ldz_magnetic_field.cpp File Reference

#include "ldz_magnetic_field.hpp"

Include dependency graph for ldz_magnetic_field.cpp:

Go to the source code of this file.

Functions
void	propagateMagneticField (fsgrids::perbspan perb, fsgrids::perbspan perbdt2, fsgrids::constefieldspan e, fsgrids::constefieldspan edt2, const fsgrid::FsStencil &stencil, Real dt, int32_t RKCase, bool doX, bool doY, bool doZ, const std::array< Real, 3 > &gridSpacing)
void	propagateSysBoundaryMagneticField (fsgrids::perbspan perb, fsgrids::perbspan perbdt2, fsgrids::constbgbspan bgb, fsgrids::consttechnicalspan technical, const std::array< Real, 3 > &gridSpacing, const std::array< fsgrid::FsSize_t, 3 > &globalCoordinates, const fsgrid::FsStencil &stencil, SysBoundary &sysBoundaries, int32_t RKCase, uint32_t component)
	Low-level magnetic field propagation function.
void	propagateMagneticFieldSimple (fsgrids::perbspan perb, fsgrids::perbspan perbdt2, fsgrids::bgbspan bgb, fsgrids::efieldspan e, fsgrids::efieldspan edt2, fsgrids::technicalspan technical, FieldSolverGrid &fsgrid, SysBoundary &sysBoundaries, creal &dt, cint &RKCase)
	High-level magnetic field propagation function.

Function Documentation

propagateMagneticField()

void propagateMagneticField	(	fsgrids::perbspan	perb,
		fsgrids::perbspan	perbdt2,
		fsgrids::constefieldspan	e,
		fsgrids::constefieldspan	edt2,
		const fsgrid::FsStencil &	stencil,
		Real	dt,
		int32_t	RKCase,
		bool	doX,
		bool	doY,
		bool	doZ,
		const std::array< Real, 3 > &	gridSpacing )

Definition at line 29 of file ldz_magnetic_field.cpp.

Here is the caller graph for this function:

propagateMagneticFieldSimple()

void propagateMagneticFieldSimple	(	fsgrids::perbspan	perb,
		fsgrids::perbspan	perbdt2,
		fsgrids::bgbspan	bgb,
		fsgrids::efieldspan	e,
		fsgrids::efieldspan	edt2,
		fsgrids::technicalspan	technical,
		FieldSolverGrid &	fsgrid,
		SysBoundary &	sysBoundaries,
		creal &	dt,
		cint &	RKCase )

High-level magnetic field propagation function.

Propagates the magnetic field and applies the field boundary conditions defined in project.h where needed.

Parameters

perb	fsGrid holding the perturbed B quantities at runge-kutta t=0
perbdt2	fsGrid holding the perturbed B quantities at runge-kutta t=0.5
bgb	fsGrid holding the background B quantities
e	fsGrid holding the Electric field quantities at runge-kutta t=0
edt2	fsGrid holding the Electric field quantities at runge-kutta t=0.5
technical	fsGrid holding technical information (such as boundary types)
fsgrid	container of all fsgrids
sysBoundaries	System boundary conditions existing
dt	Length of the time step
RKCase	Element in the enum defining the Runge-Kutta method steps

See also

propagateMagneticField propagateSysBoundaryMagneticField

Definition at line 199 of file ldz_magnetic_field.cpp.

Here is the call graph for this function:

Here is the caller graph for this function:

propagateSysBoundaryMagneticField()

void propagateSysBoundaryMagneticField	(	fsgrids::perbspan	perb,
		fsgrids::perbspan	perbdt2,
		fsgrids::constbgbspan	bgb,
		fsgrids::consttechnicalspan	technical,
		const std::array< Real, 3 > &	gridSpacing,
		const std::array< fsgrid::FsSize_t, 3 > &	globalCoordinates,
		const fsgrid::FsStencil &	stencil,
		SysBoundary &	sysBoundaries,
		int32_t	RKCase,
		uint32_t	component )

Low-level magnetic field propagation function.

Propagates the magnetic field according to the system boundary conditions.

Parameters

perb	fsGrid holding the perturbed B quantities at runge-kutta t=0
perbdt2	fsGrid holding the perturbed B quantities at runge-kutta t=0.5
bgb	fsGrid holding the background field B quantities
technical	fsgrid holding the technical parameters
gridSpacing	cell size in x,y,z
globalCoordinates	cell global grid coordinate indices
stencil	fsgrid stencil for cell
sysBoundaries	System boundary conditions existing
RKCase	Element in the enum defining the Runge-Kutta method steps
component	component to compute

See also

propagateMagneticFieldSimple propagateMagneticField

Definition at line 164 of file ldz_magnetic_field.cpp.

Here is the call graph for this function:

Here is the caller graph for this function: