Data Types
type	epetra_linearproblem
	Epetra_LinearProblem: The Epetra Linear Problem Class. More...

Private Member Functions
Integrity Check Methods
integer(c_int) function	checkinput (this)
	Sanity tests on input problem. More...

Set Methods
subroutine	assertsymmetric (this)
	Set assertion of symmetry for current problem . More...

subroutine	setpdl (this, PDL)
	Set problem difficulty level. More...

subroutine	setoperator_matrix (this, A)
	Set operator matrix A. More...

subroutine	setlhs (this, X)
	Set left hand side X. More...

subroutine	setrhs (this, B)
	Set right hand side B. More...

Constructor Functions
type(epetra_linearproblem) function, public	epetra_linearproblem ()
	Epetra_LinearProblem default construtor. More...

type(epetra_linearproblem) function, public	epetra_linearproblem (this)
	Epetra_LinearProblem Copy constructor. More...

type(epetra_linearproblem) function	epetra_linarproblem (A, X, B)
	Epetra_LinearProblem Constructor passing the operator as a matrix. More...

Member Function/Subroutine Documentation

subroutine fepetra_linearproblem::assertsymmetric ( class(epetra_linearproblem), intent(in) this )

private

Set assertion of symmetry for current problem .

integer(c_int) function fepetra_linearproblem::checkinput ( class(epetra_linearproblem), intent(in) this )

private

Sanity tests on input problem.

type(epetra_linearproblem) function fepetra_linearproblem::epetra_linarproblem	(	class(epetra_rowmatrix), intent(in)	A,
		class(epetra_multivector), intent(in)	X,
		class(epetra_multivector), intent(in)	B
	)

private

Epetra_LinearProblem Constructor passing the operator as a matrix.

Creates an Epetra_LinearProblem where the operator A is passed as a matrix.

Parameters

[in]	a	In The operator matrix
[in]	x	In The left hand side X
[in]	b	In The right hand side B.

type(epetra_linearproblem) function, public fepetra_linearproblem::epetra_linearproblem ( )

Epetra_LinearProblem default construtor.

Creates an empty Epetra_LinearProblem object. The operator A, left hand side X and right hand side B must be set using the SetOperator(), SetLhs() and SetRhs() methods.

type(epetra_linearproblem) function, public fepetra_linearproblem::epetra_linearproblem ( type(epetra_linearproblem), intent(in) this )

Epetra_LinearProblem Copy constructor.

subroutine fepetra_linearproblem::setlhs	(	class(epetra_linearproblem), intent(in)	this,
		class(epetra_multivector), intent(in)	X
	)

private

Set left hand side X.

subroutine fepetra_linearproblem::setoperator_matrix	(	class(epetra_linearproblem), intent(in)	this,
		class(epetra_rowmatrix), intent(in)	A
	)

private

Set operator matrix A.

subroutine fepetra_linearproblem::setpdl	(	class(epetra_linearproblem), intent(in)	this,
		integer(ft_problemdifficultylevel_e_t), intent(in)	PDL
	)

private

Set problem difficulty level.

subroutine fepetra_linearproblem::setrhs	(	class(epetra_linearproblem), intent(in)	this,
		class(epetra_multivector), intent(in)	B
	)

private

Set right hand side B.

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

http://trilinos.org/docs/dev/packages/ForTrilinos/src/doc/epetra/FEpetra_LinearProblem.f90

Data Types

Private Member Functions

Constructor Functions

Member Function/Subroutine Documentation