MoReFEM: MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT

Read from an Ensight file values given at dofs and interpret then in term of a Parameter object. More...

#include <FiberList.hpp>

Inheritance diagram for MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >:

Collaboration diagram for MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >:

Public Types
using	self = FiberList<FiberPolicyT, TypeT, TimeManagerT>
	Alias to the type of the class.

using	local_coords_type = QuadraturePoint
	Convenient alias to decide where a Parameter is computed.

using	unique_ptr = std::unique_ptr<self>
	Alias to unique pointer.

using	parent = Parameter<TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None>
	Alias to parent.

using	parameter_type = ParameterAtQuadraturePoint<TypeT, TimeManagerT, ParameterNS::TimeDependencyNS::None>
	Alias to underlying parameter.

using	return_type = typename parent::return_type
	'Inherit' alias from parent.

using	value_type = typename parent::value_type
	'Inherit' alias from parent.

using	underlying_type
	Type used for the unique id.

using	const_unique_ptr
	Alias to unique pointer to const object.

using	array_unique_ptr
	Alias to array of unique pointer.

using	traits
	Alias to traits.

using	time_dependency_type
	Alias to time dependency.

Public Member Functions
void	Initialize (const QuadratureRulePerTopology *const quadrature_rule_per_topology=nullptr)
	Initialize by converting into a ParameterAtQuadraturePoint.

bool	IsConstant () const noexcept override final
	Whether the parameter is constant spatially (False for this one).

const GlobalVector &	GetGlobalVector () const noexcept
	Accessor to the global vector which entails the values at dof.

void	SetConstantValue (storage_value_type) override
	Enables to modify the constant value of a parameter. Deactivated for this kind of Parameter.

const parameter_type &	GetUnderlyingParameter () const noexcept
	Accesspor to underlying parameter.

FiberListNS::unique_id	GetUniqueId () const
	Get the value of the internal unique ID.

virtual void	TimeUpdate ()
	Apply the time dependency if relevant.

virtual void	TimeUpdate (double time)
	Apply the time dependency if relevant.

void	SetTimeDependency (typename time_dependency_type::unique_ptr &&time_dependency)
	Set the time dependency functor.

return_type	GetValue (const QuadraturePoint &local_coords, const GeometricElt &geom_elt) const
	Get the value of the parameter at a given local position in a given geom_elt.

return_type	GetConstantValue () const
	Returns the constant value (if the parameter is constant).

virtual void	SetConstantValue (value_type value)=0
	Enables to modify the constant value of a parameter.

void	Write (std::ostream &stream) const
	Write the content of the Parameter in a stream.

void	Write (const FilesystemNS::File &filename) const
	Write the content of the Parameter in a file.

const Domain &	GetDomain () const noexcept
	Returns the Domain upon which the parameter is defined.

const time_dependency_type &	GetTimeDependency () const noexcept
	Constant accessor to the object which handles if relevant the time dependency (computation of the time related factor, etc...).

Static Public Member Functions
static IGNORE_BLOCK_IN_DOXYGEN const std::string &	ClassName ()
	Return the name of the class.

static FiberListNS::unique_id	GenerateNewEligibleId ()
	Generate a unique id.

static void	ClearUniqueIdList ()
	Clear all unique ids.

static constexpr bool	IsTimeDependent ()
	Whether the class is time-dependent or not.

Protected Member Functions
const std::string &	GetName () const
	Name that will appear in outputs.

Private Types
using	unique_id_parent = Crtp::UniqueId<self, FiberListNS::unique_id, UniqueIdNS::AssignationMode::manual>
	Alias to unique id parent.

using	storage_value_type = std::decay_t<return_type>
	Alias to the way each value is stored.

using	value_holder_type = Internal::ParameterNS::AtQuadraturePointNS::ValueHolder<storage_value_type>
	Alias to value holder.

using	storage_type
	Alias to the type of the value actually stored.

Private Member Functions
virtual return_type	SupplGetConstantValue () const override final
	Returns the constant value (if the parameters is constant).

virtual return_type	SupplGetValue (const local_coords_type &quad_pt, const GeometricElt &geom_elt) const override final
	Get the (spatially-only) value of the parameter at a given local position in a given geom_elt.

virtual return_type	SupplGetAnyValue () const override final
	Returns a stored value (Any: the point is actually to assert its type for some functions overload).

virtual void	SupplWrite (std::ostream &stream) const override final

virtual void	SupplTimeUpdate () override final
	Add here any additional TimeUpdate that might be relevant.

virtual void	SupplTimeUpdate (double time) override final
	Add here any additional TimeUpdate that might be relevant.

GlobalVector &	GetNonCstGlobalVector () noexcept
	Non constant accessor to the global vector which entails the values at dof.

const FEltSpace &	GetFeltSpace () const noexcept
	Accessor to the finite element space.

const TimeManagerT &	GetTimeManager () const noexcept
	Accessor to the time manager.

const Unknown &	GetUnknown () const noexcept
	Accessor to the unknown.

time_dependency_type &	GetNonCstTimeDependency () noexcept
	Non constant accessor to the object which handles if relevant the time dependency (computation of the time related factor, etc...).

Static Private Member Functions
static FiberListNS::unique_id	AssignUniqueId ()
	If AssignationMode is automatic, generates a new unique identifier.

static FiberListNS::unique_id	NewUniqueId (FiberListNS::unique_id new_unique_id)
	If AssignationMode is manual, checks the unique identifier provided is valid.

static std::set< FiberListNS::unique_id > &	StaticUniqueIdList ()
	List of all identifiers existing for DerivedT.

Private Attributes
const FEltSpace &	felt_space_
	Finite element space to define the Parameter at Dof.

const TimeManagerT &	time_manager_
	Time manager.

const Unknown &	unknown_
	Unknown.

parameter_type::unique_ptr	underlying_parameter_ { nullptr }
	Parameter upon which most functionalities will be built.

GlobalVector::unique_ptr	global_vector_ { nullptr }
	Global vector which entails the values at dof.

::MoReFEM::GeomEltNS::index_type	first_index_program_wise_ { 0ul }
	Index of the first geometric element which belongs to the domain's parameter. Used to reset the index of the.

std::size_t	Nprogram_wise_geom_elt = 0ul
	Number of elements used to do a sanity check on the length of the fiber files defined at quadrature points.

std::size_t	Nprocessor_wise_geom_elt = 0ul
	Number of elements used to check that each processor read the right number of values out of the fiber files.

FilesystemNS::File	fiber_file_
	Fiber file.

bool	was_initialize_already_called_ { false }
	In debug mode, data attribute to check Initialize is not called more than one.

const FiberListNS::unique_id	unique_id_
	The value of the unique id for the current DerivedT object.

std::string	name_
	Name that will appear in outputs.

const Domain &	domain_
	Domain upon which the parameter is defined. Must be consistent with mesh.

time_dependency_type::unique_ptr	time_dependency_
	Object which handles if relevant the time dependency (computation of the time related factor, etc...).

Special members.
	FiberList (FiberListNS::unique_id unique_id, const FilesystemNS::File &fiber_file, const Domain &domain, const FEltSpace &felt_space, const TimeManagerT &time_manager, const Unknown &unknown)
	Constructor.

	~FiberList () override=default
	Destructor.

	FiberList (const FiberList &rhs)=delete
	The copy constructor.

	FiberList (FiberList &&rhs)=delete
	The move constructor.

FiberList &	operator= (const FiberList &rhs)=delete
	The (copy) operator=.

FiberList &	operator= (FiberList &&rhs)=delete
	The (move) operator=.

Detailed Description

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>
class MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >

Read from an Ensight file values given at dofs and interpret then in term of a Parameter object.

Attention: It is assumed here a P1 mesh is considered!

Template Parameters

PolicyT	Whether the fiber file was defined at the nodes of the mesh or at the quadrature points.
TypeT	Whether a scalar or vectorial parameter is to be considered.

Member Typedef Documentation

◆ self

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

using MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::self = FiberList<FiberPolicyT, TypeT, TimeManagerT>

Alias to the type of the class.

◆ local_coords_type

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

using MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::local_coords_type = QuadraturePoint

Convenient alias to decide where a Parameter is computed.

Parameters are by construct objects that are evaluated at a local position in a given GeometricElt. Depending on the exact type of the Parameter, the local position might be given by either a LocalCoords or a QuadraturePoint (the latter being a child of the former).

◆ storage_type

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

using MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::storage_type

private

Initial value:

 
            std::unordered_map
            <
                std::size_t,
                std::vector<value_holder_type>
            >

Alias to the type of the value actually stored.

Key is the unique identifier of a GeometricElement. Index of the vector is the quadrature point unique id.

Constructor & Destructor Documentation

◆ FiberList() [1/3]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::FiberList	(	FiberListNS::unique_id	unique_id,
		const FilesystemNS::File &	fiber_file,
		const Domain &	domain,
		const FEltSpace &	felt_space,
		const TimeManagerT &	time_manager,
		const Unknown &	unknown )

explicitprivate

Constructor.

Parameters

[in]	unique_id	Unique id of the FilberList as read in the input file.
[in]	fiber_file	File at the Ensight format which will be interpreted. Its format is specified by Ensight specifications; typically scalar files get a 'scl' extension and their first line is 'Scalar per node' whereas vectorial get a 'vct' extension and first line is 'Vector per node'.

Parameters

[in]	domain	Domain upon which the Parameter is defined; this Domain MUST be associated with a Mesh (more often than not domain encompasses all the Coords of its associated Mesh). The reason it is a Domain and not a Mesh is that in some cases (fibers for instance) we might want to define it only on a subset of a Mesh.
[in]	felt_space	Finite element space upon which the Parameter should be defined.
[in]	unknown	A scalar or vectorial unknown that acts a bit as a strawman: dofs are defined only in relationship to an unknown, so you must create one if none fulfill your purposes (for instance if you deal with a vectorial unknown and need a scalar Dof field, you must create another unknown only for the Parameter. To save space, it's better if this unknown is in its own numbering subset, but this is not mandatory. Unknown should be scalar for TypeT == ParameterNS::Type::scalar and vectorial for TypeT == ParameterNS::Type::vectorial.
[in,out]	time_manager	Object in charge of keeping track of the time-related information.

◆ FiberList() [2/3]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::FiberList ( const FiberList< FiberPolicyT, TypeT, TimeManagerT > & rhs )

delete

The copy constructor.

Parameters

[in] rhs The object from which the construction occurs.

◆ FiberList() [3/3]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::FiberList ( FiberList< FiberPolicyT, TypeT, TimeManagerT > && rhs )

delete

The move constructor.

Parameters

[in] rhs The object from which the construction occurs.

Member Function Documentation

◆ operator=() [1/2]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

FiberList & MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::operator= ( const FiberList< FiberPolicyT, TypeT, TimeManagerT > & rhs )

delete

The (copy) operator=.

Parameters

[in] rhs The object from which the affectation occurs.

Returns: Reference to the object (to enable chained affectation).

◆ operator=() [2/2]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

FiberList & MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::operator= ( FiberList< FiberPolicyT, TypeT, TimeManagerT > && rhs )

delete

The (move) operator=.

Parameters

[in] rhs The object from which the affectation occurs.

Returns: Reference to the object (to enable chained affectation).

◆ Initialize()

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

void MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::Initialize ( const QuadratureRulePerTopology *const quadrature_rule_per_topology = nullptr )

Initialize by converting into a ParameterAtQuadraturePoint.

Parameters

[in] quadrature_rule_per_topology If specified, the quadrature rule to use for each topology. If nullptr, just take the choices stored in the FEltSpace.

◆ IsConstant()

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

bool MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::IsConstant ( ) const

finaloverridevirtualnoexcept

Whether the parameter is constant spatially (False for this one).

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ SupplGetConstantValue()

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

virtual return_type MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::SupplGetConstantValue ( ) const

finaloverrideprivatevirtual

Returns the constant value (if the parameters is constant).

If the Parameter gets a time dependency (which is of the form f(x) * g(t)), current method returns only f(x). This method is expected to be called only in GetConstantValue() method, which adds up the g(t) contribution

This choice also makes us respect a C++ idiom that recommends avoiding virtual public methods.

Returns: Constant value of the Parameter. If the Parameter is not constant, this method should never be called.

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ SupplGetValue()

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

virtual return_type MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::SupplGetValue	(	const local_coords_type &	quad_pt,
		const GeometricElt &	geom_elt ) const

finaloverrideprivatevirtual

Get the (spatially-only) value of the parameter at a given local position in a given geom_elt.

If the Parameter gets a time dependency (which is of the form f(x) * g(t)), current method returns only f(x). This method is expected to be called only in GetValue() method, which adds up the g(t) contribution

This choice also makes us respect a C++ idiom that recommends avoiding virtual public methods.

Parameters

[in] geom_elt GeometricElt inside which the value is computed.

Returns: Value of the parameter.

Parameters

[in] quad_pt QuadraturePoint at which the value is computed.

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ SupplGetAnyValue()

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

virtual return_type MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::SupplGetAnyValue ( ) const

finaloverrideprivatevirtual

Returns a stored value (Any: the point is actually to assert its type for some functions overload).

[internal] The point here is not the value itself, but the information that might be retrieved from it, such as number of rows and columns if TypeT == Type::matrix.

Returns: Any value of the relevant type for the Parameter.

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ SupplWrite()

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

virtual void MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::SupplWrite ( std::ostream & stream ) const

finaloverrideprivatevirtual

Write the content of the Parameter in a stream.

Parameters

[in,out] stream Stream upon which object information are written.

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ SupplTimeUpdate() [1/2]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

virtual void MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::SupplTimeUpdate ( )

finaloverrideprivatevirtual

Add here any additional TimeUpdate that might be relevant.

For instance, if a Parameter depends on other parameters, you must make sure those are correctly updated, and possibly some internals might have to be recomputed.

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ SupplTimeUpdate() [2/2]

template<FiberNS::AtNodeOrAtQuadPt FiberPolicyT, ParameterNS::Type TypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT>

virtual void MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >::SupplTimeUpdate ( double time )

finaloverrideprivatevirtual

Add here any additional TimeUpdate that might be relevant.

For instance, if a Parameter depends on other parameters, you must make sure those are correctly updated, and possibly some internals might have to be recomputed.

One should prefer to use the default one if one wants to use the current time. Extra security to verify the synchro of the parameter to the current time is done in he default one. This method is for particular cases only when the user knows exactly what is he doing.

Parameters

[in] time Time for the update.

Implements MoReFEM::Parameter< TypeT, QuadraturePoint, TimeManagerT, ParameterNS::TimeDependencyNS::None >.

◆ GetUniqueId()

FiberListNS::unique_id MoReFEM::Crtp::UniqueId< FiberList< FiberPolicyT, TypeT, TimeManagerT > , FiberListNS::unique_id , AssignationModeT, UniqueIdNS::DoAllowNoId::no >::GetUniqueId ( ) const

inherited

Get the value of the internal unique ID.

Returns: Unique id.

◆ GenerateNewEligibleId()

static FiberListNS::unique_id MoReFEM::Crtp::UniqueId< FiberList< FiberPolicyT, TypeT, TimeManagerT > , FiberListNS::unique_id , AssignationModeT, UniqueIdNS::DoAllowNoId::no >::GenerateNewEligibleId ( )

staticinherited

Generate a unique id.

No new objects is created, and the new identifier is not counted in the list - the purpose here is just to provide a value that don't collide with existing objects. This is really used in a very edge case; think twice before using this functionality as it really might not be what you really seek.

Returns: A unique id that is not in use yet.

◆ ClearUniqueIdList()

static void MoReFEM::Crtp::UniqueId< FiberList< FiberPolicyT, TypeT, TimeManagerT > , FiberListNS::unique_id , AssignationModeT, UniqueIdNS::DoAllowNoId::no >::ClearUniqueIdList ( )

staticinherited

Clear all unique ids.

Attention: This functionality has been put there only for the sake of writing tests; please do not use it! It should be considered as private, even if unfortunately I can't easily put it that way.

◆ AssignUniqueId()

static FiberListNS::unique_id MoReFEM::Crtp::UniqueId< FiberList< FiberPolicyT, TypeT, TimeManagerT > , FiberListNS::unique_id , AssignationModeT, UniqueIdNS::DoAllowNoId::no >::AssignUniqueId ( )

staticprivateinherited

If AssignationMode is automatic, generates a new unique identifier.

Returns: The new unique id, which is just an increment from the previously assigned one.

◆ NewUniqueId()

staticprivateinherited

If AssignationMode is manual, checks the unique identifier provided is valid.

Parameters

[in] new_unique_id The proposed new unique id. If it already exists an exception will be thrown.

Returns: The unmodified unique id.

◆ TimeUpdate()

virtual void MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::TimeUpdate ( double time )

virtualinherited

Apply the time dependency if relevant.

Parameters

[in] time Time for the update.

◆ SetTimeDependency()

void MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::SetTimeDependency ( typename time_dependency_type::unique_ptr && time_dependency )

inherited

Set the time dependency functor.

This is relevant only for TimeDependencyT != TimeDependencyNS::None.

Parameters

[in] time_dependency Unique pointer to the time dependency object to set.

◆ GetValue()

return_type MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::GetValue	(	const QuadraturePoint &	local_coords,
		const GeometricElt &	geom_elt ) const

inherited

Get the value of the parameter at a given local position in a given geom_elt.

[internal] This method is actually called when IsConstant() yields false; if true GetConstantValue() is called instead.

Parameters

[in]	local_coords	Local object at which the Parameter is evaluated.
[in]	geom_elt	GeometricElt inside which the value is computed.

Returns: Value of the parameter.

◆ GetConstantValue()

return_type MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::GetConstantValue ( ) const

inherited

Returns the constant value (if the parameter is constant).

If not constant, an assert is raised (in debug mode).

Returns: Constant value of the parameter.

◆ SetConstantValue()

virtual void MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::SetConstantValue ( value_type value )

pure virtualinherited

Enables to modify the constant value of a parameter.

Parameters

[in] value Value to modify the constant value with.

◆ Write() [1/2]

void MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::Write ( std::ostream & stream ) const

inherited

Write the content of the Parameter in a stream.

In first draft the output format is up to the policy (maybe later we may prefer to write at all quadrature points for all cases); the exact content is indeed defined in the virtual method SupplWrite(), to be defined in each inherited classes.

Parameters

[in,out] stream Stream upon which object information are written.

◆ Write() [2/2]

void MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::Write ( const FilesystemNS::File & filename ) const

inherited

Write the content of the Parameter in a file.

This method calls the namesake method that writes on a stream.

Parameters

[in] filename Path to the file in which value will be written. The path must be valid (all directories must exist) and if a namesake already exists it is overwritten.

◆ GetTimeDependency()

const time_dependency_type & MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::GetTimeDependency ( ) const

noexceptinherited

Constant accessor to the object which handles if relevant the time dependency (computation of the time related factor, etc...).

Shouldn't be called very often...

Returns: Time dependency object.

Field Documentation

◆ time_dependency_

time_dependency_type::unique_ptr MoReFEM::Parameter< TypeT, QuadraturePoint , TimeManagerT, ParameterNS::TimeDependencyNS::None >::time_dependency_

privateinherited

Object which handles if relevant the time dependency (computation of the time related factor, etc...).

May remain nullptr if the policy is there is no time dependency.

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

/builds/2mk6rsew/0/MoReFEM/CoreLibrary/MoReFEM/Sources/ParameterInstances/Fiber/FiberList.hpp

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Private Types

Private Member Functions

Static Private Member Functions

Private Attributes

Special members.

Detailed Description

Member Typedef Documentation

◆ self

◆ local_coords_type

◆ storage_type

Constructor & Destructor Documentation

◆ FiberList() [1/3]

◆ FiberList() [2/3]

◆ FiberList() [3/3]

Member Function Documentation

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ Initialize()

◆ IsConstant()

◆ SupplGetConstantValue()

◆ SupplGetValue()

◆ SupplGetAnyValue()

◆ SupplWrite()

◆ SupplTimeUpdate() [1/2]

◆ SupplTimeUpdate() [2/2]

◆ GetUniqueId()

◆ GenerateNewEligibleId()

◆ ClearUniqueIdList()

◆ AssignUniqueId()

◆ NewUniqueId()

◆ TimeUpdate()

◆ SetTimeDependency()

◆ GetValue()

◆ GetConstantValue()

◆ SetConstantValue()

◆ Write() [1/2]

◆ Write() [2/2]

◆ GetTimeDependency()

Field Documentation

◆ time_dependency_