HC_ExplicitSequential Class Reference

Class for solution of steady or unsteady flow with sequentially coupled explicit transport. More...

#include <hc_explicit_sequential.hh>

Inheritance diagram for HC_ExplicitSequential:

Collaboration diagram for HC_ExplicitSequential:

Public Member Functions
	HC_ExplicitSequential (Input::Record in_record)
void	run_simulation ()
	~HC_ExplicitSequential ()

Static Public Attributes
static Input::Type::Record	input_type
Static Public Attributes inherited from CouplingBase
static Input::Type::AbstractRecord	input_type

Private Attributes
Mesh *	mesh
	mesh common to darcy flow and transport More...
DarcyFlowMH *	water
	steady or unsteady water flow simulator based on MH scheme More...
AdvectionProcessBase *	transport_reaction
	explicit transport with chemistry through operator splitting More...

Detailed Description

Class for solution of steady or unsteady flow with sequentially coupled explicit transport.

Definition at line 61 of file hc_explicit_sequential.hh.

Constructor & Destructor Documentation

HC_ExplicitSequential::HC_ExplicitSequential

(

Input::Record

in_record

)

FUNCTION "MAIN" FOR COMPUTING MIXED-HYBRID PROBLEM FOR UNSTEADY SATURATED FLOW

Definition at line 74 of file hc_explicit_sequential.cc.

HC_ExplicitSequential::~HC_ExplicitSequential

(

)

Definition at line 234 of file hc_explicit_sequential.cc.

Member Function Documentation

void HC_ExplicitSequential::run_simulation

(

)

TODO:

• have support for steady problems in TimeGovernor, make Noting problems steady
• apply splitting of compute_one_step to particular models
• how to set output time marks for steady problems (we need solved time == infinity) but add no time marks
• allow create steady time governor without time marks (at least in nothing models)
• pass refference to time marks in time governor constructor?

Definition at line 149 of file hc_explicit_sequential.cc.

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Member Data Documentation

it::Record HC_ExplicitSequential::input_type

static

Initial value:

= it::Record("SequentialCoupling",
            "Record with data for a general sequential coupling.\n")
    .derive_from( CouplingBase::input_type )
    .declare_key("time", TimeGovernor::input_type, it::Default::optional(),
            "Simulation time frame and time step.")
    .declare_key("primary_equation", DarcyFlowMH::input_type, it::Default::obligatory(),
            "Primary equation, have all data given.")
    .declare_key("secondary_equation", TransportBase::input_type,
            "The equation that depends (the velocity field) on the result of the primary equation.")

Definition at line 63 of file hc_explicit_sequential.hh.

Mesh* HC_ExplicitSequential::mesh

private

mesh common to darcy flow and transport

Definition at line 72 of file hc_explicit_sequential.hh.

AdvectionProcessBase* HC_ExplicitSequential::transport_reaction

private

explicit transport with chemistry through operator splitting

Definition at line 78 of file hc_explicit_sequential.hh.

DarcyFlowMH* HC_ExplicitSequential::water

private

steady or unsteady water flow simulator based on MH scheme

Definition at line 75 of file hc_explicit_sequential.hh.

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

• /home/Jenkins/jenkins/F123-windows32-release/flow123d/src/coupling/hc_explicit_sequential.hh
• /home/Jenkins/jenkins/F123-windows32-release/flow123d/src/coupling/hc_explicit_sequential.cc