SDIRK Class Reference

Inheritance diagram for SDIRK:

Public Member Functions
void	calc_error (const Vector *unnamed)
	calculate error indicators for elements from error estimators of the elemDiscs More...
void	finish_step (SmartPtr< SolutionTimeSeries > unnamed)
	finishes the assembling of defect/Jacobian for a time step More...
void	finish_step_elem (SmartPtr< SolutionTimeSeries > unnamed)
double	future_time () const
void	invalidate_error ()
bool	is_error_valid ()
size_t	num_prev_steps () const
size_t	num_stages () const
void	prepare_step (SmartPtr< SolutionTimeSeries > unnamed, double unnamed)
	prepares the assembling of defect/Jacobian for a time step More...
void	prepare_step_elem (SmartPtr< SolutionTimeSeries > unnamed, double unnamed)
	SDIRK (SmartPtr< IDomainDiscretization > Domain_Discretization)
	SDIRK (SmartPtr< IDomainDiscretization > Domain_Discretization, int Order)
void	set_order (int Order)
void	set_stage (size_t Stage)

Detailed Description

Note

default specialization is SDIRKCPU1

See also

ug::SDIRK

Constructor & Destructor Documentation

SDIRK() [1/2]

SDIRK

(

SmartPtr< IDomainDiscretization >

Domain_Discretization

)

Parameters

[in]

Domain_Discretization

SDIRK() [2/2]

SDIRK	(	SmartPtr< IDomainDiscretization >	Domain_Discretization,
		int	Order
	)

Parameters

[in]	Domain_Discretization
[in]	Order

Member Function Documentation

calc_error()

void calc_error ( const Vector *  unnamed )

inlineinherited

calculate error indicators for elements from error estimators of the elemDiscs

Parameters

[in]

unnamed

References MultiStepTimeDiscretization< class >::calc_error().

finish_step()

void finish_step ( SmartPtr< SolutionTimeSeries >  unnamed )

inlineinherited

finishes the assembling of defect/Jacobian for a time step

Parameters

[in]

unnamed

References ITimeDiscretization< class >::finish_step().

finish_step_elem()

void finish_step_elem ( SmartPtr< SolutionTimeSeries >  unnamed )

inlineinherited

Parameters

[in]

unnamed

References ITimeDiscretization< class >::finish_step_elem().

future_time()

double future_time ( ) const

inlineinherited

Returns

the future time point (i.e. the one that will be computed)

References ITimeDiscretization< class >::future_time().

invalidate_error()

void invalidate_error ( )

inlineinherited

References MultiStepTimeDiscretization< class >::invalidate_error().

is_error_valid()

bool is_error_valid ( )

inlineinherited

References MultiStepTimeDiscretization< class >::is_error_valid().

num_prev_steps()

size_t num_prev_steps ( ) const

inlineinherited

References ITimeDiscretization< class >::num_prev_steps().

num_stages()

size_t num_stages ( ) const

inlineinherited

Returns

the number of stages

References ITimeDiscretization< class >::num_stages().

prepare_step()

void prepare_step ( SmartPtr< SolutionTimeSeries >  unnamed, double  unnamed  )

inlineinherited

prepares the assembling of defect/Jacobian for a time step

Parameters

[in]	unnamed
[in]	unnamed

References ITimeDiscretization< class >::prepare_step().

prepare_step_elem()

void prepare_step_elem ( SmartPtr< SolutionTimeSeries >  unnamed, double  unnamed  )

inlineinherited

Parameters

[in]	unnamed
[in]	unnamed

References ITimeDiscretization< class >::prepare_step_elem().

set_order()

void set_order ( int  Order )

inline

Parameters

[in]

Order

References SDIRK< class >::set_order().

set_stage()

void set_stage ( size_t  Stage )

inline

Parameters

[in]

Stage

References SDIRK< class >::set_stage().