Dune::LFETensor< F, 0, 0 > Struct Template Reference

#include <dune/localfunctions/utility/tensor.hh>

Inheritance diagram for Dune::LFETensor< F, 0, 0 >:

Public Types
typedef F	field_type
typedef Dune::FieldVector< F, size >	Block

Public Member Functions
This &	operator= (const FF &f)
This &	operator*= (const field_type &f)
const field_type &	operator[] (const unsigned int i) const
Block &	block ()
void	axpy (const F &a, const This &y)
void	assign (const LFETensor< Fy, dimD, deriv > &y)

Public Attributes
Block	block_

Static Public Attributes
static const int	size = 1

Member Typedef Documentation

Block

typedef Dune::FieldVector<F,size> Dune::LFETensor< F, dimD, deriv >::Block

field_type

typedef F Dune::LFETensor< F, dimD, deriv >::field_type

Member Function Documentation

assign()

void Dune::LFETensor< F, dimD, deriv >::assign ( const LFETensor< Fy, dimD, deriv > & y )

inline

axpy()

void Dune::LFETensor< F, dimD, deriv >::axpy ( const F & a, const This & y )

inline

block()

Block & Dune::LFETensor< F, dimD, deriv >::block ( )

inline

operator*=()

This & Dune::LFETensor< F, dimD, deriv >::operator*= ( const field_type & f )

inline

operator=()

This & Dune::LFETensor< F, dimD, deriv >::operator= ( const FF & f )

inline

operator[]()

const field_type & Dune::LFETensor< F, dimD, deriv >::operator[] ( const unsigned int i ) const

inline

Member Data Documentation

block_

Block Dune::LFETensor< F, dimD, deriv >::block_

size

template<class F>

const int Dune::LFETensor< F, 0, 0 >::size = 1

static

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

• tensor.hh