The LQN-level answer, indexed by element 1..nidx. More...

#include <line/solvers/ln/solver_ln.h>

Collaboration diagram for line::ln::LnSolution< T >:

Public Attributes
std::vector< T >	QN
std::vector< T >	UN
std::vector< T >	RN
std::vector< T >	TN
std::vector< T >	AN
std::vector< T >	WN
std::vector< bool >	defined_Q
std::vector< bool >	defined_U
std::vector< bool >	defined_R
std::vector< bool >	defined_T
std::vector< bool >	defined_A
std::vector< bool >	defined_W
int	iterations = 0
bool	converged = false
bool	is_bound = false
	True when the numbers are a BOUND (method = mw.upper / mw.lower) rather than the fixed point.
std::string	warning
	A warning the analysis raised, verbatim, empty when it raised none (method='nlp' off a root).

Detailed Description

template<class T>
struct line::ln::LnSolution< T >

The LQN-level answer, indexed by element 1..nidx.

Definition at line 420 of file solver_ln.h.

Member Data Documentation

◆ AN

template<class T>

std::vector<T> line::ln::LnSolution< T >::AN

Definition at line 421 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds().

◆ converged

template<class T>

bool line::ln::LnSolution< T >::converged = false

Definition at line 424 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds().

◆ defined_A

template<class T>

std::vector<bool> line::ln::LnSolution< T >::defined_A

Definition at line 422 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds().

◆ defined_Q

template<class T>

std::vector<bool> line::ln::LnSolution< T >::defined_Q

Definition at line 422 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds(), and line::ln::SolverLN< T >::trapped_overlay().

◆ defined_R

template<class T>

std::vector<bool> line::ln::LnSolution< T >::defined_R

Definition at line 422 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds(), and line::ln::SolverLN< T >::trapped_overlay().

◆ defined_T

template<class T>

std::vector<bool> line::ln::LnSolution< T >::defined_T

Definition at line 422 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds(), and line::ln::SolverLN< T >::trapped_overlay().

◆ defined_U

template<class T>

std::vector<bool> line::ln::LnSolution< T >::defined_U

Definition at line 422 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds().

◆ defined_W

template<class T>

std::vector<bool> line::ln::LnSolution< T >::defined_W

Definition at line 422 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds(), and line::ln::SolverLN< T >::trapped_overlay().

◆ is_bound

template<class T>

bool line::ln::LnSolution< T >::is_bound = false

True when the numbers are a BOUND (method = mw.upper / mw.lower) rather than the fixed point.

A bound defines throughput and processor utilization and nothing else, so the other four measures come back undefined; reporting zeros there would be a claim.

Definition at line 431 of file solver_ln.h.

Referenced by line::ln::SolverLN< T >::box_bounds().