line::env::EnvLimitSolution Struct Reference

What a limit solve reports. More...

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

Collaboration diagram for line::env::EnvLimitSolution:

Public Attributes
Matrix< double >	QN
	Environment-averaged metrics, (nstations x nclasses).
Matrix< double >	UN
Matrix< double >	TN
std::string	method
	The limit that ran: avg, dec or occupation.
std::vector< Matrix< double > >	QStage
	dec and occupation: each stage's own steady state, before the blend.
std::vector< Matrix< double > >	UStage
std::vector< Matrix< double > >	TStage
std::vector< double >	occupation
	occupation only (getStageOccupation): the expected time spent in each stage over the horizon, Inf for a stage the environment ends in when the horizon is unbounded, and the weight of each stage in the blend.
std::vector< double >	occupation_weight
std::vector< double >	prob_env
	The stage probabilities the blend used: probEnv, or the occupation weights.
solvers::CacheMetrics< double >	cache
	The environment-blended cache surface, one entry per Cache node.

Detailed Description

What a limit solve reports.

Definition at line 140 of file solver_env_limit.h.

Member Data Documentation

cache

solvers::CacheMetrics<double> line::env::EnvLimitSolution::cache

The environment-blended cache surface, one entry per Cache node.

EMPTY on a model with no cache. Within an entry every field is optional and ABSENT MEANS NOT COMPUTED, never zero, exactly as CacheNodeMetrics states: a class no stage measured stays NaN rather than reading as "never hits". Kept double, since init() refuses T != double anyway.

Definition at line 166 of file solver_env_limit.h.

method

std::string line::env::EnvLimitSolution::method

The limit that ran: avg, dec or occupation.

Definition at line 144 of file solver_env_limit.h.

occupation

std::vector<double> line::env::EnvLimitSolution::occupation

occupation only (getStageOccupation): the expected time spent in each stage over the horizon, Inf for a stage the environment ends in when the horizon is unbounded, and the weight of each stage in the blend.

Definition at line 155 of file solver_env_limit.h.

occupation_weight

std::vector<double> line::env::EnvLimitSolution::occupation_weight

Definition at line 155 of file solver_env_limit.h.

prob_env

std::vector<double> line::env::EnvLimitSolution::prob_env

The stage probabilities the blend used: probEnv, or the occupation weights.

Definition at line 157 of file solver_env_limit.h.

QN

Matrix<double> line::env::EnvLimitSolution::QN

Environment-averaged metrics, (nstations x nclasses).

Definition at line 142 of file solver_env_limit.h.

QStage

std::vector<Matrix<double> > line::env::EnvLimitSolution::QStage

dec and occupation: each stage's own steady state, before the blend.

A stage occupation does not solve (weight zero) stays all zeros.

Definition at line 149 of file solver_env_limit.h.

TN

Matrix<double> line::env::EnvLimitSolution::TN

Definition at line 142 of file solver_env_limit.h.

TStage

std::vector<Matrix<double> > line::env::EnvLimitSolution::TStage

Definition at line 149 of file solver_env_limit.h.

UN

Matrix<double> line::env::EnvLimitSolution::UN

Definition at line 142 of file solver_env_limit.h.

UStage

std::vector<Matrix<double> > line::env::EnvLimitSolution::UStage

Definition at line 149 of file solver_env_limit.h.

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The documentation for this struct was generated from the following file:

• include/line/solvers/env/solver_env_limit.h