What the analyzer returns, in the same shape as the MVA and fluid results. More...

#include <line/solvers/ssa/ssa_types.h>

Collaboration diagram for line::ssa::SsaSolution:

Public Attributes
Matrix< double >	QN
Matrix< double >	UN
Matrix< double >	RN
Matrix< double >	TN
std::vector< double >	CN
std::vector< double >	XN
Matrix< double >	StartN
	The DERIVED rates, (nstations x nclasses): how often per unit time a class-r service STARTS at station i, and how often a class-r job in service is PUSHED BACK into the buffer there.
Matrix< double >	PreemptN
std::string	method = "nrm"
	The concrete algorithm, as the reference's method.
double	simulated_time = 0.0
	Simulated time the metrics are averaged over; the reference's totalTime.
std::size_t	samples = 0
	Reaction firings actually performed.

Detailed Description

What the analyzer returns, in the same shape as the MVA and fluid results.

Definition at line 101 of file ssa_types.h.

Member Data Documentation

◆ CN

std::vector<double> line::ssa::SsaSolution::CN

Definition at line 103 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), line::ssa::solver_ssa_nrm_space_analyzer(), line::ssa::solver_ssa_parallel_analyzer(), and line::ssa::solver_ssa_serial_on_struct().

◆ method

std::string line::ssa::SsaSolution::method = "nrm"

The concrete algorithm, as the reference's method.

Definition at line 113 of file ssa_types.h.

Referenced by line::NetworkSolver::avg_table(), line::ssa::NrmEngine< T >::run(), line::ssa::solver_ssa_nrm_space_analyzer(), line::ssa::solver_ssa_parallel_analyzer(), and line::ssa::solver_ssa_serial_on_struct().

◆ PreemptN

Matrix<double> line::ssa::SsaSolution::PreemptN

Definition at line 111 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), and line::ssa::solver_ssa_serial_on_struct().

◆ QN

Matrix<double> line::ssa::SsaSolution::QN

Definition at line 102 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), line::ssa::solver_ssa_nrm_space_analyzer(), line::ssa::solver_ssa_parallel_analyzer(), and line::ssa::solver_ssa_serial_on_struct().

◆ RN

Matrix<double> line::ssa::SsaSolution::RN

Definition at line 102 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), line::ssa::solver_ssa_nrm_space_analyzer(), line::ssa::solver_ssa_parallel_analyzer(), and line::ssa::solver_ssa_serial_on_struct().

◆ samples

std::size_t line::ssa::SsaSolution::samples = 0

Reaction firings actually performed.

Definition at line 117 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), line::ssa::solver_ssa_nrm_space_analyzer(), line::ssa::solver_ssa_parallel_analyzer(), and line::ssa::solver_ssa_serial_on_struct().

◆ simulated_time

double line::ssa::SsaSolution::simulated_time = 0.0

Simulated time the metrics are averaged over; the reference's totalTime.

Definition at line 115 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), line::ssa::solver_ssa_nrm_space_analyzer(), line::ssa::solver_ssa_parallel_analyzer(), and line::ssa::solver_ssa_serial_on_struct().

◆ StartN

Matrix<double> line::ssa::SsaSolution::StartN

The DERIVED rates, (nstations x nclasses): how often per unit time a class-r service STARTS at station i, and how often a class-r job in service is PUSHED BACK into the buffer there.

At a lossless station with no in-service abandonment StartN == TN + PreemptN, up to simulation error; SolverCTMC reports the exact value of the same quantity.

Definition at line 111 of file ssa_types.h.

Referenced by line::ssa::NrmEngine< T >::run(), and line::ssa::solver_ssa_serial_on_struct().