anchor.diff:      degeneracy_list = degeneracy_list + 1
     END SUBROUTINE remove_duplicate_lattices
   
  -  !!<summary></summary>
  +  !!<summary>For the superlattice, find the symops that leave the lattice unchanged, that is,
  +  !!the symops that "fix" the superlattice. </summary>
     !!<parameter name="HNF" regular="true"></parameter>
     !!<parameter name="pLV" regular="true"></parameter>
     !!<parameter name="nD" regular="true"></parameter>
  
positive.code:              if (.not. equal(rgp,nint(rgp),eps)) stop "Transform left big fractional parts"
               gp = nint(rgp) ! Move the rotated group into an integer array
               ag = nint(rag)
               gp = modulo(gp,spread(diag,2,n)) ! Mod by each entry of
               ! the SNF to bring into group Now that the rotated group
               ! is known, find the mapping of the elements between the
               ! original group and the permuted group. This is the
               ! permutation.
               skip = .false. ! This is just for efficiency
               do im = 1, n
                  do jm = 1, n
  
negative.code: 
      ! Beginning of main routine for enumeration
      open(23,file="VERSION.enum")
      write(23,'(A)') "v2.0.4-42-gb169-dirty"
      close(23)
  
      ![TODO] Get rid of all the junk that crept in (writing files, making inactives table, etc. These should all be in routines so that this main routine is still readable)
  