aspect::Assemblers Namespace Reference

Classes
class	AdvectionStabilizationInterface
class	AdvectionSystem
class	AdvectionSystemBoundaryFace
class	AdvectionSystemBoundaryHeatFlux
class	AdvectionSystemInteriorFace
class	ApplyStabilization
class	DarcySystem
class	DiffusionSystem
class	Interface
class	Manager
class	MeltAdvectionSystem
class	MeltBoundaryTraction
class	MeltInterface
class	MeltPressureRHSCompatibilityModification
class	MeltStokesPreconditioner
class	MeltStokesSystem
class	MeltStokesSystemBoundary
class	NewtonInterface
class	NewtonStokesCompressibleStrainRateViscosityTerm
class	NewtonStokesImplicitReferenceDensityCompressibilityTerm
class	NewtonStokesIncompressibleTerms
class	NewtonStokesIsentropicCompressionTerm
class	NewtonStokesPreconditioner
class	NewtonStokesProjectedDensityFieldTerm
class	NewtonStokesReferenceDensityCompressibilityTerm
class	StokesBoundaryTraction
class	StokesCompressiblePreconditioner
class	StokesCompressibleStrainRateViscosityTerm
class	StokesHydrostaticCompressionTerm
class	StokesImplicitReferenceDensityCompressibilityTerm
class	StokesIncompressibleTerms
class	StokesIsentropicCompressionTerm
class	StokesPreconditioner
class	StokesPressureRHSCompatibilityModification
class	StokesProjectedDensityFieldTerm
class	StokesReferenceDensityCompressibilityTerm
class	VolumeOfFluidAssembler

Functions
unsigned int	n_interface_matrices (const ReferenceCell &reference_cell)
unsigned int	nth_interface_matrix (const ReferenceCell &reference_cell, const unsigned int face)
unsigned int	nth_interface_matrix (const ReferenceCell &reference_cell, const unsigned int face, const unsigned int sub_face)

Detailed Description

A namespace for the definition of assemblers for the various terms in the linear systems ASPECT solves.

Function Documentation

n_interface_matrices()

unsigned int aspect::Assemblers::n_interface_matrices

(

const ReferenceCell &

reference_cell

)

For a reference cell (which is typically obtained by asking the finite element to be used), determine how many interface matrices are needed. Since interface matrices are needed for as many neighbors as each cell can have, this is the number of faces for the given reference cell times the number of children each of these faces can have. This accommodates the fact that the neighbors of a cell can all be refined, though they can only be refined once.

nth_interface_matrix() [1/2]

unsigned int aspect::Assemblers::nth_interface_matrix	(	const ReferenceCell &	reference_cell,
		const unsigned int	face
	)

For a given reference cell, and a given face we are currently assembling on, return which element of an array of size n_interface_matrices(reference_cell) to use.

nth_interface_matrix() [2/2]

unsigned int aspect::Assemblers::nth_interface_matrix	(	const ReferenceCell &	reference_cell,
		const unsigned int	face,
		const unsigned int	sub_face
	)

For a given reference cell, and a given face and sub-face we are currently assembling on, return which element of an array of size n_interface_matrices(reference_cell) to use.