fuzzylite  6.0
A Fuzzy Logic Control Library in C++
fl::Complexity Member List

This is the complete list of members for fl::Complexity, including all inherited members.

arithmetic(scalar arithmetic)fl::Complexityvirtual
comparison(scalar comparison)fl::Complexityvirtual
Complexity(scalar all=0.0)fl::Complexityexplicit
Complexity(scalar comparison, scalar arithmetic, scalar function)fl::Complexityexplicit
compute(const Engine *engine) constfl::Complexityvirtual
compute(const InputVariable *inputVariable) constfl::Complexityvirtual
compute(const OutputVariable *outputVariable) constfl::Complexityvirtual
compute(const std::vector< InputVariable *> &inputVariables) constfl::Complexityvirtual
compute(const std::vector< OutputVariable *> &outputVariables, bool complexityOfDefuzzification=false) constfl::Complexityvirtual
compute(const std::vector< Variable *> &variables) constfl::Complexityvirtual
compute(const RuleBlock *ruleBlock) constfl::Complexityvirtual
compute(const std::vector< RuleBlock *> &ruleBlocks) constfl::Complexityvirtual
divide(const Complexity &x)fl::Complexityvirtual
divide(scalar x)fl::Complexityvirtual
equals(const Complexity &x, scalar macheps=fuzzylite::macheps()) constfl::Complexityvirtual
function(scalar function)fl::Complexityvirtual
getArithmetic() constfl::Complexityvirtual
getComparison() constfl::Complexityvirtual
getFunction() constfl::Complexityvirtual
greaterThan(const Complexity &x, scalar macheps=fuzzylite::macheps()) constfl::Complexityvirtual
greaterThanOrEqualsTo(const Complexity &x, scalar macheps=fuzzylite::macheps()) constfl::Complexityvirtual
lessThan(const Complexity &x, scalar macheps=fuzzylite::macheps()) constfl::Complexityvirtual
lessThanOrEqualsTo(const Complexity &x, scalar macheps=fuzzylite::macheps()) constfl::Complexityvirtual
Measure typedeffl::Complexity
measures() constfl::Complexityvirtual
minus(const Complexity &x)fl::Complexityvirtual
minus(scalar x)fl::Complexityvirtual
multiply(const Complexity &x)fl::Complexityvirtual
multiply(scalar x)fl::Complexityvirtual
norm() constfl::Complexityvirtual
operator!=(const Complexity &rhs) constfl::Complexity
operator*(const Complexity &rhs) constfl::Complexity
operator*=(const Complexity &other)fl::Complexity
operator+(const Complexity &rhs) constfl::Complexity
operator+=(const Complexity &other)fl::Complexity
operator-(const Complexity &rhs) constfl::Complexity
operator-=(const Complexity &other)fl::Complexity
operator/(const Complexity &rhs) constfl::Complexity
operator/=(const Complexity &other)fl::Complexity
operator<(const Complexity &rhs) constfl::Complexity
operator<=(const Complexity &rhs) constfl::Complexity
operator==(const Complexity &rhs) constfl::Complexity
operator>(const Complexity &rhs) constfl::Complexity
operator>=(const Complexity &rhs) constfl::Complexity
plus(const Complexity &x)fl::Complexityvirtual
plus(scalar x)fl::Complexityvirtual
setArithmetic(scalar arithmetic)fl::Complexityvirtual
setComparison(scalar comparison)fl::Complexityvirtual
setFunction(scalar function)fl::Complexityvirtual
sum() constfl::Complexityvirtual
toString() constfl::Complexityvirtual
~Complexity()fl::Complexityvirtual