bias
	)

Constructor.

Parameters

parameters	bits restricted by this constraint
bias	value the product of the restricted bits must be equal to

Member Function Documentation

check()

bool sgpp::datadriven::ConfigurationRestriction::check

(

)

checks whether this constraint is satisfied with the current bit configuration

Returns

true when constraint is satisfied

References bias, parameters, and analyse_erg::tmp.

findComplex()

void sgpp::datadriven::ConfigurationRestriction::findComplex

(

)

References bias, python.statsfileInfo::i, and parameters.

Referenced by reduceOpenBits().

getOpenBits()

int sgpp::datadriven::ConfigurationRestriction::getOpenBits

(

)

get counter of open bits during constraint resolution

Returns

open bit counter

References openBits.

reduceOpenBits()

void sgpp::datadriven::ConfigurationRestriction::reduceOpenBits

(

)

Decrease the counter of open bits during constraint resolution.

References findComplex(), and openBits.

reset()

void sgpp::datadriven::ConfigurationRestriction::reset

(

)

resets constraint resolution state

References openBits, and parameters.

resolve()

void sgpp::datadriven::ConfigurationRestriction::resolve

(

)

resolve constraint when there is only one open bit remaining

References bias, python.statsfileInfo::i, parameters, and analyse_erg::tmp.

Referenced by resolveComplex().

resolveComplex()

void sgpp::datadriven::ConfigurationRestriction::resolveComplex	(	const std::string &	id,
		const std::string &	idtwo,
		int	otherbias
	)

References bias, python.statsfileInfo::i, parameters, and resolve().

Member Data Documentation

bias

int sgpp::datadriven::ConfigurationRestriction::bias

protected

value the product of the restricted bits must be equal to

Referenced by check(), findComplex(), resolve(), and resolveComplex().

openBits

int sgpp::datadriven::ConfigurationRestriction::openBits = 0

protected

number of open (unset) bits during constraint resolution

Referenced by getOpenBits(), reduceOpenBits(), and reset().

parameters

std::vector<ConfigurationBit *> sgpp::datadriven::ConfigurationRestriction::parameters

protected

bits affected by the constraint

Referenced by check(), findComplex(), reset(), resolve(), and resolveComplex().

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

• datadriven/src/sgpp/datadriven/datamining/modules/hpo/harmonica/ConfigurationRestriction.hpp
• datadriven/src/sgpp/datadriven/datamining/modules/hpo/harmonica/ConfigurationRestriction.cpp