Inheritance diagram for ExaDG::IncNS::OperatorProjectionMethods< dim, Number >:

Public Member Functions
	OperatorProjectionMethods (std::shared_ptr< Grid< dim > const > grid, std::shared_ptr< dealii::Mapping< dim > const > mapping, std::shared_ptr< MultigridMappings< dim, Number > > const multigrid_mappings, std::shared_ptr< BoundaryDescriptor< dim > const > boundary_descriptor, std::shared_ptr< FieldFunctions< dim > const > field_functions, Parameters const &parameters, std::string const &field, MPI_Comm const &mpi_comm)

void	update_after_grid_motion (bool const update_matrix_free) override

void	do_rhs_ppe_laplace_add (VectorType &dst, double const &time) const

unsigned int	do_solve_pressure (VectorType &dst, VectorType const &src, bool const update_preconditioner) const

void	apply_projection_operator (VectorType &dst, VectorType const &src) const

void	apply_laplace_operator (VectorType &dst, VectorType const &src) const

unsigned int	solve_linear_momentum_equation (VectorType &solution, VectorType const &rhs, VectorType const &transport_velocity, bool const &update_preconditioner, double const &scaling_factor_mass)

void	rhs_add_viscous_term (VectorType &dst, double const time) const

void	rhs_add_convective_term (VectorType &dst, VectorType const &transport_velocity, double const time) const

std::tuple< unsigned int, unsigned int >	solve_nonlinear_momentum_equation (VectorType &dst, VectorType const &rhs_vector, double const &time, bool const &update_preconditioner, double const &scaling_factor_mass)

void	evaluate_nonlinear_residual (VectorType &dst, VectorType const &src, VectorType const *rhs_vector, double const &time, double const &scaling_factor_mass) const

Public Member Functions inherited from ExaDG::IncNS::SpatialOperatorBase< dim, Number >
	SpatialOperatorBase (std::shared_ptr< Grid< dim > const > grid, std::shared_ptr< dealii::Mapping< dim > const > mapping, std::shared_ptr< MultigridMappings< dim, Number > > const multigrid_mappings, std::shared_ptr< BoundaryDescriptor< dim > const > boundary_descriptor, std::shared_ptr< FieldFunctions< dim > const > field_functions, Parameters const &parameters, std::string const &field, MPI_Comm const &mpi_comm)

void	fill_matrix_free_data (MatrixFreeData< dim, Number > &matrix_free_data) const

void	setup ()

void	setup (std::shared_ptr< dealii::MatrixFree< dim, Number > const > matrix_free, std::shared_ptr< MatrixFreeData< dim, Number > const > matrix_free_data, std::string const &dof_index_temperature="")

dealii::MatrixFree< dim, Number > const &	get_matrix_free () const

std::string	get_dof_name_velocity () const

unsigned int	get_dof_index_velocity () const

unsigned int	get_dof_index_pressure () const

unsigned int	get_quad_index_velocity_standard () const

unsigned int	get_quad_index_pressure () const

std::shared_ptr< dealii::Mapping< dim > const >	get_mapping () const

dealii::FiniteElement< dim > const &	get_fe_u () const

dealii::FiniteElement< dim > const &	get_fe_p () const

dealii::DoFHandler< dim > const &	get_dof_handler_u () const

dealii::DoFHandler< dim > const &	get_dof_handler_u_scalar () const

dealii::DoFHandler< dim > const &	get_dof_handler_p () const

dealii::AffineConstraints< Number > const &	get_constraint_p () const

dealii::AffineConstraints< Number > const &	get_constraint_u () const

dealii::types::global_dof_index	get_number_of_dofs () const

dealii::VectorizedArray< Number >	get_viscosity_boundary_face (unsigned int const face, unsigned int const q) const

std::shared_ptr< ContainerInterfaceData< 1, dim, double > >	get_container_interface_data ()

void	set_velocity_ptr (VectorType const &velocity) const

void	initialize_vector_velocity (VectorType &src) const

void	initialize_vector_velocity_scalar (VectorType &src) const

void	initialize_vector_pressure (VectorType &src) const

void	initialize_block_vector_velocity_pressure (BlockVectorType &src) const

void	prescribe_initial_conditions (VectorType &velocity, VectorType &pressure, double const time) const

void	interpolate_functions (VectorType &velocity, std::shared_ptr< dealii::Function< dim > > const &f_velocity, VectorType &pressure, std::shared_ptr< dealii::Function< dim > > const &f_pressure, double const time) const

void	interpolate_analytical_solution (VectorType &velocity, VectorType &pressure, double const time) const

void	interpolate_stress_bc (VectorType &stress, VectorType const &velocity, VectorType const &pressure) const

double	calculate_time_step_max_efficiency (unsigned int const order_time_integrator) const

double	calculate_time_step_cfl_global () const

double	calculate_time_step_cfl (VectorType const &velocity) const

void	calculate_cfl_from_time_step (VectorType &cfl, VectorType const &velocity, double const time_step_size) const

double	get_characteristic_element_length () const

bool	is_pressure_level_undefined () const

void	adjust_pressure_level_if_undefined (VectorType &pressure, double const &time) const

void	set_temperature (VectorType const &temperature)

void	compute_vorticity (VectorType &dst, VectorType const &src) const

void	compute_divergence (VectorType &dst, VectorType const &src) const

void	compute_shear_rate (VectorType &dst, VectorType const &src) const

void	compute_velocity_magnitude (VectorType &dst, VectorType const &src) const

void	compute_vorticity_magnitude (VectorType &dst, VectorType const &src) const

void	compute_streamfunction (VectorType &dst, VectorType const &src) const

void	compute_q_criterion (VectorType &dst, VectorType const &src) const

void	apply_mass_operator (VectorType &dst, VectorType const &src) const

void	apply_mass_operator_add (VectorType &dst, VectorType const &src) const

void	evaluate_add_body_force_term (VectorType &dst, double const time) const

void	evaluate_convective_term (VectorType &dst, VectorType const &src, Number const time) const

void	evaluate_pressure_gradient_term (VectorType &dst, VectorType const &src, double const time) const

void	evaluate_velocity_divergence_term (VectorType &dst, VectorType const &src, double const time) const

unsigned int	apply_inverse_mass_operator (VectorType &dst, VectorType const &src) const

void	update_viscosity (VectorType const &velocity) const

void	update_projection_operator (VectorType const &velocity, double const time_step_size) const

void	rhs_add_projection_operator (VectorType &dst, double const time) const

unsigned int	solve_projection (VectorType &dst, VectorType const &src, bool const &update_preconditioner) const

double	calculate_dissipation_convective_term (VectorType const &velocity, double const time) const

double	calculate_dissipation_viscous_term (VectorType const &velocity) const

double	calculate_dissipation_divergence_term (VectorType const &velocity) const

double	calculate_dissipation_continuity_term (VectorType const &velocity) const

void	set_grid_velocity (VectorType const &velocity)

void	distribute_constraint_u (VectorType &velocity) const

Protected Types
typedef SpatialOperatorBase< dim, Number >	Base

typedef Base::VectorType	VectorType

typedef Base::MultigridPoisson	MultigridPoisson

Protected Types inherited from ExaDG::IncNS::SpatialOperatorBase< dim, Number >
typedef dealii::LinearAlgebra::distributed::Vector< Number >	VectorType

typedef dealii::LinearAlgebra::distributed::BlockVector< Number >	BlockVectorType

typedef SpatialOperatorBase< dim, Number >	This

typedef dealii::VectorizedArray< Number >	scalar

typedef dealii::Tensor< 1, dim, dealii::VectorizedArray< Number > >	vector

typedef dealii::Tensor< 2, dim, dealii::VectorizedArray< Number > >	tensor

typedef std::pair< unsigned int, unsigned int >	Range

typedef FaceIntegrator< dim, dim, Number >	FaceIntegratorU

typedef FaceIntegrator< dim, 1, Number >	FaceIntegratorP

typedef Poisson::MultigridPreconditioner< dim, Number, 1 >	MultigridPoisson

typedef ProjectionOperator< dim, Number >	ProjOperator

typedef Elementwise::OperatorBase< dim, Number, ProjOperator >	ELEMENTWISE_PROJ_OPERATOR

typedef Elementwise::PreconditionerBase< dealii::VectorizedArray< Number > >	ELEMENTWISE_PRECONDITIONER

Protected Member Functions
void	setup_derived () override

void	setup_preconditioners_and_solvers () override

void	setup_momentum_preconditioner ()

void	setup_momentum_solver ()

Protected Member Functions inherited from ExaDG::IncNS::SpatialOperatorBase< dim, Number >
unsigned int	get_dof_index_velocity_scalar () const

unsigned int	get_quad_index_velocity_overintegration () const

unsigned int	get_quad_index_velocity_nodal_points () const

unsigned int	get_quad_index_pressure_nodal_points () const

unsigned int	get_quad_index_velocity_linearized () const

void	setup_projection_solver ()

bool	unsteady_problem_has_to_be_solved () const

Protected Attributes
Poisson::LaplaceOperator< dim, Number, 1 >	laplace_operator

std::shared_ptr< PreconditionerBase< Number > >	preconditioner_pressure_poisson

std::shared_ptr< Krylov::SolverBase< VectorType > >	pressure_poisson_solver

NonlinearMomentumOperator< dim, Number >	nonlinear_operator

std::shared_ptr< Newton::Solver< VectorType, NonlinearMomentumOperator< dim, Number >, MomentumOperator< dim, Number >, Krylov::SolverBase< VectorType > > >	momentum_newton_solver

std::shared_ptr< PreconditionerBase< Number > >	momentum_preconditioner

std::shared_ptr< Krylov::SolverBase< VectorType > >	momentum_linear_solver

Protected Attributes inherited from ExaDG::IncNS::SpatialOperatorBase< dim, Number >
std::shared_ptr< Grid< dim > const >	grid

std::shared_ptr< dealii::Mapping< dim > const >	mapping

std::shared_ptr< MultigridMappings< dim, Number > > const	multigrid_mappings

std::shared_ptr< BoundaryDescriptor< dim > const >	boundary_descriptor

std::shared_ptr< FieldFunctions< dim > const >	field_functions

Parameters const &	param

std::string const	field

std::shared_ptr< Poisson::BoundaryDescriptor< 0, dim > >	boundary_descriptor_laplace

dealii::Point< dim >	first_point

dealii::types::global_dof_index	dof_index_first_point

double	evaluation_time

Operators::ConvectiveKernelData	convective_kernel_data

Operators::ViscousKernelData	viscous_kernel_data

std::shared_ptr< Operators::ConvectiveKernel< dim, Number > >	convective_kernel

std::shared_ptr< Operators::ViscousKernel< dim, Number > >	viscous_kernel

std::shared_ptr< Operators::DivergencePenaltyKernel< dim, Number > >	div_penalty_kernel

std::shared_ptr< Operators::ContinuityPenaltyKernel< dim, Number > >	conti_penalty_kernel

MassOperator< dim, dim, Number >	mass_operator

ConvectiveOperator< dim, Number >	convective_operator

ViscousOperator< dim, Number >	viscous_operator

RHSOperator< dim, Number >	rhs_operator

GradientOperator< dim, Number >	gradient_operator

DivergenceOperator< dim, Number >	divergence_operator

DivergencePenaltyOperator< dim, Number >	div_penalty_operator

ContinuityPenaltyOperator< dim, Number >	conti_penalty_operator

MomentumOperator< dim, Number >	momentum_operator

InverseMassOperator< dim, dim, Number >	inverse_mass_velocity

InverseMassOperator< dim, 1, Number >	inverse_mass_velocity_scalar

InverseMassOperatorHdiv< dim, dim, Number >	inverse_mass_hdiv

std::shared_ptr< ProjOperator >	projection_operator

std::shared_ptr< ELEMENTWISE_PROJ_OPERATOR >	elementwise_projection_operator

std::shared_ptr< ELEMENTWISE_PRECONDITIONER >	elementwise_preconditioner_projection

std::shared_ptr< Krylov::SolverBase< VectorType > >	projection_solver

std::shared_ptr< PreconditionerBase< Number > >	preconditioner_projection

VorticityCalculator< dim, Number >	vorticity_calculator

DivergenceCalculator< dim, Number >	divergence_calculator

ShearRateCalculator< dim, Number >	shear_rate_calculator

MagnitudeCalculator< dim, Number >	magnitude_calculator

QCriterionCalculator< dim, Number >	q_criterion_calculator

MPI_Comm const	mpi_comm

dealii::ConditionalOStream	pcout

Member Function Documentation

◆ setup_derived()

template<int dim, typename Number>

void ExaDG::IncNS::OperatorProjectionMethods< dim, Number >::setup_derived ( )

overrideprotectedvirtual

Additional setup to be done by derived classes.

Implements ExaDG::IncNS::SpatialOperatorBase< dim, Number >.

◆ setup_preconditioners_and_solvers()

template<int dim, typename Number>

void ExaDG::IncNS::OperatorProjectionMethods< dim, Number >::setup_preconditioners_and_solvers ( )

overrideprotectedvirtual

Reimplemented from ExaDG::IncNS::SpatialOperatorBase< dim, Number >.

◆ update_after_grid_motion()

template<int dim, typename Number>

void ExaDG::IncNS::OperatorProjectionMethods< dim, Number >::update_after_grid_motion ( bool const update_matrix_free )

overridevirtual

Reimplemented from ExaDG::IncNS::SpatialOperatorBase< dim, Number >.

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

include/exadg/incompressible_navier_stokes/spatial_discretization/operator_projection_methods.h
include/exadg/incompressible_navier_stokes/spatial_discretization/operator_projection_methods.cpp

Public Member Functions

Protected Types

Protected Member Functions

Protected Attributes

Member Function Documentation

◆ setup_derived()

◆ setup_preconditioners_and_solvers()

◆ update_after_grid_motion()