00:00:00.00 : pypeec   : info     : load the input data : start
00:00:00.10 : pypeec   : info     : load the input data : done
00:00:00.10 : pypeec   : info     : load the solver
00:00:01.07 : pypeec   : info     : run the solver
00:00:01.07 : pypeec   : info     : check the input data
00:00:01.08 : pypeec   : info     : combine the input data
00:00:01.08 : pypeec   : info     : init : enter : 00:00:00.00
00:00:01.09 : pypeec   : info     :     voxel_geometry : enter : 00:00:00.00
00:00:01.53 : pypeec   : info     :     voxel_geometry : exit : 00:00:00.44
00:00:01.53 : pypeec   : info     :     problem_geometry : enter : 00:00:00.00
00:00:01.67 : pypeec   : debug    :         n_voxel_total = 331056
00:00:01.67 : pypeec   : debug    :         n_voxel_used = 21215
00:00:01.67 : pypeec   : debug    :         n_face_total = 993168
00:00:01.67 : pypeec   : debug    :         n_face_used = 42062
00:00:01.67 : pypeec   : debug    :         n_voxel_electric = 21215
00:00:01.67 : pypeec   : debug    :         n_voxel_magnetic = 0
00:00:01.67 : pypeec   : debug    :         n_face_electric = 42062
00:00:01.67 : pypeec   : debug    :         n_face_magnetic = 0
00:00:01.67 : pypeec   : debug    :         n_src_current = 0
00:00:01.67 : pypeec   : debug    :         n_src_voltage = 722
00:00:01.67 : pypeec   : debug    :         ratio_voxel = 6.41e-02
00:00:01.67 : pypeec   : debug    :         ratio_face = 4.24e-02
00:00:01.67 : pypeec   : info     :     problem_geometry : exit : 00:00:00.15
00:00:01.67 : pypeec   : info     :     system_tensor : enter : 00:00:00.00
00:00:01.67 : pypeec   : debug    :         analytical / 6D / size = 1
00:00:01.74 : pypeec   : debug    :         analytical / 6D / size = 4624
00:00:02.17 : pypeec   : debug    :         numerical / 6D / size = 326432
00:00:02.21 : pypeec   : info     :     system_tensor : exit : 00:00:00.53
00:00:02.21 : pypeec   : info     :     system_matrix : enter : 00:00:00.00
00:00:02.21 : pypeec   : debug    :         inductance / operator = (42062 x 42062)
00:00:02.29 : pypeec   : debug    :         inductance / footprint = 40.41 MB
00:00:02.54 : pypeec   : debug    :         potential / operator = (0 x 0)
00:00:02.54 : pypeec   : debug    :         coupling / operator = (42062 x 0)
00:00:02.54 : pypeec   : debug    :         coupling / operator = (0 x 42062)
00:00:02.54 : pypeec   : info     :     system_matrix : exit : 00:00:00.33
00:00:02.54 : pypeec   : info     : init : exit : 00:00:01.45
00:00:02.54 : pypeec   : info     : sweep / sim_dc : enter : 00:00:00.00
00:00:02.54 : pypeec   : info     :     problem_value : enter : 00:00:00.00
00:00:02.58 : pypeec   : info     :     problem_value : exit : 00:00:00.04
00:00:02.58 : pypeec   : info     :     equation_system : enter : 00:00:00.00
00:00:02.60 : pypeec   : info     :     equation_system : exit : 00:00:00.02
00:00:02.60 : pypeec   : info     :     extract_convergence : enter : 00:00:00.00
00:00:02.60 : pypeec   : info     :     extract_convergence : exit : 00:00:00.00
00:00:02.60 : pypeec   : info     :     equation_solver : enter : 00:00:00.00
00:00:02.60 : pypeec   : debug    :         factorization / electric
00:00:02.63 : pypeec   : debug    :             matrix / size = (21937, 21937)
00:00:02.63 : pypeec   : debug    :             matrix / sparsity = 107505
00:00:02.63 : pypeec   : debug    :             compute factorization
00:00:06.98 : pypeec   : debug    :             factorization success
00:00:06.98 : pypeec   : debug    :         factorization / magnetic
00:00:06.98 : pypeec   : debug    :             matrix / size = (0, 0)
00:00:06.98 : pypeec   : debug    :             matrix / sparsity = 0
00:00:06.98 : pypeec   : debug    :         condition / electric
00:00:06.98 : pypeec   : debug    :             matrix / size = (21937, 21937)
00:00:06.98 : pypeec   : debug    :             matrix / sparsity = 107505
00:00:06.98 : pypeec   : debug    :             compute LU decomposition
00:00:10.15 : pypeec   : debug    :             estimate norm of the inverse
00:00:10.40 : pypeec   : debug    :             estimate norm of the matrix
00:00:10.60 : pypeec   : debug    :             compute condition estimate
00:00:10.61 : pypeec   : debug    :         condition / magnetic
00:00:10.61 : pypeec   : debug    :             matrix / size = (0, 0)
00:00:10.61 : pypeec   : debug    :             matrix / sparsity = 0
00:00:10.61 : pypeec   : debug    :         condition summary
00:00:10.61 : pypeec   : debug    :             check = True
00:00:10.61 : pypeec   : debug    :             status = True
00:00:10.61 : pypeec   : debug    :             cond_electric = 3.25e+06
00:00:10.61 : pypeec   : debug    :             cond_magnetic = 0.00e+00
00:00:10.61 : pypeec   : debug    :             matrix condition is good
00:00:10.61 : pypeec   : debug    :         solver run
00:00:10.64 : pypeec   : debug    :             init / 0.00e+00+0.00e+00j VA
00:00:10.89 : pypeec   : debug    :             iter = 1 / S = 1.98e+01+0.00e+00j VA
00:00:10.90 : pypeec   : debug    :             final / 1.98e+01+0.00e+00j VA
00:00:10.91 : pypeec   : debug    :         solver summary
00:00:10.91 : pypeec   : debug    :             n_dof_total = 63999
00:00:10.91 : pypeec   : debug    :             n_dof_electric = 63999
00:00:10.91 : pypeec   : debug    :             n_dof_magnetic = 0
00:00:10.91 : pypeec   : debug    :             status = True
00:00:10.91 : pypeec   : debug    :             power = False
00:00:10.91 : pypeec   : debug    :             n_iter = 1
00:00:10.91 : pypeec   : debug    :             n_sys_eval = 2
00:00:10.91 : pypeec   : debug    :             n_pcd_eval = 3
00:00:10.92 : pypeec   : debug    :             residuum_val = 9.43e-11
00:00:10.92 : pypeec   : debug    :             residuum_thr = 1.90e-02
00:00:10.92 : pypeec   : debug    :             convergence achieved
00:00:10.92 : pypeec   : info     :     equation_solver : exit : 00:00:08.32
00:00:10.92 : pypeec   : info     :     extract_solution : enter : 00:00:00.00
00:00:11.94 : pypeec   : debug    :         domain = trace_via
00:00:11.94 : pypeec   : debug    :             P_electric = 1.96e+01 W
00:00:11.94 : pypeec   : debug    :             P_magnetic = 0.00e+00 W
00:00:11.94 : pypeec   : debug    :             P_total = 1.96e+01 W
00:00:11.94 : pypeec   : debug    :         domain = src_sink
00:00:11.94 : pypeec   : debug    :             P_electric = 1.70e-01 W
00:00:11.94 : pypeec   : debug    :             P_magnetic = 0.00e+00 W
00:00:11.94 : pypeec   : debug    :             P_total = 1.70e-01 W
00:00:11.94 : pypeec   : debug    :         terminal = src
00:00:11.94 : pypeec   : debug    :             type = voltage / lumped
00:00:11.94 : pypeec   : debug    :             V = +9.79e-01+0.00e+00j V
00:00:11.94 : pypeec   : debug    :             I = +2.06e+01+0.00e+00j A
00:00:11.94 : pypeec   : debug    :             S = +2.02e+01+0.00e+00j VA
00:00:11.94 : pypeec   : debug    :         terminal = sink
00:00:11.94 : pypeec   : debug    :             type = voltage / lumped
00:00:11.94 : pypeec   : debug    :             V = +2.06e-02+0.00e+00j V
00:00:11.94 : pypeec   : debug    :             I = -2.06e+01+0.00e+00j A
00:00:11.94 : pypeec   : debug    :             S = -4.28e-01+0.00e+00j VA
00:00:11.94 : pypeec   : debug    :         integral
00:00:11.95 : pypeec   : debug    :             S_total_real = 1.98e+01 VA
00:00:11.95 : pypeec   : debug    :             S_total_imag = 0.00e+00j VA
00:00:11.95 : pypeec   : debug    :             P_electric = 1.98e+01 W
00:00:11.95 : pypeec   : debug    :             P_magnetic = 0.00e+00 W
00:00:11.95 : pypeec   : debug    :             W_electric = 1.24e-05 J
00:00:11.95 : pypeec   : debug    :             W_magnetic = 0.00e+00 J
00:00:11.95 : pypeec   : debug    :             P_total = 1.98e+01 W
00:00:11.95 : pypeec   : debug    :             W_total = 1.24e-05 J
00:00:12.54 : pypeec   : info     :     extract_solution : exit : 00:00:01.62
00:00:12.54 : pypeec   : info     : sweep / sim_dc : exit : 00:00:10.01
00:00:12.54 : pypeec   : info     : sweep / sim_ac : enter : 00:00:00.00
00:00:12.54 : pypeec   : info     :     problem_value : enter : 00:00:00.00
00:00:12.59 : pypeec   : info     :     problem_value : exit : 00:00:00.04
00:00:12.59 : pypeec   : info     :     equation_system : enter : 00:00:00.00
00:00:12.61 : pypeec   : info     :     equation_system : exit : 00:00:00.02
00:00:12.61 : pypeec   : info     :     extract_convergence : enter : 00:00:00.00
00:00:12.61 : pypeec   : info     :     extract_convergence : exit : 00:00:00.00
00:00:12.61 : pypeec   : info     :     equation_solver : enter : 00:00:00.00
00:00:12.61 : pypeec   : debug    :         factorization / electric
00:00:12.63 : pypeec   : debug    :             matrix / size = (21937, 21937)
00:00:12.63 : pypeec   : debug    :             matrix / sparsity = 107505
00:00:12.63 : pypeec   : debug    :             compute factorization
00:00:14.06 : pypeec   : debug    :             factorization success
00:00:14.06 : pypeec   : debug    :         factorization / magnetic
00:00:14.06 : pypeec   : debug    :             matrix / size = (0, 0)
00:00:14.06 : pypeec   : debug    :             matrix / sparsity = 0
00:00:14.06 : pypeec   : debug    :         condition / electric
00:00:14.06 : pypeec   : debug    :             matrix / size = (21937, 21937)
00:00:14.06 : pypeec   : debug    :             matrix / sparsity = 107505
00:00:14.06 : pypeec   : debug    :             compute LU decomposition
00:00:17.49 : pypeec   : debug    :             estimate norm of the inverse
00:00:17.80 : pypeec   : debug    :             estimate norm of the matrix
00:00:17.95 : pypeec   : debug    :             compute condition estimate
00:00:17.95 : pypeec   : debug    :         condition / magnetic
00:00:17.95 : pypeec   : debug    :             matrix / size = (0, 0)
00:00:17.95 : pypeec   : debug    :             matrix / sparsity = 0
00:00:17.95 : pypeec   : debug    :         condition summary
00:00:17.95 : pypeec   : debug    :             check = True
00:00:17.95 : pypeec   : debug    :             status = True
00:00:17.95 : pypeec   : debug    :             cond_electric = 3.25e+06
00:00:17.95 : pypeec   : debug    :             cond_magnetic = 0.00e+00
00:00:17.95 : pypeec   : debug    :             matrix condition is good
00:00:17.95 : pypeec   : debug    :         solver run
00:00:17.96 : pypeec   : debug    :             init / 9.89e+00+0.00e+00j VA
00:00:28.69 : pypeec   : debug    :             iter = 1 / S = 2.03e-01+1.35e+00j VA
00:00:28.71 : pypeec   : debug    :             final / 2.03e-01+1.35e+00j VA
00:00:29.19 : pypeec   : debug    :         solver summary
00:00:29.19 : pypeec   : debug    :             n_dof_total = 63999
00:00:29.19 : pypeec   : debug    :             n_dof_electric = 63999
00:00:29.19 : pypeec   : debug    :             n_dof_magnetic = 0
00:00:29.19 : pypeec   : debug    :             status = True
00:00:29.19 : pypeec   : debug    :             power = False
00:00:29.19 : pypeec   : debug    :             n_iter = 1
00:00:29.19 : pypeec   : debug    :             n_sys_eval = 12
00:00:29.19 : pypeec   : debug    :             n_pcd_eval = 12
00:00:29.19 : pypeec   : debug    :             residuum_val = 1.16e-06
00:00:29.19 : pypeec   : debug    :             residuum_thr = 1.90e-02
00:00:29.19 : pypeec   : debug    :             convergence achieved
00:00:29.19 : pypeec   : info     :     equation_solver : exit : 00:00:16.58
00:00:29.19 : pypeec   : info     :     extract_solution : enter : 00:00:00.00
00:00:29.70 : pypeec   : debug    :         domain = trace_via
00:00:29.70 : pypeec   : debug    :             P_electric = 2.01e-01 W
00:00:29.70 : pypeec   : debug    :             P_magnetic = 0.00e+00 W
00:00:29.70 : pypeec   : debug    :             P_total = 2.01e-01 W
00:00:29.70 : pypeec   : debug    :         domain = src_sink
00:00:29.71 : pypeec   : debug    :             P_electric = 1.96e-03 W
00:00:29.71 : pypeec   : debug    :             P_magnetic = 0.00e+00 W
00:00:29.71 : pypeec   : debug    :             P_total = 1.96e-03 W
00:00:29.71 : pypeec   : debug    :         terminal = src
00:00:29.71 : pypeec   : debug    :             type = voltage / lumped
00:00:29.71 : pypeec   : debug    :             V = +1.00e+00+2.70e-03j V
00:00:29.71 : pypeec   : debug    :             I = +4.37e-01-2.70e+00j A
00:00:29.71 : pypeec   : debug    :             S = +2.11e-01+1.35e+00j VA
00:00:29.71 : pypeec   : debug    :         terminal = sink
00:00:29.71 : pypeec   : debug    :             type = voltage / lumped
00:00:29.71 : pypeec   : debug    :             V = +4.37e-04-2.70e-03j V
00:00:29.71 : pypeec   : debug    :             I = -4.37e-01+2.70e+00j A
00:00:29.71 : pypeec   : debug    :             S = -7.67e-03-1.58e-15j VA
00:00:29.71 : pypeec   : debug    :         integral
00:00:29.71 : pypeec   : debug    :             S_total_real = 2.03e-01 VA
00:00:29.71 : pypeec   : debug    :             S_total_imag = 1.35e+00j VA
00:00:29.71 : pypeec   : debug    :             P_electric = 2.03e-01 W
00:00:29.71 : pypeec   : debug    :             P_magnetic = 0.00e+00 W
00:00:29.71 : pypeec   : debug    :             W_electric = 1.07e-07 J
00:00:29.71 : pypeec   : debug    :             W_magnetic = 0.00e+00 J
00:00:29.71 : pypeec   : debug    :             P_total = 2.03e-01 W
00:00:29.71 : pypeec   : debug    :             W_total = 1.07e-07 J
00:00:30.22 : pypeec   : info     :     extract_solution : exit : 00:00:01.03
00:00:30.22 : pypeec   : info     : sweep / sim_ac : exit : 00:00:17.68
00:00:30.22 : pypeec   : info     : successful solver termination
00:00:30.22 : pypeec   : info     : save the results : start
00:00:36.74 : pypeec   : info     : save the results : done