LCL1D Class Reference

Class to solve the linear conservation law (Hyperbolic equation) in 1-D by a MUSCL Finite Volume scheme. More...

#include <LCL1D.h>

Inheritance diagram for LCL1D:

Public Member Functions
	LCL1D (Mesh &m)
	Constructor using mesh instance.
	LCL1D (Mesh &m, Vect< real_t > &U)
	Constructor.
	~LCL1D ()
	Destructor.
Vect< real_t > &	getFlux ()
	Return sidewise fluxes.
void	setInitialCondition (Vect< real_t > &u)
	Assign initial condition by a vector.
void	setInitialCondition (real_t u)
	Assign a constant initial condition.
void	setReconstruction ()
	Run MUSCL reconstruction.
real_t	runOneTimeStep ()
	Run one time step of the linear conservation law.
void	setBC (real_t u)
	Set Dirichlet boundary condition.
void	setBC (const Side &sd, real_t u)
	Set Dirichlet boundary condition.
void	setBC (int code, real_t u)
	Set Dirichlet boundary condition.
void	setVelocity (Vect< real_t > &v)
	Set convection velocity.
void	setVelocity (real_t v)
	Set (constant) convection velocity.
void	setReferenceLength (real_t dx)
	Assign reference length value.
real_t	getReferenceLength () const
	Return reference length.
void	Forward (const Vect< real_t > &Flux, Vect< real_t > &Field)
	Computation of the primal variable n->n+1.
Public Member Functions inherited from Muscl1D
	Muscl1D (Mesh &m)
	Constructor using mesh instance.
	~Muscl1D ()
	Destructor.
real_t	getMeanLength () const
	Return mean length.
real_t	getMaximumLength () const
	Return maximal length.
real_t	getMinimumLength () const
	Return mimal length.
real_t	getTauLim () const
	Return mean length.
void	print_mesh_stat ()
	Output mesh information.
Public Member Functions inherited from Muscl
	Muscl (Mesh &m)
	Constructor using mesh instance.
virtual	~Muscl ()
	Destructor.
void	setTimeStep (real_t dt)
	Assign time step value.
real_t	getTimeStep () const
	Return time step value.
void	setCFL (real_t CFL)
	Assign CFL value.
real_t	getCFL () const
	Return CFL value.
void	setReferenceLength (real_t dx)
	Assign reference length value.
real_t	getReferenceLength () const
	Return reference length.
Mesh &	getMesh () const
	Return reference to Mesh instance.
void	setVerbose (int v)
	Set verbosity parameter.
bool	setReconstruction (const Vect< real_t > &U, Vect< real_t > &LU, Vect< real_t > &RU, size_t dof)
	Function to reconstruct by the Muscl method.
void	setMethod (const Method &s)
	Choose a flux solver.
void	setSolidZoneCode (int c)
	Choose a code for solid zone.
bool	getSolidZone () const
	Return flag for presence of solid zones.
int	getSolidZoneCode () const
	Return code of solid zone, 0 if this one is not present.
void	setLimiter (Limiter l)
	Choose a flux limiter.

Additional Inherited Members
Public Types inherited from Muscl
enum	Method {   FIRST_ORDER_METHOD = 0 ,   MULTI_SLOPE_Q_METHOD = 1 ,   MULTI_SLOPE_M_METHOD = 2 }
	Enumeration for flux choice. More...
enum	Limiter {   MINMOD_LIMITER = 0 ,   VANLEER_LIMITER = 1 ,   SUPERBEE_LIMITER = 2 ,   VANALBADA_LIMITER = 3 ,   MAX_LIMITER = 4 }
	Enumeration of flux limiting methods. More...
enum	SolverType {   ROE_SOLVER = 0 ,   VFROE_SOLVER = 1 ,   LF_SOLVER = 2 ,   RUSANOV_SOLVER = 3 ,   HLL_SOLVER = 4 ,   HLLC_SOLVER = 5 ,   MAX_SOLVER = 6 }
	Enumeration of various solvers for the Riemann problem. More...

Detailed Description

Class to solve the linear conservation law (Hyperbolic equation) in 1-D by a MUSCL Finite Volume scheme.

Author

S. Clain, V. Clauzon

Copyright

GNU Lesser Public License

Member Function Documentation

Forward()

void Forward	(	const Vect< real_t > &	Flux,
		Vect< real_t > &	Field )

Computation of the primal variable n->n+1.

Vector Flux contains elementwise fluxes issued from the Riemann problem, calculated with, as left element, getNeighborElement(1) and right element getNeighborElement(2) if getNeighborElement(2) doesn't exist, we are on a boundary and we prescribe a symmetry condition

runOneTimeStep()

real_t runOneTimeStep

(

)

Run one time step of the linear conservation law.

Returns

Value of the time step

setBC() [1/3]

void setBC	(	const Side &	sd,
		real_t	u )

Set Dirichlet boundary condition.

Assign a constant value to a side

Parameters

[in]	sd	Side to which value is prescibed
[in]	u	Value to prescribe

setBC() [2/3]

void setBC	(	int	code,
		real_t	u )

Set Dirichlet boundary condition.

Assign a constant value sides with a given code

Parameters

[in]	code	Code of sides to which value is prescibed
[in]	u	Value to prescribe

setBC() [3/3]

void setBC

(

real_t

u

)

Set Dirichlet boundary condition.

Assign a constant value u to all boundary sides

setInitialCondition() [1/2]

void setInitialCondition

(

real_t

u

)

Assign a constant initial condition.

Parameters

[in]

u

Constant value for the initial condition

setInitialCondition() [2/2]

void setInitialCondition

(

Vect< real_t > &

u

)

Assign initial condition by a vector.

Parameters

[in]

u

Vector containing initial condition

setVelocity()

void setVelocity

(

Vect< real_t > &

v

)

Set convection velocity.

Parameters

[in]

v

Vect instance containing velocity