Inheritance diagram for ExaDG::Structure::TimeIntGenAlpha< dim, Number >:

Public Member Functions
	TimeIntGenAlpha (std::shared_ptr< Interface::Operator< Number > > operator_, std::shared_ptr< PostProcessorBase< Number > > postprocessor_, Parameters const &param_, MPI_Comm const &mpi_comm_, bool const is_test_)

void	setup (bool const do_restart) final

void	compute_initial_acceleration (bool const do_restart)

void	print_iterations () const

void	extrapolate_displacement_to_np (VectorType &displacement)

VectorType const &	get_displacement_np ()

void	extrapolate_velocity_to_np (VectorType &velocity)

VectorType const &	get_velocity_n ()

VectorType const &	get_velocity_np ()

void	set_displacement (VectorType const &displacement)

void	advance_one_timestep_partitioned_solve (bool const use_extrapolation)

Public Member Functions inherited from ExaDG::TimeIntGenAlphaBase< Number >
	TimeIntGenAlphaBase (double const &start_time_, double const &end_time_, unsigned int const max_number_of_time_steps_, double const spectral_radius_, GenAlphaType const &gen_alpha_type_, RestartData const &restart_data_, MPI_Comm const &mpi_comm_, bool const is_test_)

double	get_time_step_size () const final

void	set_current_time_step_size (double const &time_step_size) final

Public Member Functions inherited from ExaDG::TimeIntBase
	TimeIntBase (double const &start_time_, double const &end_time_, unsigned int const max_number_of_time_steps_, RestartData const &restart_data_, MPI_Comm const &mpi_comm_, bool const is_test_)

bool	started () const

bool	finished () const

void	timeloop ()

void	advance_one_timestep ()

void	advance_one_timestep_pre_solve (bool const print_header)

void	advance_one_timestep_solve ()

void	advance_one_timestep_post_solve ()

void	reset_time (double const &current_time)

virtual void	prepare_coarsening_and_refinement ()

virtual void	interpolate_after_coarsening_and_refinement ()

double	get_time () const

double	get_next_time () const

unsigned int	get_number_of_time_steps () const

std::shared_ptr< TimerTree >	get_timings () const

Additional Inherited Members
Public Types inherited from ExaDG::TimeIntGenAlphaBase< Number >
typedef dealii::LinearAlgebra::distributed::Vector< Number >	VectorType

Protected Member Functions inherited from ExaDG::TimeIntGenAlphaBase< Number >
double	get_scaling_factor_acceleration () const

double	get_scaling_factor_velocity () const

double	get_mid_time () const

void	compute_const_vector_acceleration_remainder (VectorType &const_vector, VectorType const &displacement_n, VectorType const &velocity_n, VectorType const &acceleration_n) const

void	compute_const_vector_velocity_remainder (VectorType &const_vector, VectorType const &displacement_n, VectorType const &velocity_n, VectorType const &acceleration_n) const

void	update_displacement (VectorType &displacement_np, VectorType const &displacement_n) const

void	update_velocity (VectorType &velocity_np, VectorType const &displacement_np, VectorType const &displacement_n, VectorType const &velocity_n, VectorType const &acceleration_n) const

void	update_acceleration (VectorType &acceleration_np, VectorType const &displacement_np, VectorType const &displacement_n, VectorType const &velocity_n, VectorType const &acceleration_n) const

Protected Member Functions inherited from ExaDG::TimeIntBase
void	do_timestep ()

types::time_step	get_time_step_number () const

void	write_restart () const

void	read_restart ()

void	output_solver_info_header () const

void	output_remaining_time () const

Protected Attributes inherited from ExaDG::TimeIntBase
double	start_time

double	end_time

double	time

double const	eps

dealii::ConditionalOStream	pcout

types::time_step	time_step_number

unsigned int const	max_number_of_time_steps

RestartData const	restart_data

MPI_Comm const	mpi_comm

dealii::Timer	global_timer

std::shared_ptr< TimerTree >	timer_tree

bool	is_test

Member Function Documentation

◆ advance_one_timestep_partitioned_solve()

template<int dim, typename Number >

void ExaDG::Structure::TimeIntGenAlpha< dim, Number >::advance_one_timestep_partitioned_solve ( bool const use_extrapolation )

This function is for coupled multi-physics problems applying partitioned solution algorithms. Set use_extrapolation = true in the first iteration of the partitioned scheme within each time step.

◆ setup()

template<int dim, typename Number >

void ExaDG::Structure::TimeIntGenAlpha< dim, Number >::setup ( bool const do_restart )

finalvirtual

Implements ExaDG::TimeIntBase.

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

include/exadg/structure/time_integration/time_int_gen_alpha.h
include/exadg/structure/time_integration/time_int_gen_alpha.cpp

Public Member Functions

Additional Inherited Members

Member Function Documentation

◆ advance_one_timestep_partitioned_solve()

◆ setup()