#include <Integrator.h>

Inheritance diagram for ExplicitIntegrator:

Collaboration diagram for ExplicitIntegrator:

Public Member Functions
Type	type () const final

void	assemble_resistance () override

void	assemble_matrix () override

void	assemble_effective_matrix () override

const vec &	get_trial_displacement () const override

void	update_from_ninja () override

int	solve (mat &, const mat &) override

int	solve (mat &, const sp_mat &) override

int	solve (mat &, mat &&) override

int	solve (mat &, sp_mat &&) override

vec	from_incre_velocity (const vec &, const uvec &) override

vec	from_incre_acceleration (const vec &, const uvec &) override

vec	from_total_acceleration (const vec &, const uvec &) override

	Integrator (unsigned=0)

Public Member Functions inherited from Integrator
	Integrator (unsigned=0)

void	set_domain (const std::weak_ptr< DomainBase > &)

shared_ptr< DomainBase >	get_domain () const

virtual int	initialize ()

void	set_time_step_switch (bool)

bool	allow_to_change_time_step () const

void	set_matrix_assembled_switch ()

bool	matrix_is_assembled () const

virtual bool	time_independent_matrix () const

int	process_load ()

virtual int	process_constraint ()

int	process_criterion () const

int	process_modifier () const

int	process_load_resistance ()

virtual int	process_constraint_resistance ()

void	record () const

virtual vec	get_force_residual ()

virtual vec	get_displacement_residual ()

vec	get_auxiliary_residual () const

virtual sp_mat	get_reference_load ()

void	update_load () const

void	update_constraint () const

void	update_trial_load_factor (double) const

void	update_trial_load_factor (const vec &) const

void	update_trial_time (double)

virtual void	update_incre_time (double)

virtual int	update_trial_status (bool)

int	sync_status (bool)

virtual int	update_internal (const mat &)

mat	solve (const mat &)

mat	solve (const sp_mat &)

mat	solve (mat &&)

mat	solve (sp_mat &&)

void	erase_machine_error (vec &) const

void	stage_and_commit_status ()

void	stage_status () const

virtual void	commit_status ()

virtual void	clear_status ()

virtual void	reset_status ()

virtual vec	from_total_velocity (const vec &, const uvec &)

vec	from_incre_velocity (double, const uvec &)

vec	from_incre_acceleration (double, const uvec &)

vec	from_total_velocity (double, const uvec &)

vec	from_total_acceleration (double, const uvec &)

Public Member Functions inherited from UniqueTag
	UniqueTag (const UniqueTag &)=delete

	UniqueTag (UniqueTag &&)=delete

UniqueTag &	operator= (const UniqueTag &)=delete

UniqueTag &	operator= (UniqueTag &&)=delete

	~UniqueTag () override=default

	Tag (unsigned=0)

	Tag (const Tag &)=default

	Tag (Tag &&) noexcept=default

Public Member Functions inherited from Tag
	Tag (unsigned=0)

	Tag (const Tag &)=default

	Tag (Tag &&) noexcept=default

Tag &	operator= (const Tag &)=delete

Tag &	operator= (Tag &&)=delete

virtual	~Tag ()=default

void	set_tag (unsigned) const

unsigned	get_tag () const

void	enable ()

void	disable ()

void	guard ()

void	unguard ()

bool	is_active () const

bool	is_guarded () const

virtual void	print ()

Additional Inherited Members
Public Types inherited from Integrator
enum class	Type { Implicit , Explicit }

Protected Member Functions inherited from Integrator
virtual void	update_parameter (double)

virtual int	process_load_impl (bool)

virtual int	process_constraint_impl (bool)

virtual bool	has_corrector () const

virtual int	correct_trial_status ()

Member Function Documentation

◆ assemble_effective_matrix()

void ExplicitIntegrator::assemble_effective_matrix ( )

overridevirtual

Assemble the global effective matrix A in AX=B. For FEM applications, it is often a linear combination of stiffness, mass, damping and geometry matrices.

Reimplemented from Integrator.

◆ assemble_matrix()

void ExplicitIntegrator::assemble_matrix ( )

overridevirtual

Assemble global matrices such as stiffness, mass, damping and geometry matrices. This method should come with the companion method assemble_effective_matrix().

Reimplemented from Integrator.

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◆ assemble_resistance()

void ExplicitIntegrator::assemble_resistance ( )

overridevirtual

Reimplemented from Integrator.

Reimplemented in GeneralizedAlphaExplicit.

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◆ from_incre_acceleration()

vec ExplicitIntegrator::from_incre_acceleration	(	const vec &	,
		const uvec &	encoding
	)

overridevirtual

When external loads are applied, they can be applied in forms of displacement/velocity/acceleration. The time integration methods, by default, form effective stiffness matrices in displacement domain. That is, in AX=B, A is the effective stiffness matrix and X is the displacement increment. Thus, loads in velocity/acceleration must be converted to displacement. This cannot be done arbitrarily due to compatibility issues. This method takes acceleration increment and converts it to TOTAL displacement.

Reimplemented from Integrator.

Reimplemented in GeneralizedAlphaExplicit, GERKN, and GSSE.

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◆ from_incre_velocity()

vec ExplicitIntegrator::from_incre_velocity	(	const vec &	,
		const uvec &	encoding
	)

overridevirtual

When external loads are applied, they can be applied in forms of displacement/velocity/acceleration. The time integration methods, by default, form effective stiffness matrices in displacement domain. That is, in AX=B, A is the effective stiffness matrix and X is the displacement increment. Thus, loads in velocity/acceleration must be converted to displacement. This cannot be done arbitrarily due to compatibility issues. This method takes velocity increment and converts it to TOTAL displacement.

Reimplemented from Integrator.

◆ from_total_acceleration()

vec ExplicitIntegrator::from_total_acceleration	(	const vec &	total_acceleration,
		const uvec &
	)

overridevirtual

Reimplemented from Integrator.

Reimplemented in GeneralizedAlphaExplicit, GERKN, and GSSE.

◆ get_trial_displacement()

const vec & ExplicitIntegrator::get_trial_displacement ( ) const

overridevirtual

Reimplemented from Integrator.

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◆ Integrator()

Integrator::Integrator ( unsigned T = 0 )

explicit

◆ solve() [1/4]

int ExplicitIntegrator::solve	(	mat &	X,
		const mat &	B
	)

overridevirtual

Reimplemented from Integrator.

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◆ solve() [2/4]

int ExplicitIntegrator::solve	(	mat &	X,
		const sp_mat &	B
	)

overridevirtual

Reimplemented from Integrator.

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◆ solve() [3/4]

int ExplicitIntegrator::solve	(	mat &	X,
		mat &&	B
	)

overridevirtual

Reimplemented from Integrator.

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◆ solve() [4/4]

int ExplicitIntegrator::solve	(	mat &	X,
		sp_mat &&	B
	)

overridevirtual

Reimplemented from Integrator.

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◆ type()

Type ExplicitIntegrator::type ( ) const

inlinefinalvirtual

Reimplemented from Integrator.

◆ update_from_ninja()

void ExplicitIntegrator::update_from_ninja ( )

overridevirtual

Reimplemented from Integrator.

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

Solver/Integrator/Integrator.h
Solver/Integrator/Integrator.cpp

Public Member Functions

Additional Inherited Members

Member Function Documentation

◆ assemble_effective_matrix()

◆ assemble_matrix()

◆ assemble_resistance()

◆ from_incre_acceleration()

◆ from_incre_velocity()

◆ from_total_acceleration()

◆ get_trial_displacement()

◆ Integrator()

◆ solve() [1/4]

◆ solve() [2/4]

◆ solve() [3/4]

◆ solve() [4/4]

◆ type()

◆ update_from_ninja()