#include <Rodin/Variational/ProblemBody.h>

template<class Operator, class Vector, class Scalar>

Rodin::Variational::ProblemBody class

Accumulated bilinear forms, linear forms and boundary conditions of a Problem.

Base classes

template<class Scalar>

class ProblemBodyBase<Scalar>

Base class representing the body of a variational problem.

Public types

using VectorType = Vector

Vector type of the linear system.

using OperatorType = Operator

Assembled operator type.

using VectorScalarType = typename FormLanguage::Traits<std::remove_reference_t<VectorType>>::ScalarType

Scalar value type of the vector.

using OperatorScalarType = typename FormLanguage::Traits<std::remove_reference_t<OperatorType>>::ScalarType

Scalar value type of the operator.

using LinearFormBaseType = LinearFormBase<VectorType>

Linear form base type.

using BilinearFormBaseType = BilinearFormBase<OperatorType>

Bilinear form base type.

using LinearFormBaseListType = FormLanguage::List<LinearFormBaseType>

List type of linear forms.

using BilinearFormBaseListType = FormLanguage::List<BilinearFormBaseType>

List type of bilinear forms.

using LinearFormIntegratorBaseType = LinearFormIntegratorBase<VectorScalarType>

Linear form integrator base type.

using LocalBilinearFormIntegratorBaseType = LocalBilinearFormIntegratorBase<OperatorScalarType>

Local bilinear form integrator base type.

using GlobalBilinearFormIntegratorBaseType = GlobalBilinearFormIntegratorBase<OperatorScalarType>

Global bilinear form integrator base type.

using LinearFormIntegratorBaseListType = FormLanguage::List<LinearFormIntegratorBaseType>

List type of linear form integrators.

using LocalBilinearFormIntegratorBaseListType = FormLanguage::List<LocalBilinearFormIntegratorBaseType>

List type of local bilinear form integrators.

using GlobalBilinearFormIntegratorBaseListType = FormLanguage::List<GlobalBilinearFormIntegratorBaseType>

List type of global bilinear form integrators.

using Parent = ProblemBodyBase<Scalar>

Parent class type.

Constructors, destructors, conversion operators

ProblemBody(const LocalBilinearFormIntegratorBaseType& bfi)

Constructs the ProblemBody from the given arguments.

ProblemBody(const GlobalBilinearFormIntegratorBaseType& bfi)

Constructs the ProblemBody from the given arguments.

ProblemBody(const LocalBilinearFormIntegratorBaseListType& bfis)

Constructs the ProblemBody from the given arguments.

ProblemBody(const GlobalBilinearFormIntegratorBaseListType& bfis)

Constructs the ProblemBody from the given arguments.

ProblemBody(const ProblemBody<OperatorType, void, Scalar>& pbo)

Constructs the ProblemBody from the given arguments.

ProblemBody(const BilinearFormBaseType& bf)

Constructs the ProblemBody from the given arguments.

ProblemBody(const ProblemBody<void, VectorType, Scalar>& pbv)

Constructs the ProblemBody from the given arguments.

ProblemBody(const ProblemBody<void, void, Scalar>& parent)

Constructs the ProblemBody from the given arguments.

ProblemBody(const ProblemBody& other)

Copy constructor.

ProblemBody(ProblemBody&& other)

Move constructor.

Public functions

auto operator=(const ProblemBody& other) -> ProblemBody&

Copy assignment.

auto operator=(ProblemBody&& other) -> ProblemBody&

Move assignment.

auto getLFs() -> LinearFormBaseListType&

Gets the linear forms of the problem.

auto getBFs() -> BilinearFormBaseListType&

Gets the bilinear forms of the problem.

auto getLFs() const -> const LinearFormBaseListType&

Gets the linear forms of the problem.

auto getBFs() const -> const BilinearFormBaseListType&

Gets the bilinear forms of the problem.

auto copy() const -> ProblemBody* override noexcept

Polymorphically copies this problem body base.