DuQuad
v1.0
Quadratic Programming Optimizations
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#include <qp_structs.h>
Data Fields | |
boolean | lb_is_inf |
boolean | ub_is_inf |
boolean | lb_hat_is_inf |
boolean | ub_hat_is_inf |
real_t | eigH_max |
real_t | eigH_min |
real_t | Ld |
uint32_t | problem_case |
uint32_t | pf_vec_length |
parameters that are calculated automatically off-line in duquad.m
Definition at line 38 of file qp_structs.h.
real_t Info::eigH_max |
Largest eigenvalue of the Hessian H
Definition at line 43 of file qp_structs.h.
real_t Info::eigH_min |
Smallest eigenvalue of the Hessian H
Definition at line 44 of file qp_structs.h.
boolean Info::lb_hat_is_inf |
true: no lower bound on linear constraints
Definition at line 41 of file qp_structs.h.
boolean Info::lb_is_inf |
true: no lower bound on optimization variable
Definition at line 39 of file qp_structs.h.
real_t Info::Ld |
Lipschitz constant
Definition at line 45 of file qp_structs.h.
uint32_t Info::pf_vec_length |
Definition at line 47 of file qp_structs.h.
uint32_t Info::problem_case |
case 1: lb_hat != ub_hat, case 2: lb_hat == ub_hat, case 3: lb_hat = -inf, case 4: ub_hat = inf
Definition at line 46 of file qp_structs.h.
boolean Info::ub_hat_is_inf |
true: no upper bound on linear constraint
Definition at line 42 of file qp_structs.h.
boolean Info::ub_is_inf |
true: no upper bound on optimization variable
Definition at line 40 of file qp_structs.h.