#*********************************************************************** # # use with test problem Ob # # parallel adaptive computation using mpi # to use NP processors execute, eg, # # mpirun -np NP Ob # #*********************************************************************** # # this is the solution of a small problem on one processor # u ix=3, iy=3 p-1 t iadapt=4, irefn=2 s mxnwtt=50, rmtrgt=1.e0 t iadapt=1, nvtrgt=64 s rmtrgt=5.e-1 t iadapt=1, nvtrgt=250 s rmtrgt=2.5e-1 t iadapt=1, nvtrgt=1000 s rmtrgt=1.25e-1 t iadapt=1, nvtrgt=4000 s rmtrgt=6.25e-2 t iadapt=1, nvtrgt=8000 s rmtrgt=6.25e-2 # # the main parallel adaptive meshing phase # p1 t iadapt=7 g igrsw=-2 t iadapt=1, nvtrgt=100000 s t iadapt=1, nvtrgt=100000 # # mesh regularization and final dd solve # t iadapt=8 g igrsw=-2 s iprob=-2 # # do some parallel graphics # g igrsw=-2 g igrsw=0 t iadapt=0 i inplsw=1, lines=2, iscale=1, icrsn=1, itrgt=100000 i inplsw=5, lines=2, iscale=1, icrsn=1, itrgt=100000 i inplsw=6, lines=2, iscale=1, icrsn=1, itrgt=100000 f ifun=5, lines=2, iscale=1, icrsn=1, itrgt=100000 f ifun=0, iscale=1, lines=2, nx=1, ny=-2, nz=2, icrsn=1, itrgt=100000 p-1