Question

我能够使用Tipper演示程序为fcl文件编写输入和输出...但是我不知道如何提供有效输入才能获得正确的输出。是一个非常新的东西，jfuzzylogic网站中的所有教程似乎都无法正常工作。有人应该帮助我提供有效的输入或将我链接到有关如何执行此操作的材料上

 FUNCTION_BLOCK grading

VAR_INPUT
    reasoning_ability : Real;
    programming_skills : Real;
    technical_skills : Real;
    communication_skill : Real;

END_VAR

VAR_OUTPUT
    hardware : Real;
    software : Real;
    networking : Real;
END_VAR

FUZZIFY reasoning_ability   
    TERM poor := (0, 1) (4, 0) ;
    TERM fair := trape 56 77 80 101;
    TERM good := (1, 0) (4,1) (6,1) (9,0);
END_FUZZIFY

FUZZIFY programming_skills
    TERM poor := trape 0 0 27 45;
    TERM fair := trape 56 77 80 101;
    TERM good := trape 60 81 100 100;
END_FUZZIFY

FUZZIFY technical_skills
    TERM poor := trape 0 0 27 45;
    TERM fair := trape 56 77 80 101;
    TERM good := trape 60 81 100 100;
END_FUZZIFY

FUZZIFY communication_skill
    TERM poor := trape 0 0 27 45;
    TERM fair := trape 56 77 80 101;
    TERM good := trape 60 81 100 100;
END_FUZZIFY


DEFUZZIFY software
    TERM low := trape 0 0 21 36;
    TERM average := trape 20 38 38 56;
    TERM high := trape 40 58 58 76;
    TERM excellent := trape 60 78 100 100;
    METHOD : COG;       // Use 'Center Of Gravity' defuzzification method
    DEFAULT := 0;
END_DEFUZZIFY

DEFUZZIFY hardware
    TERM low := trape 0 0 21 36;
    TERM average := trape 20 38 38 56;
    TERM high := trape 40 58 58 76;
    TERM excellent := trape 60 78 100 100;
    METHOD : COG;       // Use 'Center Of Gravity' defuzzification method
    DEFAULT := 0;
END_DEFUZZIFY

DEFUZZIFY networking
    TERM low := trape 0 0 21 36;
    TERM average := trape 20 38 38 56;
    TERM high := trape 40 58 58 76;
    TERM excellent := trape 60 78 100 100;
    METHOD : COG;       // Use 'Center Of Gravity' defuzzification method
    DEFAULT := 0;
END_DEFUZZIFY


RULEBLOCK No1
    AND : MIN;          // Use 'min' for 'and' (also implicit use 'max' for 'or' to fulfill DeMorgan's Law)
    ACT : MIN;          // Use 'min' activation method
    ACCU : MAX;         // Use 'max' accumulation method

    RULE 1 : IF programming_skills IS poor AND reasoning_ability IS poor AND 
            (technical_skills IS poor OR communication_skill IS poor) 
                THEN software IS low;

    RULE 2 : IF programming_skills IS fair AND (reasoning_ability IS poor OR reasoning_ability IS good OR reasoning_ability is fair)  AND 
            (technical_skills IS poor OR communication_skill IS poor) 
                THEN software IS average;

    RULE 3 : IF programming_skills IS fair AND (reasoning_ability IS poor OR reasoning_ability IS good)  AND 
            (technical_skills IS fair OR technical_skills IS good OR communication_skill IS fair OR communication_skill is good) 
                THEN software IS average;

    RULE 4 : IF programming_skills IS good AND reasoning_ability IS good  AND 
            (technical_skills IS fair OR technical_skills IS good OR communication_skill IS fair OR communication_skill is good) 
                THEN software IS high;

    RULE 5 : IF programming_skills IS good AND reasoning_ability IS good AND (technical_skills IS good OR technical_skills is fair OR technical_skills is poor) AND communication_skill is good
                THEN software IS excellent;

            //setting the rules for hardware    
    RULE 6 : IF technical_skills IS poor AND reasoning_ability IS poor AND 
            (programming_skills IS poor OR communication_skill IS poor) 
                THEN hardware IS low;

    RULE 7 : IF technical_skills IS fair AND (reasoning_ability IS poor OR reasoning_ability IS good)  AND 
            (programming_skills IS poor OR communication_skill IS poor) 
                THEN hardware IS average;

    RULE 8 : IF technical_skills IS fair AND (reasoning_ability IS poor OR reasoning_ability IS good)  AND 
            (programming_skills IS fair OR programming_skills IS good OR communication_skill IS fair OR communication_skill is good) 
                THEN hardware IS average;               

    RULE 9 : IF technical_skills IS good AND reasoning_ability IS good  AND 
            (programming_skills IS fair OR programming_skills IS good OR communication_skill IS fair OR communication_skill is good) 
                THEN hardware IS high;

    RULE 10 : IF programming_skills IS poor AND reasoning_ability IS good AND technical_skills IS good AND (communication_skill is good OR communication_skill IS fair)
                THEN hardware IS high;

    RULE 11 : IF (programming_skills IS fair OR programming_skills IS poor OR programming_skills IS good)  AND reasoning_ability IS good AND technical_skills IS good AND communication_skill is good
                THEN hardware IS excellent;


    RULE 12 : IF (programming_skills IS poor OR programming_skills IS fair OR programming_skills IS good) AND reasoning_ability IS poor AND 
            technical_skills IS poor AND (communication_skill IS poor OR communication_skill is fair) 
                THEN networking IS low; 

    RULE 13 : IF (programming_skills IS fair OR programming_skills IS good) AND (reasoning_ability IS fair OR reasoning_ability IS good)  AND 
            technical_skills IS fair AND (communication_skill IS fair OR communication_skill is good)
                THEN networking IS average;

    RULE 14 : IF (programming_skills IS fair OR programming_skills IS good) AND (reasoning_ability IS fair OR reasoning_ability IS good)  AND 
            technical_skills IS good AND (communication_skill IS fair OR communication_skill is good)
                THEN networking IS high;

    RULE 15 : IF (programming_skills IS fair OR programming_skills IS good) AND reasoning_ability IS good  AND 
            technical_skills IS good AND communication_skill is good)
                THEN networking IS excellent;



END_RULEBLOCK

END_FUNCTION_BLOCK

如何为我的jfuzzylogic fcl提供有效的输入

0 个答案: