LocalSolver Namespace Reference

A namespace for local solvers. More...

Classes
class	AdvectionParab
	Local solver for parabolic diffusion equation on hypergraph. More...
class	BernoulliBendingBeam
	Local solver for the equation that governs the bending of an elastic Bernoulli beam. More...
class	Bilaplacian
	Local solver for bilaplacian equation on uniform hypergraph. More...
struct	Bilaplacian_parameters_default
	Default parameters for the diffusion equation, cf. below. More...
class	BilaplacianEigs
	Local solver for bilaplacian equation on uniform hypergraph. More...
class	BilaplacianParab
	Local solver for bilaplacian equation on uniform hypergraph. More...
class	BilaplacianUniform
	Local solver for bilaplacian equation on uniform hypergraph. More...
class	Diffusion
	Local solver diffusion equation on hypergraph. More...
class	DiffusionAdvectionReaction
	Local solver diffusion equation on hypergraph. More...
struct	DiffusionAdvectionReactionParametersDefault
	Default parameters for the diffusion equation, cf. below. More...
class	DiffusionEigs
	Local solver for the nonlinear eigenvalue problem induced by the diffusion equation. More...
class	DiffusionIP
	Local solver diffusion equation on hypergraph. More...
class	DiffusionParab
	Local solver for parabolic diffusion equation on hypergraph. More...
struct	DiffusionParametersDefault
	Default parameters for the diffusion equation, cf. below. More...
class	DiffusionPostprocess
	Local solver diffusion equation on hypergraph. More...
class	DiffusionUniform
	Local solver for Poisson's equation on uniform hypergraph. More...
class	LengtheningBeam
	Local solver for the equation that governs the lengthening of an elastic beam. More...
class	LengtheningBernoulliBendingBeam
	Local solver for the equation that governs the bending and change of length of an elastic Bernoulli beam. More...
class	Template
	Implementation the interface of local solvers needed by enclosing objects in minimal way. More...

Detailed Description

A namespace for local solvers.

---

Local solvers contain the information on the partial differential equation (PDE) which will be solved on the hypergraph. Thus, they can be considered the core classes which have to be written for all kinds of mathematical problems.

There are some functions that the global loops require the local solvers to provide. For more details on this consider the corresponding global loop type and the Template solver.

Authors

Guido Kanschat, Heidelberg University, 2019–2020.

Andreas Rupp, Heidelberg University, 2019–2020.