#*********************************************************************** # # use with test problem Square # # display coarsening graphs for a variety of pdes # #*********************************************************************** # t iadapt=4, irefn=25 s ifirst=1, mxnwtt=1, mxcg=200, ispd=1 g igrsw=1, t="problem 1" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u bx=1000 s ifirst=1, mxnwtt=1, mxcg=200, ispd=0 g igrsw=1, t="problem 2" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u by=1000 s ifirst=1, mxnwtt=1, mxcg=200, ispd=0 g igrsw=1, t="problem 3" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u bx=0, by=0, cu1=1000 s ifirst=1, mxnwtt=1, mxcg=200, ispd=1 g igrsw=1, t="problem 4" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u cu1=-1000 s ifirst=1, mxnwtt=1, mxcg=200, ispd=1 g igrsw=1, t="problem 5" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u cu1=0, x1=1.e-2 s ifirst=1, mxnwtt=1, mxcg=200, ispd=1 g igrsw=1, t="problem 6" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u x1=1, cir=1000 s ifirst=1, mxnwtt=1, mxcg=200, ispd=0 g igrsw=1, t="problem 7" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1 # u cir=0, left=0, right=0, f0=1 t iadapt=4, irefn=25 s ifirst=1, mxnwtt=1, mxcg=200, ispd=1 g igrsw=1, t="problem 8" m imtxsw=-7, level=0 f ifun=0, nx=1, ny=1, lines=1