> //cg.solve(*system_matrix_dev, solution_dev, system_rhs_dev, preconditioner);
> check_solver_within_range(pcout,cg.solve(*system_matrix_dev, solution_dev, system_rhs_dev, preconditioner),
> solver_control.last_step(),
-> 26, 228);
+> 8, 60);
> // pcout << " Solved in " << solver_control.last_step() << " iterations."
> // << std::endl;
Cycle 0
Number of active cells: 8
Number of degrees of freedom: 343
-Solver stopped within 26 - 228 iterations
+Solver stopped within 8 - 60 iterations
solution norm: 0.0205439
Cycle 1
Number of active cells: 64
Number of degrees of freedom: 2197
-Solver stopped within 26 - 228 iterations
+Solver stopped within 8 - 60 iterations
solution norm: 0.0205269
Cycle 2
Number of active cells: 512
Number of degrees of freedom: 15625
-Solver stopped within 26 - 228 iterations
+Solver stopped within 8 - 60 iterations
solution norm: 0.0205261
Cycle 3
Number of active cells: 4096
Number of degrees of freedom: 117649
-Solver stopped within 26 - 228 iterations
+Solver stopped within 8 - 60 iterations
solution norm: 0.0205261