Result of an algebraic Riccati solve, matching MATLAB's [X, L, G] output order for care / dare. More...
#include <riccati.hpp>
Public Attributes | |
| Value | X |
| Stabilizing solution (symmetric positive-semidefinite). | |
| Value | L |
| Closed-loop eigenvalues eig(A − B·G) (column, may be complex). | |
| Value | G |
| Optimal state-feedback gain (m×n). | |
Result of an algebraic Riccati solve, matching MATLAB's [X, L, G] output order for care / dare.
Definition at line 35 of file riccati.hpp.
| Value nk::control::RiccatiResult::G |
Optimal state-feedback gain (m×n).
Definition at line 38 of file riccati.hpp.
| Value nk::control::RiccatiResult::L |
Closed-loop eigenvalues eig(A − B·G) (column, may be complex).
Definition at line 37 of file riccati.hpp.
| Value nk::control::RiccatiResult::X |
Stabilizing solution (symmetric positive-semidefinite).
Definition at line 36 of file riccati.hpp.