shark::SvmLogisticInterpretation< InputType > Member List

This is the complete list of members for shark::SvmLogisticInterpretation< InputType >, including all inherited members.

AbstractObjectiveFunction()shark::AbstractObjectiveFunction< PointType, ResultT >inline
announceConstraintHandler(AbstractConstraintHandler< SearchPointType > const *handler)shark::AbstractObjectiveFunction< PointType, ResultT >inlineprotected
CAN_PROPOSE_STARTING_POINT enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
CAN_PROVIDE_CLOSEST_FEASIBLE enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
canProposeStartingPoint() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
canProvideClosestFeasible() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
closestFeasible(SearchPointType &input) constshark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
eval(SearchPointType const &parameters) constshark::SvmLogisticInterpretation< InputType >inlinevirtual
evalDerivative(SearchPointType const &parameters, FirstOrderDerivative &derivative) constshark::SvmLogisticInterpretation< InputType >inlinevirtual
shark::AbstractObjectiveFunction::evalDerivative(SearchPointType const &input, SecondOrderDerivative &derivative) constshark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
evaluationCounter() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
Feature enum nameshark::AbstractObjectiveFunction< PointType, ResultT >
FeatureNotAvailableException typedefshark::AbstractObjectiveFunction< PointType, ResultT >
features() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
Features typedefshark::AbstractObjectiveFunction< PointType, ResultT >
FirstOrderDerivative typedefshark::AbstractObjectiveFunction< PointType, ResultT >
FoldsType typedefshark::SvmLogisticInterpretation< InputType >
getConstraintHandler() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
HAS_CONSTRAINT_HANDLER enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
HAS_FIRST_DERIVATIVE enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
HAS_SECOND_DERIVATIVE enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
HAS_VALUE enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
hasConstraintHandler() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
hasFirstDerivative() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
hasScalableDimensionality() constshark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
hasScalableObjectives() constshark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
hasSecondDerivative() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
hasValue() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
init()shark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
IS_CONSTRAINED_FEATURE enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
IS_NOISY enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
IS_THREAD_SAFE enum valueshark::AbstractObjectiveFunction< PointType, ResultT >
isConstrained() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
isFeasible(const SearchPointType &input) constshark::SvmLogisticInterpretation< InputType >inlinevirtual
isNoisy() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
isThreadSafe() constshark::AbstractObjectiveFunction< PointType, ResultT >inline
KernelType typedefshark::SvmLogisticInterpretation< InputType >
m_constraintHandlershark::AbstractObjectiveFunction< PointType, ResultT >protected
m_evaluationCountershark::AbstractObjectiveFunction< PointType, ResultT >mutableprotected
m_featuresshark::AbstractObjectiveFunction< PointType, ResultT >protected
m_foldsshark::SvmLogisticInterpretation< InputType >protected
m_inputDimsshark::SvmLogisticInterpretation< InputType >protected
m_nhpshark::SvmLogisticInterpretation< InputType >protected
m_nkpshark::SvmLogisticInterpretation< InputType >protected
m_numFoldsshark::SvmLogisticInterpretation< InputType >protected
m_numSamplesshark::SvmLogisticInterpretation< InputType >protected
m_svmCIsUnconstrainedshark::SvmLogisticInterpretation< InputType >protected
mep_kernelshark::SvmLogisticInterpretation< InputType >protected
mep_rngshark::AbstractObjectiveFunction< PointType, ResultT >protected
mep_svmStoppingConditionshark::SvmLogisticInterpretation< InputType >protected
name() constshark::SvmLogisticInterpretation< InputType >inlinevirtual
numberOfObjectives() constshark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
numberOfVariables() constshark::SvmLogisticInterpretation< InputType >inlinevirtual
operator()(SearchPointType const &input) constshark::AbstractObjectiveFunction< PointType, ResultT >inline
proposeStartingPoint() constshark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
ResultType typedefshark::AbstractObjectiveFunction< PointType, ResultT >
SearchPointType typedefshark::AbstractObjectiveFunction< PointType, ResultT >
setNumberOfObjectives(std::size_t numberOfObjectives)shark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
setNumberOfVariables(std::size_t numberOfVariables)shark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
setRng(random::rng_type *rng)shark::AbstractObjectiveFunction< PointType, ResultT >inline
SvmLogisticInterpretation(FoldsType const &folds, KernelType *kernel, bool unconstrained=true, QpStoppingCondition *stop_cond=NULL)shark::SvmLogisticInterpretation< InputType >inline
updateFeatures()shark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
~AbstractObjectiveFunction()shark::AbstractObjectiveFunction< PointType, ResultT >inlinevirtual
~INameable()shark::INameableinlinevirtual