Darcy::Checkerboard::ConstrainedNewton< VECTOR > Class Template Reference

#include <constrained_newton.h>

Inheritance diagram for Darcy::Checkerboard::ConstrainedNewton< VECTOR >:

Collaboration diagram for Darcy::Checkerboard::ConstrainedNewton< VECTOR >:

Public Member Functions
	ConstrainedNewton (OperatorBase &residual, OperatorBase &inverse_derivative)
virtual void	operator() (AnyData &out, const AnyData &in)
bool	constraint_violation (const VECTOR &u)

Private Attributes
SmartPointer< OperatorBase, Newton< VECTOR > >	residual
SmartPointer< OperatorBase, Newton< VECTOR > >	inverse_derivative
const unsigned int	n_stepsize_iterations

Detailed Description

template<class VECTOR>
class Darcy::Checkerboard::ConstrainedNewton< VECTOR >

This class is just a helper class to calculate the parameters for the exact solution of Darcy's problem with a checkerboard diffusion pattern. It is not intended for use in applications and might be replaced by a more specialized implementation for this task in the future.

Constructor & Destructor Documentation

template<class VECTOR >

Darcy::Checkerboard::ConstrainedNewton< VECTOR >::ConstrainedNewton	(	OperatorBase &	residual,
		OperatorBase &	inverse_derivative
	)

Member Function Documentation

template<class VECTOR >

bool Darcy::Checkerboard::ConstrainedNewton< VECTOR >::constraint_violation

(

const VECTOR &

u

)

template<class VECTOR >

void Darcy::Checkerboard::ConstrainedNewton< VECTOR >::operator() ( AnyData &  out, const AnyData &  in  )

virtual

Here is the call graph for this function:

Member Data Documentation

template<class VECTOR>

SmartPointer<OperatorBase, Newton<VECTOR> > Darcy::Checkerboard::ConstrainedNewton< VECTOR >::inverse_derivative

private

template<class VECTOR>

const unsigned int Darcy::Checkerboard::ConstrainedNewton< VECTOR >::n_stepsize_iterations

private

template<class VECTOR>

SmartPointer<OperatorBase, Newton<VECTOR> > Darcy::Checkerboard::ConstrainedNewton< VECTOR >::residual

private

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

• constrained_newton.h