MoReFEM: MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT

Abstract class used to define a Parameter. More...

#include <Parameter.hpp>

Inheritance diagram for MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >:

Collaboration diagram for MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >:

Public Types
using	self = Parameter<TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT>
	Alias to the type of the class.

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

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

template<std::size_t N>
using	array_unique_ptr = std::array<unique_ptr, N>
	Alias to array of unique pointer.

using	traits = Internal::ParameterNS::Traits<TypeT>
	Alias to traits.

using	return_type = typename traits::return_type
	Alias to return type.

using	value_type = typename traits::value_type
	Alias to storage type.

using	time_dependency_type = TimeDependencyT<TypeT, TimeManagerT>
	Alias to time dependency.

Public Member Functions
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 LocalCoordsT &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.

virtual bool	IsConstant () const =0
	Whether the parameter varies spatially or not.

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 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 Member Functions
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...).

virtual return_type	SupplGetConstantValue () const =0
	Returns the constant value (if the parameters is constant).

virtual return_type	SupplGetAnyValue () const =0
	Returns a stored value (Any: the point is actually to assert its type for some functions overload).

virtual return_type	SupplGetValue (const LocalCoordsT &local_coords, const GeometricElt &geom_elt) const =0
	Get the (spatially-only) value of the parameter at a given local position in a given geom_elt.

virtual void	SupplWrite (std::ostream &stream) const =0
	Write the content of the Parameter in a stream.

virtual void	SupplTimeUpdate ()=0
	Add here any additional TimeUpdate that might be relevant.

virtual void	SupplTimeUpdate (double time)=0
	Add here any additional TimeUpdate that might be relevant.

Private Attributes
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_ = nullptr
	Object which handles if relevant the time dependency (computation of the time related factor, etc...).

Special members.
template<class T >
	Parameter (T &&name, const Domain &domain)
	Constructor.

virtual	~Parameter ()=default
	Destructor.

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

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

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

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

Detailed Description

template<ParameterNS::Type TypeT, class LocalCoordsT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>
class MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >

Abstract class used to define a Parameter.

Template Parameters

TypeT	Type of the parameter considered. If 'scalar', the underlying storage is a double. If 'vector', the underlying storage is a LocalVector. If 'matrix', the underlying storage is a LocalMatrix.
LocalCoordsT	This type describe the object at which the evaluation of the Parameter may occur. There are two expected possibilities: LocalCoords and QuadraturePoint.

A Parameter is first and foremost a spatial-dependent data: its main purpose is to describe the value of a physical parameter at a given local position. However, we might also want to apply a decoupled time dependency, i.e. consider value of the parameter might be determined by:

P(x, t) = f(x) * g(t)

In this case, g(t) is stored as a function and is recomputed at each Parameter::TimeUpdate() calls (such calls should therefore be located in Model::InitializeStep() where the time update actually occur).

There are two distinct categories of Parameter:

Those that are defined from the input data file. They might be constant, piece constant by domain or given by an analytical Lua function, at the choice of the user of the model. They should be initialized through the template functions provided in InitParameterFromInputData file (namely InitScalarParameterFromInputData and Init3DCompoundParameterFromInputData).
Parameters defined at dofs (that extract values from an underlying GlobalVector) or directly at quadrature points, which are hardcoded in each model.

Most of the instantiated classes actually derives from ParameterInstance, which itself derives from current template class (but not all - see FiberList for a counter-example).

Member Typedef Documentation

◆ self

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

using MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::self = Parameter<TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT>

Alias to the type of the class.

Constructor & Destructor Documentation

◆ Parameter() [1/3]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

template<class T >

MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::Parameter	(	T &&	name,
		const Domain &	domain )

explicitprotected

Constructor.

Parameters

[in] name Name that will appear in outputs.

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.

Template Parameters

T	Type of name, in forwarding reference idiom. It must be convertible to a std::string.

P(x, t) = f(x) * g(t)

◆ Parameter() [2/3]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::Parameter ( const Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT > & rhs )

delete

The copy constructor.

Parameters

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

◆ Parameter() [3/3]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::Parameter ( Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT > && rhs )

delete

The move constructor.

Parameters

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

Member Function Documentation

◆ operator=() [1/2]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

Parameter & MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::operator= ( const Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT > & 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<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

Parameter & MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::operator= ( Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT > && rhs )

delete

The (move) operator=.

Parameters

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

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

◆ TimeUpdate()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::TimeUpdate ( double time )

virtual

Apply the time dependency if relevant.

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.

◆ SetTimeDependency()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SetTimeDependency ( typename time_dependency_type::unique_ptr && time_dependency )

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()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

return_type MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::GetValue	(	const LocalCoordsT &	local_coords,
		const GeometricElt &	geom_elt ) const

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()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

return_type MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::GetConstantValue ( ) const

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()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SetConstantValue ( value_type value )

pure virtual

Enables to modify the constant value of a parameter.

Parameters

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

Implemented in MoReFEM::Internal::ParameterNS::ParameterInstance< TypeT, NaturePolicyT, TimeManagerT, TimeDependencyT, Args >, MoReFEM::ParameterNS::ThreeDimensionalCoumpoundParameter< TimeManagerT, TimeDependencyT >, MoReFEM::ParameterNS::GradientBasedElasticityTensor< TimeManagerT, ConfigurationT >, MoReFEM::ParameterNS::LameLambda< TimeManagerT >, and MoReFEM::ParameterNS::LameMu< TimeManagerT >.

◆ IsConstant()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual bool MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::IsConstant ( ) const

pure virtual

Whether the parameter varies spatially or not.

Implemented in MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >, MoReFEM::FiberList< FiberNS::AtNodeOrAtQuadPt::at_node, ParameterNS::Type::scalar >, MoReFEM::ParameterNS::ThreeDimensionalCoumpoundParameter< TimeManagerT, TimeDependencyT >, MoReFEM::ParameterNS::GradientBasedElasticityTensor< TimeManagerT, ConfigurationT >, MoReFEM::ParameterNS::LameLambda< TimeManagerT >, MoReFEM::ParameterNS::LameMu< TimeManagerT >, and MoReFEM::Internal::ParameterNS::ParameterInstance< TypeT, NaturePolicyT, TimeManagerT, TimeDependencyT, Args >.

◆ Write() [1/2]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::Write ( std::ostream & stream ) const

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]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::Write ( const FilesystemNS::File & filename ) const

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()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

const time_dependency_type & MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::GetTimeDependency ( ) const

noexcept

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.

◆ SupplGetConstantValue()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual return_type MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SupplGetConstantValue ( ) const

privatepure virtual

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.

Implemented in MoReFEM::ParameterNS::ThreeDimensionalCoumpoundParameter< TimeManagerT, TimeDependencyT >, MoReFEM::ParameterNS::GradientBasedElasticityTensor< TimeManagerT, ConfigurationT >, MoReFEM::ParameterNS::LameLambda< TimeManagerT >, MoReFEM::ParameterNS::LameMu< TimeManagerT >, MoReFEM::Internal::ParameterNS::ParameterInstance< TypeT, NaturePolicyT, TimeManagerT, TimeDependencyT, Args >, MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >, and MoReFEM::FiberList< FiberNS::AtNodeOrAtQuadPt::at_node, ParameterNS::Type::scalar >.

◆ SupplGetAnyValue()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual return_type MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SupplGetAnyValue ( ) const

privatepure virtual

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.

◆ SupplGetValue()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual return_type MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SupplGetValue	(	const LocalCoordsT &	local_coords,
		const GeometricElt &	geom_elt ) const

privatepure virtual

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] local_coords Local object at which the Parameter is evaluated.

Implemented in MoReFEM::ParameterNS::GradientBasedElasticityTensor< TimeManagerT, ConfigurationT >, MoReFEM::FiberList< FiberPolicyT, TypeT, TimeManagerT >, and MoReFEM::FiberList< FiberNS::AtNodeOrAtQuadPt::at_node, ParameterNS::Type::scalar >.

◆ SupplWrite()

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SupplWrite ( std::ostream & stream ) const

privatepure virtual

Write the content of the Parameter in a stream.

Parameters

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

◆ SupplTimeUpdate() [1/2]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SupplTimeUpdate ( )

privatepure virtual

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.

◆ SupplTimeUpdate() [2/2]

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

virtual void MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::SupplTimeUpdate ( double time )

privatepure virtual

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.

Parameters

[in] time Time for the update.

Field Documentation

◆ time_dependency_

template<ParameterNS::Type TypeT, class LocalCoordsT , TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, template< ParameterNS::Type, TIME_MANAGER_TEMPLATE_KEYWORD > class TimeDependencyT = ParameterNS::TimeDependencyNS::None>

time_dependency_type::unique_ptr MoReFEM::Parameter< TypeT, LocalCoordsT, TimeManagerT, TimeDependencyT >::time_dependency_ = nullptr

private

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/Parameters/Parameter.hpp

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Private Member Functions

Private Attributes

Special members.

Detailed Description

Member Typedef Documentation

◆ self

Constructor & Destructor Documentation

◆ Parameter() [1/3]

◆ Parameter() [2/3]

◆ Parameter() [3/3]

Member Function Documentation

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ TimeUpdate()

◆ SetTimeDependency()

◆ GetValue()

◆ GetConstantValue()

◆ SetConstantValue()

◆ IsConstant()

◆ Write() [1/2]

◆ Write() [2/2]

◆ GetTimeDependency()

◆ SupplGetConstantValue()

◆ SupplGetAnyValue()

◆ SupplGetValue()

◆ SupplWrite()

◆ SupplTimeUpdate() [1/2]

◆ SupplTimeUpdate() [2/2]

Field Documentation

◆ time_dependency_