This is the complete list of members for Bundle_U_TT, including all inherited members.

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