from /workspace/organism/upscale-tests/tak/

files
 k - 40x40 perm suitable to be read in by code
 k01 - k above w/header info

15:39 upscale-tests/tak > more soln-info.txt 
/ticam/arbogast/mfem/ex1
out0 is upscaled to 5X5
out1 is fine scale solution


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chev

/workspace/organism/upscale-tests/chev/Chev_perm128  -  128x128
~arbogast/upscaling/examples/Chev_perm128
~arbogast/upscaling/oldEx/BP/Chev_perm128
~arbogast/upscaling/oldEx/Chev_perm128
other smaller ones (16x16, 32x32) in that dir (plus ArcoPerm and case6)


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lawyer (canyon)

/workspace/organism/upscale-tests/lawyer/kx and kz - 30x30
~arbogast/mfem/up2/pipeLeak/kx
~arbogast/mfem/hold/ex5/kx



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./mfem/twoPhase/ex1/log10permx.ps
./mfem/twoPhase/ex1/k01_log.dat.ps
./mfem/twoPhase/ex1/k01  -  40x40

perm scalar { [md] $IGNORE_LINES 1 $INCLUDE k01 }
#perm from Brent (b05_01 with s=3, mean=100)

some more in /mfem/twoPhase/perm*


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sample permeability fields and test cases
  /ticam/arbogast/Parssim/permdata/*



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Subject: sample test cases and error computing routines
  ~arbogast/awspaces/
  fcns.C errors.C
case 7:
  p       = cos(x*x*y) / (x*x + x*y + 1)
  deltaXX = exp(2*x*y*y)
  deltaYY = 1/(1.1 + x*x - y)
case 8:
  p       = cos(x*x*y) / (x*x + x*y + 1)
  alpha   = 1+cos(6*x*y)
  deltaXX = exp(2*x*y*y)
  deltaYY = 1/(1.1 + x*x - y)
EQUATIONS

Solve an elliptic problem of the form
  alpha(x,y) p + div u = phi(x,y)
  u = -delta(x,y) grad p
with BC's
  p = gammaD(x,y)

TEST CASES

default:
  p       = 0
  phi     = matches p
  gammaD  = matches p
  alpha   = 0
  deltaXX = 1
  deltaYY = 1