slifis::RULE Class Reference

Rule defined as linguistic terms, see Handling rules for usage. More...

#include <rule.hpp>

Inheritance diagram for slifis::RULE:

Collaboration diagram for slifis::RULE:

List of all members.

Public Member Functions
	RULE (EN_FIS_TYPE rt=TYPE_MAMDANI, EN_RULE_OP op=OPR_AND)
	RULE (EN_RULE_OP op, EN_FIS_TYPE rt=TYPE_MAMDANI, std::string outvalue="")
	RULE (EN_RULE_OP op, std::string outvalue, EN_FIS_TYPE rt=TYPE_MAMDANI)
void	ClearConditions ()
void	AddCondition (std::string input, std::string value)
	Add condition term to the rule.
void	SetConsequence (std::string output_value)
	Set the consequence of the rule (Mamdani inference system type)
size_t	GetNbTerms () const
std::string	GetVarName (size_t idx) const
std::string	GetVarValue (size_t idx) const
std::string	GetVarValue (std::string input_name) const
std::string	GetOutputValue () const
void	Print (FILE *f, const char *msg=0) const
Private Member Functions
int	P_FindVar (const std::string &input_name) const
	Searches terms for input input_name, returns its index if found or -1 if not.
Private Attributes
std::vector< RULE_TERM >	_v_terms
std::string	_OutputValue
bool	_HasOutputValue

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Detailed Description

Rule defined as linguistic terms, see Handling rules for usage.

Inherits from ROOT_RULE, so can handle TS or Mamdani rules

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Constructor & Destructor Documentation

slifis::RULE::RULE	(	EN_FIS_TYPE	rt = TYPE_MAMDANI,
		EN_RULE_OP	op = OPR_AND
	)		[inline]

slifis::RULE::RULE	(	EN_RULE_OP	op,
		EN_FIS_TYPE	rt = TYPE_MAMDANI,
		std::string	outvalue = ""
	)		[inline]

slifis::RULE::RULE	(	EN_RULE_OP	op,
		std::string	outvalue,
		EN_FIS_TYPE	rt = TYPE_MAMDANI
	)		[inline]

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Member Function Documentation

void slifis::RULE::ClearConditions

(

)

References __IN__, and __OUT__.

Referenced by main().

void slifis::RULE::AddCondition	(	std::string	input_name,
		std::string	input_value
	)

Add condition term to the rule.

New (20120517):

• new implementation as vector of std::pair .
• now checks that input is not already used. If it is, then input_value will replace the previous value.

References __IN__, and __OUT__.

Referenced by main().

void slifis::RULE::SetConsequence

(

std::string

output_value

)

Set the consequence of the rule (Mamdani inference system type)

• Argument is a linguistic term, that needs to match a corresponding string in the membership functions set of the output variable

References __IN__, and __OUT__.

Referenced by main().

size_t slifis::RULE::GetNbTerms

(

)

const [inline]

References _v_terms.

Referenced by slifis::SLIFIS::AddRule().

std::string slifis::RULE::GetVarName

(

size_t

idx

)

const

References __IN__, __OUT__, slifis::ERR_RULE_BAD_INDEX, and SLIFIS_ERROR_2.

Referenced by slifis::SLIFIS::AddRule().

std::string slifis::RULE::GetVarValue

(

size_t

idx

)

const

References __IN__, __OUT__, slifis::ERR_RULE_BAD_INDEX, and SLIFIS_ERROR_2.

Referenced by slifis::SLIFIS::AddRule().

std::string slifis::RULE::GetVarValue

(

std::string

input_name

)

const

References __IN__, __OUT__, slifis::ERR_RULE_NAME_NOT_FOUND, and SLIFIS_ERROR_2.

std::string slifis::RULE::GetOutputValue

(

)

const

References __IN__, __OUT__, slifis::ERR_RULE_NO_OUTPUT_VAL, SLIFIS_ERROR, and slifis::TYPE_MAMDANI.

Referenced by slifis::SLIFIS::AddRule().

void slifis::RULE::Print	(	FILE *	f,
		const char *	msg = 0
	)		const

References slifis::OPR_AND, slifis::OPR_OR, SWITCH_ERROR, and slifis::TYPE_MAMDANI.

int slifis::RULE::P_FindVar

(

const std::string &

input_name

)

const [private]

Searches terms for input input_name, returns its index if found or -1 if not.

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Member Data Documentation

std::vector<RULE_TERM> slifis::RULE::_v_terms [private]

Referenced by GetNbTerms().

std::string slifis::RULE::_OutputValue [private]

bool slifis::RULE::_HasOutputValue [private]