#include "grid_node_tr_mapping.hpp"
#include "setup_solver_boundaries.hpp"

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Functions
void	setup_solver_boundaries (NLReader::NamelistReader &nlr, bool is_XGCa, bool explicit_electromagnetic, const MagneticField< DeviceType > &magnetic_field, const Grid< DeviceType > &grid, ElectricField< DeviceType > &electric_field)

Function Documentation

void setup_solver_boundaries	(	NLReader::NamelistReader &	nlr,
		bool	is_XGCa,
		bool	explicit_electromagnetic,
		const MagneticField< DeviceType > &	magnetic_field,
		const Grid< DeviceType > &	grid,
		ElectricField< DeviceType > &	electric_field
	)

< Outward shift of the inner boundary of the axisymmetric

< Outward shift of the inner boundary of the RHS of the axisymmetric

< Inward shift of the outer boundary of the axisymmetric

< Inward shift of the outer boundary of the RHS of the axisymmetric

< Outward shift of the inner boundary of the non-axisymmetric

< Outward shift of the inner boundary of the RHS of the non-axisymmetric

< Inward shift of the outer boundary of the non-axisymmetric

< Inward shift of the outer boundary of the RHS of the non-axisymmetric

< Shift of inner boundary of n!=0 Ampere solver (LHS) outwards relative to sml_inpsi

< Shift of outer boundary of n!=0 Ampere solver (LHS) inwards relative to sml_outpsi

< Shift of inner boundary of n!=0 Ampere solver (RHS=current density) outwards relative to sml_inpsi

< Shift of outer boundary of n!=0 Ampere solver (RHS) inwards relative to sml_outpsi

< Outer boundary (for Poisson solver), normalized poloidal flux

< Outer boundary (for Poisson solver, 2nd private region), normalized poloidal flux

< If .true., use Dirichlet boundary condition \(\phi=0\)

< To move the outer boundary of the Poisson solver away from the inner wall (in m)

< (XGCa only) False: 00-bc is phi=0 everywhere; true: 00-boundary

< If .true., the axisymmetric Poisson equation is solved only inside the separatrix.

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Functions