#***********************************************************************
#
#       use with test problem Control
#
#       parallel adaptive computation using mpi
#       to use NP processors execute, eg,
#
#       mpirun -np NP Control
#
#***********************************************************************
#
#       this is the solution of a small problem on one processor
#
#       we slowly decrease the interior point parameter 
#       as the mesh is refined 
#
u gamma=1.e-4,dbc=0,beta=0,ix=5,iy=5
Smxcg=20,mxnwtt=20,dtol=1.e-6,ifirst=3
p-1
t iadapt=4, irefn=4
i
I lines=1, iscale=1, inplsw=5
s rmtrgt=1
g
s rmtrgt=0.5
g
s rmtrgt=.01
g
t iadapt=1, nvtrgt=1000
s rmtrgt=.005
t
s rmtrgt=.0025
t
s rmtrgt=.00125
#
#       the main parallel adaptive meshing phase 
#
p1
t iadapt=7
i lines=0, inplsw=1
t iadapt=1, nvtrgt=4000
s rmtrgt=.000625
#
#       mesh regularization and final dd solve
#
t iadapt=8
s iprob=-5
#
#       do some parallel graphics
#
g igrsw=-3
g igrsw=-2
t iadapt=0
i inplsw=5, lines=2, iscale=1
f ifun=5, lines=2, iscale=1, nx=0, ny=0, nz=1
f ifun=0, nx=1, ny=1, nz=1, lines=2, iscale=0
f ifun=9, nx=1, ny=1, nz=1, lines=2, iscale=0
f ifun=10, nx=1, ny=1, nz=1, lines=2, iscale=0
p-1