outmsh.f

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c
c ---------------------------------------------------------
c
      subroutine outmsh(mptr,outgrd,nvar,naux)
      use amr_module
      implicit double precision (a-h,o-z)
      logical  outgrd


c
c ::::::::::::::::::::: OUTMSH :::::::::::::::::::::::::::::::::::::
c
c outmsh - output the grid descriptor and optionally the values on
c          the grid (for a single grid - see "outtre" for outputing
c          a subtree)
c input parameters:
c    mptr   - ptr to grid descriptor
c    outgrd - if true, output value on grid
c special case
c     if grid has level < 1, nothing is printed. (forest pointer
c has level = 0).  this simplifies logic of outtre; also, any grid
c with level <= 0 is not properly set (the forest pointer
c is used only to provide pointers into the tree of coarsest grids)
c
c :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
 
100   format(1x,47h+----------------------------------------------,
     *30h-----------------------------+)
c
      lev = node(nestlevel,mptr)
c
      write(outunit,100)
      write(outunit,101) mptr
101   format(1x,10h! grid no:,i6,60x,1h!)
      write(outunit,102) node(nestlevel,mptr),rnode(timemult,mptr),
     .             node(levelptr,mptr)
102   format(1x,1h!,11h nestlevel=,i3,12h, time mult=,e25.15,
     1       13h, level ptr =,i6,5x,1h!)
      write(outunit,103) node(store1,mptr),node(store2,mptr),
     1                   node(cfluxptr,mptr),node(ffluxptr,mptr)
 103  format(1x,'! storage locs =',2i11,'  bndry locs =',2i11,2x,1h!)
      write(outunit,104)
      write(outunit,111) rnode(cornxlo,mptr),rnode(cornyhi,mptr),
     1             rnode(cornxhi,mptr),rnode(cornyhi,mptr)
      write(outunit,111) rnode(cornxlo,mptr),rnode(cornylo,mptr),
     1             rnode(cornxhi,mptr),rnode(cornylo,mptr)
      write(outunit,112)
      write(outunit,113) node(ndilo,mptr),node(ndjhi,mptr),
     1                   node(ndihi,mptr),node(ndjhi,mptr)
      write(outunit,113) node(ndilo,mptr),node(ndjlo,mptr),
     1                   node(ndihi,mptr),node(ndjlo,mptr)
112   format(1x,23h! integer index space :,53x,1h!)
113   format(1x,2h! ,18x,2(1h(,i8,2h, ,i8,1h)),16x,1h!)
104   format(1x,23h! corners of rectangle:,53x,1h!)
111   format(1x,2h! ,10x,2(1h(,f12.7,2h, ,f12.7,1h)),8x,1h!)

c     This is a replacement for line 45-46 format that used to be format 111
c111   format(1x,2h! ,18x,2(1h(,d10.3,2h, ,d10.3,1h)),8x,1h!)

      write(outunit,105) hxposs(lev),hyposs(lev),possk(lev)
 105  format(1x,7h! hrow=,f19.11,7h, hcol=,f19.11,8h, ktime=,f16.9,1h!) 
c105   format(1x,7h! hrow=,D16.8,7h, hcol=,D16.8,30x,1h!)
c114   format(1x,8h! ktime=,D16.8,52x,1h!)

      write(outunit,100)
c
      if (.not. outgrd) go to 99
c output the grid
      mitot   = node(ndihi,mptr) - node(ndilo,mptr) + 1 + 2*nghost
      mjtot   = node(ndjhi,mptr) - node(ndjlo,mptr) + 1 + 2*nghost
      loc     = node(store1,mptr)
      locaux  = node(storeaux,mptr)
      call outval(alloc(loc),nvar,mitot,mjtot,mptr,outgrd,
     1            naux,alloc(locaux))
 99   return
      end