FEMAssembler< Discretization_, Model_ > Class Template Reference#

DiFfRG: DiFfRG::FEMAssembler< Discretization_, Model_ > Class Template Reference

DiFfRG

Discretization Framework for functional Renormalization Group flows

The basic assembler that can be used for any standard CG scheme with flux and source. More...

#include <common.hh>

Inheritance diagram for DiFfRG::FEMAssembler< Discretization_, Model_ >:

Classes
struct	PointEvaluation
	The FE solution and the reconstructed raw potential at one point. More...

Public Types
using	Discretization = Discretization_

using	Model = Model_

using	NumberType = typename Discretization::NumberType

using	VectorType = typename Discretization::VectorType

using	SparseMatrixType = typename Discretization::SparseMatrixType

using	Components = typename Discretization::Components

Public Types inherited from DiFfRG::AbstractAssembler< Discretization_::VectorType, Discretization_::SparseMatrixType, Discretization_::dim >
using	NumberType

Public Member Functions
	FEMAssembler (Discretization &discretization, Model &model, const ConfigTree &config)

virtual IndexSet	get_differential_indices () const override
	Obtain the dofs which contain time derivatives.

virtual void	attach_data_output (OutputFrame< dim, VectorType > &data_out, const VectorType &solution, const VectorType &variables, const VectorType &dt_solution=VectorType(), const VectorType &residual=VectorType()) override

const auto &	get_discretization () const

auto &	get_discretization ()

virtual void	reinit () override
	Reinitialize the assembler. This is necessary if the mesh has changed, e.g. after a mesh refinement.

virtual void	rebuild_jacobian_sparsity ()=0

virtual void	set_time (double t) override
	Set the current time. The assembler should usually just forward this to the numerical model.

virtual void	refinement_indicator (Vector< double > &, const VectorType &)=0

virtual void	residual_variables (VectorType &residual, const VectorType &variables, const VectorType &spatial_solution) override

virtual void	jacobian_variables (FullMatrix< NumberType > &jacobian, const VectorType &variables, const VectorType &spatial_solution) override

template<typename RawPotential >
auto	evaluate_at (const Point< dim > &x, const typename DoFHandler< dim >::cell_iterator &cell, const VectorType &solution_global, const RawPotential &raw_potential) const
	Evaluate the FE solution and the raw potential at `x`, which lies in `cell`.

auto	extractor_raw_potential (const VectorType &solution_global) const
	The raw potential for the extractors, or an inert placeholder if the model does not read it.

void	readouts (OutputFrame< dim, VectorType > &data_out, const VectorType &solution_global, const VectorType &variables) const

std::pair< Point< dim >, typename DoFHandler< dim >::cell_iterator >	resolve_extractor_point (const Point< dim > &EoM_point, const typename DoFHandler< dim >::cell_iterator &EoM_cell_, const VectorType &solution_global) const
	Where the model wants its extractors evaluated, and the cell holding that point.

void	extract (std::array< NumberType, Components::count_extractors()> &data, const VectorType &solution_global, const VectorType &variables, bool search_EoM, bool set_EoM, bool postprocess) const

bool	jacobian_extractors (FullMatrix< NumberType > &extractor_jacobian, const VectorType &solution_global, const VectorType &variables)

double	average_time_variable_residual_assembly ()

uint	num_variable_residuals () const

double	average_time_variable_jacobian_assembly ()

uint	num_variable_jacobians () const

Public Member Functions inherited from DiFfRG::AbstractAssembler< Discretization_::VectorType, Discretization_::SparseMatrixType, Discretization_::dim >
virtual SummaryEvent	summary () const

virtual void	attach_data_output (OutputFrame< dim, VectorType > &data_out, const VectorType &solution, const VectorType &variables=VectorType(), const VectorType &dt_solution=VectorType(), const VectorType &residual=VectorType())=0
	Contribute the assembler's fields and model readouts to one scoped output frame.

virtual void	attach_data_output (DataOutput< dim, VectorType > &, const VectorType &, const VectorType &=VectorType(), const VectorType &=VectorType(), const VectorType &=VectorType())=delete

virtual const get_type::SparsityPattern< SparseMatrixType > &	get_sparsity_pattern_jacobian () const=0
	Obtain the sparsity pattern of the jacobian matrix.

virtual void	reinit_vector (VectorType &vector) const=0
	Reinitialize an arbitrary vector so that it has the correct size and structure.

virtual void	reinit_matrix (SparseMatrixType &matrix) const=0
	Reinitialize a matrix to the jacobian's sparsity pattern.

virtual MPI_Comm	get_communicator () const=0
	The communicator this assembler's linear algebra lives on.

virtual void	reinit_solution_view (SolutionView< VectorType > &view) const=0
	Establish the layout of a fully-replicated read-only view of the solution.

virtual const SparseMatrixType &	get_mass_matrix () const=0
	Obtain the mass matrix.

virtual void	residual_variables (VectorType &residual, const VectorType &variables, const VectorType &spatial_solution)
	When coupling the spatial discretization to additional variables, this function should calculate the residual for the additional variables.

virtual void	jacobian_variables (FullMatrix< NumberType > &jacobian, const VectorType &variables, const VectorType &spatial_solution)
	When coupling the spatial discretization to additional variables, this function should calculate the jacobian for the additional variables.

void	mass (VectorType &mass, const VectorType &solution_global, NumberType weight)
	Calculates the mass \(m_i(u)\) for an ODE.

virtual void	mass (VectorType &mass, const VectorType &solution_global, const VectorType &solution_global_dot, NumberType weight)=0
	Calculates the mass \(m(u, \partial_t u)\) for a DAE.

void	residual (VectorType &residual, const VectorType &solution_global, NumberType weight, NumberType weight_mass, const VectorType &variables=VectorType())
	Calculates the residual for an ODE.

virtual void	residual (VectorType &residual, const VectorType &solution_global, NumberType weight, const VectorType &solution_global_dot, NumberType weight_mass, const VectorType &variables=VectorType())=0
	Calculates the residual for a DAE.

void	jacobian_mass (SparseMatrixType &jacobian, const VectorType &solution_global, NumberType mass_weight=1.)
	Calculates the jacobian of the mass function for an ODE.

virtual void	jacobian_mass (SparseMatrixType &jacobian, const VectorType &solution_global, const VectorType &solution_global_dot, NumberType alpha=1., NumberType beta=1.)=0
	Calculates the jacobian of the mass function for a DAE.

void	jacobian (SparseMatrixType &jacobian, const VectorType &solution_global, NumberType weight, NumberType mass_weight, const VectorType &variables=VectorType())
	Calculates the jacobian of the residual function for an ODE.

virtual void	jacobian (SparseMatrixType &jacobian, const VectorType &solution_global, NumberType weight, const VectorType &solution_global_dot, NumberType alpha, NumberType beta, const VectorType &variables=VectorType())=0
	Calculates the jacobian of the residual function for a DAE.

Static Public Attributes
static constexpr uint	dim = Discretization::dim

Protected Member Functions
AssemblySchedule	schedule_for (const double cost_ns) const
	The mesh_loop schedule for a loop whose cell worker costs `cost_ns` nanoseconds.

void	update_assembly_schedules ()
	Re-count the cells the schedules are sized from.

Static Protected Member Functions
template<typename... T>
static constexpr auto	v_tie (T &&...t)

template<typename... T>
static constexpr auto	e_tie (T &&...t)

Protected Attributes
Discretization &	discretization

Model &	model

ReportPort	report_port

const FiniteElement< dim > &	fe

const DoFHandler< dim > &	dof_handler

const Mapping< dim > &	mapping

uint	n_owned_cells = 0
	Cells this rank assembles. Refreshed in reinit(); the per-loop schedules are sized from it.

const AssemblyScheduleOverrides	schedule_overrides

DoFHandler< dim >::cell_iterator	EoM_cell

DoFHandler< dim >::cell_iterator	old_EoM_cell

const Config::EoMConfig	EoM_config

Point< dim >	EoM

std::optional< Point< dim > >	EoM_minimum_guess

DiFfRG::internal::PotentialSystemCache< dim, NumberType >	potential_cache
	Mesh-dependent half of the potential reconstructions, built once and reused; see PotentialSystemCache.

DoFHandler< dim >::cell_iterator	old_extractor_cell
	Where the extractors are evaluated. Equal to EoM unless the model defines extractor_point.

FullMatrix< NumberType >	extractor_jacobian

FullMatrix< NumberType >	extractor_jacobian_u

FullMatrix< NumberType >	extractor_jacobian_du

FullMatrix< NumberType >	extractor_jacobian_ddu

std::vector< types::global_dof_index >	extractor_dof_indices

std::vector< double >	timings_variable_residual

std::vector< double >	timings_variable_jacobian

Static Protected Attributes
static constexpr int	nothing = 0

Detailed Description

template<typename Discretization_, typename Model_>
class DiFfRG::FEMAssembler< Discretization_, Model_ >

The basic assembler that can be used for any standard CG scheme with flux and source.

Template Parameters

Model The model class which contains the physical equations.

Member Typedef Documentation

◆ Components

template<typename Discretization_ , typename Model_ >

using DiFfRG::FEMAssembler< Discretization_, Model_ >::Components = typename Discretization::Components

◆ Discretization

template<typename Discretization_ , typename Model_ >

using DiFfRG::FEMAssembler< Discretization_, Model_ >::Discretization = Discretization_

◆ Model

template<typename Discretization_ , typename Model_ >

using DiFfRG::FEMAssembler< Discretization_, Model_ >::Model = Model_

◆ NumberType

template<typename Discretization_ , typename Model_ >

using DiFfRG::FEMAssembler< Discretization_, Model_ >::NumberType = typename Discretization::NumberType

◆ SparseMatrixType

template<typename Discretization_ , typename Model_ >

using DiFfRG::FEMAssembler< Discretization_, Model_ >::SparseMatrixType = typename Discretization::SparseMatrixType

◆ VectorType

template<typename Discretization_ , typename Model_ >

using DiFfRG::FEMAssembler< Discretization_, Model_ >::VectorType = typename Discretization::VectorType

Constructor & Destructor Documentation

◆ FEMAssembler()

template<typename Discretization_ , typename Model_ >

DiFfRG::FEMAssembler< Discretization_, Model_ >::FEMAssembler	(	Discretization &	discretization,
		Model &	model,
		const ConfigTree &	config )

inline

Member Function Documentation

◆ attach_data_output()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::attach_data_output	(	OutputFrame< dim, VectorType > &	data_out,
		const VectorType &	solution,
		const VectorType &	variables,
		const VectorType &	dt_solution = VectorType(),
		const VectorType &	residual = VectorType() )

inlineoverridevirtual

◆ average_time_variable_jacobian_assembly()

template<typename Discretization_ , typename Model_ >

double DiFfRG::FEMAssembler< Discretization_, Model_ >::average_time_variable_jacobian_assembly ( )

inline

◆ average_time_variable_residual_assembly()

template<typename Discretization_ , typename Model_ >

double DiFfRG::FEMAssembler< Discretization_, Model_ >::average_time_variable_residual_assembly ( )

inline

◆ e_tie()

template<typename Discretization_ , typename Model_ >

template<typename... T>

static constexpr auto DiFfRG::FEMAssembler< Discretization_, Model_ >::e_tie ( T &&... t )

inlinestaticconstexprprotected

◆ evaluate_at()

template<typename Discretization_ , typename Model_ >

template<typename RawPotential >

auto DiFfRG::FEMAssembler< Discretization_, Model_ >::evaluate_at	(	const Point< dim > &	x,
		const typename DoFHandler< dim >::cell_iterator &	cell,
		const VectorType &	solution_global,
		const RawPotential &	raw_potential ) const

inline

Evaluate the FE solution and the raw potential at x, which lies in cell.

◆ extract()

template<typename Discretization_ , typename Model_ >

void DiFfRG::FEMAssembler< Discretization_, Model_ >::extract	(	std::array< NumberType, Components::count_extractors()> &	data,
		const VectorType &	solution_global,
		const VectorType &	variables,
		bool	search_EoM,
		bool	set_EoM,
		bool	postprocess ) const

inline

◆ extractor_raw_potential()

template<typename Discretization_ , typename Model_ >

auto DiFfRG::FEMAssembler< Discretization_, Model_ >::extractor_raw_potential ( const VectorType & solution_global ) const

inline

The raw potential for the extractors, or an inert placeholder if the model does not read it.

Reconstructing it is a direct solve over the whole mesh, and extract() runs on every residual and every jacobian – so a model that never touches the potential slots should say so and skip it.

◆ get_differential_indices()

template<typename Discretization_ , typename Model_ >

virtual IndexSet DiFfRG::FEMAssembler< Discretization_, Model_ >::get_differential_indices ( ) const

inlineoverridevirtual

Obtain the dofs which contain time derivatives.

Returns: IndexSet The indices of the dofs which contain time derivatives

Implements DiFfRG::AbstractAssembler< Discretization_::VectorType, Discretization_::SparseMatrixType, Discretization_::dim >.

◆ get_discretization() [1/2]

template<typename Discretization_ , typename Model_ >

auto & DiFfRG::FEMAssembler< Discretization_, Model_ >::get_discretization ( )

inline

◆ get_discretization() [2/2]

template<typename Discretization_ , typename Model_ >

const auto & DiFfRG::FEMAssembler< Discretization_, Model_ >::get_discretization ( ) const

inline

◆ jacobian_extractors()

template<typename Discretization_ , typename Model_ >

bool DiFfRG::FEMAssembler< Discretization_, Model_ >::jacobian_extractors	(	FullMatrix< NumberType > &	extractor_jacobian,
		const VectorType &	solution_global,
		const VectorType &	variables )

inline

◆ jacobian_variables()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::jacobian_variables	(	FullMatrix< NumberType > &	jacobian,
		const VectorType &	variables,
		const VectorType &	spatial_solution )

inlineoverridevirtual

◆ num_variable_jacobians()

template<typename Discretization_ , typename Model_ >

uint DiFfRG::FEMAssembler< Discretization_, Model_ >::num_variable_jacobians ( ) const

inline

◆ num_variable_residuals()

template<typename Discretization_ , typename Model_ >

uint DiFfRG::FEMAssembler< Discretization_, Model_ >::num_variable_residuals ( ) const

inline

◆ readouts()

template<typename Discretization_ , typename Model_ >

void DiFfRG::FEMAssembler< Discretization_, Model_ >::readouts	(	OutputFrame< dim, VectorType > &	data_out,
		const VectorType &	solution_global,
		const VectorType &	variables ) const

inline

◆ rebuild_jacobian_sparsity()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::rebuild_jacobian_sparsity ( )

pure virtual

Implemented in DiFfRG::CG::Assembler< Discretization_, Model_ >, DiFfRG::dDG::Assembler< Discretization_, Model_ >, and DiFfRG::DG::Assembler< Discretization_, Model_ >.

◆ refinement_indicator()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::refinement_indicator	(	Vector< double > &	,
		const VectorType &	)

pure virtual

Implemented in DiFfRG::dDG::Assembler< Discretization_, Model_ >.

◆ reinit()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::reinit ( )

inlineoverridevirtual

Reinitialize the assembler. This is necessary if the mesh has changed, e.g. after a mesh refinement.

Implements DiFfRG::AbstractAssembler< Discretization_::VectorType, Discretization_::SparseMatrixType, Discretization_::dim >.

Reimplemented in DiFfRG::CG::Assembler< Discretization_, Model_ >, DiFfRG::dDG::Assembler< Discretization_, Model_ >, and DiFfRG::DG::Assembler< Discretization_, Model_ >.

◆ residual_variables()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::residual_variables	(	VectorType &	residual,
		const VectorType &	variables,
		const VectorType &	spatial_solution )

inlineoverridevirtual

◆ resolve_extractor_point()

template<typename Discretization_ , typename Model_ >

std::pair< Point< dim >, typename DoFHandler< dim >::cell_iterator > DiFfRG::FEMAssembler< Discretization_, Model_ >::resolve_extractor_point	(	const Point< dim > &	EoM_point,
		const typename DoFHandler< dim >::cell_iterator &	EoM_cell_,
		const VectorType &	solution_global ) const

inline

Where the model wants its extractors evaluated, and the cell holding that point.

The EoM itself when the model does not define extractor_point – and then this costs nothing, because building the SolutionSample is inside the if constexpr.

◆ schedule_for()

template<typename Discretization_ , typename Model_ >

AssemblySchedule DiFfRG::FEMAssembler< Discretization_, Model_ >::schedule_for ( const double cost_ns ) const

inlineprotected

The mesh_loop schedule for a loop whose cell worker costs cost_ns nanoseconds.

Pure arithmetic on the cached cell count, so it is called per loop rather than stored per cost: the loops do not fall into two classes, and anything between the reference points in namespace assembly_cost gets its own schedule instead of being rounded to one of them.

◆ set_time()

template<typename Discretization_ , typename Model_ >

virtual void DiFfRG::FEMAssembler< Discretization_, Model_ >::set_time ( double t )

inlineoverridevirtual

Set the current time. The assembler should usually just forward this to the numerical model.

Parameters

t	The current time

Implements DiFfRG::AbstractAssembler< Discretization_::VectorType, Discretization_::SparseMatrixType, Discretization_::dim >.

◆ update_assembly_schedules()

template<typename Discretization_ , typename Model_ >

void DiFfRG::FEMAssembler< Discretization_, Model_ >::update_assembly_schedules ( )

inlineprotected

Re-count the cells the schedules are sized from.

Called from reinit(), because h-adaptivity moves the cell count. Logs only on a change, so an adaptive run does not narrate every refinement.

◆ v_tie()

template<typename Discretization_ , typename Model_ >

template<typename... T>

static constexpr auto DiFfRG::FEMAssembler< Discretization_, Model_ >::v_tie ( T &&... t )

inlinestaticconstexprprotected

Member Data Documentation

◆ dim

template<typename Discretization_ , typename Model_ >

uint DiFfRG::FEMAssembler< Discretization_, Model_ >::dim = Discretization::dim

staticconstexpr

◆ discretization

template<typename Discretization_ , typename Model_ >

Discretization& DiFfRG::FEMAssembler< Discretization_, Model_ >::discretization

protected

◆ dof_handler

template<typename Discretization_ , typename Model_ >

const DoFHandler<dim>& DiFfRG::FEMAssembler< Discretization_, Model_ >::dof_handler

protected

◆ EoM

template<typename Discretization_ , typename Model_ >

Point<dim> DiFfRG::FEMAssembler< Discretization_, Model_ >::EoM

mutableprotected

◆ EoM_cell

template<typename Discretization_ , typename Model_ >

DoFHandler<dim>::cell_iterator DiFfRG::FEMAssembler< Discretization_, Model_ >::EoM_cell

mutableprotected

◆ EoM_config

template<typename Discretization_ , typename Model_ >

const Config::EoMConfig DiFfRG::FEMAssembler< Discretization_, Model_ >::EoM_config

protected

◆ EoM_minimum_guess

template<typename Discretization_ , typename Model_ >

std::optional<Point<dim> > DiFfRG::FEMAssembler< Discretization_, Model_ >::EoM_minimum_guess

mutableprotected

◆ extractor_dof_indices

template<typename Discretization_ , typename Model_ >

std::vector<types::global_dof_index> DiFfRG::FEMAssembler< Discretization_, Model_ >::extractor_dof_indices

protected

◆ extractor_jacobian

template<typename Discretization_ , typename Model_ >

FullMatrix<NumberType> DiFfRG::FEMAssembler< Discretization_, Model_ >::extractor_jacobian

protected

◆ extractor_jacobian_ddu

template<typename Discretization_ , typename Model_ >

FullMatrix<NumberType> DiFfRG::FEMAssembler< Discretization_, Model_ >::extractor_jacobian_ddu

protected

◆ extractor_jacobian_du

template<typename Discretization_ , typename Model_ >

FullMatrix<NumberType> DiFfRG::FEMAssembler< Discretization_, Model_ >::extractor_jacobian_du

protected

◆ extractor_jacobian_u

template<typename Discretization_ , typename Model_ >

FullMatrix<NumberType> DiFfRG::FEMAssembler< Discretization_, Model_ >::extractor_jacobian_u

protected

◆ fe

template<typename Discretization_ , typename Model_ >

const FiniteElement<dim>& DiFfRG::FEMAssembler< Discretization_, Model_ >::fe

protected

◆ mapping

template<typename Discretization_ , typename Model_ >

const Mapping<dim>& DiFfRG::FEMAssembler< Discretization_, Model_ >::mapping

protected

◆ model

template<typename Discretization_ , typename Model_ >

Model& DiFfRG::FEMAssembler< Discretization_, Model_ >::model

protected

◆ n_owned_cells

template<typename Discretization_ , typename Model_ >

uint DiFfRG::FEMAssembler< Discretization_, Model_ >::n_owned_cells = 0

protected

Cells this rank assembles. Refreshed in reinit(); the per-loop schedules are sized from it.

◆ nothing

template<typename Discretization_ , typename Model_ >

int DiFfRG::FEMAssembler< Discretization_, Model_ >::nothing = 0

staticconstexprprotected

◆ old_EoM_cell

template<typename Discretization_ , typename Model_ >

DoFHandler<dim>::cell_iterator DiFfRG::FEMAssembler< Discretization_, Model_ >::old_EoM_cell

protected

◆ old_extractor_cell

template<typename Discretization_ , typename Model_ >

DoFHandler<dim>::cell_iterator DiFfRG::FEMAssembler< Discretization_, Model_ >::old_extractor_cell

protected

Where the extractors are evaluated. Equal to EoM unless the model defines extractor_point.

◆ potential_cache

template<typename Discretization_ , typename Model_ >

DiFfRG::internal::PotentialSystemCache<dim, NumberType> DiFfRG::FEMAssembler< Discretization_, Model_ >::potential_cache

mutableprotected

Mesh-dependent half of the potential reconstructions, built once and reused; see PotentialSystemCache.

◆ report_port

template<typename Discretization_ , typename Model_ >

ReportPort DiFfRG::FEMAssembler< Discretization_, Model_ >::report_port

protected

◆ schedule_overrides

template<typename Discretization_ , typename Model_ >

const AssemblyScheduleOverrides DiFfRG::FEMAssembler< Discretization_, Model_ >::schedule_overrides

protected

◆ timings_variable_jacobian

template<typename Discretization_ , typename Model_ >

std::vector<double> DiFfRG::FEMAssembler< Discretization_, Model_ >::timings_variable_jacobian

protected

◆ timings_variable_residual

template<typename Discretization_ , typename Model_ >

std::vector<double> DiFfRG::FEMAssembler< Discretization_, Model_ >::timings_variable_residual

protected

The documentation for this class was generated from the following file:

/home/runner/work/DiFfRG_current/DiFfRG_current/DiFfRG/include/DiFfRG/discretization/FEM/assembler/common.hh

FEMAssembler&lt; Discretization_, Model_ &gt; Class Template Reference#

Classes

Public Types

Public Member Functions

Static Public Attributes

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Static Protected Attributes

Detailed Description

Member Typedef Documentation

◆ Components

◆ Discretization

◆ Model

◆ NumberType

◆ SparseMatrixType

◆ VectorType

Constructor & Destructor Documentation

◆ FEMAssembler()

Member Function Documentation

◆ attach_data_output()

◆ average_time_variable_jacobian_assembly()

◆ average_time_variable_residual_assembly()

◆ e_tie()

◆ evaluate_at()

◆ extract()

◆ extractor_raw_potential()

◆ get_differential_indices()

◆ get_discretization() [1/2]

◆ get_discretization() [2/2]

◆ jacobian_extractors()

◆ jacobian_variables()

◆ num_variable_jacobians()

◆ num_variable_residuals()

◆ readouts()

◆ rebuild_jacobian_sparsity()

◆ refinement_indicator()

◆ reinit()

◆ residual_variables()

◆ resolve_extractor_point()

◆ schedule_for()

◆ set_time()

◆ update_assembly_schedules()

◆ v_tie()

Member Data Documentation

◆ dim

◆ discretization

◆ dof_handler

◆ EoM

◆ EoM_cell

◆ EoM_config

◆ EoM_minimum_guess

◆ extractor_dof_indices

◆ extractor_jacobian

◆ extractor_jacobian_ddu

◆ extractor_jacobian_du

◆ extractor_jacobian_u

◆ fe

◆ mapping

◆ model

◆ n_owned_cells

◆ nothing

◆ old_EoM_cell

◆ old_extractor_cell

◆ potential_cache

◆ report_port

◆ schedule_overrides

◆ timings_variable_jacobian

◆ timings_variable_residual

FEMAssembler< Discretization_, Model_ > Class Template Reference#