#include <Integrator.h>

Inheritance diagram for ExplicitIntegrator:

Collaboration diagram for ExplicitIntegrator:

Public Member Functions
constexpr IntegratorType	type () const 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)

	Integrator (const Integrator &)=delete

	Integrator (Integrator &&)=delete

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

	Integrator (const Integrator &)=delete

	Integrator (Integrator &&)=delete

Integrator &	operator= (const Integrator &)=delete

Integrator &	operator= (Integrator &&)=delete

	~Integrator () override=default

void	set_domain (const weak_ptr< DomainBase > &)

shared_ptr< DomainBase >	get_domain () const

virtual int	initialize ()

virtual constexpr IntegratorType	type () const

void	set_time_step_switch (bool)

bool	allow_to_change_time_step () const

void	set_matrix_assembled_switch (bool)

bool	matrix_is_assembled () const

virtual bool	has_corrector () const

virtual bool	time_independent_matrix () const

virtual int	process_load ()

virtual int	process_constraint ()

virtual int	process_criterion ()

virtual int	process_modifier ()

virtual int	process_load_resistance ()

virtual int	process_constraint_resistance ()

void	record () const

virtual void	assemble_resistance ()

virtual void	assemble_matrix ()

virtual vec	get_force_residual ()

virtual vec	get_displacement_residual ()

virtual vec	get_auxiliary_residual ()

virtual sp_mat	get_reference_load ()

virtual const vec &	get_trial_displacement () const

virtual void	update_load ()

virtual void	update_constraint ()

virtual void	update_trial_load_factor (double)

virtual void	update_trial_load_factor (const vec &)

virtual void	update_from_ninja ()

virtual void	update_trial_time (double)

virtual void	update_incre_time (double)

virtual int	update_trial_status ()

virtual int	correct_trial_status ()

virtual 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 &&)

virtual int	solve (mat &, const mat &)

virtual int	solve (mat &, const sp_mat &)

virtual int	solve (mat &, mat &&)

virtual int	solve (mat &, sp_mat &&)

virtual void	erase_machine_error (vec &) const

void	stage_and_commit_status ()

virtual void	stage_status ()

virtual void	commit_status ()

virtual void	clear_status ()

virtual void	reset_status ()

virtual void	update_parameter (double)

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

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

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

virtual vec	from_total_acceleration (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 Tag
	Tag (unsigned=0)

	Tag (const Tag &)=default

	Tag (Tag &&)=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 ()

Member Function Documentation

◆ 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.

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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.

◆ get_trial_displacement()

const vec & ExplicitIntegrator::get_trial_displacement ( ) const

overridevirtual

Reimplemented from Integrator.

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◆ Integrator() [1/3]

Integrator::Integrator ( const Integrator & )

delete

◆ Integrator() [2/3]

Integrator::Integrator ( Integrator && )

delete

◆ Integrator() [3/3]

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()

constexpr IntegratorType ExplicitIntegrator::type ( ) const

inlineconstexproverridevirtual

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

Member Function Documentation

◆ from_incre_acceleration()

◆ from_incre_velocity()

◆ from_total_acceleration()

◆ get_trial_displacement()

◆ Integrator() [1/3]

◆ Integrator() [2/3]

◆ Integrator() [3/3]

◆ solve() [1/4]

◆ solve() [2/4]

◆ solve() [3/4]

◆ solve() [4/4]

◆ type()

◆ update_from_ninja()