What the state-vector coupling reports. More...

#include <line/solvers/env/solver_env_statevec.h>

Collaboration diagram for line::env::EnvStatevecSolution< T >:

Public Attributes
Matrix< T >	QN
	Environment-averaged metrics, (nstations x nclasses).
Matrix< T >	UN
Matrix< T >	TN
std::vector< Matrix< T > >	QStage
	Per-stage, sojourn-averaged metrics.
std::vector< Matrix< T > >	UStage
std::vector< Matrix< T > >	TStage
std::vector< std::vector< T > >	pi_enter
	The entry distributions the fixed point converged to, per stage.
std::vector< std::vector< T > >	pi_timeavg
	The sojourn-end distributions the blend was taken over, per stage.
solvers::CacheMetrics< T >	cache
	aggregateCacheBlend_: the environment-blended cache surface.
int	iterations = 0
bool	converged = false

Detailed Description

template<class T>
struct line::env::EnvStatevecSolution< T >

What the state-vector coupling reports.

Definition at line 173 of file solver_env_statevec.h.

Member Data Documentation

◆ cache

template<class T>

solvers::CacheMetrics<T> line::env::EnvStatevecSolution< T >::cache

aggregateCacheBlend_: the environment-blended cache surface.

The reference writes it onto the stage-one node objects with setResultHitProb; a struct-level port has no node object to write to, so it is reported here instead, and a class the cache never serves stays NaN rather than reading as "never hits".

KEYED BY NAME, in CacheMetrics' one shape rather than the node-index map this used to be: the mean-field coupling and the closed-form limits report the same surface, and indexing a cache result by position is what once made a host write it onto a Sink (see cache_metrics.h).

Definition at line 194 of file solver_env_statevec.h.