Classes
struct	Boundary

class	GFTransformer
	Base class to transform a grid function. More...

class	LevelSetTransformer
	Level Set Transformer, 1 for u(x) >= threshold, 0 otherwise. More...

class	OffsetTransformer
	Adds an constant offset to a grid function, i.e. u(x) = u(x) + offset. More...

class	ScaleTransformer
	Transforms a grid function by scaling it by a constant factor. More...

class	SPDESolver

class	UniformGRFTransformer

class	Visualizer

Enumerations
enum	BoundaryType { BoundaryType::kNeumann, BoundaryType::kDirichlet, BoundaryType::kRobin, BoundaryType::kPeriodic, BoundaryType::kUndefined }

Functions
bool	PrintOutput (const ParFiniteElementSpace *fespace_ptr, int print_level)

double	IntegrateBC (const ParGridFunction &x, const Array< int > &bdr, double alpha, double beta, double gamma, double &glb_err)

double	TransformToUniform (double x)

double	ApplyLevelSetAtZero (double x)

Enumeration Type Documentation

◆ BoundaryType

enum mfem::spde::BoundaryType

strong

Enumerator
kNeumann
kDirichlet
kRobin
kPeriodic
kUndefined

Definition at line 24 of file spde_solver.hpp.

Function Documentation

◆ ApplyLevelSetAtZero()

double mfem::spde::ApplyLevelSetAtZero ( double x )

Definition at line 29 of file transformation.cpp.

◆ IntegrateBC()

double mfem::spde::IntegrateBC	(	const ParGridFunction &	x,
		const Array< int > &	bdr,
		double	alpha,
		double	beta,
		double	gamma,
		double &	glb_err
	)

IntegrateBC function from ex27p.cpp. For boundary verification. Compute the average value of alpha*n.Grad(sol) + beta*sol over the boundary attributes marked in bdr_marker. Also computes the L2 norm of alpha*n.Grad(sol) + beta*sol - gamma over the same boundary.

Definition at line 242 of file spde_solver.cpp.

◆ PrintOutput()

bool mfem::spde::PrintOutput	(	const ParFiniteElementSpace *	fespace_ptr,
		int	print_level
	)

Definition at line 26 of file spde_solver.cpp.

◆ TransformToUniform()

double mfem::spde::TransformToUniform ( double x )

This function effectively implements equation 19 of the paper (see header). \Phi [y(x)]

Definition at line 27 of file transformation.cpp.

Classes

Enumerations