Esfem::Io::L2H1_calculator::Data Struct Reference

Data members of L2H1_calculator More...

Public Member Functions
	Data (const Grid::Grid_and_time &gt)
	Get grid. More...
void	assign_v1 (const Vec_FEfun &v)
	Change value of vec_fefun1. More...
void	assign_v2 (const Vec_FEfun &v)
	Change_value of vec_fefun2. More...

Public Attributes
L2_norm	l2
	Dune -norm functor.
H1_norm	h1
	Dune -norm functor.
vector< FEfun >	vec_fefun1
	First vector valued finite element function. More...
vector< FEfun >	vec_fefun2
	Second vector valued finite element function. More...

Private Member Functions
void	init_vec (vector< FEfun > &v, const Grid::Grid_and_time::FE_space &fes)
	Constructor helper.
void	assign (const Vec_FEfun &v, vector< FEfun > &vec)
	Actual implementation of assign_v1() and assign_v2() More...

Detailed Description

Data members of L2H1_calculator

Definition at line 41 of file io_l2h1Calculator.cpp.

Constructor & Destructor Documentation

Esfem::Io::L2H1_calculator::Data::Data

(

const Grid::Grid_and_time &

gt

)

Get grid.

Postcondition

Grid_and_time must outlive this object.

Note

I could add try and catch block, to avoid cryptic error messages.

Definition at line 72 of file io_l2h1Calculator.cpp.

Member Function Documentation

void Esfem::Io::L2H1_calculator::Data::assign ( const Vec_FEfun &  v, vector< FEfun > &  vec  )

private

Actual implementation of assign_v1() and assign_v2()

Postcondition

Dimension of Range should be world_dim() and the underlying grid should be the same.

Definition at line 87 of file io_l2h1Calculator.cpp.

void Esfem::Io::L2H1_calculator::Data::assign_v1 ( const Vec_FEfun &  v )

inline

Change value of vec_fefun1.

Postcondition

Dimension of Range should be world_dim() and the underlying grid should be the same.

Definition at line 59 of file io_l2h1Calculator.cpp.

void Esfem::Io::L2H1_calculator::Data::assign_v2 ( const Vec_FEfun &  v )

inline

Change_value of vec_fefun2.

Postcondition

Dimension of Range should be world_dim() and the underlying grid should be the same.

Definition at line 62 of file io_l2h1Calculator.cpp.

Member Data Documentation

vector<FEfun> Esfem::Io::L2H1_calculator::Data::vec_fefun1

First vector valued finite element function.

Invariant: size() == worlddim

Definition at line 48 of file io_l2h1Calculator.cpp.

vector<FEfun> Esfem::Io::L2H1_calculator::Data::vec_fefun2

Second vector valued finite element function.

Invariant: size() == worlddim

Definition at line 51 of file io_l2h1Calculator.cpp.

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

• src/io_l2h1Calculator.cpp