The grid is in nondimensional units (nondimensionalized by hump chord of 16.536 inches).

This grid has 116110 nodes, 345880 faces, and 232218 cells.  The grid was created using AFLR2.

This grid extends to x/c = -2.14 upstream of the bump's leading edge, and to x/c = 4.0 downstream.
The grid height is y/c = 0.90905, which corresponds with the actual hieght of 15.032 inches from
the splitter plate to the top of the tunnel.

This grid should only be used if one wants to specify boundary conditions directly at the
"inflow" location of x/c = -2.14 (the location where upstream data was taken in the experiment).

The minimum spacing at the viscous walls was set to be approximately 8.e-06.  This minimum
spacing yields a y+ value less than 1. The top tunnel wall was not set up to use viscous spacing.

File format:
-----------

hump2-14cfine-0-faces is in FUN2D code format which is specified below. The floor and hump model are defined
as nviscousfaces, the bottom of bell-shaped chamber and the top tunnel wall are defined as ninvicidfaces,
and inflow and outflow boundaries are defined as nfarfieldfaces below:


      write(2,*)mk,mj,mi0,nsface,nvface,nfface   !nnodes,nfaces,ncells,ninviscidfaces,nviscousfaces,nfarfieldfaces
      write(2,2)((jk(j,l),l=1,4),j=1,mj)         !all the faces jk() array
          ! The line in question writes 2 nodes and 2 cells for each edge/face:
          ! 1st entry is the node on the "left"
          ! 2nd entry is the node on the "right"
          ! 3rd entry is the cell to the left of the edge
          ! 4th entry is the cell to the right of the edge
    2 format(10i12)
c
      if(nsface.gt.0)then
      write(2,*)' symmetry faces:'
      write(2,2)(isface(j),j=1,nsface)           !isface(j) is the sym. bface index to the jk() array
      endif
c
      if(nvface.gt.0)then
      write(2,*)' no-slip faces:'
      write(2,2)(ivface(j),j=1,nvface)           !ivface(j) is the no-slip bface index to the jk() array
      endif
c
      if(nfface.gt.0)then
      write(2,*)' farfield faces:'
      write(2,2)(ifface(j),j=1,nfface)           !ifface(j) is the farfield bface index to the jk() array
      endif
c
      write(2,*)' x,y coordinates:'
      do 20 k=1,mk
   20 write(2,3)x(k),y(k)
    3 format(2e19.10)
c


