A 1D constant shape function for a 2-noded 1D Segment More...

#include <mrtr_functions.H>

Inheritance diagram for MOERTEL::Function_Constant1D:

Collaboration diagram for MOERTEL::Function_Constant1D:

Public Member Functions
	Function_Constant1D (int out)
	Constructor.
	Function_Constant1D (const MOERTEL::Function_Constant1D &old)
	Copy-Constructor.
MOERTEL::Function *	Clone () const
	Clone method.
virtual	~Function_Constant1D ()
	Destructor.
bool	EvaluateFunction (const MOERTEL::Segment &seg, const double xi, double val, const int valdim, double *deriv)
	Evaluate the function and derivatives at a given local coordinate.

Detailed Description

A 1D constant shape function for a 2-noded 1D Segment

phi_1 = 1
phi_2 = 1
phi_1,xi = 0
phi_2,xi = 0

Constructor & Destructor Documentation

MOERTEL::Function_Constant1D::Function_Constant1D ( int out ) [inline]

Constructor.

Parameters:

out	: Level of output information written to stdout ( 0 - 10 )

Referenced by Clone().

MOERTEL::Function * MOERTEL::Function_Constant1D::Clone ( ) const [virtual]

Clone method.

Makes a deep copy of this instance and returns a pointer to it.

bool MOERTEL::Function_Constant1D::EvaluateFunction	(	const MOERTEL::Segment &	seg,
		const double *	xi,
		double *	val,
		const int	valdim,
		double *	deriv
	)		`[virtual]`

Evaluate the function and derivatives at a given local coordinate.

Parameters:

xi	(in) : Local coordinate where to evaluate the function
val	(out) : Function values at xi, dimension 2, if NULL on input no evaluation
valdim	(in) : Dimension of val should be 2
deriv	(out) : Derivative of functions at xi, dimension 4, if NULL on input no evaluation

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