orb5x::SolverVariables Struct Reference

Numerical and physical choices for quasineutrality and Ampere solves. More...

#include "globals.hpp"

Public Attributes
int	control_variate_niter = 1
	Maximum control-variate correction iterations.
Real	control_variate_tolerance = 1.e-4
	Relative convergence tolerance for control-variate iteration.
int	deltam_mat = 5
	Poloidal-mode coupling half-bandwidth in field matrices.
Real	efluid_colls = 0.0
	Normalized collisionality in the electron-fluid closure.
int	iquafor = 4
	Gauss quadrature points per B-spline interval.
Real	kappan_sh = 0.0
	Amplitude of the radial shielding-density profile.
int	nalpha = 8
	Pitch-angle quadrature points for velocity-space integrals.
bool	nl_apar_den_corr = false
	Apply density correction in the parallel-vector-potential solve.
bool	nl_auto_quadrature = true
	Derive quadrature orders automatically.
bool	nl_auto_radbands = true
	Derive the radial matrix bandwidth automatically.
bool	nl_auto_vspace = true
	Derive velocity-space extent from species parameters.
bool	nl_lin_pullback = true
	Linearize the pullback transformation.
int	nqx = 1
	First perpendicular gyroquadrature count.
int	nqy = 1
	Second perpendicular gyroquadrature count.
int	nradbands = 5
	Number of radial matrix bands retained.
int	nsel_ampere = 0
	Electromagnetic Ampere model; see NSelAmpere.
int	nsel_bsplines_basis = 0
	Field B-spline basis/assembly selector.
int	nsel_control_variate = 0
	Control-variate strategy; see NSelControlVariate.
int	nsel_efluid = 0
	Electron-fluid closure selector.
int	nsel_gradp = 0
	Pressure-gradient discretization selector.
int	nsel_poisson = 0
	Polarization model; see NSelPoisson.
int	nsel_pullback = 0
	Electromagnetic pullback algorithm selector.
int	nw = 8
	Speed quadrature points for velocity-space integrals.
Real	widths_sh = 0.02
	Radial width of the shielding transition.
Real	wmax = 5.0
	Velocity-space truncation in thermal-speed units.

Detailed Description

Numerical and physical choices for quasineutrality and Ampere solves.

Member Data Documentation

control_variate_niter

int orb5x::SolverVariables::control_variate_niter = 1

Maximum control-variate correction iterations.

control_variate_tolerance

Real orb5x::SolverVariables::control_variate_tolerance = 1.e-4

Relative convergence tolerance for control-variate iteration.

deltam_mat

int orb5x::SolverVariables::deltam_mat = 5

Poloidal-mode coupling half-bandwidth in field matrices.

efluid_colls

Real orb5x::SolverVariables::efluid_colls = 0.0

Normalized collisionality in the electron-fluid closure.

iquafor

int orb5x::SolverVariables::iquafor = 4

Gauss quadrature points per B-spline interval.

kappan_sh

Real orb5x::SolverVariables::kappan_sh = 0.0

Amplitude of the radial shielding-density profile.

nalpha

int orb5x::SolverVariables::nalpha = 8

Pitch-angle quadrature points for velocity-space integrals.

nl_apar_den_corr

bool orb5x::SolverVariables::nl_apar_den_corr = false

Apply density correction in the parallel-vector-potential solve.

nl_auto_quadrature

bool orb5x::SolverVariables::nl_auto_quadrature = true

Derive quadrature orders automatically.

nl_auto_radbands

bool orb5x::SolverVariables::nl_auto_radbands = true

Derive the radial matrix bandwidth automatically.

nl_auto_vspace

bool orb5x::SolverVariables::nl_auto_vspace = true

Derive velocity-space extent from species parameters.

nl_lin_pullback

bool orb5x::SolverVariables::nl_lin_pullback = true

Linearize the pullback transformation.

nqx

int orb5x::SolverVariables::nqx = 1

First perpendicular gyroquadrature count.

nqy

int orb5x::SolverVariables::nqy = 1

Second perpendicular gyroquadrature count.

nradbands

int orb5x::SolverVariables::nradbands = 5

Number of radial matrix bands retained.

nsel_ampere

int orb5x::SolverVariables::nsel_ampere = 0

Electromagnetic Ampere model; see NSelAmpere.

nsel_bsplines_basis

int orb5x::SolverVariables::nsel_bsplines_basis = 0

Field B-spline basis/assembly selector.

nsel_control_variate

int orb5x::SolverVariables::nsel_control_variate = 0

Control-variate strategy; see NSelControlVariate.

nsel_efluid

int orb5x::SolverVariables::nsel_efluid = 0

Electron-fluid closure selector.

nsel_gradp

int orb5x::SolverVariables::nsel_gradp = 0

Pressure-gradient discretization selector.

nsel_poisson

int orb5x::SolverVariables::nsel_poisson = 0

Polarization model; see NSelPoisson.

nsel_pullback

int orb5x::SolverVariables::nsel_pullback = 0

Electromagnetic pullback algorithm selector.

nw

int orb5x::SolverVariables::nw = 8

Speed quadrature points for velocity-space integrals.

widths_sh

Real orb5x::SolverVariables::widths_sh = 0.02

Radial width of the shielding transition.

wmax

Real orb5x::SolverVariables::wmax = 5.0

Velocity-space truncation in thermal-speed units.

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

• globals.hpp