MeltPoolDG::SimulationCaseBase< dim, number, spacedim > Class Template Reference

Base class for managing a simulation case in a parallel computing environment. More...

#include <simulation_case_base.hpp>

Inheritance diagram for MeltPoolDG::SimulationCaseBase< dim, number, spacedim >:

Public Member Functions
virtual	~SimulationCaseBase ()=default
	SimulationCaseBase (const std::string &parameter_file_in, MPI_Comm mpi_communicator_in)
void	create ()
	Main setup function to initialize the simulation.
std::map< dealii::types::boundary_id, std::shared_ptr< dealii::Function< dim > > >	get_boundary_condition (const std::string &type, const std::string &operation_name, const bool is_optional=true) const
	Retrieve boundary conditions of a specific type for an operation.
std::shared_ptr< BoundaryConditionManager< dim, number > >	get_boundary_condition_manager (const std::string &operation_name, const bool is_optional=true) const
	Retrieve the boundary condition object for a specific operation.
std::string	get_boundary_condition_type (dealii::types::boundary_id boundary_id, const std::string &operation_name) const
	Retrieve the type of a boundary condition for a specific boundary ID and operation.
void	set_time_boundary_conditions (const number time)
	Update the time for all boundary conditions.
std::shared_ptr< dealii::Function< dim > >	get_field_function (const std::string &type, const std::string &operation_name, const bool is_optional=false)
std::shared_ptr< dealii::Function< dim > >	get_initial_condition (const std::string &operation_name, const bool is_optional=false)
	Retrieve the initial condition for a given operation.
const PeriodicBoundaryConditions< dim > &	get_periodic_bc () const
	Get the periodic boundary condition manager.
virtual void	do_postprocessing (const GenericDataOut< dim, number > &generic_data_out) const
	Perform specific postprocessing (can be overridden by derived classes).

Public Attributes
std::shared_ptr< dealii::Triangulation< dim, spacedim > >	triangulation
const std::string	parameter_file
const MPI_Comm	mpi_communicator

Protected Member Functions
virtual void	create_spatial_discretization ()=0
	Pure virtual function to create the spatial discretization.
virtual void	set_boundary_conditions ()=0
	Pure virtual function to set the boundary conditions.
virtual void	set_field_conditions ()=0
	Pure virtual function to set the field conditions.
virtual bool	add_case_specific_parameters (dealii::ParameterHandler &)
	Add simulation-specific parameters (can be overridden).
void	attach_field_function (std::shared_ptr< dealii::Function< dim > > function, const std::string &type, const std::string &operation_name)
void	attach_initial_condition (std::shared_ptr< dealii::Function< dim > > initial_function, const std::string &operation_name)
void	attach_boundary_condition (std::pair< const dealii::types::boundary_id, const std::shared_ptr< dealii::Function< dim > > > id_and_function, const std::string &type, const std::string &operation_name)
	Attach a boundary condition for a specific operation.
void	attach_boundary_condition (const dealii::types::boundary_id id, const std::string &type, const std::string &operation_name)
	Attach a boundary condition with a dummy function for a specific operation.
void	attach_periodic_boundary_condition (const dealii::types::boundary_id id_in, const dealii::types::boundary_id id_out, const int direction)

Private Member Functions
void	parse_simulation_specific_parameters ()
	Parses simulation-specific parameters.

Private Attributes
PeriodicBoundaryConditions< dim >	periodic_boundary_conditions
std::map< std::string, std::map< std::string, std::shared_ptr< dealii::Function< dim > > > >	field_functions
std::map< std::string, std::shared_ptr< BoundaryConditionManager< dim, number > > >	boundary_conditions_map

Detailed Description

template<int dim, typename number, int spacedim = dim>
class MeltPoolDG::SimulationCaseBase< dim, number, spacedim >

Base class for managing a simulation case in a parallel computing environment.

This class handles the setup and management of boundary conditions, field functions, and spatial discretization in a parallel environment using MPI. It is intended to be extended by more specific simulation classes.

Template Parameters

dim	Spatial dimension.
P	Parameter object type.
spacedim	Space dimension.

Constructor & Destructor Documentation

~SimulationCaseBase()

template<int dim, typename number , int spacedim = dim>

virtual MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::~SimulationCaseBase ( )

virtualdefault

SimulationCaseBase()

template<int dim, typename number , int spacedim = dim>

MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::SimulationCaseBase ( const std::string &  parameter_file_in, MPI_Comm  mpi_communicator_in  )

inline

Member Function Documentation

add_case_specific_parameters()

template<int dim, typename number , int spacedim = dim>

virtual bool MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::add_case_specific_parameters ( dealii::ParameterHandler &  )

inlineprotectedvirtual

Add simulation-specific parameters (can be overridden).

This function can be overridden in derived classes to add custom simulation parameters to the handler. The return value can be used to print the parameters to the terminal output.

Parameters

prm	ParameterHandler object to which parameters can be added.

Reimplemented in MeltPoolDG::Simulation::WallWetting::SimulationWallWetting< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusion::SimulationAdvec< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusionDG::SimulationAdvecDG< dim, number >, MeltPoolDG::Simulation::FixedMeltPool::SimulationFixedMeltPool< dim, number >, MeltPoolDG::Simulation::UnidirectionalHeatTransfer::SimulationUnidirectionalHeatTransfer< dim, number >, MeltPoolDG::Simulation::VortexBubble::SimulationVortexBubble< dim, number >, MeltPoolDG::Simulation::VortexBubbleDG::SimulationVortexBubbleDG< dim, number >, MeltPoolDG::Simulation::EvaporatingDroplet::SimulationEvaporatingDroplet< dim, number >, MeltPoolDG::Simulation::EvaporatingShell::SimulationEvaporatingShell< dim, number >, MeltPoolDG::Simulation::FilmBoiling::SimulationFilmBoiling< dim, number >, MeltPoolDG::Simulation::MovingDroplet::SimulationMovingDroplet< dim, number >, MeltPoolDG::Simulation::OscillatingDroplet::SimulationOscillatingDroplet< dim, number >, MeltPoolDG::Simulation::RecoilPressure::SimulationRecoilPressure< dim, number >, MeltPoolDG::Simulation::SpuriousCurrents::SimulationSpuriousCurrents< dim, number >, MeltPoolDG::Simulation::StefansProblem1WithFlowAndHeat::SimulationStefansProblem1WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryDroplet::SimulationThermoCapillaryDroplet< dim, number >, MeltPoolDG::Simulation::PowderParticles::SimulationPowderParticles< dim, number >, and MeltPoolDG::Simulation::ReinitCircle::SimulationReinit< dim, number >.

attach_boundary_condition() [1/2]

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::attach_boundary_condition ( const dealii::types::boundary_id  id, const std::string &  type, const std::string &  operation_name  )

inlineprotected

Attach a boundary condition with a dummy function for a specific operation.

This overload simplifies attaching a boundary condition by omitting the function. A placeholder function is used internally.

Parameters

id	The boundary ID to be associated with the condition.
type	The type of the boundary condition.
operation_name	The name of the operation for which the boundary condition is being attached.

attach_boundary_condition() [2/2]

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::attach_boundary_condition ( std::pair< const dealii::types::boundary_id, const std::shared_ptr< dealii::Function< dim > > >  id_and_function, const std::string &  type, const std::string &  operation_name  )

inlineprotected

Attach a boundary condition for a specific operation.

This method associates a boundary condition, specified by its ID and function, with a given operation name. If the operation has no associated boundary conditions yet, a new boundary condition object is created.

Parameters

id_and_function	A pair consisting of a boundary ID and a shared pointer to the boundary function.
type	The type of the boundary condition (e.g., Dirichlet, Neumann, etc.).
operation_name	The name of the operation for which the boundary condition is being attached.

attach_field_function()

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::attach_field_function ( std::shared_ptr< dealii::Function< dim > >  function, const std::string &  type, const std::string &  operation_name  )

inlineprotected

Attaches a field function with a specified type and operation name.

This function stores a provided field function in an internal dictionary, allowing it to be later retrieved by a combination of its type and operation_name. The type typically represents the category of the field function (e.g., "prescribed_velocity"), while operation_name indicates the specific operation or context to which the function applies (e.g., "heat" or "level_set").

By using this function, various field functions can be organized and managed for different types and operations, enabling efficient lookup and reuse.

Template Parameters

FunctionType

The type of the field function being attached, typically a derived class of dealii::Function<dim>.

Parameters

function	A std::shared_ptr to the field function object that should be associated with the specified type and operation_name.
type	A string representing the field function category (e.g., "prescribed_velocity").
operation_name	A string specifying the operation or context where this field function is applicable (e.g., "level_set").

attach_initial_condition()

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::attach_initial_condition ( std::shared_ptr< dealii::Function< dim > >  initial_function, const std::string &  operation_name  )

inlineprotected

Overload function to attach initial conditions. See documentation of attach_field_function.

attach_periodic_boundary_condition()

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::attach_periodic_boundary_condition ( const dealii::types::boundary_id  id_in, const dealii::types::boundary_id  id_out, const int  direction  )

inlineprotected

Attach periodic boundary condition.

Parameters

direction

refers to the space direction in which periodicity is enforced. When matching periodic faces this vector component is ignored.

create()

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::create ( )

inline

Main setup function to initialize the simulation.

This function should be called after the constructor is called and the parameters are parsed. Then, the spatial discretization, boundary conditions, and field functions are created, which may depend on the input parameters.

create_spatial_discretization()

template<int dim, typename number , int spacedim = dim>

virtual void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::create_spatial_discretization ( )

protectedpure virtual

Pure virtual function to create the spatial discretization.

Derived classes must implement this function to define how the spatial discretization is created.

Implemented in MeltPoolDG::Simulation::WallWetting::SimulationWallWetting< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusion::SimulationAdvec< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusionDG::SimulationAdvecDG< dim, number >, MeltPoolDG::Simulation::FixedMeltPool::SimulationFixedMeltPool< dim, number >, MeltPoolDG::Simulation::SolidificationSlab::SimulationSolidificationSlab< dim, number >, MeltPoolDG::Simulation::UnidirectionalHeatTransfer::SimulationUnidirectionalHeatTransfer< dim, number >, MeltPoolDG::Simulation::RotatingBubble::SimulationRotatingBubble< dim, number >, MeltPoolDG::Simulation::StefansProblem::SimulationStefansProblem< dim, number >, MeltPoolDG::Simulation::VortexBubble::SimulationVortexBubble< dim, number >, MeltPoolDG::Simulation::VortexBubbleDG::SimulationVortexBubbleDG< dim, number >, MeltPoolDG::Simulation::ZalesakDisk::SimulationZalesakDisk< dim, number >, MeltPoolDG::Simulation::EvaporatingDroplet::SimulationEvaporatingDroplet< dim, number >, MeltPoolDG::Simulation::EvaporatingDropletWithHeat::SimulationEvaporatingDropletWithHeat< dim, number >, MeltPoolDG::Simulation::EvaporatingShell::SimulationEvaporatingShell< dim, number >, MeltPoolDG::Simulation::FilmBoiling::SimulationFilmBoiling< dim, number >, MeltPoolDG::Simulation::FlowPastCylinder::SimulationFlowPastCylinder< dim, number >, MeltPoolDG::Simulation::MovingDroplet::SimulationMovingDroplet< dim, number >, MeltPoolDG::Simulation::OscillatingDroplet::SimulationOscillatingDroplet< dim, number >, MeltPoolDG::Simulation::RecoilPressure::SimulationRecoilPressure< dim, number >, MeltPoolDG::Simulation::RisingBubble::SimulationRisingBubble< dim, number >, MeltPoolDG::Simulation::SpuriousCurrents::SimulationSpuriousCurrents< dim, number >, MeltPoolDG::Simulation::StefansProblem1WithFlowAndHeat::SimulationStefansProblem1WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::StefansProblem2WithFlowAndHeat::SimulationStefansProblem2WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::StefansProblemWithFlow::SimulationStefansProblemWithFlow< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryDroplet::SimulationThermoCapillaryDroplet< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryTwoDroplets::SimulationThermoCapillaryTwoDroplets< dim, number >, MeltPoolDG::Simulation::PowderParticles::SimulationPowderParticles< dim, number >, MeltPoolDG::Simulation::ReinitCircle::SimulationReinit< dim, number >, and MeltPoolDG::Simulation::ReinitCircleDG::SimulationReinitDG< dim, number >.

do_postprocessing()

template<int dim, typename number , int spacedim = dim>

virtual void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::do_postprocessing ( const GenericDataOut< dim, number > &  generic_data_out ) const

inlinevirtual

Perform specific postprocessing (can be overridden by derived classes).

Note

This function needs to be called within the specific application.

Parameters

generic_data_out

The postprocessing data.

Reimplemented in MeltPoolDG::Simulation::AdvectionDiffusion::SimulationAdvec< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusionDG::SimulationAdvecDG< dim, number >, MeltPoolDG::Simulation::VortexBubble::SimulationVortexBubble< dim, number >, MeltPoolDG::Simulation::VortexBubbleDG::SimulationVortexBubbleDG< dim, number >, and MeltPoolDG::Simulation::ReinitCircleDG::SimulationReinitDG< dim, number >.

get_boundary_condition()

template<int dim, typename number , int spacedim = dim>

std::map< dealii::types::boundary_id, std::shared_ptr< dealii::Function< dim > > > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::get_boundary_condition ( const std::string &  type, const std::string &  operation_name, const bool  is_optional = true  ) const

inline

Retrieve boundary conditions of a specific type for an operation.

Parameters

type	The type of the boundary condition to retrieve.
operation_name	The name of the operation whose boundary conditions are requested.
is_optional	A flag indicating whether the bc is optional. Defaults to true, requiring the bc not to be present.

Returns

A map of boundary IDs to their corresponding boundary functions.

Exceptions

dealii::ExcMessage

If no boundary conditions are found for the specified operation.

get_boundary_condition_manager()

template<int dim, typename number , int spacedim = dim>

std::shared_ptr< BoundaryConditionManager< dim, number > > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::get_boundary_condition_manager ( const std::string &  operation_name, const bool  is_optional = true  ) const

inline

Retrieve the boundary condition object for a specific operation.

Parameters

operation_name

The name of the operation whose boundary condition object is requested.

Returns

A shared pointer to the BoundaryConditions object for the operation.

Exceptions

dealii::ExcMessage

If no boundary conditions are found for the specified operation.

get_boundary_condition_type()

template<int dim, typename number , int spacedim = dim>

std::string MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::get_boundary_condition_type ( dealii::types::boundary_id  boundary_id, const std::string &  operation_name  ) const

inline

Retrieve the type of a boundary condition for a specific boundary ID and operation.

Parameters

boundary_id	The boundary ID for which the type is requested.
operation_name	The name of the operation associated with the boundary condition.

Returns

The type of the boundary condition as a string.

Exceptions

dealii::ExcMessage

If no boundary conditions are found for the specified operation.

get_field_function()

template<int dim, typename number , int spacedim = dim>

std::shared_ptr< dealii::Function< dim > > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::get_field_function ( const std::string &  type, const std::string &  operation_name, const bool  is_optional = false  )

inline

Getter functions for field function of type for operation_name. If the field function for the specified type and operation_name cannot be found, behavior depends on the value of is_optional:

• If is_optional is set to true, the function will return a nullptr to indicate that the field function is not required and can be omitted.
• If is_optional is false, an exception may be thrown to indicate that the requested field function is missing.

Parameters

type	The category of the field function (e.g., "temperature", "velocity").
operation_name	The name of the operation or context where the field function is used (e.g., "initial_condition", "boundary_condition").
is_optional	A flag indicating whether the field function is optional. Defaults to false, requiring the field function to be present.

get_initial_condition()

template<int dim, typename number , int spacedim = dim>

std::shared_ptr< dealii::Function< dim > > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::get_initial_condition ( const std::string &  operation_name, const bool  is_optional = false  )

inline

Retrieve the initial condition for a given operation.

Parameters

operation_name	The operation name for which the initial condition is requested.
is_optional	Flag indicating if the initial condition is optional.

Returns

A shared pointer to the initial condition function.

get_periodic_bc()

template<int dim, typename number , int spacedim = dim>

const PeriodicBoundaryConditions< dim > & MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::get_periodic_bc ( ) const

inline

Get the periodic boundary condition manager.

Returns

The periodic boundary condition manager.

parse_simulation_specific_parameters()

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::parse_simulation_specific_parameters ( )

inlineprivate

Parses simulation-specific parameters.

set_boundary_conditions()

template<int dim, typename number , int spacedim = dim>

virtual void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::set_boundary_conditions ( )

protectedpure virtual

Pure virtual function to set the boundary conditions.

Derived classes must implement this function to define how boundary conditions are set.

Implemented in MeltPoolDG::Simulation::AdvectionDiffusion::SimulationAdvec< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusionDG::SimulationAdvecDG< dim, number >, MeltPoolDG::Simulation::SolidificationSlab::SimulationSolidificationSlab< dim, number >, MeltPoolDG::Simulation::UnidirectionalHeatTransfer::SimulationUnidirectionalHeatTransfer< dim, number >, MeltPoolDG::Simulation::StefansProblem::SimulationStefansProblem< dim, number >, MeltPoolDG::Simulation::FilmBoiling::SimulationFilmBoiling< dim, number >, MeltPoolDG::Simulation::MovingDroplet::SimulationMovingDroplet< dim, number >, MeltPoolDG::Simulation::OscillatingDroplet::SimulationOscillatingDroplet< dim, number >, MeltPoolDG::Simulation::StefansProblem1WithFlowAndHeat::SimulationStefansProblem1WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::StefansProblem2WithFlowAndHeat::SimulationStefansProblem2WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::StefansProblemWithFlow::SimulationStefansProblemWithFlow< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryDroplet::SimulationThermoCapillaryDroplet< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryTwoDroplets::SimulationThermoCapillaryTwoDroplets< dim, number >, MeltPoolDG::Simulation::WallWetting::SimulationWallWetting< dim, number >, MeltPoolDG::Simulation::FixedMeltPool::SimulationFixedMeltPool< dim, number >, MeltPoolDG::Simulation::RotatingBubble::SimulationRotatingBubble< dim, number >, MeltPoolDG::Simulation::VortexBubble::SimulationVortexBubble< dim, number >, MeltPoolDG::Simulation::VortexBubbleDG::SimulationVortexBubbleDG< dim, number >, MeltPoolDG::Simulation::ZalesakDisk::SimulationZalesakDisk< dim, number >, MeltPoolDG::Simulation::EvaporatingDroplet::SimulationEvaporatingDroplet< dim, number >, MeltPoolDG::Simulation::EvaporatingDropletWithHeat::SimulationEvaporatingDropletWithHeat< dim, number >, MeltPoolDG::Simulation::EvaporatingShell::SimulationEvaporatingShell< dim, number >, MeltPoolDG::Simulation::FlowPastCylinder::SimulationFlowPastCylinder< dim, number >, MeltPoolDG::Simulation::RecoilPressure::SimulationRecoilPressure< dim, number >, MeltPoolDG::Simulation::RisingBubble::SimulationRisingBubble< dim, number >, MeltPoolDG::Simulation::SpuriousCurrents::SimulationSpuriousCurrents< dim, number >, MeltPoolDG::Simulation::PowderParticles::SimulationPowderParticles< dim, number >, MeltPoolDG::Simulation::ReinitCircle::SimulationReinit< dim, number >, and MeltPoolDG::Simulation::ReinitCircleDG::SimulationReinitDG< dim, number >.

set_field_conditions()

template<int dim, typename number , int spacedim = dim>

virtual void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::set_field_conditions ( )

protectedpure virtual

Pure virtual function to set the field conditions.

Derived classes must implement this function to define how field conditions are set.

Implemented in MeltPoolDG::Simulation::AdvectionDiffusion::SimulationAdvec< dim, number >, MeltPoolDG::Simulation::AdvectionDiffusionDG::SimulationAdvecDG< dim, number >, MeltPoolDG::Simulation::SolidificationSlab::SimulationSolidificationSlab< dim, number >, MeltPoolDG::Simulation::UnidirectionalHeatTransfer::SimulationUnidirectionalHeatTransfer< dim, number >, MeltPoolDG::Simulation::StefansProblem::SimulationStefansProblem< dim, number >, MeltPoolDG::Simulation::FilmBoiling::SimulationFilmBoiling< dim, number >, MeltPoolDG::Simulation::MovingDroplet::SimulationMovingDroplet< dim, number >, MeltPoolDG::Simulation::OscillatingDroplet::SimulationOscillatingDroplet< dim, number >, MeltPoolDG::Simulation::StefansProblem1WithFlowAndHeat::SimulationStefansProblem1WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::StefansProblem2WithFlowAndHeat::SimulationStefansProblem2WithFlowAndHeat< dim, number >, MeltPoolDG::Simulation::StefansProblemWithFlow::SimulationStefansProblemWithFlow< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryDroplet::SimulationThermoCapillaryDroplet< dim, number >, MeltPoolDG::Simulation::ThermoCapillaryTwoDroplets::SimulationThermoCapillaryTwoDroplets< dim, number >, MeltPoolDG::Simulation::WallWetting::SimulationWallWetting< dim, number >, MeltPoolDG::Simulation::FixedMeltPool::SimulationFixedMeltPool< dim, number >, MeltPoolDG::Simulation::RotatingBubble::SimulationRotatingBubble< dim, number >, MeltPoolDG::Simulation::VortexBubble::SimulationVortexBubble< dim, number >, MeltPoolDG::Simulation::VortexBubbleDG::SimulationVortexBubbleDG< dim, number >, MeltPoolDG::Simulation::ZalesakDisk::SimulationZalesakDisk< dim, number >, MeltPoolDG::Simulation::EvaporatingDroplet::SimulationEvaporatingDroplet< dim, number >, MeltPoolDG::Simulation::EvaporatingDropletWithHeat::SimulationEvaporatingDropletWithHeat< dim, number >, MeltPoolDG::Simulation::EvaporatingShell::SimulationEvaporatingShell< dim, number >, MeltPoolDG::Simulation::FlowPastCylinder::SimulationFlowPastCylinder< dim, number >, MeltPoolDG::Simulation::RecoilPressure::SimulationRecoilPressure< dim, number >, MeltPoolDG::Simulation::RisingBubble::SimulationRisingBubble< dim, number >, MeltPoolDG::Simulation::SpuriousCurrents::SimulationSpuriousCurrents< dim, number >, MeltPoolDG::Simulation::PowderParticles::SimulationPowderParticles< dim, number >, MeltPoolDG::Simulation::ReinitCircle::SimulationReinit< dim, number >, and MeltPoolDG::Simulation::ReinitCircleDG::SimulationReinitDG< dim, number >.

set_time_boundary_conditions()

template<int dim, typename number , int spacedim = dim>

void MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::set_time_boundary_conditions ( const number  time )

inline

Update the time for all boundary conditions.

Sets the current time for all boundary conditions managed by this class.

Parameters

time	The current simulation time.

Member Data Documentation

boundary_conditions_map

template<int dim, typename number , int spacedim = dim>

std::map<std::string, std::shared_ptr<BoundaryConditionManager<dim, number> > > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::boundary_conditions_map

private

field_functions

template<int dim, typename number , int spacedim = dim>

std::map<std::string, std::map<std::string, std::shared_ptr<dealii::Function<dim> > > > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::field_functions

private

mpi_communicator

template<int dim, typename number , int spacedim = dim>

const MPI_Comm MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::mpi_communicator

parameter_file

template<int dim, typename number , int spacedim = dim>

const std::string MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::parameter_file

periodic_boundary_conditions

template<int dim, typename number , int spacedim = dim>

PeriodicBoundaryConditions<dim> MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::periodic_boundary_conditions

private

triangulation

template<int dim, typename number , int spacedim = dim>

std::shared_ptr<dealii::Triangulation<dim, spacedim> > MeltPoolDG::SimulationCaseBase< dim, number, spacedim >::triangulation

---

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

• include/meltpooldg/core/simulation_case_base.hpp