| addGi(const unsigned i, const Real a, Vector< Real > &x) const | ROL::Bundle_U< Real > | protected |
| addSubgradToBase(unsigned ind, Real delta) | ROL::Bundle_U_TT< Real > | private |
| aggregate(Vector< Real > &aggSubGrad, Real &aggLinErr, Real &aggDistMeas) const | ROL::Bundle_U< Real > | |
| alpha(const unsigned i) const | ROL::Bundle_U< Real > | |
| base_ | ROL::Bundle_U_TT< Real > | private |
| Bundle_U(const unsigned maxSize=10, const Real coeff=0.0, const Real omega=2.0, const unsigned remSize=2) | ROL::Bundle_U< Real > | |
| Bundle_U_TT(const unsigned maxSize=10, const Real coeff=0.0, const Real omega=2.0, const unsigned remSize=2) | ROL::Bundle_U_TT< Real > | |
| computeAlpha(const Real dm, const Real le) const | ROL::Bundle_U< Real > | |
| currSize_ | ROL::Bundle_U_TT< Real > | private |
| deleteSubgradFromBase(unsigned ind, Real tol) | ROL::Bundle_U_TT< Real > | private |
| deltaLh_ | ROL::Bundle_U_TT< Real > | private |
| deltaLj_ | ROL::Bundle_U_TT< Real > | private |
| dependent_ | ROL::Bundle_U_TT< Real > | private |
| distanceMeasure(const unsigned i) const | ROL::Bundle_U< Real > | |
| dotGi(const unsigned i, const Vector< Real > &x) const | ROL::Bundle_U< Real > | protected |
| entering_ | ROL::Bundle_U_TT< Real > | private |
| evaluateObjective(std::vector< Real > &g, const std::vector< Real > &x, const Real t) const | ROL::Bundle_U< Real > | protected |
| getDualVariable(const unsigned i) const | ROL::Bundle_U< Real > | |
| GiGj(const unsigned i, const unsigned j) const | ROL::Bundle_U< Real > | protected |
| Id_ | ROL::Bundle_U_TT< Real > | private |
| initialize(const Vector< Real > &g) | ROL::Bundle_U< Real > | virtual |
| isFeasible(LA::Vector< Real > &v, const Real &tol) | ROL::Bundle_U_TT< Real > | private |
| isInitialized_ | ROL::Bundle_U_TT< Real > | private |
| kappa_ | ROL::Bundle_U_TT< Real > | private |
| L_ | ROL::Bundle_U_TT< Real > | private |
| lapack_ | ROL::Bundle_U_TT< Real > | private |
| lh_ | ROL::Bundle_U_TT< Real > | private |
| lhNorm | ROL::Bundle_U_TT< Real > | private |
| lhz1_ | ROL::Bundle_U_TT< Real > | private |
| lhz2_ | ROL::Bundle_U_TT< Real > | private |
| LiMax_ | ROL::Bundle_U_TT< Real > | private |
| LiMin_ | ROL::Bundle_U_TT< Real > | private |
| linearizationError(const unsigned i) const | ROL::Bundle_U< Real > | |
| lj_ | ROL::Bundle_U_TT< Real > | private |
| ljNorm | ROL::Bundle_U_TT< Real > | private |
| ljz1_ | ROL::Bundle_U_TT< Real > | private |
| maxind_ | ROL::Bundle_U_TT< Real > | private |
| maxSize_ | ROL::Bundle_U_TT< Real > | private |
| minobjval_ | ROL::Bundle_U_TT< Real > | private |
| objval_ | ROL::Bundle_U_TT< Real > | private |
| optimal_ | ROL::Bundle_U_TT< Real > | private |
| QPStatus_ | ROL::Bundle_U_TT< Real > | private |
| reset(const Vector< Real > &g, const Real le, const Real dm) | ROL::Bundle_U< Real > | |
| resetDualVariables(void) | ROL::Bundle_U< Real > | |
| rho_ | ROL::Bundle_U_TT< Real > | private |
| setDualVariable(const unsigned i, const Real val) | ROL::Bundle_U< Real > | |
| sgn(const Real x) const | ROL::Bundle_U_TT< Real > | private |
| size(void) const | ROL::Bundle_U< Real > | |
| solveDual(const Real t, const unsigned maxit=1000, const Real tol=1.e-8) | ROL::Bundle_U_TT< Real > | virtual |
| solveDual_arbitrary(const Real t, const unsigned maxit=1000, const Real tol=1.e-8) | ROL::Bundle_U_TT< Real > | private |
| solveDual_dim1(const Real t, const unsigned maxit=1000, const Real tol=1.e-8) | ROL::Bundle_U< Real > | protected |
| solveDual_dim2(const Real t, const unsigned maxit=1000, const Real tol=1.e-8) | ROL::Bundle_U< Real > | protected |
| solveDual_TT(const Real t, const unsigned maxit=1000, const Real tol=1.e-8) | ROL::Bundle_U_TT< Real > | private |
| solveSystem(int size, char tran, LA::Matrix< Real > &L, LA::Vector< Real > &v) | ROL::Bundle_U_TT< Real > | private |
| subgradient(const unsigned i) const | ROL::Bundle_U< Real > | |
| swapRowsL(unsigned ind1, unsigned ind2, bool trans=false) | ROL::Bundle_U_TT< Real > | private |
| taboo_ | ROL::Bundle_U_TT< Real > | private |
| tempv_ | ROL::Bundle_U_TT< Real > | private |
| tempw1_ | ROL::Bundle_U_TT< Real > | private |
| tempw2_ | ROL::Bundle_U_TT< Real > | private |
| update(const bool flag, const Real linErr, const Real distMeas, const Vector< Real > &g, const Vector< Real > &s) | ROL::Bundle_U< Real > | |
| updateK(void) | ROL::Bundle_U_TT< Real > | private |
| z1_ | ROL::Bundle_U_TT< Real > | private |
| z2_ | ROL::Bundle_U_TT< Real > | private |
| ~Bundle_U(void) | ROL::Bundle_U< Real > | inlinevirtual |
