# 1 "<stdin>"
# 1 "<built-in>"
# 1 "<command-line>"
# 1 "<stdin>"
module mis_mod
  use tcai1
  use mask1
  use cgstep_mod
  use solver_smp_mod
! use mtcai1
implicit none
  contains
! fill in missing data on 1-axis by minimizing power out of a given filter.
  subroutine mis1 ( niter, mm, aa)
    integer, intent (in) :: niter
    ! number of iterations
    real, dimension (:), pointer :: aa
    ! roughening filter
    real, dimension (:), intent (in out) :: mm
    ! in - data with zeroes
! out - interpolated
    real, dimension (:),allocatable :: zero ! filter output
    logical, dimension(:), pointer :: msk
    integer :: stat
! real, dimension (:),allocatable :: dd
    allocate(zero(size(mm)+size(aa)))
    zero = 0.
    allocate( msk(size(mm)))
! allocate( dd(size(mm)+size(aa)))
! solve F m = 0 w/ J
    msk=(mm.eq.0.)
    call mask1_init(msk)
    call tcai1_init(aa)
    call solver_smp(m=mm,d=zero,Fop=tcai1_lop,stepper=cgstep,niter=niter&
      &,m0=mm,Jop=mask1_lop)
! solve (F J) m = d
! call mtcai1_init(aa,msk) # F(I-J)
! stat = mtcai1_lop(.false.,.false.,mm,dd) # F(I-J) m
! dd = - dd # d = - F(I-J) m
! msk=(mm==0.); call mask1_init(msk) # J
! call solver_smp(m=mm,d=dd,Fop=mtcai1_lop,stepper=cgstep,niter=niter,m0=mm)
    call cgstep_close ()
    deallocate(zero)
  end subroutine
end module