shark::SvmShrinkingProblem< Problem > Member List

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

 activateVariable(std::size_t i) shark::SvmProblem< Problem > inline active() const shark::SvmProblem< Problem > inline alpha(std::size_t i) const shark::SvmProblem< Problem > inline applyStep(std::size_t i, std::size_t j, double step) shark::SvmProblem< Problem > inlineprotectedvirtual BoxBasedShrinkingStrategy(ProblemT &problem, bool shrink=true) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline boxMax(std::size_t i) const shark::SvmProblem< Problem > inline boxMin(std::size_t i) const shark::SvmProblem< Problem > inline checkKKT() const shark::SvmProblem< Problem > inline deactivateVariable(std::size_t i) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline diagonal(std::size_t i) const shark::SvmProblem< Problem > inline dimensions() const shark::SvmProblem< Problem > inline flipCoordinates(std::size_t i, std::size_t j) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline functionValue() const shark::SvmProblem< Problem > inline getUnpermutedAlpha() const shark::SvmProblem< Problem > inline gradient(std::size_t i) const shark::SvmProblem< Problem > inline isLowerBound(std::size_t i) const shark::SvmProblem< Problem > inline isUpperBound(std::size_t i) const shark::SvmProblem< Problem > inline linear(std::size_t i) const shark::SvmProblem< Problem > inline m_active shark::SvmProblem< Problem > protected m_alphaStatus shark::SvmProblem< Problem > protected m_gradient shark::SvmProblem< Problem > protected m_problem shark::SvmProblem< Problem > protected MatrixType typedef shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > permutation(std::size_t i) const shark::SvmProblem< Problem > inline PreferedSelectionStrategy typedef shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > QpFloatType typedef shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > quadratic() shark::SvmProblem< Problem > inline reshrink() shark::SvmProblem< Problem > inline scaleBoxConstraints(double factor, double variableScalingFactor) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline setInitialSolution(RealVector const &alpha, RealVector const &gradient, RealVector const &gradientEdge) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline setInitialSolution(RealVector const &alpha) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline shark::SvmProblem::setInitialSolution(RealVector const &alpha, RealVector const &gradient) shark::SvmProblem< Problem > inline setLinear(std::size_t i, double newValue) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inlinevirtual setShrinking(bool shrinking) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline shrink(double epsilon) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline SvmProblem(Problem &problem) shark::SvmProblem< Problem > inline SvmShrinkingProblem(Problem &problem, bool shrink=true) shark::SvmShrinkingProblem< Problem > inline testShrinkVariable(std::size_t a, double largestUp, double smallestDown) const shark::SvmProblem< Problem > inlineprotected unshrink() shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inline updateAlphaStatus(std::size_t i) shark::SvmProblem< Problem > inlineprotected updateSMO(std::size_t i, std::size_t j) shark::BoxBasedShrinkingStrategy< SvmProblem< Problem > > inlinevirtual