File: _iterative.pyf.src

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!    -*- f90 -*-
!
! Iterative Package for SciPy
! Hongze Liu, Travis E. Oliphant,
! Brigham Young University
! 2004
!

python module _iterative ! in 
    interface  ! in :_iterative
        subroutine <_c>bicgrevcom(n,b,x,work,ldw,iter,resid,info,ndx1,ndx2,sclr1,sclr2,ijob) ! in :iterative:BiCG.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t> dimension(n) :: b
            <_t> dimension(n), intent(in,out) :: x
            <_t> intent(inout), dimension(ldw*6) :: work
            integer, intent(hide), depend(n) :: ldw=MAX(1,n)
            integer, intent(in,out) :: iter
            <rt=real, double precision, real, double precision>, intent(in,out) :: resid
            integer, intent(in, out) :: info
            integer, intent(in, out) :: ndx1
            integer, intent(in, out) :: ndx2
            <_t>, intent(out) :: sclr1
            <_t>, intent(out) :: sclr2
            integer, intent(in, out) :: ijob
        end subroutine <_c>bicgrevcom
        subroutine <_c>bicgstabrevcom(n,b,x,work,ldw,iter,resid,info,ndx1,ndx2,sclr1,sclr2,ijob) ! in :iterative:BiCGSTAB.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t> dimension(n) :: b
            <_t> dimension(n), intent(in,out) :: x
            <_t> intent(inout), dimension(ldw*7) :: work
            integer, intent(hide), depend(n) :: ldw=MAX(1,n)
            integer, intent(in,out) :: iter
            <rt=real, double precision, real, double precision>, intent(in,out) :: resid
            integer, intent(in, out) :: info
            integer, intent(in, out) :: ndx1
            integer, intent(in, out) :: ndx2
            <_t>, intent(out) :: sclr1
            <_t>, intent(out) :: sclr2
            integer, intent(in, out) :: ijob
        end subroutine <_c>bicgstabrevcom
        subroutine <_c>cgrevcom(n,b,x,work,ldw,iter,resid,info,ndx1,ndx2,sclr1,sclr2,ijob) ! in :iterative:CG.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t> dimension(n) :: b
            <_t> dimension(n), intent(in,out) :: x
            <_t> intent(inout), dimension(ldw*4) :: work
            integer, intent(hide), depend(n) :: ldw=MAX(1,n)
            integer, intent(in,out) :: iter
            <rt=real, double precision, real, double precision>, intent(in,out) :: resid
            integer, intent(in, out) :: info
            integer, intent(in, out) :: ndx1
            integer, intent(in, out) :: ndx2
            <_t>, intent(out) :: sclr1
            <_t>, intent(out) :: sclr2
            integer, intent(in, out) :: ijob
        end subroutine <_c>cgrevcom
        subroutine <_c>cgsrevcom(n,b,x,work,ldw,iter,resid,info,ndx1,ndx2,sclr1,sclr2,ijob) ! in :iterative:CGS.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t> dimension(n) :: b
            <_t> dimension(n), intent(in,out) :: x
            <_t> intent(inout), dimension(ldw*7) :: work
            integer, intent(hide), depend(n) :: ldw=MAX(1,n)
            integer, intent(in,out) :: iter
            <rt=real, double precision, real, double precision>, intent(in,out) :: resid
            integer, intent(in, out) :: info
            integer, intent(in, out) :: ndx1
            integer, intent(in, out) :: ndx2
            <_t>, intent(out) :: sclr1
            <_t>, intent(out) :: sclr2
            integer, intent(in, out) :: ijob
        end subroutine <_c>cgsrevcom
        subroutine <_c>qmrrevcom(n,b,x,work,ldw,iter,resid,info,ndx1,ndx2,sclr1,sclr2,ijob) ! in :iterative:QMR.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t> dimension(n) :: b
            <_t> dimension(n), intent(in,out) :: x
            <_t> intent(inout), dimension(ldw*11) :: work
            integer, intent(hide), depend(n) :: ldw=MAX(1,n)
            integer, intent(in,out) :: iter
            <rt=real, double precision, real, double precision>, intent(in,out) :: resid
            integer, intent(in, out) :: info
            integer, intent(in, out) :: ndx1
            integer, intent(in, out) :: ndx2
            <_t>, intent(out) :: sclr1
            <_t>, intent(out) :: sclr2
            integer, intent(in, out) :: ijob
        end subroutine <_c>qmrrevcom
        subroutine <_c>gmresrevcom(n,b,x,restrt,work,ldw,work2,ldw2,iter,resid,info,ndx1,ndx2,sclr1,sclr2,ijob) ! in :iterative:GMRESREVCOM.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t> dimension(n) :: b
            <_t> dimension(n), intent(in,out) :: x
            integer, intent(in), depend(n), check((0<restrt) && (restrt<=n)) :: restrt
            <_t> intent(inout), dimension(ldw*(6+restrt)) :: work
            integer intent(hide) :: ldw=MAX(1,n)
            <_t> intent(inout), depend(restrt,ldw2), dimension(ldw2*(2*restrt+2)) :: work2
            integer intent(hide), depend(restrt) :: ldw2=MAX(2,restrt+1)
            integer intent(in, out) :: iter
            <rt=real, double precision, real, double precision>, intent(in,out) :: resid
            integer intent(in, out) :: info
            integer intent(in, out) :: ndx1
            integer intent(in, out) :: ndx2
            <_t> intent(out) :: sclr1
            <_t> intent(out) :: sclr2
            integer intent(in, out) :: ijob
        end subroutine <_c>gmresrevcom

        subroutine <_c>stoptest2(n,r,b,bnrm2,resid,tol,info) ! in STOPTEST2.f
            integer, intent(hide), depend(b) :: n=len(b)
            <_t>, dimension(n), intent(in) :: r
            <_t>, dimension(n), intent(in) :: b
            <rt=real, double precision, real, double precision>, intent(in, out) :: bnrm2
            <rt>, intent(out) :: resid
            <rt>, intent(in) :: tol
            integer, intent(in, out) :: info
        end subroutine <_c>stoptest2
    end interface 
end python module _iterative

! This file was auto-generated with f2py (version:2.39.235_1703).
! See http://cens.ioc.ee/projects/f2py2e/