Defines output messages (informational messages, warnings, errors, ...). More...

#include <cstdlib>
#include <iostream>

Include dependency graph for messages.h:

This graph shows which files directly or indirectly include this file:

Namespaces
	FLT
	Fuzzy Logic Tools (FLT) namespace.

Macros
#define	WARNINGMSG(menssage) {std::cerr << menssage << std::endl;}
	Generates the given wanring message. More...

#define	ERRORMSG(menssage) {std::cerr << menssage << std::endl; return;}
	Generates the given error and return. More...

#define	ERRORMSGVAL(menssage, value) {std::cerr << menssage << std::endl; return value;}
	Generates the given error and return `value`. More...

#define	MAX_CHAR_LONG 256
	Maximum length of messages strings.

#define	MAX_FILE_NAME 256
	Maximum length of file names.

#define	PRECISION 10
	Precision for data extraction (for use with f/i/o/stream).

#define	W_InputsLimitsExceeded "Warning, the input exceeds the limits of the system."

#define	W_OutputsLimitsExceeded "Warning, the output exceeds the limits of the system."

#define	E_Model "Error reading model."

#define	E_NoSugeno "Model 'type' should be 'sugeno'."

#define	E_NoOutputs "Error, the model has not any Output."

#define	E_NoInputs "Error, the model has not any Input."

#define	E_NoRules "Error, some Outputs of the model have not any Rule."

#define	E_No1Conseq "Only one consequent for rule is allowed."

#define	E_SameIns "All models must have the same inputs."

#define	E_NoCoherent "The Controller is not coherent with the Plant."

#define	E_InNoCoherent "Inputs arguments are not coherent with fuzzy model."

#define	E_BadModel "Undefined or wrong fuzzy model.\nCheck rules, membership functions and theirs parameters"

#define	E_NoCoherent_BadX "The Controller is not coherent with the Plant, or the point is not coherent with the closed loop system."

#define	E_ArgNoValid "Empty and NaN matrices are not valid inputs arguments."

#define	E_AccuracyNoNum "The accuracy should be a number."

#define	E_Acquire "Error reading model or incorrect initial model."

#define	E_Store "Error storing data. Wrong vector size or any data not valid for membership function, i.e. a zero width in Gaussmf function."

#define	E_NoFIS "Fuzzy Model must be a Sugeno FIS structure."

#define	E_CreateFIS "Error at create FIS."

#define	E_NoProd "Implication method must be 'prod'."

#define	E_FISOut "Error writing FIS."

#define	E_InputExceded "Input limit exceeded."

#define	E_OutputExceded "Output limit exceeded."

#define	E_RulesExceded "Rule limit exceeded."

#define	E_ParamExceded "Parameter number exceeded the number of parameters of the membership function."

#define	E_MFType "Error reading membership function type:"

#define	E_BadMF "Membership function was not identified."

#define	E_MFTypeDef "Error in membership function type."

#define	E_ParamMF "Error reading membership function parameters."

#define	E_NoValidFP "Any parameter of membership function is not valid."

#define	E_MFDef "Error in membership function definition."

#define	E_AnymfUse "ANYMF function must not be evaluated. It is possible that there is an error in the sources, contact with authors, please."

#define	E_Conseq "It is not posible read consequent type in rule:"

#define	E_ParamConseq "Error reading TSK's consequent parameters."

#define	E_BadConseq "Not valid cosequent."

#define	E_FileInput "Input file error."

#define	E_FileOutput "Output file error."

#define	E_Syntax "Syntax error."

#define	E_NumberParam "Number of parameters incorrect."

#define	E_NumberArg "Error in number of arguments."

#define	E_NumberArgIn "Error in inputs arguments"

#define	E_NumberArgOut "Error in outputs arguments."

#define	E_NumberRulesOut "Error, the number of rules must be a vector of size equal to the number of system outputs."

#define	E_Column "The state vector must be a column vector."

#define	E_In_Out_Column "Input and output vector must be column vectors."

#define	E_InNames "Error reading names of inputs."

#define	E_OutNames "Error reading names of outputs."

#define	E_Controller_Init "Controller initialization error."

#define	E_No_Points_Extracted "No points were extracted."

#define	E_Jacobian_Calculation "It happened an error during the calculation of the Jacobian."

#define	E_ArrayExceded "Array limit exceded."

#define	E_ChangingParameter "Error changing the parameter."

#define	E_WritingRule "Error writing the rule"

#define	E_NoSumProm "Error, 'defuzzMethod' should be 'wtaver'."

#define	E_RuleOutputFileVector "Rules and Outputs should be a file vector."

#define	E_PointCoherent "The point/s should be coherent with fuzzy models."

#define	E_In_No_Scalar "The number of input must be a scalar."

#define	E_Out_No_Scalar "The number of output must be a scalar."

#define	E_R_No_Scalar "The number of rule must be a scalar."

#define	E_Param_No_Scalar "The number of the parameter must be a scalar."

#define	E_Epoch_No_Scalar "The number of epoch must be a scalar."

#define	E_Alfa_No_Scalar "Alfa must be a scalar."

#define	E_Error_No_Scalar "The error must be a scalar."

#define	E_ModelError "Modeling error."

#define	E_H_GE_0 "'h' must be >= 0."

#define	E_N_MESH_P "Number of point to make the mesh must be >1."

#define	E_PRECISION "Precision must be >0."

#define	U_FISName "Unnamed"

#define	U_FISInput "Input"

#define	U_FISOutput "Output"

#define	U_RuleAbbreviation "R"

#define	U_InputAbbreviation "-In"

#define	U_OutputAbreviation "-Out"

#define	U_If "IF"

#define	U_Is "is"

#define	U_And "and"

#define	U_OR "or"

#define	U_Then "THEN"

#define	U_SeeManual "See also Fuzzy Logic Toolbox Manual."

#define	U_SeeHelp "see the help."

#define	U_CheckModel "Check model's definition."

#define	U_MathException "Warning. Math exception generated."

#define	U_Overflow "Happened an overflow."

#define	U_FewData "There are few data for modeling the system."

#define	O_Input "Input:"

#define	O_OfIn "of in"

#define	O_OfOut "of out"

#define	O_RuleWeigh "The rule's weigh:"

#define	O_RuleConnection "The rule's connection:"

#define	O_AntecedentSize "The size of rule's antecedent"

#define	O_ConsequentSize "The size of rule's consequent"

#define	O_Rule "Rule:"

#define	O_DifferentOf "is different of"

#define	O_IsNotCorrect "is not correct."

#define	O_MF "Membership Function:"

#define	O_OfPlant "of the Plant"

#define	O_OfController "of Controller"

#define	O_GeneralError "An error occurred. Please, check all parameters or contact with authors."

Detailed Description

Defines output messages (informational messages, warnings, errors, ...).

Some macros for generating error messages are also defined to facilitate generation console or MATLAB© applications.

This file defines the messages used in all functions according to the following schedule:

E_* -> Error messages.
U_* -> User Messages.
O_* -> Other messages.

Macro Definition Documentation

#define ERRORMSG ( menssage ) {std::cerr << menssage << std::endl; return;}

Generates the given error and return.

This macro is used to generate an error.
The standard error stream is used, but if the code is being compiled in MATLAB©, uses the mexErrMsgTxt function from the MATLAB© API.

Examples:: matlab_utilities/activation.cpp, matlab_utilities/antec2mat.cpp, matlab_utilities/aproxjac.cpp, matlab_utilities/aproxlinear.cpp, matlab_utilities/conseq2mat.cpp, matlab_utilities/extractPoints.cpp, matlab_utilities/fis2txt.cpp, matlab_utilities/fuz2mat.cpp, matlab_utilities/fuzcomb.cpp, matlab_utilities/fuzderaffine.cpp, matlab_utilities/fuzderantec.cpp, matlab_utilities/fuzderconseq.cpp, matlab_utilities/fuzderparam.cpp, matlab_utilities/fuzeval.cpp, matlab_utilities/fuzjac.cpp, matlab_utilities/fuzlinear.cpp, matlab_utilities/fuzprint.cpp, matlab_utilities/fuzsubsystem.cpp, matlab_utilities/initializeController.cpp, matlab_utilities/Kalmanantec.cpp, matlab_utilities/Kalmanconseq.cpp, matlab_utilities/Kalmanfuz.cpp, matlab_utilities/mat2antec.cpp, matlab_utilities/mat2conseq.cpp, matlab_utilities/mat2fuz.cpp, and matlab_utilities/txt2fis.cpp.

#define ERRORMSGVAL	(	menssage,
		value
	)	{std::cerr << menssage << std::endl; return value;}

Generates the given error and return value.

This macro is used to generate an error and return a value.
The standard error stream is used, but if the code is being compiled in MATLAB©, uses the mexErrMsgTxt function from the MATLAB© API.

#define WARNINGMSG ( menssage ) {std::cerr << menssage << std::endl;}

Generates the given wanring message.

This macro is used to generate a warning message.
The standard error stream is used, but if the code is being compiled in MATLAB©, uses the mexErrMsgTxt function from the MATLAB© API.

Namespaces

Macros

Detailed Description

Macro Definition Documentation