celeste::Solver_NU Member List

This is the complete list of members for celeste::Solver_NU, including all inherited members.

Generated on 1 Mar 2015 for Hugintrunk by

active_set	celeste::Solver	`[protected]`
active_size	celeste::Solver	`[protected]`
alpha	celeste::Solver	`[protected]`
alpha_status	celeste::Solver	`[protected]`
be_shrunken(int i, double Gmax1, double Gmax2, double Gmax3, double Gmax4)	celeste::Solver_NU	`[private]`
calculate_rho()	celeste::Solver_NU	`[private, virtual]`
Cn	celeste::Solver	`[protected]`
Cp	celeste::Solver	`[protected]`
do_shrinking()	celeste::Solver_NU	`[private, virtual]`
eps	celeste::Solver	`[protected]`
FREE enum value	celeste::Solver	`[protected]`
G	celeste::Solver	`[protected]`
G_bar	celeste::Solver	`[protected]`
get_C(int i)	celeste::Solver	`[inline, protected]`
is_free(int i)	celeste::Solver	`[inline, protected]`
is_lower_bound(int i)	celeste::Solver	`[inline, protected]`
is_upper_bound(int i)	celeste::Solver	`[inline, protected]`
l	celeste::Solver	`[protected]`
LOWER_BOUND enum value	celeste::Solver	`[protected]`
p	celeste::Solver	`[protected]`
Q	celeste::Solver	`[protected]`
QD	celeste::Solver	`[protected]`
reconstruct_gradient()	celeste::Solver	`[protected]`
select_working_set(int &i, int &j)	celeste::Solver_NU	`[private, virtual]`
si	celeste::Solver_NU	`[private]`
Solve(int l, const QMatrix &Q, const double p, const schar y, double alpha, double Cp, double Cn, double eps, SolutionInfo si, int shrinking)	celeste::Solver_NU	`[inline]`
celeste::Solver::Solve(int l, const QMatrix &Q, const double p_, const schar y_, double alpha_, double Cp, double Cn, double eps, SolutionInfo si, int shrinking)	celeste::Solver
Solver()	celeste::Solver	`[inline]`
Solver_NU()	celeste::Solver_NU	`[inline]`
swap_index(int i, int j)	celeste::Solver	`[protected]`
unshrinked	celeste::Solver	`[protected]`
update_alpha_status(int i)	celeste::Solver	`[inline, protected]`
UPPER_BOUND enum value	celeste::Solver	`[protected]`
y	celeste::Solver	`[protected]`
~Solver()	celeste::Solver	`[inline, virtual]`