arpacktools.f90 File Reference

Functions/Subroutines
subroutine	arpack_standard_eigen (n, nnz, values, indices, pointers, job, nev, ncvmin, tol, maxit, sigma, lambdareal, lambdaimag, info)
subroutine	arpack_symmetric_eigen (n, nnz, values, indices, pointers, job, nev, ncvmin, tol, maxit, sigma, lambdareal, lambdaimag, info)
subroutine	arpack_si_step (ido, n, nev, ncv, tol, resid, vectors, ldv, iparam, ipntr, workd, workl, lworkl, info)
subroutine	arpack_si_extract (sigma, n, nev, ncv, tol, resid, vectors, ldv, iparam, ipntr, workd, workl, lworkl, lambdareal, info)

Function/Subroutine Documentation

arpack_si_extract()

subroutine arpack_si_extract	(	real( c_double ), intent(in)	sigma,
		integer( int_t ), intent(in)	n,
		integer( int_t ), intent(in)	nev,
		integer( int_t ), intent(in)	ncv,
		real( c_double ), intent(inout)	tol,
		real( c_double ), dimension( n ), intent(inout)	resid,
		real( c_double ), dimension( ldv, ncv ), intent(inout)	vectors,
		integer( int_t ), intent(in)	ldv,
		integer( int_t ), dimension( 11 ), intent(inout)	iparam,
		integer( int_t ), dimension( 11 ), intent(inout)	ipntr,
		real( c_double ), dimension( 3 * n ), intent(inout)	workd,
		real( c_double ), dimension( lworkl ), intent(inout)	workl,
		integer( int_t ), intent(in)	lworkl,
		real( c_double ), dimension( nev ), intent(inout)	lambdareal,
		integer( int_t ), intent(inout)	info )

arpack_si_step()

subroutine arpack_si_step	(	integer( int_t ), intent(inout)	ido,
		integer( int_t ), intent(in)	n,
		integer( int_t ), intent(in)	nev,
		integer( int_t ), intent(in)	ncv,
		real( c_double ), intent(inout)	tol,
		real( c_double ), dimension( n ), intent(inout)	resid,
		real( c_double ), dimension( ldv, ncv ), intent(inout)	vectors,
		integer( int_t ), intent(in)	ldv,
		integer( int_t ), dimension( 11 ), intent(inout)	iparam,
		integer( int_t ), dimension( 11 ), intent(inout)	ipntr,
		real( c_double ), dimension( 3 * n ), intent(inout)	workd,
		real( c_double ), dimension( lworkl ), intent(inout)	workl,
		integer( int_t ), intent(in)	lworkl,
		integer( int_t ), intent(inout)	info )

arpack_standard_eigen()

subroutine arpack_standard_eigen	(	integer( int_t ), intent(in)	n,
		integer( int_t ), intent(in)	nnz,
		real( c_double ), dimension( nnz ), intent(in)	values,
		integer( int_t ), dimension( nnz ), intent(in)	indices,
		integer( int_t ), dimension( n + 1 ), intent(in)	pointers,
		integer( int_t ), intent(in)	job,
		integer( int_t ), intent(in)	nev,
		integer( int_t ), intent(in)	ncvmin,
		real( c_double ), intent(in)	tol,
		integer( int_t ), intent(in)	maxit,
		real( c_double ), intent(in)	sigma,
		real( c_double ), dimension( nev + 1 ), intent(inout)	lambdareal,
		real( c_double ), dimension( nev + 1 ), intent(inout)	lambdaimag,
		integer( int_t ), dimension( 7 ), intent(inout)	info )

arpack_symmetric_eigen()

subroutine arpack_symmetric_eigen	(	integer( int_t ), intent(in)	n,
		integer( int_t ), intent(in)	nnz,
		real( c_double ), dimension( nnz ), intent(in)	values,
		integer( int_t ), dimension( nnz ), intent(in)	indices,
		integer( int_t ), dimension( n + 1 ), intent(in)	pointers,
		integer( int_t ), intent(in)	job,
		integer( int_t ), intent(in)	nev,
		integer( int_t ), intent(in)	ncvmin,
		real( c_double ), intent(in)	tol,
		integer( int_t ), intent(in)	maxit,
		real( c_double ), intent(in)	sigma,
		real( c_double ), dimension( nev + 1 ), intent(inout)	lambdareal,
		real( c_double ), dimension( nev + 1 ), intent(inout)	lambdaimag,
		integer( int_t ), dimension( 7 ), intent(inout)	info )