FEM::Solver Class Reference

#include <solver.h>

Inheritance diagram for FEM::Solver:

List of all members.

Public Types
typedef void(*	pOutFun )(Solver *Sol, void *OutDat)
	Pointer to output function.
Public Member Functions
	Solver (Domain &Dom, SDPair const &Flags, pOutFun OutFun=NULL, void *OutDat=NULL, pOutFun DbgFun=NULL, void *DbgDat=NULL)
	Allocate solver object.
virtual	~Solver ()
virtual void	Solve (size_t NInc=1, char const *FileKey=NULL)
	Solve quasi-static problem.
virtual void	DynSolve (double tf, double dt, double dtOut, char const *FileKey=NULL)
	Solve dynamic problem.
virtual String	Name () const =0
double	Timestep (int i, int a=7, double L=100.0, int sch=0, double m=2.0) const
	Calculate nonlinear steps.
Public Attributes
Domain &	Dom
	Domain.
pOutFun	OutFun
	Output function (called during output)
void *	OutDat
	Debug data (to be used with either OutFun or DbgFun)
pOutFun	DbgFun
	Debug function (called everytime for some internal (update) methods)
void *	DbgDat
	Debug data (to be used with either OutFun or DbgFun)

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Member Typedef Documentation

typedef void(* FEM::Solver::pOutFun)(Solver *Sol, void *OutDat)

Pointer to output function.

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Constructor & Destructor Documentation

FEM::Solver::Solver	(	Domain &	Dom,
		SDPair const &	Flags,
		pOutFun	OutFun = NULL,
		void *	OutDat = NULL,
		pOutFun	DbgFun = NULL,
		void *	DbgDat = NULL
	)		[inline]

Allocate solver object.

virtual FEM::Solver::~Solver

(

)

[inline, virtual]

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Member Function Documentation

virtual void FEM::Solver::DynSolve	(	double	tf,
		double	dt,
		double	dtOut,
		char const *	FileKey = NULL
	)		[inline, virtual]

Solve dynamic problem.

Reimplemented in FEM::STDSolver.

virtual String FEM::Solver::Name

(

)

const [pure virtual]

Implemented in FEM::STDSolver, and FEM::UWPSolver.

virtual void FEM::Solver::Solve	(	size_t	NInc = 1,
		char const *	FileKey = NULL
	)		[inline, virtual]

Solve quasi-static problem.

Reimplemented in FEM::STDSolver.

double FEM::Solver::Timestep	(	int	i,
		int	a = 7,
		double	L = 100.0,
		int	sch = 0,
		double	m = 2.0
	)		const [inline]

Calculate nonlinear steps.

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Member Data Documentation

void* FEM::Solver::DbgDat

Debug data (to be used with either OutFun or DbgFun)

pOutFun FEM::Solver::DbgFun

Debug function (called everytime for some internal (update) methods)

Domain& FEM::Solver::Dom

Domain.

void* FEM::Solver::OutDat

Debug data (to be used with either OutFun or DbgFun)

pOutFun FEM::Solver::OutFun

Output function (called during output)

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

• /home/dorival/mechsys/lib/fem/solver.h