1*cf17694fSMatthew G. Knepley[0] p 0 (+0.4619,+0.1913) r=0.50 th=0.125*pi cellid=0 2*cf17694fSMatthew G. Knepley[0] p 0 (+0.1913,+0.4619) r=0.50 th=0.375*pi cellid=0 3*cf17694fSMatthew G. Knepley[0] p 0 (-0.1913,+0.4619) r=0.50 th=0.625*pi cellid=0 4*cf17694fSMatthew G. Knepley[0] p 0 (-0.4619,+0.1913) r=0.50 th=0.875*pi cellid=0 5*cf17694fSMatthew G. Knepley[0] p 0 (-0.4619,-0.1913) r=0.50 th=-0.875*pi cellid=0 6*cf17694fSMatthew G. Knepley[0] p 0 (-0.1913,-0.4619) r=0.50 th=-0.625*pi cellid=0 7*cf17694fSMatthew G. Knepley[0] p 0 (+0.1913,-0.4619) r=0.50 th=-0.375*pi cellid=0 8*cf17694fSMatthew G. Knepley[0] p 0 (+0.4619,-0.1913) r=0.50 th=-0.125*pi cellid=0 9*cf17694fSMatthew G. Knepley 10*cf17694fSMatthew G. Knepley... calling DMSwarmMigrate ... 11*cf17694fSMatthew G. Knepley 12*cf17694fSMatthew G. Knepley[0] p 0 (+0.4619,+0.1913) r=0.50 th=0.125*pi cellid=5 13*cf17694fSMatthew G. Knepley[0] p 0 (+0.1913,+0.4619) r=0.50 th=0.375*pi cellid=7 14*cf17694fSMatthew G. Knepley[0] p 0 (-0.1913,+0.4619) r=0.50 th=0.625*pi cellid=7 15*cf17694fSMatthew G. Knepley[0] p 0 (-0.4619,+0.1913) r=0.50 th=0.875*pi cellid=3 16*cf17694fSMatthew G. Knepley[0] p 0 (-0.4619,-0.1913) r=0.50 th=-0.875*pi cellid=3 17*cf17694fSMatthew G. Knepley[0] p 0 (-0.1913,-0.4619) r=0.50 th=-0.625*pi cellid=1 18*cf17694fSMatthew G. Knepley[0] p 0 (+0.1913,-0.4619) r=0.50 th=-0.375*pi cellid=1 19*cf17694fSMatthew G. Knepley[0] p 0 (+0.4619,-0.1913) r=0.50 th=-0.125*pi cellid=5 20