| | Set |
 | Fuzzy::Set& operator =(const Fuzzy::Set& init) |
| Fuzzy::Value IF(const Fuzzy::Set& input) |
| Fuzzy::Value IF(const Fuzzy::Value input) |
| Fuzzy::Value& GetFuzzyValue(double input) |
| Set() |
| Set(const Fuzzy::Set& init) |
| bool CreateGaussian(double center, double width) It creates a gaussian fuzzy set |
| bool CreateHeavyTailed(double center, double width) It creates a heavy tailed fuzzy set |
| bool CreateLeftGaussian(double center, double width) It creates a left gaussian fuzzy set |
| bool CreateLeftHeavyTailed(double center, double width) It creates a left heavy tailed fuzzy set |
| bool CreateLeftSigmoidal(double crossoverPoint, double slope) It creates a left sigmoidal fuzzy set |
| bool CreateLeftTrapezoidal(double a, double b) It creates a left trapezoidal fuzzy set using the values: (a , 1) and (b, 0) with a < b The membership is "one" for any input value that is less than "a" |
| bool CreateRightGaussian(double center, double width) It creates a right gaussian fuzzy set |
| bool CreateRightHeavyTailed(double center, double width) It creates a right heavy tailed fuzzy set |
| bool CreateRightSigmoidal(double crossoverPoint, double slope) It creates a right sigmoidal fuzzy set |
| bool CreateRightTrapezoidal(double a, double b) It creates a right trapezoidal fuzzy set using the values (x,y): (a , 0) and (b, 1) with a < b The membership is "one" for any input value that is greater than "b" |
| bool CreateSigmoidal(double center, double slope) It creates a sigmoidal fuzzy set |
| bool CreateTrapezoidal(double a, double b, double c, double d) It creates a trapezoidal fuzzy set using the values: (a , 0), (b, 1), (c, 1), (d, 0) with a < b < c < d |
| bool CreateTriangular(double a, double b, double c) It creates a triangular fuzzy set using the values: (a , 0), (b, 1) and (c, 0) with a < b < c |
| bool GetGaussian(double& out_center, double& out_width) It returns the center and width of gaussian fuzzy set |
| bool GetHeavyTailed(double& out_center, double& out_width) It returns the center and width of heavy tailed fuzzy set |
| bool GetLeftSigmoidal(double& out_crossoverPoint, double& out_slope) It returns the values of a left sigmoidal fuzzy set |
| bool GetLeftTrapezoidal(double& out_a, double& out_b) It returns the point values of a left trapezoidal fuzzy set |
| bool GetRightSigmoidal(double& out_crossoverPoint, double& out_slope) It returns the values of a right sigmoidal fuzzy set |
| bool GetRightTrapezoidal(double& out_a, double& out_b) It returns the point values of a right trapezoidal fuzzy set |
| bool GetSigmoidal(double& out_center, double& out_slope) It returns the values of a sigmoidal fuzzy set |
| bool GetTrapezoidal(double& out_a, double& out_b, double& out_c, double& out_d) It returns the point values of a trapezoidal fuzzy set |
| bool GetTriangular(double& out_a, double& out_b, double& out_c) It returns the values of a triangular fuzzy set |
| double GetMembership(double input) It returns the set membership for the input value. The returned value is in the range from 0 to 1 |
| int GetType() It returns one of: FUZZY_SET_ERROR, FUZZY_SET_TRIANGULAR, FUZZY_SET_TRAPEZOIDAL, FUZZY_SET_LEFTTRAPEZOIDAL, FUZZY_SET_RIGHTTRAPEZOIDAL, FUZZY_SET_SIGMOIDAL, FUZZY_SET_LEFTSIGMOIDAL, FUZZY_SET_RIGHTSIGMOIDAL, FUZZY_SET_GAUSSIAN, FUZZY_SET_HEAVYTAILED |
| void Delete() |
| ~ Set() |
| | Value |
| Fuzzy::Value operator &&(const Fuzzy::Value& init)const |
| Fuzzy::Value operator ||(const Fuzzy::Value& init)const |
| Fuzzy::Value& operator =(const Fuzzy::Value& init) |
| Fuzzy::Value& operator =(const double& init) |
| Value() |
| Value(const Fuzzy::Value& init) |
| Value(const double init) |
| void IF(const Fuzzy::Value& value) |
| ~ Value() |
| | Variable |
| Fuzzy::Value& operator [ ](const wchar_t* name) |
| Variable() |
| bool AddGaussianSet(const wchar_t* name, double center, double width) Please set the minimum and maximum of the variable |
| bool AddHeavyTailedSet(const wchar_t* name, double center, double width) Please set the minimum and maximum of the variable |
| bool AddLeftGaussianSet(const wchar_t* name, double center, double width) Please set the minimum and maximum of the variable |
| bool AddLeftHeavyTailedSet(const wchar_t* name, double center, double width) Please set the minimum and maximum of the variable |
| bool AddLeftSigmoidalSet(const wchar_t* name, double crossoverPoint, double slope) Please set the minimum and maximum of the variable |
| bool AddLeftTrapezoidalSet(const wchar_t* name, double a, double b) Please set the minimum and maximum of the variable |
| bool AddRightGaussianSet(const wchar_t* name, double center, double width) Please set the minimum and maximum of the variable |
| bool AddRightHeavyTailedSet(const wchar_t* name, double center, double width) Please set the minimum and maximum of the variable |
| bool AddRightSigmoidalSet(const wchar_t* name, double crossoverPoint, double slope) Please set the minimum and maximum of the variable |
| bool AddRightTrapezoidalSet(const wchar_t* name, double a, double b) Please set the minimum and maximum of the variable |
| bool AddSigmoidalSet(const wchar_t* name, double center, double slope) Please set the minimum and maximum of the variable |
| bool AddTrapezoidalSet(const wchar_t* name, double a, double b, double c, double d) Please set the minimum and maximum of the variable |
| bool AddTriangularSet(const wchar_t* name, double a, double b, double c) Please set the minimum and maximum of the variable |
| bool CreateGaussianLRSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) LeftGaussianSet, GaussianSet, GaussianSet, ..., RightGaussianSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateGaussianSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) GaussianSet, GaussianSet, GaussianSet, ..., GaussianSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateHeavyTailedLRSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) LeftHeavyTailedSet, HeavyTailedSet, HeavyTailedSet, ..., RightHeavyTailedSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateHeavyTailedSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) HeavyTailedSet, HeavyTailedSet, HeavyTailedSet, ..., HeavyTailedSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateSigmoidalLRSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) LeftSigmoidalSet, SigmoidalSet, SigmoidalSet, ..., RightSigmoidalSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateSigmoidalSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) SigmoidalSet, SigmoidalSet, SigmoidalSet, ..., SigmoidalSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateTrapezoidalLRSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) LeftTrapezoidalSet, TrapezoidalSet, TrapezoidalSet, ..., RightTrapezoidalSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateTrapezoidalSets(const wchar_t* * names, double minimum, double maximum, size_t setCount) TrapezoidalSet, TrapezoidalSet, TrapezoidalSet, ..., TrapezoidalSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateTriangularLRSets(const wchar_t* names [ ], double minimum, double maximum, size_t setCount) LeftTrapezoidalSet, TriangularSet, TriangularSet, ..., RighTrapezoidalSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool CreateTriangularSets(const wchar_t* names [ ], double minimum, double maximum, size_t setCount) TriangularSet, TriangularSet, TriangularSet, ..., TriangularSet const wchar_t *names[] = {L"Cold", L"Normal", L"Hot"}; |
| bool GetGaussianSet(const wchar_t* name, double& out_center, double& out_width) |
| bool GetGraph(const wchar_t* name, int pointCount, Win::Graph& out_graph) It creates a graph with the specified pointCount from the Fuzzy::Set specified by its name |
| bool GetHeavyTailedSet(const wchar_t* name, double& out_center, double& out_width) |
| bool GetLeftSigmoidalSet(const wchar_t* name, double& out_crossoverPoint, double& out_slope) |
| bool GetLeftTrapezoidalSet(const wchar_t* name, double& out_a, double& out_b) |
| bool GetOutputGraph(int pointCount, Win::Graph& out_graph) It creates a graph with the specified pointCount for the output variable |
| bool GetRightSigmoidalSet(const wchar_t* name, double& out_crossoverPoint, double& out_slope) |
| bool GetRightTrapezoidalSet(const wchar_t* name, double& out_a, double& out_b) |
| bool GetSigmoidalSet(const wchar_t* name, double& out_center, double& out_slope) |
| bool GetTrapezoidalSet(const wchar_t* name, double& out_a, double& out_b, double& out_c, double& out_d) |
| bool GetTriangularSet(const wchar_t* name, double& out_a, double& out_b, double& out_c) |
| double GetCrispValue() |
| double GetMembership(const wchar_t* name) |
| double GetTotalMembership(double input) For an output variable, it returns the total membership value based on the truth level of each fuzzy set in the variable |
| int GetSetCount() |
| int GetSetType(const wchar_t* name) It returns one of: FUZZY_SET_ERROR, FUZZY_SET_TRIANGULAR, FUZZY_SET_TRAPEZOIDAL, FUZZY_SET_LEFTTRAPEZOIDAL, FUZZY_SET_RIGHTTRAPEZOIDAL, FUZZY_SET_SIGMOIDAL, FUZZY_SET_LEFTSIGMOIDAL, FUZZY_SET_RIGHTSIGMOIDAL, FUZZY_SET_GAUSSIAN, FUZZY_SET_HEAVYTAILED |
| void DeleteAllSets() |
| void SetCrispValue(double value) |
| ~ Variable() |
 | double CrispValue |