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! -*- f90 -*-
! Note: the context of this file is case sensitive.
python module _arpack ! in
<_rd=real,double precision>
<_cd=complex,double complex>
interface ! in :_arpack
subroutine <s,d>saupd(ido,bmat,n,which,nev,tol,resid,ncv,v,ldv,iparam,ipntr,workd,workl,lworkl,info) ! in :_arpack:src/ssaupd.f
threadsafe ! it's not really threadsafe, but we use a lock on the Python side, so keeping GIL is not needed
integer intent(in,out):: ido
character*1 :: bmat
integer optional,check(len(resid)>=n),depend(resid) :: n=len(resid)
character*2 :: which
integer :: nev
<_rd>, intent(in,out) :: tol
<_rd> dimension(n),intent(in,out) :: resid
integer optional,check(shape(v,1)==ncv),depend(v) :: ncv=shape(v,1)
<_rd> dimension(ldv,ncv),intent(in,out) :: v
integer optional,check(shape(v,0)==ldv),depend(v) :: ldv=shape(v,0)
integer dimension(11),intent(in,out) :: iparam
integer dimension(11),intent(in,out) :: ipntr
<_rd> dimension(3 * n),depend(n),intent(inout) :: workd
<_rd> dimension(lworkl),intent(inout) :: workl
integer optional,check(len(workl)>=lworkl),depend(workl) :: lworkl=len(workl)
integer intent(in,out):: info
end subroutine <s,d>saupd
subroutine <s,d>seupd(rvec,howmny,select,d,z,ldz,sigma,bmat,n,which,nev,tol,resid,ncv,v,ldv,iparam,ipntr,workd,workl,lworkl,info) ! in :_arpack:src/sseupd.f
threadsafe ! it's not really threadsafe, but we use a lock on the Python side, so keeping GIL is not needed
logical :: rvec
character :: howmny
logical dimension(ncv) :: select
<_rd> dimension(nev),intent(out),depend(nev) :: d
<_rd> dimension(n,nev),intent(out),depend(n,nev) :: z
integer optional,check(shape(z,0)==ldz),depend(z) :: ldz=shape(z,0)
<_rd> :: sigma
character :: bmat
integer optional,check(len(resid)>=n),depend(resid) :: n=len(resid)
character*2 :: which
integer :: nev
<_rd> :: tol
<_rd> dimension(n) :: resid
integer optional,check(len(select)>=ncv),depend(select) :: ncv=len(select)
<_rd> dimension(ldv,ncv),depend(ncv) :: v
integer optional,check(shape(v,0)==ldv),depend(v) :: ldv=shape(v,0)
integer dimension(7) :: iparam
integer dimension(11) :: ipntr
<_rd> dimension(2 * n),depend(n) :: workd
<_rd> dimension(lworkl) :: workl
integer optional,check(len(workl)>=lworkl),depend(workl) :: lworkl=len(workl)
integer intent(in,out):: info
end subroutine <s,d>seupd
subroutine <s,d>naupd(ido,bmat,n,which,nev,tol,resid,ncv,v,ldv,iparam,ipntr,workd,workl,lworkl,info) ! in :_arpack:src/snaupd.f
threadsafe ! it's not really threadsafe, but we use a lock on the Python side, so keeping GIL is not needed
integer intent(in,out):: ido
character*1 :: bmat
integer optional,check(len(resid)>=n),depend(resid) :: n=len(resid)
character*2 :: which
integer :: nev
<_rd>, intent(in,out) :: tol
<_rd> dimension(n),intent(in,out) :: resid
integer optional,check(shape(v,1)==ncv),depend(v) :: ncv=shape(v,1)
<_rd> dimension(ldv,ncv),intent(in,out) :: v
integer optional,check(shape(v,0)==ldv),depend(v) :: ldv=shape(v,0)
integer dimension(11),intent(in,out) :: iparam
integer dimension(14),intent(in,out) :: ipntr
<_rd> dimension(3 * n),depend(n),intent(inout) :: workd
<_rd> dimension(lworkl),intent(inout) :: workl
integer optional,check(len(workl)>=lworkl),depend(workl) :: lworkl=len(workl)
integer intent(in,out):: info
end subroutine <s,d>naupd
subroutine <s,d>neupd(rvec,howmny,select,dr,di,z,ldz,sigmar,sigmai,workev,bmat,n,which,nev,tol,resid,ncv,v,ldv,iparam,ipntr,workd,workl,lworkl,info) ! in ARPACK/SRC/sneupd.f
threadsafe ! it's not really threadsafe, but we use a lock on the Python side, so keeping GIL is not needed
logical :: rvec
character :: howmny
logical dimension(ncv) :: select
<_rd> dimension(nev + 1),depend(nev),intent(out) :: dr
<_rd> dimension(nev + 1),depend(nev),intent(out) :: di
<_rd> dimension(n,nev+1),depend(n,nev),intent(out) :: z
integer optional,check(shape(z,0)==ldz),depend(z) :: ldz=shape(z,0)
<_rd> :: sigmar
<_rd> :: sigmai
<_rd> dimension(3 * ncv),depend(ncv) :: workev
character :: bmat
integer optional,check(len(resid)>=n),depend(resid) :: n=len(resid)
character*2 :: which
integer :: nev
<_rd> :: tol
<_rd> dimension(n) :: resid
integer optional,check(len(select)>=ncv),depend(select) :: ncv=len(select)
<_rd> dimension(n,ncv),depend(n,ncv) :: v
integer optional,check(shape(v,0)==ldv),depend(v) :: ldv=shape(v,0)
integer dimension(11) :: iparam
integer dimension(14) :: ipntr
<_rd> dimension(3 * n),depend(n):: workd
<_rd> dimension(lworkl) :: workl
integer optional,check(len(workl)>=lworkl),depend(workl) :: lworkl=len(workl)
integer intent(in,out):: info
end subroutine <s,d>neupd
subroutine <c,z>naupd(ido,bmat,n,which,nev,tol,resid,ncv,v,ldv,iparam,ipntr,workd,workl,lworkl,rwork,info) ! in :_arpack:src/snaupd.f
threadsafe ! it's not really threadsafe, but we use a lock on the Python side, so keeping GIL is not needed
integer intent(in,out):: ido
character*1 :: bmat
integer optional,check(len(resid)>=n),depend(resid) :: n=len(resid)
character*2 :: which
integer :: nev
<_rd>, intent(in,out) :: tol
<_cd> dimension(n),intent(in,out) :: resid
integer optional,check(shape(v,1)==ncv),depend(v) :: ncv=shape(v,1)
<_cd> dimension(ldv,ncv),intent(in,out) :: v
integer optional,check(shape(v,0)==ldv),depend(v) :: ldv=shape(v,0)
integer dimension(11),intent(in,out) :: iparam
integer dimension(14),intent(in,out) :: ipntr
<_cd> dimension(3 * n),depend(n),intent(inout) :: workd
<_cd> dimension(lworkl),intent(inout) :: workl
integer optional,check(len(workl)>=lworkl),depend(workl) :: lworkl=len(workl)
<_rd> dimension(ncv),depend(ncv),intent(inout) :: rwork
integer intent(in,out):: info
end subroutine <c,z>naupd
subroutine <c,z>neupd(rvec,howmny,select,d,z,ldz,sigma,workev,bmat,n,which,nev,tol,resid,ncv,v,ldv,iparam,ipntr,workd,workl,lworkl,rwork,info) ! in :_arpack:src/sneupd.f
threadsafe ! it's not really threadsafe, but we use a lock on the Python side, so keeping GIL is not needed
logical :: rvec
character :: howmny
logical dimension(ncv) :: select
<_cd> dimension(nev),depend(nev),intent(out) :: d
<_cd> dimension(n,nev), depend(n,nev),intent(out) :: z
integer optional,check(shape(z,0)==ldz),depend(z) :: ldz=shape(z,0)
<_cd> :: sigma
<_cd> dimension(3 * ncv),depend(ncv) :: workev
character :: bmat
integer optional,check(len(resid)>=n),depend(resid) :: n=len(resid)
character*2 :: which
integer :: nev
<_rd> :: tol
<_cd> dimension(n) :: resid
integer optional,check(len(select)>=ncv),depend(select) :: ncv=len(select)
<_cd> dimension(ldv,ncv),depend(ncv) :: v
integer optional,check(shape(v,0)==ldv),depend(v) :: ldv=shape(v,0)
integer dimension(11) :: iparam
integer dimension(14) :: ipntr
<_cd> dimension(3 * n),depend(n) :: workd
<_cd> dimension(lworkl) :: workl
integer optional,check(len(workl)>=lworkl),depend(workl) :: lworkl=len(workl)
<_rd> dimension(ncv),depend(ncv) :: rwork
integer intent(in,out):: info
end subroutine <c,z>neupd
integer :: logfil
integer :: ndigit
integer :: mgetv0
integer :: msaupd
integer :: msaup2
integer :: msaitr
integer :: mseigt
integer :: msapps
integer :: msgets
integer :: mseupd
integer :: mnaupd
integer :: mnaup2
integer :: mnaitr
integer :: mneigh
integer :: mnapps
integer :: mngets
integer :: mneupd
integer :: mcaupd
integer :: mcaup2
integer :: mcaitr
integer :: mceigh
integer :: mcapps
integer :: mcgets
integer :: mceupd
integer :: nopx
integer :: nbx
integer :: nrorth
integer :: nitref
integer :: nrstrt
real :: tsaupd
real :: tsaup2
real :: tsaitr
real :: tseigt
real :: tsgets
real :: tsapps
real :: tsconv
real :: tnaupd
real :: tnaup2
real :: tnaitr
real :: tneigh
real :: tngets
real :: tnapps
real :: tnconv
real :: tcaupd
real :: tcaup2
real :: tcaitr
real :: tceigh
real :: tcgets
real :: tcapps
real :: tcconv
real :: tmvopx
real :: tmvbx
real :: tgetv0
real :: titref
real :: trvec
common /debug/ logfil,ndigit,mgetv0,msaupd,msaup2,msaitr,mseigt,msapps,msgets,mseupd,mnaupd,mnaup2,mnaitr,mneigh,mnapps,mngets,mneupd,mcaupd,mcaup2,mcaitr,mceigh,mcapps,mcgets,mceupd
common /timing/ nopx,nbx,nrorth,nitref,nrstrt,tsaupd,tsaup2,tsaitr,tseigt,tsgets,tsapps,tsconv,tnaupd,tnaup2,tnaitr,tneigh,tngets,tnapps,tnconv,tcaupd,tcaup2,tcaitr,tceigh,tcgets,tcapps,tcconv,tmvopx,tmvbx,tgetv0,titref,trvec
end interface
end python module _arpack
! This file was auto-generated with f2py (version:2_3198).
! See http://cens.ioc.ee/projects/f2py2e/
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