line::fluid::FluidKpTransient Struct Reference

The transient the covariance equation produces, i.e. More...

#include <line/solvers/fluid/fluid_kp.h>

Collaboration diagram for line::fluid::FluidKpTransient:

Public Attributes
std::vector< double >	t
std::vector< Matrix< double > >	QVar
	per time point, (nstations x nclasses)
std::vector< Matrix< double > >	Sigma
	per time point, (dim x dim)
std::vector< Matrix< double > >	QCov
	Sigma AGGREGATED onto station-class pairs, per time point, (M*K)-by-(M*K) and indexed ir = r*M + i.
std::vector< Matrix< double > >	QN
	The MEAN trajectory aggregated onto station-class pairs, per time point, (nstations x nclasses) – the same series the steady table summarises.
std::vector< Matrix< double > >	UN
std::vector< Matrix< double > >	TN
std::vector< std::vector< double > >	q

Detailed Description

The transient the covariance equation produces, i.e.

getTranAvgVar.

Definition at line 120 of file fluid_kp.h.

Member Data Documentation

q

std::vector<std::vector<double> > line::fluid::FluidKpTransient::q

Definition at line 141 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

QCov

std::vector<Matrix<double> > line::fluid::FluidKpTransient::QCov

Sigma AGGREGATED onto station-class pairs, per time point, (M*K)-by-(M*K) and indexed ir = r*M + i.

Its diagonal is QVar and its off-diagonal entries carry the cross-station and cross-class terms QVar drops, in an index space a caller can use without knowing this method's phase layout: SolverENV's meancov coupling reads it and seeds the next stage through FluidOptions::init_qlen/init_qcov, which are in the same space.

Definition at line 132 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

QN

std::vector<Matrix<double> > line::fluid::FluidKpTransient::QN

The MEAN trajectory aggregated onto station-class pairs, per time point, (nstations x nclasses) – the same series the steady table summarises.

A caller that wants both moments on one grid (SolverENV's meancov) reads them here rather than re-deriving the block sums from q, which would need this method's phase layout.

Definition at line 140 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

QVar

std::vector<Matrix<double> > line::fluid::FluidKpTransient::QVar

per time point, (nstations x nclasses)

Definition at line 122 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

Sigma

std::vector<Matrix<double> > line::fluid::FluidKpTransient::Sigma

per time point, (dim x dim)

Definition at line 123 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

t

std::vector<double> line::fluid::FluidKpTransient::t

Definition at line 121 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

TN

std::vector<Matrix<double> > line::fluid::FluidKpTransient::TN

Definition at line 140 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

UN

std::vector<Matrix<double> > line::fluid::FluidKpTransient::UN

Definition at line 140 of file fluid_kp.h.

Referenced by line::fluid::solver_fluid_kp_core().

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

• include/line/solvers/fluid/fluid_kp.h