MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT > Class Template Reference

Init MoReFEM: initialize mpi and read the input data file. More...

#include <MoReFEMData.hpp>

Inheritance diagram for MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >:

Collaboration diagram for MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >:

Public Types
using	self
	Alias to the type of the class.
using	parent
	Alias to parent.
using	const_unique_ptr = std::unique_ptr<self>
	Alias to unique_ptr.
using	input_data_type = InputDataT
	Convenient alias for InputData instantiation to use.
using	model_settings_type = ModelSettingsT
	Alias to ModelSettingsT.
using	time_manager_type = TimeManagerT
	Alias to TimeManagerT.

Public Member Functions
const Internal::Parallelism *	GetParallelismPtr () const noexcept
const ::MoReFEM::Wrappers::Mpi &	GetMpi () const noexcept
	Accessor to underlying mpi object.
const ::MoReFEM::FilesystemNS::Directory &	GetResultDirectory () const noexcept
	Accessor to the result directory, in which all the outputs of MoReFEM should be written.
const model_settings_type &	GetModelSettings () const noexcept
	Accessor to underlying model_settings_type object.
const input_data_type &	GetInputData () const noexcept
	Accessor to underlying input_data_type object.
const time_manager_type &	GetTimeManager () const noexcept
	Constant accessor to the object in charge of time management.
time_manager_type &	GetNonCstTimeManager () noexcept
	Non constant access to the object in charge of time management.
Special members.
	MoReFEMData (int argc, char **argv)
	Constructor.
	MoReFEMData (FilesystemNS::File &&lua_file)
	Constructor from a Lua file.
virtual	~MoReFEMData () override
	Destructor.
	MoReFEMData (const MoReFEMData &rhs)=delete
	The copy constructor.
	MoReFEMData (MoReFEMData &&rhs)=delete
	The move constructor.
MoReFEMData &	operator= (const MoReFEMData &rhs)=delete
	The (copy) operator=.
MoReFEMData &	operator= (MoReFEMData &&rhs)=delete
	The (move) operator=.

Static Public Member Functions
static constexpr bool	HasParallelismField ()

Static Public Attributes
static constexpr is_morefem_data	ConceptIsMoReFEMData = is_morefem_data::yes
	Helper variable to define the MoReFEMDataType concept.

Protected Member Functions
::MoReFEM::FilesystemNS::behaviour	DetermineDirectoryBehaviour (Advanced::CommandLineFlagsNS::overwrite_directory do_overwrite_directory) const noexcept
	Determine the behaviour to adopt for output directory creation.
void	SetResultDirectory (std::filesystem::path path, Advanced::CommandLineFlagsNS::overwrite_directory do_overwrite_directory)
	Set the directory into which outputs will be written.
void	SetTimeManager ()
	Init properly the TimeManagerT instance.
void	SetInputData (typename input_data_type::const_unique_ptr &&input_data)
	Set the input_data_ object.
void	InitCheckInvertedElementsSingleton ()
	Init the CheckInvertedElements singletons, depending whether there is a field or not in the input data or model settings.

Private Member Functions
const Internal::Parallelism &	GetParallelism () const noexcept
void	Construct (FilesystemNS::File &&lua_file, Advanced::CommandLineFlagsNS::overwrite_directory do_overwrite_directory)
	Helper function used in constructors.
void	CheckNoMissingIndexedSectionDescriptions () const
	Check all the expected IndexedSectionDescription class in the model-specific ModelSettings are properly present.

Private Attributes
Internal::Parallelism::unique_ptr	parallelism_ = nullptr
	Object which holds the parallelism strategy to use.
::MoReFEM::FilesystemNS::Directory::const_unique_ptr	result_directory_ { nullptr }
	Directory into which model results will be written,.
ModelSettingsT	model_settings_
	The model-specific ModelSettings, which encompasses data specific to the model but that shouldn't be modified by the end-user.
TimeManagerT::unique_ptr	time_manager_ { nullptr }
input_data_type::const_unique_ptr	input_data_ { nullptr }
	Holds InputData.

Detailed Description

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>
class MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >

Init MoReFEM: initialize mpi and read the input data file.

Warning

As mpi is not assumed to exist until the constructor has done is job, the exceptions there that might happen only on some of the ranks don't lead to a call to MPI_Abort(), which can lead to a dangling program. Make sure each exception is properly communicated to all ranks so that each rank can gracefully throw an exception and hence allow the program to stop properly.

Template Parameters

ProgramTypeT	Type of the program run. For instance for post-processing there is no removal of the existing result directory, contrary to what happens in model run. If update_lua_file, the result directory can't be queried at all
AdditionalCommandLineArgumentsPolicyT	Policy if you need additional arguments on the command line. To see a concrete example of this possibility, have a look at Test/Core/MoReFEMData/test_command_line_options.cpp which demonstrate the possibility. If none, use std::false_type.

http://tclap.sourceforge.net gives a nice manual of how to add additional argument on the command lines. By default, there is one mandatory argument (–input_data lua file) and one optional that might be repeated to define pseudo environment variables (-e KEY=VALUE).

Member Typedef Documentation

self

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

using MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::self

Initial value:

 MoReFEMData
                     <
                         ModelSettingsT,
                         InputDataT,
                         TimeManagerT,
                         ProgramTypeT,
                         DoTrackUnusedFieldsT,
                         AdditionalCommandLineArgumentsPolicyT
                     >

Alias to the type of the class.

parent

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

using MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::parent

Initial value:

 
            Internal::MoReFEMDataNS::AbstractClass
            <
                ProgramTypeT,
                TimeManagerT,
                ModelSettingsT,
                InputDataT
            >

Alias to parent.

input_data_type

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

using MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::input_data_type = InputDataT

Convenient alias for InputData instantiation to use.

Constructor & Destructor Documentation

MoReFEMData() [1/4]

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::MoReFEMData ( int argc, char ** argv )

explicit

Constructor.

This is the staple constructor used in models: at the beginning of the main the object is constructed and initializes under the hood stuff like the initialization of MPI (which requires the argc and argv values).

Parameters

[in]	argc	Number of argument in the command line (including the program name).
[in]	argv	List of arguments read.

MoReFEMData() [2/4]

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::MoReFEMData ( FilesystemNS::File && lua_file )

explicit

Constructor from a Lua file.

Useful for tests.

Attention

This constructor does not initialize Internal::PetscNS::RAII singleton and assumes this has already be done!

Parameters

[in]

lua_file

Input data file.

MoReFEMData() [3/4]

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::MoReFEMData ( const MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT > & rhs )

delete

The copy constructor.

Parameters

[in]

rhs

The object from which the construction occurs.

MoReFEMData() [4/4]

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::MoReFEMData ( MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT > && rhs )

delete

The move constructor.

Parameters

[in]

rhs

The object from which the construction occurs.

Member Function Documentation

HasParallelismField()

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

static constexpr bool MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::HasParallelismField ( )

staticconstexpr

Whether there is a Parallelism block in MoReFEM input data.

Returns

True if there is one.

operator=() [1/2]

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

MoReFEMData & MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::operator= ( const MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT > & 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<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

MoReFEMData & MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::operator= ( MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT > && rhs )

delete

The (move) operator=.

Parameters

[in]

rhs

The object from which the affectation occurs.

Returns

Reference to the object (to enable chained affectation).

GetParallelismPtr()

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

const Internal::Parallelism * MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::GetParallelismPtr ( ) const

noexcept

Accessor to the object which keeps the data related to parallelism strategy. Might be nullptr if none specified in the input lua file.

GetParallelism()

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

const Internal::Parallelism & MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::GetParallelism ( ) const

privatenoexcept

Accessor to the object which keeps the data related to parallelism strategy. No pointer here, but it assumes parallelism_ is not nullptr.

Construct()

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

void MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::Construct ( FilesystemNS::File && lua_file, Advanced::CommandLineFlagsNS::overwrite_directory do_overwrite_directory )

private

Helper function used in constructors.

Parameters

[in]	lua_file	Input data file.
[in]	do_overwrite_directory	Whether the program may overwrite result directory or not. In the general case it is the value read from command line (if any) but for tests it is arbitrarily set to yes.

CheckNoMissingIndexedSectionDescriptions()

template<::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, program_type ProgramTypeT, InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = InputDataNS::DoTrackUnusedFields::yes, class AdditionalCommandLineArgumentsPolicyT = std::false_type>

void MoReFEM::MoReFEMData< ModelSettingsT, InputDataT, TimeManagerT, ProgramTypeT, DoTrackUnusedFieldsT, AdditionalCommandLineArgumentsPolicyT >::CheckNoMissingIndexedSectionDescriptions ( ) const

private

Check all the expected IndexedSectionDescription class in the model-specific ModelSettings are properly present.

If there is a leaf or a section either in the model-specific ModelSettings or in the model-specific InputData that is related to an IndexedSection, then the related IndexedSectionDescription should be declared in the model-specific ModelSettings. Current method checks that this is the case, and if not provide a clear error in runtime to help the author of the model to fix it quickly.

GetResultDirectory()

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

const ::MoReFEM::FilesystemNS::Directory & MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::GetResultDirectory ( ) const

noexceptinherited

Accessor to the result directory, in which all the outputs of MoReFEM should be written.

Returns

Result directory.

DetermineDirectoryBehaviour()

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

::MoReFEM::FilesystemNS::behaviour MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::DetermineDirectoryBehaviour ( Advanced::CommandLineFlagsNS::overwrite_directory do_overwrite_directory ) const

protectednoexceptinherited

Determine the behaviour to adopt for output directory creation.

This behaviour depends both on the do_overwrite_directory argument and on the type of program you are running (model, test, update a Lua file, etc...)

Parameters

[in]

do_overwrite_directory

Whether an eventual pre-existing output directory should be overwritten.

Returns

Behaviour to adopt for output directory creation.

SetResultDirectory()

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

void MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::SetResultDirectory ( std::filesystem::path path, Advanced::CommandLineFlagsNS::overwrite_directory do_overwrite_directory )

protectedinherited

Set the directory into which outputs will be written.

Parameters

[in]	path	Path on your filesystem to the directory in which the outputs should be written. It should be determined internally in the class derived from this one (MoReFEMData or MoReFEMDataForTest so far are possible).
[in]	do_overwrite_directory	Whether an eventual pre-existing output directory should be overwritten.

SetTimeManager()

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

void MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::SetTimeManager ( )

protectedinherited

Init properly the TimeManagerT instance.

It is not done automatically because it requires some data that are to be defined in the constructors of child classes.

Attention

Must be called after SetInputData!

SetInputData()

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

void MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::SetInputData ( typename input_data_type::const_unique_ptr && input_data )

protectedinherited

Set the input_data_ object.

Even MoReFEMDataTest child class which doesn't rely on it provides a dummy object and must do this call.

Parameters

[in]

input_data

The input_data object, that should be initialized in derived classes constructors.

Field Documentation

model_settings_

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

ModelSettingsT MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::model_settings_

privateinherited

The model-specific ModelSettings, which encompasses data specific to the model but that shouldn't be modified by the end-user.

time_manager_

template<program_type ProgramTypeT, TIME_MANAGER_TEMPLATE_KEYWORD TimeManagerT, ::MoReFEM::Concept::ModelSettingsType ModelSettingsT, ::MoReFEM::Concept::InputDataType InputDataT, ::MoReFEM::InputDataNS::DoTrackUnusedFields DoTrackUnusedFieldsT = ::MoReFEM::InputDataNS::DoTrackUnusedFields::yes>

TimeManagerT::unique_ptr MoReFEM::Internal::MoReFEMDataNS::AbstractClass< ProgramTypeT, TimeManagerT, ModelSettingsT, InputDataT, DoTrackUnusedFieldsT >::time_manager_ { nullptr }

privateinherited

Time management facility.

Attention

SetTimeManager() must be called explicitly in derived classes constructors!

---

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

• /builds/2mk6rsew/0/MoReFEM/CoreLibrary/MoReFEM/Sources/Core/MoReFEMData/MoReFEMData.hpp