Sparse associative equivalent of the Fortran two-dimensional matrix array. More...

#include "solver_data.hpp"

Collaboration diagram for orb5x::MatArray:

Public Attributes
int	amp = 0
	Ampere matrix number.

ContiEq	conti
	Continuity-equation matrix-number bundle.

int	cv = 0
	Control-variate matrix number.

int	lapl = 0
	Perpendicular-Laplacian matrix number.

int	mass = 0
	Standard mass-matrix number.

int	mass_amp = 0
	Ampere-weighted mass-matrix number.

int	mass_i = 0
	Inverse/projection mass-matrix number.

std::unordered_map< std::pair< int, int >, std::unique_ptr< Zbmat >, PairHash >	mat
	Matrices keyed by global toroidal mode and matrix number.

int	matsize = 0
	Number of defined matrix-number slots.

int	ohm_ch = 0
	Characteristic/general-band Ohm matrix number.

int	ohm_ph = 0
	Positive-definite Ohm matrix number.

int	press_ch = 0
	Characteristic pressure matrix number.

int	press_ph = 0
	Positive-definite pressure matrix number.

int	qasi = 0
	Quasineutrality matrix number.

int	test_dc = 0
	First poloidal-derivative test matrix.

int	test_ddc = 0
	Second poloidal-derivative test matrix.

int	test_dds = 0
	Second radial-derivative test matrix.

int	test_dp = 0
	First toroidal-derivative test matrix.

int	test_ds = 0
	First radial-derivative test matrix.

Detailed Description

Sparse associative equivalent of the Fortran two-dimensional matrix array.

Fortran reference solver_data.F90, type matarray and global MATS.

Member Data Documentation

◆ amp

int orb5x::MatArray::amp = 0

Ampere matrix number.

◆ conti

ContiEq orb5x::MatArray::conti

Continuity-equation matrix-number bundle.

◆ cv

int orb5x::MatArray::cv = 0

Control-variate matrix number.

◆ lapl

int orb5x::MatArray::lapl = 0

Perpendicular-Laplacian matrix number.

◆ mass

int orb5x::MatArray::mass = 0

Standard mass-matrix number.

◆ mass_amp

int orb5x::MatArray::mass_amp = 0

Ampere-weighted mass-matrix number.

◆ mass_i

int orb5x::MatArray::mass_i = 0

Inverse/projection mass-matrix number.

◆ mat

std::unordered_map<std::pair<int, int>, std::unique_ptr<Zbmat>, PairHash> orb5x::MatArray::mat

Matrices keyed by global toroidal mode and matrix number.

◆ matsize

int orb5x::MatArray::matsize = 0

Number of defined matrix-number slots.

◆ ohm_ch

int orb5x::MatArray::ohm_ch = 0

Characteristic/general-band Ohm matrix number.

◆ ohm_ph

int orb5x::MatArray::ohm_ph = 0

Positive-definite Ohm matrix number.

◆ press_ch

int orb5x::MatArray::press_ch = 0

Characteristic pressure matrix number.

◆ press_ph

int orb5x::MatArray::press_ph = 0

Positive-definite pressure matrix number.

◆ qasi

int orb5x::MatArray::qasi = 0

Quasineutrality matrix number.

◆ test_dc

int orb5x::MatArray::test_dc = 0

First poloidal-derivative test matrix.

◆ test_ddc

int orb5x::MatArray::test_ddc = 0

Second poloidal-derivative test matrix.

◆ test_dds

int orb5x::MatArray::test_dds = 0

Second radial-derivative test matrix.

◆ test_dp

int orb5x::MatArray::test_dp = 0

First toroidal-derivative test matrix.

◆ test_ds

int orb5x::MatArray::test_ds = 0

First radial-derivative test matrix.

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

solver_data.hpp

Public Attributes