Wed Apr 29 09:23:14 2020

dpg_bvp_test:
  Python version: 3.6.9
  FENICS version 2019.1.0
  Discontinuous Petrov Galerkin method for a boundary
  value problem on the unit interval.
  Computations with degree 1 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.112480
   L^2 distance b/w least-sqr and exact soln   =0.534374
  Computations with degree 2 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.094746
   L^2 distance b/w least-sqr and exact soln   =0.293308
  Computations with degree 3 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.074605
   L^2 distance b/w least-sqr and exact soln   =0.191247
  Computations with degree 4 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.054980
   L^2 distance b/w least-sqr and exact soln   =0.125293
  Computations with degree 5 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.037973
   L^2 distance b/w least-sqr and exact soln   =0.079687
  Computations with degree 6 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.024618
   L^2 distance b/w least-sqr and exact soln   =0.048586
  Computations with degree 7 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.015007
   L^2 distance b/w least-sqr and exact soln   =0.028246
  Computations with degree 8 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.008618
   L^2 distance b/w least-sqr and exact soln   =0.015621
  Computations with degree 9 done:
   L^2 distance b/w projection and PG solution =0.000000
   L^2 distance b/w PG soln and exact soln     =0.004670
   L^2 distance b/w least-sqr and exact soln   =0.008211
Computations complete.
   Saved figure to dpg_bvp.png
   Saved solution values to dpg_bvp.mat
   with variables: PGsol (PG solution values)
                   LSsol (LS solution values)
                   Proj  (L^2 projection's values)
                   Exact (exact solution values)
                   x     (abscissae).

dpg_bvp_test:
  Normal end of execution.
Wed Apr 29 09:23:15 2020