IsothermalSolver Class Reference

IsothermalSolver class for fluid solution method. More...

#include <IsothermalSolver.hpp>

Public Member Functions
void	SetupMethod (Reservoir &rs, const OCPControl &ctrl)
	Setup the fluid solver. More...
void	InitReservoir (Reservoir &rs) const
	Initialize the Reservoir and prepare variables for some method. More...
void	Prepare (Reservoir &rs, OCP_DBL &dt)
	Prepare for assembling Mat. More...
void	AssembleMat (const Reservoir &rs, const OCP_DBL &dt)
	Assemble Mat. More...
void	SolveLinearSystem (Reservoir &rs, OCPControl &ctrl)
	Solve the linear system in single problem. More...
bool	UpdateProperty (Reservoir &rs, OCPControl &ctrl)
	Update properties of fluid. More...
bool	FinishNR (Reservoir &rs, OCPControl &ctrl)
	Finish the Newton-Raphson iteration. More...
void	FinishStep (Reservoir &rs, OCPControl &ctrl)
	Finish the current time step. More...

Detailed Description

IsothermalSolver class for fluid solution method.

Definition at line 19 of file IsothermalSolver.hpp.

Member Function Documentation

AssembleMat()

void IsothermalSolver::AssembleMat	(	const Reservoir &	rs,
		const OCP_DBL &	dt
	)

Assemble Mat.

Assemble linear systems for IMPEC and FIM.

Definition at line 96 of file IsothermalSolver.cpp.

{
    switch (method)
    {
    case IMPEC:
    case AIMt:
        rs.AssembleMatIMPEC(LSolver, dt);
        break;
    case FIMn:
        fim_n.AssembleMat(LSolver, rs, dt);
        break;
    case FIM:
        fim.AssembleMat(LSolver, rs, dt);
        break;
    case AIMc:
        aimc.AssembleMat(LSolver, rs, dt);
        break;
    case AIMs:
        aims.AssembleMat(LSolver, rs, dt);
        break;
    default:
        OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, OCP_AIMs::AssembleMat(), OCP_FIM::AssembleMat(), OCP_FIMn::AssembleMat(), OCP_AIMc::AssembleMat(), Reservoir::AssembleMatIMPEC(), FIM, FIMn, IMPEC, and OCP_ABORT.

FinishNR()

bool IsothermalSolver::FinishNR	(	Reservoir &	rs,
		OCPControl &	ctrl
	)

Finish the Newton-Raphson iteration.

Finish up Newton-Raphson iteration for IMPEC and FIM.

Definition at line 170 of file IsothermalSolver.cpp.

{
    switch (method) {
        case IMPEC:
        case AIMt:
            return impec.FinishNR(rs);
            // return impec.FinishNR01(rs, ctrl);
        case AIMs:
            return aims.FinishNR(rs, ctrl);
        case FIMn:
            return fim_n.FinishNR(rs, ctrl);
        case FIM:
            return fim.FinishNR(rs, ctrl);
        case AIMc:
            return aimc.FinishNR(rs, ctrl);
        default:
            OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, FIM, FIMn, OCP_IMPEC::FinishNR(), OCP_FIM::FinishNR(), OCP_AIMc::FinishNR(), OCP_AIMs::FinishNR(), IMPEC, and OCP_ABORT.

FinishStep()

void IsothermalSolver::FinishStep	(	Reservoir &	rs,
		OCPControl &	ctrl
	)

Finish the current time step.

Finish up time step for IMPEC and FIM.

Definition at line 191 of file IsothermalSolver.cpp.

{
    switch (method)
    {
    case IMPEC:
    case AIMt:
        return impec.FinishStep(rs, ctrl);
    case FIMn:
        return fim_n.FinishStep(rs, ctrl);
    case FIM:
    case AIMc:
        return fim.FinishStep(rs, ctrl);
    case AIMs:
        return aims.FinishStep(rs, ctrl);
    default:
        OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, FIM, FIMn, OCP_AIMs::FinishStep(), OCP_FIM::FinishStep(), IMPEC, and OCP_ABORT.

InitReservoir()

void IsothermalSolver::InitReservoir

(

Reservoir &

rs

)

const

Initialize the Reservoir and prepare variables for some method.

Setup solution methods, including IMPEC and FIM.

Definition at line 44 of file IsothermalSolver.cpp.

{
    switch (method)
    {
    case IMPEC:
    case AIMt:
    case AIMs:
        impec.InitReservoir(rs);
        break;
    case FIM:   
        fim.InitReservoir(rs);
        break;
    case FIMn:
        fim_n.InitReservoir(rs);
        break;
    case AIMc:
        aimc.InitReservoir(rs);
        break;
    default:
        OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, FIM, FIMn, IMPEC, OCP_IMPEC::InitReservoir(), OCP_FIM::InitReservoir(), OCP_FIMn::InitReservoir(), OCP_AIMc::InitReservoir(), and OCP_ABORT.

Prepare()

void IsothermalSolver::Prepare	(	Reservoir &	rs,
		OCP_DBL &	dt
	)

Prepare for assembling Mat.

Prepare solution methods, including IMPEC and FIM.

Definition at line 68 of file IsothermalSolver.cpp.

{
    switch (method)
    {
    case IMPEC:
        impec.Prepare(rs, dt);
        break;
    case FIMn:
        fim_n.Prepare(rs, dt);
        break;
    case FIM:
        fim.Prepare(rs, dt);
        break;
    case AIMc:
        aimc.Prepare(rs, dt);
        break;
    case AIMs:
        aims.Prepare(rs, dt);
        break;
    case AIMt:
        aimt.Prepare(rs, dt);
        break;
    default:
        OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, FIM, FIMn, IMPEC, OCP_ABORT, OCP_IMPEC::Prepare(), OCP_FIM::Prepare(), OCP_AIMc::Prepare(), OCP_AIMs::Prepare(), and OCP_AIMt::Prepare().

SetupMethod()

void IsothermalSolver::SetupMethod	(	Reservoir &	rs,
		const OCPControl &	ctrl
	)

Setup the fluid solver.

Setup solution methods, including IMPEC and FIM.

Definition at line 15 of file IsothermalSolver.cpp.

{
    method = ctrl.GetMethod();
 
    switch (method)
    {
    case AIMt:
        aimt.Setup(rs, LSolver, auxLSolver, ctrl);
        break;
    case AIMs:
        aims.Setup(rs, LSolver, ctrl);       
        break;
    case IMPEC:
        impec.Setup(rs, LSolver, ctrl);        
        break;
    case AIMc:
        aimc.Setup(rs, LSolver, ctrl);
        break;
    case FIMn:
        fim_n.Setup(rs, LSolver, ctrl);
        break;
    case FIM:
    default:
        fim.Setup(rs, LSolver, ctrl);                
        break;
    }   
}

References AIMc, AIMs, AIMt, FIM, FIMn, OCPControl::GetMethod(), IMPEC, OCP_IMPEC::Setup(), OCP_FIM::Setup(), OCP_AIMc::Setup(), OCP_AIMs::Setup(), and OCP_AIMt::Setup().

SolveLinearSystem()

void IsothermalSolver::SolveLinearSystem	(	Reservoir &	rs,
		OCPControl &	ctrl
	)

Solve the linear system in single problem.

Solve linear systems for IMPEC and FIM.

Definition at line 122 of file IsothermalSolver.cpp.

{
    switch (method)
    {
    case IMPEC:
    case AIMt:
        impec.SolveLinearSystem(LSolver, rs, ctrl);
        break;
    case FIMn:
        fim_n.SolveLinearSystem(LSolver, rs, ctrl);
        break;
    case FIM:
        fim.SolveLinearSystem(LSolver, rs, ctrl);
        break;
    case AIMc:
        aimc.SolveLinearSystem(LSolver, rs, ctrl);
        break;
    case AIMs:
        aims.SolveLinearSystem(LSolver, rs, ctrl);
        break;
    default:
        OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, FIM, FIMn, IMPEC, OCP_ABORT, OCP_IMPEC::SolveLinearSystem(), OCP_AIMc::SolveLinearSystem(), OCP_AIMs::SolveLinearSystem(), OCP_FIM::SolveLinearSystem(), and OCP_FIMn::SolveLinearSystem().

UpdateProperty()

bool IsothermalSolver::UpdateProperty	(	Reservoir &	rs,
		OCPControl &	ctrl
	)

Update properties of fluid.

Update physical properties for IMPEC and FIM.

Definition at line 148 of file IsothermalSolver.cpp.

{
    switch (method) {
        case IMPEC:
            return impec.UpdateProperty(rs, ctrl);
            // return impec.UpdateProperty01(rs, ctrl);
        case FIMn:
            return fim_n.UpdateProperty(rs, ctrl);
        case FIM:
            return fim.UpdateProperty(rs, ctrl);
        case AIMc:
            return aimc.UpdateProperty(rs, ctrl);
        case AIMs:
            return aims.UpdateProperty(rs, ctrl);
        case AIMt:
            return aimt.UpdateProperty(rs, ctrl, auxLSolver);
        default:
            OCP_ABORT("Wrong method type!");
    }
}

References AIMc, AIMs, AIMt, FIM, FIMn, IMPEC, OCP_ABORT, OCP_IMPEC::UpdateProperty(), OCP_FIM::UpdateProperty(), OCP_FIMn::UpdateProperty(), OCP_AIMc::UpdateProperty(), OCP_AIMs::UpdateProperty(), and OCP_AIMt::UpdateProperty().

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

• IsothermalSolver.hpp
• IsothermalSolver.cpp