#include <transport_operator_splitting.hh>

Inheritance diagram for ConcentrationTransportBase:

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Collaboration diagram for ConcentrationTransportBase:

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Public Types
typedef std::vector< std::shared_ptr< FieldFE< 3, FieldValue< 3 >::Scalar > > >	FieldFEScalarVec

Public Member Functions
	ConcentrationTransportBase (Mesh &init_mesh, const Input::Record in_rec)

virtual void	set_target_time (double target_time)=0

virtual void	set_balance_object (std::shared_ptr< Balance > balance)=0

virtual bool	evaluate_time_constraint (double &time_constraint)=0
	Computes a constraint for time step. More...

virtual const vector< unsigned int > &	get_subst_idx ()=0
	Return substance indices used in balance. More...

virtual void	compute_p0_interpolation ()=0
	Compute P0 interpolation of the solution (used in reaction term). More...

virtual void	update_after_reactions (bool solution_changed)=0
	Perform changes to transport solution after reaction step. More...

virtual void	set_output_stream (std::shared_ptr< OutputTime > stream)=0
	Setter for output stream. More...

virtual FieldFEScalarVec &	get_p0_interpolation ()=0
	Getter for P0 interpolation by FieldFE. More...

virtual Vec	get_component_vec (unsigned int sbi)=0
	Return PETSc vector with solution for sbi-th substance. More...

virtual unsigned int	n_substances ()=0
	Returns number of trnasported substances. More...

virtual SubstanceList &	substances ()=0
	Returns reference to the vector of substnace names. More...

Public Member Functions inherited from EquationBase
	EquationBase ()

	EquationBase (Mesh &mesh, const Input::Record in_rec)

virtual void	initialize ()

virtual void	zero_time_step ()

virtual	~EquationBase ()

virtual void	update_solution ()

virtual void	choose_next_time ()

virtual void	set_time_upper_constraint (double dt, std::string message)

virtual void	set_time_lower_constraint (double dt, std::string message)

TimeGovernor &	time ()

virtual void	set_time_governor (TimeGovernor &time)

double	planned_time ()

virtual double	solved_time ()

Mesh &	mesh ()

std::shared_ptr< Balance >	balance () const

TimeMark::Type	mark_type ()

FieldSet &	eq_fieldset ()

std::shared_ptr< FieldSet >	eq_fieldset_ptr ()

virtual void	output_data ()
	Write computed fields. More...

void	init_user_fields (Input::Array user_fields, FieldSet &output_fields)

Static Public Member Functions
static Input::Type::Abstract &	get_input_type ()
	Common specification of the input record for secondary equations. More...

Static Public Member Functions inherited from EquationBase
static Input::Type::Record &	record_template ()
	Template Record with common keys for derived equations. More...

static Input::Type::Record &	user_fields_template (std::string equation_name)
	Template Record with common key user_fields for derived equations. More...

Additional Inherited Members
Protected Attributes inherited from EquationBase
bool	equation_empty_
	flag is true if only default constructor was called More...

Mesh *	mesh_

TimeGovernor *	time_

Input::Record	input_record_

std::shared_ptr< FieldSet >	eq_fieldset_

std::shared_ptr< Balance >	balance_
	object for calculation and writing the mass balance to file. More...

Detailed Description

Abstract interface class for implementations of transport equation within TransportOperatorSplitting.

Definition at line 61 of file transport_operator_splitting.hh.

Member Typedef Documentation

◆ FieldFEScalarVec

typedef std::vector<std::shared_ptr<FieldFE< 3, FieldValue<3>::Scalar> > > ConcentrationTransportBase::FieldFEScalarVec

Definition at line 64 of file transport_operator_splitting.hh.

Constructor & Destructor Documentation

◆ ConcentrationTransportBase()

ConcentrationTransportBase::ConcentrationTransportBase	(	Mesh &	init_mesh,
		const Input::Record	in_rec
	)

inline

Constructor.

Definition at line 69 of file transport_operator_splitting.hh.

Member Function Documentation

◆ compute_p0_interpolation()

virtual void ConcentrationTransportBase::compute_p0_interpolation ( )

pure virtual

Compute P0 interpolation of the solution (used in reaction term).

Implemented in ConvectionTransport.

◆ evaluate_time_constraint()

virtual bool ConcentrationTransportBase::evaluate_time_constraint ( double & time_constraint )

pure virtual

Computes a constraint for time step.

Implemented in ConvectionTransport.

◆ get_component_vec()

virtual Vec ConcentrationTransportBase::get_component_vec ( unsigned int sbi )

pure virtual

Return PETSc vector with solution for sbi-th substance.

Implemented in ConvectionTransport.

◆ get_input_type()

Abstract & ConcentrationTransportBase::get_input_type ( )

static

Common specification of the input record for secondary equations.

Definition at line 62 of file transport_operator_splitting.cc.

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◆ get_p0_interpolation()

virtual FieldFEScalarVec& ConcentrationTransportBase::get_p0_interpolation ( )

pure virtual

Getter for P0 interpolation by FieldFE.

Implemented in ConvectionTransport.

◆ get_subst_idx()

virtual const vector<unsigned int>& ConcentrationTransportBase::get_subst_idx ( )

pure virtual

Return substance indices used in balance.

Implemented in ConvectionTransport, and ConcentrationTransportModel.

◆ n_substances()

virtual unsigned int ConcentrationTransportBase::n_substances ( )

pure virtual

Returns number of trnasported substances.

Implemented in ConvectionTransport, and ConcentrationTransportModel.

◆ set_balance_object()

virtual void ConcentrationTransportBase::set_balance_object ( std::shared_ptr< Balance > balance )

pure virtual

Use Balance object from upstream equation (e.g. in various couplings) instead of own instance.

Implemented in ConvectionTransport, and ConcentrationTransportModel.

◆ set_output_stream()

virtual void ConcentrationTransportBase::set_output_stream ( std::shared_ptr< OutputTime > stream )

pure virtual

Setter for output stream.

Implemented in ConvectionTransport, and ConcentrationTransportModel.

◆ set_target_time()

virtual void ConcentrationTransportBase::set_target_time ( double target_time )

pure virtual

Set time interval which is considered as one time step by TransportOperatorSplitting. In particular the velocity field dosn't change over this interval.

Dependencies:

velocity, porosity -> matrix, source_vector matrix -> time_step

data_read_times -> time_step (not necessary if we won't stick to jump times) data -> source_vector time_step -> scaling

Implemented in ConcentrationTransportModel, and ConvectionTransport.

◆ substances()

virtual SubstanceList& ConcentrationTransportBase::substances ( )

pure virtual

Returns reference to the vector of substnace names.

Implemented in ConvectionTransport, and ConcentrationTransportModel.

◆ update_after_reactions()

virtual void ConcentrationTransportBase::update_after_reactions ( bool solution_changed )

pure virtual

Perform changes to transport solution after reaction step.

Implemented in ConvectionTransport.

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

/home/runner/work/flow123d/flow123d/src/transport/transport_operator_splitting.hh
/home/runner/work/flow123d/flow123d/src/transport/transport_operator_splitting.cc

Public Types

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ FieldFEScalarVec

Constructor & Destructor Documentation

◆ ConcentrationTransportBase()

Member Function Documentation

◆ compute_p0_interpolation()

◆ evaluate_time_constraint()

◆ get_component_vec()

◆ get_input_type()

◆ get_p0_interpolation()

◆ get_subst_idx()

◆ n_substances()

◆ set_balance_object()

◆ set_output_stream()

◆ set_target_time()

◆ substances()

◆ update_after_reactions()